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 testLogin() throws AVException { AVUser user = AVUser.logIn(DEFAULT_TEST_USER_NAME, DEFAULT_TEST_USER_PWD); Assert.assertEquals(user.getUsername(), DEFAULT_TEST_USER_NAME); Assert.assertNotNull(user.getSessionToken()); Assert.assertEquals(user.get(DEFAULT_TEST_USER_CUSTOM_KEY), DEFAULT_TEST_USER_CUSTO... | public static AVUser logIn(String username, String password) throws AVException { return logIn(username, password, AVUser.class); } | AVUser extends AVObject { public static AVUser logIn(String username, String password) throws AVException { return logIn(username, password, AVUser.class); } } | AVUser extends AVObject { public static AVUser logIn(String username, String password) throws AVException { return logIn(username, password, AVUser.class); } AVUser(); AVUser(Parcel in); } | AVUser extends AVObject { public static AVUser logIn(String username, String password) throws AVException { return logIn(username, password, AVUser.class); } AVUser(); AVUser(Parcel in); String getFacebookToken(); String getTwitterToken(); String getQqWeiboToken(); static void enableAutomaticUser(); static boolean isE... | AVUser extends AVObject { public static AVUser logIn(String username, String password) throws AVException { return logIn(username, password, AVUser.class); } AVUser(); AVUser(Parcel in); String getFacebookToken(); String getTwitterToken(); String getQqWeiboToken(); static void enableAutomaticUser(); static boolean isE... |
@Test public void testLogInInBackground() { final CountDownLatch latch = new CountDownLatch(1); AVUser.logInInBackground(DEFAULT_TEST_USER_NAME, DEFAULT_TEST_USER_PWD, new LogInCallback<AVUser>() { @Override public void done(AVUser user, AVException e) { Assert.assertNull(e); Assert.assertEquals(user.getUsername(), DEF... | public static void logInInBackground(String username, String password, LogInCallback<AVUser> callback) { logInInBackground(username, password, callback, AVUser.class); } | AVUser extends AVObject { public static void logInInBackground(String username, String password, LogInCallback<AVUser> callback) { logInInBackground(username, password, callback, AVUser.class); } } | AVUser extends AVObject { public static void logInInBackground(String username, String password, LogInCallback<AVUser> callback) { logInInBackground(username, password, callback, AVUser.class); } AVUser(); AVUser(Parcel in); } | AVUser extends AVObject { public static void logInInBackground(String username, String password, LogInCallback<AVUser> callback) { logInInBackground(username, password, callback, AVUser.class); } AVUser(); AVUser(Parcel in); String getFacebookToken(); String getTwitterToken(); String getQqWeiboToken(); static void ena... | AVUser extends AVObject { public static void logInInBackground(String username, String password, LogInCallback<AVUser> callback) { logInInBackground(username, password, callback, AVUser.class); } AVUser(); AVUser(Parcel in); String getFacebookToken(); String getTwitterToken(); String getQqWeiboToken(); static void ena... |
@Test public void testBecomeWithSessionToken() throws AVException { AVUser user = AVUser.logIn(DEFAULT_TEST_USER_NAME, DEFAULT_TEST_USER_PWD); AVUser newUser = AVUser.becomeWithSessionToken(user.getSessionToken()); Assert.assertEquals(user, newUser); } | public static AVUser becomeWithSessionToken(String sessionToken) throws AVException { return becomeWithSessionToken(sessionToken, AVUser.class); } | AVUser extends AVObject { public static AVUser becomeWithSessionToken(String sessionToken) throws AVException { return becomeWithSessionToken(sessionToken, AVUser.class); } } | AVUser extends AVObject { public static AVUser becomeWithSessionToken(String sessionToken) throws AVException { return becomeWithSessionToken(sessionToken, AVUser.class); } AVUser(); AVUser(Parcel in); } | AVUser extends AVObject { public static AVUser becomeWithSessionToken(String sessionToken) throws AVException { return becomeWithSessionToken(sessionToken, AVUser.class); } AVUser(); AVUser(Parcel in); String getFacebookToken(); String getTwitterToken(); String getQqWeiboToken(); static void enableAutomaticUser(); sta... | AVUser extends AVObject { public static AVUser becomeWithSessionToken(String sessionToken) throws AVException { return becomeWithSessionToken(sessionToken, AVUser.class); } AVUser(); AVUser(Parcel in); String getFacebookToken(); String getTwitterToken(); String getQqWeiboToken(); static void enableAutomaticUser(); sta... |
@Test public void testGetRoles() throws AVException { AVUser user = AVUser.logIn(DEFAULT_TEST_USER_NAME, DEFAULT_TEST_USER_PWD); AVQuery<AVRole> roleQuery = new AVQuery<AVRole>(AVRole.className); roleQuery.whereEqualTo(AVUser.AVUSER_ENDPOINT, user); List<AVRole> roleList = roleQuery.find(); Assert.assertNotNull(roleLis... | @JSONField(serialize = false) public List<AVRole> getRoles() throws AVException { AVQuery<AVRole> roleQuery = new AVQuery<AVRole>(AVRole.className); roleQuery.whereEqualTo(AVUser.AVUSER_ENDPOINT, this); return roleQuery.find(); } | AVUser extends AVObject { @JSONField(serialize = false) public List<AVRole> getRoles() throws AVException { AVQuery<AVRole> roleQuery = new AVQuery<AVRole>(AVRole.className); roleQuery.whereEqualTo(AVUser.AVUSER_ENDPOINT, this); return roleQuery.find(); } } | AVUser extends AVObject { @JSONField(serialize = false) public List<AVRole> getRoles() throws AVException { AVQuery<AVRole> roleQuery = new AVQuery<AVRole>(AVRole.className); roleQuery.whereEqualTo(AVUser.AVUSER_ENDPOINT, this); return roleQuery.find(); } AVUser(); AVUser(Parcel in); } | AVUser extends AVObject { @JSONField(serialize = false) public List<AVRole> getRoles() throws AVException { AVQuery<AVRole> roleQuery = new AVQuery<AVRole>(AVRole.className); roleQuery.whereEqualTo(AVUser.AVUSER_ENDPOINT, this); return roleQuery.find(); } AVUser(); AVUser(Parcel in); String getFacebookToken(); String ... | AVUser extends AVObject { @JSONField(serialize = false) public List<AVRole> getRoles() throws AVException { AVQuery<AVRole> roleQuery = new AVQuery<AVRole>(AVRole.className); roleQuery.whereEqualTo(AVUser.AVUSER_ENDPOINT, this); return roleQuery.find(); } AVUser(); AVUser(Parcel in); String getFacebookToken(); String ... |
@Test public void getRolesInBackground() throws Exception { AVUser user = AVUser.logIn(DEFAULT_TEST_USER_NAME, DEFAULT_TEST_USER_PWD); AVQuery<AVRole> roleQuery = new AVQuery<AVRole>(AVRole.className); roleQuery.whereEqualTo(AVUser.AVUSER_ENDPOINT, user); final CountDownLatch latch = new CountDownLatch(1); roleQuery.fi... | public void getRolesInBackground(final AVCallback<List<AVRole>> callback) { AVQuery<AVRole> roleQuery = new AVQuery<AVRole>(AVRole.className); roleQuery.whereEqualTo(AVUSER_ENDPOINT, this); roleQuery.findInBackground(new FindCallback<AVRole>() { @Override public void done(List<AVRole> list, AVException e) { callback.in... | AVUser extends AVObject { public void getRolesInBackground(final AVCallback<List<AVRole>> callback) { AVQuery<AVRole> roleQuery = new AVQuery<AVRole>(AVRole.className); roleQuery.whereEqualTo(AVUSER_ENDPOINT, this); roleQuery.findInBackground(new FindCallback<AVRole>() { @Override public void done(List<AVRole> list, AV... | AVUser extends AVObject { public void getRolesInBackground(final AVCallback<List<AVRole>> callback) { AVQuery<AVRole> roleQuery = new AVQuery<AVRole>(AVRole.className); roleQuery.whereEqualTo(AVUSER_ENDPOINT, this); roleQuery.findInBackground(new FindCallback<AVRole>() { @Override public void done(List<AVRole> list, AV... | AVUser extends AVObject { public void getRolesInBackground(final AVCallback<List<AVRole>> callback) { AVQuery<AVRole> roleQuery = new AVQuery<AVRole>(AVRole.className); roleQuery.whereEqualTo(AVUSER_ENDPOINT, this); roleQuery.findInBackground(new FindCallback<AVRole>() { @Override public void done(List<AVRole> list, AV... | AVUser extends AVObject { public void getRolesInBackground(final AVCallback<List<AVRole>> callback) { AVQuery<AVRole> roleQuery = new AVQuery<AVRole>(AVRole.className); roleQuery.whereEqualTo(AVUSER_ENDPOINT, this); roleQuery.findInBackground(new FindCallback<AVRole>() { @Override public void done(List<AVRole> list, AV... |
@Test public void testRefreshSessionToken() throws AVException { AVUser.alwaysUseSubUserClass(ChildAVUser.class); AVUser.registerSubclass(ChildAVUser.class); AVUser user = AVUser.logIn(DEFAULT_TEST_USER_NAME, DEFAULT_TEST_USER_PWD, ChildAVUser.class); AVUser newUser = user.refreshSessionToken(); Assert.assertNotNull(ne... | public <T extends AVUser> T refreshSessionToken() { final ArrayList<T> arrayList = new ArrayList<>(); refreshSessionToken(true, new LogInCallback<T>(){ @Override public void done(T user, AVException e) { if (e != null) { AVExceptionHolder.add(e); } else { arrayList.add(user); } } }); return arrayList.get(0); } | AVUser extends AVObject { public <T extends AVUser> T refreshSessionToken() { final ArrayList<T> arrayList = new ArrayList<>(); refreshSessionToken(true, new LogInCallback<T>(){ @Override public void done(T user, AVException e) { if (e != null) { AVExceptionHolder.add(e); } else { arrayList.add(user); } } }); return ar... | AVUser extends AVObject { public <T extends AVUser> T refreshSessionToken() { final ArrayList<T> arrayList = new ArrayList<>(); refreshSessionToken(true, new LogInCallback<T>(){ @Override public void done(T user, AVException e) { if (e != null) { AVExceptionHolder.add(e); } else { arrayList.add(user); } } }); return ar... | AVUser extends AVObject { public <T extends AVUser> T refreshSessionToken() { final ArrayList<T> arrayList = new ArrayList<>(); refreshSessionToken(true, new LogInCallback<T>(){ @Override public void done(T user, AVException e) { if (e != null) { AVExceptionHolder.add(e); } else { arrayList.add(user); } } }); return ar... | AVUser extends AVObject { public <T extends AVUser> T refreshSessionToken() { final ArrayList<T> arrayList = new ArrayList<>(); refreshSessionToken(true, new LogInCallback<T>(){ @Override public void done(T user, AVException e) { if (e != null) { AVExceptionHolder.add(e); } else { arrayList.add(user); } } }); return ar... |
@Test public void testRequestCaptchaInBackground() throws AVException { final CountDownLatch latch = new CountDownLatch(1); AVCaptchaOption option = new AVCaptchaOption(); option.setWidth(200); option.setHeight(100); AVCaptcha.requestCaptchaInBackground(option, new AVCallback<AVCaptchaDigest>() { @Override protected vo... | public static void requestCaptchaInBackground(AVCaptchaOption option, final AVCallback<AVCaptchaDigest> callback) { if (null == callback) { return; } PaasClient.storageInstance().getObject("requestCaptcha", getOptionParams(option), false, null, new GenericObjectCallback() { @Override public void onSuccess(String conten... | AVCaptcha { public static void requestCaptchaInBackground(AVCaptchaOption option, final AVCallback<AVCaptchaDigest> callback) { if (null == callback) { return; } PaasClient.storageInstance().getObject("requestCaptcha", getOptionParams(option), false, null, new GenericObjectCallback() { @Override public void onSuccess(S... | AVCaptcha { public static void requestCaptchaInBackground(AVCaptchaOption option, final AVCallback<AVCaptchaDigest> callback) { if (null == callback) { return; } PaasClient.storageInstance().getObject("requestCaptcha", getOptionParams(option), false, null, new GenericObjectCallback() { @Override public void onSuccess(S... | AVCaptcha { public static void requestCaptchaInBackground(AVCaptchaOption option, final AVCallback<AVCaptchaDigest> callback) { if (null == callback) { return; } PaasClient.storageInstance().getObject("requestCaptcha", getOptionParams(option), false, null, new GenericObjectCallback() { @Override public void onSuccess(S... | AVCaptcha { public static void requestCaptchaInBackground(AVCaptchaOption option, final AVCallback<AVCaptchaDigest> callback) { if (null == callback) { return; } PaasClient.storageInstance().getObject("requestCaptcha", getOptionParams(option), false, null, new GenericObjectCallback() { @Override public void onSuccess(S... |
@Test public void testAVObjectDeserialize() { String data = "{\n" + " \"image\": {\n" + " \"bucket\": \"xtuccgoj\",\n" + " \"metaData\": {\n" + " \"owner\": \"unknown\",\n" + " \"size\": 12382\n" + " },\n" + " \"createdAt\": \"2019-06-22T07:18:09.584Z\",\n" + " \"mime_type\": \"image/jpeg\",\n" + " \"__type\": \"File\"... | private static Object parseObject(Object object) { if (object == null) { return null; } else if (object instanceof Map) { return getParsedMap((Map<String, Object>) object); } else if (object instanceof Collection) { return getParsedList((Collection) object); } else if (object instanceof AVObject) { return ((AVObject) o... | AVObject implements Parcelable { private static Object parseObject(Object object) { if (object == null) { return null; } else if (object instanceof Map) { return getParsedMap((Map<String, Object>) object); } else if (object instanceof Collection) { return getParsedList((Collection) object); } else if (object instanceof... | AVObject implements Parcelable { private static Object parseObject(Object object) { if (object == null) { return null; } else if (object instanceof Map) { return getParsedMap((Map<String, Object>) object); } else if (object instanceof Collection) { return getParsedList((Collection) object); } else if (object instanceof... | AVObject implements Parcelable { private static Object parseObject(Object object) { if (object == null) { return null; } else if (object instanceof Map) { return getParsedMap((Map<String, Object>) object); } else if (object instanceof Collection) { return getParsedList((Collection) object); } else if (object instanceof... | AVObject implements Parcelable { private static Object parseObject(Object object) { if (object == null) { return null; } else if (object instanceof Map) { return getParsedMap((Map<String, Object>) object); } else if (object instanceof Collection) { return getParsedList((Collection) object); } else if (object instanceof... |
@Test public void testAVFile() { AVFile file = new AVFile(); Assert.assertNotNull(file); } | public AVFile() { super(); if (PaasClient.storageInstance().getDefaultACL() != null) { acl = new AVACL(PaasClient.storageInstance().getDefaultACL()); } } | AVFile { public AVFile() { super(); if (PaasClient.storageInstance().getDefaultACL() != null) { acl = new AVACL(PaasClient.storageInstance().getDefaultACL()); } } } | AVFile { public AVFile() { super(); if (PaasClient.storageInstance().getDefaultACL() != null) { acl = new AVACL(PaasClient.storageInstance().getDefaultACL()); } } AVFile(); @Deprecated AVFile(byte[] data); AVFile(String name, String url, Map<String, Object> metaData); protected AVFile(String name, String url, Map<St... | AVFile { public AVFile() { super(); if (PaasClient.storageInstance().getDefaultACL() != null) { acl = new AVACL(PaasClient.storageInstance().getDefaultACL()); } } AVFile(); @Deprecated AVFile(byte[] data); AVFile(String name, String url, Map<String, Object> metaData); protected AVFile(String name, String url, Map<St... | AVFile { public AVFile() { super(); if (PaasClient.storageInstance().getDefaultACL() != null) { acl = new AVACL(PaasClient.storageInstance().getDefaultACL()); } } AVFile(); @Deprecated AVFile(byte[] data); AVFile(String name, String url, Map<String, Object> metaData); protected AVFile(String name, String url, Map<St... |
@Test public void testSetObjectId() { String objectId = "testObjectId"; AVFile file = new AVFile(); file.setObjectId(objectId); Assert.assertEquals(objectId, file.getObjectId()); } | public void setObjectId(String objectId) { this.objectId = objectId; } | AVFile { public void setObjectId(String objectId) { this.objectId = objectId; } } | AVFile { public void setObjectId(String objectId) { this.objectId = objectId; } AVFile(); @Deprecated AVFile(byte[] data); AVFile(String name, String url, Map<String, Object> metaData); protected AVFile(String name, String url, Map<String, Object> metaData, boolean external); AVFile(String name, byte[] data); prote... | AVFile { public void setObjectId(String objectId) { this.objectId = objectId; } AVFile(); @Deprecated AVFile(byte[] data); AVFile(String name, String url, Map<String, Object> metaData); protected AVFile(String name, String url, Map<String, Object> metaData, boolean external); AVFile(String name, byte[] data); prote... | AVFile { public void setObjectId(String objectId) { this.objectId = objectId; } AVFile(); @Deprecated AVFile(byte[] data); AVFile(String name, String url, Map<String, Object> metaData); protected AVFile(String name, String url, Map<String, Object> metaData, boolean external); AVFile(String name, byte[] data); prote... |
@Test public void testAddMetaData() { AVFile file = new AVFile(); file.addMetaData("key", "value"); Assert.assertEquals(file.getMetaData("key"), "value"); } | public Object addMetaData(String key, Object val) { return metaData.put(key, val); } | AVFile { public Object addMetaData(String key, Object val) { return metaData.put(key, val); } } | AVFile { public Object addMetaData(String key, Object val) { return metaData.put(key, val); } AVFile(); @Deprecated AVFile(byte[] data); AVFile(String name, String url, Map<String, Object> metaData); protected AVFile(String name, String url, Map<String, Object> metaData, boolean external); AVFile(String name, byte[... | AVFile { public Object addMetaData(String key, Object val) { return metaData.put(key, val); } AVFile(); @Deprecated AVFile(byte[] data); AVFile(String name, String url, Map<String, Object> metaData); protected AVFile(String name, String url, Map<String, Object> metaData, boolean external); AVFile(String name, byte[... | AVFile { public Object addMetaData(String key, Object val) { return metaData.put(key, val); } AVFile(); @Deprecated AVFile(byte[] data); AVFile(String name, String url, Map<String, Object> metaData); protected AVFile(String name, String url, Map<String, Object> metaData, boolean external); AVFile(String name, byte[... |
@Test public void testGetMetaData() { AVFile file = new AVFile("name", TEST_FILE_CONTENT.getBytes()); Assert.assertNotNull(file.getMetaData()); } | public HashMap<String, Object> getMetaData() { return metaData; } | AVFile { public HashMap<String, Object> getMetaData() { return metaData; } } | AVFile { public HashMap<String, Object> getMetaData() { return metaData; } AVFile(); @Deprecated AVFile(byte[] data); AVFile(String name, String url, Map<String, Object> metaData); protected AVFile(String name, String url, Map<String, Object> metaData, boolean external); AVFile(String name, byte[] data); protected ... | AVFile { public HashMap<String, Object> getMetaData() { return metaData; } AVFile(); @Deprecated AVFile(byte[] data); AVFile(String name, String url, Map<String, Object> metaData); protected AVFile(String name, String url, Map<String, Object> metaData, boolean external); AVFile(String name, byte[] data); protected ... | AVFile { public HashMap<String, Object> getMetaData() { return metaData; } AVFile(); @Deprecated AVFile(byte[] data); AVFile(String name, String url, Map<String, Object> metaData); protected AVFile(String name, String url, Map<String, Object> metaData, boolean external); AVFile(String name, byte[] data); protected ... |
@Test public void testGetSize() { AVFile file = new AVFile("name", TEST_FILE_CONTENT.getBytes()); Assert.assertEquals(file.getSize(), TEST_FILE_CONTENT.length()); } | public int getSize() { Number size = (Number) getMetaData("size"); if (size != null) return size.intValue(); else return -1; } | AVFile { public int getSize() { Number size = (Number) getMetaData("size"); if (size != null) return size.intValue(); else return -1; } } | AVFile { public int getSize() { Number size = (Number) getMetaData("size"); if (size != null) return size.intValue(); else return -1; } AVFile(); @Deprecated AVFile(byte[] data); AVFile(String name, String url, Map<String, Object> metaData); protected AVFile(String name, String url, Map<String, Object> metaData, boo... | AVFile { public int getSize() { Number size = (Number) getMetaData("size"); if (size != null) return size.intValue(); else return -1; } AVFile(); @Deprecated AVFile(byte[] data); AVFile(String name, String url, Map<String, Object> metaData); protected AVFile(String name, String url, Map<String, Object> metaData, boo... | AVFile { public int getSize() { Number size = (Number) getMetaData("size"); if (size != null) return size.intValue(); else return -1; } AVFile(); @Deprecated AVFile(byte[] data); AVFile(String name, String url, Map<String, Object> metaData); protected AVFile(String name, String url, Map<String, Object> metaData, boo... |
@Test public void testZeroAdapterSize(){ Assert.assertTrue(mAdapter.isEmpty()); } | public boolean isEmpty() { return mSnackbarViews == null || mSnackbarViews.size() == 0; } | SnackbarAdapter extends RecyclerView.Adapter<SnackbarAdapter.ViewHolder> { public boolean isEmpty() { return mSnackbarViews == null || mSnackbarViews.size() == 0; } } | SnackbarAdapter extends RecyclerView.Adapter<SnackbarAdapter.ViewHolder> { public boolean isEmpty() { return mSnackbarViews == null || mSnackbarViews.size() == 0; } } | SnackbarAdapter extends RecyclerView.Adapter<SnackbarAdapter.ViewHolder> { public boolean isEmpty() { return mSnackbarViews == null || mSnackbarViews.size() == 0; } @Override ViewHolder onCreateViewHolder(ViewGroup parent, int position); @Override void onBindViewHolder(ViewHolder holder, int position); @Override int g... | SnackbarAdapter extends RecyclerView.Adapter<SnackbarAdapter.ViewHolder> { public boolean isEmpty() { return mSnackbarViews == null || mSnackbarViews.size() == 0; } @Override ViewHolder onCreateViewHolder(ViewGroup parent, int position); @Override void onBindViewHolder(ViewHolder holder, int position); @Override int g... |
@Test public void testOnCreateViewHolder() throws Exception { mAdapter.addItem(viewMock); PowerMockito.whenNew(SnackbarAdapter.ViewHolder.class).withAnyArguments().thenReturn(mViewHolder); mAdapter.onCreateViewHolder(null, 0); Mockito.verify(viewMock, Mockito.times(1)).onCreateView(null); } | @Override public ViewHolder onCreateViewHolder(ViewGroup parent, int position) { View view = mSnackbarViews.get(position).onCreateView(parent); ViewHolder viewHolder = new ViewHolder(view); return viewHolder; } | SnackbarAdapter extends RecyclerView.Adapter<SnackbarAdapter.ViewHolder> { @Override public ViewHolder onCreateViewHolder(ViewGroup parent, int position) { View view = mSnackbarViews.get(position).onCreateView(parent); ViewHolder viewHolder = new ViewHolder(view); return viewHolder; } } | SnackbarAdapter extends RecyclerView.Adapter<SnackbarAdapter.ViewHolder> { @Override public ViewHolder onCreateViewHolder(ViewGroup parent, int position) { View view = mSnackbarViews.get(position).onCreateView(parent); ViewHolder viewHolder = new ViewHolder(view); return viewHolder; } } | SnackbarAdapter extends RecyclerView.Adapter<SnackbarAdapter.ViewHolder> { @Override public ViewHolder onCreateViewHolder(ViewGroup parent, int position) { View view = mSnackbarViews.get(position).onCreateView(parent); ViewHolder viewHolder = new ViewHolder(view); return viewHolder; } @Override ViewHolder onCreateView... | SnackbarAdapter extends RecyclerView.Adapter<SnackbarAdapter.ViewHolder> { @Override public ViewHolder onCreateViewHolder(ViewGroup parent, int position) { View view = mSnackbarViews.get(position).onCreateView(parent); ViewHolder viewHolder = new ViewHolder(view); return viewHolder; } @Override ViewHolder onCreateView... |
@Test public void testOnBindViewHolder() throws Exception{ mAdapter.addItem(viewMock); PowerMockito.whenNew(SnackbarAdapter.ViewHolder.class).withAnyArguments().thenReturn(mViewHolder); mAdapter.onCreateViewHolder(null, 0); mAdapter.onBindViewHolder(mViewHolder,0); Mockito.verify(viewMock, Mockito.times(1)).onBindView(... | @Override public void onBindViewHolder(ViewHolder holder, int position) { SnackbarView snackbarView = mSnackbarViews.get(position); if (snackbarView != null) { snackbarView.onBindView(); } } | SnackbarAdapter extends RecyclerView.Adapter<SnackbarAdapter.ViewHolder> { @Override public void onBindViewHolder(ViewHolder holder, int position) { SnackbarView snackbarView = mSnackbarViews.get(position); if (snackbarView != null) { snackbarView.onBindView(); } } } | SnackbarAdapter extends RecyclerView.Adapter<SnackbarAdapter.ViewHolder> { @Override public void onBindViewHolder(ViewHolder holder, int position) { SnackbarView snackbarView = mSnackbarViews.get(position); if (snackbarView != null) { snackbarView.onBindView(); } } } | SnackbarAdapter extends RecyclerView.Adapter<SnackbarAdapter.ViewHolder> { @Override public void onBindViewHolder(ViewHolder holder, int position) { SnackbarView snackbarView = mSnackbarViews.get(position); if (snackbarView != null) { snackbarView.onBindView(); } } @Override ViewHolder onCreateViewHolder(ViewGroup par... | SnackbarAdapter extends RecyclerView.Adapter<SnackbarAdapter.ViewHolder> { @Override public void onBindViewHolder(ViewHolder holder, int position) { SnackbarView snackbarView = mSnackbarViews.get(position); if (snackbarView != null) { snackbarView.onBindView(); } } @Override ViewHolder onCreateViewHolder(ViewGroup par... |
@Test public void testAddItem(){ mAdapter.addItem(viewMock); Assert.assertEquals(mAdapter.getItemCount(),1); } | public synchronized void addItem(SnackbarView item) { mSnackbarViews.add(item); int position = mSnackbarViews.indexOf(item); notifyItemInserted(position); } | SnackbarAdapter extends RecyclerView.Adapter<SnackbarAdapter.ViewHolder> { public synchronized void addItem(SnackbarView item) { mSnackbarViews.add(item); int position = mSnackbarViews.indexOf(item); notifyItemInserted(position); } } | SnackbarAdapter extends RecyclerView.Adapter<SnackbarAdapter.ViewHolder> { public synchronized void addItem(SnackbarView item) { mSnackbarViews.add(item); int position = mSnackbarViews.indexOf(item); notifyItemInserted(position); } } | SnackbarAdapter extends RecyclerView.Adapter<SnackbarAdapter.ViewHolder> { public synchronized void addItem(SnackbarView item) { mSnackbarViews.add(item); int position = mSnackbarViews.indexOf(item); notifyItemInserted(position); } @Override ViewHolder onCreateViewHolder(ViewGroup parent, int position); @Override void... | SnackbarAdapter extends RecyclerView.Adapter<SnackbarAdapter.ViewHolder> { public synchronized void addItem(SnackbarView item) { mSnackbarViews.add(item); int position = mSnackbarViews.indexOf(item); notifyItemInserted(position); } @Override ViewHolder onCreateViewHolder(ViewGroup parent, int position); @Override void... |
@Test public void testRemoveItem(){ mAdapter.addItem(viewMock); Assert.assertEquals(mAdapter.getItemCount(),1); mAdapter.removeItem(viewMock); Assert.assertEquals(mAdapter.getItemCount(),0); } | public synchronized void removeItem(SnackbarView view) { int position = mSnackbarViews.indexOf(view); if (position > -1) { mSnackbarViews.remove(position); notifyItemRemoved(position); } } | SnackbarAdapter extends RecyclerView.Adapter<SnackbarAdapter.ViewHolder> { public synchronized void removeItem(SnackbarView view) { int position = mSnackbarViews.indexOf(view); if (position > -1) { mSnackbarViews.remove(position); notifyItemRemoved(position); } } } | SnackbarAdapter extends RecyclerView.Adapter<SnackbarAdapter.ViewHolder> { public synchronized void removeItem(SnackbarView view) { int position = mSnackbarViews.indexOf(view); if (position > -1) { mSnackbarViews.remove(position); notifyItemRemoved(position); } } } | SnackbarAdapter extends RecyclerView.Adapter<SnackbarAdapter.ViewHolder> { public synchronized void removeItem(SnackbarView view) { int position = mSnackbarViews.indexOf(view); if (position > -1) { mSnackbarViews.remove(position); notifyItemRemoved(position); } } @Override ViewHolder onCreateViewHolder(ViewGroup paren... | SnackbarAdapter extends RecyclerView.Adapter<SnackbarAdapter.ViewHolder> { public synchronized void removeItem(SnackbarView view) { int position = mSnackbarViews.indexOf(view); if (position > -1) { mSnackbarViews.remove(position); notifyItemRemoved(position); } } @Override ViewHolder onCreateViewHolder(ViewGroup paren... |
@Test public void testEqualsNotEqualToNull() { Object rhs = null; NumberInterval instance = new NumberInterval(); assertFalse(instance.equals(rhs)); } | @Override public boolean equals(Object obj) { if (!(obj instanceof NumberInterval)) { return false; } NumberInterval rhs = (NumberInterval) obj; return Objects.equals(low, rhs.low) && Objects.equals(high, rhs.high); } | NumberInterval { @Override public boolean equals(Object obj) { if (!(obj instanceof NumberInterval)) { return false; } NumberInterval rhs = (NumberInterval) obj; return Objects.equals(low, rhs.low) && Objects.equals(high, rhs.high); } } | NumberInterval { @Override public boolean equals(Object obj) { if (!(obj instanceof NumberInterval)) { return false; } NumberInterval rhs = (NumberInterval) obj; return Objects.equals(low, rhs.low) && Objects.equals(high, rhs.high); } NumberInterval(); NumberInterval(NumberIntervalBoundary low, NumberIntervalBoundary ... | NumberInterval { @Override public boolean equals(Object obj) { if (!(obj instanceof NumberInterval)) { return false; } NumberInterval rhs = (NumberInterval) obj; return Objects.equals(low, rhs.low) && Objects.equals(high, rhs.high); } NumberInterval(); NumberInterval(NumberIntervalBoundary low, NumberIntervalBoundary ... | NumberInterval { @Override public boolean equals(Object obj) { if (!(obj instanceof NumberInterval)) { return false; } NumberInterval rhs = (NumberInterval) obj; return Objects.equals(low, rhs.low) && Objects.equals(high, rhs.high); } NumberInterval(); NumberInterval(NumberIntervalBoundary low, NumberIntervalBoundary ... |
@Test public void testValidateLowAndHighEqual() throws Exception { NumberInterval instance = new NumberInterval( new NumberIntervalBoundary(10.0, true), new NumberIntervalBoundary(10.0, true) ); instance.validate(); } | public void validate() throws BadValueException { if (low == null) { throw new BadValueException("NumberInterval.low is required"); } if (high == null) { throw new BadValueException("NumberInterval.high is required"); } low.validate(); high.validate(); int compareLowHigh = low.compareBoundaryTo(high); if (compareLowHig... | NumberInterval { public void validate() throws BadValueException { if (low == null) { throw new BadValueException("NumberInterval.low is required"); } if (high == null) { throw new BadValueException("NumberInterval.high is required"); } low.validate(); high.validate(); int compareLowHigh = low.compareBoundaryTo(high); ... | NumberInterval { public void validate() throws BadValueException { if (low == null) { throw new BadValueException("NumberInterval.low is required"); } if (high == null) { throw new BadValueException("NumberInterval.high is required"); } low.validate(); high.validate(); int compareLowHigh = low.compareBoundaryTo(high); ... | NumberInterval { public void validate() throws BadValueException { if (low == null) { throw new BadValueException("NumberInterval.low is required"); } if (high == null) { throw new BadValueException("NumberInterval.high is required"); } low.validate(); high.validate(); int compareLowHigh = low.compareBoundaryTo(high); ... | NumberInterval { public void validate() throws BadValueException { if (low == null) { throw new BadValueException("NumberInterval.low is required"); } if (high == null) { throw new BadValueException("NumberInterval.high is required"); } low.validate(); high.validate(); int compareLowHigh = low.compareBoundaryTo(high); ... |
@Test public void testValidateInfinity() throws Exception { NumberInterval instance = new NumberInterval( NumberIntervalBoundary.NEGATIVE_INFINITY, NumberIntervalBoundary.POSITIVE_INFINITY ); instance.validate(); } | public void validate() throws BadValueException { if (low == null) { throw new BadValueException("NumberInterval.low is required"); } if (high == null) { throw new BadValueException("NumberInterval.high is required"); } low.validate(); high.validate(); int compareLowHigh = low.compareBoundaryTo(high); if (compareLowHig... | NumberInterval { public void validate() throws BadValueException { if (low == null) { throw new BadValueException("NumberInterval.low is required"); } if (high == null) { throw new BadValueException("NumberInterval.high is required"); } low.validate(); high.validate(); int compareLowHigh = low.compareBoundaryTo(high); ... | NumberInterval { public void validate() throws BadValueException { if (low == null) { throw new BadValueException("NumberInterval.low is required"); } if (high == null) { throw new BadValueException("NumberInterval.high is required"); } low.validate(); high.validate(); int compareLowHigh = low.compareBoundaryTo(high); ... | NumberInterval { public void validate() throws BadValueException { if (low == null) { throw new BadValueException("NumberInterval.low is required"); } if (high == null) { throw new BadValueException("NumberInterval.high is required"); } low.validate(); high.validate(); int compareLowHigh = low.compareBoundaryTo(high); ... | NumberInterval { public void validate() throws BadValueException { if (low == null) { throw new BadValueException("NumberInterval.low is required"); } if (high == null) { throw new BadValueException("NumberInterval.high is required"); } low.validate(); high.validate(); int compareLowHigh = low.compareBoundaryTo(high); ... |
@Test public void testValidateLowInfinity() throws Exception { NumberInterval instance = new NumberInterval( NumberIntervalBoundary.NEGATIVE_INFINITY, new NumberIntervalBoundary(10.0, true) ); instance.validate(); } | public void validate() throws BadValueException { if (low == null) { throw new BadValueException("NumberInterval.low is required"); } if (high == null) { throw new BadValueException("NumberInterval.high is required"); } low.validate(); high.validate(); int compareLowHigh = low.compareBoundaryTo(high); if (compareLowHig... | NumberInterval { public void validate() throws BadValueException { if (low == null) { throw new BadValueException("NumberInterval.low is required"); } if (high == null) { throw new BadValueException("NumberInterval.high is required"); } low.validate(); high.validate(); int compareLowHigh = low.compareBoundaryTo(high); ... | NumberInterval { public void validate() throws BadValueException { if (low == null) { throw new BadValueException("NumberInterval.low is required"); } if (high == null) { throw new BadValueException("NumberInterval.high is required"); } low.validate(); high.validate(); int compareLowHigh = low.compareBoundaryTo(high); ... | NumberInterval { public void validate() throws BadValueException { if (low == null) { throw new BadValueException("NumberInterval.low is required"); } if (high == null) { throw new BadValueException("NumberInterval.high is required"); } low.validate(); high.validate(); int compareLowHigh = low.compareBoundaryTo(high); ... | NumberInterval { public void validate() throws BadValueException { if (low == null) { throw new BadValueException("NumberInterval.low is required"); } if (high == null) { throw new BadValueException("NumberInterval.high is required"); } low.validate(); high.validate(); int compareLowHigh = low.compareBoundaryTo(high); ... |
@Test public void testValidateHighInfinity() throws Exception { NumberInterval instance = new NumberInterval( new NumberIntervalBoundary(10.0, true), NumberIntervalBoundary.POSITIVE_INFINITY ); instance.validate(); } | public void validate() throws BadValueException { if (low == null) { throw new BadValueException("NumberInterval.low is required"); } if (high == null) { throw new BadValueException("NumberInterval.high is required"); } low.validate(); high.validate(); int compareLowHigh = low.compareBoundaryTo(high); if (compareLowHig... | NumberInterval { public void validate() throws BadValueException { if (low == null) { throw new BadValueException("NumberInterval.low is required"); } if (high == null) { throw new BadValueException("NumberInterval.high is required"); } low.validate(); high.validate(); int compareLowHigh = low.compareBoundaryTo(high); ... | NumberInterval { public void validate() throws BadValueException { if (low == null) { throw new BadValueException("NumberInterval.low is required"); } if (high == null) { throw new BadValueException("NumberInterval.high is required"); } low.validate(); high.validate(); int compareLowHigh = low.compareBoundaryTo(high); ... | NumberInterval { public void validate() throws BadValueException { if (low == null) { throw new BadValueException("NumberInterval.low is required"); } if (high == null) { throw new BadValueException("NumberInterval.high is required"); } low.validate(); high.validate(); int compareLowHigh = low.compareBoundaryTo(high); ... | NumberInterval { public void validate() throws BadValueException { if (low == null) { throw new BadValueException("NumberInterval.low is required"); } if (high == null) { throw new BadValueException("NumberInterval.high is required"); } low.validate(); high.validate(); int compareLowHigh = low.compareBoundaryTo(high); ... |
@Test public void testValidate() throws Exception { NumberInterval instance = new NumberInterval( new NumberIntervalBoundary(-10.0), new NumberIntervalBoundary(10.0, false) ); instance.validate(); } | public void validate() throws BadValueException { if (low == null) { throw new BadValueException("NumberInterval.low is required"); } if (high == null) { throw new BadValueException("NumberInterval.high is required"); } low.validate(); high.validate(); int compareLowHigh = low.compareBoundaryTo(high); if (compareLowHig... | NumberInterval { public void validate() throws BadValueException { if (low == null) { throw new BadValueException("NumberInterval.low is required"); } if (high == null) { throw new BadValueException("NumberInterval.high is required"); } low.validate(); high.validate(); int compareLowHigh = low.compareBoundaryTo(high); ... | NumberInterval { public void validate() throws BadValueException { if (low == null) { throw new BadValueException("NumberInterval.low is required"); } if (high == null) { throw new BadValueException("NumberInterval.high is required"); } low.validate(); high.validate(); int compareLowHigh = low.compareBoundaryTo(high); ... | NumberInterval { public void validate() throws BadValueException { if (low == null) { throw new BadValueException("NumberInterval.low is required"); } if (high == null) { throw new BadValueException("NumberInterval.high is required"); } low.validate(); high.validate(); int compareLowHigh = low.compareBoundaryTo(high); ... | NumberInterval { public void validate() throws BadValueException { if (low == null) { throw new BadValueException("NumberInterval.low is required"); } if (high == null) { throw new BadValueException("NumberInterval.high is required"); } low.validate(); high.validate(); int compareLowHigh = low.compareBoundaryTo(high); ... |
@Test public void testOverlaps() { NumberInterval lhs; NumberInterval rhs; lhs = new NumberInterval( new NumberIntervalBoundary(-10.0), new NumberIntervalBoundary(10.0) ); testOverlapCommon(lhs); rhs = new NumberInterval( NumberIntervalBoundary.NEGATIVE_INFINITY, new NumberIntervalBoundary(-10.0, true) ); assertDontOve... | public boolean overlaps(NumberInterval rhs) { return !doesNotOverlap(rhs); } | NumberInterval { public boolean overlaps(NumberInterval rhs) { return !doesNotOverlap(rhs); } } | NumberInterval { public boolean overlaps(NumberInterval rhs) { return !doesNotOverlap(rhs); } NumberInterval(); NumberInterval(NumberIntervalBoundary low, NumberIntervalBoundary high); } | NumberInterval { public boolean overlaps(NumberInterval rhs) { return !doesNotOverlap(rhs); } NumberInterval(); NumberInterval(NumberIntervalBoundary low, NumberIntervalBoundary high); @Override boolean equals(Object obj); @Override int hashCode(); @Override String toString(); void validate(); boolean overlaps(NumberI... | NumberInterval { public boolean overlaps(NumberInterval rhs) { return !doesNotOverlap(rhs); } NumberInterval(); NumberInterval(NumberIntervalBoundary low, NumberIntervalBoundary high); @Override boolean equals(Object obj); @Override int hashCode(); @Override String toString(); void validate(); boolean overlaps(NumberI... |
@Test public void testValidateNoIntervals() throws Exception { NumberAttributeDomainDto instance = new NumberAttributeDomainDto(); instance.validate(); } | @Override public void validate() throws BadValueException { if (intervals == null) { return; } for (NumberInterval interval : intervals) { interval.validate(); } int size = intervals.size(); int count = 0; for (NumberInterval interval : intervals) { validateNoOverlap(interval, intervals.subList(++count, size)); } } | NumberAttributeDomainDto extends AttributeDomainDto { @Override public void validate() throws BadValueException { if (intervals == null) { return; } for (NumberInterval interval : intervals) { interval.validate(); } int size = intervals.size(); int count = 0; for (NumberInterval interval : intervals) { validateNoOverla... | NumberAttributeDomainDto extends AttributeDomainDto { @Override public void validate() throws BadValueException { if (intervals == null) { return; } for (NumberInterval interval : intervals) { interval.validate(); } int size = intervals.size(); int count = 0; for (NumberInterval interval : intervals) { validateNoOverla... | NumberAttributeDomainDto extends AttributeDomainDto { @Override public void validate() throws BadValueException { if (intervals == null) { return; } for (NumberInterval interval : intervals) { interval.validate(); } int size = intervals.size(); int count = 0; for (NumberInterval interval : intervals) { validateNoOverla... | NumberAttributeDomainDto extends AttributeDomainDto { @Override public void validate() throws BadValueException { if (intervals == null) { return; } for (NumberInterval interval : intervals) { interval.validate(); } int size = intervals.size(); int count = 0; for (NumberInterval interval : intervals) { validateNoOverla... |
@Test public void testValidateEmptyIntervals() throws Exception { NumberAttributeDomainDto instance = new NumberAttributeDomainDto(Arrays.asList()); instance.validate(); } | @Override public void validate() throws BadValueException { if (intervals == null) { return; } for (NumberInterval interval : intervals) { interval.validate(); } int size = intervals.size(); int count = 0; for (NumberInterval interval : intervals) { validateNoOverlap(interval, intervals.subList(++count, size)); } } | NumberAttributeDomainDto extends AttributeDomainDto { @Override public void validate() throws BadValueException { if (intervals == null) { return; } for (NumberInterval interval : intervals) { interval.validate(); } int size = intervals.size(); int count = 0; for (NumberInterval interval : intervals) { validateNoOverla... | NumberAttributeDomainDto extends AttributeDomainDto { @Override public void validate() throws BadValueException { if (intervals == null) { return; } for (NumberInterval interval : intervals) { interval.validate(); } int size = intervals.size(); int count = 0; for (NumberInterval interval : intervals) { validateNoOverla... | NumberAttributeDomainDto extends AttributeDomainDto { @Override public void validate() throws BadValueException { if (intervals == null) { return; } for (NumberInterval interval : intervals) { interval.validate(); } int size = intervals.size(); int count = 0; for (NumberInterval interval : intervals) { validateNoOverla... | NumberAttributeDomainDto extends AttributeDomainDto { @Override public void validate() throws BadValueException { if (intervals == null) { return; } for (NumberInterval interval : intervals) { interval.validate(); } int size = intervals.size(); int count = 0; for (NumberInterval interval : intervals) { validateNoOverla... |
@Test(expected = BadValueException.class) public void testValidateBadInterval() throws Exception { NumberAttributeDomainDto instance = new NumberAttributeDomainDto(Arrays.asList( new NumberInterval() )); instance.validate(); } | @Override public void validate() throws BadValueException { if (intervals == null) { return; } for (NumberInterval interval : intervals) { interval.validate(); } int size = intervals.size(); int count = 0; for (NumberInterval interval : intervals) { validateNoOverlap(interval, intervals.subList(++count, size)); } } | NumberAttributeDomainDto extends AttributeDomainDto { @Override public void validate() throws BadValueException { if (intervals == null) { return; } for (NumberInterval interval : intervals) { interval.validate(); } int size = intervals.size(); int count = 0; for (NumberInterval interval : intervals) { validateNoOverla... | NumberAttributeDomainDto extends AttributeDomainDto { @Override public void validate() throws BadValueException { if (intervals == null) { return; } for (NumberInterval interval : intervals) { interval.validate(); } int size = intervals.size(); int count = 0; for (NumberInterval interval : intervals) { validateNoOverla... | NumberAttributeDomainDto extends AttributeDomainDto { @Override public void validate() throws BadValueException { if (intervals == null) { return; } for (NumberInterval interval : intervals) { interval.validate(); } int size = intervals.size(); int count = 0; for (NumberInterval interval : intervals) { validateNoOverla... | NumberAttributeDomainDto extends AttributeDomainDto { @Override public void validate() throws BadValueException { if (intervals == null) { return; } for (NumberInterval interval : intervals) { interval.validate(); } int size = intervals.size(); int count = 0; for (NumberInterval interval : intervals) { validateNoOverla... |
@Test public void testValidateSingle() throws Exception { NumberAttributeDomainDto instance = new NumberAttributeDomainDto(Arrays.asList( new NumberInterval( NumberIntervalBoundary.NEGATIVE_INFINITY, NumberIntervalBoundary.POSITIVE_INFINITY ) )); instance.validate(); } | @Override public void validate() throws BadValueException { if (intervals == null) { return; } for (NumberInterval interval : intervals) { interval.validate(); } int size = intervals.size(); int count = 0; for (NumberInterval interval : intervals) { validateNoOverlap(interval, intervals.subList(++count, size)); } } | NumberAttributeDomainDto extends AttributeDomainDto { @Override public void validate() throws BadValueException { if (intervals == null) { return; } for (NumberInterval interval : intervals) { interval.validate(); } int size = intervals.size(); int count = 0; for (NumberInterval interval : intervals) { validateNoOverla... | NumberAttributeDomainDto extends AttributeDomainDto { @Override public void validate() throws BadValueException { if (intervals == null) { return; } for (NumberInterval interval : intervals) { interval.validate(); } int size = intervals.size(); int count = 0; for (NumberInterval interval : intervals) { validateNoOverla... | NumberAttributeDomainDto extends AttributeDomainDto { @Override public void validate() throws BadValueException { if (intervals == null) { return; } for (NumberInterval interval : intervals) { interval.validate(); } int size = intervals.size(); int count = 0; for (NumberInterval interval : intervals) { validateNoOverla... | NumberAttributeDomainDto extends AttributeDomainDto { @Override public void validate() throws BadValueException { if (intervals == null) { return; } for (NumberInterval interval : intervals) { interval.validate(); } int size = intervals.size(); int count = 0; for (NumberInterval interval : intervals) { validateNoOverla... |
@Test public void testEqualsNotEqualToOtherClasses() { Object rhs = new Object(); NumberInterval instance = new NumberInterval(); assertFalse(instance.equals(rhs)); } | @Override public boolean equals(Object obj) { if (!(obj instanceof NumberInterval)) { return false; } NumberInterval rhs = (NumberInterval) obj; return Objects.equals(low, rhs.low) && Objects.equals(high, rhs.high); } | NumberInterval { @Override public boolean equals(Object obj) { if (!(obj instanceof NumberInterval)) { return false; } NumberInterval rhs = (NumberInterval) obj; return Objects.equals(low, rhs.low) && Objects.equals(high, rhs.high); } } | NumberInterval { @Override public boolean equals(Object obj) { if (!(obj instanceof NumberInterval)) { return false; } NumberInterval rhs = (NumberInterval) obj; return Objects.equals(low, rhs.low) && Objects.equals(high, rhs.high); } NumberInterval(); NumberInterval(NumberIntervalBoundary low, NumberIntervalBoundary ... | NumberInterval { @Override public boolean equals(Object obj) { if (!(obj instanceof NumberInterval)) { return false; } NumberInterval rhs = (NumberInterval) obj; return Objects.equals(low, rhs.low) && Objects.equals(high, rhs.high); } NumberInterval(); NumberInterval(NumberIntervalBoundary low, NumberIntervalBoundary ... | NumberInterval { @Override public boolean equals(Object obj) { if (!(obj instanceof NumberInterval)) { return false; } NumberInterval rhs = (NumberInterval) obj; return Objects.equals(low, rhs.low) && Objects.equals(high, rhs.high); } NumberInterval(); NumberInterval(NumberIntervalBoundary low, NumberIntervalBoundary ... |
@Test(expected = BadValueException.class) public void testValidateOverlap() throws Exception { NumberAttributeDomainDto instance = new NumberAttributeDomainDto(Arrays.asList( new NumberInterval( NumberIntervalBoundary.NEGATIVE_INFINITY, NumberIntervalBoundary.POSITIVE_INFINITY ), new NumberInterval( new NumberIntervalB... | @Override public void validate() throws BadValueException { if (intervals == null) { return; } for (NumberInterval interval : intervals) { interval.validate(); } int size = intervals.size(); int count = 0; for (NumberInterval interval : intervals) { validateNoOverlap(interval, intervals.subList(++count, size)); } } | NumberAttributeDomainDto extends AttributeDomainDto { @Override public void validate() throws BadValueException { if (intervals == null) { return; } for (NumberInterval interval : intervals) { interval.validate(); } int size = intervals.size(); int count = 0; for (NumberInterval interval : intervals) { validateNoOverla... | NumberAttributeDomainDto extends AttributeDomainDto { @Override public void validate() throws BadValueException { if (intervals == null) { return; } for (NumberInterval interval : intervals) { interval.validate(); } int size = intervals.size(); int count = 0; for (NumberInterval interval : intervals) { validateNoOverla... | NumberAttributeDomainDto extends AttributeDomainDto { @Override public void validate() throws BadValueException { if (intervals == null) { return; } for (NumberInterval interval : intervals) { interval.validate(); } int size = intervals.size(); int count = 0; for (NumberInterval interval : intervals) { validateNoOverla... | NumberAttributeDomainDto extends AttributeDomainDto { @Override public void validate() throws BadValueException { if (intervals == null) { return; } for (NumberInterval interval : intervals) { interval.validate(); } int size = intervals.size(); int count = 0; for (NumberInterval interval : intervals) { validateNoOverla... |
@Test(expected = BadValueException.class) public void testValidateOverlapSwapped() throws Exception { NumberAttributeDomainDto instance = new NumberAttributeDomainDto(Arrays.asList( new NumberInterval( new NumberIntervalBoundary(10.0, true), new NumberIntervalBoundary(10.0, true) ), new NumberInterval( NumberIntervalBo... | @Override public void validate() throws BadValueException { if (intervals == null) { return; } for (NumberInterval interval : intervals) { interval.validate(); } int size = intervals.size(); int count = 0; for (NumberInterval interval : intervals) { validateNoOverlap(interval, intervals.subList(++count, size)); } } | NumberAttributeDomainDto extends AttributeDomainDto { @Override public void validate() throws BadValueException { if (intervals == null) { return; } for (NumberInterval interval : intervals) { interval.validate(); } int size = intervals.size(); int count = 0; for (NumberInterval interval : intervals) { validateNoOverla... | NumberAttributeDomainDto extends AttributeDomainDto { @Override public void validate() throws BadValueException { if (intervals == null) { return; } for (NumberInterval interval : intervals) { interval.validate(); } int size = intervals.size(); int count = 0; for (NumberInterval interval : intervals) { validateNoOverla... | NumberAttributeDomainDto extends AttributeDomainDto { @Override public void validate() throws BadValueException { if (intervals == null) { return; } for (NumberInterval interval : intervals) { interval.validate(); } int size = intervals.size(); int count = 0; for (NumberInterval interval : intervals) { validateNoOverla... | NumberAttributeDomainDto extends AttributeDomainDto { @Override public void validate() throws BadValueException { if (intervals == null) { return; } for (NumberInterval interval : intervals) { interval.validate(); } int size = intervals.size(); int count = 0; for (NumberInterval interval : intervals) { validateNoOverla... |
@Test public void testValidateTwo() throws Exception { NumberAttributeDomainDto instance = new NumberAttributeDomainDto(Arrays.asList( new NumberInterval( new NumberIntervalBoundary(10.0, true), new NumberIntervalBoundary(10.0, true) ), new NumberInterval( new NumberIntervalBoundary(10.0, false), new NumberIntervalBoun... | @Override public void validate() throws BadValueException { if (intervals == null) { return; } for (NumberInterval interval : intervals) { interval.validate(); } int size = intervals.size(); int count = 0; for (NumberInterval interval : intervals) { validateNoOverlap(interval, intervals.subList(++count, size)); } } | NumberAttributeDomainDto extends AttributeDomainDto { @Override public void validate() throws BadValueException { if (intervals == null) { return; } for (NumberInterval interval : intervals) { interval.validate(); } int size = intervals.size(); int count = 0; for (NumberInterval interval : intervals) { validateNoOverla... | NumberAttributeDomainDto extends AttributeDomainDto { @Override public void validate() throws BadValueException { if (intervals == null) { return; } for (NumberInterval interval : intervals) { interval.validate(); } int size = intervals.size(); int count = 0; for (NumberInterval interval : intervals) { validateNoOverla... | NumberAttributeDomainDto extends AttributeDomainDto { @Override public void validate() throws BadValueException { if (intervals == null) { return; } for (NumberInterval interval : intervals) { interval.validate(); } int size = intervals.size(); int count = 0; for (NumberInterval interval : intervals) { validateNoOverla... | NumberAttributeDomainDto extends AttributeDomainDto { @Override public void validate() throws BadValueException { if (intervals == null) { return; } for (NumberInterval interval : intervals) { interval.validate(); } int size = intervals.size(); int count = 0; for (NumberInterval interval : intervals) { validateNoOverla... |
@Test public void testValidateTwoSwapped() throws Exception { NumberAttributeDomainDto instance = new NumberAttributeDomainDto(Arrays.asList( new NumberInterval( new NumberIntervalBoundary(10.0, false), new NumberIntervalBoundary(20.0, true) ), new NumberInterval( new NumberIntervalBoundary(10.0, true), new NumberInter... | @Override public void validate() throws BadValueException { if (intervals == null) { return; } for (NumberInterval interval : intervals) { interval.validate(); } int size = intervals.size(); int count = 0; for (NumberInterval interval : intervals) { validateNoOverlap(interval, intervals.subList(++count, size)); } } | NumberAttributeDomainDto extends AttributeDomainDto { @Override public void validate() throws BadValueException { if (intervals == null) { return; } for (NumberInterval interval : intervals) { interval.validate(); } int size = intervals.size(); int count = 0; for (NumberInterval interval : intervals) { validateNoOverla... | NumberAttributeDomainDto extends AttributeDomainDto { @Override public void validate() throws BadValueException { if (intervals == null) { return; } for (NumberInterval interval : intervals) { interval.validate(); } int size = intervals.size(); int count = 0; for (NumberInterval interval : intervals) { validateNoOverla... | NumberAttributeDomainDto extends AttributeDomainDto { @Override public void validate() throws BadValueException { if (intervals == null) { return; } for (NumberInterval interval : intervals) { interval.validate(); } int size = intervals.size(); int count = 0; for (NumberInterval interval : intervals) { validateNoOverla... | NumberAttributeDomainDto extends AttributeDomainDto { @Override public void validate() throws BadValueException { if (intervals == null) { return; } for (NumberInterval interval : intervals) { interval.validate(); } int size = intervals.size(); int count = 0; for (NumberInterval interval : intervals) { validateNoOverla... |
@Test public void testValidateNoRegex() throws BadValueException { StringAttributeDomainDto instance = new StringAttributeDomainDto(); instance.validate(); } | @Override public void validate() throws BadValueException { if (regex == null) { return; } try { Pattern.compile(regex); } catch (PatternSyntaxException ex) { throw new BadValueException("Invalid regex: " + ex.getMessage(), ex); } } | StringAttributeDomainDto extends AttributeDomainDto { @Override public void validate() throws BadValueException { if (regex == null) { return; } try { Pattern.compile(regex); } catch (PatternSyntaxException ex) { throw new BadValueException("Invalid regex: " + ex.getMessage(), ex); } } } | StringAttributeDomainDto extends AttributeDomainDto { @Override public void validate() throws BadValueException { if (regex == null) { return; } try { Pattern.compile(regex); } catch (PatternSyntaxException ex) { throw new BadValueException("Invalid regex: " + ex.getMessage(), ex); } } StringAttributeDomainDto(); Stri... | StringAttributeDomainDto extends AttributeDomainDto { @Override public void validate() throws BadValueException { if (regex == null) { return; } try { Pattern.compile(regex); } catch (PatternSyntaxException ex) { throw new BadValueException("Invalid regex: " + ex.getMessage(), ex); } } StringAttributeDomainDto(); Stri... | StringAttributeDomainDto extends AttributeDomainDto { @Override public void validate() throws BadValueException { if (regex == null) { return; } try { Pattern.compile(regex); } catch (PatternSyntaxException ex) { throw new BadValueException("Invalid regex: " + ex.getMessage(), ex); } } StringAttributeDomainDto(); Stri... |
@Test public void testValidateEmptyRegex() throws BadValueException { StringAttributeDomainDto instance = new StringAttributeDomainDto(""); instance.validate(); } | @Override public void validate() throws BadValueException { if (regex == null) { return; } try { Pattern.compile(regex); } catch (PatternSyntaxException ex) { throw new BadValueException("Invalid regex: " + ex.getMessage(), ex); } } | StringAttributeDomainDto extends AttributeDomainDto { @Override public void validate() throws BadValueException { if (regex == null) { return; } try { Pattern.compile(regex); } catch (PatternSyntaxException ex) { throw new BadValueException("Invalid regex: " + ex.getMessage(), ex); } } } | StringAttributeDomainDto extends AttributeDomainDto { @Override public void validate() throws BadValueException { if (regex == null) { return; } try { Pattern.compile(regex); } catch (PatternSyntaxException ex) { throw new BadValueException("Invalid regex: " + ex.getMessage(), ex); } } StringAttributeDomainDto(); Stri... | StringAttributeDomainDto extends AttributeDomainDto { @Override public void validate() throws BadValueException { if (regex == null) { return; } try { Pattern.compile(regex); } catch (PatternSyntaxException ex) { throw new BadValueException("Invalid regex: " + ex.getMessage(), ex); } } StringAttributeDomainDto(); Stri... | StringAttributeDomainDto extends AttributeDomainDto { @Override public void validate() throws BadValueException { if (regex == null) { return; } try { Pattern.compile(regex); } catch (PatternSyntaxException ex) { throw new BadValueException("Invalid regex: " + ex.getMessage(), ex); } } StringAttributeDomainDto(); Stri... |
@Test(expected = PatternSyntaxException.class) public void testValidateBadRegex() throws BadValueException, Throwable { StringAttributeDomainDto instance = new StringAttributeDomainDto("["); try { instance.validate(); } catch (BadValueException ex) { if (ex.getCause() instanceof PatternSyntaxException) { throw ex.getCa... | @Override public void validate() throws BadValueException { if (regex == null) { return; } try { Pattern.compile(regex); } catch (PatternSyntaxException ex) { throw new BadValueException("Invalid regex: " + ex.getMessage(), ex); } } | StringAttributeDomainDto extends AttributeDomainDto { @Override public void validate() throws BadValueException { if (regex == null) { return; } try { Pattern.compile(regex); } catch (PatternSyntaxException ex) { throw new BadValueException("Invalid regex: " + ex.getMessage(), ex); } } } | StringAttributeDomainDto extends AttributeDomainDto { @Override public void validate() throws BadValueException { if (regex == null) { return; } try { Pattern.compile(regex); } catch (PatternSyntaxException ex) { throw new BadValueException("Invalid regex: " + ex.getMessage(), ex); } } StringAttributeDomainDto(); Stri... | StringAttributeDomainDto extends AttributeDomainDto { @Override public void validate() throws BadValueException { if (regex == null) { return; } try { Pattern.compile(regex); } catch (PatternSyntaxException ex) { throw new BadValueException("Invalid regex: " + ex.getMessage(), ex); } } StringAttributeDomainDto(); Stri... | StringAttributeDomainDto extends AttributeDomainDto { @Override public void validate() throws BadValueException { if (regex == null) { return; } try { Pattern.compile(regex); } catch (PatternSyntaxException ex) { throw new BadValueException("Invalid regex: " + ex.getMessage(), ex); } } StringAttributeDomainDto(); Stri... |
@Test public void testValidateRegex() throws BadValueException { StringAttributeDomainDto instance = new StringAttributeDomainDto("prefix-[0-9]+"); instance.validate(); } | @Override public void validate() throws BadValueException { if (regex == null) { return; } try { Pattern.compile(regex); } catch (PatternSyntaxException ex) { throw new BadValueException("Invalid regex: " + ex.getMessage(), ex); } } | StringAttributeDomainDto extends AttributeDomainDto { @Override public void validate() throws BadValueException { if (regex == null) { return; } try { Pattern.compile(regex); } catch (PatternSyntaxException ex) { throw new BadValueException("Invalid regex: " + ex.getMessage(), ex); } } } | StringAttributeDomainDto extends AttributeDomainDto { @Override public void validate() throws BadValueException { if (regex == null) { return; } try { Pattern.compile(regex); } catch (PatternSyntaxException ex) { throw new BadValueException("Invalid regex: " + ex.getMessage(), ex); } } StringAttributeDomainDto(); Stri... | StringAttributeDomainDto extends AttributeDomainDto { @Override public void validate() throws BadValueException { if (regex == null) { return; } try { Pattern.compile(regex); } catch (PatternSyntaxException ex) { throw new BadValueException("Invalid regex: " + ex.getMessage(), ex); } } StringAttributeDomainDto(); Stri... | StringAttributeDomainDto extends AttributeDomainDto { @Override public void validate() throws BadValueException { if (regex == null) { return; } try { Pattern.compile(regex); } catch (PatternSyntaxException ex) { throw new BadValueException("Invalid regex: " + ex.getMessage(), ex); } } StringAttributeDomainDto(); Stri... |
@Test public void testNotEqualToNull() { Object rhs = null; NumberIntervalBoundary instance = new NumberIntervalBoundary(); assertFalse(instance.equals(rhs)); } | @Override public boolean equals(Object obj) { if (!(obj instanceof NumberIntervalBoundary)) { return false; } NumberIntervalBoundary rhs = (NumberIntervalBoundary) obj; return Objects.equals(boundary, rhs.boundary) && (isInclusive() == rhs.isInclusive()); } | NumberIntervalBoundary { @Override public boolean equals(Object obj) { if (!(obj instanceof NumberIntervalBoundary)) { return false; } NumberIntervalBoundary rhs = (NumberIntervalBoundary) obj; return Objects.equals(boundary, rhs.boundary) && (isInclusive() == rhs.isInclusive()); } } | NumberIntervalBoundary { @Override public boolean equals(Object obj) { if (!(obj instanceof NumberIntervalBoundary)) { return false; } NumberIntervalBoundary rhs = (NumberIntervalBoundary) obj; return Objects.equals(boundary, rhs.boundary) && (isInclusive() == rhs.isInclusive()); } NumberIntervalBoundary(); NumberInte... | NumberIntervalBoundary { @Override public boolean equals(Object obj) { if (!(obj instanceof NumberIntervalBoundary)) { return false; } NumberIntervalBoundary rhs = (NumberIntervalBoundary) obj; return Objects.equals(boundary, rhs.boundary) && (isInclusive() == rhs.isInclusive()); } NumberIntervalBoundary(); NumberInte... | NumberIntervalBoundary { @Override public boolean equals(Object obj) { if (!(obj instanceof NumberIntervalBoundary)) { return false; } NumberIntervalBoundary rhs = (NumberIntervalBoundary) obj; return Objects.equals(boundary, rhs.boundary) && (isInclusive() == rhs.isInclusive()); } NumberIntervalBoundary(); NumberInte... |
@Test public void testNotEqualToOtherClasses() { Object rhs = new Object(); NumberIntervalBoundary instance = new NumberIntervalBoundary(); assertFalse(instance.equals(rhs)); } | @Override public boolean equals(Object obj) { if (!(obj instanceof NumberIntervalBoundary)) { return false; } NumberIntervalBoundary rhs = (NumberIntervalBoundary) obj; return Objects.equals(boundary, rhs.boundary) && (isInclusive() == rhs.isInclusive()); } | NumberIntervalBoundary { @Override public boolean equals(Object obj) { if (!(obj instanceof NumberIntervalBoundary)) { return false; } NumberIntervalBoundary rhs = (NumberIntervalBoundary) obj; return Objects.equals(boundary, rhs.boundary) && (isInclusive() == rhs.isInclusive()); } } | NumberIntervalBoundary { @Override public boolean equals(Object obj) { if (!(obj instanceof NumberIntervalBoundary)) { return false; } NumberIntervalBoundary rhs = (NumberIntervalBoundary) obj; return Objects.equals(boundary, rhs.boundary) && (isInclusive() == rhs.isInclusive()); } NumberIntervalBoundary(); NumberInte... | NumberIntervalBoundary { @Override public boolean equals(Object obj) { if (!(obj instanceof NumberIntervalBoundary)) { return false; } NumberIntervalBoundary rhs = (NumberIntervalBoundary) obj; return Objects.equals(boundary, rhs.boundary) && (isInclusive() == rhs.isInclusive()); } NumberIntervalBoundary(); NumberInte... | NumberIntervalBoundary { @Override public boolean equals(Object obj) { if (!(obj instanceof NumberIntervalBoundary)) { return false; } NumberIntervalBoundary rhs = (NumberIntervalBoundary) obj; return Objects.equals(boundary, rhs.boundary) && (isInclusive() == rhs.isInclusive()); } NumberIntervalBoundary(); NumberInte... |
@Test public void testEquals() { NumberInterval rhs = new NumberInterval(); rhs.setLow(new NumberIntervalBoundary(0.0)); rhs.setHigh(new NumberIntervalBoundary(10.0)); NumberInterval instance = new NumberInterval(); instance.setLow(new NumberIntervalBoundary(0.0)); instance.setHigh(new NumberIntervalBoundary(10.0)); as... | @Override public boolean equals(Object obj) { if (!(obj instanceof NumberInterval)) { return false; } NumberInterval rhs = (NumberInterval) obj; return Objects.equals(low, rhs.low) && Objects.equals(high, rhs.high); } | NumberInterval { @Override public boolean equals(Object obj) { if (!(obj instanceof NumberInterval)) { return false; } NumberInterval rhs = (NumberInterval) obj; return Objects.equals(low, rhs.low) && Objects.equals(high, rhs.high); } } | NumberInterval { @Override public boolean equals(Object obj) { if (!(obj instanceof NumberInterval)) { return false; } NumberInterval rhs = (NumberInterval) obj; return Objects.equals(low, rhs.low) && Objects.equals(high, rhs.high); } NumberInterval(); NumberInterval(NumberIntervalBoundary low, NumberIntervalBoundary ... | NumberInterval { @Override public boolean equals(Object obj) { if (!(obj instanceof NumberInterval)) { return false; } NumberInterval rhs = (NumberInterval) obj; return Objects.equals(low, rhs.low) && Objects.equals(high, rhs.high); } NumberInterval(); NumberInterval(NumberIntervalBoundary low, NumberIntervalBoundary ... | NumberInterval { @Override public boolean equals(Object obj) { if (!(obj instanceof NumberInterval)) { return false; } NumberInterval rhs = (NumberInterval) obj; return Objects.equals(low, rhs.low) && Objects.equals(high, rhs.high); } NumberInterval(); NumberInterval(NumberIntervalBoundary low, NumberIntervalBoundary ... |
@Test public void testNotEqualToDifferentBoundarySameInclusion() { NumberIntervalBoundary rhs = new NumberIntervalBoundary(10.0); NumberIntervalBoundary instance = new NumberIntervalBoundary(11.0); assertFalse(instance.equals(rhs)); } | @Override public boolean equals(Object obj) { if (!(obj instanceof NumberIntervalBoundary)) { return false; } NumberIntervalBoundary rhs = (NumberIntervalBoundary) obj; return Objects.equals(boundary, rhs.boundary) && (isInclusive() == rhs.isInclusive()); } | NumberIntervalBoundary { @Override public boolean equals(Object obj) { if (!(obj instanceof NumberIntervalBoundary)) { return false; } NumberIntervalBoundary rhs = (NumberIntervalBoundary) obj; return Objects.equals(boundary, rhs.boundary) && (isInclusive() == rhs.isInclusive()); } } | NumberIntervalBoundary { @Override public boolean equals(Object obj) { if (!(obj instanceof NumberIntervalBoundary)) { return false; } NumberIntervalBoundary rhs = (NumberIntervalBoundary) obj; return Objects.equals(boundary, rhs.boundary) && (isInclusive() == rhs.isInclusive()); } NumberIntervalBoundary(); NumberInte... | NumberIntervalBoundary { @Override public boolean equals(Object obj) { if (!(obj instanceof NumberIntervalBoundary)) { return false; } NumberIntervalBoundary rhs = (NumberIntervalBoundary) obj; return Objects.equals(boundary, rhs.boundary) && (isInclusive() == rhs.isInclusive()); } NumberIntervalBoundary(); NumberInte... | NumberIntervalBoundary { @Override public boolean equals(Object obj) { if (!(obj instanceof NumberIntervalBoundary)) { return false; } NumberIntervalBoundary rhs = (NumberIntervalBoundary) obj; return Objects.equals(boundary, rhs.boundary) && (isInclusive() == rhs.isInclusive()); } NumberIntervalBoundary(); NumberInte... |
@Test public void testNotEqualToSameBoundaryDifferentInclusion() { NumberIntervalBoundary rhs = new NumberIntervalBoundary(10.0, true); NumberIntervalBoundary instance = new NumberIntervalBoundary(10.0, false); assertFalse(instance.equals(rhs)); } | @Override public boolean equals(Object obj) { if (!(obj instanceof NumberIntervalBoundary)) { return false; } NumberIntervalBoundary rhs = (NumberIntervalBoundary) obj; return Objects.equals(boundary, rhs.boundary) && (isInclusive() == rhs.isInclusive()); } | NumberIntervalBoundary { @Override public boolean equals(Object obj) { if (!(obj instanceof NumberIntervalBoundary)) { return false; } NumberIntervalBoundary rhs = (NumberIntervalBoundary) obj; return Objects.equals(boundary, rhs.boundary) && (isInclusive() == rhs.isInclusive()); } } | NumberIntervalBoundary { @Override public boolean equals(Object obj) { if (!(obj instanceof NumberIntervalBoundary)) { return false; } NumberIntervalBoundary rhs = (NumberIntervalBoundary) obj; return Objects.equals(boundary, rhs.boundary) && (isInclusive() == rhs.isInclusive()); } NumberIntervalBoundary(); NumberInte... | NumberIntervalBoundary { @Override public boolean equals(Object obj) { if (!(obj instanceof NumberIntervalBoundary)) { return false; } NumberIntervalBoundary rhs = (NumberIntervalBoundary) obj; return Objects.equals(boundary, rhs.boundary) && (isInclusive() == rhs.isInclusive()); } NumberIntervalBoundary(); NumberInte... | NumberIntervalBoundary { @Override public boolean equals(Object obj) { if (!(obj instanceof NumberIntervalBoundary)) { return false; } NumberIntervalBoundary rhs = (NumberIntervalBoundary) obj; return Objects.equals(boundary, rhs.boundary) && (isInclusive() == rhs.isInclusive()); } NumberIntervalBoundary(); NumberInte... |
@Test public void testNotEqualToDifferentBoundaryDifferentInclusion() { NumberIntervalBoundary rhs = new NumberIntervalBoundary(10.0, true); NumberIntervalBoundary instance = new NumberIntervalBoundary(12.0, null); assertFalse(instance.equals(rhs)); } | @Override public boolean equals(Object obj) { if (!(obj instanceof NumberIntervalBoundary)) { return false; } NumberIntervalBoundary rhs = (NumberIntervalBoundary) obj; return Objects.equals(boundary, rhs.boundary) && (isInclusive() == rhs.isInclusive()); } | NumberIntervalBoundary { @Override public boolean equals(Object obj) { if (!(obj instanceof NumberIntervalBoundary)) { return false; } NumberIntervalBoundary rhs = (NumberIntervalBoundary) obj; return Objects.equals(boundary, rhs.boundary) && (isInclusive() == rhs.isInclusive()); } } | NumberIntervalBoundary { @Override public boolean equals(Object obj) { if (!(obj instanceof NumberIntervalBoundary)) { return false; } NumberIntervalBoundary rhs = (NumberIntervalBoundary) obj; return Objects.equals(boundary, rhs.boundary) && (isInclusive() == rhs.isInclusive()); } NumberIntervalBoundary(); NumberInte... | NumberIntervalBoundary { @Override public boolean equals(Object obj) { if (!(obj instanceof NumberIntervalBoundary)) { return false; } NumberIntervalBoundary rhs = (NumberIntervalBoundary) obj; return Objects.equals(boundary, rhs.boundary) && (isInclusive() == rhs.isInclusive()); } NumberIntervalBoundary(); NumberInte... | NumberIntervalBoundary { @Override public boolean equals(Object obj) { if (!(obj instanceof NumberIntervalBoundary)) { return false; } NumberIntervalBoundary rhs = (NumberIntervalBoundary) obj; return Objects.equals(boundary, rhs.boundary) && (isInclusive() == rhs.isInclusive()); } NumberIntervalBoundary(); NumberInte... |
@Test public void testEquals() { NumberIntervalBoundary rhs = new NumberIntervalBoundary(10.0, true); NumberIntervalBoundary instance = new NumberIntervalBoundary(10.0, true); assertTrue(instance.equals(rhs)); } | @Override public boolean equals(Object obj) { if (!(obj instanceof NumberIntervalBoundary)) { return false; } NumberIntervalBoundary rhs = (NumberIntervalBoundary) obj; return Objects.equals(boundary, rhs.boundary) && (isInclusive() == rhs.isInclusive()); } | NumberIntervalBoundary { @Override public boolean equals(Object obj) { if (!(obj instanceof NumberIntervalBoundary)) { return false; } NumberIntervalBoundary rhs = (NumberIntervalBoundary) obj; return Objects.equals(boundary, rhs.boundary) && (isInclusive() == rhs.isInclusive()); } } | NumberIntervalBoundary { @Override public boolean equals(Object obj) { if (!(obj instanceof NumberIntervalBoundary)) { return false; } NumberIntervalBoundary rhs = (NumberIntervalBoundary) obj; return Objects.equals(boundary, rhs.boundary) && (isInclusive() == rhs.isInclusive()); } NumberIntervalBoundary(); NumberInte... | NumberIntervalBoundary { @Override public boolean equals(Object obj) { if (!(obj instanceof NumberIntervalBoundary)) { return false; } NumberIntervalBoundary rhs = (NumberIntervalBoundary) obj; return Objects.equals(boundary, rhs.boundary) && (isInclusive() == rhs.isInclusive()); } NumberIntervalBoundary(); NumberInte... | NumberIntervalBoundary { @Override public boolean equals(Object obj) { if (!(obj instanceof NumberIntervalBoundary)) { return false; } NumberIntervalBoundary rhs = (NumberIntervalBoundary) obj; return Objects.equals(boundary, rhs.boundary) && (isInclusive() == rhs.isInclusive()); } NumberIntervalBoundary(); NumberInte... |
@Test public void testHashCodeForEqualInstances() { int lhs = new NumberIntervalBoundary(1.1, Boolean.FALSE).hashCode(); int rhs = new NumberIntervalBoundary(1.1, Boolean.FALSE).hashCode(); assertEquals(lhs, rhs); } | @Override public int hashCode() { return Objects.hash(this.boundary, isInclusive() ? Boolean.TRUE : Boolean.FALSE); } | NumberIntervalBoundary { @Override public int hashCode() { return Objects.hash(this.boundary, isInclusive() ? Boolean.TRUE : Boolean.FALSE); } } | NumberIntervalBoundary { @Override public int hashCode() { return Objects.hash(this.boundary, isInclusive() ? Boolean.TRUE : Boolean.FALSE); } NumberIntervalBoundary(); NumberIntervalBoundary(Double boundary); NumberIntervalBoundary(Double boundary, Boolean inclusive); } | NumberIntervalBoundary { @Override public int hashCode() { return Objects.hash(this.boundary, isInclusive() ? Boolean.TRUE : Boolean.FALSE); } NumberIntervalBoundary(); NumberIntervalBoundary(Double boundary); NumberIntervalBoundary(Double boundary, Boolean inclusive); @Override boolean equals(Object obj); @Override ... | NumberIntervalBoundary { @Override public int hashCode() { return Objects.hash(this.boundary, isInclusive() ? Boolean.TRUE : Boolean.FALSE); } NumberIntervalBoundary(); NumberIntervalBoundary(Double boundary); NumberIntervalBoundary(Double boundary, Boolean inclusive); @Override boolean equals(Object obj); @Override ... |
@Test public void testNotIsInclusiveByDefault() { NumberIntervalBoundary instance = new NumberIntervalBoundary(); assertFalse(instance.isInclusive()); } | @JsonIgnore public boolean isInclusive() { return inclusive != null && inclusive; } | NumberIntervalBoundary { @JsonIgnore public boolean isInclusive() { return inclusive != null && inclusive; } } | NumberIntervalBoundary { @JsonIgnore public boolean isInclusive() { return inclusive != null && inclusive; } NumberIntervalBoundary(); NumberIntervalBoundary(Double boundary); NumberIntervalBoundary(Double boundary, Boolean inclusive); } | NumberIntervalBoundary { @JsonIgnore public boolean isInclusive() { return inclusive != null && inclusive; } NumberIntervalBoundary(); NumberIntervalBoundary(Double boundary); NumberIntervalBoundary(Double boundary, Boolean inclusive); @Override boolean equals(Object obj); @Override int hashCode(); int compareBoundar... | NumberIntervalBoundary { @JsonIgnore public boolean isInclusive() { return inclusive != null && inclusive; } NumberIntervalBoundary(); NumberIntervalBoundary(Double boundary); NumberIntervalBoundary(Double boundary, Boolean inclusive); @Override boolean equals(Object obj); @Override int hashCode(); int compareBoundar... |
@Test public void testNotIsInclusiveWhenConstructedWithFalse() { NumberIntervalBoundary instance = new NumberIntervalBoundary(0.0, false); assertFalse(instance.isInclusive()); } | @JsonIgnore public boolean isInclusive() { return inclusive != null && inclusive; } | NumberIntervalBoundary { @JsonIgnore public boolean isInclusive() { return inclusive != null && inclusive; } } | NumberIntervalBoundary { @JsonIgnore public boolean isInclusive() { return inclusive != null && inclusive; } NumberIntervalBoundary(); NumberIntervalBoundary(Double boundary); NumberIntervalBoundary(Double boundary, Boolean inclusive); } | NumberIntervalBoundary { @JsonIgnore public boolean isInclusive() { return inclusive != null && inclusive; } NumberIntervalBoundary(); NumberIntervalBoundary(Double boundary); NumberIntervalBoundary(Double boundary, Boolean inclusive); @Override boolean equals(Object obj); @Override int hashCode(); int compareBoundar... | NumberIntervalBoundary { @JsonIgnore public boolean isInclusive() { return inclusive != null && inclusive; } NumberIntervalBoundary(); NumberIntervalBoundary(Double boundary); NumberIntervalBoundary(Double boundary, Boolean inclusive); @Override boolean equals(Object obj); @Override int hashCode(); int compareBoundar... |
@Test public void testNotIsInclusiveWhenConstructedWithNull() { NumberIntervalBoundary instance = new NumberIntervalBoundary(0.0, null); assertFalse(instance.isInclusive()); } | @JsonIgnore public boolean isInclusive() { return inclusive != null && inclusive; } | NumberIntervalBoundary { @JsonIgnore public boolean isInclusive() { return inclusive != null && inclusive; } } | NumberIntervalBoundary { @JsonIgnore public boolean isInclusive() { return inclusive != null && inclusive; } NumberIntervalBoundary(); NumberIntervalBoundary(Double boundary); NumberIntervalBoundary(Double boundary, Boolean inclusive); } | NumberIntervalBoundary { @JsonIgnore public boolean isInclusive() { return inclusive != null && inclusive; } NumberIntervalBoundary(); NumberIntervalBoundary(Double boundary); NumberIntervalBoundary(Double boundary, Boolean inclusive); @Override boolean equals(Object obj); @Override int hashCode(); int compareBoundar... | NumberIntervalBoundary { @JsonIgnore public boolean isInclusive() { return inclusive != null && inclusive; } NumberIntervalBoundary(); NumberIntervalBoundary(Double boundary); NumberIntervalBoundary(Double boundary, Boolean inclusive); @Override boolean equals(Object obj); @Override int hashCode(); int compareBoundar... |
@Test public void testIsInclusiveWhenConstructedWithTrue() { NumberIntervalBoundary instance = new NumberIntervalBoundary(0.0, true); assertTrue(instance.isInclusive()); } | @JsonIgnore public boolean isInclusive() { return inclusive != null && inclusive; } | NumberIntervalBoundary { @JsonIgnore public boolean isInclusive() { return inclusive != null && inclusive; } } | NumberIntervalBoundary { @JsonIgnore public boolean isInclusive() { return inclusive != null && inclusive; } NumberIntervalBoundary(); NumberIntervalBoundary(Double boundary); NumberIntervalBoundary(Double boundary, Boolean inclusive); } | NumberIntervalBoundary { @JsonIgnore public boolean isInclusive() { return inclusive != null && inclusive; } NumberIntervalBoundary(); NumberIntervalBoundary(Double boundary); NumberIntervalBoundary(Double boundary, Boolean inclusive); @Override boolean equals(Object obj); @Override int hashCode(); int compareBoundar... | NumberIntervalBoundary { @JsonIgnore public boolean isInclusive() { return inclusive != null && inclusive; } NumberIntervalBoundary(); NumberIntervalBoundary(Double boundary); NumberIntervalBoundary(Double boundary, Boolean inclusive); @Override boolean equals(Object obj); @Override int hashCode(); int compareBoundar... |
@Test public void testCompareBoundaryTo() { NumberIntervalBoundary instance = new NumberIntervalBoundary(0.0); assertThat(instance.compareBoundaryTo(new NumberIntervalBoundary(0.0)), comparesEqualTo(0)); assertThat(instance.compareBoundaryTo(new NumberIntervalBoundary(-5.0)), greaterThan(0)); assertThat(instance.compar... | public int compareBoundaryTo(NumberIntervalBoundary rhs) { return boundary.compareTo(rhs.getBoundary()); } | NumberIntervalBoundary { public int compareBoundaryTo(NumberIntervalBoundary rhs) { return boundary.compareTo(rhs.getBoundary()); } } | NumberIntervalBoundary { public int compareBoundaryTo(NumberIntervalBoundary rhs) { return boundary.compareTo(rhs.getBoundary()); } NumberIntervalBoundary(); NumberIntervalBoundary(Double boundary); NumberIntervalBoundary(Double boundary, Boolean inclusive); } | NumberIntervalBoundary { public int compareBoundaryTo(NumberIntervalBoundary rhs) { return boundary.compareTo(rhs.getBoundary()); } NumberIntervalBoundary(); NumberIntervalBoundary(Double boundary); NumberIntervalBoundary(Double boundary, Boolean inclusive); @Override boolean equals(Object obj); @Override int hashCod... | NumberIntervalBoundary { public int compareBoundaryTo(NumberIntervalBoundary rhs) { return boundary.compareTo(rhs.getBoundary()); } NumberIntervalBoundary(); NumberIntervalBoundary(Double boundary); NumberIntervalBoundary(Double boundary, Boolean inclusive); @Override boolean equals(Object obj); @Override int hashCod... |
@Test public void testToString() { NumberInterval instance; instance = new NumberInterval(); assertEquals("null, null", instance.toString()); instance = new NumberInterval( NumberIntervalBoundary.NEGATIVE_INFINITY, NumberIntervalBoundary.POSITIVE_INFINITY); assertEquals("(-Infinity, Infinity)", instance.toString()); in... | @Override public String toString() { return lowToString() + ", " + highToString(); } | NumberInterval { @Override public String toString() { return lowToString() + ", " + highToString(); } } | NumberInterval { @Override public String toString() { return lowToString() + ", " + highToString(); } NumberInterval(); NumberInterval(NumberIntervalBoundary low, NumberIntervalBoundary high); } | NumberInterval { @Override public String toString() { return lowToString() + ", " + highToString(); } NumberInterval(); NumberInterval(NumberIntervalBoundary low, NumberIntervalBoundary high); @Override boolean equals(Object obj); @Override int hashCode(); @Override String toString(); void validate(); boolean overlaps... | NumberInterval { @Override public String toString() { return lowToString() + ", " + highToString(); } NumberInterval(); NumberInterval(NumberIntervalBoundary low, NumberIntervalBoundary high); @Override boolean equals(Object obj); @Override int hashCode(); @Override String toString(); void validate(); boolean overlaps... |
@Test public void testValidateValid() throws Exception { NumberIntervalBoundary instance = new NumberIntervalBoundary(0.0); instance.validate(); } | public void validate() throws BadValueException { if (boundary == null) { throw new BadValueException("NumberIntervalBoundary.boundary is required"); } } | NumberIntervalBoundary { public void validate() throws BadValueException { if (boundary == null) { throw new BadValueException("NumberIntervalBoundary.boundary is required"); } } } | NumberIntervalBoundary { public void validate() throws BadValueException { if (boundary == null) { throw new BadValueException("NumberIntervalBoundary.boundary is required"); } } NumberIntervalBoundary(); NumberIntervalBoundary(Double boundary); NumberIntervalBoundary(Double boundary, Boolean inclusive); } | NumberIntervalBoundary { public void validate() throws BadValueException { if (boundary == null) { throw new BadValueException("NumberIntervalBoundary.boundary is required"); } } NumberIntervalBoundary(); NumberIntervalBoundary(Double boundary); NumberIntervalBoundary(Double boundary, Boolean inclusive); @Override bo... | NumberIntervalBoundary { public void validate() throws BadValueException { if (boundary == null) { throw new BadValueException("NumberIntervalBoundary.boundary is required"); } } NumberIntervalBoundary(); NumberIntervalBoundary(Double boundary); NumberIntervalBoundary(Double boundary, Boolean inclusive); @Override bo... |
@Test(expected = BadValueException.class) public void testValidateInvalid() throws Exception { NumberIntervalBoundary instance = new NumberIntervalBoundary(); instance.validate(); } | public void validate() throws BadValueException { if (boundary == null) { throw new BadValueException("NumberIntervalBoundary.boundary is required"); } } | NumberIntervalBoundary { public void validate() throws BadValueException { if (boundary == null) { throw new BadValueException("NumberIntervalBoundary.boundary is required"); } } } | NumberIntervalBoundary { public void validate() throws BadValueException { if (boundary == null) { throw new BadValueException("NumberIntervalBoundary.boundary is required"); } } NumberIntervalBoundary(); NumberIntervalBoundary(Double boundary); NumberIntervalBoundary(Double boundary, Boolean inclusive); } | NumberIntervalBoundary { public void validate() throws BadValueException { if (boundary == null) { throw new BadValueException("NumberIntervalBoundary.boundary is required"); } } NumberIntervalBoundary(); NumberIntervalBoundary(Double boundary); NumberIntervalBoundary(Double boundary, Boolean inclusive); @Override bo... | NumberIntervalBoundary { public void validate() throws BadValueException { if (boundary == null) { throw new BadValueException("NumberIntervalBoundary.boundary is required"); } } NumberIntervalBoundary(); NumberIntervalBoundary(Double boundary); NumberIntervalBoundary(Double boundary, Boolean inclusive); @Override bo... |
@Test public void testCleanShutdown() throws InterruptedException { final int wait = 1; ExecutorService threadPool = mock(ExecutorService.class); when(threadPool.awaitTermination(wait, TimeUnit.SECONDS)).thenReturn(true); ThreadPoolKiller.shutdown(threadPool, "TestPool", wait); verify(threadPool).shutdown(); verify(thr... | public static void shutdown(ExecutorService threadPool, String name) { shutdown(threadPool, name, DEFAULT_WAIT_DOWN_SECONDS); } | ThreadPoolKiller { public static void shutdown(ExecutorService threadPool, String name) { shutdown(threadPool, name, DEFAULT_WAIT_DOWN_SECONDS); } } | ThreadPoolKiller { public static void shutdown(ExecutorService threadPool, String name) { shutdown(threadPool, name, DEFAULT_WAIT_DOWN_SECONDS); } } | ThreadPoolKiller { public static void shutdown(ExecutorService threadPool, String name) { shutdown(threadPool, name, DEFAULT_WAIT_DOWN_SECONDS); } static void shutdown(ExecutorService threadPool, String name); static void shutdown(ExecutorService threadPool, String name, long waitSeconds); } | ThreadPoolKiller { public static void shutdown(ExecutorService threadPool, String name) { shutdown(threadPool, name, DEFAULT_WAIT_DOWN_SECONDS); } static void shutdown(ExecutorService threadPool, String name); static void shutdown(ExecutorService threadPool, String name, long waitSeconds); static final long DEFAULT_WA... |
@Test public void testForcedShutdown() throws InterruptedException { final int wait = 1; ExecutorService threadPool = mock(ExecutorService.class); when(threadPool.awaitTermination(wait, TimeUnit.SECONDS)).thenReturn(false).thenReturn(true); ThreadPoolKiller.shutdown(threadPool, "TestPool", wait); verify(threadPool).shu... | public static void shutdown(ExecutorService threadPool, String name) { shutdown(threadPool, name, DEFAULT_WAIT_DOWN_SECONDS); } | ThreadPoolKiller { public static void shutdown(ExecutorService threadPool, String name) { shutdown(threadPool, name, DEFAULT_WAIT_DOWN_SECONDS); } } | ThreadPoolKiller { public static void shutdown(ExecutorService threadPool, String name) { shutdown(threadPool, name, DEFAULT_WAIT_DOWN_SECONDS); } } | ThreadPoolKiller { public static void shutdown(ExecutorService threadPool, String name) { shutdown(threadPool, name, DEFAULT_WAIT_DOWN_SECONDS); } static void shutdown(ExecutorService threadPool, String name); static void shutdown(ExecutorService threadPool, String name, long waitSeconds); } | ThreadPoolKiller { public static void shutdown(ExecutorService threadPool, String name) { shutdown(threadPool, name, DEFAULT_WAIT_DOWN_SECONDS); } static void shutdown(ExecutorService threadPool, String name); static void shutdown(ExecutorService threadPool, String name, long waitSeconds); static final long DEFAULT_WA... |
@Test public void testForcedShutdownTimesOut() throws InterruptedException { final int wait = 1; ExecutorService threadPool = mock(ExecutorService.class); when(threadPool.awaitTermination(wait, TimeUnit.SECONDS)).thenReturn(false).thenReturn(false); ThreadPoolKiller.shutdown(threadPool, "TestPool", wait); verify(thread... | public static void shutdown(ExecutorService threadPool, String name) { shutdown(threadPool, name, DEFAULT_WAIT_DOWN_SECONDS); } | ThreadPoolKiller { public static void shutdown(ExecutorService threadPool, String name) { shutdown(threadPool, name, DEFAULT_WAIT_DOWN_SECONDS); } } | ThreadPoolKiller { public static void shutdown(ExecutorService threadPool, String name) { shutdown(threadPool, name, DEFAULT_WAIT_DOWN_SECONDS); } } | ThreadPoolKiller { public static void shutdown(ExecutorService threadPool, String name) { shutdown(threadPool, name, DEFAULT_WAIT_DOWN_SECONDS); } static void shutdown(ExecutorService threadPool, String name); static void shutdown(ExecutorService threadPool, String name, long waitSeconds); } | ThreadPoolKiller { public static void shutdown(ExecutorService threadPool, String name) { shutdown(threadPool, name, DEFAULT_WAIT_DOWN_SECONDS); } static void shutdown(ExecutorService threadPool, String name); static void shutdown(ExecutorService threadPool, String name, long waitSeconds); static final long DEFAULT_WA... |
@Test public void testShutdownInterrupted() throws InterruptedException { final int wait = 1; ExecutorService threadPool = mock(ExecutorService.class); when(threadPool.awaitTermination(wait, TimeUnit.SECONDS)).thenThrow(InterruptedException.class); ThreadPoolKiller.shutdown(threadPool, "TestPool", wait); verify(threadP... | public static void shutdown(ExecutorService threadPool, String name) { shutdown(threadPool, name, DEFAULT_WAIT_DOWN_SECONDS); } | ThreadPoolKiller { public static void shutdown(ExecutorService threadPool, String name) { shutdown(threadPool, name, DEFAULT_WAIT_DOWN_SECONDS); } } | ThreadPoolKiller { public static void shutdown(ExecutorService threadPool, String name) { shutdown(threadPool, name, DEFAULT_WAIT_DOWN_SECONDS); } } | ThreadPoolKiller { public static void shutdown(ExecutorService threadPool, String name) { shutdown(threadPool, name, DEFAULT_WAIT_DOWN_SECONDS); } static void shutdown(ExecutorService threadPool, String name); static void shutdown(ExecutorService threadPool, String name, long waitSeconds); } | ThreadPoolKiller { public static void shutdown(ExecutorService threadPool, String name) { shutdown(threadPool, name, DEFAULT_WAIT_DOWN_SECONDS); } static void shutdown(ExecutorService threadPool, String name); static void shutdown(ExecutorService threadPool, String name, long waitSeconds); static final long DEFAULT_WA... |
@Test public void testShutdownDefaultTimeout() throws InterruptedException { final long wait = ThreadPoolKiller.DEFAULT_WAIT_DOWN_SECONDS; ExecutorService threadPool = mock(ExecutorService.class); when(threadPool.awaitTermination(wait, TimeUnit.SECONDS)).thenReturn(true); ThreadPoolKiller.shutdown(threadPool, "TestPool... | public static void shutdown(ExecutorService threadPool, String name) { shutdown(threadPool, name, DEFAULT_WAIT_DOWN_SECONDS); } | ThreadPoolKiller { public static void shutdown(ExecutorService threadPool, String name) { shutdown(threadPool, name, DEFAULT_WAIT_DOWN_SECONDS); } } | ThreadPoolKiller { public static void shutdown(ExecutorService threadPool, String name) { shutdown(threadPool, name, DEFAULT_WAIT_DOWN_SECONDS); } } | ThreadPoolKiller { public static void shutdown(ExecutorService threadPool, String name) { shutdown(threadPool, name, DEFAULT_WAIT_DOWN_SECONDS); } static void shutdown(ExecutorService threadPool, String name); static void shutdown(ExecutorService threadPool, String name, long waitSeconds); } | ThreadPoolKiller { public static void shutdown(ExecutorService threadPool, String name) { shutdown(threadPool, name, DEFAULT_WAIT_DOWN_SECONDS); } static void shutdown(ExecutorService threadPool, String name); static void shutdown(ExecutorService threadPool, String name, long waitSeconds); static final long DEFAULT_WA... |
@Test public void create() throws Exception { String agentRef = UUID.randomUUID().toString(); stubFor(post(urlEqualTo("/api/routers/" + routerRef + "/agents")) .withHeader("Accept", equalTo("application/json")) .willReturn(aResponse() .withStatus(201) .withHeader("Content-Type", "application/json") .withBody("{\"ref\":... | @Override public ApiObjectRef create(CreateAgentArg createArg, String routerRef) throws CommsRouterException { return post(createArg, routerRef); } | AgentServiceClient extends ServiceClientBase<AgentDto, ApiObjectRef> implements AgentService { @Override public ApiObjectRef create(CreateAgentArg createArg, String routerRef) throws CommsRouterException { return post(createArg, routerRef); } } | AgentServiceClient extends ServiceClientBase<AgentDto, ApiObjectRef> implements AgentService { @Override public ApiObjectRef create(CreateAgentArg createArg, String routerRef) throws CommsRouterException { return post(createArg, routerRef); } @Inject AgentServiceClient(Client client, String endpoint, String routerRef)... | AgentServiceClient extends ServiceClientBase<AgentDto, ApiObjectRef> implements AgentService { @Override public ApiObjectRef create(CreateAgentArg createArg, String routerRef) throws CommsRouterException { return post(createArg, routerRef); } @Inject AgentServiceClient(Client client, String endpoint, String routerRef)... | AgentServiceClient extends ServiceClientBase<AgentDto, ApiObjectRef> implements AgentService { @Override public ApiObjectRef create(CreateAgentArg createArg, String routerRef) throws CommsRouterException { return post(createArg, routerRef); } @Inject AgentServiceClient(Client client, String endpoint, String routerRef)... |
@Test public void createWithId() throws Exception { String agentRef = UUID.randomUUID().toString(); stubFor(put(urlEqualTo("/api/routers/" + routerRef + "/agents/" + agentRef)) .withHeader("Accept", equalTo("application/json")) .willReturn(aResponse() .withStatus(201) .withHeader("Content-Type", "application/json") .wi... | @Override public ApiObjectRef replace(CreateAgentArg createArg, RouterObjectRef objectRef) throws CommsRouterException { return put(createArg, objectRef); } | AgentServiceClient extends ServiceClientBase<AgentDto, ApiObjectRef> implements AgentService { @Override public ApiObjectRef replace(CreateAgentArg createArg, RouterObjectRef objectRef) throws CommsRouterException { return put(createArg, objectRef); } } | AgentServiceClient extends ServiceClientBase<AgentDto, ApiObjectRef> implements AgentService { @Override public ApiObjectRef replace(CreateAgentArg createArg, RouterObjectRef objectRef) throws CommsRouterException { return put(createArg, objectRef); } @Inject AgentServiceClient(Client client, String endpoint, String r... | AgentServiceClient extends ServiceClientBase<AgentDto, ApiObjectRef> implements AgentService { @Override public ApiObjectRef replace(CreateAgentArg createArg, RouterObjectRef objectRef) throws CommsRouterException { return put(createArg, objectRef); } @Inject AgentServiceClient(Client client, String endpoint, String r... | AgentServiceClient extends ServiceClientBase<AgentDto, ApiObjectRef> implements AgentService { @Override public ApiObjectRef replace(CreateAgentArg createArg, RouterObjectRef objectRef) throws CommsRouterException { return put(createArg, objectRef); } @Inject AgentServiceClient(Client client, String endpoint, String r... |
@Test public void update() throws Exception { String agentId = UUID.randomUUID().toString(); stubFor(put(urlEqualTo("/api/routers/" + routerRef + "/agents/" + agentId)) .withHeader("Accept", equalTo("application/json")) .willReturn(aResponse() .withStatus(204) .withHeader("Content-Type", "application/json"))); UpdateAg... | @Override public void update(UpdateAgentArg updateArg, RouterObjectRef objectRef) throws CommsRouterException { post(updateArg, objectRef); } | AgentServiceClient extends ServiceClientBase<AgentDto, ApiObjectRef> implements AgentService { @Override public void update(UpdateAgentArg updateArg, RouterObjectRef objectRef) throws CommsRouterException { post(updateArg, objectRef); } } | AgentServiceClient extends ServiceClientBase<AgentDto, ApiObjectRef> implements AgentService { @Override public void update(UpdateAgentArg updateArg, RouterObjectRef objectRef) throws CommsRouterException { post(updateArg, objectRef); } @Inject AgentServiceClient(Client client, String endpoint, String routerRef); } | AgentServiceClient extends ServiceClientBase<AgentDto, ApiObjectRef> implements AgentService { @Override public void update(UpdateAgentArg updateArg, RouterObjectRef objectRef) throws CommsRouterException { post(updateArg, objectRef); } @Inject AgentServiceClient(Client client, String endpoint, String routerRef); @Ove... | AgentServiceClient extends ServiceClientBase<AgentDto, ApiObjectRef> implements AgentService { @Override public void update(UpdateAgentArg updateArg, RouterObjectRef objectRef) throws CommsRouterException { post(updateArg, objectRef); } @Inject AgentServiceClient(Client client, String endpoint, String routerRef); @Ove... |
@Test(expected = BadValueException.class) public void testValidateNoBoundaries() throws Exception { NumberInterval instance = new NumberInterval(); instance.validate(); } | public void validate() throws BadValueException { if (low == null) { throw new BadValueException("NumberInterval.low is required"); } if (high == null) { throw new BadValueException("NumberInterval.high is required"); } low.validate(); high.validate(); int compareLowHigh = low.compareBoundaryTo(high); if (compareLowHig... | NumberInterval { public void validate() throws BadValueException { if (low == null) { throw new BadValueException("NumberInterval.low is required"); } if (high == null) { throw new BadValueException("NumberInterval.high is required"); } low.validate(); high.validate(); int compareLowHigh = low.compareBoundaryTo(high); ... | NumberInterval { public void validate() throws BadValueException { if (low == null) { throw new BadValueException("NumberInterval.low is required"); } if (high == null) { throw new BadValueException("NumberInterval.high is required"); } low.validate(); high.validate(); int compareLowHigh = low.compareBoundaryTo(high); ... | NumberInterval { public void validate() throws BadValueException { if (low == null) { throw new BadValueException("NumberInterval.low is required"); } if (high == null) { throw new BadValueException("NumberInterval.high is required"); } low.validate(); high.validate(); int compareLowHigh = low.compareBoundaryTo(high); ... | NumberInterval { public void validate() throws BadValueException { if (low == null) { throw new BadValueException("NumberInterval.low is required"); } if (high == null) { throw new BadValueException("NumberInterval.high is required"); } low.validate(); high.validate(); int compareLowHigh = low.compareBoundaryTo(high); ... |
@Test public void get() throws Exception { String agentId = UUID.randomUUID().toString(); AgentDto agent = new AgentDto(); agent.setAddress("sip:someone@somesip.pip"); stubFor(WireMock.get(urlEqualTo("/api/routers/" + routerRef + "/agents/" + agentId)) .withHeader("Accept", equalTo("application/json")) .willReturn(aRes... | @Override public AgentDto get(RouterObjectRef routerObjectRef) throws CommsRouterException { return getItem(routerObjectRef); } | AgentServiceClient extends ServiceClientBase<AgentDto, ApiObjectRef> implements AgentService { @Override public AgentDto get(RouterObjectRef routerObjectRef) throws CommsRouterException { return getItem(routerObjectRef); } } | AgentServiceClient extends ServiceClientBase<AgentDto, ApiObjectRef> implements AgentService { @Override public AgentDto get(RouterObjectRef routerObjectRef) throws CommsRouterException { return getItem(routerObjectRef); } @Inject AgentServiceClient(Client client, String endpoint, String routerRef); } | AgentServiceClient extends ServiceClientBase<AgentDto, ApiObjectRef> implements AgentService { @Override public AgentDto get(RouterObjectRef routerObjectRef) throws CommsRouterException { return getItem(routerObjectRef); } @Inject AgentServiceClient(Client client, String endpoint, String routerRef); @Override ApiObjec... | AgentServiceClient extends ServiceClientBase<AgentDto, ApiObjectRef> implements AgentService { @Override public AgentDto get(RouterObjectRef routerObjectRef) throws CommsRouterException { return getItem(routerObjectRef); } @Inject AgentServiceClient(Client client, String endpoint, String routerRef); @Override ApiObjec... |
@Test public void list() throws Exception { } | @Override public PaginatedList<AgentDto> list(PagingRequest request) throws CommsRouterException { PagingRequest pagingRequest = new PagingRequest( routerRef, request.getToken(), request.getPerPage(), request.getSort(), request.getQuery()); return getList(pagingRequest, new GenericType<List<AgentDto>>() {}); } | AgentServiceClient extends ServiceClientBase<AgentDto, ApiObjectRef> implements AgentService { @Override public PaginatedList<AgentDto> list(PagingRequest request) throws CommsRouterException { PagingRequest pagingRequest = new PagingRequest( routerRef, request.getToken(), request.getPerPage(), request.getSort(), reque... | AgentServiceClient extends ServiceClientBase<AgentDto, ApiObjectRef> implements AgentService { @Override public PaginatedList<AgentDto> list(PagingRequest request) throws CommsRouterException { PagingRequest pagingRequest = new PagingRequest( routerRef, request.getToken(), request.getPerPage(), request.getSort(), reque... | AgentServiceClient extends ServiceClientBase<AgentDto, ApiObjectRef> implements AgentService { @Override public PaginatedList<AgentDto> list(PagingRequest request) throws CommsRouterException { PagingRequest pagingRequest = new PagingRequest( routerRef, request.getToken(), request.getPerPage(), request.getSort(), reque... | AgentServiceClient extends ServiceClientBase<AgentDto, ApiObjectRef> implements AgentService { @Override public PaginatedList<AgentDto> list(PagingRequest request) throws CommsRouterException { PagingRequest pagingRequest = new PagingRequest( routerRef, request.getToken(), request.getPerPage(), request.getSort(), reque... |
@Test public void delete() throws Exception { String agentRef = UUID.randomUUID().toString(); stubFor(WireMock.delete(urlEqualTo("/api/routers/" + routerRef + "/agents/" + agentRef)) .withHeader("Accept", equalTo("application/json")) .willReturn(aResponse() .withStatus(204) .withHeader("Content-Type", "application/json... | @Override public void delete(RouterObjectRef routerObjectRef) { routerObjectRef.setRouterRef(routerRef); deleteRequest(routerObjectRef); } | AgentServiceClient extends ServiceClientBase<AgentDto, ApiObjectRef> implements AgentService { @Override public void delete(RouterObjectRef routerObjectRef) { routerObjectRef.setRouterRef(routerRef); deleteRequest(routerObjectRef); } } | AgentServiceClient extends ServiceClientBase<AgentDto, ApiObjectRef> implements AgentService { @Override public void delete(RouterObjectRef routerObjectRef) { routerObjectRef.setRouterRef(routerRef); deleteRequest(routerObjectRef); } @Inject AgentServiceClient(Client client, String endpoint, String routerRef); } | AgentServiceClient extends ServiceClientBase<AgentDto, ApiObjectRef> implements AgentService { @Override public void delete(RouterObjectRef routerObjectRef) { routerObjectRef.setRouterRef(routerRef); deleteRequest(routerObjectRef); } @Inject AgentServiceClient(Client client, String endpoint, String routerRef); @Overri... | AgentServiceClient extends ServiceClientBase<AgentDto, ApiObjectRef> implements AgentService { @Override public void delete(RouterObjectRef routerObjectRef) { routerObjectRef.setRouterRef(routerRef); deleteRequest(routerObjectRef); } @Inject AgentServiceClient(Client client, String endpoint, String routerRef); @Overri... |
@Test public void getJwtAuthMethod() throws Exception { assertNotNull("JWT is not null", configuration.getJwtAuthMethod()); } | @Override public JWTAuthMethod getJwtAuthMethod() { return jwtAuthMethod; } | ConfigurationImpl implements Configuration { @Override public JWTAuthMethod getJwtAuthMethod() { return jwtAuthMethod; } } | ConfigurationImpl implements Configuration { @Override public JWTAuthMethod getJwtAuthMethod() { return jwtAuthMethod; } @Inject ConfigurationImpl(ConfigurationProperties properties); } | ConfigurationImpl implements Configuration { @Override public JWTAuthMethod getJwtAuthMethod() { return jwtAuthMethod; } @Inject ConfigurationImpl(ConfigurationProperties properties); @Override JWTAuthMethod getJwtAuthMethod(); @Override Endpoint getAssociatedPhone(); @Override String getCallbackBaseUrl(); @Override S... | ConfigurationImpl implements Configuration { @Override public JWTAuthMethod getJwtAuthMethod() { return jwtAuthMethod; } @Inject ConfigurationImpl(ConfigurationProperties properties); @Override JWTAuthMethod getJwtAuthMethod(); @Override Endpoint getAssociatedPhone(); @Override String getCallbackBaseUrl(); @Override S... |
@Test public void getAssociatedPhone() throws Exception { assertEquals("Phone equals", "17072158889", configuration.getAssociatedPhone().toLog()); } | @Override public Endpoint getAssociatedPhone() { return phoneEndpoint; } | ConfigurationImpl implements Configuration { @Override public Endpoint getAssociatedPhone() { return phoneEndpoint; } } | ConfigurationImpl implements Configuration { @Override public Endpoint getAssociatedPhone() { return phoneEndpoint; } @Inject ConfigurationImpl(ConfigurationProperties properties); } | ConfigurationImpl implements Configuration { @Override public Endpoint getAssociatedPhone() { return phoneEndpoint; } @Inject ConfigurationImpl(ConfigurationProperties properties); @Override JWTAuthMethod getJwtAuthMethod(); @Override Endpoint getAssociatedPhone(); @Override String getCallbackBaseUrl(); @Override Stri... | ConfigurationImpl implements Configuration { @Override public Endpoint getAssociatedPhone() { return phoneEndpoint; } @Inject ConfigurationImpl(ConfigurationProperties properties); @Override JWTAuthMethod getJwtAuthMethod(); @Override Endpoint getAssociatedPhone(); @Override String getCallbackBaseUrl(); @Override Stri... |
@Test public void getCallbackBaseUrl() throws Exception { assertEquals("Url equals", "https: } | @Override public String getCallbackBaseUrl() { return callbackBaseUrl; } | ConfigurationImpl implements Configuration { @Override public String getCallbackBaseUrl() { return callbackBaseUrl; } } | ConfigurationImpl implements Configuration { @Override public String getCallbackBaseUrl() { return callbackBaseUrl; } @Inject ConfigurationImpl(ConfigurationProperties properties); } | ConfigurationImpl implements Configuration { @Override public String getCallbackBaseUrl() { return callbackBaseUrl; } @Inject ConfigurationImpl(ConfigurationProperties properties); @Override JWTAuthMethod getJwtAuthMethod(); @Override Endpoint getAssociatedPhone(); @Override String getCallbackBaseUrl(); @Override Stri... | ConfigurationImpl implements Configuration { @Override public String getCallbackBaseUrl() { return callbackBaseUrl; } @Inject ConfigurationImpl(ConfigurationProperties properties); @Override JWTAuthMethod getJwtAuthMethod(); @Override Endpoint getAssociatedPhone(); @Override String getCallbackBaseUrl(); @Override Stri... |
@Test public void getCallbackBaseUrl() throws Exception { assertEquals("Url equals", "https: } | @Override public String callbackBaseUrl() { return provider.getProperty("app.callbackBaseUrl", String.class); } | Cfg4jConfiguration implements ConfigurationProperties { @Override public String callbackBaseUrl() { return provider.getProperty("app.callbackBaseUrl", String.class); } } | Cfg4jConfiguration implements ConfigurationProperties { @Override public String callbackBaseUrl() { return provider.getProperty("app.callbackBaseUrl", String.class); } Cfg4jConfiguration(); } | Cfg4jConfiguration implements ConfigurationProperties { @Override public String callbackBaseUrl() { return provider.getProperty("app.callbackBaseUrl", String.class); } Cfg4jConfiguration(); @Override String callbackBaseUrl(); @Override String nexmoCallbackBaseUrl(); @Override String phone(); @Override String commsRoute... | Cfg4jConfiguration implements ConfigurationProperties { @Override public String callbackBaseUrl() { return provider.getProperty("app.callbackBaseUrl", String.class); } Cfg4jConfiguration(); @Override String callbackBaseUrl(); @Override String nexmoCallbackBaseUrl(); @Override String phone(); @Override String commsRoute... |
@Test public void getPhone() throws Exception { assertEquals("Phone equals", "17072158889", configuration.phone()); } | @Override public String phone() { return provider.getProperty("app.phone", String.class); } | Cfg4jConfiguration implements ConfigurationProperties { @Override public String phone() { return provider.getProperty("app.phone", String.class); } } | Cfg4jConfiguration implements ConfigurationProperties { @Override public String phone() { return provider.getProperty("app.phone", String.class); } Cfg4jConfiguration(); } | Cfg4jConfiguration implements ConfigurationProperties { @Override public String phone() { return provider.getProperty("app.phone", String.class); } Cfg4jConfiguration(); @Override String callbackBaseUrl(); @Override String nexmoCallbackBaseUrl(); @Override String phone(); @Override String commsRouterUrl(); @Override St... | Cfg4jConfiguration implements ConfigurationProperties { @Override public String phone() { return provider.getProperty("app.phone", String.class); } Cfg4jConfiguration(); @Override String callbackBaseUrl(); @Override String nexmoCallbackBaseUrl(); @Override String phone(); @Override String commsRouterUrl(); @Override St... |
@Test public void getAppId() throws Exception { assertEquals("App Id equals", "some-app-id", configuration.appId()); } | @Override public String appId() { return provider.getProperty("nexmo.appId", String.class); } | Cfg4jConfiguration implements ConfigurationProperties { @Override public String appId() { return provider.getProperty("nexmo.appId", String.class); } } | Cfg4jConfiguration implements ConfigurationProperties { @Override public String appId() { return provider.getProperty("nexmo.appId", String.class); } Cfg4jConfiguration(); } | Cfg4jConfiguration implements ConfigurationProperties { @Override public String appId() { return provider.getProperty("nexmo.appId", String.class); } Cfg4jConfiguration(); @Override String callbackBaseUrl(); @Override String nexmoCallbackBaseUrl(); @Override String phone(); @Override String commsRouterUrl(); @Override ... | Cfg4jConfiguration implements ConfigurationProperties { @Override public String appId() { return provider.getProperty("nexmo.appId", String.class); } Cfg4jConfiguration(); @Override String callbackBaseUrl(); @Override String nexmoCallbackBaseUrl(); @Override String phone(); @Override String commsRouterUrl(); @Override ... |
@Test public void getPrivateKey() throws Exception { assertNotNull("JWT is not null", configuration.appPrivateKey()); } | @Override public String appPrivateKey() { return provider.getProperty("nexmo.appPrivateKey", String.class); } | Cfg4jConfiguration implements ConfigurationProperties { @Override public String appPrivateKey() { return provider.getProperty("nexmo.appPrivateKey", String.class); } } | Cfg4jConfiguration implements ConfigurationProperties { @Override public String appPrivateKey() { return provider.getProperty("nexmo.appPrivateKey", String.class); } Cfg4jConfiguration(); } | Cfg4jConfiguration implements ConfigurationProperties { @Override public String appPrivateKey() { return provider.getProperty("nexmo.appPrivateKey", String.class); } Cfg4jConfiguration(); @Override String callbackBaseUrl(); @Override String nexmoCallbackBaseUrl(); @Override String phone(); @Override String commsRouterU... | Cfg4jConfiguration implements ConfigurationProperties { @Override public String appPrivateKey() { return provider.getProperty("nexmo.appPrivateKey", String.class); } Cfg4jConfiguration(); @Override String callbackBaseUrl(); @Override String nexmoCallbackBaseUrl(); @Override String phone(); @Override String commsRouterU... |
@Test(expected = BadValueException.class) public void testValidateNoLow() throws Exception { NumberInterval instance = new NumberInterval(null, NumberIntervalBoundary.POSITIVE_INFINITY); instance.validate(); } | public void validate() throws BadValueException { if (low == null) { throw new BadValueException("NumberInterval.low is required"); } if (high == null) { throw new BadValueException("NumberInterval.high is required"); } low.validate(); high.validate(); int compareLowHigh = low.compareBoundaryTo(high); if (compareLowHig... | NumberInterval { public void validate() throws BadValueException { if (low == null) { throw new BadValueException("NumberInterval.low is required"); } if (high == null) { throw new BadValueException("NumberInterval.high is required"); } low.validate(); high.validate(); int compareLowHigh = low.compareBoundaryTo(high); ... | NumberInterval { public void validate() throws BadValueException { if (low == null) { throw new BadValueException("NumberInterval.low is required"); } if (high == null) { throw new BadValueException("NumberInterval.high is required"); } low.validate(); high.validate(); int compareLowHigh = low.compareBoundaryTo(high); ... | NumberInterval { public void validate() throws BadValueException { if (low == null) { throw new BadValueException("NumberInterval.low is required"); } if (high == null) { throw new BadValueException("NumberInterval.high is required"); } low.validate(); high.validate(); int compareLowHigh = low.compareBoundaryTo(high); ... | NumberInterval { public void validate() throws BadValueException { if (low == null) { throw new BadValueException("NumberInterval.low is required"); } if (high == null) { throw new BadValueException("NumberInterval.high is required"); } low.validate(); high.validate(); int compareLowHigh = low.compareBoundaryTo(high); ... |
@Test public void getCallbackBaseUrl() throws Exception { assertEquals("Url equals", "https: } | @Override public String callbackBaseUrl() { return properties.getProperty(CALLBACK_BASE_URL); } | PropertiesConfiguration implements ConfigurationProperties { @Override public String callbackBaseUrl() { return properties.getProperty(CALLBACK_BASE_URL); } } | PropertiesConfiguration implements ConfigurationProperties { @Override public String callbackBaseUrl() { return properties.getProperty(CALLBACK_BASE_URL); } PropertiesConfiguration(); } | PropertiesConfiguration implements ConfigurationProperties { @Override public String callbackBaseUrl() { return properties.getProperty(CALLBACK_BASE_URL); } PropertiesConfiguration(); @Override String callbackBaseUrl(); @Override String nexmoCallbackBaseUrl(); @Override String phone(); @Override String commsRouterUrl()... | PropertiesConfiguration implements ConfigurationProperties { @Override public String callbackBaseUrl() { return properties.getProperty(CALLBACK_BASE_URL); } PropertiesConfiguration(); @Override String callbackBaseUrl(); @Override String nexmoCallbackBaseUrl(); @Override String phone(); @Override String commsRouterUrl()... |
@Test public void getPhone() throws Exception { assertEquals("Phone equals", "17072158889", configuration.phone()); } | @Override public String phone() { return properties.getProperty(APP_PHONE); } | PropertiesConfiguration implements ConfigurationProperties { @Override public String phone() { return properties.getProperty(APP_PHONE); } } | PropertiesConfiguration implements ConfigurationProperties { @Override public String phone() { return properties.getProperty(APP_PHONE); } PropertiesConfiguration(); } | PropertiesConfiguration implements ConfigurationProperties { @Override public String phone() { return properties.getProperty(APP_PHONE); } PropertiesConfiguration(); @Override String callbackBaseUrl(); @Override String nexmoCallbackBaseUrl(); @Override String phone(); @Override String commsRouterUrl(); @Override String... | PropertiesConfiguration implements ConfigurationProperties { @Override public String phone() { return properties.getProperty(APP_PHONE); } PropertiesConfiguration(); @Override String callbackBaseUrl(); @Override String nexmoCallbackBaseUrl(); @Override String phone(); @Override String commsRouterUrl(); @Override String... |
@Test public void getAppId() throws Exception { assertEquals("App Id equals", "some-app-id", configuration.appId()); } | @Override public String appId() { return properties.getProperty(NEXMO_APP_ID); } | PropertiesConfiguration implements ConfigurationProperties { @Override public String appId() { return properties.getProperty(NEXMO_APP_ID); } } | PropertiesConfiguration implements ConfigurationProperties { @Override public String appId() { return properties.getProperty(NEXMO_APP_ID); } PropertiesConfiguration(); } | PropertiesConfiguration implements ConfigurationProperties { @Override public String appId() { return properties.getProperty(NEXMO_APP_ID); } PropertiesConfiguration(); @Override String callbackBaseUrl(); @Override String nexmoCallbackBaseUrl(); @Override String phone(); @Override String commsRouterUrl(); @Override Str... | PropertiesConfiguration implements ConfigurationProperties { @Override public String appId() { return properties.getProperty(NEXMO_APP_ID); } PropertiesConfiguration(); @Override String callbackBaseUrl(); @Override String nexmoCallbackBaseUrl(); @Override String phone(); @Override String commsRouterUrl(); @Override Str... |
@Test public void getPrivateKey() throws Exception { assertNotNull("JWT is not null", configuration.appPrivateKey()); } | @Override public String appPrivateKey() { return properties.getProperty(NEXMO_APP_PRIVATE_KEY); } | PropertiesConfiguration implements ConfigurationProperties { @Override public String appPrivateKey() { return properties.getProperty(NEXMO_APP_PRIVATE_KEY); } } | PropertiesConfiguration implements ConfigurationProperties { @Override public String appPrivateKey() { return properties.getProperty(NEXMO_APP_PRIVATE_KEY); } PropertiesConfiguration(); } | PropertiesConfiguration implements ConfigurationProperties { @Override public String appPrivateKey() { return properties.getProperty(NEXMO_APP_PRIVATE_KEY); } PropertiesConfiguration(); @Override String callbackBaseUrl(); @Override String nexmoCallbackBaseUrl(); @Override String phone(); @Override String commsRouterUrl... | PropertiesConfiguration implements ConfigurationProperties { @Override public String appPrivateKey() { return properties.getProperty(NEXMO_APP_PRIVATE_KEY); } PropertiesConfiguration(); @Override String callbackBaseUrl(); @Override String nexmoCallbackBaseUrl(); @Override String phone(); @Override String commsRouterUrl... |
@Test public void testValidate() throws Exception { System.out.println("evaluate"); CommsRouterEvaluatorFactory ef = new CommsRouterEvaluatorFactory(); try { ef.provide("HAS(#{allowedBools}, true) && IN(true, #{allowedBools}) && #{~bool}", null).validate(); assertTrue(false); } catch (ExpressionException ex) { } try { ... | @Override public void validate() throws ExpressionException { long millis = System.currentTimeMillis(); evaluator.validateImpl(); LOGGER.trace("Predicate expression validation time is: {}", (System.currentTimeMillis() - millis)); } | JEvalEvaluator implements CommsRouterEvaluator { @Override public void validate() throws ExpressionException { long millis = System.currentTimeMillis(); evaluator.validateImpl(); LOGGER.trace("Predicate expression validation time is: {}", (System.currentTimeMillis() - millis)); } } | JEvalEvaluator implements CommsRouterEvaluator { @Override public void validate() throws ExpressionException { long millis = System.currentTimeMillis(); evaluator.validateImpl(); LOGGER.trace("Predicate expression validation time is: {}", (System.currentTimeMillis() - millis)); } JEvalEvaluator(CommsRouterEvaluatorFact... | JEvalEvaluator implements CommsRouterEvaluator { @Override public void validate() throws ExpressionException { long millis = System.currentTimeMillis(); evaluator.validateImpl(); LOGGER.trace("Predicate expression validation time is: {}", (System.currentTimeMillis() - millis)); } JEvalEvaluator(CommsRouterEvaluatorFact... | JEvalEvaluator implements CommsRouterEvaluator { @Override public void validate() throws ExpressionException { long millis = System.currentTimeMillis(); evaluator.validateImpl(); LOGGER.trace("Predicate expression validation time is: {}", (System.currentTimeMillis() - millis)); } JEvalEvaluator(CommsRouterEvaluatorFact... |
@Test(expected = ExpressionException.class) public void comparisionGtMultyArgTest() throws Exception { rsqlEvaluatorFactory.create("skill>(1,2,3)", "routerRef"); } | public RsqlEvaluator create(String expression, String routerRef) throws ExpressionException { try { return new RsqlEvaluator(factory, parse(expression), routerRef); } catch (RSQLParserException ex) { throw new ExpressionException("Invalid expression: " + ex.getMessage()); } } | RsqlEvaluatorFactory { public RsqlEvaluator create(String expression, String routerRef) throws ExpressionException { try { return new RsqlEvaluator(factory, parse(expression), routerRef); } catch (RSQLParserException ex) { throw new ExpressionException("Invalid expression: " + ex.getMessage()); } } } | RsqlEvaluatorFactory { public RsqlEvaluator create(String expression, String routerRef) throws ExpressionException { try { return new RsqlEvaluator(factory, parse(expression), routerRef); } catch (RSQLParserException ex) { throw new ExpressionException("Invalid expression: " + ex.getMessage()); } } RsqlEvaluatorFactory... | RsqlEvaluatorFactory { public RsqlEvaluator create(String expression, String routerRef) throws ExpressionException { try { return new RsqlEvaluator(factory, parse(expression), routerRef); } catch (RSQLParserException ex) { throw new ExpressionException("Invalid expression: " + ex.getMessage()); } } RsqlEvaluatorFactory... | RsqlEvaluatorFactory { public RsqlEvaluator create(String expression, String routerRef) throws ExpressionException { try { return new RsqlEvaluator(factory, parse(expression), routerRef); } catch (RSQLParserException ex) { throw new ExpressionException("Invalid expression: " + ex.getMessage()); } } RsqlEvaluatorFactory... |
@Test(expected = ExpressionException.class) public void comparisionGeMultyArgTest() throws Exception { rsqlEvaluatorFactory.create("skill>=(1,2,3)", "routerRef"); } | public RsqlEvaluator create(String expression, String routerRef) throws ExpressionException { try { return new RsqlEvaluator(factory, parse(expression), routerRef); } catch (RSQLParserException ex) { throw new ExpressionException("Invalid expression: " + ex.getMessage()); } } | RsqlEvaluatorFactory { public RsqlEvaluator create(String expression, String routerRef) throws ExpressionException { try { return new RsqlEvaluator(factory, parse(expression), routerRef); } catch (RSQLParserException ex) { throw new ExpressionException("Invalid expression: " + ex.getMessage()); } } } | RsqlEvaluatorFactory { public RsqlEvaluator create(String expression, String routerRef) throws ExpressionException { try { return new RsqlEvaluator(factory, parse(expression), routerRef); } catch (RSQLParserException ex) { throw new ExpressionException("Invalid expression: " + ex.getMessage()); } } RsqlEvaluatorFactory... | RsqlEvaluatorFactory { public RsqlEvaluator create(String expression, String routerRef) throws ExpressionException { try { return new RsqlEvaluator(factory, parse(expression), routerRef); } catch (RSQLParserException ex) { throw new ExpressionException("Invalid expression: " + ex.getMessage()); } } RsqlEvaluatorFactory... | RsqlEvaluatorFactory { public RsqlEvaluator create(String expression, String routerRef) throws ExpressionException { try { return new RsqlEvaluator(factory, parse(expression), routerRef); } catch (RSQLParserException ex) { throw new ExpressionException("Invalid expression: " + ex.getMessage()); } } RsqlEvaluatorFactory... |
@Test(expected = ExpressionException.class) public void comparisionLtMultyArgTest() throws Exception { rsqlEvaluatorFactory.create("skill<(1,2,3)", "routerRef"); } | public RsqlEvaluator create(String expression, String routerRef) throws ExpressionException { try { return new RsqlEvaluator(factory, parse(expression), routerRef); } catch (RSQLParserException ex) { throw new ExpressionException("Invalid expression: " + ex.getMessage()); } } | RsqlEvaluatorFactory { public RsqlEvaluator create(String expression, String routerRef) throws ExpressionException { try { return new RsqlEvaluator(factory, parse(expression), routerRef); } catch (RSQLParserException ex) { throw new ExpressionException("Invalid expression: " + ex.getMessage()); } } } | RsqlEvaluatorFactory { public RsqlEvaluator create(String expression, String routerRef) throws ExpressionException { try { return new RsqlEvaluator(factory, parse(expression), routerRef); } catch (RSQLParserException ex) { throw new ExpressionException("Invalid expression: " + ex.getMessage()); } } RsqlEvaluatorFactory... | RsqlEvaluatorFactory { public RsqlEvaluator create(String expression, String routerRef) throws ExpressionException { try { return new RsqlEvaluator(factory, parse(expression), routerRef); } catch (RSQLParserException ex) { throw new ExpressionException("Invalid expression: " + ex.getMessage()); } } RsqlEvaluatorFactory... | RsqlEvaluatorFactory { public RsqlEvaluator create(String expression, String routerRef) throws ExpressionException { try { return new RsqlEvaluator(factory, parse(expression), routerRef); } catch (RSQLParserException ex) { throw new ExpressionException("Invalid expression: " + ex.getMessage()); } } RsqlEvaluatorFactory... |
@Test(expected = ExpressionException.class) public void comparisionLeMultyArgTest() throws Exception { rsqlEvaluatorFactory.create("skill<=(1,2,3)", "routerRef"); } | public RsqlEvaluator create(String expression, String routerRef) throws ExpressionException { try { return new RsqlEvaluator(factory, parse(expression), routerRef); } catch (RSQLParserException ex) { throw new ExpressionException("Invalid expression: " + ex.getMessage()); } } | RsqlEvaluatorFactory { public RsqlEvaluator create(String expression, String routerRef) throws ExpressionException { try { return new RsqlEvaluator(factory, parse(expression), routerRef); } catch (RSQLParserException ex) { throw new ExpressionException("Invalid expression: " + ex.getMessage()); } } } | RsqlEvaluatorFactory { public RsqlEvaluator create(String expression, String routerRef) throws ExpressionException { try { return new RsqlEvaluator(factory, parse(expression), routerRef); } catch (RSQLParserException ex) { throw new ExpressionException("Invalid expression: " + ex.getMessage()); } } RsqlEvaluatorFactory... | RsqlEvaluatorFactory { public RsqlEvaluator create(String expression, String routerRef) throws ExpressionException { try { return new RsqlEvaluator(factory, parse(expression), routerRef); } catch (RSQLParserException ex) { throw new ExpressionException("Invalid expression: " + ex.getMessage()); } } RsqlEvaluatorFactory... | RsqlEvaluatorFactory { public RsqlEvaluator create(String expression, String routerRef) throws ExpressionException { try { return new RsqlEvaluator(factory, parse(expression), routerRef); } catch (RSQLParserException ex) { throw new ExpressionException("Invalid expression: " + ex.getMessage()); } } RsqlEvaluatorFactory... |
@Test(expected = ExpressionException.class) public void comparisionEqMultyArgTest() throws Exception { rsqlEvaluatorFactory.create("skill==(1,2,3)", "routerRef"); } | public RsqlEvaluator create(String expression, String routerRef) throws ExpressionException { try { return new RsqlEvaluator(factory, parse(expression), routerRef); } catch (RSQLParserException ex) { throw new ExpressionException("Invalid expression: " + ex.getMessage()); } } | RsqlEvaluatorFactory { public RsqlEvaluator create(String expression, String routerRef) throws ExpressionException { try { return new RsqlEvaluator(factory, parse(expression), routerRef); } catch (RSQLParserException ex) { throw new ExpressionException("Invalid expression: " + ex.getMessage()); } } } | RsqlEvaluatorFactory { public RsqlEvaluator create(String expression, String routerRef) throws ExpressionException { try { return new RsqlEvaluator(factory, parse(expression), routerRef); } catch (RSQLParserException ex) { throw new ExpressionException("Invalid expression: " + ex.getMessage()); } } RsqlEvaluatorFactory... | RsqlEvaluatorFactory { public RsqlEvaluator create(String expression, String routerRef) throws ExpressionException { try { return new RsqlEvaluator(factory, parse(expression), routerRef); } catch (RSQLParserException ex) { throw new ExpressionException("Invalid expression: " + ex.getMessage()); } } RsqlEvaluatorFactory... | RsqlEvaluatorFactory { public RsqlEvaluator create(String expression, String routerRef) throws ExpressionException { try { return new RsqlEvaluator(factory, parse(expression), routerRef); } catch (RSQLParserException ex) { throw new ExpressionException("Invalid expression: " + ex.getMessage()); } } RsqlEvaluatorFactory... |
@Test(expected = BadValueException.class) public void testValidateNoHigh() throws Exception { NumberInterval instance = new NumberInterval(NumberIntervalBoundary.NEGATIVE_INFINITY, null); instance.validate(); } | public void validate() throws BadValueException { if (low == null) { throw new BadValueException("NumberInterval.low is required"); } if (high == null) { throw new BadValueException("NumberInterval.high is required"); } low.validate(); high.validate(); int compareLowHigh = low.compareBoundaryTo(high); if (compareLowHig... | NumberInterval { public void validate() throws BadValueException { if (low == null) { throw new BadValueException("NumberInterval.low is required"); } if (high == null) { throw new BadValueException("NumberInterval.high is required"); } low.validate(); high.validate(); int compareLowHigh = low.compareBoundaryTo(high); ... | NumberInterval { public void validate() throws BadValueException { if (low == null) { throw new BadValueException("NumberInterval.low is required"); } if (high == null) { throw new BadValueException("NumberInterval.high is required"); } low.validate(); high.validate(); int compareLowHigh = low.compareBoundaryTo(high); ... | NumberInterval { public void validate() throws BadValueException { if (low == null) { throw new BadValueException("NumberInterval.low is required"); } if (high == null) { throw new BadValueException("NumberInterval.high is required"); } low.validate(); high.validate(); int compareLowHigh = low.compareBoundaryTo(high); ... | NumberInterval { public void validate() throws BadValueException { if (low == null) { throw new BadValueException("NumberInterval.low is required"); } if (high == null) { throw new BadValueException("NumberInterval.high is required"); } low.validate(); high.validate(); int compareLowHigh = low.compareBoundaryTo(high); ... |
@Test(expected = ExpressionException.class) public void comparisionNeMultyArgTest() throws Exception { rsqlEvaluatorFactory.create("skill!=(1,2,3)", "routerRef"); } | public RsqlEvaluator create(String expression, String routerRef) throws ExpressionException { try { return new RsqlEvaluator(factory, parse(expression), routerRef); } catch (RSQLParserException ex) { throw new ExpressionException("Invalid expression: " + ex.getMessage()); } } | RsqlEvaluatorFactory { public RsqlEvaluator create(String expression, String routerRef) throws ExpressionException { try { return new RsqlEvaluator(factory, parse(expression), routerRef); } catch (RSQLParserException ex) { throw new ExpressionException("Invalid expression: " + ex.getMessage()); } } } | RsqlEvaluatorFactory { public RsqlEvaluator create(String expression, String routerRef) throws ExpressionException { try { return new RsqlEvaluator(factory, parse(expression), routerRef); } catch (RSQLParserException ex) { throw new ExpressionException("Invalid expression: " + ex.getMessage()); } } RsqlEvaluatorFactory... | RsqlEvaluatorFactory { public RsqlEvaluator create(String expression, String routerRef) throws ExpressionException { try { return new RsqlEvaluator(factory, parse(expression), routerRef); } catch (RSQLParserException ex) { throw new ExpressionException("Invalid expression: " + ex.getMessage()); } } RsqlEvaluatorFactory... | RsqlEvaluatorFactory { public RsqlEvaluator create(String expression, String routerRef) throws ExpressionException { try { return new RsqlEvaluator(factory, parse(expression), routerRef); } catch (RSQLParserException ex) { throw new ExpressionException("Invalid expression: " + ex.getMessage()); } } RsqlEvaluatorFactory... |
@Test public void comparisionAllSingleArgTest() throws Exception { rsqlEvaluatorFactory.create("skill>1", "routerRef"); rsqlEvaluatorFactory.create("skill>=1", "routerRef"); rsqlEvaluatorFactory.create("skill<1", "routerRef"); rsqlEvaluatorFactory.create("skill<=1", "routerRef"); rsqlEvaluatorFactory.create("skill==1",... | public RsqlEvaluator create(String expression, String routerRef) throws ExpressionException { try { return new RsqlEvaluator(factory, parse(expression), routerRef); } catch (RSQLParserException ex) { throw new ExpressionException("Invalid expression: " + ex.getMessage()); } } | RsqlEvaluatorFactory { public RsqlEvaluator create(String expression, String routerRef) throws ExpressionException { try { return new RsqlEvaluator(factory, parse(expression), routerRef); } catch (RSQLParserException ex) { throw new ExpressionException("Invalid expression: " + ex.getMessage()); } } } | RsqlEvaluatorFactory { public RsqlEvaluator create(String expression, String routerRef) throws ExpressionException { try { return new RsqlEvaluator(factory, parse(expression), routerRef); } catch (RSQLParserException ex) { throw new ExpressionException("Invalid expression: " + ex.getMessage()); } } RsqlEvaluatorFactory... | RsqlEvaluatorFactory { public RsqlEvaluator create(String expression, String routerRef) throws ExpressionException { try { return new RsqlEvaluator(factory, parse(expression), routerRef); } catch (RSQLParserException ex) { throw new ExpressionException("Invalid expression: " + ex.getMessage()); } } RsqlEvaluatorFactory... | RsqlEvaluatorFactory { public RsqlEvaluator create(String expression, String routerRef) throws ExpressionException { try { return new RsqlEvaluator(factory, parse(expression), routerRef); } catch (RSQLParserException ex) { throw new ExpressionException("Invalid expression: " + ex.getMessage()); } } RsqlEvaluatorFactory... |
@Test(expected = ExpressionException.class) public void evaluateExpressionInvalidAttributesNumber() throws Exception { String predicate = "languages=gt=en"; rsqlEvaluatorFactory.evaluate(predicate, attributeGroupe, "routerRef"); } | public boolean evaluate(String expression, AttributeGroup attributeGroup, String routerRef) throws ExpressionException { return create(expression, routerRef).evaluate(attributeGroup); } | RsqlEvaluatorFactory { public boolean evaluate(String expression, AttributeGroup attributeGroup, String routerRef) throws ExpressionException { return create(expression, routerRef).evaluate(attributeGroup); } } | RsqlEvaluatorFactory { public boolean evaluate(String expression, AttributeGroup attributeGroup, String routerRef) throws ExpressionException { return create(expression, routerRef).evaluate(attributeGroup); } RsqlEvaluatorFactory(CommsRouterEvaluatorFactory factory); } | RsqlEvaluatorFactory { public boolean evaluate(String expression, AttributeGroup attributeGroup, String routerRef) throws ExpressionException { return create(expression, routerRef).evaluate(attributeGroup); } RsqlEvaluatorFactory(CommsRouterEvaluatorFactory factory); Node parse(String expression); void validate(String ... | RsqlEvaluatorFactory { public boolean evaluate(String expression, AttributeGroup attributeGroup, String routerRef) throws ExpressionException { return create(expression, routerRef).evaluate(attributeGroup); } RsqlEvaluatorFactory(CommsRouterEvaluatorFactory factory); Node parse(String expression); void validate(String ... |
@Test public void validateExpressionValid() throws Exception { String predicateOK1 = "language==en;price=in=(20,30,40);price=gt=10;boolTrue==true"; String predicateOK2 = "language==bg,price<100;boolFalse==false"; String predicateOK3 = "language=in=(en,fr,es);prices==30,color==blue"; rsqlEvaluatorFactory.validate(predic... | public void validate(String expression) throws ExpressionException { try { parse(expression); } catch (RSQLParserException ex) { throw new ExpressionException("Invalid expression: " + ex.getMessage()); } } | RsqlEvaluatorFactory { public void validate(String expression) throws ExpressionException { try { parse(expression); } catch (RSQLParserException ex) { throw new ExpressionException("Invalid expression: " + ex.getMessage()); } } } | RsqlEvaluatorFactory { public void validate(String expression) throws ExpressionException { try { parse(expression); } catch (RSQLParserException ex) { throw new ExpressionException("Invalid expression: " + ex.getMessage()); } } RsqlEvaluatorFactory(CommsRouterEvaluatorFactory factory); } | RsqlEvaluatorFactory { public void validate(String expression) throws ExpressionException { try { parse(expression); } catch (RSQLParserException ex) { throw new ExpressionException("Invalid expression: " + ex.getMessage()); } } RsqlEvaluatorFactory(CommsRouterEvaluatorFactory factory); Node parse(String expression); v... | RsqlEvaluatorFactory { public void validate(String expression) throws ExpressionException { try { parse(expression); } catch (RSQLParserException ex) { throw new ExpressionException("Invalid expression: " + ex.getMessage()); } } RsqlEvaluatorFactory(CommsRouterEvaluatorFactory factory); Node parse(String expression); v... |
@Test(expected = ExpressionException.class) public void validateExpressionInalid1() throws Exception { String predicateNOK1 = "language===en"; rsqlEvaluatorFactory.validate(predicateNOK1); } | public void validate(String expression) throws ExpressionException { try { parse(expression); } catch (RSQLParserException ex) { throw new ExpressionException("Invalid expression: " + ex.getMessage()); } } | RsqlEvaluatorFactory { public void validate(String expression) throws ExpressionException { try { parse(expression); } catch (RSQLParserException ex) { throw new ExpressionException("Invalid expression: " + ex.getMessage()); } } } | RsqlEvaluatorFactory { public void validate(String expression) throws ExpressionException { try { parse(expression); } catch (RSQLParserException ex) { throw new ExpressionException("Invalid expression: " + ex.getMessage()); } } RsqlEvaluatorFactory(CommsRouterEvaluatorFactory factory); } | RsqlEvaluatorFactory { public void validate(String expression) throws ExpressionException { try { parse(expression); } catch (RSQLParserException ex) { throw new ExpressionException("Invalid expression: " + ex.getMessage()); } } RsqlEvaluatorFactory(CommsRouterEvaluatorFactory factory); Node parse(String expression); v... | RsqlEvaluatorFactory { public void validate(String expression) throws ExpressionException { try { parse(expression); } catch (RSQLParserException ex) { throw new ExpressionException("Invalid expression: " + ex.getMessage()); } } RsqlEvaluatorFactory(CommsRouterEvaluatorFactory factory); Node parse(String expression); v... |
@Test(expected = ExpressionException.class) public void validateExpressionInalid2() throws Exception { String predicateNOK2 = "language==bg:boolFalse==true"; rsqlEvaluatorFactory.validate(predicateNOK2); } | public void validate(String expression) throws ExpressionException { try { parse(expression); } catch (RSQLParserException ex) { throw new ExpressionException("Invalid expression: " + ex.getMessage()); } } | RsqlEvaluatorFactory { public void validate(String expression) throws ExpressionException { try { parse(expression); } catch (RSQLParserException ex) { throw new ExpressionException("Invalid expression: " + ex.getMessage()); } } } | RsqlEvaluatorFactory { public void validate(String expression) throws ExpressionException { try { parse(expression); } catch (RSQLParserException ex) { throw new ExpressionException("Invalid expression: " + ex.getMessage()); } } RsqlEvaluatorFactory(CommsRouterEvaluatorFactory factory); } | RsqlEvaluatorFactory { public void validate(String expression) throws ExpressionException { try { parse(expression); } catch (RSQLParserException ex) { throw new ExpressionException("Invalid expression: " + ex.getMessage()); } } RsqlEvaluatorFactory(CommsRouterEvaluatorFactory factory); Node parse(String expression); v... | RsqlEvaluatorFactory { public void validate(String expression) throws ExpressionException { try { parse(expression); } catch (RSQLParserException ex) { throw new ExpressionException("Invalid expression: " + ex.getMessage()); } } RsqlEvaluatorFactory(CommsRouterEvaluatorFactory factory); Node parse(String expression); v... |
@Test(expected = ExpressionException.class) public void validateExpressionInalid3() throws Exception { String predicateNOK3 = "language==in=(bg,fr,es)"; rsqlEvaluatorFactory.validate(predicateNOK3); } | public void validate(String expression) throws ExpressionException { try { parse(expression); } catch (RSQLParserException ex) { throw new ExpressionException("Invalid expression: " + ex.getMessage()); } } | RsqlEvaluatorFactory { public void validate(String expression) throws ExpressionException { try { parse(expression); } catch (RSQLParserException ex) { throw new ExpressionException("Invalid expression: " + ex.getMessage()); } } } | RsqlEvaluatorFactory { public void validate(String expression) throws ExpressionException { try { parse(expression); } catch (RSQLParserException ex) { throw new ExpressionException("Invalid expression: " + ex.getMessage()); } } RsqlEvaluatorFactory(CommsRouterEvaluatorFactory factory); } | RsqlEvaluatorFactory { public void validate(String expression) throws ExpressionException { try { parse(expression); } catch (RSQLParserException ex) { throw new ExpressionException("Invalid expression: " + ex.getMessage()); } } RsqlEvaluatorFactory(CommsRouterEvaluatorFactory factory); Node parse(String expression); v... | RsqlEvaluatorFactory { public void validate(String expression) throws ExpressionException { try { parse(expression); } catch (RSQLParserException ex) { throw new ExpressionException("Invalid expression: " + ex.getMessage()); } } RsqlEvaluatorFactory(CommsRouterEvaluatorFactory factory); Node parse(String expression); v... |
@Test public void testAttributeGroupDtoOK() throws CommsRouterException { AttributeGroupDto attributeGroupDto = new AttributeGroupDto(); attributeGroupDto.add("isTechnical", true); attributeGroupDto.add("age", 5.0); attributeGroupDto.add("ageWithBoundary", 18.0); attributeGroupDto.add("multiAgeWithBoundary", 18.0); att... | public void validate(AttributeGroupDto capabilities, String routerRef) throws CommsRouterException { if (capabilities != null) { for (Map.Entry<String, AttributeValueDto> capability : capabilities.entrySet()) { validateCapability(capability.getKey(), capability.getValue(), routerRef); } } } | SkillValidator { public void validate(AttributeGroupDto capabilities, String routerRef) throws CommsRouterException { if (capabilities != null) { for (Map.Entry<String, AttributeValueDto> capability : capabilities.entrySet()) { validateCapability(capability.getKey(), capability.getValue(), routerRef); } } } } | SkillValidator { public void validate(AttributeGroupDto capabilities, String routerRef) throws CommsRouterException { if (capabilities != null) { for (Map.Entry<String, AttributeValueDto> capability : capabilities.entrySet()) { validateCapability(capability.getKey(), capability.getValue(), routerRef); } } } SkillValida... | SkillValidator { public void validate(AttributeGroupDto capabilities, String routerRef) throws CommsRouterException { if (capabilities != null) { for (Map.Entry<String, AttributeValueDto> capability : capabilities.entrySet()) { validateCapability(capability.getKey(), capability.getValue(), routerRef); } } } SkillValida... | SkillValidator { public void validate(AttributeGroupDto capabilities, String routerRef) throws CommsRouterException { if (capabilities != null) { for (Map.Entry<String, AttributeValueDto> capability : capabilities.entrySet()) { validateCapability(capability.getKey(), capability.getValue(), routerRef); } } } SkillValida... |
@Test(expected = CommsRouterException.class) public void testDoubleUnderInterval() throws CommsRouterException { AttributeGroupDto attributeGroupDto = new AttributeGroupDto(); attributeGroupDto.add("ageWithBoundary", 5.0); skillValidator.validate(attributeGroupDto, routerRef); } | public void validate(AttributeGroupDto capabilities, String routerRef) throws CommsRouterException { if (capabilities != null) { for (Map.Entry<String, AttributeValueDto> capability : capabilities.entrySet()) { validateCapability(capability.getKey(), capability.getValue(), routerRef); } } } | SkillValidator { public void validate(AttributeGroupDto capabilities, String routerRef) throws CommsRouterException { if (capabilities != null) { for (Map.Entry<String, AttributeValueDto> capability : capabilities.entrySet()) { validateCapability(capability.getKey(), capability.getValue(), routerRef); } } } } | SkillValidator { public void validate(AttributeGroupDto capabilities, String routerRef) throws CommsRouterException { if (capabilities != null) { for (Map.Entry<String, AttributeValueDto> capability : capabilities.entrySet()) { validateCapability(capability.getKey(), capability.getValue(), routerRef); } } } SkillValida... | SkillValidator { public void validate(AttributeGroupDto capabilities, String routerRef) throws CommsRouterException { if (capabilities != null) { for (Map.Entry<String, AttributeValueDto> capability : capabilities.entrySet()) { validateCapability(capability.getKey(), capability.getValue(), routerRef); } } } SkillValida... | SkillValidator { public void validate(AttributeGroupDto capabilities, String routerRef) throws CommsRouterException { if (capabilities != null) { for (Map.Entry<String, AttributeValueDto> capability : capabilities.entrySet()) { validateCapability(capability.getKey(), capability.getValue(), routerRef); } } } SkillValida... |
@Test public void testDoubleOnInclusiveBoundary() throws CommsRouterException { AttributeGroupDto attributeGroupDto = new AttributeGroupDto(); attributeGroupDto.add("ageWithBoundary", 18.0); skillValidator.validate(attributeGroupDto, routerRef); } | public void validate(AttributeGroupDto capabilities, String routerRef) throws CommsRouterException { if (capabilities != null) { for (Map.Entry<String, AttributeValueDto> capability : capabilities.entrySet()) { validateCapability(capability.getKey(), capability.getValue(), routerRef); } } } | SkillValidator { public void validate(AttributeGroupDto capabilities, String routerRef) throws CommsRouterException { if (capabilities != null) { for (Map.Entry<String, AttributeValueDto> capability : capabilities.entrySet()) { validateCapability(capability.getKey(), capability.getValue(), routerRef); } } } } | SkillValidator { public void validate(AttributeGroupDto capabilities, String routerRef) throws CommsRouterException { if (capabilities != null) { for (Map.Entry<String, AttributeValueDto> capability : capabilities.entrySet()) { validateCapability(capability.getKey(), capability.getValue(), routerRef); } } } SkillValida... | SkillValidator { public void validate(AttributeGroupDto capabilities, String routerRef) throws CommsRouterException { if (capabilities != null) { for (Map.Entry<String, AttributeValueDto> capability : capabilities.entrySet()) { validateCapability(capability.getKey(), capability.getValue(), routerRef); } } } SkillValida... | SkillValidator { public void validate(AttributeGroupDto capabilities, String routerRef) throws CommsRouterException { if (capabilities != null) { for (Map.Entry<String, AttributeValueDto> capability : capabilities.entrySet()) { validateCapability(capability.getKey(), capability.getValue(), routerRef); } } } SkillValida... |
@Test(expected = BadValueException.class) public void testValidateHighLessThanLow() throws Exception { NumberInterval instance = new NumberInterval( new NumberIntervalBoundary(10.0), new NumberIntervalBoundary(0.0) ); instance.validate(); } | public void validate() throws BadValueException { if (low == null) { throw new BadValueException("NumberInterval.low is required"); } if (high == null) { throw new BadValueException("NumberInterval.high is required"); } low.validate(); high.validate(); int compareLowHigh = low.compareBoundaryTo(high); if (compareLowHig... | NumberInterval { public void validate() throws BadValueException { if (low == null) { throw new BadValueException("NumberInterval.low is required"); } if (high == null) { throw new BadValueException("NumberInterval.high is required"); } low.validate(); high.validate(); int compareLowHigh = low.compareBoundaryTo(high); ... | NumberInterval { public void validate() throws BadValueException { if (low == null) { throw new BadValueException("NumberInterval.low is required"); } if (high == null) { throw new BadValueException("NumberInterval.high is required"); } low.validate(); high.validate(); int compareLowHigh = low.compareBoundaryTo(high); ... | NumberInterval { public void validate() throws BadValueException { if (low == null) { throw new BadValueException("NumberInterval.low is required"); } if (high == null) { throw new BadValueException("NumberInterval.high is required"); } low.validate(); high.validate(); int compareLowHigh = low.compareBoundaryTo(high); ... | NumberInterval { public void validate() throws BadValueException { if (low == null) { throw new BadValueException("NumberInterval.low is required"); } if (high == null) { throw new BadValueException("NumberInterval.high is required"); } low.validate(); high.validate(); int compareLowHigh = low.compareBoundaryTo(high); ... |
@Test(expected = CommsRouterException.class) public void testDoubleOnExclusiveBoundary() throws CommsRouterException { AttributeGroupDto attributeGroupDto = new AttributeGroupDto(); attributeGroupDto.add("ageWithBoundary", 45.0); skillValidator.validate(attributeGroupDto, routerRef); } | public void validate(AttributeGroupDto capabilities, String routerRef) throws CommsRouterException { if (capabilities != null) { for (Map.Entry<String, AttributeValueDto> capability : capabilities.entrySet()) { validateCapability(capability.getKey(), capability.getValue(), routerRef); } } } | SkillValidator { public void validate(AttributeGroupDto capabilities, String routerRef) throws CommsRouterException { if (capabilities != null) { for (Map.Entry<String, AttributeValueDto> capability : capabilities.entrySet()) { validateCapability(capability.getKey(), capability.getValue(), routerRef); } } } } | SkillValidator { public void validate(AttributeGroupDto capabilities, String routerRef) throws CommsRouterException { if (capabilities != null) { for (Map.Entry<String, AttributeValueDto> capability : capabilities.entrySet()) { validateCapability(capability.getKey(), capability.getValue(), routerRef); } } } SkillValida... | SkillValidator { public void validate(AttributeGroupDto capabilities, String routerRef) throws CommsRouterException { if (capabilities != null) { for (Map.Entry<String, AttributeValueDto> capability : capabilities.entrySet()) { validateCapability(capability.getKey(), capability.getValue(), routerRef); } } } SkillValida... | SkillValidator { public void validate(AttributeGroupDto capabilities, String routerRef) throws CommsRouterException { if (capabilities != null) { for (Map.Entry<String, AttributeValueDto> capability : capabilities.entrySet()) { validateCapability(capability.getKey(), capability.getValue(), routerRef); } } } SkillValida... |
@Test(expected = CommsRouterException.class) public void testDoubleAboveInterval() throws CommsRouterException { AttributeGroupDto attributeGroupDto = new AttributeGroupDto(); attributeGroupDto.add("ageWithBoundary", 46.0); skillValidator.validate(attributeGroupDto, routerRef); } | public void validate(AttributeGroupDto capabilities, String routerRef) throws CommsRouterException { if (capabilities != null) { for (Map.Entry<String, AttributeValueDto> capability : capabilities.entrySet()) { validateCapability(capability.getKey(), capability.getValue(), routerRef); } } } | SkillValidator { public void validate(AttributeGroupDto capabilities, String routerRef) throws CommsRouterException { if (capabilities != null) { for (Map.Entry<String, AttributeValueDto> capability : capabilities.entrySet()) { validateCapability(capability.getKey(), capability.getValue(), routerRef); } } } } | SkillValidator { public void validate(AttributeGroupDto capabilities, String routerRef) throws CommsRouterException { if (capabilities != null) { for (Map.Entry<String, AttributeValueDto> capability : capabilities.entrySet()) { validateCapability(capability.getKey(), capability.getValue(), routerRef); } } } SkillValida... | SkillValidator { public void validate(AttributeGroupDto capabilities, String routerRef) throws CommsRouterException { if (capabilities != null) { for (Map.Entry<String, AttributeValueDto> capability : capabilities.entrySet()) { validateCapability(capability.getKey(), capability.getValue(), routerRef); } } } SkillValida... | SkillValidator { public void validate(AttributeGroupDto capabilities, String routerRef) throws CommsRouterException { if (capabilities != null) { for (Map.Entry<String, AttributeValueDto> capability : capabilities.entrySet()) { validateCapability(capability.getKey(), capability.getValue(), routerRef); } } } SkillValida... |
@Test public void testDoubleInSecondInterval() throws CommsRouterException { AttributeGroupDto attributeGroupDto = new AttributeGroupDto(); attributeGroupDto.add("ageWithBoundary", 55.0); skillValidator.validate(attributeGroupDto, routerRef); } | public void validate(AttributeGroupDto capabilities, String routerRef) throws CommsRouterException { if (capabilities != null) { for (Map.Entry<String, AttributeValueDto> capability : capabilities.entrySet()) { validateCapability(capability.getKey(), capability.getValue(), routerRef); } } } | SkillValidator { public void validate(AttributeGroupDto capabilities, String routerRef) throws CommsRouterException { if (capabilities != null) { for (Map.Entry<String, AttributeValueDto> capability : capabilities.entrySet()) { validateCapability(capability.getKey(), capability.getValue(), routerRef); } } } } | SkillValidator { public void validate(AttributeGroupDto capabilities, String routerRef) throws CommsRouterException { if (capabilities != null) { for (Map.Entry<String, AttributeValueDto> capability : capabilities.entrySet()) { validateCapability(capability.getKey(), capability.getValue(), routerRef); } } } SkillValida... | SkillValidator { public void validate(AttributeGroupDto capabilities, String routerRef) throws CommsRouterException { if (capabilities != null) { for (Map.Entry<String, AttributeValueDto> capability : capabilities.entrySet()) { validateCapability(capability.getKey(), capability.getValue(), routerRef); } } } SkillValida... | SkillValidator { public void validate(AttributeGroupDto capabilities, String routerRef) throws CommsRouterException { if (capabilities != null) { for (Map.Entry<String, AttributeValueDto> capability : capabilities.entrySet()) { validateCapability(capability.getKey(), capability.getValue(), routerRef); } } } SkillValida... |
@Test(expected = CommsRouterException.class) public void testSkillDoesNotExist() throws CommsRouterException { AttributeGroupDto attributeGroupDto = new AttributeGroupDto(); attributeGroupDto.add("babaiaga", true); skillValidator.validate(attributeGroupDto, routerRef); } | public void validate(AttributeGroupDto capabilities, String routerRef) throws CommsRouterException { if (capabilities != null) { for (Map.Entry<String, AttributeValueDto> capability : capabilities.entrySet()) { validateCapability(capability.getKey(), capability.getValue(), routerRef); } } } | SkillValidator { public void validate(AttributeGroupDto capabilities, String routerRef) throws CommsRouterException { if (capabilities != null) { for (Map.Entry<String, AttributeValueDto> capability : capabilities.entrySet()) { validateCapability(capability.getKey(), capability.getValue(), routerRef); } } } } | SkillValidator { public void validate(AttributeGroupDto capabilities, String routerRef) throws CommsRouterException { if (capabilities != null) { for (Map.Entry<String, AttributeValueDto> capability : capabilities.entrySet()) { validateCapability(capability.getKey(), capability.getValue(), routerRef); } } } SkillValida... | SkillValidator { public void validate(AttributeGroupDto capabilities, String routerRef) throws CommsRouterException { if (capabilities != null) { for (Map.Entry<String, AttributeValueDto> capability : capabilities.entrySet()) { validateCapability(capability.getKey(), capability.getValue(), routerRef); } } } SkillValida... | SkillValidator { public void validate(AttributeGroupDto capabilities, String routerRef) throws CommsRouterException { if (capabilities != null) { for (Map.Entry<String, AttributeValueDto> capability : capabilities.entrySet()) { validateCapability(capability.getKey(), capability.getValue(), routerRef); } } } SkillValida... |
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