target stringlengths 20 113k | src_fm stringlengths 11 86.3k | src_fm_fc stringlengths 21 86.4k | src_fm_fc_co stringlengths 30 86.4k | src_fm_fc_ms stringlengths 42 86.8k | src_fm_fc_ms_ff stringlengths 43 86.8k |
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@Test void testGetMaxManifestFileSize() { Mockito.when(environment.getLong(ApplicationConfiguration.CFG_MAX_MANIFEST_SIZE, ApplicationConfiguration.DEFAULT_MAX_MANIFEST_SIZE)) .thenReturn(ApplicationConfiguration.DEFAULT_MAX_MANIFEST_SIZE); Assertions.assertEquals(ApplicationConfiguration.DEFAULT_MAX_MANIFEST_SIZE, con... | public Long getMaxManifestSize() { if (maxManifestSize == null) { maxManifestSize = getMaxManifestSizeFromEnvironment(); } return maxManifestSize; } | ApplicationConfiguration { public Long getMaxManifestSize() { if (maxManifestSize == null) { maxManifestSize = getMaxManifestSizeFromEnvironment(); } return maxManifestSize; } } | ApplicationConfiguration { public Long getMaxManifestSize() { if (maxManifestSize == null) { maxManifestSize = getMaxManifestSizeFromEnvironment(); } return maxManifestSize; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); } | ApplicationConfiguration { public Long getMaxManifestSize() { if (maxManifestSize == null) { maxManifestSize = getMaxManifestSizeFromEnvironment(); } return maxManifestSize; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); void load(); Map<String, String> getNotSensitiveVariable... | ApplicationConfiguration { public Long getMaxManifestSize() { if (maxManifestSize == null) { maxManifestSize = getMaxManifestSizeFromEnvironment(); } return maxManifestSize; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); void load(); Map<String, String> getNotSensitiveVariable... |
@Test void testGetMaxResourceFileSize() { Mockito.when(environment.getLong(ApplicationConfiguration.CFG_MAX_RESOURCE_FILE_SIZE, ApplicationConfiguration.DEFAULT_MAX_RESOURCE_FILE_SIZE)) .thenReturn(ApplicationConfiguration.DEFAULT_MAX_RESOURCE_FILE_SIZE); Assertions.assertEquals(ApplicationConfiguration.DEFAULT_MAX_RES... | public Long getMaxResourceFileSize() { if (maxResourceFileSize == null) { maxResourceFileSize = getMaxResourceFileSizeFromEnvironment(); } return maxResourceFileSize; } | ApplicationConfiguration { public Long getMaxResourceFileSize() { if (maxResourceFileSize == null) { maxResourceFileSize = getMaxResourceFileSizeFromEnvironment(); } return maxResourceFileSize; } } | ApplicationConfiguration { public Long getMaxResourceFileSize() { if (maxResourceFileSize == null) { maxResourceFileSize = getMaxResourceFileSizeFromEnvironment(); } return maxResourceFileSize; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); } | ApplicationConfiguration { public Long getMaxResourceFileSize() { if (maxResourceFileSize == null) { maxResourceFileSize = getMaxResourceFileSizeFromEnvironment(); } return maxResourceFileSize; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); void load(); Map<String, String> get... | ApplicationConfiguration { public Long getMaxResourceFileSize() { if (maxResourceFileSize == null) { maxResourceFileSize = getMaxResourceFileSizeFromEnvironment(); } return maxResourceFileSize; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); void load(); Map<String, String> get... |
@Test void testQueryByVersion() { addConfigurationEntries(List.of(CONFIGURATION_ENTRY_1, CONFIGURATION_ENTRY_2)); String version = ">3.0.0"; assertEquals(1, configurationEntryService.createQuery() .version(version) .list() .size()); } | public ConfigurationEntryQuery createQuery() { return new ConfigurationEntryQueryImpl(createEntityManager(), entryMapper); } | ConfigurationEntryService extends PersistenceService<ConfigurationEntry, ConfigurationEntryDto, Long> { public ConfigurationEntryQuery createQuery() { return new ConfigurationEntryQueryImpl(createEntityManager(), entryMapper); } } | ConfigurationEntryService extends PersistenceService<ConfigurationEntry, ConfigurationEntryDto, Long> { public ConfigurationEntryQuery createQuery() { return new ConfigurationEntryQueryImpl(createEntityManager(), entryMapper); } ConfigurationEntryService(EntityManagerFactory entityManagerFactory, ConfigurationEntryMapp... | ConfigurationEntryService extends PersistenceService<ConfigurationEntry, ConfigurationEntryDto, Long> { public ConfigurationEntryQuery createQuery() { return new ConfigurationEntryQueryImpl(createEntityManager(), entryMapper); } ConfigurationEntryService(EntityManagerFactory entityManagerFactory, ConfigurationEntryMapp... | ConfigurationEntryService extends PersistenceService<ConfigurationEntry, ConfigurationEntryDto, Long> { public ConfigurationEntryQuery createQuery() { return new ConfigurationEntryQueryImpl(createEntityManager(), entryMapper); } ConfigurationEntryService(EntityManagerFactory entityManagerFactory, ConfigurationEntryMapp... |
@Test void testConvertToDatabaseColumnWhenInputIsNull() { Assertions.assertEquals("", textAttributeConverter.convertToDatabaseColumn(null)); } | @Override public String convertToDatabaseColumn(String text) { if (text != null) { return StringUtils.abbreviate(text, MAX_STRING_LENGTH); } return ""; } | TextAttributeConverter implements AttributeConverter<String, String> { @Override public String convertToDatabaseColumn(String text) { if (text != null) { return StringUtils.abbreviate(text, MAX_STRING_LENGTH); } return ""; } } | TextAttributeConverter implements AttributeConverter<String, String> { @Override public String convertToDatabaseColumn(String text) { if (text != null) { return StringUtils.abbreviate(text, MAX_STRING_LENGTH); } return ""; } } | TextAttributeConverter implements AttributeConverter<String, String> { @Override public String convertToDatabaseColumn(String text) { if (text != null) { return StringUtils.abbreviate(text, MAX_STRING_LENGTH); } return ""; } @Override String convertToDatabaseColumn(String text); @Override String convertToEntityAttribu... | TextAttributeConverter implements AttributeConverter<String, String> { @Override public String convertToDatabaseColumn(String text) { if (text != null) { return StringUtils.abbreviate(text, MAX_STRING_LENGTH); } return ""; } @Override String convertToDatabaseColumn(String text); @Override String convertToEntityAttribu... |
@Test void testGetCronExpressionForOldData() { Mockito.when(environment.getString(ApplicationConfiguration.CFG_CRON_EXPRESSION_FOR_OLD_DATA)) .thenReturn(ApplicationConfiguration.DEFAULT_CRON_EXPRESSION_FOR_OLD_DATA); Assertions.assertEquals(ApplicationConfiguration.DEFAULT_CRON_EXPRESSION_FOR_OLD_DATA, configuration.g... | public String getCronExpressionForOldData() { if (cronExpressionForOldData == null) { cronExpressionForOldData = getCronExpressionForOldDataFromEnvironment(); } return cronExpressionForOldData; } | ApplicationConfiguration { public String getCronExpressionForOldData() { if (cronExpressionForOldData == null) { cronExpressionForOldData = getCronExpressionForOldDataFromEnvironment(); } return cronExpressionForOldData; } } | ApplicationConfiguration { public String getCronExpressionForOldData() { if (cronExpressionForOldData == null) { cronExpressionForOldData = getCronExpressionForOldDataFromEnvironment(); } return cronExpressionForOldData; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); } | ApplicationConfiguration { public String getCronExpressionForOldData() { if (cronExpressionForOldData == null) { cronExpressionForOldData = getCronExpressionForOldDataFromEnvironment(); } return cronExpressionForOldData; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); void load... | ApplicationConfiguration { public String getCronExpressionForOldData() { if (cronExpressionForOldData == null) { cronExpressionForOldData = getCronExpressionForOldDataFromEnvironment(); } return cronExpressionForOldData; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); void load... |
@Test void testGetMaxTtlForOldDataFromEnvironment() { Mockito.when(environment.getLong(ApplicationConfiguration.CFG_MAX_TTL_FOR_OLD_DATA, ApplicationConfiguration.DEFAULT_MAX_TTL_FOR_OLD_DATA)) .thenReturn(ApplicationConfiguration.DEFAULT_MAX_TTL_FOR_OLD_DATA); Assertions.assertEquals(ApplicationConfiguration.DEFAULT_M... | private Long getMaxTtlForOldDataFromEnvironment() { Long value = environment.getLong(CFG_MAX_TTL_FOR_OLD_DATA, DEFAULT_MAX_TTL_FOR_OLD_DATA); LOGGER.info(format(Messages.MAX_TTL_FOR_OLD_DATA, value)); return value; } | ApplicationConfiguration { private Long getMaxTtlForOldDataFromEnvironment() { Long value = environment.getLong(CFG_MAX_TTL_FOR_OLD_DATA, DEFAULT_MAX_TTL_FOR_OLD_DATA); LOGGER.info(format(Messages.MAX_TTL_FOR_OLD_DATA, value)); return value; } } | ApplicationConfiguration { private Long getMaxTtlForOldDataFromEnvironment() { Long value = environment.getLong(CFG_MAX_TTL_FOR_OLD_DATA, DEFAULT_MAX_TTL_FOR_OLD_DATA); LOGGER.info(format(Messages.MAX_TTL_FOR_OLD_DATA, value)); return value; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment en... | ApplicationConfiguration { private Long getMaxTtlForOldDataFromEnvironment() { Long value = environment.getLong(CFG_MAX_TTL_FOR_OLD_DATA, DEFAULT_MAX_TTL_FOR_OLD_DATA); LOGGER.info(format(Messages.MAX_TTL_FOR_OLD_DATA, value)); return value; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment en... | ApplicationConfiguration { private Long getMaxTtlForOldDataFromEnvironment() { Long value = environment.getLong(CFG_MAX_TTL_FOR_OLD_DATA, DEFAULT_MAX_TTL_FOR_OLD_DATA); LOGGER.info(format(Messages.MAX_TTL_FOR_OLD_DATA, value)); return value; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment en... |
@Test void testShouldUseXSAuditLogging() { Mockito.when(environment.getBoolean(ApplicationConfiguration.CFG_USE_XS_AUDIT_LOGGING, ApplicationConfiguration.DEFAULT_USE_XS_AUDIT_LOGGING)) .thenReturn(ApplicationConfiguration.DEFAULT_USE_XS_AUDIT_LOGGING); Assertions.assertEquals(ApplicationConfiguration.DEFAULT_USE_XS_AU... | public Boolean shouldUseXSAuditLogging() { if (useXSAuditLogging == null) { useXSAuditLogging = shouldUseXSAuditLoggingFromEnvironment(); } return useXSAuditLogging; } | ApplicationConfiguration { public Boolean shouldUseXSAuditLogging() { if (useXSAuditLogging == null) { useXSAuditLogging = shouldUseXSAuditLoggingFromEnvironment(); } return useXSAuditLogging; } } | ApplicationConfiguration { public Boolean shouldUseXSAuditLogging() { if (useXSAuditLogging == null) { useXSAuditLogging = shouldUseXSAuditLoggingFromEnvironment(); } return useXSAuditLogging; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); } | ApplicationConfiguration { public Boolean shouldUseXSAuditLogging() { if (useXSAuditLogging == null) { useXSAuditLogging = shouldUseXSAuditLoggingFromEnvironment(); } return useXSAuditLogging; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); void load(); Map<String, String> getN... | ApplicationConfiguration { public Boolean shouldUseXSAuditLogging() { if (useXSAuditLogging == null) { useXSAuditLogging = shouldUseXSAuditLoggingFromEnvironment(); } return useXSAuditLogging; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); void load(); Map<String, String> getN... |
@Test void testGetOrgNameWithValidOrgName() { Map<String, Object> vcapApplication = injectFileInEnvironment(VCAP_APPLICATION, ApplicationConfiguration.CFG_VCAP_APPLICATION); Assertions.assertEquals(vcapApplication.get("organization_name"), configuration.getOrgName()); } | public String getOrgName() { if (orgName == null) { orgName = getOrgNameFromEnvironment(); } return orgName; } | ApplicationConfiguration { public String getOrgName() { if (orgName == null) { orgName = getOrgNameFromEnvironment(); } return orgName; } } | ApplicationConfiguration { public String getOrgName() { if (orgName == null) { orgName = getOrgNameFromEnvironment(); } return orgName; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); } | ApplicationConfiguration { public String getOrgName() { if (orgName == null) { orgName = getOrgNameFromEnvironment(); } return orgName; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); void load(); Map<String, String> getNotSensitiveVariables(); Configuration getFileConfiguratio... | ApplicationConfiguration { public String getOrgName() { if (orgName == null) { orgName = getOrgNameFromEnvironment(); } return orgName; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); void load(); Map<String, String> getNotSensitiveVariables(); Configuration getFileConfiguratio... |
@Test void testGetOrgNameNameNotSet() { injectFileInEnvironment(VCAP_APPLICATION_WITHOUT_SPACE, ApplicationConfiguration.CFG_VCAP_APPLICATION); Assertions.assertNull(configuration.getOrgName()); } | public String getOrgName() { if (orgName == null) { orgName = getOrgNameFromEnvironment(); } return orgName; } | ApplicationConfiguration { public String getOrgName() { if (orgName == null) { orgName = getOrgNameFromEnvironment(); } return orgName; } } | ApplicationConfiguration { public String getOrgName() { if (orgName == null) { orgName = getOrgNameFromEnvironment(); } return orgName; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); } | ApplicationConfiguration { public String getOrgName() { if (orgName == null) { orgName = getOrgNameFromEnvironment(); } return orgName; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); void load(); Map<String, String> getNotSensitiveVariables(); Configuration getFileConfiguratio... | ApplicationConfiguration { public String getOrgName() { if (orgName == null) { orgName = getOrgNameFromEnvironment(); } return orgName; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); void load(); Map<String, String> getNotSensitiveVariables(); Configuration getFileConfiguratio... |
@Test void testGetDeployServiceUrlUrlIsSet() { Map<String, Object> vcapApplication = injectFileInEnvironment(VCAP_APPLICATION, ApplicationConfiguration.CFG_VCAP_APPLICATION); @SuppressWarnings("unchecked") List<String> urls = (List<String>) vcapApplication.get("uris"); Assertions.assertEquals(urls.get(0), configuration... | public String getDeployServiceUrl() { if (deployServiceUrl == null) { deployServiceUrl = getDeployServiceUrlFromEnvironment(); } return deployServiceUrl; } | ApplicationConfiguration { public String getDeployServiceUrl() { if (deployServiceUrl == null) { deployServiceUrl = getDeployServiceUrlFromEnvironment(); } return deployServiceUrl; } } | ApplicationConfiguration { public String getDeployServiceUrl() { if (deployServiceUrl == null) { deployServiceUrl = getDeployServiceUrlFromEnvironment(); } return deployServiceUrl; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); } | ApplicationConfiguration { public String getDeployServiceUrl() { if (deployServiceUrl == null) { deployServiceUrl = getDeployServiceUrlFromEnvironment(); } return deployServiceUrl; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); void load(); Map<String, String> getNotSensitiveV... | ApplicationConfiguration { public String getDeployServiceUrl() { if (deployServiceUrl == null) { deployServiceUrl = getDeployServiceUrlFromEnvironment(); } return deployServiceUrl; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); void load(); Map<String, String> getNotSensitiveV... |
@Test void testGetDeployServiceUrlUrlIsNotSet() { injectFileInEnvironment(VCAP_APPLICATION_WITHOUT_URLS, ApplicationConfiguration.CFG_VCAP_APPLICATION); Assertions.assertNull(configuration.getDeployServiceUrl()); } | public String getDeployServiceUrl() { if (deployServiceUrl == null) { deployServiceUrl = getDeployServiceUrlFromEnvironment(); } return deployServiceUrl; } | ApplicationConfiguration { public String getDeployServiceUrl() { if (deployServiceUrl == null) { deployServiceUrl = getDeployServiceUrlFromEnvironment(); } return deployServiceUrl; } } | ApplicationConfiguration { public String getDeployServiceUrl() { if (deployServiceUrl == null) { deployServiceUrl = getDeployServiceUrlFromEnvironment(); } return deployServiceUrl; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); } | ApplicationConfiguration { public String getDeployServiceUrl() { if (deployServiceUrl == null) { deployServiceUrl = getDeployServiceUrlFromEnvironment(); } return deployServiceUrl; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); void load(); Map<String, String> getNotSensitiveV... | ApplicationConfiguration { public String getDeployServiceUrl() { if (deployServiceUrl == null) { deployServiceUrl = getDeployServiceUrlFromEnvironment(); } return deployServiceUrl; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); void load(); Map<String, String> getNotSensitiveV... |
@Test void testIsBasicAuthEnabled() { Mockito.when(environment.getBoolean(ApplicationConfiguration.CFG_BASIC_AUTH_ENABLED, ApplicationConfiguration.DEFAULT_BASIC_AUTH_ENABLED)) .thenReturn(ApplicationConfiguration.DEFAULT_BASIC_AUTH_ENABLED); Assertions.assertEquals(ApplicationConfiguration.DEFAULT_BASIC_AUTH_ENABLED, ... | public Boolean isBasicAuthEnabled() { if (basicAuthEnabled == null) { basicAuthEnabled = isBasicAuthEnabledThroughEnvironment(); } return basicAuthEnabled; } | ApplicationConfiguration { public Boolean isBasicAuthEnabled() { if (basicAuthEnabled == null) { basicAuthEnabled = isBasicAuthEnabledThroughEnvironment(); } return basicAuthEnabled; } } | ApplicationConfiguration { public Boolean isBasicAuthEnabled() { if (basicAuthEnabled == null) { basicAuthEnabled = isBasicAuthEnabledThroughEnvironment(); } return basicAuthEnabled; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); } | ApplicationConfiguration { public Boolean isBasicAuthEnabled() { if (basicAuthEnabled == null) { basicAuthEnabled = isBasicAuthEnabledThroughEnvironment(); } return basicAuthEnabled; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); void load(); Map<String, String> getNotSensitiv... | ApplicationConfiguration { public Boolean isBasicAuthEnabled() { if (basicAuthEnabled == null) { basicAuthEnabled = isBasicAuthEnabledThroughEnvironment(); } return basicAuthEnabled; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); void load(); Map<String, String> getNotSensitiv... |
@Test void testGetGlobalAuditorUser() { String globalAuditorUser = "globalAuditorUserName"; Mockito.when(environment.getString(ApplicationConfiguration.CFG_GLOBAL_AUDITOR_USER)) .thenReturn(globalAuditorUser); Assertions.assertEquals(globalAuditorUser, configuration.getGlobalAuditorUser()); } | public String getGlobalAuditorUser() { if (globalAuditorUser == null) { globalAuditorUser = getGlobalAuditorUserFromEnvironment(); } return globalAuditorUser; } | ApplicationConfiguration { public String getGlobalAuditorUser() { if (globalAuditorUser == null) { globalAuditorUser = getGlobalAuditorUserFromEnvironment(); } return globalAuditorUser; } } | ApplicationConfiguration { public String getGlobalAuditorUser() { if (globalAuditorUser == null) { globalAuditorUser = getGlobalAuditorUserFromEnvironment(); } return globalAuditorUser; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); } | ApplicationConfiguration { public String getGlobalAuditorUser() { if (globalAuditorUser == null) { globalAuditorUser = getGlobalAuditorUserFromEnvironment(); } return globalAuditorUser; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); void load(); Map<String, String> getNotSensi... | ApplicationConfiguration { public String getGlobalAuditorUser() { if (globalAuditorUser == null) { globalAuditorUser = getGlobalAuditorUserFromEnvironment(); } return globalAuditorUser; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); void load(); Map<String, String> getNotSensi... |
@Test void testGetGlobalAuditorPasswordFromEnvironment() { String globalAuditorPassword = "globalAuditorUserPassword"; Mockito.when(environment.getString(ApplicationConfiguration.CFG_GLOBAL_AUDITOR_PASSWORD)) .thenReturn(globalAuditorPassword); Assertions.assertEquals(globalAuditorPassword, configuration.getGlobalAudit... | private String getGlobalAuditorPasswordFromEnvironment() { return environment.getString(CFG_GLOBAL_AUDITOR_PASSWORD); } | ApplicationConfiguration { private String getGlobalAuditorPasswordFromEnvironment() { return environment.getString(CFG_GLOBAL_AUDITOR_PASSWORD); } } | ApplicationConfiguration { private String getGlobalAuditorPasswordFromEnvironment() { return environment.getString(CFG_GLOBAL_AUDITOR_PASSWORD); } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); } | ApplicationConfiguration { private String getGlobalAuditorPasswordFromEnvironment() { return environment.getString(CFG_GLOBAL_AUDITOR_PASSWORD); } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); void load(); Map<String, String> getNotSensitiveVariables(); Configuration getFileCon... | ApplicationConfiguration { private String getGlobalAuditorPasswordFromEnvironment() { return environment.getString(CFG_GLOBAL_AUDITOR_PASSWORD); } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); void load(); Map<String, String> getNotSensitiveVariables(); Configuration getFileCon... |
@Test void testQueryByProviderNamespace() { addConfigurationEntries(ALL_ENTRIES); ConfigurationEntryQuery allEntries = configurationEntryService.createQuery() .providerNamespace(null, false); assertEquals(3, allEntries.list() .size()); ConfigurationEntryQuery allEntriesNoNamespace = configurationEntryService.createQuer... | public ConfigurationEntryQuery createQuery() { return new ConfigurationEntryQueryImpl(createEntityManager(), entryMapper); } | ConfigurationEntryService extends PersistenceService<ConfigurationEntry, ConfigurationEntryDto, Long> { public ConfigurationEntryQuery createQuery() { return new ConfigurationEntryQueryImpl(createEntityManager(), entryMapper); } } | ConfigurationEntryService extends PersistenceService<ConfigurationEntry, ConfigurationEntryDto, Long> { public ConfigurationEntryQuery createQuery() { return new ConfigurationEntryQueryImpl(createEntityManager(), entryMapper); } ConfigurationEntryService(EntityManagerFactory entityManagerFactory, ConfigurationEntryMapp... | ConfigurationEntryService extends PersistenceService<ConfigurationEntry, ConfigurationEntryDto, Long> { public ConfigurationEntryQuery createQuery() { return new ConfigurationEntryQueryImpl(createEntityManager(), entryMapper); } ConfigurationEntryService(EntityManagerFactory entityManagerFactory, ConfigurationEntryMapp... | ConfigurationEntryService extends PersistenceService<ConfigurationEntry, ConfigurationEntryDto, Long> { public ConfigurationEntryQuery createQuery() { return new ConfigurationEntryQueryImpl(createEntityManager(), entryMapper); } ConfigurationEntryService(EntityManagerFactory entityManagerFactory, ConfigurationEntryMapp... |
@Test void testGetDbConnectionThreadsFromEnvironment() { Mockito.when(environment.getPositiveInteger(ApplicationConfiguration.CFG_DB_CONNECTION_THREADS, ApplicationConfiguration.DEFAULT_DB_CONNECTION_THREADS)) .thenReturn(ApplicationConfiguration.DEFAULT_DB_CONNECTION_THREADS); Assertions.assertEquals(ApplicationConfig... | private Integer getDbConnectionThreadsFromEnvironment() { Integer value = environment.getPositiveInteger(CFG_DB_CONNECTION_THREADS, DEFAULT_DB_CONNECTION_THREADS); LOGGER.info(format(Messages.DB_CONNECTION_THREADS, value)); return value; } | ApplicationConfiguration { private Integer getDbConnectionThreadsFromEnvironment() { Integer value = environment.getPositiveInteger(CFG_DB_CONNECTION_THREADS, DEFAULT_DB_CONNECTION_THREADS); LOGGER.info(format(Messages.DB_CONNECTION_THREADS, value)); return value; } } | ApplicationConfiguration { private Integer getDbConnectionThreadsFromEnvironment() { Integer value = environment.getPositiveInteger(CFG_DB_CONNECTION_THREADS, DEFAULT_DB_CONNECTION_THREADS); LOGGER.info(format(Messages.DB_CONNECTION_THREADS, value)); return value; } ApplicationConfiguration(); @Inject ApplicationConfi... | ApplicationConfiguration { private Integer getDbConnectionThreadsFromEnvironment() { Integer value = environment.getPositiveInteger(CFG_DB_CONNECTION_THREADS, DEFAULT_DB_CONNECTION_THREADS); LOGGER.info(format(Messages.DB_CONNECTION_THREADS, value)); return value; } ApplicationConfiguration(); @Inject ApplicationConfi... | ApplicationConfiguration { private Integer getDbConnectionThreadsFromEnvironment() { Integer value = environment.getPositiveInteger(CFG_DB_CONNECTION_THREADS, DEFAULT_DB_CONNECTION_THREADS); LOGGER.info(format(Messages.DB_CONNECTION_THREADS, value)); return value; } ApplicationConfiguration(); @Inject ApplicationConfi... |
@Test void testGetStepPollingIntervalInSeconds() { Mockito.when(environment.getPositiveInteger(ApplicationConfiguration.CFG_STEP_POLLING_INTERVAL_IN_SECONDS, ApplicationConfiguration.DEFAULT_STEP_POLLING_INTERVAL_IN_SECONDS)) .thenReturn(ApplicationConfiguration.DEFAULT_STEP_POLLING_INTERVAL_IN_SECONDS); Assertions.ass... | public int getStepPollingIntervalInSeconds() { if (stepPollingIntervalInSeconds == null) { stepPollingIntervalInSeconds = getStepPollingIntervalFromEnvironment(); } return stepPollingIntervalInSeconds; } | ApplicationConfiguration { public int getStepPollingIntervalInSeconds() { if (stepPollingIntervalInSeconds == null) { stepPollingIntervalInSeconds = getStepPollingIntervalFromEnvironment(); } return stepPollingIntervalInSeconds; } } | ApplicationConfiguration { public int getStepPollingIntervalInSeconds() { if (stepPollingIntervalInSeconds == null) { stepPollingIntervalInSeconds = getStepPollingIntervalFromEnvironment(); } return stepPollingIntervalInSeconds; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); } | ApplicationConfiguration { public int getStepPollingIntervalInSeconds() { if (stepPollingIntervalInSeconds == null) { stepPollingIntervalInSeconds = getStepPollingIntervalFromEnvironment(); } return stepPollingIntervalInSeconds; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); v... | ApplicationConfiguration { public int getStepPollingIntervalInSeconds() { if (stepPollingIntervalInSeconds == null) { stepPollingIntervalInSeconds = getStepPollingIntervalFromEnvironment(); } return stepPollingIntervalInSeconds; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); v... |
@Test void testShouldSkipSslValidation() { Mockito.when(environment.getBoolean(ApplicationConfiguration.CFG_SKIP_SSL_VALIDATION, ApplicationConfiguration.DEFAULT_SKIP_SSL_VALIDATION)) .thenReturn(ApplicationConfiguration.DEFAULT_SKIP_SSL_VALIDATION); Assertions.assertEquals(ApplicationConfiguration.DEFAULT_SKIP_SSL_VAL... | public Boolean shouldSkipSslValidation() { if (skipSslValidation == null) { skipSslValidation = shouldSkipSslValidationBasedOnEnvironment(); } return skipSslValidation; } | ApplicationConfiguration { public Boolean shouldSkipSslValidation() { if (skipSslValidation == null) { skipSslValidation = shouldSkipSslValidationBasedOnEnvironment(); } return skipSslValidation; } } | ApplicationConfiguration { public Boolean shouldSkipSslValidation() { if (skipSslValidation == null) { skipSslValidation = shouldSkipSslValidationBasedOnEnvironment(); } return skipSslValidation; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); } | ApplicationConfiguration { public Boolean shouldSkipSslValidation() { if (skipSslValidation == null) { skipSslValidation = shouldSkipSslValidationBasedOnEnvironment(); } return skipSslValidation; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); void load(); Map<String, String> g... | ApplicationConfiguration { public Boolean shouldSkipSslValidation() { if (skipSslValidation == null) { skipSslValidation = shouldSkipSslValidationBasedOnEnvironment(); } return skipSslValidation; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); void load(); Map<String, String> g... |
@Test void testGetVersionFromEnvironment() { Mockito.when(environment.getString(ApplicationConfiguration.CFG_VERSION, ApplicationConfiguration.DEFAULT_VERSION)) .thenReturn(ApplicationConfiguration.DEFAULT_VERSION); Assertions.assertEquals(ApplicationConfiguration.DEFAULT_VERSION, configuration.getVersion()); } | private String getVersionFromEnvironment() { String value = environment.getString(CFG_VERSION, DEFAULT_VERSION); LOGGER.info(format(Messages.DS_VERSION, value)); return value; } | ApplicationConfiguration { private String getVersionFromEnvironment() { String value = environment.getString(CFG_VERSION, DEFAULT_VERSION); LOGGER.info(format(Messages.DS_VERSION, value)); return value; } } | ApplicationConfiguration { private String getVersionFromEnvironment() { String value = environment.getString(CFG_VERSION, DEFAULT_VERSION); LOGGER.info(format(Messages.DS_VERSION, value)); return value; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); } | ApplicationConfiguration { private String getVersionFromEnvironment() { String value = environment.getString(CFG_VERSION, DEFAULT_VERSION); LOGGER.info(format(Messages.DS_VERSION, value)); return value; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); void load(); Map<String, St... | ApplicationConfiguration { private String getVersionFromEnvironment() { String value = environment.getString(CFG_VERSION, DEFAULT_VERSION); LOGGER.info(format(Messages.DS_VERSION, value)); return value; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); void load(); Map<String, St... |
@Test void testGetChangeLogLockPollRate() { Mockito.when(environment.getPositiveInteger(ApplicationConfiguration.CFG_CHANGE_LOG_LOCK_POLL_RATE, ApplicationConfiguration.DEFAULT_CHANGE_LOG_LOCK_POLL_RATE)) .thenReturn(ApplicationConfiguration.DEFAULT_CHANGE_LOG_LOCK_POLL_RATE); Assertions.assertEquals(ApplicationConfigu... | public Integer getChangeLogLockPollRate() { if (changeLogLockPollRate == null) { changeLogLockPollRate = getChangeLogLockPollRateFromEnvironment(); } return changeLogLockPollRate; } | ApplicationConfiguration { public Integer getChangeLogLockPollRate() { if (changeLogLockPollRate == null) { changeLogLockPollRate = getChangeLogLockPollRateFromEnvironment(); } return changeLogLockPollRate; } } | ApplicationConfiguration { public Integer getChangeLogLockPollRate() { if (changeLogLockPollRate == null) { changeLogLockPollRate = getChangeLogLockPollRateFromEnvironment(); } return changeLogLockPollRate; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); } | ApplicationConfiguration { public Integer getChangeLogLockPollRate() { if (changeLogLockPollRate == null) { changeLogLockPollRate = getChangeLogLockPollRateFromEnvironment(); } return changeLogLockPollRate; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); void load(); Map<String... | ApplicationConfiguration { public Integer getChangeLogLockPollRate() { if (changeLogLockPollRate == null) { changeLogLockPollRate = getChangeLogLockPollRateFromEnvironment(); } return changeLogLockPollRate; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); void load(); Map<String... |
@Test void testGetControllerClientSslHandshakeTimeout() { Mockito.when(environment.getPositiveInteger(ApplicationConfiguration.CFG_CONTROLLER_CLIENT_SSL_HANDSHAKE_TIMEOUT_IN_SECONDS, ApplicationConfiguration.DEFAULT_CONTROLLER_CLIENT_SSL_HANDSHAKE_TIMEOUT_IN_SECONDS)) .thenReturn(120); assertEquals(Duration.ofSeconds(1... | public Duration getControllerClientSslHandshakeTimeout() { if (controllerClientSslHandshakeTimeout == null) { controllerClientSslHandshakeTimeout = getControllerClientSslHandshakeTimeoutFromEnvironment(); } return controllerClientSslHandshakeTimeout; } | ApplicationConfiguration { public Duration getControllerClientSslHandshakeTimeout() { if (controllerClientSslHandshakeTimeout == null) { controllerClientSslHandshakeTimeout = getControllerClientSslHandshakeTimeoutFromEnvironment(); } return controllerClientSslHandshakeTimeout; } } | ApplicationConfiguration { public Duration getControllerClientSslHandshakeTimeout() { if (controllerClientSslHandshakeTimeout == null) { controllerClientSslHandshakeTimeout = getControllerClientSslHandshakeTimeoutFromEnvironment(); } return controllerClientSslHandshakeTimeout; } ApplicationConfiguration(); @Inject App... | ApplicationConfiguration { public Duration getControllerClientSslHandshakeTimeout() { if (controllerClientSslHandshakeTimeout == null) { controllerClientSslHandshakeTimeout = getControllerClientSslHandshakeTimeoutFromEnvironment(); } return controllerClientSslHandshakeTimeout; } ApplicationConfiguration(); @Inject App... | ApplicationConfiguration { public Duration getControllerClientSslHandshakeTimeout() { if (controllerClientSslHandshakeTimeout == null) { controllerClientSslHandshakeTimeout = getControllerClientSslHandshakeTimeoutFromEnvironment(); } return controllerClientSslHandshakeTimeout; } ApplicationConfiguration(); @Inject App... |
@Test void testGetControllerClientConnectTimeout() { Mockito.when(environment.getPositiveInteger(ApplicationConfiguration.CFG_CONTROLLER_CLIENT_CONNECT_TIMEOUT_IN_SECONDS, ApplicationConfiguration.DEFAULT_CONTROLLER_CLIENT_CONNECT_TIMEOUT_IN_SECONDS)) .thenReturn(10); assertEquals(Duration.ofSeconds(10), configuration.... | public Duration getControllerClientConnectTimeout() { if (controllerClientConnectTimeout == null) { controllerClientConnectTimeout = getControllerClientConnectTimeoutFromEnvironment(); } return controllerClientConnectTimeout; } | ApplicationConfiguration { public Duration getControllerClientConnectTimeout() { if (controllerClientConnectTimeout == null) { controllerClientConnectTimeout = getControllerClientConnectTimeoutFromEnvironment(); } return controllerClientConnectTimeout; } } | ApplicationConfiguration { public Duration getControllerClientConnectTimeout() { if (controllerClientConnectTimeout == null) { controllerClientConnectTimeout = getControllerClientConnectTimeoutFromEnvironment(); } return controllerClientConnectTimeout; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Env... | ApplicationConfiguration { public Duration getControllerClientConnectTimeout() { if (controllerClientConnectTimeout == null) { controllerClientConnectTimeout = getControllerClientConnectTimeoutFromEnvironment(); } return controllerClientConnectTimeout; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Env... | ApplicationConfiguration { public Duration getControllerClientConnectTimeout() { if (controllerClientConnectTimeout == null) { controllerClientConnectTimeout = getControllerClientConnectTimeoutFromEnvironment(); } return controllerClientConnectTimeout; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Env... |
@Test void testGetChangeLogLockAttempts() { Mockito.when(environment.getPositiveInteger(ApplicationConfiguration.CFG_CHANGE_LOG_LOCK_ATTEMPTS, ApplicationConfiguration.DEFAULT_CHANGE_LOG_LOCK_ATTEMPTS)) .thenReturn(ApplicationConfiguration.DEFAULT_CHANGE_LOG_LOCK_ATTEMPTS); Assertions.assertEquals(ApplicationConfigurat... | public Integer getChangeLogLockAttempts() { if (changeLogLockAttempts == null) { changeLogLockAttempts = getChangeLogLockAttemptsFromEnvironment(); } return changeLogLockAttempts; } | ApplicationConfiguration { public Integer getChangeLogLockAttempts() { if (changeLogLockAttempts == null) { changeLogLockAttempts = getChangeLogLockAttemptsFromEnvironment(); } return changeLogLockAttempts; } } | ApplicationConfiguration { public Integer getChangeLogLockAttempts() { if (changeLogLockAttempts == null) { changeLogLockAttempts = getChangeLogLockAttemptsFromEnvironment(); } return changeLogLockAttempts; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); } | ApplicationConfiguration { public Integer getChangeLogLockAttempts() { if (changeLogLockAttempts == null) { changeLogLockAttempts = getChangeLogLockAttemptsFromEnvironment(); } return changeLogLockAttempts; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); void load(); Map<String... | ApplicationConfiguration { public Integer getChangeLogLockAttempts() { if (changeLogLockAttempts == null) { changeLogLockAttempts = getChangeLogLockAttemptsFromEnvironment(); } return changeLogLockAttempts; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); void load(); Map<String... |
@Test void testGetGlobalConfigSpace() { String globalConfigSpace = "globalConfigSpace"; Mockito.when(environment.getString(ApplicationConfiguration.CFG_GLOBAL_CONFIG_SPACE)) .thenReturn(globalConfigSpace); Assertions.assertEquals(globalConfigSpace, configuration.getGlobalConfigSpace()); } | public String getGlobalConfigSpace() { if (globalConfigSpace == null) { globalConfigSpace = getGlobalConfigSpaceFromEnvironment(); } return globalConfigSpace; } | ApplicationConfiguration { public String getGlobalConfigSpace() { if (globalConfigSpace == null) { globalConfigSpace = getGlobalConfigSpaceFromEnvironment(); } return globalConfigSpace; } } | ApplicationConfiguration { public String getGlobalConfigSpace() { if (globalConfigSpace == null) { globalConfigSpace = getGlobalConfigSpaceFromEnvironment(); } return globalConfigSpace; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); } | ApplicationConfiguration { public String getGlobalConfigSpace() { if (globalConfigSpace == null) { globalConfigSpace = getGlobalConfigSpaceFromEnvironment(); } return globalConfigSpace; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); void load(); Map<String, String> getNotSensi... | ApplicationConfiguration { public String getGlobalConfigSpace() { if (globalConfigSpace == null) { globalConfigSpace = getGlobalConfigSpaceFromEnvironment(); } return globalConfigSpace; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); void load(); Map<String, String> getNotSensi... |
@Test void testGetHealthCheckConfigurationFromEnvironment() { String healthCheckSpaceId = "healthCheckSpaceId"; String healthCheckMtaId = "healthCheckMtaId"; String healthCheckUserName = "healthCheckUserId"; int healthCheckTimeRange = 10; Mockito.when(environment.getString(ApplicationConfiguration.CFG_HEALTH_CHECK_SPAC... | private HealthCheckConfiguration getHealthCheckConfigurationFromEnvironment() { HealthCheckConfiguration healthCheckConfigurationFromEnvironment = ImmutableHealthCheckConfiguration.builder() .spaceId(getHealthCheckSpaceGuidFromEnvironment()) .mtaId(getHealthCheckMtaIdFromEnvironment()) .userName(getHealthCheckUserFromE... | ApplicationConfiguration { private HealthCheckConfiguration getHealthCheckConfigurationFromEnvironment() { HealthCheckConfiguration healthCheckConfigurationFromEnvironment = ImmutableHealthCheckConfiguration.builder() .spaceId(getHealthCheckSpaceGuidFromEnvironment()) .mtaId(getHealthCheckMtaIdFromEnvironment()) .userN... | ApplicationConfiguration { private HealthCheckConfiguration getHealthCheckConfigurationFromEnvironment() { HealthCheckConfiguration healthCheckConfigurationFromEnvironment = ImmutableHealthCheckConfiguration.builder() .spaceId(getHealthCheckSpaceGuidFromEnvironment()) .mtaId(getHealthCheckMtaIdFromEnvironment()) .userN... | ApplicationConfiguration { private HealthCheckConfiguration getHealthCheckConfigurationFromEnvironment() { HealthCheckConfiguration healthCheckConfigurationFromEnvironment = ImmutableHealthCheckConfiguration.builder() .spaceId(getHealthCheckSpaceGuidFromEnvironment()) .mtaId(getHealthCheckMtaIdFromEnvironment()) .userN... | ApplicationConfiguration { private HealthCheckConfiguration getHealthCheckConfigurationFromEnvironment() { HealthCheckConfiguration healthCheckConfigurationFromEnvironment = ImmutableHealthCheckConfiguration.builder() .spaceId(getHealthCheckSpaceGuidFromEnvironment()) .mtaId(getHealthCheckMtaIdFromEnvironment()) .userN... |
@Test void testAdd() { progressMessageService.add(PROGRESS_MESSAGE_1); assertEquals(1, progressMessageService.createQuery() .list() .size()); assertEquals(PROGRESS_MESSAGE_1.getId(), progressMessageService.createQuery() .id(PROGRESS_MESSAGE_1.getId()) .singleResult() .getId()); } | public ProgressMessageQuery createQuery() { return new ProgressMessageQueryImpl(createEntityManager(), progressMessageMapper); } | ProgressMessageService extends PersistenceService<ProgressMessage, ProgressMessageDto, Long> { public ProgressMessageQuery createQuery() { return new ProgressMessageQueryImpl(createEntityManager(), progressMessageMapper); } } | ProgressMessageService extends PersistenceService<ProgressMessage, ProgressMessageDto, Long> { public ProgressMessageQuery createQuery() { return new ProgressMessageQueryImpl(createEntityManager(), progressMessageMapper); } @Inject ProgressMessageService(EntityManagerFactory entityManagerFactory); } | ProgressMessageService extends PersistenceService<ProgressMessage, ProgressMessageDto, Long> { public ProgressMessageQuery createQuery() { return new ProgressMessageQueryImpl(createEntityManager(), progressMessageMapper); } @Inject ProgressMessageService(EntityManagerFactory entityManagerFactory); ProgressMessageQuery... | ProgressMessageService extends PersistenceService<ProgressMessage, ProgressMessageDto, Long> { public ProgressMessageQuery createQuery() { return new ProgressMessageQueryImpl(createEntityManager(), progressMessageMapper); } @Inject ProgressMessageService(EntityManagerFactory entityManagerFactory); ProgressMessageQuery... |
@Test void testGetApplicationGuid() { Map<String, Object> vcapApplication = injectFileInEnvironment(VCAP_APPLICATION, ApplicationConfiguration.CFG_VCAP_APPLICATION); Assertions.assertEquals(vcapApplication.get("application_id"), configuration.getApplicationGuid()); } | public String getApplicationGuid() { if (applicationGuid == null) { applicationGuid = getApplicationGuidFromEnvironment(); } return applicationGuid; } | ApplicationConfiguration { public String getApplicationGuid() { if (applicationGuid == null) { applicationGuid = getApplicationGuidFromEnvironment(); } return applicationGuid; } } | ApplicationConfiguration { public String getApplicationGuid() { if (applicationGuid == null) { applicationGuid = getApplicationGuidFromEnvironment(); } return applicationGuid; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); } | ApplicationConfiguration { public String getApplicationGuid() { if (applicationGuid == null) { applicationGuid = getApplicationGuidFromEnvironment(); } return applicationGuid; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); void load(); Map<String, String> getNotSensitiveVariab... | ApplicationConfiguration { public String getApplicationGuid() { if (applicationGuid == null) { applicationGuid = getApplicationGuidFromEnvironment(); } return applicationGuid; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); void load(); Map<String, String> getNotSensitiveVariab... |
@Test void testGetApplicationInstanceIndex() { Integer instanceIndex = 1; Mockito.when(environment.getInteger(ApplicationConfiguration.CFG_CF_INSTANCE_INDEX)) .thenReturn(instanceIndex); Assertions.assertEquals(instanceIndex, configuration.getApplicationInstanceIndex()); } | public Integer getApplicationInstanceIndex() { if (applicationInstanceIndex == null) { applicationInstanceIndex = getApplicationInstanceIndexFromEnvironment(); } return applicationInstanceIndex; } | ApplicationConfiguration { public Integer getApplicationInstanceIndex() { if (applicationInstanceIndex == null) { applicationInstanceIndex = getApplicationInstanceIndexFromEnvironment(); } return applicationInstanceIndex; } } | ApplicationConfiguration { public Integer getApplicationInstanceIndex() { if (applicationInstanceIndex == null) { applicationInstanceIndex = getApplicationInstanceIndexFromEnvironment(); } return applicationInstanceIndex; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); } | ApplicationConfiguration { public Integer getApplicationInstanceIndex() { if (applicationInstanceIndex == null) { applicationInstanceIndex = getApplicationInstanceIndexFromEnvironment(); } return applicationInstanceIndex; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); void loa... | ApplicationConfiguration { public Integer getApplicationInstanceIndex() { if (applicationInstanceIndex == null) { applicationInstanceIndex = getApplicationInstanceIndexFromEnvironment(); } return applicationInstanceIndex; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); void loa... |
@Test void testGetAuditLogClientCoreThreads() { Mockito.when(environment.getPositiveInteger(ApplicationConfiguration.CFG_AUDIT_LOG_CLIENT_CORE_THREADS, ApplicationConfiguration.DEFAULT_AUDIT_LOG_CLIENT_CORE_THREADS)) .thenReturn(ApplicationConfiguration.DEFAULT_AUDIT_LOG_CLIENT_CORE_THREADS); Assertions.assertEquals(Ap... | public Integer getAuditLogClientCoreThreads() { if (auditLogClientCoreThreads == null) { auditLogClientCoreThreads = getAuditLogClientCoreThreadsFromEnvironment(); } return auditLogClientCoreThreads; } | ApplicationConfiguration { public Integer getAuditLogClientCoreThreads() { if (auditLogClientCoreThreads == null) { auditLogClientCoreThreads = getAuditLogClientCoreThreadsFromEnvironment(); } return auditLogClientCoreThreads; } } | ApplicationConfiguration { public Integer getAuditLogClientCoreThreads() { if (auditLogClientCoreThreads == null) { auditLogClientCoreThreads = getAuditLogClientCoreThreadsFromEnvironment(); } return auditLogClientCoreThreads; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); } | ApplicationConfiguration { public Integer getAuditLogClientCoreThreads() { if (auditLogClientCoreThreads == null) { auditLogClientCoreThreads = getAuditLogClientCoreThreadsFromEnvironment(); } return auditLogClientCoreThreads; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); voi... | ApplicationConfiguration { public Integer getAuditLogClientCoreThreads() { if (auditLogClientCoreThreads == null) { auditLogClientCoreThreads = getAuditLogClientCoreThreadsFromEnvironment(); } return auditLogClientCoreThreads; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); voi... |
@Test void testGetAuditLogClientMaxThreads() { Mockito.when(environment.getPositiveInteger(ApplicationConfiguration.CFG_AUDIT_LOG_CLIENT_MAX_THREADS, ApplicationConfiguration.DEFAULT_AUDIT_LOG_CLIENT_MAX_THREADS)) .thenReturn(ApplicationConfiguration.DEFAULT_AUDIT_LOG_CLIENT_MAX_THREADS); Assertions.assertEquals(Applic... | public Integer getAuditLogClientMaxThreads() { if (auditLogClientMaxThreads == null) { auditLogClientMaxThreads = getAuditLogClientMaxThreadsFromEnvironment(); } return auditLogClientMaxThreads; } | ApplicationConfiguration { public Integer getAuditLogClientMaxThreads() { if (auditLogClientMaxThreads == null) { auditLogClientMaxThreads = getAuditLogClientMaxThreadsFromEnvironment(); } return auditLogClientMaxThreads; } } | ApplicationConfiguration { public Integer getAuditLogClientMaxThreads() { if (auditLogClientMaxThreads == null) { auditLogClientMaxThreads = getAuditLogClientMaxThreadsFromEnvironment(); } return auditLogClientMaxThreads; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); } | ApplicationConfiguration { public Integer getAuditLogClientMaxThreads() { if (auditLogClientMaxThreads == null) { auditLogClientMaxThreads = getAuditLogClientMaxThreadsFromEnvironment(); } return auditLogClientMaxThreads; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); void loa... | ApplicationConfiguration { public Integer getAuditLogClientMaxThreads() { if (auditLogClientMaxThreads == null) { auditLogClientMaxThreads = getAuditLogClientMaxThreadsFromEnvironment(); } return auditLogClientMaxThreads; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); void loa... |
@Test void testGetAuditLogClientQueueCapacity() { Mockito.when(environment.getPositiveInteger(ApplicationConfiguration.CFG_AUDIT_LOG_CLIENT_QUEUE_CAPACITY, ApplicationConfiguration.DEFAULT_AUDIT_LOG_CLIENT_QUEUE_CAPACITY)) .thenReturn(ApplicationConfiguration.DEFAULT_AUDIT_LOG_CLIENT_QUEUE_CAPACITY); Assertions.assertE... | public Integer getAuditLogClientQueueCapacity() { if (auditLogClientQueueCapacity == null) { auditLogClientQueueCapacity = getAuditLogClientQueueCapacityFromEnvironment(); } return auditLogClientQueueCapacity; } | ApplicationConfiguration { public Integer getAuditLogClientQueueCapacity() { if (auditLogClientQueueCapacity == null) { auditLogClientQueueCapacity = getAuditLogClientQueueCapacityFromEnvironment(); } return auditLogClientQueueCapacity; } } | ApplicationConfiguration { public Integer getAuditLogClientQueueCapacity() { if (auditLogClientQueueCapacity == null) { auditLogClientQueueCapacity = getAuditLogClientQueueCapacityFromEnvironment(); } return auditLogClientQueueCapacity; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environ... | ApplicationConfiguration { public Integer getAuditLogClientQueueCapacity() { if (auditLogClientQueueCapacity == null) { auditLogClientQueueCapacity = getAuditLogClientQueueCapacityFromEnvironment(); } return auditLogClientQueueCapacity; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environ... | ApplicationConfiguration { public Integer getAuditLogClientQueueCapacity() { if (auditLogClientQueueCapacity == null) { auditLogClientQueueCapacity = getAuditLogClientQueueCapacityFromEnvironment(); } return auditLogClientQueueCapacity; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environ... |
@Test void testGetAuditLogClientKeepAlive() { Mockito.when(environment.getPositiveInteger(ApplicationConfiguration.CFG_AUDIT_LOG_CLIENT_KEEP_ALIVE, ApplicationConfiguration.DEFAULT_AUDIT_LOG_CLIENT_KEEP_ALIVE)) .thenReturn(ApplicationConfiguration.DEFAULT_AUDIT_LOG_CLIENT_KEEP_ALIVE); Assertions.assertEquals(Applicatio... | public Integer getAuditLogClientKeepAlive() { if (auditLogClientKeepAlive == null) { auditLogClientKeepAlive = getAuditLogClientKeepAliveFromEnvironment(); } return auditLogClientKeepAlive; } | ApplicationConfiguration { public Integer getAuditLogClientKeepAlive() { if (auditLogClientKeepAlive == null) { auditLogClientKeepAlive = getAuditLogClientKeepAliveFromEnvironment(); } return auditLogClientKeepAlive; } } | ApplicationConfiguration { public Integer getAuditLogClientKeepAlive() { if (auditLogClientKeepAlive == null) { auditLogClientKeepAlive = getAuditLogClientKeepAliveFromEnvironment(); } return auditLogClientKeepAlive; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); } | ApplicationConfiguration { public Integer getAuditLogClientKeepAlive() { if (auditLogClientKeepAlive == null) { auditLogClientKeepAlive = getAuditLogClientKeepAliveFromEnvironment(); } return auditLogClientKeepAlive; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); void load(); ... | ApplicationConfiguration { public Integer getAuditLogClientKeepAlive() { if (auditLogClientKeepAlive == null) { auditLogClientKeepAlive = getAuditLogClientKeepAliveFromEnvironment(); } return auditLogClientKeepAlive; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); void load(); ... |
@Test void testGetFlowableJobExecutorCoreThreads() { Mockito.when(environment.getPositiveInteger(ApplicationConfiguration.CFG_FLOWABLE_JOB_EXECUTOR_CORE_THREADS, ApplicationConfiguration.DEFAULT_FLOWABLE_JOB_EXECUTOR_CORE_THREADS)) .thenReturn(ApplicationConfiguration.DEFAULT_FLOWABLE_JOB_EXECUTOR_CORE_THREADS); Assert... | public Integer getFlowableJobExecutorCoreThreads() { if (flowableJobExecutorCoreThreads == null) { flowableJobExecutorCoreThreads = getFlowableJobExecutorCoreThreadsFromEnvironment(); } return flowableJobExecutorCoreThreads; } | ApplicationConfiguration { public Integer getFlowableJobExecutorCoreThreads() { if (flowableJobExecutorCoreThreads == null) { flowableJobExecutorCoreThreads = getFlowableJobExecutorCoreThreadsFromEnvironment(); } return flowableJobExecutorCoreThreads; } } | ApplicationConfiguration { public Integer getFlowableJobExecutorCoreThreads() { if (flowableJobExecutorCoreThreads == null) { flowableJobExecutorCoreThreads = getFlowableJobExecutorCoreThreadsFromEnvironment(); } return flowableJobExecutorCoreThreads; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Envi... | ApplicationConfiguration { public Integer getFlowableJobExecutorCoreThreads() { if (flowableJobExecutorCoreThreads == null) { flowableJobExecutorCoreThreads = getFlowableJobExecutorCoreThreadsFromEnvironment(); } return flowableJobExecutorCoreThreads; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Envi... | ApplicationConfiguration { public Integer getFlowableJobExecutorCoreThreads() { if (flowableJobExecutorCoreThreads == null) { flowableJobExecutorCoreThreads = getFlowableJobExecutorCoreThreadsFromEnvironment(); } return flowableJobExecutorCoreThreads; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Envi... |
@Test void testGetFlowableJobExecutorMaxThreads() { Mockito.when(environment.getPositiveInteger(ApplicationConfiguration.CFG_FLOWABLE_JOB_EXECUTOR_MAX_THREADS, ApplicationConfiguration.DEFAULT_FLOWABLE_JOB_EXECUTOR_MAX_THREADS)) .thenReturn(ApplicationConfiguration.DEFAULT_FLOWABLE_JOB_EXECUTOR_MAX_THREADS); Assertions... | public Integer getFlowableJobExecutorMaxThreads() { if (flowableJobExecutorMaxThreads == null) { flowableJobExecutorMaxThreads = getFlowableJobExecutorMaxThreadsFromEnvironment(); } return flowableJobExecutorMaxThreads; } | ApplicationConfiguration { public Integer getFlowableJobExecutorMaxThreads() { if (flowableJobExecutorMaxThreads == null) { flowableJobExecutorMaxThreads = getFlowableJobExecutorMaxThreadsFromEnvironment(); } return flowableJobExecutorMaxThreads; } } | ApplicationConfiguration { public Integer getFlowableJobExecutorMaxThreads() { if (flowableJobExecutorMaxThreads == null) { flowableJobExecutorMaxThreads = getFlowableJobExecutorMaxThreadsFromEnvironment(); } return flowableJobExecutorMaxThreads; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environme... | ApplicationConfiguration { public Integer getFlowableJobExecutorMaxThreads() { if (flowableJobExecutorMaxThreads == null) { flowableJobExecutorMaxThreads = getFlowableJobExecutorMaxThreadsFromEnvironment(); } return flowableJobExecutorMaxThreads; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environme... | ApplicationConfiguration { public Integer getFlowableJobExecutorMaxThreads() { if (flowableJobExecutorMaxThreads == null) { flowableJobExecutorMaxThreads = getFlowableJobExecutorMaxThreadsFromEnvironment(); } return flowableJobExecutorMaxThreads; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environme... |
@Test void testGetFlowableJobExecutorQueueCapacity() { Mockito.when(environment.getPositiveInteger(ApplicationConfiguration.CFG_FLOWABLE_JOB_EXECUTOR_QUEUE_CAPACITY, ApplicationConfiguration.DEFAULT_FLOWABLE_JOB_EXECUTOR_QUEUE_CAPACITY)) .thenReturn(ApplicationConfiguration.DEFAULT_FLOWABLE_JOB_EXECUTOR_QUEUE_CAPACITY)... | public Integer getFlowableJobExecutorQueueCapacity() { if (flowableJobExecutorQueueCapacity == null) { flowableJobExecutorQueueCapacity = getFlowableJobExecutorQueueCapacityFromEnvironment(); } return flowableJobExecutorQueueCapacity; } | ApplicationConfiguration { public Integer getFlowableJobExecutorQueueCapacity() { if (flowableJobExecutorQueueCapacity == null) { flowableJobExecutorQueueCapacity = getFlowableJobExecutorQueueCapacityFromEnvironment(); } return flowableJobExecutorQueueCapacity; } } | ApplicationConfiguration { public Integer getFlowableJobExecutorQueueCapacity() { if (flowableJobExecutorQueueCapacity == null) { flowableJobExecutorQueueCapacity = getFlowableJobExecutorQueueCapacityFromEnvironment(); } return flowableJobExecutorQueueCapacity; } ApplicationConfiguration(); @Inject ApplicationConfigur... | ApplicationConfiguration { public Integer getFlowableJobExecutorQueueCapacity() { if (flowableJobExecutorQueueCapacity == null) { flowableJobExecutorQueueCapacity = getFlowableJobExecutorQueueCapacityFromEnvironment(); } return flowableJobExecutorQueueCapacity; } ApplicationConfiguration(); @Inject ApplicationConfigur... | ApplicationConfiguration { public Integer getFlowableJobExecutorQueueCapacity() { if (flowableJobExecutorQueueCapacity == null) { flowableJobExecutorQueueCapacity = getFlowableJobExecutorQueueCapacityFromEnvironment(); } return flowableJobExecutorQueueCapacity; } ApplicationConfiguration(); @Inject ApplicationConfigur... |
@Test void testGetFssCacheUpdateTimeoutMinutes() { Mockito.when(environment.getPositiveInteger(ApplicationConfiguration.CFG_FSS_CACHE_UPDATE_TIMEOUT_MINUTES, ApplicationConfiguration.DEFAULT_FSS_CACHE_UPDATE_TIMEOUT_MINUTES)) .thenReturn(ApplicationConfiguration.DEFAULT_FSS_CACHE_UPDATE_TIMEOUT_MINUTES); Assertions.ass... | public Integer getFssCacheUpdateTimeoutMinutes() { if (fssCacheUpdateTimeoutMinutes == null) { fssCacheUpdateTimeoutMinutes = getFssCacheUpdateTimeoutMinutesFromEnvironment(); } return fssCacheUpdateTimeoutMinutes; } | ApplicationConfiguration { public Integer getFssCacheUpdateTimeoutMinutes() { if (fssCacheUpdateTimeoutMinutes == null) { fssCacheUpdateTimeoutMinutes = getFssCacheUpdateTimeoutMinutesFromEnvironment(); } return fssCacheUpdateTimeoutMinutes; } } | ApplicationConfiguration { public Integer getFssCacheUpdateTimeoutMinutes() { if (fssCacheUpdateTimeoutMinutes == null) { fssCacheUpdateTimeoutMinutes = getFssCacheUpdateTimeoutMinutesFromEnvironment(); } return fssCacheUpdateTimeoutMinutes; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment en... | ApplicationConfiguration { public Integer getFssCacheUpdateTimeoutMinutes() { if (fssCacheUpdateTimeoutMinutes == null) { fssCacheUpdateTimeoutMinutes = getFssCacheUpdateTimeoutMinutesFromEnvironment(); } return fssCacheUpdateTimeoutMinutes; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment en... | ApplicationConfiguration { public Integer getFssCacheUpdateTimeoutMinutes() { if (fssCacheUpdateTimeoutMinutes == null) { fssCacheUpdateTimeoutMinutes = getFssCacheUpdateTimeoutMinutesFromEnvironment(); } return fssCacheUpdateTimeoutMinutes; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment en... |
@Test void testAddWithNonEmptyDatabase() { addProgressMessages(List.of(PROGRESS_MESSAGE_1, PROGRESS_MESSAGE_2)); assertProgressMessageExists(PROGRESS_MESSAGE_1.getId()); assertProgressMessageExists(PROGRESS_MESSAGE_2.getId()); assertEquals(2, progressMessageService.createQuery() .list() .size()); } | public ProgressMessageQuery createQuery() { return new ProgressMessageQueryImpl(createEntityManager(), progressMessageMapper); } | ProgressMessageService extends PersistenceService<ProgressMessage, ProgressMessageDto, Long> { public ProgressMessageQuery createQuery() { return new ProgressMessageQueryImpl(createEntityManager(), progressMessageMapper); } } | ProgressMessageService extends PersistenceService<ProgressMessage, ProgressMessageDto, Long> { public ProgressMessageQuery createQuery() { return new ProgressMessageQueryImpl(createEntityManager(), progressMessageMapper); } @Inject ProgressMessageService(EntityManagerFactory entityManagerFactory); } | ProgressMessageService extends PersistenceService<ProgressMessage, ProgressMessageDto, Long> { public ProgressMessageQuery createQuery() { return new ProgressMessageQueryImpl(createEntityManager(), progressMessageMapper); } @Inject ProgressMessageService(EntityManagerFactory entityManagerFactory); ProgressMessageQuery... | ProgressMessageService extends PersistenceService<ProgressMessage, ProgressMessageDto, Long> { public ProgressMessageQuery createQuery() { return new ProgressMessageQueryImpl(createEntityManager(), progressMessageMapper); } @Inject ProgressMessageService(EntityManagerFactory entityManagerFactory); ProgressMessageQuery... |
@Test void testGetSpaceDeveloperCacheExpirationInSeconds() { Mockito.when(environment.getPositiveInteger(ApplicationConfiguration.CFG_SPACE_DEVELOPER_CACHE_TIME_IN_SECONDS, ApplicationConfiguration.DEFAULT_SPACE_DEVELOPER_CACHE_TIME_IN_SECONDS)) .thenReturn(ApplicationConfiguration.DEFAULT_SPACE_DEVELOPER_CACHE_TIME_IN... | public Integer getSpaceDeveloperCacheExpirationInSeconds() { if (spaceDeveloperCacheTimeInSeconds == null) { spaceDeveloperCacheTimeInSeconds = getSpaceDeveloperCacheTimeInSecondsFromEnvironment(); } return spaceDeveloperCacheTimeInSeconds; } | ApplicationConfiguration { public Integer getSpaceDeveloperCacheExpirationInSeconds() { if (spaceDeveloperCacheTimeInSeconds == null) { spaceDeveloperCacheTimeInSeconds = getSpaceDeveloperCacheTimeInSecondsFromEnvironment(); } return spaceDeveloperCacheTimeInSeconds; } } | ApplicationConfiguration { public Integer getSpaceDeveloperCacheExpirationInSeconds() { if (spaceDeveloperCacheTimeInSeconds == null) { spaceDeveloperCacheTimeInSeconds = getSpaceDeveloperCacheTimeInSecondsFromEnvironment(); } return spaceDeveloperCacheTimeInSeconds; } ApplicationConfiguration(); @Inject ApplicationCo... | ApplicationConfiguration { public Integer getSpaceDeveloperCacheExpirationInSeconds() { if (spaceDeveloperCacheTimeInSeconds == null) { spaceDeveloperCacheTimeInSeconds = getSpaceDeveloperCacheTimeInSecondsFromEnvironment(); } return spaceDeveloperCacheTimeInSeconds; } ApplicationConfiguration(); @Inject ApplicationCo... | ApplicationConfiguration { public Integer getSpaceDeveloperCacheExpirationInSeconds() { if (spaceDeveloperCacheTimeInSeconds == null) { spaceDeveloperCacheTimeInSeconds = getSpaceDeveloperCacheTimeInSecondsFromEnvironment(); } return spaceDeveloperCacheTimeInSeconds; } ApplicationConfiguration(); @Inject ApplicationCo... |
@Test void testGetControllerClientConnectionPoolSize() { Mockito.when(environment.getPositiveInteger(ApplicationConfiguration.CFG_CONTROLLER_CLIENT_CONNECTION_POOL_SIZE, ApplicationConfiguration.DEFAULT_CONTROLLER_CLIENT_CONNECTION_POOL_SIZE)) .thenReturn(ApplicationConfiguration.DEFAULT_CONTROLLER_CLIENT_CONNECTION_PO... | public Integer getControllerClientConnectionPoolSize() { if (controllerClientConnectionPoolSize == null) { controllerClientConnectionPoolSize = getControllerClientConnectionPoolSizeFromEnvironment(); } return controllerClientConnectionPoolSize; } | ApplicationConfiguration { public Integer getControllerClientConnectionPoolSize() { if (controllerClientConnectionPoolSize == null) { controllerClientConnectionPoolSize = getControllerClientConnectionPoolSizeFromEnvironment(); } return controllerClientConnectionPoolSize; } } | ApplicationConfiguration { public Integer getControllerClientConnectionPoolSize() { if (controllerClientConnectionPoolSize == null) { controllerClientConnectionPoolSize = getControllerClientConnectionPoolSizeFromEnvironment(); } return controllerClientConnectionPoolSize; } ApplicationConfiguration(); @Inject Applicati... | ApplicationConfiguration { public Integer getControllerClientConnectionPoolSize() { if (controllerClientConnectionPoolSize == null) { controllerClientConnectionPoolSize = getControllerClientConnectionPoolSizeFromEnvironment(); } return controllerClientConnectionPoolSize; } ApplicationConfiguration(); @Inject Applicati... | ApplicationConfiguration { public Integer getControllerClientConnectionPoolSize() { if (controllerClientConnectionPoolSize == null) { controllerClientConnectionPoolSize = getControllerClientConnectionPoolSizeFromEnvironment(); } return controllerClientConnectionPoolSize; } ApplicationConfiguration(); @Inject Applicati... |
@Test void testGetControllerClientThreadPoolSize() { Mockito.when(environment.getPositiveInteger(ApplicationConfiguration.CFG_CONTROLLER_CLIENT_THREAD_POOL_SIZE, ApplicationConfiguration.DEFAULT_CONTROLLER_CLIENT_THREAD_POOL_SIZE)) .thenReturn(ApplicationConfiguration.DEFAULT_CONTROLLER_CLIENT_THREAD_POOL_SIZE); Assert... | public Integer getControllerClientThreadPoolSize() { if (controllerClientThreadPoolSize == null) { controllerClientThreadPoolSize = getControllerClientThreadPoolSizeFromEnvironment(); } return controllerClientThreadPoolSize; } | ApplicationConfiguration { public Integer getControllerClientThreadPoolSize() { if (controllerClientThreadPoolSize == null) { controllerClientThreadPoolSize = getControllerClientThreadPoolSizeFromEnvironment(); } return controllerClientThreadPoolSize; } } | ApplicationConfiguration { public Integer getControllerClientThreadPoolSize() { if (controllerClientThreadPoolSize == null) { controllerClientThreadPoolSize = getControllerClientThreadPoolSizeFromEnvironment(); } return controllerClientThreadPoolSize; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Envi... | ApplicationConfiguration { public Integer getControllerClientThreadPoolSize() { if (controllerClientThreadPoolSize == null) { controllerClientThreadPoolSize = getControllerClientThreadPoolSizeFromEnvironment(); } return controllerClientThreadPoolSize; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Envi... | ApplicationConfiguration { public Integer getControllerClientThreadPoolSize() { if (controllerClientThreadPoolSize == null) { controllerClientThreadPoolSize = getControllerClientThreadPoolSizeFromEnvironment(); } return controllerClientThreadPoolSize; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Envi... |
@Test void testGetSnakeyamlMaxAliasesForCollections() { Mockito.when(environment.getPositiveInteger(ApplicationConfiguration.CFG_SNAKEYAML_MAX_ALIASES_FOR_COLLECTIONS, ApplicationConfiguration.DEFAULT_SNAKEYAML_MAX_ALIASES_FOR_COLLECTIONS)) .thenReturn(ApplicationConfiguration.DEFAULT_SNAKEYAML_MAX_ALIASES_FOR_COLLECTI... | public Integer getSnakeyamlMaxAliasesForCollections() { if (snakeyamlMaxAliasesForCollections == null) { snakeyamlMaxAliasesForCollections = getSnakeyamlMaxAliasesForCollectionsFromEnvironment(); } return snakeyamlMaxAliasesForCollections; } | ApplicationConfiguration { public Integer getSnakeyamlMaxAliasesForCollections() { if (snakeyamlMaxAliasesForCollections == null) { snakeyamlMaxAliasesForCollections = getSnakeyamlMaxAliasesForCollectionsFromEnvironment(); } return snakeyamlMaxAliasesForCollections; } } | ApplicationConfiguration { public Integer getSnakeyamlMaxAliasesForCollections() { if (snakeyamlMaxAliasesForCollections == null) { snakeyamlMaxAliasesForCollections = getSnakeyamlMaxAliasesForCollectionsFromEnvironment(); } return snakeyamlMaxAliasesForCollections; } ApplicationConfiguration(); @Inject ApplicationCon... | ApplicationConfiguration { public Integer getSnakeyamlMaxAliasesForCollections() { if (snakeyamlMaxAliasesForCollections == null) { snakeyamlMaxAliasesForCollections = getSnakeyamlMaxAliasesForCollectionsFromEnvironment(); } return snakeyamlMaxAliasesForCollections; } ApplicationConfiguration(); @Inject ApplicationCon... | ApplicationConfiguration { public Integer getSnakeyamlMaxAliasesForCollections() { if (snakeyamlMaxAliasesForCollections == null) { snakeyamlMaxAliasesForCollections = getSnakeyamlMaxAliasesForCollectionsFromEnvironment(); } return snakeyamlMaxAliasesForCollections; } ApplicationConfiguration(); @Inject ApplicationCon... |
@Test void testIsInternalEnvironment() { Mockito.when(environment.getBoolean(ApplicationConfiguration.SAP_INTERNAL_DELIVERY, ApplicationConfiguration.DEFAULT_SAP_INTERNAL_DELIVERY)) .thenReturn(true); Assertions.assertTrue(configuration.isInternalEnvironment()); } | public Boolean isInternalEnvironment() { return environment.getBoolean(SAP_INTERNAL_DELIVERY, DEFAULT_SAP_INTERNAL_DELIVERY); } | ApplicationConfiguration { public Boolean isInternalEnvironment() { return environment.getBoolean(SAP_INTERNAL_DELIVERY, DEFAULT_SAP_INTERNAL_DELIVERY); } } | ApplicationConfiguration { public Boolean isInternalEnvironment() { return environment.getBoolean(SAP_INTERNAL_DELIVERY, DEFAULT_SAP_INTERNAL_DELIVERY); } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); } | ApplicationConfiguration { public Boolean isInternalEnvironment() { return environment.getBoolean(SAP_INTERNAL_DELIVERY, DEFAULT_SAP_INTERNAL_DELIVERY); } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); void load(); Map<String, String> getNotSensitiveVariables(); Configuration ge... | ApplicationConfiguration { public Boolean isInternalEnvironment() { return environment.getBoolean(SAP_INTERNAL_DELIVERY, DEFAULT_SAP_INTERNAL_DELIVERY); } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); void load(); Map<String, String> getNotSensitiveVariables(); Configuration ge... |
@Test void testGetCloudComponentsInvalidJson() { Mockito.when(environment.getString(ApplicationConfiguration.SUPPORT_COMPONENTS)) .thenReturn("Invalid json"); Map<String, Object> cloudComponents = configuration.getCloudComponents(); Assertions.assertEquals(0, cloudComponents.size()); } | public Map<String, Object> getCloudComponents() { String value = environment.getString(SUPPORT_COMPONENTS); try { return JsonUtil.convertJsonToMap(value); } catch (ParsingException e) { LOGGER.warn(format(Messages.INVALID_SUPPORT_COMPONENTS, value), e); return Collections.emptyMap(); } } | ApplicationConfiguration { public Map<String, Object> getCloudComponents() { String value = environment.getString(SUPPORT_COMPONENTS); try { return JsonUtil.convertJsonToMap(value); } catch (ParsingException e) { LOGGER.warn(format(Messages.INVALID_SUPPORT_COMPONENTS, value), e); return Collections.emptyMap(); } } } | ApplicationConfiguration { public Map<String, Object> getCloudComponents() { String value = environment.getString(SUPPORT_COMPONENTS); try { return JsonUtil.convertJsonToMap(value); } catch (ParsingException e) { LOGGER.warn(format(Messages.INVALID_SUPPORT_COMPONENTS, value), e); return Collections.emptyMap(); } } Appl... | ApplicationConfiguration { public Map<String, Object> getCloudComponents() { String value = environment.getString(SUPPORT_COMPONENTS); try { return JsonUtil.convertJsonToMap(value); } catch (ParsingException e) { LOGGER.warn(format(Messages.INVALID_SUPPORT_COMPONENTS, value), e); return Collections.emptyMap(); } } Appl... | ApplicationConfiguration { public Map<String, Object> getCloudComponents() { String value = environment.getString(SUPPORT_COMPONENTS); try { return JsonUtil.convertJsonToMap(value); } catch (ParsingException e) { LOGGER.warn(format(Messages.INVALID_SUPPORT_COMPONENTS, value), e); return Collections.emptyMap(); } } Appl... |
@Test void testGetCloudComponentsValidJson() { Map<String, Object> cloudComponentsMap = injectFileInEnvironment(CLOUD_COMPONENTS, ApplicationConfiguration.SUPPORT_COMPONENTS); Map<String, Object> cloudComponents = configuration.getCloudComponents(); Assertions.assertTrue(Maps.difference(cloudComponentsMap, cloudCompone... | public Map<String, Object> getCloudComponents() { String value = environment.getString(SUPPORT_COMPONENTS); try { return JsonUtil.convertJsonToMap(value); } catch (ParsingException e) { LOGGER.warn(format(Messages.INVALID_SUPPORT_COMPONENTS, value), e); return Collections.emptyMap(); } } | ApplicationConfiguration { public Map<String, Object> getCloudComponents() { String value = environment.getString(SUPPORT_COMPONENTS); try { return JsonUtil.convertJsonToMap(value); } catch (ParsingException e) { LOGGER.warn(format(Messages.INVALID_SUPPORT_COMPONENTS, value), e); return Collections.emptyMap(); } } } | ApplicationConfiguration { public Map<String, Object> getCloudComponents() { String value = environment.getString(SUPPORT_COMPONENTS); try { return JsonUtil.convertJsonToMap(value); } catch (ParsingException e) { LOGGER.warn(format(Messages.INVALID_SUPPORT_COMPONENTS, value), e); return Collections.emptyMap(); } } Appl... | ApplicationConfiguration { public Map<String, Object> getCloudComponents() { String value = environment.getString(SUPPORT_COMPONENTS); try { return JsonUtil.convertJsonToMap(value); } catch (ParsingException e) { LOGGER.warn(format(Messages.INVALID_SUPPORT_COMPONENTS, value), e); return Collections.emptyMap(); } } Appl... | ApplicationConfiguration { public Map<String, Object> getCloudComponents() { String value = environment.getString(SUPPORT_COMPONENTS); try { return JsonUtil.convertJsonToMap(value); } catch (ParsingException e) { LOGGER.warn(format(Messages.INVALID_SUPPORT_COMPONENTS, value), e); return Collections.emptyMap(); } } Appl... |
@Test void testGetInternalSupportChannel() { String internalSupportChannel = "internal-support-channel"; Mockito.when(environment.getString(ApplicationConfiguration.INTERNAL_SUPPORT_CHANNEL)) .thenReturn(internalSupportChannel); Assertions.assertEquals(internalSupportChannel, configuration.getInternalSupportChannel());... | public String getInternalSupportChannel() { return environment.getString(INTERNAL_SUPPORT_CHANNEL); } | ApplicationConfiguration { public String getInternalSupportChannel() { return environment.getString(INTERNAL_SUPPORT_CHANNEL); } } | ApplicationConfiguration { public String getInternalSupportChannel() { return environment.getString(INTERNAL_SUPPORT_CHANNEL); } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); } | ApplicationConfiguration { public String getInternalSupportChannel() { return environment.getString(INTERNAL_SUPPORT_CHANNEL); } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); void load(); Map<String, String> getNotSensitiveVariables(); Configuration getFileConfiguration(); URL ... | ApplicationConfiguration { public String getInternalSupportChannel() { return environment.getString(INTERNAL_SUPPORT_CHANNEL); } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); void load(); Map<String, String> getNotSensitiveVariables(); Configuration getFileConfiguration(); URL ... |
@Test void testGetCertificateCN() { String certificateCN = "cert-cn"; Mockito.when(environment.getString(ApplicationConfiguration.CFG_CERTIFICATE_CN)) .thenReturn(certificateCN); Assertions.assertEquals(certificateCN, configuration.getCertificateCN()); } | public String getCertificateCN() { if (certificateCN == null) { certificateCN = getCertificateCNFromEnvironment(); } return certificateCN; } | ApplicationConfiguration { public String getCertificateCN() { if (certificateCN == null) { certificateCN = getCertificateCNFromEnvironment(); } return certificateCN; } } | ApplicationConfiguration { public String getCertificateCN() { if (certificateCN == null) { certificateCN = getCertificateCNFromEnvironment(); } return certificateCN; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); } | ApplicationConfiguration { public String getCertificateCN() { if (certificateCN == null) { certificateCN = getCertificateCNFromEnvironment(); } return certificateCN; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); void load(); Map<String, String> getNotSensitiveVariables(); Con... | ApplicationConfiguration { public String getCertificateCN() { if (certificateCN == null) { certificateCN = getCertificateCNFromEnvironment(); } return certificateCN; } ApplicationConfiguration(); @Inject ApplicationConfiguration(Environment environment); void load(); Map<String, String> getNotSensitiveVariables(); Con... |
@Test void testGetFilteredEnv() { Map<String, String> filteredEnvironment = new HashMap<>(); filteredEnvironment.put(ApplicationConfiguration.CFG_MAX_MTA_DESCRIPTOR_SIZE, "1024"); Mockito.when(environment.getAllVariables()) .thenReturn(filteredEnvironment); Map<String, String> filteredEnv = configuration.getNotSensitiv... | public Map<String, String> getNotSensitiveVariables() { Set<String> notSensitiveConfigVariables = getNotSensitiveConfigVariables(); Map<String, String> env = environment.getAllVariables(); return env.entrySet() .stream() .filter(envVariable -> notSensitiveConfigVariables.contains(envVariable.getKey())) .collect(Collect... | ApplicationConfiguration { public Map<String, String> getNotSensitiveVariables() { Set<String> notSensitiveConfigVariables = getNotSensitiveConfigVariables(); Map<String, String> env = environment.getAllVariables(); return env.entrySet() .stream() .filter(envVariable -> notSensitiveConfigVariables.contains(envVariable.... | ApplicationConfiguration { public Map<String, String> getNotSensitiveVariables() { Set<String> notSensitiveConfigVariables = getNotSensitiveConfigVariables(); Map<String, String> env = environment.getAllVariables(); return env.entrySet() .stream() .filter(envVariable -> notSensitiveConfigVariables.contains(envVariable.... | ApplicationConfiguration { public Map<String, String> getNotSensitiveVariables() { Set<String> notSensitiveConfigVariables = getNotSensitiveConfigVariables(); Map<String, String> env = environment.getAllVariables(); return env.entrySet() .stream() .filter(envVariable -> notSensitiveConfigVariables.contains(envVariable.... | ApplicationConfiguration { public Map<String, String> getNotSensitiveVariables() { Set<String> notSensitiveConfigVariables = getNotSensitiveConfigVariables(); Map<String, String> env = environment.getAllVariables(); return env.entrySet() .stream() .filter(envVariable -> notSensitiveConfigVariables.contains(envVariable.... |
@Test void addFileTest() throws Exception { FileEntry fileEntry = addFile(TEST_FILE_LOCATION); assertFileExists(true, fileEntry); } | @Override public void addFile(FileEntry fileEntry, File file) throws FileStorageException { String entryName = fileEntry.getId(); long fileSize = fileEntry.getSize() .longValue(); Blob blob = blobStore.blobBuilder(entryName) .payload(file) .contentDisposition(fileEntry.getName()) .contentType(MediaType.OCTET_STREAM.toS... | ObjectStoreFileStorage implements FileStorage { @Override public void addFile(FileEntry fileEntry, File file) throws FileStorageException { String entryName = fileEntry.getId(); long fileSize = fileEntry.getSize() .longValue(); Blob blob = blobStore.blobBuilder(entryName) .payload(file) .contentDisposition(fileEntry.ge... | ObjectStoreFileStorage implements FileStorage { @Override public void addFile(FileEntry fileEntry, File file) throws FileStorageException { String entryName = fileEntry.getId(); long fileSize = fileEntry.getSize() .longValue(); Blob blob = blobStore.blobBuilder(entryName) .payload(file) .contentDisposition(fileEntry.ge... | ObjectStoreFileStorage implements FileStorage { @Override public void addFile(FileEntry fileEntry, File file) throws FileStorageException { String entryName = fileEntry.getId(); long fileSize = fileEntry.getSize() .longValue(); Blob blob = blobStore.blobBuilder(entryName) .payload(file) .contentDisposition(fileEntry.ge... | ObjectStoreFileStorage implements FileStorage { @Override public void addFile(FileEntry fileEntry, File file) throws FileStorageException { String entryName = fileEntry.getId(); long fileSize = fileEntry.getSize() .longValue(); Blob blob = blobStore.blobBuilder(entryName) .payload(file) .contentDisposition(fileEntry.ge... |
@Test void testLoad() { Map<String, Object> vcapApplication = injectFileInEnvironment(VCAP_APPLICATION, ApplicationConfiguration.CFG_VCAP_APPLICATION); configuration.load(); Assertions.assertEquals(vcapApplication.get("cf_api"), configuration.getControllerUrl() .toString()); } | public void load() { getControllerUrl(); getMaxUploadSize(); getMaxMtaDescriptorSize(); getMaxManifestSize(); getMaxResourceFileSize(); shouldUseXSAuditLogging(); getSpaceGuid(); getOrgName(); getDeployServiceUrl(); isBasicAuthEnabled(); getGlobalAuditorUser(); getGlobalAuditorPassword(); getDbConnectionThreads(); getS... | ApplicationConfiguration { public void load() { getControllerUrl(); getMaxUploadSize(); getMaxMtaDescriptorSize(); getMaxManifestSize(); getMaxResourceFileSize(); shouldUseXSAuditLogging(); getSpaceGuid(); getOrgName(); getDeployServiceUrl(); isBasicAuthEnabled(); getGlobalAuditorUser(); getGlobalAuditorPassword(); get... | ApplicationConfiguration { public void load() { getControllerUrl(); getMaxUploadSize(); getMaxMtaDescriptorSize(); getMaxManifestSize(); getMaxResourceFileSize(); shouldUseXSAuditLogging(); getSpaceGuid(); getOrgName(); getDeployServiceUrl(); isBasicAuthEnabled(); getGlobalAuditorUser(); getGlobalAuditorPassword(); get... | ApplicationConfiguration { public void load() { getControllerUrl(); getMaxUploadSize(); getMaxMtaDescriptorSize(); getMaxManifestSize(); getMaxResourceFileSize(); shouldUseXSAuditLogging(); getSpaceGuid(); getOrgName(); getDeployServiceUrl(); isBasicAuthEnabled(); getGlobalAuditorUser(); getGlobalAuditorPassword(); get... | ApplicationConfiguration { public void load() { getControllerUrl(); getMaxUploadSize(); getMaxMtaDescriptorSize(); getMaxManifestSize(); getMaxResourceFileSize(); shouldUseXSAuditLogging(); getSpaceGuid(); getOrgName(); getDeployServiceUrl(); isBasicAuthEnabled(); getGlobalAuditorUser(); getGlobalAuditorPassword(); get... |
@Test void testGetParameterName() { assertEquals("restart-on-env-change", validator.getParameterName()); } | @Override public String getParameterName() { return SupportedParameters.RESTART_ON_ENV_CHANGE; } | RestartOnEnvChangeValidator implements ParameterValidator { @Override public String getParameterName() { return SupportedParameters.RESTART_ON_ENV_CHANGE; } } | RestartOnEnvChangeValidator implements ParameterValidator { @Override public String getParameterName() { return SupportedParameters.RESTART_ON_ENV_CHANGE; } } | RestartOnEnvChangeValidator implements ParameterValidator { @Override public String getParameterName() { return SupportedParameters.RESTART_ON_ENV_CHANGE; } @Override boolean isValid(Object restartParameters, final Map<String, Object> context); @Override Class<?> getContainerType(); @Override String getParameterName()... | RestartOnEnvChangeValidator implements ParameterValidator { @Override public String getParameterName() { return SupportedParameters.RESTART_ON_ENV_CHANGE; } @Override boolean isValid(Object restartParameters, final Map<String, Object> context); @Override Class<?> getContainerType(); @Override String getParameterName()... |
@Test void testGetContainerType() { assertTrue(validator.getContainerType() .isAssignableFrom(Module.class)); } | @Override public Class<?> getContainerType() { return Module.class; } | RestartOnEnvChangeValidator implements ParameterValidator { @Override public Class<?> getContainerType() { return Module.class; } } | RestartOnEnvChangeValidator implements ParameterValidator { @Override public Class<?> getContainerType() { return Module.class; } } | RestartOnEnvChangeValidator implements ParameterValidator { @Override public Class<?> getContainerType() { return Module.class; } @Override boolean isValid(Object restartParameters, final Map<String, Object> context); @Override Class<?> getContainerType(); @Override String getParameterName(); } | RestartOnEnvChangeValidator implements ParameterValidator { @Override public Class<?> getContainerType() { return Module.class; } @Override boolean isValid(Object restartParameters, final Map<String, Object> context); @Override Class<?> getContainerType(); @Override String getParameterName(); } |
@Test void testGetParameterName() { assertEquals("host", validator.getParameterName()); } | @Override public String getParameterName() { return SupportedParameters.HOST; } | HostValidator extends RoutePartValidator { @Override public String getParameterName() { return SupportedParameters.HOST; } } | HostValidator extends RoutePartValidator { @Override public String getParameterName() { return SupportedParameters.HOST; } } | HostValidator extends RoutePartValidator { @Override public String getParameterName() { return SupportedParameters.HOST; } @Override String getParameterName(); } | HostValidator extends RoutePartValidator { @Override public String getParameterName() { return SupportedParameters.HOST; } @Override String getParameterName(); } |
@Test void testGetContainerType() { assertTrue(new TasksValidator().getContainerType() .isAssignableFrom(Module.class)); } | @Override public Class<?> getContainerType() { return Module.class; } | TasksValidator implements ParameterValidator { @Override public Class<?> getContainerType() { return Module.class; } } | TasksValidator implements ParameterValidator { @Override public Class<?> getContainerType() { return Module.class; } } | TasksValidator implements ParameterValidator { @Override public Class<?> getContainerType() { return Module.class; } @SuppressWarnings("unchecked") @Override boolean isValid(Object tasks, final Map<String, Object> context); @Override Class<?> getContainerType(); @Override String getParameterName(); } | TasksValidator implements ParameterValidator { @Override public Class<?> getContainerType() { return Module.class; } @SuppressWarnings("unchecked") @Override boolean isValid(Object tasks, final Map<String, Object> context); @Override Class<?> getContainerType(); @Override String getParameterName(); static final String... |
@Test void testCanCorrect() { assertTrue(validator.canCorrect()); } | @Override public boolean canCorrect() { return validators.stream() .map(ParameterValidator::canCorrect) .reduce(false, Boolean::logicalOr); } | RouteValidator implements ParameterValidator { @Override public boolean canCorrect() { return validators.stream() .map(ParameterValidator::canCorrect) .reduce(false, Boolean::logicalOr); } } | RouteValidator implements ParameterValidator { @Override public boolean canCorrect() { return validators.stream() .map(ParameterValidator::canCorrect) .reduce(false, Boolean::logicalOr); } RouteValidator(); } | RouteValidator implements ParameterValidator { @Override public boolean canCorrect() { return validators.stream() .map(ParameterValidator::canCorrect) .reduce(false, Boolean::logicalOr); } RouteValidator(); @Override String attemptToCorrect(Object route, final Map<String, Object> context); @Override boolean isValid(Obj... | RouteValidator implements ParameterValidator { @Override public boolean canCorrect() { return validators.stream() .map(ParameterValidator::canCorrect) .reduce(false, Boolean::logicalOr); } RouteValidator(); @Override String attemptToCorrect(Object route, final Map<String, Object> context); @Override boolean isValid(Obj... |
@Test void testGetParameterName() { assertEquals("route", validator.getParameterName()); } | @Override public String getParameterName() { return SupportedParameters.ROUTE; } | RouteValidator implements ParameterValidator { @Override public String getParameterName() { return SupportedParameters.ROUTE; } } | RouteValidator implements ParameterValidator { @Override public String getParameterName() { return SupportedParameters.ROUTE; } RouteValidator(); } | RouteValidator implements ParameterValidator { @Override public String getParameterName() { return SupportedParameters.ROUTE; } RouteValidator(); @Override String attemptToCorrect(Object route, final Map<String, Object> context); @Override boolean isValid(Object route, final Map<String, Object> context); @Override Stri... | RouteValidator implements ParameterValidator { @Override public String getParameterName() { return SupportedParameters.ROUTE; } RouteValidator(); @Override String attemptToCorrect(Object route, final Map<String, Object> context); @Override boolean isValid(Object route, final Map<String, Object> context); @Override Stri... |
@Test void testGetContainerType() { assertTrue(validator.getContainerType() .isAssignableFrom(Module.class)); } | @Override public Class<?> getContainerType() { return Module.class; } | RouteValidator implements ParameterValidator { @Override public Class<?> getContainerType() { return Module.class; } } | RouteValidator implements ParameterValidator { @Override public Class<?> getContainerType() { return Module.class; } RouteValidator(); } | RouteValidator implements ParameterValidator { @Override public Class<?> getContainerType() { return Module.class; } RouteValidator(); @Override String attemptToCorrect(Object route, final Map<String, Object> context); @Override boolean isValid(Object route, final Map<String, Object> context); @Override String getParam... | RouteValidator implements ParameterValidator { @Override public Class<?> getContainerType() { return Module.class; } RouteValidator(); @Override String attemptToCorrect(Object route, final Map<String, Object> context); @Override boolean isValid(Object route, final Map<String, Object> context); @Override String getParam... |
@Test void testGetParameterName() { assertEquals("domain", validator.getParameterName()); } | @Override public String getParameterName() { return SupportedParameters.DOMAIN; } | DomainValidator extends RoutePartValidator { @Override public String getParameterName() { return SupportedParameters.DOMAIN; } } | DomainValidator extends RoutePartValidator { @Override public String getParameterName() { return SupportedParameters.DOMAIN; } } | DomainValidator extends RoutePartValidator { @Override public String getParameterName() { return SupportedParameters.DOMAIN; } @Override String getParameterName(); } | DomainValidator extends RoutePartValidator { @Override public String getParameterName() { return SupportedParameters.DOMAIN; } @Override String getParameterName(); } |
@Test void testGetParameterName() { assertEquals("visibility", validator.getParameterName()); } | @Override public String getParameterName() { return SupportedParameters.VISIBILITY; } | VisibilityValidator implements ParameterValidator { @Override public String getParameterName() { return SupportedParameters.VISIBILITY; } } | VisibilityValidator implements ParameterValidator { @Override public String getParameterName() { return SupportedParameters.VISIBILITY; } } | VisibilityValidator implements ParameterValidator { @Override public String getParameterName() { return SupportedParameters.VISIBILITY; } @Override boolean isValid(Object visibleTargets, final Map<String, Object> context); @Override Class<?> getContainerType(); @Override String getParameterName(); } | VisibilityValidator implements ParameterValidator { @Override public String getParameterName() { return SupportedParameters.VISIBILITY; } @Override boolean isValid(Object visibleTargets, final Map<String, Object> context); @Override Class<?> getContainerType(); @Override String getParameterName(); } |
@Test void getFileEntriesWithoutContent() throws Exception { List<FileEntry> fileEntries = new ArrayList<>(); FileEntry existingFile = addFile(TEST_FILE_LOCATION); fileEntries.add(existingFile); FileEntry existingFile2 = addFile(SECOND_FILE_TEST_LOCATION); fileEntries.add(existingFile2); FileEntry nonExistingFile = cre... | @Override public List<FileEntry> getFileEntriesWithoutContent(List<FileEntry> fileEntries) { Set<String> existingFiles = blobStore.list(container) .stream() .map(StorageMetadata::getName) .collect(Collectors.toSet()); return fileEntries.stream() .filter(fileEntry -> { String id = fileEntry.getId(); return !existingFile... | ObjectStoreFileStorage implements FileStorage { @Override public List<FileEntry> getFileEntriesWithoutContent(List<FileEntry> fileEntries) { Set<String> existingFiles = blobStore.list(container) .stream() .map(StorageMetadata::getName) .collect(Collectors.toSet()); return fileEntries.stream() .filter(fileEntry -> { Str... | ObjectStoreFileStorage implements FileStorage { @Override public List<FileEntry> getFileEntriesWithoutContent(List<FileEntry> fileEntries) { Set<String> existingFiles = blobStore.list(container) .stream() .map(StorageMetadata::getName) .collect(Collectors.toSet()); return fileEntries.stream() .filter(fileEntry -> { Str... | ObjectStoreFileStorage implements FileStorage { @Override public List<FileEntry> getFileEntriesWithoutContent(List<FileEntry> fileEntries) { Set<String> existingFiles = blobStore.list(container) .stream() .map(StorageMetadata::getName) .collect(Collectors.toSet()); return fileEntries.stream() .filter(fileEntry -> { Str... | ObjectStoreFileStorage implements FileStorage { @Override public List<FileEntry> getFileEntriesWithoutContent(List<FileEntry> fileEntries) { Set<String> existingFiles = blobStore.list(container) .stream() .map(StorageMetadata::getName) .collect(Collectors.toSet()); return fileEntries.stream() .filter(fileEntry -> { Str... |
@Test void testGetContainerType() { assertTrue(validator.getContainerType() .isAssignableFrom(ProvidedDependency.class)); } | @Override public Class<?> getContainerType() { return ProvidedDependency.class; } | VisibilityValidator implements ParameterValidator { @Override public Class<?> getContainerType() { return ProvidedDependency.class; } } | VisibilityValidator implements ParameterValidator { @Override public Class<?> getContainerType() { return ProvidedDependency.class; } } | VisibilityValidator implements ParameterValidator { @Override public Class<?> getContainerType() { return ProvidedDependency.class; } @Override boolean isValid(Object visibleTargets, final Map<String, Object> context); @Override Class<?> getContainerType(); @Override String getParameterName(); } | VisibilityValidator implements ParameterValidator { @Override public Class<?> getContainerType() { return ProvidedDependency.class; } @Override boolean isValid(Object visibleTargets, final Map<String, Object> context); @Override Class<?> getContainerType(); @Override String getParameterName(); } |
@Test void testDescriptorValidator() { Module module = buildModule(); DeploymentDescriptor descriptor = buildDeploymentDescriptor(module); prepareModuleParametersCompatabilityValidator(module); DescriptorParametersCompatabilityValidator descriptorValidator = new DescriptorParametersCompatabilityValidator(descriptor, us... | @Override public DeploymentDescriptor validate() { DeploymentDescriptor castedDescriptor = this.descriptor; validate(castedDescriptor); return castedDescriptor; } | DescriptorParametersCompatabilityValidator extends CompatabilityParametersValidator<DeploymentDescriptor> { @Override public DeploymentDescriptor validate() { DeploymentDescriptor castedDescriptor = this.descriptor; validate(castedDescriptor); return castedDescriptor; } } | DescriptorParametersCompatabilityValidator extends CompatabilityParametersValidator<DeploymentDescriptor> { @Override public DeploymentDescriptor validate() { DeploymentDescriptor castedDescriptor = this.descriptor; validate(castedDescriptor); return castedDescriptor; } DescriptorParametersCompatabilityValidator(Deploy... | DescriptorParametersCompatabilityValidator extends CompatabilityParametersValidator<DeploymentDescriptor> { @Override public DeploymentDescriptor validate() { DeploymentDescriptor castedDescriptor = this.descriptor; validate(castedDescriptor); return castedDescriptor; } DescriptorParametersCompatabilityValidator(Deploy... | DescriptorParametersCompatabilityValidator extends CompatabilityParametersValidator<DeploymentDescriptor> { @Override public DeploymentDescriptor validate() { DeploymentDescriptor castedDescriptor = this.descriptor; validate(castedDescriptor); return castedDescriptor; } DescriptorParametersCompatabilityValidator(Deploy... |
@Test void testCorrectionWithNoNamespaces() { ApplicationNameValidator applicationNameValidator = new ApplicationNameValidator(null, false); String result = (String) applicationNameValidator.attemptToCorrect(APPLICATION_NAME, CONTEXT_DO_NOT_APPLY_NAMESPACE); assertEquals(APPLICATION_NAME, result); } | @Override public Object attemptToCorrect(Object applicationName, final Map<String, Object> relatedParameters) { if (!(applicationName instanceof String)) { throw new ContentException(Messages.COULD_NOT_CREATE_VALID_APPLICATION_NAME_FROM_0, applicationName); } boolean applyNamespaceLocal = MapUtil.parseBooleanFlag(relat... | ApplicationNameValidator implements ParameterValidator { @Override public Object attemptToCorrect(Object applicationName, final Map<String, Object> relatedParameters) { if (!(applicationName instanceof String)) { throw new ContentException(Messages.COULD_NOT_CREATE_VALID_APPLICATION_NAME_FROM_0, applicationName); } boo... | ApplicationNameValidator implements ParameterValidator { @Override public Object attemptToCorrect(Object applicationName, final Map<String, Object> relatedParameters) { if (!(applicationName instanceof String)) { throw new ContentException(Messages.COULD_NOT_CREATE_VALID_APPLICATION_NAME_FROM_0, applicationName); } boo... | ApplicationNameValidator implements ParameterValidator { @Override public Object attemptToCorrect(Object applicationName, final Map<String, Object> relatedParameters) { if (!(applicationName instanceof String)) { throw new ContentException(Messages.COULD_NOT_CREATE_VALID_APPLICATION_NAME_FROM_0, applicationName); } boo... | ApplicationNameValidator implements ParameterValidator { @Override public Object attemptToCorrect(Object applicationName, final Map<String, Object> relatedParameters) { if (!(applicationName instanceof String)) { throw new ContentException(Messages.COULD_NOT_CREATE_VALID_APPLICATION_NAME_FROM_0, applicationName); } boo... |
@Test void testCorrectionWithNamespaces() { ApplicationNameValidator applicationNameValidator = new ApplicationNameValidator(NAMESPACE, true); String result = (String) applicationNameValidator.attemptToCorrect(APPLICATION_NAME, CONTEXT_APPLY_NAMESPACE); assertEquals(String.format("%s" + Constants.NAMESPACE_SEPARATOR + ... | @Override public Object attemptToCorrect(Object applicationName, final Map<String, Object> relatedParameters) { if (!(applicationName instanceof String)) { throw new ContentException(Messages.COULD_NOT_CREATE_VALID_APPLICATION_NAME_FROM_0, applicationName); } boolean applyNamespaceLocal = MapUtil.parseBooleanFlag(relat... | ApplicationNameValidator implements ParameterValidator { @Override public Object attemptToCorrect(Object applicationName, final Map<String, Object> relatedParameters) { if (!(applicationName instanceof String)) { throw new ContentException(Messages.COULD_NOT_CREATE_VALID_APPLICATION_NAME_FROM_0, applicationName); } boo... | ApplicationNameValidator implements ParameterValidator { @Override public Object attemptToCorrect(Object applicationName, final Map<String, Object> relatedParameters) { if (!(applicationName instanceof String)) { throw new ContentException(Messages.COULD_NOT_CREATE_VALID_APPLICATION_NAME_FROM_0, applicationName); } boo... | ApplicationNameValidator implements ParameterValidator { @Override public Object attemptToCorrect(Object applicationName, final Map<String, Object> relatedParameters) { if (!(applicationName instanceof String)) { throw new ContentException(Messages.COULD_NOT_CREATE_VALID_APPLICATION_NAME_FROM_0, applicationName); } boo... | ApplicationNameValidator implements ParameterValidator { @Override public Object attemptToCorrect(Object applicationName, final Map<String, Object> relatedParameters) { if (!(applicationName instanceof String)) { throw new ContentException(Messages.COULD_NOT_CREATE_VALID_APPLICATION_NAME_FROM_0, applicationName); } boo... |
@Test void testCorrectionWithExplicitApplyNamespaceFalse() { ApplicationNameValidator applicationNameValidator = new ApplicationNameValidator(NAMESPACE, true); String result = (String) applicationNameValidator.attemptToCorrect(APPLICATION_NAME, CONTEXT_DO_NOT_APPLY_NAMESPACE); assertEquals(APPLICATION_NAME, result); } | @Override public Object attemptToCorrect(Object applicationName, final Map<String, Object> relatedParameters) { if (!(applicationName instanceof String)) { throw new ContentException(Messages.COULD_NOT_CREATE_VALID_APPLICATION_NAME_FROM_0, applicationName); } boolean applyNamespaceLocal = MapUtil.parseBooleanFlag(relat... | ApplicationNameValidator implements ParameterValidator { @Override public Object attemptToCorrect(Object applicationName, final Map<String, Object> relatedParameters) { if (!(applicationName instanceof String)) { throw new ContentException(Messages.COULD_NOT_CREATE_VALID_APPLICATION_NAME_FROM_0, applicationName); } boo... | ApplicationNameValidator implements ParameterValidator { @Override public Object attemptToCorrect(Object applicationName, final Map<String, Object> relatedParameters) { if (!(applicationName instanceof String)) { throw new ContentException(Messages.COULD_NOT_CREATE_VALID_APPLICATION_NAME_FROM_0, applicationName); } boo... | ApplicationNameValidator implements ParameterValidator { @Override public Object attemptToCorrect(Object applicationName, final Map<String, Object> relatedParameters) { if (!(applicationName instanceof String)) { throw new ContentException(Messages.COULD_NOT_CREATE_VALID_APPLICATION_NAME_FROM_0, applicationName); } boo... | ApplicationNameValidator implements ParameterValidator { @Override public Object attemptToCorrect(Object applicationName, final Map<String, Object> relatedParameters) { if (!(applicationName instanceof String)) { throw new ContentException(Messages.COULD_NOT_CREATE_VALID_APPLICATION_NAME_FROM_0, applicationName); } boo... |
@Test void testCorrectionWithInvalidApplicationName() { ApplicationNameValidator applicationNameValidator = new ApplicationNameValidator(NAMESPACE, false); assertThrows(ContentException.class, () -> applicationNameValidator.attemptToCorrect(Collections.emptyList(), CONTEXT_DO_NOT_APPLY_NAMESPACE)); } | @Override public Object attemptToCorrect(Object applicationName, final Map<String, Object> relatedParameters) { if (!(applicationName instanceof String)) { throw new ContentException(Messages.COULD_NOT_CREATE_VALID_APPLICATION_NAME_FROM_0, applicationName); } boolean applyNamespaceLocal = MapUtil.parseBooleanFlag(relat... | ApplicationNameValidator implements ParameterValidator { @Override public Object attemptToCorrect(Object applicationName, final Map<String, Object> relatedParameters) { if (!(applicationName instanceof String)) { throw new ContentException(Messages.COULD_NOT_CREATE_VALID_APPLICATION_NAME_FROM_0, applicationName); } boo... | ApplicationNameValidator implements ParameterValidator { @Override public Object attemptToCorrect(Object applicationName, final Map<String, Object> relatedParameters) { if (!(applicationName instanceof String)) { throw new ContentException(Messages.COULD_NOT_CREATE_VALID_APPLICATION_NAME_FROM_0, applicationName); } boo... | ApplicationNameValidator implements ParameterValidator { @Override public Object attemptToCorrect(Object applicationName, final Map<String, Object> relatedParameters) { if (!(applicationName instanceof String)) { throw new ContentException(Messages.COULD_NOT_CREATE_VALID_APPLICATION_NAME_FROM_0, applicationName); } boo... | ApplicationNameValidator implements ParameterValidator { @Override public Object attemptToCorrect(Object applicationName, final Map<String, Object> relatedParameters) { if (!(applicationName instanceof String)) { throw new ContentException(Messages.COULD_NOT_CREATE_VALID_APPLICATION_NAME_FROM_0, applicationName); } boo... |
@Test void testValidation() { ApplicationNameValidator applicationNameValidator = new ApplicationNameValidator(NAMESPACE, false); assertFalse(applicationNameValidator.isValid(APPLICATION_NAME, CONTEXT_DO_NOT_APPLY_NAMESPACE)); } | @Override public boolean isValid(Object applicationName, final Map<String, Object> context) { return false; } | ApplicationNameValidator implements ParameterValidator { @Override public boolean isValid(Object applicationName, final Map<String, Object> context) { return false; } } | ApplicationNameValidator implements ParameterValidator { @Override public boolean isValid(Object applicationName, final Map<String, Object> context) { return false; } ApplicationNameValidator(String namespace, boolean applyNamespace); } | ApplicationNameValidator implements ParameterValidator { @Override public boolean isValid(Object applicationName, final Map<String, Object> context) { return false; } ApplicationNameValidator(String namespace, boolean applyNamespace); @Override Class<?> getContainerType(); @Override String getParameterName(); @Override... | ApplicationNameValidator implements ParameterValidator { @Override public boolean isValid(Object applicationName, final Map<String, Object> context) { return false; } ApplicationNameValidator(String namespace, boolean applyNamespace); @Override Class<?> getContainerType(); @Override String getParameterName(); @Override... |
@Test void testGetContainerType() { ApplicationNameValidator applicationNameValidator = new ApplicationNameValidator(NAMESPACE, false); assertEquals(Module.class, applicationNameValidator.getContainerType()); } | @Override public Class<?> getContainerType() { return Module.class; } | ApplicationNameValidator implements ParameterValidator { @Override public Class<?> getContainerType() { return Module.class; } } | ApplicationNameValidator implements ParameterValidator { @Override public Class<?> getContainerType() { return Module.class; } ApplicationNameValidator(String namespace, boolean applyNamespace); } | ApplicationNameValidator implements ParameterValidator { @Override public Class<?> getContainerType() { return Module.class; } ApplicationNameValidator(String namespace, boolean applyNamespace); @Override Class<?> getContainerType(); @Override String getParameterName(); @Override boolean isValid(Object applicationName,... | ApplicationNameValidator implements ParameterValidator { @Override public Class<?> getContainerType() { return Module.class; } ApplicationNameValidator(String namespace, boolean applyNamespace); @Override Class<?> getContainerType(); @Override String getParameterName(); @Override boolean isValid(Object applicationName,... |
@Test void testGetParameterName() { ApplicationNameValidator applicationNameValidator = new ApplicationNameValidator(NAMESPACE, false); assertEquals(SupportedParameters.APP_NAME, applicationNameValidator.getParameterName()); } | @Override public String getParameterName() { return SupportedParameters.APP_NAME; } | ApplicationNameValidator implements ParameterValidator { @Override public String getParameterName() { return SupportedParameters.APP_NAME; } } | ApplicationNameValidator implements ParameterValidator { @Override public String getParameterName() { return SupportedParameters.APP_NAME; } ApplicationNameValidator(String namespace, boolean applyNamespace); } | ApplicationNameValidator implements ParameterValidator { @Override public String getParameterName() { return SupportedParameters.APP_NAME; } ApplicationNameValidator(String namespace, boolean applyNamespace); @Override Class<?> getContainerType(); @Override String getParameterName(); @Override boolean isValid(Object ap... | ApplicationNameValidator implements ParameterValidator { @Override public String getParameterName() { return SupportedParameters.APP_NAME; } ApplicationNameValidator(String namespace, boolean applyNamespace); @Override Class<?> getContainerType(); @Override String getParameterName(); @Override boolean isValid(Object ap... |
@Test void testCanCorrect() { ApplicationNameValidator applicationNameValidator = new ApplicationNameValidator(NAMESPACE, false); assertTrue(applicationNameValidator.canCorrect()); } | @Override public boolean canCorrect() { return true; } | ApplicationNameValidator implements ParameterValidator { @Override public boolean canCorrect() { return true; } } | ApplicationNameValidator implements ParameterValidator { @Override public boolean canCorrect() { return true; } ApplicationNameValidator(String namespace, boolean applyNamespace); } | ApplicationNameValidator implements ParameterValidator { @Override public boolean canCorrect() { return true; } ApplicationNameValidator(String namespace, boolean applyNamespace); @Override Class<?> getContainerType(); @Override String getParameterName(); @Override boolean isValid(Object applicationName, final Map<Stri... | ApplicationNameValidator implements ParameterValidator { @Override public boolean canCorrect() { return true; } ApplicationNameValidator(String namespace, boolean applyNamespace); @Override Class<?> getContainerType(); @Override String getParameterName(); @Override boolean isValid(Object applicationName, final Map<Stri... |
@Test void deleteFile() throws Exception { FileEntry fileThatWillBeDeleted = addFile(TEST_FILE_LOCATION); FileEntry fileThatStays = addFile(SECOND_FILE_TEST_LOCATION); fileStorage.deleteFile(fileThatWillBeDeleted.getId(), fileThatWillBeDeleted.getSpace()); assertFileExists(false, fileThatWillBeDeleted); assertFileExist... | @Override public void deleteFile(String id, String space) { blobStore.removeBlob(container, id); } | ObjectStoreFileStorage implements FileStorage { @Override public void deleteFile(String id, String space) { blobStore.removeBlob(container, id); } } | ObjectStoreFileStorage implements FileStorage { @Override public void deleteFile(String id, String space) { blobStore.removeBlob(container, id); } ObjectStoreFileStorage(BlobStore blobStore, String container); } | ObjectStoreFileStorage implements FileStorage { @Override public void deleteFile(String id, String space) { blobStore.removeBlob(container, id); } ObjectStoreFileStorage(BlobStore blobStore, String container); @Override void addFile(FileEntry fileEntry, File file); @Override List<FileEntry> getFileEntriesWithoutContent... | ObjectStoreFileStorage implements FileStorage { @Override public void deleteFile(String id, String space) { blobStore.removeBlob(container, id); } ObjectStoreFileStorage(BlobStore blobStore, String container); @Override void addFile(FileEntry fileEntry, File file); @Override List<FileEntry> getFileEntriesWithoutContent... |
@Test void testCorrectionWithNoNamespaces() { ServiceNameValidator serviceNameValidator = new ServiceNameValidator(null, false); String result = (String) serviceNameValidator.attemptToCorrect(SERVICE_NAME, CONTEXT_DO_NOT_APPLY_NAMESPACE); assertEquals(SERVICE_NAME, result); } | @Override public Object attemptToCorrect(Object serviceName, final Map<String, Object> relatedParameters) { if (!(serviceName instanceof String)) { throw new ContentException(Messages.COULD_NOT_CREATE_VALID_SERVICE_NAME_FROM_0, serviceName); } boolean applyNamespaceLocal = MapUtil.parseBooleanFlag(relatedParameters, Su... | ServiceNameValidator implements ParameterValidator { @Override public Object attemptToCorrect(Object serviceName, final Map<String, Object> relatedParameters) { if (!(serviceName instanceof String)) { throw new ContentException(Messages.COULD_NOT_CREATE_VALID_SERVICE_NAME_FROM_0, serviceName); } boolean applyNamespaceL... | ServiceNameValidator implements ParameterValidator { @Override public Object attemptToCorrect(Object serviceName, final Map<String, Object> relatedParameters) { if (!(serviceName instanceof String)) { throw new ContentException(Messages.COULD_NOT_CREATE_VALID_SERVICE_NAME_FROM_0, serviceName); } boolean applyNamespaceL... | ServiceNameValidator implements ParameterValidator { @Override public Object attemptToCorrect(Object serviceName, final Map<String, Object> relatedParameters) { if (!(serviceName instanceof String)) { throw new ContentException(Messages.COULD_NOT_CREATE_VALID_SERVICE_NAME_FROM_0, serviceName); } boolean applyNamespaceL... | ServiceNameValidator implements ParameterValidator { @Override public Object attemptToCorrect(Object serviceName, final Map<String, Object> relatedParameters) { if (!(serviceName instanceof String)) { throw new ContentException(Messages.COULD_NOT_CREATE_VALID_SERVICE_NAME_FROM_0, serviceName); } boolean applyNamespaceL... |
@Test void testCorrectionWithNamespaces() { ServiceNameValidator serviceNameValidator = new ServiceNameValidator(NAMESPACE, true); String result = (String) serviceNameValidator.attemptToCorrect(SERVICE_NAME, CONTEXT_APPLY_NAMESPACE); assertEquals(String.format("%s" + Constants.NAMESPACE_SEPARATOR + "%s", NAMESPACE, SER... | @Override public Object attemptToCorrect(Object serviceName, final Map<String, Object> relatedParameters) { if (!(serviceName instanceof String)) { throw new ContentException(Messages.COULD_NOT_CREATE_VALID_SERVICE_NAME_FROM_0, serviceName); } boolean applyNamespaceLocal = MapUtil.parseBooleanFlag(relatedParameters, Su... | ServiceNameValidator implements ParameterValidator { @Override public Object attemptToCorrect(Object serviceName, final Map<String, Object> relatedParameters) { if (!(serviceName instanceof String)) { throw new ContentException(Messages.COULD_NOT_CREATE_VALID_SERVICE_NAME_FROM_0, serviceName); } boolean applyNamespaceL... | ServiceNameValidator implements ParameterValidator { @Override public Object attemptToCorrect(Object serviceName, final Map<String, Object> relatedParameters) { if (!(serviceName instanceof String)) { throw new ContentException(Messages.COULD_NOT_CREATE_VALID_SERVICE_NAME_FROM_0, serviceName); } boolean applyNamespaceL... | ServiceNameValidator implements ParameterValidator { @Override public Object attemptToCorrect(Object serviceName, final Map<String, Object> relatedParameters) { if (!(serviceName instanceof String)) { throw new ContentException(Messages.COULD_NOT_CREATE_VALID_SERVICE_NAME_FROM_0, serviceName); } boolean applyNamespaceL... | ServiceNameValidator implements ParameterValidator { @Override public Object attemptToCorrect(Object serviceName, final Map<String, Object> relatedParameters) { if (!(serviceName instanceof String)) { throw new ContentException(Messages.COULD_NOT_CREATE_VALID_SERVICE_NAME_FROM_0, serviceName); } boolean applyNamespaceL... |
@Test void testCorrectionWithInvalidServiceName() { ServiceNameValidator serviceNameValidator = new ServiceNameValidator(NAMESPACE, false); assertThrows(ContentException.class, () -> serviceNameValidator.attemptToCorrect(Collections.emptyList(), CONTEXT_DO_NOT_APPLY_NAMESPACE)); } | @Override public Object attemptToCorrect(Object serviceName, final Map<String, Object> relatedParameters) { if (!(serviceName instanceof String)) { throw new ContentException(Messages.COULD_NOT_CREATE_VALID_SERVICE_NAME_FROM_0, serviceName); } boolean applyNamespaceLocal = MapUtil.parseBooleanFlag(relatedParameters, Su... | ServiceNameValidator implements ParameterValidator { @Override public Object attemptToCorrect(Object serviceName, final Map<String, Object> relatedParameters) { if (!(serviceName instanceof String)) { throw new ContentException(Messages.COULD_NOT_CREATE_VALID_SERVICE_NAME_FROM_0, serviceName); } boolean applyNamespaceL... | ServiceNameValidator implements ParameterValidator { @Override public Object attemptToCorrect(Object serviceName, final Map<String, Object> relatedParameters) { if (!(serviceName instanceof String)) { throw new ContentException(Messages.COULD_NOT_CREATE_VALID_SERVICE_NAME_FROM_0, serviceName); } boolean applyNamespaceL... | ServiceNameValidator implements ParameterValidator { @Override public Object attemptToCorrect(Object serviceName, final Map<String, Object> relatedParameters) { if (!(serviceName instanceof String)) { throw new ContentException(Messages.COULD_NOT_CREATE_VALID_SERVICE_NAME_FROM_0, serviceName); } boolean applyNamespaceL... | ServiceNameValidator implements ParameterValidator { @Override public Object attemptToCorrect(Object serviceName, final Map<String, Object> relatedParameters) { if (!(serviceName instanceof String)) { throw new ContentException(Messages.COULD_NOT_CREATE_VALID_SERVICE_NAME_FROM_0, serviceName); } boolean applyNamespaceL... |
@Test void testValidation() { ServiceNameValidator serviceNameValidator = new ServiceNameValidator(NAMESPACE, false); assertFalse(serviceNameValidator.isValid(SERVICE_NAME, null)); } | @Override public boolean isValid(Object serviceName, final Map<String, Object> context) { return false; } | ServiceNameValidator implements ParameterValidator { @Override public boolean isValid(Object serviceName, final Map<String, Object> context) { return false; } } | ServiceNameValidator implements ParameterValidator { @Override public boolean isValid(Object serviceName, final Map<String, Object> context) { return false; } ServiceNameValidator(String namespace, boolean applyNamespace); } | ServiceNameValidator implements ParameterValidator { @Override public boolean isValid(Object serviceName, final Map<String, Object> context) { return false; } ServiceNameValidator(String namespace, boolean applyNamespace); @Override Class<?> getContainerType(); @Override String getParameterName(); @Override boolean isV... | ServiceNameValidator implements ParameterValidator { @Override public boolean isValid(Object serviceName, final Map<String, Object> context) { return false; } ServiceNameValidator(String namespace, boolean applyNamespace); @Override Class<?> getContainerType(); @Override String getParameterName(); @Override boolean isV... |
@Test void testGetContainerType() { ServiceNameValidator serviceNameValidator = new ServiceNameValidator(NAMESPACE, false); assertEquals(Resource.class, serviceNameValidator.getContainerType()); } | @Override public Class<?> getContainerType() { return Resource.class; } | ServiceNameValidator implements ParameterValidator { @Override public Class<?> getContainerType() { return Resource.class; } } | ServiceNameValidator implements ParameterValidator { @Override public Class<?> getContainerType() { return Resource.class; } ServiceNameValidator(String namespace, boolean applyNamespace); } | ServiceNameValidator implements ParameterValidator { @Override public Class<?> getContainerType() { return Resource.class; } ServiceNameValidator(String namespace, boolean applyNamespace); @Override Class<?> getContainerType(); @Override String getParameterName(); @Override boolean isValid(Object serviceName, final Map... | ServiceNameValidator implements ParameterValidator { @Override public Class<?> getContainerType() { return Resource.class; } ServiceNameValidator(String namespace, boolean applyNamespace); @Override Class<?> getContainerType(); @Override String getParameterName(); @Override boolean isValid(Object serviceName, final Map... |
@Test void testGetParameterName() { ServiceNameValidator serviceNameValidator = new ServiceNameValidator(NAMESPACE, false); assertEquals(SupportedParameters.SERVICE_NAME, serviceNameValidator.getParameterName()); } | @Override public String getParameterName() { return SupportedParameters.SERVICE_NAME; } | ServiceNameValidator implements ParameterValidator { @Override public String getParameterName() { return SupportedParameters.SERVICE_NAME; } } | ServiceNameValidator implements ParameterValidator { @Override public String getParameterName() { return SupportedParameters.SERVICE_NAME; } ServiceNameValidator(String namespace, boolean applyNamespace); } | ServiceNameValidator implements ParameterValidator { @Override public String getParameterName() { return SupportedParameters.SERVICE_NAME; } ServiceNameValidator(String namespace, boolean applyNamespace); @Override Class<?> getContainerType(); @Override String getParameterName(); @Override boolean isValid(Object servic... | ServiceNameValidator implements ParameterValidator { @Override public String getParameterName() { return SupportedParameters.SERVICE_NAME; } ServiceNameValidator(String namespace, boolean applyNamespace); @Override Class<?> getContainerType(); @Override String getParameterName(); @Override boolean isValid(Object servic... |
@Test void testCanCorrect() { ServiceNameValidator serviceNameValidator = new ServiceNameValidator(NAMESPACE, false); assertTrue(serviceNameValidator.canCorrect()); } | @Override public boolean canCorrect() { return true; } | ServiceNameValidator implements ParameterValidator { @Override public boolean canCorrect() { return true; } } | ServiceNameValidator implements ParameterValidator { @Override public boolean canCorrect() { return true; } ServiceNameValidator(String namespace, boolean applyNamespace); } | ServiceNameValidator implements ParameterValidator { @Override public boolean canCorrect() { return true; } ServiceNameValidator(String namespace, boolean applyNamespace); @Override Class<?> getContainerType(); @Override String getParameterName(); @Override boolean isValid(Object serviceName, final Map<String, Object> ... | ServiceNameValidator implements ParameterValidator { @Override public boolean canCorrect() { return true; } ServiceNameValidator(String namespace, boolean applyNamespace); @Override Class<?> getContainerType(); @Override String getParameterName(); @Override boolean isValid(Object serviceName, final Map<String, Object> ... |
@SuppressWarnings("unchecked") @Test void testGet() { LongSupplier currentTimeSupplier = Mockito.mock(LongSupplier.class); Mockito.when(currentTimeSupplier.getAsLong()) .thenReturn(0L, toMillis(5), toMillis(15), toMillis(25), toMillis(30)); Supplier<String> refreshFunction = Mockito.mock(Supplier.class); Mockito.when(r... | public synchronized T get(Supplier<T> refreshFunction) { long currentTime = currentTimeSupplier.getAsLong(); long millisecondsSinceLastRefresh = currentTime - lastRefreshTime; long secondsSinceLastRefresh = TimeUnit.MILLISECONDS.toSeconds(millisecondsSinceLastRefresh); if (object == null || secondsSinceLastRefresh > ex... | CachedObject { public synchronized T get(Supplier<T> refreshFunction) { long currentTime = currentTimeSupplier.getAsLong(); long millisecondsSinceLastRefresh = currentTime - lastRefreshTime; long secondsSinceLastRefresh = TimeUnit.MILLISECONDS.toSeconds(millisecondsSinceLastRefresh); if (object == null || secondsSinceL... | CachedObject { public synchronized T get(Supplier<T> refreshFunction) { long currentTime = currentTimeSupplier.getAsLong(); long millisecondsSinceLastRefresh = currentTime - lastRefreshTime; long secondsSinceLastRefresh = TimeUnit.MILLISECONDS.toSeconds(millisecondsSinceLastRefresh); if (object == null || secondsSinceL... | CachedObject { public synchronized T get(Supplier<T> refreshFunction) { long currentTime = currentTimeSupplier.getAsLong(); long millisecondsSinceLastRefresh = currentTime - lastRefreshTime; long secondsSinceLastRefresh = TimeUnit.MILLISECONDS.toSeconds(millisecondsSinceLastRefresh); if (object == null || secondsSinceL... | CachedObject { public synchronized T get(Supplier<T> refreshFunction) { long currentTime = currentTimeSupplier.getAsLong(); long millisecondsSinceLastRefresh = currentTime - lastRefreshTime; long secondsSinceLastRefresh = TimeUnit.MILLISECONDS.toSeconds(millisecondsSinceLastRefresh); if (object == null || secondsSinceL... |
@SuppressWarnings("unchecked") @Test void testForceRefresh() { LongSupplier currentTimeSupplier = Mockito.mock(LongSupplier.class); Mockito.when(currentTimeSupplier.getAsLong()) .thenReturn(0L, toMillis(5), toMillis(10), toMillis(15), toMillis(25)); Supplier<String> refreshFunction = Mockito.mock(Supplier.class); Mocki... | public synchronized T forceRefresh(Supplier<T> refreshFunction) { object = refreshFunction.get(); lastRefreshTime = currentTimeSupplier.getAsLong(); return object; } | CachedObject { public synchronized T forceRefresh(Supplier<T> refreshFunction) { object = refreshFunction.get(); lastRefreshTime = currentTimeSupplier.getAsLong(); return object; } } | CachedObject { public synchronized T forceRefresh(Supplier<T> refreshFunction) { object = refreshFunction.get(); lastRefreshTime = currentTimeSupplier.getAsLong(); return object; } CachedObject(long expirationTimeInSeconds); CachedObject(long expirationTimeInSeconds, LongSupplier currentTimeSupplier); } | CachedObject { public synchronized T forceRefresh(Supplier<T> refreshFunction) { object = refreshFunction.get(); lastRefreshTime = currentTimeSupplier.getAsLong(); return object; } CachedObject(long expirationTimeInSeconds); CachedObject(long expirationTimeInSeconds, LongSupplier currentTimeSupplier); synchronized T g... | CachedObject { public synchronized T forceRefresh(Supplier<T> refreshFunction) { object = refreshFunction.get(); lastRefreshTime = currentTimeSupplier.getAsLong(); return object; } CachedObject(long expirationTimeInSeconds); CachedObject(long expirationTimeInSeconds, LongSupplier currentTimeSupplier); synchronized T g... |
@Test void testGetHealth() { prepareConfiguration(ImmutableHealthCheckConfiguration.builder() .mtaId(MTA_ID) .spaceId(SPACE_ID) .userName(USER_NAME) .timeRangeInSeconds(TIME_RANGE_IN_SECONDS) .build()); Health health = healthRetriever.getHealth(); assertTrue(health.isHealthy()); assertEquals(1, health.getHealthCheckOpe... | public Health getHealth() { HealthCheckConfiguration healthCheckConfiguration = configuration.getHealthCheckConfiguration(); ZonedDateTime currentTime = currentTimeSupplier.get(); ZonedDateTime xSecondsAgo = currentTime.minusSeconds(healthCheckConfiguration.getTimeRangeInSeconds()); List<Operation> healthCheckOperation... | HealthRetriever { public Health getHealth() { HealthCheckConfiguration healthCheckConfiguration = configuration.getHealthCheckConfiguration(); ZonedDateTime currentTime = currentTimeSupplier.get(); ZonedDateTime xSecondsAgo = currentTime.minusSeconds(healthCheckConfiguration.getTimeRangeInSeconds()); List<Operation> he... | HealthRetriever { public Health getHealth() { HealthCheckConfiguration healthCheckConfiguration = configuration.getHealthCheckConfiguration(); ZonedDateTime currentTime = currentTimeSupplier.get(); ZonedDateTime xSecondsAgo = currentTime.minusSeconds(healthCheckConfiguration.getTimeRangeInSeconds()); List<Operation> he... | HealthRetriever { public Health getHealth() { HealthCheckConfiguration healthCheckConfiguration = configuration.getHealthCheckConfiguration(); ZonedDateTime currentTime = currentTimeSupplier.get(); ZonedDateTime xSecondsAgo = currentTime.minusSeconds(healthCheckConfiguration.getTimeRangeInSeconds()); List<Operation> he... | HealthRetriever { public Health getHealth() { HealthCheckConfiguration healthCheckConfiguration = configuration.getHealthCheckConfiguration(); ZonedDateTime currentTime = currentTimeSupplier.get(); ZonedDateTime xSecondsAgo = currentTime.minusSeconds(healthCheckConfiguration.getTimeRangeInSeconds()); List<Operation> he... |
@Test void deleteFilesBySpace() throws Exception { FileEntry firstFile = addFile(TEST_FILE_LOCATION); FileEntry secondFile = addFile(SECOND_FILE_TEST_LOCATION); FileEntry fileInOtherSpace = addFile(TEST_FILE_LOCATION, "otherspace", namespace); fileStorage.deleteFilesBySpace(spaceId); assertFileExists(false, firstFile);... | @Override public void deleteFilesBySpace(String space) { removeBlobsByFilter(blob -> filterBySpace(blob, space)); } | ObjectStoreFileStorage implements FileStorage { @Override public void deleteFilesBySpace(String space) { removeBlobsByFilter(blob -> filterBySpace(blob, space)); } } | ObjectStoreFileStorage implements FileStorage { @Override public void deleteFilesBySpace(String space) { removeBlobsByFilter(blob -> filterBySpace(blob, space)); } ObjectStoreFileStorage(BlobStore blobStore, String container); } | ObjectStoreFileStorage implements FileStorage { @Override public void deleteFilesBySpace(String space) { removeBlobsByFilter(blob -> filterBySpace(blob, space)); } ObjectStoreFileStorage(BlobStore blobStore, String container); @Override void addFile(FileEntry fileEntry, File file); @Override List<FileEntry> getFileEntr... | ObjectStoreFileStorage implements FileStorage { @Override public void deleteFilesBySpace(String space) { removeBlobsByFilter(blob -> filterBySpace(blob, space)); } ObjectStoreFileStorage(BlobStore blobStore, String container); @Override void addFile(FileEntry fileEntry, File file); @Override List<FileEntry> getFileEntr... |
@Test void testMissingAuditorCredentials() { Exception exception = assertThrows(IllegalStateException.class, () -> dataTerminationService.deleteOrphanUserData()); assertEquals(Messages.MISSING_GLOBAL_AUDITOR_CREDENTIALS, exception.getMessage()); } | public void deleteOrphanUserData() { assertGlobalAuditorCredentialsExist(); List<String> deleteSpaceEventsToBeDeleted = getDeleteSpaceEvents(); for (String spaceId : deleteSpaceEventsToBeDeleted) { deleteConfigurationSubscriptionOrphanData(spaceId); deleteConfigurationEntryOrphanData(spaceId); deleteUserOperationsOrpha... | DataTerminationService { public void deleteOrphanUserData() { assertGlobalAuditorCredentialsExist(); List<String> deleteSpaceEventsToBeDeleted = getDeleteSpaceEvents(); for (String spaceId : deleteSpaceEventsToBeDeleted) { deleteConfigurationSubscriptionOrphanData(spaceId); deleteConfigurationEntryOrphanData(spaceId); ... | DataTerminationService { public void deleteOrphanUserData() { assertGlobalAuditorCredentialsExist(); List<String> deleteSpaceEventsToBeDeleted = getDeleteSpaceEvents(); for (String spaceId : deleteSpaceEventsToBeDeleted) { deleteConfigurationSubscriptionOrphanData(spaceId); deleteConfigurationEntryOrphanData(spaceId); ... | DataTerminationService { public void deleteOrphanUserData() { assertGlobalAuditorCredentialsExist(); List<String> deleteSpaceEventsToBeDeleted = getDeleteSpaceEvents(); for (String spaceId : deleteSpaceEventsToBeDeleted) { deleteConfigurationSubscriptionOrphanData(spaceId); deleteConfigurationEntryOrphanData(spaceId); ... | DataTerminationService { public void deleteOrphanUserData() { assertGlobalAuditorCredentialsExist(); List<String> deleteSpaceEventsToBeDeleted = getDeleteSpaceEvents(); for (String spaceId : deleteSpaceEventsToBeDeleted) { deleteConfigurationSubscriptionOrphanData(spaceId); deleteConfigurationEntryOrphanData(spaceId); ... |
@Test void testFailToDeleteSpace() throws FileStorageException { prepareGlobalAuditorCredentials(); prepareCfOptimizedEventsGetter(generateDeletedSpaces(1)); when(configurationEntryService.createQuery()).thenReturn(configurationEntryQuery); when(configurationSubscriptionService.createQuery()).thenReturn(configurationSu... | public void deleteOrphanUserData() { assertGlobalAuditorCredentialsExist(); List<String> deleteSpaceEventsToBeDeleted = getDeleteSpaceEvents(); for (String spaceId : deleteSpaceEventsToBeDeleted) { deleteConfigurationSubscriptionOrphanData(spaceId); deleteConfigurationEntryOrphanData(spaceId); deleteUserOperationsOrpha... | DataTerminationService { public void deleteOrphanUserData() { assertGlobalAuditorCredentialsExist(); List<String> deleteSpaceEventsToBeDeleted = getDeleteSpaceEvents(); for (String spaceId : deleteSpaceEventsToBeDeleted) { deleteConfigurationSubscriptionOrphanData(spaceId); deleteConfigurationEntryOrphanData(spaceId); ... | DataTerminationService { public void deleteOrphanUserData() { assertGlobalAuditorCredentialsExist(); List<String> deleteSpaceEventsToBeDeleted = getDeleteSpaceEvents(); for (String spaceId : deleteSpaceEventsToBeDeleted) { deleteConfigurationSubscriptionOrphanData(spaceId); deleteConfigurationEntryOrphanData(spaceId); ... | DataTerminationService { public void deleteOrphanUserData() { assertGlobalAuditorCredentialsExist(); List<String> deleteSpaceEventsToBeDeleted = getDeleteSpaceEvents(); for (String spaceId : deleteSpaceEventsToBeDeleted) { deleteConfigurationSubscriptionOrphanData(spaceId); deleteConfigurationEntryOrphanData(spaceId); ... | DataTerminationService { public void deleteOrphanUserData() { assertGlobalAuditorCredentialsExist(); List<String> deleteSpaceEventsToBeDeleted = getDeleteSpaceEvents(); for (String spaceId : deleteSpaceEventsToBeDeleted) { deleteConfigurationSubscriptionOrphanData(spaceId); deleteConfigurationEntryOrphanData(spaceId); ... |
@Test void testGenerate() throws NoSuchAlgorithmException, NoSuchProviderException { SecureRandom randomGenerator = SecureRandom.getInstance("SHA1PRNG", "SUN"); randomGenerator.setSeed(69); CredentialsGenerator credentialsGenerator = new CredentialsGenerator(randomGenerator); assertEquals("r&k37&tl2*D[MK7C", credential... | public String next(int length) { StringBuilder credential = new StringBuilder(length); for (int i = 0; i < length; i++) { int randomIndex = randomGenerator.nextInt(LEGAL_CHARACTERS.length); credential.append(LEGAL_CHARACTERS[randomIndex]); } return credential.toString(); } | CredentialsGenerator { public String next(int length) { StringBuilder credential = new StringBuilder(length); for (int i = 0; i < length; i++) { int randomIndex = randomGenerator.nextInt(LEGAL_CHARACTERS.length); credential.append(LEGAL_CHARACTERS[randomIndex]); } return credential.toString(); } } | CredentialsGenerator { public String next(int length) { StringBuilder credential = new StringBuilder(length); for (int i = 0; i < length; i++) { int randomIndex = randomGenerator.nextInt(LEGAL_CHARACTERS.length); credential.append(LEGAL_CHARACTERS[randomIndex]); } return credential.toString(); } CredentialsGenerator();... | CredentialsGenerator { public String next(int length) { StringBuilder credential = new StringBuilder(length); for (int i = 0; i < length; i++) { int randomIndex = randomGenerator.nextInt(LEGAL_CHARACTERS.length); credential.append(LEGAL_CHARACTERS[randomIndex]); } return credential.toString(); } CredentialsGenerator();... | CredentialsGenerator { public String next(int length) { StringBuilder credential = new StringBuilder(length); for (int i = 0; i < length; i++) { int randomIndex = randomGenerator.nextInt(LEGAL_CHARACTERS.length); credential.append(LEGAL_CHARACTERS[randomIndex]); } return credential.toString(); } CredentialsGenerator();... |
@Test void testPurge() { MtaConfigurationPurger purger = new MtaConfigurationPurger(client, configurationEntryService, configurationSubscriptionService, new MtaMetadataParser(new MtaMetadataValidator())); purger.purge("org", "space"); verifyConfigurationEntriesDeleted(); verifyConfigurationEntriesNotDeleted(); Mockito.... | public void purge(String org, String space) { CloudTarget targetSpace = new CloudTarget(org, space); String targetId = new ClientHelper(client).computeSpaceId(org, space); List<CloudApplication> existingApps = getExistingApps(); purgeConfigurationSubscriptions(targetId, existingApps); purgeConfigurationEntries(targetSp... | MtaConfigurationPurger { public void purge(String org, String space) { CloudTarget targetSpace = new CloudTarget(org, space); String targetId = new ClientHelper(client).computeSpaceId(org, space); List<CloudApplication> existingApps = getExistingApps(); purgeConfigurationSubscriptions(targetId, existingApps); purgeConf... | MtaConfigurationPurger { public void purge(String org, String space) { CloudTarget targetSpace = new CloudTarget(org, space); String targetId = new ClientHelper(client).computeSpaceId(org, space); List<CloudApplication> existingApps = getExistingApps(); purgeConfigurationSubscriptions(targetId, existingApps); purgeConf... | MtaConfigurationPurger { public void purge(String org, String space) { CloudTarget targetSpace = new CloudTarget(org, space); String targetId = new ClientHelper(client).computeSpaceId(org, space); List<CloudApplication> existingApps = getExistingApps(); purgeConfigurationSubscriptions(targetId, existingApps); purgeConf... | MtaConfigurationPurger { public void purge(String org, String space) { CloudTarget targetSpace = new CloudTarget(org, space); String targetId = new ClientHelper(client).computeSpaceId(org, space); List<CloudApplication> existingApps = getExistingApps(); purgeConfigurationSubscriptions(targetId, existingApps); purgeConf... |
@Test void testGetInstance() { final int maxAliases = 5; ApplicationConfiguration applicationConfiguration = Mockito.mock(ApplicationConfiguration.class); Mockito.when(applicationConfiguration.getSnakeyamlMaxAliasesForCollections()) .thenReturn(maxAliases); DescriptorParserFacadeFactory descriptorParserFacadeFactory = ... | public DescriptorParserFacade getInstance() { LoaderOptions loaderOptions = new LoaderOptions(); loaderOptions.setMaxAliasesForCollections(applicationConfiguration.getSnakeyamlMaxAliasesForCollections()); YamlParser yamlParser = new YamlParser(loaderOptions); return new DescriptorParserFacade(yamlParser); } | DescriptorParserFacadeFactory { public DescriptorParserFacade getInstance() { LoaderOptions loaderOptions = new LoaderOptions(); loaderOptions.setMaxAliasesForCollections(applicationConfiguration.getSnakeyamlMaxAliasesForCollections()); YamlParser yamlParser = new YamlParser(loaderOptions); return new DescriptorParserF... | DescriptorParserFacadeFactory { public DescriptorParserFacade getInstance() { LoaderOptions loaderOptions = new LoaderOptions(); loaderOptions.setMaxAliasesForCollections(applicationConfiguration.getSnakeyamlMaxAliasesForCollections()); YamlParser yamlParser = new YamlParser(loaderOptions); return new DescriptorParserF... | DescriptorParserFacadeFactory { public DescriptorParserFacade getInstance() { LoaderOptions loaderOptions = new LoaderOptions(); loaderOptions.setMaxAliasesForCollections(applicationConfiguration.getSnakeyamlMaxAliasesForCollections()); YamlParser yamlParser = new YamlParser(loaderOptions); return new DescriptorParserF... | DescriptorParserFacadeFactory { public DescriptorParserFacade getInstance() { LoaderOptions loaderOptions = new LoaderOptions(); loaderOptions.setMaxAliasesForCollections(applicationConfiguration.getSnakeyamlMaxAliasesForCollections()); YamlParser yamlParser = new YamlParser(loaderOptions); return new DescriptorParserF... |
@Test void testDeleteRoute() { String uri = "https: clientHelper.deleteRoute(uri); ApplicationURI route = new ApplicationURI(uri); Mockito.verify(client) .deleteRoute(route.getHost(), route.getDomain(), route.getPath()); } | public void deleteRoute(String uri) { ApplicationURI route = new ApplicationURI(uri); client.deleteRoute(route.getHost(), route.getDomain(), route.getPath()); } | ClientHelper { public void deleteRoute(String uri) { ApplicationURI route = new ApplicationURI(uri); client.deleteRoute(route.getHost(), route.getDomain(), route.getPath()); } } | ClientHelper { public void deleteRoute(String uri) { ApplicationURI route = new ApplicationURI(uri); client.deleteRoute(route.getHost(), route.getDomain(), route.getPath()); } ClientHelper(CloudControllerClient client); } | ClientHelper { public void deleteRoute(String uri) { ApplicationURI route = new ApplicationURI(uri); client.deleteRoute(route.getHost(), route.getDomain(), route.getPath()); } ClientHelper(CloudControllerClient client); void deleteRoute(String uri); String computeSpaceId(String orgName, String spaceName); CloudTarget c... | ClientHelper { public void deleteRoute(String uri) { ApplicationURI route = new ApplicationURI(uri); client.deleteRoute(route.getHost(), route.getDomain(), route.getPath()); } ClientHelper(CloudControllerClient client); void deleteRoute(String uri); String computeSpaceId(String orgName, String spaceName); CloudTarget c... |
@Test void testComputeSpaceId() { Mockito.when(client.getSpace(ORG_NAME, SPACE_NAME, false)) .thenReturn(createCloudSpace(GUID, SPACE_NAME, ORG_NAME)); String spaceId = clientHelper.computeSpaceId(ORG_NAME, SPACE_NAME); Assertions.assertEquals(GUID.toString(), spaceId); } | public String computeSpaceId(String orgName, String spaceName) { CloudSpace space = client.getSpace(orgName, spaceName, false); if (space != null) { return space.getMetadata() .getGuid() .toString(); } return null; } | ClientHelper { public String computeSpaceId(String orgName, String spaceName) { CloudSpace space = client.getSpace(orgName, spaceName, false); if (space != null) { return space.getMetadata() .getGuid() .toString(); } return null; } } | ClientHelper { public String computeSpaceId(String orgName, String spaceName) { CloudSpace space = client.getSpace(orgName, spaceName, false); if (space != null) { return space.getMetadata() .getGuid() .toString(); } return null; } ClientHelper(CloudControllerClient client); } | ClientHelper { public String computeSpaceId(String orgName, String spaceName) { CloudSpace space = client.getSpace(orgName, spaceName, false); if (space != null) { return space.getMetadata() .getGuid() .toString(); } return null; } ClientHelper(CloudControllerClient client); void deleteRoute(String uri); String compute... | ClientHelper { public String computeSpaceId(String orgName, String spaceName) { CloudSpace space = client.getSpace(orgName, spaceName, false); if (space != null) { return space.getMetadata() .getGuid() .toString(); } return null; } ClientHelper(CloudControllerClient client); void deleteRoute(String uri); String compute... |
@Test void testComputeSpaceIdIfSpaceIsNull() { Assertions.assertNull(clientHelper.computeSpaceId(ORG_NAME, SPACE_NAME)); } | public String computeSpaceId(String orgName, String spaceName) { CloudSpace space = client.getSpace(orgName, spaceName, false); if (space != null) { return space.getMetadata() .getGuid() .toString(); } return null; } | ClientHelper { public String computeSpaceId(String orgName, String spaceName) { CloudSpace space = client.getSpace(orgName, spaceName, false); if (space != null) { return space.getMetadata() .getGuid() .toString(); } return null; } } | ClientHelper { public String computeSpaceId(String orgName, String spaceName) { CloudSpace space = client.getSpace(orgName, spaceName, false); if (space != null) { return space.getMetadata() .getGuid() .toString(); } return null; } ClientHelper(CloudControllerClient client); } | ClientHelper { public String computeSpaceId(String orgName, String spaceName) { CloudSpace space = client.getSpace(orgName, spaceName, false); if (space != null) { return space.getMetadata() .getGuid() .toString(); } return null; } ClientHelper(CloudControllerClient client); void deleteRoute(String uri); String compute... | ClientHelper { public String computeSpaceId(String orgName, String spaceName) { CloudSpace space = client.getSpace(orgName, spaceName, false); if (space != null) { return space.getMetadata() .getGuid() .toString(); } return null; } ClientHelper(CloudControllerClient client); void deleteRoute(String uri); String compute... |
@Test void testComputeTarget() { Mockito.when(client.getSpace(Matchers.any(UUID.class))) .thenReturn(createCloudSpace(GUID, SPACE_NAME, ORG_NAME)); CloudTarget target = clientHelper.computeTarget(SPACE_ID); Assertions.assertEquals(ORG_NAME, target.getOrganizationName()); Assertions.assertEquals(SPACE_NAME, target.getSp... | public CloudTarget computeTarget(String spaceId) { CloudSpace space = attemptToFindSpace(spaceId); if (space != null) { return new CloudTarget(space.getOrganization() .getName(), space.getName()); } return null; } | ClientHelper { public CloudTarget computeTarget(String spaceId) { CloudSpace space = attemptToFindSpace(spaceId); if (space != null) { return new CloudTarget(space.getOrganization() .getName(), space.getName()); } return null; } } | ClientHelper { public CloudTarget computeTarget(String spaceId) { CloudSpace space = attemptToFindSpace(spaceId); if (space != null) { return new CloudTarget(space.getOrganization() .getName(), space.getName()); } return null; } ClientHelper(CloudControllerClient client); } | ClientHelper { public CloudTarget computeTarget(String spaceId) { CloudSpace space = attemptToFindSpace(spaceId); if (space != null) { return new CloudTarget(space.getOrganization() .getName(), space.getName()); } return null; } ClientHelper(CloudControllerClient client); void deleteRoute(String uri); String computeSpa... | ClientHelper { public CloudTarget computeTarget(String spaceId) { CloudSpace space = attemptToFindSpace(spaceId); if (space != null) { return new CloudTarget(space.getOrganization() .getName(), space.getName()); } return null; } ClientHelper(CloudControllerClient client); void deleteRoute(String uri); String computeSpa... |
@Test void testComputeTargetCloudOperationExceptionForbiddenThrown() { Mockito.when(client.getSpace(Matchers.any(UUID.class))) .thenThrow(new CloudOperationException(HttpStatus.FORBIDDEN)); Assertions.assertNull(clientHelper.computeTarget(SPACE_ID)); } | public CloudTarget computeTarget(String spaceId) { CloudSpace space = attemptToFindSpace(spaceId); if (space != null) { return new CloudTarget(space.getOrganization() .getName(), space.getName()); } return null; } | ClientHelper { public CloudTarget computeTarget(String spaceId) { CloudSpace space = attemptToFindSpace(spaceId); if (space != null) { return new CloudTarget(space.getOrganization() .getName(), space.getName()); } return null; } } | ClientHelper { public CloudTarget computeTarget(String spaceId) { CloudSpace space = attemptToFindSpace(spaceId); if (space != null) { return new CloudTarget(space.getOrganization() .getName(), space.getName()); } return null; } ClientHelper(CloudControllerClient client); } | ClientHelper { public CloudTarget computeTarget(String spaceId) { CloudSpace space = attemptToFindSpace(spaceId); if (space != null) { return new CloudTarget(space.getOrganization() .getName(), space.getName()); } return null; } ClientHelper(CloudControllerClient client); void deleteRoute(String uri); String computeSpa... | ClientHelper { public CloudTarget computeTarget(String spaceId) { CloudSpace space = attemptToFindSpace(spaceId); if (space != null) { return new CloudTarget(space.getOrganization() .getName(), space.getName()); } return null; } ClientHelper(CloudControllerClient client); void deleteRoute(String uri); String computeSpa... |
@Test void deleteFilesBySpaceAndNamespace() throws Exception { FileEntry firstFile = addFile(TEST_FILE_LOCATION); FileEntry secondFile = addFile(SECOND_FILE_TEST_LOCATION); FileEntry fileInOtherSpace = addFile(TEST_FILE_LOCATION, "otherspace", namespace); FileEntry fileInOtherNamespace = addFile(TEST_FILE_LOCATION, spa... | @Override public void deleteFilesBySpaceAndNamespace(String space, String namespace) { removeBlobsByFilter(blob -> filterBySpaceAndNamespace(blob, space, namespace)); } | ObjectStoreFileStorage implements FileStorage { @Override public void deleteFilesBySpaceAndNamespace(String space, String namespace) { removeBlobsByFilter(blob -> filterBySpaceAndNamespace(blob, space, namespace)); } } | ObjectStoreFileStorage implements FileStorage { @Override public void deleteFilesBySpaceAndNamespace(String space, String namespace) { removeBlobsByFilter(blob -> filterBySpaceAndNamespace(blob, space, namespace)); } ObjectStoreFileStorage(BlobStore blobStore, String container); } | ObjectStoreFileStorage implements FileStorage { @Override public void deleteFilesBySpaceAndNamespace(String space, String namespace) { removeBlobsByFilter(blob -> filterBySpaceAndNamespace(blob, space, namespace)); } ObjectStoreFileStorage(BlobStore blobStore, String container); @Override void addFile(FileEntry fileEnt... | ObjectStoreFileStorage implements FileStorage { @Override public void deleteFilesBySpaceAndNamespace(String space, String namespace) { removeBlobsByFilter(blob -> filterBySpaceAndNamespace(blob, space, namespace)); } ObjectStoreFileStorage(BlobStore blobStore, String container); @Override void addFile(FileEntry fileEnt... |
@Test void testComputeTargetCloudOperationExceptionNotFoundThrown() { Mockito.when(client.getSpace(Matchers.any(UUID.class))) .thenThrow(new CloudOperationException(HttpStatus.NOT_FOUND)); Assertions.assertNull(clientHelper.computeTarget(SPACE_ID)); } | public CloudTarget computeTarget(String spaceId) { CloudSpace space = attemptToFindSpace(spaceId); if (space != null) { return new CloudTarget(space.getOrganization() .getName(), space.getName()); } return null; } | ClientHelper { public CloudTarget computeTarget(String spaceId) { CloudSpace space = attemptToFindSpace(spaceId); if (space != null) { return new CloudTarget(space.getOrganization() .getName(), space.getName()); } return null; } } | ClientHelper { public CloudTarget computeTarget(String spaceId) { CloudSpace space = attemptToFindSpace(spaceId); if (space != null) { return new CloudTarget(space.getOrganization() .getName(), space.getName()); } return null; } ClientHelper(CloudControllerClient client); } | ClientHelper { public CloudTarget computeTarget(String spaceId) { CloudSpace space = attemptToFindSpace(spaceId); if (space != null) { return new CloudTarget(space.getOrganization() .getName(), space.getName()); } return null; } ClientHelper(CloudControllerClient client); void deleteRoute(String uri); String computeSpa... | ClientHelper { public CloudTarget computeTarget(String spaceId) { CloudSpace space = attemptToFindSpace(spaceId); if (space != null) { return new CloudTarget(space.getOrganization() .getName(), space.getName()); } return null; } ClientHelper(CloudControllerClient client); void deleteRoute(String uri); String computeSpa... |
@Test void testComputeTargetCloudOperationExceptionBadRequestThrown() { Mockito.when(client.getSpace(Matchers.any(UUID.class))) .thenThrow(new CloudOperationException(HttpStatus.BAD_REQUEST)); CloudOperationException cloudOperationException = Assertions.assertThrows(CloudOperationException.class, () -> clientHelper.com... | public CloudTarget computeTarget(String spaceId) { CloudSpace space = attemptToFindSpace(spaceId); if (space != null) { return new CloudTarget(space.getOrganization() .getName(), space.getName()); } return null; } | ClientHelper { public CloudTarget computeTarget(String spaceId) { CloudSpace space = attemptToFindSpace(spaceId); if (space != null) { return new CloudTarget(space.getOrganization() .getName(), space.getName()); } return null; } } | ClientHelper { public CloudTarget computeTarget(String spaceId) { CloudSpace space = attemptToFindSpace(spaceId); if (space != null) { return new CloudTarget(space.getOrganization() .getName(), space.getName()); } return null; } ClientHelper(CloudControllerClient client); } | ClientHelper { public CloudTarget computeTarget(String spaceId) { CloudSpace space = attemptToFindSpace(spaceId); if (space != null) { return new CloudTarget(space.getOrganization() .getName(), space.getName()); } return null; } ClientHelper(CloudControllerClient client); void deleteRoute(String uri); String computeSpa... | ClientHelper { public CloudTarget computeTarget(String spaceId) { CloudSpace space = attemptToFindSpace(spaceId); if (space != null) { return new CloudTarget(space.getOrganization() .getName(), space.getName()); } return null; } ClientHelper(CloudControllerClient client); void deleteRoute(String uri); String computeSpa... |
@Test void testDescriptorOverridesDefaults() throws Exception { SystemParameters testedClass = createSystemParameters(false); List<String> descriptorParameterFields = List.of(SupportedParameters.ORGANIZATION_NAME, SupportedParameters.SPACE_NAME, SupportedParameters.USER, SupportedParameters.DEFAULT_DOMAIN, SupportedPar... | public void injectInto(DeploymentDescriptor descriptor) { for (Module module : descriptor.getModules()) { Map<String, Object> moduleSystemParameters = getModuleParameters(module); module.setParameters(MapUtil.merge(moduleSystemParameters, module.getParameters())); } for (Resource resource : descriptor.getResources()) {... | SystemParameters { public void injectInto(DeploymentDescriptor descriptor) { for (Module module : descriptor.getModules()) { Map<String, Object> moduleSystemParameters = getModuleParameters(module); module.setParameters(MapUtil.merge(moduleSystemParameters, module.getParameters())); } for (Resource resource : descripto... | SystemParameters { public void injectInto(DeploymentDescriptor descriptor) { for (Module module : descriptor.getModules()) { Map<String, Object> moduleSystemParameters = getModuleParameters(module); module.setParameters(MapUtil.merge(moduleSystemParameters, module.getParameters())); } for (Resource resource : descripto... | SystemParameters { public void injectInto(DeploymentDescriptor descriptor) { for (Module module : descriptor.getModules()) { Map<String, Object> moduleSystemParameters = getModuleParameters(module); module.setParameters(MapUtil.merge(moduleSystemParameters, module.getParameters())); } for (Resource resource : descripto... | SystemParameters { public void injectInto(DeploymentDescriptor descriptor) { for (Module module : descriptor.getModules()) { Map<String, Object> moduleSystemParameters = getModuleParameters(module); module.setParameters(MapUtil.merge(moduleSystemParameters, module.getParameters())); } for (Resource resource : descripto... |
@Test void testModuleParametersOverrideSystemParameters() throws Exception { SystemParameters testedClass = createSystemParameters(false); List<String> fields = List.of(SupportedParameters.PROTOCOL, SupportedParameters.TIMESTAMP, SupportedParameters.INSTANCES, SupportedParameters.APP_NAME, SupportedParameters.IDLE_DOMA... | public void injectInto(DeploymentDescriptor descriptor) { for (Module module : descriptor.getModules()) { Map<String, Object> moduleSystemParameters = getModuleParameters(module); module.setParameters(MapUtil.merge(moduleSystemParameters, module.getParameters())); } for (Resource resource : descriptor.getResources()) {... | SystemParameters { public void injectInto(DeploymentDescriptor descriptor) { for (Module module : descriptor.getModules()) { Map<String, Object> moduleSystemParameters = getModuleParameters(module); module.setParameters(MapUtil.merge(moduleSystemParameters, module.getParameters())); } for (Resource resource : descripto... | SystemParameters { public void injectInto(DeploymentDescriptor descriptor) { for (Module module : descriptor.getModules()) { Map<String, Object> moduleSystemParameters = getModuleParameters(module); module.setParameters(MapUtil.merge(moduleSystemParameters, module.getParameters())); } for (Resource resource : descripto... | SystemParameters { public void injectInto(DeploymentDescriptor descriptor) { for (Module module : descriptor.getModules()) { Map<String, Object> moduleSystemParameters = getModuleParameters(module); module.setParameters(MapUtil.merge(moduleSystemParameters, module.getParameters())); } for (Resource resource : descripto... | SystemParameters { public void injectInto(DeploymentDescriptor descriptor) { for (Module module : descriptor.getModules()) { Map<String, Object> moduleSystemParameters = getModuleParameters(module); module.setParameters(MapUtil.merge(moduleSystemParameters, module.getParameters())); } for (Resource resource : descripto... |
@Test void testResourceParameters() throws Exception { SystemParameters testedClass = createSystemParameters(false); Resource resourceOne = Resource.createV3() .setName("first"); Resource resourceTwo = Resource.createV3() .setName("second"); DeploymentDescriptor descriptor = DeploymentDescriptor.createV3() .setResource... | public void injectInto(DeploymentDescriptor descriptor) { for (Module module : descriptor.getModules()) { Map<String, Object> moduleSystemParameters = getModuleParameters(module); module.setParameters(MapUtil.merge(moduleSystemParameters, module.getParameters())); } for (Resource resource : descriptor.getResources()) {... | SystemParameters { public void injectInto(DeploymentDescriptor descriptor) { for (Module module : descriptor.getModules()) { Map<String, Object> moduleSystemParameters = getModuleParameters(module); module.setParameters(MapUtil.merge(moduleSystemParameters, module.getParameters())); } for (Resource resource : descripto... | SystemParameters { public void injectInto(DeploymentDescriptor descriptor) { for (Module module : descriptor.getModules()) { Map<String, Object> moduleSystemParameters = getModuleParameters(module); module.setParameters(MapUtil.merge(moduleSystemParameters, module.getParameters())); } for (Resource resource : descripto... | SystemParameters { public void injectInto(DeploymentDescriptor descriptor) { for (Module module : descriptor.getModules()) { Map<String, Object> moduleSystemParameters = getModuleParameters(module); module.setParameters(MapUtil.merge(moduleSystemParameters, module.getParameters())); } for (Resource resource : descripto... | SystemParameters { public void injectInto(DeploymentDescriptor descriptor) { for (Module module : descriptor.getModules()) { Map<String, Object> moduleSystemParameters = getModuleParameters(module); module.setParameters(MapUtil.merge(moduleSystemParameters, module.getParameters())); } for (Resource resource : descripto... |
@Test void testResourceParametersOverrideSystemParameters() throws Exception { SystemParameters testedClass = createSystemParameters(false); List<String> fields = List.of(SupportedParameters.SERVICE_NAME, SupportedParameters.DEFAULT_CONTAINER_NAME, SupportedParameters.DEFAULT_XS_APP_NAME); Resource resourceWithParamete... | public void injectInto(DeploymentDescriptor descriptor) { for (Module module : descriptor.getModules()) { Map<String, Object> moduleSystemParameters = getModuleParameters(module); module.setParameters(MapUtil.merge(moduleSystemParameters, module.getParameters())); } for (Resource resource : descriptor.getResources()) {... | SystemParameters { public void injectInto(DeploymentDescriptor descriptor) { for (Module module : descriptor.getModules()) { Map<String, Object> moduleSystemParameters = getModuleParameters(module); module.setParameters(MapUtil.merge(moduleSystemParameters, module.getParameters())); } for (Resource resource : descripto... | SystemParameters { public void injectInto(DeploymentDescriptor descriptor) { for (Module module : descriptor.getModules()) { Map<String, Object> moduleSystemParameters = getModuleParameters(module); module.setParameters(MapUtil.merge(moduleSystemParameters, module.getParameters())); } for (Resource resource : descripto... | SystemParameters { public void injectInto(DeploymentDescriptor descriptor) { for (Module module : descriptor.getModules()) { Map<String, Object> moduleSystemParameters = getModuleParameters(module); module.setParameters(MapUtil.merge(moduleSystemParameters, module.getParameters())); } for (Resource resource : descripto... | SystemParameters { public void injectInto(DeploymentDescriptor descriptor) { for (Module module : descriptor.getModules()) { Map<String, Object> moduleSystemParameters = getModuleParameters(module); module.setParameters(MapUtil.merge(moduleSystemParameters, module.getParameters())); } for (Resource resource : descripto... |
@Test void testWithValidImageWithoutUserCredentials() { List<Map<String, Object>> parameters = new ArrayList<>(); Map<String, Object> moduleParameters = new HashMap<>(); Map<String, String> dockerParameters = new HashMap<>(); String sampleImage = "cloudfoundry/test-app"; dockerParameters.put("image", sampleImage); modu... | @Override public DockerInfo parse(List<Map<String, Object>> parametersList) { Map<String, String> dockerParams = getDockerParams(parametersList); return getDockerInfo(dockerParams); } | DockerInfoParser implements ParametersParser<DockerInfo> { @Override public DockerInfo parse(List<Map<String, Object>> parametersList) { Map<String, String> dockerParams = getDockerParams(parametersList); return getDockerInfo(dockerParams); } } | DockerInfoParser implements ParametersParser<DockerInfo> { @Override public DockerInfo parse(List<Map<String, Object>> parametersList) { Map<String, String> dockerParams = getDockerParams(parametersList); return getDockerInfo(dockerParams); } } | DockerInfoParser implements ParametersParser<DockerInfo> { @Override public DockerInfo parse(List<Map<String, Object>> parametersList) { Map<String, String> dockerParams = getDockerParams(parametersList); return getDockerInfo(dockerParams); } @Override DockerInfo parse(List<Map<String, Object>> parametersList); } | DockerInfoParser implements ParametersParser<DockerInfo> { @Override public DockerInfo parse(List<Map<String, Object>> parametersList) { Map<String, String> dockerParams = getDockerParams(parametersList); return getDockerInfo(dockerParams); } @Override DockerInfo parse(List<Map<String, Object>> parametersList); } |
@Test void testWithValidImageAndCredentials() { List<Map<String, Object>> parameters = new ArrayList<>(); Map<String, Object> moduleParameters = new HashMap<>(); Map<String, String> dockerParameters = new HashMap<>(); String sampleImage = "cloudfoundry/test-app"; String username = "someUsername"; String password = "som... | @Override public DockerInfo parse(List<Map<String, Object>> parametersList) { Map<String, String> dockerParams = getDockerParams(parametersList); return getDockerInfo(dockerParams); } | DockerInfoParser implements ParametersParser<DockerInfo> { @Override public DockerInfo parse(List<Map<String, Object>> parametersList) { Map<String, String> dockerParams = getDockerParams(parametersList); return getDockerInfo(dockerParams); } } | DockerInfoParser implements ParametersParser<DockerInfo> { @Override public DockerInfo parse(List<Map<String, Object>> parametersList) { Map<String, String> dockerParams = getDockerParams(parametersList); return getDockerInfo(dockerParams); } } | DockerInfoParser implements ParametersParser<DockerInfo> { @Override public DockerInfo parse(List<Map<String, Object>> parametersList) { Map<String, String> dockerParams = getDockerParams(parametersList); return getDockerInfo(dockerParams); } @Override DockerInfo parse(List<Map<String, Object>> parametersList); } | DockerInfoParser implements ParametersParser<DockerInfo> { @Override public DockerInfo parse(List<Map<String, Object>> parametersList) { Map<String, String> dockerParams = getDockerParams(parametersList); return getDockerInfo(dockerParams); } @Override DockerInfo parse(List<Map<String, Object>> parametersList); } |
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