14. A system of compilation comprising: a non-transitory storage device; a front-end component comprising: a scanner configured to scan one or more header files on a computing device into a tokenized form and to scan the tokenized form for one or more symbols and create one or more preprocessor symbol tables based upon the one or more symbols; a parser configured to parse the tokenized form on the computing device into one or more abstract syntax tree; and a serialization module configured to: create pre-parsed headers on the non-transitory storage device for the one or more header files by: serializing in a modular form the one or more abstract syntax trees to the storage device; serializing in a modular form the tokenized form to the storage device; and serializing in a modular form the one or more preprocessor symbol tables to the storage device; locate the pre-parsed headers from the storage device based upon directives in one or more source files; and deserialize the one or more abstract syntax trees from the pre-parsed headers on the computing device; and a back-end component configured to convert one or more source files into object code using the one or more abstract syntax trees loaded from the pre-parsed headers.
14. A system of compilation comprising: a non-transitory storage device; a front-end component comprising: a scanner configured to scan one or more header files on a computing device into a tokenized form and to scan the tokenized form for one or more symbols and create one or more preprocessor symbol tables based upon the one or more symbols; a parser configured to parse the tokenized form on the computing device into one or more abstract syntax tree; and a serialization module configured to: create pre-parsed headers on the non-transitory storage device for the one or more header files by: serializing in a modular form the one or more abstract syntax trees to the storage device; serializing in a modular form the tokenized form to the storage device; and serializing in a modular form the one or more preprocessor symbol tables to the storage device; locate the pre-parsed headers from the storage device based upon directives in one or more source files; and deserialize the one or more abstract syntax trees from the pre-parsed headers on the computing device; and a back-end component configured to convert one or more source files into object code using the one or more abstract syntax trees loaded from the pre-parsed headers. 18. The system of claim 14 , wherein the front-end component further comprises a verifier configured to freeze a symbol binding in the one or more header files.