How to use test_coverage method in green

Best Python code snippet using green

SConscript

Source:SConscript Github

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1#2# Copyright (c) 2013 Juniper Networks, Inc. All rights reserved.3#4# -*- mode: python; -*-5Import('BuildEnv')6import sys7def MapBuildDir(list):8 return map(lambda x: '#/​' + Dir('.').path + '/​../​' + x, list)9env = BuildEnv.Clone()10sandesh_files = env.SConscript('sandesh/​SConscript', exports='BuildEnv', duplicate = 0)11except_env = env.Clone()12except_env.Prepend(CPPPATH = Dir('.').abspath)13env.CppDisableExceptions()14sandesh_files_ = []15for src in sandesh_files:16 objname = src.replace('.cpp', '.o')17 obj = env.Object(objname, 'sandesh/​' + src)18 sandesh_files_.append(obj)19xmpp_session = except_env.Object('xmpp_session.o', 'xmpp_session.cc')20xmpp_init = except_env.Object('xmpp_init.o', 'xmpp_init.cc')21libxmpp = env.Library('xmpp',22 [23 'xmpp_channel.cc',24 'xmpp_config.cc',25 'xmpp_connection.cc',26 'xmpp_connection_manager.cc',27 'xmpp_factory.cc',28 'xmpp_lifetime.cc',29 'xmpp_session',30 'xmpp_state_machine.cc',31 'xmpp_server.cc',32 'xmpp_client.cc',33 'xmpp_proto.cc',34 'xmpp_init',35 'xmpp_channel_mux.cc',36 ] + sandesh_files_ )37env.Prepend(LIBS=['sandesh', 'http_parser', 'curl', 'http',38 'io', 'ssl', 'pugixml', 'xml', 'boost_regex'])39if sys.platform != 'darwin':40 env.Append(LIBS=['rt'])41libs = MapBuildDir(['io'])42env.Append(LIBPATH=libs)43libs = MapBuildDir(['xml'])44env.Append(LIBPATH=libs)45libs = MapBuildDir(['schema'])46env.Append(LIBPATH=libs)47xmpp_include = '#/​' + Dir('.').path48env.Append(CPPPATH=xmpp_include)49env.Append(CPPPATH = [env['TOP'] + '/​bgp'])50env.Append(CPPPATH = [env['TOP'] + '/​io'])51xmppd = env.Program(target = 'xmppd',52 source = ['main.cc'])53xmpp_test_suite = env.SConscript('test/​SConscript',54 exports='BuildEnv', duplicate = 0)55def code_coverage(target, source, env):56 import shutil57 shutil.rmtree(target[0].path, ignore_errors = True)58 # lcov --base-directory $ROOT -- directory . --zerocounters -q59 import os60 os.system('lcov --base-directory . --directory ' + Dir('.').path +61 ' --zerocounters -q')62 # execute tests63 import subprocess64 ShEnv = {env['ENV_SHLIB_PATH']: 'build/​lib'}65 for test in xmpp_test_suite:66 cmd = test[0].path67 logfile = open(cmd + '.log', 'w')68 subprocess.call([cmd], stdout=logfile, env=ShEnv)69 # lcov --base-directory $ROOT -- directory . -c -o bgp_test.info70 os.system('lcov --base-directory . --directory ' + Dir('.').path +71 ' -c -o xmpp_test.info')72 # genhtml -o xmpp/​test_coverage xmpp_test.info73 os.system('genhtml -o ' + target[0].path +74 ' -t "test coverage" --num-spaces 4 xmpp_test.info')75if env['OPT'] == 'coverage':76 test_coverage = env.Command(Dir('test_coverage'), '', code_coverage)77 env.AlwaysBuild(test_coverage)...

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highlight_features.py

Source:highlight_features.py Github

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...29 prev_cov = cov_array[i-1]30 curr_cov = cov_array[ i ]31 next_cov = cov_array[i+1]32 # If we enter low-coverage region -- set `feature_start`33 if test_coverage(curr_cov) and not test_coverage(prev_cov):34 # Note that the start and end location numbering follow Python’s scheme,35 # thus a GenBank entry of 123..150 (one based counting)36 # becomes a location of [122:150] (zero based counting).37 feature_start = i # do not make it 1-based38 # end if39 # If we leave low-coverage region -- set `feature_end`40 if test_coverage(curr_cov) and not test_coverage(next_cov):41 feature_end = i + 1 # make it 1-based42 # Create new feature and append it to the list43 feature_list.append(44 SeqFeature(45 FeatureLocation(start=feature_start, end=feature_end),46 type='misc_feature',47 qualifiers={48 'label': coverage_label,49 'note': base_feature_note50 }51 )52 )53 # Reset54 feature_start = None...

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test_coverage_theshold.py

Source:test_coverage_theshold.py Github

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...14 thr_value: int = 715 cov_threshold: CoverageThreshold = CoverageThreshold(thr_value)16 assert cov_threshold.get_coverage() == thr_value17 assert cov_threshold.get_label() == f'coverage < {thr_value}'18 assert cov_threshold.test_coverage(thr_value - 1) == True19 assert cov_threshold.test_coverage(thr_value) == False20 assert cov_threshold.test_coverage(thr_value + 1) == False21 # end def test_valid_coverage22 def test_zero_coverage(self) -> None:23 thr_value: int = 024 cov_threshold: CoverageThreshold = CoverageThreshold(thr_value)25 assert cov_threshold.get_coverage() == thr_value26 assert cov_threshold.get_label() == 'zero coverage'27 assert cov_threshold.test_coverage(thr_value) == True28 assert cov_threshold.test_coverage(thr_value + 1) == False29 # end def test_valid_coverage...

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