Exemple #1
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def export_marker(marker: Mapping[str, Iterable[Tuple[str, str]]],
                  fname: str,
                  defaultpath: Optional[bool] = True):
    """Export marker pairs to json-File.

    Parameters
    ----------
    marker
        Marker pairs as from :func:`~pypairs.pairs.sandbag`
    fname
        Name of the json-File in the writedir (see settings)
    defaultpath
        Use settings.writedir as root. Default: True
    """

    if defaultpath:
        fpath = settings.writedir + fname
    else:
        fpath = fname

    try:
        write_dict_to_json(marker, fpath)
        logg.hint("marker pairs written to: " + str(fpath))
    except IOError as e:
        msg = "could not write to {}.".format(fpath) + \
              "Please verify that the path exists and is writable. Or change `writedir` via `pypairs.settings.writedir`"
        logg.error(msg)
        logg.error(str(e))
Exemple #2
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def load_pandas(fname):
    """Load DataFrame or Series"""
    try:
        return pd.read_csv(fname, index_col=0)
    except OSError as e:
        logg.error("could not load cached files {}".format(fname))
        logg.error(str(e))
Exemple #3
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def save_pandas(fname, data):
    """Save DataFrame or Series"""
    if isinstance(data, DataFrame):
        try:
            data.to_csv(fname, header=True)
        except IOError as e:
            logg.warn("could not store cache to {}".format(fname))
            logg.warn(str(e))
    else:
        logg.error("could not save object, `data` must be DataFrame")
Exemple #4
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def load_marker(fname: str, defaultpath: Optional[bool] = True):
    """Export marker pairs to json-File.

    Parameters
    ----------
    fname
        Name of the json-File to write to
    defaultpath
        Use settings.writedir as root. Default: True
    """

    if defaultpath:
        fpath = settings.writedir + fname
    else:
        fpath = fname

    try:
        marker = read_dict_from_json(fpath)
    except IOError:
        logg.error(
            "could not read from {}.\n Please verify that the path exists and is writable."
            .format(fpath))
        return None

    if settings.verbosity > 2:
        count_total = 0
        count_str = []
        for m, p in marker.items():
            c = len(p)
            count_total += c
            count_str.append("\t{}: {}".format(m, c))

        logg.hint("loaded {} marker pairs".format(count_total))
        for s in count_str:
            logg.hint(s)

    return marker
Exemple #5
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def parallel_njit(func: Callable[[], Any],
                  jitted: Optional[bool] = True) -> Callable[[], Any]:
    """Dynamic decorator for jit-compiled functions.
    Adds parallel=True if settings.n_jobs > 1
    """
    if jitted is False or settings.enable_jit is False:
        logg.warn(
            'staring uncompiled processing. Should only be used for debug and testing!'
        )
        return func

    if settings.n_jobs > 1:
        if is_win32() is False:
            logg.hint('staring parallel processing with {} threads'.format(
                settings.n_jobs))
            return njit(func, parallel=True, fastmath=settings.enable_fastmath)
        else:
            logg.error(
                'n_jobs is set to {} but multiprocessing is not supported for your platform! '
                'falling back to single core... '.format(settings.n_jobs))
            return njit(func, fastmath=settings.enable_fastmath)
    else:
        logg.hint('staring processing with 1 thread')
        return njit(func, fastmath=settings.enable_fastmath)