How to use test_long_name method in avocado

Best Python code snippet using avocado_python

StatTest.py

Source:StatTest.py

1from typing import Callable2from scipy import stats3from statannotations.stats.StatResult import StatResult4# Also example for how to add other functions5def wilcoxon(group_data1, group_data2, verbose=1, **stats_params):6    """7    This function provides the equivalent behavior from earlier versions of8    statannot/statannotations.9    """10    zero_method = stats_params.pop('zero_method', None)11    if zero_method is None:12        return stats.wilcoxon(group_data1, group_data2, **stats_params)13    if zero_method == "AUTO":14        zero_method = len(group_data1) <= 20 and "pratt" or "wilcox"15        if verbose >= 1:16            print("Using zero_method ", zero_method)17    return stats.wilcoxon(group_data1, group_data2,18                          zero_method=zero_method, **stats_params)19class StatTest:20    @staticmethod21    def from_library(test_name: str) -> 'StatTest':22        test = STATTEST_LIBRARY.get(test_name)23        if test is None:24            raise NotImplementedError(f"Test named {test_name} is not "25                                      f"implemented, or wrongly spelled")26        return test27    def __init__(self, func: Callable, test_long_name: str,28                 test_short_name: str, stat_name: str = "Stat",29                 alpha: float = 0.05, *args, **kwargs):30        """31        Wrapper for any statistical function to use with statannotations.32        The function must be callable with two 1D collections of data points as33        first and second arguments, can have any number of additional arguments34        , and must at least return, in order,35            a) a statistical value, and36            b) a pvalue.37        :param func:38            Function to be called39        :param test_long_name:40            Description to be used in results logging41        :param test_short_name:42            Text to be used on graph annotation to describe the test43        :param stat_name:44            Name of the statistic in results logging (t, W, F, etc)45        :param args46            Positional arguments to provide `func` at each call47        :param kwargs:48            Keyword arguments to provide `func` at each call49        """50        self._func = func51        self._test_long_name = test_long_name52        self._test_short_name = test_short_name53        self._stat_name = stat_name54        self._alpha = alpha55        self. args = args56        self.kwargs = kwargs57        self.__doc__ = (58            f"Wrapper for the function "59            f"'{func.__name__}', providing the attributes\n"60            f"    `test_long_name`: {test_long_name}\n"61            f"    `test_short_name`: {test_short_name} \n"62            f"------ Original function documentation ------ \n"63            f"{func.__doc__}")64    def __call__(self, group_data1, group_data2, alpha=0.05,65                 **stat_params):66        stat, pval = self._func(group_data1, group_data2, *self.args,67                                **{**self.kwargs, **stat_params})[:2]68        return StatResult(self._test_long_name, self._test_short_name,69                          self._stat_name, stat, pval, alpha=alpha)70    @property71    def short_name(self):72        return self._test_short_name73STATTEST_LIBRARY = {74    'Levene':           StatTest(stats.levene,75                                 'Levene test of variance', 'levene'),76    'Mann-Whitney':     StatTest(stats.mannwhitneyu,77                                 'Mann-Whitney-Wilcoxon test two-sided',78                                 'M.W.W.', 'U_stat', alternative='two-sided'),79    'Mann-Whitney-gt':  StatTest(stats.mannwhitneyu,80                                 'Mann-Whitney-Wilcoxon test greater',81                                 'M.W.W.', 'U_stat', alternative='greater'),82    'Mann-Whitney-ls':  StatTest(stats.mannwhitneyu,83                                 'Mann-Whitney-Wilcoxon test smaller',84                                 'M.W.W.', 'U_stat', alternative='less'),85    't-test_ind':       StatTest(stats.ttest_ind,86                                 't-test independent samples',87                                 't-test_ind', 't'),88    't-test_welch':     StatTest(stats.ttest_ind,89                                 'Welch\'s t-test independent samples',90                                 't-test_welch', 't', equal_var=False),91    't-test_paired':    StatTest(stats.ttest_rel,92                                 't-test paired samples', 't-test_rel', 't'),93    'Wilcoxon':         StatTest(stats.wilcoxon,94                                 'Wilcoxon test (paired samples)', 'Wilcoxon'),95    'Wilcoxon-legacy':  StatTest(wilcoxon,96                                 'Wilcoxon test (paired samples)', 'Wilcoxon'),97    'Kruskal':          StatTest(stats.kruskal,98                                 'Kruskal-Wallis paired samples', 'Kruskal')...

test_path_operators.py

Source:test_path_operators.py

1from pathlib import Path2from poif.tests import get_temp_path3from poif.utils import files_by_extension, get_extension_from_path, get_file_name_from_path, is_more_populated4def test_get_extension():5    f1 = Path("/test/dataset/file.jpg")6    f2 = Path("/hello/home/test_long_name.png")7    assert get_extension_from_path(f1) == "jpg"8    assert get_extension_from_path(f2) == "png"9def test_get_filename():10    f1 = Path("/test/dataset/file.jpg")11    f2 = Path("/hello/home/test_long_name.png")12    assert get_file_name_from_path(f1) == "file"13    assert get_file_name_from_path(f2) == "test_long_name"14def test_extension_bins():15    temp_path = get_temp_path(prefix="test_extension_bins")16    jpg_files = [f"{i}.jpg" for i in range(10)]17    png_files = [f"{i}.png" for i in range(10)]18    exif_files = [f"{i}.exif" for i in range(10)]19    all_files = jpg_files + png_files + exif_files20    for file in all_files:21        (temp_path / file).touch()22    extension_bins = files_by_extension(temp_path)23    assert len(extension_bins["jpg"]) == 1024    assert len(extension_bins["png"]) == 1025    assert len(extension_bins["exif"]) == 1026    assert set(extension_bins["jpg"]) == {temp_path / jpg_file for jpg_file in jpg_files}27    extension_bins = files_by_extension(temp_path, limit=20)28    assert len(extension_bins["jpg"]) == 1029    assert len(extension_bins["png"]) == 1030    assert len(extension_bins["exif"]) == 1031    limit = 232    extension_bins = files_by_extension(temp_path, limit=limit)33    assert len(extension_bins["jpg"]) == limit34    assert len(extension_bins["png"]) == limit35    assert len(extension_bins["exif"]) == limit36def test_is_more_populated():37    temp_path = get_temp_path(prefix="test_is_more_populated")38    jpg_files = [f"{i}.jpg" for i in range(10)]39    for file in jpg_files:40        (temp_path / file).touch()41    assert not is_more_populated(temp_path, 11)42    assert not is_more_populated(temp_path, 10)...

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