target stringlengths 20 113k | src_fm stringlengths 11 86.3k | src_fm_fc stringlengths 21 86.4k | src_fm_fc_co stringlengths 30 86.4k | src_fm_fc_ms stringlengths 42 86.8k | src_fm_fc_ms_ff stringlengths 43 86.8k |
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@Test public void existingTypeIsUsedWhenTypeIsAlreadyGenerated() throws URISyntaxException { JType previouslyGeneratedType = mock(JType.class); URI schemaUri = getClass().getResource("/schema/address.json").toURI(); SchemaStore schemaStore = new SchemaStore(); Schema schema = schemaStore.create(schemaUri, "#/."); schem... | @Override public JType apply(String nodeName, JsonNode schemaNode, JsonNode parent, JClassContainer generatableType, Schema schema) { if (schemaNode.has("$ref")) { final String nameFromRef = nameFromRef(schemaNode.get("$ref").asText()); schema = ruleFactory.getSchemaStore().create(schema, schemaNode.get("$ref").asText(... | SchemaRule implements Rule<JClassContainer, JType> { @Override public JType apply(String nodeName, JsonNode schemaNode, JsonNode parent, JClassContainer generatableType, Schema schema) { if (schemaNode.has("$ref")) { final String nameFromRef = nameFromRef(schemaNode.get("$ref").asText()); schema = ruleFactory.getSchema... | SchemaRule implements Rule<JClassContainer, JType> { @Override public JType apply(String nodeName, JsonNode schemaNode, JsonNode parent, JClassContainer generatableType, Schema schema) { if (schemaNode.has("$ref")) { final String nameFromRef = nameFromRef(schemaNode.get("$ref").asText()); schema = ruleFactory.getSchema... | SchemaRule implements Rule<JClassContainer, JType> { @Override public JType apply(String nodeName, JsonNode schemaNode, JsonNode parent, JClassContainer generatableType, Schema schema) { if (schemaNode.has("$ref")) { final String nameFromRef = nameFromRef(schemaNode.get("$ref").asText()); schema = ruleFactory.getSchema... | SchemaRule implements Rule<JClassContainer, JType> { @Override public JType apply(String nodeName, JsonNode schemaNode, JsonNode parent, JClassContainer generatableType, Schema schema) { if (schemaNode.has("$ref")) { final String nameFromRef = nameFromRef(schemaNode.get("$ref").asText()); schema = ruleFactory.getSchema... |
@Test public void testPluralize() { assertThat(Inflector.getInstance().pluralize("mattress"), is("mattresses")); assertThat(Inflector.getInstance().pluralize("address"), is("addresses")); } | public String pluralize(String word) { if (uncountables.contains(word.toLowerCase())) { return word; } return replaceWithFirstRule(word, plurals); } | Inflector { public String pluralize(String word) { if (uncountables.contains(word.toLowerCase())) { return word; } return replaceWithFirstRule(word, plurals); } } | Inflector { public String pluralize(String word) { if (uncountables.contains(word.toLowerCase())) { return word; } return replaceWithFirstRule(word, plurals); } private Inflector(Builder builder); } | Inflector { public String pluralize(String word) { if (uncountables.contains(word.toLowerCase())) { return word; } return replaceWithFirstRule(word, plurals); } private Inflector(Builder builder); static Inflector.Builder createDefaultBuilder(); static Inflector getInstance(); String pluralize(String word); String sin... | Inflector { public String pluralize(String word) { if (uncountables.contains(word.toLowerCase())) { return word; } return replaceWithFirstRule(word, plurals); } private Inflector(Builder builder); static Inflector.Builder createDefaultBuilder(); static Inflector getInstance(); String pluralize(String word); String sin... |
@Test public void test0() { AsyncCountDownLatch latch = new AsyncCountDownLatch(0); MyObserver subscriber = new MyObserver(); latch.subscribe(subscriber); Assert.assertFalse(subscriber.onSubscribeSeen.get()); Assert.assertTrue(subscriber.onCompleteSeen.get()); } | @Override public void subscribe(Completable.Observer subscriber) { completionSignal.subscribe(subscriber); } | AsyncCountDownLatch extends CountDownLatch implements Completable.Source { @Override public void subscribe(Completable.Observer subscriber) { completionSignal.subscribe(subscriber); } } | AsyncCountDownLatch extends CountDownLatch implements Completable.Source { @Override public void subscribe(Completable.Observer subscriber) { completionSignal.subscribe(subscriber); } AsyncCountDownLatch(int count); } | AsyncCountDownLatch extends CountDownLatch implements Completable.Source { @Override public void subscribe(Completable.Observer subscriber) { completionSignal.subscribe(subscriber); } AsyncCountDownLatch(int count); boolean isCompleted(); @Override void subscribe(Completable.Observer subscriber); void countDown(); } | AsyncCountDownLatch extends CountDownLatch implements Completable.Source { @Override public void subscribe(Completable.Observer subscriber) { completionSignal.subscribe(subscriber); } AsyncCountDownLatch(int count); boolean isCompleted(); @Override void subscribe(Completable.Observer subscriber); void countDown(); } |
@Test void propertyTableTest() { final Settings settings = new Settings.Builder("testingDB").build(); final DatabaseStatistics statistics = new DatabaseStatistics("testingDB"); final WidePropertyTableLoader pt_loader = new WidePropertyTableLoader(settings, spark, statistics); pt_loader.load(); final Dataset<Row> proper... | public abstract void load() throws Exception; | Loader { public abstract void load() throws Exception; } | Loader { public abstract void load() throws Exception; Loader(final String databaseName, final SparkSession spark, final DatabaseStatistics statistics); } | Loader { public abstract void load() throws Exception; Loader(final String databaseName, final SparkSession spark, final DatabaseStatistics statistics); abstract void load(); } | Loader { public abstract void load() throws Exception; Loader(final String databaseName, final SparkSession spark, final DatabaseStatistics statistics); abstract void load(); } |
@Test void verticalPartitioningTest() { final Settings settings = new Settings.Builder("testingDB").build(); final DatabaseStatistics statistics = new DatabaseStatistics("testingDB"); final VerticalPartitioningLoader vp_loader = new VerticalPartitioningLoader(settings, spark, statistics); vp_loader.load(); final Datase... | public abstract void load() throws Exception; | Loader { public abstract void load() throws Exception; } | Loader { public abstract void load() throws Exception; Loader(final String databaseName, final SparkSession spark, final DatabaseStatistics statistics); } | Loader { public abstract void load() throws Exception; Loader(final String databaseName, final SparkSession spark, final DatabaseStatistics statistics); abstract void load(); } | Loader { public abstract void load() throws Exception; Loader(final String databaseName, final SparkSession spark, final DatabaseStatistics statistics); abstract void load(); } |
@Test public void testListAllFiles()throws Exception{ List files = fileService.listAllFiles(); File file = (File)files.get(0); assertEquals(files.isEmpty(), false); } | @Transactional public List listAllFiles(){ return fileDao.listAllFiles(); } | FileService { @Transactional public List listAllFiles(){ return fileDao.listAllFiles(); } } | FileService { @Transactional public List listAllFiles(){ return fileDao.listAllFiles(); } } | FileService { @Transactional public List listAllFiles(){ return fileDao.listAllFiles(); } @Autowired void setFileDao(FileDao fileDao); boolean insert(File file); @Transactional List listAllFiles(); @Transactional boolean deleteFile(int id); } | FileService { @Transactional public List listAllFiles(){ return fileDao.listAllFiles(); } @Autowired void setFileDao(FileDao fileDao); boolean insert(File file); @Transactional List listAllFiles(); @Transactional boolean deleteFile(int id); } |
@Test @Rollback(false) public void test1(){ List<Long> list = new ArrayList<Long>(); list.add(Long.parseLong("1")); User user = new User(); user.setUsername("qqq"); user.setPassword("qqq"); user.setSalt("1"); user.setRoleIds(list); user.setLocked(false); userService.createUser(user); assertNotNull("1"); } | public User createUser(User user) { passwordHelper.encryptPassword(user); return userDao.createUser(user); } | UserService { public User createUser(User user) { passwordHelper.encryptPassword(user); return userDao.createUser(user); } } | UserService { public User createUser(User user) { passwordHelper.encryptPassword(user); return userDao.createUser(user); } } | UserService { public User createUser(User user) { passwordHelper.encryptPassword(user); return userDao.createUser(user); } User createUser(User user); User updateUser(User user); void deleteUser(Long userId); User findOne(Long userId); List<User> findAll(); void changePassword(Long userId, String newPassword); Set<Str... | UserService { public User createUser(User user) { passwordHelper.encryptPassword(user); return userDao.createUser(user); } User createUser(User user); User updateUser(User user); void deleteUser(Long userId); User findOne(Long userId); List<User> findAll(); void changePassword(Long userId, String newPassword); Set<Str... |
@Test public void calculateRFC2104HMACTest() throws SignatureException { String date = "Tue, 13 May 2014 20:10:38 +0200"; String resource = "/questionnaires/58"; String method = "GET"; String stringToSign = new StringBuilder().append(method).append(" ").append(resource).append("\n").append(date) .toString(); String sec... | public static String calculateRFC2104HMAC(String data, String key) throws java.security.SignatureException { String result = null; try { Charset utf8ChartSet = Charset.forName("UTF-8"); SecretKeySpec signingKey = new SecretKeySpec(key.getBytes(utf8ChartSet), HMAC_SHA1_ALGORITHM); Mac mac = Mac.getInstance(HMAC_SHA1_ALG... | HMACSignature { public static String calculateRFC2104HMAC(String data, String key) throws java.security.SignatureException { String result = null; try { Charset utf8ChartSet = Charset.forName("UTF-8"); SecretKeySpec signingKey = new SecretKeySpec(key.getBytes(utf8ChartSet), HMAC_SHA1_ALGORITHM); Mac mac = Mac.getInstan... | HMACSignature { public static String calculateRFC2104HMAC(String data, String key) throws java.security.SignatureException { String result = null; try { Charset utf8ChartSet = Charset.forName("UTF-8"); SecretKeySpec signingKey = new SecretKeySpec(key.getBytes(utf8ChartSet), HMAC_SHA1_ALGORITHM); Mac mac = Mac.getInstan... | HMACSignature { public static String calculateRFC2104HMAC(String data, String key) throws java.security.SignatureException { String result = null; try { Charset utf8ChartSet = Charset.forName("UTF-8"); SecretKeySpec signingKey = new SecretKeySpec(key.getBytes(utf8ChartSet), HMAC_SHA1_ALGORITHM); Mac mac = Mac.getInstan... | HMACSignature { public static String calculateRFC2104HMAC(String data, String key) throws java.security.SignatureException { String result = null; try { Charset utf8ChartSet = Charset.forName("UTF-8"); SecretKeySpec signingKey = new SecretKeySpec(key.getBytes(utf8ChartSet), HMAC_SHA1_ALGORITHM); Mac mac = Mac.getInstan... |
@Test public void saveAnswerTest() { String invitationToken = "UO6QUYLIK1"; Integer questionnaireId = 58; String questionCode = "Q1"; TextAnswer answer = TextAnswer.fromValue("Antonio Maria"); Entity<TextAnswer> wrapper = Entity.json(answer); Response response = client() .target(String.format("%sruntime/questionnaires/... | @POST @Path("/{questionnaireId}/answer") @Consumes(MediaType.APPLICATION_JSON) @ApiOperation(value = "Allow the respondent save answers") @ApiResponses(value = { @ApiResponse(code = 404, message = "Invalid invitation token supplied"), @ApiResponse(code = 200, message = "Answer saved correctly") }) public Response saveA... | QuestionnairResource { @POST @Path("/{questionnaireId}/answer") @Consumes(MediaType.APPLICATION_JSON) @ApiOperation(value = "Allow the respondent save answers") @ApiResponses(value = { @ApiResponse(code = 404, message = "Invalid invitation token supplied"), @ApiResponse(code = 200, message = "Answer saved correctly") }... | QuestionnairResource { @POST @Path("/{questionnaireId}/answer") @Consumes(MediaType.APPLICATION_JSON) @ApiOperation(value = "Allow the respondent save answers") @ApiResponses(value = { @ApiResponse(code = 404, message = "Invalid invitation token supplied"), @ApiResponse(code = 200, message = "Answer saved correctly") }... | QuestionnairResource { @POST @Path("/{questionnaireId}/answer") @Consumes(MediaType.APPLICATION_JSON) @ApiOperation(value = "Allow the respondent save answers") @ApiResponses(value = { @ApiResponse(code = 404, message = "Invalid invitation token supplied"), @ApiResponse(code = 200, message = "Answer saved correctly") }... | QuestionnairResource { @POST @Path("/{questionnaireId}/answer") @Consumes(MediaType.APPLICATION_JSON) @ApiOperation(value = "Allow the respondent save answers") @ApiResponses(value = { @ApiResponse(code = 404, message = "Invalid invitation token supplied"), @ApiResponse(code = 200, message = "Answer saved correctly") }... |
@Test public void generateTest() { String givenNames = "Eva"; String surname = "Järvinen"; String acronym = acronymGenerator.generate(givenNames, surname); assertThat(acronym).isEqualTo("EVAJÄRVI"); } | @Override public String generate(String givenNames, String surname) { Assert.hasText(givenNames, "Given name is required"); Assert.hasText(surname, "Surname is required"); int wordsSize = 0; wordsSize += givenNames.length(); wordsSize += surname.length(); if (wordsSize < DEFAULT_SIZE) { return StringUtils.upperCase(new... | AcronymGeneratorImpl implements AcronymGenerator { @Override public String generate(String givenNames, String surname) { Assert.hasText(givenNames, "Given name is required"); Assert.hasText(surname, "Surname is required"); int wordsSize = 0; wordsSize += givenNames.length(); wordsSize += surname.length(); if (wordsSize... | AcronymGeneratorImpl implements AcronymGenerator { @Override public String generate(String givenNames, String surname) { Assert.hasText(givenNames, "Given name is required"); Assert.hasText(surname, "Surname is required"); int wordsSize = 0; wordsSize += givenNames.length(); wordsSize += surname.length(); if (wordsSize... | AcronymGeneratorImpl implements AcronymGenerator { @Override public String generate(String givenNames, String surname) { Assert.hasText(givenNames, "Given name is required"); Assert.hasText(surname, "Surname is required"); int wordsSize = 0; wordsSize += givenNames.length(); wordsSize += surname.length(); if (wordsSize... | AcronymGeneratorImpl implements AcronymGenerator { @Override public String generate(String givenNames, String surname) { Assert.hasText(givenNames, "Given name is required"); Assert.hasText(surname, "Surname is required"); int wordsSize = 0; wordsSize += givenNames.length(); wordsSize += surname.length(); if (wordsSize... |
@Test public void initTest() throws IOException, SAXException { System.out.println("hola holitas" + contextPath); final WebClient webClient = new WebClient(); webClient.addRequestHeader("Cache-Control", "no-cache, no-store, must-revalidate"); webClient.addRequestHeader("Pragma", "no-cache"); webClient.addRequestHeader(... | @Override public void init(VaadinRequest request) { logger.info("New Vaadin UI created"); String invitation = request.getParameter("invitation"); logger.info("Invitation: {} of sessions : {}", invitation); setSizeFull(); GazpachoViewDisplay viewDisplay = new GazpachoViewDisplay(); setContent(viewDisplay); navigator = n... | QuestionnairesUI extends UI { @Override public void init(VaadinRequest request) { logger.info("New Vaadin UI created"); String invitation = request.getParameter("invitation"); logger.info("Invitation: {} of sessions : {}", invitation); setSizeFull(); GazpachoViewDisplay viewDisplay = new GazpachoViewDisplay(); setConte... | QuestionnairesUI extends UI { @Override public void init(VaadinRequest request) { logger.info("New Vaadin UI created"); String invitation = request.getParameter("invitation"); logger.info("Invitation: {} of sessions : {}", invitation); setSizeFull(); GazpachoViewDisplay viewDisplay = new GazpachoViewDisplay(); setConte... | QuestionnairesUI extends UI { @Override public void init(VaadinRequest request) { logger.info("New Vaadin UI created"); String invitation = request.getParameter("invitation"); logger.info("Invitation: {} of sessions : {}", invitation); setSizeFull(); GazpachoViewDisplay viewDisplay = new GazpachoViewDisplay(); setConte... | QuestionnairesUI extends UI { @Override public void init(VaadinRequest request) { logger.info("New Vaadin UI created"); String invitation = request.getParameter("invitation"); logger.info("Invitation: {} of sessions : {}", invitation); setSizeFull(); GazpachoViewDisplay viewDisplay = new GazpachoViewDisplay(); setConte... |
@Test public void testWithEqualLabel() { NodeSelectorSpec spec = getNodeSelectorSpec(LABEL1_PREFIX + "1", Operator.Equal, LABEL1_PREFIX + "1"); List<InetSocketAddress> result = manager.getServers(spec); Assert.assertEquals(1, result.size()); Assert.assertEquals(1, result.get(0).getPort()); } | public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey()); } } return nodes;... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... |
@Test public void testNonExistingLabel() { NodeSelectorSpec spec = getNodeSelectorSpec(NON_EXISTENT_LABEL, Operator.Equal, NON_EXISTENT_LABEL); List<InetSocketAddress> result = manager.getServers(spec); Assert.assertEquals(0, result.size()); } | public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey()); } } return nodes;... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... |
@Test public void testMultiTerm() { NodeSelectorSpec spec = new NodeSelectorSpec(); NodeSelectorTerm term = new NodeSelectorTerm(); term.addMatchRequirements( getRequirement(LABEL1_PREFIX + "1", Operator.Equal, LABEL1_PREFIX + "1")); spec.addNodeSelectorTerms(term); term = new NodeSelectorTerm(); term.addMatchRequireme... | public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey()); } } return nodes;... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... |
@Test public void testMultiTermFailure() { NodeSelectorSpec spec = new NodeSelectorSpec(); NodeSelectorTerm term = new NodeSelectorTerm(); term.addMatchRequirements( getRequirement(NON_EXISTENT_LABEL, Operator.Equal, NON_EXISTENT_LABEL)); spec.addNodeSelectorTerms(term); term = new NodeSelectorTerm(); term.addMatchRequ... | public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey()); } } return nodes;... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... |
@Test public void testEmptyNodeSelectionTerm() { NodeSelectorSpec spec = new NodeSelectorSpec(); List<InetSocketAddress> result = manager.getServers(spec); Assert.assertEquals(numOfServers, result.size()); } | public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey()); } } return nodes;... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... |
@Test public void testNullNodeSelectorSpec() { List<InetSocketAddress> result = manager.getServers(null); Assert.assertEquals(numOfServers, result.size()); } | public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey()); } } return nodes;... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... |
@Test public void testAndRequirementORRequirementSuccess() { NodeSelectorSpec spec = new NodeSelectorSpec(); NodeSelectorTerm term = new NodeSelectorTerm(); term.addMatchRequirements( getRequirement(LABEL1_PREFIX + "1", Operator.Equal, LABEL1_PREFIX + "1")); term.addMatchRequirements( getRequirement(LABEL2_PREFIX + "1"... | public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey()); } } return nodes;... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... |
@Test public void testJavaObject() throws Exception { String s = "helloworld"; ObjectHandler obj = new ObjectHandler(s); byte[] bytes = Utils.toBytes(obj); ObjectHandler obj2 = (ObjectHandler) Utils.toObject(bytes); assert s.equals(obj2.getObject()); } | public Serializable getObject() { return (Serializable) object; } | ObjectHandler implements Serializable { public Serializable getObject() { return (Serializable) object; } } | ObjectHandler implements Serializable { public Serializable getObject() { return (Serializable) object; } ObjectHandler(Object obj); } | ObjectHandler implements Serializable { public Serializable getObject() { return (Serializable) object; } ObjectHandler(Object obj); boolean isGraalObject(); boolean isGraalObject(Object object); Object invoke(String method, ArrayList<Object> params); Serializable getObject(); void setObject(Serializable object); void ... | ObjectHandler implements Serializable { public Serializable getObject() { return (Serializable) object; } ObjectHandler(Object obj); boolean isGraalObject(); boolean isGraalObject(Object object); Object invoke(String method, ArrayList<Object> params); Serializable getObject(); void setObject(Serializable object); void ... |
@Test public void testIsImmutable() throws Exception { ArrayList<Object> params = new ArrayList<Object>(); params.add("hello"); Clazz clazz = new Clazz(); Assert.assertTrue(Utils.isImmutableMethod(clazz.getClass(), "immutable", params)); } | public static boolean isImmutableMethod( Class<?> clazz, String methodName, ArrayList<Object> params) { if (clazz == null) { throw new NullPointerException("Class not specified"); } if (methodName == null || methodName.trim().isEmpty()) { throw new IllegalArgumentException("method name not specified"); } Class[] paramT... | Utils { public static boolean isImmutableMethod( Class<?> clazz, String methodName, ArrayList<Object> params) { if (clazz == null) { throw new NullPointerException("Class not specified"); } if (methodName == null || methodName.trim().isEmpty()) { throw new IllegalArgumentException("method name not specified"); } Class[... | Utils { public static boolean isImmutableMethod( Class<?> clazz, String methodName, ArrayList<Object> params) { if (clazz == null) { throw new NullPointerException("Class not specified"); } if (methodName == null || methodName.trim().isEmpty()) { throw new IllegalArgumentException("method name not specified"); } Class[... | Utils { public static boolean isImmutableMethod( Class<?> clazz, String methodName, ArrayList<Object> params) { if (clazz == null) { throw new NullPointerException("Class not specified"); } if (methodName == null || methodName.trim().isEmpty()) { throw new IllegalArgumentException("method name not specified"); } Class[... | Utils { public static boolean isImmutableMethod( Class<?> clazz, String methodName, ArrayList<Object> params) { if (clazz == null) { throw new NullPointerException("Class not specified"); } if (methodName == null || methodName.trim().isEmpty()) { throw new IllegalArgumentException("method name not specified"); } Class[... |
@Test public void testIsMutable() throws Exception { ArrayList<Object> params = new ArrayList<Object>(); params.add(5); Clazz clazz = new Clazz(); Assert.assertFalse(Utils.isImmutableMethod(clazz.getClass(), "mutable", params)); } | public static boolean isImmutableMethod( Class<?> clazz, String methodName, ArrayList<Object> params) { if (clazz == null) { throw new NullPointerException("Class not specified"); } if (methodName == null || methodName.trim().isEmpty()) { throw new IllegalArgumentException("method name not specified"); } Class[] paramT... | Utils { public static boolean isImmutableMethod( Class<?> clazz, String methodName, ArrayList<Object> params) { if (clazz == null) { throw new NullPointerException("Class not specified"); } if (methodName == null || methodName.trim().isEmpty()) { throw new IllegalArgumentException("method name not specified"); } Class[... | Utils { public static boolean isImmutableMethod( Class<?> clazz, String methodName, ArrayList<Object> params) { if (clazz == null) { throw new NullPointerException("Class not specified"); } if (methodName == null || methodName.trim().isEmpty()) { throw new IllegalArgumentException("method name not specified"); } Class[... | Utils { public static boolean isImmutableMethod( Class<?> clazz, String methodName, ArrayList<Object> params) { if (clazz == null) { throw new NullPointerException("Class not specified"); } if (methodName == null || methodName.trim().isEmpty()) { throw new IllegalArgumentException("method name not specified"); } Class[... | Utils { public static boolean isImmutableMethod( Class<?> clazz, String methodName, ArrayList<Object> params) { if (clazz == null) { throw new NullPointerException("Class not specified"); } if (methodName == null || methodName.trim().isEmpty()) { throw new IllegalArgumentException("method name not specified"); } Class[... |
@Test(expected = NullPointerException.class) public void addLabelsWithNull() { ServerInfo server = new ServerInfo(null); server.addLabels(null); } | public void addLabels(Map keyValues) { if (keyValues == null) { throw new NullPointerException("Labels must not be null"); } this.labels.putAll(keyValues); } | ServerInfo implements Serializable { public void addLabels(Map keyValues) { if (keyValues == null) { throw new NullPointerException("Labels must not be null"); } this.labels.putAll(keyValues); } } | ServerInfo implements Serializable { public void addLabels(Map keyValues) { if (keyValues == null) { throw new NullPointerException("Labels must not be null"); } this.labels.putAll(keyValues); } ServerInfo(InetSocketAddress addr); } | ServerInfo implements Serializable { public void addLabels(Map keyValues) { if (keyValues == null) { throw new NullPointerException("Labels must not be null"); } this.labels.putAll(keyValues); } ServerInfo(InetSocketAddress addr); InetSocketAddress getHost(); String getRegion(); void addLabels(Map keyValues); boolean m... | ServerInfo implements Serializable { public void addLabels(Map keyValues) { if (keyValues == null) { throw new NullPointerException("Labels must not be null"); } this.labels.putAll(keyValues); } ServerInfo(InetSocketAddress addr); InetSocketAddress getHost(); String getRegion(); void addLabels(Map keyValues); boolean m... |
@Test public void testWithEqualLabelFailure() { NodeSelectorSpec spec = getNodeSelectorSpec(LABEL1_PREFIX + "1", Operator.Equal, LABEL1_PREFIX + "2"); List<InetSocketAddress> result = manager.getServers(spec); Assert.assertEquals(0, result.size()); } | public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey()); } } return nodes;... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... |
@Test public void getMyServerID() throws Exception { raftServer[0].getMyServerID(); } | public UUID getMyServerID() { return pState.myServerID; } | Server implements RemoteRaftServer { public UUID getMyServerID() { return pState.myServerID; } } | Server implements RemoteRaftServer { public UUID getMyServerID() { return pState.myServerID; } Server(StateMachineApplier applier); } | Server implements RemoteRaftServer { public UUID getMyServerID() { return pState.myServerID; } Server(StateMachineApplier applier); UUID getMyServerID(); void start(); void stop(); int appendEntries(
int term,
UUID leader,
int prevLogIndex,
int prevLogTerm,
Li... | Server implements RemoteRaftServer { public UUID getMyServerID() { return pState.myServerID; } Server(StateMachineApplier applier); UUID getMyServerID(); void start(); void stop(); int appendEntries(
int term,
UUID leader,
int prevLogIndex,
int prevLogTerm,
Li... |
@Test public void getCurrentLeader() throws Exception { raftServer[0].getCurrentLeader(); } | RemoteRaftServer getCurrentLeader() { return getServer(vState.getCurrentLeader()); } | Server implements RemoteRaftServer { RemoteRaftServer getCurrentLeader() { return getServer(vState.getCurrentLeader()); } } | Server implements RemoteRaftServer { RemoteRaftServer getCurrentLeader() { return getServer(vState.getCurrentLeader()); } Server(StateMachineApplier applier); } | Server implements RemoteRaftServer { RemoteRaftServer getCurrentLeader() { return getServer(vState.getCurrentLeader()); } Server(StateMachineApplier applier); UUID getMyServerID(); void start(); void stop(); int appendEntries(
int term,
UUID leader,
int prevLogIndex,
int ... | Server implements RemoteRaftServer { RemoteRaftServer getCurrentLeader() { return getServer(vState.getCurrentLeader()); } Server(StateMachineApplier applier); UUID getMyServerID(); void start(); void stop(); int appendEntries(
int term,
UUID leader,
int prevLogIndex,
int ... |
@Test public void majorityQuorumSize() throws Exception { raftServer[0].majorityQuorumSize(); } | int majorityQuorumSize() { int f = fullQuorumSize() / 2 + 1; return f; } | Server implements RemoteRaftServer { int majorityQuorumSize() { int f = fullQuorumSize() / 2 + 1; return f; } } | Server implements RemoteRaftServer { int majorityQuorumSize() { int f = fullQuorumSize() / 2 + 1; return f; } Server(StateMachineApplier applier); } | Server implements RemoteRaftServer { int majorityQuorumSize() { int f = fullQuorumSize() / 2 + 1; return f; } Server(StateMachineApplier applier); UUID getMyServerID(); void start(); void stop(); int appendEntries(
int term,
UUID leader,
int prevLogIndex,
int prevLogTerm,... | Server implements RemoteRaftServer { int majorityQuorumSize() { int f = fullQuorumSize() / 2 + 1; return f; } Server(StateMachineApplier applier); UUID getMyServerID(); void start(); void stop(); int appendEntries(
int term,
UUID leader,
int prevLogIndex,
int prevLogTerm,... |
@Test public void fullQuorumSize() throws Exception { raftServer[0].fullQuorumSize(); } | int fullQuorumSize() { return vState.otherServers.size() + 1; } | Server implements RemoteRaftServer { int fullQuorumSize() { return vState.otherServers.size() + 1; } } | Server implements RemoteRaftServer { int fullQuorumSize() { return vState.otherServers.size() + 1; } Server(StateMachineApplier applier); } | Server implements RemoteRaftServer { int fullQuorumSize() { return vState.otherServers.size() + 1; } Server(StateMachineApplier applier); UUID getMyServerID(); void start(); void stop(); int appendEntries(
int term,
UUID leader,
int prevLogIndex,
int prevLogTerm,
... | Server implements RemoteRaftServer { int fullQuorumSize() { return vState.otherServers.size() + 1; } Server(StateMachineApplier applier); UUID getMyServerID(); void start(); void stop(); int appendEntries(
int term,
UUID leader,
int prevLogIndex,
int prevLogTerm,
... |
@Test public void getServer() throws Exception { assert (raftServer[0].getServer(raftServer[1].getMyServerID()) == serverPolicy[1]); } | RemoteRaftServer getServer(UUID serverId) { return vState.otherServers.get( serverId); } | Server implements RemoteRaftServer { RemoteRaftServer getServer(UUID serverId) { return vState.otherServers.get( serverId); } } | Server implements RemoteRaftServer { RemoteRaftServer getServer(UUID serverId) { return vState.otherServers.get( serverId); } Server(StateMachineApplier applier); } | Server implements RemoteRaftServer { RemoteRaftServer getServer(UUID serverId) { return vState.otherServers.get( serverId); } Server(StateMachineApplier applier); UUID getMyServerID(); void start(); void stop(); int appendEntries(
int term,
UUID leader,
int prevLogIndex,
... | Server implements RemoteRaftServer { RemoteRaftServer getServer(UUID serverId) { return vState.otherServers.get( serverId); } Server(StateMachineApplier applier); UUID getMyServerID(); void start(); void stop(); int appendEntries(
int term,
UUID leader,
int prevLogIndex,
... |
@Test public void addServer() throws Exception { } | public void addServer(UUID id, RemoteRaftServer server) { vState.otherServers.put(id, server); } | Server implements RemoteRaftServer { public void addServer(UUID id, RemoteRaftServer server) { vState.otherServers.put(id, server); } } | Server implements RemoteRaftServer { public void addServer(UUID id, RemoteRaftServer server) { vState.otherServers.put(id, server); } Server(StateMachineApplier applier); } | Server implements RemoteRaftServer { public void addServer(UUID id, RemoteRaftServer server) { vState.otherServers.put(id, server); } Server(StateMachineApplier applier); UUID getMyServerID(); void start(); void stop(); int appendEntries(
int term,
UUID leader,
int prevLogIndex,
... | Server implements RemoteRaftServer { public void addServer(UUID id, RemoteRaftServer server) { vState.otherServers.put(id, server); } Server(StateMachineApplier applier); UUID getMyServerID(); void start(); void stop(); int appendEntries(
int term,
UUID leader,
int prevLogIndex,
... |
@Test public void start() throws Exception { raftServer[0].start(); } | public void start() { this.become(State.FOLLOWER, vState.getState()); } | Server implements RemoteRaftServer { public void start() { this.become(State.FOLLOWER, vState.getState()); } } | Server implements RemoteRaftServer { public void start() { this.become(State.FOLLOWER, vState.getState()); } Server(StateMachineApplier applier); } | Server implements RemoteRaftServer { public void start() { this.become(State.FOLLOWER, vState.getState()); } Server(StateMachineApplier applier); UUID getMyServerID(); void start(); void stop(); int appendEntries(
int term,
UUID leader,
int prevLogIndex,
int prevLogTerm,
... | Server implements RemoteRaftServer { public void start() { this.become(State.FOLLOWER, vState.getState()); } Server(StateMachineApplier applier); UUID getMyServerID(); void start(); void stop(); int appendEntries(
int term,
UUID leader,
int prevLogIndex,
int prevLogTerm,
... |
@Test public void become() throws Exception { raftServer[0].start(); raftServer[0].become(FOLLOWER, FOLLOWER); assert (raftServer[0].getState() == FOLLOWER); raftServer[0].become(CANDIDATE, FOLLOWER); assert (raftServer[0].getState() == CANDIDATE); raftServer[0].become(LEADER, CANDIDATE); assert (raftServer[0].getState... | synchronized State become(State newState, State preconditionState) { if (vState.getState() == preconditionState) { switch (vState.getState()) { case NONE: break; case LEADER: leader.stop(); break; case FOLLOWER: follower.stop(); break; case CANDIDATE: candidate.stop(); } switch (newState) { case NONE: vState.setState(S... | Server implements RemoteRaftServer { synchronized State become(State newState, State preconditionState) { if (vState.getState() == preconditionState) { switch (vState.getState()) { case NONE: break; case LEADER: leader.stop(); break; case FOLLOWER: follower.stop(); break; case CANDIDATE: candidate.stop(); } switch (new... | Server implements RemoteRaftServer { synchronized State become(State newState, State preconditionState) { if (vState.getState() == preconditionState) { switch (vState.getState()) { case NONE: break; case LEADER: leader.stop(); break; case FOLLOWER: follower.stop(); break; case CANDIDATE: candidate.stop(); } switch (new... | Server implements RemoteRaftServer { synchronized State become(State newState, State preconditionState) { if (vState.getState() == preconditionState) { switch (vState.getState()) { case NONE: break; case LEADER: leader.stop(); break; case FOLLOWER: follower.stop(); break; case CANDIDATE: candidate.stop(); } switch (new... | Server implements RemoteRaftServer { synchronized State become(State newState, State preconditionState) { if (vState.getState() == preconditionState) { switch (vState.getState()) { case NONE: break; case LEADER: leader.stop(); break; case FOLLOWER: follower.stop(); break; case CANDIDATE: candidate.stop(); } switch (new... |
@Test public void appendEntries() throws java.lang.Exception { for (Server s : raftServer) { s.start(); } raftServer[0].become(CANDIDATE, FOLLOWER); assertTrue(raftServer[verifyLeaderElected(raftServer)] == raftServer[0]); String methodName = "public java.lang.String java.lang.Object.toString()"; ArrayList<Object> args... | public int appendEntries( int term, UUID leader, int prevLogIndex, int prevLogTerm, List<LogEntry> entries, int leaderCommit) throws InvalidTermException, PrevLogTermMismatch, InvalidLogIndex { logger.fine( String.format( "%s: received AppendEntries request from leader %s, term %d, prevLogIndex=%d, prevLogTerm=%d, lead... | Server implements RemoteRaftServer { public int appendEntries( int term, UUID leader, int prevLogIndex, int prevLogTerm, List<LogEntry> entries, int leaderCommit) throws InvalidTermException, PrevLogTermMismatch, InvalidLogIndex { logger.fine( String.format( "%s: received AppendEntries request from leader %s, term %d, ... | Server implements RemoteRaftServer { public int appendEntries( int term, UUID leader, int prevLogIndex, int prevLogTerm, List<LogEntry> entries, int leaderCommit) throws InvalidTermException, PrevLogTermMismatch, InvalidLogIndex { logger.fine( String.format( "%s: received AppendEntries request from leader %s, term %d, ... | Server implements RemoteRaftServer { public int appendEntries( int term, UUID leader, int prevLogIndex, int prevLogTerm, List<LogEntry> entries, int leaderCommit) throws InvalidTermException, PrevLogTermMismatch, InvalidLogIndex { logger.fine( String.format( "%s: received AppendEntries request from leader %s, term %d, ... | Server implements RemoteRaftServer { public int appendEntries( int term, UUID leader, int prevLogIndex, int prevLogTerm, List<LogEntry> entries, int leaderCommit) throws InvalidTermException, PrevLogTermMismatch, InvalidLogIndex { logger.fine( String.format( "%s: received AppendEntries request from leader %s, term %d, ... |
@Test public void requestVote() throws Exception { } | public int requestVote(int term, UUID candidate, int lastLogIndex, int lastLogTerm) throws InvalidTermException, AlreadyVotedException, CandidateBehindException { logger.fine( String.format( "%s received vote request from %s (term=%d, lastLogIndex=%d, lastLogTerm=%d)", pState.myServerID, candidate, term, lastLogIndex, ... | Server implements RemoteRaftServer { public int requestVote(int term, UUID candidate, int lastLogIndex, int lastLogTerm) throws InvalidTermException, AlreadyVotedException, CandidateBehindException { logger.fine( String.format( "%s received vote request from %s (term=%d, lastLogIndex=%d, lastLogTerm=%d)", pState.myServ... | Server implements RemoteRaftServer { public int requestVote(int term, UUID candidate, int lastLogIndex, int lastLogTerm) throws InvalidTermException, AlreadyVotedException, CandidateBehindException { logger.fine( String.format( "%s received vote request from %s (term=%d, lastLogIndex=%d, lastLogTerm=%d)", pState.myServ... | Server implements RemoteRaftServer { public int requestVote(int term, UUID candidate, int lastLogIndex, int lastLogTerm) throws InvalidTermException, AlreadyVotedException, CandidateBehindException { logger.fine( String.format( "%s received vote request from %s (term=%d, lastLogIndex=%d, lastLogTerm=%d)", pState.myServ... | Server implements RemoteRaftServer { public int requestVote(int term, UUID candidate, int lastLogIndex, int lastLogTerm) throws InvalidTermException, AlreadyVotedException, CandidateBehindException { logger.fine( String.format( "%s received vote request from %s (term=%d, lastLogIndex=%d, lastLogTerm=%d)", pState.myServ... |
@Test public void testWithInLabel() { NodeSelectorSpec spec = getNodeSelectorSpec( LABEL1_PREFIX + "1", Operator.In, LABEL1_PREFIX + "1", LABEL1_PREFIX + "2"); List<InetSocketAddress> result = manager.getServers(spec); Assert.assertEquals(1, result.size()); Assert.assertEquals(1, result.get(0).getPort()); } | public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey()); } } return nodes;... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... |
@Test public void applyCommitted() throws Exception { raftServer[0].applyCommitted(); } | void applyCommitted() { int lastApplied; while (vState.getCommitIndex() > (lastApplied = vState.getLastApplied())) { LogEntry entry; synchronized (pState) { entry = pState.log().get(vState.incrementLastApplied(lastApplied)); } logger.fine(pState.myServerID + ": Applying " + entry); try { applier.apply(entry.operation);... | Server implements RemoteRaftServer { void applyCommitted() { int lastApplied; while (vState.getCommitIndex() > (lastApplied = vState.getLastApplied())) { LogEntry entry; synchronized (pState) { entry = pState.log().get(vState.incrementLastApplied(lastApplied)); } logger.fine(pState.myServerID + ": Applying " + entry); ... | Server implements RemoteRaftServer { void applyCommitted() { int lastApplied; while (vState.getCommitIndex() > (lastApplied = vState.getLastApplied())) { LogEntry entry; synchronized (pState) { entry = pState.log().get(vState.incrementLastApplied(lastApplied)); } logger.fine(pState.myServerID + ": Applying " + entry); ... | Server implements RemoteRaftServer { void applyCommitted() { int lastApplied; while (vState.getCommitIndex() > (lastApplied = vState.getLastApplied())) { LogEntry entry; synchronized (pState) { entry = pState.log().get(vState.incrementLastApplied(lastApplied)); } logger.fine(pState.myServerID + ": Applying " + entry); ... | Server implements RemoteRaftServer { void applyCommitted() { int lastApplied; while (vState.getCommitIndex() > (lastApplied = vState.getLastApplied())) { LogEntry entry; synchronized (pState) { entry = pState.log().get(vState.incrementLastApplied(lastApplied)); } logger.fine(pState.myServerID + ": Applying " + entry); ... |
@Test public void respondToRemoteTerm() throws Exception { for (Server s : raftServer) { s.start(); } raftServer[0].become(CANDIDATE, FOLLOWER); int leaderCount = 0; UUID initialLeader = null; long startTime = System.currentTimeMillis(); while (leaderCount == 0 && System.currentTimeMillis() < startTime + Server.LEADER_... | void respondToRemoteTerm(int remoteTerm) { int currentTerm = pState.getCurrentTerm(); if (currentTerm < remoteTerm) { pState.setCurrentTerm(remoteTerm, currentTerm); become(State.FOLLOWER, vState.getState()); } } | Server implements RemoteRaftServer { void respondToRemoteTerm(int remoteTerm) { int currentTerm = pState.getCurrentTerm(); if (currentTerm < remoteTerm) { pState.setCurrentTerm(remoteTerm, currentTerm); become(State.FOLLOWER, vState.getState()); } } } | Server implements RemoteRaftServer { void respondToRemoteTerm(int remoteTerm) { int currentTerm = pState.getCurrentTerm(); if (currentTerm < remoteTerm) { pState.setCurrentTerm(remoteTerm, currentTerm); become(State.FOLLOWER, vState.getState()); } } Server(StateMachineApplier applier); } | Server implements RemoteRaftServer { void respondToRemoteTerm(int remoteTerm) { int currentTerm = pState.getCurrentTerm(); if (currentTerm < remoteTerm) { pState.setCurrentTerm(remoteTerm, currentTerm); become(State.FOLLOWER, vState.getState()); } } Server(StateMachineApplier applier); UUID getMyServerID(); void start(... | Server implements RemoteRaftServer { void respondToRemoteTerm(int remoteTerm) { int currentTerm = pState.getCurrentTerm(); if (currentTerm < remoteTerm) { pState.setCurrentTerm(remoteTerm, currentTerm); become(State.FOLLOWER, vState.getState()); } } Server(StateMachineApplier applier); UUID getMyServerID(); void start(... |
@Test public void doRPC() throws java.lang.Exception { successfulLeaderElection(); String[] methods = {"fooMethod", "barMethod"}; ArrayList<Object> args = new ArrayList<Object>(); for (String method : methods) { raftServer[0].applyToStateMachine(new ConsensusRSMPolicy.RPC(method, args)); } } | public Object applyToStateMachine(Object operation) throws java.lang.Exception { logger.fine(String.format("%s: applyToStateMachine(%s)", pState.myServerID, operation)); if (vState.getState() == State.LEADER) { return leader.applyToStateMachine(operation); } else { throw new LeaderException( String.format("Current Lead... | Server implements RemoteRaftServer { public Object applyToStateMachine(Object operation) throws java.lang.Exception { logger.fine(String.format("%s: applyToStateMachine(%s)", pState.myServerID, operation)); if (vState.getState() == State.LEADER) { return leader.applyToStateMachine(operation); } else { throw new LeaderE... | Server implements RemoteRaftServer { public Object applyToStateMachine(Object operation) throws java.lang.Exception { logger.fine(String.format("%s: applyToStateMachine(%s)", pState.myServerID, operation)); if (vState.getState() == State.LEADER) { return leader.applyToStateMachine(operation); } else { throw new LeaderE... | Server implements RemoteRaftServer { public Object applyToStateMachine(Object operation) throws java.lang.Exception { logger.fine(String.format("%s: applyToStateMachine(%s)", pState.myServerID, operation)); if (vState.getState() == State.LEADER) { return leader.applyToStateMachine(operation); } else { throw new LeaderE... | Server implements RemoteRaftServer { public Object applyToStateMachine(Object operation) throws java.lang.Exception { logger.fine(String.format("%s: applyToStateMachine(%s)", pState.myServerID, operation)); if (vState.getState() == State.LEADER) { return leader.applyToStateMachine(operation); } else { throw new LeaderE... |
@Test public void test_get_copy_of_appObject() throws Exception { UUID txId = UUID.randomUUID(); Serializable coreOrigin = "aaa"; AppObject originAppObject = new AppObject(coreOrigin); TwoPCCohortPolicy.TwoPCCohortServerPolicy origin = new TwoPCCohortPolicy.TwoPCCohortServerPolicy(); origin.$__initialize(originAppObjec... | @Override public ServerUpcalls getSandbox(ServerPolicyLibrary origin, UUID transactionId) throws Exception { if (!this.sandboxes.containsKey(transactionId)) { AppObjectShimServerPolicy sandbox = AppObjectShimServerPolicy.cloneInShimServerPolicy(origin.getAppObject()); this.sandboxes.put(transactionId, sandbox); } retur... | AppObjectSandboxProvider implements SandboxProvider, Serializable { @Override public ServerUpcalls getSandbox(ServerPolicyLibrary origin, UUID transactionId) throws Exception { if (!this.sandboxes.containsKey(transactionId)) { AppObjectShimServerPolicy sandbox = AppObjectShimServerPolicy.cloneInShimServerPolicy(origin.... | AppObjectSandboxProvider implements SandboxProvider, Serializable { @Override public ServerUpcalls getSandbox(ServerPolicyLibrary origin, UUID transactionId) throws Exception { if (!this.sandboxes.containsKey(transactionId)) { AppObjectShimServerPolicy sandbox = AppObjectShimServerPolicy.cloneInShimServerPolicy(origin.... | AppObjectSandboxProvider implements SandboxProvider, Serializable { @Override public ServerUpcalls getSandbox(ServerPolicyLibrary origin, UUID transactionId) throws Exception { if (!this.sandboxes.containsKey(transactionId)) { AppObjectShimServerPolicy sandbox = AppObjectShimServerPolicy.cloneInShimServerPolicy(origin.... | AppObjectSandboxProvider implements SandboxProvider, Serializable { @Override public ServerUpcalls getSandbox(ServerPolicyLibrary origin, UUID transactionId) throws Exception { if (!this.sandboxes.containsKey(transactionId)) { AppObjectShimServerPolicy sandbox = AppObjectShimServerPolicy.cloneInShimServerPolicy(origin.... |
@Test public void test_policy_saves_copy() throws Exception { Integer[] originCore = new Integer[] {1, 2, 3}; AppObject origin = new AppObject(originCore); AppObjectShimServerPolicy policy = AppObjectShimServerPolicy.cloneInShimServerPolicy(origin); AppObject retrieved = policy.getAppObject(); assertNotSame("AppObject ... | public static AppObjectShimServerPolicy cloneInShimServerPolicy(AppObject appObject) throws Exception { AppObject deepCloneAppObject = (AppObject) Utils.ObjectCloner.deepCopy(appObject); return new AppObjectShimServerPolicy(appObject, deepCloneAppObject); } | AppObjectShimServerPolicy extends DefaultPolicy.DefaultServerPolicy { public static AppObjectShimServerPolicy cloneInShimServerPolicy(AppObject appObject) throws Exception { AppObject deepCloneAppObject = (AppObject) Utils.ObjectCloner.deepCopy(appObject); return new AppObjectShimServerPolicy(appObject, deepCloneAppObj... | AppObjectShimServerPolicy extends DefaultPolicy.DefaultServerPolicy { public static AppObjectShimServerPolicy cloneInShimServerPolicy(AppObject appObject) throws Exception { AppObject deepCloneAppObject = (AppObject) Utils.ObjectCloner.deepCopy(appObject); return new AppObjectShimServerPolicy(appObject, deepCloneAppObj... | AppObjectShimServerPolicy extends DefaultPolicy.DefaultServerPolicy { public static AppObjectShimServerPolicy cloneInShimServerPolicy(AppObject appObject) throws Exception { AppObject deepCloneAppObject = (AppObject) Utils.ObjectCloner.deepCopy(appObject); return new AppObjectShimServerPolicy(appObject, deepCloneAppObj... | AppObjectShimServerPolicy extends DefaultPolicy.DefaultServerPolicy { public static AppObjectShimServerPolicy cloneInShimServerPolicy(AppObject appObject) throws Exception { AppObject deepCloneAppObject = (AppObject) Utils.ObjectCloner.deepCopy(appObject); return new AppObjectShimServerPolicy(appObject, deepCloneAppObj... |
@Test public void test_wrap_rpc_in_tx() { String method = "foo"; ArrayList<Object> params = new ArrayList<Object>(); UUID transactionId = UUID.randomUUID(); TransactionWrapper wrapper = new TransactionWrapper(transactionId, method, params); ArrayList<Object> wrappedMessage = wrapper.getRPCParams(); assertEquals(wrapped... | public ArrayList<Object> getRPCParams() { return getTransactionRPCParams(this.transactionId, this.rpcMethod, this.rpcParams); } | TransactionWrapper { public ArrayList<Object> getRPCParams() { return getTransactionRPCParams(this.transactionId, this.rpcMethod, this.rpcParams); } } | TransactionWrapper { public ArrayList<Object> getRPCParams() { return getTransactionRPCParams(this.transactionId, this.rpcMethod, this.rpcParams); } TransactionWrapper(String method, ArrayList<Object> params); TransactionWrapper(UUID txnId, String method, ArrayList<Object> params); } | TransactionWrapper { public ArrayList<Object> getRPCParams() { return getTransactionRPCParams(this.transactionId, this.rpcMethod, this.rpcParams); } TransactionWrapper(String method, ArrayList<Object> params); TransactionWrapper(UUID txnId, String method, ArrayList<Object> params); static ArrayList<Object> getTransact... | TransactionWrapper { public ArrayList<Object> getRPCParams() { return getTransactionRPCParams(this.transactionId, this.rpcMethod, this.rpcParams); } TransactionWrapper(String method, ArrayList<Object> params); TransactionWrapper(UUID txnId, String method, ArrayList<Object> params); static ArrayList<Object> getTransact... |
@Test public void test_fanout_to_all() throws Exception { participants.fanOutTransactionPrimitive(id, "tx_commit"); verify(part1).onRPC(eq("tx_rpc"), any(ArrayList.class)); ArgumentCaptor<ArrayList> argumentCaptor = ArgumentCaptor.forClass(ArrayList.class); verify(part2).onRPC(eq("tx_rpc"), argumentCaptor.capture()); A... | public void fanOutTransactionPrimitive(UUID transactionId, String primitiveMethod) throws TransactionExecutionException { ArrayList<Object> paramsTX = TransactionWrapper.getTransactionRPCParams(transactionId, primitiveMethod, null); TransactionContext.enterTransaction( transactionId, this.getParticipantManager(transact... | TwoPCLocalParticipants implements Serializable { public void fanOutTransactionPrimitive(UUID transactionId, String primitiveMethod) throws TransactionExecutionException { ArrayList<Object> paramsTX = TransactionWrapper.getTransactionRPCParams(transactionId, primitiveMethod, null); TransactionContext.enterTransaction( t... | TwoPCLocalParticipants implements Serializable { public void fanOutTransactionPrimitive(UUID transactionId, String primitiveMethod) throws TransactionExecutionException { ArrayList<Object> paramsTX = TransactionWrapper.getTransactionRPCParams(transactionId, primitiveMethod, null); TransactionContext.enterTransaction( t... | TwoPCLocalParticipants implements Serializable { public void fanOutTransactionPrimitive(UUID transactionId, String primitiveMethod) throws TransactionExecutionException { ArrayList<Object> paramsTX = TransactionWrapper.getTransactionRPCParams(transactionId, primitiveMethod, null); TransactionContext.enterTransaction( t... | TwoPCLocalParticipants implements Serializable { public void fanOutTransactionPrimitive(UUID transactionId, String primitiveMethod) throws TransactionExecutionException { ArrayList<Object> paramsTX = TransactionWrapper.getTransactionRPCParams(transactionId, primitiveMethod, null); TransactionContext.enterTransaction( t... |
@Test public void test_on_all_yes_voted() throws Exception { when(part1.onRPC(eq("tx_rpc"), any(ArrayList.class))) .thenReturn(TransactionManager.Vote.YES); when(part2.onRPC(eq("tx_rpc"), any(ArrayList.class))) .thenReturn(TransactionManager.Vote.YES); Boolean isAllYes = participants.allParticipantsVotedYes(id); assert... | public Boolean allParticipantsVotedYes(UUID transactionId) throws TransactionExecutionException { ArrayList<Object> paramsVoteReq = TransactionWrapper.getTransactionRPCParams( transactionId, TwoPCPrimitive.VoteReq, null); TransactionContext.enterTransaction( transactionId, this.getParticipantManager(transactionId)); tr... | TwoPCLocalParticipants implements Serializable { public Boolean allParticipantsVotedYes(UUID transactionId) throws TransactionExecutionException { ArrayList<Object> paramsVoteReq = TransactionWrapper.getTransactionRPCParams( transactionId, TwoPCPrimitive.VoteReq, null); TransactionContext.enterTransaction( transactionI... | TwoPCLocalParticipants implements Serializable { public Boolean allParticipantsVotedYes(UUID transactionId) throws TransactionExecutionException { ArrayList<Object> paramsVoteReq = TransactionWrapper.getTransactionRPCParams( transactionId, TwoPCPrimitive.VoteReq, null); TransactionContext.enterTransaction( transactionI... | TwoPCLocalParticipants implements Serializable { public Boolean allParticipantsVotedYes(UUID transactionId) throws TransactionExecutionException { ArrayList<Object> paramsVoteReq = TransactionWrapper.getTransactionRPCParams( transactionId, TwoPCPrimitive.VoteReq, null); TransactionContext.enterTransaction( transactionI... | TwoPCLocalParticipants implements Serializable { public Boolean allParticipantsVotedYes(UUID transactionId) throws TransactionExecutionException { ArrayList<Object> paramsVoteReq = TransactionWrapper.getTransactionRPCParams( transactionId, TwoPCPrimitive.VoteReq, null); TransactionContext.enterTransaction( transactionI... |
@Test public void test_on_any_not_yes_voted() throws Exception { when(part1.onRPC(eq("tx_rpc"), any(ArrayList.class))) .thenReturn(TransactionManager.Vote.YES); when(part2.onRPC(eq("tx_rpc"), any(ArrayList.class))) .thenReturn(TransactionManager.Vote.UNCERTIAN); Boolean isAllYes = participants.allParticipantsVotedYes(i... | public Boolean allParticipantsVotedYes(UUID transactionId) throws TransactionExecutionException { ArrayList<Object> paramsVoteReq = TransactionWrapper.getTransactionRPCParams( transactionId, TwoPCPrimitive.VoteReq, null); TransactionContext.enterTransaction( transactionId, this.getParticipantManager(transactionId)); tr... | TwoPCLocalParticipants implements Serializable { public Boolean allParticipantsVotedYes(UUID transactionId) throws TransactionExecutionException { ArrayList<Object> paramsVoteReq = TransactionWrapper.getTransactionRPCParams( transactionId, TwoPCPrimitive.VoteReq, null); TransactionContext.enterTransaction( transactionI... | TwoPCLocalParticipants implements Serializable { public Boolean allParticipantsVotedYes(UUID transactionId) throws TransactionExecutionException { ArrayList<Object> paramsVoteReq = TransactionWrapper.getTransactionRPCParams( transactionId, TwoPCPrimitive.VoteReq, null); TransactionContext.enterTransaction( transactionI... | TwoPCLocalParticipants implements Serializable { public Boolean allParticipantsVotedYes(UUID transactionId) throws TransactionExecutionException { ArrayList<Object> paramsVoteReq = TransactionWrapper.getTransactionRPCParams( transactionId, TwoPCPrimitive.VoteReq, null); TransactionContext.enterTransaction( transactionI... | TwoPCLocalParticipants implements Serializable { public Boolean allParticipantsVotedYes(UUID transactionId) throws TransactionExecutionException { ArrayList<Object> paramsVoteReq = TransactionWrapper.getTransactionRPCParams( transactionId, TwoPCPrimitive.VoteReq, null); TransactionContext.enterTransaction( transactionI... |
@Test public void test_commit_fanout() throws Exception { txManager.commit(txId); verify(this.participantsManager).fanOutTransactionPrimitive(txId, "tx_commit"); } | @Override public void commit(UUID transactionId) { this.localStatusManager.setStatus(transactionId, LocalStatus.COMMITTED); this.validator.onCommit(transactionId); try { this.localParticipantsManager.fanOutTransactionPrimitive( transactionId, TwoPCPrimitive.Commit); } catch (TransactionExecutionException e) { } this.lo... | TLSTransactionManager implements TransactionManager, Serializable { @Override public void commit(UUID transactionId) { this.localStatusManager.setStatus(transactionId, LocalStatus.COMMITTED); this.validator.onCommit(transactionId); try { this.localParticipantsManager.fanOutTransactionPrimitive( transactionId, TwoPCPrim... | TLSTransactionManager implements TransactionManager, Serializable { @Override public void commit(UUID transactionId) { this.localStatusManager.setStatus(transactionId, LocalStatus.COMMITTED); this.validator.onCommit(transactionId); try { this.localParticipantsManager.fanOutTransactionPrimitive( transactionId, TwoPCPrim... | TLSTransactionManager implements TransactionManager, Serializable { @Override public void commit(UUID transactionId) { this.localStatusManager.setStatus(transactionId, LocalStatus.COMMITTED); this.validator.onCommit(transactionId); try { this.localParticipantsManager.fanOutTransactionPrimitive( transactionId, TwoPCPrim... | TLSTransactionManager implements TransactionManager, Serializable { @Override public void commit(UUID transactionId) { this.localStatusManager.setStatus(transactionId, LocalStatus.COMMITTED); this.validator.onCommit(transactionId); try { this.localParticipantsManager.fanOutTransactionPrimitive( transactionId, TwoPCPrim... |
@Test public void testWithInLabelFailure() { NodeSelectorSpec spec = getNodeSelectorSpec(LABEL1_PREFIX + "1", Operator.In, LABEL1_PREFIX + "2"); List<InetSocketAddress> result = manager.getServers(spec); Assert.assertEquals(0, result.size()); } | public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey()); } } return nodes;... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... |
@Test public void test_vote_yes_on_all_good() throws Exception { when(this.participantsManager.allParticipantsVotedYes(any(UUID.class))).thenReturn(true); when(this.txPromiser.promises(any(UUID.class))).thenReturn(true); TwoPCLocalStatus statusManager = mock(TwoPCLocalStatus.class); when(statusManager.getStatus(txId)).... | @Override public Vote vote(UUID transactionId) throws TransactionExecutionException { LocalStatus status = this.localStatusManager.getStatus(transactionId); switch (status) { case YESVOTED: return Vote.YES; case NOVOTED: return Vote.NO; case BAD: case UNCERTAIN: this.localStatusManager.setStatus(transactionId, LocalSta... | TLSTransactionManager implements TransactionManager, Serializable { @Override public Vote vote(UUID transactionId) throws TransactionExecutionException { LocalStatus status = this.localStatusManager.getStatus(transactionId); switch (status) { case YESVOTED: return Vote.YES; case NOVOTED: return Vote.NO; case BAD: case ... | TLSTransactionManager implements TransactionManager, Serializable { @Override public Vote vote(UUID transactionId) throws TransactionExecutionException { LocalStatus status = this.localStatusManager.getStatus(transactionId); switch (status) { case YESVOTED: return Vote.YES; case NOVOTED: return Vote.NO; case BAD: case ... | TLSTransactionManager implements TransactionManager, Serializable { @Override public Vote vote(UUID transactionId) throws TransactionExecutionException { LocalStatus status = this.localStatusManager.getStatus(transactionId); switch (status) { case YESVOTED: return Vote.YES; case NOVOTED: return Vote.NO; case BAD: case ... | TLSTransactionManager implements TransactionManager, Serializable { @Override public Vote vote(UUID transactionId) throws TransactionExecutionException { LocalStatus status = this.localStatusManager.getStatus(transactionId); switch (status) { case YESVOTED: return Vote.YES; case NOVOTED: return Vote.NO; case BAD: case ... |
@Test public void test_vote_no_on_any_nogood() throws Exception { when(this.participantsManager.allParticipantsVotedYes(any(UUID.class))).thenReturn(false); TwoPCLocalStatus statusManager = mock(TwoPCLocalStatus.class); when(statusManager.getStatus(txId)).thenReturn(TwoPCLocalStatus.LocalStatus.GOOD); ReflectionTestUti... | @Override public Vote vote(UUID transactionId) throws TransactionExecutionException { LocalStatus status = this.localStatusManager.getStatus(transactionId); switch (status) { case YESVOTED: return Vote.YES; case NOVOTED: return Vote.NO; case BAD: case UNCERTAIN: this.localStatusManager.setStatus(transactionId, LocalSta... | TLSTransactionManager implements TransactionManager, Serializable { @Override public Vote vote(UUID transactionId) throws TransactionExecutionException { LocalStatus status = this.localStatusManager.getStatus(transactionId); switch (status) { case YESVOTED: return Vote.YES; case NOVOTED: return Vote.NO; case BAD: case ... | TLSTransactionManager implements TransactionManager, Serializable { @Override public Vote vote(UUID transactionId) throws TransactionExecutionException { LocalStatus status = this.localStatusManager.getStatus(transactionId); switch (status) { case YESVOTED: return Vote.YES; case NOVOTED: return Vote.NO; case BAD: case ... | TLSTransactionManager implements TransactionManager, Serializable { @Override public Vote vote(UUID transactionId) throws TransactionExecutionException { LocalStatus status = this.localStatusManager.getStatus(transactionId); switch (status) { case YESVOTED: return Vote.YES; case NOVOTED: return Vote.NO; case BAD: case ... | TLSTransactionManager implements TransactionManager, Serializable { @Override public Vote vote(UUID transactionId) throws TransactionExecutionException { LocalStatus status = this.localStatusManager.getStatus(transactionId); switch (status) { case YESVOTED: return Vote.YES; case NOVOTED: return Vote.NO; case BAD: case ... |
@Test(expected = TransactionAlreadyStartedException.class) public void test_coordinator_throws_on_reentrant() throws TransactionAlreadyStartedException { TransactionContext.enterTransaction(UUID.randomUUID(), participantManager); coordinator.beginTransaction(); } | @Override public void beginTransaction() throws TransactionAlreadyStartedException { if (TransactionContext.getCurrentTransaction() != null) { throw new TransactionAlreadyStartedException("nested transaction is unsupported."); } UUID transactionId = UUID.randomUUID(); TwoPCParticipants participants = this.localParticip... | TLS2PCCoordinator implements TwoPCCoordinator { @Override public void beginTransaction() throws TransactionAlreadyStartedException { if (TransactionContext.getCurrentTransaction() != null) { throw new TransactionAlreadyStartedException("nested transaction is unsupported."); } UUID transactionId = UUID.randomUUID(); Two... | TLS2PCCoordinator implements TwoPCCoordinator { @Override public void beginTransaction() throws TransactionAlreadyStartedException { if (TransactionContext.getCurrentTransaction() != null) { throw new TransactionAlreadyStartedException("nested transaction is unsupported."); } UUID transactionId = UUID.randomUUID(); Two... | TLS2PCCoordinator implements TwoPCCoordinator { @Override public void beginTransaction() throws TransactionAlreadyStartedException { if (TransactionContext.getCurrentTransaction() != null) { throw new TransactionAlreadyStartedException("nested transaction is unsupported."); } UUID transactionId = UUID.randomUUID(); Two... | TLS2PCCoordinator implements TwoPCCoordinator { @Override public void beginTransaction() throws TransactionAlreadyStartedException { if (TransactionContext.getCurrentTransaction() != null) { throw new TransactionAlreadyStartedException("nested transaction is unsupported."); } UUID transactionId = UUID.randomUUID(); Two... |
@Test public void test_yes_if_promise_went_well() throws Exception { when(validator.promises(transactionId)).thenReturn(true); when(participants.allParticipantsVotedYes(transactionId)).thenReturn(true); TransactionManager.Vote vote = this.coordinator.vote(transactionId); assertEquals(TransactionManager.Vote.YES, vote);... | @Override public Vote vote(UUID transactionId) throws TransactionExecutionException { try { if (!this.validator.promises(transactionId)) { return Vote.NO; } } catch (Exception e) { logger.log(Level.SEVERE, "coordinator 2PC preparation failed", e); return Vote.NO; } TransactionContext.initPrecessed(); if (this.localPart... | TLS2PCCoordinator implements TwoPCCoordinator { @Override public Vote vote(UUID transactionId) throws TransactionExecutionException { try { if (!this.validator.promises(transactionId)) { return Vote.NO; } } catch (Exception e) { logger.log(Level.SEVERE, "coordinator 2PC preparation failed", e); return Vote.NO; } Transa... | TLS2PCCoordinator implements TwoPCCoordinator { @Override public Vote vote(UUID transactionId) throws TransactionExecutionException { try { if (!this.validator.promises(transactionId)) { return Vote.NO; } } catch (Exception e) { logger.log(Level.SEVERE, "coordinator 2PC preparation failed", e); return Vote.NO; } Transa... | TLS2PCCoordinator implements TwoPCCoordinator { @Override public Vote vote(UUID transactionId) throws TransactionExecutionException { try { if (!this.validator.promises(transactionId)) { return Vote.NO; } } catch (Exception e) { logger.log(Level.SEVERE, "coordinator 2PC preparation failed", e); return Vote.NO; } Transa... | TLS2PCCoordinator implements TwoPCCoordinator { @Override public Vote vote(UUID transactionId) throws TransactionExecutionException { try { if (!this.validator.promises(transactionId)) { return Vote.NO; } } catch (Exception e) { logger.log(Level.SEVERE, "coordinator 2PC preparation failed", e); return Vote.NO; } Transa... |
@Test public void test_nogo_if_promise_rejected() throws Exception { when(validator.promises(transactionId)).thenReturn(false); when(participants.allParticipantsVotedYes(transactionId)).thenReturn(true); TransactionManager.Vote vote = this.coordinator.vote(transactionId); assertEquals(TransactionManager.Vote.NO, vote);... | @Override public Vote vote(UUID transactionId) throws TransactionExecutionException { try { if (!this.validator.promises(transactionId)) { return Vote.NO; } } catch (Exception e) { logger.log(Level.SEVERE, "coordinator 2PC preparation failed", e); return Vote.NO; } TransactionContext.initPrecessed(); if (this.localPart... | TLS2PCCoordinator implements TwoPCCoordinator { @Override public Vote vote(UUID transactionId) throws TransactionExecutionException { try { if (!this.validator.promises(transactionId)) { return Vote.NO; } } catch (Exception e) { logger.log(Level.SEVERE, "coordinator 2PC preparation failed", e); return Vote.NO; } Transa... | TLS2PCCoordinator implements TwoPCCoordinator { @Override public Vote vote(UUID transactionId) throws TransactionExecutionException { try { if (!this.validator.promises(transactionId)) { return Vote.NO; } } catch (Exception e) { logger.log(Level.SEVERE, "coordinator 2PC preparation failed", e); return Vote.NO; } Transa... | TLS2PCCoordinator implements TwoPCCoordinator { @Override public Vote vote(UUID transactionId) throws TransactionExecutionException { try { if (!this.validator.promises(transactionId)) { return Vote.NO; } } catch (Exception e) { logger.log(Level.SEVERE, "coordinator 2PC preparation failed", e); return Vote.NO; } Transa... | TLS2PCCoordinator implements TwoPCCoordinator { @Override public Vote vote(UUID transactionId) throws TransactionExecutionException { try { if (!this.validator.promises(transactionId)) { return Vote.NO; } } catch (Exception e) { logger.log(Level.SEVERE, "coordinator 2PC preparation failed", e); return Vote.NO; } Transa... |
@Test public void test_vote_yes_if_both_yes() throws Exception { when(businessObject.vote(transcationId)).thenReturn(TransactionManager.Vote.YES); when(intTxManager.vote(transcationId)).thenReturn(TransactionManager.Vote.YES); TransactionManager.Vote vote = txMgr.vote(transcationId); assertEquals(TransactionManager.Vot... | @Override public Vote vote(UUID transactionId) throws TransactionExecutionException { Vote vote = this.internalTransactionManager.vote(transactionId); if (vote.equals(Vote.YES)) { Vote voteExtResource = this.getBusinessObject(transactionId).vote(transactionId); if (!Vote.YES.equals(voteExtResource)) { logger.log(Level.... | ExtResourceTransactionManager implements TransactionManager, Serializable { @Override public Vote vote(UUID transactionId) throws TransactionExecutionException { Vote vote = this.internalTransactionManager.vote(transactionId); if (vote.equals(Vote.YES)) { Vote voteExtResource = this.getBusinessObject(transactionId).vot... | ExtResourceTransactionManager implements TransactionManager, Serializable { @Override public Vote vote(UUID transactionId) throws TransactionExecutionException { Vote vote = this.internalTransactionManager.vote(transactionId); if (vote.equals(Vote.YES)) { Vote voteExtResource = this.getBusinessObject(transactionId).vot... | ExtResourceTransactionManager implements TransactionManager, Serializable { @Override public Vote vote(UUID transactionId) throws TransactionExecutionException { Vote vote = this.internalTransactionManager.vote(transactionId); if (vote.equals(Vote.YES)) { Vote voteExtResource = this.getBusinessObject(transactionId).vot... | ExtResourceTransactionManager implements TransactionManager, Serializable { @Override public Vote vote(UUID transactionId) throws TransactionExecutionException { Vote vote = this.internalTransactionManager.vote(transactionId); if (vote.equals(Vote.YES)) { Vote voteExtResource = this.getBusinessObject(transactionId).vot... |
@Test public void test_vote_no_if_extResource_fails() throws Exception { when(intTxManager.vote(transcationId)).thenReturn(TransactionManager.Vote.YES); when(businessObject.vote(transcationId)).thenReturn(TransactionManager.Vote.UNCERTIAN); TransactionManager.Vote vote = txMgr.vote(transcationId); assertEquals(Transact... | @Override public Vote vote(UUID transactionId) throws TransactionExecutionException { Vote vote = this.internalTransactionManager.vote(transactionId); if (vote.equals(Vote.YES)) { Vote voteExtResource = this.getBusinessObject(transactionId).vote(transactionId); if (!Vote.YES.equals(voteExtResource)) { logger.log(Level.... | ExtResourceTransactionManager implements TransactionManager, Serializable { @Override public Vote vote(UUID transactionId) throws TransactionExecutionException { Vote vote = this.internalTransactionManager.vote(transactionId); if (vote.equals(Vote.YES)) { Vote voteExtResource = this.getBusinessObject(transactionId).vot... | ExtResourceTransactionManager implements TransactionManager, Serializable { @Override public Vote vote(UUID transactionId) throws TransactionExecutionException { Vote vote = this.internalTransactionManager.vote(transactionId); if (vote.equals(Vote.YES)) { Vote voteExtResource = this.getBusinessObject(transactionId).vot... | ExtResourceTransactionManager implements TransactionManager, Serializable { @Override public Vote vote(UUID transactionId) throws TransactionExecutionException { Vote vote = this.internalTransactionManager.vote(transactionId); if (vote.equals(Vote.YES)) { Vote voteExtResource = this.getBusinessObject(transactionId).vot... | ExtResourceTransactionManager implements TransactionManager, Serializable { @Override public Vote vote(UUID transactionId) throws TransactionExecutionException { Vote vote = this.internalTransactionManager.vote(transactionId); if (vote.equals(Vote.YES)) { Vote voteExtResource = this.getBusinessObject(transactionId).vot... |
@Test public void test_tx_primitive_engages_intTxMgr_and_extResource() { txMgr.commit(transcationId); verify(intTxManager, times(1)).commit(transcationId); verify(businessObject, times(1)).commit(transcationId); } | @Override public void commit(UUID transactionId) { this.getBusinessObject(transactionId).commit(transactionId); this.internalTransactionManager.commit(transactionId); } | ExtResourceTransactionManager implements TransactionManager, Serializable { @Override public void commit(UUID transactionId) { this.getBusinessObject(transactionId).commit(transactionId); this.internalTransactionManager.commit(transactionId); } } | ExtResourceTransactionManager implements TransactionManager, Serializable { @Override public void commit(UUID transactionId) { this.getBusinessObject(transactionId).commit(transactionId); this.internalTransactionManager.commit(transactionId); } ExtResourceTransactionManager(
SandboxProvider sandboxProvider,... | ExtResourceTransactionManager implements TransactionManager, Serializable { @Override public void commit(UUID transactionId) { this.getBusinessObject(transactionId).commit(transactionId); this.internalTransactionManager.commit(transactionId); } ExtResourceTransactionManager(
SandboxProvider sandboxProvider,... | ExtResourceTransactionManager implements TransactionManager, Serializable { @Override public void commit(UUID transactionId) { this.getBusinessObject(transactionId).commit(transactionId); this.internalTransactionManager.commit(transactionId); } ExtResourceTransactionManager(
SandboxProvider sandboxProvider,... |
@Test public void testWithNotInLabel() { NodeSelectorSpec spec = getNodeSelectorSpec(LABEL1_PREFIX + "1", Operator.NotIn, LABEL1_PREFIX + "2"); List<InetSocketAddress> result = manager.getServers(spec); Assert.assertEquals(1, result.size()); Assert.assertEquals(1, result.get(0).getPort()); } | public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey()); } } return nodes;... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... |
@Test public void testWithNotInLabelFailure() { NodeSelectorSpec spec = getNodeSelectorSpec(LABEL1_PREFIX + "1", Operator.NotIn, LABEL1_PREFIX + "1"); List<InetSocketAddress> result = manager.getServers(spec); Assert.assertEquals(0, result.size()); } | public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey()); } } return nodes;... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... |
@Test public void testWithExistLabel() { NodeSelectorSpec spec = getNodeSelectorSpec(LABEL1_PREFIX + "1", Operator.Exists, NON_EXISTENT_LABEL); List<InetSocketAddress> result = manager.getServers(spec); Assert.assertEquals(1, result.size()); Assert.assertEquals(1, result.get(0).getPort()); } | public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey()); } } return nodes;... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... |
@Test public void testWithExistLabelFailure() { NodeSelectorSpec spec = getNodeSelectorSpec(NON_EXISTENT_LABEL, Operator.Exists, NON_EXISTENT_LABEL); List<InetSocketAddress> result = manager.getServers(spec); Assert.assertEquals(0, result.size()); } | public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey()); } } return nodes;... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... |
@Test public void testMultiRequirementInTerm() { NodeSelectorSpec spec = new NodeSelectorSpec(); NodeSelectorTerm term = new NodeSelectorTerm(); term.addMatchRequirements( getRequirement( LABEL1_PREFIX + "1", Operator.Equal, LABEL1_PREFIX + "1")); term.addMatchRequirements( getRequirement( LABEL1_PREFIX + "1", Operator... | public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey()); } } return nodes;... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... |
@Test public void testMultiRequirementInTermFailure() { NodeSelectorSpec spec = new NodeSelectorSpec(); NodeSelectorTerm term = new NodeSelectorTerm(); term.addMatchRequirements( getRequirement( LABEL1_PREFIX + "1", Operator.Equal, LABEL1_PREFIX + "1")); term.addMatchRequirements( getRequirement( NON_EXISTENT_LABEL, Op... | public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey()); } } return nodes;... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... | KernelServerManager { public List<InetSocketAddress> getServers(NodeSelectorSpec spec) { List<InetSocketAddress> nodes = new ArrayList<InetSocketAddress>(); for (Map.Entry<InetSocketAddress, KernelServerInfo> entry : servers.entrySet()) { if (entry.getValue().config.matchNodeSelectorSpec(spec)) { nodes.add(entry.getKey... |
@Test public void testGetMembershipWilderness() throws Exception { MockApplicableRegionSet mock = new MockApplicableRegionSet(); LocalPlayer player = mock.createPlayer(); FlagValueCalculator result = mock.getFlagCalculator(); assertThat(result.getMembership(player), is(Result.NO_REGIONS)); } | public Result getMembership(RegionAssociable subject) { checkNotNull(subject); int minimumPriority = Integer.MIN_VALUE; Result result = Result.NO_REGIONS; Set<ProtectedRegion> ignoredRegions = Sets.newHashSet(); for (ProtectedRegion region : getApplicable()) { if (getPriority(region) < minimumPriority) { break; } if (g... | FlagValueCalculator { public Result getMembership(RegionAssociable subject) { checkNotNull(subject); int minimumPriority = Integer.MIN_VALUE; Result result = Result.NO_REGIONS; Set<ProtectedRegion> ignoredRegions = Sets.newHashSet(); for (ProtectedRegion region : getApplicable()) { if (getPriority(region) < minimumPrio... | FlagValueCalculator { public Result getMembership(RegionAssociable subject) { checkNotNull(subject); int minimumPriority = Integer.MIN_VALUE; Result result = Result.NO_REGIONS; Set<ProtectedRegion> ignoredRegions = Sets.newHashSet(); for (ProtectedRegion region : getApplicable()) { if (getPriority(region) < minimumPrio... | FlagValueCalculator { public Result getMembership(RegionAssociable subject) { checkNotNull(subject); int minimumPriority = Integer.MIN_VALUE; Result result = Result.NO_REGIONS; Set<ProtectedRegion> ignoredRegions = Sets.newHashSet(); for (ProtectedRegion region : getApplicable()) { if (getPriority(region) < minimumPrio... | FlagValueCalculator { public Result getMembership(RegionAssociable subject) { checkNotNull(subject); int minimumPriority = Integer.MIN_VALUE; Result result = Result.NO_REGIONS; Set<ProtectedRegion> ignoredRegions = Sets.newHashSet(); for (ProtectedRegion region : getApplicable()) { if (getPriority(region) < minimumPrio... |
@Test public void testGetMembershipPassthroughAndRegionMemberOfWithAnotherParent() throws Exception { MockApplicableRegionSet mock = new MockApplicableRegionSet(); ProtectedRegion passthrough = mock.add(0); passthrough.setFlag(Flags.PASSTHROUGH, State.ALLOW); ProtectedRegion parent = mock.add(0); ProtectedRegion region... | public Result getMembership(RegionAssociable subject) { checkNotNull(subject); int minimumPriority = Integer.MIN_VALUE; Result result = Result.NO_REGIONS; Set<ProtectedRegion> ignoredRegions = Sets.newHashSet(); for (ProtectedRegion region : getApplicable()) { if (getPriority(region) < minimumPriority) { break; } if (g... | FlagValueCalculator { public Result getMembership(RegionAssociable subject) { checkNotNull(subject); int minimumPriority = Integer.MIN_VALUE; Result result = Result.NO_REGIONS; Set<ProtectedRegion> ignoredRegions = Sets.newHashSet(); for (ProtectedRegion region : getApplicable()) { if (getPriority(region) < minimumPrio... | FlagValueCalculator { public Result getMembership(RegionAssociable subject) { checkNotNull(subject); int minimumPriority = Integer.MIN_VALUE; Result result = Result.NO_REGIONS; Set<ProtectedRegion> ignoredRegions = Sets.newHashSet(); for (ProtectedRegion region : getApplicable()) { if (getPriority(region) < minimumPrio... | FlagValueCalculator { public Result getMembership(RegionAssociable subject) { checkNotNull(subject); int minimumPriority = Integer.MIN_VALUE; Result result = Result.NO_REGIONS; Set<ProtectedRegion> ignoredRegions = Sets.newHashSet(); for (ProtectedRegion region : getApplicable()) { if (getPriority(region) < minimumPrio... | FlagValueCalculator { public Result getMembership(RegionAssociable subject) { checkNotNull(subject); int minimumPriority = Integer.MIN_VALUE; Result result = Result.NO_REGIONS; Set<ProtectedRegion> ignoredRegions = Sets.newHashSet(); for (ProtectedRegion region : getApplicable()) { if (getPriority(region) < minimumPrio... |
@Test public void testGetMembershipPassthroughAndRegionMemberOfWithAnotherChild() throws Exception { MockApplicableRegionSet mock = new MockApplicableRegionSet(); ProtectedRegion passthrough = mock.add(0); passthrough.setFlag(Flags.PASSTHROUGH, State.ALLOW); ProtectedRegion parent = mock.add(0); ProtectedRegion region ... | public Result getMembership(RegionAssociable subject) { checkNotNull(subject); int minimumPriority = Integer.MIN_VALUE; Result result = Result.NO_REGIONS; Set<ProtectedRegion> ignoredRegions = Sets.newHashSet(); for (ProtectedRegion region : getApplicable()) { if (getPriority(region) < minimumPriority) { break; } if (g... | FlagValueCalculator { public Result getMembership(RegionAssociable subject) { checkNotNull(subject); int minimumPriority = Integer.MIN_VALUE; Result result = Result.NO_REGIONS; Set<ProtectedRegion> ignoredRegions = Sets.newHashSet(); for (ProtectedRegion region : getApplicable()) { if (getPriority(region) < minimumPrio... | FlagValueCalculator { public Result getMembership(RegionAssociable subject) { checkNotNull(subject); int minimumPriority = Integer.MIN_VALUE; Result result = Result.NO_REGIONS; Set<ProtectedRegion> ignoredRegions = Sets.newHashSet(); for (ProtectedRegion region : getApplicable()) { if (getPriority(region) < minimumPrio... | FlagValueCalculator { public Result getMembership(RegionAssociable subject) { checkNotNull(subject); int minimumPriority = Integer.MIN_VALUE; Result result = Result.NO_REGIONS; Set<ProtectedRegion> ignoredRegions = Sets.newHashSet(); for (ProtectedRegion region : getApplicable()) { if (getPriority(region) < minimumPrio... | FlagValueCalculator { public Result getMembership(RegionAssociable subject) { checkNotNull(subject); int minimumPriority = Integer.MIN_VALUE; Result result = Result.NO_REGIONS; Set<ProtectedRegion> ignoredRegions = Sets.newHashSet(); for (ProtectedRegion region : getApplicable()) { if (getPriority(region) < minimumPrio... |
@Test public void testGetMembershipPassthroughAndRegionMemberOfWithAnotherChildAndAnother() throws Exception { MockApplicableRegionSet mock = new MockApplicableRegionSet(); ProtectedRegion passthrough = mock.add(0); passthrough.setFlag(Flags.PASSTHROUGH, State.ALLOW); ProtectedRegion parent = mock.add(0); ProtectedRegi... | public Result getMembership(RegionAssociable subject) { checkNotNull(subject); int minimumPriority = Integer.MIN_VALUE; Result result = Result.NO_REGIONS; Set<ProtectedRegion> ignoredRegions = Sets.newHashSet(); for (ProtectedRegion region : getApplicable()) { if (getPriority(region) < minimumPriority) { break; } if (g... | FlagValueCalculator { public Result getMembership(RegionAssociable subject) { checkNotNull(subject); int minimumPriority = Integer.MIN_VALUE; Result result = Result.NO_REGIONS; Set<ProtectedRegion> ignoredRegions = Sets.newHashSet(); for (ProtectedRegion region : getApplicable()) { if (getPriority(region) < minimumPrio... | FlagValueCalculator { public Result getMembership(RegionAssociable subject) { checkNotNull(subject); int minimumPriority = Integer.MIN_VALUE; Result result = Result.NO_REGIONS; Set<ProtectedRegion> ignoredRegions = Sets.newHashSet(); for (ProtectedRegion region : getApplicable()) { if (getPriority(region) < minimumPrio... | FlagValueCalculator { public Result getMembership(RegionAssociable subject) { checkNotNull(subject); int minimumPriority = Integer.MIN_VALUE; Result result = Result.NO_REGIONS; Set<ProtectedRegion> ignoredRegions = Sets.newHashSet(); for (ProtectedRegion region : getApplicable()) { if (getPriority(region) < minimumPrio... | FlagValueCalculator { public Result getMembership(RegionAssociable subject) { checkNotNull(subject); int minimumPriority = Integer.MIN_VALUE; Result result = Result.NO_REGIONS; Set<ProtectedRegion> ignoredRegions = Sets.newHashSet(); for (ProtectedRegion region : getApplicable()) { if (getPriority(region) < minimumPrio... |
@Test public void testGetMembershipThirdPriorityLower() throws Exception { MockApplicableRegionSet mock = new MockApplicableRegionSet(); ProtectedRegion passthrough = mock.add(0); passthrough.setFlag(Flags.PASSTHROUGH, State.ALLOW); ProtectedRegion parent = mock.add(0); ProtectedRegion region = mock.add(0); region.setP... | public Result getMembership(RegionAssociable subject) { checkNotNull(subject); int minimumPriority = Integer.MIN_VALUE; Result result = Result.NO_REGIONS; Set<ProtectedRegion> ignoredRegions = Sets.newHashSet(); for (ProtectedRegion region : getApplicable()) { if (getPriority(region) < minimumPriority) { break; } if (g... | FlagValueCalculator { public Result getMembership(RegionAssociable subject) { checkNotNull(subject); int minimumPriority = Integer.MIN_VALUE; Result result = Result.NO_REGIONS; Set<ProtectedRegion> ignoredRegions = Sets.newHashSet(); for (ProtectedRegion region : getApplicable()) { if (getPriority(region) < minimumPrio... | FlagValueCalculator { public Result getMembership(RegionAssociable subject) { checkNotNull(subject); int minimumPriority = Integer.MIN_VALUE; Result result = Result.NO_REGIONS; Set<ProtectedRegion> ignoredRegions = Sets.newHashSet(); for (ProtectedRegion region : getApplicable()) { if (getPriority(region) < minimumPrio... | FlagValueCalculator { public Result getMembership(RegionAssociable subject) { checkNotNull(subject); int minimumPriority = Integer.MIN_VALUE; Result result = Result.NO_REGIONS; Set<ProtectedRegion> ignoredRegions = Sets.newHashSet(); for (ProtectedRegion region : getApplicable()) { if (getPriority(region) < minimumPrio... | FlagValueCalculator { public Result getMembership(RegionAssociable subject) { checkNotNull(subject); int minimumPriority = Integer.MIN_VALUE; Result result = Result.NO_REGIONS; Set<ProtectedRegion> ignoredRegions = Sets.newHashSet(); for (ProtectedRegion region : getApplicable()) { if (getPriority(region) < minimumPrio... |
@Test public void testQueryStateWilderness() throws Exception { MockApplicableRegionSet mock = new MockApplicableRegionSet(); StateFlag flag1 = new StateFlag("test1", false); StateFlag flag2 = new StateFlag("test2", true); FlagValueCalculator result = mock.getFlagCalculator(); assertThat(result.queryState(null, flag1),... | @Nullable public State queryState(@Nullable RegionAssociable subject, StateFlag... flags) { State value = null; for (StateFlag flag : flags) { value = StateFlag.combine(value, queryValue(subject, flag)); if (value == State.DENY) { break; } } return value; } | FlagValueCalculator { @Nullable public State queryState(@Nullable RegionAssociable subject, StateFlag... flags) { State value = null; for (StateFlag flag : flags) { value = StateFlag.combine(value, queryValue(subject, flag)); if (value == State.DENY) { break; } } return value; } } | FlagValueCalculator { @Nullable public State queryState(@Nullable RegionAssociable subject, StateFlag... flags) { State value = null; for (StateFlag flag : flags) { value = StateFlag.combine(value, queryValue(subject, flag)); if (value == State.DENY) { break; } } return value; } FlagValueCalculator(List<ProtectedRegion... | FlagValueCalculator { @Nullable public State queryState(@Nullable RegionAssociable subject, StateFlag... flags) { State value = null; for (StateFlag flag : flags) { value = StateFlag.combine(value, queryValue(subject, flag)); if (value == State.DENY) { break; } } return value; } FlagValueCalculator(List<ProtectedRegion... | FlagValueCalculator { @Nullable public State queryState(@Nullable RegionAssociable subject, StateFlag... flags) { State value = null; for (StateFlag flag : flags) { value = StateFlag.combine(value, queryValue(subject, flag)); if (value == State.DENY) { break; } } return value; } FlagValueCalculator(List<ProtectedRegion... |
@Test public void testQueryValueSingleRegion() throws Exception { MockApplicableRegionSet mock = new MockApplicableRegionSet(); StateFlag flag1 = new StateFlag("test1", false); StateFlag flag2 = new StateFlag("test2", false); ProtectedRegion region = mock.add(0); region.setFlag(flag2, State.DENY); FlagValueCalculator r... | @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... |
@Test public void testQueryValueDenyOverridesAllow() throws Exception { MockApplicableRegionSet mock = new MockApplicableRegionSet(); StateFlag flag1 = new StateFlag("test1", false); StateFlag flag2 = new StateFlag("test2", false); ProtectedRegion region = mock.add(0); region.setFlag(flag2, State.DENY); region = mock.a... | @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... |
@Test public void testQueryValueAllowOverridesNone() throws Exception { MockApplicableRegionSet mock = new MockApplicableRegionSet(); ProtectedRegion region = mock.add(0); StateFlag flag1 = new StateFlag("test1", false); StateFlag flag2 = new StateFlag("test2", false); region = mock.add(0); region.setFlag(flag2, State.... | @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... |
@Test public void testQueryValueMultipleFlags() throws Exception { MockApplicableRegionSet mock = new MockApplicableRegionSet(); StateFlag flag1 = new StateFlag("test1", false); StateFlag flag2 = new StateFlag("test2", false); StateFlag flag3 = new StateFlag("test3", false); ProtectedRegion region = mock.add(0); region... | @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... |
@Test public void testQueryValueFlagsWithRegionGroupsAndInheritance() throws Exception { MockApplicableRegionSet mock = new MockApplicableRegionSet(); StateFlag flag1 = new StateFlag("test1", false); LocalPlayer nonMember = mock.createPlayer(); LocalPlayer member = mock.createPlayer(); ProtectedRegion parent = mock.add... | @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... |
@Test public void testGetMembershipWildernessWithGlobalRegion() throws Exception { MockApplicableRegionSet mock = new MockApplicableRegionSet(); LocalPlayer player = mock.createPlayer(); ProtectedRegion global = mock.global(); FlagValueCalculator result = mock.getFlagCalculator(); assertThat(result.getMembership(player... | public Result getMembership(RegionAssociable subject) { checkNotNull(subject); int minimumPriority = Integer.MIN_VALUE; Result result = Result.NO_REGIONS; Set<ProtectedRegion> ignoredRegions = Sets.newHashSet(); for (ProtectedRegion region : getApplicable()) { if (getPriority(region) < minimumPriority) { break; } if (g... | FlagValueCalculator { public Result getMembership(RegionAssociable subject) { checkNotNull(subject); int minimumPriority = Integer.MIN_VALUE; Result result = Result.NO_REGIONS; Set<ProtectedRegion> ignoredRegions = Sets.newHashSet(); for (ProtectedRegion region : getApplicable()) { if (getPriority(region) < minimumPrio... | FlagValueCalculator { public Result getMembership(RegionAssociable subject) { checkNotNull(subject); int minimumPriority = Integer.MIN_VALUE; Result result = Result.NO_REGIONS; Set<ProtectedRegion> ignoredRegions = Sets.newHashSet(); for (ProtectedRegion region : getApplicable()) { if (getPriority(region) < minimumPrio... | FlagValueCalculator { public Result getMembership(RegionAssociable subject) { checkNotNull(subject); int minimumPriority = Integer.MIN_VALUE; Result result = Result.NO_REGIONS; Set<ProtectedRegion> ignoredRegions = Sets.newHashSet(); for (ProtectedRegion region : getApplicable()) { if (getPriority(region) < minimumPrio... | FlagValueCalculator { public Result getMembership(RegionAssociable subject) { checkNotNull(subject); int minimumPriority = Integer.MIN_VALUE; Result result = Result.NO_REGIONS; Set<ProtectedRegion> ignoredRegions = Sets.newHashSet(); for (ProtectedRegion region : getApplicable()) { if (getPriority(region) < minimumPrio... |
@Test public void testQueryValueFlagsWithRegionGroupsAndInheritanceAndParentMember() throws Exception { MockApplicableRegionSet mock = new MockApplicableRegionSet(); StateFlag flag1 = new StateFlag("test1", false); LocalPlayer nonMember = mock.createPlayer(); LocalPlayer memberOne = mock.createPlayer(); LocalPlayer mem... | @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... |
@Test public void testQueryValueFlagsWithRegionGroupsAndPriority() throws Exception { MockApplicableRegionSet mock = new MockApplicableRegionSet(); StateFlag flag1 = new StateFlag("test1", false); LocalPlayer nonMember = mock.createPlayer(); LocalPlayer member = mock.createPlayer(); ProtectedRegion lower = mock.add(-1)... | @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... |
@Test public void testQueryValueFlagsWithRegionGroupsAndPriorityAndOveride() throws Exception { MockApplicableRegionSet mock = new MockApplicableRegionSet(); StateFlag flag1 = new StateFlag("test1", false); LocalPlayer nonMember = mock.createPlayer(); LocalPlayer member = mock.createPlayer(); ProtectedRegion lower = mo... | @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... |
@Test public void testQueryValueStringFlag() throws Exception { MockApplicableRegionSet mock = new MockApplicableRegionSet(); StringFlag stringFlag1 = new StringFlag("string1"); StringFlag stringFlag2 = new StringFlag("string2"); StateFlag flag1 = new StateFlag("test1", false); ProtectedRegion region = mock.add(0); reg... | @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... |
@Test public void testQueryValueEmptyGlobalRegion() throws Exception { MockApplicableRegionSet mock = new MockApplicableRegionSet(); StateFlag flag = new StateFlag("test", true); ProtectedRegion global = mock.global(); FlagValueCalculator result = mock.getFlagCalculator(); assertThat(result.queryValue(null, flag), is(S... | @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... |
@Test public void testQueryValueGlobalRegionAllow() throws Exception { MockApplicableRegionSet mock = new MockApplicableRegionSet(); StateFlag flag = new StateFlag("test", true); ProtectedRegion global = mock.global(); global.setFlag(flag, State.ALLOW); FlagValueCalculator result = mock.getFlagCalculator(); assertThat(... | @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... |
@Test public void testQueryValueGlobalRegionDeny() throws Exception { MockApplicableRegionSet mock = new MockApplicableRegionSet(); StateFlag flag = new StateFlag("test", true); ProtectedRegion global = mock.global(); global.setFlag(flag, State.DENY); FlagValueCalculator result = mock.getFlagCalculator(); assertThat(re... | @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... |
@Test public void testQueryValueStringFlagWithGlobalRegion() throws Exception { MockApplicableRegionSet mock = new MockApplicableRegionSet(); StringFlag flag = new StringFlag("test"); ProtectedRegion global = mock.global(); FlagValueCalculator result = mock.getFlagCalculator(); assertThat(result.queryValue(null, flag),... | @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... |
@Test public void testQueryValueStringFlagWithGlobalRegionValueSet() throws Exception { MockApplicableRegionSet mock = new MockApplicableRegionSet(); StringFlag flag = new StringFlag("test"); ProtectedRegion global = mock.global(); global.setFlag(flag, "hello"); FlagValueCalculator result = mock.getFlagCalculator(); as... | @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... |
@Test public void testQueryValueStringFlagWithGlobalRegionAndRegion() throws Exception { MockApplicableRegionSet mock = new MockApplicableRegionSet(); StringFlag flag = new StringFlag("test"); ProtectedRegion global = mock.global(); global.setFlag(flag, "hello"); ProtectedRegion region = mock.add(0); FlagValueCalculato... | @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... |
@Test public void testGetMembershipGlobalRegion() throws Exception { MockApplicableRegionSet mock = new MockApplicableRegionSet(); ProtectedRegion global = mock.global(); LocalPlayer player = mock.createPlayer(); FlagValueCalculator result = mock.getFlagCalculator(); assertThat(result.getMembership(player), is(Result.N... | public Result getMembership(RegionAssociable subject) { checkNotNull(subject); int minimumPriority = Integer.MIN_VALUE; Result result = Result.NO_REGIONS; Set<ProtectedRegion> ignoredRegions = Sets.newHashSet(); for (ProtectedRegion region : getApplicable()) { if (getPriority(region) < minimumPriority) { break; } if (g... | FlagValueCalculator { public Result getMembership(RegionAssociable subject) { checkNotNull(subject); int minimumPriority = Integer.MIN_VALUE; Result result = Result.NO_REGIONS; Set<ProtectedRegion> ignoredRegions = Sets.newHashSet(); for (ProtectedRegion region : getApplicable()) { if (getPriority(region) < minimumPrio... | FlagValueCalculator { public Result getMembership(RegionAssociable subject) { checkNotNull(subject); int minimumPriority = Integer.MIN_VALUE; Result result = Result.NO_REGIONS; Set<ProtectedRegion> ignoredRegions = Sets.newHashSet(); for (ProtectedRegion region : getApplicable()) { if (getPriority(region) < minimumPrio... | FlagValueCalculator { public Result getMembership(RegionAssociable subject) { checkNotNull(subject); int minimumPriority = Integer.MIN_VALUE; Result result = Result.NO_REGIONS; Set<ProtectedRegion> ignoredRegions = Sets.newHashSet(); for (ProtectedRegion region : getApplicable()) { if (getPriority(region) < minimumPrio... | FlagValueCalculator { public Result getMembership(RegionAssociable subject) { checkNotNull(subject); int minimumPriority = Integer.MIN_VALUE; Result result = Result.NO_REGIONS; Set<ProtectedRegion> ignoredRegions = Sets.newHashSet(); for (ProtectedRegion region : getApplicable()) { if (getPriority(region) < minimumPrio... |
@Test public void testQueryValueStringFlagWithGlobalRegionAndRegionOverride() throws Exception { MockApplicableRegionSet mock = new MockApplicableRegionSet(); StringFlag flag = new StringFlag("test"); ProtectedRegion global = mock.global(); global.setFlag(flag, "hello"); ProtectedRegion region = mock.add(0); region.set... | @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... |
@Test public void testQueryValueStringFlagWithEverything() throws Exception { MockApplicableRegionSet mock = new MockApplicableRegionSet(); StringFlag flag = new StringFlag("test", RegionGroup.ALL); ProtectedRegion global = mock.global(); global.setFlag(flag, "hello"); ProtectedRegion parent = mock.add(0); parent.setFl... | @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... |
@Test public void testQueryValueBuildFlagWilderness() throws Exception { MockApplicableRegionSet mock = new MockApplicableRegionSet(); LocalPlayer nonMember = mock.createPlayer(); FlagValueCalculator result = mock.getFlagCalculator(); assertThat(result.queryValue(nonMember, Flags.BUILD), is(State.ALLOW)); } | @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... |
@Test public void testQueryValueBuildFlagWildernessAndGlobalRegion() throws Exception { MockApplicableRegionSet mock = new MockApplicableRegionSet(); LocalPlayer nonMember = mock.createPlayer(); ProtectedRegion global = mock.global(); FlagValueCalculator result = mock.getFlagCalculator(); assertThat(result.queryValue(n... | @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... |
@Test public void testQueryValueBuildFlagWildernessAndGlobalRegionDeny() throws Exception { MockApplicableRegionSet mock = new MockApplicableRegionSet(); LocalPlayer nonMember = mock.createPlayer(); ProtectedRegion global = mock.global(); global.setFlag(Flags.BUILD, State.DENY); FlagValueCalculator result = mock.getFla... | @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... |
@Test public void testQueryValueBuildFlagWildernessAndGlobalRegionAllow() throws Exception { MockApplicableRegionSet mock = new MockApplicableRegionSet(); LocalPlayer nonMember = mock.createPlayer(); ProtectedRegion global = mock.global(); global.setFlag(Flags.BUILD, State.ALLOW); FlagValueCalculator result = mock.getF... | @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... |
@Test public void testQueryValueBuildFlagWildernessAndGlobalRegionMembership() throws Exception { MockApplicableRegionSet mock = new MockApplicableRegionSet(); LocalPlayer nonMember = mock.createPlayer(); LocalPlayer member = mock.createPlayer(); ProtectedRegion global = mock.global(); global.getMembers().addPlayer(mem... | @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... |
@Test public void testQueryValueBuildFlagWildernessAndGlobalRegionMembershipAndDeny() throws Exception { MockApplicableRegionSet mock = new MockApplicableRegionSet(); LocalPlayer nonMember = mock.createPlayer(); LocalPlayer member = mock.createPlayer(); ProtectedRegion global = mock.global(); global.getMembers().addPla... | @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... |
@Test public void testQueryValueBuildFlagWildernessAndGlobalRegionMembershipAndAllow() throws Exception { MockApplicableRegionSet mock = new MockApplicableRegionSet(); LocalPlayer nonMember = mock.createPlayer(); LocalPlayer member = mock.createPlayer(); ProtectedRegion global = mock.global(); global.getMembers().addPl... | @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... |
@Test public void testQueryValueBuildFlagRegion() throws Exception { MockApplicableRegionSet mock = new MockApplicableRegionSet(); LocalPlayer nonMember = mock.createPlayer(); LocalPlayer member = mock.createPlayer(); ProtectedRegion region = mock.add(0); region.getMembers().addPlayer(member); FlagValueCalculator resul... | @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... |
@Test public void testGetMembershipGlobalRegionAndRegion() throws Exception { MockApplicableRegionSet mock = new MockApplicableRegionSet(); ProtectedRegion global = mock.global(); ProtectedRegion region = mock.add(0); LocalPlayer player = mock.createPlayer(); FlagValueCalculator result = mock.getFlagCalculator(); asser... | public Result getMembership(RegionAssociable subject) { checkNotNull(subject); int minimumPriority = Integer.MIN_VALUE; Result result = Result.NO_REGIONS; Set<ProtectedRegion> ignoredRegions = Sets.newHashSet(); for (ProtectedRegion region : getApplicable()) { if (getPriority(region) < minimumPriority) { break; } if (g... | FlagValueCalculator { public Result getMembership(RegionAssociable subject) { checkNotNull(subject); int minimumPriority = Integer.MIN_VALUE; Result result = Result.NO_REGIONS; Set<ProtectedRegion> ignoredRegions = Sets.newHashSet(); for (ProtectedRegion region : getApplicable()) { if (getPriority(region) < minimumPrio... | FlagValueCalculator { public Result getMembership(RegionAssociable subject) { checkNotNull(subject); int minimumPriority = Integer.MIN_VALUE; Result result = Result.NO_REGIONS; Set<ProtectedRegion> ignoredRegions = Sets.newHashSet(); for (ProtectedRegion region : getApplicable()) { if (getPriority(region) < minimumPrio... | FlagValueCalculator { public Result getMembership(RegionAssociable subject) { checkNotNull(subject); int minimumPriority = Integer.MIN_VALUE; Result result = Result.NO_REGIONS; Set<ProtectedRegion> ignoredRegions = Sets.newHashSet(); for (ProtectedRegion region : getApplicable()) { if (getPriority(region) < minimumPrio... | FlagValueCalculator { public Result getMembership(RegionAssociable subject) { checkNotNull(subject); int minimumPriority = Integer.MIN_VALUE; Result result = Result.NO_REGIONS; Set<ProtectedRegion> ignoredRegions = Sets.newHashSet(); for (ProtectedRegion region : getApplicable()) { if (getPriority(region) < minimumPrio... |
@Test public void testQueryValueBuildFlagRegionsOverlapping() throws Exception { MockApplicableRegionSet mock = new MockApplicableRegionSet(); LocalPlayer nonMember = mock.createPlayer(); LocalPlayer memberOne = mock.createPlayer(); LocalPlayer memberBoth = mock.createPlayer(); ProtectedRegion region = mock.add(0); reg... | @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... |
@Test public void testQueryValueBuildFlagRegionsOverlappingDifferingPriority() throws Exception { MockApplicableRegionSet mock = new MockApplicableRegionSet(); LocalPlayer nonMember = mock.createPlayer(); LocalPlayer memberOne = mock.createPlayer(); LocalPlayer memberBoth = mock.createPlayer(); ProtectedRegion region =... | @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... |
@Test public void testQueryValueBuildFlagRegionsOverlappingInheritanceFromParent() throws Exception { MockApplicableRegionSet mock = new MockApplicableRegionSet(); LocalPlayer nonMember = mock.createPlayer(); LocalPlayer memberOne = mock.createPlayer(); LocalPlayer memberBoth = mock.createPlayer(); ProtectedRegion pare... | @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... |
@Test public void testQueryValueBuildFlagRegionsOverlappingInheritanceFromChild() throws Exception { MockApplicableRegionSet mock = new MockApplicableRegionSet(); LocalPlayer nonMember = mock.createPlayer(); LocalPlayer memberOne = mock.createPlayer(); LocalPlayer memberBoth = mock.createPlayer(); ProtectedRegion paren... | @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... |
@Test public void testQueryValueBuildFlagRegionsOverlappingInheritanceFromChildAndPriority() throws Exception { MockApplicableRegionSet mock = new MockApplicableRegionSet(); LocalPlayer nonMember = mock.createPlayer(); LocalPlayer memberOne = mock.createPlayer(); LocalPlayer memberBoth = mock.createPlayer(); ProtectedR... | @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... |
@Test public void testQueryValueBuildFlagRegionsOverlappingInheritanceFromChildAndPriorityPassthrough() throws Exception { MockApplicableRegionSet mock = new MockApplicableRegionSet(); LocalPlayer nonMember = mock.createPlayer(); LocalPlayer memberOne = mock.createPlayer(); LocalPlayer memberBoth = mock.createPlayer();... | @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... |
@Test public void testQueryValueBuildFlagRegionsOverlappingAndGlobalRegion() throws Exception { MockApplicableRegionSet mock = new MockApplicableRegionSet(); LocalPlayer nonMember = mock.createPlayer(); LocalPlayer memberOne = mock.createPlayer(); LocalPlayer memberBoth = mock.createPlayer(); ProtectedRegion global = m... | @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); } | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... | FlagValueCalculator { @Nullable public <V> V queryValue(@Nullable RegionAssociable subject, Flag<V> flag) { Collection<V> values = queryAllValues(subject, flag, true); return flag.chooseValue(values); } FlagValueCalculator(List<ProtectedRegion> regions, @Nullable ProtectedRegion globalRegion); Result getMembership(Regi... |
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