{"input": "Create an instance of Axios [CODESPLIT] function createInstance ( defaultConfig ) { var context = new Axios ( defaultConfig ) ; var instance = bind ( Axios . prototype . request , context ) ; // Copy axios.prototype to instance utils . extend ( instance , Axios . prototype , context ) ; // Copy context to instance utils . extend ( instance , context ) ; return instance ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "A CancelToken is an object that can be used to request cancellation of an operation . [CODESPLIT] function CancelToken ( executor ) { if ( typeof executor !== 'function' ) { throw new TypeError ( 'executor must be a function.' ) ; } var resolvePromise ; this . promise = new Promise ( function promiseExecutor ( resolve ) { resolvePromise = resolve ; } ) ; var token = this ; executor ( function cancel ( message ) { if ( token . reason ) { // Cancellation has already been requested return ; } token . reason = new Cancel ( message ) ; resolvePromise ( token . reason ) ; } ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Determine if a value is a view on an ArrayBuffer [CODESPLIT] function isArrayBufferView ( val ) { var result ; if ( ( typeof ArrayBuffer !== 'undefined' ) && ( ArrayBuffer . isView ) ) { result = ArrayBuffer . isView ( val ) ; } else { result = ( val ) && ( val . buffer ) && ( val . buffer instanceof ArrayBuffer ) ; } return result ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Determine if we re running in a standard browser environment [CODESPLIT] function isStandardBrowserEnv ( ) { if ( typeof navigator !== 'undefined' && ( navigator . product === 'ReactNative' || navigator . product === 'NativeScript' || navigator . product === 'NS' ) ) { return false ; } return ( typeof window !== 'undefined' && typeof document !== 'undefined' ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Iterate over an Array or an Object invoking a function for each item . [CODESPLIT] function forEach ( obj , fn ) { // Don't bother if no value provided if ( obj === null || typeof obj === 'undefined' ) { return ; } // Force an array if not already something iterable if ( typeof obj !== 'object' ) { /*eslint no-param-reassign:0*/ obj = [ obj ] ; } if ( isArray ( obj ) ) { // Iterate over array values for ( var i = 0 , l = obj . length ; i < l ; i ++ ) { fn . call ( null , obj [ i ] , i , obj ) ; } } else { // Iterate over object keys for ( var key in obj ) { if ( Object . prototype . hasOwnProperty . call ( obj , key ) ) { fn . call ( null , obj [ key ] , key , obj ) ; } } } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Extends object a by mutably adding to it the properties of object b . [CODESPLIT] function extend ( a , b , thisArg ) { forEach ( b , function assignValue ( val , key ) { if ( thisArg && typeof val === 'function' ) { a [ key ] = bind ( val , thisArg ) ; } else { a [ key ] = val ; } } ) ; return a ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Define a function that fetches the results of an operation ( query / mutation / etc ) and returns its results as a Promise : [CODESPLIT] function fetchQuery ( operation , variables , cacheConfig , uploadables ) { // Because we implement the graphql server, the client must to point to the same host const relayServer = process . browser ? '' : process . env . RELAY_SERVER return fetch ( ` ${ relayServer } ` , { method : 'POST' , headers : { Accept : 'application/json' , 'Content-Type' : 'application/json' } , // Add authentication and other headers here body : JSON . stringify ( { query : operation . text , // GraphQL text from input variables } ) } ) . then ( response => response . json ( ) ) }", "target": 1, "target_options": ["no_match", "match"]} {"input": "konstructor : The redis client constructor method . All redis methods must be promises args : The arguments to pass to the constructor buildNew : is it new konstructor () or just konstructor () ? [CODESPLIT] function retryStrategy ( times ) { if ( times === 1 ) { const error = 'Unable to connect to Redis - please check your Redis config!' if ( process . env . NODE_ENV === 'test' ) { console . error ( error ) } else { api . log ( error , 'error' ) } return 5000 } return Math . min ( times * 50 , maxBackoff ) }", "target": 1, "target_options": ["no_match", "match"]} {"input": "This function writes a minimal package . json file for a compiled package . It defines name main author and license . It also defines types . n . b . types intended for development usage only . [CODESPLIT] function writePackageManifest ( packageName ) { const packagePath = require . resolve ( packageName + '/package.json' ) let { name , main , author , license , types , typings } = require ( packagePath ) if ( ! main ) { main = 'index.js' } let typesFile = types || typings if ( typesFile ) { typesFile = require . resolve ( join ( packageName , typesFile ) ) } const compiledPackagePath = join ( __dirname , ` ${ packageName } ` ) const potentialLicensePath = join ( dirname ( packagePath ) , './LICENSE' ) if ( existsSync ( potentialLicensePath ) ) { this . _ . files . push ( { dir : compiledPackagePath , base : 'LICENSE' , data : readFileSync ( potentialLicensePath , 'utf8' ) } ) } this . _ . files . push ( { dir : compiledPackagePath , base : 'package.json' , data : JSON . stringify ( Object . assign ( { } , { name , main : ` ${ basename ( main , '.' + extname ( main ) ) } ` } , author ? { author } : undefined , license ? { license } : undefined , typesFile ? { types : relative ( compiledPackagePath , typesFile ) } : undefined ) ) + '\\n' } ) }", "target": 1, "target_options": ["no_match", "match"]} {"input": "smaller version of https : // gist . github . com / igrigorik / a02f2359f3bc50ca7a9c [CODESPLIT] function supportsPreload ( list ) { if ( ! list || ! list . supports ) { return false } try { return list . supports ( 'preload' ) } catch ( e ) { return false } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Based on https : // github . com / webpack / webpack / blob / master / lib / DynamicEntryPlugin . js#L29 - L37 [CODESPLIT] function addEntry ( compilation , context , name , entry ) { return new Promise ( ( resolve , reject ) => { const dep = DynamicEntryPlugin . createDependency ( entry , name ) compilation . addEntry ( context , dep , name , ( err ) => { if ( err ) return reject ( err ) resolve ( ) } ) } ) }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Compilation with warnings ( e . g . ESLint ) . [CODESPLIT] function handleWarnings ( warnings ) { clearOutdatedErrors ( ) // Print warnings to the console. const formatted = formatWebpackMessages ( { warnings : warnings , errors : [ ] } ) if ( typeof console !== 'undefined' && typeof console . warn === 'function' ) { for ( let i = 0 ; i < formatted . warnings . length ; i ++ ) { if ( i === 5 ) { console . warn ( 'There were more warnings in other files.\\n' + 'You can find a complete log in the terminal.' ) break } console . warn ( stripAnsi ( formatted . warnings [ i ] ) ) } } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Compilation with errors ( e . g . syntax error or missing modules ) . [CODESPLIT] function handleErrors ( errors ) { clearOutdatedErrors ( ) isFirstCompilation = false hasCompileErrors = true // \"Massage\" webpack messages. var formatted = formatWebpackMessages ( { errors : errors , warnings : [ ] } ) // Only show the first error. ErrorOverlay . reportBuildError ( formatted . errors [ 0 ] ) // Also log them to the console. if ( typeof console !== 'undefined' && typeof console . error === 'function' ) { for ( var i = 0 ; i < formatted . errors . length ; i ++ ) { console . error ( stripAnsi ( formatted . errors [ i ] ) ) } } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Handle messages from the server . [CODESPLIT] function processMessage ( e ) { const obj = JSON . parse ( e . data ) switch ( obj . action ) { case 'building' : { console . log ( '[HMR] bundle ' + ( obj . name ? \"'\" + obj . name + \"' \" : '' ) + 'rebuilding' ) break } case 'built' : case 'sync' : { clearOutdatedErrors ( ) if ( obj . hash ) { handleAvailableHash ( obj . hash ) } if ( obj . warnings . length > 0 ) { handleWarnings ( obj . warnings ) } if ( obj . errors . length > 0 ) { // When there is a compilation error coming from SSR we have to reload the page on next successful compile if ( obj . action === 'sync' ) { hadRuntimeError = true } handleErrors ( obj . errors ) break } handleSuccess ( ) break } default : { if ( customHmrEventHandler ) { customHmrEventHandler ( obj ) break } break } } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Attempt to update code on the fly fall back to a hard reload . [CODESPLIT] async function tryApplyUpdates ( onHotUpdateSuccess ) { if ( ! module . hot ) { // HotModuleReplacementPlugin is not in Webpack configuration. console . error ( 'HotModuleReplacementPlugin is not in Webpack configuration.' ) // window.location.reload(); return } if ( ! isUpdateAvailable ( ) || ! canApplyUpdates ( ) ) { return } function handleApplyUpdates ( err , updatedModules ) { if ( err || hadRuntimeError ) { if ( err ) { console . warn ( 'Error while applying updates, reloading page' , err ) } if ( hadRuntimeError ) { console . warn ( 'Had runtime error previously, reloading page' ) } window . location . reload ( ) return } if ( typeof onHotUpdateSuccess === 'function' ) { // Maybe we want to do something. onHotUpdateSuccess ( ) } if ( isUpdateAvailable ( ) ) { // While we were updating, there was a new update! Do it again. tryApplyUpdates ( ) } } // https://webpack.github.io/docs/hot-module-replacement.html#check try { const updatedModules = await module . hot . check ( /* autoApply */ { ignoreUnaccepted : true } ) if ( updatedModules ) { handleApplyUpdates ( null , updatedModules ) } } catch ( err ) { handleApplyUpdates ( err , null ) } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "This function reads code updates on the fly and hard reloads the page when it has changed . [CODESPLIT] async function tryApplyUpdates ( ) { if ( ! isUpdateAvailable ( ) || ! canApplyUpdates ( ) ) { return } try { const res = await fetch ( ` ${ hotUpdatePath } ${ curHash } ` ) const data = await res . json ( ) const curPage = page === '/' ? 'index' : page const pageUpdated = Object . keys ( data . c ) . some ( mod => { return ( mod . indexOf ( ` ${ curPage . substr ( 0 , 1 ) === '/' ? curPage : ` ${ curPage } ` } ` ) !== - 1 || mod . indexOf ( ` ${ curPage . substr ( 0 , 1 ) === '/' ? curPage : ` ${ curPage } ` } ` . replace ( / \\/ / g , '\\\\' ) ) !== - 1 ) } ) if ( pageUpdated ) { document . location . reload ( true ) } else { curHash = mostRecentHash } } catch ( err ) { console . error ( 'Error occurred checking for update' , err ) document . location . reload ( true ) } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Cleans up webpack error messages . eslint - disable - next - line no - unused - vars [CODESPLIT] function formatMessage ( message , isError ) { let lines = message . split ( '\\n' ) // Strip Webpack-added headers off errors/warnings // https://github.com/webpack/webpack/blob/master/lib/ModuleError.js lines = lines . filter ( line => ! / Module [A-z ]+\\(from / . test ( line ) ) // Transform parsing error into syntax error // TODO: move this to our ESLint formatter? lines = lines . map ( line => { const parsingError = / Line (\\d+):(?:(\\d+):)?\\s*Parsing error: (.+)$ / . exec ( line ) if ( ! parsingError ) { return line } const [ , errorLine , errorColumn , errorMessage ] = parsingError return ` ${ friendlySyntaxErrorLabel } ${ errorMessage } ${ errorLine } ${ errorColumn } ` } ) message = lines . join ( '\\n' ) // Smoosh syntax errors (commonly found in CSS) message = message . replace ( / SyntaxError\\s+\\((\\d+):(\\d+)\\)\\s*(.+?)\\n / g , ` ${ friendlySyntaxErrorLabel } \\n ` ) // Remove columns from ESLint formatter output (we added these for more // accurate syntax errors) message = message . replace ( / Line (\\d+):\\d+: / g , 'Line $1:' ) // Clean up export errors message = message . replace ( / ^.*export '(.+?)' was not found in '(.+?)'.*$ / gm , ` ` ) message = message . replace ( / ^.*export 'default' \\(imported as '(.+?)'\\) was not found in '(.+?)'.*$ / gm , ` ` ) message = message . replace ( / ^.*export '(.+?)' \\(imported as '(.+?)'\\) was not found in '(.+?)'.*$ / gm , ` ` ) lines = message . split ( '\\n' ) // Remove leading newline if ( lines . length > 2 && lines [ 1 ] . trim ( ) === '' ) { lines . splice ( 1 , 1 ) } // Clean up file name lines [ 0 ] = lines [ 0 ] . replace ( / ^(.*) \\d+:\\d+-\\d+$ / , '$1' ) // Cleans up verbose \"module not found\" messages for files and packages. if ( lines [ 1 ] && lines [ 1 ] . indexOf ( 'Module not found: ' ) === 0 ) { lines = [ lines [ 0 ] , lines [ 1 ] . replace ( 'Error: ' , '' ) . replace ( 'Module not found: Cannot find file:' , 'Cannot find file:' ) ] } message = lines . join ( '\\n' ) // Internal stacks are generally useless so we strip them... with the // exception of stacks containing `webpack:` because they're normally // from user code generated by Webpack. For more information see // https://github.com/facebook/create-react-app/pull/1050 message = message . replace ( / ^\\s*at\\s((?!webpack:).)*:\\d+:\\d+[\\s)]*(\\n|$) / gm , '' ) // at ... ...:x:y message = message . replace ( / ^\\s*at\\s(\\n|$) / gm , '' ) // at lines = message . split ( '\\n' ) // Remove duplicated newlines lines = lines . filter ( ( line , index , arr ) => index === 0 || line . trim ( ) !== '' || line . trim ( ) !== arr [ index - 1 ] . trim ( ) ) // Reassemble the message message = lines . join ( '\\n' ) return message . trim ( ) }", "target": 1, "target_options": ["no_match", "match"]} {"input": "/ * eslint no - unused - vars : off [CODESPLIT] function slideNext ( speed = this . params . speed , runCallbacks = true , internal ) { const swiper = this ; const { params , animating } = swiper ; if ( params . loop ) { if ( animating ) return false ; swiper . loopFix ( ) ; // eslint-disable-next-line swiper . _clientLeft = swiper . $wrapperEl [ 0 ] . clientLeft ; return swiper . slideTo ( swiper . activeIndex + params . slidesPerGroup , speed , runCallbacks , internal ) ; } return swiper . slideTo ( swiper . activeIndex + params . slidesPerGroup , speed , runCallbacks , internal ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "/ * eslint no - unused - vars : off [CODESPLIT] function slidePrev ( speed = this . params . speed , runCallbacks = true , internal ) { const swiper = this ; const { params , animating , snapGrid , slidesGrid , rtlTranslate , } = swiper ; if ( params . loop ) { if ( animating ) return false ; swiper . loopFix ( ) ; // eslint-disable-next-line swiper . _clientLeft = swiper . $wrapperEl [ 0 ] . clientLeft ; } const translate = rtlTranslate ? swiper . translate : - swiper . translate ; function normalize ( val ) { if ( val < 0 ) return - Math . floor ( Math . abs ( val ) ) ; return Math . floor ( val ) ; } const normalizedTranslate = normalize ( translate ) ; const normalizedSnapGrid = snapGrid . map ( val => normalize ( val ) ) ; const normalizedSlidesGrid = slidesGrid . map ( val => normalize ( val ) ) ; const currentSnap = snapGrid [ normalizedSnapGrid . indexOf ( normalizedTranslate ) ] ; const prevSnap = snapGrid [ normalizedSnapGrid . indexOf ( normalizedTranslate ) - 1 ] ; let prevIndex ; if ( typeof prevSnap !== 'undefined' ) { prevIndex = slidesGrid . indexOf ( prevSnap ) ; if ( prevIndex < 0 ) prevIndex = swiper . activeIndex - 1 ; } return swiper . slideTo ( prevIndex , speed , runCallbacks , internal ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Original Name encode and decode logic is in github . com / eosio / eos native . hpp Encode a name ( a base32 string ) to a number . [CODESPLIT] function encodeName ( name ) { var littleEndian = arguments . length > 1 && arguments [ 1 ] !== undefined ? arguments [ 1 ] : true ; if ( typeof name !== \"string\" ) throw new TypeError ( \"name parameter is a required string\" ) ; if ( name . length > 13 ) throw new TypeError ( \"A name can be up to 13 characters long\" ) ; var bitstr = \"\" ; for ( var i = 0 ; i <= 12 ; i ++ ) { // process all 64 bits (even if name is short) var c = i < name . length ? charidx ( name [ i ] ) : 0 ; var bitlen = i < 12 ? 5 : 4 ; var bits = Number ( c ) . toString ( 2 ) ; if ( bits . length > bitlen ) { throw new TypeError ( \"Invalid name \" + name ) ; } bits = \"0\" . repeat ( bitlen - bits . length ) + bits ; bitstr += bits ; } var value = Long . fromString ( bitstr , true , 2 ) ; // convert to LITTLE_ENDIAN var leHex = \"\" ; var bytes = littleEndian ? value . toBytesLE ( ) : value . toBytesBE ( ) ; var _iteratorNormalCompletion = true ; var _didIteratorError = false ; var _iteratorError = undefined ; try { for ( var _iterator = ( 0 , _getIterator3 . default ) ( bytes ) , _step ; ! ( _iteratorNormalCompletion = ( _step = _iterator . next ( ) ) . done ) ; _iteratorNormalCompletion = true ) { var b = _step . value ; var n = Number ( b ) . toString ( 16 ) ; leHex += ( n . length === 1 ? \"0\" : \"\" ) + n ; } } catch ( err ) { _didIteratorError = true ; _iteratorError = err ; } finally { try { if ( ! _iteratorNormalCompletion && _iterator . return ) { _iterator . return ( ) ; } } finally { if ( _didIteratorError ) { throw _iteratorError ; } } } var ulName = Long . fromString ( leHex , true , 16 ) . toString ( ) ; // console.log('encodeName', name, value.toString(), ulName.toString(), JSON.stringify(bitstr.split(/(.....)/).slice(1))) return ulName . toString ( ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Normalize and validate decimal string ( potentially large values ) . Should avoid internationalization issues if possible but will be safe and throw an error for an invalid number . [CODESPLIT] function UDecimalString ( value ) { assert ( value != null , \"value is required\" ) ; value = value === \"object\" && value . toString ? value . toString ( ) : String ( value ) ; if ( value [ 0 ] === \".\" ) { value = '0' + value ; } var part = value . split ( \".\" ) ; assert ( part . length <= 2 , 'invalid decimal ' + value ) ; assert ( / ^\\d+(,?\\d)*\\d*$ / . test ( part [ 0 ] ) , 'invalid decimal ' + value ) ; if ( part . length === 2 ) { assert ( / ^\\d*$ / . test ( part [ 1 ] ) , 'invalid decimal ' + value ) ; part [ 1 ] = part [ 1 ] . replace ( / 0+$ / , \"\" ) ; // remove suffixing zeros if ( part [ 1 ] === \"\" ) { part . pop ( ) ; } } part [ 0 ] = part [ 0 ] . replace ( / ^0* / , \"\" ) ; // remove leading zeros if ( part [ 0 ] === \"\" ) { part [ 0 ] = \"0\" ; } return part . join ( \".\" ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Ensure a fixed number of decimal places . Safe for large numbers . [CODESPLIT] function UDecimalPad ( num , precision ) { var value = UDecimalString ( num ) ; assert . equal ( \"number\" , typeof precision === 'undefined' ? 'undefined' : ( 0 , _typeof3 . default ) ( precision ) , \"precision\" ) ; var part = value . split ( \".\" ) ; if ( precision === 0 && part . length === 1 ) { return part [ 0 ] ; } if ( part . length === 1 ) { return part [ 0 ] + '.' + \"0\" . repeat ( precision ) ; } else { var pad = precision - part [ 1 ] . length ; assert ( pad >= 0 , 'decimal \\'' + value + '\\' exceeds precision ' + precision ) ; return part [ 0 ] + '.' + part [ 1 ] + \"0\" . repeat ( pad ) ; } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Put the decimal place back in its position and return the normalized number string ( with any unnecessary zeros or an unnecessary decimal removed ) . [CODESPLIT] function UDecimalUnimply ( value , precision ) { assert ( value != null , \"value is required\" ) ; value = value === \"object\" && value . toString ? value . toString ( ) : String ( value ) ; assert ( / ^\\d+$ / . test ( value ) , 'invalid whole number ' + value ) ; // Ensure minimum length var pad = precision - value . length ; if ( pad > 0 ) { value = '' + \"0\" . repeat ( pad ) + value ; } var dotIdx = value . length - precision ; value = value . slice ( 0 , dotIdx ) + '.' + value . slice ( dotIdx ) ; return UDecimalString ( value ) ; // Normalize }", "target": 1, "target_options": ["no_match", "match"]} {"input": "@arg { string } assetSymbol - 4 SYM @arg { number } [ precision = null ] - expected precision or mismatch AssertionError [CODESPLIT] function parseAssetSymbol ( assetSymbol ) { var precision = arguments . length > 1 && arguments [ 1 ] !== undefined ? arguments [ 1 ] : null ; assert . equal ( typeof assetSymbol === 'undefined' ? 'undefined' : ( 0 , _typeof3 . default ) ( assetSymbol ) , \"string\" , \"Asset symbol should be string\" ) ; if ( assetSymbol . indexOf ( \",\" ) === - 1 ) { assetSymbol = ',' + assetSymbol ; // null precision } var v = assetSymbol . split ( \",\" ) ; assert ( v . length === 2 , 'Asset symbol \"' + assetSymbol + '\" may have a precision like this: 4,SYM' ) ; var symbolPrecision = v [ 0 ] == \"\" ? null : parseInt ( v [ 0 ] ) ; var symbol = v [ 1 ] ; if ( precision != null ) { assert . equal ( precision , symbolPrecision , \"Asset symbol precision mismatch\" ) ; } else { precision = symbolPrecision ; } if ( precision != null ) { assert . equal ( typeof precision === 'undefined' ? 'undefined' : ( 0 , _typeof3 . default ) ( precision ) , \"number\" , \"precision\" ) ; assert ( precision > - 1 , \"precision must be positive\" ) ; } if ( ! / ^[0-9]+$ / . test ( symbol ) ) { if ( / ^S#[0-9]+$ / . test ( symbol ) ) { symbol = symbol . replace ( \"S#\" , \"\" ) ; } else { throw new Error ( 'Asset symbol should looks like \\'S#{num}\\', but got ' + symbol + '.' ) ; } } assert ( precision <= 18 , \"Precision should be 18 characters or less\" ) ; assert ( symbol . length <= 7 , \"Asset symbol is 7 characters or less\" ) ; return { precision : precision , symbol : symbol } ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "/ * Encode EVT Address in address . cpp [CODESPLIT] function encodeAddress ( str ) { /* Check avalibility of evt_address */ if ( typeof str !== \"string\" || str . length !== 53 || ! str . startsWith ( \"EVT\" ) ) throw new Error ( \"EVTAddress should be a string with length 53 starts with EVT.\" ) ; str = str . substr ( 3 ) ; if ( str === \"0\" . repeat ( 50 ) ) return Buffer . from ( [ 0 , 0 ] ) ; // 0000 else if ( str [ 0 ] === \"0\" ) return encodeGeneratedAddressToBin ( \"EVT\" + str ) ; // generated address var buf = Buffer . concat ( [ Buffer . from ( [ 1 , 0 ] ) , new Buffer ( base58 . decode ( str ) ) ] ) ; // normal //console.log(buf) return buf . slice ( 0 , buf . length - 4 ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "/ * Decode EVT Address in address . cpp [CODESPLIT] function decodeAddress ( bytes ) { if ( bytes . length === 2 && bytes . equals ( Buffer . from ( [ 0 , 0 ] ) ) ) return \"EVT\" + \"0\" . repeat ( 50 ) ; // 0000 else if ( bytes . slice ( 0 , 2 ) . equals ( Buffer . from ( [ 2 , 0 ] ) ) ) return decodeGeneratedAddressFromBin ( bytes ) ; // generated address return \"EVT\" + KeyUtils . checkEncode ( bytes . slice ( 2 ) ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "create a buffer representing a segment . Different typeKey has different data type this is the detail : 0 - 20 1 - byte unsigned integer 21 - 40 2 - byte unsigned integer ( BE ) 41 - 90 4 - byte unsigned integer ( BE ) 91 - 155 string 156 - 165 uuid 166 - 180 byte string > 180 remained [CODESPLIT] function createSegment ( typeKey , value ) { // 1-byte unsigned integer if ( typeKey <= 20 ) { return ( new Buffer ( [ typeKey , value ] ) ) ; } // 2-byte unsigned integer if ( typeKey <= 40 ) { let content = new Buffer ( 3 ) ; content . writeUInt8 ( typeKey , 0 ) ; content . writeUInt16BE ( value , 1 ) ; return ( content ) ; } // 4-byte unsigned integer else if ( typeKey <= 90 ) { let content = new Buffer ( 5 ) ; content . writeUInt8 ( typeKey , 0 ) ; content . writeUInt32BE ( value , 1 ) ; return ( content ) ; } // string else if ( typeKey <= 155 ) { let content = Buffer . from ( value ) ; let header = new Buffer ( [ typeKey , content . length ] ) ; return ( Buffer . concat ( [ header , content ] ) ) ; } // uuid else if ( typeKey <= 165 ) { return ( Buffer . concat ( [ new Buffer ( [ typeKey ] ) , value ] ) ) ; } // byte string else if ( typeKey <= 180 ) { let content = value ; let header = new Buffer ( [ typeKey , content . length ] ) ; return ( Buffer . concat ( [ header , content ] ) ) ; } else { throw new Error ( \"typeKey not supported\" ) ; } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Parse a segment and convert it into json . [CODESPLIT] function parseSegment ( buffer , offset ) { let typeKey = buffer [ offset ] ; if ( typeKey <= 20 ) { if ( buffer [ offset + 1 ] == undefined ) throw new Error ( \"ParseError: No value for uint8\" ) ; return { typeKey : typeKey , value : buffer [ offset + 1 ] , bufferLength : 2 } ; } if ( typeKey <= 40 ) { if ( buffer [ offset + 2 ] == undefined ) throw new Error ( \"ParseError: Incomplete value for uint16\" ) ; return { typeKey : typeKey , value : buffer . readUInt16BE ( offset + 1 ) , bufferLength : 3 } ; } else if ( typeKey <= 90 ) { if ( buffer [ offset + 4 ] == undefined ) throw new Error ( \"ParseError: Incomplete value for uint32\" ) ; return { typeKey : typeKey , value : buffer . readUInt32BE ( offset + 1 ) , bufferLength : 5 } ; } else if ( typeKey <= 155 ) { if ( buffer [ offset + 1 ] == undefined ) throw new Error ( \"ParseError: Incomplete length value for string\" ) ; let len = buffer . readUInt8 ( offset + 1 ) ; if ( buffer [ offset + 1 + len ] == undefined ) throw new Error ( \"ParseError: Incomplete value for string\" ) ; let value = buffer . toString ( \"utf8\" , offset + 2 , offset + 2 + len ) ; return { typeKey : typeKey , value : value , bufferLength : 2 + len } ; } else if ( typeKey <= 165 ) { if ( buffer [ offset + 16 ] == undefined ) throw new Error ( \"ParseError: Incomplete value for uuid\" ) ; let len = 16 ; let value = new Buffer ( len ) ; buffer . copy ( value , 0 , offset + 1 , offset + 1 + len ) ; return { typeKey : typeKey , value : value , bufferLength : 1 + len } ; } else if ( typeKey <= 180 ) { if ( buffer [ offset + 1 ] == undefined ) throw new Error ( \"ParseError: Incomplete length value for byte string\" ) ; let len = buffer . readUInt8 ( offset + 1 ) ; if ( buffer [ offset + len + 1 ] == undefined ) throw new Error ( \"ParseError: Incomplete value for byte string\" ) ; let value = new Buffer ( len ) ; buffer . copy ( value , 0 , offset + 2 , offset + 2 + len ) ; return { typeKey : typeKey , value : value , bufferLength : 2 + len } ; } else { throw new Error ( \"typeKey not supported\" ) ; } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Parse a buffer to a array of segments [CODESPLIT] function parseSegments ( buffer ) { if ( buffer . length == 0 ) throw new Error ( \"bad segments stream\" ) ; let pointer = 0 ; let segments = [ ] ; while ( pointer < buffer . length ) { let seg = parseSegment ( buffer , pointer ) ; segments . push ( seg ) ; pointer += seg . bufferLength ; delete seg . bufferLength ; } if ( pointer != buffer . length ) { throw new Error ( \"Bad / incomplete segments\" ) ; } return segments ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Parse a everiToken s QRCode Text [CODESPLIT] function parseQRCode ( text , options ) { if ( text . length < 3 || text . length > 2000 ) throw new Error ( \"Invalid length of EvtLink\" ) ; let textSplited = text . split ( \"_\" ) ; if ( textSplited . length > 2 ) return null ; let rawText ; if ( textSplited [ 0 ] . startsWith ( qrPrefix ) ) { rawText = textSplited [ 0 ] . substr ( qrPrefix . length ) ; } else { rawText = textSplited [ 0 ] ; } // decode segments base42 let segmentsBytes = EvtLink . dec2b ( rawText ) ; if ( segmentsBytes . length < 2 ) throw new Error ( \"no flag in segment\" ) ; let flag = segmentsBytes . readInt16BE ( 0 ) ; if ( ( flag & 1 ) == 0 ) { // check version of EvtLink throw new Error ( \"The EvtLink is invalid or its version is newer than version 1 and is not supported by evtjs yet\" ) ; } let segmentsBytesRaw = new Buffer ( segmentsBytes . length - 2 ) ; segmentsBytes . copy ( segmentsBytesRaw , 0 , 2 , segmentsBytes . length ) ; let publicKeys = [ ] ; let signatures = [ ] ; if ( textSplited [ 1 ] ) { let buf = EvtLink . dec2b ( textSplited [ 1 ] ) ; let i = 0 ; if ( buf . length % 65 !== 0 ) { throw new Error ( \"length of signature is invalid\" ) ; } while ( i * 65 < buf . length ) { let current = new Buffer ( 65 ) ; buf . copy ( current , 0 , i * 65 , i * 65 + 65 ) ; let signature = ecc . Signature . fromBuffer ( current ) ; signatures . push ( signature . toString ( ) ) ; if ( ! options || options . recoverPublicKeys ) { publicKeys . push ( signature . recover ( segmentsBytes ) . toString ( ) ) ; } ++ i ; } } return { flag , segments : parseSegments ( segmentsBytesRaw ) , publicKeys , signatures } ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Calculate the value of keyProvider [CODESPLIT] async function __calcKeyProvider ( keyProvider ) { if ( ! keyProvider ) { return [ ] ; } // if keyProvider is function if ( keyProvider . apply && keyProvider . call ) { keyProvider = keyProvider ( ) ; } // resolve for Promise keyProvider = await Promise . resolve ( keyProvider ) ; if ( ! Array . isArray ( keyProvider ) ) { keyProvider = [ keyProvider ] ; } for ( let key of keyProvider ) { if ( ! EvtKey . isValidPrivateKey ( key ) ) { throw new Error ( \"Invalid private key\" ) ; } } return keyProvider ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Additional forms of entropy are used . A week random number generator can run out of entropy . This should ensure even the worst random number implementation will be reasonably safe . [CODESPLIT] function random32ByteBuffer ( { cpuEntropyBits = 0 , safe = true } = { } ) { assert . equal ( typeof cpuEntropyBits , \"number\" , \"cpuEntropyBits\" ) ; assert . equal ( typeof safe , \"boolean\" , \"boolean\" ) ; if ( safe ) { assert ( entropyCount >= 128 , \"Call initialize() to add entropy (current: \" + entropyCount + \")\" ) ; } // if(entropyCount > 0) { // console.log(`Additional private key entropy: ${entropyCount} events`) // } const hash_array = [ ] ; hash_array . push ( randomBytes ( 32 ) ) ; hash_array . push ( Buffer . from ( cpuEntropy ( cpuEntropyBits ) ) ) ; hash_array . push ( externalEntropyArray ) ; hash_array . push ( browserEntropy ( ) ) ; return hash . sha256 ( Buffer . concat ( hash_array ) ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Adds entropy . This may be called many times while the amount of data saved is accumulatively reduced to 101 integers . Data is retained in RAM for the life of this module . [CODESPLIT] function addEntropy ( ... ints ) { assert . equal ( externalEntropyArray . length , 101 , \"externalEntropyArray\" ) ; entropyCount += ints . length ; for ( const i of ints ) { const pos = entropyPos ++ % 101 ; const i2 = externalEntropyArray [ pos ] += i ; if ( i2 > 9007199254740991 ) externalEntropyArray [ pos ] = 0 ; } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "This runs in just under 1 second and ensures a minimum of cpuEntropyBits bits of entropy are gathered . [CODESPLIT] function cpuEntropy ( cpuEntropyBits = 128 ) { let collected = [ ] ; let lastCount = null ; let lowEntropySamples = 0 ; while ( collected . length < cpuEntropyBits ) { const count = floatingPointCount ( ) ; if ( lastCount != null ) { const delta = count - lastCount ; if ( Math . abs ( delta ) < 1 ) { lowEntropySamples ++ ; continue ; } // how many bits of entropy were in this sample const bits = Math . floor ( log2 ( Math . abs ( delta ) ) + 1 ) ; if ( bits < 4 ) { if ( bits < 2 ) { lowEntropySamples ++ ; } continue ; } collected . push ( delta ) ; } lastCount = count ; } if ( lowEntropySamples > 10 ) { const pct = Number ( lowEntropySamples / cpuEntropyBits * 100 ) . toFixed ( 2 ) ; // Is this algorithm getting inefficient? console . warn ( ` ${ pct } ` ) ; } return collected ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "@private Attempt to gather and hash information from the browser s window history and supported mime types . For non - browser environments this simply includes secure random data . In any event the information is re - hashed in a loop for 25 milliseconds seconds . [CODESPLIT] function browserEntropy ( ) { let entropyStr = Array ( randomBytes ( 101 ) ) . join ( ) ; try { entropyStr += ( new Date ( ) ) . toString ( ) + \" \" + window . screen . height + \" \" + window . screen . width + \" \" + window . screen . colorDepth + \" \" + \" \" + window . screen . availHeight + \" \" + window . screen . availWidth + \" \" + window . screen . pixelDepth + navigator . language + \" \" + window . location + \" \" + window . history . length ; for ( let i = 0 , mimeType ; i < navigator . mimeTypes . length ; i ++ ) { mimeType = navigator . mimeTypes [ i ] ; entropyStr += mimeType . description + \" \" + mimeType . type + \" \" + mimeType . suffixes + \" \" ; } } catch ( error ) { //nodejs:ReferenceError: window is not defined entropyStr += hash . sha256 ( ( new Date ( ) ) . toString ( ) ) ; } const b = new Buffer ( entropyStr ) ; entropyStr += b . toString ( \"binary\" ) + \" \" + ( new Date ( ) ) . toString ( ) ; let entropy = entropyStr ; const start_t = Date . now ( ) ; while ( Date . now ( ) - start_t < 25 ) entropy = hash . sha256 ( entropy ) ; return entropy ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Spec : http : // localhost : 3002 / steem / @dantheman / how - to - encrypt - a - memo - when - transferring - steem [CODESPLIT] function encrypt ( private_key , public_key , message , nonce = uniqueNonce ( ) ) { return crypt ( private_key , public_key , nonce , message ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Spec : http : // localhost : 3002 / steem / @dantheman / how - to - encrypt - a - memo - when - transferring - steem [CODESPLIT] function decrypt ( private_key , public_key , nonce , message , checksum ) { return crypt ( private_key , public_key , nonce , message , checksum ) . message ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "This method does not use a checksum the returned data must be validated some other way . [CODESPLIT] function cryptoJsDecrypt ( message , key , iv ) { assert ( message , \"Missing cipher text\" ) ; message = toBinaryBuffer ( message ) ; const decipher = crypto . createDecipheriv ( \"aes-256-cbc\" , key , iv ) ; // decipher.setAutoPadding(true) message = Buffer . concat ( [ decipher . update ( message ) , decipher . final ( ) ] ) ; return message ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "This method does not use a checksum the returned data must be validated some other way . @arg { string|Buffer } message - plaintext binary format @arg { string |Buffer } key - 256bit @arg { string |Buffer } iv - 128bit [CODESPLIT] function cryptoJsEncrypt ( message , key , iv ) { assert ( message , \"Missing plain text\" ) ; message = toBinaryBuffer ( message ) ; const cipher = crypto . createCipheriv ( \"aes-256-cbc\" , key , iv ) ; // cipher.setAutoPadding(true) message = Buffer . concat ( [ cipher . update ( message ) , cipher . final ( ) ] ) ; return message ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "ECIES [CODESPLIT] function getSharedSecret ( public_key ) { public_key = PublicKey ( public_key ) ; let KB = public_key . toUncompressed ( ) . toBuffer ( ) ; let KBP = Point . fromAffine ( secp256k1 , BigInteger . fromBuffer ( KB . slice ( 1 , 33 ) ) , // x BigInteger . fromBuffer ( KB . slice ( 33 , 65 ) ) // y ) ; let r = toBuffer ( ) ; let P = KBP . multiply ( BigInteger . fromBuffer ( r ) ) ; let S = P . affineX . toBuffer ( { size : 32 } ) ; // SHA512 used in ECIES return hash . sha512 ( S ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "/ ** ECIES TODO unit test @arg { string|Object } pubkey wif PublicKey object @return { Buffer } 64 byte shared secret function getSharedSecret ( public_key ) { public_key = PublicKey ( public_key ) . toUncompressed () var P = public_key . Q . multiply ( d ) ; var S = P . affineX . toBuffer ( { size : 32 } ) ; // ECIES adds an extra sha512 return hash . sha512 ( S ) ; } @arg { string } name - child key name . @return { PrivateKey } [CODESPLIT] function getChildKey ( name ) { // console.error('WARNING: getChildKey untested against evtd'); // no evtd impl yet const index = createHash ( \"sha256\" ) . update ( toBuffer ( ) ) . update ( name ) . digest ( ) ; return PrivateKey ( index ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Run self - checking code and gather CPU entropy . [CODESPLIT] function initialize ( ) { if ( initialized ) { return ; } unitTest ( ) ; keyUtils . addEntropy ( ... keyUtils . cpuEntropy ( ) ) ; assert ( keyUtils . entropyCount ( ) >= 128 , \"insufficient entropy\" ) ; initialized = true ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "am1 : use a single mult and divide to get the high bits max digit bits should be 26 because max internal value = 2 * dvalue^2 - 2 * dvalue ( < 2^53 ) [CODESPLIT] function am1 ( i , x , w , j , c , n ) { while ( -- n >= 0 ) { var v = x * this [ i ++ ] + w [ j ] + c c = Math . floor ( v / 0x4000000 ) w [ j ++ ] = v & 0x3ffffff } return c }", "target": 1, "target_options": ["no_match", "match"]} {"input": "am2 avoids a big mult - and - extract completely . Max digit bits should be < = 30 because we do bitwise ops on values up to 2 * hdvalue^2 - hdvalue - 1 ( < 2^31 ) [CODESPLIT] function am2 ( i , x , w , j , c , n ) { var xl = x & 0x7fff , xh = x >> 15 while ( -- n >= 0 ) { var l = this [ i ] & 0x7fff var h = this [ i ++ ] >> 15 var m = xh * l + h * xl l = xl * l + ( ( m & 0x7fff ) << 15 ) + w [ j ] + ( c & 0x3fffffff ) c = ( l >>> 30 ) + ( m >>> 15 ) + xh * h + ( c >>> 30 ) w [ j ++ ] = l & 0x3fffffff } return c }", "target": 1, "target_options": ["no_match", "match"]} {"input": "( protected ) copy this to r [CODESPLIT] function bnpCopyTo ( r ) { for ( var i = this . t - 1 ; i >= 0 ; -- i ) r [ i ] = this [ i ] r . t = this . t r . s = this . s }", "target": 1, "target_options": ["no_match", "match"]} {"input": "( protected ) return - 1 / this % 2^DB ; useful for Mont . reduction justification : xy == 1 ( mod m ) xy = 1 + km xy ( 2 - xy ) = ( 1 + km ) ( 1 - km ) x [ y ( 2 - xy ) ] = 1 - k^2m^2 x [ y ( 2 - xy ) ] == 1 ( mod m^2 ) if y is 1 / x mod m then y ( 2 - xy ) is 1 / x mod m^2 should reduce x and y ( 2 - xy ) by m^2 at each step to keep size bounded . JS multiply overflows differently from C / C ++ so care is needed here . [CODESPLIT] function bnpInvDigit ( ) { if ( this . t < 1 ) return 0 var x = this [ 0 ] if ( ( x & 1 ) == 0 ) return 0 var y = x & 3 ; // y == 1/x mod 2^2 y = ( y * ( 2 - ( x & 0xf ) * y ) ) & 0xf ; // y == 1/x mod 2^4 y = ( y * ( 2 - ( x & 0xff ) * y ) ) & 0xff ; // y == 1/x mod 2^8 y = ( y * ( 2 - ( ( ( x & 0xffff ) * y ) & 0xffff ) ) ) & 0xffff ; // y == 1/x mod 2^16 // last step - calculate inverse mod DV directly // assumes 16 < DB <= 32 and assumes ability to handle 48-bit ints y = ( y * ( 2 - x * y % this . DV ) ) % this . DV ; // y == 1/x mod 2^dbits // we really want the negative inverse, and -DV < y < DV return ( y > 0 ) ? this . DV - y : - y }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Montgomery reduction [CODESPLIT] function Montgomery ( m ) { this . m = m this . mp = m . invDigit ( ) this . mpl = this . mp & 0x7fff this . mph = this . mp >> 15 this . um = ( 1 << ( m . DB - 15 ) ) - 1 this . mt2 = 2 * m . t }", "target": 1, "target_options": ["no_match", "match"]} {"input": "xR mod m [CODESPLIT] function montConvert ( x ) { var r = new BigInteger ( ) x . abs ( ) . dlShiftTo ( this . m . t , r ) r . divRemTo ( this . m , null , r ) if ( x . s < 0 && r . compareTo ( BigInteger . ZERO ) > 0 ) this . m . subTo ( r , r ) return r }", "target": 1, "target_options": ["no_match", "match"]} {"input": "x / R mod m [CODESPLIT] function montRevert ( x ) { var r = new BigInteger ( ) x . copyTo ( r ) this . reduce ( r ) return r }", "target": 1, "target_options": ["no_match", "match"]} {"input": "( public ) ~this [CODESPLIT] function bnNot ( ) { var r = new BigInteger ( ) for ( var i = 0 ; i < this . t ; ++ i ) r [ i ] = this . DM & ~ this [ i ] r . t = this . t r . s = ~ this . s return r }", "target": 1, "target_options": ["no_match", "match"]} {"input": "( public ) this << n [CODESPLIT] function bnShiftLeft ( n ) { var r = new BigInteger ( ) if ( n < 0 ) this . rShiftTo ( - n , r ) else this . lShiftTo ( n , r ) return r }", "target": 1, "target_options": ["no_match", "match"]} {"input": "( public ) this >> n [CODESPLIT] function bnShiftRight ( n ) { var r = new BigInteger ( ) if ( n < 0 ) this . lShiftTo ( - n , r ) else this . rShiftTo ( n , r ) return r }", "target": 1, "target_options": ["no_match", "match"]} {"input": "( protected ) this op ( 1< self . m . t + 1 ) { x . t = self . m . t + 1 x . clamp ( ) } self . mu . multiplyUpperTo ( self . r2 , self . m . t + 1 , self . q3 ) self . m . multiplyLowerTo ( self . q3 , self . m . t + 1 , self . r2 ) while ( x . compareTo ( self . r2 ) < 0 ) x . dAddOffset ( 1 , self . m . t + 1 ) x . subTo ( self . r2 , x ) while ( x . compareTo ( self . m ) >= 0 ) x . subTo ( self . m , x ) }", "target": 1, "target_options": ["no_match", "match"]} {"input": "( public ) this^e % m ( HAC 14 . 85 ) [CODESPLIT] function bnModPow ( e , m ) { var i = e . bitLength ( ) , k , r = nbv ( 1 ) , z if ( i <= 0 ) return r else if ( i < 18 ) k = 1 else if ( i < 48 ) k = 3 else if ( i < 144 ) k = 4 else if ( i < 768 ) k = 5 else k = 6 if ( i < 8 ) z = new Classic ( m ) else if ( m . isEven ( ) ) z = new Barrett ( m ) else z = new Montgomery ( m ) // precomputation var g = new Array ( ) , n = 3 , k1 = k - 1 , km = ( 1 << k ) - 1 g [ 1 ] = z . convert ( this ) if ( k > 1 ) { var g2 = new BigInteger ( ) z . sqrTo ( g [ 1 ] , g2 ) while ( n <= km ) { g [ n ] = new BigInteger ( ) z . mulTo ( g2 , g [ n - 2 ] , g [ n ] ) n += 2 } } var j = e . t - 1 , w , is1 = true , r2 = new BigInteger ( ) , t i = nbits ( e [ j ] ) - 1 while ( j >= 0 ) { if ( i >= k1 ) w = ( e [ j ] >> ( i - k1 ) ) & km else { w = ( e [ j ] & ( ( 1 << ( i + 1 ) ) - 1 ) ) << ( k1 - i ) if ( j > 0 ) w |= e [ j - 1 ] >> ( this . DB + i - k1 ) } n = k while ( ( w & 1 ) == 0 ) { w >>= 1 -- n } if ( ( i -= n ) < 0 ) { i += this . DB -- j } if ( is1 ) { // ret == 1, don't bother squaring or multiplying it g [ w ] . copyTo ( r ) is1 = false } else { while ( n > 1 ) { z . sqrTo ( r , r2 ) z . sqrTo ( r2 , r ) n -= 2 } if ( n > 0 ) z . sqrTo ( r , r2 ) else { t = r r = r2 r2 = t } z . mulTo ( r2 , g [ w ] , r ) } while ( j >= 0 && ( e [ j ] & ( 1 << i ) ) == 0 ) { z . sqrTo ( r , r2 ) t = r r = r2 r2 = t if ( -- i < 0 ) { i = this . DB - 1 -- j } } } return z . revert ( r ) }", "target": 1, "target_options": ["no_match", "match"]} {"input": "( public ) gcd ( this a ) ( HAC 14 . 54 ) [CODESPLIT] function bnGCD ( a ) { var x = ( this . s < 0 ) ? this . negate ( ) : this . clone ( ) var y = ( a . s < 0 ) ? a . negate ( ) : a . clone ( ) if ( x . compareTo ( y ) < 0 ) { var t = x x = y y = t } var i = x . getLowestSetBit ( ) , g = y . getLowestSetBit ( ) if ( g < 0 ) return x if ( i < g ) g = i if ( g > 0 ) { x . rShiftTo ( g , x ) y . rShiftTo ( g , y ) } while ( x . signum ( ) > 0 ) { if ( ( i = x . getLowestSetBit ( ) ) > 0 ) x . rShiftTo ( i , x ) if ( ( i = y . getLowestSetBit ( ) ) > 0 ) y . rShiftTo ( i , y ) if ( x . compareTo ( y ) >= 0 ) { x . subTo ( y , x ) x . rShiftTo ( 1 , x ) } else { y . subTo ( x , y ) y . rShiftTo ( 1 , y ) } } if ( g > 0 ) y . lShiftTo ( g , y ) return y }", "target": 1, "target_options": ["no_match", "match"]} {"input": "( protected ) this % n n < 2^26 [CODESPLIT] function bnpModInt ( n ) { if ( n <= 0 ) return 0 var d = this . DV % n , r = ( this . s < 0 ) ? n - 1 : 0 if ( this . t > 0 ) if ( d == 0 ) r = this [ 0 ] % n else for ( var i = this . t - 1 ; i >= 0 ; -- i ) r = ( d * r + this [ i ] ) % n return r }", "target": 1, "target_options": ["no_match", "match"]} {"input": "( public ) test primality with certainty > = 1 - . 5^t [CODESPLIT] function bnIsProbablePrime ( t ) { var i , x = this . abs ( ) if ( x . t == 1 && x [ 0 ] <= lowprimes [ lowprimes . length - 1 ] ) { for ( i = 0 ; i < lowprimes . length ; ++ i ) if ( x [ 0 ] == lowprimes [ i ] ) return true return false } if ( x . isEven ( ) ) return false i = 1 while ( i < lowprimes . length ) { var m = lowprimes [ i ] , j = i + 1 while ( j < lowprimes . length && m < lplim ) m *= lowprimes [ j ++ ] m = x . modInt ( m ) while ( i < j ) if ( m % lowprimes [ i ++ ] == 0 ) return false } return x . millerRabin ( t ) }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Verify signed data . [CODESPLIT] function verify ( data , pubkey , encoding = \"utf8\" ) { if ( typeof data === \"string\" ) { data = Buffer . from ( data , encoding ) ; } assert ( Buffer . isBuffer ( data ) , \"data is a required String or Buffer\" ) ; data = hash . sha256 ( data ) ; return verifyHash ( data , pubkey ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Verify a buffer of exactally 32 bytes in size ( sha256 ( text )) [CODESPLIT] function verifyHash ( dataSha256 , pubkey , encoding = \"hex\" ) { if ( typeof dataSha256 === \"string\" ) { dataSha256 = Buffer . from ( dataSha256 , encoding ) ; } if ( dataSha256 . length !== 32 || ! Buffer . isBuffer ( dataSha256 ) ) throw new Error ( \"dataSha256: 32 bytes required\" ) ; const publicKey = PublicKey ( pubkey ) ; assert ( publicKey , \"pubkey required\" ) ; return ecdsa . verify ( curve , dataSha256 , { r : r , s : s } , publicKey . Q ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Recover the public key used to create this signature using full data . [CODESPLIT] function recover ( data , encoding = \"utf8\" ) { if ( typeof data === \"string\" ) { data = Buffer . from ( data , encoding ) ; } assert ( Buffer . isBuffer ( data ) , \"data is a required String or Buffer\" ) ; data = hash . sha256 ( data ) ; return recoverHash ( data ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "@arg { String|Buffer } dataSha256 - sha256 hash 32 byte buffer or hex string @arg { String } [ encoding = hex ] - dataSha256 encoding ( if string ) [CODESPLIT] function recoverHash ( dataSha256 , encoding = \"hex\" ) { //let time = new Date().valueOf(); if ( typeof dataSha256 === \"string\" ) { dataSha256 = Buffer . from ( dataSha256 , encoding ) ; } if ( dataSha256 . length !== 32 || ! Buffer . isBuffer ( dataSha256 ) ) { throw new Error ( \"dataSha256: 32 byte String or buffer requred\" ) ; } // sign the message if ( secp256k1 != null ) { let buffer = toBuffer ( ) ; //console.log(\"[recoverHash] accelerating supported, length of sign: \" + buffer.length); var ret = PublicKey . fromBuffer ( secp256k1 . recover ( dataSha256 , buffer . slice ( 1 ) , buffer [ 0 ] - 4 - 27 , true ) ) ; //time = (new Date().valueOf()) - time; //console.log(\"[+\" + time + \"ms] recoverHash (c binding)\"); return ret ; } else { //console.log(\"[recoverHash] accelerating not supported\"); const e = BigInteger . fromBuffer ( dataSha256 ) ; let i2 = i ; i2 -= 27 ; i2 = i2 & 3 ; const Q = ecdsa . recoverPubKey ( curve , e , { r , s , i } , i2 ) ; // time = (new Date().valueOf()) - time; //console.log(\"[+\" + time + \"ms] recoverHash\"); return PublicKey . fromPoint ( Q ) ; } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Original Name encode and decode logic is in github . com / eosio / eos native . hpp Encode a name ( a base32 string ) to a number . [CODESPLIT] function encodeName ( name , littleEndian = true ) { if ( typeof name !== \"string\" ) throw new TypeError ( \"name parameter is a required string\" ) ; if ( name . length > 13 ) throw new TypeError ( \"A name can be up to 13 characters long\" ) ; let bitstr = \"\" ; for ( let i = 0 ; i <= 12 ; i ++ ) { // process all 64 bits (even if name is short) const c = i < name . length ? charidx ( name [ i ] ) : 0 ; const bitlen = i < 12 ? 5 : 4 ; let bits = Number ( c ) . toString ( 2 ) ; if ( bits . length > bitlen ) { throw new TypeError ( \"Invalid name \" + name ) ; } bits = \"0\" . repeat ( bitlen - bits . length ) + bits ; bitstr += bits ; } const value = Long . fromString ( bitstr , true , 2 ) ; // convert to LITTLE_ENDIAN let leHex = \"\" ; const bytes = littleEndian ? value . toBytesLE ( ) : value . toBytesBE ( ) ; for ( const b of bytes ) { const n = Number ( b ) . toString ( 16 ) ; leHex += ( n . length === 1 ? \"0\" : \"\" ) + n ; } const ulName = Long . fromString ( leHex , true , 16 ) . toString ( ) ; // console.log('encodeName', name, value.toString(), ulName.toString(), JSON.stringify(bitstr.split(/(.....)/).slice(1))) return ulName . toString ( ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Encode a name ( a base32 string ) to a number . [CODESPLIT] function encodeName128 ( name ) { if ( typeof name !== 'string' ) throw new TypeError ( 'name parameter is a required string' ) ; if ( name . length > 21 ) throw new TypeError ( 'A name can be up to 21 characters long' ) ; let bitstr = '' ; for ( let i = 0 ; i < 21 ; i ++ ) { // process all 64 bits (even if name is short) const c = i < name . length ? charidx128 ( name [ i ] ) : 0 ; let bits = Number ( c ) . toString ( 2 ) ; if ( bits . length > 6 ) { throw new TypeError ( 'Invalid name ' + name ) ; } bits = '0' . repeat ( 6 - bits . length ) + bits ; bitstr = bits + bitstr ; } let cutSize = 4 ; if ( name . length <= 5 ) { bitstr += \"00\" cutSize = 4 } else if ( name . length <= 10 ) { bitstr += \"01\" cutSize = 8 } else if ( name . length <= 15 ) { bitstr += \"10\" cutSize = 12 } else { bitstr += \"11\" cutSize = 16 } let bn = new BN ( bitstr , 2 ) ; // bn = bn.toTwos(128); return bn . toArrayLike ( Buffer , 'le' , 128 / 8 / 16 * cutSize ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "The authenticate function is called whenever ZAP requires to authenticate for a Context for which this script was selected as the Authentication Method . The function should send any messages that are required to do the authentication and should return a message with an authenticated response so the calling method . NOTE : Any message sent in the function should be obtained using the helper . prepareMessage () method . Parameters : helper - a helper class providing useful methods : prepareMessage () sendAndReceive ( msg ) getHttpSender () paramsValues - the values of the parameters configured in the Session Properties - > Authentication panel . The paramsValues is a map having as keys the parameters names ( as returned by the getRequiredParamsNames () and getOptionalParamsNames () functions below ) credentials - an object containing the credentials values as configured in the Session Properties - > Users panel . The credential values can be obtained via calls to the getParam ( paramName ) method . The param names are the ones returned by the getCredentialsParamsNames () below [CODESPLIT] function authenticate ( helper , paramsValues , credentials ) { print ( \"Authenticating via JavaScript script...\" ) ; var msg = helper . prepareMessage ( ) ; // TODO: Process message to match the authentication needs // Configurations on how the messages are sent/handled: // Set to follow redirects when sending messages (default is false). // helper.getHttpSender().setFollowRedirect(true) // Send message without following redirects (overriding the option previously set). // helper.sendAndReceive(msg, false) // Set the number of maximum redirects followed to 5 (default is 100). Main purpose is to prevent infinite loops. // helper.getHttpSender().setMaxRedirects(5) // Allow circular redirects (default is not allow). Circular redirects happen when a request // redirects to itself, or when a same request was already accessed in a chain of redirects. // helper.getHttpSender().setAllowCircularRedirects(true) helper . sendAndReceive ( msg ) ; return msg ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "The authenticate function is called whenever ZAP requires to authenticate for a Context for which this script was selected as the Authentication Method . The function should send any messages that are required to do the authentication and should return a message with an authenticated response so the calling method . NOTE : Any message sent in the function should be obtained using the helper . prepareMessage () method . Parameters : helper - a helper class providing useful methods : prepareMessage () sendAndReceive ( msg ) paramsValues - the values of the parameters configured in the Session Properties - > Authentication panel . The paramsValues is a map having as keys the parameters names ( as returned by the getRequiredParamsNames () and getOptionalParamsNames () functions below ) credentials - an object containing the credentials values as configured in the Session Properties - > Users panel . The credential values can be obtained via calls to the getParam ( paramName ) method . The param names are the ones returned by the getCredentialsParamsNames () below [CODESPLIT] function authenticate ( helper , paramsValues , credentials ) { print ( \"Authenticating via JavaScript script...\" ) ; // Make sure any Java classes used explicitly are imported var HttpRequestHeader = Java . type ( \"org.parosproxy.paros.network.HttpRequestHeader\" ) var HttpHeader = Java . type ( \"org.parosproxy.paros.network.HttpHeader\" ) var URI = Java . type ( \"org.apache.commons.httpclient.URI\" ) // Prepare the login request details var requestUri = new URI ( paramsValues . get ( \"Target URL\" ) , false ) ; var requestMethod = HttpRequestHeader . POST ; // Build the request body using the credentials values var extraPostData = paramsValues . get ( \"Extra POST data\" ) ; var requestBody = paramsValues . get ( \"Username field\" ) + \"=\" + encodeURIComponent ( credentials . getParam ( \"Username\" ) ) ; requestBody += \"&\" + paramsValues . get ( \"Password field\" ) + \"=\" + encodeURIComponent ( credentials . getParam ( \"Password\" ) ) ; if ( extraPostData . trim ( ) . length ( ) > 0 ) requestBody += \"&\" + extraPostData . trim ( ) ; // Build the actual message to be sent print ( \"Sending \" + requestMethod + \" request to \" + requestUri + \" with body: \" + requestBody ) ; var msg = helper . prepareMessage ( ) ; msg . setRequestHeader ( new HttpRequestHeader ( requestMethod , requestUri , HttpHeader . HTTP10 ) ) ; msg . setRequestBody ( requestBody ) ; // Send the authentication message and return it helper . sendAndReceive ( msg ) ; print ( \"Received response status code: \" + msg . getResponseHeader ( ) . getStatusCode ( ) ) ; return msg ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Targeted scripts can only be invoked by you the user eg via a right - click option on the Sites or History tabs [CODESPLIT] function invokeWith ( msg ) { // Debugging can be done using println like this print ( 'Finding comments in ' + msg . getRequestHeader ( ) . getURI ( ) . toString ( ) ) ; var body = msg . getResponseBody ( ) . toString ( ) // Look for html comments if ( body . indexOf ( '' , o ) ; print ( \"\\t\" + body . substr ( o , e - o + 3 ) ) o = body . indexOf ( '\" ; if ( div . getElementsByTagName ( \"i\" ) . length == 1 ) { anError ( ) ; return ; } origHfov = config . hfov ; origPitch = config . pitch ; var i , p ; if ( config . type == 'cubemap' ) { panoImage = [ ] ; for ( i = 0 ; i < 6 ; i ++ ) { panoImage . push ( new Image ( ) ) ; panoImage [ i ] . crossOrigin = config . crossOrigin ; } infoDisplay . load . lbox . style . display = 'block' ; infoDisplay . load . lbar . style . display = 'none' ; } else if ( config . type == 'multires' ) { var c = JSON . parse ( JSON . stringify ( config . multiRes ) ) ; // Deep copy // Avoid \"undefined\" in path, check (optional) multiRes.basePath, too // Use only multiRes.basePath if it's an absolute URL if ( config . basePath && config . multiRes . basePath && ! ( / ^(?:[a-z]+:)?\\/\\/ / i . test ( config . multiRes . basePath ) ) ) { c . basePath = config . basePath + config . multiRes . basePath ; } else if ( config . multiRes . basePath ) { c . basePath = config . multiRes . basePath ; } else if ( config . basePath ) { c . basePath = config . basePath ; } panoImage = c ; } else { if ( config . dynamic === true ) { panoImage = config . panorama ; } else { if ( config . panorama === undefined ) { anError ( config . strings . noPanoramaError ) ; return ; } panoImage = new Image ( ) ; } } // Configure image loading if ( config . type == 'cubemap' ) { // Quick loading counter for synchronous loading var itemsToLoad = 6 ; var onLoad = function ( ) { itemsToLoad -- ; if ( itemsToLoad === 0 ) { onImageLoad ( ) ; } } ; var onError = function ( e ) { var a = document . createElement ( 'a' ) ; a . href = e . target . src ; a . textContent = a . href ; anError ( config . strings . fileAccessError . replace ( '%s' , a . outerHTML ) ) ; } ; for ( i = 0 ; i < panoImage . length ; i ++ ) { p = config . cubeMap [ i ] ; if ( p == \"null\" ) { // support partial cubemap image with explicitly empty faces console . log ( 'Will use background instead of missing cubemap face ' + i ) ; onLoad ( ) ; } else { if ( config . basePath && ! absoluteURL ( p ) ) { p = config . basePath + p ; } panoImage [ i ] . onload = onLoad ; panoImage [ i ] . onerror = onError ; panoImage [ i ] . src = sanitizeURL ( p ) ; } } } else if ( config . type == 'multires' ) { onImageLoad ( ) ; } else { p = '' ; if ( config . basePath ) { p = config . basePath ; } if ( config . dynamic !== true ) { // Still image p = absoluteURL ( config . panorama ) ? config . panorama : p + config . panorama ; panoImage . onload = function ( ) { window . URL . revokeObjectURL ( this . src ) ; // Clean up onImageLoad ( ) ; } ; var xhr = new XMLHttpRequest ( ) ; xhr . onloadend = function ( ) { if ( xhr . status != 200 ) { // Display error if image can't be loaded var a = document . createElement ( 'a' ) ; a . href = p ; a . textContent = a . href ; anError ( config . strings . fileAccessError . replace ( '%s' , a . outerHTML ) ) ; } var img = this . response ; parseGPanoXMP ( img ) ; infoDisplay . load . msg . innerHTML = '' ; } ; xhr . onprogress = function ( e ) { if ( e . lengthComputable ) { // Display progress var percent = e . loaded / e . total * 100 ; infoDisplay . load . lbarFill . style . width = percent + '%' ; var unit , numerator , denominator ; if ( e . total > 1e6 ) { unit = 'MB' ; numerator = ( e . loaded / 1e6 ) . toFixed ( 2 ) ; denominator = ( e . total / 1e6 ) . toFixed ( 2 ) ; } else if ( e . total > 1e3 ) { unit = 'kB' ; numerator = ( e . loaded / 1e3 ) . toFixed ( 1 ) ; denominator = ( e . total / 1e3 ) . toFixed ( 1 ) ; } else { unit = 'B' ; numerator = e . loaded ; denominator = e . total ; } infoDisplay . load . msg . innerHTML = numerator + ' / ' + denominator + ' ' + unit ; } else { // Display loading spinner infoDisplay . load . lbox . style . display = 'block' ; infoDisplay . load . lbar . style . display = 'none' ; } } ; try { xhr . open ( 'GET' , p , true ) ; } catch ( e ) { // Malformed URL anError ( config . strings . malformedURLError ) ; } xhr . responseType = 'blob' ; xhr . setRequestHeader ( 'Accept' , 'image/*,*/*;q=0.9' ) ; xhr . withCredentials = config . crossOrigin === 'use-credentials' ; xhr . send ( ) ; } } if ( config . draggable ) uiContainer . classList . add ( 'pnlm-grab' ) ; uiContainer . classList . remove ( 'pnlm-grabbing' ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Create renderer and initialize event listeners once image is loaded . [CODESPLIT] function onImageLoad ( ) { if ( ! renderer ) renderer = new libpannellum . renderer ( renderContainer ) ; // Only add event listeners once if ( ! listenersAdded ) { listenersAdded = true ; dragFix . addEventListener ( 'mousedown' , onDocumentMouseDown , false ) ; document . addEventListener ( 'mousemove' , onDocumentMouseMove , false ) ; document . addEventListener ( 'mouseup' , onDocumentMouseUp , false ) ; if ( config . mouseZoom ) { uiContainer . addEventListener ( 'mousewheel' , onDocumentMouseWheel , false ) ; uiContainer . addEventListener ( 'DOMMouseScroll' , onDocumentMouseWheel , false ) ; } if ( config . doubleClickZoom ) { dragFix . addEventListener ( 'dblclick' , onDocumentDoubleClick , false ) ; } container . addEventListener ( 'mozfullscreenchange' , onFullScreenChange , false ) ; container . addEventListener ( 'webkitfullscreenchange' , onFullScreenChange , false ) ; container . addEventListener ( 'msfullscreenchange' , onFullScreenChange , false ) ; container . addEventListener ( 'fullscreenchange' , onFullScreenChange , false ) ; window . addEventListener ( 'resize' , onDocumentResize , false ) ; window . addEventListener ( 'orientationchange' , onDocumentResize , false ) ; if ( ! config . disableKeyboardCtrl ) { container . addEventListener ( 'keydown' , onDocumentKeyPress , false ) ; container . addEventListener ( 'keyup' , onDocumentKeyUp , false ) ; container . addEventListener ( 'blur' , clearKeys , false ) ; } document . addEventListener ( 'mouseleave' , onDocumentMouseUp , false ) ; if ( document . documentElement . style . pointerAction === '' && document . documentElement . style . touchAction === '' ) { dragFix . addEventListener ( 'pointerdown' , onDocumentPointerDown , false ) ; dragFix . addEventListener ( 'pointermove' , onDocumentPointerMove , false ) ; dragFix . addEventListener ( 'pointerup' , onDocumentPointerUp , false ) ; dragFix . addEventListener ( 'pointerleave' , onDocumentPointerUp , false ) ; } else { dragFix . addEventListener ( 'touchstart' , onDocumentTouchStart , false ) ; dragFix . addEventListener ( 'touchmove' , onDocumentTouchMove , false ) ; dragFix . addEventListener ( 'touchend' , onDocumentTouchEnd , false ) ; } // Deal with MS pointer events if ( window . navigator . pointerEnabled ) container . style . touchAction = 'none' ; } renderInit ( ) ; setHfov ( config . hfov ) ; // possibly adapt hfov after configuration and canvas is complete; prevents empty space on top or bottom by zomming out too much setTimeout ( function ( ) { isTimedOut = true ; } , 500 ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Extract the requested tag from the XMP data [CODESPLIT] function ( tag ) { var result ; if ( xmpData . indexOf ( tag + '=\"' ) >= 0 ) { result = xmpData . substring ( xmpData . indexOf ( tag + '=\"' ) + tag . length + 2 ) ; result = result . substring ( 0 , result . indexOf ( '\"' ) ) ; } else if ( xmpData . indexOf ( tag + '>' ) >= 0 ) { result = xmpData . substring ( xmpData . indexOf ( tag + '>' ) + tag . length + 1 ) ; result = result . substring ( 0 , result . indexOf ( '<' ) ) ; } if ( result !== undefined ) { return Number ( result ) ; } return null ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Displays an error message . [CODESPLIT] function anError ( errorMsg ) { if ( errorMsg === undefined ) errorMsg = config . strings . genericWebGLError ; infoDisplay . errorMsg . innerHTML = '

' + errorMsg + '

' ; controls . load . style . display = 'none' ; infoDisplay . load . box . style . display = 'none' ; infoDisplay . errorMsg . style . display = 'table' ; error = true ; renderContainer . style . display = 'none' ; fireEvent ( 'error' , errorMsg ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Hides error message display . [CODESPLIT] function clearError ( ) { if ( error ) { infoDisplay . load . box . style . display = 'none' ; infoDisplay . errorMsg . style . display = 'none' ; error = false ; fireEvent ( 'errorcleared' ) ; } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Displays about message . [CODESPLIT] function aboutMessage ( event ) { var pos = mousePosition ( event ) ; aboutMsg . style . left = pos . x + 'px' ; aboutMsg . style . top = pos . y + 'px' ; clearTimeout ( aboutMessage . t1 ) ; clearTimeout ( aboutMessage . t2 ) ; aboutMsg . style . display = 'block' ; aboutMsg . style . opacity = 1 ; aboutMessage . t1 = setTimeout ( function ( ) { aboutMsg . style . opacity = 0 ; } , 2000 ) ; aboutMessage . t2 = setTimeout ( function ( ) { aboutMsg . style . display = 'none' ; } , 2500 ) ; event . preventDefault ( ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Calculate mouse position relative to top left of viewer container . [CODESPLIT] function mousePosition ( event ) { var bounds = container . getBoundingClientRect ( ) ; var pos = { } ; // pageX / pageY needed for iOS pos . x = ( event . clientX || event . pageX ) - bounds . left ; pos . y = ( event . clientY || event . pageY ) - bounds . top ; return pos ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Event handler for mouse clicks . Initializes panning . Prints center and click location coordinates when hot spot debugging is enabled . [CODESPLIT] function onDocumentMouseDown ( event ) { // Override default action event . preventDefault ( ) ; // But not all of it container . focus ( ) ; // Only do something if the panorama is loaded if ( ! loaded || ! config . draggable ) { return ; } // Calculate mouse position relative to top left of viewer container var pos = mousePosition ( event ) ; // Log pitch / yaw of mouse click when debugging / placing hot spots if ( config . hotSpotDebug ) { var coords = mouseEventToCoords ( event ) ; console . log ( 'Pitch: ' + coords [ 0 ] + ', Yaw: ' + coords [ 1 ] + ', Center Pitch: ' + config . pitch + ', Center Yaw: ' + config . yaw + ', HFOV: ' + config . hfov ) ; } // Turn off auto-rotation if enabled stopAnimation ( ) ; stopOrientation ( ) ; config . roll = 0 ; speed . hfov = 0 ; isUserInteracting = true ; latestInteraction = Date . now ( ) ; onPointerDownPointerX = pos . x ; onPointerDownPointerY = pos . y ; onPointerDownYaw = config . yaw ; onPointerDownPitch = config . pitch ; uiContainer . classList . add ( 'pnlm-grabbing' ) ; uiContainer . classList . remove ( 'pnlm-grab' ) ; fireEvent ( 'mousedown' , event ) ; animateInit ( ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Event handler for double clicks . Zooms in at clicked location [CODESPLIT] function onDocumentDoubleClick ( event ) { if ( config . minHfov === config . hfov ) { _this . setHfov ( origHfov , 1000 ) ; } else { var coords = mouseEventToCoords ( event ) ; _this . lookAt ( coords [ 0 ] , coords [ 1 ] , config . minHfov , 1000 ) ; } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Calculate panorama pitch and yaw from location of mouse event . [CODESPLIT] function mouseEventToCoords ( event ) { var pos = mousePosition ( event ) ; var canvas = renderer . getCanvas ( ) ; var canvasWidth = canvas . clientWidth , canvasHeight = canvas . clientHeight ; var x = pos . x / canvasWidth * 2 - 1 ; var y = ( 1 - pos . y / canvasHeight * 2 ) * canvasHeight / canvasWidth ; var focal = 1 / Math . tan ( config . hfov * Math . PI / 360 ) ; var s = Math . sin ( config . pitch * Math . PI / 180 ) ; var c = Math . cos ( config . pitch * Math . PI / 180 ) ; var a = focal * c - y * s ; var root = Math . sqrt ( x * x + a * a ) ; var pitch = Math . atan ( ( y * c + focal * s ) / root ) * 180 / Math . PI ; var yaw = Math . atan2 ( x / root , a / root ) * 180 / Math . PI + config . yaw ; if ( yaw < - 180 ) yaw += 360 ; if ( yaw > 180 ) yaw -= 360 ; return [ pitch , yaw ] ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Event handler for mouse moves . Pans center of view . [CODESPLIT] function onDocumentMouseMove ( event ) { if ( isUserInteracting && loaded ) { latestInteraction = Date . now ( ) ; var canvas = renderer . getCanvas ( ) ; var canvasWidth = canvas . clientWidth , canvasHeight = canvas . clientHeight ; var pos = mousePosition ( event ) ; //TODO: This still isn't quite right var yaw = ( ( Math . atan ( onPointerDownPointerX / canvasWidth * 2 - 1 ) - Math . atan ( pos . x / canvasWidth * 2 - 1 ) ) * 180 / Math . PI * config . hfov / 90 ) + onPointerDownYaw ; speed . yaw = ( yaw - config . yaw ) % 360 * 0.2 ; config . yaw = yaw ; var vfov = 2 * Math . atan ( Math . tan ( config . hfov / 360 * Math . PI ) * canvasHeight / canvasWidth ) * 180 / Math . PI ; var pitch = ( ( Math . atan ( pos . y / canvasHeight * 2 - 1 ) - Math . atan ( onPointerDownPointerY / canvasHeight * 2 - 1 ) ) * 180 / Math . PI * vfov / 90 ) + onPointerDownPitch ; speed . pitch = ( pitch - config . pitch ) * 0.2 ; config . pitch = pitch ; } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Event handler for mouse up events . Stops panning . [CODESPLIT] function onDocumentMouseUp ( event ) { if ( ! isUserInteracting ) { return ; } isUserInteracting = false ; if ( Date . now ( ) - latestInteraction > 15 ) { // Prevents jump when user rapidly moves mouse, stops, and then // releases the mouse button speed . pitch = speed . yaw = 0 ; } uiContainer . classList . add ( 'pnlm-grab' ) ; uiContainer . classList . remove ( 'pnlm-grabbing' ) ; latestInteraction = Date . now ( ) ; fireEvent ( 'mouseup' , event ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Event handler for touches . Initializes panning if one touch or zooming if two touches . [CODESPLIT] function onDocumentTouchStart ( event ) { // Only do something if the panorama is loaded if ( ! loaded || ! config . draggable ) { return ; } // Turn off auto-rotation if enabled stopAnimation ( ) ; stopOrientation ( ) ; config . roll = 0 ; speed . hfov = 0 ; // Calculate touch position relative to top left of viewer container var pos0 = mousePosition ( event . targetTouches [ 0 ] ) ; onPointerDownPointerX = pos0 . x ; onPointerDownPointerY = pos0 . y ; if ( event . targetTouches . length == 2 ) { // Down pointer is the center of the two fingers var pos1 = mousePosition ( event . targetTouches [ 1 ] ) ; onPointerDownPointerX += ( pos1 . x - pos0 . x ) * 0.5 ; onPointerDownPointerY += ( pos1 . y - pos0 . y ) * 0.5 ; onPointerDownPointerDist = Math . sqrt ( ( pos0 . x - pos1 . x ) * ( pos0 . x - pos1 . x ) + ( pos0 . y - pos1 . y ) * ( pos0 . y - pos1 . y ) ) ; } isUserInteracting = true ; latestInteraction = Date . now ( ) ; onPointerDownYaw = config . yaw ; onPointerDownPitch = config . pitch ; fireEvent ( 'touchstart' , event ) ; animateInit ( ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Event handler for touch movements . Pans center of view if one touch or adjusts zoom if two touches . [CODESPLIT] function onDocumentTouchMove ( event ) { if ( ! config . draggable ) { return ; } // Override default action event . preventDefault ( ) ; if ( loaded ) { latestInteraction = Date . now ( ) ; } if ( isUserInteracting && loaded ) { var pos0 = mousePosition ( event . targetTouches [ 0 ] ) ; var clientX = pos0 . x ; var clientY = pos0 . y ; if ( event . targetTouches . length == 2 && onPointerDownPointerDist != - 1 ) { var pos1 = mousePosition ( event . targetTouches [ 1 ] ) ; clientX += ( pos1 . x - pos0 . x ) * 0.5 ; clientY += ( pos1 . y - pos0 . y ) * 0.5 ; var clientDist = Math . sqrt ( ( pos0 . x - pos1 . x ) * ( pos0 . x - pos1 . x ) + ( pos0 . y - pos1 . y ) * ( pos0 . y - pos1 . y ) ) ; setHfov ( config . hfov + ( onPointerDownPointerDist - clientDist ) * 0.1 ) ; onPointerDownPointerDist = clientDist ; } // The smaller the config.hfov value (the more zoomed-in the user is), the faster // yaw/pitch are perceived to change on one-finger touchmove (panning) events and vice versa. // To improve usability at both small and large zoom levels (config.hfov values) // we introduce a dynamic pan speed coefficient. // // Currently this seems to *roughly* keep initial drag/pan start position close to // the user's finger while panning regardless of zoom level / config.hfov value. var touchmovePanSpeedCoeff = ( config . hfov / 360 ) * config . touchPanSpeedCoeffFactor ; var yaw = ( onPointerDownPointerX - clientX ) * touchmovePanSpeedCoeff + onPointerDownYaw ; speed . yaw = ( yaw - config . yaw ) % 360 * 0.2 ; config . yaw = yaw ; var pitch = ( clientY - onPointerDownPointerY ) * touchmovePanSpeedCoeff + onPointerDownPitch ; speed . pitch = ( pitch - config . pitch ) * 0.2 ; config . pitch = pitch ; } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Event handler for end of touches . Stops panning and / or zooming . [CODESPLIT] function onDocumentTouchEnd ( ) { isUserInteracting = false ; if ( Date . now ( ) - latestInteraction > 150 ) { speed . pitch = speed . yaw = 0 ; } onPointerDownPointerDist = - 1 ; latestInteraction = Date . now ( ) ; fireEvent ( 'touchend' , event ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Event handler for touch starts in IE / Edge . [CODESPLIT] function onDocumentPointerDown ( event ) { if ( event . pointerType == 'touch' ) { pointerIDs . push ( event . pointerId ) ; pointerCoordinates . push ( { clientX : event . clientX , clientY : event . clientY } ) ; event . targetTouches = pointerCoordinates ; onDocumentTouchStart ( event ) ; event . preventDefault ( ) ; } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Event handler for touch moves in IE / Edge . [CODESPLIT] function onDocumentPointerMove ( event ) { if ( event . pointerType == 'touch' ) { for ( var i = 0 ; i < pointerIDs . length ; i ++ ) { if ( event . pointerId == pointerIDs [ i ] ) { pointerCoordinates [ i ] . clientX = event . clientX ; pointerCoordinates [ i ] . clientY = event . clientY ; event . targetTouches = pointerCoordinates ; onDocumentTouchMove ( event ) ; event . preventDefault ( ) ; return ; } } } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Event handler for touch ends in IE / Edge . [CODESPLIT] function onDocumentPointerUp ( event ) { if ( event . pointerType == 'touch' ) { var defined = false ; for ( var i = 0 ; i < pointerIDs . length ; i ++ ) { if ( event . pointerId == pointerIDs [ i ] ) pointerIDs [ i ] = undefined ; if ( pointerIDs [ i ] ) defined = true ; } if ( ! defined ) { pointerIDs = [ ] ; pointerCoordinates = [ ] ; onDocumentTouchEnd ( ) ; } event . preventDefault ( ) ; } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Event handler for mouse wheel . Changes zoom . [CODESPLIT] function onDocumentMouseWheel ( event ) { // Only do something if the panorama is loaded and mouse wheel zoom is enabled if ( ! loaded || ( config . mouseZoom == 'fullscreenonly' && ! fullscreenActive ) ) { return ; } event . preventDefault ( ) ; // Turn off auto-rotation if enabled stopAnimation ( ) ; latestInteraction = Date . now ( ) ; if ( event . wheelDeltaY ) { // WebKit setHfov ( config . hfov - event . wheelDeltaY * 0.05 ) ; speed . hfov = event . wheelDelta < 0 ? 1 : - 1 ; } else if ( event . wheelDelta ) { // Opera / Explorer 9 setHfov ( config . hfov - event . wheelDelta * 0.05 ) ; speed . hfov = event . wheelDelta < 0 ? 1 : - 1 ; } else if ( event . detail ) { // Firefox setHfov ( config . hfov + event . detail * 1.5 ) ; speed . hfov = event . detail > 0 ? 1 : - 1 ; } animateInit ( ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Event handler for key presses . Updates list of currently pressed keys . [CODESPLIT] function onDocumentKeyPress ( event ) { // Turn off auto-rotation if enabled stopAnimation ( ) ; latestInteraction = Date . now ( ) ; stopOrientation ( ) ; config . roll = 0 ; // Record key pressed var keynumber = event . which || event . keycode ; // Override default action for keys that are used if ( config . capturedKeyNumbers . indexOf ( keynumber ) < 0 ) return ; event . preventDefault ( ) ; // If escape key is pressed if ( keynumber == 27 ) { // If in fullscreen mode if ( fullscreenActive ) { toggleFullscreen ( ) ; } } else { // Change key changeKey ( keynumber , true ) ; } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Event handler for key releases . Updates list of currently pressed keys . [CODESPLIT] function onDocumentKeyUp ( event ) { // Record key pressed var keynumber = event . which || event . keycode ; // Override default action for keys that are used if ( config . capturedKeyNumbers . indexOf ( keynumber ) < 0 ) return ; event . preventDefault ( ) ; // Change key changeKey ( keynumber , false ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Updates list of currently pressed keys . [CODESPLIT] function changeKey ( keynumber , value ) { var keyChanged = false ; switch ( keynumber ) { // If minus key is released case 109 : case 189 : case 17 : case 173 : if ( keysDown [ 0 ] != value ) { keyChanged = true ; } keysDown [ 0 ] = value ; break ; // If plus key is released case 107 : case 187 : case 16 : case 61 : if ( keysDown [ 1 ] != value ) { keyChanged = true ; } keysDown [ 1 ] = value ; break ; // If up arrow is released case 38 : if ( keysDown [ 2 ] != value ) { keyChanged = true ; } keysDown [ 2 ] = value ; break ; // If \"w\" is released case 87 : if ( keysDown [ 6 ] != value ) { keyChanged = true ; } keysDown [ 6 ] = value ; break ; // If down arrow is released case 40 : if ( keysDown [ 3 ] != value ) { keyChanged = true ; } keysDown [ 3 ] = value ; break ; // If \"s\" is released case 83 : if ( keysDown [ 7 ] != value ) { keyChanged = true ; } keysDown [ 7 ] = value ; break ; // If left arrow is released case 37 : if ( keysDown [ 4 ] != value ) { keyChanged = true ; } keysDown [ 4 ] = value ; break ; // If \"a\" is released case 65 : if ( keysDown [ 8 ] != value ) { keyChanged = true ; } keysDown [ 8 ] = value ; break ; // If right arrow is released case 39 : if ( keysDown [ 5 ] != value ) { keyChanged = true ; } keysDown [ 5 ] = value ; break ; // If \"d\" is released case 68 : if ( keysDown [ 9 ] != value ) { keyChanged = true ; } keysDown [ 9 ] = value ; } if ( keyChanged && value ) { if ( typeof performance !== 'undefined' && performance . now ( ) ) { prevTime = performance . now ( ) ; } else { prevTime = Date . now ( ) ; } animateInit ( ) ; } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Pans and / or zooms panorama based on currently pressed keys . Also handles panorama inertia and auto rotation . [CODESPLIT] function keyRepeat ( ) { // Only do something if the panorama is loaded if ( ! loaded ) { return ; } var isKeyDown = false ; var prevPitch = config . pitch ; var prevYaw = config . yaw ; var prevZoom = config . hfov ; var newTime ; if ( typeof performance !== 'undefined' && performance . now ( ) ) { newTime = performance . now ( ) ; } else { newTime = Date . now ( ) ; } if ( prevTime === undefined ) { prevTime = newTime ; } var diff = ( newTime - prevTime ) * config . hfov / 1700 ; diff = Math . min ( diff , 1.0 ) ; // If minus key is down if ( keysDown [ 0 ] && config . keyboardZoom === true ) { setHfov ( config . hfov + ( speed . hfov * 0.8 + 0.5 ) * diff ) ; isKeyDown = true ; } // If plus key is down if ( keysDown [ 1 ] && config . keyboardZoom === true ) { setHfov ( config . hfov + ( speed . hfov * 0.8 - 0.2 ) * diff ) ; isKeyDown = true ; } // If up arrow or \"w\" is down if ( keysDown [ 2 ] || keysDown [ 6 ] ) { // Pan up config . pitch += ( speed . pitch * 0.8 + 0.2 ) * diff ; isKeyDown = true ; } // If down arrow or \"s\" is down if ( keysDown [ 3 ] || keysDown [ 7 ] ) { // Pan down config . pitch += ( speed . pitch * 0.8 - 0.2 ) * diff ; isKeyDown = true ; } // If left arrow or \"a\" is down if ( keysDown [ 4 ] || keysDown [ 8 ] ) { // Pan left config . yaw += ( speed . yaw * 0.8 - 0.2 ) * diff ; isKeyDown = true ; } // If right arrow or \"d\" is down if ( keysDown [ 5 ] || keysDown [ 9 ] ) { // Pan right config . yaw += ( speed . yaw * 0.8 + 0.2 ) * diff ; isKeyDown = true ; } if ( isKeyDown ) latestInteraction = Date . now ( ) ; // If auto-rotate var inactivityInterval = Date . now ( ) - latestInteraction ; if ( config . autoRotate ) { // Pan if ( newTime - prevTime > 0.001 ) { var timeDiff = ( newTime - prevTime ) / 1000 ; var yawDiff = ( speed . yaw / timeDiff * diff - config . autoRotate * 0.2 ) * timeDiff yawDiff = ( - config . autoRotate > 0 ? 1 : - 1 ) * Math . min ( Math . abs ( config . autoRotate * timeDiff ) , Math . abs ( yawDiff ) ) ; config . yaw += yawDiff ; } // Deal with stopping auto rotation after a set delay if ( config . autoRotateStopDelay ) { config . autoRotateStopDelay -= newTime - prevTime ; if ( config . autoRotateStopDelay <= 0 ) { config . autoRotateStopDelay = false ; autoRotateSpeed = config . autoRotate ; config . autoRotate = 0 ; } } } // Animated moves if ( animatedMove . pitch ) { animateMove ( 'pitch' ) ; prevPitch = config . pitch ; } if ( animatedMove . yaw ) { animateMove ( 'yaw' ) ; prevYaw = config . yaw ; } if ( animatedMove . hfov ) { animateMove ( 'hfov' ) ; prevZoom = config . hfov ; } // \"Inertia\" if ( diff > 0 && ! config . autoRotate ) { // \"Friction\" var slowDownFactor = 1 - config . friction ; // Yaw if ( ! keysDown [ 4 ] && ! keysDown [ 5 ] && ! keysDown [ 8 ] && ! keysDown [ 9 ] && ! animatedMove . yaw ) { config . yaw += speed . yaw * diff * slowDownFactor ; } // Pitch if ( ! keysDown [ 2 ] && ! keysDown [ 3 ] && ! keysDown [ 6 ] && ! keysDown [ 7 ] && ! animatedMove . pitch ) { config . pitch += speed . pitch * diff * slowDownFactor ; } // Zoom if ( ! keysDown [ 0 ] && ! keysDown [ 1 ] && ! animatedMove . hfov ) { setHfov ( config . hfov + speed . hfov * diff * slowDownFactor ) ; } } prevTime = newTime ; if ( diff > 0 ) { speed . yaw = speed . yaw * 0.8 + ( config . yaw - prevYaw ) / diff * 0.2 ; speed . pitch = speed . pitch * 0.8 + ( config . pitch - prevPitch ) / diff * 0.2 ; speed . hfov = speed . hfov * 0.8 + ( config . hfov - prevZoom ) / diff * 0.2 ; // Limit speed var maxSpeed = config . autoRotate ? Math . abs ( config . autoRotate ) : 5 ; speed . yaw = Math . min ( maxSpeed , Math . max ( speed . yaw , - maxSpeed ) ) ; speed . pitch = Math . min ( maxSpeed , Math . max ( speed . pitch , - maxSpeed ) ) ; speed . hfov = Math . min ( maxSpeed , Math . max ( speed . hfov , - maxSpeed ) ) ; } // Stop movement if opposite controls are pressed if ( keysDown [ 0 ] && keysDown [ 1 ] ) { speed . hfov = 0 ; } if ( ( keysDown [ 2 ] || keysDown [ 6 ] ) && ( keysDown [ 3 ] || keysDown [ 7 ] ) ) { speed . pitch = 0 ; } if ( ( keysDown [ 4 ] || keysDown [ 8 ] ) && ( keysDown [ 5 ] || keysDown [ 9 ] ) ) { speed . yaw = 0 ; } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Animates moves . [CODESPLIT] function animateMove ( axis ) { var t = animatedMove [ axis ] ; var normTime = Math . min ( 1 , Math . max ( ( Date . now ( ) - t . startTime ) / 1000 / ( t . duration / 1000 ) , 0 ) ) ; var result = t . startPosition + config . animationTimingFunction ( normTime ) * ( t . endPosition - t . startPosition ) ; if ( ( t . endPosition > t . startPosition && result >= t . endPosition ) || ( t . endPosition < t . startPosition && result <= t . endPosition ) || t . endPosition === t . startPosition ) { result = t . endPosition ; speed [ axis ] = 0 ; delete animatedMove [ axis ] ; } config [ axis ] = result ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Animates view using requestAnimationFrame to trigger rendering . [CODESPLIT] function animate ( ) { render ( ) ; if ( autoRotateStart ) clearTimeout ( autoRotateStart ) ; if ( isUserInteracting || orientation === true ) { requestAnimationFrame ( animate ) ; } else if ( keysDown [ 0 ] || keysDown [ 1 ] || keysDown [ 2 ] || keysDown [ 3 ] || keysDown [ 4 ] || keysDown [ 5 ] || keysDown [ 6 ] || keysDown [ 7 ] || keysDown [ 8 ] || keysDown [ 9 ] || config . autoRotate || animatedMove . pitch || animatedMove . yaw || animatedMove . hfov || Math . abs ( speed . yaw ) > 0.01 || Math . abs ( speed . pitch ) > 0.01 || Math . abs ( speed . hfov ) > 0.01 ) { keyRepeat ( ) ; if ( config . autoRotateInactivityDelay >= 0 && autoRotateSpeed && Date . now ( ) - latestInteraction > config . autoRotateInactivityDelay && ! config . autoRotate ) { config . autoRotate = autoRotateSpeed ; _this . lookAt ( origPitch , undefined , origHfov , 3000 ) ; } requestAnimationFrame ( animate ) ; } else if ( renderer && ( renderer . isLoading ( ) || ( config . dynamic === true && update ) ) ) { requestAnimationFrame ( animate ) ; } else { fireEvent ( 'animatefinished' , { pitch : _this . getPitch ( ) , yaw : _this . getYaw ( ) , hfov : _this . getHfov ( ) } ) ; animating = false ; prevTime = undefined ; var autoRotateStartTime = config . autoRotateInactivityDelay - ( Date . now ( ) - latestInteraction ) ; if ( autoRotateStartTime > 0 ) { autoRotateStart = setTimeout ( function ( ) { config . autoRotate = autoRotateSpeed ; _this . lookAt ( origPitch , undefined , origHfov , 3000 ) ; animateInit ( ) ; } , autoRotateStartTime ) ; } else if ( config . autoRotateInactivityDelay >= 0 && autoRotateSpeed ) { config . autoRotate = autoRotateSpeed ; _this . lookAt ( origPitch , undefined , origHfov , 3000 ) ; animateInit ( ) ; } } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Renders panorama view . [CODESPLIT] function render ( ) { var tmpyaw ; if ( loaded ) { // Keep a tmp value of yaw for autoRotate comparison later tmpyaw = config . yaw ; // Optionally avoid showing background (empty space) on left or right by adapting min/max yaw var hoffcut = 0 , voffcut = 0 ; if ( config . avoidShowingBackground ) { var canvas = renderer . getCanvas ( ) , hfov2 = config . hfov / 2 , vfov2 = Math . atan2 ( Math . tan ( hfov2 / 180 * Math . PI ) , ( canvas . width / canvas . height ) ) * 180 / Math . PI , transposed = config . vaov > config . haov ; if ( transposed ) { voffcut = vfov2 * ( 1 - Math . min ( Math . cos ( ( config . pitch - hfov2 ) / 180 * Math . PI ) , Math . cos ( ( config . pitch + hfov2 ) / 180 * Math . PI ) ) ) ; } else { hoffcut = hfov2 * ( 1 - Math . min ( Math . cos ( ( config . pitch - vfov2 ) / 180 * Math . PI ) , Math . cos ( ( config . pitch + vfov2 ) / 180 * Math . PI ) ) ) ; } } // Ensure the yaw is within min and max allowed var yawRange = config . maxYaw - config . minYaw , minYaw = - 180 , maxYaw = 180 ; if ( yawRange < 360 ) { minYaw = config . minYaw + config . hfov / 2 + hoffcut ; maxYaw = config . maxYaw - config . hfov / 2 - hoffcut ; if ( yawRange < config . hfov ) { // Lock yaw to average of min and max yaw when both can be seen at once minYaw = maxYaw = ( minYaw + maxYaw ) / 2 ; } config . yaw = Math . max ( minYaw , Math . min ( maxYaw , config . yaw ) ) ; } if ( config . yaw > 180 ) { config . yaw -= 360 ; } else if ( config . yaw < - 180 ) { config . yaw += 360 ; } // Check if we autoRotate in a limited by min and max yaw // If so reverse direction if ( config . autoRotate !== false && tmpyaw != config . yaw && prevTime !== undefined ) { // this condition prevents changing the direction initially config . autoRotate *= - 1 ; } // Ensure the calculated pitch is within min and max allowed var canvas = renderer . getCanvas ( ) ; var vfov = 2 * Math . atan ( Math . tan ( config . hfov / 180 * Math . PI * 0.5 ) / ( canvas . width / canvas . height ) ) / Math . PI * 180 ; var minPitch = config . minPitch + vfov / 2 , maxPitch = config . maxPitch - vfov / 2 ; var pitchRange = config . maxPitch - config . minPitch ; if ( pitchRange < vfov ) { // Lock pitch to average of min and max pitch when both can be seen at once minPitch = maxPitch = ( minPitch + maxPitch ) / 2 ; } if ( isNaN ( minPitch ) ) minPitch = - 90 ; if ( isNaN ( maxPitch ) ) maxPitch = 90 ; config . pitch = Math . max ( minPitch , Math . min ( maxPitch , config . pitch ) ) ; renderer . render ( config . pitch * Math . PI / 180 , config . yaw * Math . PI / 180 , config . hfov * Math . PI / 180 , { roll : config . roll * Math . PI / 180 } ) ; renderHotSpots ( ) ; // Update compass if ( config . compass ) { compass . style . transform = 'rotate(' + ( - config . yaw - config . northOffset ) + 'deg)' ; compass . style . webkitTransform = 'rotate(' + ( - config . yaw - config . northOffset ) + 'deg)' ; } } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Converts device orientation API Tait - Bryan angles to a quaternion . [CODESPLIT] function taitBryanToQuaternion ( alpha , beta , gamma ) { var r = [ beta ? beta * Math . PI / 180 / 2 : 0 , gamma ? gamma * Math . PI / 180 / 2 : 0 , alpha ? alpha * Math . PI / 180 / 2 : 0 ] ; var c = [ Math . cos ( r [ 0 ] ) , Math . cos ( r [ 1 ] ) , Math . cos ( r [ 2 ] ) ] , s = [ Math . sin ( r [ 0 ] ) , Math . sin ( r [ 1 ] ) , Math . sin ( r [ 2 ] ) ] ; return new Quaternion ( c [ 0 ] * c [ 1 ] * c [ 2 ] - s [ 0 ] * s [ 1 ] * s [ 2 ] , s [ 0 ] * c [ 1 ] * c [ 2 ] - c [ 0 ] * s [ 1 ] * s [ 2 ] , c [ 0 ] * s [ 1 ] * c [ 2 ] + s [ 0 ] * c [ 1 ] * s [ 2 ] , c [ 0 ] * c [ 1 ] * s [ 2 ] + s [ 0 ] * s [ 1 ] * c [ 2 ] ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Computes current device orientation quaternion from device orientation API Tait - Bryan angles . [CODESPLIT] function computeQuaternion ( alpha , beta , gamma ) { // Convert Tait-Bryan angles to quaternion var quaternion = taitBryanToQuaternion ( alpha , beta , gamma ) ; // Apply world transform quaternion = quaternion . multiply ( new Quaternion ( Math . sqrt ( 0.5 ) , - Math . sqrt ( 0.5 ) , 0 , 0 ) ) ; // Apply screen transform var angle = window . orientation ? - window . orientation * Math . PI / 180 / 2 : 0 ; return quaternion . multiply ( new Quaternion ( Math . cos ( angle ) , 0 , - Math . sin ( angle ) , 0 ) ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Event handler for device orientation API . Controls pointing . [CODESPLIT] function orientationListener ( e ) { var q = computeQuaternion ( e . alpha , e . beta , e . gamma ) . toEulerAngles ( ) ; if ( typeof ( orientation ) == 'number' && orientation < 10 ) { // This kludge is necessary because iOS sometimes provides a few stale // device orientation events when the listener is removed and then // readded. Thus, we skip the first 10 events to prevent this from // causing problems. orientation += 1 ; } else if ( orientation === 10 ) { // Record starting yaw to prevent jumping orientationYawOffset = q [ 2 ] / Math . PI * 180 + config . yaw ; orientation = true ; requestAnimationFrame ( animate ) ; } else { config . pitch = q [ 0 ] / Math . PI * 180 ; config . roll = - q [ 1 ] / Math . PI * 180 ; config . yaw = - q [ 2 ] / Math . PI * 180 + orientationYawOffset ; } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Initializes renderer . [CODESPLIT] function renderInit ( ) { try { var params = { } ; if ( config . horizonPitch !== undefined ) params . horizonPitch = config . horizonPitch * Math . PI / 180 ; if ( config . horizonRoll !== undefined ) params . horizonRoll = config . horizonRoll * Math . PI / 180 ; if ( config . backgroundColor !== undefined ) params . backgroundColor = config . backgroundColor ; renderer . init ( panoImage , config . type , config . dynamic , config . haov * Math . PI / 180 , config . vaov * Math . PI / 180 , config . vOffset * Math . PI / 180 , renderInitCallback , params ) ; if ( config . dynamic !== true ) { // Allow image to be garbage collected panoImage = undefined ; } } catch ( event ) { // Panorama not loaded // Display error if there is a bad texture if ( event . type == 'webgl error' || event . type == 'no webgl' ) { anError ( ) ; } else if ( event . type == 'webgl size error' ) { anError ( config . strings . textureSizeError . replace ( '%s' , event . width ) . replace ( '%s' , event . maxWidth ) ) ; } else { anError ( config . strings . unknownError ) ; throw event ; } } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Triggered when render initialization finishes . Handles fading between scenes as well as showing the compass and hotspots and hiding the loading display . [CODESPLIT] function renderInitCallback ( ) { // Fade if specified if ( config . sceneFadeDuration && renderer . fadeImg !== undefined ) { renderer . fadeImg . style . opacity = 0 ; // Remove image var fadeImg = renderer . fadeImg ; delete renderer . fadeImg ; setTimeout ( function ( ) { renderContainer . removeChild ( fadeImg ) ; fireEvent ( 'scenechangefadedone' ) ; } , config . sceneFadeDuration ) ; } // Show compass if applicable if ( config . compass ) { compass . style . display = 'inline' ; } else { compass . style . display = 'none' ; } // Show hotspots createHotSpots ( ) ; // Hide loading display infoDisplay . load . box . style . display = 'none' ; if ( preview !== undefined ) { renderContainer . removeChild ( preview ) ; preview = undefined ; } loaded = true ; fireEvent ( 'load' ) ; animateInit ( ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Creates hot spot element for the current scene . [CODESPLIT] function createHotSpot ( hs ) { // Make sure hot spot pitch and yaw are numbers hs . pitch = Number ( hs . pitch ) || 0 ; hs . yaw = Number ( hs . yaw ) || 0 ; var div = document . createElement ( 'div' ) ; div . className = 'pnlm-hotspot-base' if ( hs . cssClass ) div . className += ' ' + hs . cssClass ; else div . className += ' pnlm-hotspot pnlm-sprite pnlm-' + escapeHTML ( hs . type ) ; var span = document . createElement ( 'span' ) ; if ( hs . text ) span . innerHTML = escapeHTML ( hs . text ) ; var a ; if ( hs . video ) { var video = document . createElement ( 'video' ) , p = hs . video ; if ( config . basePath && ! absoluteURL ( p ) ) p = config . basePath + p ; video . src = sanitizeURL ( p ) ; video . controls = true ; video . style . width = hs . width + 'px' ; renderContainer . appendChild ( div ) ; span . appendChild ( video ) ; } else if ( hs . image ) { var p = hs . image ; if ( config . basePath && ! absoluteURL ( p ) ) p = config . basePath + p ; a = document . createElement ( 'a' ) ; a . href = sanitizeURL ( hs . URL ? hs . URL : p ) ; a . target = '_blank' ; span . appendChild ( a ) ; var image = document . createElement ( 'img' ) ; image . src = sanitizeURL ( p ) ; image . style . width = hs . width + 'px' ; image . style . paddingTop = '5px' ; renderContainer . appendChild ( div ) ; a . appendChild ( image ) ; span . style . maxWidth = 'initial' ; } else if ( hs . URL ) { a = document . createElement ( 'a' ) ; a . href = sanitizeURL ( hs . URL ) ; if ( hs . attributes ) { for ( var key in hs . attributes ) { a . setAttribute ( key , hs . attributes [ key ] ) ; } } else { a . target = '_blank' ; } renderContainer . appendChild ( a ) ; div . className += ' pnlm-pointer' ; span . className += ' pnlm-pointer' ; a . appendChild ( div ) ; } else { if ( hs . sceneId ) { div . onclick = div . ontouchend = function ( ) { if ( ! div . clicked ) { div . clicked = true ; loadScene ( hs . sceneId , hs . targetPitch , hs . targetYaw , hs . targetHfov ) ; } return false ; } ; div . className += ' pnlm-pointer' ; span . className += ' pnlm-pointer' ; } renderContainer . appendChild ( div ) ; } if ( hs . createTooltipFunc ) { hs . createTooltipFunc ( div , hs . createTooltipArgs ) ; } else if ( hs . text || hs . video || hs . image ) { div . classList . add ( 'pnlm-tooltip' ) ; div . appendChild ( span ) ; span . style . width = span . scrollWidth - 20 + 'px' ; span . style . marginLeft = - ( span . scrollWidth - div . offsetWidth ) / 2 + 'px' ; span . style . marginTop = - span . scrollHeight - 12 + 'px' ; } if ( hs . clickHandlerFunc ) { div . addEventListener ( 'click' , function ( e ) { hs . clickHandlerFunc ( e , hs . clickHandlerArgs ) ; } , 'false' ) ; div . className += ' pnlm-pointer' ; span . className += ' pnlm-pointer' ; } hs . div = div ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Creates hot spot elements for the current scene . [CODESPLIT] function createHotSpots ( ) { if ( hotspotsCreated ) return ; if ( ! config . hotSpots ) { config . hotSpots = [ ] ; } else { // Sort by pitch so tooltip is never obscured by another hot spot config . hotSpots = config . hotSpots . sort ( function ( a , b ) { return a . pitch < b . pitch ; } ) ; config . hotSpots . forEach ( createHotSpot ) ; } hotspotsCreated = true ; renderHotSpots ( ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Destroys currently created hot spot elements . [CODESPLIT] function destroyHotSpots ( ) { var hs = config . hotSpots ; hotspotsCreated = false ; delete config . hotSpots ; if ( hs ) { for ( var i = 0 ; i < hs . length ; i ++ ) { var current = hs [ i ] . div ; if ( current ) { while ( current . parentNode && current . parentNode != renderContainer ) { current = current . parentNode ; } renderContainer . removeChild ( current ) ; } delete hs [ i ] . div ; } } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Renders hot spot updating its position and visibility . [CODESPLIT] function renderHotSpot ( hs ) { var hsPitchSin = Math . sin ( hs . pitch * Math . PI / 180 ) , hsPitchCos = Math . cos ( hs . pitch * Math . PI / 180 ) , configPitchSin = Math . sin ( config . pitch * Math . PI / 180 ) , configPitchCos = Math . cos ( config . pitch * Math . PI / 180 ) , yawCos = Math . cos ( ( - hs . yaw + config . yaw ) * Math . PI / 180 ) ; var z = hsPitchSin * configPitchSin + hsPitchCos * yawCos * configPitchCos ; if ( ( hs . yaw <= 90 && hs . yaw > - 90 && z <= 0 ) || ( ( hs . yaw > 90 || hs . yaw <= - 90 ) && z <= 0 ) ) { hs . div . style . visibility = 'hidden' ; } else { var yawSin = Math . sin ( ( - hs . yaw + config . yaw ) * Math . PI / 180 ) , hfovTan = Math . tan ( config . hfov * Math . PI / 360 ) ; hs . div . style . visibility = 'visible' ; // Subpixel rendering doesn't work in Firefox // https://bugzilla.mozilla.org/show_bug.cgi?id=739176 var canvas = renderer . getCanvas ( ) , canvasWidth = canvas . clientWidth , canvasHeight = canvas . clientHeight ; var coord = [ - canvasWidth / hfovTan * yawSin * hsPitchCos / z / 2 , - canvasWidth / hfovTan * ( hsPitchSin * configPitchCos - hsPitchCos * yawCos * configPitchSin ) / z / 2 ] ; // Apply roll var rollSin = Math . sin ( config . roll * Math . PI / 180 ) , rollCos = Math . cos ( config . roll * Math . PI / 180 ) ; coord = [ coord [ 0 ] * rollCos - coord [ 1 ] * rollSin , coord [ 0 ] * rollSin + coord [ 1 ] * rollCos ] ; // Apply transform coord [ 0 ] += ( canvasWidth - hs . div . offsetWidth ) / 2 ; coord [ 1 ] += ( canvasHeight - hs . div . offsetHeight ) / 2 ; var transform = 'translate(' + coord [ 0 ] + 'px, ' + coord [ 1 ] + 'px) translateZ(9999px) rotate(' + config . roll + 'deg)' ; hs . div . style . webkitTransform = transform ; hs . div . style . MozTransform = transform ; hs . div . style . transform = transform ; } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Merges a scene configuration into the current configuration . [CODESPLIT] function mergeConfig ( sceneId ) { config = { } ; var k , s ; var photoSphereExcludes = [ 'haov' , 'vaov' , 'vOffset' , 'northOffset' , 'horizonPitch' , 'horizonRoll' ] ; specifiedPhotoSphereExcludes = [ ] ; // Merge default config for ( k in defaultConfig ) { if ( defaultConfig . hasOwnProperty ( k ) ) { config [ k ] = defaultConfig [ k ] ; } } // Merge default scene config for ( k in initialConfig . default ) { if ( initialConfig . default . hasOwnProperty ( k ) ) { if ( k == 'strings' ) { for ( s in initialConfig . default . strings ) { if ( initialConfig . default . strings . hasOwnProperty ( s ) ) { config . strings [ s ] = escapeHTML ( initialConfig . default . strings [ s ] ) ; } } } else { config [ k ] = initialConfig . default [ k ] ; if ( photoSphereExcludes . indexOf ( k ) >= 0 ) { specifiedPhotoSphereExcludes . push ( k ) ; } } } } // Merge current scene config if ( ( sceneId !== null ) && ( sceneId !== '' ) && ( initialConfig . scenes ) && ( initialConfig . scenes [ sceneId ] ) ) { var scene = initialConfig . scenes [ sceneId ] ; for ( k in scene ) { if ( scene . hasOwnProperty ( k ) ) { if ( k == 'strings' ) { for ( s in scene . strings ) { if ( scene . strings . hasOwnProperty ( s ) ) { config . strings [ s ] = escapeHTML ( scene . strings [ s ] ) ; } } } else { config [ k ] = scene [ k ] ; if ( photoSphereExcludes . indexOf ( k ) >= 0 ) { specifiedPhotoSphereExcludes . push ( k ) ; } } } } config . scene = sceneId ; } // Merge initial config for ( k in initialConfig ) { if ( initialConfig . hasOwnProperty ( k ) ) { if ( k == 'strings' ) { for ( s in initialConfig . strings ) { if ( initialConfig . strings . hasOwnProperty ( s ) ) { config . strings [ s ] = escapeHTML ( initialConfig . strings [ s ] ) ; } } } else { config [ k ] = initialConfig [ k ] ; if ( photoSphereExcludes . indexOf ( k ) >= 0 ) { specifiedPhotoSphereExcludes . push ( k ) ; } } } } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Processes configuration options . [CODESPLIT] function processOptions ( isPreview ) { isPreview = isPreview ? isPreview : false ; // Process preview first so it always loads before the browser hits its // maximum number of connections to a server as can happen with cubic // panoramas if ( isPreview && 'preview' in config ) { var p = config . preview ; if ( config . basePath && ! absoluteURL ( p ) ) p = config . basePath + p ; preview = document . createElement ( 'div' ) ; preview . className = 'pnlm-preview-img' ; preview . style . backgroundImage = \"url('\" + sanitizeURLForCss ( p ) + \"')\" ; renderContainer . appendChild ( preview ) ; } // Handle different preview values var title = config . title , author = config . author ; if ( isPreview ) { if ( 'previewTitle' in config ) config . title = config . previewTitle ; if ( 'previewAuthor' in config ) config . author = config . previewAuthor ; } // Reset title / author display if ( ! config . hasOwnProperty ( 'title' ) ) infoDisplay . title . innerHTML = '' ; if ( ! config . hasOwnProperty ( 'author' ) ) infoDisplay . author . innerHTML = '' ; if ( ! config . hasOwnProperty ( 'title' ) && ! config . hasOwnProperty ( 'author' ) ) infoDisplay . container . style . display = 'none' ; // Fill in load button label and loading box text controls . load . innerHTML = '

' + config . strings . loadButtonLabel + '

' ; infoDisplay . load . boxp . innerHTML = config . strings . loadingLabel ; // Process other options for ( var key in config ) { if ( config . hasOwnProperty ( key ) ) { switch ( key ) { case 'title' : infoDisplay . title . innerHTML = escapeHTML ( config [ key ] ) ; infoDisplay . container . style . display = 'inline' ; break ; case 'author' : infoDisplay . author . innerHTML = config . strings . bylineLabel . replace ( '%s' , escapeHTML ( config [ key ] ) ) ; infoDisplay . container . style . display = 'inline' ; break ; case 'fallback' : var link = document . createElement ( 'a' ) ; link . href = sanitizeURL ( config [ key ] ) ; link . target = '_blank' ; link . textContent = 'Click here to view this panorama in an alternative viewer.' ; var message = document . createElement ( 'p' ) ; message . textContent = 'Your browser does not support WebGL.' message . appendChild ( document . createElement ( 'br' ) ) ; message . appendChild ( link ) ; infoDisplay . errorMsg . innerHTML = '' ; // Removes all children nodes infoDisplay . errorMsg . appendChild ( message ) ; break ; case 'hfov' : setHfov ( Number ( config [ key ] ) ) ; break ; case 'autoLoad' : if ( config [ key ] === true && renderer === undefined ) { // Show loading box infoDisplay . load . box . style . display = 'inline' ; // Hide load button controls . load . style . display = 'none' ; // Initialize init ( ) ; } break ; case 'showZoomCtrl' : if ( config [ key ] && config . showControls != false ) { // Show zoom controls controls . zoom . style . display = 'block' ; } else { // Hide zoom controls controls . zoom . style . display = 'none' ; } break ; case 'showFullscreenCtrl' : if ( config [ key ] && config . showControls != false && ( 'fullscreen' in document || 'mozFullScreen' in document || 'webkitIsFullScreen' in document || 'msFullscreenElement' in document ) ) { // Show fullscreen control controls . fullscreen . style . display = 'block' ; } else { // Hide fullscreen control controls . fullscreen . style . display = 'none' ; } break ; case 'hotSpotDebug' : if ( config [ key ] ) hotSpotDebugIndicator . style . display = 'block' ; else hotSpotDebugIndicator . style . display = 'none' ; break ; case 'showControls' : if ( ! config [ key ] ) { controls . orientation . style . display = 'none' ; controls . zoom . style . display = 'none' ; controls . fullscreen . style . display = 'none' ; } break ; case 'orientationOnByDefault' : if ( config [ key ] ) { if ( orientationSupport === undefined ) startOrientationIfSupported = true ; else if ( orientationSupport === true ) startOrientation ( ) ; } break ; } } } if ( isPreview ) { // Restore original values if changed for preview if ( title ) config . title = title ; else delete config . title ; if ( author ) config . author = author ; else delete config . author ; } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Toggles fullscreen mode . [CODESPLIT] function toggleFullscreen ( ) { if ( loaded && ! error ) { if ( ! fullscreenActive ) { try { if ( container . requestFullscreen ) { container . requestFullscreen ( ) ; } else if ( container . mozRequestFullScreen ) { container . mozRequestFullScreen ( ) ; } else if ( container . msRequestFullscreen ) { container . msRequestFullscreen ( ) ; } else { container . webkitRequestFullScreen ( ) ; } } catch ( event ) { // Fullscreen doesn't work } } else { if ( document . exitFullscreen ) { document . exitFullscreen ( ) ; } else if ( document . mozCancelFullScreen ) { document . mozCancelFullScreen ( ) ; } else if ( document . webkitCancelFullScreen ) { document . webkitCancelFullScreen ( ) ; } else if ( document . msExitFullscreen ) { document . msExitFullscreen ( ) ; } } } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Event handler for fullscreen changes . [CODESPLIT] function onFullScreenChange ( resize ) { if ( document . fullscreenElement || document . fullscreen || document . mozFullScreen || document . webkitIsFullScreen || document . msFullscreenElement ) { controls . fullscreen . classList . add ( 'pnlm-fullscreen-toggle-button-active' ) ; fullscreenActive = true ; } else { controls . fullscreen . classList . remove ( 'pnlm-fullscreen-toggle-button-active' ) ; fullscreenActive = false ; } if ( resize !== 'resize' ) fireEvent ( 'fullscreenchange' , fullscreenActive ) ; // Resize renderer (deal with browser quirks and fixes #155) renderer . resize ( ) ; setHfov ( config . hfov ) ; animateInit ( ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Clamps horzontal field of view to viewer s limits . [CODESPLIT] function constrainHfov ( hfov ) { // Keep field of view within bounds var minHfov = config . minHfov ; if ( config . type == 'multires' && renderer && config . multiResMinHfov ) { minHfov = Math . min ( minHfov , renderer . getCanvas ( ) . width / ( config . multiRes . cubeResolution / 90 * 0.9 ) ) ; } if ( minHfov > config . maxHfov ) { // Don't change view if bounds don't make sense console . log ( 'HFOV bounds do not make sense (minHfov > maxHfov).' ) return config . hfov ; } var newHfov = config . hfov ; if ( hfov < minHfov ) { newHfov = minHfov ; } else if ( hfov > config . maxHfov ) { newHfov = config . maxHfov ; } else { newHfov = hfov ; } // Optionally avoid showing background (empty space) on top or bottom by adapting newHfov if ( config . avoidShowingBackground && renderer ) { var canvas = renderer . getCanvas ( ) ; newHfov = Math . min ( newHfov , Math . atan ( Math . tan ( ( config . maxPitch - config . minPitch ) / 360 * Math . PI ) / canvas . height * canvas . width ) * 360 / Math . PI ) ; } return newHfov ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Stops auto rotation and animated moves . [CODESPLIT] function stopAnimation ( ) { animatedMove = { } ; autoRotateSpeed = config . autoRotate ? config . autoRotate : autoRotateSpeed ; config . autoRotate = false ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Loads panorama . [CODESPLIT] function load ( ) { // Since WebGL error handling is very general, first we clear any error box // since it is a new scene and the error from previous maybe because of lacking // memory etc and not because of a lack of WebGL support etc clearError ( ) ; loaded = false ; controls . load . style . display = 'none' ; infoDisplay . load . box . style . display = 'inline' ; init ( ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Loads scene . [CODESPLIT] function loadScene ( sceneId , targetPitch , targetYaw , targetHfov , fadeDone ) { loaded = false ; animatedMove = { } ; // Set up fade if specified var fadeImg , workingPitch , workingYaw , workingHfov ; if ( config . sceneFadeDuration && ! fadeDone ) { var data = renderer . render ( config . pitch * Math . PI / 180 , config . yaw * Math . PI / 180 , config . hfov * Math . PI / 180 , { returnImage : true } ) ; if ( data !== undefined ) { fadeImg = new Image ( ) ; fadeImg . className = 'pnlm-fade-img' ; fadeImg . style . transition = 'opacity ' + ( config . sceneFadeDuration / 1000 ) + 's' ; fadeImg . style . width = '100%' ; fadeImg . style . height = '100%' ; fadeImg . onload = function ( ) { loadScene ( sceneId , targetPitch , targetYaw , targetHfov , true ) ; } ; fadeImg . src = data ; renderContainer . appendChild ( fadeImg ) ; renderer . fadeImg = fadeImg ; return ; } } // Set new pointing if ( targetPitch === 'same' ) { workingPitch = config . pitch ; } else { workingPitch = targetPitch ; } if ( targetYaw === 'same' ) { workingYaw = config . yaw ; } else if ( targetYaw === 'sameAzimuth' ) { workingYaw = config . yaw + ( config . northOffset || 0 ) - ( initialConfig . scenes [ sceneId ] . northOffset || 0 ) ; } else { workingYaw = targetYaw ; } if ( targetHfov === 'same' ) { workingHfov = config . hfov ; } else { workingHfov = targetHfov ; } // Destroy hot spots from previous scene destroyHotSpots ( ) ; // Create the new config for the scene mergeConfig ( sceneId ) ; // Stop motion speed . yaw = speed . pitch = speed . hfov = 0 ; // Reload scene processOptions ( ) ; if ( workingPitch !== undefined ) { config . pitch = workingPitch ; } if ( workingYaw !== undefined ) { config . yaw = workingYaw ; } if ( workingHfov !== undefined ) { config . hfov = workingHfov ; } fireEvent ( 'scenechange' , sceneId ) ; load ( ) ; // Properly handle switching to dynamic scenes update = config . dynamicUpdate === true ; if ( config . dynamic ) { panoImage = config . panorama ; onImageLoad ( ) ; } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Stop using device orientation . [CODESPLIT] function stopOrientation ( ) { window . removeEventListener ( 'deviceorientation' , orientationListener ) ; controls . orientation . classList . remove ( 'pnlm-orientation-button-active' ) ; orientation = false ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Escapes HTML string ( to mitigate possible DOM XSS attacks ) . [CODESPLIT] function escapeHTML ( s ) { if ( ! initialConfig . escapeHTML ) return String ( s ) . split ( '\\n' ) . join ( '
' ) ; return String ( s ) . split ( / & / g ) . join ( '&' ) . split ( '\"' ) . join ( '"' ) . split ( \"'\" ) . join ( ''' ) . split ( '<' ) . join ( '<' ) . split ( '>' ) . join ( '>' ) . split ( '/' ) . join ( '/' ) . split ( '\\n' ) . join ( '
' ) ; // Allow line breaks }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Fire listeners attached to specified event . [CODESPLIT] function fireEvent ( type ) { if ( type in externalEventListeners ) { // Reverse iteration is useful, if event listener is removed inside its definition for ( var i = externalEventListeners [ type ] . length ; i > 0 ; i -- ) { externalEventListeners [ type ] [ externalEventListeners [ type ] . length - i ] . apply ( null , [ ] . slice . call ( arguments , 1 ) ) ; } } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Waits for the latchFunction to return true before proceeding to the next block . [CODESPLIT] function ( latchFunction , optional_timeoutMessage , optional_timeout ) { jasmine . getEnv ( ) . currentSpec . waitsFor . apply ( jasmine . getEnv ( ) . currentSpec , arguments ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Constructor . [CODESPLIT] function OAuthError ( messageOrError , properties ) { var message = messageOrError instanceof Error ? messageOrError . message : messageOrError ; var error = messageOrError instanceof Error ? messageOrError : null ; if ( _ . isEmpty ( properties ) ) { properties = { } ; } _ . defaults ( properties , { code : 500 } ) ; if ( error ) { properties . inner = error ; } if ( _ . isEmpty ( message ) ) { message = statuses [ properties . code ] ; } this . code = this . status = this . statusCode = properties . code ; this . message = message ; for ( var key in properties ) { if ( key !== 'code' ) { this [ key ] = properties [ key ] ; } } Error . captureStackTrace ( this , OAuthError ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Constructor . [CODESPLIT] function AuthorizationCodeGrantType ( options ) { options = options || { } ; if ( ! options . model ) { throw new InvalidArgumentError ( 'Missing parameter: `model`' ) ; } if ( ! options . model . getAuthorizationCode ) { throw new InvalidArgumentError ( 'Invalid argument: model does not implement `getAuthorizationCode()`' ) ; } if ( ! options . model . revokeAuthorizationCode ) { throw new InvalidArgumentError ( 'Invalid argument: model does not implement `revokeAuthorizationCode()`' ) ; } if ( ! options . model . saveToken ) { throw new InvalidArgumentError ( 'Invalid argument: model does not implement `saveToken()`' ) ; } AbstractGrantType . call ( this , options ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Constructor . [CODESPLIT] function PasswordGrantType ( options ) { options = options || { } ; if ( ! options . model ) { throw new InvalidArgumentError ( 'Missing parameter: `model`' ) ; } if ( ! options . model . getUser ) { throw new InvalidArgumentError ( 'Invalid argument: model does not implement `getUser()`' ) ; } if ( ! options . model . saveToken ) { throw new InvalidArgumentError ( 'Invalid argument: model does not implement `saveToken()`' ) ; } AbstractGrantType . call ( this , options ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Constructor . [CODESPLIT] function TokenHandler ( options ) { options = options || { } ; if ( ! options . accessTokenLifetime ) { throw new InvalidArgumentError ( 'Missing parameter: `accessTokenLifetime`' ) ; } if ( ! options . model ) { throw new InvalidArgumentError ( 'Missing parameter: `model`' ) ; } if ( ! options . refreshTokenLifetime ) { throw new InvalidArgumentError ( 'Missing parameter: `refreshTokenLifetime`' ) ; } if ( ! options . model . getClient ) { throw new InvalidArgumentError ( 'Invalid argument: model does not implement `getClient()`' ) ; } this . accessTokenLifetime = options . accessTokenLifetime ; this . grantTypes = _ . assign ( { } , grantTypes , options . extendedGrantTypes ) ; this . model = options . model ; this . refreshTokenLifetime = options . refreshTokenLifetime ; this . allowExtendedTokenAttributes = options . allowExtendedTokenAttributes ; this . requireClientAuthentication = options . requireClientAuthentication || { } ; this . alwaysIssueNewRefreshToken = options . alwaysIssueNewRefreshToken !== false ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Constructor . [CODESPLIT] function AbstractGrantType ( options ) { options = options || { } ; if ( ! options . accessTokenLifetime ) { throw new InvalidArgumentError ( 'Missing parameter: `accessTokenLifetime`' ) ; } if ( ! options . model ) { throw new InvalidArgumentError ( 'Missing parameter: `model`' ) ; } this . accessTokenLifetime = options . accessTokenLifetime ; this . model = options . model ; this . refreshTokenLifetime = options . refreshTokenLifetime ; this . alwaysIssueNewRefreshToken = options . alwaysIssueNewRefreshToken ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Constructor . [CODESPLIT] function AuthenticateHandler ( options ) { options = options || { } ; if ( ! options . model ) { throw new InvalidArgumentError ( 'Missing parameter: `model`' ) ; } if ( ! options . model . getAccessToken ) { throw new InvalidArgumentError ( 'Invalid argument: model does not implement `getAccessToken()`' ) ; } if ( options . scope && undefined === options . addAcceptedScopesHeader ) { throw new InvalidArgumentError ( 'Missing parameter: `addAcceptedScopesHeader`' ) ; } if ( options . scope && undefined === options . addAuthorizedScopesHeader ) { throw new InvalidArgumentError ( 'Missing parameter: `addAuthorizedScopesHeader`' ) ; } if ( options . scope && ! options . model . verifyScope ) { throw new InvalidArgumentError ( 'Invalid argument: model does not implement `verifyScope()`' ) ; } this . addAcceptedScopesHeader = options . addAcceptedScopesHeader ; this . addAuthorizedScopesHeader = options . addAuthorizedScopesHeader ; this . allowBearerTokensInQueryString = options . allowBearerTokensInQueryString ; this . model = options . model ; this . scope = options . scope ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Constructor . [CODESPLIT] function InvalidArgumentError ( message , properties ) { properties = _ . assign ( { code : 500 , name : 'invalid_argument' } , properties ) ; OAuthError . call ( this , message , properties ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Constructor . [CODESPLIT] function RefreshTokenGrantType ( options ) { options = options || { } ; if ( ! options . model ) { throw new InvalidArgumentError ( 'Missing parameter: `model`' ) ; } if ( ! options . model . getRefreshToken ) { throw new InvalidArgumentError ( 'Invalid argument: model does not implement `getRefreshToken()`' ) ; } if ( ! options . model . revokeToken ) { throw new InvalidArgumentError ( 'Invalid argument: model does not implement `revokeToken()`' ) ; } if ( ! options . model . saveToken ) { throw new InvalidArgumentError ( 'Invalid argument: model does not implement `saveToken()`' ) ; } AbstractGrantType . call ( this , options ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Constructor . [CODESPLIT] function Request ( options ) { options = options || { } ; if ( ! options . headers ) { throw new InvalidArgumentError ( 'Missing parameter: `headers`' ) ; } if ( ! options . method ) { throw new InvalidArgumentError ( 'Missing parameter: `method`' ) ; } if ( ! options . query ) { throw new InvalidArgumentError ( 'Missing parameter: `query`' ) ; } this . body = options . body || { } ; this . headers = { } ; this . method = options . method ; this . query = options . query ; // Store the headers in lower case. for ( var field in options . headers ) { if ( options . headers . hasOwnProperty ( field ) ) { this . headers [ field . toLowerCase ( ) ] = options . headers [ field ] ; } } // Store additional properties of the request object passed in for ( var property in options ) { if ( options . hasOwnProperty ( property ) && ! this [ property ] ) { this [ property ] = options [ property ] ; } } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Constructor . [CODESPLIT] function AuthorizeHandler ( options ) { options = options || { } ; if ( options . authenticateHandler && ! options . authenticateHandler . handle ) { throw new InvalidArgumentError ( 'Invalid argument: authenticateHandler does not implement `handle()`' ) ; } if ( ! options . authorizationCodeLifetime ) { throw new InvalidArgumentError ( 'Missing parameter: `authorizationCodeLifetime`' ) ; } if ( ! options . model ) { throw new InvalidArgumentError ( 'Missing parameter: `model`' ) ; } if ( ! options . model . getClient ) { throw new InvalidArgumentError ( 'Invalid argument: model does not implement `getClient()`' ) ; } if ( ! options . model . saveAuthorizationCode ) { throw new InvalidArgumentError ( 'Invalid argument: model does not implement `saveAuthorizationCode()`' ) ; } this . allowEmptyState = options . allowEmptyState ; this . authenticateHandler = options . authenticateHandler || new AuthenticateHandler ( options ) ; this . authorizationCodeLifetime = options . authorizationCodeLifetime ; this . model = options . model ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Constructor . [CODESPLIT] function ClientCredentialsGrantType ( options ) { options = options || { } ; if ( ! options . model ) { throw new InvalidArgumentError ( 'Missing parameter: `model`' ) ; } if ( ! options . model . getUserFromClient ) { throw new InvalidArgumentError ( 'Invalid argument: model does not implement `getUserFromClient()`' ) ; } if ( ! options . model . saveToken ) { throw new InvalidArgumentError ( 'Invalid argument: model does not implement `saveToken()`' ) ; } AbstractGrantType . call ( this , options ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Constructor . [CODESPLIT] function BearerTokenType ( accessToken , accessTokenLifetime , refreshToken , scope , customAttributes ) { if ( ! accessToken ) { throw new InvalidArgumentError ( 'Missing parameter: `accessToken`' ) ; } this . accessToken = accessToken ; this . accessTokenLifetime = accessTokenLifetime ; this . refreshToken = refreshToken ; this . scope = scope ; if ( customAttributes ) { this . customAttributes = customAttributes ; } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Constructor . [CODESPLIT] function Response ( options ) { options = options || { } ; this . body = options . body || { } ; this . headers = { } ; this . status = 200 ; // Store the headers in lower case. for ( var field in options . headers ) { if ( options . headers . hasOwnProperty ( field ) ) { this . headers [ field . toLowerCase ( ) ] = options . headers [ field ] ; } } // Store additional properties of the response object passed in for ( var property in options ) { if ( options . hasOwnProperty ( property ) && ! this [ property ] ) { this [ property ] = options [ property ] ; } } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Static binding in function closure needed for import hooks to stick to builtin cache even if module is overriden in sys . modules $sys = $B . imported [ sys ] ; [ Import spec ] [ PEP 302 ] Brython import machinery [CODESPLIT] function import_hooks ( mod_name , _path , from_stdlib ) { var _meta_path = $B . meta_path . slice ( ) , _sys_modules = $B . imported , _loader , spec if ( from_stdlib == \"static\" ) { // No use trying anything else than stdlib finders var ix = _meta_path . indexOf ( $B . finders [ \"path\" ] ) if ( ix > - 1 ) { _meta_path . splice ( ix , 1 ) } } else if ( from_stdlib == \"VFS\" ) { var keys = [ \"path\" , \"stdlib_static\" ] keys . forEach ( function ( key ) { var ix = _meta_path . indexOf ( $B . finders [ key ] ) if ( ix > - 1 ) { _meta_path . splice ( ix , 1 ) } } ) } for ( var i = 0 , len = _meta_path . length ; i < len ; i ++ ) { var _finder = _meta_path [ i ] , find_spec = $B . $getattr ( _finder , \"find_spec\" , _b_ . None ) if ( find_spec == _b_ . None ) { // If find_spec is not defined for the meta path, try the legacy // method find_module() var find_module = $B . $getattr ( _finder , \"find_module\" , _b_ . None ) if ( find_module !== _b_ . None ) { _loader = find_module ( mod_name , _path ) // The loader has a method load_module() var load_module = $B . $getattr ( _loader , \"load_module\" ) module = $B . $call ( load_module ) ( mod_name ) _sys_modules [ mod_name ] = module return module } } else { spec = find_spec ( mod_name , _path , undefined ) if ( ! $B . is_none ( spec ) ) { module = $B . imported [ spec . name ] if ( module !== undefined ) { // If module of same name is already in imports, return it return _sys_modules [ spec . name ] = module } _loader = _b_ . getattr ( spec , \"loader\" , _b_ . None ) break } } } if ( _loader === undefined ) { // No import spec found var exc = _b_ . ImportError . $factory ( \"No module named \" + mod_name ) exc . name = mod_name throw exc } // Import spec represents a match if ( $B . is_none ( module ) ) { var _spec_name = _b_ . getattr ( spec , \"name\" ) // Create module object if ( ! $B . is_none ( _loader ) ) { var create_module = _b_ . getattr ( _loader , \"create_module\" , _b_ . None ) if ( ! $B . is_none ( create_module ) ) { module = $B . $call ( create_module ) ( spec ) } } if ( module === undefined ) { throw _b_ . ImportError . $factory ( mod_name ) } if ( $B . is_none ( module ) ) { // FIXME : Initialize __doc__ and __package__ module = $B . module . $factory ( mod_name ) var mod_desc = _b_ . getattr ( spec , \"origin\" ) if ( _b_ . getattr ( spec , \"has_location\" ) ) { mod_desc = \"from '\" + mod_desc + \"'\" } else { mod_desc = \"(\" + mod_desc + \")\" } } } module . __name__ = _spec_name module . __loader__ = _loader module . __package__ = _b_ . getattr ( spec , \"parent\" , \"\" ) module . __spec__ = spec var locs = _b_ . getattr ( spec , \"submodule_search_locations\" ) // Brython-specific var if ( module . $is_package = ! $B . is_none ( locs ) ) { module . __path__ = locs } if ( _b_ . getattr ( spec , \"has_location\" ) ) { module . __file__ = _b_ . getattr ( spec , \"origin\" ) $B . $py_module_path [ module . __name__ ] = module . __file__ } var cached = _b_ . getattr ( spec , \"cached\" ) if ( ! $B . is_none ( cached ) ) { module . __cached__ = cached } if ( $B . is_none ( _loader ) ) { if ( ! $B . is_none ( locs ) ) { _sys_modules [ _spec_name ] = module } else { throw _b_ . ImportError . $factory ( mod_name ) } } else { var exec_module = _b_ . getattr ( _loader , \"exec_module\" , _b_ . None ) if ( $B . is_none ( exec_module ) ) { // FIXME : Remove !!! Backwards compat in CPython module = _b_ . getattr ( _loader , \"load_module\" ) ( _spec_name ) } else { _sys_modules [ _spec_name ] = module try { exec_module ( module ) } catch ( e ) { delete _sys_modules [ _spec_name ] throw e } } } return _sys_modules [ _spec_name ] }", "target": 1, "target_options": ["no_match", "match"]} {"input": "cross - browser utility functions [CODESPLIT] function $getMouseOffset ( target , ev ) { ev = ev || _window . event ; var docPos = $getPosition ( target ) ; var mousePos = $mouseCoords ( ev ) ; return { x : mousePos . x - docPos . x , y : mousePos . y - docPos . y } ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Code to store / restore local namespace In generators the namespace is stored in an attribute of the generator function until the iterator is exhausted so that it can be restored in the next iteration [CODESPLIT] function jscode_namespace ( iter_name , action , parent_id ) { var _clean = '' ; if ( action === 'store' ) { _clean = ' = {}' } var res = 'for(var attr in this.blocks){' + 'eval(\"var \" + attr + \" = this.blocks[attr]\")' + '};' + 'var $locals_' + iter_name + ' = this.env' + _clean + ', ' + '$local_name = \"' + iter_name + '\", ' + '$locals = $locals_' + iter_name + ';' if ( parent_id ) { res += '$locals.$parent = $locals_' + parent_id . replace ( / \\. / g , \"_\" ) + ';' } return res }", "target": 1, "target_options": ["no_match", "match"]} {"input": "converts val to float and sets precision if missing [CODESPLIT] function ( val , flags ) { number_check ( val ) if ( ! flags . precision ) { if ( ! flags . decimal_point ) { flags . precision = 6 } else { flags . precision = 0 } } else { flags . precision = parseInt ( flags . precision , 10 ) validate_precision ( flags . precision ) } return parseFloat ( val ) }", "target": 1, "target_options": ["no_match", "match"]} {"input": "gG [CODESPLIT] function ( val , upper , flags ) { val = _float_helper ( val , flags ) , v = val . toString ( ) , v_len = v . length , dot_idx = v . indexOf ( '.' ) if ( dot_idx < 0 ) { dot_idx = v_len } if ( val < 1 && val > - 1 ) { var zeros = leading_zeros . exec ( v ) , numzeros if ( zeros ) { numzeros = zeros [ 1 ] . length } else { numzeros = 0 } if ( numzeros >= 4 ) { val = format_sign ( val , flags ) + format_float_precision ( val , upper , flags , _floating_g_exp_helper ) if ( ! flags . alternate ) { var trl = trailing_zeros . exec ( val ) if ( trl ) { val = trl [ 1 ] . replace ( trailing_dot , \"\" ) + trl [ 3 ] // remove trailing } } else { if ( flags . precision <= 1 ) { val = val [ 0 ] + \".\" + val . substring ( 1 ) } } return format_padding ( val , flags ) } flags . precision = ( flags . precision || 0 ) + numzeros return format_padding ( format_sign ( val , flags ) + format_float_precision ( val , upper , flags , function ( val , precision ) { return val . toFixed ( min ( precision , v_len - dot_idx ) + numzeros ) } ) , flags ) } if ( dot_idx > flags . precision ) { val = format_sign ( val , flags ) + format_float_precision ( val , upper , flags , _floating_g_exp_helper ) if ( ! flags . alternate ) { var trl = trailing_zeros . exec ( val ) if ( trl ) { val = trl [ 1 ] . replace ( trailing_dot , \"\" ) + trl [ 3 ] // remove trailing } } else { if ( flags . precision <= 1 ) { val = val [ 0 ] + \".\" + val . substring ( 1 ) } } return format_padding ( val , flags ) } return format_padding ( format_sign ( val , flags ) + format_float_precision ( val , upper , flags , function ( val , precision ) { if ( ! flags . decimal_point ) { precision = min ( v_len - 1 , 6 ) } else if ( precision > v_len ) { if ( ! flags . alternate ) { precision = v_len } } if ( precision < dot_idx ) { precision = dot_idx } return val . toFixed ( precision - dot_idx ) } ) , flags ) }", "target": 1, "target_options": ["no_match", "match"]} {"input": "fF [CODESPLIT] function ( val , upper , flags ) { val = _float_helper ( val , flags ) return format_padding ( format_sign ( val , flags ) + format_float_precision ( val , upper , flags , function ( val , precision , flags ) { val = val . toFixed ( precision ) if ( precision === 0 && flags . alternate ) { val += '.' } return val } ) , flags ) }", "target": 1, "target_options": ["no_match", "match"]} {"input": "eE [CODESPLIT] function ( val , upper , flags ) { val = _float_helper ( val , flags ) return format_padding ( format_sign ( val , flags ) + format_float_precision ( val , upper , flags , _floating_exp_helper ) , flags ) }", "target": 1, "target_options": ["no_match", "match"]} {"input": "spec may contain nested replacement fields In this case evaluate them using the positional or keyword arguments passed to format () [CODESPLIT] function replace_nested ( name , key ) { if ( / \\d+ / . exec ( key ) ) { // If key is numeric, search in positional // arguments return _b_ . tuple . __getitem__ ( $ . $args , parseInt ( key ) ) } else { // Else try in keyword arguments return _b_ . dict . __getitem__ ( $ . $kw , key ) } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "code for operands & | ^ [CODESPLIT] function ( self , other ) { if ( _b_ . isinstance ( other , int ) ) { if ( other . __class__ === $B . long_int ) { return $B . long_int . __sub__ ( $B . long_int . $factory ( self ) , $B . long_int . $factory ( other ) ) } other = int_value ( other ) if ( self > $B . max_int32 || self < $B . min_int32 || other > $B . max_int32 || other < $B . min_int32 ) { return $B . long_int . __sub__ ( $B . long_int . $factory ( self ) , $B . long_int . $factory ( other ) ) } return self - other } if ( _b_ . isinstance ( other , _b_ . bool ) ) { return self - other } var rsub = $B . $getattr ( other , \"__rsub__\" , _b_ . None ) if ( rsub !== _b_ . None ) { return rsub ( self ) } $err ( \"-\" , other ) }", "target": 1, "target_options": ["no_match", "match"]} {"input": "code for + and - [CODESPLIT] function ( self , other ) { if ( _b_ . isinstance ( other , int ) ) { other = int_value ( other ) if ( typeof other == \"number\" ) { var res = self . valueOf ( ) - other . valueOf ( ) if ( res > $B . min_int && res < $B . max_int ) { return res } else { return $B . long_int . __sub__ ( $B . long_int . $factory ( self ) , $B . long_int . $factory ( other ) ) } } else if ( typeof other == \"boolean\" ) { return other ? self - 1 : self } else { return $B . long_int . __sub__ ( $B . long_int . $factory ( self ) , $B . long_int . $factory ( other ) ) } } if ( _b_ . isinstance ( other , _b_ . float ) ) { return new Number ( self - other ) } if ( _b_ . isinstance ( other , _b_ . complex ) ) { return $B . make_complex ( self - other . $real , - other . $imag ) } if ( _b_ . isinstance ( other , _b_ . bool ) ) { var bool_value = 0 ; if ( other . valueOf ( ) ) { bool_value = 1 } return self - bool_value } if ( _b_ . isinstance ( other , _b_ . complex ) ) { return $B . make_complex ( self . valueOf ( ) - other . $real , other . $imag ) } var rsub = $B . $getattr ( other , \"__rsub__\" , _b_ . None ) if ( rsub !== _b_ . None ) { return rsub ( self ) } throw $err ( \"-\" , other ) }", "target": 1, "target_options": ["no_match", "match"]} {"input": "comparison methods [CODESPLIT] function ( self , other ) { if ( other . __class__ === $B . long_int ) { return $B . long_int . __lt__ ( other , $B . long_int . $factory ( self ) ) } if ( _b_ . isinstance ( other , int ) ) { other = int_value ( other ) return self . valueOf ( ) > other . valueOf ( ) } else if ( _b_ . isinstance ( other , _b_ . float ) ) { return self . valueOf ( ) > other . valueOf ( ) } else if ( _b_ . isinstance ( other , _b_ . bool ) ) { return self . valueOf ( ) > _b_ . bool . __hash__ ( other ) } if ( _b_ . hasattr ( other , \"__int__\" ) || _b_ . hasattr ( other , \"__index__\" ) ) { return int . __gt__ ( self , $B . $GetInt ( other ) ) } return _b_ . NotImplemented }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Function loop () takes the first task in the tasks list and processes it . The function executed in loop () may itself call loop () . [CODESPLIT] function loop ( ) { if ( tasks . length == 0 ) { // No more tasks to process. idb_cx . result . close ( ) return } var task = tasks . shift ( ) var func = task [ 0 ] , arg = task [ 1 ] if ( func == \"execute\" ) { try { eval ( arg ) } catch ( err ) { if ( $B . debug > 1 ) { console . log ( err ) for ( var attr in err ) { console . log ( attr + ' : ' , err [ attr ] ) } } // If the error was not caught by the Python runtime, build an // instance of a Python exception if ( err . $py_error === undefined ) { console . log ( 'Javascript error' , err ) //console.log(js) //for(var attr in $err){console.log(attr+': '+$err[attr])} err = _b_ . RuntimeError ( err + '' ) } // Print the error traceback on the standard error stream var name = err . __name__ , trace = _b_ . getattr ( err , 'info' ) if ( name == 'SyntaxError' || name == 'IndentationError' ) { var offset = err . args [ 3 ] trace += '\\n ' + ' ' . repeat ( offset ) + '^' + '\\n' + name + ': ' + err . args [ 0 ] } else { trace += '\\n' + name + ': ' + err . args } try { _b_ . getattr ( $B . stderr , 'write' ) ( trace ) } catch ( print_exc_err ) { console . log ( trace ) } // Throw the error to stop execution throw err } loop ( ) } else { func ( arg ) } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "operations [CODESPLIT] function ( self , other ) { if ( isinstance ( other , _b_ . int ) ) { if ( typeof other == \"boolean\" ) { return other ? self - 1 : self } else if ( other . __class__ === $B . long_int ) { return float . $factory ( self - parseInt ( other . value ) ) } else { return float . $factory ( self - other ) } } if ( isinstance ( other , float ) ) { return float . $factory ( self - other ) } if ( isinstance ( other , _b_ . bool ) ) { var bool_value = 0 if ( other . valueOf ( ) ) { bool_value = 1 } return float . $factory ( self - bool_value ) } if ( isinstance ( other , _b_ . complex ) ) { return $B . make_complex ( self - other . $real , - other . $imag ) } if ( hasattr ( other , \"__rsub__\" ) ) { return getattr ( other , \"__rsub__\" ) ( self ) } $err ( \"-\" , other ) }", "target": 1, "target_options": ["no_match", "match"]} {"input": "comparison methods [CODESPLIT] function ( self , other ) { if ( isinstance ( other , _b_ . int ) ) { if ( other . __class__ === $B . long_int ) { return self > parseInt ( other . value ) } return self > other . valueOf ( ) } if ( isinstance ( other , float ) ) { return self > other } if ( isinstance ( other , _b_ . bool ) ) { return self . valueOf ( ) > _b_ . bool . __hash__ ( other ) } if ( hasattr ( other , \"__int__\" ) || hasattr ( other , \"__index__\" ) ) { return _b_ . int . __gt__ ( self , $B . $GetInt ( other ) ) } // See if other has the opposite operator, eg <= for > var inv_op = getattr ( other , \"__le__\" , None ) if ( inv_op !== None ) { return inv_op ( self ) } throw _b_ . TypeError . $factory ( \"unorderable types: float() > \" + $B . class_name ( other ) + \"()\" ) }", "target": 1, "target_options": ["no_match", "match"]} {"input": "eval () ( built in function ) [CODESPLIT] function $$eval ( src , _globals , _locals ) { if ( _globals === undefined ) { _globals = _b_ . None } if ( _locals === undefined ) { _locals = _b_ . None } var current_frame = $B . frames_stack [ $B . frames_stack . length - 1 ] if ( current_frame !== undefined ) { var current_locals_id = current_frame [ 0 ] . replace ( / \\. / , '_' ) , current_globals_id = current_frame [ 2 ] . replace ( / \\. / , '_' ) } var stack_len = $B . frames_stack . length var is_exec = arguments [ 3 ] == 'exec' if ( src . __class__ === code ) { is_exec = src . mode == \"exec\" src = src . source } else if ( typeof src !== 'string' ) { throw _b_ . TypeError . $factory ( \"eval() arg 1 must be a string, bytes \" + \"or code object\" ) } // code will be run in a specific block var globals_id = '$exec_' + $B . UUID ( ) , locals_id = '$exec_' + $B . UUID ( ) , parent_scope if ( _globals === _b_ . None ) { if ( current_locals_id == current_globals_id ) { locals_id = globals_id } var local_scope = { module : locals_id , id : locals_id , binding : { } , bindings : { } } for ( var attr in current_frame [ 1 ] ) { local_scope . binding [ attr ] = true local_scope . bindings [ attr ] = true } var global_scope = { module : globals_id , id : globals_id , binding : { } , bindings : { } } for ( var attr in current_frame [ 3 ] ) { global_scope . binding [ attr ] = true global_scope . bindings [ attr ] = true } local_scope . parent_block = global_scope global_scope . parent_block = $B . builtins_scope parent_scope = local_scope // restore parent scope object eval ( \"$locals_\" + parent_scope . id + \" = current_frame[1]\" ) } else { // If a _globals dictionary is provided, set or reuse its attribute // globals_id if ( _globals . __class__ != _b_ . dict ) { throw _b_ . TypeError . $factory ( \"exec() globals must be a dict, not \" + _globals . __class__ . $infos . __name__ ) } _globals . globals_id = _globals . globals_id || globals_id globals_id = _globals . globals_id if ( _locals === _globals || _locals === _b_ . None ) { locals_id = globals_id parent_scope = $B . builtins_scope } else { // The parent block of locals must be set to globals var grandparent_scope = { id : globals_id , parent_block : $B . builtins_scope , binding : { } } parent_scope = { id : locals_id , parent_block : grandparent_scope , binding : { } } for ( var attr in _globals . $string_dict ) { grandparent_scope . binding [ attr ] = true } for ( var attr in _locals . $string_dict ) { parent_scope . binding [ attr ] = true } } } // set module path $B . $py_module_path [ globals_id ] = $B . $py_module_path [ current_globals_id ] // Initialise the object for block namespaces eval ( 'var $locals_' + globals_id + ' = {}\\nvar $locals_' + locals_id + ' = {}' ) // Initialise block globals if ( _globals === _b_ . None ) { var gobj = current_frame [ 3 ] , ex = 'var $locals_' + globals_id + ' = gobj;' eval ( ex ) // needed for generators for ( var attr in gobj ) { if ( ( ! attr . startsWith ( \"$\" ) ) || attr . startsWith ( '$$' ) ) { eval ( \"$locals_\" + globals_id + \"[attr] = gobj[attr]\" ) } } } else { if ( _globals . $jsobj ) { var items = _globals . $jsobj } else { var items = _globals . $string_dict } eval ( \"$locals_\" + globals_id + \" = _globals.$string_dict\" ) for ( var item in items ) { var item1 = $B . to_alias ( item ) try { eval ( '$locals_' + globals_id + '[\"' + item1 + '\"] = items[item]' ) } catch ( err ) { console . log ( err ) console . log ( 'error setting' , item ) break } } } // Initialise block locals if ( _locals === _b_ . None ) { if ( _globals !== _b_ . None ) { eval ( 'var $locals_' + locals_id + ' = $locals_' + globals_id ) } else { var lobj = current_frame [ 1 ] , ex = '' for ( var attr in current_frame [ 1 ] ) { if ( attr . startsWith ( \"$\" ) && ! attr . startsWith ( \"$$\" ) ) { continue } ex += '$locals_' + locals_id + '[\"' + attr + '\"] = current_frame[1][\"' + attr + '\"];' eval ( ex ) } } } else { if ( _locals . $jsobj ) { var items = _locals . $jsobj } else { var items = _locals . $string_dict } for ( var item in items ) { var item1 = $B . to_alias ( item ) try { eval ( '$locals_' + locals_id + '[\"' + item + '\"] = items.' + item ) } catch ( err ) { console . log ( err ) console . log ( 'error setting' , item ) break } } } eval ( \"$locals_\" + locals_id + \".$src = src\" ) var root = $B . py2js ( src , globals_id , locals_id , parent_scope ) , js , gns , lns if ( _globals !== _b_ . None && _locals == _b_ . None ) { for ( var attr in _globals . $string_dict ) { root . binding [ attr ] = true } } try { // The result of py2js ends with // try{ // (block code) // $B.leave_frame($local_name) // }catch(err){ // $B.leave_frame($local_name) // throw err // } var try_node = root . children [ root . children . length - 2 ] , instr = try_node . children [ try_node . children . length - 2 ] // type of the last instruction in (block code) var type = instr . context . tree [ 0 ] . type // If the Python function is eval(), not exec(), check that the source // is an expression switch ( type ) { case 'expr' : case 'list_or_tuple' : case 'op' : case 'ternary' : // If the source is an expression, what we must execute is the // block inside the \"try\" clause : if we run root, since it's // wrapped in try / finally, the value produced by // eval(root.to_js()) will be None var children = try_node . children root . children . splice ( root . children . length - 2 , 2 ) for ( var i = 0 ; i < children . length - 1 ; i ++ ) { root . add ( children [ i ] ) } break default : if ( ! is_exec ) { throw _b_ . SyntaxError . $factory ( \"eval() argument must be an expression\" , '' , 1 , 1 , src ) } } js = root . to_js ( ) if ( is_exec ) { var locals_obj = eval ( \"$locals_\" + locals_id ) , globals_obj = eval ( \"$locals_\" + globals_id ) if ( _globals === _b_ . None ) { var res = new Function ( \"$locals_\" + globals_id , \"$locals_\" + locals_id , js ) ( globals_obj , locals_obj ) } else { current_globals_obj = current_frame [ 3 ] current_locals_obj = current_frame [ 1 ] var res = new Function ( \"$locals_\" + globals_id , \"$locals_\" + locals_id , \"$locals_\" + current_globals_id , \"$locals_\" + current_locals_id , js ) ( globals_obj , locals_obj , current_globals_obj , current_locals_obj ) } } else { var res = eval ( js ) } gns = eval ( \"$locals_\" + globals_id ) if ( $B . frames_stack [ $B . frames_stack . length - 1 ] [ 2 ] == globals_id ) { gns = $B . frames_stack [ $B . frames_stack . length - 1 ] [ 3 ] } // Update _locals with the namespace after execution if ( _locals !== _b_ . None ) { lns = eval ( \"$locals_\" + locals_id ) for ( var attr in lns ) { var attr1 = $B . from_alias ( attr ) if ( attr1 . charAt ( 0 ) != '$' ) { if ( _locals . $jsobj ) { _locals . $jsobj [ attr ] = lns [ attr ] } else { _locals . $string_dict [ attr1 ] = lns [ attr ] } } } } else { for ( var attr in lns ) { if ( attr !== \"$src\" ) { current_frame [ 1 ] [ attr ] = lns [ attr ] } } } if ( _globals !== _b_ . None ) { // Update _globals with the namespace after execution for ( var attr in gns ) { attr1 = $B . from_alias ( attr ) if ( attr1 . charAt ( 0 ) != '$' ) { if ( _globals . $jsobj ) { _globals . $jsobj [ attr ] = gns [ attr ] } else { _globals . $string_dict [ attr1 ] = gns [ attr ] } } } } else { for ( var attr in gns ) { if ( attr !== \"$src\" ) { current_frame [ 3 ] [ attr ] = gns [ attr ] } } } // fixme: some extra variables are bleeding into locals... /* This also causes issues for unittests */ if ( res === undefined ) { return _b_ . None } return res } catch ( err ) { err . src = src err . module = globals_id if ( err . $py_error === undefined ) { throw $B . exception ( err ) } throw err } finally { // \"leave_frame\" was removed so we must execute it here if ( $B . frames_stack . length == stack_len + 1 ) { $B . frames_stack . pop ( ) } root = null js = null gns = null lns = null $B . clear_ns ( globals_id ) $B . clear_ns ( locals_id ) } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "not a direct alias of prompt : input has no default value [CODESPLIT] function input ( msg ) { var stdin = ( $B . imported . sys && $B . imported . sys . stdin || $B . stdin ) ; if ( stdin . __original__ ) { return prompt ( msg || '' ) || '' } msg = msg || \"\" if ( msg ) { $B . stdout . write ( msg ) } stdin . msg = msg var val = $B . $getattr ( stdin , 'readline' ) ( ) val = val . split ( '\\n' ) [ 0 ] if ( stdin . len === stdin . pos ) { $B . $getattr ( stdin , 'close' ) ( ) } // $B.stdout.write(val+'\\n'); // uncomment if we are to mimic the behavior in the console return val }", "target": 1, "target_options": ["no_match", "match"]} {"input": "/ * A class to parse color values @author Stoyan Stefanov @link http : // www . phpied . com / rgb - color - parser - in - javascript / Use it if you like it [CODESPLIT] function RGBColor ( m ) { this . ok = ! 1 ; m . charAt ( 0 ) == \"#\" && ( m = m . substr ( 1 , 6 ) ) ; var m = m . replace ( / / g , \"\" ) , m = m . toLowerCase ( ) , a = { aliceblue : \"f0f8ff\" , antiquewhite : \"faebd7\" , aqua : \"00ffff\" , aquamarine : \"7fffd4\" , azure : \"f0ffff\" , beige : \"f5f5dc\" , bisque : \"ffe4c4\" , black : \"000000\" , blanchedalmond : \"ffebcd\" , blue : \"0000ff\" , blueviolet : \"8a2be2\" , brown : \"a52a2a\" , burlywood : \"deb887\" , cadetblue : \"5f9ea0\" , chartreuse : \"7fff00\" , chocolate : \"d2691e\" , coral : \"ff7f50\" , cornflowerblue : \"6495ed\" , cornsilk : \"fff8dc\" , crimson : \"dc143c\" , cyan : \"00ffff\" , darkblue : \"00008b\" , darkcyan : \"008b8b\" , darkgoldenrod : \"b8860b\" , darkgray : \"a9a9a9\" , darkgreen : \"006400\" , darkkhaki : \"bdb76b\" , darkmagenta : \"8b008b\" , darkolivegreen : \"556b2f\" , darkorange : \"ff8c00\" , darkorchid : \"9932cc\" , darkred : \"8b0000\" , darksalmon : \"e9967a\" , darkseagreen : \"8fbc8f\" , darkslateblue : \"483d8b\" , darkslategray : \"2f4f4f\" , darkturquoise : \"00ced1\" , darkviolet : \"9400d3\" , deeppink : \"ff1493\" , deepskyblue : \"00bfff\" , dimgray : \"696969\" , dodgerblue : \"1e90ff\" , feldspar : \"d19275\" , firebrick : \"b22222\" , floralwhite : \"fffaf0\" , forestgreen : \"228b22\" , fuchsia : \"ff00ff\" , gainsboro : \"dcdcdc\" , ghostwhite : \"f8f8ff\" , gold : \"ffd700\" , goldenrod : \"daa520\" , gray : \"808080\" , green : \"008000\" , greenyellow : \"adff2f\" , honeydew : \"f0fff0\" , hotpink : \"ff69b4\" , indianred : \"cd5c5c\" , indigo : \"4b0082\" , ivory : \"fffff0\" , khaki : \"f0e68c\" , lavender : \"e6e6fa\" , lavenderblush : \"fff0f5\" , lawngreen : \"7cfc00\" , lemonchiffon : \"fffacd\" , lightblue : \"add8e6\" , lightcoral : \"f08080\" , lightcyan : \"e0ffff\" , lightgoldenrodyellow : \"fafad2\" , lightgrey : \"d3d3d3\" , lightgreen : \"90ee90\" , lightpink : \"ffb6c1\" , lightsalmon : \"ffa07a\" , lightseagreen : \"20b2aa\" , lightskyblue : \"87cefa\" , lightslateblue : \"8470ff\" , lightslategray : \"778899\" , lightsteelblue : \"b0c4de\" , lightyellow : \"ffffe0\" , lime : \"00ff00\" , limegreen : \"32cd32\" , linen : \"faf0e6\" , magenta : \"ff00ff\" , maroon : \"800000\" , mediumaquamarine : \"66cdaa\" , mediumblue : \"0000cd\" , mediumorchid : \"ba55d3\" , mediumpurple : \"9370d8\" , mediumseagreen : \"3cb371\" , mediumslateblue : \"7b68ee\" , mediumspringgreen : \"00fa9a\" , mediumturquoise : \"48d1cc\" , mediumvioletred : \"c71585\" , midnightblue : \"191970\" , mintcream : \"f5fffa\" , mistyrose : \"ffe4e1\" , moccasin : \"ffe4b5\" , navajowhite : \"ffdead\" , navy : \"000080\" , oldlace : \"fdf5e6\" , olive : \"808000\" , olivedrab : \"6b8e23\" , orange : \"ffa500\" , orangered : \"ff4500\" , orchid : \"da70d6\" , palegoldenrod : \"eee8aa\" , palegreen : \"98fb98\" , paleturquoise : \"afeeee\" , palevioletred : \"d87093\" , papayawhip : \"ffefd5\" , peachpuff : \"ffdab9\" , peru : \"cd853f\" , pink : \"ffc0cb\" , plum : \"dda0dd\" , powderblue : \"b0e0e6\" , purple : \"800080\" , red : \"ff0000\" , rosybrown : \"bc8f8f\" , royalblue : \"4169e1\" , saddlebrown : \"8b4513\" , salmon : \"fa8072\" , sandybrown : \"f4a460\" , seagreen : \"2e8b57\" , seashell : \"fff5ee\" , sienna : \"a0522d\" , silver : \"c0c0c0\" , skyblue : \"87ceeb\" , slateblue : \"6a5acd\" , slategray : \"708090\" , snow : \"fffafa\" , springgreen : \"00ff7f\" , steelblue : \"4682b4\" , tan : \"d2b48c\" , teal : \"008080\" , thistle : \"d8bfd8\" , tomato : \"ff6347\" , turquoise : \"40e0d0\" , violet : \"ee82ee\" , violetred : \"d02090\" , wheat : \"f5deb3\" , white : \"ffffff\" , whitesmoke : \"f5f5f5\" , yellow : \"ffff00\" , yellowgreen : \"9acd32\" } , c ; for ( c in a ) m == c && ( m = a [ c ] ) ; var d = [ { re : / ^rgb\\((\\d{1,3}),\\s*(\\d{1,3}),\\s*(\\d{1,3})\\)$ / , example : [ \"rgb(123, 234, 45)\" , \"rgb(255,234,245)\" ] , process : function ( b ) { return [ parseInt ( b [ 1 ] ) , parseInt ( b [ 2 ] ) , parseInt ( b [ 3 ] ) ] } } , { re : / ^(\\w{2})(\\w{2})(\\w{2})$ / , example : [ \"#00ff00\" , \"336699\" ] , process : function ( b ) { return [ parseInt ( b [ 1 ] , 16 ) , parseInt ( b [ 2 ] , 16 ) , parseInt ( b [ 3 ] , 16 ) ] } } , { re : / ^(\\w{1})(\\w{1})(\\w{1})$ / , example : [ \"#fb0\" , \"f0f\" ] , process : function ( b ) { return [ parseInt ( b [ 1 ] + b [ 1 ] , 16 ) , parseInt ( b [ 2 ] + b [ 2 ] , 16 ) , parseInt ( b [ 3 ] + b [ 3 ] , 16 ) ] } } ] ; for ( c = 0 ; c < d . length ; c ++ ) { var b = d [ c ] . process , k = d [ c ] . re . exec ( m ) ; if ( k ) channels = b ( k ) , this . r = channels [ 0 ] , this . g = channels [ 1 ] , this . b = channels [ 2 ] , this . ok = ! 0 } this . r = this . r < 0 || isNaN ( this . r ) ? 0 : this . r > 255 ? 255 : this . r ; this . g = this . g < 0 || isNaN ( this . g ) ? 0 : this . g > 255 ? 255 : this . g ; this . b = this . b < 0 || isNaN ( this . b ) ? 0 : this . b > 255 ? 255 : this . b ; this . toRGB = function ( ) { return \"rgb(\" + this . r + \", \" + this . g + \", \" + this . b + \")\" } ; this . toHex = function ( ) { var b = this . r . toString ( 16 ) , a = this . g . toString ( 16 ) , d = this . b . toString ( 16 ) ; b . length == 1 && ( b = \"0\" + b ) ; a . length == 1 && ( a = \"0\" + a ) ; d . length == 1 && ( d = \"0\" + d ) ; return \"#\" + b + a + d } ; this . getHelpXML = function ( ) { for ( var b = [ ] , k = 0 ; k < d . length ; k ++ ) for ( var c = d [ k ] . example , j = 0 ; j < c . length ; j ++ ) b [ b . length ] = c [ j ] ; for ( var h in a ) b [ b . length ] = h ; c = document . createElement ( \"ul\" ) ; c . setAttribute ( \"id\" , \"rgbcolor-examples\" ) ; for ( k = 0 ; k < b . length ; k ++ ) try { var l = document . createElement ( \"li\" ) , o = new RGBColor ( b [ k ] ) , n = document . createElement ( \"div\" ) ; n . style . cssText = \"margin: 3px; border: 1px solid black; background:\" + o . toHex ( ) + \"; color:\" + o . toHex ( ) ; n . appendChild ( document . createTextNode ( \"test\" ) ) ; var q = document . createTextNode ( \" \" + b [ k ] + \" -> \" + o . toRGB ( ) + \" -> \" + o . toHex ( ) ) ; l . appendChild ( n ) ; l . appendChild ( q ) ; c . appendChild ( l ) } catch ( p ) { } return c } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "5 . Run rollup inside the / build folder to generate our Flat ES module and place the generated file into the / dist folder [CODESPLIT] function ( name , path ) { path = path || '' ; return gulp . src ( ` ${ buildFolder } ${ path } ` ) // transform the files here. . pipe ( rollup ( { // Bundle's entry point // See \"input\" in https://rollupjs.org/#core-functionality input : ` ${ buildFolder } ${ path } ` , // Allow mixing of hypothetical and actual files. \"Actual\" files can be files // accessed by Rollup or produced by plugins further down the chain. // This prevents errors like: 'path/file' does not exist in the hypothetical file system // when subdirectories are used in the `src` directory. allowRealFiles : true , // A list of IDs of modules that should remain external to the bundle // See \"external\" in https://rollupjs.org/#core-functionality external : [ '@angular/core' , '@angular/common' ] , output : { // Format of generated bundle // See \"format\" in https://rollupjs.org/#core-functionality format : 'es' } } ) ) . pipe ( gulp . dest ( ` ${ distFolder } ${ path } ` ) ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Simple Promiseify function that takes a Node API and return a version that supports promises . We use promises instead of synchronized functions to make the process less I / O bound and faster . It also simplifies the code . [CODESPLIT] function promiseify ( fn ) { return function ( ) { const args = [ ] . slice . call ( arguments , 0 ) ; return new Promise ( ( resolve , reject ) => { fn . apply ( this , args . concat ( [ function ( err , value ) { if ( err ) { reject ( err ) ; } else { resolve ( value ) ; } } ] ) ) ; } ) ; } ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Inline resources from a string content . [CODESPLIT] function inlineResourcesFromString ( content , urlResolver ) { // Curry through the inlining functions. return [ inlineTemplate , inlineStyle , removeModuleId ] . reduce ( ( content , fn ) => fn ( content , urlResolver ) , content ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Inline the styles for a source file . Simply search for instances of styleUrls : [ ... ] and replace with styles : [ ... ] ( with the content of the file included ) . [CODESPLIT] function inlineStyle ( content , urlResolver ) { return content . replace ( / styleUrls\\s*:\\s*(\\[[\\s\\S]*?\\]) / gm , function ( m , styleUrls ) { const urls = eval ( styleUrls ) ; return 'styles: [' + urls . map ( styleUrl => { const styleFile = urlResolver ( styleUrl ) ; const originContent = fs . readFileSync ( styleFile , 'utf-8' ) ; const styleContent = styleFile . endsWith ( '.scss' ) ? buildSass ( originContent , styleFile ) : originContent ; const shortenedStyle = styleContent . replace ( / ([\\n\\r]\\s*)+ / gm , ' ' ) . replace ( / \" / g , '\\\\\"' ) ; return ` ${ shortenedStyle } ` ; } ) . join ( ',\\n' ) + ']' ; } ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "build sass content to css [CODESPLIT] function buildSass ( content , sourceFile ) { try { const result = sass . renderSync ( { data : content , file : sourceFile , importer : tildeImporter } ) ; return result . css . toString ( ) } catch ( e ) { console . error ( '\\x1b[41m' ) ; console . error ( 'at ' + sourceFile + ':' + e . line + \":\" + e . column ) ; console . error ( e . formatted ) ; console . error ( '\\x1b[0m' ) ; return \"\" ; } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "The routes used to define a resource . [CODESPLIT] function FormioResourceRoutes ( config ) { config = config || { } ; return [ { path : '' , component : config . index || index_component_1 . FormioResourceIndexComponent } , { path : 'new' , component : config . create || create_component_1 . FormioResourceCreateComponent } , { path : ':id' , component : config . resource || resource_component_1 . FormioResourceComponent , children : [ { path : '' , redirectTo : 'view' , pathMatch : 'full' } , { path : 'view' , component : config . view || view_component_1 . FormioResourceViewComponent } , { path : 'edit' , component : config . edit || edit_component_1 . FormioResourceEditComponent } , { path : 'delete' , component : config . delete || delete_component_1 . FormioResourceDeleteComponent } ] } ] ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "/ * Converts : [CODESPLIT] function groupPartitionsByTopic ( topicPartitions ) { assert ( Array . isArray ( topicPartitions ) ) ; return topicPartitions . reduce ( function ( result , tp ) { if ( ! ( tp . topic in result ) ) { result [ tp . topic ] = [ tp . partition ] ; } else { result [ tp . topic ] . push ( tp . partition ) ; } return result ; } , { } ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "/ * Converts : { test : [ 0 1 ] bob : [ 0 ] } [CODESPLIT] function createTopicPartitionList ( topicPartitions ) { var tpList = [ ] ; for ( var topic in topicPartitions ) { if ( ! topicPartitions . hasOwnProperty ( topic ) ) { continue ; } topicPartitions [ topic ] . forEach ( function ( partition ) { tpList . push ( { topic : topic , partition : partition } ) ; } ) ; } return tpList ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Ported from : https : // github . com / Shopify / sarama / blob / a3e2437d6d26cda6b2dc501dbdab4d3f6befa295 / snappy . go [CODESPLIT] function decodeSnappy ( buffer , cb ) { if ( isChunked ( buffer ) ) { var pos = 16 ; var max = buffer . length ; var encoded = [ ] ; var size ; while ( pos < max ) { size = buffer . readUInt32BE ( pos ) ; pos += 4 ; encoded . push ( buffer . slice ( pos , pos + size ) ) ; pos += size ; } return async . mapSeries ( encoded , snappy . uncompress , function ( err , decodedChunks ) { if ( err ) return cb ( err ) ; return cb ( null , Buffer . concat ( decodedChunks ) ) ; } ) ; } return snappy . uncompress ( buffer , cb ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "/ * { 1001 : { jmx_port : - 1 timestamp : 1492521177416 endpoints : [ PLAINTEXT : // 127 . 0 . 0 . 1 : 9092 SSL : // 127 . 0 . 0 . 1 : 9093 ] host : 127 . 0 . 0 . 1 version : 2 port : 9092 id : 1001 } } [CODESPLIT] function parseHost ( hostString ) { const ip = hostString . substring ( 0 , hostString . lastIndexOf ( ':' ) ) ; const port = + hostString . substring ( hostString . lastIndexOf ( ':' ) + 1 ) ; const isIpv6 = ip . match ( / \\[(.*)\\] / ) ; const host = isIpv6 ? isIpv6 [ 1 ] : ip ; return { host , port } ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Provides common functionality for a kafka producer [CODESPLIT] function BaseProducer ( client , options , defaultPartitionerType , customPartitioner ) { EventEmitter . call ( this ) ; options = options || { } ; this . ready = false ; this . client = client ; this . requireAcks = options . requireAcks === undefined ? DEFAULTS . requireAcks : options . requireAcks ; this . ackTimeoutMs = options . ackTimeoutMs === undefined ? DEFAULTS . ackTimeoutMs : options . ackTimeoutMs ; if ( customPartitioner !== undefined && options . partitionerType !== PARTITIONER_TYPES . custom ) { throw new Error ( 'Partitioner Type must be custom if providing a customPartitioner.' ) ; } else if ( customPartitioner === undefined && options . partitionerType === PARTITIONER_TYPES . custom ) { throw new Error ( 'No customer partitioner defined' ) ; } var partitionerType = PARTITIONER_MAP [ options . partitionerType ] || PARTITIONER_MAP [ defaultPartitionerType ] ; // eslint-disable-next-line this . partitioner = new partitionerType ( customPartitioner ) ; this . connect ( ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "/ * [CODESPLIT] function encodeGroupProtocol ( protocol ) { this . Int16BE ( protocol . name . length ) . string ( protocol . name ) . string ( _encodeProtocolData ( protocol ) ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "/ * MemberAssignment = > Version PartitionAssignment Version = > int16 PartitionAssignment = > [ Topic [ Partition ]] Topic = > string Partition = > int32 UserData = > bytes [CODESPLIT] function decodeMemberAssignment ( assignmentBytes ) { var assignment = { partitions : { } } ; Binary . parse ( assignmentBytes ) . word16bs ( 'version' ) . tap ( function ( vars ) { assignment . version = vars . version ; } ) . word32bs ( 'partitionAssignment' ) . loop ( function ( end , vars ) { if ( vars . partitionAssignment -- === 0 ) return end ( ) ; var topic ; var partitions = [ ] ; this . word16bs ( 'topic' ) . tap ( function ( vars ) { this . buffer ( 'topic' , vars . topic ) ; topic = vars . topic . toString ( ) ; } ) . word32bs ( 'partitionsNum' ) . loop ( function ( end , vars ) { if ( vars . partitionsNum -- === 0 ) return end ( ) ; this . word32bs ( 'partition' ) . tap ( function ( vars ) { partitions . push ( vars . partition ) ; } ) ; } ) ; assignment . partitions [ topic ] = partitions ; } ) . word32bs ( 'userData' ) . tap ( function ( vars ) { if ( vars . userData == null || vars . userData === - 1 ) { return ; } this . buffer ( 'userData' , vars . userData ) ; try { assignment . userData = JSON . parse ( vars . userData . toString ( ) ) ; } catch ( e ) { assignment . userData = 'JSON Parse error' ; } } ) ; return assignment ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "{ name : // string subscription : [ / * topics * / ] version : 0 // integer userData : {} // arbitary } / * JoinGroupRequest = > GroupId SessionTimeout MemberId ProtocolType GroupProtocols GroupId = > string SessionTimeout = > int32 MemberId = > string ProtocolType = > string GroupProtocols = > [ ProtocolName ProtocolMetadata ] ProtocolName = > string ProtocolMetadata = > bytes [CODESPLIT] function encodeJoinGroupRequest ( clientId , correlationId , groupId , memberId , sessionTimeout , groupProtocols ) { var request = encodeRequestHeader ( clientId , correlationId , REQUEST_TYPE . joinGroup ) ; request . Int16BE ( groupId . length ) . string ( groupId ) . Int32BE ( sessionTimeout ) . Int16BE ( memberId . length ) . string ( memberId ) . Int16BE ( GROUPS_PROTOCOL_TYPE . length ) . string ( GROUPS_PROTOCOL_TYPE ) . Int32BE ( groupProtocols . length ) ; groupProtocols . forEach ( encodeGroupProtocol . bind ( request ) ) ; return encodeRequestWithLength ( request . make ( ) ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "/ * [CODESPLIT] function decodeJoinGroupResponse ( resp ) { var result = { members : [ ] } ; var error ; Binary . parse ( resp ) . word32bs ( 'size' ) . word32bs ( 'correlationId' ) . word16bs ( 'errorCode' ) . tap ( function ( vars ) { error = createGroupError ( vars . errorCode ) ; } ) . word32bs ( 'generationId' ) . tap ( function ( vars ) { result . generationId = vars . generationId ; } ) . word16bs ( 'groupProtocol' ) . tap ( function ( vars ) { this . buffer ( 'groupProtocol' , vars . groupProtocol ) ; result . groupProtocol = vars . groupProtocol = vars . groupProtocol . toString ( ) ; } ) . word16bs ( 'leaderId' ) . tap ( function ( vars ) { this . buffer ( 'leaderId' , vars . leaderId ) ; result . leaderId = vars . leaderId = vars . leaderId . toString ( ) ; } ) . word16bs ( 'memberId' ) . tap ( function ( vars ) { this . buffer ( 'memberId' , vars . memberId ) ; result . memberId = vars . memberId = vars . memberId . toString ( ) ; } ) . word32bs ( 'memberNum' ) . loop ( function ( end , vars ) { if ( error ) { return end ( ) ; } if ( vars . memberNum -- === 0 ) return end ( ) ; var memberMetadata ; this . word16bs ( 'groupMemberId' ) . tap ( function ( vars ) { this . buffer ( 'groupMemberId' , vars . groupMemberId ) ; vars . memberId = vars . groupMemberId . toString ( ) ; } ) . word32bs ( 'memberMetadata' ) . tap ( function ( vars ) { if ( vars . memberMetadata > - 1 ) { this . buffer ( 'memberMetadata' , vars . memberMetadata ) ; memberMetadata = decodeGroupData ( this . vars . memberMetadata ) ; memberMetadata . id = vars . memberId ; result . members . push ( memberMetadata ) ; } } ) ; } ) ; return error || result ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "private helper [CODESPLIT] function fetchOffsets ( offset , topics , cb , when ) { if ( ! offset . ready ) { if ( when === - 1 ) { offset . once ( 'ready' , ( ) => offset . fetchLatestOffsets ( topics , cb ) ) ; } else if ( when === - 2 ) { offset . once ( 'ready' , ( ) => offset . fetchEarliestOffsets ( topics , cb ) ) ; } return ; } async . waterfall ( [ callback => { offset . client . loadMetadataForTopics ( topics , callback ) ; } , ( topicsMetaData , callback ) => { var payloads = [ ] ; var metaDatas = topicsMetaData [ 1 ] . metadata ; Object . keys ( metaDatas ) . forEach ( function ( topicName ) { var topic = metaDatas [ topicName ] ; Object . keys ( topic ) . forEach ( function ( partition ) { payloads . push ( { topic : topicName , partition : partition , time : when } ) ; } ) ; } ) ; if ( payloads . length === 0 ) { return callback ( new Error ( 'Topic(s) does not exist' ) ) ; } offset . fetch ( payloads , callback ) ; } , function ( results , callback ) { Object . keys ( results ) . forEach ( function ( topicName ) { var topic = results [ topicName ] ; Object . keys ( topic ) . forEach ( function ( partitionName ) { topic [ partitionName ] = topic [ partitionName ] [ 0 ] ; } ) ; } ) ; callback ( null , results ) ; } ] , cb ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "/ * Helper method topic in payloads may send to different broker so we cache data util all request came back [CODESPLIT] function wrap ( payloads , cb ) { var out = { } ; var count = Object . keys ( payloads ) . length ; return function ( err , data ) { // data: { topicName1: {}, topicName2: {} } if ( err ) return cb && cb ( err ) ; _ . merge ( out , data ) ; count -= 1 ; // Waiting for all request return if ( count !== 0 ) return ; cb && cb ( null , out ) ; } ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Global context used to evaluate standard IUAM JS challenge [CODESPLIT] function Context ( options ) { if ( ! options ) options = { body : '' , hostname : '' } ; const body = options . body ; const href = 'http://' + options . hostname + '/' ; const cache = Object . create ( null ) ; const keys = [ ] ; this . atob = function ( str ) { return Buffer . from ( str , 'base64' ) . toString ( 'binary' ) ; } ; // Used for eval during onRedirectChallenge this . location = { reload : function ( ) { } } ; this . document = { createElement : function ( ) { return { firstChild : { href : href } } ; } , getElementById : function ( id ) { if ( keys . indexOf ( id ) === - 1 ) { const re = new RegExp ( ' id=[\\'\"]?' + id + '[^>]*>([^<]*)' ) ; const match = body . match ( re ) ; keys . push ( id ) ; cache [ id ] = match === null ? match : { innerHTML : match [ 1 ] } ; } return cache [ id ] ; } } ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Pseudo function that returns a promise instead of calling captcha . submit () [CODESPLIT] function handler ( options , { captcha } ) { return new Promise ( ( resolve , reject ) => { // Here you do some magic with the siteKey provided by cloudscraper console . error ( 'The url is \"' + captcha . url + '\"' ) ; console . error ( 'The site key is \"' + captcha . siteKey + '\"' ) ; // captcha.form['g-recaptcha-response'] = /* Obtain from your service */ reject ( new Error ( 'This is a dummy function.' ) ) ; } ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "An example handler with destructuring arguments [CODESPLIT] function alternative ( options , { captcha : { url , siteKey } } ) { // Here you do some magic with the siteKey provided by cloudscraper console . error ( 'The url is \"' + url + '\"' ) ; console . error ( 'The site key is \"' + siteKey + '\"' ) ; return Promise . reject ( new Error ( 'This is a dummy function' ) ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "This function is wrapped to ensure that we get new options on first call . The options object is reused in subsequent calls when calling it directly . [CODESPLIT] function performRequest ( options , isFirstRequest ) { // This should be the default export of either request or request-promise. const requester = options . requester ; // Note that request is always an instanceof ReadableStream, EventEmitter // If the requester is request-promise, it is also thenable. const request = requester ( options ) ; // We must define the host header ourselves to preserve case and order. if ( request . getHeader ( 'host' ) === HOST ) { request . setHeader ( 'host' , request . uri . host ) ; } // If the requester is not request-promise, ensure we get a callback. if ( typeof request . callback !== 'function' ) { throw new TypeError ( 'Expected a callback function, got ' + typeof ( request . callback ) + ' instead.' ) ; } // We only need the callback from the first request. // The other callbacks can be safely ignored. if ( isFirstRequest ) { // This should be a user supplied callback or request-promise's callback. // The callback is always wrapped/bound to the request instance. options . callback = request . callback ; } request . removeAllListeners ( 'error' ) . once ( 'error' , function ( error ) { onRequestResponse ( options , error ) ; } ) ; request . removeAllListeners ( 'complete' ) . once ( 'complete' , function ( response , body ) { onRequestResponse ( options , null , response , body ) ; } ) ; // Indicate that this is a cloudscraper request request . cloudscraper = true ; return request ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "The argument convention is options first where possible options always before response and body always after response . [CODESPLIT] function onRequestResponse ( options , error , response , body ) { const callback = options . callback ; // Encoding is null so body should be a buffer object if ( error || ! body || ! body . toString ) { // Pure request error (bad connection, wrong url, etc) return callback ( new RequestError ( error , options , response ) ) ; } response . responseStartTime = Date . now ( ) ; response . isCloudflare = / ^cloudflare / i . test ( '' + response . caseless . get ( 'server' ) ) ; response . isHTML = / text\\/html / i . test ( '' + response . caseless . get ( 'content-type' ) ) ; // If body isn't a buffer, this is a custom response body. if ( ! Buffer . isBuffer ( body ) ) { return callback ( null , response , body ) ; } // Decompress brotli compressed responses if ( / \\bbr\\b / i . test ( '' + response . caseless . get ( 'content-encoding' ) ) ) { if ( ! brotli . isAvailable ) { const cause = 'Received a Brotli compressed response. Please install brotli' ; return callback ( new RequestError ( cause , options , response ) ) ; } response . body = body = brotli . decompress ( body ) ; } if ( response . isCloudflare && response . isHTML ) { onCloudflareResponse ( options , response , body ) ; } else { onRequestComplete ( options , response , body ) ; } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Parses the reCAPTCHA form and hands control over to the user [CODESPLIT] function onCaptcha ( options , response , body ) { const callback = options . callback ; // UDF that has the responsibility of returning control back to cloudscraper const handler = options . onCaptcha ; // The form data to send back to Cloudflare const payload = { /* s, g-re-captcha-response */ } ; let cause ; let match ; match = body . match ( / ]*)? id=[\"']?challenge-form['\"]?(?: [^<>]*)?>([\\S\\s]*?)<\\/form> / ) ; if ( ! match ) { cause = 'Challenge form extraction failed' ; return callback ( new ParserError ( cause , options , response ) ) ; } // Defining response.challengeForm for debugging purposes const form = response . challengeForm = match [ 1 ] ; match = form . match ( / \\/recaptcha\\/api\\/fallback\\?k=([^\\s\"'<>]*) / ) ; if ( ! match ) { // The site key wasn't inside the form so search the entire document match = body . match ( / data-sitekey=[\"']?([^\\s\"'<>]*) / ) ; if ( ! match ) { cause = 'Unable to find the reCAPTCHA site key' ; return callback ( new ParserError ( cause , options , response ) ) ; } } // Everything that is needed to solve the reCAPTCHA response . captcha = { url : response . request . uri . href , siteKey : match [ 1 ] , form : payload } ; // Adding formData match = form . match ( / ]*)? name=[^<>]+> / g ) ; if ( ! match ) { cause = 'Challenge form is missing inputs' ; return callback ( new ParserError ( cause , options , response ) ) ; } const inputs = match ; // Only adding inputs that have both a name and value defined for ( let name , value , i = 0 ; i < inputs . length ; i ++ ) { name = inputs [ i ] . match ( / name=[\"']?([^\\s\"'<>]*) / ) ; if ( name ) { value = inputs [ i ] . match ( / value=[\"']?([^\\s\"'<>]*) / ) ; if ( value ) { payload [ name [ 1 ] ] = value [ 1 ] ; } } } // Sanity check if ( ! payload [ 's' ] ) { cause = 'Challenge form is missing secret input' ; return callback ( new ParserError ( cause , options , response ) ) ; } // The callback used to green light form submission const submit = function ( error ) { if ( error ) { // Pass an user defined error back to the original request call return callback ( new CaptchaError ( error , options , response ) ) ; } onSubmitCaptcha ( options , response , body ) ; } ; // This seems like an okay-ish API (fewer arguments to the handler) response . captcha . submit = submit ; // We're handing control over to the user now. const thenable = handler ( options , response , body ) ; // Handle the case where the user returns a promise if ( thenable && typeof thenable . then === 'function' ) { // eslint-disable-next-line promise/catch-or-return thenable . then ( submit , function ( error ) { if ( ! error ) { // The user broke their promise with a falsy error submit ( new Error ( 'Falsy error' ) ) ; } else { submit ( error ) ; } } ) ; } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "The callback used to green light form submission [CODESPLIT] function ( error ) { if ( error ) { // Pass an user defined error back to the original request call return callback ( new CaptchaError ( error , options , response ) ) ; } onSubmitCaptcha ( options , response , body ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "ts [CODESPLIT] function insertTs ( name ) { const tsIndexPath = path . resolve ( __dirname , '../src/index.ts' ) ; const tsIndexFile = fs . readFileSync ( tsIndexPath , { encoding : 'utf-8' } ) ; const moduleExports = tsIndexFile . trim ( ) . split ( '\\n' ) ; moduleExports . push ( ` ${ name } ` ) ; sortByModulePath ( moduleExports ) ; fs . writeFileSync ( tsIndexPath , ` ${ moduleExports . join ( '\\n' ) } \\n ` ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "style [CODESPLIT] function insertCss ( name ) { const cssIndexPath = path . resolve ( __dirname , '../assets/index.scss' ) ; const cssIndexFile = fs . readFileSync ( cssIndexPath , { encoding : 'utf-8' } ) ; const cssImportStr = ` ${ name } ` ; const cssIndexFileArr = cssIndexFile . trim ( ) . split ( '\\n' ) ; cssIndexFileArr . push ( cssImportStr ) ; // Make sure base comes first const base = cssIndexFileArr . splice ( 0 , 1 ) ; sortByModulePath ( cssIndexFileArr ) ; cssIndexFileArr . unshift ( base ) ; fs . writeFileSync ( cssIndexPath , ` ${ cssIndexFileArr . join ( '\\n' ) } \\n ` ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "创建组件文件夹以及js / css文件 [CODESPLIT] function addFiles ( name ) { const packagesDir = path . resolve ( __dirname , '../src' ) ; const assetsDir = path . resolve ( __dirname , '../assets' ) ; const componentDir = ` ${ packagesDir } ${ name } ` ; const upperComponentName = getComponentName ( name ) ; console . log ( ` up perComponentName}` ) ; if ( ! fs . existsSync ( componentDir ) ) { fs . mkdirSync ( componentDir ) ; } else { console . log ( ` ${ upperComponentName } ` ) ; process . exit ( 2 ) ; } fs . writeFileSync ( ` ${ componentDir } ` , ` ${ upperComponentName } ${ upperComponentName } \\n \\n ${ upperComponentName } \\n ` ) ; fs . writeFileSync ( ` ${ componentDir } ` , ` ${ upperComponentName } ${ name } ${ upperComponentName } ${ upperComponentName } ` ) ; fs . writeFileSync ( ` ${ componentDir } ` , ` ${ upperComponentName } ${ name } ${ upperComponentName } om ponentName} 组件。 ` ) ; fs . writeFileSync ( ` ${ componentDir } ${ upperComponentName } ` , '' ) ; fs . writeFileSync ( ` ${ assetsDir } ${ name } ` , '' ) ; addFilesToIndex ( name ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "为src目录下的所有子目录创建alias [CODESPLIT] function createMapper ( ) { var packagesDir = path . resolve ( __dirname , '../src' ) ; var packages = fs . readdirSync ( packagesDir ) ; return packages . filter ( p => fs . statSync ( path . join ( packagesDir , p ) ) . isDirectory ( ) ) . reduce ( ( alias , p ) => { alias [ ` ${ p } ` ] = ` ${ p } ` ; alias [ ` ${ p } ` ] = ` ${ p } ` ; return alias ; } , { } ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Disable Google Maps scrolling See http : // stackoverflow . com / a / 25904582 / 1607849 Disable scroll zooming and bind back the click event [CODESPLIT] function ( event ) { var that = $ ( this ) ; that . on ( 'click' , onMapClickHandler ) ; that . off ( 'mouseleave' , onMapMouseleaveHandler ) ; that . find ( 'iframe' ) . css ( \"pointer-events\" , \"none\" ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "The Following function will make the . sidebar - opener clickable and it will open / close the sidebar on the documentations [CODESPLIT] function toggleDocumentationSidebar ( ) { const sidebarNav = document . querySelector ( 'nav.sidebar' ) ; const trigger = document . querySelector ( '.sidebar-opener' ) ; function init ( ) { const bodySize = document . body . clientWidth ; if ( bodySize <= 960 && sidebarNav ) { trigger . addEventListener ( 'click' , ( ) => { sidebarNav . classList . toggle ( 'Showed' ) ; trigger . classList . toggle ( 'Showed' ) ; } ) ; } } init ( ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Metalsmith plugin to include static assets . [CODESPLIT] function assets ( userOptions = { } ) { const options = { ... defaults , ... userOptions , } ; return ( files , metalsmith , cb ) => { const src = metalsmith . path ( options . source ) ; const dest = options . destination ; // copied almost line for line from https://github.com/segmentio/metalsmith/blob/master/lib/index.js readdir ( src , ( readDirError , arr ) => { if ( readDirError ) { cb ( readDirError ) ; return ; } each ( arr , read , err => cb ( err , files ) ) ; } ) ; function read ( file , done ) { const name = path . join ( dest , path . relative ( src , file ) ) ; fs . stat ( file , ( statError , stats ) => { if ( statError ) { done ( statError ) ; return ; } fs . readFile ( file , ( err , buffer ) => { if ( err ) { done ( err ) ; return ; } const newFile = { } ; newFile . contents = buffer ; newFile . stats = stats ; newFile . mode = mode ( stats ) . toOctal ( ) ; files [ name ] = newFile ; done ( ) ; } ) ; } ) ; } } ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Defines the limits where to start or stop the stickiness [CODESPLIT] function getStartStopBoundaries ( parent , sidebar , topOffset ) { const bbox = parent . getBoundingClientRect ( ) ; const sidebarBbox = sidebar . getBoundingClientRect ( ) ; const bodyBbox = document . body . getBoundingClientRect ( ) ; const containerAbsoluteTop = bbox . top - bodyBbox . top ; const sidebarAbsoluteTop = sidebarBbox . top - bodyBbox . top ; const marginTop = sidebarAbsoluteTop - containerAbsoluteTop ; const start = containerAbsoluteTop - topOffset ; const stop = bbox . height + containerAbsoluteTop - sidebarBbox . height - marginTop - topOffset ; return { start , stop , } ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Install an around function ; AOP . [CODESPLIT] function around ( obj , method , fn ) { var old = obj [ method ] obj [ method ] = function ( ) { var args = new Array ( arguments . length ) for ( var i = 0 ; i < args . length ; i ++ ) args [ i ] = arguments [ i ] return fn . call ( this , old , args ) } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Install a before function ; AOP . [CODESPLIT] function before ( obj , method , fn ) { var old = obj [ method ] obj [ method ] = function ( ) { fn . call ( this ) old . apply ( this , arguments ) } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Prompt for confirmation on STDOUT / STDIN [CODESPLIT] function confirm ( msg , callback ) { var rl = readline . createInterface ( { input : process . stdin , output : process . stdout } ) rl . question ( msg , function ( input ) { rl . close ( ) callback ( / ^y|yes|ok|true$ / i . test ( input ) ) } ) }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Copy file from template directory . [CODESPLIT] function copyTemplate ( from , to ) { write ( to , fs . readFileSync ( path . join ( TEMPLATE_DIR , from ) , 'utf-8' ) ) }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Copy multiple files from template directory . [CODESPLIT] function copyTemplateMulti ( fromDir , toDir , nameGlob ) { fs . readdirSync ( path . join ( TEMPLATE_DIR , fromDir ) ) . filter ( minimatch . filter ( nameGlob , { matchBase : true } ) ) . forEach ( function ( name ) { copyTemplate ( path . join ( fromDir , name ) , path . join ( toDir , name ) ) } ) }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Create application at the given directory . [CODESPLIT] function createApplication ( name , dir ) { console . log ( ) // Package var pkg = { name : name , version : '0.0.0' , private : true , scripts : { start : 'node ./bin/www' } , dependencies : { 'debug' : '~2.6.9' , 'express' : '~4.16.1' } } // JavaScript var app = loadTemplate ( 'js/app.js' ) var www = loadTemplate ( 'js/www' ) // App name www . locals . name = name // App modules app . locals . localModules = Object . create ( null ) app . locals . modules = Object . create ( null ) app . locals . mounts = [ ] app . locals . uses = [ ] // Request logger app . locals . modules . logger = 'morgan' app . locals . uses . push ( \"logger('dev')\" ) pkg . dependencies . morgan = '~1.9.1' // Body parsers app . locals . uses . push ( 'express.json()' ) app . locals . uses . push ( 'express.urlencoded({ extended: false })' ) // Cookie parser app . locals . modules . cookieParser = 'cookie-parser' app . locals . uses . push ( 'cookieParser()' ) pkg . dependencies [ 'cookie-parser' ] = '~1.4.4' if ( dir !== '.' ) { mkdir ( dir , '.' ) } mkdir ( dir , 'public' ) mkdir ( dir , 'public/javascripts' ) mkdir ( dir , 'public/images' ) mkdir ( dir , 'public/stylesheets' ) // copy css templates switch ( program . css ) { case 'less' : copyTemplateMulti ( 'css' , dir + '/public/stylesheets' , '*.less' ) break case 'stylus' : copyTemplateMulti ( 'css' , dir + '/public/stylesheets' , '*.styl' ) break case 'compass' : copyTemplateMulti ( 'css' , dir + '/public/stylesheets' , '*.scss' ) break case 'sass' : copyTemplateMulti ( 'css' , dir + '/public/stylesheets' , '*.sass' ) break default : copyTemplateMulti ( 'css' , dir + '/public/stylesheets' , '*.css' ) break } // copy route templates mkdir ( dir , 'routes' ) copyTemplateMulti ( 'js/routes' , dir + '/routes' , '*.js' ) if ( program . view ) { // Copy view templates mkdir ( dir , 'views' ) pkg . dependencies [ 'http-errors' ] = '~1.6.3' switch ( program . view ) { case 'dust' : copyTemplateMulti ( 'views' , dir + '/views' , '*.dust' ) break case 'ejs' : copyTemplateMulti ( 'views' , dir + '/views' , '*.ejs' ) break case 'hbs' : copyTemplateMulti ( 'views' , dir + '/views' , '*.hbs' ) break case 'hjs' : copyTemplateMulti ( 'views' , dir + '/views' , '*.hjs' ) break case 'jade' : copyTemplateMulti ( 'views' , dir + '/views' , '*.jade' ) break case 'pug' : copyTemplateMulti ( 'views' , dir + '/views' , '*.pug' ) break case 'twig' : copyTemplateMulti ( 'views' , dir + '/views' , '*.twig' ) break case 'vash' : copyTemplateMulti ( 'views' , dir + '/views' , '*.vash' ) break } } else { // Copy extra public files copyTemplate ( 'js/index.html' , path . join ( dir , 'public/index.html' ) ) } // CSS Engine support switch ( program . css ) { case 'compass' : app . locals . modules . compass = 'node-compass' app . locals . uses . push ( \"compass({ mode: 'expanded' })\" ) pkg . dependencies [ 'node-compass' ] = '0.2.3' break case 'less' : app . locals . modules . lessMiddleware = 'less-middleware' app . locals . uses . push ( \"lessMiddleware(path.join(__dirname, 'public'))\" ) pkg . dependencies [ 'less-middleware' ] = '~2.2.1' break case 'sass' : app . locals . modules . sassMiddleware = 'node-sass-middleware' app . locals . uses . push ( \"sassMiddleware({\\n src: path.join(__dirname, 'public'),\\n dest: path.join(__dirname, 'public'),\\n indentedSyntax: true, // true = .sass and false = .scss\\n sourceMap: true\\n})\" ) pkg . dependencies [ 'node-sass-middleware' ] = '0.11.0' break case 'stylus' : app . locals . modules . stylus = 'stylus' app . locals . uses . push ( \"stylus.middleware(path.join(__dirname, 'public'))\" ) pkg . dependencies [ 'stylus' ] = '0.54.5' break } // Index router mount app . locals . localModules . indexRouter = './routes/index' app . locals . mounts . push ( { path : '/' , code : 'indexRouter' } ) // User router mount app . locals . localModules . usersRouter = './routes/users' app . locals . mounts . push ( { path : '/users' , code : 'usersRouter' } ) // Template support switch ( program . view ) { case 'dust' : app . locals . modules . adaro = 'adaro' app . locals . view = { engine : 'dust' , render : 'adaro.dust()' } pkg . dependencies . adaro = '~1.0.4' break case 'ejs' : app . locals . view = { engine : 'ejs' } pkg . dependencies . ejs = '~2.6.1' break case 'hbs' : app . locals . view = { engine : 'hbs' } pkg . dependencies . hbs = '~4.0.4' break case 'hjs' : app . locals . view = { engine : 'hjs' } pkg . dependencies . hjs = '~0.0.6' break case 'jade' : app . locals . view = { engine : 'jade' } pkg . dependencies . jade = '~1.11.0' break case 'pug' : app . locals . view = { engine : 'pug' } pkg . dependencies . pug = '2.0.0-beta11' break case 'twig' : app . locals . view = { engine : 'twig' } pkg . dependencies . twig = '~0.10.3' break case 'vash' : app . locals . view = { engine : 'vash' } pkg . dependencies . vash = '~0.12.6' break default : app . locals . view = false break } // Static files app . locals . uses . push ( \"express.static(path.join(__dirname, 'public'))\" ) if ( program . git ) { copyTemplate ( 'js/gitignore' , path . join ( dir , '.gitignore' ) ) } // sort dependencies like npm(1) pkg . dependencies = sortedObject ( pkg . dependencies ) // write files write ( path . join ( dir , 'app.js' ) , app . render ( ) ) write ( path . join ( dir , 'package.json' ) , JSON . stringify ( pkg , null , 2 ) + '\\n' ) mkdir ( dir , 'bin' ) write ( path . join ( dir , 'bin/www' ) , www . render ( ) , MODE_0755 ) var prompt = launchedFromCmd ( ) ? '>' : '$' if ( dir !== '.' ) { console . log ( ) console . log ( ' change directory:' ) console . log ( ' %s cd %s' , prompt , dir ) } console . log ( ) console . log ( ' install dependencies:' ) console . log ( ' %s npm install' , prompt ) console . log ( ) console . log ( ' run the app:' ) if ( launchedFromCmd ( ) ) { console . log ( ' %s SET DEBUG=%s:* & npm start' , prompt , name ) } else { console . log ( ' %s DEBUG=%s:* npm start' , prompt , name ) } console . log ( ) }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Create an app name from a directory path fitting npm naming requirements . [CODESPLIT] function createAppName ( pathName ) { return path . basename ( pathName ) . replace ( / [^A-Za-z0-9.-]+ / g , '-' ) . replace ( / ^[-_.]+|-+$ / g , '' ) . toLowerCase ( ) }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Check if the given directory dir is empty . [CODESPLIT] function emptyDirectory ( dir , fn ) { fs . readdir ( dir , function ( err , files ) { if ( err && err . code !== 'ENOENT' ) throw err fn ( ! files || ! files . length ) } ) }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Graceful exit for async STDIO [CODESPLIT] function exit ( code ) { // flush output for Node.js Windows pipe bug // https://github.com/joyent/node/issues/6247 is just one bug example // https://github.com/visionmedia/mocha/issues/333 has a good discussion function done ( ) { if ( ! ( draining -- ) ) _exit ( code ) } var draining = 0 var streams = [ process . stdout , process . stderr ] exit . exited = true streams . forEach ( function ( stream ) { // submit empty write request and wait for completion draining += 1 stream . write ( '' , done ) } ) done ( ) }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Load template file . [CODESPLIT] function loadTemplate ( name ) { var contents = fs . readFileSync ( path . join ( __dirname , '..' , 'templates' , ( name + '.ejs' ) ) , 'utf-8' ) var locals = Object . create ( null ) function render ( ) { return ejs . render ( contents , locals , { escape : util . inspect } ) } return { locals : locals , render : render } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Main program . [CODESPLIT] function main ( ) { // Path var destinationPath = program . args . shift ( ) || '.' // App name var appName = createAppName ( path . resolve ( destinationPath ) ) || 'hello-world' // View engine if ( program . view === true ) { if ( program . ejs ) program . view = 'ejs' if ( program . hbs ) program . view = 'hbs' if ( program . hogan ) program . view = 'hjs' if ( program . pug ) program . view = 'pug' } // Default view engine if ( program . view === true ) { warning ( 'the default view engine will not be jade in future releases\\n' + \"use `--view=jade' or `--help' for additional options\" ) program . view = 'jade' } // Generate application emptyDirectory ( destinationPath , function ( empty ) { if ( empty || program . force ) { createApplication ( appName , destinationPath ) } else { confirm ( 'destination is not empty, continue? [y/N] ' , function ( ok ) { if ( ok ) { process . stdin . destroy ( ) createApplication ( appName , destinationPath ) } else { console . error ( 'aborting' ) exit ( 1 ) } } ) } } ) }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Make the given dir relative to base . [CODESPLIT] function mkdir ( base , dir ) { var loc = path . join ( base , dir ) console . log ( ' \\x1b[36mcreate\\x1b[0m : ' + loc + path . sep ) mkdirp . sync ( loc , MODE_0755 ) }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Generate a callback function for commander to warn about renamed option . [CODESPLIT] function renamedOption ( originalName , newName ) { return function ( val ) { warning ( util . format ( \"option `%s' has been renamed to `%s'\" , originalName , newName ) ) return val } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Display a warning similar to how errors are displayed by commander . [CODESPLIT] function warning ( message ) { console . error ( ) message . split ( '\\n' ) . forEach ( function ( line ) { console . error ( ' warning: %s' , line ) } ) console . error ( ) }", "target": 1, "target_options": ["no_match", "match"]} {"input": "echo str > file . [CODESPLIT] function write ( file , str , mode ) { fs . writeFileSync ( file , str , { mode : mode || MODE_0666 } ) console . log ( ' \\x1b[36mcreate\\x1b[0m : ' + file ) }", "target": 1, "target_options": ["no_match", "match"]} {"input": "/ * Algo to calculate position 1 . center position for popup content : the center of the trigger will be the center of the content content so the popup content position will be like this : top = > the y of the center for the trigger element : trigger . top + trigger . height / 2 left = > the x of the center for the trigger element : trigger . left + trigger . width / 2 [CODESPLIT] function getCoordinatesForPosition ( triggerBounding , ContentBounding , position , arrow , _ref ) { var offsetX = _ref . offsetX , offsetY = _ref . offsetY ; var margin = arrow ? 8 : 0 ; var args = position . split ( \" \" ) ; // the step N 1 : center the popup content => ok var CenterTop = triggerBounding . top + triggerBounding . height / 2 ; var CenterLeft = triggerBounding . left + triggerBounding . width / 2 ; var height = ContentBounding . height , width = ContentBounding . width ; var top = CenterTop - height / 2 ; var left = CenterLeft - width / 2 ; var transform = \"\" ; var arrowTop = \"0%\" ; var arrowLeft = \"0%\" ; // the step N 2 : => ok switch ( args [ 0 ] ) { case \"top\" : top -= height / 2 + triggerBounding . height / 2 + margin ; transform = \"rotate(45deg)\" ; arrowTop = \"100%\" ; arrowLeft = \"50%\" ; break ; case \"bottom\" : top += height / 2 + triggerBounding . height / 2 + margin ; transform = \"rotate(225deg)\" ; arrowLeft = \"50%\" ; break ; case \"left\" : left -= width / 2 + triggerBounding . width / 2 + margin ; transform = \" rotate(-45deg)\" ; arrowLeft = \"100%\" ; arrowTop = \"50%\" ; break ; case \"right\" : left += width / 2 + triggerBounding . width / 2 + margin ; transform = \"rotate(135deg)\" ; arrowTop = \"50%\" ; break ; } switch ( args [ 1 ] ) { case \"top\" : top = triggerBounding . top ; arrowTop = triggerBounding . height / 2 + \"px\" ; break ; case \"bottom\" : top = triggerBounding . top - height + triggerBounding . height ; arrowTop = height - triggerBounding . height / 2 + \"px\" ; break ; case \"left\" : left = triggerBounding . left ; arrowLeft = triggerBounding . width / 2 + \"px\" ; break ; case \"right\" : left = triggerBounding . left - width + triggerBounding . width ; arrowLeft = width - triggerBounding . width / 2 + \"px\" ; break ; } top = args [ 0 ] === \"top\" ? top - offsetY : top + offsetY ; left = args [ 0 ] === \"left\" ? left - offsetX : left + offsetX ; return { top : top , left : left , transform : transform , arrowLeft : arrowLeft , arrowTop : arrowTop } ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "It can deals with these 6 cases : which are threated in the same order shape is 0 dim and it s a string interpret as color shape is 1 dim items are strings seperate color for each item shape is 2 dim items are strings sequence of the above shape is 1 dim items are floats it should be of length 3 - > rgb values shape is 2 dim items are float it should be of shape ( len ( x ) 3 ) - > rgb values shape is 3 dim items are float it should be ( sequence_length len ( x ) 3 ) - > rgb values [CODESPLIT] function string_array_to_rgb ( string_array ) { var rgbs = new Float32Array ( string_array . length * 3 ) ; for ( var i = 0 ; i < string_array . length ; i ++ ) { var color = new THREE . Color ( string_array [ i ] ) ; rgbs [ i * 3 + 0 ] = color . r ; rgbs [ i * 3 + 1 ] = color . g ; rgbs [ i * 3 + 2 ] = color . b ; } return rgbs ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "similar to _ . bind except it puts this as first argument to f followed be other arguments and make context f s this [CODESPLIT] function bind_d3 ( f , context ) { return function ( ) { var args = [ this ] . concat ( [ ] . slice . call ( arguments ) ) // convert argument to array f . apply ( context , args ) } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "The default export is an alias of render () . [CODESPLIT] function renderToString ( vnode , context , opts , inner , isSvgMode , selectValue ) { if ( vnode == null || typeof vnode === 'boolean' ) { return '' ; } let nodeName = vnode . type , props = vnode . props , isComponent = false ; context = context || { } ; opts = opts || { } ; let pretty = ENABLE_PRETTY && opts . pretty , indentChar = pretty && typeof pretty === 'string' ? pretty : '\\t' ; // #text nodes if ( typeof vnode !== 'object' && ! nodeName ) { return encodeEntities ( vnode ) ; } // components if ( typeof nodeName === 'function' ) { isComponent = true ; if ( opts . shallow && ( inner || opts . renderRootComponent === false ) ) { nodeName = getComponentName ( nodeName ) ; } else if ( nodeName === Fragment ) { let rendered = '' ; let children = [ ] ; getChildren ( children , vnode . props . children ) ; for ( let i = 0 ; i < children . length ; i ++ ) { rendered += renderToString ( children [ i ] , context , opts , opts . shallowHighOrder !== false , isSvgMode , selectValue ) ; } return rendered ; } else { let rendered ; let c = vnode . __c = { __v : vnode , context , props : vnode . props } ; if ( options . render ) options . render ( vnode ) ; if ( ! nodeName . prototype || typeof nodeName . prototype . render !== 'function' ) { // Necessary for createContext api. Setting this property will pass // the context value as `this.context` just for this component. let cxType = nodeName . contextType ; let provider = cxType && context [ cxType . __c ] ; let cctx = cxType != null ? ( provider ? provider . props . value : cxType . _defaultValue ) : context ; // stateless functional components rendered = nodeName . call ( vnode . __c , props , cctx ) ; } else { // class-based components // c = new nodeName(props, context); c = vnode . __c = new nodeName ( props , context ) ; c . __v = vnode ; // turn off stateful re-rendering: c . _dirty = c . __d = true ; c . props = props ; c . context = context ; if ( nodeName . getDerivedStateFromProps ) c . state = assign ( assign ( { } , c . state ) , nodeName . getDerivedStateFromProps ( c . props , c . state ) ) ; else if ( c . componentWillMount ) c . componentWillMount ( ) ; rendered = c . render ( c . props , c . state , c . context ) ; } if ( c . getChildContext ) { context = assign ( assign ( { } , context ) , c . getChildContext ( ) ) ; } return renderToString ( rendered , context , opts , opts . shallowHighOrder !== false , isSvgMode , selectValue ) ; } } // render JSX to HTML let s = '' , html ; if ( props ) { let attrs = Object . keys ( props ) ; // allow sorting lexicographically for more determinism (useful for tests, such as via preact-jsx-chai) if ( opts && opts . sortAttributes === true ) attrs . sort ( ) ; for ( let i = 0 ; i < attrs . length ; i ++ ) { let name = attrs [ i ] , v = props [ name ] ; if ( name === 'children' ) continue ; if ( name . match ( / [\\s\\n\\\\/='\"\\0<>] / ) ) continue ; if ( ! ( opts && opts . allAttributes ) && ( name === 'key' || name === 'ref' ) ) continue ; if ( name === 'className' ) { if ( props . class ) continue ; name = 'class' ; } else if ( isSvgMode && name . match ( / ^xlink:?. / ) ) { name = name . toLowerCase ( ) . replace ( / ^xlink:? / , 'xlink:' ) ; } if ( name === 'style' && v && typeof v === 'object' ) { v = styleObjToCss ( v ) ; } let hooked = opts . attributeHook && opts . attributeHook ( name , v , context , opts , isComponent ) ; if ( hooked || hooked === '' ) { s += hooked ; continue ; } if ( name === 'dangerouslySetInnerHTML' ) { html = v && v . __html ; } else if ( ( v || v === 0 || v === '' ) && typeof v !== 'function' ) { if ( v === true || v === '' ) { v = name ; // in non-xml mode, allow boolean attributes if ( ! opts || ! opts . xml ) { s += ' ' + name ; continue ; } } if ( name === 'value' ) { if ( nodeName === 'select' ) { selectValue = v ; continue ; } else if ( nodeName === 'option' && selectValue == v ) { s += ` ` ; } } s += ` ${ name } ${ encodeEntities ( v ) } ` ; } } } // account for >1 multiline attribute if ( pretty ) { let sub = s . replace ( / ^\\n\\s* / , ' ' ) ; if ( sub !== s && ! ~ sub . indexOf ( '\\n' ) ) s = sub ; else if ( pretty && ~ s . indexOf ( '\\n' ) ) s += '\\n' ; } s = ` ${ nodeName } ${ s } ` ; if ( String ( nodeName ) . match ( / [\\s\\n\\\\/='\"\\0<>] / ) ) throw s ; let isVoid = String ( nodeName ) . match ( VOID_ELEMENTS ) ; if ( isVoid ) s = s . replace ( / >$ / , ' />' ) ; let pieces = [ ] ; let children ; if ( html ) { // if multiline, indent. if ( pretty && isLargeString ( html ) ) { html = '\\n' + indentChar + indent ( html , indentChar ) ; } s += html ; } else if ( props && getChildren ( children = [ ] , props . children ) . length ) { let hasLarge = pretty && ~ s . indexOf ( '\\n' ) ; for ( let i = 0 ; i < children . length ; i ++ ) { let child = children [ i ] ; if ( child != null && child !== false ) { let childSvgMode = nodeName === 'svg' ? true : nodeName === 'foreignObject' ? false : isSvgMode , ret = renderToString ( child , context , opts , true , childSvgMode , selectValue ) ; if ( pretty && ! hasLarge && isLargeString ( ret ) ) hasLarge = true ; if ( ret ) pieces . push ( ret ) ; } } if ( pretty && hasLarge ) { for ( let i = pieces . length ; i -- ; ) { pieces [ i ] = '\\n' + indentChar + indent ( pieces [ i ] , indentChar ) ; } } } if ( pieces . length ) { s += pieces . join ( '' ) ; } else if ( opts && opts . xml ) { return s . substring ( 0 , s . length - 1 ) + ' />' ; } if ( ! isVoid ) { if ( pretty && ~ s . indexOf ( '\\n' ) ) s += '\\n' ; s += ` ${ nodeName } ` ; } return s ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Starts development server [CODESPLIT] async function start ( opts : * ) { const isTaken = await isPortTaken ( opts . port ) ; if ( isTaken ) { if ( ! opts . no_interactive ) { const { userChoice } = await inquirer . prompt ( { type : 'list' , name : 'userChoice' , message : ` ${ opts . port } ` , choices : [ ` ${ opts . port } ` , 'Quit' , ] , } ) ; if ( userChoice === 'Quit' ) { process . exit ( ) ; } try { await killProcess ( opts . port ) ; } catch ( e ) { logger . error ( ` \\n ${ e . message } ` ) ; process . exit ( 1 ) ; } logger . info ( ` ` ) ; } else { logger . error ( ` ${ opts . port } ` ) ; process . exit ( 1 ) ; } } const directory = process . cwd ( ) ; const configPath = getWebpackConfigPath ( directory , opts . config ) ; let assetsDest ; if ( opts . assetsDest ) { assetsDest = path . isAbsolute ( opts . assetsDest ) ? opts . assetsDest : path . join ( directory , opts . assetsDest ) ; } else { assetsDest = fs . mkdtempSync ( path . join ( os . tmpdir ( ) , 'haul-start-' ) ) ; } const configOptions = { root : directory , assetsDest , dev : opts . dev , minify : opts . minify , port : opts . port , eager : opts . eager , disableHotReloading : ! opts . hotReloading , } ; createServer ( { configPath , configOptions , } ) . listen ( opts . port ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "/ * Check if the port is already in use [CODESPLIT] function isPortTaken ( port : number ) : Promise < boolean > { return new Promise ( resolve => { const portTester = net . createServer ( ) . once ( 'error' , ( ) => { return resolve ( true ) ; } ) . once ( 'listening' , ( ) => { portTester . close ( ) ; resolve ( false ) ; } ) . listen ( port ) ; } ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Bundles your application code [CODESPLIT] async function bundle ( opts : * ) { const directory = process . cwd ( ) ; const configPath = getWebpackConfigPath ( directory , opts . config ) ; const config = getConfig ( configPath , { root : directory , dev : opts . dev , minify : opts . minify , bundle : true , } , opts . platform , logger ) ; if ( opts . assetsDest ) { config . output . path = path . isAbsolute ( opts . assetsDest ) ? opts . assetsDest : path . join ( directory , opts . assetsDest ) ; } if ( opts . bundleOutput ) { config . output . filename = path . isAbsolute ( opts . bundleOutput ) ? path . relative ( config . output . path , opts . bundleOutput ) : path . relative ( config . output . path , path . join ( directory , opts . bundleOutput ) ) ; } logger . info ( ` ${ config . output . path } ` ) ; logger . info ( ` ${ config . output . filename } ` ) ; logger . info ( ` ${ path . resolve ( config . output . filename ) } ` ) ; // attach progress plugin if ( opts . progress !== 'none' ) { config . plugins = config . plugins . concat ( [ new SimpleProgressWebpackPlugin ( { format : opts . progress , } ) , ] ) ; } const compiler = webpack ( config ) ; logger . info ( messages . initialBundleInformation ( { entry : config . entry , dev : opts . dev , } ) ) ; const stats = await new Promise ( ( resolve , reject ) => compiler . run ( ( err , info ) => { if ( err || info . hasErrors ( ) ) { reject ( new MessageError ( messages . bundleFailed ( { errors : err ? [ err . message ] : info . toJson ( { errorDetails : true } ) . errors , } ) ) ) ; } else if ( info . hasWarnings ( ) ) { logger . warn ( info . toJson ( ) . warnings ) ; resolve ( info ) ; } else { resolve ( info ) ; } } ) ) ; clear ( ) ; logger . done ( messages . bundleBuilt ( { stats , platform : opts . platform , assetsPath : config . output . path , bundlePath : config . output . filename , } ) ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Allow config file to override the list of availiable platforms [CODESPLIT] function adjustOptions ( options ) { const directory = process . cwd ( ) ; const configPath = getWebpackConfigPath ( directory , options . config ) ; const haulOptions = getHaulConfig ( configPath , logger ) ; if ( haulOptions . platforms ) { const platformOption = command . options && command . options . find ( _ => _ . name === 'platform' ) ; if ( platformOption ) { platformOption . choices = [ ] ; for ( const platformName in haulOptions . platforms ) { if ( Object . prototype . hasOwnProperty . call ( haulOptions . platforms , platformName ) ) { if ( platformOption . choices ) { platformOption . choices . push ( { value : platformName , description : ` ${ haulOptions . platforms [ platformName ] } ` , } ) ; } } } } } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "eslint - disable - line camelcase [CODESPLIT] function exec ( args : string ) : Promise < void > { return new Promise ( ( resolve , reject ) => { child_process . exec ( args , ( err , stdout , stderr ) => { if ( err ) { reject ( new Error ( stderr ) ) ; } else { resolve ( ) ; } } ) ; } ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "/ * Create label based on passed platform We use labelOptions to customize know platforms If platform is not know returns default styles [CODESPLIT] function createLabel ( platform : string ) { if ( labelOptions [ platform ] ) { const { color , label } = labelOptions [ platform ] ; return ` ${ chalk . bold [ color ] ( label ) } ` . padEnd ( 30 ) ; } return ` ${ chalk . bold . magenta ( platform ) } ` . padEnd ( 30 ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "/ * Create progress bar itself [CODESPLIT] function createBarFormat ( platform : string ) { const label = createLabel ( platform ) ; const leftBar = chalk . bold ( '[' ) ; const rightBar = chalk . bold ( ']' ) ; const percent = chalk . bold . blue ( ':percent' ) ; return ` ${ label } ${ leftBar } ${ rightBar } ${ percent } ` ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Copyright 2017 - present Callstack . All rights reserved . [CODESPLIT] function cleanPathMiddleware ( req , res , next ) { req . cleanPath = req . path . replace ( / \\/$ / , '' ) ; next ( ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Packager - like Server running on top of Webpack [CODESPLIT] function createServer ( config : { configPath : ? string , configOptions : Object } ) { const appHandler = express ( ) ; appHandler . disable ( 'etag' ) ; const { configPath , configOptions } = config ; const compiler = new Compiler ( { configPath , configOptions , } ) ; const loggerMiddleware = initUI ( compiler , configOptions ) ; process . on ( 'uncaughtException' , err => { compiler . terminate ( ) ; throw err ; } ) ; process . on ( 'SIGINT' , ( ) => { compiler . terminate ( ) ; process . exit ( 0 ) ; } ) ; process . on ( 'SIGTERM' , ( ) => { compiler . terminate ( ) ; process . exit ( 2 ) ; } ) ; const compilerMiddleware = createCompilerMiddleware ( compiler , { configPath , configOptions , } ) ; const httpServer = http . createServer ( appHandler ) ; const webSocketServer = new WebSocketServer ( { server : httpServer } ) ; const debuggerProxy = new WebSocketDebuggerProxy ( webSocketProxy ( webSocketServer , '/debugger-proxy' ) ) ; if ( ! configOptions . disableHotReloading ) { hotMiddleware ( compiler , { nativeProxy : webSocketProxy ( webSocketServer , '/hot' ) , haulProxy : webSocketProxy ( webSocketServer , '/haul-hmr' ) , } ) ; } // Middlewares appHandler . use ( express . static ( path . join ( __dirname , '/assets/public' ) ) ) . use ( rawBodyMiddleware ) . use ( cleanPathMiddleware ) . use ( devToolsMiddleware ( debuggerProxy ) ) . use ( liveReloadMiddleware ( compiler ) ) . use ( statusPageMiddleware ) . use ( symbolicateMiddleware ( compiler , { configPath , configOptions , } ) ) . use ( openInEditorMiddleware ( ) ) . use ( '/systrace' , systraceMiddleware ) . use ( loggerMiddleware ) . use ( compilerMiddleware ) . use ( missingBundleMiddleware ) ; if ( configOptions . eager ) { if ( ! Array . isArray ( configOptions . eager ) && typeof configOptions . eager === 'boolean' ) { // implicitly true... // TODO: Eager loading for all platforms configOptions . eager = [ 'android' , 'ios' /* , ... potentially more? */ ] ; } configOptions . eager . forEach ( platform => { compiler . emit ( Compiler . Events . REQUEST_BUNDLE , { filename : ` ${ platform } ` , // XXX: maybe the entry bundle is arbitary platform , callback ( ) { } , } ) ; } ) ; } return httpServer ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Devtools middleware compatible with default React Native implementation [CODESPLIT] function devToolsMiddleware ( debuggerProxy ) { return ( req , res , next ) => { switch ( req . cleanPath ) { /**\n * Request for the debugger frontend\n */ case '/debugger-ui/' : case '/debugger-ui' : { const readStream = fs . createReadStream ( path . join ( __dirname , '../assets/debugger.html' ) ) ; res . writeHead ( 200 , { 'Content-Type' : 'text/html' } ) ; readStream . pipe ( res ) ; break ; } /**\n * Request for the debugger worker\n */ case '/debugger-ui/debuggerWorker.js' : case '/debuggerWorker.js' : { const readStream = fs . createReadStream ( path . join ( __dirname , '../assets/debuggerWorker.js' ) ) ; res . writeHead ( 200 , { 'Content-Type' : 'application/javascript' } ) ; readStream . pipe ( res ) ; break ; } /**\n * Request for (maybe) launching devtools\n */ case '/launch-js-devtools' : { if ( ! debuggerProxy . isDebuggerConnected ( ) ) { launchBrowser ( ` ${ req . socket . localPort } ` ) ; } res . end ( 'OK' ) ; break ; } default : next ( ) ; } } ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "eslint - disable - line import / no - unresolved [CODESPLIT] function normalizeOptions ( { path , quiet , overlay , reload , name } ) { const shouldLog = ! quiet ; const options = { path , overlay : true , reload : false , name : '' , logger : { shouldLog , log ( ... args ) { if ( shouldLog ) { console . log ( ... args ) ; } } , warn ( ... args ) { if ( shouldLog ) { console . warn ( ... args ) ; } } , error ( ... args ) { if ( shouldLog ) { console . error ( ... args ) ; } } , } , } ; if ( overlay ) { options . overlay = overlay !== 'false' ; } if ( reload ) { options . reload = reload !== 'false' ; } if ( name ) { options . name = name ; } return options ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Creates a SourceMapConsumer so we can query it . [CODESPLIT] async function createSourceMapConsumer ( compiler : Compiler , url : string ) { const response = await fetch ( url ) ; const sourceMap = await response . text ( ) ; // we stop here if we couldn't find that map if ( ! sourceMap ) { logger . warn ( messages . sourceMapFileNotFound ( ) ) ; return null ; } // feed the raw source map into our consumer try { return new SourceMapConsumer ( sourceMap ) ; } catch ( err ) { logger . error ( messages . sourceMapInvalidFormat ( ) ) ; return null ; } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Copyright 2017 - present Callstack . All rights reserved . [CODESPLIT] function fixRequireIssue ( ) { return { visitor : { AssignmentExpression ( path ) { if ( path . node . operator === '=' ) { const { left } = path . node ; if ( left . type !== 'MemberExpression' ) { return ; } const { object } = left ; if ( // require.xxx ( object . type === 'Identifier' && object . name === 'require' ) || // (require: any).xxx ( object . type === 'TypeCastExpression' && object . expression . name === 'require' ) ) { path . remove ( ) ; } } } , } , } ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "/ * eslint - disable no - bitwise no - extend - native radix no - self - compare https : // developer . mozilla . org / en - US / docs / Web / JavaScript / Reference / Global_Objects / Array / findIndex [CODESPLIT] function findIndex ( predicate , context ) { if ( this == null ) { throw new TypeError ( 'Array.prototype.findIndex called on null or undefined' ) ; } if ( typeof predicate !== 'function' ) { throw new TypeError ( 'predicate must be a function' ) ; } const list = Object ( this ) ; const length = list . length >>> 0 ; for ( let i = 0 ; i < length ; i ++ ) { if ( predicate . call ( context , list [ i ] , i , list ) ) { return i ; } } return - 1 ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Handles demo load events . [CODESPLIT] function onLoad ( event ) { // Prepare the render pass. event . demo . renderPass . camera = event . demo . camera ; document . getElementById ( \"viewport\" ) . children [ 0 ] . style . display = \"none\" ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Prefixes substrings within the given strings . [CODESPLIT] function prefixSubstrings ( prefix , substrings , strings ) { let prefixed , regExp ; for ( const substring of substrings ) { prefixed = \"$1\" + prefix + substring . charAt ( 0 ) . toUpperCase ( ) + substring . slice ( 1 ) ; regExp = new RegExp ( \"([^\\\\.])(\\\\b\" + substring + \"\\\\b)\" , \"g\" ) ; for ( const entry of strings . entries ( ) ) { if ( entry [ 1 ] !== null ) { strings . set ( entry [ 0 ] , entry [ 1 ] . replace ( regExp , prefixed ) ) ; } } } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Integrates the given effect . [CODESPLIT] function integrateEffect ( prefix , effect , shaderParts , blendModes , defines , uniforms , attributes ) { const functionRegExp = / (?:\\w+\\s+(\\w+)\\([\\w\\s,]*\\)\\s*{[^}]+}) / g ; const varyingRegExp = / (?:varying\\s+\\w+\\s+(\\w*)) / g ; const blendMode = effect . blendMode ; const shaders = new Map ( [ [ \"fragment\" , effect . fragmentShader ] , [ \"vertex\" , effect . vertexShader ] ] ) ; const mainImageExists = ( shaders . get ( \"fragment\" ) !== undefined && shaders . get ( \"fragment\" ) . indexOf ( \"mainImage\" ) >= 0 ) ; const mainUvExists = ( shaders . get ( \"fragment\" ) !== undefined && shaders . get ( \"fragment\" ) . indexOf ( \"mainUv\" ) >= 0 ) ; let varyings = [ ] , names = [ ] ; let transformedUv = false ; let readDepth = false ; if ( shaders . get ( \"fragment\" ) === undefined ) { console . error ( \"Missing fragment shader\" , effect ) ; } else if ( mainUvExists && ( attributes & EffectAttribute . CONVOLUTION ) !== 0 ) { console . error ( \"Effects that transform UV coordinates are incompatible with convolution effects\" , effect ) ; } else if ( ! mainImageExists && ! mainUvExists ) { console . error ( \"The fragment shader contains neither a mainImage nor a mainUv function\" , effect ) ; } else { if ( mainUvExists ) { shaderParts . set ( Section . FRAGMENT_MAIN_UV , shaderParts . get ( Section . FRAGMENT_MAIN_UV ) + \"\\t\" + prefix + \"MainUv(UV);\\n\" ) ; transformedUv = true ; } if ( shaders . get ( \"vertex\" ) !== null && shaders . get ( \"vertex\" ) . indexOf ( \"mainSupport\" ) >= 0 ) { shaderParts . set ( Section . VERTEX_MAIN_SUPPORT , shaderParts . get ( Section . VERTEX_MAIN_SUPPORT ) + \"\\t\" + prefix + \"MainSupport();\\n\" ) ; varyings = varyings . concat ( findSubstrings ( varyingRegExp , shaders . get ( \"vertex\" ) ) ) ; names = names . concat ( varyings ) . concat ( findSubstrings ( functionRegExp , shaders . get ( \"vertex\" ) ) ) ; } names = names . concat ( findSubstrings ( functionRegExp , shaders . get ( \"fragment\" ) ) ) . concat ( Array . from ( effect . uniforms . keys ( ) ) ) . concat ( Array . from ( effect . defines . keys ( ) ) ) ; // Store prefixed uniforms and macros. effect . uniforms . forEach ( ( value , key ) => uniforms . set ( prefix + key . charAt ( 0 ) . toUpperCase ( ) + key . slice ( 1 ) , value ) ) ; effect . defines . forEach ( ( value , key ) => defines . set ( prefix + key . charAt ( 0 ) . toUpperCase ( ) + key . slice ( 1 ) , value ) ) ; // Prefix varyings, functions, uniforms and macros. prefixSubstrings ( prefix , names , defines ) ; prefixSubstrings ( prefix , names , shaders ) ; // Collect unique blend modes. blendModes . set ( blendMode . blendFunction , blendMode ) ; if ( mainImageExists ) { let string = prefix + \"MainImage(color0, UV, \" ; // The effect may sample depth in a different shader. if ( ( attributes & EffectAttribute . DEPTH ) !== 0 && shaders . get ( \"fragment\" ) . indexOf ( \"depth\" ) >= 0 ) { string += \"depth, \" ; readDepth = true ; } string += \"color1);\\n\\t\" ; // Include the blend opacity uniform of this effect. const blendOpacity = prefix + \"BlendOpacity\" ; uniforms . set ( blendOpacity , blendMode . opacity ) ; // Blend the result of this effect with the input color. string += \"color0 = blend\" + blendMode . blendFunction + \"(color0, color1, \" + blendOpacity + \");\\n\\n\\t\" ; shaderParts . set ( Section . FRAGMENT_MAIN_IMAGE , shaderParts . get ( Section . FRAGMENT_MAIN_IMAGE ) + string ) ; shaderParts . set ( Section . FRAGMENT_HEAD , shaderParts . get ( Section . FRAGMENT_HEAD ) + \"uniform float \" + blendOpacity + \";\\n\\n\" ) ; } // Include the modified code in the final shader. shaderParts . set ( Section . FRAGMENT_HEAD , shaderParts . get ( Section . FRAGMENT_HEAD ) + shaders . get ( \"fragment\" ) + \"\\n\" ) ; if ( shaders . get ( \"vertex\" ) !== null ) { shaderParts . set ( Section . VERTEX_HEAD , shaderParts . get ( Section . VERTEX_HEAD ) + shaders . get ( \"vertex\" ) + \"\\n\" ) ; } } return { varyings , transformedUv , readDepth } ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Creates a new canvas from raw image data . [CODESPLIT] function createCanvas ( width , height , data , channels ) { const canvas = document . createElementNS ( \"http://www.w3.org/1999/xhtml\" , \"canvas\" ) ; const context = canvas . getContext ( \"2d\" ) ; const imageData = context . createImageData ( width , height ) ; const target = imageData . data ; let x , y ; let i , j ; for ( y = 0 ; y < height ; ++ y ) { for ( x = 0 ; x < width ; ++ x ) { i = ( y * width + x ) * 4 ; j = ( y * width + x ) * channels ; target [ i ] = ( channels > 0 ) ? data [ j ] : 0 ; target [ i + 1 ] = ( channels > 1 ) ? data [ j + 1 ] : 0 ; target [ i + 2 ] = ( channels > 2 ) ? data [ j + 2 ] : 0 ; target [ i + 3 ] = ( channels > 3 ) ? data [ j + 3 ] : 255 ; } } canvas . width = width ; canvas . height = height ; context . putImageData ( imageData , 0 , 0 ) ; return canvas ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "A smoothing function for small U - patterns . [CODESPLIT] function smoothArea ( d , b ) { const a1 = b . min ; const a2 = b . max ; const b1X = Math . sqrt ( a1 . x * 2.0 ) * 0.5 ; const b1Y = Math . sqrt ( a1 . y * 2.0 ) * 0.5 ; const b2X = Math . sqrt ( a2 . x * 2.0 ) * 0.5 ; const b2Y = Math . sqrt ( a2 . y * 2.0 ) * 0.5 ; const p = saturate ( d / SMOOTH_MAX_DISTANCE ) ; a1 . set ( lerp ( b1X , a1 . x , p ) , lerp ( b1Y , a1 . y , p ) ) ; a2 . set ( lerp ( b2X , a2 . x , p ) , lerp ( b2Y , a2 . y , p ) ) ; return b ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Calculates the area under the line p1 - > p2 for the pixel p using brute force sampling . [CODESPLIT] function calculateDiagonalAreaForPixel ( p1 , p2 , pX , pY ) { let a ; let x , y ; let offsetX , offsetY ; for ( a = 0 , y = 0 ; y < DIAGONAL_SAMPLES ; ++ y ) { for ( x = 0 ; x < DIAGONAL_SAMPLES ; ++ x ) { offsetX = x / ( DIAGONAL_SAMPLES - 1.0 ) ; offsetY = y / ( DIAGONAL_SAMPLES - 1.0 ) ; if ( isInsideArea ( p1 , p2 , pX + offsetX , pY + offsetY ) ) { ++ a ; } } } return a / ( DIAGONAL_SAMPLES * DIAGONAL_SAMPLES ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Calculates the area under the line p1 - > p2 . This includes the pixel and its opposite . [CODESPLIT] function calculateDiagonalArea ( pattern , p1 , p2 , left , offset , result ) { const e = diagonalEdges [ pattern ] ; const e1 = e [ 0 ] ; const e2 = e [ 1 ] ; if ( e1 > 0 ) { p1 . x += offset [ 0 ] ; p1 . y += offset [ 1 ] ; } if ( e2 > 0 ) { p2 . x += offset [ 0 ] ; p2 . y += offset [ 1 ] ; } return result . set ( 1.0 - calculateDiagonalAreaForPixel ( p1 , p2 , 1.0 + left , 0.0 + left ) , calculateDiagonalAreaForPixel ( p1 , p2 , 1.0 + left , 1.0 + left ) ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Calculates the area for a given pattern and distances to the left and to the right biased by an offset . [CODESPLIT] function calculateDiagonalAreaForPattern ( pattern , left , right , offset , result ) { const p1 = b0 . min ; const p2 = b0 . max ; const a1 = b1 . min ; const a2 = b1 . max ; const d = left + right + 1 ; /* There is some Black Magic involved in the diagonal area calculations.\n\t *\n\t * Unlike orthogonal patterns, the \"null\" pattern (one without crossing edges)\n\t * must be filtered, and the ends of both the \"null\" and L patterns are not\n\t * known: L and U patterns have different endings, and the adjacent pattern is\n\t * unknown. Therefore, a blend of both possibilites is computed.\n\t */ switch ( pattern ) { case 0 : { /* .-´\n\t\t\t * .-´\n\t\t\t * .-´\n\t\t\t * .-´\n\t\t\t * ´\n\t\t\t */ // First possibility. calculateDiagonalArea ( pattern , p1 . set ( 1.0 , 1.0 ) , p2 . set ( 1.0 + d , 1.0 + d ) , left , offset , a1 ) ; // Second possibility. calculateDiagonalArea ( pattern , p1 . set ( 1.0 , 0.0 ) , p2 . set ( 1.0 + d , 0.0 + d ) , left , offset , a2 ) ; // Blend both possibilities together. result . addVectors ( a1 , a2 ) . divideScalar ( 2.0 ) ; break ; } case 1 : { /* .-´\n\t\t\t * .-´\n\t\t\t * .-´\n\t\t\t * .-´\n\t\t\t * |\n\t\t\t * |\n\t\t\t */ calculateDiagonalArea ( pattern , p1 . set ( 1.0 , 0.0 ) , p2 . set ( 0.0 + d , 0.0 + d ) , left , offset , a1 ) ; calculateDiagonalArea ( pattern , p1 . set ( 1.0 , 0.0 ) , p2 . set ( 1.0 + d , 0.0 + d ) , left , offset , a2 ) ; result . addVectors ( a1 , a2 ) . divideScalar ( 2.0 ) ; break ; } case 2 : { /* .----\n\t\t\t * .-´\n\t\t\t * .-´\n\t\t\t * .-´\n\t\t\t * ´\n\t\t\t */ calculateDiagonalArea ( pattern , p1 . set ( 0.0 , 0.0 ) , p2 . set ( 1.0 + d , 0.0 + d ) , left , offset , a1 ) ; calculateDiagonalArea ( pattern , p1 . set ( 1.0 , 0.0 ) , p2 . set ( 1.0 + d , 0.0 + d ) , left , offset , a2 ) ; result . addVectors ( a1 , a2 ) . divideScalar ( 2.0 ) ; break ; } case 3 : { /*\n\t\t\t * .----\n\t\t\t * .-´\n\t\t\t * .-´\n\t\t\t * .-´\n\t\t\t * |\n\t\t\t * |\n\t\t\t */ calculateDiagonalArea ( pattern , p1 . set ( 1.0 , 0.0 ) , p2 . set ( 1.0 + d , 0.0 + d ) , left , offset , result ) ; break ; } case 4 : { /* .-´\n\t\t\t * .-´\n\t\t\t * .-´\n\t\t\t * ----´\n\t\t\t */ calculateDiagonalArea ( pattern , p1 . set ( 1.0 , 1.0 ) , p2 . set ( 0.0 + d , 0.0 + d ) , left , offset , a1 ) ; calculateDiagonalArea ( pattern , p1 . set ( 1.0 , 1.0 ) , p2 . set ( 1.0 + d , 0.0 + d ) , left , offset , a2 ) ; result . addVectors ( a1 , a2 ) . divideScalar ( 2.0 ) ; break ; } case 5 : { /* .-´\n\t\t\t * .-´\n\t\t\t * .-´\n\t\t\t * --.-´\n\t\t\t * |\n\t\t\t * |\n\t\t\t */ calculateDiagonalArea ( pattern , p1 . set ( 1.0 , 1.0 ) , p2 . set ( 0.0 + d , 0.0 + d ) , left , offset , a1 ) ; calculateDiagonalArea ( pattern , p1 . set ( 1.0 , 0.0 ) , p2 . set ( 1.0 + d , 0.0 + d ) , left , offset , a2 ) ; result . addVectors ( a1 , a2 ) . divideScalar ( 2.0 ) ; break ; } case 6 : { /* .----\n\t\t\t * .-´\n\t\t\t * .-´\n\t\t\t * ----´\n\t\t\t */ calculateDiagonalArea ( pattern , p1 . set ( 1.0 , 1.0 ) , p2 . set ( 1.0 + d , 0.0 + d ) , left , offset , result ) ; break ; } case 7 : { /* .----\n\t\t\t * .-´\n\t\t\t * .-´\n\t\t\t * --.-´\n\t\t\t * |\n\t\t\t * |\n\t\t\t */ calculateDiagonalArea ( pattern , p1 . set ( 1.0 , 1.0 ) , p2 . set ( 1.0 + d , 0.0 + d ) , left , offset , a1 ) ; calculateDiagonalArea ( pattern , p1 . set ( 1.0 , 0.0 ) , p2 . set ( 1.0 + d , 0.0 + d ) , left , offset , a2 ) ; result . addVectors ( a1 , a2 ) . divideScalar ( 2.0 ) ; break ; } case 8 : { /* |\n\t\t\t * |\n\t\t\t * .-´\n\t\t\t * .-´\n\t\t\t * .-´\n\t\t\t * ´\n\t\t\t */ calculateDiagonalArea ( pattern , p1 . set ( 0.0 , 0.0 ) , p2 . set ( 1.0 + d , 1.0 + d ) , left , offset , a1 ) ; calculateDiagonalArea ( pattern , p1 . set ( 1.0 , 0.0 ) , p2 . set ( 1.0 + d , 1.0 + d ) , left , offset , a2 ) ; result . addVectors ( a1 , a2 ) . divideScalar ( 2.0 ) ; break ; } case 9 : { /* |\n\t\t\t * |\n\t\t\t * .-´\n\t\t\t * .-´\n\t\t\t * .-´\n\t\t\t * |\n\t\t\t * |\n\t\t\t */ calculateDiagonalArea ( pattern , p1 . set ( 1.0 , 0.0 ) , p2 . set ( 1.0 + d , 1.0 + d ) , left , offset , result ) ; break ; } case 10 : { /* |\n\t\t\t * .----\n\t\t\t * .-´\n\t\t\t * .-´\n\t\t\t * .-´\n\t\t\t * ´\n\t\t\t */ calculateDiagonalArea ( pattern , p1 . set ( 0.0 , 0.0 ) , p2 . set ( 1.0 + d , 1.0 + d ) , left , offset , a1 ) ; calculateDiagonalArea ( pattern , p1 . set ( 1.0 , 0.0 ) , p2 . set ( 1.0 + d , 0.0 + d ) , left , offset , a2 ) ; result . addVectors ( a1 , a2 ) . divideScalar ( 2.0 ) ; break ; } case 11 : { /* |\n\t\t\t * .----\n\t\t\t * .-´\n\t\t\t * .-´\n\t\t\t * .-´\n\t\t\t * |\n\t\t\t * |\n\t\t\t */ calculateDiagonalArea ( pattern , p1 . set ( 1.0 , 0.0 ) , p2 . set ( 1.0 + d , 1.0 + d ) , left , offset , a1 ) ; calculateDiagonalArea ( pattern , p1 . set ( 1.0 , 0.0 ) , p2 . set ( 1.0 + d , 0.0 + d ) , left , offset , a2 ) ; result . addVectors ( a1 , a2 ) . divideScalar ( 2.0 ) ; break ; } case 12 : { /* |\n\t\t\t * |\n\t\t\t * .-´\n\t\t\t * .-´\n\t\t\t * ----´\n\t\t\t */ calculateDiagonalArea ( pattern , p1 . set ( 1.0 , 1.0 ) , p2 . set ( 1.0 + d , 1.0 + d ) , left , offset , result ) ; break ; } case 13 : { /* |\n\t\t\t * |\n\t\t\t * .-´\n\t\t\t * .-´\n\t\t\t * --.-´\n\t\t\t * |\n\t\t\t * |\n\t\t\t */ calculateDiagonalArea ( pattern , p1 . set ( 1.0 , 1.0 ) , p2 . set ( 1.0 + d , 1.0 + d ) , left , offset , a1 ) ; calculateDiagonalArea ( pattern , p1 . set ( 1.0 , 0.0 ) , p2 . set ( 1.0 + d , 1.0 + d ) , left , offset , a2 ) ; result . addVectors ( a1 , a2 ) . divideScalar ( 2.0 ) ; break ; } case 14 : { /* |\n\t\t\t * .----\n\t\t\t * .-´\n\t\t\t * .-´\n\t\t\t * ----´\n\t\t\t */ calculateDiagonalArea ( pattern , p1 . set ( 1.0 , 1.0 ) , p2 . set ( 1.0 + d , 1.0 + d ) , left , offset , a1 ) ; calculateDiagonalArea ( pattern , p1 . set ( 1.0 , 1.0 ) , p2 . set ( 1.0 + d , 0.0 + d ) , left , offset , a2 ) ; result . addVectors ( a1 , a2 ) . divideScalar ( 2.0 ) ; break ; } case 15 : { /* |\n\t\t\t * .----\n\t\t\t * .-´\n\t\t\t * .-´\n\t\t\t * --.-´\n\t\t\t * |\n\t\t\t * |\n\t\t\t */ calculateDiagonalArea ( pattern , p1 . set ( 1.0 , 1.0 ) , p2 . set ( 1.0 + d , 1.0 + d ) , left , offset , a1 ) ; calculateDiagonalArea ( pattern , p1 . set ( 1.0 , 0.0 ) , p2 . set ( 1.0 + d , 0.0 + d ) , left , offset , a2 ) ; result . addVectors ( a1 , a2 ) . divideScalar ( 2.0 ) ; break ; } } return result ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Calculates orthogonal or diagonal patterns for a given offset . [CODESPLIT] function generatePatterns ( patterns , offset , orthogonal ) { const result = new Vector2 ( ) ; let i , l ; let x , y ; let c ; let pattern ; let data , size ; for ( i = 0 , l = patterns . length ; i < l ; ++ i ) { pattern = patterns [ i ] ; data = pattern . data ; size = pattern . width ; for ( y = 0 ; y < size ; ++ y ) { for ( x = 0 ; x < size ; ++ x ) { if ( orthogonal ) { calculateOrthogonalAreaForPattern ( i , x , y , offset , result ) ; } else { calculateDiagonalAreaForPattern ( i , x , y , offset , result ) ; } c = ( y * size + x ) * 2 ; data [ c ] = result . x * 255 ; data [ c + 1 ] = result . y * 255 ; } } } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Assembles orthogonal or diagonal patterns into the final area image . [CODESPLIT] function assemble ( base , patterns , edges , size , orthogonal , target ) { const p = new Vector2 ( ) ; const dstData = target . data ; const dstWidth = target . width ; let i , l ; let x , y ; let c , d ; let edge ; let pattern ; let srcData , srcWidth ; for ( i = 0 , l = patterns . length ; i < l ; ++ i ) { edge = edges [ i ] ; pattern = patterns [ i ] ; srcData = pattern . data ; srcWidth = pattern . width ; for ( y = 0 ; y < size ; ++ y ) { for ( x = 0 ; x < size ; ++ x ) { p . fromArray ( edge ) . multiplyScalar ( size ) ; p . add ( base ) ; p . x += x ; p . y += y ; c = ( p . y * dstWidth + p . x ) * 2 ; /* The texture coordinates of orthogonal patterns are compressed\n\t\t\t\tquadratically to reach longer distances for a given texture size. */ d = orthogonal ? ( ( y * y * srcWidth + x * x ) * 2 ) : ( ( y * srcWidth + x ) * 2 ) ; dstData [ c ] = srcData [ d ] ; dstData [ c + 1 ] = srcData [ d + 1 ] ; } } } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Computes the delta distance to add in the last step of searches to the right . [CODESPLIT] function deltaRight ( left , top ) { let d = 0 ; // If there is an edge, and no crossing edges, continue. if ( top [ 3 ] === 1 && left [ 1 ] !== 1 && left [ 3 ] !== 1 ) { d += 1 ; } /* If an edge was previously found, there is another edge and there are no\n\tcrossing edges, continue. */ if ( d === 1 && top [ 2 ] === 1 && left [ 0 ] !== 1 && left [ 2 ] !== 1 ) { d += 1 ; } return d ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Calculates the bilinear fetch for a certain edge combination . [CODESPLIT] function bilinear ( e ) { const a = lerp ( e [ 0 ] , e [ 1 ] , 1.0 - 0.25 ) ; const b = lerp ( e [ 2 ] , e [ 3 ] , 1.0 - 0.25 ) ; return lerp ( a , b , 1.0 - 0.125 ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "private functions [CODESPLIT] function getKeys ( ) { keys = { pageup : 33 , pagedown : 34 , end : 35 , home : 36 , left : 37 , up : 38 , right : 39 , down : 40 , } return keys }", "target": 1, "target_options": ["no_match", "match"]} {"input": "TIME VALIDATION FOR DATA ENTRY [CODESPLIT] function checkForm ( that ) { var newValue = $ ( that ) . val ( ) var matches = newValue != '' ? newValue . match ( timeRegEx ) : '' var error = $ ( that ) . closest ( '.time-spinner' ) . find ( '.error_container' ) var $closerTimeSpinner = $ ( that ) . closest ( '.time-spinner' ) . find ( '.spinner-control' ) if ( matches ) { $ ( error ) . html ( '' ) //$closerTimeSpinner.find('.spinner-hour input').val(timeRegEx.split(':')[0]); //$closerTimeSpinner.find('.spinner-min input').val(timeRegEx.split(':')[1]); return true } else { var errMsg = 'Formato data non valido' $ ( error ) . html ( errMsg ) //$(that).val('Formato data non valido') return false } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "helper functions : [CODESPLIT] function mc_symbol_clone ( ) { var clone = this . _cloneProps ( new this . constructor ( this . mode , this . startPosition , this . loop ) ) ; clone . gotoAndStop ( this . currentFrame ) ; clone . paused = this . paused ; clone . framerate = this . framerate ; return clone ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "ripristino stato iniziale [CODESPLIT] function resetToMove ( contextControl ) { var left = contextControl . find ( '.source .transfer-group' ) var right = contextControl . find ( '.target .transfer-group' ) var textLeft = contextControl . find ( '.source .transfer-header span.num' ) var textRight = contextControl . find ( '.target .transfer-header span.num' ) var header = contextControl . find ( '.transfer-header input' ) $ ( left ) . html ( elemLeft ) $ ( right ) . html ( elemRight ) $ ( textLeft ) . text ( elemLeftNum ) $ ( textRight ) . text ( elemRightNum ) $ ( header ) . prop ( 'disabled' , false ) }", "target": 1, "target_options": ["no_match", "match"]} {"input": "control active check & header check [CODESPLIT] function checkIfActive ( targetControl , targetHeaderControl , containerTypeControl , addButtonControl ) { $ ( targetControl ) . each ( function ( el ) { if ( $ ( this ) . prop ( 'checked' ) ) { if ( ! $ ( targetHeaderControl ) . hasClass ( 'semi-checked' ) ) { $ ( targetHeaderControl ) . addClass ( 'semi-checked' ) $ ( targetHeaderControl ) . prop ( 'checked' , false ) if ( containerTypeControl . hasClass ( 'source' ) ) { $ ( addButtonControl ) . addClass ( 'active' ) } if ( containerTypeControl . hasClass ( 'target' ) ) { $ ( inverseButton ) . addClass ( 'active' ) } } return false } else { $ ( targetHeaderControl ) . removeClass ( 'semi-checked' ) if ( containerTypeControl . hasClass ( 'source' ) ) { $ ( addButtonControl ) . removeClass ( 'active' ) } if ( containerTypeControl . hasClass ( 'target' ) ) { $ ( inverseButton ) . removeClass ( 'active' ) } } } ) }", "target": 1, "target_options": ["no_match", "match"]} {"input": "controllo elementi source [CODESPLIT] function sourceControl ( contextControl ) { var tocheck = contextControl . find ( '.transfer-scroll' ) . find ( 'input' ) var checknum = tocheck . length var targetText = contextControl . find ( '.transfer-header' ) . find ( 'label span.num' ) var header = contextControl . find ( '.transfer-header input' ) $ ( header ) . prop ( 'checked' , false ) . removeClass ( 'semi-checked' ) if ( checknum < 1 ) { $ ( header ) . prop ( 'disabled' , true ) } else { $ ( header ) . prop ( 'disabled' , false ) } $ ( targetText ) . text ( checknum ) }", "target": 1, "target_options": ["no_match", "match"]} {"input": "controllo elementi target [CODESPLIT] function targetControl ( targetControl ) { var tocheck = targetControl . find ( 'input' ) var checknum = tocheck . length var targetText = tocheck . closest ( '.it-transfer-wrapper' ) . find ( '.transfer-header' ) . find ( 'label span.num' ) var header = $ ( targetControl ) . find ( '.transfer-header input' ) if ( checknum < 1 ) { $ ( header ) . prop ( 'disabled' , true ) } else { $ ( header ) . prop ( 'disabled' , false ) } $ ( targetText ) . text ( checknum ) }", "target": 1, "target_options": ["no_match", "match"]} {"input": "elementi da aggiungere [CODESPLIT] function checkToMove ( contextControl , targetControl ) { var elements = contextControl . find ( '.transfer-group' ) . find ( 'input:checked' ) var sourceTag = $ ( elements ) . closest ( '.form-check' ) $ ( elements ) . each ( function ( ) { $ ( this ) . prop ( 'checked' , false ) $ ( sourceTag ) . detach ( ) . appendTo ( targetControl ) . addClass ( 'added' ) } ) }", "target": 1, "target_options": ["no_match", "match"]} {"input": "resize function [CODESPLIT] function inputNumberResize ( $target ) { var $inputNumber = $target . closest ( '.input-number' ) if ( $inputNumber . hasClass ( 'input-number-adaptive' ) ) { // width = padding (12px + 32px) + number of characters if ( ! $inputNumber . hasClass ( 'input-number-percentage' ) ) { $target . css ( 'width' , 'calc(44px + ' + $target . val ( ) . length + 'ch)' ) if ( isIe ( ) ) $target . css ( 'width' , 'calc(44px + (1.5 * ' + $target . val ( ) . length + 'ch))' ) } if ( $inputNumber . hasClass ( 'input-number-currency' ) ) { $target . css ( 'width' , 'calc(40px + 44px + ' + $target . val ( ) . length + 'ch)' ) if ( isIe ( ) ) $target . css ( 'width' , 'calc(40px + 44px + (1.5 * ' + $target . val ( ) . length + 'ch))' ) } } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Debounced scroll handling [CODESPLIT] function updateScrollPos ( ) { if ( ! stickies . length ) { return } lastKnownScrollTop = document . documentElement . scrollTop || document . body . scrollTop // Only trigger a layout change if we’re not already waiting for one if ( ! isAnimationRequested ) { isAnimationRequested = true // Don’t update until next animation frame if we can, otherwise use a // timeout - either will help avoid too many repaints if ( requestAnimationFrame ) { requestAnimationFrame ( setPositions ) } else { if ( timeout ) { clearTimeout ( timeout ) } timeout = setTimeout ( setPositions , 15 ) } } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Returns strings based on the score given . [CODESPLIT] function scoreText ( score ) { if ( score === - 1 ) { return options . shortPass } score = score < 0 ? 0 : score if ( score < 26 ) { return options . shortPass } if ( score < 51 ) { return options . badPass } if ( score < 76 ) { return options . goodPass } return options . strongPass }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Returns a value between - 1 and 100 to score the user s password . [CODESPLIT] function calculateScore ( password ) { var score = 0 // password < options.minimumLength if ( password . length < options . minimumLength ) { return - 1 } // password length score += password . length * 4 score += checkRepetition ( 1 , password ) . length - password . length score += checkRepetition ( 2 , password ) . length - password . length score += checkRepetition ( 3 , password ) . length - password . length score += checkRepetition ( 4 , password ) . length - password . length // password has 3 numbers if ( password . match ( / (.*[0-9].*[0-9].*[0-9]) / ) ) { score += 5 } // password has at least 2 sybols var symbols = '.*[!,@,#,$,%,^,&,*,?,_,~]' symbols = new RegExp ( '(' + symbols + symbols + ')' ) if ( password . match ( symbols ) ) { score += 5 } // password has Upper and Lower chars if ( password . match ( / ([a-z].*[A-Z])|([A-Z].*[a-z]) / ) ) { score += 10 } // password has number and chars if ( password . match ( / ([a-zA-Z]) / ) && password . match ( / ([0-9]) / ) ) { score += 15 } // password has number and symbol if ( password . match ( / ([!,@,#,$,%,^,&,*,?,_,~]) / ) && password . match ( / ([0-9]) / ) ) { score += 15 } // password has char and symbol if ( password . match ( / ([!,@,#,$,%,^,&,*,?,_,~]) / ) && password . match ( / ([a-zA-Z]) / ) ) { score += 15 } // password is just numbers or chars if ( password . match ( / ^\\w+$ / ) || password . match ( / ^\\d+$ / ) ) { score -= 10 } if ( score > 100 ) { score = 100 } if ( score < 0 ) { score = 0 } return score }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Checks for repetition of characters in a string [CODESPLIT] function checkRepetition ( rLen , str ) { var res = '' , repeated = false for ( var i = 0 ; i < str . length ; i ++ ) { repeated = true for ( var j = 0 ; j < rLen && j + i + rLen < str . length ; j ++ ) { repeated = repeated && str . charAt ( j + i ) === str . charAt ( j + i + rLen ) } if ( j < rLen ) { repeated = false } if ( repeated ) { i += rLen - 1 repeated = false } else { res += str . charAt ( i ) } } return res }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Initializes the plugin creating and binding the required layers and events . [CODESPLIT] function init ( ) { var shown = true var $text = options . showText var $graybar = $ ( '
' ) . addClass ( 'password-meter progress rounded-0 position-absolute' ) $graybar . append ( ` ` ) var $colorbar = $ ( '
' ) . attr ( { class : 'progress-bar' , role : 'progressbar' , 'aria-valuenow' : '0' , 'aria-valuemin' : '0' , 'aria-valuemax' : '100' , } ) var $insert = $ ( '
' ) . append ( $graybar . append ( $colorbar ) ) if ( options . showText ) { $text = $ ( '' ) . addClass ( 'form-text text-muted' ) . html ( options . enterPass ) $insert . prepend ( $text ) } $object . after ( $insert ) $object . keyup ( function ( ) { var score = calculateScore ( $object . val ( ) ) $object . trigger ( 'password.score' , [ score ] ) var perc = score < 0 ? 0 : score $colorbar . removeClass ( function ( index , className ) { return ( className . match ( / (^|\\s)bg-\\S+ / g ) || [ ] ) . join ( ' ' ) } ) $colorbar . addClass ( 'bg-' + scoreColor ( score ) ) $colorbar . css ( { width : perc + '%' , } ) $colorbar . attr ( 'aria-valuenow' , perc ) if ( options . showText ) { var text = scoreText ( score ) if ( ! $object . val ( ) . length && score <= 0 ) { text = options . enterPass } if ( $text . html ( ) !== $ ( '
' ) . html ( text ) . html ( ) ) { $text . html ( text ) $text . removeClass ( function ( index , className ) { return ( className . match ( / (^|\\s)text-\\S+ / g ) || [ ] ) . join ( ' ' ) } ) $text . addClass ( 'text-' + scoreColor ( score ) ) $object . trigger ( 'password.text' , [ text , score ] ) } } } ) return this }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Expects : logIndex : ... transactionIndex : ... transactionHash : ... block : ... address : ... data : ... topics : ... type : ... [CODESPLIT] function Log ( data ) { var self = this ; Object . keys ( data ) . forEach ( function ( key ) { self [ key ] = data [ key ] ; } ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Mimics crypto . random bytes but takes in a random number generator as its second parameter . rng is expected to be a function that takes no parameters and returns a result like Math . random () . This is important because it allows for a seeded random number generator . Since this is a mock RPC library the rng doesn t need to be cryptographically secure . [CODESPLIT] function ( length , rng ) { var buf = [ ] ; for ( var i = 0 ; i < length ; i ++ ) { buf . push ( rng ( ) * 255 ) ; } return Buffer . from ( buf ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Level up adapter that looks like an array . Doesn t support inserts . [CODESPLIT] function LevelUpArrayAdapter ( name , db , serializer ) { this . db = Sublevel ( db ) ; this . db = this . db . sublevel ( name ) ; this . name = name ; this . serializer = serializer || { encode : function ( val , callback ) { callback ( null , val ) ; } , decode : function ( val , callback ) { callback ( null , val ) ; } } ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "etheruemjs - tx s Transactions don t behave quite like we need them to so we re monkey - patching them to do what we want here . [CODESPLIT] function fixProps ( tx , data ) { // ethereumjs-tx doesn't allow for a `0` value in fields, but we want it to // in order to differentiate between a value that isn't set and a value // that is set to 0 in a fake transaction. // Once https://github.com/ethereumjs/ethereumjs-tx/issues/112 is figured // out we can probably remove this fix/hack. // We keep track of the original value and return that value when // referenced by its property name. This lets us properly encode a `0` as // an empty buffer while still being able to differentiate between a `0` // and `null`/`undefined`. tx . _originals = [ ] ; const fieldNames = [ \"nonce\" , \"gasPrice\" , \"gasLimit\" , \"value\" ] ; fieldNames . forEach ( ( fieldName ) => configZeroableField ( tx , fieldName , 32 ) ) ; // Ethereumjs-tx doesn't set the _chainId value whenever the v value is set, // which causes transaction signing to fail on transactions that include a // chain id in the v value (like ethers.js does). // Whenever the v value changes we need to make sure the chainId is also set. const vDescriptors = Object . getOwnPropertyDescriptor ( tx , \"v\" ) ; // eslint-disable-next-line accessor-pairs Object . defineProperty ( tx , \"v\" , { set : ( v ) => { vDescriptors . set . call ( tx , v ) ; // calculate chainId from signature const sigV = ethUtil . bufferToInt ( tx . v ) ; let chainId = Math . floor ( ( sigV - 35 ) / 2 ) ; if ( chainId < 0 ) { chainId = 0 ; } tx . _chainId = chainId || 0 ; } } ) ; if ( tx . isFake ( ) ) { /**\n * @prop {Buffer} from (read/write) Set from address to bypass transaction\n * signing on fake transactions.\n */ Object . defineProperty ( tx , \"from\" , { enumerable : true , configurable : true , get : tx . getSenderAddress . bind ( tx ) , set : ( val ) => { if ( val ) { tx . _from = ethUtil . toBuffer ( val ) ; } else { tx . _from = null ; } } } ) ; if ( data && data . from ) { tx . from = data . from ; } tx . hash = fakeHash ; } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Parses the given data object and adds its properties to the given tx . [CODESPLIT] function initData ( tx , data ) { if ( data ) { if ( typeof data === \"string\" ) { data = to . buffer ( data ) ; } if ( Buffer . isBuffer ( data ) ) { data = rlp . decode ( data ) ; } const self = tx ; if ( Array . isArray ( data ) ) { if ( data . length > tx . _fields . length ) { throw new Error ( \"wrong number of fields in data\" ) ; } // make sure all the items are buffers data . forEach ( ( d , i ) => { self [ self . _fields [ i ] ] = ethUtil . toBuffer ( d ) ; } ) ; } else if ( ( typeof data === \"undefined\" ? \"undefined\" : typeof data ) === \"object\" ) { const keys = Object . keys ( data ) ; tx . _fields . forEach ( function ( field ) { if ( keys . indexOf ( field ) !== - 1 ) { self [ field ] = data [ field ] ; } if ( field === \"gasLimit\" ) { if ( keys . indexOf ( \"gas\" ) !== - 1 ) { self [ \"gas\" ] = data [ \"gas\" ] ; } } else if ( field === \"data\" ) { if ( keys . indexOf ( \"input\" ) !== - 1 ) { self [ \"input\" ] = data [ \"input\" ] ; } } } ) ; // Set chainId value from the data, if it's there and the data didn't // contain a `v` value with chainId in it already. If we do have a // data.chainId value let's set the interval v value to it. if ( ! tx . _chainId && data && data . chainId != null ) { tx . raw [ self . _fields . indexOf ( \"v\" ) ] = tx . _chainId = data . chainId || 0 ; } } else { throw new Error ( \"invalid data\" ) ; } } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "raised when the transaction is rejected prior to running it in the EVM . [CODESPLIT] function TXRejectedError ( message ) { // Why not just Error.apply(this, [message])? See // https://gist.github.com/justmoon/15511f92e5216fa2624b#anti-patterns Error . captureStackTrace ( this , this . constructor ) ; this . name = this . constructor . name ; this . message = message ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Note : ethereumjs - vm will return an object that has a results and receipts keys . You should pass in the whole object . [CODESPLIT] function RuntimeError ( transactions , vmOutput ) { // Why not just Error.apply(this, [message])? See // https://gist.github.com/justmoon/15511f92e5216fa2624b#anti-patterns Error . captureStackTrace ( this , this . constructor ) ; this . name = this . constructor . name ; this . results = { } ; this . hashes = [ ] ; // handles creating this.message this . combine ( transactions , vmOutput ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Note : Do not use to . hex () when you really mean utils . addHexPrefix () . [CODESPLIT] function ( val ) { if ( typeof val === \"string\" ) { if ( val . indexOf ( \"0x\" ) === 0 ) { return val . trim ( ) ; } else { val = new utils . BN ( val ) ; } } if ( typeof val === \"boolean\" ) { val = val ? 1 : 0 ; } if ( typeof val === \"number\" ) { val = utils . intToHex ( val ) ; } else if ( val == null ) { return \"0x\" ; } else if ( typeof val === \"object\" ) { // Support Buffer, BigInteger and BN library // Hint: BN is used in ethereumjs val = val . toString ( \"hex\" ) ; } return utils . addHexPrefix ( val ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "EthereumJS VM needs a blockchain object in order to get block information . When calling getBlock () it will pass a number that s of a Buffer type . Unfortunately it uses a 64 - character buffer ( when converted to hex ) to represent block numbers as well as block hashes . Since it s very unlikely any block number will get higher than the maximum safe Javascript integer we can convert this buffer to a number ahead of time before calling our own getBlock () . If the conversion succeeds we have a block number . If it doesn t we have a block hash . ( Note : Our implementation accepts both . ) [CODESPLIT] function ( number , done ) { try { number = to . number ( number ) ; } catch ( e ) { // Do nothing; must be a block hash. } self . getBlock ( number , done ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "See if any payloads for the specified methods are marked as external . If they are external and match the method list process them one at a time . [CODESPLIT] function RequestFunnel ( ) { // We use an object here for O(1) lookups (speed). this . methods = { eth_call : true , eth_getStorageAt : true , eth_sendTransaction : true , eth_sendRawTransaction : true , // Ensure block filter and filter changes are process one at a time // as well so filter requests that come in after a transaction get // processed once that transaction has finished processing. eth_newBlockFilter : true , eth_getFilterChanges : true , eth_getFilterLogs : true } ; this . queue = [ ] ; this . isWorking = false ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Compile SASS to CSS . [CODESPLIT] function compileSass ( _path , ext , data , callback ) { const compiledCss = sass . renderSync ( { data : data , outputStyle : 'expanded' , importer : function ( url , prev , done ) { if ( url . startsWith ( '~' ) ) { const newUrl = path . join ( __dirname , 'node_modules' , url . substr ( 1 ) ) ; return { file : newUrl } ; } else { return { file : url } ; } } } ) ; callback ( null , compiledCss . css ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Require a brocfile via either ESM or TypeScript [CODESPLIT] function requireBrocfile ( brocfilePath ) { let brocfile ; if ( brocfilePath . match ( / \\.ts$ / ) ) { try { require . resolve ( 'ts-node' ) ; } catch ( e ) { throw new Error ( ` ` ) ; } try { require . resolve ( 'typescript' ) ; } catch ( e ) { throw new Error ( ` ` ) ; } // Register ts-node typescript compiler require ( 'ts-node' ) . register ( ) ; // eslint-disable-line node/no-unpublished-require // Load brocfile via ts-node brocfile = require ( brocfilePath ) ; } else { // Load brocfile via esm shim brocfile = esmRequire ( brocfilePath ) ; } // ESM `export default X` is represented as module.exports = { default: X } if ( brocfile !== null && typeof brocfile === 'object' && brocfile . hasOwnProperty ( 'default' ) ) { brocfile = brocfile . default ; } return brocfile ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "a State is a rule at a position from a given starting point in the input stream ( reference ) [CODESPLIT] function State ( rule , dot , reference , wantedBy ) { this . rule = rule ; this . dot = dot ; this . reference = reference ; this . data = [ ] ; this . wantedBy = wantedBy ; this . isComplete = this . dot === rule . symbols . length ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "This is where the action is . [CODESPLIT] function runmath ( s ) { var ans ; try { // We want to catch parse errors and die appropriately // Make a parser and feed the input ans = new nearley . Parser ( grammar . ParserRules , grammar . ParserStart ) . feed ( s ) ; // Check if there are any results if ( ans . results . length ) { return ans . results [ 0 ] . toString ( ) ; } else { // This means the input is incomplete. var out = \"Error: incomplete input, parse failed. :(\" ; return out ; } } catch ( e ) { // Panic in style, by graphically pointing out the error location. var out = new Array ( PROMPT . length + e . offset + 1 ) . join ( \"-\" ) + \"^ Error.\" ; // -------- // ^ This comes from nearley! return out ; } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "=== READING ================================================================= [CODESPLIT] function ( readField , result , end ) { end = end || this . length ; while ( this . pos < end ) { var val = this . readVarint ( ) , tag = val >> 3 , startPos = this . pos ; this . type = val & 0x7 ; readField ( tag , result , this ) ; if ( this . pos === startPos ) this . skip ( val ) ; } return result ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "64 - bit int handling is based on github . com / dpw / node - buffer - more - ints ( MIT - licensed ) [CODESPLIT] function ( ) { var val = readUInt32 ( this . buf , this . pos ) + readUInt32 ( this . buf , this . pos + 4 ) * SHIFT_LEFT_32 ; this . pos += 8 ; return val ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "verbose for performance reasons ; doesn t affect gzipped size [CODESPLIT] function ( arr , isSigned ) { if ( this . type !== Pbf . Bytes ) return arr . push ( this . readVarint ( isSigned ) ) ; var end = readPackedEnd ( this ) ; arr = arr || [ ] ; while ( this . pos < end ) arr . push ( this . readVarint ( isSigned ) ) ; return arr ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Buffer code below from https : // github . com / feross / buffer MIT - licensed [CODESPLIT] function readUInt32 ( buf , pos ) { return ( ( buf [ pos ] ) | ( buf [ pos + 1 ] << 8 ) | ( buf [ pos + 2 ] << 16 ) ) + ( buf [ pos + 3 ] * 0x1000000 ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "we need one ORDER BY clause on at the very end to make sure everything comes back in the correct order ordering inner ( sub ) queries DOES NOT guarantee the order of those results in the outer query [CODESPLIT] function stringifyOuterOrder ( orders , q ) { const conditions = [ ] for ( let condition of orders ) { for ( let column in condition . columns ) { const direction = condition . columns [ column ] conditions . push ( ` ${ q ( condition . table ) } ${ q ( column ) } ${ direction } ` ) } } return conditions . join ( ', ' ) }", "target": 1, "target_options": ["no_match", "match"]} {"input": "we need to collect all fields from all the fragments requested in the union type and ask for them in SQL [CODESPLIT] function handleUnionSelections ( sqlASTNode , children , selections , gqlType , namespace , depth , options , context , internalOptions = { } ) { for ( let selection of selections ) { // we need to figure out what kind of selection this is switch ( selection . kind ) { case 'Field' : // has this field been requested once already? GraphQL does not protect against duplicates so we have to check for it const existingNode = children . find ( child => child . fieldName === selection . name . value && child . type === 'table' ) let newNode = new SQLASTNode ( sqlASTNode ) if ( existingNode ) { newNode = existingNode } else { children . push ( newNode ) } if ( internalOptions . defferedFrom ) { newNode . defferedFrom = internalOptions . defferedFrom } populateASTNode . call ( this , selection , gqlType , newNode , namespace , depth + 1 , options , context ) break // if its an inline fragment, it has some fields and we gotta recurse thru all them case 'InlineFragment' : { const selectionNameOfType = selection . typeCondition . name . value // normally, we would scan for the extra join-monster data on the current gqlType. // but the gqlType is the Union. The data isn't there, its on each of the types that make up the union // lets find that type and handle the selections based on THAT type instead const deferredType = this . schema . _typeMap [ selectionNameOfType ] const deferToObjectType = deferredType . constructor . name === 'GraphQLObjectType' const handler = deferToObjectType ? handleSelections : handleUnionSelections if ( deferToObjectType ) { const typedChildren = sqlASTNode . typedChildren children = typedChildren [ deferredType . name ] = typedChildren [ deferredType . name ] || [ ] internalOptions . defferedFrom = gqlType } handler . call ( this , sqlASTNode , children , selection . selectionSet . selections , deferredType , namespace , depth , options , context , internalOptions ) } break // if its a named fragment, we need to grab the fragment definition by its name and recurse over those fields case 'FragmentSpread' : { const fragmentName = selection . name . value const fragment = this . fragments [ fragmentName ] const fragmentNameOfType = fragment . typeCondition . name . value const deferredType = this . schema . _typeMap [ fragmentNameOfType ] const deferToObjectType = deferredType . constructor . name === 'GraphQLObjectType' const handler = deferToObjectType ? handleSelections : handleUnionSelections if ( deferToObjectType ) { const typedChildren = sqlASTNode . typedChildren children = typedChildren [ deferredType . name ] = typedChildren [ deferredType . name ] || [ ] internalOptions . defferedFrom = gqlType } handler . call ( this , sqlASTNode , children , fragment . selectionSet . selections , deferredType , namespace , depth , options , context , internalOptions ) } break /* istanbul ignore next */ default : throw new Error ( 'Unknown selection kind: ' + selection . kind ) } } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "the selections could be several types recursively handle each type here [CODESPLIT] function handleSelections ( sqlASTNode , children , selections , gqlType , namespace , depth , options , context , internalOptions = { } , ) { for ( let selection of selections ) { // we need to figure out what kind of selection this is switch ( selection . kind ) { // if its another field, recurse through that case 'Field' : // has this field been requested once already? GraphQL does not protect against duplicates so we have to check for it const existingNode = children . find ( child => child . fieldName === selection . name . value && child . type === 'table' ) let newNode = new SQLASTNode ( sqlASTNode ) if ( existingNode ) { newNode = existingNode } else { children . push ( newNode ) } if ( internalOptions . defferedFrom ) { newNode . defferedFrom = internalOptions . defferedFrom } populateASTNode . call ( this , selection , gqlType , newNode , namespace , depth + 1 , options , context ) break // if its an inline fragment, it has some fields and we gotta recurse thru all them case 'InlineFragment' : { // check to make sure the type of this fragment (or one of the interfaces it implements) matches the type being queried const selectionNameOfType = selection . typeCondition . name . value const sameType = selectionNameOfType === gqlType . name const interfaceType = ( gqlType . _interfaces || [ ] ) . map ( iface => iface . name ) . includes ( selectionNameOfType ) if ( sameType || interfaceType ) { handleSelections . call ( this , sqlASTNode , children , selection . selectionSet . selections , gqlType , namespace , depth , options , context , internalOptions ) } } break // if its a named fragment, we need to grab the fragment definition by its name and recurse over those fields case 'FragmentSpread' : { const fragmentName = selection . name . value const fragment = this . fragments [ fragmentName ] // make sure fragment type (or one of the interfaces it implements) matches the type being queried const fragmentNameOfType = fragment . typeCondition . name . value const sameType = fragmentNameOfType === gqlType . name const interfaceType = gqlType . _interfaces . map ( iface => iface . name ) . indexOf ( fragmentNameOfType ) >= 0 if ( sameType || interfaceType ) { handleSelections . call ( this , sqlASTNode , children , fragment . selectionSet . selections , gqlType , namespace , depth , options , context , internalOptions ) } } break /* istanbul ignore next */ default : throw new Error ( 'Unknown selection kind: ' + selection . kind ) } } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "tell the AST we need a column that perhaps the user didnt ask for but may be necessary for join monster to ID objects or associate ones across batches [CODESPLIT] function columnToASTChild ( columnName , namespace ) { return { type : 'column' , name : columnName , fieldName : columnName , as : namespace . generate ( 'column' , columnName ) } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "keys are necessary for deduplication during the hydration process this will handle singular or composite keys [CODESPLIT] function keyToASTChild ( key , namespace ) { if ( typeof key === 'string' ) { return columnToASTChild ( key , namespace ) } if ( Array . isArray ( key ) ) { const clumsyName = toClumsyName ( key ) return { type : 'composite' , name : key , fieldName : clumsyName , as : namespace . generate ( 'column' , clumsyName ) } } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "if its a connection type we need to look up the Node type inside their to find the relevant SQL info [CODESPLIT] function stripRelayConnection ( gqlType , queryASTNode , fragments ) { // get the GraphQL Type inside the list of edges inside the Node from the schema definition const edgeType = stripNonNullType ( gqlType . _fields . edges . type ) const strippedType = stripNonNullType ( stripNonNullType ( edgeType . ofType ) . _fields . node . type ) // let's remember those arguments on the connection const args = queryASTNode . arguments // and then find the fields being selected on the underlying type, also buried within edges and Node const edges = spreadFragments ( queryASTNode . selectionSet . selections , fragments , gqlType . name ) . find ( selection => selection . name . value === 'edges' ) if ( edges ) { queryASTNode = spreadFragments ( edges . selectionSet . selections , fragments , gqlType . name ) . find ( selection => selection . name . value === 'node' ) || { } } else { queryASTNode = { } } // place the arguments on this inner field, so our SQL AST picks it up later queryASTNode . arguments = args return { gqlType : strippedType , queryASTNode } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "instead of fields selections can be fragments which is another group of selections fragments can be arbitrarily nested this function recurses through and gets the relevant fields [CODESPLIT] function spreadFragments ( selections , fragments , typeName ) { return flatMap ( selections , selection => { switch ( selection . kind ) { case 'FragmentSpread' : const fragmentName = selection . name . value const fragment = fragments [ fragmentName ] return spreadFragments ( fragment . selectionSet . selections , fragments , typeName ) case 'InlineFragment' : if ( selection . typeCondition . name . value === typeName ) { return spreadFragments ( selection . selectionSet . selections , fragments , typeName ) } return [ ] default : return selection } } ) }", "target": 1, "target_options": ["no_match", "match"]} {"input": "/ * _ _ | |__ ___ __ _ ( _ ) _ __ ___ ___ _ _ _ __ ___ ___ | _ \\ / _ \\ / _ | | _ \\ / __| / _ \\ | | | | __ / __ / _ \\ | |_ ) | __ / ( _| | | | | | \\ __ \\ ( _ ) | |_| | | | ( _| __ / |_ . __ / \\ ___| \\ __ |_|_| |_| |___ / \\ ___ / \\ __ _|_| \\ ___ \\ ___| |___ / Takes the GraphQL resolveInfo and returns a hydrated Object with the data . [CODESPLIT] async function joinMonster ( resolveInfo , context , dbCall , options = { } ) { // we need to read the query AST and build a new \"SQL AST\" from which the SQL and const sqlAST = queryAST . queryASTToSqlAST ( resolveInfo , options , context ) const { sql , shapeDefinition } = await compileSqlAST ( sqlAST , context , options ) if ( ! sql ) return { } // call their function for querying the DB, handle the different cases, do some validation, return a promise of the object let data = await handleUserDbCall ( dbCall , sql , sqlAST , shapeDefinition ) // if they are paginating, we'll get back an array which is essentially a \"slice\" of the whole data. // this function goes through the data tree and converts the arrays to Connection Objects data = arrToConnection ( data , sqlAST ) // so far we handled the first \"batch\". up until now, additional batches were ignored // this function recursively scanss the sqlAST and runs remaining batches await nextBatch ( sqlAST , data , dbCall , context , options ) // check for batch data if ( Array . isArray ( data ) ) { const childrenToCheck = sqlAST . children . filter ( child => child . sqlBatch ) return data . filter ( d => { for ( const child of childrenToCheck ) { if ( d [ child . fieldName ] == null ) { return false } } return true } ) } return data }", "target": 1, "target_options": ["no_match", "match"]} {"input": "A helper for resolving the Node type in Relay . [CODESPLIT] async function getNode ( typeName , resolveInfo , context , condition , dbCall , options = { } ) { // get the GraphQL type from the schema using the name const type = resolveInfo . schema . _typeMap [ typeName ] assert ( type , ` ${ typeName } ` ) assert ( type . _typeConfig . sqlTable , ` ${ typeName } ` ) // we need to determine what the WHERE function should be let where = buildWhereFunction ( type , condition , options ) // our getGraphQLType expects every requested field to be in the schema definition. \"node\" isn't a parent of whatever type we're getting, so we'll just wrap that type in an object that LOOKS that same as a hypothetical Node type const fakeParentNode = { _fields : { node : { type , name : type . name . toLowerCase ( ) , where } } } const namespace = new AliasNamespace ( options . minify ) const sqlAST = { } const fieldNodes = resolveInfo . fieldNodes || resolveInfo . fieldASTs // uses the same underlying function as the main `joinMonster` queryAST . populateASTNode . call ( resolveInfo , fieldNodes [ 0 ] , fakeParentNode , sqlAST , namespace , 0 , options , context ) queryAST . pruneDuplicateSqlDeps ( sqlAST , namespace ) const { sql , shapeDefinition } = await compileSqlAST ( sqlAST , context , options ) const data = arrToConnection ( await handleUserDbCall ( dbCall , sql , sqlAST , shapeDefinition ) , sqlAST ) await nextBatch ( sqlAST , data , dbCall , context , options ) if ( ! data ) return data data . __type__ = type return data }", "target": 1, "target_options": ["no_match", "match"]} {"input": "processes a single child of the batch [CODESPLIT] async function nextBatchChild ( childAST , data , dbCall , context , options ) { if ( childAST . type !== 'table' && childAST . type !== 'union' ) return const fieldName = childAST . fieldName // see if any begin a new batch if ( childAST . sqlBatch || idx ( childAST , _ => _ . junction . sqlBatch ) ) { let thisKey let parentKey if ( childAST . sqlBatch ) { // if so, we know we'll need to get the key for matching with the parent key childAST . children . push ( childAST . sqlBatch . thisKey ) thisKey = childAST . sqlBatch . thisKey . fieldName parentKey = childAST . sqlBatch . parentKey . fieldName } else if ( idx ( childAST , _ => _ . junction . sqlBatch ) ) { childAST . children . push ( childAST . junction . sqlBatch . thisKey ) thisKey = childAST . junction . sqlBatch . thisKey . fieldName parentKey = childAST . junction . sqlBatch . parentKey . fieldName } if ( Array . isArray ( data ) ) { // the \"batch scope\" is teh set of values to match this key against from the previous batch const batchScope = uniq ( data . map ( obj => maybeQuote ( obj [ parentKey ] ) ) ) // generate the SQL, with the batch scope values incorporated in a WHERE IN clause const { sql , shapeDefinition } = await compileSqlAST ( childAST , context , { ... options , batchScope } ) // grab the data let newData = await handleUserDbCall ( dbCall , sql , childAST , wrap ( shapeDefinition ) ) // group the rows by the key so we can match them with the previous batch newData = groupBy ( newData , thisKey ) // but if we paginate, we must convert to connection type first if ( childAST . paginate ) { forIn ( newData , ( group , key , obj ) => { obj [ key ] = arrToConnection ( group , childAST ) } ) } // if we they want many rows, give them an array if ( childAST . grabMany ) { for ( let obj of data ) { obj [ fieldName ] = newData [ obj [ parentKey ] ] || ( childAST . paginate ? { total : 0 , edges : [ ] } : [ ] ) } } else { let matchedData = [ ] for ( let obj of data ) { const ob = newData [ obj [ parentKey ] ] if ( ob ) { obj [ fieldName ] = arrToConnection ( newData [ obj [ parentKey ] ] [ 0 ] , childAST ) matchedData . push ( obj ) } else { obj [ fieldName ] = null } } data = matchedData } // move down a level and recurse const nextLevelData = chain ( data ) . filter ( obj => obj != null ) . flatMap ( obj => obj [ fieldName ] ) . filter ( obj => obj != null ) . value ( ) return nextBatch ( childAST , nextLevelData , dbCall , context , options ) } const batchScope = [ maybeQuote ( data [ parentKey ] ) ] const { sql , shapeDefinition } = await compileSqlAST ( childAST , context , { ... options , batchScope } ) let newData = await handleUserDbCall ( dbCall , sql , childAST , wrap ( shapeDefinition ) ) newData = groupBy ( newData , thisKey ) if ( childAST . paginate ) { const targets = newData [ data [ parentKey ] ] data [ fieldName ] = arrToConnection ( targets , childAST ) } else if ( childAST . grabMany ) { data [ fieldName ] = newData [ data [ parentKey ] ] || [ ] } else { const targets = newData [ data [ parentKey ] ] || [ ] data [ fieldName ] = targets [ 0 ] } if ( data ) { return nextBatch ( childAST , data [ fieldName ] , dbCall , context , options ) } // otherwise, just bypass this and recurse down to the next level } else if ( Array . isArray ( data ) ) { const nextLevelData = chain ( data ) . filter ( obj => obj != null ) . flatMap ( obj => obj [ fieldName ] ) . filter ( obj => obj != null ) . value ( ) return nextBatch ( childAST , nextLevelData , dbCall , context , options ) } else if ( data ) { return nextBatch ( childAST , data [ fieldName ] , dbCall , context , options ) } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "a function for data manipulation AFTER its nested . this is only necessary when using the SQL pagination we have to interpret the slice that comes back and generate the Connection Object type [CODESPLIT] function arrToConnection ( data , sqlAST ) { // use \"post-order\" tree traversal for ( let astChild of sqlAST . children || [ ] ) { if ( Array . isArray ( data ) ) { for ( let dataItem of data ) { recurseOnObjInData ( dataItem , astChild ) } } else if ( data ) { recurseOnObjInData ( data , astChild ) } } const pageInfo = { hasNextPage : false , hasPreviousPage : false } if ( ! data ) { if ( sqlAST . paginate ) { return { pageInfo , edges : [ ] } } return null } // is cases where pagination was done, take the data and convert to the connection object // if any two fields happen to become a reference to the same object (when their `uniqueKey`s are the same), // we must prevent the recursive processing from visting the same object twice, because mutating the object the first // time changes it everywhere. we'll set the `_paginated` property to true to prevent this if ( sqlAST . paginate && ! data . _paginated ) { if ( sqlAST . sortKey || idx ( sqlAST , _ => _ . junction . sortKey ) ) { if ( idx ( sqlAST , _ => _ . args . first ) ) { // we fetched an extra one in order to determine if there is a next page, if there is one, pop off that extra if ( data . length > sqlAST . args . first ) { pageInfo . hasNextPage = true data . pop ( ) } } else if ( sqlAST . args && sqlAST . args . last ) { // if backward paging, do the same, but also reverse it if ( data . length > sqlAST . args . last ) { pageInfo . hasPreviousPage = true data . pop ( ) } data . reverse ( ) } // convert nodes to edges and compute the cursor for each // TODO: only compute all the cursor if asked for them const sortKey = sqlAST . sortKey || sqlAST . junction . sortKey const edges = data . map ( obj => { const cursor = { } const key = sortKey . key for ( let column of wrap ( key ) ) { cursor [ column ] = obj [ column ] } return { cursor : objToCursor ( cursor ) , node : obj } } ) if ( data . length ) { pageInfo . startCursor = edges [ 0 ] . cursor pageInfo . endCursor = last ( edges ) . cursor } return { edges , pageInfo , _paginated : true } } if ( sqlAST . orderBy || ( sqlAST . junction && sqlAST . junction . orderBy ) ) { let offset = 0 if ( idx ( sqlAST , _ => _ . args . after ) ) { offset = cursorToOffset ( sqlAST . args . after ) + 1 } // $total was a special column for determining the total number of items const arrayLength = data [ 0 ] && parseInt ( data [ 0 ] . $total , 10 ) const connection = connectionFromArraySlice ( data , sqlAST . args || { } , { sliceStart : offset , arrayLength } ) connection . total = arrayLength || 0 connection . _paginated = true return connection } } return data }", "target": 1, "target_options": ["no_match", "match"]} {"input": "validate the data they gave us [CODESPLIT] function validate ( rows ) { // its supposed to be an array of objects if ( Array . isArray ( rows ) ) return rows // a check for the most common error. a lot of ORMs return an object with the desired data on the `rows` property if ( rows && rows . rows ) return rows . rows throw new Error ( ` ${ util . inspect ( rows , { depth : 3 } ) } ` ) }", "target": 1, "target_options": ["no_match", "match"]} {"input": "take the sort key and translate that for the where clause [CODESPLIT] function sortKeyToWhereCondition ( keyObj , descending , sortTable , dialect ) { const { name , quote : q } = dialect const sortColumns = [ ] const sortValues = [ ] for ( let key in keyObj ) { sortColumns . push ( ` ${ q ( sortTable ) } ${ q ( key ) } ` ) sortValues . push ( maybeQuote ( keyObj [ key ] , name ) ) } const operator = descending ? '<' : '>' return name === 'oracle' ? recursiveWhereJoin ( sortColumns , sortValues , operator ) : ` ${ sortColumns . join ( ', ' ) } ${ operator } ${ sortValues . join ( ', ' ) } ` }", "target": 1, "target_options": ["no_match", "match"]} {"input": "--------- BEGIN Reflux . Store ------------ Reflux . Store : Also implements optional Reflux . Store class that is idiomatic with the React ES6 style . You extend Reflux . Store and then the rest works the same as createStore except the constructor instead of init and it holds state in a state property and a . setState method is available which automatically updates state and does a trigger . Then when using with this . store or this . stores in an ES6 component just plass the class it will deal with a singleton instantiation of the class automatically . [CODESPLIT] function ( ) { // extending doesn't really work well here, so instead we create an internal instance // and just loop through its properties/methods and make a getter/setter for each // that will actually be getting and setting on that internal instance. this . __store__ = Reflux . createStore ( ) ; this . state = { } ; var self = this ; for ( var key in this . __store__ ) { /*jshint loopfunc: true */ ( function ( prop ) { Object . defineProperty ( self , prop , { get : function ( ) { return self . __store__ [ prop ] ; } , set : function ( v ) { self . __store__ [ prop ] = v ; } } ) ; } ) ( key ) ; } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "filters a state object by storeKeys array ( if it exists ) if filtering and obj contains no properties to use returns false to let the component know not to update [CODESPLIT] function filterByStoreKeys ( storeKeys , obj ) { // if there are not storeKeys defined then simply return the whole original object if ( ! storeKeys ) { return obj ; } // otherwise go through and only update properties that are in the storeKeys array, and return straight false if there are none var doUpdate = false ; var updateObj = { } ; for ( var i = 0 , ii = storeKeys . length ; i < ii ; i ++ ) { var prop = storeKeys [ i ] ; if ( obj . hasOwnProperty ( prop ) ) { doUpdate = true ; updateObj [ prop ] = obj [ prop ] ; } } return doUpdate ? updateObj : false ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "this is utilized by some of the global state functionality in order to get a clone that will not continue to be modified as the GlobalState mutates [CODESPLIT] function clone ( frm , to ) { if ( frm === null || typeof frm !== \"object\" ) { return frm ; } if ( frm . constructor !== Object && frm . constructor !== Array ) { return frm ; } if ( frm . constructor === Date || frm . constructor === RegExp || frm . constructor === Function || frm . constructor === String || frm . constructor === Number || frm . constructor === Boolean ) { return new frm . constructor ( frm ) ; } to = to || new frm . constructor ( ) ; for ( var name in frm ) { to [ name ] = typeof to [ name ] === \"undefined\" ? clone ( frm [ name ] , null ) : to [ name ] ; } return to ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Set up the mixin before the initial rendering occurs . Import methods from ListenerMethods and then make the call to listenTo with the arguments provided to the factory function [CODESPLIT] function ( ) { for ( var m in ListenerMethods ) { if ( this [ m ] !== ListenerMethods [ m ] ) { if ( this [ m ] ) { throw \"Can't have other property '\" + m + \"' when using Reflux.listenTo!\" ; } this [ m ] = ListenerMethods [ m ] ; } } this . listenTo ( listenable , callback , initial ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Set up the mixin before the initial rendering occurs . Import methods from ListenerMethods and then make the call to listenTo with the arguments provided to the factory function [CODESPLIT] function ( ) { for ( var m in ListenerMethods ) { if ( this [ m ] !== ListenerMethods [ m ] ) { if ( this [ m ] ) { throw \"Can't have other property '\" + m + \"' when using Reflux.listenToMany!\" ; } this [ m ] = ListenerMethods [ m ] ; } } this . listenToMany ( listenables ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "constructor [CODESPLIT] function ( data ) { var entries var self = this var input = Object . assign ( { } , data ) // prep the main container self . requests = [ ] // is it har? if ( input . log && input . log . entries ) { entries = input . log . entries } else { entries = [ { request : input } ] } entries . forEach ( function ( entry ) { // add optional properties to make validation successful entry . request . httpVersion = entry . request . httpVersion || 'HTTP/1.1' entry . request . queryString = entry . request . queryString || [ ] entry . request . headers = entry . request . headers || [ ] entry . request . cookies = entry . request . cookies || [ ] entry . request . postData = entry . request . postData || { } entry . request . postData . mimeType = entry . request . postData . mimeType || 'application/octet-stream' entry . request . bodySize = 0 entry . request . headersSize = 0 entry . request . postData . size = 0 validate . request ( entry . request , function ( err , valid ) { if ( ! valid ) { throw err } self . requests . push ( self . prepare ( entry . request ) ) } ) } ) }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Use strong quoting using single quotes so that we only need to deal with nested single quote characters . http : // wiki . bash - hackers . org / syntax / quoting#strong_quoting [CODESPLIT] function ( value ) { var safe = / ^[a-z0-9-_/.@%^=:]+$ / i // Unless `value` is a simple shell-safe string, quote it. if ( ! safe . test ( value ) ) { return util . format ( '\\'%s\\'' , value . replace ( / ' / g , \"'\\\\''\" ) ) } return value }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Create an string of given length filled with blank spaces [CODESPLIT] function buildString ( length , str ) { return Array . apply ( null , new Array ( length ) ) . map ( String . prototype . valueOf , str ) . join ( '' ) }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Create a string corresponding to a Dictionary or Array literal representation with pretty option and indentation . [CODESPLIT] function concatArray ( arr , pretty , indentation , indentLevel ) { var currentIndent = buildString ( indentLevel , indentation ) var closingBraceIndent = buildString ( indentLevel - 1 , indentation ) var join = pretty ? ',\\n' + currentIndent : ', ' if ( pretty ) { return '[\\n' + currentIndent + arr . join ( join ) + '\\n' + closingBraceIndent + ']' } else { return '[' + arr . join ( join ) + ']' } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Create a valid Swift string of a literal value according to its type . [CODESPLIT] function ( value , opts , indentLevel ) { indentLevel = indentLevel === undefined ? 1 : indentLevel + 1 switch ( Object . prototype . toString . call ( value ) ) { case '[object Number]' : return value case '[object Array]' : // Don't prettify arrays nto not take too much space var pretty = false var valuesRepresentation = value . map ( function ( v ) { // Switch to prettify if the value is a dictionary with multiple keys if ( Object . prototype . toString . call ( v ) === '[object Object]' ) { pretty = Object . keys ( v ) . length > 1 } return this . literalRepresentation ( v , opts , indentLevel ) } . bind ( this ) ) return concatArray ( valuesRepresentation , pretty , opts . indent , indentLevel ) case '[object Object]' : var keyValuePairs = [ ] for ( var k in value ) { keyValuePairs . push ( util . format ( '\"%s\": %s' , k , this . literalRepresentation ( value [ k ] , opts , indentLevel ) ) ) } return concatArray ( keyValuePairs , opts . pretty && keyValuePairs . length > 1 , opts . indent , indentLevel ) case '[object Boolean]' : return value . toString ( ) default : if ( value === null || value === undefined ) { return '' } return '\"' + value . toString ( ) . replace ( / \" / g , '\\\\\"' ) + '\"' } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "handler definition is in multipart - readstream handler ( field file filename encoding mimetype ) opts is a per - request override for the options object [CODESPLIT] function multipart ( handler , done , opts ) { if ( typeof handler !== 'function' ) { throw new Error ( 'handler must be a function' ) } if ( typeof done !== 'function' ) { throw new Error ( 'the callback must be a function' ) } if ( ! this . isMultipart ( ) ) { done ( new Error ( 'the request is not multipart' ) ) return } const log = this . log log . debug ( 'starting multipart parsing' ) const req = this . req const busboyOptions = deepmerge . all ( [ { headers : req . headers } , options || { } , opts || { } ] ) const stream = new Busboy ( busboyOptions ) var completed = false var files = 0 var count = 0 var callDoneOnNextEos = false req . on ( 'error' , function ( err ) { stream . destroy ( ) if ( ! completed ) { completed = true done ( err ) } } ) stream . on ( 'finish' , function ( ) { log . debug ( 'finished multipart parsing' ) if ( ! completed && count === files ) { completed = true setImmediate ( done ) } else { callDoneOnNextEos = true } } ) stream . on ( 'file' , wrap ) req . pipe ( stream ) function wrap ( field , file , filename , encoding , mimetype ) { log . debug ( { field , filename , encoding , mimetype } , 'parsing part' ) files ++ eos ( file , waitForFiles ) handler ( field , file , filename , encoding , mimetype ) } function waitForFiles ( err ) { if ( err ) { completed = true done ( err ) return } if ( completed ) { return } ++ count if ( callDoneOnNextEos && count === files ) { completed = true done ( ) } } return stream }", "target": 1, "target_options": ["no_match", "match"]} {"input": "For quiptext introduced in 0 . 1 . 044 [CODESPLIT] function ( text , placeholders ) { if ( text [ text . length - 1 ] == \"]\" && text . lastIndexOf ( \" [\" ) != - 1 ) { // Remove translation comments text = text . substr ( 0 , text . lastIndexOf ( \" [\" ) ) ; } var replaceAll = function ( str , substr , replacement ) { return str . replace ( new RegExp ( substr . replace ( / ([.*+?^=!:${}()|\\[\\]\\/\\\\]) / g , \"\\\\$1\" ) , \"g\" ) , replacement ) ; } var localeReplace = function ( text , placeholders ) { for ( var key in placeholders ) { text = replaceAll ( text , \"%(\" + key + \")s\" , placeholders [ key ] ) ; } return text ; } ; var reactLocaleReplace = function ( text , placeholders ) { var start ; var expanded = [ text ] ; for ( var key in placeholders ) { start = expanded ; expanded = [ ] ; for ( var i = 0 ; i < start . length ; i ++ ) { if ( typeof start [ i ] == \"string\" ) { var keyStr = \"%(\" + key + \")s\" ; var parts = start [ i ] . split ( keyStr ) ; var replaced = [ ] ; for ( var j = 0 ; j < parts . length - 1 ; j ++ ) { replaced . push ( parts [ j ] ) ; replaced . push ( placeholders [ key ] ) ; } replaced . push ( parts [ parts . length - 1 ] ) ; replaced = replaced . filter ( function ( str ) { return str != \"\" ; } ) ; expanded . push . apply ( expanded , replaced ) } else { expanded . push ( start [ i ] ) ; } } } return expanded ; } if ( placeholders ) { var hasReactElements = false ; for ( var key in placeholders ) { var val = placeholders [ key ] ; if ( typeof val !== \"string\" && React . isValidElement ( val ) ) { hasReactElements = true ; break ; } } return ( hasReactElements ? reactLocaleReplace ( text , placeholders ) : localeReplace ( text , placeholders ) ) ; } return text ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "This class provides access to the device media interfaces to both sound and video [CODESPLIT] function ( src , successCallback , errorCallback , statusCallback ) { argscheck . checkArgs ( 'SFFF' , 'Media' , arguments ) ; this . id = utils . createUUID ( ) ; mediaObjects [ this . id ] = this ; this . src = src ; this . successCallback = successCallback ; this . errorCallback = errorCallback ; this . statusCallback = statusCallback ; this . _duration = - 1 ; this . _position = - 1 ; try { this . node = createNode ( this ) ; } catch ( err ) { Media . onStatus ( this . id , Media . MEDIA_ERROR , { code : MediaError . MEDIA_ERR_ABORTED } ) ; } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Creates new Audio node and with necessary event listeners attached [CODESPLIT] function createNode ( media ) { var node = new Audio ( ) ; node . onplay = function ( ) { Media . onStatus ( media . id , Media . MEDIA_STATE , Media . MEDIA_STARTING ) ; } ; node . onplaying = function ( ) { Media . onStatus ( media . id , Media . MEDIA_STATE , Media . MEDIA_RUNNING ) ; } ; node . ondurationchange = function ( e ) { Media . onStatus ( media . id , Media . MEDIA_DURATION , e . target . duration || - 1 ) ; } ; node . onerror = function ( e ) { // Due to media.spec.15 It should return MediaError for bad filename var err = e . target . error . code === MediaError . MEDIA_ERR_SRC_NOT_SUPPORTED ? { code : MediaError . MEDIA_ERR_ABORTED } : e . target . error ; Media . onStatus ( media . id , Media . MEDIA_ERROR , err ) ; } ; node . onended = function ( ) { Media . onStatus ( media . id , Media . MEDIA_STATE , Media . MEDIA_STOPPED ) ; } ; if ( media . src ) { node . src = media . src ; } return node ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Initiates the audio file [CODESPLIT] function ( win , lose , args ) { var id = args [ 0 ] ; var srcUri = processUri ( args [ 1 ] ) ; var createAudioNode = ! ! args [ 2 ] ; var thisM = Media . get ( id ) ; Media . prototype . node = null ; var prefix = args [ 1 ] . split ( ':' ) . shift ( ) ; var extension = srcUri . extension ; if ( thisM . node === null ) { if ( SUPPORTED_EXTENSIONS . indexOf ( extension ) === - 1 && SUPPORTED_PREFIXES . indexOf ( prefix ) === - 1 ) { if ( lose ) { lose ( { code : MediaError . MEDIA_ERR_ABORTED } ) ; } return false ; // unable to create } // Don't create Audio object in case of record mode if ( createAudioNode === true ) { thisM . node = new Audio ( ) ; thisM . node . msAudioCategory = \"BackgroundCapableMedia\" ; thisM . node . src = srcUri . absoluteCanonicalUri ; thisM . node . onloadstart = function ( ) { Media . onStatus ( id , Media . MEDIA_STATE , Media . MEDIA_STARTING ) ; } ; thisM . node . ontimeupdate = function ( e ) { Media . onStatus ( id , Media . MEDIA_POSITION , e . target . currentTime ) ; } ; thisM . node . onplaying = function ( ) { Media . onStatus ( id , Media . MEDIA_STATE , Media . MEDIA_RUNNING ) ; } ; thisM . node . ondurationchange = function ( e ) { Media . onStatus ( id , Media . MEDIA_DURATION , e . target . duration || - 1 ) ; } ; thisM . node . onerror = function ( e ) { // Due to media.spec.15 It should return MediaError for bad filename var err = e . target . error . code === MediaError . MEDIA_ERR_SRC_NOT_SUPPORTED ? { code : MediaError . MEDIA_ERR_ABORTED } : e . target . error ; Media . onStatus ( id , Media . MEDIA_ERROR , err ) ; } ; thisM . node . onended = function ( ) { Media . onStatus ( id , Media . MEDIA_STATE , Media . MEDIA_STOPPED ) ; } ; } } return true ; // successfully created }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Start playing the audio [CODESPLIT] function ( win , lose , args ) { var id = args [ 0 ] ; //var src = args[1]; //var options = args[2]; var thisM = Media . get ( id ) ; // if Media was released, then node will be null and we need to create it again if ( ! thisM . node ) { args [ 2 ] = true ; // Setting createAudioNode to true if ( ! module . exports . create ( win , lose , args ) ) { // there is no reason to continue if we can't create media // corresponding callback has been invoked in create so we don't need to call it here return ; } } try { thisM . node . play ( ) ; } catch ( err ) { if ( lose ) { lose ( { code : MediaError . MEDIA_ERR_ABORTED } ) ; } } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Seeks to the position in the audio [CODESPLIT] function ( win , lose , args ) { var id = args [ 0 ] ; var milliseconds = args [ 1 ] ; var thisM = Media . get ( id ) ; try { thisM . node . currentTime = milliseconds / 1000 ; win ( thisM . node . currentTime ) ; } catch ( err ) { lose ( \"Failed to seek: \" + err ) ; } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Pauses the playing audio [CODESPLIT] function ( win , lose , args ) { var id = args [ 0 ] ; var thisM = Media . get ( id ) ; try { thisM . node . pause ( ) ; Media . onStatus ( id , Media . MEDIA_STATE , Media . MEDIA_PAUSED ) ; } catch ( err ) { lose ( \"Failed to pause: \" + err ) ; } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Gets current position in the audio [CODESPLIT] function ( win , lose , args ) { var id = args [ 0 ] ; try { var p = ( Media . get ( id ) ) . node . currentTime ; win ( p ) ; } catch ( err ) { lose ( err ) ; } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Start recording audio [CODESPLIT] function ( win , lose , args ) { var id = args [ 0 ] ; var srcUri = processUri ( args [ 1 ] ) ; var dest = parseUriToPathAndFilename ( srcUri ) ; var destFileName = dest . fileName ; var success = function ( ) { Media . onStatus ( id , Media . MEDIA_STATE , Media . MEDIA_RUNNING ) ; } ; var error = function ( reason ) { Media . onStatus ( id , Media . MEDIA_ERROR , reason ) ; } ; // Initialize device Media . prototype . mediaCaptureMgr = null ; var thisM = ( Media . get ( id ) ) ; var captureInitSettings = new Windows . Media . Capture . MediaCaptureInitializationSettings ( ) ; captureInitSettings . streamingCaptureMode = Windows . Media . Capture . StreamingCaptureMode . audio ; thisM . mediaCaptureMgr = new Windows . Media . Capture . MediaCapture ( ) ; thisM . mediaCaptureMgr . addEventListener ( \"failed\" , error ) ; thisM . mediaCaptureMgr . initializeAsync ( captureInitSettings ) . done ( function ( result ) { thisM . mediaCaptureMgr . addEventListener ( \"recordlimitationexceeded\" , error ) ; thisM . mediaCaptureMgr . addEventListener ( \"failed\" , error ) ; // Start recording Windows . Storage . ApplicationData . current . temporaryFolder . createFileAsync ( destFileName , Windows . Storage . CreationCollisionOption . replaceExisting ) . done ( function ( newFile ) { recordedFile = newFile ; var encodingProfile = null ; switch ( newFile . fileType ) { case '.m4a' : encodingProfile = Windows . Media . MediaProperties . MediaEncodingProfile . createM4a ( Windows . Media . MediaProperties . AudioEncodingQuality . auto ) ; break ; case '.mp3' : encodingProfile = Windows . Media . MediaProperties . MediaEncodingProfile . createMp3 ( Windows . Media . MediaProperties . AudioEncodingQuality . auto ) ; break ; case '.wma' : encodingProfile = Windows . Media . MediaProperties . MediaEncodingProfile . createWma ( Windows . Media . MediaProperties . AudioEncodingQuality . auto ) ; break ; default : error ( \"Invalid file type for record\" ) ; break ; } thisM . mediaCaptureMgr . startRecordToStorageFileAsync ( encodingProfile , newFile ) . done ( success , error ) ; } , error ) ; } , error ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Stop recording audio [CODESPLIT] function ( win , lose , args ) { var id = args [ 0 ] ; var thisM = Media . get ( id ) ; var srcUri = processUri ( thisM . src ) ; var dest = parseUriToPathAndFilename ( srcUri ) ; var destPath = dest . path ; var destFileName = dest . fileName ; var fsType = dest . fsType ; var success = function ( ) { Media . onStatus ( id , Media . MEDIA_STATE , Media . MEDIA_STOPPED ) ; } ; var error = function ( reason ) { Media . onStatus ( id , Media . MEDIA_ERROR , reason ) ; } ; thisM . mediaCaptureMgr . stopRecordAsync ( ) . done ( function ( ) { if ( fsType === fsTypes . TEMPORARY ) { if ( ! destPath ) { // if path is not defined, we leave recorded file in temporary folder (similar to iOS) success ( ) ; } else { Windows . Storage . ApplicationData . current . temporaryFolder . getFolderAsync ( destPath ) . done ( function ( destFolder ) { recordedFile . copyAsync ( destFolder , destFileName , Windows . Storage . CreationCollisionOption . replaceExisting ) . done ( success , error ) ; } , error ) ; } } else { // Copying file to persistent storage if ( ! destPath ) { recordedFile . copyAsync ( Windows . Storage . ApplicationData . current . localFolder , destFileName , Windows . Storage . CreationCollisionOption . replaceExisting ) . done ( success , error ) ; } else { Windows . Storage . ApplicationData . current . localFolder . getFolderAsync ( destPath ) . done ( function ( destFolder ) { recordedFile . copyAsync ( destFolder , destFileName , Windows . Storage . CreationCollisionOption . replaceExisting ) . done ( success , error ) ; } , error ) ; } } } , error ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Release the media object [CODESPLIT] function ( win , lose , args ) { var id = args [ 0 ] ; var thisM = Media . get ( id ) ; try { if ( thisM . node ) { thisM . node . onloadedmetadata = null ; // Unsubscribing as the media object is being released thisM . node . onerror = null ; // Needed to avoid \"0x80070005 - JavaScript runtime error: Access is denied.\" on copyAsync thisM . node . src = null ; delete thisM . node ; } } catch ( err ) { lose ( \"Failed to release: \" + err ) ; } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Converts a path to Windows . Foundation . Uri basing on App data temporary folder if scheme is not defined e . g . : path / to / file . m4a - > ms - appdata : /// temp / path / to / file . m4a [CODESPLIT] function setTemporaryFsByDefault ( src ) { var uri ; try { uri = new Windows . Foundation . Uri ( src ) ; } catch ( e ) { if ( e . number === PARAMETER_IS_INCORRECT ) { // Use TEMPORARY fs there is no 'scheme:' uri = new Windows . Foundation . Uri ( tempFolderAppDataBasePath , src ) ; } else { throw e ; } } finally { return uri ; } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Convert native full path to ms - appdata path [CODESPLIT] function fullPathToAppData ( uri ) { if ( uri . schemeName === 'file' ) { if ( uri . rawUri . indexOf ( Windows . Storage . ApplicationData . current . localFolder . path ) !== - 1 ) { // Also remove path' beginning slash to avoid losing folder name part uri = new Windows . Foundation . Uri ( localFolderAppDataBasePath , uri . rawUri . replace ( localFolderFullPath , '' ) . replace ( / ^[\\\\\\/]{1,2} / , '' ) ) ; } else if ( uri . rawUri . indexOf ( Windows . Storage . ApplicationData . current . temporaryFolder . path ) !== - 1 ) { uri = new Windows . Foundation . Uri ( tempFolderAppDataBasePath , uri . rawUri . replace ( tempFolderFullPath , '' ) . replace ( / ^[\\\\\\/]{1,2} / , '' ) ) ; } else { throw new Error ( 'Not supported file uri: ' + uri . rawUri ) ; } } return uri ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Converts cdvfile paths to ms - appdata path [CODESPLIT] function cdvfileToAppData ( uri ) { var cdvFsRoot ; if ( uri . schemeName === 'cdvfile' ) { cdvFsRoot = uri . path . split ( '/' ) [ 1 ] ; if ( cdvFsRoot === 'temporary' ) { return new Windows . Foundation . Uri ( tempFolderAppDataBasePath , uri . path . split ( '/' ) . slice ( 2 ) . join ( '/' ) ) ; } else if ( cdvFsRoot === 'persistent' ) { return new Windows . Foundation . Uri ( localFolderAppDataBasePath , uri . path . split ( '/' ) . slice ( 2 ) . join ( '/' ) ) ; } else { throw new Error ( cdvFsRoot + ' cdvfile root is not supported on Windows' ) ; } } return uri ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Prepares media src for internal usage [CODESPLIT] function processUri ( src ) { // Collapse double slashes (File plugin issue): ms-appdata:///temp//recs/memos/media.m4a => ms-appdata:///temp/recs/memos/media.m4a src = src . replace ( / ([^\\/:])(\\/\\/)([^\\/]) / g , '$1/$3' ) ; // Remove beginning slashes src = src . replace ( / ^[\\\\\\/]{1,2} / , '' ) ; var uri = setTemporaryFsByDefault ( src ) ; uri = fullPathToAppData ( uri ) ; uri = cdvfileToAppData ( uri ) ; return uri ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Extracts path filename and filesystem type from Uri [CODESPLIT] function parseUriToPathAndFilename ( uri ) { // Removing scheme and location, using backslashes: ms-appdata:///local/path/to/file.m4a -> path\\\\to\\\\file.m4a var normalizedSrc = uri . path . split ( '/' ) . slice ( 2 ) . join ( '\\\\' ) ; var path = normalizedSrc . substr ( 0 , normalizedSrc . lastIndexOf ( '\\\\' ) ) ; var fileName = normalizedSrc . replace ( path + '\\\\' , '' ) ; var fsType ; if ( uri . path . split ( '/' ) [ 1 ] === 'local' ) { fsType = fsTypes . PERSISTENT ; } else if ( uri . path . split ( '/' ) [ 1 ] === 'temp' ) { fsType = fsTypes . TEMPORARY ; } return { path : path , fileName : fileName , fsType : fsType } ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "This class provides access to the device media interfaces to both sound and video [CODESPLIT] function ( src , successCallback , errorCallback , statusCallback ) { argscheck . checkArgs ( 'sFFF' , 'Media' , arguments ) ; this . id = utils . createUUID ( ) ; mediaObjects [ this . id ] = this ; this . src = src ; this . successCallback = successCallback ; this . errorCallback = errorCallback ; this . statusCallback = statusCallback ; this . _duration = - 1 ; this . _position = - 1 ; exec ( null , this . errorCallback , \"Media\" , \"create\" , [ this . id , this . src ] ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "/ * proj [CODESPLIT] function proj ( location ) { // Class to handle simple project xml operations if ( ! location ) { throw new Error ( 'Project file location can\\'t be null or empty' ) ; } this . location = location ; this . xml = xml_helpers . parseElementtreeSync ( location ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Creates hook script context [CODESPLIT] function Context ( hook , opts ) { this . hook = hook ; // create new object, to avoid affecting input opts in other places // For example context.opts.plugin = Object is done, then it affects by reference this . opts = Object . assign ( { } , opts ) ; this . cmdLine = process . argv . join ( ' ' ) ; // Lazy-load cordova to avoid cyclical dependency Object . defineProperty ( this , 'cordova' , { get ( ) { return this . requireCordovaModule ( 'cordova-lib' ) . cordova ; } } ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Remove capabilities with same names [CODESPLIT] function getUniqueCapabilities ( capabilities ) { return capabilities . reduce ( function ( uniqueCaps , currCap ) { var isRepeated = uniqueCaps . some ( function ( cap ) { return getCapabilityName ( cap ) === getCapabilityName ( currCap ) ; } ) ; return isRepeated ? uniqueCaps : uniqueCaps . concat ( [ currCap ] ) ; } , [ ] ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Comparator function to pass to Array . sort [CODESPLIT] function compareCapabilities ( firstCap , secondCap ) { var firstCapName = getCapabilityName ( firstCap ) ; var secondCapName = getCapabilityName ( secondCap ) ; if ( firstCapName < secondCapName ) { return - 1 ; } if ( firstCapName > secondCapName ) { return 1 ; } return 0 ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Generates a new munge that contains elements created based on corresponding elements from base munge . If there are no such elements found in base munge the empty munge is returned ( selectors might be present under the parents key but they will contain no changes ) . [CODESPLIT] function generateUapCapabilities ( capabilities ) { function hasCapabilityChange ( change ) { return / ^\\s*<(\\w+:)?(Device)?Capability\\s / . test ( change . xml ) ; } function createPrefixedCapabilityChange ( change ) { if ( CapsNeedUapPrefix . indexOf ( getCapabilityName ( change ) ) < 0 ) { return change ; } // If capability is already prefixed, avoid adding another prefix var replaceXML = change . xml . indexOf ( 'uap:' ) > 0 ? change . xml : change . xml . replace ( / Capability / , 'uap:Capability' ) ; return { xml : replaceXML , count : change . count , before : change . before } ; } return capabilities // For every xml change check if it adds a element ... . filter ( hasCapabilityChange ) // ... and create a duplicate with 'uap:' prefix . map ( createPrefixedCapabilityChange ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Remove . json file from plugins directory . [CODESPLIT] function removePlatformPluginsJson ( projectRoot , target ) { var plugins_json = path . join ( projectRoot , 'plugins' , target + '.json' ) ; fs . removeSync ( plugins_json ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Runs up the directory chain looking for a . cordova directory . IF it is found we are in a Cordova project . Omit argument to use CWD . [CODESPLIT] function isCordova ( dir ) { if ( ! dir ) { // Prefer PWD over cwd so that symlinked dirs within your PWD work correctly (CB-5687). var pwd = process . env . PWD ; var cwd = process . cwd ( ) ; if ( pwd && pwd !== cwd && pwd !== 'undefined' ) { return this . isCordova ( pwd ) || this . isCordova ( cwd ) ; } return this . isCordova ( cwd ) ; } var bestReturnValueSoFar = false ; for ( var i = 0 ; i < 1000 ; ++ i ) { var result = isRootDir ( dir ) ; if ( result === 2 ) { return dir ; } if ( result === 1 ) { bestReturnValueSoFar = dir ; } var parentDir = path . normalize ( path . join ( dir , '..' ) ) ; // Detect fs root. if ( parentDir === dir ) { return bestReturnValueSoFar ; } dir = parentDir ; } console . error ( 'Hit an unhandled case in util.isCordova' ) ; return false ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Cd to project root dir and return its path . Throw CordovaError if not in a Corodva project . [CODESPLIT] function cdProjectRoot ( ) { const projectRoot = this . getProjectRoot ( ) ; if ( ! origCwd ) { origCwd = process . env . PWD || process . cwd ( ) ; } process . env . PWD = projectRoot ; process . chdir ( projectRoot ) ; return projectRoot ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Fixes up relative paths that are no longer valid due to chdir () within cdProjectRoot () . [CODESPLIT] function fixRelativePath ( value , /* optional */ cwd ) { // Don't touch absolute paths. if ( value [ 1 ] === ':' || value [ 0 ] === path . sep ) { return value ; } var newDir = cwd || process . env . PWD || process . cwd ( ) ; var origDir = getOrigWorkingDirectory ( ) ; var pathDiff = path . relative ( newDir , origDir ) ; var ret = path . normalize ( path . join ( pathDiff , value ) ) ; return ret ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Resolve any symlinks in order to avoid relative path issues . See https : // issues . apache . org / jira / browse / CB - 8757 [CODESPLIT] function convertToRealPathSafe ( path ) { if ( path && fs . existsSync ( path ) ) { return fs . realpathSync ( path ) ; } return path ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Recursively deletes . svn folders from a target path [CODESPLIT] function deleteSvnFolders ( dir ) { var contents = fs . readdirSync ( dir ) ; contents . forEach ( function ( entry ) { var fullpath = path . join ( dir , entry ) ; if ( isDirectory ( fullpath ) ) { if ( entry === '.svn' ) { fs . removeSync ( fullpath ) ; } else module . exports . deleteSvnFolders ( fullpath ) ; } } ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "list the directories in the path ignoring any files [CODESPLIT] function findPlugins ( pluginDir ) { var plugins = [ ] ; if ( fs . existsSync ( pluginDir ) ) { plugins = fs . readdirSync ( pluginDir ) . filter ( function ( fileName ) { var pluginPath = path . join ( pluginDir , fileName ) ; var isPlugin = isDirectory ( pluginPath ) || isSymbolicLink ( pluginPath ) ; return fileName !== '.svn' && fileName !== 'CVS' && isPlugin ; } ) ; } return plugins ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Returns the API of the platform contained in dir . Potential errors : module isn t found can t load or doesn t implement the expected interface . [CODESPLIT] function getPlatformApiFunction ( dir ) { let PlatformApi ; try { PlatformApi = exports . requireNoCache ( dir ) ; } catch ( err ) { // Module not found or threw error during loading err . message = ` ${ dir } \\n ${ err . message } ` ; throw err ; } // Module doesn't implement the expected interface if ( ! PlatformApi || ! PlatformApi . createPlatform ) { throw new Error ( ` ${ dir } ` ) ; } events . emit ( 'verbose' , 'Platform API successfully found in: ' + dir ) ; return PlatformApi ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Downloads via npm or via git clone ( tries both ) Returns a Promise [CODESPLIT] function downloadPlatform ( projectRoot , platform , version , opts ) { var target = version ? ( platform + '@' + version ) : platform ; return Promise . resolve ( ) . then ( function ( ) { // append cordova to platform if ( platform in platforms ) { target = 'cordova-' + target ; } // gitURLs don't supply a platform, it equals null if ( ! platform ) { target = version ; } events . emit ( 'log' , 'Using cordova-fetch for ' + target ) ; return fetch ( target , projectRoot , opts ) ; } ) . catch ( function ( error ) { var message = 'Failed to fetch platform ' + target + '\\nProbably this is either a connection problem, or platform spec is incorrect.' + '\\nCheck your connection and platform name/version/URL.' + '\\n' + error ; return Promise . reject ( new CordovaError ( message ) ) ; } ) . then ( function ( libDir ) { return require ( './index' ) . getPlatformDetailsFromDir ( libDir , platform ) ; } ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Tries to create a HooksRunner for passed project root . [CODESPLIT] function HooksRunner ( projectRoot ) { var root = cordovaUtil . isCordova ( projectRoot ) ; if ( ! root ) throw new CordovaError ( 'Not a Cordova project (\"' + projectRoot + '\"), can\\'t use hooks.' ) ; else this . projectRoot = root ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Returns a promise . [CODESPLIT] function executeEventHandlersSerially ( hook , opts ) { var handlers = events . listeners ( hook ) ; if ( handlers . length ) { // Chain the handlers in series. return handlers . reduce ( function ( soFar , f ) { return soFar . then ( function ( ) { return f ( opts ) ; } ) ; } , Promise . resolve ( ) ) ; } else { return Promise . resolve ( ) ; // Nothing to do. } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Serially fires scripts either via Promise . resolve ( require ( pathToScript ) ( context )) or via child_process . spawn . Returns promise . [CODESPLIT] function runScriptsSerially ( scripts , context ) { if ( scripts . length === 0 ) { events . emit ( 'verbose' , 'No scripts found for hook \"' + context . hook + '\".' ) ; } return scripts . reduce ( function ( prevScriptPromise , nextScript ) { return prevScriptPromise . then ( function ( ) { return runScript ( nextScript , context ) ; } ) ; } , Promise . resolve ( ) ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Extracts shebang interpreter from script source . [CODESPLIT] function extractSheBangInterpreter ( fullpath ) { // this is a modern cluster size. no need to read less const chunkSize = 4096 ; const fileData = readChunk . sync ( fullpath , 0 , chunkSize ) ; const fileChunk = fileData . toString ( ) ; const hookCmd = shebangCommand ( fileChunk ) ; if ( hookCmd && fileData . length === chunkSize && ! fileChunk . match ( / [\\r\\n] / ) ) { events . emit ( 'warn' , 'shebang is too long for \"' + fullpath + '\"' ) ; } return hookCmd ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Checks if the given hook type is disabled at the command line option . [CODESPLIT] function isHookDisabled ( opts , hook ) { if ( opts === undefined || opts . nohooks === undefined ) { return false ; } var disabledHooks = opts . nohooks ; var length = disabledHooks . length ; for ( var i = 0 ; i < length ; i ++ ) { if ( hook . match ( disabledHooks [ i ] ) !== null ) { return true ; } } return false ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Install platforms looking at config . xml and package . json ( if there is one ) . [CODESPLIT] function installPlatformsFromConfigXML ( platforms , opts ) { events . emit ( 'verbose' , 'Checking config.xml and package.json for saved platforms that haven\\'t been added to the project' ) ; var projectHome = cordova_util . cdProjectRoot ( ) ; var configPath = cordova_util . projectConfig ( projectHome ) ; var cfg = new ConfigParser ( configPath ) ; var engines = cfg . getEngines ( ) ; var pkgJsonPath = path . join ( projectHome , 'package.json' ) ; var pkgJson ; var pkgJsonPlatforms ; var comboArray = [ ] ; var configPlatforms = [ ] ; var modifiedPkgJson = false ; var mergedPlatformSpecs = { } ; var key ; var installAllPlatforms = ! platforms || platforms . length === 0 ; var file ; var indent ; // Check if path exists and require pkgJsonPath. if ( fs . existsSync ( pkgJsonPath ) ) { pkgJson = require ( pkgJsonPath ) ; file = fs . readFileSync ( pkgJsonPath , 'utf8' ) ; indent = detectIndent ( file ) . indent || ' ' ; } if ( pkgJson !== undefined && pkgJson . cordova !== undefined && pkgJson . cordova . platforms !== undefined ) { pkgJsonPlatforms = pkgJson . cordova . platforms ; } if ( cfg !== undefined ) { if ( pkgJsonPlatforms !== undefined ) { // Combining arrays and checking duplicates. comboArray = pkgJsonPlatforms . slice ( ) ; } engines = cfg . getEngines ( projectHome ) ; // TODO: CB-12592: Eventually refactor out to pacakge manager module. // If package.json doesn't exist, auto-create one. if ( engines . length > 0 && pkgJson === undefined ) { pkgJson = { } ; if ( cfg . packageName ( ) ) { pkgJson . name = cfg . packageName ( ) . toLowerCase ( ) ; } if ( cfg . version ( ) ) { pkgJson . version = cfg . version ( ) ; } if ( cfg . name ( ) ) { pkgJson . displayName = cfg . name ( ) ; } fs . writeFileSync ( pkgJsonPath , JSON . stringify ( pkgJson , null , indent ) , 'utf8' ) ; } configPlatforms = engines . map ( function ( Engine ) { var configPlatName = Engine . name ; // Add specs from config into mergedPlatformSpecs. if ( mergedPlatformSpecs [ configPlatName ] === undefined && Engine . spec ) { mergedPlatformSpecs [ configPlatName ] = Engine . spec ; } return configPlatName ; } ) ; configPlatforms . forEach ( function ( item ) { if ( comboArray . indexOf ( item ) < 0 ) { comboArray . push ( item ) ; } } ) ; // ComboArray should have all platforms from config.xml & package.json. // Remove duplicates in comboArray & sort. var uniq = comboArray . reduce ( function ( a , b ) { if ( a . indexOf ( b ) < 0 ) a . push ( b ) ; return a ; } , [ ] ) ; comboArray = uniq ; // No platforms to restore from either config.xml or package.json. if ( comboArray . length <= 0 ) { return Promise . resolve ( 'No platforms found in config.xml or package.json. Nothing to restore' ) ; } // If no package.json, don't continue. if ( pkgJson !== undefined ) { // If config.xml & pkgJson exist and the cordova key is undefined, create a cordova key. if ( pkgJson . cordova === undefined ) { pkgJson . cordova = { } ; } // If there is no platforms array, create an empty one. if ( pkgJson . cordova . platforms === undefined ) { pkgJson . cordova . platforms = [ ] ; } // If comboArray has the same platforms as pkg.json, no modification to pkg.json. if ( comboArray . toString ( ) === pkgJson . cordova . platforms . toString ( ) ) { events . emit ( 'verbose' , 'Config.xml and package.json platforms are the same. No pkg.json modification.' ) ; } else { // Modify pkg.json to include the elements. // From the comboArray array so that the arrays are identical. events . emit ( 'verbose' , 'Config.xml and package.json platforms are different. Updating package.json with most current list of platforms.' ) ; modifiedPkgJson = true ; } events . emit ( 'verbose' , 'Package.json and config.xml platforms are different. Updating config.xml with most current list of platforms.' ) ; comboArray . forEach ( function ( item ) { var prefixItem = ( 'cordova-' + item ) ; // Modify package.json if any of these cases are true: if ( ( pkgJson . dependencies === undefined && Object . keys ( mergedPlatformSpecs ) . length ) || ( pkgJson . dependencies && mergedPlatformSpecs && pkgJson . dependencies [ item ] === undefined && mergedPlatformSpecs [ item ] ) || ( pkgJson . dependencies && mergedPlatformSpecs && pkgJson . dependencies [ prefixItem ] === undefined && mergedPlatformSpecs [ prefixItem ] ) ) { modifiedPkgJson = true ; } // Get the cordova- prefixed spec from package.json and add it to mergedPluginSpecs. if ( pkgJson . dependencies && pkgJson . dependencies [ prefixItem ] ) { if ( mergedPlatformSpecs [ prefixItem ] !== pkgJson . dependencies [ prefixItem ] ) { modifiedPkgJson = true ; } mergedPlatformSpecs [ item ] = pkgJson . dependencies [ prefixItem ] ; } // Get the spec from package.json and add it to mergedPluginSpecs. if ( pkgJson . dependencies && pkgJson . dependencies [ item ] && pkgJson . dependencies [ prefixItem ] === undefined ) { if ( mergedPlatformSpecs [ item ] !== pkgJson . dependencies [ item ] ) { modifiedPkgJson = true ; } mergedPlatformSpecs [ item ] = pkgJson . dependencies [ item ] ; } } ) ; } // Write and update pkg.json if it has been modified. if ( modifiedPkgJson === true ) { pkgJson . cordova . platforms = comboArray ; if ( pkgJson . dependencies === undefined ) { pkgJson . dependencies = { } ; } // Check if key is part of cordova alias list. // Add prefix if it is. for ( key in mergedPlatformSpecs ) { var prefixKey = key ; if ( key in platformsList ) { prefixKey = 'cordova-' + key ; } pkgJson . dependencies [ prefixKey ] = mergedPlatformSpecs [ key ] ; } fs . writeFileSync ( pkgJsonPath , JSON . stringify ( pkgJson , null , indent ) , 'utf8' ) ; } if ( ! comboArray || ! comboArray . length ) { return Promise . resolve ( 'No platforms found in config.xml and/or package.json that haven\\'t been added to the project' ) ; } } // Run `platform add` for all the platforms separately // so that failure on one does not affect the other. // CB-9278 : Run `platform add` serially, one platform after another // Otherwise, we get a bug where the following line: https://github.com/apache/cordova-lib/blob/0b0dee5e403c2c6d4e7262b963babb9f532e7d27/cordova-lib/src/util/npm-helper.js#L39 // gets executed simultaneously by each platform and leads to an exception being thrown return promiseutil . Q_chainmap_graceful ( comboArray , function ( target ) { var cwd = process . cwd ( ) ; var platformsFolderPath = path . join ( cwd , 'platforms' ) ; var platformsInstalled = path . join ( platformsFolderPath , target ) ; if ( target ) { var platformName = target ; // Add the spec to the target if ( mergedPlatformSpecs [ target ] ) { target = target + '@' + mergedPlatformSpecs [ target ] ; } // If the platform is already installed, no need to re-install it. if ( ! fs . existsSync ( platformsInstalled ) && ( installAllPlatforms || platforms . indexOf ( platformName ) > - 1 ) ) { events . emit ( 'log' , 'Discovered platform \"' + target + '\" in config.xml or package.json. Adding it to the project' ) ; return cordovaPlatform ( 'add' , target , opts ) ; } } return Promise . resolve ( ) ; } , function ( err ) { events . emit ( 'warn' , err ) ; } ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Returns a promise . [CODESPLIT] function installPluginsFromConfigXML ( args ) { events . emit ( 'verbose' , 'Checking for saved plugins that haven\\'t been added to the project' ) ; const projectRoot = cordova_util . getProjectRoot ( ) ; const pluginsRoot = path . join ( projectRoot , 'plugins' ) ; const pkgJsonPath = path . join ( projectRoot , 'package.json' ) ; const confXmlPath = cordova_util . projectConfig ( projectRoot ) ; let pkgJson = { } ; let indent = ' ' ; if ( fs . existsSync ( pkgJsonPath ) ) { const fileData = fs . readFileSync ( pkgJsonPath , 'utf8' ) ; indent = detectIndent ( fileData ) . indent ; pkgJson = JSON . parse ( fileData ) ; } pkgJson . devDependencies = pkgJson . devDependencies || { } ; pkgJson . cordova = pkgJson . cordova || { } ; pkgJson . cordova . plugins = pkgJson . cordova . plugins || { } ; const pkgPluginIDs = Object . keys ( pkgJson . cordova . plugins ) ; const pkgSpecs = Object . assign ( { } , pkgJson . dependencies , pkgJson . devDependencies ) ; // Check for plugins listed in config.xml const cfg = new ConfigParser ( confXmlPath ) ; const cfgPluginIDs = cfg . getPluginIdList ( ) ; cfgPluginIDs . forEach ( plID => { // If package.json includes the plugin, we use that config // Otherwise, we need to add the plugin to package.json if ( ! pkgPluginIDs . includes ( plID ) ) { events . emit ( 'info' , ` ${ plID } ` ) ; const cfgPlugin = cfg . getPlugin ( plID ) ; // If config.xml has a spec for the plugin and package.json has not, // add the spec to devDependencies of package.json if ( cfgPlugin . spec && ! ( plID in pkgSpecs ) ) { pkgJson . devDependencies [ plID ] = cfgPlugin . spec ; } pkgJson . cordova . plugins [ plID ] = Object . assign ( { } , cfgPlugin . variables ) ; } } ) ; // Now that plugins have been updated, re-fetch them from package.json const pluginIDs = Object . keys ( pkgJson . cordova . plugins ) ; if ( pluginIDs . length !== pkgPluginIDs . length ) { // We've modified package.json and need to save it fs . outputJsonSync ( pkgJsonPath , pkgJson , { indent : indent , encoding : 'utf8' } ) ; } const specs = Object . assign ( { } , pkgJson . dependencies , pkgJson . devDependencies ) ; const plugins = pluginIDs . map ( plID => ( { name : plID , spec : specs [ plID ] , variables : pkgJson . cordova . plugins [ plID ] || { } } ) ) ; let pluginName = '' ; // CB-9560 : Run `plugin add` serially, one plugin after another // We need to wait for the plugin and its dependencies to be installed // before installing the next root plugin otherwise we can have common // plugin dependencies installed twice which throws a nasty error. return promiseutil . Q_chainmap_graceful ( plugins , function ( pluginConfig ) { pluginName = pluginConfig . name ; const pluginPath = path . join ( pluginsRoot , pluginName ) ; if ( fs . existsSync ( pluginPath ) ) { // Plugin already exists return Promise . resolve ( ) ; } events . emit ( 'log' , ` ${ pluginName } ` ) ; // Install from given URL if defined or using a plugin id. If spec isn't a valid version or version range, // assume it is the location to install from. // CB-10761 If plugin spec is not specified, use plugin name var installFrom = pluginConfig . spec || pluginName ; if ( pluginConfig . spec && semver . validRange ( pluginConfig . spec , true ) ) { installFrom = pluginName + '@' + pluginConfig . spec ; } // Add feature preferences as CLI variables if have any var options = { cli_variables : pluginConfig . variables , searchpath : args . searchpath , save : args . save || false } ; const plugin = require ( './plugin' ) ; return plugin ( 'add' , installFrom , options ) ; } , function ( error ) { // CB-10921 emit a warning in case of error var msg = 'Failed to restore plugin \"' + pluginName + '\" from config.xml. ' + 'You might need to try adding it again. Error: ' + error ; process . exitCode = 1 ; events . emit ( 'warn' , msg ) ; } ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "cordova - js [CODESPLIT] function ( ) { var modulemapper = require ( 'cordova/modulemapper' ) ; var channel = require ( 'cordova/channel' ) ; modulemapper . clobbers ( 'cordova/exec/proxy' , 'cordova.commandProxy' ) ; channel . onNativeReady . fire ( ) ; document . addEventListener ( \"visibilitychange\" , function ( ) { if ( document . hidden ) { channel . onPause . fire ( ) ; } else { channel . onResume . fire ( ) ; } } ) ; // End of bootstrap }", "target": 1, "target_options": ["no_match", "match"]} {"input": "https : // issues . apache . org / jira / browse / CB - 11274 Use referer url to redirect absolute urls to the requested platform resources so that an URL is resolved against that platform www directory . [CODESPLIT] function absolutePathHandler ( request , response , next ) { if ( ! request . headers . referer ) return next ( ) ; // @todo Use 'url.URL' constructor instead since 'url.parse' was deprecated since v11.0.0 const { pathname } = url . parse ( request . headers . referer ) ; // eslint-disable-line const platform = pathname . split ( '/' ) [ 1 ] ; if ( installedPlatforms . includes ( platform ) && ! request . originalUrl . includes ( platform ) ) { response . redirect ( ` ${ platform } ` + request . originalUrl ) ; } else { next ( ) ; } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Returns all script files for the hook type specified . [CODESPLIT] function ( hook , opts ) { // args check if ( ! hook ) { throw new Error ( 'hook type is not specified' ) ; } return getApplicationHookScripts ( hook , opts ) . concat ( getPluginsHookScripts ( hook , opts ) ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Returns script files defined on application level . They are stored in . cordova / hooks folders and in config . xml . [CODESPLIT] function getApplicationHookScripts ( hook , opts ) { // args check if ( ! hook ) { throw new Error ( 'hook type is not specified' ) ; } return getApplicationHookScriptsFromDir ( path . join ( opts . projectRoot , '.cordova' , 'hooks' , hook ) ) . concat ( getApplicationHookScriptsFromDir ( path . join ( opts . projectRoot , 'hooks' , hook ) ) ) . concat ( getScriptsFromConfigXml ( hook , opts ) ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Returns script files defined by plugin developers as part of plugin . xml . [CODESPLIT] function getPluginsHookScripts ( hook , opts ) { // args check if ( ! hook ) { throw new Error ( 'hook type is not specified' ) ; } // In case before_plugin_install, after_plugin_install, before_plugin_uninstall hooks we receive opts.plugin and // retrieve scripts exclusive for this plugin. if ( opts . plugin ) { events . emit ( 'verbose' , 'Finding scripts for \"' + hook + '\" hook from plugin ' + opts . plugin . id + ' on ' + opts . plugin . platform + ' platform only.' ) ; // if plugin hook is not run for specific platform then use all available platforms return getPluginScriptFiles ( opts . plugin , hook , opts . plugin . platform ? [ opts . plugin . platform ] : opts . cordova . platforms ) ; } return getAllPluginsHookScriptFiles ( hook , opts ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Gets application level hooks from the directrory specified . [CODESPLIT] function getApplicationHookScriptsFromDir ( dir ) { if ( ! ( fs . existsSync ( dir ) ) ) { return [ ] ; } var compareNumbers = function ( a , b ) { // TODO SG looks very complex, do we really need this? return isNaN ( parseInt ( a , 10 ) ) ? a . toLowerCase ( ) . localeCompare ( b . toLowerCase ? b . toLowerCase ( ) : b ) : parseInt ( a , 10 ) > parseInt ( b , 10 ) ? 1 : parseInt ( a , 10 ) < parseInt ( b , 10 ) ? - 1 : 0 ; } ; var scripts = fs . readdirSync ( dir ) . sort ( compareNumbers ) . filter ( function ( s ) { return s [ 0 ] !== '.' ; } ) ; return scripts . map ( function ( scriptPath ) { // for old style hook files we don't use module loader for backward compatibility return { path : scriptPath , fullPath : path . join ( dir , scriptPath ) , useModuleLoader : false } ; } ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Gets all scripts defined in config . xml with the specified type and platforms . [CODESPLIT] function getScriptsFromConfigXml ( hook , opts ) { var configPath = cordovaUtil . projectConfig ( opts . projectRoot ) ; var configXml = new ConfigParser ( configPath ) ; return configXml . getHookScripts ( hook , opts . cordova . platforms ) . map ( function ( scriptElement ) { return { path : scriptElement . attrib . src , fullPath : path . join ( opts . projectRoot , scriptElement . attrib . src ) } ; } ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Gets hook scripts defined by the plugin . [CODESPLIT] function getPluginScriptFiles ( plugin , hook , platforms ) { var scriptElements = plugin . pluginInfo . getHookScripts ( hook , platforms ) ; return scriptElements . map ( function ( scriptElement ) { return { path : scriptElement . attrib . src , fullPath : path . join ( plugin . dir , scriptElement . attrib . src ) , plugin : plugin } ; } ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Gets hook scripts defined by all plugins . [CODESPLIT] function getAllPluginsHookScriptFiles ( hook , opts ) { var scripts = [ ] ; var currentPluginOptions ; var plugins = ( new PluginInfoProvider ( ) ) . getAllWithinSearchPath ( path . join ( opts . projectRoot , 'plugins' ) ) ; plugins . forEach ( function ( pluginInfo ) { currentPluginOptions = { id : pluginInfo . id , pluginInfo : pluginInfo , dir : pluginInfo . dir } ; scripts = scripts . concat ( getPluginScriptFiles ( currentPluginOptions , hook , opts . cordova . platforms ) ) ; } ) ; return scripts ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "@constructor @constructs AppxManifest [CODESPLIT] function AppxManifest ( path , prefix ) { this . path = path ; // Append ':' to prefix if needed prefix = prefix || '' ; this . prefix = ( prefix . indexOf ( ':' ) === prefix . length - 1 ) ? prefix : prefix + ':' ; this . doc = xml . parseElementtreeSync ( path ) ; if ( this . doc . getroot ( ) . tag !== 'Package' ) { // Some basic validation throw new Error ( path + ' has incorrect root node name (expected \"Package\")' ) ; } // Indicates that this manifest is for phone application (either WinPhone 8.1 or Universal Windows 10) this . hasPhoneIdentity = this . prefix === 'uap:' || this . prefix === 'm3:' ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Checks for capabilities which require the uap : prefix in Windows 10 . [CODESPLIT] function ensureUapPrefixedCapabilities ( capabilities ) { capabilities . getchildren ( ) . forEach ( function ( el ) { if ( CAPS_NEEDING_UAPNS . indexOf ( el . attrib . Name ) > - 1 && el . tag . indexOf ( 'uap:' ) !== 0 ) { el . tag = 'uap:' + el . tag ; } } ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Cleans up duplicate capability declarations that were generated during the prepare process [CODESPLIT] function ensureUniqueCapabilities ( capabilities ) { var uniqueCapabilities = [ ] ; capabilities . getchildren ( ) . forEach ( function ( el ) { var name = el . attrib . Name ; if ( uniqueCapabilities . indexOf ( name ) !== - 1 ) { capabilities . remove ( el ) ; } else { uniqueCapabilities . push ( name ) ; } } ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "/ * Merges cli and config . xml variables . [CODESPLIT] function mergeVariables ( pluginInfo , cfg , opts ) { // Validate top-level required variables var pluginVariables = pluginInfo . getPreferences ( ) ; opts . cli_variables = opts . cli_variables || { } ; var pluginEntry = cfg . getPlugin ( pluginInfo . id ) ; // Get variables from config.xml var configVariables = pluginEntry ? pluginEntry . variables : { } ; // Add config variable if it's missing in cli_variables Object . keys ( configVariables ) . forEach ( function ( variable ) { opts . cli_variables [ variable ] = opts . cli_variables [ variable ] || configVariables [ variable ] ; } ) ; var missingVariables = Object . keys ( pluginVariables ) . filter ( function ( variableName ) { // discard variables with default value return ! ( pluginVariables [ variableName ] || opts . cli_variables [ variableName ] ) ; } ) ; if ( missingVariables . length ) { events . emit ( 'verbose' , 'Removing ' + pluginInfo . dir + ' because mandatory plugin variables were missing.' ) ; fs . removeSync ( pluginInfo . dir ) ; var msg = 'Variable(s) missing (use: --variable ' + missingVariables . join ( '=value --variable ' ) + '=value).' ; throw new CordovaError ( msg ) ; } return opts . cli_variables ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Same as copy file but throws error if target exists [CODESPLIT] function copyNewFile ( plugin_dir , src , project_dir , dest , link ) { var target_path = path . resolve ( project_dir , dest ) ; if ( fs . existsSync ( target_path ) ) throw new CordovaError ( '\"' + target_path + '\" already exists!' ) ; copyFile ( plugin_dir , src , project_dir , dest , ! ! link ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Represents a parsed specification for a plugin [CODESPLIT] function PluginSpec ( raw , scope , id , version ) { /** @member {String|null} The npm scope of the plugin spec or null if it does not have one */ this . scope = scope || null ; /** @member {String|null} The id of the plugin or the raw plugin spec if it is not an npm package */ this . id = id || raw ; /** @member {String|null} The specified version of the plugin or null if no version was specified */ this . version = version || null ; /** @member {String|null} The npm package of the plugin (with scope) or null if this is not a spec for an npm package */ this . package = ( scope ? scope + id : id ) || null ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Tries to parse the given string as an npm - style package specification of the form ( @scope / ) ?package ( @version ) ? and return the various parts . [CODESPLIT] function parse ( raw ) { var split = NPM_SPEC_REGEX . exec ( raw ) ; if ( split ) { return new PluginSpec ( raw , split [ 1 ] , split [ 2 ] , split [ 3 ] ) ; } return new PluginSpec ( raw ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "returns relative file path for a file in the plugin s folder that can be referenced from a project file . [CODESPLIT] function getPluginFilePath ( plugin , pluginFile , targetDir ) { var src = path . resolve ( plugin . dir , pluginFile ) ; return '$(ProjectDir)' + path . relative ( targetDir , src ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Given a function and an array of values creates a chain of promises that will sequentially execute func ( args [ i ] ) . Returns a promise . [CODESPLIT] function Q_chainmap ( args , func ) { return Promise . resolve ( ) . then ( function ( inValue ) { return args . reduce ( function ( soFar , arg ) { return soFar . then ( function ( val ) { return func ( arg , val ) ; } ) ; } , Promise . resolve ( inValue ) ) ; } ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Handles all cordova platform commands . [CODESPLIT] function platform ( command , targets , opts ) { // CB-10519 wrap function code into promise so throwing error // would result in promise rejection instead of uncaught exception return Promise . resolve ( ) . then ( function ( ) { var msg ; var projectRoot = cordova_util . cdProjectRoot ( ) ; var hooksRunner = new HooksRunner ( projectRoot ) ; if ( arguments . length === 0 ) command = 'ls' ; if ( targets && ! ( targets instanceof Array ) ) targets = [ targets ] ; // TODO: wouldn't update need a platform, too? what about save? if ( ( command === 'add' || command === 'rm' || command === 'remove' ) && ( ! targets || ( targets instanceof Array && targets . length === 0 ) ) ) { msg = 'You need to qualify `' + command + '` with one or more platforms!' ; return Promise . reject ( new CordovaError ( msg ) ) ; } opts = opts || { } ; opts . platforms = targets ; switch ( command ) { case 'add' : return module . exports . add ( hooksRunner , projectRoot , targets , opts ) ; case 'rm' : case 'remove' : return module . exports . remove ( hooksRunner , projectRoot , targets , opts ) ; case 'update' : case 'up' : return module . exports . update ( hooksRunner , projectRoot , targets , opts ) ; case 'check' : return module . exports . check ( hooksRunner , projectRoot ) ; default : return module . exports . list ( hooksRunner , projectRoot , opts ) ; } } ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "callbackOptions param represents additional optional parameters command could pass back like keepCallback or custom callbackId for example { callbackId : id keepCallback : true status : cordova . callbackStatus . JSON_EXCEPTION } [CODESPLIT] function ( result , callbackOptions ) { callbackOptions = callbackOptions || { } ; var callbackStatus ; // covering both undefined and null. // strict null comparison was causing callbackStatus to be undefined // and then no callback was called because of the check in cordova.callbackFromNative // see CB-8996 Mobilespec app hang on windows if ( callbackOptions . status !== undefined && callbackOptions . status !== null ) { callbackStatus = callbackOptions . status ; } else { callbackStatus = cordova . callbackStatus . OK ; } cordova . callbackSuccess ( callbackOptions . callbackId || callbackId , { status : callbackStatus , message : result , keepCallback : callbackOptions . keepCallback || false } ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Returns all the platforms that are currently saved into config . xml [CODESPLIT] function getPlatforms ( projectRoot ) { var xml = cordova_util . projectConfig ( projectRoot ) ; var cfg = new ConfigParser ( xml ) ; // If an engine's 'version' property is really its source, map that to the appropriate field. var engines = cfg . getEngines ( ) . map ( function ( engine ) { var result = { name : engine . name } ; if ( semver . validRange ( engine . spec , true ) ) { result . version = engine . spec ; } else { result . src = engine . spec ; } return result ; } ) ; return Promise . resolve ( engines ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Returns all the plugins that are currently saved into config . xml [CODESPLIT] function getPlugins ( projectRoot ) { var xml = cordova_util . projectConfig ( projectRoot ) ; var cfg = new ConfigParser ( xml ) ; // Map variables object to an array var plugins = cfg . getPlugins ( ) . map ( function ( plugin ) { var result = { name : plugin . name } ; if ( semver . validRange ( plugin . spec , true ) ) { result . version = plugin . spec ; } else { result . src = plugin . spec ; } var variablesObject = plugin . variables ; var variablesArray = [ ] ; if ( variablesObject ) { for ( var variable in variablesObject ) { variablesArray . push ( { name : variable , value : variablesObject [ variable ] } ) ; } } result . variables = variablesArray ; return result ; } ) ; return Promise . resolve ( plugins ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "getPlatformApi () should be the only method of instantiating the PlatformProject classes for now . [CODESPLIT] function getPlatformApi ( platform , platformRootDir ) { // if platformRootDir is not specified, try to detect it first if ( ! platformRootDir ) { var projectRootDir = util . isCordova ( ) ; platformRootDir = projectRootDir && path . join ( projectRootDir , 'platforms' , platform ) ; } if ( ! platformRootDir ) { // If platformRootDir is still undefined, then we're probably is not inside of cordova project throw new Error ( 'Current location is not a Cordova project' ) ; } // CB-11174 Resolve symlinks first before working with root directory platformRootDir = util . convertToRealPathSafe ( platformRootDir ) ; // Make sure the platforms/platform folder exists if ( ! fs . existsSync ( platformRootDir ) ) { throw new Error ( 'The platform \"' + platform + '\" does not appear to have been added to this project.' ) ; } var platformApi ; var cached = cachedApis [ platformRootDir ] ; var libDir = path . join ( platformRootDir , 'cordova' , 'Api.js' ) ; if ( cached && cached . platform === platform ) { platformApi = cached ; } else { var PlatformApi = util . getPlatformApiFunction ( libDir , platform ) ; platformApi = new PlatformApi ( platform , platformRootDir , events ) ; cachedApis [ platformRootDir ] = platformApi ; } return platformApi ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Returns a list of top - level plugins which are ( transitively ) dependent on the given plugin . [CODESPLIT] function ( plugin_id , plugins_dir , platformJson , pluginInfoProvider ) { var depsInfo ; if ( typeof plugins_dir === 'object' ) { depsInfo = plugins_dir ; } else { depsInfo = pkg . generateDependencyInfo ( platformJson , plugins_dir , pluginInfoProvider ) ; } var graph = depsInfo . graph ; var tlps = depsInfo . top_level_plugins ; var dependents = tlps . filter ( function ( tlp ) { return tlp !== plugin_id && graph . getChain ( tlp ) . indexOf ( plugin_id ) >= 0 ; } ) ; return dependents ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Returns a list of plugins which the given plugin depends on for which it is the only dependent . In other words if the given plugin were deleted these dangling dependencies should be deleted too . [CODESPLIT] function ( plugin_id , plugins_dir , platformJson , pluginInfoProvider ) { var depsInfo ; if ( typeof plugins_dir === 'object' ) { depsInfo = plugins_dir ; } else { depsInfo = pkg . generateDependencyInfo ( platformJson , plugins_dir , pluginInfoProvider ) ; } var graph = depsInfo . graph ; var dependencies = graph . getChain ( plugin_id ) ; var tlps = depsInfo . top_level_plugins ; var diff_arr = [ ] ; tlps . forEach ( function ( tlp ) { if ( tlp !== plugin_id ) { diff_arr . push ( graph . getChain ( tlp ) ) ; } } ) ; // if this plugin has dependencies, do a set difference to determine which dependencies are not required by other existing plugins diff_arr . unshift ( dependencies ) ; var danglers = underscore . difference . apply ( null , diff_arr ) ; // Ensure no top-level plugins are tagged as danglers. danglers = danglers && danglers . filter ( function ( x ) { return tlps . indexOf ( x ) < 0 ; } ) ; return danglers ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "This is a local function that creates the new replacement representing the mutation . Used to save code further down . [CODESPLIT] function createReplacement ( manifestFile , originalChange ) { var replacement = { target : manifestFile , parent : originalChange . parent , after : originalChange . after , xmls : originalChange . xmls , versions : originalChange . versions , deviceTarget : originalChange . deviceTarget } ; return replacement ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "/ * A class for holidng the information currently stored in plugin . xml It s inherited from cordova - common s PluginInfo class In addition it overrides getConfigFiles getEditConfigs getFrameworks methods to use windows - specific logic [CODESPLIT] function PluginInfo ( dirname ) { // We're not using `util.inherit' because original PluginInfo defines // its' methods inside of constructor CommonPluginInfo . apply ( this , arguments ) ; var parentGetConfigFiles = this . getConfigFiles ; var parentGetEditConfigs = this . getEditConfigs ; this . getEditConfigs = function ( platform ) { var editConfigs = parentGetEditConfigs ( platform ) ; return processChanges ( editConfigs ) ; } ; this . getConfigFiles = function ( platform ) { var configFiles = parentGetConfigFiles ( platform ) ; return processChanges ( configFiles ) ; } ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Helper function for checking expected plugin IDs against reality . [CODESPLIT] function checkID ( expectedIdAndVersion , pinfo ) { if ( ! expectedIdAndVersion ) return ; var parsedSpec = pluginSpec . parse ( expectedIdAndVersion ) ; if ( parsedSpec . id !== pinfo . id ) { throw new Error ( 'Expected plugin to have ID \"' + parsedSpec . id + '\" but got \"' + pinfo . id + '\".' ) ; } if ( parsedSpec . version && ! semver . satisfies ( pinfo . version , parsedSpec . version ) ) { throw new Error ( 'Expected plugin ' + pinfo . id + ' to satisfy version \"' + parsedSpec . version + '\" but got \"' + pinfo . version + '\".' ) ; } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "If a plugin is fund in local search path return a PluginInfo for it . Ignore plugins that don t satisfy the required version spec . If several versions are present in search path return the latest . Examples of accepted plugin_src strings : org . apache . cordova . file org . apache . cordova . file [CODESPLIT] function findLocalPlugin ( plugin_src , searchpath , pluginInfoProvider ) { loadLocalPlugins ( searchpath , pluginInfoProvider ) ; var parsedSpec = pluginSpec . parse ( plugin_src ) ; var versionspec = parsedSpec . version || '*' ; var latest = null ; var versions = localPlugins . plugins [ parsedSpec . id ] ; if ( ! versions ) return null ; versions . forEach ( function ( pinfo ) { // Ignore versions that don't satisfy the the requested version range. // Ignore -dev suffix because latest semver versions doesn't handle it properly (CB-9421) if ( ! semver . satisfies ( pinfo . version . replace ( / -dev$ / , '' ) , versionspec ) ) { return ; } if ( ! latest ) { latest = pinfo ; return ; } if ( semver . gt ( pinfo . version , latest . version ) ) { latest = pinfo ; } } ) ; return latest ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Copy or link a plugin from plugin_dir to plugins_dir / plugin_id . if alternative ID of plugin exists in plugins_dir / plugin_id skip copying [CODESPLIT] function copyPlugin ( pinfo , plugins_dir , link ) { var plugin_dir = pinfo . dir ; var dest = path . join ( plugins_dir , pinfo . id ) ; fs . removeSync ( dest ) ; if ( ! link && dest . indexOf ( path . resolve ( plugin_dir ) + path . sep ) === 0 ) { events . emit ( 'verbose' , 'Copy plugin destination is child of src. Forcing --link mode.' ) ; link = true ; } if ( link ) { var isRelativePath = plugin_dir . charAt ( 1 ) !== ':' && plugin_dir . charAt ( 0 ) !== path . sep ; var fixedPath = isRelativePath ? path . join ( path . relative ( plugins_dir , process . env . PWD || process . cwd ( ) ) , plugin_dir ) : plugin_dir ; events . emit ( 'verbose' , 'Linking \"' + dest + '\" => \"' + fixedPath + '\"' ) ; fs . symlinkSync ( fixedPath , dest , 'junction' ) ; } else { events . emit ( 'verbose' , 'Copying plugin \"' + plugin_dir + '\" => \"' + dest + '\"' ) ; fs . copySync ( plugin_dir , dest , { dereference : true } ) ; } return dest ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "/ * Deletes plugin from plugins directory and node_modules directory . [CODESPLIT] function ( id ) { var plugin_dir = path . join ( plugins_dir , id ) ; if ( ! fs . existsSync ( plugin_dir ) ) { events . emit ( 'verbose' , 'Plugin \"' + id + '\" already removed (' + plugin_dir + ')' ) ; return Promise . resolve ( ) ; } fs . removeSync ( plugin_dir ) ; events . emit ( 'verbose' , 'Deleted plugin \"' + id + '\"' ) ; // remove plugin from node_modules directory return npmUninstall ( id , options . projectRoot , options ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "possible options : cli_variables www_dir is_top_level Returns a promise [CODESPLIT] function runUninstallPlatform ( actions , platform , project_dir , plugin_dir , plugins_dir , options ) { var pluginInfoProvider = options . pluginInfoProvider ; // If this plugin is not really installed, return (CB-7004). if ( ! fs . existsSync ( plugin_dir ) ) { return Promise . resolve ( true ) ; } var pluginInfo = pluginInfoProvider . get ( plugin_dir ) ; var plugin_id = pluginInfo . id ; // Merge cli_variables and plugin.xml variables var variables = variableMerge . mergeVariables ( plugin_dir , platform , options ) ; // Deps info can be passed recusively var platformJson = PlatformJson . load ( plugins_dir , platform ) ; var depsInfo = options . depsInfo || dependencies . generateDependencyInfo ( platformJson , plugins_dir , pluginInfoProvider ) ; // Check that this plugin has no dependents. var dependents = dependencies . dependents ( plugin_id , depsInfo , platformJson , pluginInfoProvider ) ; if ( options . is_top_level && dependents && dependents . length > 0 ) { var msg = 'The plugin \\'' + plugin_id + '\\' is required by (' + dependents . join ( ', ' ) + ')' ; if ( options . force ) { events . emit ( 'warn' , msg + ' but forcing removal' ) ; } else { return Promise . reject ( new CordovaError ( msg + ', skipping uninstallation. (try --force if trying to update)' ) ) ; } } // Check how many dangling dependencies this plugin has. var deps = depsInfo . graph . getChain ( plugin_id ) ; var danglers = dependencies . danglers ( plugin_id , depsInfo , platformJson , pluginInfoProvider ) ; var promise ; if ( deps && deps . length && danglers && danglers . length ) { // @tests - important this event is checked spec/uninstall.spec.js events . emit ( 'log' , 'Uninstalling ' + danglers . length + ' dependent plugins.' ) ; promise = promiseutil . Q_chainmap ( danglers , function ( dangler ) { var dependent_path = path . join ( plugins_dir , dangler ) ; var opts = underscore . extend ( { } , options , { is_top_level : depsInfo . top_level_plugins . indexOf ( dangler ) > - 1 , depsInfo : depsInfo } ) ; return runUninstallPlatform ( actions , platform , project_dir , dependent_path , plugins_dir , opts ) ; } ) ; } else { promise = Promise . resolve ( ) ; } var projectRoot = cordovaUtil . isCordova ( ) ; if ( projectRoot ) { // CB-10708 This is the case when we're trying to uninstall plugin using plugman from specific // platform inside of the existing CLI project. This option is usually set by cordova-lib for CLI projects // but since we're running this code through plugman, we need to set it here implicitly options . usePlatformWww = true ; options . cli_variables = variables ; } return promise . then ( function ( ) { if ( ! projectRoot ) return ; var hooksRunner = new HooksRunner ( projectRoot ) ; var hooksRunnerOptions = { cordova : { platforms : [ platform ] } , plugin : { id : pluginInfo . id , pluginInfo : pluginInfo , platform : platform , dir : plugin_dir } } ; return hooksRunner . fire ( 'before_plugin_uninstall' , hooksRunnerOptions ) ; } ) . then ( function ( ) { return handleUninstall ( actions , platform , pluginInfo , project_dir , options . www_dir , plugins_dir , options . is_top_level , options ) ; } ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Returns a promise . [CODESPLIT] function handleUninstall ( actions , platform , pluginInfo , project_dir , www_dir , plugins_dir , is_top_level , options ) { events . emit ( 'log' , 'Uninstalling ' + pluginInfo . id + ' from ' + platform ) ; // Set up platform to uninstall asset files/js modules // from /platform_www dir instead of /www. options . usePlatformWww = true ; return platform_modules . getPlatformApi ( platform , project_dir ) . removePlugin ( pluginInfo , options ) . then ( function ( result ) { // Remove plugin from installed list. This already done in platform, // but need to be duplicated here to remove plugin entry from project's // plugin list to manage dependencies properly. PlatformJson . load ( plugins_dir , platform ) . removePlugin ( pluginInfo . id , is_top_level ) . save ( ) ; // CB-11022 propagate `removePlugin` result to the caller return Promise . resolve ( result ) ; } ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Gets platform details from a directory [CODESPLIT] function getPlatformDetailsFromDir ( dir , platformIfKnown ) { var libDir = path . resolve ( dir ) ; var platform ; var version ; // console.log(\"getPlatformDetailsFromDir : \", dir, platformIfKnown, libDir); try { var pkgPath = path . join ( libDir , 'package.json' ) ; var pkg = cordova_util . requireNoCache ( pkgPath ) ; platform = module . exports . platformFromName ( pkg . name ) ; version = pkg . version ; } catch ( e ) { return Promise . reject ( new CordovaError ( 'The provided path does not seem to contain a valid package.json or a valid Cordova platform: ' + libDir ) ) ; } // platform does NOT have to exist in 'platforms', but it should have a name, and a version if ( ! version || ! platform ) { return Promise . reject ( new CordovaError ( 'The provided path does not seem to contain a ' + 'Cordova platform: ' + libDir ) ) ; } return Promise . resolve ( { libDir : libDir , platform : platform , version : version } ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Removes the cordova - prefix from the platform s name for known platforms . [CODESPLIT] function platformFromName ( name ) { var platName = name ; var platMatch = / ^cordova-([a-z0-9-]+)$ / . exec ( name ) ; if ( platMatch && ( platMatch [ 1 ] in platforms ) ) { platName = platMatch [ 1 ] ; events . emit ( 'verbose' , 'Removing \"cordova-\" prefix from ' + name ) ; } return platName ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Processes a single message as encoded by NativeToJsMessageQueue . java . [CODESPLIT] function processMessage ( message ) { var firstChar = message . charAt ( 0 ) ; if ( firstChar == 'J' ) { // This is deprecated on the .java side. It doesn't work with CSP enabled. eval ( message . slice ( 1 ) ) ; } else if ( firstChar == 'S' || firstChar == 'F' ) { var success = firstChar == 'S' ; var keepCallback = message . charAt ( 1 ) == '1' ; var spaceIdx = message . indexOf ( ' ' , 2 ) ; var status = + message . slice ( 2 , spaceIdx ) ; var nextSpaceIdx = message . indexOf ( ' ' , spaceIdx + 1 ) ; var callbackId = message . slice ( spaceIdx + 1 , nextSpaceIdx ) ; var payloadMessage = message . slice ( nextSpaceIdx + 1 ) ; var payload = [ ] ; buildPayload ( payload , payloadMessage ) ; cordova . callbackFromNative ( callbackId , success , status , payload , keepCallback ) ; } else { console . log ( \"processMessage failed: invalid message: \" + JSON . stringify ( message ) ) ; } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "possible options : subdir cli_variables www_dir git_ref is_top_level Returns a promise . [CODESPLIT] function possiblyFetch ( id , plugins_dir , options ) { var parsedSpec = pluginSpec . parse ( id ) ; // if plugin is a relative path, check if it already exists var plugin_src_dir = isAbsolutePath ( id ) ? id : path . join ( plugins_dir , parsedSpec . id ) ; // Check that the plugin has already been fetched. if ( fs . existsSync ( plugin_src_dir ) ) { return Promise . resolve ( plugin_src_dir ) ; } var opts = underscore . extend ( { } , options , { client : 'plugman' } ) ; // TODO: without runtime require below, we have a circular dependency. return require ( './plugman' ) . fetch ( id , plugins_dir , opts ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "exec engine scripts in order to get the current engine version Returns a promise for the array of engines . [CODESPLIT] function callEngineScripts ( engines , project_dir ) { return Promise . all ( engines . map ( function ( engine ) { // CB-5192; on Windows scriptSrc doesn't have file extension so we shouldn't check whether the script exists var scriptPath = engine . scriptSrc || null ; if ( scriptPath && ( isWindows || fs . existsSync ( engine . scriptSrc ) ) ) { if ( ! isWindows ) { // not required on Windows fs . chmodSync ( engine . scriptSrc , '755' ) ; } return superspawn . spawn ( scriptPath ) . then ( stdout => { engine . currentVersion = cleanVersionOutput ( stdout , engine . name ) ; if ( engine . currentVersion === '' ) { events . emit ( 'warn' , engine . name + ' version check returned nothing (' + scriptPath + '), continuing anyways.' ) ; engine . currentVersion = null ; } } , ( ) => { events . emit ( 'warn' , engine . name + ' version check failed (' + scriptPath + '), continuing anyways.' ) ; engine . currentVersion = null ; } ) . then ( _ => engine ) ; } else { if ( engine . currentVersion ) { engine . currentVersion = cleanVersionOutput ( engine . currentVersion , engine . name ) ; } else { events . emit ( 'warn' , engine . name + ' version not detected (lacks script ' + scriptPath + ' ), continuing.' ) ; } return Promise . resolve ( engine ) ; } } ) ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Copy or link a plugin from plugin_dir to plugins_dir / plugin_id . [CODESPLIT] function copyPlugin ( plugin_src_dir , plugins_dir , link , pluginInfoProvider ) { var pluginInfo = new PluginInfo ( plugin_src_dir ) ; var dest = path . join ( plugins_dir , pluginInfo . id ) ; if ( link ) { events . emit ( 'verbose' , 'Symlinking from location \"' + plugin_src_dir + '\" to location \"' + dest + '\"' ) ; fs . removeSync ( dest ) ; fs . ensureSymlinkSync ( plugin_src_dir , dest , 'junction' ) ; } else { events . emit ( 'verbose' , 'Copying from location \"' + plugin_src_dir + '\" to location \"' + dest + '\"' ) ; fs . copySync ( plugin_src_dir , dest ) ; } pluginInfo . dir = dest ; pluginInfoProvider . put ( pluginInfo ) ; return dest ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Class that acts as abstraction over particular platform . Encapsulates the platform s properties and methods . [CODESPLIT] function Api ( platform , platformRootDir , events ) { this . platform = PLATFORM ; this . root = path . resolve ( __dirname , '..' ) ; setupEvents ( events ) ; var self = this ; this . locations = { root : self . root , www : path . join ( self . root , 'assets/www' ) , res : path . join ( self . root , 'res' ) , platformWww : path . join ( self . root , 'platform_www' ) , configXml : path . join ( self . root , 'res/xml/config.xml' ) , defaultConfigXml : path . join ( self . root , 'cordova/defaults.xml' ) , strings : path . join ( self . root , 'res/values/strings.xml' ) , manifest : path . join ( self . root , 'AndroidManifest.xml' ) , build : path . join ( self . root , 'build' ) , // NOTE: Due to platformApi spec we need to return relative paths here cordovaJs : 'bin/templates/project/assets/www/cordova.js' , cordovaJsSrc : 'cordova-js-src' } ; // XXX Override some locations for Android Studio projects if ( AndroidStudio . isAndroidStudioProject ( self . root ) === true ) { selfEvents . emit ( 'log' , 'Android Studio project detected' ) ; this . android_studio = true ; this . locations . configXml = path . join ( self . root , 'app/src/main/res/xml/config.xml' ) ; this . locations . strings = path . join ( self . root , 'app/src/main/res/xml/strings.xml' ) ; this . locations . manifest = path . join ( self . root , 'app/src/main/AndroidManifest.xml' ) ; this . locations . www = path . join ( self . root , 'app/src/main/assets/www' ) ; this . locations . res = path . join ( self . root , 'app/src/main/res' ) ; } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "returns a promise [CODESPLIT] function createPackageJson ( plugin_path ) { var pluginInfo = new PluginInfo ( plugin_path ) ; var defaults = { id : pluginInfo . id , version : pluginInfo . version , description : pluginInfo . description , license : pluginInfo . license , keywords : pluginInfo . getKeywordsAndPlatforms ( ) , repository : pluginInfo . repo , engines : pluginInfo . getEngines ( ) , platforms : pluginInfo . getPlatformsArray ( ) } ; var initFile = require . resolve ( './init-defaults' ) ; return initPkgJson ( plugin_path , initFile , defaults ) . then ( _ => { events . emit ( 'verbose' , 'Package.json successfully created' ) ; } ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Calls platformApi . prepare for each platform in project [CODESPLIT] function preparePlatforms ( platformList , projectRoot , options ) { return Promise . all ( platformList . map ( function ( platform ) { // TODO: this need to be replaced by real projectInfo // instance for current project. var project = { root : projectRoot , projectConfig : new ConfigParser ( cordova_util . projectConfig ( projectRoot ) ) , locations : { plugins : path . join ( projectRoot , 'plugins' ) , www : cordova_util . projectWww ( projectRoot ) , rootConfigXml : cordova_util . projectConfig ( projectRoot ) } } ; // CB-9987 We need to reinstall the plugins for the platform it they were added by cordova@<5.4.0 return module . exports . restoreMissingPluginsForPlatform ( platform , projectRoot , options ) . then ( function ( ) { // platformApi prepare takes care of all functionality // which previously had been executed by cordova.prepare: // - reset config.xml and then merge changes from project's one, // - update www directory from project's one and merge assets from platform_www, // - reapply config changes, made by plugins, // - update platform's project // Please note that plugins' changes, such as installed js files, assets and // config changes is not being reinstalled on each prepare. var platformApi = platforms . getPlatformApi ( platform ) ; return platformApi . prepare ( project , _ . clone ( options ) ) . then ( function ( ) { // Handle edit-config in config.xml var platformRoot = path . join ( projectRoot , 'platforms' , platform ) ; var platformJson = PlatformJson . load ( platformRoot , platform ) ; var munger = new PlatformMunger ( platform , platformRoot , platformJson ) ; // the boolean argument below is \"should_increment\" munger . add_config_changes ( project . projectConfig , true ) . save_all ( ) ; } ) ; } ) ; } ) ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Class that acts as abstraction over particular platform . Encapsulates the platform s properties and methods . [CODESPLIT] function Api ( platform , platformRootDir , eventEmitter ) { this . platform = PLATFORM ; this . root = path . resolve ( __dirname , '..' ) ; setupEvents ( eventEmitter ) ; var self = this ; this . locations = { root : self . root , www : path . join ( self . root , 'www' ) , platformWww : path . join ( self . root , 'platform_www' ) , configXml : path . join ( self . root , 'config.xml' ) , defaultConfigXml : path . join ( self . root , 'cordova/defaults.xml' ) , // NOTE: Due to platformApi spec we need to return relative paths here cordovaJs : 'template/www/cordova.js' , cordovaJsSrc : 'cordova-js-src' } ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "/ * At this point cli and config vars have already merged . Merges those vars ( cli and config ) with plugin . xml variables . [CODESPLIT] function mergeVariables ( plugin_dir , platform , options ) { options . pluginInfoProvider = options . pluginInfoProvider || new PluginInfoProvider ( ) ; var pluginInfoProvider = options . pluginInfoProvider ; var pluginInfo = pluginInfoProvider . get ( plugin_dir ) ; var filtered_variables = { } ; var prefs = pluginInfo . getPreferences ( platform ) ; var keys = underscore . keys ( prefs ) ; options . cli_variables = options . cli_variables || { } ; var missing_vars = underscore . difference ( keys , Object . keys ( options . cli_variables ) ) ; underscore . each ( missing_vars , function ( _key ) { var def = prefs [ _key ] ; if ( def ) { options . cli_variables [ _key ] = def ; } } ) ; // test missing vars once again after having default missing_vars = underscore . difference ( keys , Object . keys ( options . cli_variables ) ) ; if ( missing_vars . length > 0 ) { throw new Error ( 'Variable(s) missing: ' + missing_vars . join ( ', ' ) ) ; } filtered_variables = underscore . pick ( options . cli_variables , keys ) ; return filtered_variables ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Consturct the default value for versionCode as PATCH + MINOR * 100 + MAJOR * 10000 see http : // developer . android . com / tools / publishing / versioning . html [CODESPLIT] function default_versionCode ( version ) { var nums = version . split ( '-' ) [ 0 ] . split ( '.' ) ; var versionCode = 0 ; if ( + nums [ 0 ] ) { versionCode += + nums [ 0 ] * 10000 ; } if ( + nums [ 1 ] ) { versionCode += + nums [ 1 ] * 100 ; } if ( + nums [ 2 ] ) { versionCode += + nums [ 2 ] ; } events . emit ( 'verbose' , 'android-versionCode not found in config.xml. Generating a code based on version in config.xml (' + version + '): ' + versionCode ) ; return versionCode ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "find the best matching icon for a given density or size [CODESPLIT] function ( icon , icon_size ) { // do I have a platform icon for that density already var density = icon . density || sizeToDensityMap [ icon_size ] ; if ( ! density ) { // invalid icon defition ( or unsupported size) return ; } var previous = android_icons [ density ] ; if ( previous && previous . platform ) { return ; } android_icons [ density ] = icon ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Gets a map containing resources of a specified name from all drawable folders in a directory . [CODESPLIT] function mapImageResources ( rootDir , subDir , type , resourceName ) { var pathMap = { } ; shell . ls ( path . join ( rootDir , subDir , type + '-*' ) ) . forEach ( function ( drawableFolder ) { var imagePath = path . join ( subDir , path . basename ( drawableFolder ) , resourceName ) ; pathMap [ imagePath ] = null ; } ) ; return pathMap ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Gets and validates AndroidLaunchMode prepference from config . xml . Returns preference value and warns if it doesn t seems to be valid [CODESPLIT] function findAndroidLaunchModePreference ( platformConfig ) { var launchMode = platformConfig . getPreference ( 'AndroidLaunchMode' ) ; if ( ! launchMode ) { // Return a default value return 'singleTop' ; } var expectedValues = [ 'standard' , 'singleTop' , 'singleTask' , 'singleInstance' ] ; var valid = expectedValues . indexOf ( launchMode ) >= 0 ; if ( ! valid ) { // Note: warn, but leave the launch mode as developer wanted, in case the list of options changes in the future events . emit ( 'warn' , 'Unrecognized value for AndroidLaunchMode preference: ' + launchMode + '. Expected values are: ' + expectedValues . join ( ', ' ) ) ; } return launchMode ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Wraps an AndroidManifest file [CODESPLIT] function AndroidManifest ( path ) { this . path = path ; this . doc = xml . parseElementtreeSync ( path ) ; if ( this . doc . getroot ( ) . tag !== 'manifest' ) { throw new Error ( 'AndroidManifest at ' + path + ' has incorrect root node name (expected \"manifest\")' ) ; } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Checks the warnings that were printed by the CLI to ensure that the code is listing the correct reasons for failure . Checks against the global warnings object which is reset before each test [CODESPLIT] function expectUnmetRequirements ( expected ) { const actual = unmetRequirementsCollector . store ; expect ( actual ) . toEqual ( jasmine . arrayWithExactContents ( expected ) ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Gets the version of a plugin that should be fetched for a given project based on the plugin s engine information from NPM and the platforms / plugins installed in the project . The cordovaDependencies object in the package . json s engines entry takes the form of an object that maps plugin versions to a series of constraints and semver ranges . For example : [CODESPLIT] function getFetchVersion ( projectRoot , pluginInfo , cordovaVersion ) { // Figure out the project requirements if ( pluginInfo . engines && pluginInfo . engines . cordovaDependencies ) { // grab array of already installed plugins var pluginList = plugin_util . getInstalledPlugins ( projectRoot ) ; var pluginMap = { } ; pluginList . forEach ( function ( plugin ) { pluginMap [ plugin . id ] = plugin . version ; } ) ; return cordova_util . getInstalledPlatformsWithVersions ( projectRoot ) . then ( function ( platformVersions ) { return module . exports . determinePluginVersionToFetch ( pluginInfo , pluginMap , platformVersions , cordovaVersion ) ; } ) ; } else { // If we have no engine, we want to fall back to the default behavior events . emit ( 'verbose' , 'npm info for ' + pluginInfo . name + ' did not contain any engine info. Fetching latest release' ) ; return Promise . resolve ( null ) ; } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "/ * The engine entry maps plugin versions to constraints like so : { 1 . 0 . 0 : { cordova : <5 . 0 . 0 } <2 . 0 . 0 : { cordova : > = 5 . 0 . 0 cordova - ios : ~5 . 0 . 0 cordova - plugin - camera : ~5 . 0 . 0 } 3 . 0 . 0 : { cordova - ios : > 5 . 0 . 0 } } [CODESPLIT] function determinePluginVersionToFetch ( pluginInfo , pluginMap , platformMap , cordovaVersion ) { var allVersions = pluginInfo . versions ; var engine = pluginInfo . engines . cordovaDependencies ; var name = pluginInfo . name ; // Filters out pre-release versions var latest = semver . maxSatisfying ( allVersions , '>=0.0.0' ) ; var versions = [ ] ; var upperBound = null ; var upperBoundRange = null ; var upperBoundExists = false ; // TODO: lots of 'versions' being thrown around in this function: cordova version, // platform version, plugin version. The below for loop: what version is it // iterating over? plugin version? please clarify the variable name. for ( var version in engine ) { // if a single version && less than latest if ( semver . valid ( semver . clean ( version ) ) && semver . lte ( version , latest ) ) { versions . push ( version ) ; } else { // Check if this is an upperbound; validRange() handles whitespace var cleanedRange = semver . validRange ( version ) ; if ( cleanedRange && UPPER_BOUND_REGEX . exec ( cleanedRange ) ) { upperBoundExists = true ; // We only care about the highest upper bound that our project does not support if ( module . exports . getFailedRequirements ( engine [ version ] , pluginMap , platformMap , cordovaVersion ) . length !== 0 ) { var maxMatchingUpperBound = cleanedRange . substring ( 1 ) ; if ( maxMatchingUpperBound && ( ! upperBound || semver . gt ( maxMatchingUpperBound , upperBound ) ) ) { upperBound = maxMatchingUpperBound ; upperBoundRange = version ; } } } else { events . emit ( 'verbose' , 'Ignoring invalid version in ' + name + ' cordovaDependencies: ' + version + ' (must be a single version <= latest or an upper bound)' ) ; } } } // If there were no valid requirements, we fall back to old behavior if ( ! upperBoundExists && versions . length === 0 ) { events . emit ( 'verbose' , 'Ignoring ' + name + ' cordovaDependencies entry because it did not contain any valid plugin version entries' ) ; return null ; } // Handle the lower end of versions by giving them a satisfied engine if ( ! module . exports . findVersion ( versions , '0.0.0' ) ) { versions . push ( '0.0.0' ) ; engine [ '0.0.0' ] = { } ; } // Add an entry after the upper bound to handle the versions above the // upper bound but below the next entry. For example: 0.0.0, <1.0.0, 2.0.0 // needs a 1.0.0 entry that has the same engine as 0.0.0 if ( upperBound && ! module . exports . findVersion ( versions , upperBound ) && ! semver . gt ( upperBound , latest ) ) { versions . push ( upperBound ) ; var below = semver . maxSatisfying ( versions , upperBoundRange ) ; // Get the original entry without trimmed whitespace below = below ? module . exports . findVersion ( versions , below ) : null ; engine [ upperBound ] = below ? engine [ below ] : { } ; } // Sort in descending order; we want to start at latest and work back versions . sort ( semver . rcompare ) ; for ( var i = 0 ; i < versions . length ; i ++ ) { if ( upperBound && semver . lt ( versions [ i ] , upperBound ) ) { // Because we sorted in desc. order, if the upper bound we found // applies to this version (and thus the ones below) we can just // quit break ; } var range = i ? ( '>=' + versions [ i ] + ' <' + versions [ i - 1 ] ) : ( '>=' + versions [ i ] ) ; var maxMatchingVersion = semver . maxSatisfying ( allVersions , range ) ; if ( maxMatchingVersion && module . exports . getFailedRequirements ( engine [ versions [ i ] ] , pluginMap , platformMap , cordovaVersion ) . length === 0 ) { // Because we sorted in descending order, we can stop searching once // we hit a satisfied constraint if ( maxMatchingVersion !== latest ) { var failedReqs = module . exports . getFailedRequirements ( engine [ versions [ 0 ] ] , pluginMap , platformMap , cordovaVersion ) ; // Warn the user that we are not fetching latest module . exports . listUnmetRequirements ( name , failedReqs ) ; events . emit ( 'warn' , 'Fetching highest version of ' + name + ' that this project supports: ' + maxMatchingVersion + ' (latest is ' + latest + ')' ) ; } return maxMatchingVersion ; } } // No version of the plugin is satisfied. In this case, we fall back to // fetching the latest version, but also output a warning var latestFailedReqs = versions . length > 0 ? module . exports . getFailedRequirements ( engine [ versions [ 0 ] ] , pluginMap , platformMap , cordovaVersion ) : [ ] ; // If the upper bound is greater than latest, we need to combine its engine // requirements with latest to print out in the warning if ( upperBound && semver . satisfies ( latest , upperBoundRange ) ) { var upperFailedReqs = module . exports . getFailedRequirements ( engine [ upperBoundRange ] , pluginMap , platformMap , cordovaVersion ) ; upperFailedReqs . forEach ( function ( failedReq ) { for ( var i = 0 ; i < latestFailedReqs . length ; i ++ ) { if ( latestFailedReqs [ i ] . dependency === failedReq . dependency ) { // Not going to overcomplicate things and actually merge the ranges latestFailedReqs [ i ] . required += ' AND ' + failedReq . required ; return ; } } // There is no req to merge it with latestFailedReqs . push ( failedReq ) ; } ) ; } module . exports . listUnmetRequirements ( name , latestFailedReqs ) ; events . emit ( 'warn' , 'Current project does not satisfy the engine requirements specified by any version of ' + name + '. Fetching latest version of plugin anyway (may be incompatible)' ) ; // No constraints were satisfied return null ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "/ * Returns an array full of objects of dependency requirements that are not met . reqs - CordovaDependency object from plugin s package . json pluginMap - previously installed plugins in the project platformMap - previously installed platforms in the project cordovaVersion - version of cordova being used [CODESPLIT] function getFailedRequirements ( reqs , pluginMap , platformMap , cordovaVersion ) { var failed = [ ] ; var version = cordovaVersion ; if ( semver . prerelease ( version ) ) { // semver.inc with 'patch' type removes prereleased tag from version version = semver . inc ( version , 'patch' ) ; } for ( var req in reqs ) { if ( reqs . hasOwnProperty ( req ) && typeof req === 'string' && semver . validRange ( reqs [ req ] ) ) { var badInstalledVersion = null ; // remove potential whitespace var trimmedReq = req . trim ( ) ; if ( pluginMap [ trimmedReq ] && ! semver . satisfies ( pluginMap [ trimmedReq ] , reqs [ req ] ) ) { badInstalledVersion = pluginMap [ req ] ; } else if ( trimmedReq === 'cordova' && ! semver . satisfies ( version , reqs [ req ] ) ) { badInstalledVersion = cordovaVersion ; } else if ( trimmedReq . indexOf ( 'cordova-' ) === 0 ) { // Might be a platform constraint var platform = trimmedReq . substring ( 8 ) ; if ( platformMap [ platform ] && ! semver . satisfies ( platformMap [ platform ] , reqs [ req ] ) ) { badInstalledVersion = platformMap [ platform ] ; } } if ( badInstalledVersion ) { failed . push ( { dependency : trimmedReq , installed : badInstalledVersion . trim ( ) , required : reqs [ req ] . trim ( ) } ) ; } } else { events . emit ( 'verbose' , 'Ignoring invalid plugin dependency constraint ' + req + ':' + reqs [ req ] ) ; } } return failed ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "return the version if it is in the versions array return null if the version doesn t exist in the array [CODESPLIT] function findVersion ( versions , version ) { var cleanedVersion = semver . clean ( version ) ; for ( var i = 0 ; i < versions . length ; i ++ ) { if ( semver . clean ( versions [ i ] ) === cleanedVersion ) { return versions [ i ] ; } } return null ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "emits warnings to users of failed dependnecy requirements in their projects [CODESPLIT] function listUnmetRequirements ( name , failedRequirements ) { events . emit ( 'warn' , 'Unmet project requirements for latest version of ' + name + ':' ) ; failedRequirements . forEach ( function ( req ) { events . emit ( 'warn' , ' ' + req . dependency + ' (' + req . installed + ' in project, ' + req . required + ' required)' ) ; } ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "ret is { output : string code : number } [CODESPLIT] function utilExec ( cmdLine ) { var defer = Q . defer ( ) ; shell . exec ( cmdLine , function ( code , output ) { defer . resolve ( { code : code , output : output } ) ; } ) ; return defer . promise ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Validates the structure of a task . json file . [CODESPLIT] function ( folderName , task ) { var defer = Q . defer ( ) ; var vn = ( task . name || folderName ) ; if ( ! task . id || ! check . isUUID ( task . id ) ) { defer . reject ( createError ( vn + ': id is a required guid' ) ) ; } ; if ( ! task . name || ! check . isAlphanumeric ( task . name ) ) { defer . reject ( createError ( vn + ': name is a required alphanumeric string' ) ) ; } if ( ! task . friendlyName || ! check . isLength ( task . friendlyName , 1 , 40 ) ) { defer . reject ( createError ( vn + ': friendlyName is a required string <= 40 chars' ) ) ; } if ( ! task . instanceNameFormat ) { defer . reject ( createError ( vn + ': instanceNameFormat is required' ) ) ; } // resolve if not already rejected\r defer . resolve ( ) ; return defer . promise ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "----------------------------------------------------- Results and Exiting ----------------------------------------------------- [CODESPLIT] function setResult ( result , message ) { debug ( 'task result: ' + TaskResult [ result ] ) ; command ( 'task.complete' , { 'result' : TaskResult [ result ] } , message ) ; if ( result == TaskResult . Failed ) { _writeError ( message ) ; } if ( result == TaskResult . Failed ) { process . exit ( 0 ) ; } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "----------------------------------------------------- Input Helpers ----------------------------------------------------- [CODESPLIT] function getVariable ( name ) { var varval = process . env [ name . replace ( / \\. / g , '_' ) . toUpperCase ( ) ] ; debug ( name + '=' + varval ) ; var mocked = mock . getResponse ( 'getVariable' , name ) ; return mocked || varval ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Split - do not use for splitting args! Instead use arg () - it will split and handle this is for splitting a simple list of items like targets [CODESPLIT] function getDelimitedInput ( name , delim , required ) { var inval = getInput ( name , required ) ; if ( ! inval ) { return [ ] ; } return inval . split ( delim ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "----------------------------------------------------- Endpoint Helpers ----------------------------------------------------- [CODESPLIT] function getEndpointUrl ( id , optional ) { var urlval = getVariable ( 'ENDPOINT_URL_' + id ) ; debug ( id + '=' + urlval ) ; if ( ! optional && ! urlval ) { _writeError ( 'Endpoint not present: ' + id ) ; exit ( 1 ) ; } return urlval ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "----------------------------------------------------- Cmd Helpers ----------------------------------------------------- [CODESPLIT] function command ( command , properties , message ) { var taskCmd = new tcm . TaskCommand ( command , properties , message ) ; _writeLine ( taskCmd . toString ( ) ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "------------------------------------------------ Validation Helpers ------------------------------------------------ [CODESPLIT] function checkPath ( p , name ) { debug ( 'check path : ' + p ) ; if ( ! p || ! mock . getResponse ( 'checkPath' , p ) ) { setResult ( TaskResult . Failed , 'not found ' + name + ': ' + p ) ; // exit } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "----------------------------------------------------- Exec convenience wrapper ----------------------------------------------------- [CODESPLIT] function exec ( tool , args , options ) { var toolPath = which ( tool , true ) ; var tr = createToolRunner ( toolPath ) ; if ( args ) { tr . arg ( args ) ; } return tr . exec ( options ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Adapted from https : // github . com / polvo - labs / card - type / blob / aaab11f80fa1939bccc8f24905a06ae3cd864356 / src / cardType . js#L37 - L42 [CODESPLIT] function matchesRange ( cardNumber , min , max ) { var maxLengthToCheck = String ( min ) . length ; var substr = cardNumber . substr ( 0 , maxLengthToCheck ) ; var integerRepresentationOfCardNumber = parseInt ( substr , 10 ) ; min = parseInt ( String ( min ) . substr ( 0 , substr . length ) , 10 ) ; max = parseInt ( String ( max ) . substr ( 0 , substr . length ) , 10 ) ; return integerRepresentationOfCardNumber >= min && integerRepresentationOfCardNumber <= max ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "legacy repoDocs have only true / false set at repository . files [ yarn . lock ] ect newer repoDocs have an array ( empty or with the paths ) packageFilename : path of pckage . json [CODESPLIT] function ( files , packageFilename ) { const convertedFiles = _ . flatten ( Object . keys ( files ) . map ( key => { if ( files [ key ] === true ) return key else return files [ key ] } ) ) const hasPackageLock = _ . includes ( convertedFiles , packageFilename . replace ( 'package.json' , 'package-lock.json' ) ) if ( hasPackageLock ) return packageFilename . replace ( 'package.json' , 'package-lock.json' ) const hasYarnLock = _ . includes ( convertedFiles , packageFilename . replace ( 'package.json' , 'yarn.lock' ) ) if ( hasYarnLock ) return packageFilename . replace ( 'package.json' , 'yarn.lock' ) return null }", "target": 1, "target_options": ["no_match", "match"]} {"input": "version is a string : v8 . 10 - 10 Dubnium - lts / * etc returns a boolean versionOnly : true will _not_ match placeholder strings for current versions such as stable [CODESPLIT] function ( version , newVersion , newCodeName , versionOnly = false ) { let matches = [ ` ${ newCodeName } ` , newCodeName , newVersion ] // eslint-disable-line const tags = [ 'node' , 'stable' , 'lts/\\\\*' ] if ( ! versionOnly ) { matches = matches . concat ( tags ) } const overallResult = ! ! matches . find ( ( match ) => { // first regex matches in array form ('- 10'), second regex matches the inline form ('10') return ! ! ( version . match ( RegExp ( ` ${ match } ` , 'i' ) ) || version . match ( RegExp ( ` ${ match } ` , 'i' ) ) ) } ) return overallResult }", "target": 1, "target_options": ["no_match", "match"]} {"input": "existingVersionStrings is just an array of strings : [ - 7 - 8 ] or [ 9 ] or [ v8 . 10 ] returns an index [CODESPLIT] function ( existingVersionStrings , newVersion , newCodeName , versionOnly = false ) { if ( ! existingVersionStrings || existingVersionStrings . length === 0 ) return - 1 return existingVersionStrings . findIndex ( ( version ) => { return hasNodeVersion ( version , newVersion , newCodeName , versionOnly ) } ) }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Stop! YAMLtime! existingVersions is the output of getNodeVersionsFromTravisYML [CODESPLIT] function ( travisYML , newVersion , newCodeName , existingVersions ) { // Should only add the new version if it is not present in any form if ( existingVersions . versions . length === 0 ) return travisYML const nodeVersionIndex = getNodeVersionIndex ( existingVersions . versions , newVersion , newCodeName ) const travisYMLLines = travisYML . split ( '\\n' ) // We only need to do something if the new version isn’t present if ( nodeVersionIndex === - 1 ) { let delimiter = '' let leadingSpaces = '' if ( existingVersions . versions && existingVersions . versions . length > 0 ) { if ( existingVersions . versions [ 0 ] . match ( / \" / ) ) { delimiter = '\"' } if ( existingVersions . versions [ 0 ] . match ( / ' / ) ) { delimiter = \"'\" } leadingSpaces = existingVersions . versions [ 0 ] . match ( / ^([ ]*) / ) [ 1 ] } // splice the new version back onto the end of the node version list in the original travisYMLLines array, // unless it wasn’t an array but an inline definition of a single version, eg: `node_js: 9` if ( existingVersions . versions . length === 1 && existingVersions . startIndex === existingVersions . endIndex ) { // A single node version was defined in inline format, now we want to define two versions in array format travisYMLLines . splice ( existingVersions . startIndex , 1 , 'node_js:' ) travisYMLLines . splice ( existingVersions . startIndex + 1 , 0 , ` ${ leadingSpaces } ${ existingVersions . versions [ 0 ] } ` ) travisYMLLines . splice ( existingVersions . startIndex + 2 , 0 , ` ${ leadingSpaces } ${ delimiter } ${ newVersion } ${ delimiter } ` ) } else { // Multiple node versions were defined in array format travisYMLLines . splice ( existingVersions . endIndex + 1 , 0 , ` ${ leadingSpaces } ${ delimiter } ${ newVersion } ${ delimiter } ` ) } } return travisYMLLines . join ( '\\n' ) }", "target": 1, "target_options": ["no_match", "match"]} {"input": "existingVersions is the output of getNodeVersionsFromTravisYML [CODESPLIT] function ( travisYML , newVersion , newCodeName , existingVersions ) { // Should only remove the old version if it is actually present in any form if ( existingVersions . versions . length === 0 ) return travisYML const nodeVersionIndex = getNodeVersionIndex ( existingVersions . versions , newVersion , newCodeName , true ) let travisYMLLines = travisYML . split ( '\\n' ) // We only need to do something if the old version is present if ( nodeVersionIndex !== - 1 ) { // If it’s the only version we don’t want to remove it if ( existingVersions . versions . length !== 1 ) { // Multiple node versions were defined in array format // set lines we want to remove to undefined in existingVersion.versions and filter them out afterwards const updatedVersionsArray = _ . filter ( existingVersions . versions . map ( ( version ) => { return hasNodeVersion ( version , newVersion , newCodeName , true ) ? undefined : version } ) , Boolean ) // splice the updated existingversions into travisymllines travisYMLLines . splice ( existingVersions . startIndex + 1 , existingVersions . endIndex - existingVersions . startIndex , updatedVersionsArray ) // has an array in an array, needs to be flattened travisYMLLines = _ . flatten ( travisYMLLines ) } } return travisYMLLines . join ( '\\n' ) }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Not closing the issue so decision whether to explicitly upgrade or just close is with the user await github . issues . update ( { owner repo number state : closed } ) [CODESPLIT] function hasVersionComment ( issue , version ) { if ( ! issue . version && ! issue . comments ) { log . error ( 'no version information on issue document' , { issue } ) return false } return issue . version === version || ( issue . comments && issue . comments . includes ( version ) ) }", "target": 1, "target_options": ["no_match", "match"]} {"input": "trigger ( several ) initial - subgroup - pr ( s ) : - if a package . json is added / renamed / moved in the greenkeeper . json - if a greenkeeper . json is added [CODESPLIT] async function updateRepoDoc ( { installationId , doc , filePaths , log } ) { const fullName = doc . fullName const oldGreenkeeperConfig = doc . greenkeeper // set a default empty config so the job can continue if the file get fails for some reason let greenkeeperConfigFile = { } try { greenkeeperConfigFile = await getGreenkeeperConfigFile ( installationId , fullName , log ) } catch ( e ) { throw e } finally { if ( ! _ . isEmpty ( greenkeeperConfigFile ) ) { log . info ( 'UpdateRepoDoc: Fetched greenkeeper.json from GitHub' , greenkeeperConfigFile ) } _ . set ( doc , [ 'greenkeeper' ] , greenkeeperConfigFile ) const defaultFiles = { 'package.json' : [ ] , 'package-lock.json' : [ ] , 'yarn.lock' : [ ] , 'npm-shrinkwrap.json' : [ ] } let filePathsFromConfig = [ ] if ( ! _ . isEmpty ( greenkeeperConfigFile ) ) { if ( validate ( greenkeeperConfigFile ) . error ) { log . info ( 'UpdateRepoDoc: setting file paths to the ones from the old greenkeeper.json' ) filePathsFromConfig = getPackagePathsFromConfigFile ( oldGreenkeeperConfig ) } else { log . info ( 'UpdateRepoDoc: setting file paths to the ones found via greenkeeper.json' ) filePathsFromConfig = getPackagePathsFromConfigFile ( greenkeeperConfigFile ) } } // try to get file paths from either the autodiscovered filePaths // or from the greenkeeper.json if ( ! _ . isEmpty ( filePaths ) ) { log . info ( 'UpdateRepoDoc: setting file paths to the ones found per autodiscovery' ) filePathsFromConfig = getPackagePathsFromConfigFile ( { groups : { default : { packages : filePaths } } } ) } log . info ( 'UpdateRepoDoc: requesting files from GitHub' , { files : filePathsFromConfig } ) const filesFromConfig = _ . isEmpty ( filePathsFromConfig ) ? await getFiles ( { installationId , fullName , sha : doc . headSha , log } ) : await getFiles ( { installationId , fullName , files : filePathsFromConfig , sha : doc . headSha , log } ) const files = _ . merge ( filesFromConfig , defaultFiles ) // handles multiple paths for files like this: // files: { // package.json: ['package.json', 'backend/package.json', 'frontend/package.json'] // package-lock.json: ['package-lock.json', 'backend/package-lock.json'] // npm-shrinkwrap.json: [], // yarn.lock: [] // } doc . files = _ . mapValues ( files , fileType => fileType . filter ( file => ! ! file . content ) . map ( file => file . path ) ) // formats *all* the package.json files const pkg = formatPackageJson ( files [ 'package.json' ] ) if ( ! pkg ) { _ . unset ( doc , [ 'packages' ] ) } else { _ . set ( doc , [ 'packages' ] , pkg ) } log . info ( 'UpdateRepoDoc: doc updated' , { doc } ) } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Returns an array of objects where each object describes a package . json : [ { content : eyJuYW1lIjoidGVzdCJ9 name : package . json path : frontend / package . json type : file } ] [CODESPLIT] async function discoverPackageFiles ( { installationId , fullName , defaultBranch , log } ) { const ghqueue = githubQueue ( installationId ) const relevantPackageFilePaths = await discoverPackageFilePaths ( { installationId , fullName , defaultBranch , log } ) const [ owner , repo ] = fullName . split ( '/' ) // Fetch the content for each relevant package.json file const packageFiles = await Promise . all ( relevantPackageFilePaths . map ( ( path ) => getGithubFile ( ghqueue , { path , owner , repo } ) ) ) log . info ( ` ${ packageFiles . length } ` ) return packageFiles }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Returns an array of paths of package . json files : [ package . json frontend / package . json backend / package . json ] [CODESPLIT] async function discoverPackageFilePaths ( { installationId , fullName , defaultBranch , log } ) { // https://api.github.com/repos/neighbourhoodie/gk-test-lerna-yarn-workspaces/git/trees/master?recursive=1 const [ owner , repo ] = fullName . split ( '/' ) const ghqueue = githubQueue ( installationId ) try { const result = ( await ghqueue . read ( github => github . gitdata . getTree ( { owner , repo , tree_sha : defaultBranch , recursive : 1 } ) ) ) const filesInRepo = result . tree && result . tree . length ? result . tree : [ ] // Construct an array of all relevant package.json paths const relevantPackageFilePaths = filesInRepo . map ( ( item ) => { // Just pick out the paths, eg. `packages/retext-dutch/package.json` return item . path } ) . filter ( ( item ) => { // We don’t want any package.json files from `node_modules` return ! ( item . includes ( 'node_modules' ) || item . includes ( 'test/' ) || item . includes ( 'tests/' ) || item . includes ( 'elm-package.json' ) ) && item . match ( / (.+\\/package.json$|^package.json$) / ) } ) log . info ( 'relevant package file paths' , { relevantPackageFilePaths } ) return relevantPackageFilePaths } catch ( error ) { log . warn ( ` ${ defaultBranch } ` , { error : error . message } ) return [ ] } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "needs to handle files as an array of arrays! [CODESPLIT] function hasLockFileText ( files ) { if ( ! files ) return const lockFiles = [ 'package-lock.json' , 'npm-shrinkwrap.json' , 'yarn.lock' ] . filter ( ( key ) => { if ( _ . isArray ( files [ key ] ) && files [ key ] . length ) { return true } if ( files [ key ] === true ) { return true } return false } ) if ( lockFiles . length === 0 ) return if ( lockFiles . includes ( 'npm-shrinkwrap.json' ) ) { return md ` .c od e ('np m -shrinkwrap.json')} f i l } const lockFile = lockFiles [ 0 ] return md ` d. co d e(lo c kFile)} f i }", "target": 1, "target_options": ["no_match", "match"]} {"input": "1 . fetch . travis . yml [CODESPLIT] function travisTransform ( travisYML ) { try { var travisJSON = yaml . safeLoad ( travisYML , { schema : yaml . FAILSAFE_SCHEMA } ) } catch ( e ) { // ignore .travis.yml if it can not be parsed return } // No node versions specified in root level of travis YML // There may be node versions defined in the matrix or jobs keys, but those can become // far too complex for us to handle, so we don’t if ( ! _ . get ( travisJSON , 'node_js' ) ) return const nodeVersionFromYaml = getNodeVersionsFromTravisYML ( travisYML ) const hasNodeVersion = getNodeVersionIndex ( nodeVersionFromYaml . versions , nodeVersion , codeName ) !== - 1 if ( hasNodeVersion ) return const updatedTravisYaml = addNodeVersionToTravisYML ( travisYML , nodeVersion , codeName , nodeVersionFromYaml ) return updatedTravisYaml }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Given a groups array and a package path returns the package file’s group or undefined [CODESPLIT] function getGroupForPackageFile ( groups , packageFilePath ) { return Object . keys ( groups ) . find ( ( group ) => { return groups [ group ] . packages && groups [ group ] . packages . includes ( packageFilePath ) } ) }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Given a groups array a package path and a dependency name returns whether that dep is ignored for that package in any group [CODESPLIT] function isDependencyIgnoredInGroups ( groups , packageFilePath , dependencyName ) { const groupName = getGroupForPackageFile ( groups , packageFilePath ) return groupName && _ . includes ( groups [ groupName ] . ignore , dependencyName ) }", "target": 1, "target_options": ["no_match", "match"]} {"input": "returns a url object if you pass in a GitHub repositoryURL returns a string with an npm URL if you just pass in a dependency name [CODESPLIT] function getDependencyURL ( { repositoryURL , dependency } ) { // githubURL is an object! const githubURL = url . parse ( githubFromGit ( repositoryURL ) || '' ) if ( dependency && ! githubURL . href ) { return ` ${ dependency } ` } return githubURL }", "target": 1, "target_options": ["no_match", "match"]} {"input": "expects an array of package . json paths returns an array of unique dependencies from those package . jsons : / * Returns : [ { name : [CODESPLIT] function getDependenciesFromPackageFiles ( packagePaths , packageJsonContents ) { return _ . compact ( _ . uniqWith ( _ . flatten ( packagePaths . map ( path => { return _ . flatten ( [ 'dependencies' , 'devDependencies' , 'optionalDependencies' ] . map ( type => { if ( packageJsonContents [ path ] ) { return _ . map ( packageJsonContents [ path ] [ type ] , ( version , name ) => ( { name , version , type } ) ) } } ) ) } ) ) , _ . isEqual ) ) }", "target": 1, "target_options": ["no_match", "match"]} {"input": "add npm package data to dependency info from previous function / * Returns : [ { name : [CODESPLIT] async function addNPMPackageData ( dependencyInfo , registryGet , log ) { return Promise . mapSeries ( dependencyInfo , async dep => { try { dep . data = await registryGet ( registryUrl + dep . name . replace ( '/' , '%2F' ) , { } ) return dep } catch ( err ) { log . error ( 'npm: Could not get package data' , { dependency : dep , error : err } ) } } ) }", "target": 1, "target_options": ["no_match", "match"]} {"input": "get new version for all dependencies in files / * Arguments : packagePaths : array of strings eg . [ package . json frontend / package . json ] packageJsonContents : array of objects eg . [ { devDependencies : { @finnpauls / dep : 1 . 0 . 0 } } ] registryGet : instance of promisified npm - registry - client ignore : array of strings eg . [ eslint standard ] from config ( package . json greenkeeper . json etc . ) log : an instance of the logger [CODESPLIT] async function getUpdatedDependenciesForFiles ( { packagePaths , packageJsonContents , registryGet , ignore , log } ) { const dependencyInfo = module . exports . getDependenciesFromPackageFiles ( packagePaths , packageJsonContents , log ) // Filter out ignored dependencies const unignoredDependencyInfo = dependencyInfo . filter ( ( dep ) => ! ignore . includes ( dep . name ) ) log . info ( 'dependencies found' , { parsedDependencies : unignoredDependencyInfo , ignoredDependencies : ignore , packageJsonContents : packageJsonContents } ) let dependencies = await module . exports . addNPMPackageData ( unignoredDependencyInfo , registryGet , log ) let dependencyActionsLog = { } // add `newVersion` to each dependency object in the array const outputDependencies = _ ( dependencies ) . filter ( Boolean ) // remove falsy values from input array . map ( dependency => { // neither version nor range, so it's something weird (git url) // better not touch it if ( ! semver . validRange ( dependency . version ) ) { dependencyActionsLog [ dependency . name ] = 'invalid range' return } // new version is prerelease const oldIsPrerelease = _ . get ( semver . parse ( dependency . version ) , 'prerelease.length' ) > 0 let latest = _ . get ( dependency , 'data.dist-tags.latest' ) const prereleaseDiff = oldIsPrerelease && semver . diff ( dependency . version , latest ) === 'prerelease' if ( ! prereleaseDiff && _ . get ( semver . parse ( latest ) , 'prerelease.length' , 0 ) > 0 ) { const versions = _ . keys ( _ . get ( dependency , 'data.versions' ) ) latest = _ . reduce ( versions , function ( current , next ) { const parsed = semver . parse ( next ) if ( ! parsed ) return current if ( _ . get ( parsed , 'prerelease.length' , 0 ) > 0 ) return current if ( semver . gtr ( next , current ) ) return next return current } ) } // no to need change anything :) if ( semver . satisfies ( latest , dependency . version ) ) { dependencyActionsLog [ dependency . name ] = 'satisfies semver' return } // no downgrades if ( semver . ltr ( latest , dependency . version ) ) { dependencyActionsLog [ dependency . name ] = 'would be a downgrade' return } dependency . newVersion = getRangedVersion ( latest , dependency . version ) dependencyActionsLog [ dependency . name ] = ` ${ dependency . newVersion } ` return dependency } ) . filter ( Boolean ) // remove falsy values from output array . value ( ) // run lodash chain log . info ( 'parsed dependency actions' , { dependencyActionsLog } ) return outputDependencies }", "target": 1, "target_options": ["no_match", "match"]} {"input": "a hack suggested here : https : // github . com / amir20 / phantomjs - node / issues / 292 [CODESPLIT] function checkForData ( ) { ph . windowProperty ( \"DATA\" ) . then ( function ( data ) { if ( data !== undefined ) { writeToFile ( data ) ; ph . exit ( ) ; } else { setTimeout ( checkForData , 100 ) ; } } ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "extracts lists of methods from each service object . [CODESPLIT] function extractApis ( services ) { var filterTypes = arguments . length <= 1 || arguments [ 1 ] === undefined ? [ ] : arguments [ 1 ] ; services = Array . isArray ( services ) ? services : [ services ] ; var apis = services . reduce ( function ( total , service ) { var obj = service . constructor === Object ? service : Object . getPrototypeOf ( service ) ; var keys = aggregateApisByType ( obj , total , filterTypes ) ; total . push . apply ( total , keys ) ; return total ; } , [ ] ) ; return apis ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "/ * eslint - disable Constructor for SearchResults [CODESPLIT] function SearchResults ( state , results ) { var mainSubResponse = results [ 0 ] ; this . _rawResults = results ; /**\n * query used to generate the results\n * @member {string}\n */ this . query = mainSubResponse . query ; /**\n * The query as parsed by the engine given all the rules.\n * @member {string}\n */ this . parsedQuery = mainSubResponse . parsedQuery ; /**\n * all the records that match the search parameters. Each record is\n * augmented with a new attribute `_highlightResult`\n * which is an object keyed by attribute and with the following properties:\n * - `value` : the value of the facet highlighted (html)\n * - `matchLevel`: full, partial or none depending on how the query terms match\n * @member {object[]}\n */ this . hits = mainSubResponse . hits ; /**\n * index where the results come from\n * @member {string}\n */ this . index = mainSubResponse . index ; /**\n * number of hits per page requested\n * @member {number}\n */ this . hitsPerPage = mainSubResponse . hitsPerPage ; /**\n * total number of hits of this query on the index\n * @member {number}\n */ this . nbHits = mainSubResponse . nbHits ; /**\n * total number of pages with respect to the number of hits per page and the total number of hits\n * @member {number}\n */ this . nbPages = mainSubResponse . nbPages ; /**\n * current page\n * @member {number}\n */ this . page = mainSubResponse . page ; /**\n * sum of the processing time of all the queries\n * @member {number}\n */ this . processingTimeMS = sumBy ( results , 'processingTimeMS' ) ; /**\n * The position if the position was guessed by IP.\n * @member {string}\n * @example \"48.8637,2.3615\",\n */ this . aroundLatLng = mainSubResponse . aroundLatLng ; /**\n * The radius computed by Algolia.\n * @member {string}\n * @example \"126792922\",\n */ this . automaticRadius = mainSubResponse . automaticRadius ; /**\n * String identifying the server used to serve this request.\n * @member {string}\n * @example \"c7-use-2.algolia.net\",\n */ this . serverUsed = mainSubResponse . serverUsed ; /**\n * Boolean that indicates if the computation of the counts did time out.\n * @deprecated\n * @member {boolean}\n */ this . timeoutCounts = mainSubResponse . timeoutCounts ; /**\n * Boolean that indicates if the computation of the hits did time out.\n * @deprecated\n * @member {boolean}\n */ this . timeoutHits = mainSubResponse . timeoutHits ; /**\n * True if the counts of the facets is exhaustive\n * @member {boolean}\n */ this . exhaustiveFacetsCount = mainSubResponse . exhaustiveFacetsCount ; /**\n * True if the number of hits is exhaustive\n * @member {boolean}\n */ this . exhaustiveNbHits = mainSubResponse . exhaustiveNbHits ; /**\n * Contains the userData if they are set by a [query rule](https://www.algolia.com/doc/guides/query-rules/query-rules-overview/).\n * @member {object[]}\n */ this . userData = mainSubResponse . userData ; /**\n * queryID is the unique identifier of the query used to generate the current search results.\n * This value is only available if the `clickAnalytics` search parameter is set to `true`.\n * @member {string}\n */ this . queryID = mainSubResponse . queryID ; /**\n * disjunctive facets results\n * @member {SearchResults.Facet[]}\n */ this . disjunctiveFacets = [ ] ; /**\n * disjunctive facets results\n * @member {SearchResults.HierarchicalFacet[]}\n */ this . hierarchicalFacets = map ( state . hierarchicalFacets , function initFutureTree ( ) { return [ ] ; } ) ; /**\n * other facets results\n * @member {SearchResults.Facet[]}\n */ this . facets = [ ] ; var disjunctiveFacets = state . getRefinedDisjunctiveFacets ( ) ; var facetsIndices = getIndices ( state . facets ) ; var disjunctiveFacetsIndices = getIndices ( state . disjunctiveFacets ) ; var nextDisjunctiveResult = 1 ; var self = this ; // Since we send request only for disjunctive facets that have been refined, // we get the facets informations from the first, general, response. forEach ( mainSubResponse . facets , function ( facetValueObject , facetKey ) { var hierarchicalFacet = findMatchingHierarchicalFacetFromAttributeName ( state . hierarchicalFacets , facetKey ) ; if ( hierarchicalFacet ) { // Place the hierarchicalFacet data at the correct index depending on // the attributes order that was defined at the helper initialization var facetIndex = hierarchicalFacet . attributes . indexOf ( facetKey ) ; var idxAttributeName = findIndex ( state . hierarchicalFacets , { name : hierarchicalFacet . name } ) ; self . hierarchicalFacets [ idxAttributeName ] [ facetIndex ] = { attribute : facetKey , data : facetValueObject , exhaustive : mainSubResponse . exhaustiveFacetsCount } ; } else { var isFacetDisjunctive = indexOf ( state . disjunctiveFacets , facetKey ) !== - 1 ; var isFacetConjunctive = indexOf ( state . facets , facetKey ) !== - 1 ; var position ; if ( isFacetDisjunctive ) { position = disjunctiveFacetsIndices [ facetKey ] ; self . disjunctiveFacets [ position ] = { name : facetKey , data : facetValueObject , exhaustive : mainSubResponse . exhaustiveFacetsCount } ; assignFacetStats ( self . disjunctiveFacets [ position ] , mainSubResponse . facets_stats , facetKey ) ; } if ( isFacetConjunctive ) { position = facetsIndices [ facetKey ] ; self . facets [ position ] = { name : facetKey , data : facetValueObject , exhaustive : mainSubResponse . exhaustiveFacetsCount } ; assignFacetStats ( self . facets [ position ] , mainSubResponse . facets_stats , facetKey ) ; } } } ) ; // Make sure we do not keep holes within the hierarchical facets this . hierarchicalFacets = compact ( this . hierarchicalFacets ) ; // aggregate the refined disjunctive facets forEach ( disjunctiveFacets , function ( disjunctiveFacet ) { var result = results [ nextDisjunctiveResult ] ; var hierarchicalFacet = state . getHierarchicalFacetByName ( disjunctiveFacet ) ; // There should be only item in facets. forEach ( result . facets , function ( facetResults , dfacet ) { var position ; if ( hierarchicalFacet ) { position = findIndex ( state . hierarchicalFacets , { name : hierarchicalFacet . name } ) ; var attributeIndex = findIndex ( self . hierarchicalFacets [ position ] , { attribute : dfacet } ) ; // previous refinements and no results so not able to find it if ( attributeIndex === - 1 ) { return ; } self . hierarchicalFacets [ position ] [ attributeIndex ] . data = merge ( { } , self . hierarchicalFacets [ position ] [ attributeIndex ] . data , facetResults ) ; } else { position = disjunctiveFacetsIndices [ dfacet ] ; var dataFromMainRequest = mainSubResponse . facets && mainSubResponse . facets [ dfacet ] || { } ; self . disjunctiveFacets [ position ] = { name : dfacet , data : defaults ( { } , facetResults , dataFromMainRequest ) , exhaustive : result . exhaustiveFacetsCount } ; assignFacetStats ( self . disjunctiveFacets [ position ] , result . facets_stats , dfacet ) ; if ( state . disjunctiveFacetsRefinements [ dfacet ] ) { forEach ( state . disjunctiveFacetsRefinements [ dfacet ] , function ( refinementValue ) { // add the disjunctive refinements if it is no more retrieved if ( ! self . disjunctiveFacets [ position ] . data [ refinementValue ] && indexOf ( state . disjunctiveFacetsRefinements [ dfacet ] , refinementValue ) > - 1 ) { self . disjunctiveFacets [ position ] . data [ refinementValue ] = 0 ; } } ) ; } } } ) ; nextDisjunctiveResult ++ ; } ) ; // if we have some root level values for hierarchical facets, merge them forEach ( state . getRefinedHierarchicalFacets ( ) , function ( refinedFacet ) { var hierarchicalFacet = state . getHierarchicalFacetByName ( refinedFacet ) ; var separator = state . _getHierarchicalFacetSeparator ( hierarchicalFacet ) ; var currentRefinement = state . getHierarchicalRefinement ( refinedFacet ) ; // if we are already at a root refinement (or no refinement at all), there is no // root level values request if ( currentRefinement . length === 0 || currentRefinement [ 0 ] . split ( separator ) . length < 2 ) { return ; } var result = results [ nextDisjunctiveResult ] ; forEach ( result . facets , function ( facetResults , dfacet ) { var position = findIndex ( state . hierarchicalFacets , { name : hierarchicalFacet . name } ) ; var attributeIndex = findIndex ( self . hierarchicalFacets [ position ] , { attribute : dfacet } ) ; // previous refinements and no results so not able to find it if ( attributeIndex === - 1 ) { return ; } // when we always get root levels, if the hits refinement is `beers > IPA` (count: 5), // then the disjunctive values will be `beers` (count: 100), // but we do not want to display // | beers (100) // > IPA (5) // We want // | beers (5) // > IPA (5) var defaultData = { } ; if ( currentRefinement . length > 0 ) { var root = currentRefinement [ 0 ] . split ( separator ) [ 0 ] ; defaultData [ root ] = self . hierarchicalFacets [ position ] [ attributeIndex ] . data [ root ] ; } self . hierarchicalFacets [ position ] [ attributeIndex ] . data = defaults ( defaultData , facetResults , self . hierarchicalFacets [ position ] [ attributeIndex ] . data ) ; } ) ; nextDisjunctiveResult ++ ; } ) ; // add the excludes forEach ( state . facetsExcludes , function ( excludes , facetName ) { var position = facetsIndices [ facetName ] ; self . facets [ position ] = { name : facetName , data : mainSubResponse . facets [ facetName ] , exhaustive : mainSubResponse . exhaustiveFacetsCount } ; forEach ( excludes , function ( facetValue ) { self . facets [ position ] = self . facets [ position ] || { name : facetName } ; self . facets [ position ] . data = self . facets [ position ] . data || { } ; self . facets [ position ] . data [ facetValue ] = 0 ; } ) ; } ) ; this . hierarchicalFacets = map ( this . hierarchicalFacets , generateHierarchicalTree ( state ) ) ; this . facets = compact ( this . facets ) ; this . disjunctiveFacets = compact ( this . disjunctiveFacets ) ; this . _state = state ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Get the facet values of a specified attribute from a SearchResults object . [CODESPLIT] function extractNormalizedFacetValues ( results , attribute ) { var predicate = { name : attribute } ; if ( results . _state . isConjunctiveFacet ( attribute ) ) { var facet = find ( results . facets , predicate ) ; if ( ! facet ) return [ ] ; return map ( facet . data , function ( v , k ) { return { name : k , count : v , isRefined : results . _state . isFacetRefined ( attribute , k ) , isExcluded : results . _state . isExcludeRefined ( attribute , k ) } ; } ) ; } else if ( results . _state . isDisjunctiveFacet ( attribute ) ) { var disjunctiveFacet = find ( results . disjunctiveFacets , predicate ) ; if ( ! disjunctiveFacet ) return [ ] ; return map ( disjunctiveFacet . data , function ( v , k ) { return { name : k , count : v , isRefined : results . _state . isDisjunctiveFacetRefined ( attribute , k ) } ; } ) ; } else if ( results . _state . isHierarchicalFacet ( attribute ) ) { return find ( results . hierarchicalFacets , predicate ) ; } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Sort nodes of a hierarchical facet results [CODESPLIT] function recSort ( sortFn , node ) { if ( ! node . data || node . data . length === 0 ) { return node ; } var children = map ( node . data , partial ( recSort , sortFn ) ) ; var sortedChildren = sortFn ( children ) ; var newNode = merge ( { } , node , { data : sortedChildren } ) ; return newNode ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Structure to store numeric filters with the operator as the key . The supported operators are = > < > = < = and ! = . [CODESPLIT] function SearchParameters ( newParameters ) { var params = newParameters ? SearchParameters . _parseNumbers ( newParameters ) : { } ; /**\n * Targeted index. This parameter is mandatory.\n * @member {string}\n */ this . index = params . index || '' ; // Query /**\n * Query string of the instant search. The empty string is a valid query.\n * @member {string}\n * @see https://www.algolia.com/doc/rest#param-query\n */ this . query = params . query || '' ; // Facets /**\n * This attribute contains the list of all the conjunctive facets\n * used. This list will be added to requested facets in the\n * [facets attribute](https://www.algolia.com/doc/rest-api/search#param-facets) sent to algolia.\n * @member {string[]}\n */ this . facets = params . facets || [ ] ; /**\n * This attribute contains the list of all the disjunctive facets\n * used. This list will be added to requested facets in the\n * [facets attribute](https://www.algolia.com/doc/rest-api/search#param-facets) sent to algolia.\n * @member {string[]}\n */ this . disjunctiveFacets = params . disjunctiveFacets || [ ] ; /**\n * This attribute contains the list of all the hierarchical facets\n * used. This list will be added to requested facets in the\n * [facets attribute](https://www.algolia.com/doc/rest-api/search#param-facets) sent to algolia.\n * Hierarchical facets are a sub type of disjunctive facets that\n * let you filter faceted attributes hierarchically.\n * @member {string[]|object[]}\n */ this . hierarchicalFacets = params . hierarchicalFacets || [ ] ; // Refinements /**\n * This attribute contains all the filters that need to be\n * applied on the conjunctive facets. Each facet must be properly\n * defined in the `facets` attribute.\n *\n * The key is the name of the facet, and the `FacetList` contains all\n * filters selected for the associated facet name.\n *\n * When querying algolia, the values stored in this attribute will\n * be translated into the `facetFilters` attribute.\n * @member {Object.}\n */ this . facetsRefinements = params . facetsRefinements || { } ; /**\n * This attribute contains all the filters that need to be\n * excluded from the conjunctive facets. Each facet must be properly\n * defined in the `facets` attribute.\n *\n * The key is the name of the facet, and the `FacetList` contains all\n * filters excluded for the associated facet name.\n *\n * When querying algolia, the values stored in this attribute will\n * be translated into the `facetFilters` attribute.\n * @member {Object.}\n */ this . facetsExcludes = params . facetsExcludes || { } ; /**\n * This attribute contains all the filters that need to be\n * applied on the disjunctive facets. Each facet must be properly\n * defined in the `disjunctiveFacets` attribute.\n *\n * The key is the name of the facet, and the `FacetList` contains all\n * filters selected for the associated facet name.\n *\n * When querying algolia, the values stored in this attribute will\n * be translated into the `facetFilters` attribute.\n * @member {Object.}\n */ this . disjunctiveFacetsRefinements = params . disjunctiveFacetsRefinements || { } ; /**\n * This attribute contains all the filters that need to be\n * applied on the numeric attributes.\n *\n * The key is the name of the attribute, and the value is the\n * filters to apply to this attribute.\n *\n * When querying algolia, the values stored in this attribute will\n * be translated into the `numericFilters` attribute.\n * @member {Object.}\n */ this . numericRefinements = params . numericRefinements || { } ; /**\n * This attribute contains all the tags used to refine the query.\n *\n * When querying algolia, the values stored in this attribute will\n * be translated into the `tagFilters` attribute.\n * @member {string[]}\n */ this . tagRefinements = params . tagRefinements || [ ] ; /**\n * This attribute contains all the filters that need to be\n * applied on the hierarchical facets. Each facet must be properly\n * defined in the `hierarchicalFacets` attribute.\n *\n * The key is the name of the facet, and the `FacetList` contains all\n * filters selected for the associated facet name. The FacetList values\n * are structured as a string that contain the values for each level\n * separated by the configured separator.\n *\n * When querying algolia, the values stored in this attribute will\n * be translated into the `facetFilters` attribute.\n * @member {Object.}\n */ this . hierarchicalFacetsRefinements = params . hierarchicalFacetsRefinements || { } ; /**\n * Contains the numeric filters in the raw format of the Algolia API. Setting\n * this parameter is not compatible with the usage of numeric filters methods.\n * @see https://www.algolia.com/doc/javascript#numericFilters\n * @member {string}\n */ this . numericFilters = params . numericFilters ; /**\n * Contains the tag filters in the raw format of the Algolia API. Setting this\n * parameter is not compatible with the of the add/remove/toggle methods of the\n * tag api.\n * @see https://www.algolia.com/doc/rest#param-tagFilters\n * @member {string}\n */ this . tagFilters = params . tagFilters ; /**\n * Contains the optional tag filters in the raw format of the Algolia API.\n * @see https://www.algolia.com/doc/rest#param-tagFilters\n * @member {string}\n */ this . optionalTagFilters = params . optionalTagFilters ; /**\n * Contains the optional facet filters in the raw format of the Algolia API.\n * @see https://www.algolia.com/doc/rest#param-tagFilters\n * @member {string}\n */ this . optionalFacetFilters = params . optionalFacetFilters ; // Misc. parameters /**\n * Number of hits to be returned by the search API\n * @member {number}\n * @see https://www.algolia.com/doc/rest#param-hitsPerPage\n */ this . hitsPerPage = params . hitsPerPage ; /**\n * Number of values for each faceted attribute\n * @member {number}\n * @see https://www.algolia.com/doc/rest#param-maxValuesPerFacet\n */ this . maxValuesPerFacet = params . maxValuesPerFacet ; /**\n * The current page number\n * @member {number}\n * @see https://www.algolia.com/doc/rest#param-page\n */ this . page = params . page || 0 ; /**\n * How the query should be treated by the search engine.\n * Possible values: prefixAll, prefixLast, prefixNone\n * @see https://www.algolia.com/doc/rest#param-queryType\n * @member {string}\n */ this . queryType = params . queryType ; /**\n * How the typo tolerance behave in the search engine.\n * Possible values: true, false, min, strict\n * @see https://www.algolia.com/doc/rest#param-typoTolerance\n * @member {string}\n */ this . typoTolerance = params . typoTolerance ; /**\n * Number of characters to wait before doing one character replacement.\n * @see https://www.algolia.com/doc/rest#param-minWordSizefor1Typo\n * @member {number}\n */ this . minWordSizefor1Typo = params . minWordSizefor1Typo ; /**\n * Number of characters to wait before doing a second character replacement.\n * @see https://www.algolia.com/doc/rest#param-minWordSizefor2Typos\n * @member {number}\n */ this . minWordSizefor2Typos = params . minWordSizefor2Typos ; /**\n * Configure the precision of the proximity ranking criterion\n * @see https://www.algolia.com/doc/rest#param-minProximity\n */ this . minProximity = params . minProximity ; /**\n * Should the engine allow typos on numerics.\n * @see https://www.algolia.com/doc/rest#param-allowTyposOnNumericTokens\n * @member {boolean}\n */ this . allowTyposOnNumericTokens = params . allowTyposOnNumericTokens ; /**\n * Should the plurals be ignored\n * @see https://www.algolia.com/doc/rest#param-ignorePlurals\n * @member {boolean}\n */ this . ignorePlurals = params . ignorePlurals ; /**\n * Restrict which attribute is searched.\n * @see https://www.algolia.com/doc/rest#param-restrictSearchableAttributes\n * @member {string}\n */ this . restrictSearchableAttributes = params . restrictSearchableAttributes ; /**\n * Enable the advanced syntax.\n * @see https://www.algolia.com/doc/rest#param-advancedSyntax\n * @member {boolean}\n */ this . advancedSyntax = params . advancedSyntax ; /**\n * Enable the analytics\n * @see https://www.algolia.com/doc/rest#param-analytics\n * @member {boolean}\n */ this . analytics = params . analytics ; /**\n * Tag of the query in the analytics.\n * @see https://www.algolia.com/doc/rest#param-analyticsTags\n * @member {string}\n */ this . analyticsTags = params . analyticsTags ; /**\n * Enable the synonyms\n * @see https://www.algolia.com/doc/rest#param-synonyms\n * @member {boolean}\n */ this . synonyms = params . synonyms ; /**\n * Should the engine replace the synonyms in the highlighted results.\n * @see https://www.algolia.com/doc/rest#param-replaceSynonymsInHighlight\n * @member {boolean}\n */ this . replaceSynonymsInHighlight = params . replaceSynonymsInHighlight ; /**\n * Add some optional words to those defined in the dashboard\n * @see https://www.algolia.com/doc/rest#param-optionalWords\n * @member {string}\n */ this . optionalWords = params . optionalWords ; /**\n * Possible values are \"lastWords\" \"firstWords\" \"allOptional\" \"none\" (default)\n * @see https://www.algolia.com/doc/rest#param-removeWordsIfNoResults\n * @member {string}\n */ this . removeWordsIfNoResults = params . removeWordsIfNoResults ; /**\n * List of attributes to retrieve\n * @see https://www.algolia.com/doc/rest#param-attributesToRetrieve\n * @member {string}\n */ this . attributesToRetrieve = params . attributesToRetrieve ; /**\n * List of attributes to highlight\n * @see https://www.algolia.com/doc/rest#param-attributesToHighlight\n * @member {string}\n */ this . attributesToHighlight = params . attributesToHighlight ; /**\n * Code to be embedded on the left part of the highlighted results\n * @see https://www.algolia.com/doc/rest#param-highlightPreTag\n * @member {string}\n */ this . highlightPreTag = params . highlightPreTag ; /**\n * Code to be embedded on the right part of the highlighted results\n * @see https://www.algolia.com/doc/rest#param-highlightPostTag\n * @member {string}\n */ this . highlightPostTag = params . highlightPostTag ; /**\n * List of attributes to snippet\n * @see https://www.algolia.com/doc/rest#param-attributesToSnippet\n * @member {string}\n */ this . attributesToSnippet = params . attributesToSnippet ; /**\n * Enable the ranking informations in the response, set to 1 to activate\n * @see https://www.algolia.com/doc/rest#param-getRankingInfo\n * @member {number}\n */ this . getRankingInfo = params . getRankingInfo ; /**\n * Remove duplicates based on the index setting attributeForDistinct\n * @see https://www.algolia.com/doc/rest#param-distinct\n * @member {boolean|number}\n */ this . distinct = params . distinct ; /**\n * Center of the geo search.\n * @see https://www.algolia.com/doc/rest#param-aroundLatLng\n * @member {string}\n */ this . aroundLatLng = params . aroundLatLng ; /**\n * Center of the search, retrieve from the user IP.\n * @see https://www.algolia.com/doc/rest#param-aroundLatLngViaIP\n * @member {boolean}\n */ this . aroundLatLngViaIP = params . aroundLatLngViaIP ; /**\n * Radius of the geo search.\n * @see https://www.algolia.com/doc/rest#param-aroundRadius\n * @member {number}\n */ this . aroundRadius = params . aroundRadius ; /**\n * Precision of the geo search.\n * @see https://www.algolia.com/doc/rest#param-aroundPrecision\n * @member {number}\n */ this . minimumAroundRadius = params . minimumAroundRadius ; /**\n * Precision of the geo search.\n * @see https://www.algolia.com/doc/rest#param-minimumAroundRadius\n * @member {number}\n */ this . aroundPrecision = params . aroundPrecision ; /**\n * Geo search inside a box.\n * @see https://www.algolia.com/doc/rest#param-insideBoundingBox\n * @member {string}\n */ this . insideBoundingBox = params . insideBoundingBox ; /**\n * Geo search inside a polygon.\n * @see https://www.algolia.com/doc/rest#param-insidePolygon\n * @member {string}\n */ this . insidePolygon = params . insidePolygon ; /**\n * Allows to specify an ellipsis character for the snippet when we truncate the text\n * (added before and after if truncated).\n * The default value is an empty string and we recommend to set it to \"…\"\n * @see https://www.algolia.com/doc/rest#param-insidePolygon\n * @member {string}\n */ this . snippetEllipsisText = params . snippetEllipsisText ; /**\n * Allows to specify some attributes name on which exact won't be applied.\n * Attributes are separated with a comma (for example \"name,address\" ), you can also use a\n * JSON string array encoding (for example encodeURIComponent('[\"name\",\"address\"]') ).\n * By default the list is empty.\n * @see https://www.algolia.com/doc/rest#param-disableExactOnAttributes\n * @member {string|string[]}\n */ this . disableExactOnAttributes = params . disableExactOnAttributes ; /**\n * Applies 'exact' on single word queries if the word contains at least 3 characters\n * and is not a stop word.\n * Can take two values: true or false.\n * By default, its set to false.\n * @see https://www.algolia.com/doc/rest#param-enableExactOnSingleWordQuery\n * @member {boolean}\n */ this . enableExactOnSingleWordQuery = params . enableExactOnSingleWordQuery ; // Undocumented parameters, still needed otherwise we fail this . offset = params . offset ; this . length = params . length ; var self = this ; forOwn ( params , function checkForUnknownParameter ( paramValue , paramName ) { if ( SearchParameters . PARAMETERS . indexOf ( paramName ) === - 1 ) { self [ paramName ] = paramValue ; } } ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Remove all refinements ( disjunctive + conjunctive + excludes + numeric filters ) [CODESPLIT] function clearRefinements ( attribute ) { var clear = RefinementList . clearRefinement ; var patch = { numericRefinements : this . _clearNumericRefinements ( attribute ) , facetsRefinements : clear ( this . facetsRefinements , attribute , 'conjunctiveFacet' ) , facetsExcludes : clear ( this . facetsExcludes , attribute , 'exclude' ) , disjunctiveFacetsRefinements : clear ( this . disjunctiveFacetsRefinements , attribute , 'disjunctiveFacet' ) , hierarchicalFacetsRefinements : clear ( this . hierarchicalFacetsRefinements , attribute , 'hierarchicalFacet' ) } ; if ( patch . numericRefinements === this . numericRefinements && patch . facetsRefinements === this . facetsRefinements && patch . facetsExcludes === this . facetsExcludes && patch . disjunctiveFacetsRefinements === this . disjunctiveFacetsRefinements && patch . hierarchicalFacetsRefinements === this . hierarchicalFacetsRefinements ) { return this ; } return this . setQueryParameters ( patch ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Add a numeric filter for a given attribute When value is an array they are combined with OR When value is a single value it will combined with AND [CODESPLIT] function ( attribute , operator , v ) { var value = valToNumber ( v ) ; if ( this . isNumericRefined ( attribute , operator , value ) ) return this ; var mod = merge ( { } , this . numericRefinements ) ; mod [ attribute ] = merge ( { } , mod [ attribute ] ) ; if ( mod [ attribute ] [ operator ] ) { // Array copy mod [ attribute ] [ operator ] = mod [ attribute ] [ operator ] . slice ( ) ; // Add the element. Concat can't be used here because value can be an array. mod [ attribute ] [ operator ] . push ( value ) ; } else { mod [ attribute ] [ operator ] = [ value ] ; } return this . setQueryParameters ( { numericRefinements : mod } ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Remove all the numeric filter for a given ( attribute operator ) [CODESPLIT] function ( attribute , operator , paramValue ) { if ( paramValue !== undefined ) { var paramValueAsNumber = valToNumber ( paramValue ) ; if ( ! this . isNumericRefined ( attribute , operator , paramValueAsNumber ) ) return this ; return this . setQueryParameters ( { numericRefinements : this . _clearNumericRefinements ( function ( value , key ) { return key === attribute && value . op === operator && isEqual ( value . val , paramValueAsNumber ) ; } ) } ) ; } else if ( operator !== undefined ) { if ( ! this . isNumericRefined ( attribute , operator ) ) return this ; return this . setQueryParameters ( { numericRefinements : this . _clearNumericRefinements ( function ( value , key ) { return key === attribute && value . op === operator ; } ) } ) ; } if ( ! this . isNumericRefined ( attribute ) ) return this ; return this . setQueryParameters ( { numericRefinements : this . _clearNumericRefinements ( function ( value , key ) { return key === attribute ; } ) } ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Clear numeric filters . [CODESPLIT] function _clearNumericRefinements ( attribute ) { if ( isUndefined ( attribute ) ) { if ( isEmpty ( this . numericRefinements ) ) return this . numericRefinements ; return { } ; } else if ( isString ( attribute ) ) { if ( isEmpty ( this . numericRefinements [ attribute ] ) ) return this . numericRefinements ; return omit ( this . numericRefinements , attribute ) ; } else if ( isFunction ( attribute ) ) { var hasChanged = false ; var newNumericRefinements = reduce ( this . numericRefinements , function ( memo , operators , key ) { var operatorList = { } ; forEach ( operators , function ( values , operator ) { var outValues = [ ] ; forEach ( values , function ( value ) { var predicateResult = attribute ( { val : value , op : operator } , key , 'numeric' ) ; if ( ! predicateResult ) outValues . push ( value ) ; } ) ; if ( ! isEmpty ( outValues ) ) { if ( outValues . length !== values . length ) hasChanged = true ; operatorList [ operator ] = outValues ; } else hasChanged = true ; } ) ; if ( ! isEmpty ( operatorList ) ) memo [ key ] = operatorList ; return memo ; } , { } ) ; if ( hasChanged ) return newNumericRefinements ; return this . numericRefinements ; } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Add a hierarchical facet to the hierarchicalFacets attribute of the helper configuration . [CODESPLIT] function addHierarchicalFacet ( hierarchicalFacet ) { if ( this . isHierarchicalFacet ( hierarchicalFacet . name ) ) { throw new Error ( 'Cannot declare two hierarchical facets with the same name: `' + hierarchicalFacet . name + '`' ) ; } return this . setQueryParameters ( { hierarchicalFacets : this . hierarchicalFacets . concat ( [ hierarchicalFacet ] ) } ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Add a refinement on a normal facet [CODESPLIT] function addFacetRefinement ( facet , value ) { if ( ! this . isConjunctiveFacet ( facet ) ) { throw new Error ( facet + ' is not defined in the facets attribute of the helper configuration' ) ; } if ( RefinementList . isRefined ( this . facetsRefinements , facet , value ) ) return this ; return this . setQueryParameters ( { facetsRefinements : RefinementList . addRefinement ( this . facetsRefinements , facet , value ) } ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Exclude a value from a normal facet [CODESPLIT] function addExcludeRefinement ( facet , value ) { if ( ! this . isConjunctiveFacet ( facet ) ) { throw new Error ( facet + ' is not defined in the facets attribute of the helper configuration' ) ; } if ( RefinementList . isRefined ( this . facetsExcludes , facet , value ) ) return this ; return this . setQueryParameters ( { facetsExcludes : RefinementList . addRefinement ( this . facetsExcludes , facet , value ) } ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Adds a refinement on a disjunctive facet . [CODESPLIT] function addDisjunctiveFacetRefinement ( facet , value ) { if ( ! this . isDisjunctiveFacet ( facet ) ) { throw new Error ( facet + ' is not defined in the disjunctiveFacets attribute of the helper configuration' ) ; } if ( RefinementList . isRefined ( this . disjunctiveFacetsRefinements , facet , value ) ) return this ; return this . setQueryParameters ( { disjunctiveFacetsRefinements : RefinementList . addRefinement ( this . disjunctiveFacetsRefinements , facet , value ) } ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "addTagRefinement adds a tag to the list used to filter the results [CODESPLIT] function addTagRefinement ( tag ) { if ( this . isTagRefined ( tag ) ) return this ; var modification = { tagRefinements : this . tagRefinements . concat ( tag ) } ; return this . setQueryParameters ( modification ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Remove a facet from the facets attribute of the helper configuration if it is present . [CODESPLIT] function removeFacet ( facet ) { if ( ! this . isConjunctiveFacet ( facet ) ) { return this ; } return this . clearRefinements ( facet ) . setQueryParameters ( { facets : filter ( this . facets , function ( f ) { return f !== facet ; } ) } ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Remove a disjunctive facet from the disjunctiveFacets attribute of the helper configuration if it is present . [CODESPLIT] function removeDisjunctiveFacet ( facet ) { if ( ! this . isDisjunctiveFacet ( facet ) ) { return this ; } return this . clearRefinements ( facet ) . setQueryParameters ( { disjunctiveFacets : filter ( this . disjunctiveFacets , function ( f ) { return f !== facet ; } ) } ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Remove a hierarchical facet from the hierarchicalFacets attribute of the helper configuration if it is present . [CODESPLIT] function removeHierarchicalFacet ( facet ) { if ( ! this . isHierarchicalFacet ( facet ) ) { return this ; } return this . clearRefinements ( facet ) . setQueryParameters ( { hierarchicalFacets : filter ( this . hierarchicalFacets , function ( f ) { return f . name !== facet ; } ) } ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Remove a refinement set on facet . If a value is provided it will clear the refinement for the given value otherwise it will clear all the refinement values for the faceted attribute . [CODESPLIT] function removeFacetRefinement ( facet , value ) { if ( ! this . isConjunctiveFacet ( facet ) ) { throw new Error ( facet + ' is not defined in the facets attribute of the helper configuration' ) ; } if ( ! RefinementList . isRefined ( this . facetsRefinements , facet , value ) ) return this ; return this . setQueryParameters ( { facetsRefinements : RefinementList . removeRefinement ( this . facetsRefinements , facet , value ) } ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Remove a negative refinement on a facet [CODESPLIT] function removeExcludeRefinement ( facet , value ) { if ( ! this . isConjunctiveFacet ( facet ) ) { throw new Error ( facet + ' is not defined in the facets attribute of the helper configuration' ) ; } if ( ! RefinementList . isRefined ( this . facetsExcludes , facet , value ) ) return this ; return this . setQueryParameters ( { facetsExcludes : RefinementList . removeRefinement ( this . facetsExcludes , facet , value ) } ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Remove a refinement on a disjunctive facet [CODESPLIT] function removeDisjunctiveFacetRefinement ( facet , value ) { if ( ! this . isDisjunctiveFacet ( facet ) ) { throw new Error ( facet + ' is not defined in the disjunctiveFacets attribute of the helper configuration' ) ; } if ( ! RefinementList . isRefined ( this . disjunctiveFacetsRefinements , facet , value ) ) return this ; return this . setQueryParameters ( { disjunctiveFacetsRefinements : RefinementList . removeRefinement ( this . disjunctiveFacetsRefinements , facet , value ) } ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Remove a tag from the list of tag refinements [CODESPLIT] function removeTagRefinement ( tag ) { if ( ! this . isTagRefined ( tag ) ) return this ; var modification = { tagRefinements : filter ( this . tagRefinements , function ( t ) { return t !== tag ; } ) } ; return this . setQueryParameters ( modification ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Generic toggle refinement method to use with facet disjunctive facets and hierarchical facets [CODESPLIT] function toggleFacetRefinement ( facet , value ) { if ( this . isHierarchicalFacet ( facet ) ) { return this . toggleHierarchicalFacetRefinement ( facet , value ) ; } else if ( this . isConjunctiveFacet ( facet ) ) { return this . toggleConjunctiveFacetRefinement ( facet , value ) ; } else if ( this . isDisjunctiveFacet ( facet ) ) { return this . toggleDisjunctiveFacetRefinement ( facet , value ) ; } throw new Error ( 'Cannot refine the undeclared facet ' + facet + '; it should be added to the helper options facets, disjunctiveFacets or hierarchicalFacets' ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Switch the refinement applied over a facet / value [CODESPLIT] function toggleConjunctiveFacetRefinement ( facet , value ) { if ( ! this . isConjunctiveFacet ( facet ) ) { throw new Error ( facet + ' is not defined in the facets attribute of the helper configuration' ) ; } return this . setQueryParameters ( { facetsRefinements : RefinementList . toggleRefinement ( this . facetsRefinements , facet , value ) } ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Switch the refinement applied over a facet / value [CODESPLIT] function toggleExcludeFacetRefinement ( facet , value ) { if ( ! this . isConjunctiveFacet ( facet ) ) { throw new Error ( facet + ' is not defined in the facets attribute of the helper configuration' ) ; } return this . setQueryParameters ( { facetsExcludes : RefinementList . toggleRefinement ( this . facetsExcludes , facet , value ) } ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Switch the refinement applied over a facet / value [CODESPLIT] function toggleDisjunctiveFacetRefinement ( facet , value ) { if ( ! this . isDisjunctiveFacet ( facet ) ) { throw new Error ( facet + ' is not defined in the disjunctiveFacets attribute of the helper configuration' ) ; } return this . setQueryParameters ( { disjunctiveFacetsRefinements : RefinementList . toggleRefinement ( this . disjunctiveFacetsRefinements , facet , value ) } ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Switch the refinement applied over a facet / value [CODESPLIT] function toggleHierarchicalFacetRefinement ( facet , value ) { if ( ! this . isHierarchicalFacet ( facet ) ) { throw new Error ( facet + ' is not defined in the hierarchicalFacets attribute of the helper configuration' ) ; } var separator = this . _getHierarchicalFacetSeparator ( this . getHierarchicalFacetByName ( facet ) ) ; var mod = { } ; var upOneOrMultipleLevel = this . hierarchicalFacetsRefinements [ facet ] !== undefined && this . hierarchicalFacetsRefinements [ facet ] . length > 0 && ( // remove current refinement: // refinement was 'beer > IPA', call is toggleRefine('beer > IPA'), refinement should be `beer` this . hierarchicalFacetsRefinements [ facet ] [ 0 ] === value || // remove a parent refinement of the current refinement: // - refinement was 'beer > IPA > Flying dog' // - call is toggleRefine('beer > IPA') // - refinement should be `beer` this . hierarchicalFacetsRefinements [ facet ] [ 0 ] . indexOf ( value + separator ) === 0 ) ; if ( upOneOrMultipleLevel ) { if ( value . indexOf ( separator ) === - 1 ) { // go back to root level mod [ facet ] = [ ] ; } else { mod [ facet ] = [ value . slice ( 0 , value . lastIndexOf ( separator ) ) ] ; } } else { mod [ facet ] = [ value ] ; } return this . setQueryParameters ( { hierarchicalFacetsRefinements : defaults ( { } , mod , this . hierarchicalFacetsRefinements ) } ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Adds a refinement on a hierarchical facet . [CODESPLIT] function ( facet , path ) { if ( this . isHierarchicalFacetRefined ( facet ) ) { throw new Error ( facet + ' is already refined.' ) ; } var mod = { } ; mod [ facet ] = [ path ] ; return this . setQueryParameters ( { hierarchicalFacetsRefinements : defaults ( { } , mod , this . hierarchicalFacetsRefinements ) } ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Returns true if the facet is refined either for a specific value or in general . [CODESPLIT] function isFacetRefined ( facet , value ) { if ( ! this . isConjunctiveFacet ( facet ) ) { throw new Error ( facet + ' is not defined in the facets attribute of the helper configuration' ) ; } return RefinementList . isRefined ( this . facetsRefinements , facet , value ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Returns true if the facet contains exclusions or if a specific value is excluded . [CODESPLIT] function isExcludeRefined ( facet , value ) { if ( ! this . isConjunctiveFacet ( facet ) ) { throw new Error ( facet + ' is not defined in the facets attribute of the helper configuration' ) ; } return RefinementList . isRefined ( this . facetsExcludes , facet , value ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Returns true if the facet contains a refinement or if a value passed is a refinement for the facet . [CODESPLIT] function isDisjunctiveFacetRefined ( facet , value ) { if ( ! this . isDisjunctiveFacet ( facet ) ) { throw new Error ( facet + ' is not defined in the disjunctiveFacets attribute of the helper configuration' ) ; } return RefinementList . isRefined ( this . disjunctiveFacetsRefinements , facet , value ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Returns true if the facet contains a refinement or if a value passed is a refinement for the facet . [CODESPLIT] function isHierarchicalFacetRefined ( facet , value ) { if ( ! this . isHierarchicalFacet ( facet ) ) { throw new Error ( facet + ' is not defined in the hierarchicalFacets attribute of the helper configuration' ) ; } var refinements = this . getHierarchicalRefinement ( facet ) ; if ( ! value ) { return refinements . length > 0 ; } return indexOf ( refinements , value ) !== - 1 ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Test if the triple ( attribute operator value ) is already refined . If only the attribute and the operator are provided it tests if the contains any refinement value . [CODESPLIT] function isNumericRefined ( attribute , operator , value ) { if ( isUndefined ( value ) && isUndefined ( operator ) ) { return ! ! this . numericRefinements [ attribute ] ; } var isOperatorDefined = this . numericRefinements [ attribute ] && ! isUndefined ( this . numericRefinements [ attribute ] [ operator ] ) ; if ( isUndefined ( value ) || ! isOperatorDefined ) { return isOperatorDefined ; } var parsedValue = valToNumber ( value ) ; var isAttributeValueDefined = ! isUndefined ( findArray ( this . numericRefinements [ attribute ] [ operator ] , parsedValue ) ) ; return isOperatorDefined && isAttributeValueDefined ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Returns the list of all disjunctive facets refined [CODESPLIT] function getRefinedDisjunctiveFacets ( ) { // attributes used for numeric filter can also be disjunctive var disjunctiveNumericRefinedFacets = intersection ( keys ( this . numericRefinements ) , this . disjunctiveFacets ) ; return keys ( this . disjunctiveFacetsRefinements ) . concat ( disjunctiveNumericRefinedFacets ) . concat ( this . getRefinedHierarchicalFacets ( ) ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Let the user set a specific value for a given parameter . Will return the same instance if the parameter is invalid or if the value is the same as the previous one . [CODESPLIT] function setParameter ( parameter , value ) { if ( this [ parameter ] === value ) return this ; var modification = { } ; modification [ parameter ] = value ; return this . setQueryParameters ( modification ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Let the user set any of the parameters with a plain object . [CODESPLIT] function setQueryParameters ( params ) { if ( ! params ) return this ; var error = SearchParameters . validate ( this , params ) ; if ( error ) { throw error ; } var parsedParams = SearchParameters . _parseNumbers ( params ) ; return this . mutateMe ( function mergeWith ( newInstance ) { var ks = keys ( params ) ; forEach ( ks , function ( k ) { newInstance [ k ] = parsedParams [ k ] ; } ) ; return newInstance ; } ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Get the current breadcrumb for a hierarchical facet as an array [CODESPLIT] function ( facetName ) { if ( ! this . isHierarchicalFacet ( facetName ) ) { throw new Error ( 'Cannot get the breadcrumb of an unknown hierarchical facet: `' + facetName + '`' ) ; } var refinement = this . getHierarchicalRefinement ( facetName ) [ 0 ] ; if ( ! refinement ) return [ ] ; var separator = this . _getHierarchicalFacetSeparator ( this . getHierarchicalFacetByName ( facetName ) ) ; var path = refinement . split ( separator ) ; return map ( path , trim ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Event triggered when the queue of queries have been depleted ( with any result or outdated queries ) @event AlgoliaSearchHelper#event : searchQueueEmpty @example helper . on ( searchQueueEmpty function () { console . log ( No more search pending ) ; // This is received before the result event if we re not expecting new results } ) ; [CODESPLIT] function AlgoliaSearchHelper ( client , index , options ) { if ( client . addAlgoliaAgent && ! doesClientAgentContainsHelper ( client ) ) { client . addAlgoliaAgent ( 'JS Helper (' + version + ')' ) ; } this . setClient ( client ) ; var opts = options || { } ; opts . index = index ; this . state = SearchParameters . make ( opts ) ; this . lastResults = null ; this . _queryId = 0 ; this . _lastQueryIdReceived = - 1 ; this . derivedHelpers = [ ] ; this . _currentNbQueries = 0 ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Runs a command using the specified arguments . [CODESPLIT] function runCommand ( cmd , args ) { var prev = null ; console . log ( chalk . cyanBright ( cmd ) + \" \" + args . map ( arg => { if ( arg . startsWith ( \"-\" ) ) return chalk . gray ( \"\\\\\" ) + \"\\n \" + chalk . bold ( arg ) ; return arg ; } ) . join ( \" \" ) + \"\\n\" ) ; var proc = child_process . spawnSync ( cmd , args , { stdio : \"inherit\" } ) ; if ( proc . error ) throw proc . error ; if ( proc . status !== 0 ) throw Error ( \"exited with \" + proc . status ) ; return proc ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Compiles embedded intrinsics used by the targets below . [CODESPLIT] function compileIntrinsics ( ) { var target = path . join ( sourceDirectory , \"passes\" , \"WasmIntrinsics.cpp\" ) ; runCommand ( \"python\" , [ path . join ( binaryenDirectory , \"scripts\" , \"embedwast.py\" ) , path . join ( sourceDirectory , \"passes\" , \"wasm-intrinsics.wast\" ) , target ] ) ; sourceFiles . push ( target ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Compiles shared bitcode used to build the targets below . [CODESPLIT] function compileShared ( ) { runCommand ( \"python\" , [ path . join ( emscriptenDirectory , \"em++\" ) ] . concat ( sourceFiles ) . concat ( commonOptions ) . concat ( [ \"-o\" , \"shared.bc\" ] ) ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Compiles the JavaScript target . [CODESPLIT] function compileJs ( options ) { runCommand ( \"python\" , [ path . join ( emscriptenDirectory , \"em++\" ) , \"shared.bc\" ] . concat ( commonOptions ) . concat ( [ \"--post-js\" , options . post , \"--closure\" , \"1\" , \"-s\" , \"WASM=0\" , \"-s\" , \"EXPORTED_FUNCTIONS=[\" + exportedFunctionsArg + \"]\" , \"-s\" , \"ALLOW_MEMORY_GROWTH=1\" , \"-s\" , \"ELIMINATE_DUPLICATE_FUNCTIONS=1\" , \"-s\" , \"MODULARIZE_INSTANCE=1\" , \"-s\" , \"EXPORT_NAME=\\\"Binaryen\\\"\" , \"-o\" , options . out , \"-Oz\" ] ) ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Compiles the WebAssembly target . [CODESPLIT] function compileWasm ( options ) { run ( \"python\" , [ path . join ( emscriptenDirectory , \"em++\" ) , \"shared.bc\" ] . concat ( commonOptions ) . concat ( [ \"--post-js\" , options . post , \"--closure\" , \"1\" , \"-s\" , \"EXPORTED_FUNCTIONS=[\" + exportedFunctionsArg + \"]\" , \"-s\" , \"ALLOW_MEMORY_GROWTH=1\" , \"-s\" , \"BINARYEN=1\" , \"-s\" , \"BINARYEN_METHOD=\\\"native-wasm\\\"\" , \"-s\" , \"MODULARIZE_INSTANCE=1\" , \"-s\" , \"EXPORT_NAME=\\\"Binaryen\\\"\" , \"-o\" , options . out , \"-Oz\" ] ) ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "a function returning the state object [CODESPLIT] function pluginState ( ) { return { _sync : { signedIn : false , userId : null , unsubscribe : { } , pathVariables : { } , patching : false , syncStack : { inserts : [ ] , updates : { } , propDeletions : { } , deletions : [ ] , debounceTimer : null , } , fetched : { } , stopPatchingTimeout : null } } ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Merge if exists [CODESPLIT] function helpers ( originVal , newVal ) { if ( isArray ( originVal ) && isArrayHelper ( newVal ) ) { newVal = newVal . executeOn ( originVal ) ; } if ( isNumber ( originVal ) && isIncrementHelper ( newVal ) ) { newVal = newVal . executeOn ( originVal ) ; } return newVal ; // always return newVal as fallback!! }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Debounce helper [CODESPLIT] function startDebounce ( ms ) { var startTime = Date . now ( ) ; var done = new Promise ( function ( resolve , reject ) { var interval = setInterval ( function ( _ ) { var now = Date . now ( ) ; var deltaT = now - startTime ; if ( deltaT >= ms ) { clearInterval ( interval ) ; resolve ( true ) ; } } , 10 ) ; } ) ; var refresh = function ( ) { return ( startTime = Date . now ( ) ) ; } ; return { done : done , refresh : refresh } ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Grab until the api limit ( 500 ) put the rest back in the syncStack . [CODESPLIT] function grabUntilApiLimit ( syncStackProp , count , maxCount , state ) { var targets = state . _sync . syncStack [ syncStackProp ] ; // Check if there are more than maxCount batch items already if ( count >= maxCount ) { // already at maxCount or more, leave items in syncstack, and don't add anything to batch targets = [ ] ; } else { // Convert to array if targets is an object (eg. updates) var targetIsObject = isPlainObject ( targets ) ; if ( targetIsObject ) { targets = Object . values ( targets ) ; } // Batch supports only until maxCount items var grabCount = maxCount - count ; var targetsOK = targets . slice ( 0 , grabCount ) ; var targetsLeft = targets . slice ( grabCount ) ; // Put back the remaining items over maxCount if ( targetIsObject ) { targetsLeft = Object . values ( targetsLeft ) . reduce ( function ( carry , update ) { var id = update . id ; carry [ id ] = update ; return carry ; } , { } ) ; } state . _sync . syncStack [ syncStackProp ] = targetsLeft ; // Define the items we'll add below targets = targetsOK ; } return targets ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Create a Firebase batch from a syncStack to be passed inside the state param . [CODESPLIT] function makeBatchFromSyncstack ( state , getters , Firebase , batchMaxCount ) { if ( batchMaxCount === void 0 ) { batchMaxCount = 500 ; } // get state & getter variables var firestorePath = state . _conf . firestorePath ; var firestorePathComplete = getters . firestorePathComplete ; var dbRef = getters . dbRef ; var collectionMode = getters . collectionMode ; // make batch var batch = Firebase . firestore ( ) . batch ( ) ; var log = { } ; var count = 0 ; // Add 'updates' to batch var updates = grabUntilApiLimit ( 'updates' , count , batchMaxCount , state ) ; log [ 'updates: ' ] = updates ; count = count + updates . length ; // Add to batch updates . forEach ( function ( item ) { var id = item . id ; var docRef = ( collectionMode ) ? dbRef . doc ( id ) : dbRef ; if ( state . _conf . sync . guard . includes ( 'id' ) ) delete item . id ; // @ts-ignore batch . update ( docRef , item ) ; } ) ; // Add 'propDeletions' to batch var propDeletions = grabUntilApiLimit ( 'propDeletions' , count , batchMaxCount , state ) ; log [ 'prop deletions: ' ] = propDeletions ; count = count + propDeletions . length ; // Add to batch propDeletions . forEach ( function ( item ) { var id = item . id ; var docRef = ( collectionMode ) ? dbRef . doc ( id ) : dbRef ; if ( state . _conf . sync . guard . includes ( 'id' ) ) delete item . id ; // @ts-ignore batch . update ( docRef , item ) ; } ) ; // Add 'deletions' to batch var deletions = grabUntilApiLimit ( 'deletions' , count , batchMaxCount , state ) ; log [ 'deletions: ' ] = deletions ; count = count + deletions . length ; // Add to batch deletions . forEach ( function ( id ) { var docRef = dbRef . doc ( id ) ; batch . delete ( docRef ) ; } ) ; // Add 'inserts' to batch var inserts = grabUntilApiLimit ( 'inserts' , count , batchMaxCount , state ) ; log [ 'inserts: ' ] = inserts ; count = count + inserts . length ; // Add to batch inserts . forEach ( function ( item ) { var newRef = dbRef . doc ( item . id ) ; batch . set ( newRef , item ) ; } ) ; // log the batch contents if ( state . _conf . logging ) { console . group ( '[vuex-easy-firestore] api call batch:' ) ; console . log ( \"%cFirestore PATH: \" + firestorePathComplete + \" [\" + firestorePath + \"]\" , 'color: grey' ) ; Object . keys ( log ) . forEach ( function ( key ) { console . log ( key , log [ key ] ) ; } ) ; console . groupEnd ( ) ; } return batch ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Get the matches of path variables : eg . return [ groupId ] if pathPiece is { groupId } [CODESPLIT] function getPathVarMatches ( pathPiece ) { var matches = pathPiece . match ( / \\{([a-z]+)\\} / gi ) ; if ( ! matches ) return [ ] ; return matches . map ( function ( key ) { return trimAccolades ( key ) ; } ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Gets an object with { where orderBy } filters and returns a unique identifier for that [CODESPLIT] function createFetchIdentifier ( whereOrderBy ) { if ( whereOrderBy === void 0 ) { whereOrderBy = { } ; } var identifier = '' ; if ( 'where' in whereOrderBy ) { identifier += '[where]' + whereOrderBy . where . map ( function ( where ) { return stringifyParams ( where ) ; } ) . join ( ) ; } if ( 'orderBy' in whereOrderBy ) { identifier += '[orderBy]' + stringifyParams ( whereOrderBy . orderBy ) ; } if ( 'pathVariables' in whereOrderBy ) { delete whereOrderBy . pathVariables . where ; delete whereOrderBy . pathVariables . orderBy ; identifier += '[pathVariables]' + JSON . stringify ( whereOrderBy . pathVariables ) ; } return identifier ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Returns a value of a payload piece . Eg . { [ id ] : val } will return val [CODESPLIT] function getValueFromPayloadPiece ( payloadPiece ) { if ( isPlainObject ( payloadPiece ) && ! payloadPiece . id && Object . keys ( payloadPiece ) . length === 1 && isPlainObject ( payloadPiece [ Object . keys ( payloadPiece ) [ 0 ] ] ) ) { return Object . values ( payloadPiece ) [ 0 ] ; } return payloadPiece ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "define storeUpdateFn () [CODESPLIT] function storeUpdateFn ( _doc ) { switch ( change ) { case 'added' : commit ( 'INSERT_DOC' , _doc ) ; break ; case 'removed' : commit ( 'DELETE_DOC' , id ) ; break ; default : dispatch ( 'deleteMissingProps' , _doc ) ; commit ( 'PATCH_DOC' , _doc ) ; break ; } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "define the store update [CODESPLIT] function storeUpdateFn ( _val ) { commit ( 'PATCH_DOC' , _val ) ; return dispatch ( 'patchDoc' , { id : id , doc : copy ( _val ) } ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "define the store update [CODESPLIT] function storeUpdateFn ( _doc , _ids ) { _ids . forEach ( function ( _id ) { commit ( 'PATCH_DOC' , __assign ( { id : _id } , _doc ) ) ; } ) ; return dispatch ( 'patchDoc' , { ids : _ids , doc : _doc } ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "define the store update [CODESPLIT] function storeUpdateFn ( _ids ) { _ids . forEach ( function ( _id ) { // id is a path var pathDelete = ( _id . includes ( '.' ) || ! getters . collectionMode ) ; if ( pathDelete ) { var path = _id ; if ( ! path ) return error ( 'delete-missing-path' ) ; commit ( 'DELETE_PROP' , path ) ; return dispatch ( 'deleteProp' , path ) ; } if ( ! _id ) return error ( 'delete-missing-id' ) ; commit ( 'DELETE_DOC' , _id ) ; return dispatch ( 'deleteDoc' , _id ) ; } ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Check the config for type errors for non - TypeScript users [CODESPLIT] function errorCheck ( config ) { var errors = [ ] ; var reqProps = [ 'firestorePath' , 'moduleName' ] ; reqProps . forEach ( function ( prop ) { if ( ! config [ prop ] ) { errors . push ( \"Missing `\" + prop + \"` in your module!\" ) ; } } ) ; if ( / (\\.|\\/) / . test ( config . statePropName ) ) { errors . push ( \"statePropName must only include letters from [a-z]\" ) ; } if ( / \\. / . test ( config . moduleName ) ) { errors . push ( \"moduleName must only include letters from [a-z] and forward slashes '/'\" ) ; } var syncProps = [ 'where' , 'orderBy' , 'fillables' , 'guard' , 'defaultValues' , 'insertHook' , 'patchHook' , 'deleteHook' , 'insertBatchHook' , 'patchBatchHook' , 'deleteBatchHook' ] ; syncProps . forEach ( function ( prop ) { if ( config [ prop ] ) { errors . push ( \"We found `\" + prop + \"` on your module, are you sure this shouldn't be inside a prop called `sync`?\" ) ; } } ) ; var serverChangeProps = [ 'modifiedHook' , 'defaultValues' , 'addedHook' , 'removedHook' ] ; serverChangeProps . forEach ( function ( prop ) { if ( config [ prop ] ) { errors . push ( \"We found `\" + prop + \"` on your module, are you sure this shouldn't be inside a prop called `serverChange`?\" ) ; } } ) ; var fetchProps = [ 'docLimit' ] ; fetchProps . forEach ( function ( prop ) { if ( config [ prop ] ) { errors . push ( \"We found `\" + prop + \"` on your module, are you sure this shouldn't be inside a prop called `fetch`?\" ) ; } } ) ; var numberProps = [ 'docLimit' ] ; numberProps . forEach ( function ( prop ) { var _prop = config . fetch [ prop ] ; if ( ! isNumber ( _prop ) ) errors . push ( \"`\" + prop + \"` should be a Number, but is not.\" ) ; } ) ; var functionProps = [ 'insertHook' , 'patchHook' , 'deleteHook' , 'insertBatchHook' , 'patchBatchHook' , 'deleteBatchHook' , 'addedHook' , 'modifiedHook' , 'removedHook' ] ; functionProps . forEach ( function ( prop ) { var _prop = ( syncProps . includes ( prop ) ) ? config . sync [ prop ] : config . serverChange [ prop ] ; if ( ! isFunction ( _prop ) ) errors . push ( \"`\" + prop + \"` should be a Function, but is not.\" ) ; } ) ; var objectProps = [ 'sync' , 'serverChange' , 'defaultValues' , 'fetch' ] ; objectProps . forEach ( function ( prop ) { var _prop = ( prop === 'defaultValues' ) ? config . sync [ prop ] : config [ prop ] ; if ( ! isPlainObject ( _prop ) ) errors . push ( \"`\" + prop + \"` should be an Object, but is not.\" ) ; } ) ; var stringProps = [ 'firestorePath' , 'firestoreRefType' , 'moduleName' , 'statePropName' ] ; stringProps . forEach ( function ( prop ) { var _prop = config [ prop ] ; if ( ! isString ( _prop ) ) errors . push ( \"`\" + prop + \"` should be a String, but is not.\" ) ; } ) ; var arrayProps = [ 'where' , 'orderBy' , 'fillables' , 'guard' ] ; arrayProps . forEach ( function ( prop ) { var _prop = config . sync [ prop ] ; if ( ! isArray ( _prop ) ) errors . push ( \"`\" + prop + \"` should be an Array, but is not.\" ) ; } ) ; if ( errors . length ) { console . group ( '[vuex-easy-firestore] ERRORS:' ) ; console . error ( \"Module: \" + config . moduleName ) ; errors . forEach ( function ( e ) { return console . error ( ' - ' , e ) ; } ) ; console . groupEnd ( ) ; return false ; } return true ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "A function that returns a vuex module object with seamless 2 - way sync for firestore . [CODESPLIT] function iniModule ( userConfig , FirebaseDependency ) { // prepare state._conf var conf = copy ( merge ( { state : { } , mutations : { } , actions : { } , getters : { } } , defaultConfig , userConfig ) ) ; if ( ! errorCheck ( conf ) ) return ; var userState = conf . state ; var userMutations = conf . mutations ; var userActions = conf . actions ; var userGetters = conf . getters ; delete conf . state ; delete conf . mutations ; delete conf . actions ; delete conf . getters ; // prepare rest of state var docContainer = { } ; if ( conf . statePropName ) docContainer [ conf . statePropName ] = { } ; var restOfState = merge ( userState , docContainer ) ; // if 'doc' mode, set merge initial state onto default values if ( conf . firestoreRefType === 'doc' ) { var defaultValsInState = ( conf . statePropName ) ? restOfState [ conf . statePropName ] : restOfState ; conf . sync . defaultValues = copy ( merge ( defaultValsInState , conf . sync . defaultValues ) ) ; } return { namespaced : true , state : merge ( pluginState ( ) , restOfState , { _conf : conf } ) , mutations : merge ( userMutations , pluginMutations ( merge ( userState , { _conf : conf } ) ) ) , actions : merge ( userActions , pluginActions ( FirebaseDependency ) ) , getters : merge ( userGetters , pluginGetters ( FirebaseDependency ) ) } ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "------------------------------------------------------------------------------------------ Builds ------------------------------------------------------------------------------------------ [CODESPLIT] function defaults ( config ) { // defaults const defaults = { plugins , external } // defaults.output config . output = config . output . map ( output => { return Object . assign ( { sourcemap : false , name : className , } , output ) } ) return Object . assign ( defaults , config ) }", "target": 1, "target_options": ["no_match", "match"]} {"input": "a function returning the mutations object [CODESPLIT] function pluginMutations ( userState ) { return { SET_PATHVARS : function ( state , pathVars ) { var self = this ; Object . keys ( pathVars ) . forEach ( function ( key ) { var pathPiece = pathVars [ key ] ; self . _vm . $set ( state . _sync . pathVariables , key , pathPiece ) ; } ) ; } , SET_SYNCFILTERS : function ( state , _a ) { var where = _a . where , orderBy = _a . orderBy ; if ( where && isWhat . isArray ( where ) ) state . _conf . sync . where = where ; if ( orderBy && isWhat . isArray ( orderBy ) ) state . _conf . sync . orderBy = orderBy ; } , SET_USER_ID : function ( state , userId ) { if ( ! userId ) { state . _sync . signedIn = false ; state . _sync . userId = null ; } else { state . _sync . signedIn = true ; state . _sync . userId = userId ; } } , CLEAR_USER : function ( state ) { state . _sync . signedIn = false ; state . _sync . userId = null ; } , RESET_VUEX_EASY_FIRESTORE_STATE : function ( state ) { // unsubscribe all DBChannel listeners: Object . keys ( state . _sync . unsubscribe ) . forEach ( function ( unsubscribe ) { if ( isWhat . isFunction ( unsubscribe ) ) unsubscribe ( ) ; } ) ; var self = this ; var _sync = merge ( state . _sync , { // make null once to be able to overwrite with empty object unsubscribe : null , pathVariables : null , syncStack : { updates : null , propDeletions : null } , fetched : null , } , { unsubscribe : { } , pathVariables : { } , patching : false , syncStack : { inserts : [ ] , updates : { } , propDeletions : { } , deletions : [ ] , debounceTimer : null , } , fetched : { } , stopPatchingTimeout : null } ) ; var newState = merge ( userState , { _sync : _sync } ) ; var docContainer = ( state . _conf . statePropName ) ? state [ state . _conf . statePropName ] : state ; Object . keys ( newState ) . forEach ( function ( key ) { self . _vm . $set ( state , key , newState [ key ] ) ; } ) ; Object . keys ( docContainer ) . forEach ( function ( key ) { if ( Object . keys ( newState ) . includes ( key ) ) return ; self . _vm . $delete ( docContainer , key ) ; } ) ; } , resetSyncStack : function ( state ) { state . _sync . syncStack = { updates : { } , deletions : [ ] , inserts : [ ] , debounceTimer : null } ; } , INSERT_DOC : function ( state , doc ) { if ( state . _conf . firestoreRefType . toLowerCase ( ) !== 'collection' ) return ; if ( state . _conf . statePropName ) { this . _vm . $set ( state [ state . _conf . statePropName ] , doc . id , doc ) ; } else { this . _vm . $set ( state , doc . id , doc ) ; } } , PATCH_DOC : function ( state , patches ) { var _this = this ; // Get the state prop ref var ref = ( state . _conf . statePropName ) ? state [ state . _conf . statePropName ] : state ; if ( state . _conf . firestoreRefType . toLowerCase ( ) === 'collection' ) { ref = ref [ patches . id ] ; } if ( ! ref ) return error ( 'patch-no-ref' ) ; return Object . keys ( patches ) . forEach ( function ( key ) { var newVal = patches [ key ] ; // Merge if exists function helpers ( originVal , newVal ) { if ( isWhat . isArray ( originVal ) && isArrayHelper ( newVal ) ) { newVal = newVal . executeOn ( originVal ) ; } if ( isWhat . isNumber ( originVal ) && isIncrementHelper ( newVal ) ) { newVal = newVal . executeOn ( originVal ) ; } return newVal ; // always return newVal as fallback!! } newVal = merge ( { extensions : [ helpers ] } , ref [ key ] , patches [ key ] ) ; _this . _vm . $set ( ref , key , newVal ) ; } ) ; } , DELETE_DOC : function ( state , id ) { if ( state . _conf . firestoreRefType . toLowerCase ( ) !== 'collection' ) return ; if ( state . _conf . statePropName ) { this . _vm . $delete ( state [ state . _conf . statePropName ] , id ) ; } else { this . _vm . $delete ( state , id ) ; } } , DELETE_PROP : function ( state , path ) { var searchTarget = ( state . _conf . statePropName ) ? state [ state . _conf . statePropName ] : state ; var propArr = path . split ( '.' ) ; var target = propArr . pop ( ) ; if ( ! propArr . length ) { return this . _vm . $delete ( searchTarget , target ) ; } var ref = vuexEasyAccess . getDeepRef ( searchTarget , propArr . join ( '.' ) ) ; return this . _vm . $delete ( ref , target ) ; } } ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "convert to new Date () if defaultValue == %convertTimestamp% [CODESPLIT] function convertTimestamps ( originVal , targetVal ) { if ( originVal === '%convertTimestamp%' ) { // firestore timestamps // @ts-ignore if ( isWhat . isAnyObject ( targetVal ) && ! isWhat . isPlainObject ( targetVal ) && isWhat . isFunction ( targetVal . toDate ) ) { // @ts-ignore return targetVal . toDate ( ) ; } // strings if ( isWhat . isString ( targetVal ) && isWhat . isDate ( new Date ( targetVal ) ) ) { return new Date ( targetVal ) ; } } return targetVal ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Merge an object onto defaultValues [CODESPLIT] function setDefaultValues ( obj , defaultValues ) { if ( ! isWhat . isPlainObject ( defaultValues ) ) console . error ( '[vuex-easy-firestore] Trying to merge target:' , obj , 'onto a non-object (defaultValues):' , defaultValues ) ; if ( ! isWhat . isPlainObject ( obj ) ) console . error ( '[vuex-easy-firestore] Trying to merge a non-object:' , obj , 'onto the defaultValues:' , defaultValues ) ; var result = merge ( { extensions : [ convertTimestamps ] } , defaultValues , obj ) ; return findAndReplaceAnything . findAndReplace ( result , '%convertTimestamp%' , null , { onlyPlainObjects : true } ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "gets an ID from a single piece of payload . [CODESPLIT] function getId ( payloadPiece , conf , path , fullPayload ) { if ( isWhat . isString ( payloadPiece ) ) return payloadPiece ; if ( isWhat . isPlainObject ( payloadPiece ) ) { if ( 'id' in payloadPiece ) return payloadPiece . id ; var keys = Object . keys ( payloadPiece ) ; if ( keys . length === 1 ) return keys [ 0 ] ; } return '' ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "A function returning the actions object [CODESPLIT] function pluginActions ( Firebase ) { var _this = this ; return { setUserId : function ( _a , userId ) { var commit = _a . commit , getters = _a . getters ; if ( userId === undefined ) userId = null ; // undefined cannot be synced to firestore if ( ! userId && Firebase . auth ( ) . currentUser ) { userId = Firebase . auth ( ) . currentUser . uid ; } commit ( 'SET_USER_ID' , userId ) ; if ( getters . firestorePathComplete . includes ( '{userId}' ) ) return error ( 'user-auth' ) ; } , clearUser : function ( _a ) { var commit = _a . commit ; commit ( 'CLEAR_USER' ) ; } , setPathVars : function ( _a , pathVars ) { var commit = _a . commit ; commit ( 'SET_PATHVARS' , pathVars ) ; } , duplicate : function ( _a , id ) { var state = _a . state , getters = _a . getters , commit = _a . commit , dispatch = _a . dispatch ; return __awaiter ( _this , void 0 , void 0 , function ( ) { var _b , doc , dId , idMap ; return __generator ( this , function ( _c ) { switch ( _c . label ) { case 0 : if ( ! getters . collectionMode ) return [ 2 /*return*/ , error ( 'only-in-collection-mode' ) ] ; if ( ! id ) return [ 2 /*return*/ , { } ] ; doc = merge ( getters . storeRef [ id ] , { id : null } ) ; return [ 4 /*yield*/ , dispatch ( 'insert' , doc ) ] ; case 1 : dId = _c . sent ( ) ; idMap = ( _b = { } , _b [ id ] = dId , _b ) ; return [ 2 /*return*/ , idMap ] ; } } ) ; } ) ; } , duplicateBatch : function ( _a , ids ) { var _this = this ; var state = _a . state , getters = _a . getters , commit = _a . commit , dispatch = _a . dispatch ; if ( ids === void 0 ) { ids = [ ] ; } if ( ! getters . collectionMode ) return error ( 'only-in-collection-mode' ) ; if ( ! isWhat . isArray ( ids ) || ! ids . length ) return { } ; var idsMap = ids . reduce ( function ( carry , id ) { return __awaiter ( _this , void 0 , void 0 , function ( ) { var idMap ; return __generator ( this , function ( _a ) { switch ( _a . label ) { case 0 : return [ 4 /*yield*/ , dispatch ( 'duplicate' , id ) ] ; case 1 : idMap = _a . sent ( ) ; return [ 4 /*yield*/ , carry ] ; case 2 : carry = _a . sent ( ) ; return [ 2 /*return*/ , Object . assign ( carry , idMap ) ] ; } } ) ; } ) ; } , { } ) ; return idsMap ; } , patchDoc : function ( _a , _b ) { var state = _a . state , getters = _a . getters , commit = _a . commit , dispatch = _a . dispatch ; var _c = _b === void 0 ? { ids : [ ] , doc : { } } : _b , _d = _c . id , id = _d === void 0 ? '' : _d , _e = _c . ids , ids = _e === void 0 ? [ ] : _e , doc = _c . doc ; // 0. payload correction (only arrays) if ( ! isWhat . isArray ( ids ) ) return error ( \"`ids` prop passed to 'patch' needs to be an array\" ) ; if ( id ) ids . push ( id ) ; // EXTRA: check if doc is being inserted if so state . _sync . syncStack . inserts . forEach ( function ( newDoc , newDocIndex ) { // get the index of the id that is also in the insert stack var indexIdInInsert = ids . indexOf ( newDoc . id ) ; if ( indexIdInInsert === - 1 ) return ; // the doc trying to be synced is also in insert // prepare the doc as new doc: var patchDoc = getters . prepareForInsert ( [ doc ] ) [ 0 ] ; // replace insert sync stack with merged item: state . _sync . syncStack . inserts [ newDocIndex ] = merge ( newDoc , patchDoc ) ; // empty out the id that was to be patched: ids . splice ( indexIdInInsert , 1 ) ; } ) ; // 1. Prepare for patching var syncStackItems = getters . prepareForPatch ( ids , doc ) ; // 2. Push to syncStack Object . keys ( syncStackItems ) . forEach ( function ( id ) { var newVal ; if ( ! state . _sync . syncStack . updates [ id ] ) { // replace arrayUnion and arrayRemove newVal = findAndReplaceAnything . findAndReplaceIf ( syncStackItems [ id ] , function ( foundVal ) { if ( isArrayHelper ( foundVal ) ) { return foundVal . getFirestoreFieldValue ( ) ; } if ( isIncrementHelper ( foundVal ) ) { return foundVal . getFirestoreFieldValue ( ) ; } return foundVal ; } ) ; } else { newVal = merge ( { extensions : [ function ( originVal , newVal ) { if ( originVal instanceof Firebase . firestore . FieldValue && isArrayHelper ( newVal ) ) { originVal . _elements = originVal . _elements . concat ( newVal . payload ) ; newVal = originVal ; } if ( originVal instanceof Firebase . firestore . FieldValue && isIncrementHelper ( newVal ) ) { originVal . _operand = originVal . _operand + newVal . payload ; newVal = originVal ; } return newVal ; // always return newVal as fallback!! } ] } , state . _sync . syncStack . updates [ id ] , syncStackItems [ id ] ) ; } state . _sync . syncStack . updates [ id ] = newVal ; } ) ; // 3. Create or refresh debounce return dispatch ( 'handleSyncStackDebounce' ) ; } , deleteDoc : function ( _a , ids ) { var state = _a . state , getters = _a . getters , commit = _a . commit , dispatch = _a . dispatch ; if ( ids === void 0 ) { ids = [ ] ; } // 0. payload correction (only arrays) if ( ! isWhat . isArray ( ids ) ) ids = [ ids ] ; // 1. Prepare for patching // 2. Push to syncStack var deletions = state . _sync . syncStack . deletions . concat ( ids ) ; state . _sync . syncStack . deletions = deletions ; if ( ! state . _sync . syncStack . deletions . length ) return ; // 3. Create or refresh debounce return dispatch ( 'handleSyncStackDebounce' ) ; } , deleteProp : function ( _a , path ) { var state = _a . state , getters = _a . getters , commit = _a . commit , dispatch = _a . dispatch ; // 1. Prepare for patching var syncStackItem = getters . prepareForPropDeletion ( path ) ; // 2. Push to syncStack Object . keys ( syncStackItem ) . forEach ( function ( id ) { var newVal = ( ! state . _sync . syncStack . propDeletions [ id ] ) ? syncStackItem [ id ] : merge ( state . _sync . syncStack . propDeletions [ id ] , syncStackItem [ id ] ) ; state . _sync . syncStack . propDeletions [ id ] = newVal ; } ) ; // 3. Create or refresh debounce return dispatch ( 'handleSyncStackDebounce' ) ; } , insertDoc : function ( _a , docs ) { var state = _a . state , getters = _a . getters , commit = _a . commit , dispatch = _a . dispatch ; if ( docs === void 0 ) { docs = [ ] ; } // 0. payload correction (only arrays) if ( ! isWhat . isArray ( docs ) ) docs = [ docs ] ; // 1. Prepare for patching var syncStack = getters . prepareForInsert ( docs ) ; // 2. Push to syncStack var inserts = state . _sync . syncStack . inserts . concat ( syncStack ) ; state . _sync . syncStack . inserts = inserts ; // 3. Create or refresh debounce dispatch ( 'handleSyncStackDebounce' ) ; return docs . map ( function ( d ) { return d . id ; } ) ; } , insertInitialDoc : function ( _a ) { var state = _a . state , getters = _a . getters , commit = _a . commit , dispatch = _a . dispatch ; // 0. only docMode if ( getters . collectionMode ) return ; // 1. Prepare for insert var initialDoc = ( getters . storeRef ) ? getters . storeRef : { } ; var initialDocPrepared = getters . prepareInitialDocForInsert ( initialDoc ) ; // 2. Create a reference to the SF doc. var initialDocRef = getters . dbRef ; return Firebase . firestore ( ) . runTransaction ( function ( transaction ) { // This code may get re-run multiple times if there are conflicts. return transaction . get ( initialDocRef ) . then ( function ( foundInitialDoc ) { if ( ! foundInitialDoc . exists ) { transaction . set ( initialDocRef , initialDocPrepared ) ; } } ) ; } ) . then ( function ( _ ) { if ( state . _conf . logging ) { console . log ( '[vuex-easy-firestore] Initial doc succesfully inserted.' ) ; } } ) . catch ( function ( error$1 ) { return error ( 'initial-doc-failed' , error$1 ) ; } ) ; } , handleSyncStackDebounce : function ( _a ) { var state = _a . state , commit = _a . commit , dispatch = _a . dispatch , getters = _a . getters ; if ( ! getters . signedIn ) return false ; if ( ! state . _sync . syncStack . debounceTimer ) { var ms = state . _conf . sync . debounceTimerMs ; var debounceTimer = startDebounce ( ms ) ; debounceTimer . done . then ( function ( _ ) { return dispatch ( 'batchSync' ) ; } ) ; state . _sync . syncStack . debounceTimer = debounceTimer ; } state . _sync . syncStack . debounceTimer . refresh ( ) ; } , batchSync : function ( _a ) { var getters = _a . getters , commit = _a . commit , dispatch = _a . dispatch , state = _a . state ; var batch = makeBatchFromSyncstack ( state , getters , Firebase ) ; dispatch ( '_startPatching' ) ; state . _sync . syncStack . debounceTimer = null ; return new Promise ( function ( resolve , reject ) { batch . commit ( ) . then ( function ( _ ) { var remainingSyncStack = Object . keys ( state . _sync . syncStack . updates ) . length + state . _sync . syncStack . deletions . length + state . _sync . syncStack . inserts . length + state . _sync . syncStack . propDeletions . length ; if ( remainingSyncStack ) { dispatch ( 'batchSync' ) ; } dispatch ( '_stopPatching' ) ; return resolve ( ) ; } ) . catch ( function ( error$1 ) { state . _sync . patching = 'error' ; state . _sync . syncStack . debounceTimer = null ; return reject ( error$1 ) ; } ) ; } ) ; } , fetch : function ( _a , pathVariables // where: [['archived', '==', true]] // orderBy: ['done_date', 'desc'] ) { var state = _a . state , getters = _a . getters , commit = _a . commit , dispatch = _a . dispatch ; if ( pathVariables === void 0 ) { pathVariables = { where : [ ] , whereFilters : [ ] , orderBy : [ ] } ; } dispatch ( 'setUserId' ) ; var where = pathVariables . where , whereFilters = pathVariables . whereFilters , orderBy = pathVariables . orderBy ; if ( ! isWhat . isArray ( where ) ) where = [ ] ; if ( ! isWhat . isArray ( orderBy ) ) orderBy = [ ] ; if ( isWhat . isArray ( whereFilters ) && whereFilters . length ) where = whereFilters ; // depreciated if ( pathVariables && isWhat . isPlainObject ( pathVariables ) ) { commit ( 'SET_PATHVARS' , pathVariables ) ; } return new Promise ( function ( resolve , reject ) { // log if ( state . _conf . logging ) { console . log ( \"%c fetch for Firestore PATH: \" + getters . firestorePathComplete + \" [\" + state . _conf . firestorePath + \"]\" , 'color: lightcoral' ) ; } if ( ! getters . signedIn ) return resolve ( ) ; var identifier = createFetchIdentifier ( { where : where , orderBy : orderBy } ) ; var fetched = state . _sync . fetched [ identifier ] ; // We've never fetched this before: if ( ! fetched ) { var ref_1 = getters . dbRef ; // apply where filters and orderBy getters . getWhereArrays ( where ) . forEach ( function ( paramsArr ) { ref_1 = ref_1 . where . apply ( ref_1 , paramsArr ) ; } ) ; if ( orderBy . length ) ref_1 = ref_1 . orderBy . apply ( ref_1 , orderBy ) ; state . _sync . fetched [ identifier ] = { ref : ref_1 , done : false , retrievedFetchRefs : [ ] , nextFetchRef : null } ; } var fRequest = state . _sync . fetched [ identifier ] ; // We're already done fetching everything: if ( fRequest . done ) { if ( state . _conf . logging ) console . log ( '[vuex-easy-firestore] done fetching' ) ; return resolve ( { done : true } ) ; } // attach fetch filters var fRef = state . _sync . fetched [ identifier ] . ref ; if ( fRequest . nextFetchRef ) { // get next ref if saved in state fRef = state . _sync . fetched [ identifier ] . nextFetchRef ; } // add doc limit var limit = ( isWhat . isNumber ( pathVariables . limit ) ) ? pathVariables . limit : state . _conf . fetch . docLimit ; if ( limit > 0 ) fRef = fRef . limit ( limit ) ; // Stop if all records already fetched if ( fRequest . retrievedFetchRefs . includes ( fRef ) ) { console . log ( '[vuex-easy-firestore] Already retrieved this part.' ) ; return resolve ( ) ; } // make fetch request fRef . get ( ) . then ( function ( querySnapshot ) { var docs = querySnapshot . docs ; if ( docs . length === 0 ) { state . _sync . fetched [ identifier ] . done = true ; querySnapshot . done = true ; return resolve ( querySnapshot ) ; } if ( docs . length < limit ) { state . _sync . fetched [ identifier ] . done = true ; } state . _sync . fetched [ identifier ] . retrievedFetchRefs . push ( fRef ) ; // Get the last visible document resolve ( querySnapshot ) ; var lastVisible = docs [ docs . length - 1 ] ; // set the reference for the next records. var next = fRef . startAfter ( lastVisible ) ; state . _sync . fetched [ identifier ] . nextFetchRef = next ; } ) . catch ( function ( error$1 ) { return reject ( error ( error$1 ) ) ; } ) ; } ) ; } , fetchAndAdd : function ( _a , pathVariables // where: [['archived', '==', true]] // orderBy: ['done_date', 'desc'] ) { var _this = this ; var state = _a . state , getters = _a . getters , commit = _a . commit , dispatch = _a . dispatch ; if ( pathVariables === void 0 ) { pathVariables = { where : [ ] , whereFilters : [ ] , orderBy : [ ] } ; } if ( pathVariables && isWhat . isPlainObject ( pathVariables ) ) { commit ( 'SET_PATHVARS' , pathVariables ) ; } // 'doc' mode: if ( ! getters . collectionMode ) { dispatch ( 'setUserId' ) ; if ( state . _conf . logging ) { console . log ( \"%c fetch for Firestore PATH: \" + getters . firestorePathComplete + \" [\" + state . _conf . firestorePath + \"]\" , 'color: lightcoral' ) ; } return getters . dbRef . get ( ) . then ( function ( _doc ) { return __awaiter ( _this , void 0 , void 0 , function ( ) { var id , doc ; return __generator ( this , function ( _a ) { switch ( _a . label ) { case 0 : if ( ! ! _doc . exists ) return [ 3 /*break*/ , 2 ] ; // No initial doc found in docMode if ( state . _conf . sync . preventInitialDocInsertion ) throw 'preventInitialDocInsertion' ; if ( state . _conf . logging ) console . log ( '[vuex-easy-firestore] inserting initial doc' ) ; return [ 4 /*yield*/ , dispatch ( 'insertInitialDoc' ) ] ; case 1 : _a . sent ( ) ; return [ 2 /*return*/ , _doc ] ; case 2 : id = getters . docModeId ; doc = getters . cleanUpRetrievedDoc ( _doc . data ( ) , id ) ; dispatch ( 'applyHooksAndUpdateState' , { change : 'modified' , id : id , doc : doc } ) ; return [ 2 /*return*/ , doc ] ; } } ) ; } ) ; } ) . catch ( function ( error$1 ) { return error ( error$1 ) ; } ) ; } // 'collection' mode: return dispatch ( 'fetch' , pathVariables ) . then ( function ( querySnapshot ) { if ( querySnapshot . done === true ) return querySnapshot ; if ( isWhat . isFunction ( querySnapshot . forEach ) ) { querySnapshot . forEach ( function ( _doc ) { var id = _doc . id ; var doc = getters . cleanUpRetrievedDoc ( _doc . data ( ) , id ) ; dispatch ( 'applyHooksAndUpdateState' , { change : 'added' , id : id , doc : doc } ) ; } ) ; } return querySnapshot ; } ) ; } , fetchById : function ( _a , id ) { var dispatch = _a . dispatch , getters = _a . getters , state = _a . state ; return __awaiter ( this , void 0 , void 0 , function ( ) { var ref , _doc , doc , e_1 ; return __generator ( this , function ( _b ) { switch ( _b . label ) { case 0 : _b . trys . push ( [ 0 , 2 , , 3 ] ) ; if ( ! id ) throw 'missing-id' ; if ( ! getters . collectionMode ) throw 'only-in-collection-mode' ; ref = getters . dbRef ; return [ 4 /*yield*/ , ref . doc ( id ) . get ( ) ] ; case 1 : _doc = _b . sent ( ) ; if ( ! _doc . exists ) { if ( state . _conf . logging ) { throw \"Doc with id \\\"\" + id + \"\\\" not found!\" ; } } doc = getters . cleanUpRetrievedDoc ( _doc . data ( ) , id ) ; dispatch ( 'applyHooksAndUpdateState' , { change : 'added' , id : id , doc : doc } ) ; return [ 2 /*return*/ , doc ] ; case 2 : e_1 = _b . sent ( ) ; return [ 2 /*return*/ , error ( e_1 ) ] ; case 3 : return [ 2 /*return*/ ] ; } } ) ; } ) ; } , applyHooksAndUpdateState : function ( // this is only on server retrievals _a , _b ) { var getters = _a . getters , state = _a . state , commit = _a . commit , dispatch = _a . dispatch ; var change = _b . change , id = _b . id , _c = _b . doc , doc = _c === void 0 ? { } : _c ; var store = this ; // define storeUpdateFn() function storeUpdateFn ( _doc ) { switch ( change ) { case 'added' : commit ( 'INSERT_DOC' , _doc ) ; break ; case 'removed' : commit ( 'DELETE_DOC' , id ) ; break ; default : dispatch ( 'deleteMissingProps' , _doc ) ; commit ( 'PATCH_DOC' , _doc ) ; break ; } } // get user set sync hook function var syncHookFn = state . _conf . serverChange [ change + 'Hook' ] ; if ( isWhat . isFunction ( syncHookFn ) ) { syncHookFn ( storeUpdateFn , doc , id , store , 'server' , change ) ; } else { storeUpdateFn ( doc ) ; } } , deleteMissingProps : function ( _a , doc ) { var getters = _a . getters , commit = _a . commit ; var defaultValues = getters . defaultValues ; var searchTarget = ( getters . collectionMode ) ? getters . storeRef [ doc . id ] : getters . storeRef ; var compareInfo = compareAnything . compareObjectProps ( flatten ( doc ) , // presentIn 0 flatten ( defaultValues ) , // presentIn 1 flatten ( searchTarget ) // presentIn 2 ) ; Object . keys ( compareInfo . presentIn ) . forEach ( function ( prop ) { // don't worry about props not in fillables if ( getters . fillables . length && ! getters . fillables . includes ( prop ) ) { return ; } // don't worry about props in guard if ( getters . guard . includes ( prop ) ) return ; // don't worry about props starting with _sync or _conf if ( prop . split ( '.' ) [ 0 ] === '_sync' || prop . split ( '.' ) [ 0 ] === '_conf' ) return ; // where is the prop present? var presence = compareInfo . presentIn [ prop ] ; var propNotInDoc = ( ! presence . includes ( 0 ) ) ; var propNotInDefaultValues = ( ! presence . includes ( 1 ) ) ; // delete props that are not present in the doc and default values if ( propNotInDoc && propNotInDefaultValues ) { var path = ( getters . collectionMode ) ? doc . id + \".\" + prop : prop ; return commit ( 'DELETE_PROP' , path ) ; } } ) ; } , openDBChannel : function ( _a , pathVariables ) { var _this = this ; var getters = _a . getters , state = _a . state , commit = _a . commit , dispatch = _a . dispatch ; dispatch ( 'setUserId' ) ; // `first` makes sure that local changes made during offline are reflected as server changes which the app is refreshed during offline mode var first = true ; // set state for pathVariables if ( pathVariables && isWhat . isPlainObject ( pathVariables ) ) { commit ( 'SET_SYNCFILTERS' , pathVariables ) ; delete pathVariables . where ; delete pathVariables . orderBy ; commit ( 'SET_PATHVARS' , pathVariables ) ; } var identifier = createFetchIdentifier ( { where : state . _conf . sync . where , orderBy : state . _conf . sync . orderBy , pathVariables : state . _sync . pathVariables } ) ; if ( isWhat . isFunction ( state . _sync . unsubscribe [ identifier ] ) ) { var channelAlreadyOpenError_1 = \"openDBChannel was already called for these filters and pathvariables. Identifier: \" + identifier ; if ( state . _conf . logging ) { console . log ( channelAlreadyOpenError_1 ) ; } return new Promise ( function ( resolve , reject ) { reject ( channelAlreadyOpenError_1 ) ; } ) ; } // getters.dbRef should already have pathVariables swapped out var dbRef = getters . dbRef ; // apply where filters and orderBy if ( getters . collectionMode ) { getters . getWhereArrays ( ) . forEach ( function ( whereParams ) { dbRef = dbRef . where . apply ( dbRef , whereParams ) ; } ) ; if ( state . _conf . sync . orderBy . length ) { dbRef = dbRef . orderBy . apply ( dbRef , state . _conf . sync . orderBy ) ; } } // make a promise return new Promise ( function ( resolve , reject ) { // log if ( state . _conf . logging ) { console . log ( \"%c openDBChannel for Firestore PATH: \" + getters . firestorePathComplete + \" [\" + state . _conf . firestorePath + \"]\" , 'color: lightcoral' ) ; } var unsubscribe = dbRef . onSnapshot ( function ( querySnapshot ) { return __awaiter ( _this , void 0 , void 0 , function ( ) { var source , id , doc ; return __generator ( this , function ( _a ) { switch ( _a . label ) { case 0 : source = querySnapshot . metadata . hasPendingWrites ? 'local' : 'server' ; if ( ! ! getters . collectionMode ) return [ 3 /*break*/ , 3 ] ; if ( ! ! querySnapshot . data ( ) ) return [ 3 /*break*/ , 2 ] ; // No initial doc found in docMode if ( state . _conf . sync . preventInitialDocInsertion ) return [ 2 /*return*/ , reject ( 'preventInitialDocInsertion' ) ] ; if ( state . _conf . logging ) console . log ( '[vuex-easy-firestore] inserting initial doc' ) ; return [ 4 /*yield*/ , dispatch ( 'insertInitialDoc' ) ] ; case 1 : _a . sent ( ) ; return [ 2 /*return*/ , resolve ( ) ] ; case 2 : if ( source === 'local' && ! first ) return [ 2 /*return*/ , resolve ( ) ] ; id = getters . docModeId ; doc = getters . cleanUpRetrievedDoc ( querySnapshot . data ( ) , id ) ; dispatch ( 'applyHooksAndUpdateState' , { change : 'modified' , id : id , doc : doc } ) ; first = false ; return [ 2 /*return*/ , resolve ( ) ] ; case 3 : // 'collection' mode: querySnapshot . docChanges ( ) . forEach ( function ( change ) { var changeType = change . type ; // Don't do anything for local modifications & removals if ( source === 'local' && ! first ) return resolve ( ) ; var id = change . doc . id ; var doc = getters . cleanUpRetrievedDoc ( change . doc . data ( ) , id ) ; dispatch ( 'applyHooksAndUpdateState' , { change : changeType , id : id , doc : doc } ) ; } ) ; first = false ; return [ 2 /*return*/ , resolve ( ) ] ; } } ) ; } ) ; } , function ( error$1 ) { state . _sync . patching = 'error' ; return reject ( error ( error$1 ) ) ; } ) ; state . _sync . unsubscribe [ identifier ] = unsubscribe ; } ) ; } , closeDBChannel : function ( _a , _b ) { var getters = _a . getters , state = _a . state , commit = _a . commit , dispatch = _a . dispatch ; var _c = ( _b === void 0 ? { clearModule : false } : _b ) . clearModule , clearModule = _c === void 0 ? false : _c ; var identifier = createFetchIdentifier ( { where : state . _conf . sync . where , orderBy : state . _conf . sync . orderBy , pathVariables : state . _sync . pathVariables } ) ; var unsubscribeDBChannel = state . _sync . unsubscribe [ identifier ] ; if ( isWhat . isFunction ( unsubscribeDBChannel ) ) { unsubscribeDBChannel ( ) ; state . _sync . unsubscribe [ identifier ] = null ; } if ( clearModule ) { commit ( 'RESET_VUEX_EASY_FIRESTORE_STATE' ) ; } } , set : function ( _a , doc ) { var commit = _a . commit , dispatch = _a . dispatch , getters = _a . getters , state = _a . state ; if ( ! doc ) return ; if ( ! getters . collectionMode ) { return dispatch ( 'patch' , doc ) ; } var id = getId ( doc ) ; if ( ! id || ( ! state . _conf . statePropName && ! state [ id ] ) || ( state . _conf . statePropName && ! state [ state . _conf . statePropName ] [ id ] ) ) { return dispatch ( 'insert' , doc ) ; } return dispatch ( 'patch' , doc ) ; } , insert : function ( _a , doc ) { var state = _a . state , getters = _a . getters , commit = _a . commit , dispatch = _a . dispatch ; var store = this ; // check payload if ( ! doc ) return ; // check userId dispatch ( 'setUserId' ) ; var newDoc = doc ; if ( ! newDoc . id ) newDoc . id = getters . dbRef . doc ( ) . id ; // apply default values var newDocWithDefaults = setDefaultValues ( newDoc , state . _conf . sync . defaultValues ) ; // define the store update function storeUpdateFn ( _doc ) { commit ( 'INSERT_DOC' , _doc ) ; return dispatch ( 'insertDoc' , _doc ) ; } // check for hooks if ( state . _conf . sync . insertHook ) { state . _conf . sync . insertHook ( storeUpdateFn , newDocWithDefaults , store ) ; return newDocWithDefaults . id ; } storeUpdateFn ( newDocWithDefaults ) ; return newDocWithDefaults . id ; } , insertBatch : function ( _a , docs ) { var state = _a . state , getters = _a . getters , commit = _a . commit , dispatch = _a . dispatch ; var store = this ; // check payload if ( ! isWhat . isArray ( docs ) || ! docs . length ) return [ ] ; // check userId dispatch ( 'setUserId' ) ; var newDocs = docs . reduce ( function ( carry , _doc ) { var newDoc = getValueFromPayloadPiece ( _doc ) ; if ( ! newDoc . id ) newDoc . id = getters . dbRef . doc ( ) . id ; carry . push ( newDoc ) ; return carry ; } , [ ] ) ; // define the store update function storeUpdateFn ( _docs ) { _docs . forEach ( function ( _doc ) { commit ( 'INSERT_DOC' , _doc ) ; } ) ; return dispatch ( 'insertDoc' , _docs ) ; } // check for hooks if ( state . _conf . sync . insertBatchHook ) { state . _conf . sync . insertBatchHook ( storeUpdateFn , newDocs , store ) ; return newDocs . map ( function ( _doc ) { return _doc . id ; } ) ; } storeUpdateFn ( newDocs ) ; return newDocs . map ( function ( _doc ) { return _doc . id ; } ) ; } , patch : function ( _a , doc ) { var state = _a . state , getters = _a . getters , commit = _a . commit , dispatch = _a . dispatch ; var store = this ; // check payload if ( ! doc ) return ; var id = ( getters . collectionMode ) ? getId ( doc ) : getters . docModeId ; var value = ( getters . collectionMode ) ? getValueFromPayloadPiece ( doc ) : doc ; if ( ! id && getters . collectionMode ) return error ( 'patch-missing-id' ) ; // check userId dispatch ( 'setUserId' ) ; // add id to value if ( ! value . id ) value . id = id ; // define the store update function storeUpdateFn ( _val ) { commit ( 'PATCH_DOC' , _val ) ; return dispatch ( 'patchDoc' , { id : id , doc : copy ( _val ) } ) ; } // check for hooks if ( state . _conf . sync . patchHook ) { state . _conf . sync . patchHook ( storeUpdateFn , value , store ) ; return id ; } storeUpdateFn ( value ) ; return id ; } , patchBatch : function ( _a , _b ) { var state = _a . state , getters = _a . getters , commit = _a . commit , dispatch = _a . dispatch ; var doc = _b . doc , _c = _b . ids , ids = _c === void 0 ? [ ] : _c ; var store = this ; // check payload if ( ! doc ) return [ ] ; if ( ! isWhat . isArray ( ids ) || ! ids . length ) return [ ] ; // check userId dispatch ( 'setUserId' ) ; // define the store update function storeUpdateFn ( _doc , _ids ) { _ids . forEach ( function ( _id ) { commit ( 'PATCH_DOC' , __assign ( { id : _id } , _doc ) ) ; } ) ; return dispatch ( 'patchDoc' , { ids : _ids , doc : _doc } ) ; } // check for hooks if ( state . _conf . sync . patchBatchHook ) { state . _conf . sync . patchBatchHook ( storeUpdateFn , doc , ids , store ) ; return ids ; } storeUpdateFn ( doc , ids ) ; return ids ; } , delete : function ( _a , id ) { var state = _a . state , getters = _a . getters , commit = _a . commit , dispatch = _a . dispatch ; var store = this ; // check payload if ( ! id ) return ; // check userId dispatch ( 'setUserId' ) ; function storeUpdateFn ( _id ) { // id is a path var pathDelete = ( _id . includes ( '.' ) || ! getters . collectionMode ) ; if ( pathDelete ) { var path = _id ; if ( ! path ) return error ( 'delete-missing-path' ) ; commit ( 'DELETE_PROP' , path ) ; return dispatch ( 'deleteProp' , path ) ; } if ( ! _id ) return error ( 'delete-missing-id' ) ; commit ( 'DELETE_DOC' , _id ) ; return dispatch ( 'deleteDoc' , _id ) ; } // check for hooks if ( state . _conf . sync . deleteHook ) { state . _conf . sync . deleteHook ( storeUpdateFn , id , store ) ; return id ; } storeUpdateFn ( id ) ; return id ; } , deleteBatch : function ( _a , ids ) { var state = _a . state , getters = _a . getters , commit = _a . commit , dispatch = _a . dispatch ; var store = this ; // check payload if ( ! isWhat . isArray ( ids ) || ! ids . length ) return [ ] ; // check userId dispatch ( 'setUserId' ) ; // define the store update function storeUpdateFn ( _ids ) { _ids . forEach ( function ( _id ) { // id is a path var pathDelete = ( _id . includes ( '.' ) || ! getters . collectionMode ) ; if ( pathDelete ) { var path = _id ; if ( ! path ) return error ( 'delete-missing-path' ) ; commit ( 'DELETE_PROP' , path ) ; return dispatch ( 'deleteProp' , path ) ; } if ( ! _id ) return error ( 'delete-missing-id' ) ; commit ( 'DELETE_DOC' , _id ) ; return dispatch ( 'deleteDoc' , _id ) ; } ) ; } // check for hooks if ( state . _conf . sync . deleteBatchHook ) { state . _conf . sync . deleteBatchHook ( storeUpdateFn , ids , store ) ; return ids ; } storeUpdateFn ( ids ) ; return ids ; } , _stopPatching : function ( _a ) { var state = _a . state , commit = _a . commit ; if ( state . _sync . stopPatchingTimeout ) { clearTimeout ( state . _sync . stopPatchingTimeout ) ; } state . _sync . stopPatchingTimeout = setTimeout ( function ( _ ) { state . _sync . patching = false ; } , 300 ) ; } , _startPatching : function ( _a ) { var state = _a . state , commit = _a . commit ; if ( state . _sync . stopPatchingTimeout ) { clearTimeout ( state . _sync . stopPatchingTimeout ) ; } state . _sync . patching = true ; } } ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "A function returning the getters object [CODESPLIT] function pluginGetters ( Firebase ) { return { firestorePathComplete : function ( state , getters ) { var path = state . _conf . firestorePath ; Object . keys ( state . _sync . pathVariables ) . forEach ( function ( key ) { var pathPiece = state . _sync . pathVariables [ key ] ; path = path . replace ( \"{\" + key + \"}\" , \"\" + pathPiece ) ; } ) ; var requireUser = path . includes ( '{userId}' ) ; if ( requireUser ) { var userId = state . _sync . userId ; if ( getters . signedIn && isWhat . isString ( userId ) && userId !== '' && userId !== '{userId}' ) { path = path . replace ( '{userId}' , userId ) ; } } return path ; } , signedIn : function ( state , getters , rootState , rootGetters ) { var requireUser = state . _conf . firestorePath . includes ( '{userId}' ) ; if ( ! requireUser ) return true ; return state . _sync . signedIn ; } , dbRef : function ( state , getters , rootState , rootGetters ) { var path = getters . firestorePathComplete ; return ( getters . collectionMode ) ? Firebase . firestore ( ) . collection ( path ) : Firebase . firestore ( ) . doc ( path ) ; } , storeRef : function ( state , getters , rootState ) { var path = ( state . _conf . statePropName ) ? state . _conf . moduleName + \"/\" + state . _conf . statePropName : state . _conf . moduleName ; return vuexEasyAccess . getDeepRef ( rootState , path ) ; } , collectionMode : function ( state , getters , rootState ) { return ( state . _conf . firestoreRefType . toLowerCase ( ) === 'collection' ) ; } , docModeId : function ( state , getters ) { return getters . firestorePathComplete . split ( '/' ) . pop ( ) ; } , fillables : function ( state ) { var fillables = state . _conf . sync . fillables ; if ( ! fillables . length ) return fillables ; return fillables . concat ( [ 'updated_at' , 'updated_by' , 'id' , 'created_at' , 'created_by' ] ) ; } , guard : function ( state ) { return state . _conf . sync . guard . concat ( [ '_conf' , '_sync' ] ) ; } , defaultValues : function ( state , getters ) { return merge ( state . _conf . sync . defaultValues , state . _conf . serverChange . defaultValues // depreciated ) ; } , cleanUpRetrievedDoc : function ( state , getters , rootState , rootGetters ) { return function ( doc , id ) { var defaultValues = merge ( getters . defaultValues , state . _conf . serverChange . convertTimestamps ) ; var cleanDoc = setDefaultValues ( doc , defaultValues ) ; cleanDoc . id = id ; return cleanDoc ; } ; } , prepareForPatch : function ( state , getters , rootState , rootGetters ) { return function ( ids , doc ) { if ( ids === void 0 ) { ids = [ ] ; } if ( doc === void 0 ) { doc = { } ; } // get relevant data from the storeRef var collectionMode = getters . collectionMode ; if ( ! collectionMode ) ids . push ( getters . docModeId ) ; // returns {object} -> {id: data} return ids . reduce ( function ( carry , id ) { var patchData = { } ; // retrieve full object in case there's an empty doc passed if ( ! Object . keys ( doc ) . length ) { patchData = ( collectionMode ) ? getters . storeRef [ id ] : getters . storeRef ; } else { patchData = doc ; } // set default fields patchData . updated_at = new Date ( ) ; patchData . updated_by = state . _sync . userId ; // clean up item var cleanedPatchData = filter ( patchData , getters . fillables , getters . guard ) ; var itemToUpdate = flatten ( cleanedPatchData ) ; // add id (required to get ref later at apiHelpers.ts) itemToUpdate . id = id ; carry [ id ] = itemToUpdate ; return carry ; } , { } ) ; } ; } , prepareForPropDeletion : function ( state , getters , rootState , rootGetters ) { return function ( path ) { if ( path === void 0 ) { path = '' ; } var _a ; var collectionMode = getters . collectionMode ; var patchData = { } ; // set default fields patchData . updated_at = new Date ( ) ; patchData . updated_by = state . _sync . userId ; // add fillable and guard defaults // clean up item var cleanedPatchData = filter ( patchData , getters . fillables , getters . guard ) ; // add id (required to get ref later at apiHelpers.ts) var id , cleanedPath ; if ( collectionMode ) { id = path . substring ( 0 , path . indexOf ( '.' ) ) ; cleanedPath = path . substring ( path . indexOf ( '.' ) + 1 ) ; } else { id = getters . docModeId ; cleanedPath = path ; } cleanedPatchData [ cleanedPath ] = Firebase . firestore . FieldValue . delete ( ) ; cleanedPatchData . id = id ; return _a = { } , _a [ id ] = cleanedPatchData , _a ; } ; } , prepareForInsert : function ( state , getters , rootState , rootGetters ) { return function ( items ) { if ( items === void 0 ) { items = [ ] ; } // add fillable and guard defaults return items . reduce ( function ( carry , item ) { // set default fields item . created_at = new Date ( ) ; item . created_by = state . _sync . userId ; // clean up item item = filter ( item , getters . fillables , getters . guard ) ; carry . push ( item ) ; return carry ; } , [ ] ) ; } ; } , prepareInitialDocForInsert : function ( state , getters , rootState , rootGetters ) { return function ( doc ) { // add fillable and guard defaults // set default fields doc . created_at = new Date ( ) ; doc . created_by = state . _sync . userId ; doc . id = getters . docModeId ; // clean up item doc = filter ( doc , getters . fillables , getters . guard ) ; return doc ; } ; } , getWhereArrays : function ( state , getters ) { return function ( whereArrays ) { if ( ! isWhat . isArray ( whereArrays ) ) whereArrays = state . _conf . sync . where ; if ( Firebase . auth ( ) . currentUser ) { state . _sync . signedIn = true ; state . _sync . userId = Firebase . auth ( ) . currentUser . uid ; } return whereArrays . map ( function ( whereClause ) { return whereClause . map ( function ( param ) { if ( ! isWhat . isString ( param ) ) return param ; var cleanedParam = param ; getPathVarMatches ( param ) . forEach ( function ( key ) { var keyRegEx = new RegExp ( \"{\" + key + \"}\" , 'g' ) ; if ( key === 'userId' ) { cleanedParam = cleanedParam . replace ( keyRegEx , state . _sync . userId ) ; return ; } if ( ! Object . keys ( state . _sync . pathVariables ) . includes ( key ) ) { return error ( 'missing-path-variables' ) ; } var varVal = state . _sync . pathVariables [ key ] ; // if path is only a param we need to just assign to avoid stringification if ( param === \"{\" + key + \"}\" ) { cleanedParam = varVal ; return ; } cleanedParam = cleanedParam . replace ( keyRegEx , varVal ) ; } ) ; return cleanedParam ; } ) ; } ) ; } ; } , } ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Firebase Create vuex - easy - firestore modules . Add as single plugin to Vuex Store . [CODESPLIT] function vuexEasyFirestore ( easyFirestoreModule , _a ) { var _b = _a === void 0 ? { logging : false , preventInitialDocInsertion : false , FirebaseDependency : Firebase$2 } : _a , _c = _b . logging , logging = _c === void 0 ? false : _c , _d = _b . preventInitialDocInsertion , preventInitialDocInsertion = _d === void 0 ? false : _d , _e = _b . FirebaseDependency , FirebaseDependency = _e === void 0 ? Firebase$2 : _e ; if ( FirebaseDependency ) { setFirebaseDependency ( FirebaseDependency ) ; setFirebaseDependency$1 ( FirebaseDependency ) ; } return function ( store ) { // Get an array of config files if ( ! isWhat . isArray ( easyFirestoreModule ) ) easyFirestoreModule = [ easyFirestoreModule ] ; // Create a module for each config file easyFirestoreModule . forEach ( function ( config ) { config . logging = logging ; if ( config . sync && config . sync . preventInitialDocInsertion === undefined ) { config . sync . preventInitialDocInsertion = preventInitialDocInsertion ; } var moduleName = vuexEasyAccess . getKeysFromPath ( config . moduleName ) ; store . registerModule ( moduleName , iniModule ( config , FirebaseDependency ) ) ; } ) ; } ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "/ * eslint - disable [CODESPLIT] function addAttrs ( element , attrs ) { Object . keys ( attrs ) . forEach ( function ( key ) { element . setAttribute ( key , attrs [ key ] ) ; } ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "_transformToHierarchy - Transforms a flat array of parent - child links into a hierarchy . @private @param { array } links Set of parent - child link objects @param { array |undefined } attributeFields Set of link fields to be used as attributes [CODESPLIT] function _transformToHierarchy ( links , attributeFields ) { const nodesByName = { } ; const assignNode = name => { if ( ! nodesByName [ name ] ) { nodesByName [ name ] = { name } ; } return nodesByName [ name ] ; } ; const assignNodeWithAttributes = ( name , attributes ) => { if ( ! nodesByName [ name ] ) { nodesByName [ name ] = { name , attributes , } ; } return nodesByName [ name ] ; } ; // Create nodes for each unique source and target. links . forEach ( link => { // if `attributeFields` is defined, create/overwrite current `link.attributes` if ( attributeFields ) { const customAttributes = { } ; attributeFields . forEach ( field => { customAttributes [ field ] = link [ field ] ; } ) ; link . attributes = customAttributes ; } link . source = assignNode ( link . parent ) ; link . target = assignNodeWithAttributes ( link . child , link . attributes ) ; const parent = link . source ; const child = link . target ; parent . id = uuid . v4 ( ) ; child . id = uuid . v4 ( ) ; child . parent = parent . name || null ; parent . _collapsed = child . _collapsed = false ; // eslint-disable-line // NOTE We assign to a custom `_children` field instead of D3's reserved // `children` to avoid update anomalies when collapsing/re-expanding nodes. parent . _children ? parent . _children . push ( child ) : ( parent . _children = [ child ] ) ; } ) ; // Extract & return the root node const rootLinks = links . filter ( link => ! link . source . parent ) ; return [ rootLinks [ 0 ] . source ] ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "parseCSV - Parses a CSV file into a hierarchy structure . [CODESPLIT] function parseCSV ( csvFilePath , attributeFields ) { return new Promise ( ( resolve , reject ) => { try { csv ( csvFilePath , data => resolve ( _transformToHierarchy ( data , attributeFields ) ) ) ; // lol hello Lisp } catch ( err ) { reject ( err ) ; } } ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "parseJSON - Parses a hierarchical JSON file that requires no further transformation . [CODESPLIT] function parseJSON ( jsonFilePath ) { return new Promise ( ( resolve , reject ) => { try { json ( jsonFilePath , data => resolve ( [ data ] ) ) ; } catch ( err ) { reject ( err ) ; } } ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "parseFlatJSON - Parses a flat JSON file into a hierarchy structure . [CODESPLIT] function parseFlatJSON ( jsonFilePath , attributeFields ) { return new Promise ( ( resolve , reject ) => { try { json ( jsonFilePath , data => resolve ( _transformToHierarchy ( data , attributeFields ) ) ) ; } catch ( err ) { reject ( err ) ; } } ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Assert that the values match with the type specs . Error messages are memorized and will only be shown once . [CODESPLIT] function checkPropTypes ( typeSpecs , values , location , componentName , getStack ) { if ( true ) { for ( var typeSpecName in typeSpecs ) { if ( typeSpecs . hasOwnProperty ( typeSpecName ) ) { var error ; // Prop type validation may throw. In case they do, we don't want to // fail the render phase where it didn't fail before. So we log it. // After these have been cleaned up, we'll let them throw. try { // This is intentionally an invariant that gets caught. It's the same // behavior as without this statement except with a better message. if ( typeof typeSpecs [ typeSpecName ] !== 'function' ) { var err = Error ( ( componentName || 'React class' ) + ': ' + location + ' type `' + typeSpecName + '` is invalid; ' + 'it must be a function, usually from the `prop-types` package, but received `' + typeof typeSpecs [ typeSpecName ] + '`.' ) ; err . name = 'Invariant Violation' ; throw err ; } error = typeSpecs [ typeSpecName ] ( values , typeSpecName , componentName , location , null , ReactPropTypesSecret ) ; } catch ( ex ) { error = ex ; } if ( error && ! ( error instanceof Error ) ) { printWarning ( ( componentName || 'React class' ) + ': type specification of ' + location + ' `' + typeSpecName + '` is invalid; the type checker ' + 'function must return `null` or an `Error` but returned a ' + typeof error + '. ' + 'You may have forgotten to pass an argument to the type checker ' + 'creator (arrayOf, instanceOf, objectOf, oneOf, oneOfType, and ' + 'shape all require an argument).' ) } if ( error instanceof Error && ! ( error . message in loggedTypeFailures ) ) { // Only monitor this failure once because there tends to be a lot of the // same error. loggedTypeFailures [ error . message ] = true ; var stack = getStack ? getStack ( ) : '' ; printWarning ( 'Failed ' + location + ' type: ' + error . message + ( stack != null ? stack : '' ) ) ; } } } } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Call a function while guarding against errors that happens within it . Returns an error if it throws otherwise null . [CODESPLIT] function invokeGuardedCallback ( name , func , context , a , b , c , d , e , f ) { hasError = false ; caughtError = null ; invokeGuardedCallbackImpl$1 . apply ( reporter , arguments ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Same as invokeGuardedCallback but instead of returning an error it stores it in a global so it can be rethrown by rethrowCaughtError later . TODO : See if caughtError and rethrowError can be unified . [CODESPLIT] function invokeGuardedCallbackAndCatchFirstError ( name , func , context , a , b , c , d , e , f ) { invokeGuardedCallback . apply ( this , arguments ) ; if ( hasError ) { var error = clearCaughtError ( ) ; if ( ! hasRethrowError ) { hasRethrowError = true ; rethrowError = error ; } } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Given a DOM node return the closest ReactDOMComponent or ReactDOMTextComponent instance ancestor . [CODESPLIT] function getClosestInstanceFromNode ( node ) { if ( node [ internalInstanceKey ] ) { return node [ internalInstanceKey ] ; } while ( ! node [ internalInstanceKey ] ) { if ( node . parentNode ) { node = node . parentNode ; } else { // Top of the tree. This node must not be part of a React tree (or is // unmounted, potentially). return null ; } } var inst = node [ internalInstanceKey ] ; if ( inst . tag === HostComponent || inst . tag === HostText ) { // In Fiber, this will always be the deepest root. return inst ; } return null ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Given a DOM node return the ReactDOMComponent or ReactDOMTextComponent instance or null if the node was not rendered by this React . [CODESPLIT] function getInstanceFromNode$1 ( node ) { var inst = node [ internalInstanceKey ] ; if ( inst ) { if ( inst . tag === HostComponent || inst . tag === HostText ) { return inst ; } else { return null ; } } return null ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Given a ReactDOMComponent or ReactDOMTextComponent return the corresponding DOM node . [CODESPLIT] function getNodeFromInstance$1 ( inst ) { if ( inst . tag === HostComponent || inst . tag === HostText ) { // In Fiber this, is just the state node right now. We assume it will be // a host component or host text. return inst . stateNode ; } // Without this first invariant, passing a non-DOM-component triggers the next // invariant for a missing parent, which is super confusing. invariant ( false , 'getNodeFromInstance: Invalid argument.' ) ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Traverses the ID hierarchy and invokes the supplied cb on any IDs that should would receive a mouseEnter or mouseLeave event . [CODESPLIT] function traverseEnterLeave ( from , to , fn , argFrom , argTo ) { var common = from && to ? getLowestCommonAncestor ( from , to ) : null ; var pathFrom = [ ] ; while ( true ) { if ( ! from ) { break ; } if ( from === common ) { break ; } var alternate = from . alternate ; if ( alternate !== null && alternate === common ) { break ; } pathFrom . push ( from ) ; from = getParent ( from ) ; } var pathTo = [ ] ; while ( true ) { if ( ! to ) { break ; } if ( to === common ) { break ; } var _alternate = to . alternate ; if ( _alternate !== null && _alternate === common ) { break ; } pathTo . push ( to ) ; to = getParent ( to ) ; } for ( var i = 0 ; i < pathFrom . length ; i ++ ) { fn ( pathFrom [ i ] , 'bubbled' , argFrom ) ; } for ( var _i = pathTo . length ; _i -- > 0 ; ) { fn ( pathTo [ _i ] , 'captured' , argTo ) ; } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "A small set of propagation patterns each of which will accept a small amount of information and generate a set of dispatch ready event objects - which are sets of events that have already been annotated with a set of dispatched listener functions / ids . The API is designed this way to discourage these propagation strategies from actually executing the dispatches since we always want to collect the entire set of dispatches before executing even a single one . Tags a SyntheticEvent with dispatched listeners . Creating this function here allows us to not have to bind or create functions for each event . Mutating the event s members allows us to not have to create a wrapping dispatch object that pairs the event with the listener . [CODESPLIT] function accumulateDirectionalDispatches ( inst , phase , event ) { { ! inst ? warningWithoutStack$1 ( false , 'Dispatching inst must not be null' ) : void 0 ; } var listener = listenerAtPhase ( inst , event , phase ) ; if ( listener ) { event . _dispatchListeners = accumulateInto ( event . _dispatchListeners , listener ) ; event . _dispatchInstances = accumulateInto ( event . _dispatchInstances , inst ) ; } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Generate a mapping of standard vendor prefixes using the defined style property and event name . [CODESPLIT] function makePrefixMap ( styleProp , eventName ) { var prefixes = { } ; prefixes [ styleProp . toLowerCase ( ) ] = eventName . toLowerCase ( ) ; prefixes [ 'Webkit' + styleProp ] = 'webkit' + eventName ; prefixes [ 'Moz' + styleProp ] = 'moz' + eventName ; return prefixes ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "PooledClass looks for destructor on each instance it releases . [CODESPLIT] function ( ) { var Interface = this . constructor . Interface ; for ( var propName in Interface ) { { Object . defineProperty ( this , propName , getPooledWarningPropertyDefinition ( propName , Interface [ propName ] ) ) ; } } this . dispatchConfig = null ; this . _targetInst = null ; this . nativeEvent = null ; this . isDefaultPrevented = functionThatReturnsFalse ; this . isPropagationStopped = functionThatReturnsFalse ; this . _dispatchListeners = null ; this . _dispatchInstances = null ; { Object . defineProperty ( this , 'nativeEvent' , getPooledWarningPropertyDefinition ( 'nativeEvent' , null ) ) ; Object . defineProperty ( this , 'isDefaultPrevented' , getPooledWarningPropertyDefinition ( 'isDefaultPrevented' , functionThatReturnsFalse ) ) ; Object . defineProperty ( this , 'isPropagationStopped' , getPooledWarningPropertyDefinition ( 'isPropagationStopped' , functionThatReturnsFalse ) ) ; Object . defineProperty ( this , 'preventDefault' , getPooledWarningPropertyDefinition ( 'preventDefault' , function ( ) { } ) ) ; Object . defineProperty ( this , 'stopPropagation' , getPooledWarningPropertyDefinition ( 'stopPropagation' , function ( ) { } ) ) ; } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Translate native top level events into event types . [CODESPLIT] function getCompositionEventType ( topLevelType ) { switch ( topLevelType ) { case TOP_COMPOSITION_START : return eventTypes . compositionStart ; case TOP_COMPOSITION_END : return eventTypes . compositionEnd ; case TOP_COMPOSITION_UPDATE : return eventTypes . compositionUpdate ; } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Does our fallback mode think that this event is the end of composition? [CODESPLIT] function isFallbackCompositionEnd ( topLevelType , nativeEvent ) { switch ( topLevelType ) { case TOP_KEY_UP : // Command keys insert or clear IME input. return END_KEYCODES . indexOf ( nativeEvent . keyCode ) !== - 1 ; case TOP_KEY_DOWN : // Expect IME keyCode on each keydown. If we get any other // code we must have exited earlier. return nativeEvent . keyCode !== START_KEYCODE ; case TOP_KEY_PRESS : case TOP_MOUSE_DOWN : case TOP_BLUR : // Events are not possible without cancelling IME. return true ; default : return false ; } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Get the value for a property on a node . Only used in DEV for SSR validation . The expected argument is used as a hint of what the expected value is . Some properties have multiple equivalent values . [CODESPLIT] function getValueForProperty ( node , name , expected , propertyInfo ) { { if ( propertyInfo . mustUseProperty ) { var propertyName = propertyInfo . propertyName ; return node [ propertyName ] ; } else { var attributeName = propertyInfo . attributeName ; var stringValue = null ; if ( propertyInfo . type === OVERLOADED_BOOLEAN ) { if ( node . hasAttribute ( attributeName ) ) { var value = node . getAttribute ( attributeName ) ; if ( value === '' ) { return true ; } if ( shouldRemoveAttribute ( name , expected , propertyInfo , false ) ) { return value ; } if ( value === '' + expected ) { return expected ; } return value ; } } else if ( node . hasAttribute ( attributeName ) ) { if ( shouldRemoveAttribute ( name , expected , propertyInfo , false ) ) { // We had an attribute but shouldn't have had one, so read it // for the error message. return node . getAttribute ( attributeName ) ; } if ( propertyInfo . type === BOOLEAN ) { // If this was a boolean, it doesn't matter what the value is // the fact that we have it is the same as the expected. return expected ; } // Even if this property uses a namespace we use getAttribute // because we assume its namespaced name is the same as our config. // To use getAttributeNS we need the local name which we don't have // in our config atm. stringValue = node . getAttribute ( attributeName ) ; } if ( shouldRemoveAttribute ( name , expected , propertyInfo , false ) ) { return stringValue === null ? expected : stringValue ; } else if ( stringValue === '' + expected ) { return expected ; } else { return stringValue ; } } } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Sets the value for a property on a node . [CODESPLIT] function setValueForProperty ( node , name , value , isCustomComponentTag ) { var propertyInfo = getPropertyInfo ( name ) ; if ( shouldIgnoreAttribute ( name , propertyInfo , isCustomComponentTag ) ) { return ; } if ( shouldRemoveAttribute ( name , value , propertyInfo , isCustomComponentTag ) ) { value = null ; } // If the prop isn't in the special list, treat it as a simple attribute. if ( isCustomComponentTag || propertyInfo === null ) { if ( isAttributeNameSafe ( name ) ) { var _attributeName = name ; if ( value === null ) { node . removeAttribute ( _attributeName ) ; } else { node . setAttribute ( _attributeName , '' + value ) ; } } return ; } var mustUseProperty = propertyInfo . mustUseProperty ; if ( mustUseProperty ) { var propertyName = propertyInfo . propertyName ; if ( value === null ) { var type = propertyInfo . type ; node [ propertyName ] = type === BOOLEAN ? false : '' ; } else { // Contrary to `setAttribute`, object properties are properly // `toString`ed by IE8/9. node [ propertyName ] = value ; } return ; } // The rest are treated as attributes with special cases. var attributeName = propertyInfo . attributeName , attributeNamespace = propertyInfo . attributeNamespace ; if ( value === null ) { node . removeAttribute ( attributeName ) ; } else { var _type = propertyInfo . type ; var attributeValue = void 0 ; if ( _type === BOOLEAN || _type === OVERLOADED_BOOLEAN && value === true ) { attributeValue = '' ; } else { // `setAttribute` with objects becomes only `[object]` in IE8/9, // ('' + value) makes it output the correct toString()-value. attributeValue = '' + value ; } if ( attributeNamespace ) { node . setAttributeNS ( attributeNamespace , attributeName , attributeValue ) ; } else { node . setAttribute ( attributeName , attributeValue ) ; } } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Implements an host component that allows setting these optional props : checked value defaultChecked and defaultValue . [CODESPLIT] function getHostProps ( element , props ) { var node = element ; var checked = props . checked ; var hostProps = _assign ( { } , props , { defaultChecked : undefined , defaultValue : undefined , value : undefined , checked : checked != null ? checked : node . _wrapperState . initialChecked } ) ; return hostProps ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "For IE8 and IE9 . [CODESPLIT] function getTargetInstForInputEventPolyfill ( topLevelType , targetInst ) { if ( topLevelType === TOP_SELECTION_CHANGE || topLevelType === TOP_KEY_UP || topLevelType === TOP_KEY_DOWN ) { // On the selectionchange event, the target is just document which isn't // helpful for us so just check activeElement instead. // // 99% of the time, keydown and keyup aren't necessary. IE8 fails to fire // propertychange on the first input event after setting `value` from a // script and fires only keydown, keypress, keyup. Catching keyup usually // gets it and catching keydown lets us fire an event for the first // keystroke if user does a key repeat (it'll be a little delayed: right // before the second keystroke). Other input methods (e.g., paste) seem to // fire selectionchange normally. return getInstIfValueChanged ( activeElementInst ) ; } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "For almost every interaction we care about there will be both a top - level mouseover and mouseout event that occurs . Only use mouseout so that we do not extract duplicate events . However moving the mouse into the browser from outside will not fire a mouseout event . In this case we use the mouseover top - level event . [CODESPLIT] function ( topLevelType , targetInst , nativeEvent , nativeEventTarget ) { var isOverEvent = topLevelType === TOP_MOUSE_OVER || topLevelType === TOP_POINTER_OVER ; var isOutEvent = topLevelType === TOP_MOUSE_OUT || topLevelType === TOP_POINTER_OUT ; if ( isOverEvent && ( nativeEvent . relatedTarget || nativeEvent . fromElement ) ) { return null ; } if ( ! isOutEvent && ! isOverEvent ) { // Must not be a mouse or pointer in or out - ignoring. return null ; } var win = void 0 ; if ( nativeEventTarget . window === nativeEventTarget ) { // `nativeEventTarget` is probably a window object. win = nativeEventTarget ; } else { // TODO: Figure out why `ownerDocument` is sometimes undefined in IE8. var doc = nativeEventTarget . ownerDocument ; if ( doc ) { win = doc . defaultView || doc . parentWindow ; } else { win = window ; } } var from = void 0 ; var to = void 0 ; if ( isOutEvent ) { from = targetInst ; var related = nativeEvent . relatedTarget || nativeEvent . toElement ; to = related ? getClosestInstanceFromNode ( related ) : null ; } else { // Moving to a node from outside the window. from = null ; to = targetInst ; } if ( from === to ) { // Nothing pertains to our managed components. return null ; } var eventInterface = void 0 , leaveEventType = void 0 , enterEventType = void 0 , eventTypePrefix = void 0 ; if ( topLevelType === TOP_MOUSE_OUT || topLevelType === TOP_MOUSE_OVER ) { eventInterface = SyntheticMouseEvent ; leaveEventType = eventTypes$2 . mouseLeave ; enterEventType = eventTypes$2 . mouseEnter ; eventTypePrefix = 'mouse' ; } else if ( topLevelType === TOP_POINTER_OUT || topLevelType === TOP_POINTER_OVER ) { eventInterface = SyntheticPointerEvent ; leaveEventType = eventTypes$2 . pointerLeave ; enterEventType = eventTypes$2 . pointerEnter ; eventTypePrefix = 'pointer' ; } var fromNode = from == null ? win : getNodeFromInstance$1 ( from ) ; var toNode = to == null ? win : getNodeFromInstance$1 ( to ) ; var leave = eventInterface . getPooled ( leaveEventType , from , nativeEvent , nativeEventTarget ) ; leave . type = eventTypePrefix + 'leave' ; leave . target = fromNode ; leave . relatedTarget = toNode ; var enter = eventInterface . getPooled ( enterEventType , to , nativeEvent , nativeEventTarget ) ; enter . type = eventTypePrefix + 'enter' ; enter . target = toNode ; enter . relatedTarget = fromNode ; accumulateEnterLeaveDispatches ( leave , enter , from , to ) ; return [ leave , enter ] ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Find the deepest React component completely containing the root of the passed - in instance ( for use when entire React trees are nested within each other ) . If React trees are not nested returns null . [CODESPLIT] function findRootContainerNode ( inst ) { // TODO: It may be a good idea to cache this to prevent unnecessary DOM // traversal, but caching is difficult to do correctly without using a // mutation observer to listen for all DOM changes. while ( inst . return ) { inst = inst . return ; } if ( inst . tag !== HostRoot ) { // This can happen if we're in a detached tree. return null ; } return inst . stateNode . containerInfo ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "We listen for bubbled touch events on the document object . [CODESPLIT] function listenTo ( registrationName , mountAt ) { var isListening = getListeningForDocument ( mountAt ) ; var dependencies = registrationNameDependencies [ registrationName ] ; for ( var i = 0 ; i < dependencies . length ; i ++ ) { var dependency = dependencies [ i ] ; if ( ! ( isListening . hasOwnProperty ( dependency ) && isListening [ dependency ] ) ) { switch ( dependency ) { case TOP_SCROLL : trapCapturedEvent ( TOP_SCROLL , mountAt ) ; break ; case TOP_FOCUS : case TOP_BLUR : trapCapturedEvent ( TOP_FOCUS , mountAt ) ; trapCapturedEvent ( TOP_BLUR , mountAt ) ; // We set the flag for a single dependency later in this function, // but this ensures we mark both as attached rather than just one. isListening [ TOP_BLUR ] = true ; isListening [ TOP_FOCUS ] = true ; break ; case TOP_CANCEL : case TOP_CLOSE : if ( isEventSupported ( getRawEventName ( dependency ) ) ) { trapCapturedEvent ( dependency , mountAt ) ; } break ; case TOP_INVALID : case TOP_SUBMIT : case TOP_RESET : // We listen to them on the target DOM elements. // Some of them bubble so we don't want them to fire twice. break ; default : // By default, listen on the top level to all non-media events. // Media events don't bubble so adding the listener wouldn't do anything. var isMediaEvent = mediaEventTypes . indexOf ( dependency ) !== - 1 ; if ( ! isMediaEvent ) { trapBubbledEvent ( dependency , mountAt ) ; } break ; } isListening [ dependency ] = true ; } } }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Get document associated with the event target . [CODESPLIT] function getEventTargetDocument ( eventTarget ) { return eventTarget . window === eventTarget ? eventTarget . document : eventTarget . nodeType === DOCUMENT_NODE ? eventTarget : eventTarget . ownerDocument ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Poll selection to see whether it s changed . [CODESPLIT] function constructSelectEvent ( nativeEvent , nativeEventTarget ) { // Ensure we have the right element, and that the user is not dragging a // selection (this matches native `select` event behavior). In HTML5, select // fires only on input and textarea thus if there's no focused element we // won't dispatch. var doc = getEventTargetDocument ( nativeEventTarget ) ; if ( mouseDown || activeElement$1 == null || activeElement$1 !== getActiveElement ( doc ) ) { return null ; } // Only fire when selection has actually changed. var currentSelection = getSelection ( activeElement$1 ) ; if ( ! lastSelection || ! shallowEqual ( lastSelection , currentSelection ) ) { lastSelection = currentSelection ; var syntheticEvent = SyntheticEvent . getPooled ( eventTypes$3 . select , activeElementInst$1 , nativeEvent , nativeEventTarget ) ; syntheticEvent . type = 'select' ; syntheticEvent . target = activeElement$1 ; accumulateTwoPhaseDispatches ( syntheticEvent ) ; return syntheticEvent ; } return null ; }", "target": 1, "target_options": ["no_match", "match"]} {"input": "Implements an