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Mathematical Components

Assia Mahboubi; Enrico Tassi

Mathematical Components is the name of a library of formalized mathematics for the Coq
system. It covers a variety of topics, from the theory of basic data structures (e.g., numbers,
lists, finite sets) to advanced results in various flavors of algebra. This library constitutes
the infrastructure for the machine-checked proofs of the Four Color Theorem and
of the Odd Order Theorem.
The reason of existence of this book is to break down the barriers to entry. While there
are several books around covering the usage of the Coq system
and the theory it is based on, the Mathematical Components library
is built in an unconventional way. As a consequence, this book provides a non-standard
presentation of Coq, putting upfront the formalization choices and the proof style that
are the pillars of the library.
This books targets two classes of public. On the one hand, newcomers, even the more
mathematically inclined ones, find a soft introduction to the programming language of
Coq, Gallina, and the SSReflect proof language. On the other hand accustomed Coq
users find a substantial account of the formalization style that made the Mathematical
Components library possible.

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