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How to use get_file_size method in lisa
Best Python code snippet using lisa_python
test.py
Source:test.py 
...52 output_file = open(self.output_file, 'a')53 print(text)54 output_file.write(text + "\n")55 output_file.close()56 def get_file_size(self,file_name):57 '''58 Function to get the file size of a file with its name59 '''60 with open(file_name, 'r') as file_obj:61 line_count = 062 for line_count,_ in enumerate(file_obj):63 continue64 file_obj.close()65 return line_count+166 67 def test_invalid_dir(self):68 '''69 Testing for a non existing directory70 '''71 #testing non existent directory 72 self.redirect_output_store() 73 test_dir = "./x/"74 main.get_dir_file_details(test_dir) 75 self.redirect_output_normal() 76 self.print_test_output("Testing Non-Existing Directory:")77 assert self.output_obj.getvalue().strip() == 'Invalid Directory'78 79 #test for empty dir80 def test_empty_dir(self):81 '''82 Testing for a empty directory83 '''84 #testing empty directory85 self.redirect_output_store()86 test_dir = "./empty"87 os.makedirs(test_dir, exist_ok=True)88 main.get_dir_file_details(test_dir)89 self.redirect_output_normal() 90 self.print_test_output("Testing Empty Directory:")91 assert self.output_obj.getvalue().strip() == 'No Files Present in Directory'92 os.removedirs(test_dir)93 94 #test for single empty file95 def test_single_empty_file(self):96 '''97 Testing for a single empty file98 '''99 #testing empty directory100 self.redirect_output_store()101 test_dir = "./single-file-empty"102 # creatinga. directory with a file in it103 os.makedirs(test_dir, exist_ok=True)104 with open(os.path.join(test_dir,'file1.txt'), 'w') as file_object:105 file_object.close()106 main.get_dir_file_details(test_dir)107 self.redirect_output_normal() 108 self.print_test_output("Testing Single Empty File:")109 self.assertIn(os.path.join(test_dir,'file1.txt'), self.output_obj.getvalue().strip())110 #check number of lines = 1 for emptyfile111 #print(self.output_obj.getvalue().split(" ")[1].split("\n")[0].strip())112 assert int(self.output_obj.getvalue().split(" ")[1].split("\n")[0].strip()) == 1113 shutil.rmtree(test_dir)114 115 #test for multiple empty files116 def test_multiple_empty_file(self):117 '''118 Testing for a multiple empty files119 '''120 #testing empty directory121 self.redirect_output_store()122 test_dir = "./multiple-file-empty"123 # creating directory with a random number of files in it124 os.makedirs(test_dir, exist_ok=True)125 rand_file_num = random.randrange(2,10) 126 for i in range(1,rand_file_num):127 with open(os.path.join(test_dir,f'file_{i}.txt'), 'w') as file_object:128 file_object.close()129 main.get_dir_file_details(test_dir)130 self.redirect_output_normal() 131 self.print_test_output("Testing Multiple Empty Files:")132 self.assertIn(os.path.join(test_dir,'file_1.txt'), self.output_obj.getvalue().strip())133 #check number of lines = 1 for emptyfile134 #print(self.output_obj.getvalue().split(" ")[1].split("\n")[0].strip())135 assert int(self.output_obj.getvalue().split(" ")[1].split("\n")[0].strip()) == 1136 last_file_name = os.path.join(test_dir,f'file_{int(rand_file_num)-1}.txt')137 self.assertIn(last_file_name, self.output_obj.getvalue().strip())138 assert int(self.output_obj.getvalue().split(last_file_name)[1].split("\n")[0].strip()) == 1139 shutil.rmtree(test_dir)140 141 #test for multiple small files142 def test_multiple_small_files(self):143 '''144 Testing for a multiple empty files145 '''146 #testing empty directory147 self.redirect_output_store()148 test_dir = "./multiple-file-small"149 os.makedirs(test_dir, exist_ok=True)150 rand_file_num = random.randrange(2,10) 151 for i in range(1,rand_file_num):152 with open(os.path.join(test_dir,f'file_{i}.txt'), 'w') as file_object:153 for line_count in range(random.randrange(1000,5000)):154 file_object.write(f"test line{line_count}")155 file_object.write("\n")156 file_object.close()157 main.get_dir_file_details(test_dir)158 self.redirect_output_normal() 159 self.print_test_output("Testing Multiple Small Files:")160 # check the size of the first and the last file and check if it is present in output161 self.assertIn(os.path.join(test_dir,'file_1.txt'), self.output_obj.getvalue().strip())162 file_size = self.get_file_size(os.path.join(test_dir,'file_1.txt'))163 assert int(self.output_obj.getvalue().split(" ")[1].split("\n")[0].strip()) == file_size164 last_file_name = os.path.join(test_dir,f'file_{int(rand_file_num)-1}.txt')165 last_file_size = self.get_file_size(last_file_name)166 self.assertIn(last_file_name, self.output_obj.getvalue().strip())167 assert int(self.output_obj.getvalue().split(last_file_name)[1].split("\n")[0].strip()) == last_file_size168 shutil.rmtree(test_dir)169 #test for multiple large files170 def test_multiple_large_files(self):171 '''172 Testing for a multiple empty files173 '''174 #testing empty directory175 self.redirect_output_store()176 test_dir = "./multiple-large-small"177 os.makedirs(test_dir, exist_ok=True)178 rand_file_num = random.randrange(2,10) 179 for i in range(1,rand_file_num):180 with open(os.path.join(test_dir,f'file_{i}.txt'), 'w') as file_object:181 for line_count in range(random.randrange(10000,50000)):182 file_object.write(f"test line{line_count}")183 file_object.write("\n")184 file_object.close()185 main.get_dir_file_details(test_dir)186 self.redirect_output_normal() 187 self.print_test_output("Testing Multiple Large Files:")188 # check the size of the first and the last file and check if it is present in output189 self.assertIn(os.path.join(test_dir,'file_1.txt'), self.output_obj.getvalue().strip())190 #check number of lines = 1 for emptyfile191 #print(self.output_obj.getvalue().split(" ")[1].split("\n")[0].strip())192 file_size = self.get_file_size(os.path.join(test_dir,'file_1.txt'))193 assert int(self.output_obj.getvalue().split(" ")[1].split("\n")[0].strip()) == file_size194 last_file_name = os.path.join(test_dir,f'file_{int(rand_file_num)-1}.txt')195 last_file_size = self.get_file_size(last_file_name)196 self.assertIn(last_file_name, self.output_obj.getvalue().strip())197 assert int(self.output_obj.getvalue().split(last_file_name)[1].split("\n")[0].strip()) == last_file_size198 shutil.rmtree(test_dir)199 200 #test for multiple very large files201 def test_multiple_very_large_files(self):202 '''203 Testing for a multiple empty files204 '''205 #testing empty directory206 self.redirect_output_store()207 test_dir = "./multiple-very-large-small"208 os.makedirs(test_dir, exist_ok=True)209 rand_file_num = random.randrange(2,10) 210 for i in range(1,rand_file_num):211 with open(os.path.join(test_dir,f'file_{i}.txt'), 'w') as file_object:212 for line_count in range(random.randrange(1000000,5000000)):213 file_object.write(f"test line{line_count}")214 file_object.write("\n")215 file_object.close()216 main.get_dir_file_details(test_dir)217 self.redirect_output_normal() 218 self.print_test_output("Testing Multiple Very Large Files:")219 extension=".txt"220 filename = os.path.join(test_dir,f'file_1{extension}')221 self.assertIn(filename, self.output_obj.getvalue().strip())222 #check number of lines = 1 for emptyfile223 #print(self.output_obj.getvalue().split(" ")[1].split("\n")[0].strip())224 file_size = self.get_file_size(os.path.join(test_dir,'file_1.txt'))225 assert int(self.output_obj.getvalue().split(filename)[1].split("\n")[0].strip()) == file_size226 last_file_name = os.path.join(test_dir,f'file_{int(rand_file_num)-1}.txt')227 last_file_size = self.get_file_size(last_file_name)228 self.assertIn(last_file_name, self.output_obj.getvalue().strip())229 assert int(self.output_obj.getvalue().split(last_file_name)[1].split("\n")[0].strip()) == last_file_size230 shutil.rmtree(test_dir)231 232 #test for multiple small python files233 def test_multiple_small_python_files(self):234 '''235 Testing for a multiple small python files236 '''237 #testing empty directory238 self.redirect_output_store()239 test_dir = "./multiple-file-small-python"240 os.makedirs(test_dir, exist_ok=True)241 rand_file_num = random.randrange(2,20) 242 extension = ".py"243 for i in range(1,rand_file_num):244 with open(os.path.join(test_dir,f'file_{i}{extension}'), 'w') as file_object:245 for line_count in range(random.randrange(1000,5000)):246 file_object.write(f"test line{line_count}")247 file_object.write("\n")248 file_object.close()249 main.get_dir_file_details(test_dir, filename_extension=extension)250 self.redirect_output_normal() 251 self.print_test_output("Testing Multiple Small Python Files:")252 filename = os.path.join(test_dir,f'file_1{extension}')253 self.assertIn(filename, self.output_obj.getvalue().strip())254 #check number of lines = 1 for emptyfile255 #print(self.output_obj.getvalue().split(" ")[1].split("\n")[0].strip())256 file_size = self.get_file_size(os.path.join(test_dir,f'file_1{extension}'))257 assert int(self.output_obj.getvalue().split(filename)[1].split("\n")[0].strip()) == file_size258 last_file_name = os.path.join(test_dir,f'file_{int(rand_file_num)-1}{extension}')259 last_file_size = self.get_file_size(last_file_name)260 self.assertIn(last_file_name, self.output_obj.getvalue().strip())261 assert int(self.output_obj.getvalue().split(last_file_name)[1].split("\n")[0].strip()) == last_file_size262 shutil.rmtree(test_dir)263 264 #test for multiple small excel files265 def test_multiple_small_excel_files(self):266 '''267 Testing for a multiple small excel files268 '''269 #testing empty directory270 self.redirect_output_store()271 test_dir = "./multiple-file-small-excel"272 os.makedirs(test_dir, exist_ok=True)273 rand_file_num = random.randrange(2,30) 274 extension = ".xlsx"275 for i in range(1,rand_file_num):276 with open(os.path.join(test_dir,f'file_{i}{extension}'), 'w') as file_object:277 for line_count in range(random.randrange(1000,5000)):278 file_object.write(f"test line{line_count}")279 file_object.write("\n")280 file_object.close()281 main.get_dir_file_details(test_dir, filename_extension=extension)282 self.redirect_output_normal() 283 self.print_test_output("Testing Multiple Small Excel Files:")284 filename = os.path.join(test_dir,f'file_1{extension}')285 self.assertIn(filename, self.output_obj.getvalue().strip())286 #check number of lines = 1 for emptyfile287 #print(self.output_obj.getvalue().split(" ")[1].split("\n")[0].strip())288 file_size = self.get_file_size(os.path.join(test_dir,f'file_1{extension}'))289 assert int(self.output_obj.getvalue().split(filename)[1].split("\n")[0].strip()) == file_size290 last_file_name = os.path.join(test_dir,f'file_{int(rand_file_num)-1}{extension}')291 last_file_size = self.get_file_size(last_file_name)292 self.assertIn(last_file_name, self.output_obj.getvalue().strip())293 assert int(self.output_obj.getvalue().split(last_file_name)[1].split("\n")[0].strip()) == last_file_size294 shutil.rmtree(test_dir)295 296 #test for multiple small doc files297 def test_multiple_small_doc_files(self):298 '''299 Testing for a multiple small doc files300 '''301 #testing empty directory302 self.redirect_output_store()303 test_dir = "./multiple-file-small-doc"304 os.makedirs(test_dir, exist_ok=True)305 rand_file_num = random.randrange(2,30) 306 extension = ".docx"307 for i in range(1,rand_file_num):308 with open(os.path.join(test_dir,f'file_{i}{extension}'), 'w') as file_object:309 for line_count in range(random.randrange(1000,5000)):310 file_object.write(f"test line{line_count}")311 file_object.write("\n")312 file_object.close()313 main.get_dir_file_details(test_dir, filename_extension=extension)314 self.redirect_output_normal() 315 self.print_test_output("Testing Multiple Small Doc Files:")316 #self.print("output chekerrrr:")317 filename = os.path.join(test_dir,f'file_1{extension}')318 #self.print()319 self.assertIn(filename, self.output_obj.getvalue().strip())320 #check number of lines = 1 for emptyfile321 322 file_size = self.get_file_size(filename)323 assert int(self.output_obj.getvalue().split(filename)[1].split("\n")[0].strip()) == file_size324 last_file_name = os.path.join(test_dir,f'file_{int(rand_file_num)-1}{extension}')325 last_file_size = self.get_file_size(last_file_name)326 self.assertIn(last_file_name, self.output_obj.getvalue().strip())327 assert int(self.output_obj.getvalue().split(last_file_name)[1].split("\n")[0].strip()) == last_file_size328 shutil.rmtree(test_dir)329 #test for multiple empty files330 def test_non_existing_extension(self):331 '''332 Testing for a multiple empty files333 '''334 #testing empty directory335 self.redirect_output_store()336 test_dir = "./multiple-file-empty"337 os.makedirs(test_dir, exist_ok=True)338 rand_file_num = random.randrange(2,10) 339 for i in range(1,rand_file_num):340 with open(os.path.join(test_dir,'file_{i}.txt'), 'w') as file_object:341 file_object.close()342 main.get_dir_file_details(test_dir, filename_extension=".py")343 self.redirect_output_normal() 344 self.print_test_output("Testing Empty Directory:")345 assert self.output_obj.getvalue().strip() == 'No Files Present in Directory'346 shutil.rmtree(test_dir)347 def create_dirs(self, test_dir, count=4):348 '''349 Function to create multiple level directories using recursion350 '''351 os.makedirs(test_dir, exist_ok=True)352 rand_file_num = random.randrange(2,7)353 count = count+1354 for i in range(1,rand_file_num):355 random_number_dir = random.randint(19,820)356 if random_number_dir%2==0 and count<10:357 count = count+1358 self.create_dirs(os.path.join(test_dir, str(random_number_dir)), count)359 if count>10:360 return361 with open(os.path.join(test_dir,f'file_{i}.txt'), 'w') as file_object:362 if i%2 == 0:363 for line_count in range(random.randrange(1000,5000)):364 file_object.write(f"test line{line_count}")365 file_object.write("\n")366 file_object.close()367 #multiple level directories368 def test_multiple_level_directories(self):369 '''370 Testing for a multiple level directories371 '''372 #testing multiple directory levels373 self.redirect_output_store()374 test_dir = "./multiple-level-directory"375 self.create_dirs(test_dir, count=0)376 main.get_dir_file_details(test_dir, filename_extension=".py")377 self.redirect_output_normal() 378 self.print_test_output("Testing Multiple Level Directory:")379 file_name = self.output_obj.getvalue().strip().split(" ")[0]380 file_size = self.get_file_size(file_name)381 assert int(self.output_obj.getvalue().split(file_name)[1].split("\n")[0].strip()) == file_size382 shutil.rmtree(test_dir)383 ...
test_file_completeness.py
Source:test_file_completeness.py
...51 def test_requirements_exists(self):52 _file = ROOT_DIR.joinpath('requirements.txt')53 self.assertEqual(_file.exists(), True)54 self.assertEqual(_file.is_dir(), False)55 self.assertNotEqual(get_file_size(_file), 0)56 def test_license_exists(self):57 _file = ROOT_DIR.joinpath('LICENSE')58 self.assertEqual(_file.exists(), True)59 self.assertEqual(_file.is_dir(), False)60 self.assertNotEqual(get_file_size(_file), 0)61 def test_readme_exists(self):62 _file = ROOT_DIR.joinpath('README.md')63 self.assertEqual(_file.exists(), True)64 self.assertEqual(_file.is_dir(), False)65 self.assertNotEqual(get_file_size(_file), 0)66 def test_win_build_exists(self):67 _file = ROOT_DIR.joinpath('win_build.bat')68 self.assertEqual(_file.exists(), True)69 self.assertEqual(_file.is_dir(), False)70 self.assertNotEqual(get_file_size(_file), 0)71 def test_linux_build_exists(self):72 _file = ROOT_DIR.joinpath('linux_build.sh')73 self.assertEqual(_file.exists(), True)74 self.assertEqual(_file.is_dir(), False)75 self.assertNotEqual(get_file_size(_file), 0)76 def test_disclaimer_exists(self):77 _file = ROOT_DIR.joinpath('DISCLAIMER.md')78 self.assertEqual(_file.exists(), True)79 self.assertEqual(_file.is_dir(), False)80 self.assertNotEqual(get_file_size(_file), 0)81 def test_version_file_valid(self):82 _file = ROOT_DIR.joinpath('version')83 self.assertEqual(_file.exists(), True)84 self.assertEqual(_file.is_dir(), False)85 self.assertNotEqual(get_file_size(_file), 0)86 with open(_file, 'r') as f:87 ver = f.read()88 self.assertEqual(ver, get_app_version())89 self.assertEqual(type(version.parse(ver)), version.Version)90 def test_banner_valid(self):91 _file = ROOT_DIR.joinpath('assets', 'banner.png')92 self.assertEqual(_file.exists(), True)93 self.assertNotEqual(get_file_size(_file), 0)94 def test_code_of_conduct_valid(self):95 _file = ROOT_DIR.joinpath('.github', 'CODE_OF_CONDUCT.md')96 self.assertEqual(_file.exists(), True)97 self.assertNotEqual(get_file_size(_file), 0)98 def test_pull_request_template_valid(self):99 _file = ROOT_DIR.joinpath('.github', 'PULL_REQUEST_TEMPLATE.md')100 self.assertEqual(_file.exists(), True)101 self.assertNotEqual(get_file_size(_file), 0)102 def test_funding_valid(self):103 _file = ROOT_DIR.joinpath('.github', 'FUNDING.yml')104 self.assertEqual(_file.exists(), True)105 self.assertNotEqual(get_file_size(_file), 0)106 def test_workflows_valid(self):107 _file = ROOT_DIR.joinpath('.github', 'workflows', 'run-pytest.yml')108 self.assertEqual(_file.exists(), True)109 self.assertNotEqual(get_file_size(_file), 0)110 _file = ROOT_DIR.joinpath('.github', 'workflows', 'wgv-pyinstaller.yml')111 self.assertEqual(_file.exists(), True)112 self.assertNotEqual(get_file_size(_file), 0)113 _file = ROOT_DIR.joinpath('.github', 'workflows', 'labeler.yml')114 self.assertEqual(_file.exists(), True)115 self.assertNotEqual(get_file_size(_file), 0)116 def test_issue_template_valid(self):117 _file = ROOT_DIR.joinpath('.github', 'ISSUE_TEMPLATE', 'bug_report.md')118 self.assertEqual(_file.exists(), True)119 self.assertNotEqual(get_file_size(_file), 0)120 _file = ROOT_DIR.joinpath('.github', 'ISSUE_TEMPLATE', 'feature_request.md')121 self.assertEqual(_file.exists(), True)122 self.assertNotEqual(get_file_size(_file), 0)123if __name__ == '__main__':...
test_monitor.py
Source:test_monitor.py
1# coding: utf-82import unittest3from pytddmon import Monitor4class TestChangeDetection(unittest.TestCase):5 def _set_up_monitor(self):6 files = ['file']7 file_finder = lambda: files8 get_file_size = lambda x: 19 get_file_modification_time = lambda x: 110 monitor = Monitor(file_finder, get_file_size, get_file_modification_time)11 return files, monitor12 def test_modification_time_changed(self):13 files = ['file']14 file_finder = lambda: files15 get_file_size = lambda x: 116 modtime = [1]17 get_file_modification_time = lambda x: modtime[0]18 monitor = Monitor(file_finder, get_file_size, get_file_modification_time)19 modtime[0] = 220 change_detected = monitor.look_for_changes()21 assert change_detected22 def test_nothing_changed(self):23 files, monitor = self._set_up_monitor()24 change_detected = monitor.look_for_changes()25 assert not change_detected26 def test_adding_file(self):27 files, monitor = self._set_up_monitor()28 files.append('file2')29 change_detected = monitor.look_for_changes()30 assert change_detected31 def test_renaming_file(self):32 files, monitor = self._set_up_monitor()33 files[0] = 'renamed'34 change_detected = monitor.look_for_changes()35 assert change_detected36 def test_change_is_only_detected_once(self):37 files, monitor = self._set_up_monitor()38 files[0] = 'changed'39 change_detected = monitor.look_for_changes()40 change_detected = monitor.look_for_changes()41 assert not change_detected42 def test_file_size_changed(self):43 files = ['file']44 filesize = [1]45 file_finder = lambda: files46 get_file_size = lambda x: filesize[0]47 get_file_modification_time = lambda x: 148 monitor = Monitor(file_finder, get_file_size, get_file_modification_time)49 filesize[0] = 550 change_detected = monitor.look_for_changes()51 assert change_detected52 def test_file_order_does_not_matter(self):53 files = ['file', 'file2']54 file_finder = lambda: files55 get_file_size = lambda x: 156 get_file_modification_time = lambda x: 157 monitor = Monitor(file_finder, get_file_size, get_file_modification_time)58 files[:] = ['file2', 'file']59 change_detected = monitor.look_for_changes()60 assert not change_detected61if __name__ == '__main__':...
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