from enum import Enum import numpy as np def embeding(data, embed_size): result = [] for X in data: tmp = np.array([np.concatenate([x, [0] * (embed_size - len(x))]) if len(x) < embed_size else x for x in X]) result.append(tmp) return result def normalization_array(data): max_num = -1e10 min_num = 1e10 for line in data: max_num = max(max_num, max(line)) min_num = min(min_num, min(line)) # print(max_num,min_num) out = [] for line in data: temp = [(x - min_num) / (max_num - min_num) for x in line] out.append(temp) return out, max_num, min_num def normalization_seq(data): max_num = -1e10 min_num = 1e10 for line in data: for word in line: max_num = max(max_num, max(word)) min_num = min(min_num, min(word)) words = [] out = [] for line in data: words = [] for word in line: temp = [(x - min_num) / (max_num - min_num) for x in word] words.append(temp) out.append(words) return out def padding_array(X, max_len, padding=0): return np.array([np.concatenate([x, [padding] * (max_len - len(x))]) if len(x) < max_len else x for x in X]) def padding_sequence(X, max_len, embed_size, padding=0): return np.array( [np.concatenate([x, [[padding] * embed_size] * (max_len - len(x))]) if len(x) < max_len else x for x in X]) def return_before(dataSet, max_num, min_num): out = [] out = np.round(dataSet * (max_num - min_num) + min_num) '''for line in dataSet: temp = [round(x * (max_num - min_num)) + min_num for x in line] out.append(temp)''' return out def load_array(filename): dataSet = [] with open(filename, 'r') as f: line = f.readline() while line: words = line.split() data = [float(x) for x in words] dataSet.append(data) line = f.readline() # normalization dataSet, Max, Min = normalization_array(dataSet) # padding max_len = max(len(x) for x in dataSet) dataSet = padding_array(dataSet, max_len) # mask seq_len = [len(x) for x in dataSet] dataSet = np.array(dataSet) dataSet = dataSet.reshape(dataSet.shape[0], -1) return dataSet, seq_len, Max, Min def load_array_split(filename, spliter): dataSet = [] with open(filename, 'r') as f: line = f.readline() while line: words = line.strip().split(spliter) data = [float(x) if len(x) > 0 else 0 for x in words] dataSet.append(data) line = f.readline() # normalization dataSet, Max, Min = normalization_array(dataSet) # padding max_len = max(len(x) for x in dataSet) dataSet = padding_array(dataSet, max_len) # mask seq_len = [len(x) for x in dataSet] dataSet = np.array(dataSet) dataSet = dataSet.reshape(dataSet.shape[0], -1) return dataSet, seq_len, Max, Min def load_sequence(filename): dataSet = [] with open(filename, 'r') as f: line = f.readline().strip() while line: data = [ord(x) for x in list(line)] dataSet.append(data) line = f.readline().strip() # normalization dataSet, Max, Min = normalization_array(dataSet) # padding max_len = max(len(x) for x in dataSet) dataSet = padding_array(dataSet, max_len) # mask seq_len = [len(x) for x in dataSet] dataSet = np.array(dataSet) dataSet = dataSet.reshape(dataSet.shape[0], max_len) return dataSet, seq_len, Max, Min def load_sequence_split(filename, spliter): dataSet = [] with open(filename, 'r') as f: line = f.readline().strip() lst = line.split(spliter) line = ' '.join(lst) while line: data = [ord(x) for x in list(line)] dataSet.append(data) line = f.readline().strip() # normalization dataSet, Max, Min = normalization_array(dataSet) # padding max_len = max(len(x) for x in dataSet) dataSet = padding_array(dataSet, max_len) # mask seq_len = [len(x) for x in dataSet] dataSet = np.array(dataSet) dataSet = dataSet.reshape(dataSet.shape[0], max_len) return dataSet, seq_len, Max, Min def load_label(filename): labelSet = [] with open(filename, 'r') as f: line = f.readline() while line: arr = line.split() label = [int(x) for x in arr] labelSet.append(label) line = f.readline() labelSet = np.array(labelSet) labelSet = labelSet.reshape(labelSet.shape[0], 1) return labelSet def normalization_dimention(dataSet): maxs = np.max(dataSet, axis=0) mins = np.min(dataSet, axis=0) out = [] for line in dataSet: temp = [] for j in range(len(line)): if maxs[j] == mins[j]: num = (line[j] - mins[j]) / 1 else: num = (line[j] - mins[j]) / (maxs[j] - mins[j]) temp.append(num) out.append(temp) return out, maxs, mins def load_before_time14(filename): dataSet = [] with open(filename, 'r') as f: line = f.readline() while line: data = [] words = line.split('#') data.append(int(words[0])) nums = words[1].split('-') for x in nums: if x != '': data.append(int(x)) dataSet.append(data) line = f.readline() # normalization # dataSet = normalization_dimention(dataSet) dataSet, Max, Min = normalization_array(dataSet) # padding max_len = max(len(x) for x in dataSet) # dataSet = padding_array(dataSet, max_len) # mask seq_len = [len(x) for x in dataSet] dataSet = np.array(dataSet) dataSet = dataSet.reshape(dataSet.shape[0], max_len) return dataSet, seq_len, Max, Min def load_after_time14(filename): dataSet = [] with open(filename, 'r') as f: line = f.readline() while line: data = [] nums = line.split('-') for x in nums: if x != '': data.append(int(x)) dataSet.append(data) line = f.readline() # normalization # dataSet = normalization_dimention(dataSet) dataSet, Max, Min = normalization_array(dataSet) # padding max_len = max(len(x) for x in dataSet) # dataSet = padding_array(dataSet, max_len) # mask seq_len = [len(x) for x in dataSet] dataSet = np.array(dataSet) dataSet = dataSet.reshape(dataSet.shape[0], max_len) return dataSet, seq_len, Max, Min def load_data_time3(filename): dataSet = [] with open(filename, 'r') as f: line = f.readline() while line: words = line.split('#') data = [int(x) for x in words] dataSet.append(data) line = f.readline() # normalization dataSet, Maxs, Mins = normalization_dimention(dataSet) # padding max_len = max(len(x) for x in dataSet) dataSet = padding_array(dataSet, max_len) # mask seq_len = [len(x) for x in dataSet] dataSet = np.array(dataSet) dataSet = dataSet.reshape(dataSet.shape[0], max_len) return dataSet, seq_len, Maxs, Mins def load_data_mockito6(filename): dataSet = [] with open(filename, 'r') as f: line = f.readline() while line: words = line.split() if words[0] != 'null': data = [int(x) for x in words] else: for word in words: data = [ord(x) for x in list(word)] dataSet.append(data) line = f.readline() # normalization dataSet, Max, Min = normalization_array(dataSet) # padding max_len = max(len(x) for x in dataSet) dataSet = padding_array(dataSet, max_len) # mask seq_len = [len(x) for x in dataSet] dataSet = np.array(dataSet) dataSet = dataSet.reshape(dataSet.shape[0], -1) return dataSet, seq_len, Max, Min def load_data_math15(filename): dataSet = [] with open(filename, 'r') as f: line = f.readline() while line: words = line.split() if words[0] != 'Infinity': data = [float(x) for x in words] else: data = [0] dataSet.append(data) line = f.readline() # normalization dataSet, Max, Min = normalization_array(dataSet) # padding max_len = max(len(x) for x in dataSet) dataSet = padding_array(dataSet, max_len) # mask seq_len = [len(x) for x in dataSet] dataSet = np.array(dataSet) dataSet = dataSet.reshape(dataSet.shape[0], -1) return dataSet, seq_len, Max, Min def load_data_exp_time7(filename): dataSet = [] with open(filename, 'r') as f: line = f.readline() while line: words = line.split() data = [float(word) for word in words] dataSet.append(data) line = f.readline() # normalization dataSet, Max, Min = normalization_array(dataSet) # padding max_len = max(len(x) for x in dataSet) dataSet = padding_array(dataSet, max_len) # mask seq_len = [len(x) for x in dataSet] dataSet = np.array(dataSet) dataSet = dataSet.reshape(dataSet.shape[0], -1) return dataSet, seq_len, Max, Min def load_data_compress40(filename): dataSet = [] with open(filename, 'r') as f: line = f.readline() while line: words = line.split('#') lst = words[0].split() data = [int(x) for x in lst] data.append(int(words[1])) dataSet.append(data) line = f.readline() # normalization dataSet, Max, Min = normalization_array(dataSet) # padding max_len = max(len(x) for x in dataSet) dataSet = padding_array(dataSet, max_len) # mask seq_len = [len(x) for x in dataSet] dataSet = np.array(dataSet) dataSet = dataSet.reshape(dataSet.shape[0], max_len) return dataSet, seq_len, Max, Min def load_classification(filename): dataSet = [] with open(filename, 'r') as f: line = f.readline() while line: data = [] if line == 'true\n': data.append(1) else: data.append(0) dataSet.append(data) line = f.readline() # normalization dataSet, Max, Min = normalization_array(dataSet) # padding max_len = max(len(x) for x in dataSet) dataSet = padding_array(dataSet, max_len) # mask seq_len = [len(x) for x in dataSet] dataSet = np.array(dataSet) dataSet = dataSet.reshape(dataSet.shape[0], max_len) return dataSet, seq_len, Max, Min def load_M1_before(filename): X, seq_len_X, max_x, min_x = load_sequence(filename) return X, seq_len_X, max_x, min_x def load_M1_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence(filename) return Y, seq_len_Y, max_y, min_y def load_M2_before(filename): X, seq_len_X, max_x, min_x = load_array(filename) return X, seq_len_X, max_x, min_x def load_M2_after(filename): Y, seq_len_Y, max_y, min_y = load_array(filename) return Y, seq_len_Y, max_y, min_y def load_M3_before(filename): X, seq_len_X, max_x, min_x = load_sequence(filename) return X, seq_len_X, max_x, min_x def load_M3_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence(filename) return Y, seq_len_Y, max_y, min_y def load_M4_before(filename): X, seq_len_X, max_x, min_x = load_data_time3(filename) return X, seq_len_X, max_x, min_x def load_M4_after(filename): Y, seq_len_Y, max_y, min_y = load_array(filename) return Y, seq_len_Y, max_y, min_y def load_M5_before(filename): X, seq_len_X, max_x, min_x = load_data_time3(filename) return X, seq_len_X, max_x, min_x def load_M5_after(filename): Y, seq_len_Y, max_y, min_y = load_array(filename) return Y, seq_len_Y, max_y, min_y def load_M6_before(filename): X, seq_len_X, max_x, min_x = load_data_time3(filename) return X, seq_len_X, max_x, min_x def load_M6_after(filename): Y, seq_len_Y, max_y, min_y = load_array(filename) return Y, seq_len_Y, max_y, min_y def load_M7_before(filename): X, seq_len_X, max_x, min_x = load_data_time3(filename) return X, seq_len_X, max_x, min_x def load_M7_after(filename): Y, seq_len_Y, max_y, min_y = load_array(filename) return Y, seq_len_Y, max_y, min_y def load_M8_before(filename): X, seq_len_X, max_x, min_x = load_data_time3(filename) return X, seq_len_X, max_x, min_x def load_M8_after(filename): Y, seq_len_Y, max_y, min_y = load_array(filename) return Y, seq_len_Y, max_y, min_y def load_M9_before(filename): X, seq_len_X, max_x, min_x = load_before_time14(filename) return X, seq_len_X, max_x, min_x def load_M9_after(filename): Y, seq_len_Y, max_y, min_y = load_after_time14(filename) return Y, seq_len_Y, max_y, min_y def load_M10_before(filename): X, seq_len_X, max_x, min_x = load_before_time14(filename) return X, seq_len_X, max_x, min_x def load_M10_after(filename): Y, seq_len_Y, max_y, min_y = load_after_time14(filename) return Y, seq_len_Y, max_y, min_y def load_M11_before(filename): X, seq_len_X, max_x, min_x = load_sequence(filename) return X, seq_len_X, max_x, min_x def load_M11_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence(filename) return Y, seq_len_Y, max_y, min_y def load_M12_before(filename): X, seq_len_X, max_x, min_x = load_array(filename) return X, seq_len_X, max_x, min_x def load_M12_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence(filename) return Y, seq_len_Y, max_y, min_y def load_M13_before(filename): Y, seq_len_Y, max_y, min_y = load_array(filename) return Y, seq_len_Y, max_y, min_y def load_M13_after(filename): Y, seq_len_Y, max_y, min_y = load_array(filename) return Y, seq_len_Y, max_y, min_y def load_M14_before(filename): Y, seq_len_Y, max_y, min_y = load_array(filename) return Y, seq_len_Y, max_y, min_y def load_M14_after(filename): Y, seq_len_Y, max_y, min_y = load_array(filename) return Y, seq_len_Y, max_y, min_y def load_M15_before(filename): Y, seq_len_Y, max_y, min_y = load_array(filename) return Y, seq_len_Y, max_y, min_y def load_M15_after(filename): Y, seq_len_Y, max_y, min_y = load_classification(filename) return Y, seq_len_Y, max_y, min_y def load_M16_before(filename): X, seq_len_X, max_x, min_x = load_sequence(filename) return X, seq_len_X, max_x, min_x def load_M16_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence(filename) return Y, seq_len_Y, max_y, min_y def load_M17_before(filename): X, seq_len_X, max_x, min_x = load_data_mockito6(filename) return X, seq_len_X, max_x, min_x def load_M17_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence(filename) return Y, seq_len_Y, max_y, min_y def load_M18_before(filename): Y, seq_len_Y, max_y, min_y = load_array(filename) return Y, seq_len_Y, max_y, min_y def load_M18_after(filename): Y, seq_len_Y, max_y, min_y = load_classification(filename) return Y, seq_len_Y, max_y, min_y def load_M19_before(filename): X, seq_len_X, max_x, min_x = load_data_math15(filename) return X, seq_len_X, max_x, min_x def load_M19_after(filename): Y, seq_len_Y, max_y, min_y = load_array(filename) return Y, seq_len_Y, max_y, min_y def load_M20_before(filename): X, seq_len_X, max_x, min_x = load_sequence(filename) return X, seq_len_X, max_x, min_x def load_M20_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence(filename) return Y, seq_len_Y, max_y, min_y def load_M21_before(filename): X, seq_len_X, max_x, min_x = load_sequence(filename) return X, seq_len_X, max_x, min_x def load_M21_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence(filename) return Y, seq_len_Y, max_y, min_y def load_M22_before(filename): X, seq_len_X, max_x, min_x = load_data_compress40(filename) return X, seq_len_X, max_x, min_x def load_M22_after(filename): Y, seq_len_Y, max_y, min_y = load_array(filename) return Y, seq_len_Y, max_y, min_y def load_M23_before(filename): Y, seq_len_Y, max_y, min_y = load_sequence(filename) return Y, seq_len_Y, max_y, min_y def load_M23_after(filename): Y, seq_len_Y, max_y, min_y = load_array(filename) return Y, seq_len_Y, max_y, min_y def load_Exp_time7_before(filename): Y, seq_len_Y, max_y, min_y = load_data_exp_time7(filename) return Y, seq_len_Y, max_y, min_y def load_Exp_time7_after(filename): Y, seq_len_Y, max_y, min_y = load_array(filename) return Y, seq_len_Y, max_y, min_y def load_compare_before(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_compare_after(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_getSignificand_before(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_getSignificand_after(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_getPackageName_before(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_getPackageName_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_firstCharOnlyToUpper_before(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_firstCharOnlyToUpper_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_repeat_before(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_repeat_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_integerToRoman_before(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_integerToRoman_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_convert_before(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_convert_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_decimalToHex_before(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_decimalToHex_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_ascToBcd_before(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_ascToBcd_after(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_absVal_before(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_absVal_after(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_sumOfDigits_before(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_sumOfDigits_after(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_isFormatLetter_before(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_isFormatLetter_after(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_isPalindrome_before(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_isPalindrome_after(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_toUpperCase_before(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_toUpperCase_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_isValidPort_before(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_isValidPort_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_isInner_before(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_isInner_after(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_isHexChar_before(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_isHexChar_after(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_getStart_before(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_getStart_after(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_getEndByStart_before(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_getEndByStart_after(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_reverseWithSwaps_before(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_reverseWithSwaps_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_reverseWithXOR_before(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_reverseWithXOR_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_isDigit_before(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_isDigit_after(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_next_before(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_next_after(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_previous_before(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_previous_after(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_before_before(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_before_after(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_isOutOfBounds_before(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_isOutOfBounds_after(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_patch_before(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_patch_after(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_chars_before(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_chars_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_lowerFirst_before(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_lowerFirst_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_swapCase_before(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_swapCase_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_formatNumber_before(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_formatNumber_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_formatEscapeCharsForListing_before(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_formatEscapeCharsForListing_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_checkPositive_before(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_checkPositive_after(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_checkPositiveOrZero_before(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_checkPositiveOrZero_after(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_checkLessThan_before(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_checkLessThan_after(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_ceil_before(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_ceil_after(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_floor_before(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_floor_after(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_max_before(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_max_after(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_strToBcd_before(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_strToBcd_after(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_isOneByte_before(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_isOneByte_after(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_isTwoBytes_before(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_isTwoBytes_after(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_isNotTrailingByte_before(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_isNotTrailingByte_after(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_trailingByteValue_before(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_trailingByteValue_after(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_CommonResult_before(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_CommonResult_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_validateFailed_before(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_validateFailed_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_failed_before(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_failed_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_escapeTags_before(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_escapeTags_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_addText_before(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_addText_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_slashify_before(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_slashify_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_setPattern_before(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_setPattern_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_isTextual_before(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_isTextual_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_add_flink_before(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_add_flink_after(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_merge_before(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_merge_after(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_reduce_before(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_reduce_after(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_getAgeType_before(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_getAgeType_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_of_before(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_of_after(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_error_before(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_error_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_ProductCategory_before(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_ProductCategory_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_CartDTO_before(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_CartDTO_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_min_before(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_min_after(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_maxOfKnowledge_before(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_maxOfKnowledge_after(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_count_before(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_count_after(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_trimUni_before(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_trimUni_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_stripIsbnSeparator_before(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_stripIsbnSeparator_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_toASCII_before(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_toASCII_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_trimRegexSlashes_before(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_trimRegexSlashes_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_rCnt_before(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_rCnt_after(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_mCnt_before(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_mCnt_after(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_escapeEncode_before(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_escapeEncode_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_escapeDecode_before(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_escapeDecode_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_makeUniqueKey_before(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_makeUniqueKey_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_append_before(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_append_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_prepend_before(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_prepend_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_enclose_before(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_enclose_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_encode_before(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_encode_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_unquote_before(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_unquote_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_unescape_before(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_unescape_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_determinePath_before(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_determinePath_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_determinePort_before(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_determinePort_after(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_Address_before(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_Address_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_increment_before(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_increment_after(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_setUserInfo_before(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_setUserInfo_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_ProxyHandshaker_before(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_ProxyHandshaker_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_isDotDirective_before(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_isDotDirective_after(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_calculateDigits_before(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_calculateDigits_after(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_calculateDigitSum_before(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_calculateDigitSum_after(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_toOpcodeName_before(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_toOpcodeName_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_parseMaxWindowBits_before(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_parseMaxWindowBits_after(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_createFixedSizeStripedCounterV6_before(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_createFixedSizeStripedCounterV6_after(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_createFixedSizeStripedCounterV8_before(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_createFixedSizeStripedCounterV8_after(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_longValue_before(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_longValue_after(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_add_before(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_add_after(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_set_before(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_set_after(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_PaddedAtomicLong_before(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_PaddedAtomicLong_after(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_requirePositive_before(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_requirePositive_after(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_requireInRange_before(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_requireInRange_after(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_requireNegative_before(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_requireNegative_after(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_lowerCase_before(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_lowerCase_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_isWord_before(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_isWord_after(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_isAlphabetical_before(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_isAlphabetical_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_isLowerCase_before(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_isLowerCase_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_reverse_before(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_reverse_after(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_isUpperCase_before(filename): Y, seq_len_Y, max_y, min_y = load_sequence_split(filename, '$') return Y, seq_len_Y, max_y, min_y def load_isUpperCase_after(filename): Y, seq_len_Y, max_y, min_y = load_array_split(filename, '$') return Y, seq_len_Y, max_y, min_y before_func = { # TM 'jacksoncore_6': load_M1_before, 'compress_30': load_M2_before, 'csv_14': load_M3_before, 'time_3_addYears': load_M4_before, 'time_3_addMonths': load_M5_before, 'time_3_addWeeks': load_M6_before, 'time_3_addDays': load_M7_before, 'time_3_add': load_M8_before, 'time_14_minusMonths': load_M9_before, 'time_14_plusMonths': load_M10_before, 'csv_3': load_M11_before, 'lang_21': load_M12_before, 'io_18': load_M13_before, 'shiro_web_3': load_M14_before, 'johnzon_core_2': load_M15_before, 'compress_39': load_M16_before, 'mockito_6': load_M17_before, 'geometry_core_3': load_M18_before, 'math_15': load_M19_before, 'codec_15': load_M20_before, 'codec_3': load_M21_before, 'compress_40': load_M22_before, 'io_25': load_M23_before, # MM 'getPackageName': load_getPackageName_before, 'getSignificand': load_getSignificand_before, 'firstCharOnlyToUpper': load_firstCharOnlyToUpper_before, 'compare': load_compare_before, 'repeat': load_repeat_before, 'integerToRoman': load_integerToRoman_before, 'convert': load_convert_before, 'decimalToHex': load_decimalToHex_before, 'absVal': load_absVal_before, 'sumOfDigits': load_sumOfDigits_before, 'isPalindrome': load_isPalindrome_before, 'toUpperCase': load_toUpperCase_before, 'isAlphabetical': load_isAlphabetical_before, 'ceil': load_ceil_before, 'floor': load_floor_before, 'max': load_max_before, 'strToBcd': load_strToBcd_before, 'ascToBcd': load_ascToBcd_before, 'isFormatLetter': load_isFormatLetter_before, 'isValidPort': load_isValidPort_before, 'isInner': load_isInner_before, 'isHexChar': load_isHexChar_before, 'getStart': load_getStart_before, 'getEndByStart': load_getEndByStart_before, 'reverseWithSwaps': load_reverseWithSwaps_before, 'reverseWithXOR': load_reverseWithXOR_before, 'isDigit': load_isDigit_before, 'next': load_next_before, 'previous': load_previous_before, 'isOutOfBounds': load_isOutOfBounds_before, 'patch': load_patch_before, 'chars': load_chars_before, 'isUpperCase': load_isUpperCase_before, 'isLowerCase': load_isLowerCase_before, 'reverse': load_reverse_before, 'lowerFirst': load_lowerFirst_before, 'swapCase': load_swapCase_before, 'formatNumber': load_formatNumber_before, 'formatEscapeCharsForListing': load_formatEscapeCharsForListing_before, 'checkPositive': load_checkPositive_before, 'checkPositiveOrZero': load_checkPositiveOrZero_before, 'checkLessThan': load_checkLessThan_before, 'createFixedSizeStripedCounterV6': load_createFixedSizeStripedCounterV6_before, 'createFixedSizeStripedCounterV8': load_createFixedSizeStripedCounterV8_before, 'longValue': load_longValue_before, 'add': load_add_before, 'set': load_set_before, 'PaddedAtomicLong': load_PaddedAtomicLong_before, 'requirePositive': load_requirePositive_before, 'requireInRange': load_requireInRange_before, 'requireNegative': load_requireNegative_before, 'lowerCase': load_lowerCase_before, 'isWord': load_isWord_before, 'isOneByte': load_isOneByte_before, 'isTwoBytes': load_isTwoBytes_before, 'isNotTrailingByte': load_isNotTrailingByte_before, 'trailingByteValue': load_trailingByteValue_before, 'CommonResult': load_CommonResult_before, 'validateFailed': load_validateFailed_before, 'failed': load_failed_before, 'escapeTags': load_escapeTags_before, 'addText': load_addText_before, 'slashify': load_slashify_before, 'setPattern': load_setPattern_before, 'isTextual': load_isTextual_before, 'add_flink': load_add_flink_before, 'merge': load_merge_before, 'reduce': load_reduce_before, 'getAgeType': load_getAgeType_before, 'of': load_of_before, 'error': load_error_before, 'ProductCategory': load_ProductCategory_before, 'CartDTO': load_CartDTO_before, 'min': load_min_before, 'maxOfKnowledge': load_maxOfKnowledge_before, 'count': load_count_before, 'trimUni': load_trimUni_before, 'stripIsbnSeparator': load_stripIsbnSeparator_before, 'toASCII': load_toASCII_before, 'trimRegexSlashes': load_trimRegexSlashes_before, 'rCnt': load_rCnt_before, 'mCnt': load_mCnt_before, 'escapeEncode': load_escapeEncode_before, 'escapeDecode': load_escapeDecode_before, 'makeUniqueKey': load_makeUniqueKey_before, 'append': load_append_before, 'encode': load_encode_before, 'unquote': load_unquote_before, 'unescape': load_unescape_before, 'determinePath': load_determinePath_before, 'determinePort': load_determinePort_before, 'Address': load_Address_before, 'increment': load_increment_before, 'setUserInfo': load_setUserInfo_before, 'ProxyHandshaker': load_ProxyHandshaker_before, 'isDotDirective': load_isDotDirective_before, 'calculateDigits': load_calculateDigits_before, 'calculateDigitSum': load_calculateDigitSum_before, 'toOpcodeName': load_toOpcodeName_before, 'parseMaxWindowBits': load_parseMaxWindowBits_before } after_func = { # TM 'jacksoncore_6': load_M1_after, 'compress_30': load_M2_after, 'csv_14': load_M3_after, 'time_3_addYears': load_M4_after, 'time_3_addMonths': load_M5_after, 'time_3_addWeeks': load_M6_after, 'time_3_addDays': load_M7_after, 'time_3_add': load_M8_after, 'time_14_minusMonths': load_M9_after, 'time_14_plusMonths': load_M10_after, 'csv_3': load_M11_after, 'lang_21': load_M12_after, 'io_18': load_M13_after, 'shiro_web_3': load_M14_after, 'johnzon_core_2': load_M15_after, 'compress_39': load_M16_after, 'mockito_6': load_M17_after, 'geometry_core_3': load_M18_after, 'math_15': load_M19_after, 'codec_15': load_M20_after, 'codec_3': load_M21_after, 'compress_40': load_M22_after, 'io_25': load_M23_after, # MM 'getPackageName': load_getPackageName_after, 'getSignificand': load_getSignificand_after, 'firstCharOnlyToUpper': load_firstCharOnlyToUpper_after, 'compare': load_compare_after, 'repeat': load_repeat_after, 'integerToRoman': load_integerToRoman_after, 'convert': load_convert_after, 'decimalToHex': load_decimalToHex_after, 'absVal': load_absVal_after, 'sumOfDigits': load_sumOfDigits_after, 'isPalindrome': load_isPalindrome_after, 'toUpperCase': load_toUpperCase_after, 'isAlphabetical': load_isAlphabetical_after, 'ceil': load_ceil_after, 'floor': load_floor_after, 'max': load_max_after, 'strToBcd': load_strToBcd_after, 'ascToBcd': load_ascToBcd_after, 'isValidPort': load_isValidPort_after, 'isFormatLetter': load_isFormatLetter_after, 'isInner': load_isInner_after, 'isHexChar': load_isHexChar_after, 'getStart': load_getStart_after, 'getEndByStart': load_getEndByStart_after, 'reverseWithSwaps': load_reverseWithSwaps_after, 'reverseWithXOR': load_reverseWithXOR_after, 'isDigit': load_isDigit_after, 'next': load_next_after, 'previous': load_previous_after, 'isOutOfBounds': load_isOutOfBounds_after, 'patch': load_patch_after, 'chars': load_chars_after, 'isUpperCase': load_isUpperCase_after, 'isLowerCase': load_isLowerCase_after, 'reverse': load_reverse_after, 'lowerFirst': load_lowerFirst_after, 'swapCase': load_swapCase_after, 'formatNumber': load_formatNumber_after, 'formatEscapeCharsForListing': load_formatEscapeCharsForListing_after, 'checkPositive': load_checkPositive_after, 'checkPositiveOrZero': load_checkPositiveOrZero_after, 'checkLessThan': load_checkLessThan_after, 'createFixedSizeStripedCounterV6': load_createFixedSizeStripedCounterV6_after, 'createFixedSizeStripedCounterV8': load_createFixedSizeStripedCounterV8_after, 'longValue': load_longValue_after, 'add': load_add_after, 'set': load_set_after, 'PaddedAtomicLong': load_PaddedAtomicLong_after, 'requirePositive': load_requirePositive_after, 'requireInRange': load_requireInRange_after, 'requireNegative': load_requireNegative_after, 'lowerCase': load_lowerCase_after, 'isWord': load_isWord_after, 'isOneByte': load_isOneByte_after, 'isTwoBytes': load_isTwoBytes_after, 'isNotTrailingByte': load_isNotTrailingByte_after, 'trailingByteValue': load_trailingByteValue_after, 'CommonResult': load_CommonResult_after, 'validateFailed': load_validateFailed_after, 'failed': load_failed_after, 'escapeTags': load_escapeTags_after, 'addText': load_addText_after, 'slashify': load_slashify_after, 'setPattern': load_setPattern_after, 'isTextual': load_isTextual_after, 'add_flink': load_add_flink_after, 'merge': load_merge_after, 'reduce': load_reduce_after, 'getAgeType': load_getAgeType_after, 'of': load_of_after, 'error': load_error_after, 'ProductCategory': load_ProductCategory_after, 'CartDTO': load_CartDTO_after, 'min': load_min_after, 'maxOfKnowledge': load_maxOfKnowledge_after, 'count': load_count_after, 'trimUni': load_trimUni_after, 'stripIsbnSeparator': load_stripIsbnSeparator_after, 'toASCII': load_toASCII_after, 'trimRegexSlashes': load_trimRegexSlashes_after, 'rCnt': load_rCnt_after, 'mCnt': load_mCnt_after, 'escapeEncode': load_escapeEncode_after, 'escapeDecode': load_escapeDecode_after, 'makeUniqueKey': load_makeUniqueKey_after, 'append': load_append_after, 'encode': load_encode_after, 'unquote': load_unquote_after, 'unescape': load_unescape_after, 'determinePath': load_determinePath_after, 'determinePort': load_determinePort_after, 'Address': load_Address_after, 'increment': load_increment_after, 'setUserInfo': load_setUserInfo_after, 'ProxyHandshaker': load_ProxyHandshaker_after, 'isDotDirective': load_isDotDirective_after, 'calculateDigits': load_calculateDigits_after, 'calculateDigitSum': load_calculateDigitSum_after, 'toOpcodeName': load_toOpcodeName_after, 'parseMaxWindowBits': load_parseMaxWindowBits_after }