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 |
|---|---|---|---|---|---|
@Test public void whenQuerySyncDefinedWithoutInterval_useDefault() { ExporterConfig config = loadFromString(CONFIG_WITH_SYNC_URL); final QuerySyncConfiguration syncConfiguration = config.getQuerySyncConfiguration(); assertThat(syncConfiguration.getUrl(), equalTo("http: assertThat(syncConfiguration.getRefreshInterval(),... | public QuerySyncConfiguration getQuerySyncConfiguration() { return querySyncConfiguration; } | ExporterConfig { public QuerySyncConfiguration getQuerySyncConfiguration() { return querySyncConfiguration; } } | ExporterConfig { public QuerySyncConfiguration getQuerySyncConfiguration() { return querySyncConfiguration; } private ExporterConfig(Map<String, Object> yaml); } | ExporterConfig { public QuerySyncConfiguration getQuerySyncConfiguration() { return querySyncConfiguration; } private ExporterConfig(Map<String, Object> yaml); static ExporterConfig createEmptyConfig(); static ExporterConfig loadConfig(InputStream inputStream); Map<String, Object> scrapeMetrics(MBeanSelector selector,... | ExporterConfig { public QuerySyncConfiguration getQuerySyncConfiguration() { return querySyncConfiguration; } private ExporterConfig(Map<String, Object> yaml); static ExporterConfig createEmptyConfig(); static ExporterConfig loadConfig(InputStream inputStream); Map<String, Object> scrapeMetrics(MBeanSelector selector,... |
@Test public void whenSpecified_readQueriesFromYaml() { ExporterConfig config = loadFromString(SERVLET_CONFIG); assertThat(config.getQueries(), arrayWithSize(1)); } | public MBeanSelector[] getQueries() { if (queries == null) return NO_QUERIES; return queries; } | ExporterConfig { public MBeanSelector[] getQueries() { if (queries == null) return NO_QUERIES; return queries; } } | ExporterConfig { public MBeanSelector[] getQueries() { if (queries == null) return NO_QUERIES; return queries; } private ExporterConfig(Map<String, Object> yaml); } | ExporterConfig { public MBeanSelector[] getQueries() { if (queries == null) return NO_QUERIES; return queries; } private ExporterConfig(Map<String, Object> yaml); static ExporterConfig createEmptyConfig(); static ExporterConfig loadConfig(InputStream inputStream); Map<String, Object> scrapeMetrics(MBeanSelector select... | ExporterConfig { public MBeanSelector[] getQueries() { if (queries == null) return NO_QUERIES; return queries; } private ExporterConfig(Map<String, Object> yaml); static ExporterConfig createEmptyConfig(); static ExporterConfig loadConfig(InputStream inputStream); Map<String, Object> scrapeMetrics(MBeanSelector select... |
@Test public void afterLoad_convertToString() { ExporterConfig config = loadFromString(SNAKE_CASE_CONFIG); assertThat(config.toString(), equalToIgnoringWhiteSpace(SNAKE_CASE_CONFIG)); } | @Override public String toString() { StringBuilder sb = new StringBuilder(); if (querySyncConfiguration != null) sb.append(querySyncConfiguration); if (metricsNameSnakeCase) sb.append("metricsNameSnakeCase: true\n"); if (useDomainQualifier) sb.append(DOMAIN_QUALIFIER + ": true\n"); if (restPort != null) sb.append(REST_... | ExporterConfig { @Override public String toString() { StringBuilder sb = new StringBuilder(); if (querySyncConfiguration != null) sb.append(querySyncConfiguration); if (metricsNameSnakeCase) sb.append("metricsNameSnakeCase: true\n"); if (useDomainQualifier) sb.append(DOMAIN_QUALIFIER + ": true\n"); if (restPort != null... | ExporterConfig { @Override public String toString() { StringBuilder sb = new StringBuilder(); if (querySyncConfiguration != null) sb.append(querySyncConfiguration); if (metricsNameSnakeCase) sb.append("metricsNameSnakeCase: true\n"); if (useDomainQualifier) sb.append(DOMAIN_QUALIFIER + ": true\n"); if (restPort != null... | ExporterConfig { @Override public String toString() { StringBuilder sb = new StringBuilder(); if (querySyncConfiguration != null) sb.append(querySyncConfiguration); if (metricsNameSnakeCase) sb.append("metricsNameSnakeCase: true\n"); if (useDomainQualifier) sb.append(DOMAIN_QUALIFIER + ": true\n"); if (restPort != null... | ExporterConfig { @Override public String toString() { StringBuilder sb = new StringBuilder(); if (querySyncConfiguration != null) sb.append(querySyncConfiguration); if (metricsNameSnakeCase) sb.append("metricsNameSnakeCase: true\n"); if (useDomainQualifier) sb.append(DOMAIN_QUALIFIER + ": true\n"); if (restPort != null... |
@Test public void includeTopLevelFieldsInString() { ExporterConfig config = loadFromString(CONFIG_WITH_TOP_LEVEL_FIELDS); assertThat(config.toString(), equalToIgnoringWhiteSpace(CONFIG_WITH_TOP_LEVEL_FIELDS)); } | @Override public String toString() { StringBuilder sb = new StringBuilder(); if (querySyncConfiguration != null) sb.append(querySyncConfiguration); if (metricsNameSnakeCase) sb.append("metricsNameSnakeCase: true\n"); if (useDomainQualifier) sb.append(DOMAIN_QUALIFIER + ": true\n"); if (restPort != null) sb.append(REST_... | ExporterConfig { @Override public String toString() { StringBuilder sb = new StringBuilder(); if (querySyncConfiguration != null) sb.append(querySyncConfiguration); if (metricsNameSnakeCase) sb.append("metricsNameSnakeCase: true\n"); if (useDomainQualifier) sb.append(DOMAIN_QUALIFIER + ": true\n"); if (restPort != null... | ExporterConfig { @Override public String toString() { StringBuilder sb = new StringBuilder(); if (querySyncConfiguration != null) sb.append(querySyncConfiguration); if (metricsNameSnakeCase) sb.append("metricsNameSnakeCase: true\n"); if (useDomainQualifier) sb.append(DOMAIN_QUALIFIER + ": true\n"); if (restPort != null... | ExporterConfig { @Override public String toString() { StringBuilder sb = new StringBuilder(); if (querySyncConfiguration != null) sb.append(querySyncConfiguration); if (metricsNameSnakeCase) sb.append("metricsNameSnakeCase: true\n"); if (useDomainQualifier) sb.append(DOMAIN_QUALIFIER + ": true\n"); if (restPort != null... | ExporterConfig { @Override public String toString() { StringBuilder sb = new StringBuilder(); if (querySyncConfiguration != null) sb.append(querySyncConfiguration); if (metricsNameSnakeCase) sb.append("metricsNameSnakeCase: true\n"); if (useDomainQualifier) sb.append(DOMAIN_QUALIFIER + ": true\n"); if (restPort != null... |
@Test public void includeSnakeCaseTrueSettingInToString() { ExporterConfig config = loadFromString(SNAKE_CASE_CONFIG); assertThat(config.toString(), equalToIgnoringWhiteSpace(SNAKE_CASE_CONFIG)); } | @Override public String toString() { StringBuilder sb = new StringBuilder(); if (querySyncConfiguration != null) sb.append(querySyncConfiguration); if (metricsNameSnakeCase) sb.append("metricsNameSnakeCase: true\n"); if (useDomainQualifier) sb.append(DOMAIN_QUALIFIER + ": true\n"); if (restPort != null) sb.append(REST_... | ExporterConfig { @Override public String toString() { StringBuilder sb = new StringBuilder(); if (querySyncConfiguration != null) sb.append(querySyncConfiguration); if (metricsNameSnakeCase) sb.append("metricsNameSnakeCase: true\n"); if (useDomainQualifier) sb.append(DOMAIN_QUALIFIER + ": true\n"); if (restPort != null... | ExporterConfig { @Override public String toString() { StringBuilder sb = new StringBuilder(); if (querySyncConfiguration != null) sb.append(querySyncConfiguration); if (metricsNameSnakeCase) sb.append("metricsNameSnakeCase: true\n"); if (useDomainQualifier) sb.append(DOMAIN_QUALIFIER + ": true\n"); if (restPort != null... | ExporterConfig { @Override public String toString() { StringBuilder sb = new StringBuilder(); if (querySyncConfiguration != null) sb.append(querySyncConfiguration); if (metricsNameSnakeCase) sb.append("metricsNameSnakeCase: true\n"); if (useDomainQualifier) sb.append(DOMAIN_QUALIFIER + ": true\n"); if (restPort != null... | ExporterConfig { @Override public String toString() { StringBuilder sb = new StringBuilder(); if (querySyncConfiguration != null) sb.append(querySyncConfiguration); if (metricsNameSnakeCase) sb.append("metricsNameSnakeCase: true\n"); if (useDomainQualifier) sb.append(DOMAIN_QUALIFIER + ": true\n"); if (restPort != null... |
@Test public void includeRestPortSettingInToString() { ExporterConfig config = loadFromString(REST_PORT_CONFIG); assertThat(config.toString(), equalToIgnoringWhiteSpace(REST_PORT_CONFIG)); } | @Override public String toString() { StringBuilder sb = new StringBuilder(); if (querySyncConfiguration != null) sb.append(querySyncConfiguration); if (metricsNameSnakeCase) sb.append("metricsNameSnakeCase: true\n"); if (useDomainQualifier) sb.append(DOMAIN_QUALIFIER + ": true\n"); if (restPort != null) sb.append(REST_... | ExporterConfig { @Override public String toString() { StringBuilder sb = new StringBuilder(); if (querySyncConfiguration != null) sb.append(querySyncConfiguration); if (metricsNameSnakeCase) sb.append("metricsNameSnakeCase: true\n"); if (useDomainQualifier) sb.append(DOMAIN_QUALIFIER + ": true\n"); if (restPort != null... | ExporterConfig { @Override public String toString() { StringBuilder sb = new StringBuilder(); if (querySyncConfiguration != null) sb.append(querySyncConfiguration); if (metricsNameSnakeCase) sb.append("metricsNameSnakeCase: true\n"); if (useDomainQualifier) sb.append(DOMAIN_QUALIFIER + ": true\n"); if (restPort != null... | ExporterConfig { @Override public String toString() { StringBuilder sb = new StringBuilder(); if (querySyncConfiguration != null) sb.append(querySyncConfiguration); if (metricsNameSnakeCase) sb.append("metricsNameSnakeCase: true\n"); if (useDomainQualifier) sb.append(DOMAIN_QUALIFIER + ": true\n"); if (restPort != null... | ExporterConfig { @Override public String toString() { StringBuilder sb = new StringBuilder(); if (querySyncConfiguration != null) sb.append(querySyncConfiguration); if (metricsNameSnakeCase) sb.append("metricsNameSnakeCase: true\n"); if (useDomainQualifier) sb.append(DOMAIN_QUALIFIER + ": true\n"); if (restPort != null... |
@Test public void afterAppend_configHasOriginalSnakeCase() { assertThat(getAppendedConfiguration(SERVLET_CONFIG, WORK_MANAGER_CONFIG).getMetricsNameSnakeCase(), is(false)); assertThat(getAppendedConfiguration(WORK_MANAGER_CONFIG, SERVLET_CONFIG).getMetricsNameSnakeCase(), is(true)); } | boolean getMetricsNameSnakeCase() { return metricsNameSnakeCase; } | ExporterConfig { boolean getMetricsNameSnakeCase() { return metricsNameSnakeCase; } } | ExporterConfig { boolean getMetricsNameSnakeCase() { return metricsNameSnakeCase; } private ExporterConfig(Map<String, Object> yaml); } | ExporterConfig { boolean getMetricsNameSnakeCase() { return metricsNameSnakeCase; } private ExporterConfig(Map<String, Object> yaml); static ExporterConfig createEmptyConfig(); static ExporterConfig loadConfig(InputStream inputStream); Map<String, Object> scrapeMetrics(MBeanSelector selector, JsonObject response); MBe... | ExporterConfig { boolean getMetricsNameSnakeCase() { return metricsNameSnakeCase; } private ExporterConfig(Map<String, Object> yaml); static ExporterConfig createEmptyConfig(); static ExporterConfig loadConfig(InputStream inputStream); Map<String, Object> scrapeMetrics(MBeanSelector selector, JsonObject response); MBe... |
@Test public void afterAppend_configHasOriginalRestPort() { assertThat(getAppendedConfiguration(SERVLET_CONFIG, REST_PORT_CONFIG).getRestPort(), nullValue()); assertThat(getAppendedConfiguration(REST_PORT_CONFIG, SERVLET_CONFIG).getRestPort(), equalTo(1234)); } | public Integer getRestPort() { return restPort; } | ExporterConfig { public Integer getRestPort() { return restPort; } } | ExporterConfig { public Integer getRestPort() { return restPort; } private ExporterConfig(Map<String, Object> yaml); } | ExporterConfig { public Integer getRestPort() { return restPort; } private ExporterConfig(Map<String, Object> yaml); static ExporterConfig createEmptyConfig(); static ExporterConfig loadConfig(InputStream inputStream); Map<String, Object> scrapeMetrics(MBeanSelector selector, JsonObject response); MBeanSelector[] getE... | ExporterConfig { public Integer getRestPort() { return restPort; } private ExporterConfig(Map<String, Object> yaml); static ExporterConfig createEmptyConfig(); static ExporterConfig loadConfig(InputStream inputStream); Map<String, Object> scrapeMetrics(MBeanSelector selector, JsonObject response); MBeanSelector[] getE... |
@Test public void whenSelectedFileHasBadBooleanValue_reportError() throws Exception { LiveConfiguration.loadFromString(CONFIGURATION); servlet.doPost(createUploadRequest(createEncodedForm("append", ADDED_CONFIGURATION_WITH_BAD_BOOLEAN)), response); assertThat(response.getHtml(), containsString("blabla")); } | @Override protected void doPost(HttpServletRequest request, HttpServletResponse response) throws ServletException, IOException { doWithAuthentication(request, response, this::updateConfiguration); } | ConfigurationServlet extends PassThroughAuthenticationServlet { @Override protected void doPost(HttpServletRequest request, HttpServletResponse response) throws ServletException, IOException { doWithAuthentication(request, response, this::updateConfiguration); } } | ConfigurationServlet extends PassThroughAuthenticationServlet { @Override protected void doPost(HttpServletRequest request, HttpServletResponse response) throws ServletException, IOException { doWithAuthentication(request, response, this::updateConfiguration); } @SuppressWarnings("unused") // production constructor Co... | ConfigurationServlet extends PassThroughAuthenticationServlet { @Override protected void doPost(HttpServletRequest request, HttpServletResponse response) throws ServletException, IOException { doWithAuthentication(request, response, this::updateConfiguration); } @SuppressWarnings("unused") // production constructor Co... | ConfigurationServlet extends PassThroughAuthenticationServlet { @Override protected void doPost(HttpServletRequest request, HttpServletResponse response) throws ServletException, IOException { doWithAuthentication(request, response, this::updateConfiguration); } @SuppressWarnings("unused") // production constructor Co... |
@Test public void getUsernameWhenUserExists() { final User user = new User(); when(repository.findOne(any())).thenReturn(user); UserDetails loaded = service.loadUserByUsername("Username"); assertEquals(user, loaded); } | @Override public UserDetails loadUserByUsername(String username) throws UsernameNotFoundException { User user = repository.findOne(username); if (user == null) { throw new UsernameNotFoundException(username); } log.debug(" User from username ", user.toString()); return user; } | AuthUserDetailsService implements UserDetailsService { @Override public UserDetails loadUserByUsername(String username) throws UsernameNotFoundException { User user = repository.findOne(username); if (user == null) { throw new UsernameNotFoundException(username); } log.debug(" User from username ", user.toString()); re... | AuthUserDetailsService implements UserDetailsService { @Override public UserDetails loadUserByUsername(String username) throws UsernameNotFoundException { User user = repository.findOne(username); if (user == null) { throw new UsernameNotFoundException(username); } log.debug(" User from username ", user.toString()); re... | AuthUserDetailsService implements UserDetailsService { @Override public UserDetails loadUserByUsername(String username) throws UsernameNotFoundException { User user = repository.findOne(username); if (user == null) { throw new UsernameNotFoundException(username); } log.debug(" User from username ", user.toString()); re... | AuthUserDetailsService implements UserDetailsService { @Override public UserDetails loadUserByUsername(String username) throws UsernameNotFoundException { User user = repository.findOne(username); if (user == null) { throw new UsernameNotFoundException(username); } log.debug(" User from username ", user.toString()); re... |
@Test(expected = UsernameNotFoundException.class) public void getUsernameWhenUserNotExists() { service.loadUserByUsername("Username"); } | @Override public UserDetails loadUserByUsername(String username) throws UsernameNotFoundException { User user = repository.findOne(username); if (user == null) { throw new UsernameNotFoundException(username); } log.debug(" User from username ", user.toString()); return user; } | AuthUserDetailsService implements UserDetailsService { @Override public UserDetails loadUserByUsername(String username) throws UsernameNotFoundException { User user = repository.findOne(username); if (user == null) { throw new UsernameNotFoundException(username); } log.debug(" User from username ", user.toString()); re... | AuthUserDetailsService implements UserDetailsService { @Override public UserDetails loadUserByUsername(String username) throws UsernameNotFoundException { User user = repository.findOne(username); if (user == null) { throw new UsernameNotFoundException(username); } log.debug(" User from username ", user.toString()); re... | AuthUserDetailsService implements UserDetailsService { @Override public UserDetails loadUserByUsername(String username) throws UsernameNotFoundException { User user = repository.findOne(username); if (user == null) { throw new UsernameNotFoundException(username); } log.debug(" User from username ", user.toString()); re... | AuthUserDetailsService implements UserDetailsService { @Override public UserDetails loadUserByUsername(String username) throws UsernameNotFoundException { User user = repository.findOne(username); if (user == null) { throw new UsernameNotFoundException(username); } log.debug(" User from username ", user.toString()); re... |
@Test public void addUser() { User userMaster = User.builder().name("主库添加").age(20).build(); userService.addUser(userMaster); User userSlave = User.builder().name("从库添加").age(20).build(); userService.save(userSlave); } | @DS("master") @Override public void addUser(User user) { baseMapper.insert(user); } | UserServiceImpl extends ServiceImpl<UserMapper, User> implements UserService { @DS("master") @Override public void addUser(User user) { baseMapper.insert(user); } } | UserServiceImpl extends ServiceImpl<UserMapper, User> implements UserService { @DS("master") @Override public void addUser(User user) { baseMapper.insert(user); } } | UserServiceImpl extends ServiceImpl<UserMapper, User> implements UserService { @DS("master") @Override public void addUser(User user) { baseMapper.insert(user); } @DS("master") @Override void addUser(User user); } | UserServiceImpl extends ServiceImpl<UserMapper, User> implements UserService { @DS("master") @Override public void addUser(User user) { baseMapper.insert(user); } @DS("master") @Override void addUser(User user); } |
@Test public void findKeysForPage() { PageResult pageResult = redisUtil.findKeysForPage(Consts.REDIS_JWT_KEY_PREFIX + Consts.SYMBOL_STAR, 2, 1); log.info("【pageResult】= {}", JSONUtil.toJsonStr(pageResult)); } | public PageResult<String> findKeysForPage(String patternKey, int currentPage, int pageSize) { ScanOptions options = ScanOptions.scanOptions() .match(patternKey) .build(); RedisConnectionFactory factory = stringRedisTemplate.getConnectionFactory(); RedisConnection rc = factory.getConnection(); Cursor<byte[]> cursor = rc... | RedisUtil { public PageResult<String> findKeysForPage(String patternKey, int currentPage, int pageSize) { ScanOptions options = ScanOptions.scanOptions() .match(patternKey) .build(); RedisConnectionFactory factory = stringRedisTemplate.getConnectionFactory(); RedisConnection rc = factory.getConnection(); Cursor<byte[]>... | RedisUtil { public PageResult<String> findKeysForPage(String patternKey, int currentPage, int pageSize) { ScanOptions options = ScanOptions.scanOptions() .match(patternKey) .build(); RedisConnectionFactory factory = stringRedisTemplate.getConnectionFactory(); RedisConnection rc = factory.getConnection(); Cursor<byte[]>... | RedisUtil { public PageResult<String> findKeysForPage(String patternKey, int currentPage, int pageSize) { ScanOptions options = ScanOptions.scanOptions() .match(patternKey) .build(); RedisConnectionFactory factory = stringRedisTemplate.getConnectionFactory(); RedisConnection rc = factory.getConnection(); Cursor<byte[]>... | RedisUtil { public PageResult<String> findKeysForPage(String patternKey, int currentPage, int pageSize) { ScanOptions options = ScanOptions.scanOptions() .match(patternKey) .build(); RedisConnectionFactory factory = stringRedisTemplate.getConnectionFactory(); RedisConnection rc = factory.getConnection(); Cursor<byte[]>... |
@Test public void testPartition() throws Exception{ int a[]={2,5,3,0,2,3,0,3}; int b[]={9,6,7,3,8,2,4,5}; int c[]={1,2,3,4,5,6,7,9}; int result = selectIndexDataActivity.partition(b,0,b.length-1); System.out.println("result =" + result); Random random = new Random(); } | public static int partition(int[] a, int p, int r) { int x = a[r]; int i = p - 1; for (int j = p; j < r; j++) { if (a[j] <= x) { i = i + 1; swap(a, i, j); System.out.println("交换=" + "i=" + i + Arrays.toString(a)); }else{ System.out.println("未交换=" + "i=" + i + Arrays.toString(a)); } } swap(a, i + 1, r); System.out.print... | SelectIndexDataActivity extends BaseActivity { public static int partition(int[] a, int p, int r) { int x = a[r]; int i = p - 1; for (int j = p; j < r; j++) { if (a[j] <= x) { i = i + 1; swap(a, i, j); System.out.println("交换=" + "i=" + i + Arrays.toString(a)); }else{ System.out.println("未交换=" + "i=" + i + Arrays.toStri... | SelectIndexDataActivity extends BaseActivity { public static int partition(int[] a, int p, int r) { int x = a[r]; int i = p - 1; for (int j = p; j < r; j++) { if (a[j] <= x) { i = i + 1; swap(a, i, j); System.out.println("交换=" + "i=" + i + Arrays.toString(a)); }else{ System.out.println("未交换=" + "i=" + i + Arrays.toStri... | SelectIndexDataActivity extends BaseActivity { public static int partition(int[] a, int p, int r) { int x = a[r]; int i = p - 1; for (int j = p; j < r; j++) { if (a[j] <= x) { i = i + 1; swap(a, i, j); System.out.println("交换=" + "i=" + i + Arrays.toString(a)); }else{ System.out.println("未交换=" + "i=" + i + Arrays.toStri... | SelectIndexDataActivity extends BaseActivity { public static int partition(int[] a, int p, int r) { int x = a[r]; int i = p - 1; for (int j = p; j < r; j++) { if (a[j] <= x) { i = i + 1; swap(a, i, j); System.out.println("交换=" + "i=" + i + Arrays.toString(a)); }else{ System.out.println("未交换=" + "i=" + i + Arrays.toStri... |
@Test public void testSort() throws Exception { int a[]={2,5,3,0,2,3,0,3}; int result= selectIndexDataActivity.randomizedSelect(a,0,a.length-1,3); System.out.println("快速选择算法求出的,第"+3+"个最小数是："+result); assertEquals(2,result); } | public static int randomizedSelect(int[] a, int p, int r, int i) { if (p == r) { return a[p]; } int q = randomizedPartition(a, p, r); int k = q - p + 1; if (i == k) { return a[q]; } else if (i < k) { return randomizedSelect(a, p, q - 1, i); } else { return randomizedSelect(a, q + 1, r, i - k); } } | SelectIndexDataActivity extends BaseActivity { public static int randomizedSelect(int[] a, int p, int r, int i) { if (p == r) { return a[p]; } int q = randomizedPartition(a, p, r); int k = q - p + 1; if (i == k) { return a[q]; } else if (i < k) { return randomizedSelect(a, p, q - 1, i); } else { return randomizedSelect... | SelectIndexDataActivity extends BaseActivity { public static int randomizedSelect(int[] a, int p, int r, int i) { if (p == r) { return a[p]; } int q = randomizedPartition(a, p, r); int k = q - p + 1; if (i == k) { return a[q]; } else if (i < k) { return randomizedSelect(a, p, q - 1, i); } else { return randomizedSelect... | SelectIndexDataActivity extends BaseActivity { public static int randomizedSelect(int[] a, int p, int r, int i) { if (p == r) { return a[p]; } int q = randomizedPartition(a, p, r); int k = q - p + 1; if (i == k) { return a[q]; } else if (i < k) { return randomizedSelect(a, p, q - 1, i); } else { return randomizedSelect... | SelectIndexDataActivity extends BaseActivity { public static int randomizedSelect(int[] a, int p, int r, int i) { if (p == r) { return a[p]; } int q = randomizedPartition(a, p, r); int k = q - p + 1; if (i == k) { return a[q]; } else if (i < k) { return randomizedSelect(a, p, q - 1, i); } else { return randomizedSelect... |
@Test public void simple() throws Exception { URI i = PermissiveURI.create("file:/funk"); assertEquals("/funk", Paths.get(i).toString()); } | public static URI create(String s) { return URI.create(s.replace(" ", "%20")); } | PermissiveURI { public static URI create(String s) { return URI.create(s.replace(" ", "%20")); } } | PermissiveURI { public static URI create(String s) { return URI.create(s.replace(" ", "%20")); } } | PermissiveURI { public static URI create(String s) { return URI.create(s.replace(" ", "%20")); } static URI create(String s); } | PermissiveURI { public static URI create(String s) { return URI.create(s.replace(" ", "%20")); } static URI create(String s); } |
@Test public void undone() throws Exception { URI i = PermissiveURI.create("file:/file important"); assertEquals("/file important", Paths.get(i).toString()); } | public static URI create(String s) { return URI.create(s.replace(" ", "%20")); } | PermissiveURI { public static URI create(String s) { return URI.create(s.replace(" ", "%20")); } } | PermissiveURI { public static URI create(String s) { return URI.create(s.replace(" ", "%20")); } } | PermissiveURI { public static URI create(String s) { return URI.create(s.replace(" ", "%20")); } static URI create(String s); } | PermissiveURI { public static URI create(String s) { return URI.create(s.replace(" ", "%20")); } static URI create(String s); } |
@Test public void should_be_one_dog_after_save() { InMemoryDogRepository repository = InMemoryDogRepository.getInstance(); AddAnimalPresenter presenter = new AddAnimalPresenter(repository); presenter.attachView(mockView); presenter.addNewDog(new DogFirebase()); assertThat(repository.getCachedDogs().size(), is(1)); } | @Override public void addNewDog(DogFirebase dogFirebase) { firebaseRepository.addNew(dogFirebase); } | AddAnimalPresenter extends BasePresenter<AddAnimalContract.View> implements AddAnimalContract.Presenter<AddAnimalContract.View> { @Override public void addNewDog(DogFirebase dogFirebase) { firebaseRepository.addNew(dogFirebase); } } | AddAnimalPresenter extends BasePresenter<AddAnimalContract.View> implements AddAnimalContract.Presenter<AddAnimalContract.View> { @Override public void addNewDog(DogFirebase dogFirebase) { firebaseRepository.addNew(dogFirebase); } AddAnimalPresenter(Repository.Firebase<DogFirebase> repository); } | AddAnimalPresenter extends BasePresenter<AddAnimalContract.View> implements AddAnimalContract.Presenter<AddAnimalContract.View> { @Override public void addNewDog(DogFirebase dogFirebase) { firebaseRepository.addNew(dogFirebase); } AddAnimalPresenter(Repository.Firebase<DogFirebase> repository); @Override String generat... | AddAnimalPresenter extends BasePresenter<AddAnimalContract.View> implements AddAnimalContract.Presenter<AddAnimalContract.View> { @Override public void addNewDog(DogFirebase dogFirebase) { firebaseRepository.addNew(dogFirebase); } AddAnimalPresenter(Repository.Firebase<DogFirebase> repository); @Override String generat... |
@Test public void toDeleteMessageRequest_output_same_as_forMessage() { DeleteMessage expected = DeleteMessage.forMessage(messageMock).build(); DeleteMessage actual = messageMock.toDeleteRequest().build(); assertEquals(expected, actual); } | public static DeleteMessageBuilder forMessage(Message<?> message) { Objects.requireNonNull(message, "message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } | DeleteMessage extends UpdatableChatRequest { public static DeleteMessageBuilder forMessage(Message<?> message) { Objects.requireNonNull(message, "message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } } | DeleteMessage extends UpdatableChatRequest { public static DeleteMessageBuilder forMessage(Message<?> message) { Objects.requireNonNull(message, "message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } @Builder DeleteMessage(Consumer<TelegramException> er... | DeleteMessage extends UpdatableChatRequest { public static DeleteMessageBuilder forMessage(Message<?> message) { Objects.requireNonNull(message, "message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } @Builder DeleteMessage(Consumer<TelegramException> er... | DeleteMessage extends UpdatableChatRequest { public static DeleteMessageBuilder forMessage(Message<?> message) { Objects.requireNonNull(message, "message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } @Builder DeleteMessage(Consumer<TelegramException> er... |
@Test public void toEditMediaRequest_output_same_as_forMessage_audio() { EditMessageMedia expected = EditMessageMedia.forMessage(audioMessageMock).build(); EditMessageMedia actual = audioMessageMock.toEditMediaRequest().build(); assertEquals(expected, actual); } | public static EditMessageMediaBuilder forMessage(AudioMessage message) { Objects.requireNonNull(message, "audio message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } | EditMessageMedia extends SendableInputFileInlineRequest<Message> { public static EditMessageMediaBuilder forMessage(AudioMessage message) { Objects.requireNonNull(message, "audio message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } } | EditMessageMedia extends SendableInputFileInlineRequest<Message> { public static EditMessageMediaBuilder forMessage(AudioMessage message) { Objects.requireNonNull(message, "audio message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } @Builder protected E... | EditMessageMedia extends SendableInputFileInlineRequest<Message> { public static EditMessageMediaBuilder forMessage(AudioMessage message) { Objects.requireNonNull(message, "audio message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } @Builder protected E... | EditMessageMedia extends SendableInputFileInlineRequest<Message> { public static EditMessageMediaBuilder forMessage(AudioMessage message) { Objects.requireNonNull(message, "audio message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } @Builder protected E... |
@Test public void toEditMediaRequest_output_same_as_forMessage_document() { EditMessageMedia expected = EditMessageMedia.forMessage(documentMessageMock).build(); EditMessageMedia actual = documentMessageMock.toEditMediaRequest().build(); assertEquals(expected, actual); } | public static EditMessageMediaBuilder forMessage(AudioMessage message) { Objects.requireNonNull(message, "audio message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } | EditMessageMedia extends SendableInputFileInlineRequest<Message> { public static EditMessageMediaBuilder forMessage(AudioMessage message) { Objects.requireNonNull(message, "audio message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } } | EditMessageMedia extends SendableInputFileInlineRequest<Message> { public static EditMessageMediaBuilder forMessage(AudioMessage message) { Objects.requireNonNull(message, "audio message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } @Builder protected E... | EditMessageMedia extends SendableInputFileInlineRequest<Message> { public static EditMessageMediaBuilder forMessage(AudioMessage message) { Objects.requireNonNull(message, "audio message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } @Builder protected E... | EditMessageMedia extends SendableInputFileInlineRequest<Message> { public static EditMessageMediaBuilder forMessage(AudioMessage message) { Objects.requireNonNull(message, "audio message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } @Builder protected E... |
@Test public void toEditMediaRequest_output_same_as_forMessage_photo() { EditMessageMedia expected = EditMessageMedia.forMessage(photoMessageMock).build(); EditMessageMedia actual = photoMessageMock.toEditMediaRequest().build(); assertEquals(expected, actual); } | public static EditMessageMediaBuilder forMessage(AudioMessage message) { Objects.requireNonNull(message, "audio message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } | EditMessageMedia extends SendableInputFileInlineRequest<Message> { public static EditMessageMediaBuilder forMessage(AudioMessage message) { Objects.requireNonNull(message, "audio message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } } | EditMessageMedia extends SendableInputFileInlineRequest<Message> { public static EditMessageMediaBuilder forMessage(AudioMessage message) { Objects.requireNonNull(message, "audio message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } @Builder protected E... | EditMessageMedia extends SendableInputFileInlineRequest<Message> { public static EditMessageMediaBuilder forMessage(AudioMessage message) { Objects.requireNonNull(message, "audio message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } @Builder protected E... | EditMessageMedia extends SendableInputFileInlineRequest<Message> { public static EditMessageMediaBuilder forMessage(AudioMessage message) { Objects.requireNonNull(message, "audio message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } @Builder protected E... |
@Test public void toEditMediaRequest_output_same_as_forMessage_video() { EditMessageMedia expected = EditMessageMedia.forMessage(videoMessageMock).build(); EditMessageMedia actual = videoMessageMock.toEditMediaRequest().build(); assertEquals(expected, actual); } | public static EditMessageMediaBuilder forMessage(AudioMessage message) { Objects.requireNonNull(message, "audio message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } | EditMessageMedia extends SendableInputFileInlineRequest<Message> { public static EditMessageMediaBuilder forMessage(AudioMessage message) { Objects.requireNonNull(message, "audio message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } } | EditMessageMedia extends SendableInputFileInlineRequest<Message> { public static EditMessageMediaBuilder forMessage(AudioMessage message) { Objects.requireNonNull(message, "audio message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } @Builder protected E... | EditMessageMedia extends SendableInputFileInlineRequest<Message> { public static EditMessageMediaBuilder forMessage(AudioMessage message) { Objects.requireNonNull(message, "audio message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } @Builder protected E... | EditMessageMedia extends SendableInputFileInlineRequest<Message> { public static EditMessageMediaBuilder forMessage(AudioMessage message) { Objects.requireNonNull(message, "audio message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } @Builder protected E... |
@Test public void builds_with_correct_inlineid() { EditMessageMedia request = EditMessageMedia.forInlineMessage(INLINE_ID).build(); assertNull(request.getChatId()); assertNull(request.getMessageId()); assertEquals(INLINE_ID, request.getInlineMessageId()); } | public static EditMessageMediaBuilder forInlineMessage(String inlineMessageId) { Objects.requireNonNull(inlineMessageId, "inline message ID cannot be null"); return builder().inlineMessageId(inlineMessageId); } | EditMessageMedia extends SendableInputFileInlineRequest<Message> { public static EditMessageMediaBuilder forInlineMessage(String inlineMessageId) { Objects.requireNonNull(inlineMessageId, "inline message ID cannot be null"); return builder().inlineMessageId(inlineMessageId); } } | EditMessageMedia extends SendableInputFileInlineRequest<Message> { public static EditMessageMediaBuilder forInlineMessage(String inlineMessageId) { Objects.requireNonNull(inlineMessageId, "inline message ID cannot be null"); return builder().inlineMessageId(inlineMessageId); } @Builder protected EditMessageMedia(Consu... | EditMessageMedia extends SendableInputFileInlineRequest<Message> { public static EditMessageMediaBuilder forInlineMessage(String inlineMessageId) { Objects.requireNonNull(inlineMessageId, "inline message ID cannot be null"); return builder().inlineMessageId(inlineMessageId); } @Builder protected EditMessageMedia(Consu... | EditMessageMedia extends SendableInputFileInlineRequest<Message> { public static EditMessageMediaBuilder forInlineMessage(String inlineMessageId) { Objects.requireNonNull(inlineMessageId, "inline message ID cannot be null"); return builder().inlineMessageId(inlineMessageId); } @Builder protected EditMessageMedia(Consu... |
@Test public void toEditTextRequest_output_same_as_forMessage() { EditMessageReplyMarkup expected = EditMessageReplyMarkup.forMessage(messageMock).build(); EditMessageReplyMarkup actual = messageMock.toEditReplyMarkupRequest().build(); assertEquals(expected, actual); } | public static EditMessageReplyMarkupBuilder forMessage(Message<?> message) { Objects.requireNonNull(message, "message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } | EditMessageReplyMarkup extends EditMessageRequest<Message> { public static EditMessageReplyMarkupBuilder forMessage(Message<?> message) { Objects.requireNonNull(message, "message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } } | EditMessageReplyMarkup extends EditMessageRequest<Message> { public static EditMessageReplyMarkupBuilder forMessage(Message<?> message) { Objects.requireNonNull(message, "message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } @Builder EditMessageReplyMar... | EditMessageReplyMarkup extends EditMessageRequest<Message> { public static EditMessageReplyMarkupBuilder forMessage(Message<?> message) { Objects.requireNonNull(message, "message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } @Builder EditMessageReplyMar... | EditMessageReplyMarkup extends EditMessageRequest<Message> { public static EditMessageReplyMarkupBuilder forMessage(Message<?> message) { Objects.requireNonNull(message, "message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } @Builder EditMessageReplyMar... |
@Test public void builds_with_correct_inlineid() { EditMessageReplyMarkup request = EditMessageReplyMarkup.forInlineMessage(INLINE_ID).build(); assertNull(request.getChatId()); assertEquals(0, request.getMessageId()); assertEquals(INLINE_ID, request.getInlineMessageId()); } | public static EditMessageReplyMarkupBuilder forInlineMessage(String inlineMessageId) { Objects.requireNonNull(inlineMessageId, "inline message ID cannot be null"); return builder().inlineMessageId(inlineMessageId); } | EditMessageReplyMarkup extends EditMessageRequest<Message> { public static EditMessageReplyMarkupBuilder forInlineMessage(String inlineMessageId) { Objects.requireNonNull(inlineMessageId, "inline message ID cannot be null"); return builder().inlineMessageId(inlineMessageId); } } | EditMessageReplyMarkup extends EditMessageRequest<Message> { public static EditMessageReplyMarkupBuilder forInlineMessage(String inlineMessageId) { Objects.requireNonNull(inlineMessageId, "inline message ID cannot be null"); return builder().inlineMessageId(inlineMessageId); } @Builder EditMessageReplyMarkup(Consumer<... | EditMessageReplyMarkup extends EditMessageRequest<Message> { public static EditMessageReplyMarkupBuilder forInlineMessage(String inlineMessageId) { Objects.requireNonNull(inlineMessageId, "inline message ID cannot be null"); return builder().inlineMessageId(inlineMessageId); } @Builder EditMessageReplyMarkup(Consumer<... | EditMessageReplyMarkup extends EditMessageRequest<Message> { public static EditMessageReplyMarkupBuilder forInlineMessage(String inlineMessageId) { Objects.requireNonNull(inlineMessageId, "inline message ID cannot be null"); return builder().inlineMessageId(inlineMessageId); } @Builder EditMessageReplyMarkup(Consumer<... |
@Test public void toEditTextRequest_output_same_as_forMessage_text() { EditTextMessage expected = EditTextMessage.forMessage(textMessageMock).build(); EditTextMessage actual = textMessageMock.toEditTextRequest().build(); assertEquals(expected, actual); } | public static EditTextMessageBuilder forMessage(TextMessage message) { Objects.requireNonNull(message, "text message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } | EditTextMessage extends EditMessageRequest<TextMessage> { public static EditTextMessageBuilder forMessage(TextMessage message) { Objects.requireNonNull(message, "text message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } } | EditTextMessage extends EditMessageRequest<TextMessage> { public static EditTextMessageBuilder forMessage(TextMessage message) { Objects.requireNonNull(message, "text message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } @Builder EditTextMessage(Consume... | EditTextMessage extends EditMessageRequest<TextMessage> { public static EditTextMessageBuilder forMessage(TextMessage message) { Objects.requireNonNull(message, "text message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } @Builder EditTextMessage(Consume... | EditTextMessage extends EditMessageRequest<TextMessage> { public static EditTextMessageBuilder forMessage(TextMessage message) { Objects.requireNonNull(message, "text message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } @Builder EditTextMessage(Consume... |
@Test public void toEditTextRequest_output_same_as_forMessage_game() { EditTextMessage expected = EditTextMessage.forMessage(gameMessageMock).build(); EditTextMessage actual = gameMessageMock.toEditTextRequest().build(); assertEquals(expected, actual); } | public static EditTextMessageBuilder forMessage(TextMessage message) { Objects.requireNonNull(message, "text message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } | EditTextMessage extends EditMessageRequest<TextMessage> { public static EditTextMessageBuilder forMessage(TextMessage message) { Objects.requireNonNull(message, "text message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } } | EditTextMessage extends EditMessageRequest<TextMessage> { public static EditTextMessageBuilder forMessage(TextMessage message) { Objects.requireNonNull(message, "text message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } @Builder EditTextMessage(Consume... | EditTextMessage extends EditMessageRequest<TextMessage> { public static EditTextMessageBuilder forMessage(TextMessage message) { Objects.requireNonNull(message, "text message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } @Builder EditTextMessage(Consume... | EditTextMessage extends EditMessageRequest<TextMessage> { public static EditTextMessageBuilder forMessage(TextMessage message) { Objects.requireNonNull(message, "text message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } @Builder EditTextMessage(Consume... |
@Test public void builds_with_correct_inlineid() { EditTextMessage request = EditTextMessage.forInlineMessage(INLINE_ID).build(); assertNull(request.getChatId()); assertEquals(0, request.getMessageId()); assertEquals(INLINE_ID, request.getInlineMessageId()); } | public static EditTextMessageBuilder forInlineMessage(String inlineMessageId) { Objects.requireNonNull(inlineMessageId, "inline message ID cannot be null"); return builder().inlineMessageId(inlineMessageId); } | EditTextMessage extends EditMessageRequest<TextMessage> { public static EditTextMessageBuilder forInlineMessage(String inlineMessageId) { Objects.requireNonNull(inlineMessageId, "inline message ID cannot be null"); return builder().inlineMessageId(inlineMessageId); } } | EditTextMessage extends EditMessageRequest<TextMessage> { public static EditTextMessageBuilder forInlineMessage(String inlineMessageId) { Objects.requireNonNull(inlineMessageId, "inline message ID cannot be null"); return builder().inlineMessageId(inlineMessageId); } @Builder EditTextMessage(Consumer<TextMessage> call... | EditTextMessage extends EditMessageRequest<TextMessage> { public static EditTextMessageBuilder forInlineMessage(String inlineMessageId) { Objects.requireNonNull(inlineMessageId, "inline message ID cannot be null"); return builder().inlineMessageId(inlineMessageId); } @Builder EditTextMessage(Consumer<TextMessage> call... | EditTextMessage extends EditMessageRequest<TextMessage> { public static EditTextMessageBuilder forInlineMessage(String inlineMessageId) { Objects.requireNonNull(inlineMessageId, "inline message ID cannot be null"); return builder().inlineMessageId(inlineMessageId); } @Builder EditTextMessage(Consumer<TextMessage> call... |
@Test public void toEditLiveLocationRequest_output_same_as_forMessage() { EditMessageLiveLocation expected = EditMessageLiveLocation.forMessage(locationMessageMock).build(); EditMessageLiveLocation actual = locationMessageMock.toEditLiveLocationRequest().build(); assertEquals(expected, actual); } | public static EditMessageLiveLocationBuilder forMessage(LocationMessage message) { Objects.requireNonNull(message, "message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } | EditMessageLiveLocation extends SendableInlineRequest<Message> { public static EditMessageLiveLocationBuilder forMessage(LocationMessage message) { Objects.requireNonNull(message, "message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } } | EditMessageLiveLocation extends SendableInlineRequest<Message> { public static EditMessageLiveLocationBuilder forMessage(LocationMessage message) { Objects.requireNonNull(message, "message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } @Builder protected ... | EditMessageLiveLocation extends SendableInlineRequest<Message> { public static EditMessageLiveLocationBuilder forMessage(LocationMessage message) { Objects.requireNonNull(message, "message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } @Builder protected ... | EditMessageLiveLocation extends SendableInlineRequest<Message> { public static EditMessageLiveLocationBuilder forMessage(LocationMessage message) { Objects.requireNonNull(message, "message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } @Builder protected ... |
@Test public void toForwardMessageRequest_output_same_as_forMessage() { ForwardMessage expected = ForwardMessage.forMessage(messageMock).build(); ForwardMessage actual = messageMock.toForwardRequest().build(); assertEquals(expected, actual); } | public static ForwardMessageBuilder forMessage(Message<?> message) { Objects.requireNonNull(message, "message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } | ForwardMessage extends SendableMessageRequest<Message> { public static ForwardMessageBuilder forMessage(Message<?> message) { Objects.requireNonNull(message, "message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } } | ForwardMessage extends SendableMessageRequest<Message> { public static ForwardMessageBuilder forMessage(Message<?> message) { Objects.requireNonNull(message, "message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } @Builder protected ForwardMessage(Consum... | ForwardMessage extends SendableMessageRequest<Message> { public static ForwardMessageBuilder forMessage(Message<?> message) { Objects.requireNonNull(message, "message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } @Builder protected ForwardMessage(Consum... | ForwardMessage extends SendableMessageRequest<Message> { public static ForwardMessageBuilder forMessage(Message<?> message) { Objects.requireNonNull(message, "message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } @Builder protected ForwardMessage(Consum... |
@Test public void builds_with_correct_inlineid() { EditMessageLiveLocation request = EditMessageLiveLocation.forInlineMessage(INLINE_ID).build(); assertNull(request.getChatId()); assertNull(request.getMessageId()); assertEquals(INLINE_ID, request.getInlineMessageId()); } | public static EditMessageLiveLocationBuilder forInlineMessage(String inlineMessageId) { Objects.requireNonNull(inlineMessageId, "inline message ID cannot be null"); return builder().inlineMessageId(inlineMessageId); } | EditMessageLiveLocation extends SendableInlineRequest<Message> { public static EditMessageLiveLocationBuilder forInlineMessage(String inlineMessageId) { Objects.requireNonNull(inlineMessageId, "inline message ID cannot be null"); return builder().inlineMessageId(inlineMessageId); } } | EditMessageLiveLocation extends SendableInlineRequest<Message> { public static EditMessageLiveLocationBuilder forInlineMessage(String inlineMessageId) { Objects.requireNonNull(inlineMessageId, "inline message ID cannot be null"); return builder().inlineMessageId(inlineMessageId); } @Builder protected EditMessageLiveLo... | EditMessageLiveLocation extends SendableInlineRequest<Message> { public static EditMessageLiveLocationBuilder forInlineMessage(String inlineMessageId) { Objects.requireNonNull(inlineMessageId, "inline message ID cannot be null"); return builder().inlineMessageId(inlineMessageId); } @Builder protected EditMessageLiveLo... | EditMessageLiveLocation extends SendableInlineRequest<Message> { public static EditMessageLiveLocationBuilder forInlineMessage(String inlineMessageId) { Objects.requireNonNull(inlineMessageId, "inline message ID cannot be null"); return builder().inlineMessageId(inlineMessageId); } @Builder protected EditMessageLiveLo... |
@Test public void toEditCaptionRequest_output_same_as_forMessage_audio() { EditMessageCaption expected = EditMessageCaption.forMessage(audioMessageMock).build(); EditMessageCaption actual = audioMessageMock.toEditCaptionRequest().build(); assertEquals(expected, actual); } | public static EditMessageCaptionBuilder forMessage(CaptionableMessage<?> message) { Objects.requireNonNull(message, "message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } | EditMessageCaption extends EditMessageRequest<Message> { public static EditMessageCaptionBuilder forMessage(CaptionableMessage<?> message) { Objects.requireNonNull(message, "message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } } | EditMessageCaption extends EditMessageRequest<Message> { public static EditMessageCaptionBuilder forMessage(CaptionableMessage<?> message) { Objects.requireNonNull(message, "message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } @Builder EditMessageCapti... | EditMessageCaption extends EditMessageRequest<Message> { public static EditMessageCaptionBuilder forMessage(CaptionableMessage<?> message) { Objects.requireNonNull(message, "message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } @Builder EditMessageCapti... | EditMessageCaption extends EditMessageRequest<Message> { public static EditMessageCaptionBuilder forMessage(CaptionableMessage<?> message) { Objects.requireNonNull(message, "message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } @Builder EditMessageCapti... |
@Test public void toEditCaptionRequest_output_same_as_forMessage_document() { EditMessageCaption expected = EditMessageCaption.forMessage(documentMessageMock).build(); EditMessageCaption actual = documentMessageMock.toEditCaptionRequest().build(); assertEquals(expected, actual); } | public static EditMessageCaptionBuilder forMessage(CaptionableMessage<?> message) { Objects.requireNonNull(message, "message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } | EditMessageCaption extends EditMessageRequest<Message> { public static EditMessageCaptionBuilder forMessage(CaptionableMessage<?> message) { Objects.requireNonNull(message, "message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } } | EditMessageCaption extends EditMessageRequest<Message> { public static EditMessageCaptionBuilder forMessage(CaptionableMessage<?> message) { Objects.requireNonNull(message, "message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } @Builder EditMessageCapti... | EditMessageCaption extends EditMessageRequest<Message> { public static EditMessageCaptionBuilder forMessage(CaptionableMessage<?> message) { Objects.requireNonNull(message, "message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } @Builder EditMessageCapti... | EditMessageCaption extends EditMessageRequest<Message> { public static EditMessageCaptionBuilder forMessage(CaptionableMessage<?> message) { Objects.requireNonNull(message, "message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } @Builder EditMessageCapti... |
@Test public void toEditCaptionRequest_output_same_as_forMessage_photo() { EditMessageCaption expected = EditMessageCaption.forMessage(photoMessageMock).build(); EditMessageCaption actual = photoMessageMock.toEditCaptionRequest().build(); assertEquals(expected, actual); } | public static EditMessageCaptionBuilder forMessage(CaptionableMessage<?> message) { Objects.requireNonNull(message, "message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } | EditMessageCaption extends EditMessageRequest<Message> { public static EditMessageCaptionBuilder forMessage(CaptionableMessage<?> message) { Objects.requireNonNull(message, "message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } } | EditMessageCaption extends EditMessageRequest<Message> { public static EditMessageCaptionBuilder forMessage(CaptionableMessage<?> message) { Objects.requireNonNull(message, "message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } @Builder EditMessageCapti... | EditMessageCaption extends EditMessageRequest<Message> { public static EditMessageCaptionBuilder forMessage(CaptionableMessage<?> message) { Objects.requireNonNull(message, "message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } @Builder EditMessageCapti... | EditMessageCaption extends EditMessageRequest<Message> { public static EditMessageCaptionBuilder forMessage(CaptionableMessage<?> message) { Objects.requireNonNull(message, "message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } @Builder EditMessageCapti... |
@Test public void toEditCaptionRequest_output_same_as_forMessage_video() { EditMessageCaption expected = EditMessageCaption.forMessage(videoMessageMock).build(); EditMessageCaption actual = videoMessageMock.toEditCaptionRequest().build(); assertEquals(expected, actual); } | public static EditMessageCaptionBuilder forMessage(CaptionableMessage<?> message) { Objects.requireNonNull(message, "message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } | EditMessageCaption extends EditMessageRequest<Message> { public static EditMessageCaptionBuilder forMessage(CaptionableMessage<?> message) { Objects.requireNonNull(message, "message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } } | EditMessageCaption extends EditMessageRequest<Message> { public static EditMessageCaptionBuilder forMessage(CaptionableMessage<?> message) { Objects.requireNonNull(message, "message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } @Builder EditMessageCapti... | EditMessageCaption extends EditMessageRequest<Message> { public static EditMessageCaptionBuilder forMessage(CaptionableMessage<?> message) { Objects.requireNonNull(message, "message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } @Builder EditMessageCapti... | EditMessageCaption extends EditMessageRequest<Message> { public static EditMessageCaptionBuilder forMessage(CaptionableMessage<?> message) { Objects.requireNonNull(message, "message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } @Builder EditMessageCapti... |
@Test public void toEditCaptionRequest_output_same_as_forMessage_video_note() { EditMessageCaption expected = EditMessageCaption.forMessage(videoNoteMessageMock).build(); EditMessageCaption actual = videoNoteMessageMock.toEditCaptionRequest().build(); assertEquals(expected, actual); } | public static EditMessageCaptionBuilder forMessage(CaptionableMessage<?> message) { Objects.requireNonNull(message, "message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } | EditMessageCaption extends EditMessageRequest<Message> { public static EditMessageCaptionBuilder forMessage(CaptionableMessage<?> message) { Objects.requireNonNull(message, "message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } } | EditMessageCaption extends EditMessageRequest<Message> { public static EditMessageCaptionBuilder forMessage(CaptionableMessage<?> message) { Objects.requireNonNull(message, "message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } @Builder EditMessageCapti... | EditMessageCaption extends EditMessageRequest<Message> { public static EditMessageCaptionBuilder forMessage(CaptionableMessage<?> message) { Objects.requireNonNull(message, "message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } @Builder EditMessageCapti... | EditMessageCaption extends EditMessageRequest<Message> { public static EditMessageCaptionBuilder forMessage(CaptionableMessage<?> message) { Objects.requireNonNull(message, "message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } @Builder EditMessageCapti... |
@Test public void toEditCaptionRequest_output_same_as_forMessage_voice() { EditMessageCaption expected = EditMessageCaption.forMessage(voiceMessageMock).build(); EditMessageCaption actual = voiceMessageMock.toEditCaptionRequest().build(); assertEquals(expected, actual); } | public static EditMessageCaptionBuilder forMessage(CaptionableMessage<?> message) { Objects.requireNonNull(message, "message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } | EditMessageCaption extends EditMessageRequest<Message> { public static EditMessageCaptionBuilder forMessage(CaptionableMessage<?> message) { Objects.requireNonNull(message, "message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } } | EditMessageCaption extends EditMessageRequest<Message> { public static EditMessageCaptionBuilder forMessage(CaptionableMessage<?> message) { Objects.requireNonNull(message, "message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } @Builder EditMessageCapti... | EditMessageCaption extends EditMessageRequest<Message> { public static EditMessageCaptionBuilder forMessage(CaptionableMessage<?> message) { Objects.requireNonNull(message, "message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } @Builder EditMessageCapti... | EditMessageCaption extends EditMessageRequest<Message> { public static EditMessageCaptionBuilder forMessage(CaptionableMessage<?> message) { Objects.requireNonNull(message, "message cannot be null"); return builder() .chatId(message.getChat().getChatId()) .messageId(message.getMessageId()); } @Builder EditMessageCapti... |
@Test public void builds_with_correct_inlineid() { EditMessageCaption request = EditMessageCaption.forInlineMessage(INLINE_ID).build(); assertNull(request.getChatId()); assertEquals(0, request.getMessageId()); assertEquals(INLINE_ID, request.getInlineMessageId()); } | public static EditMessageCaptionBuilder forInlineMessage(String inlineMessageId) { Objects.requireNonNull(inlineMessageId, "inline message ID cannot be null"); return builder().inlineMessageId(inlineMessageId); } | EditMessageCaption extends EditMessageRequest<Message> { public static EditMessageCaptionBuilder forInlineMessage(String inlineMessageId) { Objects.requireNonNull(inlineMessageId, "inline message ID cannot be null"); return builder().inlineMessageId(inlineMessageId); } } | EditMessageCaption extends EditMessageRequest<Message> { public static EditMessageCaptionBuilder forInlineMessage(String inlineMessageId) { Objects.requireNonNull(inlineMessageId, "inline message ID cannot be null"); return builder().inlineMessageId(inlineMessageId); } @Builder EditMessageCaption(Consumer<Message> cal... | EditMessageCaption extends EditMessageRequest<Message> { public static EditMessageCaptionBuilder forInlineMessage(String inlineMessageId) { Objects.requireNonNull(inlineMessageId, "inline message ID cannot be null"); return builder().inlineMessageId(inlineMessageId); } @Builder EditMessageCaption(Consumer<Message> cal... | EditMessageCaption extends EditMessageRequest<Message> { public static EditMessageCaptionBuilder forInlineMessage(String inlineMessageId) { Objects.requireNonNull(inlineMessageId, "inline message ID cannot be null"); return builder().inlineMessageId(inlineMessageId); } @Builder EditMessageCaption(Consumer<Message> cal... |
@Test public void should_getUsersAndGroupsBelongingToAProject_when_getProcessAccessControl() { List<UserTask> userTasks = asList(taskOne, taskTwo); when(taskOne.getCandidateGroups()).thenReturn(asList("groupOne", "groupTwo")); when(taskOne.getCandidateUsers()).thenReturn(asList("userOne", "userTwo")); when(taskTwo.getA... | @Override public ProjectAccessControl getProjectAccessControl(Project project){ List<UserTask> userTasks = modelService.getTasksBy(project, new ProcessModelType(), UserTask.class); Set<String> users = extractFromTasks(this::selectUsers, userTasks); Set<String> groups = extractFromTasks(this::selectGroups, userTasks); r... | ProjectServiceImpl implements ProjectService { @Override public ProjectAccessControl getProjectAccessControl(Project project){ List<UserTask> userTasks = modelService.getTasksBy(project, new ProcessModelType(), UserTask.class); Set<String> users = extractFromTasks(this::selectUsers, userTasks); Set<String> groups = ext... | ProjectServiceImpl implements ProjectService { @Override public ProjectAccessControl getProjectAccessControl(Project project){ List<UserTask> userTasks = modelService.getTasksBy(project, new ProcessModelType(), UserTask.class); Set<String> users = extractFromTasks(this::selectUsers, userTasks); Set<String> groups = ext... | ProjectServiceImpl implements ProjectService { @Override public ProjectAccessControl getProjectAccessControl(Project project){ List<UserTask> userTasks = modelService.getTasksBy(project, new ProcessModelType(), UserTask.class); Set<String> users = extractFromTasks(this::selectUsers, userTasks); Set<String> groups = ext... | ProjectServiceImpl implements ProjectService { @Override public ProjectAccessControl getProjectAccessControl(Project project){ List<UserTask> userTasks = modelService.getTasksBy(project, new ProcessModelType(), UserTask.class); Set<String> users = extractFromTasks(this::selectUsers, userTasks); Set<String> groups = ext... |
@Test public void should_overrideUserTask_when_notNewFormKey() { UserTask userTask = new UserTask(); userTask.setFormKey("notNewFormKey"); referenceIdOverrider.override(userTask); assertThat(userTask.getFormKey()).isEqualTo("notNewFormKey"); } | @Override public void override(UserTask userTask) { String oldFormKey = userTask.getFormKey(); String newFormKey = modelIdentifiers.get(oldFormKey); if (newFormKey != null) { userTask.setFormKey(newFormKey); } } | ReferenceIdOverrider implements ReferenceOverrider { @Override public void override(UserTask userTask) { String oldFormKey = userTask.getFormKey(); String newFormKey = modelIdentifiers.get(oldFormKey); if (newFormKey != null) { userTask.setFormKey(newFormKey); } } } | ReferenceIdOverrider implements ReferenceOverrider { @Override public void override(UserTask userTask) { String oldFormKey = userTask.getFormKey(); String newFormKey = modelIdentifiers.get(oldFormKey); if (newFormKey != null) { userTask.setFormKey(newFormKey); } } ReferenceIdOverrider(Map<String, String> modelIdentifie... | ReferenceIdOverrider implements ReferenceOverrider { @Override public void override(UserTask userTask) { String oldFormKey = userTask.getFormKey(); String newFormKey = modelIdentifiers.get(oldFormKey); if (newFormKey != null) { userTask.setFormKey(newFormKey); } } ReferenceIdOverrider(Map<String, String> modelIdentifie... | ReferenceIdOverrider implements ReferenceOverrider { @Override public void override(UserTask userTask) { String oldFormKey = userTask.getFormKey(); String newFormKey = modelIdentifiers.get(oldFormKey); if (newFormKey != null) { userTask.setFormKey(newFormKey); } } ReferenceIdOverrider(Map<String, String> modelIdentifie... |
@Test public void should_overrideStartEvent_when_hasNewFormKey() { StartEvent startEvent = new StartEvent(); startEvent.setFormKey("oldFormKey"); referenceIdOverrider.override(startEvent); assertThat(startEvent.getFormKey()).isEqualTo("newFormKey"); } | @Override public void override(UserTask userTask) { String oldFormKey = userTask.getFormKey(); String newFormKey = modelIdentifiers.get(oldFormKey); if (newFormKey != null) { userTask.setFormKey(newFormKey); } } | ReferenceIdOverrider implements ReferenceOverrider { @Override public void override(UserTask userTask) { String oldFormKey = userTask.getFormKey(); String newFormKey = modelIdentifiers.get(oldFormKey); if (newFormKey != null) { userTask.setFormKey(newFormKey); } } } | ReferenceIdOverrider implements ReferenceOverrider { @Override public void override(UserTask userTask) { String oldFormKey = userTask.getFormKey(); String newFormKey = modelIdentifiers.get(oldFormKey); if (newFormKey != null) { userTask.setFormKey(newFormKey); } } ReferenceIdOverrider(Map<String, String> modelIdentifie... | ReferenceIdOverrider implements ReferenceOverrider { @Override public void override(UserTask userTask) { String oldFormKey = userTask.getFormKey(); String newFormKey = modelIdentifiers.get(oldFormKey); if (newFormKey != null) { userTask.setFormKey(newFormKey); } } ReferenceIdOverrider(Map<String, String> modelIdentifie... | ReferenceIdOverrider implements ReferenceOverrider { @Override public void override(UserTask userTask) { String oldFormKey = userTask.getFormKey(); String newFormKey = modelIdentifiers.get(oldFormKey); if (newFormKey != null) { userTask.setFormKey(newFormKey); } } ReferenceIdOverrider(Map<String, String> modelIdentifie... |
@Test public void should_notOverrideStartEvent_when_sameFormKey() { StartEvent startEvent = new StartEvent(); startEvent.setFormKey("sameFormKey"); referenceIdOverrider.override(startEvent); assertThat(startEvent.getFormKey()).isEqualTo("sameFormKey"); } | @Override public void override(UserTask userTask) { String oldFormKey = userTask.getFormKey(); String newFormKey = modelIdentifiers.get(oldFormKey); if (newFormKey != null) { userTask.setFormKey(newFormKey); } } | ReferenceIdOverrider implements ReferenceOverrider { @Override public void override(UserTask userTask) { String oldFormKey = userTask.getFormKey(); String newFormKey = modelIdentifiers.get(oldFormKey); if (newFormKey != null) { userTask.setFormKey(newFormKey); } } } | ReferenceIdOverrider implements ReferenceOverrider { @Override public void override(UserTask userTask) { String oldFormKey = userTask.getFormKey(); String newFormKey = modelIdentifiers.get(oldFormKey); if (newFormKey != null) { userTask.setFormKey(newFormKey); } } ReferenceIdOverrider(Map<String, String> modelIdentifie... | ReferenceIdOverrider implements ReferenceOverrider { @Override public void override(UserTask userTask) { String oldFormKey = userTask.getFormKey(); String newFormKey = modelIdentifiers.get(oldFormKey); if (newFormKey != null) { userTask.setFormKey(newFormKey); } } ReferenceIdOverrider(Map<String, String> modelIdentifie... | ReferenceIdOverrider implements ReferenceOverrider { @Override public void override(UserTask userTask) { String oldFormKey = userTask.getFormKey(); String newFormKey = modelIdentifiers.get(oldFormKey); if (newFormKey != null) { userTask.setFormKey(newFormKey); } } ReferenceIdOverrider(Map<String, String> modelIdentifie... |
@Test public void should_overrideStartEvent_when_notNewFormKey() { StartEvent startEvent = new StartEvent(); startEvent.setFormKey("notNewFormKey"); referenceIdOverrider.override(startEvent); assertThat(startEvent.getFormKey()).isEqualTo("notNewFormKey"); } | @Override public void override(UserTask userTask) { String oldFormKey = userTask.getFormKey(); String newFormKey = modelIdentifiers.get(oldFormKey); if (newFormKey != null) { userTask.setFormKey(newFormKey); } } | ReferenceIdOverrider implements ReferenceOverrider { @Override public void override(UserTask userTask) { String oldFormKey = userTask.getFormKey(); String newFormKey = modelIdentifiers.get(oldFormKey); if (newFormKey != null) { userTask.setFormKey(newFormKey); } } } | ReferenceIdOverrider implements ReferenceOverrider { @Override public void override(UserTask userTask) { String oldFormKey = userTask.getFormKey(); String newFormKey = modelIdentifiers.get(oldFormKey); if (newFormKey != null) { userTask.setFormKey(newFormKey); } } ReferenceIdOverrider(Map<String, String> modelIdentifie... | ReferenceIdOverrider implements ReferenceOverrider { @Override public void override(UserTask userTask) { String oldFormKey = userTask.getFormKey(); String newFormKey = modelIdentifiers.get(oldFormKey); if (newFormKey != null) { userTask.setFormKey(newFormKey); } } ReferenceIdOverrider(Map<String, String> modelIdentifie... | ReferenceIdOverrider implements ReferenceOverrider { @Override public void override(UserTask userTask) { String oldFormKey = userTask.getFormKey(); String newFormKey = modelIdentifiers.get(oldFormKey); if (newFormKey != null) { userTask.setFormKey(newFormKey); } } ReferenceIdOverrider(Map<String, String> modelIdentifie... |
@Test public void should_getUsersAndGroupsBelongingToAProjectExludingExpressions_when_getProcessAccessControl() { List<UserTask> userTasks = asList(taskOne, taskTwo); when(taskOne.getCandidateGroups()).thenReturn(asList("groupOne", "${processsVariable.groupName}", "groupTwo")); when(taskOne.getCandidateUsers()).thenRet... | @Override public ProjectAccessControl getProjectAccessControl(Project project){ List<UserTask> userTasks = modelService.getTasksBy(project, new ProcessModelType(), UserTask.class); Set<String> users = extractFromTasks(this::selectUsers, userTasks); Set<String> groups = extractFromTasks(this::selectGroups, userTasks); r... | ProjectServiceImpl implements ProjectService { @Override public ProjectAccessControl getProjectAccessControl(Project project){ List<UserTask> userTasks = modelService.getTasksBy(project, new ProcessModelType(), UserTask.class); Set<String> users = extractFromTasks(this::selectUsers, userTasks); Set<String> groups = ext... | ProjectServiceImpl implements ProjectService { @Override public ProjectAccessControl getProjectAccessControl(Project project){ List<UserTask> userTasks = modelService.getTasksBy(project, new ProcessModelType(), UserTask.class); Set<String> users = extractFromTasks(this::selectUsers, userTasks); Set<String> groups = ext... | ProjectServiceImpl implements ProjectService { @Override public ProjectAccessControl getProjectAccessControl(Project project){ List<UserTask> userTasks = modelService.getTasksBy(project, new ProcessModelType(), UserTask.class); Set<String> users = extractFromTasks(this::selectUsers, userTasks); Set<String> groups = ext... | ProjectServiceImpl implements ProjectService { @Override public ProjectAccessControl getProjectAccessControl(Project project){ List<UserTask> userTasks = modelService.getTasksBy(project, new ProcessModelType(), UserTask.class); Set<String> users = extractFromTasks(this::selectUsers, userTasks); Set<String> groups = ext... |
@Test public void should_returnEmptyLists_when_thereAreNotAssigneeAndCandidateUsersAndGroups() { List<UserTask> userTasks = asList(taskOne, taskTwo); when(taskOne.getCandidateGroups()).thenReturn(null); when(taskOne.getCandidateUsers()).thenReturn(null); when(taskTwo.getAssignee()).thenReturn(null); when(modelService.g... | @Override public ProjectAccessControl getProjectAccessControl(Project project){ List<UserTask> userTasks = modelService.getTasksBy(project, new ProcessModelType(), UserTask.class); Set<String> users = extractFromTasks(this::selectUsers, userTasks); Set<String> groups = extractFromTasks(this::selectGroups, userTasks); r... | ProjectServiceImpl implements ProjectService { @Override public ProjectAccessControl getProjectAccessControl(Project project){ List<UserTask> userTasks = modelService.getTasksBy(project, new ProcessModelType(), UserTask.class); Set<String> users = extractFromTasks(this::selectUsers, userTasks); Set<String> groups = ext... | ProjectServiceImpl implements ProjectService { @Override public ProjectAccessControl getProjectAccessControl(Project project){ List<UserTask> userTasks = modelService.getTasksBy(project, new ProcessModelType(), UserTask.class); Set<String> users = extractFromTasks(this::selectUsers, userTasks); Set<String> groups = ext... | ProjectServiceImpl implements ProjectService { @Override public ProjectAccessControl getProjectAccessControl(Project project){ List<UserTask> userTasks = modelService.getTasksBy(project, new ProcessModelType(), UserTask.class); Set<String> users = extractFromTasks(this::selectUsers, userTasks); Set<String> groups = ext... | ProjectServiceImpl implements ProjectService { @Override public ProjectAccessControl getProjectAccessControl(Project project){ List<UserTask> userTasks = modelService.getTasksBy(project, new ProcessModelType(), UserTask.class); Set<String> users = extractFromTasks(this::selectUsers, userTasks); Set<String> groups = ext... |
@Test public void should_returnEmptyLists_when_thereAreNotUserTasks() { List<UserTask> userTasks = new LinkedList<>(); when(modelService.getTasksBy(eq(project), any(ProcessModelType.class), eq(UserTask.class))) .thenReturn(userTasks); ProjectAccessControl projectAccessControl = projectService.getProjectAccessControl(pr... | @Override public ProjectAccessControl getProjectAccessControl(Project project){ List<UserTask> userTasks = modelService.getTasksBy(project, new ProcessModelType(), UserTask.class); Set<String> users = extractFromTasks(this::selectUsers, userTasks); Set<String> groups = extractFromTasks(this::selectGroups, userTasks); r... | ProjectServiceImpl implements ProjectService { @Override public ProjectAccessControl getProjectAccessControl(Project project){ List<UserTask> userTasks = modelService.getTasksBy(project, new ProcessModelType(), UserTask.class); Set<String> users = extractFromTasks(this::selectUsers, userTasks); Set<String> groups = ext... | ProjectServiceImpl implements ProjectService { @Override public ProjectAccessControl getProjectAccessControl(Project project){ List<UserTask> userTasks = modelService.getTasksBy(project, new ProcessModelType(), UserTask.class); Set<String> users = extractFromTasks(this::selectUsers, userTasks); Set<String> groups = ext... | ProjectServiceImpl implements ProjectService { @Override public ProjectAccessControl getProjectAccessControl(Project project){ List<UserTask> userTasks = modelService.getTasksBy(project, new ProcessModelType(), UserTask.class); Set<String> users = extractFromTasks(this::selectUsers, userTasks); Set<String> groups = ext... | ProjectServiceImpl implements ProjectService { @Override public ProjectAccessControl getProjectAccessControl(Project project){ List<UserTask> userTasks = modelService.getTasksBy(project, new ProcessModelType(), UserTask.class); Set<String> users = extractFromTasks(this::selectUsers, userTasks); Set<String> groups = ext... |
@Test public void should_returnException_when_classTypeIsNotSpecified() { ProcessModelType modelType = new ProcessModelType(); assertThatThrownBy(() -> modelService.getTasksBy(projectOne, modelType, null)) .isInstanceOf(IllegalArgumentException.class) .hasMessage("Class task type it must not be null"); } | @Override public <T extends Task> List<T> getTasksBy(Project project, ModelType processModelType, @NonNull Class<T> clazz) { Assert.notNull(clazz, "Class task type it must not be null"); return getProcessesBy(project, processModelType) .stream() .map(Process::getFlowElements) .flatMap(Collection::stream) .filter(clazz:... | ModelServiceImpl implements ModelService { @Override public <T extends Task> List<T> getTasksBy(Project project, ModelType processModelType, @NonNull Class<T> clazz) { Assert.notNull(clazz, "Class task type it must not be null"); return getProcessesBy(project, processModelType) .stream() .map(Process::getFlowElements) ... | ModelServiceImpl implements ModelService { @Override public <T extends Task> List<T> getTasksBy(Project project, ModelType processModelType, @NonNull Class<T> clazz) { Assert.notNull(clazz, "Class task type it must not be null"); return getProcessesBy(project, processModelType) .stream() .map(Process::getFlowElements) ... | ModelServiceImpl implements ModelService { @Override public <T extends Task> List<T> getTasksBy(Project project, ModelType processModelType, @NonNull Class<T> clazz) { Assert.notNull(clazz, "Class task type it must not be null"); return getProcessesBy(project, processModelType) .stream() .map(Process::getFlowElements) ... | ModelServiceImpl implements ModelService { @Override public <T extends Task> List<T> getTasksBy(Project project, ModelType processModelType, @NonNull Class<T> clazz) { Assert.notNull(clazz, "Class task type it must not be null"); return getProcessesBy(project, processModelType) .stream() .map(Process::getFlowElements) ... |
@Test public void should_returnProcessExtensionsFileForTheModelGiven() throws IOException, XMLStreamException { ProcessModelType modelType = new ProcessModelType(); ModelImpl extensionModelImpl = this.createModelImpl(); when(modelRepository.getModelType()).thenReturn(ModelImpl.class); when(modelTypeService.findModelTyp... | @Override public Optional<FileContent> getModelExtensionsFileContent(Model model) { if (model.getExtensions() == null && isJsonContentType(model.getContentType())) { return Optional.empty(); } Model fullModel = findModelById(model.getId()).orElse(model); Model modelToFile = buildModel(fullModel.getType(), fullModel.get... | ModelServiceImpl implements ModelService { @Override public Optional<FileContent> getModelExtensionsFileContent(Model model) { if (model.getExtensions() == null && isJsonContentType(model.getContentType())) { return Optional.empty(); } Model fullModel = findModelById(model.getId()).orElse(model); Model modelToFile = bu... | ModelServiceImpl implements ModelService { @Override public Optional<FileContent> getModelExtensionsFileContent(Model model) { if (model.getExtensions() == null && isJsonContentType(model.getContentType())) { return Optional.empty(); } Model fullModel = findModelById(model.getId()).orElse(model); Model modelToFile = bu... | ModelServiceImpl implements ModelService { @Override public Optional<FileContent> getModelExtensionsFileContent(Model model) { if (model.getExtensions() == null && isJsonContentType(model.getContentType())) { return Optional.empty(); } Model fullModel = findModelById(model.getId()).orElse(model); Model modelToFile = bu... | ModelServiceImpl implements ModelService { @Override public Optional<FileContent> getModelExtensionsFileContent(Model model) { if (model.getExtensions() == null && isJsonContentType(model.getContentType())) { return Optional.empty(); } Model fullModel = findModelById(model.getId()).orElse(model); Model modelToFile = bu... |
@Test public void should_notOverrideModelId_whenModelContentEmpty() { FileContent fileContent = mock(FileContent.class); byte[] emptyByteArray = new byte[0]; given(fileContent.getFileContent()).willReturn(emptyByteArray); Map<String, String> modelIds = new HashMap<>(); FileContent result = processModelContentConverter.... | @Override public FileContent overrideModelId(FileContent fileContent, Map<String, String> modelIdentifiers) { FileContent newFileContent; Optional<BpmnProcessModelContent> processModelContent = this.convertToModelContent(fileContent.getFileContent()); if (processModelContent.isPresent()) { BpmnProcessModelContent model... | ProcessModelContentConverter implements ModelContentConverter<BpmnProcessModelContent> { @Override public FileContent overrideModelId(FileContent fileContent, Map<String, String> modelIdentifiers) { FileContent newFileContent; Optional<BpmnProcessModelContent> processModelContent = this.convertToModelContent(fileConten... | ProcessModelContentConverter implements ModelContentConverter<BpmnProcessModelContent> { @Override public FileContent overrideModelId(FileContent fileContent, Map<String, String> modelIdentifiers) { FileContent newFileContent; Optional<BpmnProcessModelContent> processModelContent = this.convertToModelContent(fileConten... | ProcessModelContentConverter implements ModelContentConverter<BpmnProcessModelContent> { @Override public FileContent overrideModelId(FileContent fileContent, Map<String, String> modelIdentifiers) { FileContent newFileContent; Optional<BpmnProcessModelContent> processModelContent = this.convertToModelContent(fileConten... | ProcessModelContentConverter implements ModelContentConverter<BpmnProcessModelContent> { @Override public FileContent overrideModelId(FileContent fileContent, Map<String, String> modelIdentifiers) { FileContent newFileContent; Optional<BpmnProcessModelContent> processModelContent = this.convertToModelContent(fileConten... |
@Test public void should_overrideAllProcessDefinition_when_newProcessId() { Process process = new Process(); process.addFlowElement(flowElement); BpmnModel bpmnModel = new BpmnModel(); bpmnModel.addProcess(process); BpmnProcessModelContent processModelContent = new BpmnProcessModelContent(bpmnModel); processModelConten... | public void overrideAllProcessDefinition(BpmnProcessModelContent processModelContent, ReferenceIdOverrider referenceIdOverrider) { processModelContent.getBpmnModel().getProcesses().forEach(process -> { overrideAllIdReferences(process, referenceIdOverrider); }); } | ProcessModelContentConverter implements ModelContentConverter<BpmnProcessModelContent> { public void overrideAllProcessDefinition(BpmnProcessModelContent processModelContent, ReferenceIdOverrider referenceIdOverrider) { processModelContent.getBpmnModel().getProcesses().forEach(process -> { overrideAllIdReferences(proce... | ProcessModelContentConverter implements ModelContentConverter<BpmnProcessModelContent> { public void overrideAllProcessDefinition(BpmnProcessModelContent processModelContent, ReferenceIdOverrider referenceIdOverrider) { processModelContent.getBpmnModel().getProcesses().forEach(process -> { overrideAllIdReferences(proce... | ProcessModelContentConverter implements ModelContentConverter<BpmnProcessModelContent> { public void overrideAllProcessDefinition(BpmnProcessModelContent processModelContent, ReferenceIdOverrider referenceIdOverrider) { processModelContent.getBpmnModel().getProcesses().forEach(process -> { overrideAllIdReferences(proce... | ProcessModelContentConverter implements ModelContentConverter<BpmnProcessModelContent> { public void overrideAllProcessDefinition(BpmnProcessModelContent processModelContent, ReferenceIdOverrider referenceIdOverrider) { processModelContent.getBpmnModel().getProcesses().forEach(process -> { overrideAllIdReferences(proce... |
@Test public void should_overrideUserTask_when_hasNewFormKey() { UserTask userTask = new UserTask(); userTask.setFormKey("oldFormKey"); referenceIdOverrider.override(userTask); assertThat(userTask.getFormKey()).isEqualTo("newFormKey"); } | @Override public void override(UserTask userTask) { String oldFormKey = userTask.getFormKey(); String newFormKey = modelIdentifiers.get(oldFormKey); if (newFormKey != null) { userTask.setFormKey(newFormKey); } } | ReferenceIdOverrider implements ReferenceOverrider { @Override public void override(UserTask userTask) { String oldFormKey = userTask.getFormKey(); String newFormKey = modelIdentifiers.get(oldFormKey); if (newFormKey != null) { userTask.setFormKey(newFormKey); } } } | ReferenceIdOverrider implements ReferenceOverrider { @Override public void override(UserTask userTask) { String oldFormKey = userTask.getFormKey(); String newFormKey = modelIdentifiers.get(oldFormKey); if (newFormKey != null) { userTask.setFormKey(newFormKey); } } ReferenceIdOverrider(Map<String, String> modelIdentifie... | ReferenceIdOverrider implements ReferenceOverrider { @Override public void override(UserTask userTask) { String oldFormKey = userTask.getFormKey(); String newFormKey = modelIdentifiers.get(oldFormKey); if (newFormKey != null) { userTask.setFormKey(newFormKey); } } ReferenceIdOverrider(Map<String, String> modelIdentifie... | ReferenceIdOverrider implements ReferenceOverrider { @Override public void override(UserTask userTask) { String oldFormKey = userTask.getFormKey(); String newFormKey = modelIdentifiers.get(oldFormKey); if (newFormKey != null) { userTask.setFormKey(newFormKey); } } ReferenceIdOverrider(Map<String, String> modelIdentifie... |
@Test public void should_notOverrideUserTask_when_sameFormKey() { UserTask userTask = new UserTask(); userTask.setFormKey("sameFormKey"); referenceIdOverrider.override(userTask); assertThat(userTask.getFormKey()).isEqualTo("sameFormKey"); } | @Override public void override(UserTask userTask) { String oldFormKey = userTask.getFormKey(); String newFormKey = modelIdentifiers.get(oldFormKey); if (newFormKey != null) { userTask.setFormKey(newFormKey); } } | ReferenceIdOverrider implements ReferenceOverrider { @Override public void override(UserTask userTask) { String oldFormKey = userTask.getFormKey(); String newFormKey = modelIdentifiers.get(oldFormKey); if (newFormKey != null) { userTask.setFormKey(newFormKey); } } } | ReferenceIdOverrider implements ReferenceOverrider { @Override public void override(UserTask userTask) { String oldFormKey = userTask.getFormKey(); String newFormKey = modelIdentifiers.get(oldFormKey); if (newFormKey != null) { userTask.setFormKey(newFormKey); } } ReferenceIdOverrider(Map<String, String> modelIdentifie... | ReferenceIdOverrider implements ReferenceOverrider { @Override public void override(UserTask userTask) { String oldFormKey = userTask.getFormKey(); String newFormKey = modelIdentifiers.get(oldFormKey); if (newFormKey != null) { userTask.setFormKey(newFormKey); } } ReferenceIdOverrider(Map<String, String> modelIdentifie... | ReferenceIdOverrider implements ReferenceOverrider { @Override public void override(UserTask userTask) { String oldFormKey = userTask.getFormKey(); String newFormKey = modelIdentifiers.get(oldFormKey); if (newFormKey != null) { userTask.setFormKey(newFormKey); } } ReferenceIdOverrider(Map<String, String> modelIdentifie... |
@Test public void noChange() { int orgPathsCnt = swagger.getPaths().size(); int orgDefCnt = swagger.getDefinitions().size(); new PathPrunner().accept(swagger); assertEquals(orgPathsCnt, swagger.getPaths().size()); assertEquals(orgDefCnt, swagger.getDefinitions().size()); } | @Override public void accept(Swagger swagger) { if(swagger.getPaths() == null) return; prunePaths(swagger); if(swagger.getDefinitions() == null || types.isEmpty()) return; new TypePruner(swagger).prune(); } | PathPrunner implements Consumer<Swagger> { @Override public void accept(Swagger swagger) { if(swagger.getPaths() == null) return; prunePaths(swagger); if(swagger.getDefinitions() == null || types.isEmpty()) return; new TypePruner(swagger).prune(); } } | PathPrunner implements Consumer<Swagger> { @Override public void accept(Swagger swagger) { if(swagger.getPaths() == null) return; prunePaths(swagger); if(swagger.getDefinitions() == null || types.isEmpty()) return; new TypePruner(swagger).prune(); } PathPrunner(String... excludePrefixes); } | PathPrunner implements Consumer<Swagger> { @Override public void accept(Swagger swagger) { if(swagger.getPaths() == null) return; prunePaths(swagger); if(swagger.getDefinitions() == null || types.isEmpty()) return; new TypePruner(swagger).prune(); } PathPrunner(String... excludePrefixes); PathPrunner withType(String ty... | PathPrunner implements Consumer<Swagger> { @Override public void accept(Swagger swagger) { if(swagger.getPaths() == null) return; prunePaths(swagger); if(swagger.getDefinitions() == null || types.isEmpty()) return; new TypePruner(swagger).prune(); } PathPrunner(String... excludePrefixes); PathPrunner withType(String ty... |
@Test public void noChange() { int initial = swagger.getDefinitions().size(); new RemoveUnusedDefinitions().accept(swagger); assertEquals(initial, swagger.getDefinitions().size()); } | @Override public void accept(Swagger swagger) { int initial = swagger.getDefinitions().size(); Pruner pruner = new Pruner(buildHierarchy(swagger)); while(pruner.hasPruneable()) { Stream<String> prune = pruner.prune(); Map<String, Model> defs = swagger.getDefinitions(); prune.forEach(type -> { log.info("Removing unused ... | RemoveUnusedDefinitions implements Consumer<Swagger> { @Override public void accept(Swagger swagger) { int initial = swagger.getDefinitions().size(); Pruner pruner = new Pruner(buildHierarchy(swagger)); while(pruner.hasPruneable()) { Stream<String> prune = pruner.prune(); Map<String, Model> defs = swagger.getDefinition... | RemoveUnusedDefinitions implements Consumer<Swagger> { @Override public void accept(Swagger swagger) { int initial = swagger.getDefinitions().size(); Pruner pruner = new Pruner(buildHierarchy(swagger)); while(pruner.hasPruneable()) { Stream<String> prune = pruner.prune(); Map<String, Model> defs = swagger.getDefinition... | RemoveUnusedDefinitions implements Consumer<Swagger> { @Override public void accept(Swagger swagger) { int initial = swagger.getDefinitions().size(); Pruner pruner = new Pruner(buildHierarchy(swagger)); while(pruner.hasPruneable()) { Stream<String> prune = pruner.prune(); Map<String, Model> defs = swagger.getDefinition... | RemoveUnusedDefinitions implements Consumer<Swagger> { @Override public void accept(Swagger swagger) { int initial = swagger.getDefinitions().size(); Pruner pruner = new Pruner(buildHierarchy(swagger)); while(pruner.hasPruneable()) { Stream<String> prune = pruner.prune(); Map<String, Model> defs = swagger.getDefinition... |
@Test public void noChangeInClasses() { int initial = swagger.getDefinitions().size(); Map<String, Path> paths = swagger.getPaths(); paths.remove("/b/propE/propF"); swagger.setPaths(paths); new RemoveUnusedDefinitions().accept(swagger); assertEquals(initial, swagger.getDefinitions().size()); } | @Override public void accept(Swagger swagger) { int initial = swagger.getDefinitions().size(); Pruner pruner = new Pruner(buildHierarchy(swagger)); while(pruner.hasPruneable()) { Stream<String> prune = pruner.prune(); Map<String, Model> defs = swagger.getDefinitions(); prune.forEach(type -> { log.info("Removing unused ... | RemoveUnusedDefinitions implements Consumer<Swagger> { @Override public void accept(Swagger swagger) { int initial = swagger.getDefinitions().size(); Pruner pruner = new Pruner(buildHierarchy(swagger)); while(pruner.hasPruneable()) { Stream<String> prune = pruner.prune(); Map<String, Model> defs = swagger.getDefinition... | RemoveUnusedDefinitions implements Consumer<Swagger> { @Override public void accept(Swagger swagger) { int initial = swagger.getDefinitions().size(); Pruner pruner = new Pruner(buildHierarchy(swagger)); while(pruner.hasPruneable()) { Stream<String> prune = pruner.prune(); Map<String, Model> defs = swagger.getDefinition... | RemoveUnusedDefinitions implements Consumer<Swagger> { @Override public void accept(Swagger swagger) { int initial = swagger.getDefinitions().size(); Pruner pruner = new Pruner(buildHierarchy(swagger)); while(pruner.hasPruneable()) { Stream<String> prune = pruner.prune(); Map<String, Model> defs = swagger.getDefinition... | RemoveUnusedDefinitions implements Consumer<Swagger> { @Override public void accept(Swagger swagger) { int initial = swagger.getDefinitions().size(); Pruner pruner = new Pruner(buildHierarchy(swagger)); while(pruner.hasPruneable()) { Stream<String> prune = pruner.prune(); Map<String, Model> defs = swagger.getDefinition... |
@Test public void removingC() { int initial = swagger.getDefinitions().size(); Map<String, Path> paths = swagger.getPaths().entrySet().stream() .filter(p -> !p.getKey().startsWith("/c")).collect(toMap()); swagger.setPaths(paths); new RemoveUnusedDefinitions().accept(swagger); assertEquals(initial - 2, swagger.getDefini... | @Override public void accept(Swagger swagger) { int initial = swagger.getDefinitions().size(); Pruner pruner = new Pruner(buildHierarchy(swagger)); while(pruner.hasPruneable()) { Stream<String> prune = pruner.prune(); Map<String, Model> defs = swagger.getDefinitions(); prune.forEach(type -> { log.info("Removing unused ... | RemoveUnusedDefinitions implements Consumer<Swagger> { @Override public void accept(Swagger swagger) { int initial = swagger.getDefinitions().size(); Pruner pruner = new Pruner(buildHierarchy(swagger)); while(pruner.hasPruneable()) { Stream<String> prune = pruner.prune(); Map<String, Model> defs = swagger.getDefinition... | RemoveUnusedDefinitions implements Consumer<Swagger> { @Override public void accept(Swagger swagger) { int initial = swagger.getDefinitions().size(); Pruner pruner = new Pruner(buildHierarchy(swagger)); while(pruner.hasPruneable()) { Stream<String> prune = pruner.prune(); Map<String, Model> defs = swagger.getDefinition... | RemoveUnusedDefinitions implements Consumer<Swagger> { @Override public void accept(Swagger swagger) { int initial = swagger.getDefinitions().size(); Pruner pruner = new Pruner(buildHierarchy(swagger)); while(pruner.hasPruneable()) { Stream<String> prune = pruner.prune(); Map<String, Model> defs = swagger.getDefinition... | RemoveUnusedDefinitions implements Consumer<Swagger> { @Override public void accept(Swagger swagger) { int initial = swagger.getDefinitions().size(); Pruner pruner = new Pruner(buildHierarchy(swagger)); while(pruner.hasPruneable()) { Stream<String> prune = pruner.prune(); Map<String, Model> defs = swagger.getDefinition... |
@Test public void getMetersPerPixel() { double metersPerPixel = BeaconMapBackground.getMetersPerPixel(firstReferenceLocation, firstReferencePoint, secondReferenceLocation, secondReferencePoint); assertEquals(0.016919836401939392, metersPerPixel, 0.001); assertEquals(metersPerPixel, beaconMapBackground.getMetersPerPixel... | public static float getMetersPerPixel(@NonNull Location firstReferenceLocation, @NonNull Point firstReferencePoint, @NonNull Location secondReferenceLocation, @NonNull Point secondReferencePoint) { double distanceInPixels = getPixelDistance(firstReferencePoint, secondReferencePoint); double distanceInMeters = firstRefe... | BeaconMapBackground { public static float getMetersPerPixel(@NonNull Location firstReferenceLocation, @NonNull Point firstReferencePoint, @NonNull Location secondReferenceLocation, @NonNull Point secondReferencePoint) { double distanceInPixels = getPixelDistance(firstReferencePoint, secondReferencePoint); double distan... | BeaconMapBackground { public static float getMetersPerPixel(@NonNull Location firstReferenceLocation, @NonNull Point firstReferencePoint, @NonNull Location secondReferenceLocation, @NonNull Point secondReferencePoint) { double distanceInPixels = getPixelDistance(firstReferencePoint, secondReferencePoint); double distan... | BeaconMapBackground { public static float getMetersPerPixel(@NonNull Location firstReferenceLocation, @NonNull Point firstReferencePoint, @NonNull Location secondReferenceLocation, @NonNull Point secondReferencePoint) { double distanceInPixels = getPixelDistance(firstReferencePoint, secondReferencePoint); double distan... | BeaconMapBackground { public static float getMetersPerPixel(@NonNull Location firstReferenceLocation, @NonNull Point firstReferencePoint, @NonNull Location secondReferenceLocation, @NonNull Point secondReferencePoint) { double distanceInPixels = getPixelDistance(firstReferencePoint, secondReferencePoint); double distan... |
@Test public void createAdvertisingPacketWithSubFactories_hasNoSubFactories_createsCorrectPacket() { IBeaconAdvertisingPacketFactory advertisingPacketFactory = new IBeaconAdvertisingPacketFactory(); AdvertisingPacket advertisingPacket = advertisingPacketFactory.createAdvertisingPacketWithSubFactories(BeaconTest.IBEACON... | protected AP createAdvertisingPacketWithSubFactories(byte[] advertisingData) { for (AdvertisingPacketFactory<AP> advertisingPacketFactory : subFactoryMap.values()) { if (advertisingPacketFactory.canCreateAdvertisingPacketWithSubFactories(advertisingData)) { return advertisingPacketFactory.createAdvertisingPacket(advert... | AdvertisingPacketFactory { protected AP createAdvertisingPacketWithSubFactories(byte[] advertisingData) { for (AdvertisingPacketFactory<AP> advertisingPacketFactory : subFactoryMap.values()) { if (advertisingPacketFactory.canCreateAdvertisingPacketWithSubFactories(advertisingData)) { return advertisingPacketFactory.cre... | AdvertisingPacketFactory { protected AP createAdvertisingPacketWithSubFactories(byte[] advertisingData) { for (AdvertisingPacketFactory<AP> advertisingPacketFactory : subFactoryMap.values()) { if (advertisingPacketFactory.canCreateAdvertisingPacketWithSubFactories(advertisingData)) { return advertisingPacketFactory.cre... | AdvertisingPacketFactory { protected AP createAdvertisingPacketWithSubFactories(byte[] advertisingData) { for (AdvertisingPacketFactory<AP> advertisingPacketFactory : subFactoryMap.values()) { if (advertisingPacketFactory.canCreateAdvertisingPacketWithSubFactories(advertisingData)) { return advertisingPacketFactory.cre... | AdvertisingPacketFactory { protected AP createAdvertisingPacketWithSubFactories(byte[] advertisingData) { for (AdvertisingPacketFactory<AP> advertisingPacketFactory : subFactoryMap.values()) { if (advertisingPacketFactory.canCreateAdvertisingPacketWithSubFactories(advertisingData)) { return advertisingPacketFactory.cre... |
@Test public void getAdvertisingPacketsBetween_startIndexIsCalculatedInFirstHalf_returnsCorrectList() { long latestTimestamp = System.currentTimeMillis(); int numberOfPackets = 2; advertisingPackets = getAdvertisingPackets(1, numberOfPackets, latestTimestamp); AdvertisingPacket secondToLastPacket = advertisingPackets.g... | public static <P extends AdvertisingPacket> ArrayList<P> getAdvertisingPacketsBetween(final ArrayList<P> advertisingPackets, long startTimestamp, long endTimestamp) { if (advertisingPackets.isEmpty()) { return new ArrayList<>(); } P oldestAdvertisingPacket = advertisingPackets.get(0); P latestAdvertisingPacket = advert... | AdvertisingPacketUtil { public static <P extends AdvertisingPacket> ArrayList<P> getAdvertisingPacketsBetween(final ArrayList<P> advertisingPackets, long startTimestamp, long endTimestamp) { if (advertisingPackets.isEmpty()) { return new ArrayList<>(); } P oldestAdvertisingPacket = advertisingPackets.get(0); P latestAd... | AdvertisingPacketUtil { public static <P extends AdvertisingPacket> ArrayList<P> getAdvertisingPacketsBetween(final ArrayList<P> advertisingPackets, long startTimestamp, long endTimestamp) { if (advertisingPackets.isEmpty()) { return new ArrayList<>(); } P oldestAdvertisingPacket = advertisingPackets.get(0); P latestAd... | AdvertisingPacketUtil { public static <P extends AdvertisingPacket> ArrayList<P> getAdvertisingPacketsBetween(final ArrayList<P> advertisingPackets, long startTimestamp, long endTimestamp) { if (advertisingPackets.isEmpty()) { return new ArrayList<>(); } P oldestAdvertisingPacket = advertisingPackets.get(0); P latestAd... | AdvertisingPacketUtil { public static <P extends AdvertisingPacket> ArrayList<P> getAdvertisingPacketsBetween(final ArrayList<P> advertisingPackets, long startTimestamp, long endTimestamp) { if (advertisingPackets.isEmpty()) { return new ArrayList<>(); } P oldestAdvertisingPacket = advertisingPackets.get(0); P latestAd... |
@Test public void getAdvertisingPacketsBetween_startIndexIsCalculatedInSecondHalf_returnsCorrectList() { long latestTimestamp = System.currentTimeMillis(); int numberOfPackets = 3; advertisingPackets = getAdvertisingPackets(1, numberOfPackets, latestTimestamp); AdvertisingPacket secondToLastPacket = advertisingPackets.... | public static <P extends AdvertisingPacket> ArrayList<P> getAdvertisingPacketsBetween(final ArrayList<P> advertisingPackets, long startTimestamp, long endTimestamp) { if (advertisingPackets.isEmpty()) { return new ArrayList<>(); } P oldestAdvertisingPacket = advertisingPackets.get(0); P latestAdvertisingPacket = advert... | AdvertisingPacketUtil { public static <P extends AdvertisingPacket> ArrayList<P> getAdvertisingPacketsBetween(final ArrayList<P> advertisingPackets, long startTimestamp, long endTimestamp) { if (advertisingPackets.isEmpty()) { return new ArrayList<>(); } P oldestAdvertisingPacket = advertisingPackets.get(0); P latestAd... | AdvertisingPacketUtil { public static <P extends AdvertisingPacket> ArrayList<P> getAdvertisingPacketsBetween(final ArrayList<P> advertisingPackets, long startTimestamp, long endTimestamp) { if (advertisingPackets.isEmpty()) { return new ArrayList<>(); } P oldestAdvertisingPacket = advertisingPackets.get(0); P latestAd... | AdvertisingPacketUtil { public static <P extends AdvertisingPacket> ArrayList<P> getAdvertisingPacketsBetween(final ArrayList<P> advertisingPackets, long startTimestamp, long endTimestamp) { if (advertisingPackets.isEmpty()) { return new ArrayList<>(); } P oldestAdvertisingPacket = advertisingPackets.get(0); P latestAd... | AdvertisingPacketUtil { public static <P extends AdvertisingPacket> ArrayList<P> getAdvertisingPacketsBetween(final ArrayList<P> advertisingPackets, long startTimestamp, long endTimestamp) { if (advertisingPackets.isEmpty()) { return new ArrayList<>(); } P oldestAdvertisingPacket = advertisingPackets.get(0); P latestAd... |
@Test public void getAdvertisingPacketsBetween_endIndexIsCalculatedInFirstHalf_returnsCorrectList() { long latestTimestamp = System.currentTimeMillis(); int numberOfPackets = 2; advertisingPackets = getAdvertisingPackets(1, numberOfPackets, latestTimestamp); AdvertisingPacket secondToLastPacket = advertisingPackets.get... | public static <P extends AdvertisingPacket> ArrayList<P> getAdvertisingPacketsBetween(final ArrayList<P> advertisingPackets, long startTimestamp, long endTimestamp) { if (advertisingPackets.isEmpty()) { return new ArrayList<>(); } P oldestAdvertisingPacket = advertisingPackets.get(0); P latestAdvertisingPacket = advert... | AdvertisingPacketUtil { public static <P extends AdvertisingPacket> ArrayList<P> getAdvertisingPacketsBetween(final ArrayList<P> advertisingPackets, long startTimestamp, long endTimestamp) { if (advertisingPackets.isEmpty()) { return new ArrayList<>(); } P oldestAdvertisingPacket = advertisingPackets.get(0); P latestAd... | AdvertisingPacketUtil { public static <P extends AdvertisingPacket> ArrayList<P> getAdvertisingPacketsBetween(final ArrayList<P> advertisingPackets, long startTimestamp, long endTimestamp) { if (advertisingPackets.isEmpty()) { return new ArrayList<>(); } P oldestAdvertisingPacket = advertisingPackets.get(0); P latestAd... | AdvertisingPacketUtil { public static <P extends AdvertisingPacket> ArrayList<P> getAdvertisingPacketsBetween(final ArrayList<P> advertisingPackets, long startTimestamp, long endTimestamp) { if (advertisingPackets.isEmpty()) { return new ArrayList<>(); } P oldestAdvertisingPacket = advertisingPackets.get(0); P latestAd... | AdvertisingPacketUtil { public static <P extends AdvertisingPacket> ArrayList<P> getAdvertisingPacketsBetween(final ArrayList<P> advertisingPackets, long startTimestamp, long endTimestamp) { if (advertisingPackets.isEmpty()) { return new ArrayList<>(); } P oldestAdvertisingPacket = advertisingPackets.get(0); P latestAd... |
@Test public void getAdvertisingPacketsBetween_endIndexIsCalculatedInSecondHalf_returnsCorrectList() { long latestTimestamp = System.currentTimeMillis(); int numberOfPackets = 3; advertisingPackets = getAdvertisingPackets(1, numberOfPackets, latestTimestamp); AdvertisingPacket secondToLastPacket = advertisingPackets.ge... | public static <P extends AdvertisingPacket> ArrayList<P> getAdvertisingPacketsBetween(final ArrayList<P> advertisingPackets, long startTimestamp, long endTimestamp) { if (advertisingPackets.isEmpty()) { return new ArrayList<>(); } P oldestAdvertisingPacket = advertisingPackets.get(0); P latestAdvertisingPacket = advert... | AdvertisingPacketUtil { public static <P extends AdvertisingPacket> ArrayList<P> getAdvertisingPacketsBetween(final ArrayList<P> advertisingPackets, long startTimestamp, long endTimestamp) { if (advertisingPackets.isEmpty()) { return new ArrayList<>(); } P oldestAdvertisingPacket = advertisingPackets.get(0); P latestAd... | AdvertisingPacketUtil { public static <P extends AdvertisingPacket> ArrayList<P> getAdvertisingPacketsBetween(final ArrayList<P> advertisingPackets, long startTimestamp, long endTimestamp) { if (advertisingPackets.isEmpty()) { return new ArrayList<>(); } P oldestAdvertisingPacket = advertisingPackets.get(0); P latestAd... | AdvertisingPacketUtil { public static <P extends AdvertisingPacket> ArrayList<P> getAdvertisingPacketsBetween(final ArrayList<P> advertisingPackets, long startTimestamp, long endTimestamp) { if (advertisingPackets.isEmpty()) { return new ArrayList<>(); } P oldestAdvertisingPacket = advertisingPackets.get(0); P latestAd... | AdvertisingPacketUtil { public static <P extends AdvertisingPacket> ArrayList<P> getAdvertisingPacketsBetween(final ArrayList<P> advertisingPackets, long startTimestamp, long endTimestamp) { if (advertisingPackets.isEmpty()) { return new ArrayList<>(); } P oldestAdvertisingPacket = advertisingPackets.get(0); P latestAd... |
@Test public void getAdvertisingPacketFactory_defaultFactories_returnsNull() throws Exception { AdvertisingPacketFactory factory = advertisingPacketFactoryManager.getAdvertisingPacketFactory(new byte[]{}); assertNull(factory); } | public AdvertisingPacketFactory getAdvertisingPacketFactory(byte[] advertisingData) { AdvertisingPacketFactory factory = null; for (AdvertisingPacketFactory advertisingPacketFactory : advertisingPacketFactories) { factory = advertisingPacketFactory.getAdvertisingPacketFactory(advertisingData); if (factory != null) { br... | AdvertisingPacketFactoryManager { public AdvertisingPacketFactory getAdvertisingPacketFactory(byte[] advertisingData) { AdvertisingPacketFactory factory = null; for (AdvertisingPacketFactory advertisingPacketFactory : advertisingPacketFactories) { factory = advertisingPacketFactory.getAdvertisingPacketFactory(advertisi... | AdvertisingPacketFactoryManager { public AdvertisingPacketFactory getAdvertisingPacketFactory(byte[] advertisingData) { AdvertisingPacketFactory factory = null; for (AdvertisingPacketFactory advertisingPacketFactory : advertisingPacketFactories) { factory = advertisingPacketFactory.getAdvertisingPacketFactory(advertisi... | AdvertisingPacketFactoryManager { public AdvertisingPacketFactory getAdvertisingPacketFactory(byte[] advertisingData) { AdvertisingPacketFactory factory = null; for (AdvertisingPacketFactory advertisingPacketFactory : advertisingPacketFactories) { factory = advertisingPacketFactory.getAdvertisingPacketFactory(advertisi... | AdvertisingPacketFactoryManager { public AdvertisingPacketFactory getAdvertisingPacketFactory(byte[] advertisingData) { AdvertisingPacketFactory factory = null; for (AdvertisingPacketFactory advertisingPacketFactory : advertisingPacketFactories) { factory = advertisingPacketFactory.getAdvertisingPacketFactory(advertisi... |
@Test public void getSmallestDistance_emptyList_returnsDoubleMaxValue() { double distance = BeaconUtil.getSmallestDistance(new ArrayList<Beacon<AdvertisingPacket>>(), new KalmanFilter()); assertEquals("Distance should be initialized with Double.MAX_VALUE", Double.MAX_VALUE, distance, 0); } | public static double getSmallestDistance(List<? extends Beacon> beaconList) { Beacon beacon = getClosestBeacon(beaconList); return (beacon == null) ? Double.MAX_VALUE : beacon.getDistance(); } | BeaconUtil { public static double getSmallestDistance(List<? extends Beacon> beaconList) { Beacon beacon = getClosestBeacon(beaconList); return (beacon == null) ? Double.MAX_VALUE : beacon.getDistance(); } } | BeaconUtil { public static double getSmallestDistance(List<? extends Beacon> beaconList) { Beacon beacon = getClosestBeacon(beaconList); return (beacon == null) ? Double.MAX_VALUE : beacon.getDistance(); } } | BeaconUtil { public static double getSmallestDistance(List<? extends Beacon> beaconList) { Beacon beacon = getClosestBeacon(beaconList); return (beacon == null) ? Double.MAX_VALUE : beacon.getDistance(); } static float getAdvertisingRange(int transmissionPower); static double getSmallestDistance(List<? extends Beacon>... | BeaconUtil { public static double getSmallestDistance(List<? extends Beacon> beaconList) { Beacon beacon = getClosestBeacon(beaconList); return (beacon == null) ? Double.MAX_VALUE : beacon.getDistance(); } static float getAdvertisingRange(int transmissionPower); static double getSmallestDistance(List<? extends Beacon>... |
@Test @SuppressWarnings("unchecked") public void getSmallestDistance_singleBeacon_returnsBeaconDistance() throws Exception { float expectedDistance = 2; List<IBeacon> beacons = new ArrayList<>(); beacons.add(beaconCreator.createBeaconWithAdvertisingPacket(expectedDistance)); double actualDistance = BeaconUtil.getSmalle... | public static double getSmallestDistance(List<? extends Beacon> beaconList) { Beacon beacon = getClosestBeacon(beaconList); return (beacon == null) ? Double.MAX_VALUE : beacon.getDistance(); } | BeaconUtil { public static double getSmallestDistance(List<? extends Beacon> beaconList) { Beacon beacon = getClosestBeacon(beaconList); return (beacon == null) ? Double.MAX_VALUE : beacon.getDistance(); } } | BeaconUtil { public static double getSmallestDistance(List<? extends Beacon> beaconList) { Beacon beacon = getClosestBeacon(beaconList); return (beacon == null) ? Double.MAX_VALUE : beacon.getDistance(); } } | BeaconUtil { public static double getSmallestDistance(List<? extends Beacon> beaconList) { Beacon beacon = getClosestBeacon(beaconList); return (beacon == null) ? Double.MAX_VALUE : beacon.getDistance(); } static float getAdvertisingRange(int transmissionPower); static double getSmallestDistance(List<? extends Beacon>... | BeaconUtil { public static double getSmallestDistance(List<? extends Beacon> beaconList) { Beacon beacon = getClosestBeacon(beaconList); return (beacon == null) ? Double.MAX_VALUE : beacon.getDistance(); } static float getAdvertisingRange(int transmissionPower); static double getSmallestDistance(List<? extends Beacon>... |
@Test @SuppressWarnings("unchecked") public void getSmallestDistance_multipleBeacons_returnsClosestBeaconsDistance() throws Exception { int numberOfBeaconsToUse = 5; float expectedDistance = 2; List<IBeacon> beacons = new ArrayList<>(); for (int i = 0; i < numberOfBeaconsToUse; i++) { beacons.add(beaconCreator.createBe... | public static double getSmallestDistance(List<? extends Beacon> beaconList) { Beacon beacon = getClosestBeacon(beaconList); return (beacon == null) ? Double.MAX_VALUE : beacon.getDistance(); } | BeaconUtil { public static double getSmallestDistance(List<? extends Beacon> beaconList) { Beacon beacon = getClosestBeacon(beaconList); return (beacon == null) ? Double.MAX_VALUE : beacon.getDistance(); } } | BeaconUtil { public static double getSmallestDistance(List<? extends Beacon> beaconList) { Beacon beacon = getClosestBeacon(beaconList); return (beacon == null) ? Double.MAX_VALUE : beacon.getDistance(); } } | BeaconUtil { public static double getSmallestDistance(List<? extends Beacon> beaconList) { Beacon beacon = getClosestBeacon(beaconList); return (beacon == null) ? Double.MAX_VALUE : beacon.getDistance(); } static float getAdvertisingRange(int transmissionPower); static double getSmallestDistance(List<? extends Beacon>... | BeaconUtil { public static double getSmallestDistance(List<? extends Beacon> beaconList) { Beacon beacon = getClosestBeacon(beaconList); return (beacon == null) ? Double.MAX_VALUE : beacon.getDistance(); } static float getAdvertisingRange(int transmissionPower); static double getSmallestDistance(List<? extends Beacon>... |
@Test public void getClosestBeacon_noBeacon_returnsNull() { Beacon beacon = BeaconUtil.getClosestBeacon(new ArrayList<Beacon<AdvertisingPacket>>(), new KalmanFilter()); assertNull("Beacon should not be initialized", beacon); } | public static Beacon getClosestBeacon(List<? extends Beacon> beaconList) { if (beaconList.isEmpty()) { return null; } return getClosestBeacon(beaconList, beaconList.get(0).createSuggestedWindowFilter()); } | BeaconUtil { public static Beacon getClosestBeacon(List<? extends Beacon> beaconList) { if (beaconList.isEmpty()) { return null; } return getClosestBeacon(beaconList, beaconList.get(0).createSuggestedWindowFilter()); } } | BeaconUtil { public static Beacon getClosestBeacon(List<? extends Beacon> beaconList) { if (beaconList.isEmpty()) { return null; } return getClosestBeacon(beaconList, beaconList.get(0).createSuggestedWindowFilter()); } } | BeaconUtil { public static Beacon getClosestBeacon(List<? extends Beacon> beaconList) { if (beaconList.isEmpty()) { return null; } return getClosestBeacon(beaconList, beaconList.get(0).createSuggestedWindowFilter()); } static float getAdvertisingRange(int transmissionPower); static double getSmallestDistance(List<? ex... | BeaconUtil { public static Beacon getClosestBeacon(List<? extends Beacon> beaconList) { if (beaconList.isEmpty()) { return null; } return getClosestBeacon(beaconList, beaconList.get(0).createSuggestedWindowFilter()); } static float getAdvertisingRange(int transmissionPower); static double getSmallestDistance(List<? ex... |
@Test public void getBearing() { double bearing = BeaconMapBackground.getBearing(firstReferenceLocation, firstReferencePoint, secondReferenceLocation, secondReferencePoint); assertEquals(353.84, bearing, 0.001); assertEquals(bearing, beaconMapBackground.getBearing(), 0.001); } | public static double getBearing(@NonNull Location firstReferenceLocation, @NonNull Point firstReferencePoint, @NonNull Location secondReferenceLocation, @NonNull Point secondReferencePoint) { double locationBearing = getBearing(firstReferenceLocation, secondReferenceLocation); double pointBearing = getBearing(firstRefe... | BeaconMapBackground { public static double getBearing(@NonNull Location firstReferenceLocation, @NonNull Point firstReferencePoint, @NonNull Location secondReferenceLocation, @NonNull Point secondReferencePoint) { double locationBearing = getBearing(firstReferenceLocation, secondReferenceLocation); double pointBearing ... | BeaconMapBackground { public static double getBearing(@NonNull Location firstReferenceLocation, @NonNull Point firstReferencePoint, @NonNull Location secondReferenceLocation, @NonNull Point secondReferencePoint) { double locationBearing = getBearing(firstReferenceLocation, secondReferenceLocation); double pointBearing ... | BeaconMapBackground { public static double getBearing(@NonNull Location firstReferenceLocation, @NonNull Point firstReferencePoint, @NonNull Location secondReferenceLocation, @NonNull Point secondReferencePoint) { double locationBearing = getBearing(firstReferenceLocation, secondReferenceLocation); double pointBearing ... | BeaconMapBackground { public static double getBearing(@NonNull Location firstReferenceLocation, @NonNull Point firstReferencePoint, @NonNull Location secondReferenceLocation, @NonNull Point secondReferencePoint) { double locationBearing = getBearing(firstReferenceLocation, secondReferenceLocation); double pointBearing ... |
@Test @SuppressWarnings("unchecked") public void getClosestBeacon_singleBeacon_returnsBeacon() throws Exception { List<IBeacon> beacons = new ArrayList<>(); IBeacon<IBeaconAdvertisingPacket> expectedBeacon = beaconCreator.createBeaconWithAdvertisingPacket(2); beacons.add(expectedBeacon); IBeacon<IBeaconAdvertisingPacke... | public static Beacon getClosestBeacon(List<? extends Beacon> beaconList) { if (beaconList.isEmpty()) { return null; } return getClosestBeacon(beaconList, beaconList.get(0).createSuggestedWindowFilter()); } | BeaconUtil { public static Beacon getClosestBeacon(List<? extends Beacon> beaconList) { if (beaconList.isEmpty()) { return null; } return getClosestBeacon(beaconList, beaconList.get(0).createSuggestedWindowFilter()); } } | BeaconUtil { public static Beacon getClosestBeacon(List<? extends Beacon> beaconList) { if (beaconList.isEmpty()) { return null; } return getClosestBeacon(beaconList, beaconList.get(0).createSuggestedWindowFilter()); } } | BeaconUtil { public static Beacon getClosestBeacon(List<? extends Beacon> beaconList) { if (beaconList.isEmpty()) { return null; } return getClosestBeacon(beaconList, beaconList.get(0).createSuggestedWindowFilter()); } static float getAdvertisingRange(int transmissionPower); static double getSmallestDistance(List<? ex... | BeaconUtil { public static Beacon getClosestBeacon(List<? extends Beacon> beaconList) { if (beaconList.isEmpty()) { return null; } return getClosestBeacon(beaconList, beaconList.get(0).createSuggestedWindowFilter()); } static float getAdvertisingRange(int transmissionPower); static double getSmallestDistance(List<? ex... |
@Test @SuppressWarnings("unchecked") public void getClosestBeacon_multipleBeacons_returnsClosestBeacon() throws Exception { int numberOfBeaconsToUse = 5; float expectedDistance = 2; List<IBeacon> beacons = new ArrayList<>(); for (int i = 1; i < numberOfBeaconsToUse; i++) { beacons.add(beaconCreator.createBeaconWithAdve... | public static Beacon getClosestBeacon(List<? extends Beacon> beaconList) { if (beaconList.isEmpty()) { return null; } return getClosestBeacon(beaconList, beaconList.get(0).createSuggestedWindowFilter()); } | BeaconUtil { public static Beacon getClosestBeacon(List<? extends Beacon> beaconList) { if (beaconList.isEmpty()) { return null; } return getClosestBeacon(beaconList, beaconList.get(0).createSuggestedWindowFilter()); } } | BeaconUtil { public static Beacon getClosestBeacon(List<? extends Beacon> beaconList) { if (beaconList.isEmpty()) { return null; } return getClosestBeacon(beaconList, beaconList.get(0).createSuggestedWindowFilter()); } } | BeaconUtil { public static Beacon getClosestBeacon(List<? extends Beacon> beaconList) { if (beaconList.isEmpty()) { return null; } return getClosestBeacon(beaconList, beaconList.get(0).createSuggestedWindowFilter()); } static float getAdvertisingRange(int transmissionPower); static double getSmallestDistance(List<? ex... | BeaconUtil { public static Beacon getClosestBeacon(List<? extends Beacon> beaconList) { if (beaconList.isEmpty()) { return null; } return getClosestBeacon(beaconList, beaconList.get(0).createSuggestedWindowFilter()); } static float getAdvertisingRange(int transmissionPower); static double getSmallestDistance(List<? ex... |
@Test public void calculateRssi_distanceSmallerOne_returnsRssiGreaterThanCalibrated() { float calibratedRssi = -35; float actualRssi = BeaconUtil.calculateRssi(0.5F, -35, 2F); assertTrue(calibratedRssi < actualRssi); } | public static int calculateRssi(float distance, float calibratedRssi, int calibratedDistance, float pathLossParameter) { return calculateRssi(distance, BeaconDistanceCalculator.getCalibratedRssiAtOneMeter(calibratedRssi, calibratedDistance), pathLossParameter); } | BeaconUtil { public static int calculateRssi(float distance, float calibratedRssi, int calibratedDistance, float pathLossParameter) { return calculateRssi(distance, BeaconDistanceCalculator.getCalibratedRssiAtOneMeter(calibratedRssi, calibratedDistance), pathLossParameter); } } | BeaconUtil { public static int calculateRssi(float distance, float calibratedRssi, int calibratedDistance, float pathLossParameter) { return calculateRssi(distance, BeaconDistanceCalculator.getCalibratedRssiAtOneMeter(calibratedRssi, calibratedDistance), pathLossParameter); } } | BeaconUtil { public static int calculateRssi(float distance, float calibratedRssi, int calibratedDistance, float pathLossParameter) { return calculateRssi(distance, BeaconDistanceCalculator.getCalibratedRssiAtOneMeter(calibratedRssi, calibratedDistance), pathLossParameter); } static float getAdvertisingRange(int trans... | BeaconUtil { public static int calculateRssi(float distance, float calibratedRssi, int calibratedDistance, float pathLossParameter) { return calculateRssi(distance, BeaconDistanceCalculator.getCalibratedRssiAtOneMeter(calibratedRssi, calibratedDistance), pathLossParameter); } static float getAdvertisingRange(int trans... |
@Test public void calculateRssi_distanceGreaterOne_returnsRssiSmallerThanCalibrated() { float calibratedRssi = -35; float actualRssi = BeaconUtil.calculateRssi(10, -35, 2F); assertTrue(calibratedRssi > actualRssi); } | public static int calculateRssi(float distance, float calibratedRssi, int calibratedDistance, float pathLossParameter) { return calculateRssi(distance, BeaconDistanceCalculator.getCalibratedRssiAtOneMeter(calibratedRssi, calibratedDistance), pathLossParameter); } | BeaconUtil { public static int calculateRssi(float distance, float calibratedRssi, int calibratedDistance, float pathLossParameter) { return calculateRssi(distance, BeaconDistanceCalculator.getCalibratedRssiAtOneMeter(calibratedRssi, calibratedDistance), pathLossParameter); } } | BeaconUtil { public static int calculateRssi(float distance, float calibratedRssi, int calibratedDistance, float pathLossParameter) { return calculateRssi(distance, BeaconDistanceCalculator.getCalibratedRssiAtOneMeter(calibratedRssi, calibratedDistance), pathLossParameter); } } | BeaconUtil { public static int calculateRssi(float distance, float calibratedRssi, int calibratedDistance, float pathLossParameter) { return calculateRssi(distance, BeaconDistanceCalculator.getCalibratedRssiAtOneMeter(calibratedRssi, calibratedDistance), pathLossParameter); } static float getAdvertisingRange(int trans... | BeaconUtil { public static int calculateRssi(float distance, float calibratedRssi, int calibratedDistance, float pathLossParameter) { return calculateRssi(distance, BeaconDistanceCalculator.getCalibratedRssiAtOneMeter(calibratedRssi, calibratedDistance), pathLossParameter); } static float getAdvertisingRange(int trans... |
@Test public void calculateRssi_distanceEqualOne_returnsRssiEqualThanCalibrated() { float calibratedRssi = -35; float actualRssi = BeaconUtil.calculateRssi(1, -35, 2F); assertEquals(calibratedRssi, actualRssi, 0.1); } | public static int calculateRssi(float distance, float calibratedRssi, int calibratedDistance, float pathLossParameter) { return calculateRssi(distance, BeaconDistanceCalculator.getCalibratedRssiAtOneMeter(calibratedRssi, calibratedDistance), pathLossParameter); } | BeaconUtil { public static int calculateRssi(float distance, float calibratedRssi, int calibratedDistance, float pathLossParameter) { return calculateRssi(distance, BeaconDistanceCalculator.getCalibratedRssiAtOneMeter(calibratedRssi, calibratedDistance), pathLossParameter); } } | BeaconUtil { public static int calculateRssi(float distance, float calibratedRssi, int calibratedDistance, float pathLossParameter) { return calculateRssi(distance, BeaconDistanceCalculator.getCalibratedRssiAtOneMeter(calibratedRssi, calibratedDistance), pathLossParameter); } } | BeaconUtil { public static int calculateRssi(float distance, float calibratedRssi, int calibratedDistance, float pathLossParameter) { return calculateRssi(distance, BeaconDistanceCalculator.getCalibratedRssiAtOneMeter(calibratedRssi, calibratedDistance), pathLossParameter); } static float getAdvertisingRange(int trans... | BeaconUtil { public static int calculateRssi(float distance, float calibratedRssi, int calibratedDistance, float pathLossParameter) { return calculateRssi(distance, BeaconDistanceCalculator.getCalibratedRssiAtOneMeter(calibratedRssi, calibratedDistance), pathLossParameter); } static float getAdvertisingRange(int trans... |
@Test public void calculateRssi_negativeDistance_throwsException() { exception.expect(IllegalArgumentException.class); BeaconUtil.calculateRssi(-1, -35, 2F); } | public static int calculateRssi(float distance, float calibratedRssi, int calibratedDistance, float pathLossParameter) { return calculateRssi(distance, BeaconDistanceCalculator.getCalibratedRssiAtOneMeter(calibratedRssi, calibratedDistance), pathLossParameter); } | BeaconUtil { public static int calculateRssi(float distance, float calibratedRssi, int calibratedDistance, float pathLossParameter) { return calculateRssi(distance, BeaconDistanceCalculator.getCalibratedRssiAtOneMeter(calibratedRssi, calibratedDistance), pathLossParameter); } } | BeaconUtil { public static int calculateRssi(float distance, float calibratedRssi, int calibratedDistance, float pathLossParameter) { return calculateRssi(distance, BeaconDistanceCalculator.getCalibratedRssiAtOneMeter(calibratedRssi, calibratedDistance), pathLossParameter); } } | BeaconUtil { public static int calculateRssi(float distance, float calibratedRssi, int calibratedDistance, float pathLossParameter) { return calculateRssi(distance, BeaconDistanceCalculator.getCalibratedRssiAtOneMeter(calibratedRssi, calibratedDistance), pathLossParameter); } static float getAdvertisingRange(int trans... | BeaconUtil { public static int calculateRssi(float distance, float calibratedRssi, int calibratedDistance, float pathLossParameter) { return calculateRssi(distance, BeaconDistanceCalculator.getCalibratedRssiAtOneMeter(calibratedRssi, calibratedDistance), pathLossParameter); } static float getAdvertisingRange(int trans... |
@Test public void getProximityUuid() { assertEquals(UUID.fromString("9114d61a-67d1-11e8-adc0-fa7ae01bbebc"), kontaktAdvertsingPacket.getProximityUuid()); assertEquals(UUID.fromString("03253fdd-55cb-44c2-a1eb-80c8355f8291"), blueupAdvertsingPacket.getProximityUuid()); } | public UUID getProximityUuid() { return proximityUuid; } | IBeacon extends Beacon<P> { public UUID getProximityUuid() { return proximityUuid; } } | IBeacon extends Beacon<P> { public UUID getProximityUuid() { return proximityUuid; } IBeacon(); } | IBeacon extends Beacon<P> { public UUID getProximityUuid() { return proximityUuid; } IBeacon(); @Override BeaconLocationProvider<IBeacon<P>> createLocationProvider(); @Override void applyPropertiesFromAdvertisingPacket(P advertisingPacket); @Override String toString(); UUID getProximityUuid(); void setProximityUuid(UUI... | IBeacon extends Beacon<P> { public UUID getProximityUuid() { return proximityUuid; } IBeacon(); @Override BeaconLocationProvider<IBeacon<P>> createLocationProvider(); @Override void applyPropertiesFromAdvertisingPacket(P advertisingPacket); @Override String toString(); UUID getProximityUuid(); void setProximityUuid(UUI... |
@Test public void getMajor() { assertEquals(25840, kontaktAdvertsingPacket.getMajor()); assertEquals(1, blueupAdvertsingPacket.getMajor()); } | public int getMajor() { return major; } | IBeacon extends Beacon<P> { public int getMajor() { return major; } } | IBeacon extends Beacon<P> { public int getMajor() { return major; } IBeacon(); } | IBeacon extends Beacon<P> { public int getMajor() { return major; } IBeacon(); @Override BeaconLocationProvider<IBeacon<P>> createLocationProvider(); @Override void applyPropertiesFromAdvertisingPacket(P advertisingPacket); @Override String toString(); UUID getProximityUuid(); void setProximityUuid(UUID proximityUuid);... | IBeacon extends Beacon<P> { public int getMajor() { return major; } IBeacon(); @Override BeaconLocationProvider<IBeacon<P>> createLocationProvider(); @Override void applyPropertiesFromAdvertisingPacket(P advertisingPacket); @Override String toString(); UUID getProximityUuid(); void setProximityUuid(UUID proximityUuid);... |
@Test public void getMinor() { assertEquals(36698, kontaktAdvertsingPacket.getMinor()); assertEquals(2, blueupAdvertsingPacket.getMinor()); } | public int getMinor() { return minor; } | IBeacon extends Beacon<P> { public int getMinor() { return minor; } } | IBeacon extends Beacon<P> { public int getMinor() { return minor; } IBeacon(); } | IBeacon extends Beacon<P> { public int getMinor() { return minor; } IBeacon(); @Override BeaconLocationProvider<IBeacon<P>> createLocationProvider(); @Override void applyPropertiesFromAdvertisingPacket(P advertisingPacket); @Override String toString(); UUID getProximityUuid(); void setProximityUuid(UUID proximityUuid);... | IBeacon extends Beacon<P> { public int getMinor() { return minor; } IBeacon(); @Override BeaconLocationProvider<IBeacon<P>> createLocationProvider(); @Override void applyPropertiesFromAdvertisingPacket(P advertisingPacket); @Override String toString(); UUID getProximityUuid(); void setProximityUuid(UUID proximityUuid);... |
@Test public void getOldestAdvertisingPacket() { assertEquals(iBeacon.getAdvertisingPackets().get(0), iBeacon.getOldestAdvertisingPacket()); } | public P getOldestAdvertisingPacket() { synchronized (advertisingPackets) { if (!hasAnyAdvertisingPacket()) { return null; } return advertisingPackets.get(0); } } | Beacon { public P getOldestAdvertisingPacket() { synchronized (advertisingPackets) { if (!hasAnyAdvertisingPacket()) { return null; } return advertisingPackets.get(0); } } } | Beacon { public P getOldestAdvertisingPacket() { synchronized (advertisingPackets) { if (!hasAnyAdvertisingPacket()) { return null; } return advertisingPackets.get(0); } } Beacon(); } | Beacon { public P getOldestAdvertisingPacket() { synchronized (advertisingPackets) { if (!hasAnyAdvertisingPacket()) { return null; } return advertisingPackets.get(0); } } Beacon(); @Deprecated static Beacon from(AdvertisingPacket advertisingPacket); boolean hasLocation(); Location getLocation(); static List<Location> ... | Beacon { public P getOldestAdvertisingPacket() { synchronized (advertisingPackets) { if (!hasAnyAdvertisingPacket()) { return null; } return advertisingPackets.get(0); } } Beacon(); @Deprecated static Beacon from(AdvertisingPacket advertisingPacket); boolean hasLocation(); Location getLocation(); static List<Location> ... |
@Test public void getShiftedPoint_zeroReference_correctPoints() { Point referencePoint; Point shiftedPoint; double distance; double angle; referencePoint = new Point(0, 0); distance = 10; angle = 0; shiftedPoint = BeaconMapBackground.getShiftedPoint(referencePoint, distance, angle); assertPointEquals(new Point(0, -10),... | public static Point getShiftedPoint(@NonNull Point referencePoint, double distanceInPixels, double bearing) { double angleInRadians = Math.toRadians(bearing + 90); return new Point( (int) (referencePoint.x - (distanceInPixels * Math.cos(angleInRadians))), (int) (referencePoint.y - (distanceInPixels * Math.sin(angleInRa... | BeaconMapBackground { public static Point getShiftedPoint(@NonNull Point referencePoint, double distanceInPixels, double bearing) { double angleInRadians = Math.toRadians(bearing + 90); return new Point( (int) (referencePoint.x - (distanceInPixels * Math.cos(angleInRadians))), (int) (referencePoint.y - (distanceInPixel... | BeaconMapBackground { public static Point getShiftedPoint(@NonNull Point referencePoint, double distanceInPixels, double bearing) { double angleInRadians = Math.toRadians(bearing + 90); return new Point( (int) (referencePoint.x - (distanceInPixels * Math.cos(angleInRadians))), (int) (referencePoint.y - (distanceInPixel... | BeaconMapBackground { public static Point getShiftedPoint(@NonNull Point referencePoint, double distanceInPixels, double bearing) { double angleInRadians = Math.toRadians(bearing + 90); return new Point( (int) (referencePoint.x - (distanceInPixels * Math.cos(angleInRadians))), (int) (referencePoint.y - (distanceInPixel... | BeaconMapBackground { public static Point getShiftedPoint(@NonNull Point referencePoint, double distanceInPixels, double bearing) { double angleInRadians = Math.toRadians(bearing + 90); return new Point( (int) (referencePoint.x - (distanceInPixels * Math.cos(angleInRadians))), (int) (referencePoint.y - (distanceInPixel... |
@Test public void getAdvertisingPacketsFromLast() { long duration = TimeUnit.SECONDS.toMillis(3); long minimumTimestamp = System.currentTimeMillis() - duration; List<IBeaconAdvertisingPacket> advertisingPackets = iBeacon.getAdvertisingPacketsFromLast(duration, TimeUnit.MILLISECONDS); long maximumTimestamp = System.curr... | public ArrayList<P> getAdvertisingPacketsFromLast(long amount, TimeUnit timeUnit) { return getAdvertisingPacketsBetween(System.currentTimeMillis() - timeUnit.toMillis(amount), System.currentTimeMillis()); } | Beacon { public ArrayList<P> getAdvertisingPacketsFromLast(long amount, TimeUnit timeUnit) { return getAdvertisingPacketsBetween(System.currentTimeMillis() - timeUnit.toMillis(amount), System.currentTimeMillis()); } } | Beacon { public ArrayList<P> getAdvertisingPacketsFromLast(long amount, TimeUnit timeUnit) { return getAdvertisingPacketsBetween(System.currentTimeMillis() - timeUnit.toMillis(amount), System.currentTimeMillis()); } Beacon(); } | Beacon { public ArrayList<P> getAdvertisingPacketsFromLast(long amount, TimeUnit timeUnit) { return getAdvertisingPacketsBetween(System.currentTimeMillis() - timeUnit.toMillis(amount), System.currentTimeMillis()); } Beacon(); @Deprecated static Beacon from(AdvertisingPacket advertisingPacket); boolean hasLocation(); Lo... | Beacon { public ArrayList<P> getAdvertisingPacketsFromLast(long amount, TimeUnit timeUnit) { return getAdvertisingPacketsBetween(System.currentTimeMillis() - timeUnit.toMillis(amount), System.currentTimeMillis()); } Beacon(); @Deprecated static Beacon from(AdvertisingPacket advertisingPacket); boolean hasLocation(); Lo... |
@Test public void getAdvertisingPacketsSince() { long minimumTimestamp = System.currentTimeMillis() - TimeUnit.SECONDS.toMillis(3); List<IBeaconAdvertisingPacket> advertisingPackets = iBeacon.getAdvertisingPacketsSince(minimumTimestamp); assertFalse(advertisingPackets.isEmpty()); for (IBeaconAdvertisingPacket advertisi... | public ArrayList<P> getAdvertisingPacketsSince(long timestamp) { return getAdvertisingPacketsBetween(timestamp, System.currentTimeMillis()); } | Beacon { public ArrayList<P> getAdvertisingPacketsSince(long timestamp) { return getAdvertisingPacketsBetween(timestamp, System.currentTimeMillis()); } } | Beacon { public ArrayList<P> getAdvertisingPacketsSince(long timestamp) { return getAdvertisingPacketsBetween(timestamp, System.currentTimeMillis()); } Beacon(); } | Beacon { public ArrayList<P> getAdvertisingPacketsSince(long timestamp) { return getAdvertisingPacketsBetween(timestamp, System.currentTimeMillis()); } Beacon(); @Deprecated static Beacon from(AdvertisingPacket advertisingPacket); boolean hasLocation(); Location getLocation(); static List<Location> getLocations(List<? ... | Beacon { public ArrayList<P> getAdvertisingPacketsSince(long timestamp) { return getAdvertisingPacketsBetween(timestamp, System.currentTimeMillis()); } Beacon(); @Deprecated static Beacon from(AdvertisingPacket advertisingPacket); boolean hasLocation(); Location getLocation(); static List<Location> getLocations(List<? ... |
@Test public void getAdvertisingPacketsBefore_packetsWithSmallerTimestamp_returnsCorrectPackets() { long maximumTimestamp = System.currentTimeMillis() - TimeUnit.SECONDS.toMillis(3); List<IBeaconAdvertisingPacket> advertisingPackets = iBeacon.getAdvertisingPacketsBefore(maximumTimestamp); assertFalse(advertisingPackets... | public ArrayList<P> getAdvertisingPacketsBefore(long timestamp) { return getAdvertisingPacketsBetween(0, timestamp); } | Beacon { public ArrayList<P> getAdvertisingPacketsBefore(long timestamp) { return getAdvertisingPacketsBetween(0, timestamp); } } | Beacon { public ArrayList<P> getAdvertisingPacketsBefore(long timestamp) { return getAdvertisingPacketsBetween(0, timestamp); } Beacon(); } | Beacon { public ArrayList<P> getAdvertisingPacketsBefore(long timestamp) { return getAdvertisingPacketsBetween(0, timestamp); } Beacon(); @Deprecated static Beacon from(AdvertisingPacket advertisingPacket); boolean hasLocation(); Location getLocation(); static List<Location> getLocations(List<? extends Beacon> beacons)... | Beacon { public ArrayList<P> getAdvertisingPacketsBefore(long timestamp) { return getAdvertisingPacketsBetween(0, timestamp); } Beacon(); @Deprecated static Beacon from(AdvertisingPacket advertisingPacket); boolean hasLocation(); Location getLocation(); static List<Location> getLocations(List<? extends Beacon> beacons)... |
@Test public void latitudeToY() { double expectedY = 6894701.008722784; double actualY = SphericalMercatorProjection.latitudeToY(LocationTest.BERLIN.getLatitude()); assertEquals(expectedY, actualY, 0.00001); } | public static double latitudeToY(double latitude) { return Math.log(Math.tan(Math.PI / 4 + Math.toRadians(latitude) / 2)) * EARTH_RADIUS; } | SphericalMercatorProjection { public static double latitudeToY(double latitude) { return Math.log(Math.tan(Math.PI / 4 + Math.toRadians(latitude) / 2)) * EARTH_RADIUS; } } | SphericalMercatorProjection { public static double latitudeToY(double latitude) { return Math.log(Math.tan(Math.PI / 4 + Math.toRadians(latitude) / 2)) * EARTH_RADIUS; } } | SphericalMercatorProjection { public static double latitudeToY(double latitude) { return Math.log(Math.tan(Math.PI / 4 + Math.toRadians(latitude) / 2)) * EARTH_RADIUS; } static double yToLatitude(double y); static double xToLongitude(double x); static double latitudeToY(double latitude); static double longitudeToX(dou... | SphericalMercatorProjection { public static double latitudeToY(double latitude) { return Math.log(Math.tan(Math.PI / 4 + Math.toRadians(latitude) / 2)) * EARTH_RADIUS; } static double yToLatitude(double y); static double xToLongitude(double x); static double latitudeToY(double latitude); static double longitudeToX(dou... |
@Test public void longitudeToX() { double expectedX = 1492232.6533872557; double actualX = SphericalMercatorProjection.longitudeToX(LocationTest.BERLIN.getLongitude()); assertEquals(expectedX, actualX, 0.00001); } | public static double longitudeToX(double longitude) { return Math.toRadians(longitude) * EARTH_RADIUS; } | SphericalMercatorProjection { public static double longitudeToX(double longitude) { return Math.toRadians(longitude) * EARTH_RADIUS; } } | SphericalMercatorProjection { public static double longitudeToX(double longitude) { return Math.toRadians(longitude) * EARTH_RADIUS; } } | SphericalMercatorProjection { public static double longitudeToX(double longitude) { return Math.toRadians(longitude) * EARTH_RADIUS; } static double yToLatitude(double y); static double xToLongitude(double x); static double latitudeToY(double latitude); static double longitudeToX(double longitude); static Location ece... | SphericalMercatorProjection { public static double longitudeToX(double longitude) { return Math.toRadians(longitude) * EARTH_RADIUS; } static double yToLatitude(double y); static double xToLongitude(double x); static double latitudeToY(double latitude); static double longitudeToX(double longitude); static Location ece... |
@Test public void yToLatitude() { double actualLatitude = SphericalMercatorProjection.yToLatitude(6894701.008722784); assertEquals(LocationTest.BERLIN.getLatitude(), actualLatitude, 0.00001); } | public static double yToLatitude(double y) { return Math.toDegrees(Math.atan(Math.exp(y / EARTH_RADIUS)) * 2 - Math.PI / 2); } | SphericalMercatorProjection { public static double yToLatitude(double y) { return Math.toDegrees(Math.atan(Math.exp(y / EARTH_RADIUS)) * 2 - Math.PI / 2); } } | SphericalMercatorProjection { public static double yToLatitude(double y) { return Math.toDegrees(Math.atan(Math.exp(y / EARTH_RADIUS)) * 2 - Math.PI / 2); } } | SphericalMercatorProjection { public static double yToLatitude(double y) { return Math.toDegrees(Math.atan(Math.exp(y / EARTH_RADIUS)) * 2 - Math.PI / 2); } static double yToLatitude(double y); static double xToLongitude(double x); static double latitudeToY(double latitude); static double longitudeToX(double longitude... | SphericalMercatorProjection { public static double yToLatitude(double y) { return Math.toDegrees(Math.atan(Math.exp(y / EARTH_RADIUS)) * 2 - Math.PI / 2); } static double yToLatitude(double y); static double xToLongitude(double x); static double latitudeToY(double latitude); static double longitudeToX(double longitude... |
@Test public void xToLongitude() { double actualLongitude = SphericalMercatorProjection.xToLongitude(1492232.6533872557); assertEquals(LocationTest.BERLIN.getLongitude(), actualLongitude, 0.00001); } | public static double xToLongitude(double x) { return Math.toDegrees(x / EARTH_RADIUS); } | SphericalMercatorProjection { public static double xToLongitude(double x) { return Math.toDegrees(x / EARTH_RADIUS); } } | SphericalMercatorProjection { public static double xToLongitude(double x) { return Math.toDegrees(x / EARTH_RADIUS); } } | SphericalMercatorProjection { public static double xToLongitude(double x) { return Math.toDegrees(x / EARTH_RADIUS); } static double yToLatitude(double y); static double xToLongitude(double x); static double latitudeToY(double latitude); static double longitudeToX(double longitude); static Location ecefToLocation(doub... | SphericalMercatorProjection { public static double xToLongitude(double x) { return Math.toDegrees(x / EARTH_RADIUS); } static double yToLatitude(double y); static double xToLongitude(double x); static double latitudeToY(double latitude); static double longitudeToX(double longitude); static Location ecefToLocation(doub... |
@Test public void geodeticToEcef_location_accurateEcef() { double[] expectedCenter = new double[]{3786292.474596871, 890822.9600122868, 5037857.368752121}; double[] geodetic = new double[]{ Math.toRadians(LocationTest.SOCCER_FIELD_CENTER.getLatitude()), Math.toRadians(LocationTest.SOCCER_FIELD_CENTER.getLongitude()), M... | public static double[] geodeticToEcef(double[] geodetic) { double[] ecef = new double[3]; double latitude = geodetic[0]; double longitude = geodetic[1]; double altitude = geodetic[2]; double n = EARTH_RADIUS / Math.sqrt(1 - E2 * Math.sin(latitude) * Math.sin(latitude)); ecef[0] = (n + altitude) * Math.cos(latitude) * M... | SphericalMercatorProjection { public static double[] geodeticToEcef(double[] geodetic) { double[] ecef = new double[3]; double latitude = geodetic[0]; double longitude = geodetic[1]; double altitude = geodetic[2]; double n = EARTH_RADIUS / Math.sqrt(1 - E2 * Math.sin(latitude) * Math.sin(latitude)); ecef[0] = (n + alti... | SphericalMercatorProjection { public static double[] geodeticToEcef(double[] geodetic) { double[] ecef = new double[3]; double latitude = geodetic[0]; double longitude = geodetic[1]; double altitude = geodetic[2]; double n = EARTH_RADIUS / Math.sqrt(1 - E2 * Math.sin(latitude) * Math.sin(latitude)); ecef[0] = (n + alti... | SphericalMercatorProjection { public static double[] geodeticToEcef(double[] geodetic) { double[] ecef = new double[3]; double latitude = geodetic[0]; double longitude = geodetic[1]; double altitude = geodetic[2]; double n = EARTH_RADIUS / Math.sqrt(1 - E2 * Math.sin(latitude) * Math.sin(latitude)); ecef[0] = (n + alti... | SphericalMercatorProjection { public static double[] geodeticToEcef(double[] geodetic) { double[] ecef = new double[3]; double latitude = geodetic[0]; double longitude = geodetic[1]; double altitude = geodetic[2]; double n = EARTH_RADIUS / Math.sqrt(1 - E2 * Math.sin(latitude) * Math.sin(latitude)); ecef[0] = (n + alti... |
@Test public void ecefToGeodetic_ecefArray_accurateGeodetic() { double[] expectedGeodetic = new double[]{ LocationTest.SOCCER_FIELD_CENTER.getLatitude(), LocationTest.SOCCER_FIELD_CENTER.getLongitude(), LocationTest.SOCCER_FIELD_CENTER.getAltitude() }; double[] ecefArray = new double[]{3786292.474596871, 890822.9600122... | public static double[] ecefToGeodetic(double[] ecef) { double zp, w2, w, r2, r, s2, c2, s, c, ss, g, rg, rf, u, v, m, f, p, x, y, z; double[] geodetic = new double[3]; x = ecef[0]; y = ecef[1]; z = ecef[2]; zp = Math.abs(z); w2 = x * x + y * y; w = Math.sqrt(w2); r2 = w2 + z * z; r = Math.sqrt(r2); geodetic[1] = Math.a... | SphericalMercatorProjection { public static double[] ecefToGeodetic(double[] ecef) { double zp, w2, w, r2, r, s2, c2, s, c, ss, g, rg, rf, u, v, m, f, p, x, y, z; double[] geodetic = new double[3]; x = ecef[0]; y = ecef[1]; z = ecef[2]; zp = Math.abs(z); w2 = x * x + y * y; w = Math.sqrt(w2); r2 = w2 + z * z; r = Math.... | SphericalMercatorProjection { public static double[] ecefToGeodetic(double[] ecef) { double zp, w2, w, r2, r, s2, c2, s, c, ss, g, rg, rf, u, v, m, f, p, x, y, z; double[] geodetic = new double[3]; x = ecef[0]; y = ecef[1]; z = ecef[2]; zp = Math.abs(z); w2 = x * x + y * y; w = Math.sqrt(w2); r2 = w2 + z * z; r = Math.... | SphericalMercatorProjection { public static double[] ecefToGeodetic(double[] ecef) { double zp, w2, w, r2, r, s2, c2, s, c, ss, g, rg, rf, u, v, m, f, p, x, y, z; double[] geodetic = new double[3]; x = ecef[0]; y = ecef[1]; z = ecef[2]; zp = Math.abs(z); w2 = x * x + y * y; w = Math.sqrt(w2); r2 = w2 + z * z; r = Math.... | SphericalMercatorProjection { public static double[] ecefToGeodetic(double[] ecef) { double zp, w2, w, r2, r, s2, c2, s, c, ss, g, rg, rf, u, v, m, f, p, x, y, z; double[] geodetic = new double[3]; x = ecef[0]; y = ecef[1]; z = ecef[2]; zp = Math.abs(z); w2 = x * x + y * y; w = Math.sqrt(w2); r2 = w2 + z * z; r = Math.... |
@Test public void getAngleTo_validLocations_correctAngles() throws Exception { double angle; angle = BERLIN.getAngleTo(NEW_YORK_CITY); assertEquals(360 - 63.975, angle, 0.001); angle = NEW_YORK_CITY.getAngleTo(BERLIN); assertEquals(46.167, angle, 0.001); angle = BERLIN.getAngleTo(BERLIN); assertEquals(0, angle, 0); ang... | public double getAngleTo(Location location) { return getRotationAngleInDegrees(this, location); } | Location { public double getAngleTo(Location location) { return getRotationAngleInDegrees(this, location); } } | Location { public double getAngleTo(Location location) { return getRotationAngleInDegrees(this, location); } Location(); Location(double latitude, double longitude); Location(double latitude, double longitude, double altitude); Location(double latitude, double longitude, double altitude, double elevation); Location... | Location { public double getAngleTo(Location location) { return getRotationAngleInDegrees(this, location); } Location(); Location(double latitude, double longitude); Location(double latitude, double longitude, double altitude); Location(double latitude, double longitude, double altitude, double elevation); Location... | Location { public double getAngleTo(Location location) { return getRotationAngleInDegrees(this, location); } Location(); Location(double latitude, double longitude); Location(double latitude, double longitude, double altitude); Location(double latitude, double longitude, double altitude, double elevation); Location... |
@Test public void getShiftedPoint_positiveReference_correctPoints() { Point referencePoint; Point shiftedPoint; double distance; double angle; referencePoint = new Point(100, 100); distance = 50; angle = 0; shiftedPoint = BeaconMapBackground.getShiftedPoint(referencePoint, distance, angle); assertPointEquals(new Point(... | public static Point getShiftedPoint(@NonNull Point referencePoint, double distanceInPixels, double bearing) { double angleInRadians = Math.toRadians(bearing + 90); return new Point( (int) (referencePoint.x - (distanceInPixels * Math.cos(angleInRadians))), (int) (referencePoint.y - (distanceInPixels * Math.sin(angleInRa... | BeaconMapBackground { public static Point getShiftedPoint(@NonNull Point referencePoint, double distanceInPixels, double bearing) { double angleInRadians = Math.toRadians(bearing + 90); return new Point( (int) (referencePoint.x - (distanceInPixels * Math.cos(angleInRadians))), (int) (referencePoint.y - (distanceInPixel... | BeaconMapBackground { public static Point getShiftedPoint(@NonNull Point referencePoint, double distanceInPixels, double bearing) { double angleInRadians = Math.toRadians(bearing + 90); return new Point( (int) (referencePoint.x - (distanceInPixels * Math.cos(angleInRadians))), (int) (referencePoint.y - (distanceInPixel... | BeaconMapBackground { public static Point getShiftedPoint(@NonNull Point referencePoint, double distanceInPixels, double bearing) { double angleInRadians = Math.toRadians(bearing + 90); return new Point( (int) (referencePoint.x - (distanceInPixels * Math.cos(angleInRadians))), (int) (referencePoint.y - (distanceInPixel... | BeaconMapBackground { public static Point getShiftedPoint(@NonNull Point referencePoint, double distanceInPixels, double bearing) { double angleInRadians = Math.toRadians(bearing + 90); return new Point( (int) (referencePoint.x - (distanceInPixels * Math.cos(angleInRadians))), (int) (referencePoint.y - (distanceInPixel... |
@Test public void getDistanceTo_validLocations_correctDistance() throws Exception { double distance = NEW_YORK_CITY.getDistanceTo(BERLIN); assertEquals(DISTANCE_NYC_BERLIN, distance, 1); } | public double getDistanceTo(Location location) { return LocationDistanceCalculator.calculateDistanceBetween(this, location); } | Location { public double getDistanceTo(Location location) { return LocationDistanceCalculator.calculateDistanceBetween(this, location); } } | Location { public double getDistanceTo(Location location) { return LocationDistanceCalculator.calculateDistanceBetween(this, location); } Location(); Location(double latitude, double longitude); Location(double latitude, double longitude, double altitude); Location(double latitude, double longitude, double altitude,... | Location { public double getDistanceTo(Location location) { return LocationDistanceCalculator.calculateDistanceBetween(this, location); } Location(); Location(double latitude, double longitude); Location(double latitude, double longitude, double altitude); Location(double latitude, double longitude, double altitude,... | Location { public double getDistanceTo(Location location) { return LocationDistanceCalculator.calculateDistanceBetween(this, location); } Location(); Location(double latitude, double longitude); Location(double latitude, double longitude, double altitude); Location(double latitude, double longitude, double altitude,... |
@Test public void findOptimum_perfectDistances_perfectOptimum() throws Exception { double[] expectedCenter = new double[]{0, 0}; double[][] positions = new double[][]{{-10, 10}, {10, 10}, {10, -10}, {-10, -10}}; double distance = 7.07106781; double[] distances = new double[]{distance, distance, distance, distance}; Lea... | public LeastSquaresOptimizer.Optimum findOptimum() { double[][] positions = getPositions(beacons); double[] distances = getDistances(beacons); return findOptimum(positions, distances); } | Multilateration { public LeastSquaresOptimizer.Optimum findOptimum() { double[][] positions = getPositions(beacons); double[] distances = getDistances(beacons); return findOptimum(positions, distances); } } | Multilateration { public LeastSquaresOptimizer.Optimum findOptimum() { double[][] positions = getPositions(beacons); double[] distances = getDistances(beacons); return findOptimum(positions, distances); } Multilateration(List<Beacon> beacons); } | Multilateration { public LeastSquaresOptimizer.Optimum findOptimum() { double[][] positions = getPositions(beacons); double[] distances = getDistances(beacons); return findOptimum(positions, distances); } Multilateration(List<Beacon> beacons); static double[][] getPositions(List<Beacon> beacons); static double[] getDis... | Multilateration { public LeastSquaresOptimizer.Optimum findOptimum() { double[][] positions = getPositions(beacons); double[] distances = getDistances(beacons); return findOptimum(positions, distances); } Multilateration(List<Beacon> beacons); static double[][] getPositions(List<Beacon> beacons); static double[] getDis... |
@Test public void findOptimum_realisticDistances_realisticOptimum() throws Exception { double[] expectedCenter = new double[]{0, 0}; double[][] positions = new double[][]{{-10, 10}, {10, 10}, {10, -10}, {-10, -10}}; double[] distances = new double[]{7.02, 7.05, 7.09, 7.1}; LeastSquaresOptimizer.Optimum optimum = Multil... | public LeastSquaresOptimizer.Optimum findOptimum() { double[][] positions = getPositions(beacons); double[] distances = getDistances(beacons); return findOptimum(positions, distances); } | Multilateration { public LeastSquaresOptimizer.Optimum findOptimum() { double[][] positions = getPositions(beacons); double[] distances = getDistances(beacons); return findOptimum(positions, distances); } } | Multilateration { public LeastSquaresOptimizer.Optimum findOptimum() { double[][] positions = getPositions(beacons); double[] distances = getDistances(beacons); return findOptimum(positions, distances); } Multilateration(List<Beacon> beacons); } | Multilateration { public LeastSquaresOptimizer.Optimum findOptimum() { double[][] positions = getPositions(beacons); double[] distances = getDistances(beacons); return findOptimum(positions, distances); } Multilateration(List<Beacon> beacons); static double[][] getPositions(List<Beacon> beacons); static double[] getDis... | Multilateration { public LeastSquaresOptimizer.Optimum findOptimum() { double[][] positions = getPositions(beacons); double[] distances = getDistances(beacons); return findOptimum(positions, distances); } Multilateration(List<Beacon> beacons); static double[][] getPositions(List<Beacon> beacons); static double[] getDis... |
@Test public void calculateDistance() throws Exception { int rssiAtZeroMeters = -45; int rssiAtOneMeter = -65; float calculatedDistance = BeaconDistanceCalculator.calculateDistance(-80, rssiAtOneMeter, BeaconDistanceCalculator.PATH_LOSS_PARAMETER_INDOOR); assertEquals(8, calculatedDistance, 1); calculatedDistance = Bea... | public static float calculateDistance(float rssi, float calibratedRssi, int calibratedDistance, float pathLossParameter) { return calculateDistance(rssi, getCalibratedRssiAtOneMeter(calibratedRssi, calibratedDistance), pathLossParameter); } | BeaconDistanceCalculator { public static float calculateDistance(float rssi, float calibratedRssi, int calibratedDistance, float pathLossParameter) { return calculateDistance(rssi, getCalibratedRssiAtOneMeter(calibratedRssi, calibratedDistance), pathLossParameter); } } | BeaconDistanceCalculator { public static float calculateDistance(float rssi, float calibratedRssi, int calibratedDistance, float pathLossParameter) { return calculateDistance(rssi, getCalibratedRssiAtOneMeter(calibratedRssi, calibratedDistance), pathLossParameter); } } | BeaconDistanceCalculator { public static float calculateDistance(float rssi, float calibratedRssi, int calibratedDistance, float pathLossParameter) { return calculateDistance(rssi, getCalibratedRssiAtOneMeter(calibratedRssi, calibratedDistance), pathLossParameter); } static float calculateDistanceTo(Beacon beacon); st... | BeaconDistanceCalculator { public static float calculateDistance(float rssi, float calibratedRssi, int calibratedDistance, float pathLossParameter) { return calculateDistance(rssi, getCalibratedRssiAtOneMeter(calibratedRssi, calibratedDistance), pathLossParameter); } static float calculateDistanceTo(Beacon beacon); st... |
@Test public void calculateDistance_calibratedRssi_calibratedDistance() throws Exception { int rssiAtZeroMeters = -45; int rssiAtOneMeter = -65; float calculatedDistance = BeaconDistanceCalculator.calculateDistance(rssiAtZeroMeters, rssiAtOneMeter, BeaconDistanceCalculator.PATH_LOSS_PARAMETER_INDOOR); assertEquals(0, c... | public static float calculateDistance(float rssi, float calibratedRssi, int calibratedDistance, float pathLossParameter) { return calculateDistance(rssi, getCalibratedRssiAtOneMeter(calibratedRssi, calibratedDistance), pathLossParameter); } | BeaconDistanceCalculator { public static float calculateDistance(float rssi, float calibratedRssi, int calibratedDistance, float pathLossParameter) { return calculateDistance(rssi, getCalibratedRssiAtOneMeter(calibratedRssi, calibratedDistance), pathLossParameter); } } | BeaconDistanceCalculator { public static float calculateDistance(float rssi, float calibratedRssi, int calibratedDistance, float pathLossParameter) { return calculateDistance(rssi, getCalibratedRssiAtOneMeter(calibratedRssi, calibratedDistance), pathLossParameter); } } | BeaconDistanceCalculator { public static float calculateDistance(float rssi, float calibratedRssi, int calibratedDistance, float pathLossParameter) { return calculateDistance(rssi, getCalibratedRssiAtOneMeter(calibratedRssi, calibratedDistance), pathLossParameter); } static float calculateDistanceTo(Beacon beacon); st... | BeaconDistanceCalculator { public static float calculateDistance(float rssi, float calibratedRssi, int calibratedDistance, float pathLossParameter) { return calculateDistance(rssi, getCalibratedRssiAtOneMeter(calibratedRssi, calibratedDistance), pathLossParameter); } static float calculateDistanceTo(Beacon beacon); st... |
@Test public void speedFilter_largerDistanceThanMaximumSpeed_correctChange() throws Exception { Location oldLocation = LocationPredictorTest.GENDARMENMARKT; oldLocation.setTimestamp(0); Location newLocation = oldLocation.getShiftedLocation(5, 0); newLocation.setTimestamp(1000); Location expectedLocation = oldLocation.g... | public static Location speedFilter(Location oldLocation, Location newLocation, double maximumSpeed) { double distance = oldLocation.getDistanceTo(newLocation); long timestampDelta = newLocation.getTimestamp() - oldLocation.getTimestamp(); double currentSpeed = 0; if (timestampDelta != 0) { currentSpeed = distance / ((f... | DistanceUtil { public static Location speedFilter(Location oldLocation, Location newLocation, double maximumSpeed) { double distance = oldLocation.getDistanceTo(newLocation); long timestampDelta = newLocation.getTimestamp() - oldLocation.getTimestamp(); double currentSpeed = 0; if (timestampDelta != 0) { currentSpeed =... | DistanceUtil { public static Location speedFilter(Location oldLocation, Location newLocation, double maximumSpeed) { double distance = oldLocation.getDistanceTo(newLocation); long timestampDelta = newLocation.getTimestamp() - oldLocation.getTimestamp(); double currentSpeed = 0; if (timestampDelta != 0) { currentSpeed =... | DistanceUtil { public static Location speedFilter(Location oldLocation, Location newLocation, double maximumSpeed) { double distance = oldLocation.getDistanceTo(newLocation); long timestampDelta = newLocation.getTimestamp() - oldLocation.getTimestamp(); double currentSpeed = 0; if (timestampDelta != 0) { currentSpeed =... | DistanceUtil { public static Location speedFilter(Location oldLocation, Location newLocation, double maximumSpeed) { double distance = oldLocation.getDistanceTo(newLocation); long timestampDelta = newLocation.getTimestamp() - oldLocation.getTimestamp(); double currentSpeed = 0; if (timestampDelta != 0) { currentSpeed =... |
@Test public void speedFilter_exactlyMaximumSpeed_noChange() throws Exception { float maximumSpeed = 2; Location oldLocation = LocationPredictorTest.GENDARMENMARKT; oldLocation.setTimestamp(0); Location newLocation = oldLocation.getShiftedLocation(maximumSpeed, 0); newLocation.setTimestamp(1000); Location expectedLocat... | public static Location speedFilter(Location oldLocation, Location newLocation, double maximumSpeed) { double distance = oldLocation.getDistanceTo(newLocation); long timestampDelta = newLocation.getTimestamp() - oldLocation.getTimestamp(); double currentSpeed = 0; if (timestampDelta != 0) { currentSpeed = distance / ((f... | DistanceUtil { public static Location speedFilter(Location oldLocation, Location newLocation, double maximumSpeed) { double distance = oldLocation.getDistanceTo(newLocation); long timestampDelta = newLocation.getTimestamp() - oldLocation.getTimestamp(); double currentSpeed = 0; if (timestampDelta != 0) { currentSpeed =... | DistanceUtil { public static Location speedFilter(Location oldLocation, Location newLocation, double maximumSpeed) { double distance = oldLocation.getDistanceTo(newLocation); long timestampDelta = newLocation.getTimestamp() - oldLocation.getTimestamp(); double currentSpeed = 0; if (timestampDelta != 0) { currentSpeed =... | DistanceUtil { public static Location speedFilter(Location oldLocation, Location newLocation, double maximumSpeed) { double distance = oldLocation.getDistanceTo(newLocation); long timestampDelta = newLocation.getTimestamp() - oldLocation.getTimestamp(); double currentSpeed = 0; if (timestampDelta != 0) { currentSpeed =... | DistanceUtil { public static Location speedFilter(Location oldLocation, Location newLocation, double maximumSpeed) { double distance = oldLocation.getDistanceTo(newLocation); long timestampDelta = newLocation.getTimestamp() - oldLocation.getTimestamp(); double currentSpeed = 0; if (timestampDelta != 0) { currentSpeed =... |
@Test public void speedFilter_exactLocations_noChange() throws Exception { float maximumSpeed = 2; Location oldLocation = LocationPredictorTest.GENDARMENMARKT; oldLocation.setTimestamp(0); Location expectedLocation = oldLocation; Location actualLocation = DistanceUtil.speedFilter(oldLocation, oldLocation, maximumSpeed)... | public static Location speedFilter(Location oldLocation, Location newLocation, double maximumSpeed) { double distance = oldLocation.getDistanceTo(newLocation); long timestampDelta = newLocation.getTimestamp() - oldLocation.getTimestamp(); double currentSpeed = 0; if (timestampDelta != 0) { currentSpeed = distance / ((f... | DistanceUtil { public static Location speedFilter(Location oldLocation, Location newLocation, double maximumSpeed) { double distance = oldLocation.getDistanceTo(newLocation); long timestampDelta = newLocation.getTimestamp() - oldLocation.getTimestamp(); double currentSpeed = 0; if (timestampDelta != 0) { currentSpeed =... | DistanceUtil { public static Location speedFilter(Location oldLocation, Location newLocation, double maximumSpeed) { double distance = oldLocation.getDistanceTo(newLocation); long timestampDelta = newLocation.getTimestamp() - oldLocation.getTimestamp(); double currentSpeed = 0; if (timestampDelta != 0) { currentSpeed =... | DistanceUtil { public static Location speedFilter(Location oldLocation, Location newLocation, double maximumSpeed) { double distance = oldLocation.getDistanceTo(newLocation); long timestampDelta = newLocation.getTimestamp() - oldLocation.getTimestamp(); double currentSpeed = 0; if (timestampDelta != 0) { currentSpeed =... | DistanceUtil { public static Location speedFilter(Location oldLocation, Location newLocation, double maximumSpeed) { double distance = oldLocation.getDistanceTo(newLocation); long timestampDelta = newLocation.getTimestamp() - oldLocation.getTimestamp(); double currentSpeed = 0; if (timestampDelta != 0) { currentSpeed =... |
@Test public void speedFilter_smallerDistanceThanMaximumSpeed_noChange() throws Exception { Location oldLocation = LocationPredictorTest.GENDARMENMARKT; oldLocation.setTimestamp(0); Location newLocation = oldLocation.getShiftedLocation(1, 0); newLocation.setTimestamp(1000); Location expectedLocation = oldLocation.getSh... | public static Location speedFilter(Location oldLocation, Location newLocation, double maximumSpeed) { double distance = oldLocation.getDistanceTo(newLocation); long timestampDelta = newLocation.getTimestamp() - oldLocation.getTimestamp(); double currentSpeed = 0; if (timestampDelta != 0) { currentSpeed = distance / ((f... | DistanceUtil { public static Location speedFilter(Location oldLocation, Location newLocation, double maximumSpeed) { double distance = oldLocation.getDistanceTo(newLocation); long timestampDelta = newLocation.getTimestamp() - oldLocation.getTimestamp(); double currentSpeed = 0; if (timestampDelta != 0) { currentSpeed =... | DistanceUtil { public static Location speedFilter(Location oldLocation, Location newLocation, double maximumSpeed) { double distance = oldLocation.getDistanceTo(newLocation); long timestampDelta = newLocation.getTimestamp() - oldLocation.getTimestamp(); double currentSpeed = 0; if (timestampDelta != 0) { currentSpeed =... | DistanceUtil { public static Location speedFilter(Location oldLocation, Location newLocation, double maximumSpeed) { double distance = oldLocation.getDistanceTo(newLocation); long timestampDelta = newLocation.getTimestamp() - oldLocation.getTimestamp(); double currentSpeed = 0; if (timestampDelta != 0) { currentSpeed =... | DistanceUtil { public static Location speedFilter(Location oldLocation, Location newLocation, double maximumSpeed) { double distance = oldLocation.getDistanceTo(newLocation); long timestampDelta = newLocation.getTimestamp() - oldLocation.getTimestamp(); double currentSpeed = 0; if (timestampDelta != 0) { currentSpeed =... |
Subsets and Splits
No community queries yet
The top public SQL queries from the community will appear here once available.