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How to use get_files method in Airtest
Best Python code snippet using Airtest
cef_json_builder_test.py
Source:cef_json_builder_test.py 
...39 attribs[attrib_idx]['date_str'],40 attribs[attrib_idx]['sha1'])41 # Failure should be expected when adding the same file multiple times with the same sha1.42 self.assertEqual(not shouldfail, result)43 # Return the result expected from get_files().44 return {45 'chromium_version': chromium_version,46 'sha1': attribs[attrib_idx]['sha1'],47 'name': name,48 'platform': platform,49 'last_modified': attribs[attrib_idx]['date_val'],50 'cef_version': version,51 'type': type,52 'size': attribs[attrib_idx]['size']53 }54 # Test with no file contents.55 def test_empty(self):56 builder = cef_json_builder()57 self._verify_write_read(builder)58 files = builder.get_files()59 self.assertEqual(len(files), 0)60 # Test add/get of a single file with the specified type.61 def _test_add_file(self, type):62 builder = cef_json_builder()63 expected = self._add_test_file(builder, type=type)64 self._verify_write_read(builder)65 files = builder.get_files()66 self.assertEqual(len(files), 1)67 self.assertEqual(expected, files[0])68 # Test add/get of a standard type file.69 def test_add_standard_file(self):70 self._test_add_file('standard')71 # Test add/get of a minimal type file.72 def test_add_minimal_file(self):73 self._test_add_file('minimal')74 # Test add/get of a client type file.75 def test_add_client_file(self):76 self._test_add_file('client')77 # Test add/get of a debug_symbols type file.78 def test_add_debug_symbols_file(self):79 self._test_add_file('debug_symbols')80 # Test add/get of a release_symbols type file.81 def test_add_release_symbols_file(self):82 self._test_add_file('release_symbols')83 # Test get_files() behavior with a single file.84 def test_get_files_single(self):85 builder = cef_json_builder()86 # Specify all values just in case the defaults change.87 expected = self._add_test_file(builder,88 platform='linux32', version='3.2704.1414.g185cd6c', type='standard')89 # No filter.90 files = builder.get_files()91 self.assertEqual(len(files), 1)92 self.assertEqual(expected, files[0])93 # Platform filter.94 files = builder.get_files(platform='linux32')95 self.assertEqual(len(files), 1)96 self.assertEqual(expected, files[0])97 files = builder.get_files(platform='linux64')98 self.assertEqual(len(files), 0)99 # Version filter exact.100 files = builder.get_files(version='3.2704.1414.g185cd6c')101 self.assertEqual(len(files), 1)102 self.assertEqual(expected, files[0])103 # Version filter partial.104 files = builder.get_files(version='3.2704')105 self.assertEqual(len(files), 1)106 self.assertEqual(expected, files[0])107 files = builder.get_files(version='3.2623')108 self.assertEqual(len(files), 0)109 # Type filter.110 files = builder.get_files(type='standard')111 self.assertEqual(len(files), 1)112 self.assertEqual(expected, files[0])113 files = builder.get_files(type='client')114 self.assertEqual(len(files), 0)115 # All filters.116 files = builder.get_files(platform='linux32', version='3.2704', type='standard')117 self.assertEqual(len(files), 1)118 self.assertEqual(expected, files[0])119 files = builder.get_files(platform='linux32', version='3.2704', type='minimal')120 self.assertEqual(len(files), 0)121 files = builder.get_files(platform='linux32', version='3.2623', type='standard')122 self.assertEqual(len(files), 0)123 files = builder.get_files(platform='linux64', version='3.2704', type='standard')124 self.assertEqual(len(files), 0)125 # Test add/get of multiple files.126 def test_add_multiple_files(self):127 builder = cef_json_builder()128 expected = []129 platforms = cef_json_builder.get_platforms()130 versions = ['3.2704.1414.g185cd6c', '3.2704.1400.gde36543']131 types = cef_json_builder.get_distrib_types()132 for platform in platforms:133 for version in versions:134 for type in types:135 expected.append(self._add_test_file(builder, platform=platform, type=type, version=version))136 self._verify_write_read(builder)137 # No filter.138 files = builder.get_files()139 self.assertEqual(len(files), len(platforms) * len(versions) * len(types))140 # Version filter.141 files = builder.get_files(version=version)142 self.assertEqual(len(files), len(platforms) * len(types))143 # Type filter.144 files = builder.get_files(type='client')145 self.assertEqual(len(files), len(platforms) * len(versions))146 # Platform filter.147 files = builder.get_files(platform='windows32')148 self.assertEqual(len(files), len(types) * len(versions))149 # All filters.150 idx = 0151 for platform in platforms:152 for version in versions:153 for type in types:154 files = builder.get_files(platform=platform, type=type, version=version)155 self.assertEqual(len(files), 1)156 self.assertEqual(expected[idx], files[0])157 idx = idx + 1158 # Test add/get/replace of multiple files.159 def test_replace_all_files(self):160 builder = cef_json_builder()161 version = '3.2704.1414.g185cd6c'162 platforms = ['linux32', 'linux64']163 types = ['standard', 'minimal']164 # Initial file versions.165 for platform in platforms:166 for type in types:167 self._add_test_file(builder, platform=platform, type=type, version=version)168 # No filter.169 files = builder.get_files()170 self.assertEqual(len(files), len(platforms) * len(types))171 expected = []172 # Replace all file versions (due to new sha1).173 for platform in platforms:174 for type in types:175 expected.append(self._add_test_file(builder,176 platform=platform, type=type, version=version, attrib_idx=1))177 # No filter.178 files = builder.get_files()179 self.assertEqual(len(files), len(platforms) * len(types))180 # All filters.181 idx = 0182 for platform in platforms:183 for type in types:184 files = builder.get_files(platform=platform, type=type, version=version)185 self.assertEqual(len(files), 1)186 self.assertEqual(expected[idx], files[0])187 idx = idx + 1188 # Test add/get/no replace of multiple files.189 def test_replace_no_files(self):190 builder = cef_json_builder()191 version = '3.2704.1414.g185cd6c'192 platforms = ['linux32', 'linux64']193 types = ['standard', 'minimal']194 # Initial file versions.195 for platform in platforms:196 for type in types:197 self._add_test_file(builder, platform=platform, type=type, version=version)198 # No filter.199 files = builder.get_files()200 self.assertEqual(len(files), len(platforms) * len(types))201 expected = []202 # Replace no file versions (due to same sha1).203 for platform in platforms:204 for type in types:205 expected.append(self._add_test_file(builder,206 platform=platform, type=type, version=version, shouldfail=True))207 # No filter.208 files = builder.get_files()209 self.assertEqual(len(files), len(platforms) * len(types))210 # All filters.211 idx = 0212 for platform in platforms:213 for type in types:214 files = builder.get_files(platform=platform, type=type, version=version)215 self.assertEqual(len(files), 1)216 self.assertEqual(expected[idx], files[0])217 idx = idx + 1218 # Test Chromium version.219 def test_chromium_version(self):220 builder = cef_json_builder()221 self.assertTrue(builder.is_valid_chromium_version('master'))222 self.assertTrue(builder.is_valid_chromium_version('49.0.2704.0'))223 self.assertTrue(builder.is_valid_chromium_version('49.0.2704.50'))224 self.assertTrue(builder.is_valid_chromium_version('49.0.2704.100'))225 self.assertFalse(builder.is_valid_chromium_version(None))226 self.assertFalse(builder.is_valid_chromium_version('09.0.2704.50'))227 self.assertFalse(builder.is_valid_chromium_version('00.0.0000.00'))228 self.assertFalse(builder.is_valid_chromium_version('foobar'))...
test_alignment.py
Source:test_alignment.py
...10 f"{MINI_ESGF_MASTER_DIR}/test_data/badc/cmip5/data/cmip5/output1/MOHC/HadGEM2-ES/historical/mon/atmos/Amon"11 f"/r1i1p1/latest/tas/*.nc"12 )13 @pytest.fixture14 def get_files(self, load_test_data):15 test_paths = sorted(glob.glob(self.test_path))16 return test_paths17 # actual range in files is 185912-20051118 def test_no_subset(self, get_files):19 inputs = {}20 sac = SubsetAlignmentChecker(get_files, inputs)21 assert sac.is_aligned is True22 assert sac.aligned_files == get_files23 def test_area_subset(self, get_files):24 inputs = {"area": "0.,49.,10.,65"}25 sac = SubsetAlignmentChecker(get_files, inputs)26 assert sac.is_aligned is False27 assert sac.aligned_files == []28 def test_time_subset_no_match(self, get_files):29 inputs = {"time": "1886-01/1930-11"}30 sac = SubsetAlignmentChecker(get_files, inputs)31 assert sac.is_aligned is False32 assert sac.aligned_files == []33 def test_time_subset_one_match(self, get_files):34 inputs = {"time": "1886-01/1984-11"}35 sac = SubsetAlignmentChecker(get_files, inputs)36 assert sac.is_aligned is False37 assert sac.aligned_files == []38 def test_time_subset_match(self, get_files):39 inputs = {"time": "1859-12/2005-11"}40 # start defaults to 1st of month41 # end defaults to 30th of month42 # the start and end day of dataset is 16th so this results in a requested time range outside of the actual range43 # so this is aligned.44 sac = SubsetAlignmentChecker(get_files, inputs)45 assert sac.is_aligned is True46 assert sac.aligned_files == get_files47class TestYearMonthDay1200:48 """Tests with year month and day for dataset with a 12:00:00 time step"""49 test_path = (50 f"{MINI_ESGF_MASTER_DIR}/test_data/gws/nopw/j04/cp4cds1_vol1/data/c3s-cmip5/output1/ICHEC/"51 f"EC-EARTH/historical/day/atmos/day/r1i1p1/tas/v20131231/*.nc"52 )53 # Actual range in files is: 18500101-2009113054 @pytest.fixture55 def get_files(self, load_test_data):56 test_paths = sorted(glob.glob(self.test_path))57 return test_paths58 def test_no_subset(self, get_files):59 inputs = {}60 sac = SubsetAlignmentChecker(get_files, inputs)61 assert sac.is_aligned is True62 assert sac.aligned_files == get_files63 def test_area_subset(self, get_files):64 inputs = {"area": "0.,49.,10.,65"}65 sac = SubsetAlignmentChecker(get_files, inputs)66 assert sac.is_aligned is False67 assert sac.aligned_files == []68 def test_time_subset_no_match(self, get_files):69 inputs = {"time": "1886-01-01/1930-11-01"}70 sac = SubsetAlignmentChecker(get_files, inputs)71 assert sac.is_aligned is False72 assert sac.aligned_files == []73 def test_time_subset_one_match(self, get_files):74 inputs = {"time": "1900-01-01/1930-11-01"}75 sac = SubsetAlignmentChecker(get_files, inputs)76 assert sac.is_aligned is False77 assert sac.aligned_files == []78 def test_time_subset_matches_one_file(self, get_files):79 inputs = {"time": "1900-01-01T12:00:00/1909-12-31T12:00:00"}80 sac = SubsetAlignmentChecker(get_files, inputs)81 assert sac.is_aligned is True82 assert sac.aligned_files == [83 f"{MINI_ESGF_MASTER_DIR}/test_data/gws/nopw/j04/cp4cds1_vol1/data/c3s-cmip5"84 f"/output1/ICHEC/EC-EARTH/historical/day/atmos/day/r1i1p1/tas/v20131231"85 f"/tas_day_EC-EARTH_historical_r1i1p1_19000101-19091231.nc"86 ]87 def test_time_subset_matches_exact_range_excluding_hour(self, get_files):88 """Tests alignment of full dataset where:89 - Real range: 18500101-2009113090 - Start: 18500101 (exact start)91 - End: 20091130 (exact end)92 """93 inputs = {"time": "1850-01-01/2009-11-30"}94 sac = SubsetAlignmentChecker(get_files, inputs)95 assert sac.is_aligned is True96 assert sac.aligned_files == get_files97 def test_time_subset_matches_before_to_end(self, get_files):98 """Tests alignment of full dataset where:99 - Real range: 18500101-20091130100 - Start: 17000101 (before)101 - End: 20091130T12:00:00 (exact end)102 """103 inputs = {"time": "1700-01-01/2009-11-30T12:00:00"}104 sac = SubsetAlignmentChecker(get_files, inputs)105 assert sac.is_aligned is True106 assert sac.aligned_files == get_files107 def test_time_subset_matches_start_to_after(self, get_files):108 """Tests alignment of full dataset where:109 - Real range: 18500101-20091130110 - Start: 18500101T12:00:00 (exact start)111 - End: 29991230 (after)112 """113 inputs = {"time": "1850-01-01T12:00:00/2999-12-30"}114 sac = SubsetAlignmentChecker(get_files, inputs)115 assert sac.is_aligned is True116 assert sac.aligned_files == get_files117 def test_time_subset_matches_before_to_after(self, get_files):118 """Tests alignment of full dataset where:119 - Real range: 18500101-20091130120 - Start: 17000101 (before)121 - End: 29991230 (after)122 """123 inputs = {"time": "1700-01-01/2999-12-30"}124 sac = SubsetAlignmentChecker(get_files, inputs)125 assert sac.is_aligned is True126 assert sac.aligned_files == get_files127 def test_time_subset_matches_including_hour(self, get_files):128 """Tests alignment of full dataset where:129 - Real range: 1850-01-01T12:00:00 to 2009-11-30T12:00:00130 - Start: 1850-01-01T12:00:00 (exact start)131 - End: 2009-11-30T12:00:00 (exact end)132 """133 inputs = {"time": "1850-01-01T12:00:00/2009-11-30T12:00:00"}134 sac = SubsetAlignmentChecker(get_files, inputs)135 assert sac.is_aligned is True136 assert sac.aligned_files == get_files137 def test_time_subset_no_match_including_hour(self, get_files):138 """Tests not aligned when time not aligned with file:139 - Real range: 1850-01-01T12:00:00 to 2009-11-30T12:00:00140 - Start: 1850-01-01T14:00:00 (start)141 - End: 2009-11-30T12:00:00 (exact end)142 """143 inputs = {"time": "1850-01-01T14:00:00/2009-11-30T12:00:00"}144 sac = SubsetAlignmentChecker(get_files, inputs)145 assert sac.is_aligned is False146 assert sac.aligned_files == []147class TestYearMonthDay0000:148 """Tests with year month and day for dataset with a 00:00:00 time step"""149 test_path = (150 f"{MINI_ESGF_MASTER_DIR}/test_data/badc/cmip5/data/cmip5/output1/MOHC/HadGEM2-ES/historical/mon/atmos/Amon"151 f"/r1i1p1/latest/tas/*.nc"152 )153 @pytest.fixture154 def get_files(self, load_test_data):155 test_paths = sorted(glob.glob(self.test_path))156 return test_paths157 # actual range in files is 185912-200511158 def test_time_subset_matches_no_hour(self, get_files):159 """Tests alignment of full dataset where:160 - Real range: 1859-12-16T00:00:00 to 2005-11-16T00:00:00161 - Start: 1859-12-16 (start without hour)162 - End: 2005-11-16 (end without hour)163 """164 inputs = {"time": "1859-12-16/2005-11-16"}165 sac = SubsetAlignmentChecker(get_files, inputs)166 # aligns because default is timestamp of 00:00:00 if not provided167 assert sac.is_aligned is True168 assert sac.aligned_files == get_files...
merge_files.py
Source:merge_files.py
1import os2from os import listdir3from os.path import isfile, join4def get_files(file_path):5 only_files = [f for f in listdir(file_path) if isfile(join(file_path, f))]6 only_files = [os.path.join(file_path, f) for f in only_files]7 return only_files8def get_folders(folder_path):9 only_folders = [f for f in listdir(folder_path) if not isfile(join(folder_path, f))]10 only_folders = [os.path.join(folder_path, f) for f in only_folders]11 return only_folders 12def remove_files(folder_path):13 all_crawled_folders = get_folders(folder_path)14 for folder in all_crawled_folders:15 all_files = get_files(folder)16 for file_item in all_files:17 if 'parsed_' in file_item:18 os.remove(file_item)19def read_file_lines(file_to_read):20 with open(file_to_read, 'r') as myfile:21 return myfile.readlines()22def write_file(file_name, lines_to_write):23 f = open(file_name, 'w')24 for line in lines_to_write:25 f.write(line) 26extracted_feature_files_1 = '/mnt/drive/work/features_1/'27extracted_feature_files_2 = '/mnt/drive/work/features_2/'28extracted_feature_files_3 = '/mnt/drive/work/features_3/'29extracted_feature_files_4 = '/mnt/drive/work/features_4/'30extracted_feature_files_5 = '/mnt/drive/work/features_5/'31extracted_feature_files_6 = '/mnt/drive/work/features_6/'32extracted_feature_files_7 = '/mnt/drive/work/features_7/'33extracted_feature_files_8 = '/mnt/drive/work/features_8/'34extracted_feature_files_9 = '/mnt/drive/work/features_9/'35extracted_feature_files_10 = '/mnt/drive/work/features_10/'36extracted_feature_files_11 = '/mnt/drive/work/features_11/'37extracted_feature_files_12 = '/mnt/drive/work/features_12/'38feature_data_files_entries = get_files(extracted_feature_files_1) +\39 get_files(extracted_feature_files_2) +\40 get_files(extracted_feature_files_3) +\41 get_files(extracted_feature_files_4) +\42 get_files(extracted_feature_files_5) +\43 get_files(extracted_feature_files_6) +\44 get_files(extracted_feature_files_7) +\45 get_files(extracted_feature_files_8) +\46 get_files(extracted_feature_files_9) +\47 get_files(extracted_feature_files_10) +\48 get_files(extracted_feature_files_11) +\49 get_files(extracted_feature_files_12)50# feature_folder = '/mnt/drive/work/f_temp/'51all_feature_file = '/mnt/drive/work/unique_features_data.csv'52# all_files = get_files(feature_folder)53rows = []54unique_only = []55non_unique = []56for single_file in feature_data_files_entries:57 if single_file.split('/')[5] not in unique_only:58 rows += read_file_lines(single_file)59 unique_only.append(single_file.split('/')[5])60 else:61 non_unique.append(single_file)62write_file(all_feature_file, rows)63print len(unique_only)...
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