Ejemplo n.º 1
0
def PythonRunner(Prog: str, In: str) -> str:
    """Run a program against input given
:param Prog:        Program to run
:param In:          Input data file name
:return:            Actual output file name
                    or Exception
"""
    with open(In) as fIn, tempf(prefix=basename(In) + ".",
                                dir=_ToDelete,
                                delete=False) as fOut:
        try:
            res = run([sys.executable, Prog],
                      stdin=fIn,
                      stdout=fOut,
                      stderr=PIPE,
                      timeout=TMOUT)
        except TimeoutExpired as E:
            res = CompletedProcess(E.args,
                                   -1,
                                   stderr=str(E).encode(errors='replace'))

        # TODO syntax error
    if res.returncode:
        return RuntimeError(res.stderr.decode(errors='replace'))
    return fOut.name
Ejemplo n.º 2
0
def py_runner(prog, infile):
    #print(f"Generate {prog} < {infile}")
    with open(infile) as fIn, tempf(prefix=bname(infile) + ".",
                                    delete=False) as fOut:
        _ToDelete.append(fOut)
        res = run([sys.executable, prog],
                  stdin=fIn,
                  stdout=fOut,
                  timeout=TMOUT)
    return fOut.name
Ejemplo n.º 3
0
def osable(code, data="", timeout=10):
    with tempf("w+", dir=codepath,
               suffix=".abe") as codef, tempf("w+",
                                              dir=codepath,
                                              suffix=".txt") as inpf:
        codef.write(code)
        inpf.write(data)
        codef.flush()
        inpf.flush()
        # If it fails, bubbles up TimeoutError + CalledProcessError
        codef.seek(0)
        output = subprocess.run(
            f'osabie "{codef.name}" < "{inpf.name}"',
            stdout=subprocess.PIPE,
            stderr=subprocess.PIPE,
            timeout=timeout,
            shell=True,
            encoding="UTF-8",
        )
    return output.stdout
Ejemplo n.º 4
0
def gitlabfile(url: str) -> str:
    """
    Download single file from GitLab
:param url: File URL
:return:    Temporary file name
    """
    # https://git.cs.msu.ru/gkuryachiy/prac/-/blob/master/checker/README.md
    # https://git.cs.msu.ru/gkuryachiy/prac/-/raw/master/checker/README.md?inline=false
    base, path = url.split("/-/")
    dpath = path.replace("blob/", "raw/") + "?inline=false"
    outf = tempf(suffix="." + basename(path), dir=_ToDelete, delete=False)
    with urllib.request.urlopen(base + "/-/" + dpath) as f:
        outf.write(f.read())
    outf.close()
    return outf.name
Ejemplo n.º 5
0
def githubfile(url: str) -> str:
    """
    Download single file from GitHub
:param url: File URL
:return:    Temporary file name
    """
    # https://github.com/cmc-python-dev/python2020/blob/master/README.md
    # https://raw.githubusercontent.com/cmc-python-dev/python2020/master/README.md
    durl = url.replace("/blob/", "/").replace("/github.com/",
                                              "/raw.githubusercontent.com/")
    print("##", durl)
    outf = tempf(suffix="." + basename(url), dir=_ToDelete, delete=False)
    with urllib.request.urlopen(durl) as f:
        outf.write(f.read())
    outf.close()
    return outf.name
    sys.exit(res)
Ejemplo n.º 6
0
def write_kmu(key, perm, target_addr, slot, snr):

    target_addr_offset = 0x00FF8400 + slot * 0x8
    perm_offset = 0x00FF8404 + slot * 0x8
    keyslot_offset = 0x00FF8800 + slot * 0x10
    select_offset = 0x50039500

    ih_nrf = ih()
    ih_nrf.frombytes(pack("<I", target_addr), offset = target_addr_offset)
    ih_nrf.frombytes(key, offset = keyslot_offset)

    run(["nrfjprog", "--snr", snr, "--memwr", str(select_offset), "--val", str(slot+1)]).check_returncode()
    with tempf(suffix = ".hex", buffering = 0) as f:
        ih_nrf.tofile(f.name, "hex")
        run(["nrfjprog", "--snr", snr, "--program", f.name]).check_returncode()

    run(["nrfjprog", "--snr", snr, "--memwr", str(perm_offset), "--val", str(perm)]).check_returncode()
    run(["nrfjprog", "--snr", snr, "--memwr", str(select_offset), "--val", str(0)]).check_returncode()