Best Python code snippet using slash
tests.py
Source:tests.py
...45 'subplots': [True]46 }47 def bar_test(self, **kwargs):48 self._iplot(self.df, **kwargs)49 _generate_tests(TestIPlot, bar_test, 'bar', options)50def bar_row_input_argument_tests():51 options = {52 'kind': ['bar', 'barh'],53 'barmode': ['stack', 'overlay', 'group'],54 'bargap': [0.1],55 'subplots': [True]56 }57 def bar_row_test(self, **kwargs):58 self._iplot(self.df.ix[1], **kwargs)59 _generate_tests(TestIPlot, bar_row_test, 'bar_row', options)60def histogram_input_argument_tests():61 options = {62 'barmode': ['stack'],63 'bins': [20],64 'orientation': ['h', 'v'],65 'histnorm': ['probability','percent','density'],66 'subplots': [True],67 'line_color':['blue','#fa0']68 }69 def histogram_test(self, **kwargs):70 self._iplot(self.df, kind='histogram', **kwargs)71 _generate_tests(TestIPlot, histogram_test, 'histogram', options)72def heatmap_input_argument_tests():73 options = {}74 def heatmap_test(self, **kwargs):75 self._iplot(self.df, kind='heatmap', **kwargs)76 df=cf.datagen.heatmap()77 df.index=cf.pd.period_range('1/1/2016',periods=5)78 self._iplot(df,kind='heatmap', **kwargs)79 # df.iplot(kind='heatmap')80 _generate_tests(TestIPlot, heatmap_test, 'heatmap', options)81def box_input_argument_tests():82 options = {}83 def box_test(self, **kwargs):84 self._iplot(self.df, kind='box', **kwargs)85 _generate_tests(TestIPlot, box_test, 'box', options)86def area_plot_input_argument_tests():87 options = {88 'fill': [True],89 'opacity': [1],90 'kind': ['area']91 }92 def area_test(self, **kwargs):93 self._iplot(self.df, **kwargs)94 _generate_tests(TestIPlot, area_test, 'area', options)95def scatter_plot_input_argument_tests():96 options = {97 'x': ['x'],98 'y': ['y'],99 'mode': ['markers'],100 'symbol': ['circle-dot'],101 'colors': [['orange', 'teal']],102 'size': [10]103 }104 def scatter_test(self, **kwargs):105 self._iplot(self.df, **kwargs)106 _generate_tests(TestIPlot, scatter_test, 'scatter', options)107def bubble_chart_argument_tests():108 options = {109 'x': ['x'], 'y': ['y'], 'size': ['c']110 }111 def bubble_test(self, **kwargs):112 self._iplot(self.df, **kwargs)113 _generate_tests(TestIPlot, bubble_test, 'bubble', options)114def subplot_input_argument_tests():115 options = {116 'shape': [(3, 1)],117 'shared_xaxes': [True],118 'vertical_spacing': [0.02],119 'fill': [True],120 'subplot_titles': [True],121 'legend': [False]122 }123 def subplot_test(self, **kwargs):124 self._iplot(self.df, subplots=True, **kwargs)125 _generate_tests(TestIPlot, subplot_test, 'subplots', options)126def shape_input_argument_tests():127 df = cf.datagen.lines(3, columns=['a', 'b', 'c'])128 options = {129 'hline': [130 [2, 4],131 [dict(y=-1, color='blue', width=3),132 dict(y=1, color='pink', dash='dash')]],133 'vline': [['2015-02-10']],134 'hspan': [[(-1, 1), (2, 5)]],135 'vspan': [{136 'x0': '2015-02-15', 'x1': '2015-03-15',137 'color': 'teal', 'fill': True, 'opacity': .4}]138 }139 def shape_tests(self, **kwargs):140 self._iplot(df, **kwargs)141 _generate_tests(TestIPlot, shape_tests, 'shape', options)142# colors143def color_normalize_tests():144 c=dict([(k.lower(),v.upper()) for k,v in list(cf.cnames.items())])145 d={}146 for k,v in list(c.items()):147 assert_equals(v,cf.normalize(k).upper())148 return 2149# technical analysis150def ta_tests():151 df=cf.datagen.lines(1,500)152 studies=['sma']153 options = {154 'periods' : [14]155 }156 def ta_tests(self, studies, **kwargs):157 for study in studies:158 self._ta(df, study, **kwargs)159 _generate_tests(TestIPlot, ta_tests, 'ta', options)160def quant_figure_tests():161 df=cf.datagen.ohlc()162 qf=cf.QuantFig(df)163 qf.add_sma()164 qf.add_atr()165 qf.add_bollinger_bands()166 return qf.figure()167def bestfit():168 df = cf.datagen.scatter()169 df['x'] = np.random.randint(1, 20, df.shape[0])170 df['y'] = df['x']171 df = df[['x', 'y']]172 options = {173 'kind': ['scatter'],174 'bestfit': [True],175 }176 def bestfit(self, **kwargs):177 self._iplot(df, **kwargs)178 _generate_tests(TestIPlot, bestfit, 'bestfit', options)179# test generators180def _generate_tests(test_class, test_func, test_name, options):181 from itertools import chain, combinations, product182 def powerset(iterable):183 "powerset([1,2,3]) --> () (1,) (2,) (3,) (1,2) (1,3) (2,3) (1,2,3)"184 s = list(iterable)185 return chain.from_iterable(combinations(s, r)186 for r in range(len(s) + 1))187 key_value_tuple = {}188 for option, values in list(options.items()):189 key_value_tuple[option] = [(option, i) for i in values]190 for option_groups in powerset(key_value_tuple.values()):191 for input_kwargs in product(*option_groups):192 kwargs = {i[0]: i[1] for i in input_kwargs}193 setattr(194 test_class,...
twitter_preprocessor_tests.py
Source:twitter_preprocessor_tests.py
1import unittest2from twitter_preprocessor import TwitterPreprocessor3from tests.test_cases_generator import TestCasesGenerator4class Tests(unittest.TestCase):5 def _generate_tests(self, module: str, method: str):6 for test_case in getattr(TestCasesGenerator, module):7 text = getattr(TwitterPreprocessor(text=test_case['case']), method)().text8 self.assertEqual(test_case['expected'], text)9 def test_remove_urls(self):10 self._generate_tests('urls', 'remove_urls')11 def test_remove_punctuation(self):12 self._generate_tests(module='punctuation', method='remove_punctuation')13 def test_remove_mentions(self):14 self._generate_tests(module='mentions', method='remove_mentions')15 def test_remove_hashtags(self):16 self._generate_tests(module='hashtags', method='remove_hashtags')17 def test_remove_twitter_reserved_words(self):18 self._generate_tests(module='twitter_reserved_words', method='remove_twitter_reserved_words')19 def test_remove_single_letter_words(self):20 self._generate_tests(module='single_letter_words', method='remove_single_letter_words')21 def test_remove_blank_spaces(self):22 self._generate_tests(module='blank_spaces', method='remove_blank_spaces')23 def test_remove_stopwords(self):24 self._generate_tests(module='stopwords', method='remove_stopwords')25if __name__ == '__main__':...
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