MeasureSuiteCommandLine 0.3.0

Measure Code

Wrapper around MeasureSuite. In fact there are two wrappers. First a simple C command line interface, which allows you to pass C code and the corresponding asm block. The program then compiles automatically the needed shared library for MeasureSuite and runs it. This simple command line interface is then again wrapped in a python library which allows for an even easier usage.

Build:

Run:

git clone --recursive https://github.com/FloydZ/MeasureSuiteCommandLine
cd MeasureSuiteCommandLine
pip install -r requirements.txt
./build.sh

and that should do it. If you have nix install you can alternatively run:

git clone --recursive https://github.com/FloydZ/MeasureSuiteCommandLine
cd MeasureSuiteCommandLine
nix-shell

NOTE: currently the nix approach is broken, as the relative import from git via requirements is not possible.

C Interface

After you build the library a binary main is available in build. Use it like so:

./main "#include <stdint.h>
void add_two_numbers(uint64_t *o, const uint64_t *i0, const uint64_t *i1) { 
        *o = *i0 + *i1;
}" "mov rax, [rsi] 
add rax, [rdx] 
mov [rdi], rax
ret
"

After everything run successful you should see the output:

{
"stats":
  {
   "countA": 1,
   "countB": 1,
   "chunksA": 0,
   "chunksB": 0,
   "batchSize": 1,
   "numBatches": 1,
   "runtime": 0,
   "runOrder": "ba",
   "checkResult": true
   },
"times": [[-1,4792,1196],[798,-1,771]]
}

Python Wrapper:

c_code = "#include <stdint.h>\nvoid add_two_numbers(uint64_t *o, const uint64_t *i0, const uint64_t *i1) {\n  *o = *i0 + *i1;\n}\n"
asm_code = "TODO"
w = MS([c_code, asm_code])
d = w.run()
print(d)