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heromesh.h: Contains structures, macros, and function and variables for
Free Hero Mesh, which can be used by multiple files.
game.c: The game play. The game behaviour is implemented in exec.c; this
one just handles the input and display, and solution replay, and any move
which is made calls exec.c to execute the mode. It contains one function
(locate_me) which is called by exec.c.
instruc,instruc.h,instruc.js: The "instruc" file contains a list of the
keywords and internal operator names used in the class definitions. Some
of these are only used internally, although most are available directly
as keywords. Many are also opcodes in the compiled P-code, although some
are only used as keywords, which are handled during class loading. The
instruc.js program generates instruc.h from instruc.
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heromesh.h: Contains structures, macros, and function and variables for
Free Hero Mesh, which can be used by multiple files.
game.c: The game play. The game behaviour is implemented in exec.c; this
one just handles the input and display, and solution replay, and any move
which is made calls exec.c to execute the mode. It contains one function
(locate_me) which is called by exec.c.
hash.c,hash.h: A set of functions for computing cryptographic hashes.
These functions can be used outside of Free Hero Mesh, too. If you want
to add new algorithms, use the multicodec table to assign the numbers.
(Currently they are not used for anything, but some planned features may
use it in future.)
instruc,instruc.h,instruc.js: The "instruc" file contains a list of the
keywords and internal operator names used in the class definitions. Some
of these are only used internally, although most are available directly
as keywords. Many are also opcodes in the compiled P-code, although some
are only used as keywords, which are handled during class loading. The
instruc.js program generates instruc.h from instruc.
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