Package: lsc-mentalblood
📦 LSC —  Logic Scheme to C compilerWhy use LSC?You can usethis web-based editorto create and export schemes ✏️Super-easy to integrate with any other logic schemes editor 🔌Results in logic expressions, so C compiler can easily optimize them 🎯Supports nesting 📁FeaturesWritten in Python 🐍Takes JSON logic schemes representations 👀Checks JSON representation for errors 🧐Requires only wires "from, to" description ➡️Works with nested schemes (i.e defined scheme can be used in other schemes in file as element) 📁Scheme tests can be provided ✔️High full (JSON - C - executable) compilation speed 🚀Installationpipinstalllsc-mentalbloodUsagepython-mlsc[-h]-iINPUT[-tTARGET]-l[LINK...]-oOUTPUTarguments:-i INPUT,--input INPUT– path to file with target function-t TARGET,--target TARGET– name of function to compile-l LINK,--link LINK– paths to (input files) / (directories containing input files) with required functions descriptions-o OUTPUT,--output OUTPUT– path to output fileAlso you can runpython-mlsc--helpExamplesXOR{"xor":{"wires":[{"from":"INPUT_2[1]","to":"NOT_2[1]"},{"from":"INPUT_1[1]","to":"NOT_1[1]"},{"from":"INPUT_1[1]","to":"OR_1[1]"},{"from":"INPUT_2[1]","to":"OR_1[2]"},{"from":"NOT_1[1]","to":"OR_2[1]"},{"from":"NOT_2[1]","to":"OR_2[2]"},{"from":"OR_1[1]","to":"AND_1[2]"},{"from":"AND_1[1]","to":"OUTPUT_1[1]"},{"from":"OR_2[1]","to":"AND_1[1]"}],"tests":[{"inputs":[0,0],"outputs":[0]},{"inputs":[1,1],"outputs":[0]},{"inputs":[1,0],"outputs":[1]},{"inputs":[0,1],"outputs":[1]}]}}command for compile:python-mlsc--inputlib\xor.json--targetxor--linklib--outputexample.coutput code:godbolt 📜Full bit adder{"sum":{"wires":[{"from":"INPUT_1[1]","to":"AND_1[1]"},{"from":"INPUT_1[1]","to":"AND_2[1]"},{"from":"INPUT_1[1]","to":"OR_3_1[1]"},{"from":"INPUT_1[1]","to":"AND_3_1[1]"},{"from":"INPUT_2[1]","to":"AND_1[2]"},{"from":"INPUT_2[1]","to":"AND_3[1]"},{"from":"INPUT_2[1]","to":"OR_3_1[2]"},{"from":"INPUT_2[1]","to":"AND_3_1[2]"},{"from":"INPUT_3[1]","to":"AND_2[2]"},{"from":"INPUT_3[1]","to":"AND_3[2]"},{"from":"INPUT_3[1]","to":"OR_3_1[3]"},{"from":"INPUT_3[1]","to":"AND_3_1[3]"},{"from":"AND_1[1]","to":"OR_3_2[1]"},{"from":"AND_2[1]","to":"OR_3_2[2]"},{"from":"AND_3[1]","to":"OR_3_2[3]"},{"from":"OR_3_2[1]","to":"OUTPUT_1[1]"},{"from":"OR_3_2[1]","to":"NOT_1[1]"},{"from":"NOT_1[1]","to":"AND_4[1]"},{"from":"OR_3_1[1]","to":"AND_4[2]"},{"from":"AND_4[1]","to":"OR_1[1]"},{"from":"AND_3_1[1]","to":"OR_1[2]"},{"from":"OR_1[1]","to":"OUTPUT_2[1]"}],"tests":[{"inputs":[0,0,0],"outputs":[0,0]},{"inputs":[0,0,1],"outputs":[0,1]},{"inputs":[0,1,0],"outputs":[0,1]},{"inputs":[1,0,0],"outputs":[0,1]},{"inputs":[0,1,1],"outputs":[1,0]},{"inputs":[1,1,0],"outputs":[1,0]},{"inputs":[1,0,1],"outputs":[1,0]},{"inputs":[1,1,1],"outputs":[1,1]}]}}command for compile:python-mlsc--inputlib\sum.json--targetsum--linklib--outputexample.coutput code:godbolt 📜Full 8bit adder (cascade){"sum_8":{"wires":[{"from":"INPUT_16[1]","to":"sum_1[1]"},{"from":"INPUT_8[1]","to":"sum_1[2]"},{"from":"INPUT_7[1]","to":"sum_2[2]"},{"from":"INPUT_15[1]","to":"sum_2[1]"},{"from":"INPUT_17[1]","to":"sum_1[3]"},{"from":"sum_1[1]","to":"sum_2[3]"},{"from":"INPUT_6[1]","to":"sum_3[2]"},{"from":"INPUT_14[1]","to":"sum_3[1]"},{"from":"sum_2[1]","to":"sum_3[3]"},{"from":"INPUT_5[1]","to":"sum_4[2]"},{"from":"sum_3[1]","to":"sum_4[3]"},{"from":"INPUT_1[1]","to":"sum_8[2]"},{"from":"INPUT_9[1]","to":"sum_8[1]"},{"from":"INPUT_2[1]","to":"sum_7[2]"},{"from":"INPUT_10[1]","to":"sum_7[1]"},{"from":"INPUT_11[1]","to":"sum_6[1]"},{"from":"INPUT_3[1]","to":"sum_6[2]"},{"from":"INPUT_12[1]","to":"sum_5[1]"},{"from":"INPUT_4[1]","to":"sum_5[2]"},{"from":"sum_4[1]","to":"sum_5[3]"},{"from":"sum_5[1]","to":"sum_6[3]"},{"from":"sum_6[1]","to":"sum_7[3]"},{"from":"sum_7[1]","to":"sum_8[3]"},{"from":"INPUT_13[1]","to":"sum_4[1]"},{"from":"sum_8[1]","to":"OUTPUT_1[1]"},{"from":"sum_8[2]","to":"OUTPUT_2[1]"},{"from":"sum_1[2]","to":"OUTPUT_9[1]"},{"from":"sum_2[2]","to":"OUTPUT_8[1]"},{"from":"sum_3[2]","to":"OUTPUT_7[1]"},{"from":"sum_4[2]","to":"OUTPUT_6[1]"},{"from":"sum_5[2]","to":"OUTPUT_5[1]"},{"from":"sum_6[2]","to":"OUTPUT_4[1]"},{"from":"sum_7[2]","to":"OUTPUT_3[1]"}],"tests":[{"inputs":[0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0],"outputs":[0,0,0,0,0,0,0,0,0]},{"inputs":[0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0],"outputs":[0,0,0,0,0,0,0,0,1]},{"inputs":[0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0],"outputs":[0,0,0,0,0,0,0,0,1]},{"inputs":[0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,1,0],"outputs":[0,0,0,0,0,0,0,1,0]},{"inputs":[0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0],"outputs":[0,0,0,0,0,0,0,1,0]},{"inputs":[0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0],"outputs":[0,0,0,0,0,0,0,1,0]},{"inputs":[0,0,0,0,0,0,1,0,0,0,0,0,0,0,1,0,0],"outputs":[0,0,0,0,0,0,1,0,0]}]}}command for compile:python-mlsc--inputlib\sum_8.json--targetsum_8--linklib--outputexample.coutput code:godbolt 📜