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 createFolderDupe() throws Exception { try { api.createFolder(TESTS_DIR); assert false : "Able to create duplicate folder"; } catch (DropboxServerException e) { if (e.error != DropboxServerException._403_FORBIDDEN) { assert false: "Unexpected Dropbox Server Error: " + e.toString(); } } catch (DropboxEx... | public Entry createFolder(String path) throws DropboxException { assertAuthenticated(); String[] params = {"root", session.getAccessType().toString(), "path", path, "locale", session.getLocale().toString()}; @SuppressWarnings("unchecked") Map<String, Object> resp = (Map<String, Object>) RESTUtility.request( RequestMeth... | DropboxAPI { public Entry createFolder(String path) throws DropboxException { assertAuthenticated(); String[] params = {"root", session.getAccessType().toString(), "path", path, "locale", session.getLocale().toString()}; @SuppressWarnings("unchecked") Map<String, Object> resp = (Map<String, Object>) RESTUtility.request... | DropboxAPI { public Entry createFolder(String path) throws DropboxException { assertAuthenticated(); String[] params = {"root", session.getAccessType().toString(), "path", path, "locale", session.getLocale().toString()}; @SuppressWarnings("unchecked") Map<String, Object> resp = (Map<String, Object>) RESTUtility.request... | DropboxAPI { public Entry createFolder(String path) throws DropboxException { assertAuthenticated(); String[] params = {"root", session.getAccessType().toString(), "path", path, "locale", session.getLocale().toString()}; @SuppressWarnings("unchecked") Map<String, Object> resp = (Map<String, Object>) RESTUtility.request... | DropboxAPI { public Entry createFolder(String path) throws DropboxException { assertAuthenticated(); String[] params = {"root", session.getAccessType().toString(), "path", path, "locale", session.getLocale().toString()}; @SuppressWarnings("unchecked") Map<String, Object> resp = (Map<String, Object>) RESTUtility.request... |
@Test public void getMetadata() throws Exception { String path = TESTS_DIR + "/metadatasong.mp3"; uploadFile(song, path); api.metadata(path, 1000, null, true, null); } | public Entry metadata(String path, int fileLimit, String hash, boolean list, String rev) throws DropboxException { assertAuthenticated(); if (fileLimit <= 0) { fileLimit = METADATA_DEFAULT_LIMIT; } String[] params = { "file_limit", String.valueOf(fileLimit), "hash", hash, "list", String.valueOf(list), "rev", rev, "loca... | DropboxAPI { public Entry metadata(String path, int fileLimit, String hash, boolean list, String rev) throws DropboxException { assertAuthenticated(); if (fileLimit <= 0) { fileLimit = METADATA_DEFAULT_LIMIT; } String[] params = { "file_limit", String.valueOf(fileLimit), "hash", hash, "list", String.valueOf(list), "rev... | DropboxAPI { public Entry metadata(String path, int fileLimit, String hash, boolean list, String rev) throws DropboxException { assertAuthenticated(); if (fileLimit <= 0) { fileLimit = METADATA_DEFAULT_LIMIT; } String[] params = { "file_limit", String.valueOf(fileLimit), "hash", hash, "list", String.valueOf(list), "rev... | DropboxAPI { public Entry metadata(String path, int fileLimit, String hash, boolean list, String rev) throws DropboxException { assertAuthenticated(); if (fileLimit <= 0) { fileLimit = METADATA_DEFAULT_LIMIT; } String[] params = { "file_limit", String.valueOf(fileLimit), "hash", hash, "list", String.valueOf(list), "rev... | DropboxAPI { public Entry metadata(String path, int fileLimit, String hash, boolean list, String rev) throws DropboxException { assertAuthenticated(); if (fileLimit <= 0) { fileLimit = METADATA_DEFAULT_LIMIT; } String[] params = { "file_limit", String.valueOf(fileLimit), "hash", hash, "list", String.valueOf(list), "rev... |
@Test public void getMetadataCached() throws Exception { try { Entry ent = api.metadata(TESTS_DIR, 1000, null, true, null); api.metadata(TESTS_DIR, 1000, ent.hash, true, null); assert false : "Directory should have been cached"; } catch (DropboxServerException e) { if (e.error != DropboxServerException._304_NOT_MODIFIE... | public Entry metadata(String path, int fileLimit, String hash, boolean list, String rev) throws DropboxException { assertAuthenticated(); if (fileLimit <= 0) { fileLimit = METADATA_DEFAULT_LIMIT; } String[] params = { "file_limit", String.valueOf(fileLimit), "hash", hash, "list", String.valueOf(list), "rev", rev, "loca... | DropboxAPI { public Entry metadata(String path, int fileLimit, String hash, boolean list, String rev) throws DropboxException { assertAuthenticated(); if (fileLimit <= 0) { fileLimit = METADATA_DEFAULT_LIMIT; } String[] params = { "file_limit", String.valueOf(fileLimit), "hash", hash, "list", String.valueOf(list), "rev... | DropboxAPI { public Entry metadata(String path, int fileLimit, String hash, boolean list, String rev) throws DropboxException { assertAuthenticated(); if (fileLimit <= 0) { fileLimit = METADATA_DEFAULT_LIMIT; } String[] params = { "file_limit", String.valueOf(fileLimit), "hash", hash, "list", String.valueOf(list), "rev... | DropboxAPI { public Entry metadata(String path, int fileLimit, String hash, boolean list, String rev) throws DropboxException { assertAuthenticated(); if (fileLimit <= 0) { fileLimit = METADATA_DEFAULT_LIMIT; } String[] params = { "file_limit", String.valueOf(fileLimit), "hash", hash, "list", String.valueOf(list), "rev... | DropboxAPI { public Entry metadata(String path, int fileLimit, String hash, boolean list, String rev) throws DropboxException { assertAuthenticated(); if (fileLimit <= 0) { fileLimit = METADATA_DEFAULT_LIMIT; } String[] params = { "file_limit", String.valueOf(fileLimit), "hash", hash, "list", String.valueOf(list), "rev... |
@Test public void putFile() throws Exception { assertPutFile(foo, TESTS_DIR + "/putfoo.txt"); assertPutFile(frog, TESTS_DIR + "/putfrog.jpg"); assertPutFile(song, TESTS_DIR + "/putsong.mp3"); } | public Entry putFile(String path, InputStream is, long length, String parentRev, ProgressListener listener) throws DropboxException { UploadRequest request = putFileRequest(path, is, length, parentRev, listener); return request.upload(); } | DropboxAPI { public Entry putFile(String path, InputStream is, long length, String parentRev, ProgressListener listener) throws DropboxException { UploadRequest request = putFileRequest(path, is, length, parentRev, listener); return request.upload(); } } | DropboxAPI { public Entry putFile(String path, InputStream is, long length, String parentRev, ProgressListener listener) throws DropboxException { UploadRequest request = putFileRequest(path, is, length, parentRev, listener); return request.upload(); } DropboxAPI(SESS_T session); } | DropboxAPI { public Entry putFile(String path, InputStream is, long length, String parentRev, ProgressListener listener) throws DropboxException { UploadRequest request = putFileRequest(path, is, length, parentRev, listener); return request.upload(); } DropboxAPI(SESS_T session); ChunkedUploader getChunkedUploader(Inpu... | DropboxAPI { public Entry putFile(String path, InputStream is, long length, String parentRev, ProgressListener listener) throws DropboxException { UploadRequest request = putFileRequest(path, is, length, parentRev, listener); return request.upload(); } DropboxAPI(SESS_T session); ChunkedUploader getChunkedUploader(Inpu... |
@Test public void getFile() throws Exception { assertGetFile(foo, TESTS_DIR + "/getfoo.txt"); assertGetFile(song, TESTS_DIR + "/getsong.mp3"); assertGetFile(frog, TESTS_DIR + "/getfrog.jpg"); } | public DropboxFileInfo getFile(String path, String rev, OutputStream os, ProgressListener listener) throws DropboxException { DropboxInputStream dis = getFileStream(path, rev); dis.copyStreamToOutput(os, listener); return dis.getFileInfo(); } | DropboxAPI { public DropboxFileInfo getFile(String path, String rev, OutputStream os, ProgressListener listener) throws DropboxException { DropboxInputStream dis = getFileStream(path, rev); dis.copyStreamToOutput(os, listener); return dis.getFileInfo(); } } | DropboxAPI { public DropboxFileInfo getFile(String path, String rev, OutputStream os, ProgressListener listener) throws DropboxException { DropboxInputStream dis = getFileStream(path, rev); dis.copyStreamToOutput(os, listener); return dis.getFileInfo(); } DropboxAPI(SESS_T session); } | DropboxAPI { public DropboxFileInfo getFile(String path, String rev, OutputStream os, ProgressListener listener) throws DropboxException { DropboxInputStream dis = getFileStream(path, rev); dis.copyStreamToOutput(os, listener); return dis.getFileInfo(); } DropboxAPI(SESS_T session); ChunkedUploader getChunkedUploader(I... | DropboxAPI { public DropboxFileInfo getFile(String path, String rev, OutputStream os, ProgressListener listener) throws DropboxException { DropboxInputStream dis = getFileStream(path, rev); dis.copyStreamToOutput(os, listener); return dis.getFileInfo(); } DropboxAPI(SESS_T session); ChunkedUploader getChunkedUploader(I... |
@Test public void getThumbnail() throws Exception { String path = TESTS_DIR + "/thumbnailfrog.jpg"; uploadFile(frog, path); OutputStream out = new ByteArrayOutputStream(); DropboxFileInfo info = api.getThumbnail(path, out, ThumbSize.BESTFIT_480x320, ThumbFormat.JPEG, null); assert info != null : "No info returned"; ass... | public DropboxFileInfo getThumbnail(String path, OutputStream os, ThumbSize size, ThumbFormat format, ProgressListener listener) throws DropboxException { DropboxInputStream thumb = getThumbnailStream(path, size, format); thumb.copyStreamToOutput(os, listener); return thumb.getFileInfo(); } | DropboxAPI { public DropboxFileInfo getThumbnail(String path, OutputStream os, ThumbSize size, ThumbFormat format, ProgressListener listener) throws DropboxException { DropboxInputStream thumb = getThumbnailStream(path, size, format); thumb.copyStreamToOutput(os, listener); return thumb.getFileInfo(); } } | DropboxAPI { public DropboxFileInfo getThumbnail(String path, OutputStream os, ThumbSize size, ThumbFormat format, ProgressListener listener) throws DropboxException { DropboxInputStream thumb = getThumbnailStream(path, size, format); thumb.copyStreamToOutput(os, listener); return thumb.getFileInfo(); } DropboxAPI(SESS... | DropboxAPI { public DropboxFileInfo getThumbnail(String path, OutputStream os, ThumbSize size, ThumbFormat format, ProgressListener listener) throws DropboxException { DropboxInputStream thumb = getThumbnailStream(path, size, format); thumb.copyStreamToOutput(os, listener); return thumb.getFileInfo(); } DropboxAPI(SESS... | DropboxAPI { public DropboxFileInfo getThumbnail(String path, OutputStream os, ThumbSize size, ThumbFormat format, ProgressListener listener) throws DropboxException { DropboxInputStream thumb = getThumbnailStream(path, size, format); thumb.copyStreamToOutput(os, listener); return thumb.getFileInfo(); } DropboxAPI(SESS... |
@Test public void getThumbnailStream() throws Exception { String path = TESTS_DIR + "/thumbnailstreamfrog.jpg"; uploadFile(frog, path); DropboxInputStream is = api.getThumbnailStream(path, ThumbSize.BESTFIT_480x320, ThumbFormat.JPEG); assert is != null : "No info returned"; assert is.getFileInfo().getFileSize() > 0 : "... | public DropboxInputStream getThumbnailStream(String path, ThumbSize size, ThumbFormat format) throws DropboxException { assertAuthenticated(); String target = "/thumbnails/" + session.getAccessType() + path; String[] params = {"size", size.toAPISize(), "format", format.toString(), "locale", session.getLocale().toString... | DropboxAPI { public DropboxInputStream getThumbnailStream(String path, ThumbSize size, ThumbFormat format) throws DropboxException { assertAuthenticated(); String target = "/thumbnails/" + session.getAccessType() + path; String[] params = {"size", size.toAPISize(), "format", format.toString(), "locale", session.getLoca... | DropboxAPI { public DropboxInputStream getThumbnailStream(String path, ThumbSize size, ThumbFormat format) throws DropboxException { assertAuthenticated(); String target = "/thumbnails/" + session.getAccessType() + path; String[] params = {"size", size.toAPISize(), "format", format.toString(), "locale", session.getLoca... | DropboxAPI { public DropboxInputStream getThumbnailStream(String path, ThumbSize size, ThumbFormat format) throws DropboxException { assertAuthenticated(); String target = "/thumbnails/" + session.getAccessType() + path; String[] params = {"size", size.toAPISize(), "format", format.toString(), "locale", session.getLoca... | DropboxAPI { public DropboxInputStream getThumbnailStream(String path, ThumbSize size, ThumbFormat format) throws DropboxException { assertAuthenticated(); String target = "/thumbnails/" + session.getAccessType() + path; String[] params = {"size", size.toAPISize(), "format", format.toString(), "locale", session.getLoca... |
@Test public void test() { for (int i = 0; i < 10; i++) { new Thread(() -> { while (true) { testMock(); } }).start(); } new Thread(() -> { try { while (true) { Thread.sleep(1000); System.out.println(rollingNumber.getAvg(CounterDataType.PASSED)); } } catch (Exception e) { } }).start(); try { System.in.read(); } catch (E... | public double getAvg(CounterDataType counterDataType) { long latestRollingSum = getTotalSum(counterDataType); return (double)(latestRollingSum) / intervals; } | RollingNumber { public double getAvg(CounterDataType counterDataType) { long latestRollingSum = getTotalSum(counterDataType); return (double)(latestRollingSum) / intervals; } } | RollingNumber { public double getAvg(CounterDataType counterDataType) { long latestRollingSum = getTotalSum(counterDataType); return (double)(latestRollingSum) / intervals; } RollingNumber(); } | RollingNumber { public double getAvg(CounterDataType counterDataType) { long latestRollingSum = getTotalSum(counterDataType); return (double)(latestRollingSum) / intervals; } RollingNumber(); void addOne(CounterDataType dataType); void add(CounterDataType dataType, long value); long getTotalSum(CounterDataType dataType... | RollingNumber { public double getAvg(CounterDataType counterDataType) { long latestRollingSum = getTotalSum(counterDataType); return (double)(latestRollingSum) / intervals; } RollingNumber(); void addOne(CounterDataType dataType); void add(CounterDataType dataType, long value); long getTotalSum(CounterDataType dataType... |
@Test public void testGetFileListByPath() { List<File> fileList = FileUtils.getFileListByPath("/Users/xuan/Desktop/xuan"); for (File f : fileList) { System.out.println(f.getName()); } } | public static List<File> getFileListByPath(String path) { return getFileListByPath(path, null); } | FileUtils { public static List<File> getFileListByPath(String path) { return getFileListByPath(path, null); } } | FileUtils { public static List<File> getFileListByPath(String path) { return getFileListByPath(path, null); } } | FileUtils { public static List<File> getFileListByPath(String path) { return getFileListByPath(path, null); } static String getExtension(String fileName); static void writeByteArrayToFile(File file, byte[] data, boolean append); static byte[] readFileToByteArray(File file); static void writeStringToFile(File file, Str... | FileUtils { public static List<File> getFileListByPath(String path) { return getFileListByPath(path, null); } static String getExtension(String fileName); static void writeByteArrayToFile(File file, byte[] data, boolean append); static byte[] readFileToByteArray(File file); static void writeStringToFile(File file, Str... |
@Test public void testIsBlank(){ Assert.assertTrue(Validators.isBlank(null)); Assert.assertTrue(Validators.isBlank("")); Assert.assertTrue(Validators.isBlank(" ")); Assert.assertTrue(!Validators.isBlank("bob")); Assert.assertTrue(!Validators.isBlank(" bob ")); } | public static boolean isBlank(String str) { int strLen; if (str == null || (strLen = str.length()) == 0) { return true; } for (int i = 0; i < strLen; i++) { if ((Character.isWhitespace(str.charAt(i)) == false)) { return false; } } return true; } | Validators { public static boolean isBlank(String str) { int strLen; if (str == null || (strLen = str.length()) == 0) { return true; } for (int i = 0; i < strLen; i++) { if ((Character.isWhitespace(str.charAt(i)) == false)) { return false; } } return true; } } | Validators { public static boolean isBlank(String str) { int strLen; if (str == null || (strLen = str.length()) == 0) { return true; } for (int i = 0; i < strLen; i++) { if ((Character.isWhitespace(str.charAt(i)) == false)) { return false; } } return true; } } | Validators { public static boolean isBlank(String str) { int strLen; if (str == null || (strLen = str.length()) == 0) { return true; } for (int i = 0; i < strLen; i++) { if ((Character.isWhitespace(str.charAt(i)) == false)) { return false; } } return true; } static boolean isAlphanumeric(String str); static boolean is... | Validators { public static boolean isBlank(String str) { int strLen; if (str == null || (strLen = str.length()) == 0) { return true; } for (int i = 0; i < strLen; i++) { if ((Character.isWhitespace(str.charAt(i)) == false)) { return false; } } return true; } static boolean isAlphanumeric(String str); static boolean is... |
@Test public void testAdd() { System.out.println(MathUtils.add(1.1d, 1.2d)); } | public static double add(double v1, double v2) { BigDecimal b1 = createBigDecimal(v1); BigDecimal b2 = createBigDecimal(v2); return b1.add(b2).doubleValue(); } | MathUtils { public static double add(double v1, double v2) { BigDecimal b1 = createBigDecimal(v1); BigDecimal b2 = createBigDecimal(v2); return b1.add(b2).doubleValue(); } } | MathUtils { public static double add(double v1, double v2) { BigDecimal b1 = createBigDecimal(v1); BigDecimal b2 = createBigDecimal(v2); return b1.add(b2).doubleValue(); } } | MathUtils { public static double add(double v1, double v2) { BigDecimal b1 = createBigDecimal(v1); BigDecimal b2 = createBigDecimal(v2); return b1.add(b2).doubleValue(); } static double add(double v1, double v2); static double div(double v1, double v2); static double div(double v1, double v2, int scale); static boolea... | MathUtils { public static double add(double v1, double v2) { BigDecimal b1 = createBigDecimal(v1); BigDecimal b2 = createBigDecimal(v2); return b1.add(b2).doubleValue(); } static double add(double v1, double v2); static double div(double v1, double v2); static double div(double v1, double v2, int scale); static boolea... |
@Test public void test() { for (long i = 0; i < 100; i++) { boolean hit = diverter.isHit(i); System.out.println("i=" + i + ".hit=" + hit); } } | public boolean isHit(long bizId) { return hitNum(bizId) >= 0; } | Diverter { public boolean isHit(long bizId) { return hitNum(bizId) >= 0; } } | Diverter { public boolean isHit(long bizId) { return hitNum(bizId) >= 0; } Diverter(DiverterConfig config); } | Diverter { public boolean isHit(long bizId) { return hitNum(bizId) >= 0; } Diverter(DiverterConfig config); boolean isHit(long bizId); long hitNum(long bizId); } | Diverter { public boolean isHit(long bizId) { return hitNum(bizId) >= 0; } Diverter(DiverterConfig config); boolean isHit(long bizId); long hitNum(long bizId); } |
@Test public void testUuid() { Set<String> idSet = new HashSet<>(); for (int i = 0; i < 50; i++) { new Thread(new Runnable() { @Override public void run() { for (int i = 0; i < 30000; i++) { String uuid = UUIDUtils.uuid(); if (idSet.contains(uuid)) { System.out.println("++++++++++uuid重复:" + uuid); } } } }).start(); } } | public static String uuid() { return uuid.generateHex(); } | UUIDUtils { public static String uuid() { return uuid.generateHex(); } } | UUIDUtils { public static String uuid() { return uuid.generateHex(); } private UUIDUtils(); } | UUIDUtils { public static String uuid() { return uuid.generateHex(); } private UUIDUtils(); byte[] generateBytes(); static String uuid(); } | UUIDUtils { public static String uuid() { return uuid.generateHex(); } private UUIDUtils(); byte[] generateBytes(); static String uuid(); } |
@Test public void testGet() { String install = LocalKvUtils.get(path, "install"); System.out.println("==========>" + install); } | public static String get(String path, String key) { Properties properties = getPropertiesFromPath(path); if (null == properties) { return null; } return properties.getProperty(key); } | LocalKvUtils { public static String get(String path, String key) { Properties properties = getPropertiesFromPath(path); if (null == properties) { return null; } return properties.getProperty(key); } } | LocalKvUtils { public static String get(String path, String key) { Properties properties = getPropertiesFromPath(path); if (null == properties) { return null; } return properties.getProperty(key); } } | LocalKvUtils { public static String get(String path, String key) { Properties properties = getPropertiesFromPath(path); if (null == properties) { return null; } return properties.getProperty(key); } static void put(String path, String key, String value); static void put(String path, Map<String, String> map); static St... | LocalKvUtils { public static String get(String path, String key) { Properties properties = getPropertiesFromPath(path); if (null == properties) { return null; } return properties.getProperty(key); } static void put(String path, String key, String value); static void put(String path, Map<String, String> map); static St... |
@Test public void testPut() { LocalKvUtils.put(path, "install", "2"); LocalKvUtils.put(path, "test", "200"); } | public static void put(String path, String key, String value) { Properties properties = getPropertiesFromPath(path); if (null == properties) { return; } properties.put(key, value); writeProperties(path, properties); } | LocalKvUtils { public static void put(String path, String key, String value) { Properties properties = getPropertiesFromPath(path); if (null == properties) { return; } properties.put(key, value); writeProperties(path, properties); } } | LocalKvUtils { public static void put(String path, String key, String value) { Properties properties = getPropertiesFromPath(path); if (null == properties) { return; } properties.put(key, value); writeProperties(path, properties); } } | LocalKvUtils { public static void put(String path, String key, String value) { Properties properties = getPropertiesFromPath(path); if (null == properties) { return; } properties.put(key, value); writeProperties(path, properties); } static void put(String path, String key, String value); static void put(String path, M... | LocalKvUtils { public static void put(String path, String key, String value) { Properties properties = getPropertiesFromPath(path); if (null == properties) { return; } properties.put(key, value); writeProperties(path, properties); } static void put(String path, String key, String value); static void put(String path, M... |
@Test public void testRemove() { LocalKvUtils.remove(path, "test"); } | public static void remove(String path, String key) { Properties properties = getPropertiesFromPath(path); if (null == properties) { return; } properties.remove(key); writeProperties(path, properties); } | LocalKvUtils { public static void remove(String path, String key) { Properties properties = getPropertiesFromPath(path); if (null == properties) { return; } properties.remove(key); writeProperties(path, properties); } } | LocalKvUtils { public static void remove(String path, String key) { Properties properties = getPropertiesFromPath(path); if (null == properties) { return; } properties.remove(key); writeProperties(path, properties); } } | LocalKvUtils { public static void remove(String path, String key) { Properties properties = getPropertiesFromPath(path); if (null == properties) { return; } properties.remove(key); writeProperties(path, properties); } static void put(String path, String key, String value); static void put(String path, Map<String, Stri... | LocalKvUtils { public static void remove(String path, String key) { Properties properties = getPropertiesFromPath(path); if (null == properties) { return; } properties.remove(key); writeProperties(path, properties); } static void put(String path, String key, String value); static void put(String path, Map<String, Stri... |
@Test public void testRemoveAll() { LocalKvUtils.removeAll(path); } | public static void removeAll(String path) { if (null == path) { return; } File file = new File(path); if (file.exists()) { file.delete(); } } | LocalKvUtils { public static void removeAll(String path) { if (null == path) { return; } File file = new File(path); if (file.exists()) { file.delete(); } } } | LocalKvUtils { public static void removeAll(String path) { if (null == path) { return; } File file = new File(path); if (file.exists()) { file.delete(); } } } | LocalKvUtils { public static void removeAll(String path) { if (null == path) { return; } File file = new File(path); if (file.exists()) { file.delete(); } } static void put(String path, String key, String value); static void put(String path, Map<String, String> map); static String get(String path, String key); static ... | LocalKvUtils { public static void removeAll(String path) { if (null == path) { return; } File file = new File(path); if (file.exists()) { file.delete(); } } static void put(String path, String key, String value); static void put(String path, Map<String, String> map); static String get(String path, String key); static ... |
@Test public void testMap2Bean() { Map<String, Object> map = new HashMap<>(); map.put("name", "xuan"); map.put("age", 18); map.put("sonName", "xuanson"); Son user = Map2BeanUtils.map2Bean(map, Son.class); System.out.println("++++++++++user:" + user.getName() + "---" + user.getAge() + "---" + user.getSonName()); } | public static <T> T map2Bean(Map<String, Object> map, Class<T> beanClass) { T obj; try { obj = beanClass.newInstance(); BeanInfo beanInfo = Introspector.getBeanInfo(beanClass); PropertyDescriptor[] propertyDescriptors = beanInfo.getPropertyDescriptors(); for (PropertyDescriptor property : propertyDescriptors) { String ... | Map2BeanUtils { public static <T> T map2Bean(Map<String, Object> map, Class<T> beanClass) { T obj; try { obj = beanClass.newInstance(); BeanInfo beanInfo = Introspector.getBeanInfo(beanClass); PropertyDescriptor[] propertyDescriptors = beanInfo.getPropertyDescriptors(); for (PropertyDescriptor property : propertyDescri... | Map2BeanUtils { public static <T> T map2Bean(Map<String, Object> map, Class<T> beanClass) { T obj; try { obj = beanClass.newInstance(); BeanInfo beanInfo = Introspector.getBeanInfo(beanClass); PropertyDescriptor[] propertyDescriptors = beanInfo.getPropertyDescriptors(); for (PropertyDescriptor property : propertyDescri... | Map2BeanUtils { public static <T> T map2Bean(Map<String, Object> map, Class<T> beanClass) { T obj; try { obj = beanClass.newInstance(); BeanInfo beanInfo = Introspector.getBeanInfo(beanClass); PropertyDescriptor[] propertyDescriptors = beanInfo.getPropertyDescriptors(); for (PropertyDescriptor property : propertyDescri... | Map2BeanUtils { public static <T> T map2Bean(Map<String, Object> map, Class<T> beanClass) { T obj; try { obj = beanClass.newInstance(); BeanInfo beanInfo = Introspector.getBeanInfo(beanClass); PropertyDescriptor[] propertyDescriptors = beanInfo.getPropertyDescriptors(); for (PropertyDescriptor property : propertyDescri... |
@Test public void testBean2Map(){ Son user = new Son(); user.setName("xuan"); user.setAge(20); user.setSonName("xuanson"); Map map = Map2BeanUtils.bean2Map(user); System.out.println("++++++++++map:" + map); } | public static Map<String, Object> bean2Map(Object obj) { if (obj == null) { return null; } Map<String, Object> map = new HashMap<>(); try { BeanInfo beanInfo = Introspector.getBeanInfo(obj.getClass()); PropertyDescriptor[] propertyDescriptors = beanInfo.getPropertyDescriptors(); for (PropertyDescriptor property : prope... | Map2BeanUtils { public static Map<String, Object> bean2Map(Object obj) { if (obj == null) { return null; } Map<String, Object> map = new HashMap<>(); try { BeanInfo beanInfo = Introspector.getBeanInfo(obj.getClass()); PropertyDescriptor[] propertyDescriptors = beanInfo.getPropertyDescriptors(); for (PropertyDescriptor ... | Map2BeanUtils { public static Map<String, Object> bean2Map(Object obj) { if (obj == null) { return null; } Map<String, Object> map = new HashMap<>(); try { BeanInfo beanInfo = Introspector.getBeanInfo(obj.getClass()); PropertyDescriptor[] propertyDescriptors = beanInfo.getPropertyDescriptors(); for (PropertyDescriptor ... | Map2BeanUtils { public static Map<String, Object> bean2Map(Object obj) { if (obj == null) { return null; } Map<String, Object> map = new HashMap<>(); try { BeanInfo beanInfo = Introspector.getBeanInfo(obj.getClass()); PropertyDescriptor[] propertyDescriptors = beanInfo.getPropertyDescriptors(); for (PropertyDescriptor ... | Map2BeanUtils { public static Map<String, Object> bean2Map(Object obj) { if (obj == null) { return null; } Map<String, Object> map = new HashMap<>(); try { BeanInfo beanInfo = Introspector.getBeanInfo(obj.getClass()); PropertyDescriptor[] propertyDescriptors = beanInfo.getPropertyDescriptors(); for (PropertyDescriptor ... |
@Test public void testBean2Map2(){ Son son = new Son(); son.setSonName("sonName"); son.setAge(20); son.setName("name"); Son2 son2 = new Son2(); son2.setSon2Name("son2Name"); son2.setAge(22); son2.setName("name2"); Father father = new Father(); father.setAge(88); father.setName("name3"); Family family = new Family(); fa... | public static Map<String, Object> bean2Map(Object obj) { if (obj == null) { return null; } Map<String, Object> map = new HashMap<>(); try { BeanInfo beanInfo = Introspector.getBeanInfo(obj.getClass()); PropertyDescriptor[] propertyDescriptors = beanInfo.getPropertyDescriptors(); for (PropertyDescriptor property : prope... | Map2BeanUtils { public static Map<String, Object> bean2Map(Object obj) { if (obj == null) { return null; } Map<String, Object> map = new HashMap<>(); try { BeanInfo beanInfo = Introspector.getBeanInfo(obj.getClass()); PropertyDescriptor[] propertyDescriptors = beanInfo.getPropertyDescriptors(); for (PropertyDescriptor ... | Map2BeanUtils { public static Map<String, Object> bean2Map(Object obj) { if (obj == null) { return null; } Map<String, Object> map = new HashMap<>(); try { BeanInfo beanInfo = Introspector.getBeanInfo(obj.getClass()); PropertyDescriptor[] propertyDescriptors = beanInfo.getPropertyDescriptors(); for (PropertyDescriptor ... | Map2BeanUtils { public static Map<String, Object> bean2Map(Object obj) { if (obj == null) { return null; } Map<String, Object> map = new HashMap<>(); try { BeanInfo beanInfo = Introspector.getBeanInfo(obj.getClass()); PropertyDescriptor[] propertyDescriptors = beanInfo.getPropertyDescriptors(); for (PropertyDescriptor ... | Map2BeanUtils { public static Map<String, Object> bean2Map(Object obj) { if (obj == null) { return null; } Map<String, Object> map = new HashMap<>(); try { BeanInfo beanInfo = Introspector.getBeanInfo(obj.getClass()); PropertyDescriptor[] propertyDescriptors = beanInfo.getPropertyDescriptors(); for (PropertyDescriptor ... |
@Test public void getControlHandlersWithEmptyString_returnEmptyHandlersArray() throws Exception { Handler<Message>[] handlers = commOpenHandler.getKernelControlChanelHandlers(""); Assertions.assertThat(handlers).isEmpty(); } | public Handler<Message>[] getKernelControlChanelHandlers(String targetName){ if(TargetNamesEnum.KERNEL_CONTROL_CHANNEL.getTargetName().equalsIgnoreCase(targetName)){ return (Handler<Message>[]) KERNEL_CONTROL_CHANNEL_HANDLERS; }else{ return (Handler<Message>[]) new Handler<?>[0]; } } | JavaCommOpenHandler extends CommOpenHandler { public Handler<Message>[] getKernelControlChanelHandlers(String targetName){ if(TargetNamesEnum.KERNEL_CONTROL_CHANNEL.getTargetName().equalsIgnoreCase(targetName)){ return (Handler<Message>[]) KERNEL_CONTROL_CHANNEL_HANDLERS; }else{ return (Handler<Message>[]) new Handler<... | JavaCommOpenHandler extends CommOpenHandler { public Handler<Message>[] getKernelControlChanelHandlers(String targetName){ if(TargetNamesEnum.KERNEL_CONTROL_CHANNEL.getTargetName().equalsIgnoreCase(targetName)){ return (Handler<Message>[]) KERNEL_CONTROL_CHANNEL_HANDLERS; }else{ return (Handler<Message>[]) new Handler<... | JavaCommOpenHandler extends CommOpenHandler { public Handler<Message>[] getKernelControlChanelHandlers(String targetName){ if(TargetNamesEnum.KERNEL_CONTROL_CHANNEL.getTargetName().equalsIgnoreCase(targetName)){ return (Handler<Message>[]) KERNEL_CONTROL_CHANNEL_HANDLERS; }else{ return (Handler<Message>[]) new Handler<... | JavaCommOpenHandler extends CommOpenHandler { public Handler<Message>[] getKernelControlChanelHandlers(String targetName){ if(TargetNamesEnum.KERNEL_CONTROL_CHANNEL.getTargetName().equalsIgnoreCase(targetName)){ return (Handler<Message>[]) KERNEL_CONTROL_CHANNEL_HANDLERS; }else{ return (Handler<Message>[]) new Handler<... |
@Test public void getBooleanWithBooleanParam_returnBoolean() throws Exception { Boolean value = valueWidget.getBoolean(Boolean.TRUE); Assertions.assertThat(value).isTrue(); } | public Boolean getBoolean(Object input) { Boolean ret = false; if (input != null) { if (input instanceof Boolean) { ret = (Boolean) input; } else if (input instanceof String) { ret = new Boolean((String) input); } } return ret; } | ValueWidget extends DOMWidget { public Boolean getBoolean(Object input) { Boolean ret = false; if (input != null) { if (input instanceof Boolean) { ret = (Boolean) input; } else if (input instanceof String) { ret = new Boolean((String) input); } } return ret; } } | ValueWidget extends DOMWidget { public Boolean getBoolean(Object input) { Boolean ret = false; if (input != null) { if (input instanceof Boolean) { ret = (Boolean) input; } else if (input instanceof String) { ret = new Boolean((String) input); } } return ret; } } | ValueWidget extends DOMWidget { public Boolean getBoolean(Object input) { Boolean ret = false; if (input != null) { if (input instanceof Boolean) { ret = (Boolean) input; } else if (input instanceof String) { ret = new Boolean((String) input); } } return ret; } T getValue(); void setValue(Object value); @Override void... | ValueWidget extends DOMWidget { public Boolean getBoolean(Object input) { Boolean ret = false; if (input != null) { if (input instanceof Boolean) { ret = (Boolean) input; } else if (input instanceof String) { ret = new Boolean((String) input); } } return ret; } T getValue(); void setValue(Object value); @Override void... |
@Test public void getBooleanWithStringParam_returnBoolean() throws Exception { Boolean value = valueWidget.getBoolean("true"); Assertions.assertThat(value).isTrue(); } | public Boolean getBoolean(Object input) { Boolean ret = false; if (input != null) { if (input instanceof Boolean) { ret = (Boolean) input; } else if (input instanceof String) { ret = new Boolean((String) input); } } return ret; } | ValueWidget extends DOMWidget { public Boolean getBoolean(Object input) { Boolean ret = false; if (input != null) { if (input instanceof Boolean) { ret = (Boolean) input; } else if (input instanceof String) { ret = new Boolean((String) input); } } return ret; } } | ValueWidget extends DOMWidget { public Boolean getBoolean(Object input) { Boolean ret = false; if (input != null) { if (input instanceof Boolean) { ret = (Boolean) input; } else if (input instanceof String) { ret = new Boolean((String) input); } } return ret; } } | ValueWidget extends DOMWidget { public Boolean getBoolean(Object input) { Boolean ret = false; if (input != null) { if (input instanceof Boolean) { ret = (Boolean) input; } else if (input instanceof String) { ret = new Boolean((String) input); } } return ret; } T getValue(); void setValue(Object value); @Override void... | ValueWidget extends DOMWidget { public Boolean getBoolean(Object input) { Boolean ret = false; if (input != null) { if (input instanceof Boolean) { ret = (Boolean) input; } else if (input instanceof String) { ret = new Boolean((String) input); } } return ret; } T getValue(); void setValue(Object value); @Override void... |
@Test public void commOpen_shouldSendIOPubSocketMessage() throws NoSuchAlgorithmException { comm.open(); Assertions.assertThat(kernel.getPublishedMessages()).isNotEmpty(); Assertions.assertThat(kernel.getPublishedMessages().get(0)).isNotNull(); } | public void open() { Message parentMessage = getParentMessage(); Message message = new Message(); message.setHeader(new Header(COMM_OPEN, parentMessage != null ? parentMessage.getHeader().getSession() : null)); if (parentMessage != null) { message.setParentHeader(getParentMessage().getHeader()); } HashMap<String, Seria... | Comm { public void open() { Message parentMessage = getParentMessage(); Message message = new Message(); message.setHeader(new Header(COMM_OPEN, parentMessage != null ? parentMessage.getHeader().getSession() : null)); if (parentMessage != null) { message.setParentHeader(getParentMessage().getHeader()); } HashMap<String... | Comm { public void open() { Message parentMessage = getParentMessage(); Message message = new Message(); message.setHeader(new Header(COMM_OPEN, parentMessage != null ? parentMessage.getHeader().getSession() : null)); if (parentMessage != null) { message.setParentHeader(getParentMessage().getHeader()); } HashMap<String... | Comm { public void open() { Message parentMessage = getParentMessage(); Message message = new Message(); message.setHeader(new Header(COMM_OPEN, parentMessage != null ? parentMessage.getHeader().getSession() : null)); if (parentMessage != null) { message.setParentHeader(getParentMessage().getHeader()); } HashMap<String... | Comm { public void open() { Message parentMessage = getParentMessage(); Message message = new Message(); message.setHeader(new Header(COMM_OPEN, parentMessage != null ? parentMessage.getHeader().getSession() : null)); if (parentMessage != null) { message.setParentHeader(getParentMessage().getHeader()); } HashMap<String... |
@Test public void commOpen_sentMessageHasTypeIsCommOpen() throws NoSuchAlgorithmException { comm.open(); Assertions.assertThat(kernel.getPublishedMessages()).isNotEmpty(); Message sendMessage = kernel.getPublishedMessages().get(0); Assertions.assertThat(sendMessage.getHeader().getType()) .isEqualTo(JupyterMessages.COMM... | public void open() { Message parentMessage = getParentMessage(); Message message = new Message(); message.setHeader(new Header(COMM_OPEN, parentMessage != null ? parentMessage.getHeader().getSession() : null)); if (parentMessage != null) { message.setParentHeader(getParentMessage().getHeader()); } HashMap<String, Seria... | Comm { public void open() { Message parentMessage = getParentMessage(); Message message = new Message(); message.setHeader(new Header(COMM_OPEN, parentMessage != null ? parentMessage.getHeader().getSession() : null)); if (parentMessage != null) { message.setParentHeader(getParentMessage().getHeader()); } HashMap<String... | Comm { public void open() { Message parentMessage = getParentMessage(); Message message = new Message(); message.setHeader(new Header(COMM_OPEN, parentMessage != null ? parentMessage.getHeader().getSession() : null)); if (parentMessage != null) { message.setParentHeader(getParentMessage().getHeader()); } HashMap<String... | Comm { public void open() { Message parentMessage = getParentMessage(); Message message = new Message(); message.setHeader(new Header(COMM_OPEN, parentMessage != null ? parentMessage.getHeader().getSession() : null)); if (parentMessage != null) { message.setParentHeader(getParentMessage().getHeader()); } HashMap<String... | Comm { public void open() { Message parentMessage = getParentMessage(); Message message = new Message(); message.setHeader(new Header(COMM_OPEN, parentMessage != null ? parentMessage.getHeader().getSession() : null)); if (parentMessage != null) { message.setParentHeader(getParentMessage().getHeader()); } HashMap<String... |
@Test public void commOpen_sentMessageHasCommId() throws NoSuchAlgorithmException { comm.open(); Assertions.assertThat(kernel.getPublishedMessages()).isNotEmpty(); Message sendMessage = kernel.getPublishedMessages().get(0); Assertions.assertThat((String) sendMessage.getContent().get(Comm.COMM_ID)).isNotEmpty(); } | public void open() { Message parentMessage = getParentMessage(); Message message = new Message(); message.setHeader(new Header(COMM_OPEN, parentMessage != null ? parentMessage.getHeader().getSession() : null)); if (parentMessage != null) { message.setParentHeader(getParentMessage().getHeader()); } HashMap<String, Seria... | Comm { public void open() { Message parentMessage = getParentMessage(); Message message = new Message(); message.setHeader(new Header(COMM_OPEN, parentMessage != null ? parentMessage.getHeader().getSession() : null)); if (parentMessage != null) { message.setParentHeader(getParentMessage().getHeader()); } HashMap<String... | Comm { public void open() { Message parentMessage = getParentMessage(); Message message = new Message(); message.setHeader(new Header(COMM_OPEN, parentMessage != null ? parentMessage.getHeader().getSession() : null)); if (parentMessage != null) { message.setParentHeader(getParentMessage().getHeader()); } HashMap<String... | Comm { public void open() { Message parentMessage = getParentMessage(); Message message = new Message(); message.setHeader(new Header(COMM_OPEN, parentMessage != null ? parentMessage.getHeader().getSession() : null)); if (parentMessage != null) { message.setParentHeader(getParentMessage().getHeader()); } HashMap<String... | Comm { public void open() { Message parentMessage = getParentMessage(); Message message = new Message(); message.setHeader(new Header(COMM_OPEN, parentMessage != null ? parentMessage.getHeader().getSession() : null)); if (parentMessage != null) { message.setParentHeader(getParentMessage().getHeader()); } HashMap<String... |
@Test public void commOpen_sentMessageHasTargetName() throws NoSuchAlgorithmException { comm.open(); Assertions.assertThat(kernel.getPublishedMessages()).isNotEmpty(); Message sendMessage = kernel.getPublishedMessages().get(0); Assertions.assertThat((String) sendMessage.getContent().get(Comm.TARGET_NAME)).isNotEmpty();... | public void open() { Message parentMessage = getParentMessage(); Message message = new Message(); message.setHeader(new Header(COMM_OPEN, parentMessage != null ? parentMessage.getHeader().getSession() : null)); if (parentMessage != null) { message.setParentHeader(getParentMessage().getHeader()); } HashMap<String, Seria... | Comm { public void open() { Message parentMessage = getParentMessage(); Message message = new Message(); message.setHeader(new Header(COMM_OPEN, parentMessage != null ? parentMessage.getHeader().getSession() : null)); if (parentMessage != null) { message.setParentHeader(getParentMessage().getHeader()); } HashMap<String... | Comm { public void open() { Message parentMessage = getParentMessage(); Message message = new Message(); message.setHeader(new Header(COMM_OPEN, parentMessage != null ? parentMessage.getHeader().getSession() : null)); if (parentMessage != null) { message.setParentHeader(getParentMessage().getHeader()); } HashMap<String... | Comm { public void open() { Message parentMessage = getParentMessage(); Message message = new Message(); message.setHeader(new Header(COMM_OPEN, parentMessage != null ? parentMessage.getHeader().getSession() : null)); if (parentMessage != null) { message.setParentHeader(getParentMessage().getHeader()); } HashMap<String... | Comm { public void open() { Message parentMessage = getParentMessage(); Message message = new Message(); message.setHeader(new Header(COMM_OPEN, parentMessage != null ? parentMessage.getHeader().getSession() : null)); if (parentMessage != null) { message.setParentHeader(getParentMessage().getHeader()); } HashMap<String... |
@Test public void commOpen_sentMessageHasData() throws NoSuchAlgorithmException { initCommData(comm); comm.open(); Assertions.assertThat(kernel.getPublishedMessages()).isNotEmpty(); Message sendMessage = kernel.getPublishedMessages().get(0); Assertions.assertThat((Map) sendMessage.getContent().get(Comm.DATA)).isNotEmpt... | public void open() { Message parentMessage = getParentMessage(); Message message = new Message(); message.setHeader(new Header(COMM_OPEN, parentMessage != null ? parentMessage.getHeader().getSession() : null)); if (parentMessage != null) { message.setParentHeader(getParentMessage().getHeader()); } HashMap<String, Seria... | Comm { public void open() { Message parentMessage = getParentMessage(); Message message = new Message(); message.setHeader(new Header(COMM_OPEN, parentMessage != null ? parentMessage.getHeader().getSession() : null)); if (parentMessage != null) { message.setParentHeader(getParentMessage().getHeader()); } HashMap<String... | Comm { public void open() { Message parentMessage = getParentMessage(); Message message = new Message(); message.setHeader(new Header(COMM_OPEN, parentMessage != null ? parentMessage.getHeader().getSession() : null)); if (parentMessage != null) { message.setParentHeader(getParentMessage().getHeader()); } HashMap<String... | Comm { public void open() { Message parentMessage = getParentMessage(); Message message = new Message(); message.setHeader(new Header(COMM_OPEN, parentMessage != null ? parentMessage.getHeader().getSession() : null)); if (parentMessage != null) { message.setParentHeader(getParentMessage().getHeader()); } HashMap<String... | Comm { public void open() { Message parentMessage = getParentMessage(); Message message = new Message(); message.setHeader(new Header(COMM_OPEN, parentMessage != null ? parentMessage.getHeader().getSession() : null)); if (parentMessage != null) { message.setParentHeader(getParentMessage().getHeader()); } HashMap<String... |
@Test public void commClose_shouldSendIOPubSocketMessage() throws NoSuchAlgorithmException { comm.close(); Assertions.assertThat(kernel.getPublishedMessages()).isNotEmpty(); Assertions.assertThat(kernel.getPublishedMessages().get(0)).isNotNull(); } | public void close() { Message parentMessage = getParentMessage(); if (this.getCloseCallbackList() != null && !this.getCloseCallbackList().isEmpty()) { for (Handler<Message> handler : getCloseCallbackList()) { handler.handle(parentMessage); } } Message message = new Message(); message.setHeader(new Header(COMM_CLOSE, pa... | Comm { public void close() { Message parentMessage = getParentMessage(); if (this.getCloseCallbackList() != null && !this.getCloseCallbackList().isEmpty()) { for (Handler<Message> handler : getCloseCallbackList()) { handler.handle(parentMessage); } } Message message = new Message(); message.setHeader(new Header(COMM_CL... | Comm { public void close() { Message parentMessage = getParentMessage(); if (this.getCloseCallbackList() != null && !this.getCloseCallbackList().isEmpty()) { for (Handler<Message> handler : getCloseCallbackList()) { handler.handle(parentMessage); } } Message message = new Message(); message.setHeader(new Header(COMM_CL... | Comm { public void close() { Message parentMessage = getParentMessage(); if (this.getCloseCallbackList() != null && !this.getCloseCallbackList().isEmpty()) { for (Handler<Message> handler : getCloseCallbackList()) { handler.handle(parentMessage); } } Message message = new Message(); message.setHeader(new Header(COMM_CL... | Comm { public void close() { Message parentMessage = getParentMessage(); if (this.getCloseCallbackList() != null && !this.getCloseCallbackList().isEmpty()) { for (Handler<Message> handler : getCloseCallbackList()) { handler.handle(parentMessage); } } Message message = new Message(); message.setHeader(new Header(COMM_CL... |
@Test public void commClose_sentMessageHasTypeIsCommClose() throws NoSuchAlgorithmException { comm.close(); Assertions.assertThat(kernel.getPublishedMessages()).isNotEmpty(); Message sendMessage = kernel.getPublishedMessages().get(0); Assertions.assertThat(sendMessage.getHeader().getType()) .isEqualTo(JupyterMessages.C... | public void close() { Message parentMessage = getParentMessage(); if (this.getCloseCallbackList() != null && !this.getCloseCallbackList().isEmpty()) { for (Handler<Message> handler : getCloseCallbackList()) { handler.handle(parentMessage); } } Message message = new Message(); message.setHeader(new Header(COMM_CLOSE, pa... | Comm { public void close() { Message parentMessage = getParentMessage(); if (this.getCloseCallbackList() != null && !this.getCloseCallbackList().isEmpty()) { for (Handler<Message> handler : getCloseCallbackList()) { handler.handle(parentMessage); } } Message message = new Message(); message.setHeader(new Header(COMM_CL... | Comm { public void close() { Message parentMessage = getParentMessage(); if (this.getCloseCallbackList() != null && !this.getCloseCallbackList().isEmpty()) { for (Handler<Message> handler : getCloseCallbackList()) { handler.handle(parentMessage); } } Message message = new Message(); message.setHeader(new Header(COMM_CL... | Comm { public void close() { Message parentMessage = getParentMessage(); if (this.getCloseCallbackList() != null && !this.getCloseCallbackList().isEmpty()) { for (Handler<Message> handler : getCloseCallbackList()) { handler.handle(parentMessage); } } Message message = new Message(); message.setHeader(new Header(COMM_CL... | Comm { public void close() { Message parentMessage = getParentMessage(); if (this.getCloseCallbackList() != null && !this.getCloseCallbackList().isEmpty()) { for (Handler<Message> handler : getCloseCallbackList()) { handler.handle(parentMessage); } } Message message = new Message(); message.setHeader(new Header(COMM_CL... |
@Test public void commClose_sentMessageHasEmptyData() throws NoSuchAlgorithmException { initCommData(comm); comm.close(); Assertions.assertThat(kernel.getPublishedMessages()).isNotEmpty(); Message sendMessage = kernel.getPublishedMessages().get(0); Assertions.assertThat((Map) sendMessage.getContent().get(Comm.DATA)).is... | public void close() { Message parentMessage = getParentMessage(); if (this.getCloseCallbackList() != null && !this.getCloseCallbackList().isEmpty()) { for (Handler<Message> handler : getCloseCallbackList()) { handler.handle(parentMessage); } } Message message = new Message(); message.setHeader(new Header(COMM_CLOSE, pa... | Comm { public void close() { Message parentMessage = getParentMessage(); if (this.getCloseCallbackList() != null && !this.getCloseCallbackList().isEmpty()) { for (Handler<Message> handler : getCloseCallbackList()) { handler.handle(parentMessage); } } Message message = new Message(); message.setHeader(new Header(COMM_CL... | Comm { public void close() { Message parentMessage = getParentMessage(); if (this.getCloseCallbackList() != null && !this.getCloseCallbackList().isEmpty()) { for (Handler<Message> handler : getCloseCallbackList()) { handler.handle(parentMessage); } } Message message = new Message(); message.setHeader(new Header(COMM_CL... | Comm { public void close() { Message parentMessage = getParentMessage(); if (this.getCloseCallbackList() != null && !this.getCloseCallbackList().isEmpty()) { for (Handler<Message> handler : getCloseCallbackList()) { handler.handle(parentMessage); } } Message message = new Message(); message.setHeader(new Header(COMM_CL... | Comm { public void close() { Message parentMessage = getParentMessage(); if (this.getCloseCallbackList() != null && !this.getCloseCallbackList().isEmpty()) { for (Handler<Message> handler : getCloseCallbackList()) { handler.handle(parentMessage); } } Message message = new Message(); message.setHeader(new Header(COMM_CL... |
@Test public void getControlHandlersWithTargetName_returnNotEmptyHandlersArray() throws Exception { Handler<Message>[] handlers = commOpenHandler.getKernelControlChanelHandlers(targetName); Assertions.assertThat(handlers).isNotEmpty(); } | public Handler<Message>[] getKernelControlChanelHandlers(String targetName){ if(TargetNamesEnum.KERNEL_CONTROL_CHANNEL.getTargetName().equalsIgnoreCase(targetName)){ return (Handler<Message>[]) KERNEL_CONTROL_CHANNEL_HANDLERS; }else{ return (Handler<Message>[]) new Handler<?>[0]; } } | ScalaCommOpenHandler extends CommOpenHandler { public Handler<Message>[] getKernelControlChanelHandlers(String targetName){ if(TargetNamesEnum.KERNEL_CONTROL_CHANNEL.getTargetName().equalsIgnoreCase(targetName)){ return (Handler<Message>[]) KERNEL_CONTROL_CHANNEL_HANDLERS; }else{ return (Handler<Message>[]) new Handler... | ScalaCommOpenHandler extends CommOpenHandler { public Handler<Message>[] getKernelControlChanelHandlers(String targetName){ if(TargetNamesEnum.KERNEL_CONTROL_CHANNEL.getTargetName().equalsIgnoreCase(targetName)){ return (Handler<Message>[]) KERNEL_CONTROL_CHANNEL_HANDLERS; }else{ return (Handler<Message>[]) new Handler... | ScalaCommOpenHandler extends CommOpenHandler { public Handler<Message>[] getKernelControlChanelHandlers(String targetName){ if(TargetNamesEnum.KERNEL_CONTROL_CHANNEL.getTargetName().equalsIgnoreCase(targetName)){ return (Handler<Message>[]) KERNEL_CONTROL_CHANNEL_HANDLERS; }else{ return (Handler<Message>[]) new Handler... | ScalaCommOpenHandler extends CommOpenHandler { public Handler<Message>[] getKernelControlChanelHandlers(String targetName){ if(TargetNamesEnum.KERNEL_CONTROL_CHANNEL.getTargetName().equalsIgnoreCase(targetName)){ return (Handler<Message>[]) KERNEL_CONTROL_CHANNEL_HANDLERS; }else{ return (Handler<Message>[]) new Handler... |
@Test public void commSend_shouldSendIOPubSocketMessage() throws NoSuchAlgorithmException { comm.send(); Assertions.assertThat(kernel.getPublishedMessages()).isNotEmpty(); Assertions.assertThat(kernel.getPublishedMessages().get(0)).isNotNull(); } | public void send() { Message parentMessage = getParentMessage(); Message message = new Message(); message.setHeader(new Header(COMM_MSG, parentMessage != null ? parentMessage.getHeader().getSession() : null)); if (parentMessage != null) { message.setParentHeader(getParentMessage().getHeader()); } HashMap<String, Serial... | Comm { public void send() { Message parentMessage = getParentMessage(); Message message = new Message(); message.setHeader(new Header(COMM_MSG, parentMessage != null ? parentMessage.getHeader().getSession() : null)); if (parentMessage != null) { message.setParentHeader(getParentMessage().getHeader()); } HashMap<String,... | Comm { public void send() { Message parentMessage = getParentMessage(); Message message = new Message(); message.setHeader(new Header(COMM_MSG, parentMessage != null ? parentMessage.getHeader().getSession() : null)); if (parentMessage != null) { message.setParentHeader(getParentMessage().getHeader()); } HashMap<String,... | Comm { public void send() { Message parentMessage = getParentMessage(); Message message = new Message(); message.setHeader(new Header(COMM_MSG, parentMessage != null ? parentMessage.getHeader().getSession() : null)); if (parentMessage != null) { message.setParentHeader(getParentMessage().getHeader()); } HashMap<String,... | Comm { public void send() { Message parentMessage = getParentMessage(); Message message = new Message(); message.setHeader(new Header(COMM_MSG, parentMessage != null ? parentMessage.getHeader().getSession() : null)); if (parentMessage != null) { message.setParentHeader(getParentMessage().getHeader()); } HashMap<String,... |
@Test public void commSend_sentMessageHasTypeIsCommClose() throws NoSuchAlgorithmException { comm.send(); Assertions.assertThat(kernel.getPublishedMessages()).isNotEmpty(); Message sendMessage = kernel.getPublishedMessages().get(0); Assertions.assertThat(sendMessage.getHeader().getType()) .isEqualTo(JupyterMessages.COM... | public void send() { Message parentMessage = getParentMessage(); Message message = new Message(); message.setHeader(new Header(COMM_MSG, parentMessage != null ? parentMessage.getHeader().getSession() : null)); if (parentMessage != null) { message.setParentHeader(getParentMessage().getHeader()); } HashMap<String, Serial... | Comm { public void send() { Message parentMessage = getParentMessage(); Message message = new Message(); message.setHeader(new Header(COMM_MSG, parentMessage != null ? parentMessage.getHeader().getSession() : null)); if (parentMessage != null) { message.setParentHeader(getParentMessage().getHeader()); } HashMap<String,... | Comm { public void send() { Message parentMessage = getParentMessage(); Message message = new Message(); message.setHeader(new Header(COMM_MSG, parentMessage != null ? parentMessage.getHeader().getSession() : null)); if (parentMessage != null) { message.setParentHeader(getParentMessage().getHeader()); } HashMap<String,... | Comm { public void send() { Message parentMessage = getParentMessage(); Message message = new Message(); message.setHeader(new Header(COMM_MSG, parentMessage != null ? parentMessage.getHeader().getSession() : null)); if (parentMessage != null) { message.setParentHeader(getParentMessage().getHeader()); } HashMap<String,... | Comm { public void send() { Message parentMessage = getParentMessage(); Message message = new Message(); message.setHeader(new Header(COMM_MSG, parentMessage != null ? parentMessage.getHeader().getSession() : null)); if (parentMessage != null) { message.setParentHeader(getParentMessage().getHeader()); } HashMap<String,... |
@Test public void commSend_sentMessageHasCommId() throws NoSuchAlgorithmException { comm.send(); Assertions.assertThat(kernel.getPublishedMessages()).isNotEmpty(); Message sendMessage = kernel.getPublishedMessages().get(0); Assertions.assertThat((String) sendMessage.getContent().get(Comm.COMM_ID)).isNotEmpty(); } | public void send() { Message parentMessage = getParentMessage(); Message message = new Message(); message.setHeader(new Header(COMM_MSG, parentMessage != null ? parentMessage.getHeader().getSession() : null)); if (parentMessage != null) { message.setParentHeader(getParentMessage().getHeader()); } HashMap<String, Serial... | Comm { public void send() { Message parentMessage = getParentMessage(); Message message = new Message(); message.setHeader(new Header(COMM_MSG, parentMessage != null ? parentMessage.getHeader().getSession() : null)); if (parentMessage != null) { message.setParentHeader(getParentMessage().getHeader()); } HashMap<String,... | Comm { public void send() { Message parentMessage = getParentMessage(); Message message = new Message(); message.setHeader(new Header(COMM_MSG, parentMessage != null ? parentMessage.getHeader().getSession() : null)); if (parentMessage != null) { message.setParentHeader(getParentMessage().getHeader()); } HashMap<String,... | Comm { public void send() { Message parentMessage = getParentMessage(); Message message = new Message(); message.setHeader(new Header(COMM_MSG, parentMessage != null ? parentMessage.getHeader().getSession() : null)); if (parentMessage != null) { message.setParentHeader(getParentMessage().getHeader()); } HashMap<String,... | Comm { public void send() { Message parentMessage = getParentMessage(); Message message = new Message(); message.setHeader(new Header(COMM_MSG, parentMessage != null ? parentMessage.getHeader().getSession() : null)); if (parentMessage != null) { message.setParentHeader(getParentMessage().getHeader()); } HashMap<String,... |
@Test public void commClose_sentMessageHasData() throws NoSuchAlgorithmException { initCommData(comm); comm.send(); Assertions.assertThat(kernel.getPublishedMessages()).isNotEmpty(); Message sendMessage = kernel.getPublishedMessages().get(0); Assertions.assertThat((Map) sendMessage.getContent().get(Comm.DATA)).isNotEmp... | public void send() { Message parentMessage = getParentMessage(); Message message = new Message(); message.setHeader(new Header(COMM_MSG, parentMessage != null ? parentMessage.getHeader().getSession() : null)); if (parentMessage != null) { message.setParentHeader(getParentMessage().getHeader()); } HashMap<String, Serial... | Comm { public void send() { Message parentMessage = getParentMessage(); Message message = new Message(); message.setHeader(new Header(COMM_MSG, parentMessage != null ? parentMessage.getHeader().getSession() : null)); if (parentMessage != null) { message.setParentHeader(getParentMessage().getHeader()); } HashMap<String,... | Comm { public void send() { Message parentMessage = getParentMessage(); Message message = new Message(); message.setHeader(new Header(COMM_MSG, parentMessage != null ? parentMessage.getHeader().getSession() : null)); if (parentMessage != null) { message.setParentHeader(getParentMessage().getHeader()); } HashMap<String,... | Comm { public void send() { Message parentMessage = getParentMessage(); Message message = new Message(); message.setHeader(new Header(COMM_MSG, parentMessage != null ? parentMessage.getHeader().getSession() : null)); if (parentMessage != null) { message.setParentHeader(getParentMessage().getHeader()); } HashMap<String,... | Comm { public void send() { Message parentMessage = getParentMessage(); Message message = new Message(); message.setHeader(new Header(COMM_MSG, parentMessage != null ? parentMessage.getHeader().getSession() : null)); if (parentMessage != null) { message.setParentHeader(getParentMessage().getHeader()); } HashMap<String,... |
@Test public void handleMessage_shouldSendTwoMessages() throws Exception { commMsgHandler.handle(message); Assertions.assertThat(kernel.getPublishedMessages()).isNotEmpty(); Assertions.assertThat(kernel.getPublishedMessages().size()).isEqualTo(2); } | public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } | CommMsgHandler extends KernelHandler<Message> { public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } } | CommMsgHandler extends KernelHandler<Message> { public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommMsgHandler(final KernelFunctionality kernel, final MessageCreator messageCreator); } | CommMsgHandler extends KernelHandler<Message> { public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommMsgHandler(final KernelFunctionality kernel, final MessageCreator messageCreator); void handle(Message message); static String getString(Map<String, Serializable> map... | CommMsgHandler extends KernelHandler<Message> { public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommMsgHandler(final KernelFunctionality kernel, final MessageCreator messageCreator); void handle(Message message); static String getString(Map<String, Serializable> map... |
@Test public void handleMessage_firstSentMessageHasExecutionStateIsBusy() throws Exception { commMsgHandler.handle(message); Assertions.assertThat(kernel.getPublishedMessages()).isNotEmpty(); Message publishMessage = kernel.getPublishedMessages().get(0); Assertions.assertThat(publishMessage.getContent().get("execution_... | public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } | CommMsgHandler extends KernelHandler<Message> { public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } } | CommMsgHandler extends KernelHandler<Message> { public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommMsgHandler(final KernelFunctionality kernel, final MessageCreator messageCreator); } | CommMsgHandler extends KernelHandler<Message> { public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommMsgHandler(final KernelFunctionality kernel, final MessageCreator messageCreator); void handle(Message message); static String getString(Map<String, Serializable> map... | CommMsgHandler extends KernelHandler<Message> { public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommMsgHandler(final KernelFunctionality kernel, final MessageCreator messageCreator); void handle(Message message); static String getString(Map<String, Serializable> map... |
@Test public void handleMessage_firstSentMessageHasSessionId() throws Exception { String expectedSessionId = message.getHeader().getSession(); commMsgHandler.handle(message); Assertions.assertThat(kernel.getPublishedMessages()).isNotEmpty(); Message publishMessage = kernel.getPublishedMessages().get(0); Assertions.asse... | public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } | CommMsgHandler extends KernelHandler<Message> { public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } } | CommMsgHandler extends KernelHandler<Message> { public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommMsgHandler(final KernelFunctionality kernel, final MessageCreator messageCreator); } | CommMsgHandler extends KernelHandler<Message> { public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommMsgHandler(final KernelFunctionality kernel, final MessageCreator messageCreator); void handle(Message message); static String getString(Map<String, Serializable> map... | CommMsgHandler extends KernelHandler<Message> { public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommMsgHandler(final KernelFunctionality kernel, final MessageCreator messageCreator); void handle(Message message); static String getString(Map<String, Serializable> map... |
@Test public void handleMessage_firstSentMessageHasTypeIsStatus() throws Exception { commMsgHandler.handle(message); Assertions.assertThat(kernel.getPublishedMessages()).isNotEmpty(); Message publishMessage = kernel.getPublishedMessages().get(0); Assertions.assertThat(publishMessage.getHeader().getType()) .isEqualTo(Ju... | public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } | CommMsgHandler extends KernelHandler<Message> { public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } } | CommMsgHandler extends KernelHandler<Message> { public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommMsgHandler(final KernelFunctionality kernel, final MessageCreator messageCreator); } | CommMsgHandler extends KernelHandler<Message> { public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommMsgHandler(final KernelFunctionality kernel, final MessageCreator messageCreator); void handle(Message message); static String getString(Map<String, Serializable> map... | CommMsgHandler extends KernelHandler<Message> { public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommMsgHandler(final KernelFunctionality kernel, final MessageCreator messageCreator); void handle(Message message); static String getString(Map<String, Serializable> map... |
@Test public void handleMessage_firstSentMessageHasParentHeader() throws Exception { String expectedHeader = message.getHeader().asJson(); commMsgHandler.handle(message); Assertions.assertThat(kernel.getPublishedMessages()).isNotEmpty(); Message publishMessage = kernel.getPublishedMessages().get(0); Assertions.assertTh... | public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } | CommMsgHandler extends KernelHandler<Message> { public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } } | CommMsgHandler extends KernelHandler<Message> { public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommMsgHandler(final KernelFunctionality kernel, final MessageCreator messageCreator); } | CommMsgHandler extends KernelHandler<Message> { public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommMsgHandler(final KernelFunctionality kernel, final MessageCreator messageCreator); void handle(Message message); static String getString(Map<String, Serializable> map... | CommMsgHandler extends KernelHandler<Message> { public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommMsgHandler(final KernelFunctionality kernel, final MessageCreator messageCreator); void handle(Message message); static String getString(Map<String, Serializable> map... |
@Test public void handleMessage_firstSentMessageHasIdentities() throws Exception { String expectedIdentities = new String(message.getIdentities().get(0)); commMsgHandler.handle(message); Assertions.assertThat(kernel.getPublishedMessages()).isNotEmpty(); Message publishMessage = kernel.getPublishedMessages().get(0); Ass... | public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } | CommMsgHandler extends KernelHandler<Message> { public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } } | CommMsgHandler extends KernelHandler<Message> { public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommMsgHandler(final KernelFunctionality kernel, final MessageCreator messageCreator); } | CommMsgHandler extends KernelHandler<Message> { public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommMsgHandler(final KernelFunctionality kernel, final MessageCreator messageCreator); void handle(Message message); static String getString(Map<String, Serializable> map... | CommMsgHandler extends KernelHandler<Message> { public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommMsgHandler(final KernelFunctionality kernel, final MessageCreator messageCreator); void handle(Message message); static String getString(Map<String, Serializable> map... |
@Test public void handle_shouldSendMessage() throws Exception { handler.handle(message); Assertions.assertThat(kernel.getSentMessages()).isNotEmpty(); } | @Override public void handle(Message message) { logger.debug("Processing kernel info request"); Message reply = new Message(); HashMap<String, Serializable> map = new HashMap<>(6); map.put("protocol_version", "5.0"); map.put("implementation", "scala"); map.put("implementation_version", "1.0.0"); HashMap<String, Seriali... | ScalaKernelInfoHandler extends KernelHandler<Message> { @Override public void handle(Message message) { logger.debug("Processing kernel info request"); Message reply = new Message(); HashMap<String, Serializable> map = new HashMap<>(6); map.put("protocol_version", "5.0"); map.put("implementation", "scala"); map.put("im... | ScalaKernelInfoHandler extends KernelHandler<Message> { @Override public void handle(Message message) { logger.debug("Processing kernel info request"); Message reply = new Message(); HashMap<String, Serializable> map = new HashMap<>(6); map.put("protocol_version", "5.0"); map.put("implementation", "scala"); map.put("im... | ScalaKernelInfoHandler extends KernelHandler<Message> { @Override public void handle(Message message) { logger.debug("Processing kernel info request"); Message reply = new Message(); HashMap<String, Serializable> map = new HashMap<>(6); map.put("protocol_version", "5.0"); map.put("implementation", "scala"); map.put("im... | ScalaKernelInfoHandler extends KernelHandler<Message> { @Override public void handle(Message message) { logger.debug("Processing kernel info request"); Message reply = new Message(); HashMap<String, Serializable> map = new HashMap<>(6); map.put("protocol_version", "5.0"); map.put("implementation", "scala"); map.put("im... |
@Test public void handleMessage_secondSentMessageHasExecutionStateIsIdle() throws Exception { commMsgHandler.handle(message); Assertions.assertThat(kernel.getPublishedMessages()).isNotEmpty(); Message publishMessage = kernel.getPublishedMessages().get(1); Assertions.assertThat(publishMessage.getContent().get("execution... | public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } | CommMsgHandler extends KernelHandler<Message> { public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } } | CommMsgHandler extends KernelHandler<Message> { public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommMsgHandler(final KernelFunctionality kernel, final MessageCreator messageCreator); } | CommMsgHandler extends KernelHandler<Message> { public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommMsgHandler(final KernelFunctionality kernel, final MessageCreator messageCreator); void handle(Message message); static String getString(Map<String, Serializable> map... | CommMsgHandler extends KernelHandler<Message> { public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommMsgHandler(final KernelFunctionality kernel, final MessageCreator messageCreator); void handle(Message message); static String getString(Map<String, Serializable> map... |
@Test public void handleMessage_secondSentMessageHasSessionId() throws Exception { String expectedSessionId = message.getHeader().getSession(); commMsgHandler.handle(message); Assertions.assertThat(kernel.getPublishedMessages()).isNotEmpty(); Message publishMessage = kernel.getPublishedMessages().get(1); Assertions.ass... | public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } | CommMsgHandler extends KernelHandler<Message> { public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } } | CommMsgHandler extends KernelHandler<Message> { public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommMsgHandler(final KernelFunctionality kernel, final MessageCreator messageCreator); } | CommMsgHandler extends KernelHandler<Message> { public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommMsgHandler(final KernelFunctionality kernel, final MessageCreator messageCreator); void handle(Message message); static String getString(Map<String, Serializable> map... | CommMsgHandler extends KernelHandler<Message> { public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommMsgHandler(final KernelFunctionality kernel, final MessageCreator messageCreator); void handle(Message message); static String getString(Map<String, Serializable> map... |
@Test public void handleMessage_secondSendMessageHasTypeIsStatus() throws Exception { commMsgHandler.handle(message); Assertions.assertThat(kernel.getPublishedMessages()).isNotEmpty(); Message publishMessage = kernel.getPublishedMessages().get(1); Assertions.assertThat(publishMessage.getHeader().getType()) .isEqualTo(J... | public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } | CommMsgHandler extends KernelHandler<Message> { public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } } | CommMsgHandler extends KernelHandler<Message> { public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommMsgHandler(final KernelFunctionality kernel, final MessageCreator messageCreator); } | CommMsgHandler extends KernelHandler<Message> { public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommMsgHandler(final KernelFunctionality kernel, final MessageCreator messageCreator); void handle(Message message); static String getString(Map<String, Serializable> map... | CommMsgHandler extends KernelHandler<Message> { public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommMsgHandler(final KernelFunctionality kernel, final MessageCreator messageCreator); void handle(Message message); static String getString(Map<String, Serializable> map... |
@Test public void handleMessage_secondSentMessageHasIdentities() throws Exception { String expectedIdentities = new String(message.getIdentities().get(0)); commMsgHandler.handle(message); Assertions.assertThat(kernel.getPublishedMessages()).isNotEmpty(); Message publishMessage = kernel.getPublishedMessages().get(1); As... | public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } | CommMsgHandler extends KernelHandler<Message> { public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } } | CommMsgHandler extends KernelHandler<Message> { public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommMsgHandler(final KernelFunctionality kernel, final MessageCreator messageCreator); } | CommMsgHandler extends KernelHandler<Message> { public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommMsgHandler(final KernelFunctionality kernel, final MessageCreator messageCreator); void handle(Message message); static String getString(Map<String, Serializable> map... | CommMsgHandler extends KernelHandler<Message> { public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommMsgHandler(final KernelFunctionality kernel, final MessageCreator messageCreator); void handle(Message message); static String getString(Map<String, Serializable> map... |
@Test public void handleMessage_shouldSendTwoMessages() throws Exception { executeRequestHandler.handle(message); Assertions.assertThat(kernel.getPublishedMessages()).isNotEmpty(); Assertions.assertThat(kernel.getPublishedMessages().size()).isEqualTo(2); } | @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } | ExecuteRequestHandler extends KernelHandler<Message> { @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } } | ExecuteRequestHandler extends KernelHandler<Message> { @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } ExecuteRequestHandler(KernelFunctionality kernel); } | ExecuteRequestHandler extends KernelHandler<Message> { @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } ExecuteRequestHandler(KernelFunctionality kernel); @Override void handle(Message message); @Override void exit(); } | ExecuteRequestHandler extends KernelHandler<Message> { @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } ExecuteRequestHandler(KernelFunctionality kernel); @Override void handle(Message message); @Override void exit(); } |
@Test public void handleMessage_firstSentMessageHasExecutionStateIsBusy() throws Exception { executeRequestHandler.handle(message); Assertions.assertThat(kernel.getPublishedMessages()).isNotEmpty(); Message publishMessage = kernel.getPublishedMessages().get(0); Assertions.assertThat(publishMessage.getContent().get("exe... | @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } | ExecuteRequestHandler extends KernelHandler<Message> { @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } } | ExecuteRequestHandler extends KernelHandler<Message> { @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } ExecuteRequestHandler(KernelFunctionality kernel); } | ExecuteRequestHandler extends KernelHandler<Message> { @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } ExecuteRequestHandler(KernelFunctionality kernel); @Override void handle(Message message); @Override void exit(); } | ExecuteRequestHandler extends KernelHandler<Message> { @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } ExecuteRequestHandler(KernelFunctionality kernel); @Override void handle(Message message); @Override void exit(); } |
@Test public void handleMessage_firstSentMessageHasSessionId() throws Exception { String expectedSessionId = message.getHeader().getSession(); executeRequestHandler.handle(message); Assertions.assertThat(kernel.getPublishedMessages()).isNotEmpty(); Message publishMessage = kernel.getPublishedMessages().get(0); Assertio... | @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } | ExecuteRequestHandler extends KernelHandler<Message> { @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } } | ExecuteRequestHandler extends KernelHandler<Message> { @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } ExecuteRequestHandler(KernelFunctionality kernel); } | ExecuteRequestHandler extends KernelHandler<Message> { @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } ExecuteRequestHandler(KernelFunctionality kernel); @Override void handle(Message message); @Override void exit(); } | ExecuteRequestHandler extends KernelHandler<Message> { @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } ExecuteRequestHandler(KernelFunctionality kernel); @Override void handle(Message message); @Override void exit(); } |
@Test public void handleMessage_firstSentMessageHasTypeIsStatus() throws Exception { executeRequestHandler.handle(message); Assertions.assertThat(kernel.getPublishedMessages()).isNotEmpty(); Message publishMessage = kernel.getPublishedMessages().get(0); Assertions.assertThat(publishMessage.getHeader().getType()) .isEqu... | @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } | ExecuteRequestHandler extends KernelHandler<Message> { @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } } | ExecuteRequestHandler extends KernelHandler<Message> { @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } ExecuteRequestHandler(KernelFunctionality kernel); } | ExecuteRequestHandler extends KernelHandler<Message> { @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } ExecuteRequestHandler(KernelFunctionality kernel); @Override void handle(Message message); @Override void exit(); } | ExecuteRequestHandler extends KernelHandler<Message> { @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } ExecuteRequestHandler(KernelFunctionality kernel); @Override void handle(Message message); @Override void exit(); } |
@Test public void handleMessage_firstSentMessageHasParentHeader() throws Exception { String expectedHeader = message.getHeader().asJson(); executeRequestHandler.handle(message); Assertions.assertThat(kernel.getPublishedMessages()).isNotEmpty(); Message publishMessage = kernel.getPublishedMessages().get(0); Assertions.a... | @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } | ExecuteRequestHandler extends KernelHandler<Message> { @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } } | ExecuteRequestHandler extends KernelHandler<Message> { @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } ExecuteRequestHandler(KernelFunctionality kernel); } | ExecuteRequestHandler extends KernelHandler<Message> { @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } ExecuteRequestHandler(KernelFunctionality kernel); @Override void handle(Message message); @Override void exit(); } | ExecuteRequestHandler extends KernelHandler<Message> { @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } ExecuteRequestHandler(KernelFunctionality kernel); @Override void handle(Message message); @Override void exit(); } |
@Test public void handleMessage_firstSentMessageHasIdentities() throws Exception { String expectedIdentities = new String(message.getIdentities().get(0)); executeRequestHandler.handle(message); Assertions.assertThat(kernel.getPublishedMessages()).isNotEmpty(); Message publishMessage = kernel.getPublishedMessages().get(... | @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } | ExecuteRequestHandler extends KernelHandler<Message> { @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } } | ExecuteRequestHandler extends KernelHandler<Message> { @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } ExecuteRequestHandler(KernelFunctionality kernel); } | ExecuteRequestHandler extends KernelHandler<Message> { @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } ExecuteRequestHandler(KernelFunctionality kernel); @Override void handle(Message message); @Override void exit(); } | ExecuteRequestHandler extends KernelHandler<Message> { @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } ExecuteRequestHandler(KernelFunctionality kernel); @Override void handle(Message message); @Override void exit(); } |
@Test public void handle_sentMessageHasContent() throws Exception { handler.handle(message); Message sentMessage = kernel.getSentMessages().get(0); Assertions.assertThat(sentMessage.getContent()).isNotEmpty(); } | @Override public void handle(Message message) { logger.debug("Processing kernel info request"); Message reply = new Message(); HashMap<String, Serializable> map = new HashMap<>(6); map.put("protocol_version", "5.0"); map.put("implementation", "scala"); map.put("implementation_version", "1.0.0"); HashMap<String, Seriali... | ScalaKernelInfoHandler extends KernelHandler<Message> { @Override public void handle(Message message) { logger.debug("Processing kernel info request"); Message reply = new Message(); HashMap<String, Serializable> map = new HashMap<>(6); map.put("protocol_version", "5.0"); map.put("implementation", "scala"); map.put("im... | ScalaKernelInfoHandler extends KernelHandler<Message> { @Override public void handle(Message message) { logger.debug("Processing kernel info request"); Message reply = new Message(); HashMap<String, Serializable> map = new HashMap<>(6); map.put("protocol_version", "5.0"); map.put("implementation", "scala"); map.put("im... | ScalaKernelInfoHandler extends KernelHandler<Message> { @Override public void handle(Message message) { logger.debug("Processing kernel info request"); Message reply = new Message(); HashMap<String, Serializable> map = new HashMap<>(6); map.put("protocol_version", "5.0"); map.put("implementation", "scala"); map.put("im... | ScalaKernelInfoHandler extends KernelHandler<Message> { @Override public void handle(Message message) { logger.debug("Processing kernel info request"); Message reply = new Message(); HashMap<String, Serializable> map = new HashMap<>(6); map.put("protocol_version", "5.0"); map.put("implementation", "scala"); map.put("im... |
@Test public void handleMessage_secondSentMessageHasSessionId() throws Exception { String expectedSessionId = message.getHeader().getSession(); executeRequestHandler.handle(message); Assertions.assertThat(kernel.getPublishedMessages()).isNotEmpty(); Message publishMessage = kernel.getPublishedMessages().get(1); Asserti... | @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } | ExecuteRequestHandler extends KernelHandler<Message> { @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } } | ExecuteRequestHandler extends KernelHandler<Message> { @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } ExecuteRequestHandler(KernelFunctionality kernel); } | ExecuteRequestHandler extends KernelHandler<Message> { @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } ExecuteRequestHandler(KernelFunctionality kernel); @Override void handle(Message message); @Override void exit(); } | ExecuteRequestHandler extends KernelHandler<Message> { @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } ExecuteRequestHandler(KernelFunctionality kernel); @Override void handle(Message message); @Override void exit(); } |
@Test public void handleMessage_secondSendMessageHasTypeIsExecutionInput() throws Exception { executeRequestHandler.handle(message); Assertions.assertThat(kernel.getPublishedMessages()).isNotEmpty(); Message publishMessage = kernel.getPublishedMessages().get(1); Assertions.assertThat(publishMessage.getHeader().getType(... | @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } | ExecuteRequestHandler extends KernelHandler<Message> { @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } } | ExecuteRequestHandler extends KernelHandler<Message> { @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } ExecuteRequestHandler(KernelFunctionality kernel); } | ExecuteRequestHandler extends KernelHandler<Message> { @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } ExecuteRequestHandler(KernelFunctionality kernel); @Override void handle(Message message); @Override void exit(); } | ExecuteRequestHandler extends KernelHandler<Message> { @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } ExecuteRequestHandler(KernelFunctionality kernel); @Override void handle(Message message); @Override void exit(); } |
@Test public void handleMessage_secondSentMessageHasContentCode() throws Exception { String expectedCode = (String) message.getContent().get("code"); executeRequestHandler.handle(message); Assertions.assertThat(kernel.getPublishedMessages()).isNotEmpty(); Message publishMessage = kernel.getPublishedMessages().get(1); A... | @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } | ExecuteRequestHandler extends KernelHandler<Message> { @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } } | ExecuteRequestHandler extends KernelHandler<Message> { @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } ExecuteRequestHandler(KernelFunctionality kernel); } | ExecuteRequestHandler extends KernelHandler<Message> { @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } ExecuteRequestHandler(KernelFunctionality kernel); @Override void handle(Message message); @Override void exit(); } | ExecuteRequestHandler extends KernelHandler<Message> { @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } ExecuteRequestHandler(KernelFunctionality kernel); @Override void handle(Message message); @Override void exit(); } |
@Test public void handleMessage_secondSentMessageHasContentExecutionCount() throws Exception { executeRequestHandler.handle(message); Assertions.assertThat(kernel.getPublishedMessages()).isNotEmpty(); Message publishMessage = kernel.getPublishedMessages().get(1); Assertions.assertThat(publishMessage.getContent().get("e... | @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } | ExecuteRequestHandler extends KernelHandler<Message> { @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } } | ExecuteRequestHandler extends KernelHandler<Message> { @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } ExecuteRequestHandler(KernelFunctionality kernel); } | ExecuteRequestHandler extends KernelHandler<Message> { @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } ExecuteRequestHandler(KernelFunctionality kernel); @Override void handle(Message message); @Override void exit(); } | ExecuteRequestHandler extends KernelHandler<Message> { @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } ExecuteRequestHandler(KernelFunctionality kernel); @Override void handle(Message message); @Override void exit(); } |
@Test public void handleMessage_secondSentMessageHasParentHeader() throws Exception { String expectedHeader = message.getHeader().asJson(); executeRequestHandler.handle(message); Assertions.assertThat(kernel.getPublishedMessages()).isNotEmpty(); Message publishMessage = kernel.getPublishedMessages().get(1); Assertions.... | @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } | ExecuteRequestHandler extends KernelHandler<Message> { @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } } | ExecuteRequestHandler extends KernelHandler<Message> { @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } ExecuteRequestHandler(KernelFunctionality kernel); } | ExecuteRequestHandler extends KernelHandler<Message> { @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } ExecuteRequestHandler(KernelFunctionality kernel); @Override void handle(Message message); @Override void exit(); } | ExecuteRequestHandler extends KernelHandler<Message> { @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } ExecuteRequestHandler(KernelFunctionality kernel); @Override void handle(Message message); @Override void exit(); } |
@Test public void handleMessage_secondSentMessageHasIdentities() throws Exception { String expectedIdentities = new String(message.getIdentities().get(0)); executeRequestHandler.handle(message); Assertions.assertThat(kernel.getPublishedMessages()).isNotEmpty(); Message publishMessage = kernel.getPublishedMessages().get... | @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } | ExecuteRequestHandler extends KernelHandler<Message> { @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } } | ExecuteRequestHandler extends KernelHandler<Message> { @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } ExecuteRequestHandler(KernelFunctionality kernel); } | ExecuteRequestHandler extends KernelHandler<Message> { @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } ExecuteRequestHandler(KernelFunctionality kernel); @Override void handle(Message message); @Override void exit(); } | ExecuteRequestHandler extends KernelHandler<Message> { @Override public void handle(Message message) { try { handleMsg(message); } catch (InterruptedException e) { throw new RuntimeException(e); } } ExecuteRequestHandler(KernelFunctionality kernel); @Override void handle(Message message); @Override void exit(); } |
@Test public void handleMessage_shouldSendShellSocketMessage() throws Exception { commCloseHandler.handle(message); Assertions.assertThat(kernel.getSentMessages()).isNotEmpty(); } | @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } | CommCloseHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } } | CommCloseHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommCloseHandler(KernelFunctionality kernel); } | CommCloseHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommCloseHandler(KernelFunctionality kernel); static String getString(Map<String, Serializable> map, String name); @Override void handle(Message message); } | CommCloseHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommCloseHandler(KernelFunctionality kernel); static String getString(Map<String, Serializable> map, String name); @Override void handle(Message message); } |
@Test public void handleMessage_sentMessageHasTypeIsCommClose() throws Exception { commCloseHandler.handle(message); Assertions.assertThat(kernel.getSentMessages()).isNotEmpty(); Message sendMessage = kernel.getSentMessages().get(0); Assertions.assertThat(sendMessage.getHeader().getType()) .isEqualTo(JupyterMessages.CO... | @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } | CommCloseHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } } | CommCloseHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommCloseHandler(KernelFunctionality kernel); } | CommCloseHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommCloseHandler(KernelFunctionality kernel); static String getString(Map<String, Serializable> map, String name); @Override void handle(Message message); } | CommCloseHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommCloseHandler(KernelFunctionality kernel); static String getString(Map<String, Serializable> map, String name); @Override void handle(Message message); } |
@Test public void handleMessage_sentMessageHasSessionId() throws Exception { String expectedSessionId = message.getHeader().getSession(); commCloseHandler.handle(message); Assertions.assertThat(kernel.getSentMessages()).isNotEmpty(); Message sendMessage = kernel.getSentMessages().get(0); Assertions.assertThat(sendMessa... | @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } | CommCloseHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } } | CommCloseHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommCloseHandler(KernelFunctionality kernel); } | CommCloseHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommCloseHandler(KernelFunctionality kernel); static String getString(Map<String, Serializable> map, String name); @Override void handle(Message message); } | CommCloseHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommCloseHandler(KernelFunctionality kernel); static String getString(Map<String, Serializable> map, String name); @Override void handle(Message message); } |
@Test public void handleMessage_sentMessageHasParentHeader() throws Exception { String expectedHeader = message.getHeader().asJson(); commCloseHandler.handle(message); Assertions.assertThat(kernel.getSentMessages()).isNotEmpty(); Message sendMessage = kernel.getSentMessages().get(0); Assertions.assertThat(sendMessage.g... | @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } | CommCloseHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } } | CommCloseHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommCloseHandler(KernelFunctionality kernel); } | CommCloseHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommCloseHandler(KernelFunctionality kernel); static String getString(Map<String, Serializable> map, String name); @Override void handle(Message message); } | CommCloseHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommCloseHandler(KernelFunctionality kernel); static String getString(Map<String, Serializable> map, String name); @Override void handle(Message message); } |
@Test public void handle_sentMessageHasHeaderTypeIsKernelInfoReply() throws Exception { handler.handle(message); Message sentMessage = kernel.getSentMessages().get(0); Header header = sentMessage.getHeader(); Assertions.assertThat(header).isNotNull(); Assertions.assertThat(header.getType()).isEqualTo(KERNEL_INFO_REPLY.... | @Override public void handle(Message message) { logger.debug("Processing kernel info request"); Message reply = new Message(); HashMap<String, Serializable> map = new HashMap<>(6); map.put("protocol_version", "5.0"); map.put("implementation", "scala"); map.put("implementation_version", "1.0.0"); HashMap<String, Seriali... | ScalaKernelInfoHandler extends KernelHandler<Message> { @Override public void handle(Message message) { logger.debug("Processing kernel info request"); Message reply = new Message(); HashMap<String, Serializable> map = new HashMap<>(6); map.put("protocol_version", "5.0"); map.put("implementation", "scala"); map.put("im... | ScalaKernelInfoHandler extends KernelHandler<Message> { @Override public void handle(Message message) { logger.debug("Processing kernel info request"); Message reply = new Message(); HashMap<String, Serializable> map = new HashMap<>(6); map.put("protocol_version", "5.0"); map.put("implementation", "scala"); map.put("im... | ScalaKernelInfoHandler extends KernelHandler<Message> { @Override public void handle(Message message) { logger.debug("Processing kernel info request"); Message reply = new Message(); HashMap<String, Serializable> map = new HashMap<>(6); map.put("protocol_version", "5.0"); map.put("implementation", "scala"); map.put("im... | ScalaKernelInfoHandler extends KernelHandler<Message> { @Override public void handle(Message message) { logger.debug("Processing kernel info request"); Message reply = new Message(); HashMap<String, Serializable> map = new HashMap<>(6); map.put("protocol_version", "5.0"); map.put("implementation", "scala"); map.put("im... |
@Test public void handleMessage_sentMessageHasIdentities() throws Exception { String expectedIdentities = new String(message.getIdentities().get(0)); commCloseHandler.handle(message); Assertions.assertThat(kernel.getSentMessages()).isNotEmpty(); Message sendMessage = kernel.getSentMessages().get(0); Assertions.assertTh... | @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } | CommCloseHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } } | CommCloseHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommCloseHandler(KernelFunctionality kernel); } | CommCloseHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommCloseHandler(KernelFunctionality kernel); static String getString(Map<String, Serializable> map, String name); @Override void handle(Message message); } | CommCloseHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommCloseHandler(KernelFunctionality kernel); static String getString(Map<String, Serializable> map, String name); @Override void handle(Message message); } |
@Test public void handleMessage_shouldSendShellSocketMessage() throws Exception { commInfoHandler.handle(message); Assertions.assertThat(kernel.getSentMessages()).isNotEmpty(); } | @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } | CommInfoHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } } | CommInfoHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommInfoHandler(KernelFunctionality kernel); } | CommInfoHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommInfoHandler(KernelFunctionality kernel); @Override void handle(Message message); } | CommInfoHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommInfoHandler(KernelFunctionality kernel); @Override void handle(Message message); } |
@Test public void handleMessage_sentMessageHasTypeIsCommInfoReply() throws Exception { commInfoHandler.handle(message); Assertions.assertThat(kernel.getSentMessages()).isNotEmpty(); Message sendMessage = kernel.getSentMessages().get(0); Assertions.assertThat(sendMessage.getHeader().getType()) .isEqualTo(JupyterMessages... | @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } | CommInfoHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } } | CommInfoHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommInfoHandler(KernelFunctionality kernel); } | CommInfoHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommInfoHandler(KernelFunctionality kernel); @Override void handle(Message message); } | CommInfoHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommInfoHandler(KernelFunctionality kernel); @Override void handle(Message message); } |
@Test public void handleMessage_sentMessageHasSessionId() throws Exception { String expectedSessionId = message.getHeader().getSession(); commInfoHandler.handle(message); Assertions.assertThat(kernel.getSentMessages()).isNotEmpty(); Message sendMessage = kernel.getSentMessages().get(0); Assertions.assertThat(sendMessag... | @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } | CommInfoHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } } | CommInfoHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommInfoHandler(KernelFunctionality kernel); } | CommInfoHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommInfoHandler(KernelFunctionality kernel); @Override void handle(Message message); } | CommInfoHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommInfoHandler(KernelFunctionality kernel); @Override void handle(Message message); } |
@Test public void handleMessage_sentMessageHasParentHeader() throws Exception { String expectedHeader = message.getHeader().asJson(); commInfoHandler.handle(message); Assertions.assertThat(kernel.getSentMessages()).isNotEmpty(); Message sendMessage = kernel.getSentMessages().get(0); Assertions.assertThat(sendMessage.ge... | @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } | CommInfoHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } } | CommInfoHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommInfoHandler(KernelFunctionality kernel); } | CommInfoHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommInfoHandler(KernelFunctionality kernel); @Override void handle(Message message); } | CommInfoHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommInfoHandler(KernelFunctionality kernel); @Override void handle(Message message); } |
@Test public void handleMessage_sentMessageHasIdentities() throws Exception { String expectedIdentities = new String(message.getIdentities().get(0)); commInfoHandler.handle(message); Assertions.assertThat(kernel.getSentMessages()).isNotEmpty(); Message sendMessage = kernel.getSentMessages().get(0); Assertions.assertTha... | @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } | CommInfoHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } } | CommInfoHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommInfoHandler(KernelFunctionality kernel); } | CommInfoHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommInfoHandler(KernelFunctionality kernel); @Override void handle(Message message); } | CommInfoHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommInfoHandler(KernelFunctionality kernel); @Override void handle(Message message); } |
@Test public void handleMessage_shouldSendShellSocketMessage() throws Exception { commOpenHandler.handle(message); Assertions.assertThat(kernel.getSentMessages()).isNotEmpty(); } | @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } | CommOpenHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } } | CommOpenHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommOpenHandler(KernelFunctionality kernel); } | CommOpenHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommOpenHandler(KernelFunctionality kernel); @Override void handle(Message message); abstract Handler<Message>[] getKernelControlChanelHandlers(String targetNa... | CommOpenHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommOpenHandler(KernelFunctionality kernel); @Override void handle(Message message); abstract Handler<Message>[] getKernelControlChanelHandlers(String targetNa... |
@Test public void handleMessageWithoutCommId_shouldSendCloseCommMessage() throws Exception { message.getContent().remove(COMM_ID); commOpenHandler.handle(message); Assertions.assertThat(kernel.getSentMessages()).isNotEmpty(); Message sendMessage = kernel.getSentMessages().get(0); Assertions.assertThat(sendMessage.getHe... | @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } | CommOpenHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } } | CommOpenHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommOpenHandler(KernelFunctionality kernel); } | CommOpenHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommOpenHandler(KernelFunctionality kernel); @Override void handle(Message message); abstract Handler<Message>[] getKernelControlChanelHandlers(String targetNa... | CommOpenHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommOpenHandler(KernelFunctionality kernel); @Override void handle(Message message); abstract Handler<Message>[] getKernelControlChanelHandlers(String targetNa... |
@Test public void handleMessageWithoutTargetName_shouldSendCloseCommMessage() throws Exception { message.getContent().remove(TARGET_NAME); commOpenHandler.handle(message); Assertions.assertThat(kernel.getSentMessages()).isNotEmpty(); Message sendMessage = kernel.getSentMessages().get(0); Assertions.assertThat(sendMessa... | @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } | CommOpenHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } } | CommOpenHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommOpenHandler(KernelFunctionality kernel); } | CommOpenHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommOpenHandler(KernelFunctionality kernel); @Override void handle(Message message); abstract Handler<Message>[] getKernelControlChanelHandlers(String targetNa... | CommOpenHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommOpenHandler(KernelFunctionality kernel); @Override void handle(Message message); abstract Handler<Message>[] getKernelControlChanelHandlers(String targetNa... |
@Test public void handleMessage_sentMessageHasCommId() throws Exception { String expectedCommId = (String) message.getContent().get(COMM_ID); commOpenHandler.handle(message); Assertions.assertThat(kernel.getSentMessages()).isNotEmpty(); Message sendMessage = kernel.getSentMessages().get(0); Assertions.assertThat(sendMe... | @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } | CommOpenHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } } | CommOpenHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommOpenHandler(KernelFunctionality kernel); } | CommOpenHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommOpenHandler(KernelFunctionality kernel); @Override void handle(Message message); abstract Handler<Message>[] getKernelControlChanelHandlers(String targetNa... | CommOpenHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommOpenHandler(KernelFunctionality kernel); @Override void handle(Message message); abstract Handler<Message>[] getKernelControlChanelHandlers(String targetNa... |
@Test public void handle_sentMessageHasLanguageInfo() throws Exception { handler.handle(message); Message sentMessage = kernel.getSentMessages().get(0); Map<String, Serializable> map = sentMessage.getContent(); Assertions.assertThat(map).isNotNull(); Assertions.assertThat(map.get("language_info")).isNotNull(); } | @Override public void handle(Message message) { logger.debug("Processing kernel info request"); Message reply = new Message(); HashMap<String, Serializable> map = new HashMap<>(6); map.put("protocol_version", "5.0"); map.put("implementation", "scala"); map.put("implementation_version", "1.0.0"); HashMap<String, Seriali... | ScalaKernelInfoHandler extends KernelHandler<Message> { @Override public void handle(Message message) { logger.debug("Processing kernel info request"); Message reply = new Message(); HashMap<String, Serializable> map = new HashMap<>(6); map.put("protocol_version", "5.0"); map.put("implementation", "scala"); map.put("im... | ScalaKernelInfoHandler extends KernelHandler<Message> { @Override public void handle(Message message) { logger.debug("Processing kernel info request"); Message reply = new Message(); HashMap<String, Serializable> map = new HashMap<>(6); map.put("protocol_version", "5.0"); map.put("implementation", "scala"); map.put("im... | ScalaKernelInfoHandler extends KernelHandler<Message> { @Override public void handle(Message message) { logger.debug("Processing kernel info request"); Message reply = new Message(); HashMap<String, Serializable> map = new HashMap<>(6); map.put("protocol_version", "5.0"); map.put("implementation", "scala"); map.put("im... | ScalaKernelInfoHandler extends KernelHandler<Message> { @Override public void handle(Message message) { logger.debug("Processing kernel info request"); Message reply = new Message(); HashMap<String, Serializable> map = new HashMap<>(6); map.put("protocol_version", "5.0"); map.put("implementation", "scala"); map.put("im... |
@Test public void handleMessage_sentMessageHasTargetName() throws Exception { String expectedTargetName = (String) message.getContent().get(TARGET_NAME); commOpenHandler.handle(message); Assertions.assertThat(kernel.getSentMessages()).isNotEmpty(); Message sendMessage = kernel.getSentMessages().get(0); Assertions.asser... | @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } | CommOpenHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } } | CommOpenHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommOpenHandler(KernelFunctionality kernel); } | CommOpenHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommOpenHandler(KernelFunctionality kernel); @Override void handle(Message message); abstract Handler<Message>[] getKernelControlChanelHandlers(String targetNa... | CommOpenHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommOpenHandler(KernelFunctionality kernel); @Override void handle(Message message); abstract Handler<Message>[] getKernelControlChanelHandlers(String targetNa... |
@Test public void handleMessage_sentMessageHasEmptyData() throws Exception { commOpenHandler.handle(message); Assertions.assertThat(kernel.getSentMessages()).isNotEmpty(); Message sendMessage = kernel.getSentMessages().get(0); Assertions.assertThat((Map) sendMessage.getContent().get(DATA)).isEmpty(); } | @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } | CommOpenHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } } | CommOpenHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommOpenHandler(KernelFunctionality kernel); } | CommOpenHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommOpenHandler(KernelFunctionality kernel); @Override void handle(Message message); abstract Handler<Message>[] getKernelControlChanelHandlers(String targetNa... | CommOpenHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommOpenHandler(KernelFunctionality kernel); @Override void handle(Message message); abstract Handler<Message>[] getKernelControlChanelHandlers(String targetNa... |
@Test public void handleMessage_sentMessageHasTargetModule() throws Exception { String expectedTargetModule = (String) message.getContent().get(TARGET_MODULE); commOpenHandler.handle(message); Assertions.assertThat(kernel.getSentMessages()).isNotEmpty(); Message sendMessage = kernel.getSentMessages().get(0); Assertions... | @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } | CommOpenHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } } | CommOpenHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommOpenHandler(KernelFunctionality kernel); } | CommOpenHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommOpenHandler(KernelFunctionality kernel); @Override void handle(Message message); abstract Handler<Message>[] getKernelControlChanelHandlers(String targetNa... | CommOpenHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommOpenHandler(KernelFunctionality kernel); @Override void handle(Message message); abstract Handler<Message>[] getKernelControlChanelHandlers(String targetNa... |
@Test public void handleMessage_sentMessageHasParentHeader() throws Exception { String expectedHeader = message.getHeader().asJson(); commOpenHandler.handle(message); Assertions.assertThat(kernel.getSentMessages()).isNotEmpty(); Message sendMessage = kernel.getSentMessages().get(0); Assertions.assertThat(sendMessage.ge... | @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } | CommOpenHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } } | CommOpenHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommOpenHandler(KernelFunctionality kernel); } | CommOpenHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommOpenHandler(KernelFunctionality kernel); @Override void handle(Message message); abstract Handler<Message>[] getKernelControlChanelHandlers(String targetNa... | CommOpenHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommOpenHandler(KernelFunctionality kernel); @Override void handle(Message message); abstract Handler<Message>[] getKernelControlChanelHandlers(String targetNa... |
@Test public void handleMessage_sentMessageHasIdentities() throws Exception { String expectedIdentities = new String(message.getIdentities().get(0)); commOpenHandler.handle(message); Assertions.assertThat(kernel.getSentMessages()).isNotEmpty(); Message sendMessage = kernel.getSentMessages().get(0); Assertions.assertTha... | @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } | CommOpenHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } } | CommOpenHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommOpenHandler(KernelFunctionality kernel); } | CommOpenHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommOpenHandler(KernelFunctionality kernel); @Override void handle(Message message); abstract Handler<Message>[] getKernelControlChanelHandlers(String targetNa... | CommOpenHandler extends KernelHandler<Message> { @Override public void handle(Message message) { wrapBusyIdle(kernel, message, () -> { handleMsg(message); }); } CommOpenHandler(KernelFunctionality kernel); @Override void handle(Message message); abstract Handler<Message>[] getKernelControlChanelHandlers(String targetNa... |
@Test public void createMessageWithNullResult_shouldReturnNullStringForNull() throws Exception { seo.finished(null); List<MessageHolder> message = messageCreator.createMessage(seo); Map data = TestWidgetUtils.getData(message.get(0).getMessage()); assertThat(data.get(MessageCreator.TEXT_PLAIN)).isEqualTo(NULL_RESULT); } | public synchronized List<MessageHolder> createMessage(SimpleEvaluationObject seo) { logger.debug("Creating message response message from: " + seo); Message message = seo.getJupyterMessage(); List<MessageHolder> ret = new ArrayList<>(); if (isConsoleOutputMessage(seo)) { ret.addAll(createConsoleResult(seo, message)); } ... | MessageCreator { public synchronized List<MessageHolder> createMessage(SimpleEvaluationObject seo) { logger.debug("Creating message response message from: " + seo); Message message = seo.getJupyterMessage(); List<MessageHolder> ret = new ArrayList<>(); if (isConsoleOutputMessage(seo)) { ret.addAll(createConsoleResult(s... | MessageCreator { public synchronized List<MessageHolder> createMessage(SimpleEvaluationObject seo) { logger.debug("Creating message response message from: " + seo); Message message = seo.getJupyterMessage(); List<MessageHolder> ret = new ArrayList<>(); if (isConsoleOutputMessage(seo)) { ret.addAll(createConsoleResult(s... | MessageCreator { public synchronized List<MessageHolder> createMessage(SimpleEvaluationObject seo) { logger.debug("Creating message response message from: " + seo); Message message = seo.getJupyterMessage(); List<MessageHolder> ret = new ArrayList<>(); if (isConsoleOutputMessage(seo)) { ret.addAll(createConsoleResult(s... | MessageCreator { public synchronized List<MessageHolder> createMessage(SimpleEvaluationObject seo) { logger.debug("Creating message response message from: " + seo); Message message = seo.getJupyterMessage(); List<MessageHolder> ret = new ArrayList<>(); if (isConsoleOutputMessage(seo)) { ret.addAll(createConsoleResult(s... |
@Test public void createMessageWithNotNullResult_shouldReturnResult() throws Exception { seo.finished("NotNullResult"); List<MessageHolder> message = messageCreator.createMessage(seo); Map data = TestWidgetUtils.getData(message.get(0).getMessage()); assertThat(data.get(MessageCreator.TEXT_PLAIN)).isEqualTo("NotNullResu... | public synchronized List<MessageHolder> createMessage(SimpleEvaluationObject seo) { logger.debug("Creating message response message from: " + seo); Message message = seo.getJupyterMessage(); List<MessageHolder> ret = new ArrayList<>(); if (isConsoleOutputMessage(seo)) { ret.addAll(createConsoleResult(seo, message)); } ... | MessageCreator { public synchronized List<MessageHolder> createMessage(SimpleEvaluationObject seo) { logger.debug("Creating message response message from: " + seo); Message message = seo.getJupyterMessage(); List<MessageHolder> ret = new ArrayList<>(); if (isConsoleOutputMessage(seo)) { ret.addAll(createConsoleResult(s... | MessageCreator { public synchronized List<MessageHolder> createMessage(SimpleEvaluationObject seo) { logger.debug("Creating message response message from: " + seo); Message message = seo.getJupyterMessage(); List<MessageHolder> ret = new ArrayList<>(); if (isConsoleOutputMessage(seo)) { ret.addAll(createConsoleResult(s... | MessageCreator { public synchronized List<MessageHolder> createMessage(SimpleEvaluationObject seo) { logger.debug("Creating message response message from: " + seo); Message message = seo.getJupyterMessage(); List<MessageHolder> ret = new ArrayList<>(); if (isConsoleOutputMessage(seo)) { ret.addAll(createConsoleResult(s... | MessageCreator { public synchronized List<MessageHolder> createMessage(SimpleEvaluationObject seo) { logger.debug("Creating message response message from: " + seo); Message message = seo.getJupyterMessage(); List<MessageHolder> ret = new ArrayList<>(); if (isConsoleOutputMessage(seo)) { ret.addAll(createConsoleResult(s... |
@Test public void createMessageWithNotNullResult_createTwoMessages() throws Exception { seo.finished("result"); List<MessageHolder> messages = messageCreator.createMessage(seo); assertThat(messages).isNotEmpty(); assertThat(messages.size()).isEqualTo(2); } | public synchronized List<MessageHolder> createMessage(SimpleEvaluationObject seo) { logger.debug("Creating message response message from: " + seo); Message message = seo.getJupyterMessage(); List<MessageHolder> ret = new ArrayList<>(); if (isConsoleOutputMessage(seo)) { ret.addAll(createConsoleResult(seo, message)); } ... | MessageCreator { public synchronized List<MessageHolder> createMessage(SimpleEvaluationObject seo) { logger.debug("Creating message response message from: " + seo); Message message = seo.getJupyterMessage(); List<MessageHolder> ret = new ArrayList<>(); if (isConsoleOutputMessage(seo)) { ret.addAll(createConsoleResult(s... | MessageCreator { public synchronized List<MessageHolder> createMessage(SimpleEvaluationObject seo) { logger.debug("Creating message response message from: " + seo); Message message = seo.getJupyterMessage(); List<MessageHolder> ret = new ArrayList<>(); if (isConsoleOutputMessage(seo)) { ret.addAll(createConsoleResult(s... | MessageCreator { public synchronized List<MessageHolder> createMessage(SimpleEvaluationObject seo) { logger.debug("Creating message response message from: " + seo); Message message = seo.getJupyterMessage(); List<MessageHolder> ret = new ArrayList<>(); if (isConsoleOutputMessage(seo)) { ret.addAll(createConsoleResult(s... | MessageCreator { public synchronized List<MessageHolder> createMessage(SimpleEvaluationObject seo) { logger.debug("Creating message response message from: " + seo); Message message = seo.getJupyterMessage(); List<MessageHolder> ret = new ArrayList<>(); if (isConsoleOutputMessage(seo)) { ret.addAll(createConsoleResult(s... |
@Test public void createMessageWithNotNullResult_firstIOPubMessageHasTypeIsExecuteResult() throws Exception { seo.finished("result"); List<MessageHolder> messages = messageCreator.createMessage(seo); assertThat(messages).isNotEmpty(); assertThat(messages.get(0).getSocketType()).isEqualTo(SocketEnum.IOPUB_SOCKET); asser... | public synchronized List<MessageHolder> createMessage(SimpleEvaluationObject seo) { logger.debug("Creating message response message from: " + seo); Message message = seo.getJupyterMessage(); List<MessageHolder> ret = new ArrayList<>(); if (isConsoleOutputMessage(seo)) { ret.addAll(createConsoleResult(seo, message)); } ... | MessageCreator { public synchronized List<MessageHolder> createMessage(SimpleEvaluationObject seo) { logger.debug("Creating message response message from: " + seo); Message message = seo.getJupyterMessage(); List<MessageHolder> ret = new ArrayList<>(); if (isConsoleOutputMessage(seo)) { ret.addAll(createConsoleResult(s... | MessageCreator { public synchronized List<MessageHolder> createMessage(SimpleEvaluationObject seo) { logger.debug("Creating message response message from: " + seo); Message message = seo.getJupyterMessage(); List<MessageHolder> ret = new ArrayList<>(); if (isConsoleOutputMessage(seo)) { ret.addAll(createConsoleResult(s... | MessageCreator { public synchronized List<MessageHolder> createMessage(SimpleEvaluationObject seo) { logger.debug("Creating message response message from: " + seo); Message message = seo.getJupyterMessage(); List<MessageHolder> ret = new ArrayList<>(); if (isConsoleOutputMessage(seo)) { ret.addAll(createConsoleResult(s... | MessageCreator { public synchronized List<MessageHolder> createMessage(SimpleEvaluationObject seo) { logger.debug("Creating message response message from: " + seo); Message message = seo.getJupyterMessage(); List<MessageHolder> ret = new ArrayList<>(); if (isConsoleOutputMessage(seo)) { ret.addAll(createConsoleResult(s... |
@Test public void createMessageWithNotNullResult_secondShellMessageHasTypeIsExecuteReply() throws Exception { seo.finished("result"); List<MessageHolder> messages = messageCreator.createMessage(seo); assertThat(messages).isNotEmpty(); assertThat(messages.get(1).getSocketType()).isEqualTo(SocketEnum.SHELL_SOCKET); asser... | public synchronized List<MessageHolder> createMessage(SimpleEvaluationObject seo) { logger.debug("Creating message response message from: " + seo); Message message = seo.getJupyterMessage(); List<MessageHolder> ret = new ArrayList<>(); if (isConsoleOutputMessage(seo)) { ret.addAll(createConsoleResult(seo, message)); } ... | MessageCreator { public synchronized List<MessageHolder> createMessage(SimpleEvaluationObject seo) { logger.debug("Creating message response message from: " + seo); Message message = seo.getJupyterMessage(); List<MessageHolder> ret = new ArrayList<>(); if (isConsoleOutputMessage(seo)) { ret.addAll(createConsoleResult(s... | MessageCreator { public synchronized List<MessageHolder> createMessage(SimpleEvaluationObject seo) { logger.debug("Creating message response message from: " + seo); Message message = seo.getJupyterMessage(); List<MessageHolder> ret = new ArrayList<>(); if (isConsoleOutputMessage(seo)) { ret.addAll(createConsoleResult(s... | MessageCreator { public synchronized List<MessageHolder> createMessage(SimpleEvaluationObject seo) { logger.debug("Creating message response message from: " + seo); Message message = seo.getJupyterMessage(); List<MessageHolder> ret = new ArrayList<>(); if (isConsoleOutputMessage(seo)) { ret.addAll(createConsoleResult(s... | MessageCreator { public synchronized List<MessageHolder> createMessage(SimpleEvaluationObject seo) { logger.debug("Creating message response message from: " + seo); Message message = seo.getJupyterMessage(); List<MessageHolder> ret = new ArrayList<>(); if (isConsoleOutputMessage(seo)) { ret.addAll(createConsoleResult(s... |
@Test public void handle_messageContentHasScalaLabel() throws Exception { handler.handle(message); Message sentMessage = kernel.getSentMessages().get(0); Map<String, Serializable> map = sentMessage.getContent(); Assertions.assertThat(map).isNotNull(); Assertions.assertThat(map.get("implementation")).isEqualTo("scala");... | @Override public void handle(Message message) { logger.debug("Processing kernel info request"); Message reply = new Message(); HashMap<String, Serializable> map = new HashMap<>(6); map.put("protocol_version", "5.0"); map.put("implementation", "scala"); map.put("implementation_version", "1.0.0"); HashMap<String, Seriali... | ScalaKernelInfoHandler extends KernelHandler<Message> { @Override public void handle(Message message) { logger.debug("Processing kernel info request"); Message reply = new Message(); HashMap<String, Serializable> map = new HashMap<>(6); map.put("protocol_version", "5.0"); map.put("implementation", "scala"); map.put("im... | ScalaKernelInfoHandler extends KernelHandler<Message> { @Override public void handle(Message message) { logger.debug("Processing kernel info request"); Message reply = new Message(); HashMap<String, Serializable> map = new HashMap<>(6); map.put("protocol_version", "5.0"); map.put("implementation", "scala"); map.put("im... | ScalaKernelInfoHandler extends KernelHandler<Message> { @Override public void handle(Message message) { logger.debug("Processing kernel info request"); Message reply = new Message(); HashMap<String, Serializable> map = new HashMap<>(6); map.put("protocol_version", "5.0"); map.put("implementation", "scala"); map.put("im... | ScalaKernelInfoHandler extends KernelHandler<Message> { @Override public void handle(Message message) { logger.debug("Processing kernel info request"); Message reply = new Message(); HashMap<String, Serializable> map = new HashMap<>(6); map.put("protocol_version", "5.0"); map.put("implementation", "scala"); map.put("im... |
@Test public void createIdleMessage_messageHasTypeIsStatus() { Message message = messageCreator.createIdleMessage(new Message()); assertThat(message.type()).isEqualTo(JupyterMessages.STATUS); } | public Message createIdleMessage(Message parentMessage) { return getExecutionStateMessage(parentMessage, IDLE); } | MessageCreator { public Message createIdleMessage(Message parentMessage) { return getExecutionStateMessage(parentMessage, IDLE); } } | MessageCreator { public Message createIdleMessage(Message parentMessage) { return getExecutionStateMessage(parentMessage, IDLE); } MessageCreator(KernelFunctionality kernel); } | MessageCreator { public Message createIdleMessage(Message parentMessage) { return getExecutionStateMessage(parentMessage, IDLE); } MessageCreator(KernelFunctionality kernel); Message buildMessage(Message message, String mime, String code, int executionCount); Message buildClearOutput(Message message, boolean wait); Mes... | MessageCreator { public Message createIdleMessage(Message parentMessage) { return getExecutionStateMessage(parentMessage, IDLE); } MessageCreator(KernelFunctionality kernel); Message buildMessage(Message message, String mime, String code, int executionCount); Message buildClearOutput(Message message, boolean wait); Mes... |
@Test public void createIdleMessage_messageHasExecutionStateIsIdle() { Message message = messageCreator.createIdleMessage(new Message()); Map data = message.getContent(); assertThat(data.get(MessageCreator.EXECUTION_STATE)).isEqualTo(MessageCreator.IDLE); } | public Message createIdleMessage(Message parentMessage) { return getExecutionStateMessage(parentMessage, IDLE); } | MessageCreator { public Message createIdleMessage(Message parentMessage) { return getExecutionStateMessage(parentMessage, IDLE); } } | MessageCreator { public Message createIdleMessage(Message parentMessage) { return getExecutionStateMessage(parentMessage, IDLE); } MessageCreator(KernelFunctionality kernel); } | MessageCreator { public Message createIdleMessage(Message parentMessage) { return getExecutionStateMessage(parentMessage, IDLE); } MessageCreator(KernelFunctionality kernel); Message buildMessage(Message message, String mime, String code, int executionCount); Message buildClearOutput(Message message, boolean wait); Mes... | MessageCreator { public Message createIdleMessage(Message parentMessage) { return getExecutionStateMessage(parentMessage, IDLE); } MessageCreator(KernelFunctionality kernel); Message buildMessage(Message message, String mime, String code, int executionCount); Message buildClearOutput(Message message, boolean wait); Mes... |
@Test public void createBusyMessage_messageHasTypeIsStatus() { Message message = messageCreator.createBusyMessage(new Message()); assertThat(message.type()).isEqualTo(JupyterMessages.STATUS); } | public Message createBusyMessage(Message parentMessage) { return getExecutionStateMessage(parentMessage, BUSY); } | MessageCreator { public Message createBusyMessage(Message parentMessage) { return getExecutionStateMessage(parentMessage, BUSY); } } | MessageCreator { public Message createBusyMessage(Message parentMessage) { return getExecutionStateMessage(parentMessage, BUSY); } MessageCreator(KernelFunctionality kernel); } | MessageCreator { public Message createBusyMessage(Message parentMessage) { return getExecutionStateMessage(parentMessage, BUSY); } MessageCreator(KernelFunctionality kernel); Message buildMessage(Message message, String mime, String code, int executionCount); Message buildClearOutput(Message message, boolean wait); Mes... | MessageCreator { public Message createBusyMessage(Message parentMessage) { return getExecutionStateMessage(parentMessage, BUSY); } MessageCreator(KernelFunctionality kernel); Message buildMessage(Message message, String mime, String code, int executionCount); Message buildClearOutput(Message message, boolean wait); Mes... |
@Test public void createBusyMessage_messageHasExecutionStateIsBusy() { Message message = messageCreator.createBusyMessage(new Message()); Map data = message.getContent(); assertThat(data.get(MessageCreator.EXECUTION_STATE)).isEqualTo(MessageCreator.BUSY); } | public Message createBusyMessage(Message parentMessage) { return getExecutionStateMessage(parentMessage, BUSY); } | MessageCreator { public Message createBusyMessage(Message parentMessage) { return getExecutionStateMessage(parentMessage, BUSY); } } | MessageCreator { public Message createBusyMessage(Message parentMessage) { return getExecutionStateMessage(parentMessage, BUSY); } MessageCreator(KernelFunctionality kernel); } | MessageCreator { public Message createBusyMessage(Message parentMessage) { return getExecutionStateMessage(parentMessage, BUSY); } MessageCreator(KernelFunctionality kernel); Message buildMessage(Message message, String mime, String code, int executionCount); Message buildClearOutput(Message message, boolean wait); Mes... | MessageCreator { public Message createBusyMessage(Message parentMessage) { return getExecutionStateMessage(parentMessage, BUSY); } MessageCreator(KernelFunctionality kernel); Message buildMessage(Message message, String mime, String code, int executionCount); Message buildClearOutput(Message message, boolean wait); Mes... |
@Test public void createMessageWithError_createTwoMessages() throws Exception { seo.error("some error"); List<MessageHolder> messages = messageCreator.createMessage(seo); assertThat(messages).isNotEmpty(); assertThat(messages.size()).isEqualTo(2); } | public synchronized List<MessageHolder> createMessage(SimpleEvaluationObject seo) { logger.debug("Creating message response message from: " + seo); Message message = seo.getJupyterMessage(); List<MessageHolder> ret = new ArrayList<>(); if (isConsoleOutputMessage(seo)) { ret.addAll(createConsoleResult(seo, message)); } ... | MessageCreator { public synchronized List<MessageHolder> createMessage(SimpleEvaluationObject seo) { logger.debug("Creating message response message from: " + seo); Message message = seo.getJupyterMessage(); List<MessageHolder> ret = new ArrayList<>(); if (isConsoleOutputMessage(seo)) { ret.addAll(createConsoleResult(s... | MessageCreator { public synchronized List<MessageHolder> createMessage(SimpleEvaluationObject seo) { logger.debug("Creating message response message from: " + seo); Message message = seo.getJupyterMessage(); List<MessageHolder> ret = new ArrayList<>(); if (isConsoleOutputMessage(seo)) { ret.addAll(createConsoleResult(s... | MessageCreator { public synchronized List<MessageHolder> createMessage(SimpleEvaluationObject seo) { logger.debug("Creating message response message from: " + seo); Message message = seo.getJupyterMessage(); List<MessageHolder> ret = new ArrayList<>(); if (isConsoleOutputMessage(seo)) { ret.addAll(createConsoleResult(s... | MessageCreator { public synchronized List<MessageHolder> createMessage(SimpleEvaluationObject seo) { logger.debug("Creating message response message from: " + seo); Message message = seo.getJupyterMessage(); List<MessageHolder> ret = new ArrayList<>(); if (isConsoleOutputMessage(seo)) { ret.addAll(createConsoleResult(s... |
@Test public void createMessageWithError_firstIOPubMessageHasTypeIsStream() throws Exception { seo.error("some error"); List<MessageHolder> messages = messageCreator.createMessage(seo); assertThat(messages).isNotEmpty(); assertThat(messages.get(0).getSocketType()).isEqualTo(SocketEnum.IOPUB_SOCKET); assertThat(messages... | public synchronized List<MessageHolder> createMessage(SimpleEvaluationObject seo) { logger.debug("Creating message response message from: " + seo); Message message = seo.getJupyterMessage(); List<MessageHolder> ret = new ArrayList<>(); if (isConsoleOutputMessage(seo)) { ret.addAll(createConsoleResult(seo, message)); } ... | MessageCreator { public synchronized List<MessageHolder> createMessage(SimpleEvaluationObject seo) { logger.debug("Creating message response message from: " + seo); Message message = seo.getJupyterMessage(); List<MessageHolder> ret = new ArrayList<>(); if (isConsoleOutputMessage(seo)) { ret.addAll(createConsoleResult(s... | MessageCreator { public synchronized List<MessageHolder> createMessage(SimpleEvaluationObject seo) { logger.debug("Creating message response message from: " + seo); Message message = seo.getJupyterMessage(); List<MessageHolder> ret = new ArrayList<>(); if (isConsoleOutputMessage(seo)) { ret.addAll(createConsoleResult(s... | MessageCreator { public synchronized List<MessageHolder> createMessage(SimpleEvaluationObject seo) { logger.debug("Creating message response message from: " + seo); Message message = seo.getJupyterMessage(); List<MessageHolder> ret = new ArrayList<>(); if (isConsoleOutputMessage(seo)) { ret.addAll(createConsoleResult(s... | MessageCreator { public synchronized List<MessageHolder> createMessage(SimpleEvaluationObject seo) { logger.debug("Creating message response message from: " + seo); Message message = seo.getJupyterMessage(); List<MessageHolder> ret = new ArrayList<>(); if (isConsoleOutputMessage(seo)) { ret.addAll(createConsoleResult(s... |
@Test public void createMessageWithError_secondShellMessageHasTypeIsExecuteReply() throws Exception { seo.error("some error"); List<MessageHolder> messages = messageCreator.createMessage(seo); assertThat(messages).isNotEmpty(); assertThat(messages.get(1).getSocketType()).isEqualTo(SocketEnum.SHELL_SOCKET); assertThat(m... | public synchronized List<MessageHolder> createMessage(SimpleEvaluationObject seo) { logger.debug("Creating message response message from: " + seo); Message message = seo.getJupyterMessage(); List<MessageHolder> ret = new ArrayList<>(); if (isConsoleOutputMessage(seo)) { ret.addAll(createConsoleResult(seo, message)); } ... | MessageCreator { public synchronized List<MessageHolder> createMessage(SimpleEvaluationObject seo) { logger.debug("Creating message response message from: " + seo); Message message = seo.getJupyterMessage(); List<MessageHolder> ret = new ArrayList<>(); if (isConsoleOutputMessage(seo)) { ret.addAll(createConsoleResult(s... | MessageCreator { public synchronized List<MessageHolder> createMessage(SimpleEvaluationObject seo) { logger.debug("Creating message response message from: " + seo); Message message = seo.getJupyterMessage(); List<MessageHolder> ret = new ArrayList<>(); if (isConsoleOutputMessage(seo)) { ret.addAll(createConsoleResult(s... | MessageCreator { public synchronized List<MessageHolder> createMessage(SimpleEvaluationObject seo) { logger.debug("Creating message response message from: " + seo); Message message = seo.getJupyterMessage(); List<MessageHolder> ret = new ArrayList<>(); if (isConsoleOutputMessage(seo)) { ret.addAll(createConsoleResult(s... | MessageCreator { public synchronized List<MessageHolder> createMessage(SimpleEvaluationObject seo) { logger.debug("Creating message response message from: " + seo); Message message = seo.getJupyterMessage(); List<MessageHolder> ret = new ArrayList<>(); if (isConsoleOutputMessage(seo)) { ret.addAll(createConsoleResult(s... |
@Test public void createTableDisplay_hasCommIsNotNull() throws Exception { TableDisplay tableDisplay = new TableDisplay(getListOfMapsData()); Assertions.assertThat(tableDisplay.getComm()).isNotNull(); } | @Override public Comm getComm() { return this.comm; } | TableDisplay extends ObservableTableDisplay implements InternalCommWidget { @Override public Comm getComm() { return this.comm; } } | TableDisplay extends ObservableTableDisplay implements InternalCommWidget { @Override public Comm getComm() { return this.comm; } TableDisplay(List<List<?>> v, List<String> co, List<String> cl); TableDisplay(Collection<Map<?,?>> v); TableDisplay(Collection<Map<?,?>> v, BeakerObjectConverter serializer); private Tabl... | TableDisplay extends ObservableTableDisplay implements InternalCommWidget { @Override public Comm getComm() { return this.comm; } TableDisplay(List<List<?>> v, List<String> co, List<String> cl); TableDisplay(Collection<Map<?,?>> v); TableDisplay(Collection<Map<?,?>> v, BeakerObjectConverter serializer); private Tabl... | TableDisplay extends ObservableTableDisplay implements InternalCommWidget { @Override public Comm getComm() { return this.comm; } TableDisplay(List<List<?>> v, List<String> co, List<String> cl); TableDisplay(Collection<Map<?,?>> v); TableDisplay(Collection<Map<?,?>> v, BeakerObjectConverter serializer); private Tabl... |
@Test public void getValuesAsRowsWithoutParams_returnedListOfMapsIsNotEmpty() throws Exception { TableDisplay tableDisplay = new TableDisplay(getListOfMapsData()); List<Map<String, Object>> rows = tableDisplay.getValuesAsRows(); Assertions.assertThat(rows.size()).isEqualTo(2); Assertions.assertThat(rows.get(0).size()).... | public static List<Map<String, Object>> getValuesAsRows(List<List<?>> values, List<String> columns) { List<Map<String, Object>> rows = new ArrayList<Map<String, Object>>(); if (columns != null && values != null) { for (List<?> value : values) { Map<String, Object> m = new HashMap<String, Object>(); for (int c = 0; c < ... | TableDisplay extends ObservableTableDisplay implements InternalCommWidget { public static List<Map<String, Object>> getValuesAsRows(List<List<?>> values, List<String> columns) { List<Map<String, Object>> rows = new ArrayList<Map<String, Object>>(); if (columns != null && values != null) { for (List<?> value : values) {... | TableDisplay extends ObservableTableDisplay implements InternalCommWidget { public static List<Map<String, Object>> getValuesAsRows(List<List<?>> values, List<String> columns) { List<Map<String, Object>> rows = new ArrayList<Map<String, Object>>(); if (columns != null && values != null) { for (List<?> value : values) {... | TableDisplay extends ObservableTableDisplay implements InternalCommWidget { public static List<Map<String, Object>> getValuesAsRows(List<List<?>> values, List<String> columns) { List<Map<String, Object>> rows = new ArrayList<Map<String, Object>>(); if (columns != null && values != null) { for (List<?> value : values) {... | TableDisplay extends ObservableTableDisplay implements InternalCommWidget { public static List<Map<String, Object>> getValuesAsRows(List<List<?>> values, List<String> columns) { List<Map<String, Object>> rows = new ArrayList<Map<String, Object>>(); if (columns != null && values != null) { for (List<?> value : values) {... |
@Test public void getValuesAsRowsWithTwoParams_returnedListOfMapsIsNotEmpty() throws Exception { List<Map<String, Object>> rows = TableDisplay.getValuesAsRows(Arrays.asList(getRowData(), getRowData()), getStringList()); Assertions.assertThat(rows.size()).isEqualTo(2); Assertions.assertThat(rows.get(0).size()).isEqualTo... | public static List<Map<String, Object>> getValuesAsRows(List<List<?>> values, List<String> columns) { List<Map<String, Object>> rows = new ArrayList<Map<String, Object>>(); if (columns != null && values != null) { for (List<?> value : values) { Map<String, Object> m = new HashMap<String, Object>(); for (int c = 0; c < ... | TableDisplay extends ObservableTableDisplay implements InternalCommWidget { public static List<Map<String, Object>> getValuesAsRows(List<List<?>> values, List<String> columns) { List<Map<String, Object>> rows = new ArrayList<Map<String, Object>>(); if (columns != null && values != null) { for (List<?> value : values) {... | TableDisplay extends ObservableTableDisplay implements InternalCommWidget { public static List<Map<String, Object>> getValuesAsRows(List<List<?>> values, List<String> columns) { List<Map<String, Object>> rows = new ArrayList<Map<String, Object>>(); if (columns != null && values != null) { for (List<?> value : values) {... | TableDisplay extends ObservableTableDisplay implements InternalCommWidget { public static List<Map<String, Object>> getValuesAsRows(List<List<?>> values, List<String> columns) { List<Map<String, Object>> rows = new ArrayList<Map<String, Object>>(); if (columns != null && values != null) { for (List<?> value : values) {... | TableDisplay extends ObservableTableDisplay implements InternalCommWidget { public static List<Map<String, Object>> getValuesAsRows(List<List<?>> values, List<String> columns) { List<Map<String, Object>> rows = new ArrayList<Map<String, Object>>(); if (columns != null && values != null) { for (List<?> value : values) {... |
@Test public void evaluatePlot_shouldCreatePlotObject() throws Exception { String code = "import com.twosigma.beaker.chart.xychart.Plot;\n" + "val plot = new Plot();\n" + "plot.setTitle(\"test title\");"; SimpleEvaluationObject seo = new SimpleEvaluationObject(code, new ExecuteCodeCallbackTest()); scalaEvaluator.evalua... | @Override public void evaluate(SimpleEvaluationObject seo, String code) { jobQueue.add(new jobDescriptor(code,seo)); syncObject.release(); } | ScalaEvaluator implements Evaluator { @Override public void evaluate(SimpleEvaluationObject seo, String code) { jobQueue.add(new jobDescriptor(code,seo)); syncObject.release(); } } | ScalaEvaluator implements Evaluator { @Override public void evaluate(SimpleEvaluationObject seo, String code) { jobQueue.add(new jobDescriptor(code,seo)); syncObject.release(); } @Inject ScalaEvaluator(Provider<BeakerObjectConverter> osp); } | ScalaEvaluator implements Evaluator { @Override public void evaluate(SimpleEvaluationObject seo, String code) { jobQueue.add(new jobDescriptor(code,seo)); syncObject.release(); } @Inject ScalaEvaluator(Provider<BeakerObjectConverter> osp); void initialize(String id, String sId); @Override void startWorker(); String ge... | ScalaEvaluator implements Evaluator { @Override public void evaluate(SimpleEvaluationObject seo, String code) { jobQueue.add(new jobDescriptor(code,seo)); syncObject.release(); } @Inject ScalaEvaluator(Provider<BeakerObjectConverter> osp); void initialize(String id, String sId); @Override void startWorker(); String ge... |
@Test public void getValuesAsMatrixWithoutParams_returnedListOfListIsNotEmpty() throws Exception { TableDisplay tableDisplay = new TableDisplay(getListOfMapsData()); List<List<?>> values = tableDisplay.getValuesAsMatrix(); Assertions.assertThat(values).isNotEmpty(); } | public static List<List<?>> getValuesAsMatrix(List<List<?>> values) { return values; } | TableDisplay extends ObservableTableDisplay implements InternalCommWidget { public static List<List<?>> getValuesAsMatrix(List<List<?>> values) { return values; } } | TableDisplay extends ObservableTableDisplay implements InternalCommWidget { public static List<List<?>> getValuesAsMatrix(List<List<?>> values) { return values; } TableDisplay(List<List<?>> v, List<String> co, List<String> cl); TableDisplay(Collection<Map<?,?>> v); TableDisplay(Collection<Map<?,?>> v, BeakerObjectCon... | TableDisplay extends ObservableTableDisplay implements InternalCommWidget { public static List<List<?>> getValuesAsMatrix(List<List<?>> values) { return values; } TableDisplay(List<List<?>> v, List<String> co, List<String> cl); TableDisplay(Collection<Map<?,?>> v); TableDisplay(Collection<Map<?,?>> v, BeakerObjectCon... | TableDisplay extends ObservableTableDisplay implements InternalCommWidget { public static List<List<?>> getValuesAsMatrix(List<List<?>> values) { return values; } TableDisplay(List<List<?>> v, List<String> co, List<String> cl); TableDisplay(Collection<Map<?,?>> v); TableDisplay(Collection<Map<?,?>> v, BeakerObjectCon... |
@Test public void getValuesAsMatrixWithParam_returnedListOfListIsNotEmpty() throws Exception { List<List<?>> values = TableDisplay.getValuesAsMatrix(Arrays.asList(getStringList(), getRowData())); Assertions.assertThat(values).isNotEmpty(); } | public static List<List<?>> getValuesAsMatrix(List<List<?>> values) { return values; } | TableDisplay extends ObservableTableDisplay implements InternalCommWidget { public static List<List<?>> getValuesAsMatrix(List<List<?>> values) { return values; } } | TableDisplay extends ObservableTableDisplay implements InternalCommWidget { public static List<List<?>> getValuesAsMatrix(List<List<?>> values) { return values; } TableDisplay(List<List<?>> v, List<String> co, List<String> cl); TableDisplay(Collection<Map<?,?>> v); TableDisplay(Collection<Map<?,?>> v, BeakerObjectCon... | TableDisplay extends ObservableTableDisplay implements InternalCommWidget { public static List<List<?>> getValuesAsMatrix(List<List<?>> values) { return values; } TableDisplay(List<List<?>> v, List<String> co, List<String> cl); TableDisplay(Collection<Map<?,?>> v); TableDisplay(Collection<Map<?,?>> v, BeakerObjectCon... | TableDisplay extends ObservableTableDisplay implements InternalCommWidget { public static List<List<?>> getValuesAsMatrix(List<List<?>> values) { return values; } TableDisplay(List<List<?>> v, List<String> co, List<String> cl); TableDisplay(Collection<Map<?,?>> v); TableDisplay(Collection<Map<?,?>> v, BeakerObjectCon... |
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