Implementation in C of a new language L that's have the supports of the Booleans operands MODULO '%' and GREATER THAN '>'.

For more details, see the links bellows:

https://en.wikipedia.org/wiki/Language

https://en.wikipedia.org/wiki/Group_theory

https://en.wikipedia.org/wiki/MIPS_architecture

https://en.wikipedia.org/wiki/Assembly_language

https://en.wikipedia.org/wiki/Formal_language

https://en.m.wikipedia.org/wiki/LL_grammar

This implementation is done with C11.

You can check the LL(1) specification in these files:

• Grammar : Grammaire LL(1) perso
• Firsts : premier.csv
• Nexts: suivant.csv
• LL(1) table: Table LL(1) ok.csv

Do on a terminal prompt:

• To compile:

$ make all

• To archive in tar.gz:

$ make tape

• To archive in ZIP:

$ make ZIP

• lexically the source code file:

$ ./test_yylex -s "path-to-the-file-of-the-source-code.l"

$ ./test_yylex -s "path-to-the-file-of-the-source-code.l"

$ make clean

• To check and compile

$ make clean

• To check and compile

$ ./test_yylex -l "path-to-the-file-of-the-source-code.l"

• To check and compile lexically and syntactically the source code file:

$ ./test_yylex -s "path-to-the-file-of-the-source-code.l"

• To check and compile lexically and abstractly the source code file:

$ ./test_yylex -a "path-to-the-file-of-the-source-code.l"

• To check and compile lexically, abstractly and semantically the source code file :

$ ./test_yylex -t "path-to-the-file-of-the-source-code.l"

• To check and compile lexically, abstractly and semantically the source code file :

$ ./test_yylex -t "path-to-the-file-of-the-source-code.l"

• To check and compile lexically, abstractly, semantically and optimize the source code file to MIPS :

$ ./test_yylex -t "path-to-the-file-of-the-source-code.l"

• Mohamed ABDELNABI
• David KACHKOCH
• Sylvain SENE

There is a CC-BY-SA's license. It's an open source project.