rem stringlengths 0 477k | add stringlengths 0 313k | context stringlengths 6 599k |
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FileObject folder = m_baseFolder.resolveFile( "dir1" ); | FileObject folder = baseFolder.resolveFile( "dir1" ); | public void testNoContent() throws Exception { // Try getting the content of a folder FileObject folder = m_baseFolder.resolveFile( "dir1" ); try { folder.getContent().getInputStream(); fail(); } catch( FileSystemException e ) { as... |
FileObject unknownFile = m_baseFolder.resolveFile( "unknown-file" ); | FileObject unknownFile = baseFolder.resolveFile( "unknown-file" ); | public void testNoContent() throws Exception { // Try getting the content of a folder FileObject folder = m_baseFolder.resolveFile( "dir1" ); try { folder.getContent().getInputStream(); fail(); } catch( FileSystemException e ) { as... |
FileObject folder = m_baseFolder.resolveFile( "dir1" ); | FileObject folder = baseFolder.resolveFile( "dir1" ); | public void testNoURLContent() throws Exception { // Try getting the content of a folder FileObject folder = m_baseFolder.resolveFile( "dir1" ); try { folder.getURL().openConnection().getInputStream(); fail(); } catch( IOException e ) { ... |
FileObject unknownFile = m_baseFolder.resolveFile( "unknown-file" ); | FileObject unknownFile = baseFolder.resolveFile( "unknown-file" ); | public void testNoURLContent() throws Exception { // Try getting the content of a folder FileObject folder = m_baseFolder.resolveFile( "dir1" ); try { folder.getURL().openConnection().getInputStream(); fail(); } catch( IOException e ) { ... |
FileObject folder = m_baseFolder.resolveFile( "dir1" ); | FileObject folder = baseFolder.resolveFile( "dir1" ); | public void testParent() throws FileSystemException { // Test when both exist FileObject folder = m_baseFolder.resolveFile( "dir1" ); FileObject child = folder.resolveFile( "file3.txt" ); assertTrue( "folder exists", folder.exists() ); assertTrue( "child exists", child.exists()... |
folder = m_baseFolder.resolveFile( "unknown-folder" ); | folder = baseFolder.resolveFile( "unknown-folder" ); | public void testParent() throws FileSystemException { // Test when both exist FileObject folder = m_baseFolder.resolveFile( "dir1" ); FileObject child = folder.resolveFile( "file3.txt" ); assertTrue( "folder exists", folder.exists() ); assertTrue( "child exists", child.exists()... |
final FileSystem fileSystem = m_baseFolder.getFileSystem(); | final FileSystem fileSystem = baseFolder.getFileSystem(); | public void testParent() throws FileSystemException { // Test when both exist FileObject folder = m_baseFolder.resolveFile( "dir1" ); FileObject child = folder.resolveFile( "file3.txt" ); assertTrue( "folder exists", folder.exists() ); assertTrue( "child exists", child.exists()... |
m_manager.setBaseFile( m_baseFolder ); | manager.setBaseFile( baseFolder ); | public void testRelativeURI() throws Exception { // Build base dir m_manager.setBaseFile( m_baseFolder ); // Locate the base dir FileObject file = m_manager.resolveFile( "." ); assertSame( "file object", m_baseFolder, file ); // Locate a child file = m_manager.res... |
FileObject file = m_manager.resolveFile( "." ); assertSame( "file object", m_baseFolder, file ); | FileObject file = manager.resolveFile( "." ); assertSame( "file object", baseFolder, file ); | public void testRelativeURI() throws Exception { // Build base dir m_manager.setBaseFile( m_baseFolder ); // Locate the base dir FileObject file = m_manager.resolveFile( "." ); assertSame( "file object", m_baseFolder, file ); // Locate a child file = m_manager.res... |
file = m_manager.resolveFile( "some-child" ); assertSame( "file object", m_baseFolder, file.getParent() ); | file = manager.resolveFile( "some-child" ); assertSame( "file object", baseFolder, file.getParent() ); | public void testRelativeURI() throws Exception { // Build base dir m_manager.setBaseFile( m_baseFolder ); // Locate the base dir FileObject file = m_manager.resolveFile( "." ); assertSame( "file object", m_baseFolder, file ); // Locate a child file = m_manager.res... |
file = m_manager.resolveFile( "some-folder/some-file" ); assertSame( "file object", m_baseFolder, file.getParent().getParent() ); | file = manager.resolveFile( "some-folder/some-file" ); assertSame( "file object", baseFolder, file.getParent().getParent() ); | public void testRelativeURI() throws Exception { // Build base dir m_manager.setBaseFile( m_baseFolder ); // Locate the base dir FileObject file = m_manager.resolveFile( "." ); assertSame( "file object", m_baseFolder, file ); // Locate a child file = m_manager.res... |
file = m_manager.resolveFile( ".." ); assertSame( "file object", m_baseFolder.getParent(), file ); | file = manager.resolveFile( ".." ); assertSame( "file object", baseFolder.getParent(), file ); | public void testRelativeURI() throws Exception { // Build base dir m_manager.setBaseFile( m_baseFolder ); // Locate the base dir FileObject file = m_manager.resolveFile( "." ); assertSame( "file object", m_baseFolder, file ); // Locate a child file = m_manager.res... |
m_manager.setBaseFile( m_baseFolder ); final String path = m_baseFolder.getName().getPath(); | manager.setBaseFile( baseFolder ); final String path = baseFolder.getName().getPath(); | public void testRelativeUriEncoding() throws Exception { // Build base dir m_manager.setBaseFile( m_baseFolder ); final String path = m_baseFolder.getName().getPath(); // Encode "some file" FileObject file = m_manager.resolveFile( "%73%6f%6d%65%20%66%69%6c%65" ); assertE... |
FileObject file = m_manager.resolveFile( "%73%6f%6d%65%20%66%69%6c%65" ); | FileObject file = manager.resolveFile( "%73%6f%6d%65%20%66%69%6c%65" ); | public void testRelativeUriEncoding() throws Exception { // Build base dir m_manager.setBaseFile( m_baseFolder ); final String path = m_baseFolder.getName().getPath(); // Encode "some file" FileObject file = m_manager.resolveFile( "%73%6f%6d%65%20%66%69%6c%65" ); assertE... |
file = m_manager.resolveFile( "%2e" ); | file = manager.resolveFile( "%2e" ); | public void testRelativeUriEncoding() throws Exception { // Build base dir m_manager.setBaseFile( m_baseFolder ); final String path = m_baseFolder.getName().getPath(); // Encode "some file" FileObject file = m_manager.resolveFile( "%73%6f%6d%65%20%66%69%6c%65" ); assertE... |
file = m_manager.resolveFile( "a%25" ); | file = manager.resolveFile( "a%25" ); | public void testRelativeUriEncoding() throws Exception { // Build base dir m_manager.setBaseFile( m_baseFolder ); final String path = m_baseFolder.getName().getPath(); // Encode "some file" FileObject file = m_manager.resolveFile( "%73%6f%6d%65%20%66%69%6c%65" ); assertE... |
file = m_manager.resolveFile( "dir%2fchild" ); | file = manager.resolveFile( "dir%2fchild" ); | public void testRelativeUriEncoding() throws Exception { // Build base dir m_manager.setBaseFile( m_baseFolder ); final String path = m_baseFolder.getName().getPath(); // Encode "some file" FileObject file = m_manager.resolveFile( "%73%6f%6d%65%20%66%69%6c%65" ); assertE... |
file = m_manager.resolveFile( "dir%5cchild" ); | file = manager.resolveFile( "dir%5cchild" ); | public void testRelativeUriEncoding() throws Exception { // Build base dir m_manager.setBaseFile( m_baseFolder ); final String path = m_baseFolder.getName().getPath(); // Encode "some file" FileObject file = m_manager.resolveFile( "%73%6f%6d%65%20%66%69%6c%65" ); assertE... |
m_manager.resolveFile( "%" ); | manager.resolveFile( "%" ); | public void testRelativeUriEncoding() throws Exception { // Build base dir m_manager.setBaseFile( m_baseFolder ); final String path = m_baseFolder.getName().getPath(); // Encode "some file" FileObject file = m_manager.resolveFile( "%73%6f%6d%65%20%66%69%6c%65" ); assertE... |
m_manager.resolveFile( "%5" ); | manager.resolveFile( "%5" ); | public void testRelativeUriEncoding() throws Exception { // Build base dir m_manager.setBaseFile( m_baseFolder ); final String path = m_baseFolder.getName().getPath(); // Encode "some file" FileObject file = m_manager.resolveFile( "%73%6f%6d%65%20%66%69%6c%65" ); assertE... |
m_manager.resolveFile( "%q" ); | manager.resolveFile( "%q" ); | public void testRelativeUriEncoding() throws Exception { // Build base dir m_manager.setBaseFile( m_baseFolder ); final String path = m_baseFolder.getName().getPath(); // Encode "some file" FileObject file = m_manager.resolveFile( "%73%6f%6d%65%20%66%69%6c%65" ); assertE... |
FileObject file = m_baseFolder.resolveFile( "file1.txt" ); | FileObject file = baseFolder.resolveFile( "file1.txt" ); | public void testReuse() throws Exception { // Get the test file FileObject file = m_baseFolder.resolveFile( "file1.txt" ); assertEquals( FileType.FILE, file.getType() ); // Get the file content FileContent content = file.getContent(); assertSameContent( m_charContent, co... |
assertSameContent( m_charContent, content ); | assertSameContent( charContent, content ); | public void testReuse() throws Exception { // Get the test file FileObject file = m_baseFolder.resolveFile( "file1.txt" ); assertEquals( FileType.FILE, file.getType() ); // Get the file content FileContent content = file.getContent(); assertSameContent( m_charContent, co... |
final FileName rootName = m_baseFolder.getFileSystem().getRoot().getName(); | final FileName rootName = baseFolder.getFileSystem().getRoot().getName(); | public void testRootFileName() throws Exception { // Locate the root file final FileName rootName = m_baseFolder.getFileSystem().getRoot().getName(); // Test that the root path is "/" assertEquals( "root path", "/", rootName.getPath() ); // Test that the root basname is "" ... |
assertSameStructure( m_baseFolder, baseInfo ); | assertSameStructure( baseFolder, baseInfo ); | public void testStructure() throws Exception { final FileInfo baseInfo = buildExpectedStructure(); assertSameStructure( m_baseFolder, baseInfo ); } |
FileObject file = m_baseFolder.resolveFile( "file1.txt" ); | FileObject file = baseFolder.resolveFile( "file1.txt" ); | public void testType() throws Exception { // Test a file FileObject file = m_baseFolder.resolveFile( "file1.txt" ); assertSame( FileType.FILE, file.getType() ); // Test a folder file = m_baseFolder.resolveFile( "dir1" ); assertSame( FileType.FOLDER, file.getType() ); ... |
file = m_baseFolder.resolveFile( "dir1" ); | file = baseFolder.resolveFile( "dir1" ); | public void testType() throws Exception { // Test a file FileObject file = m_baseFolder.resolveFile( "file1.txt" ); assertSame( FileType.FILE, file.getType() ); // Test a folder file = m_baseFolder.resolveFile( "dir1" ); assertSame( FileType.FOLDER, file.getType() ); ... |
file = m_baseFolder.resolveFile( "unknown-child" ); | file = baseFolder.resolveFile( "unknown-child" ); | public void testType() throws Exception { // Test a file FileObject file = m_baseFolder.resolveFile( "file1.txt" ); assertSame( FileType.FILE, file.getType() ); // Test a folder file = m_baseFolder.resolveFile( "dir1" ); assertSame( FileType.FOLDER, file.getType() ); ... |
FileObject file = m_baseFolder.resolveFile( "some-dir/" ); | FileObject file = baseFolder.resolveFile( "some-dir/" ); | public void testURL() throws Exception { FileObject file = m_baseFolder.resolveFile( "some-dir/" ); URL url = file.getURL(); assertEquals( file.getName().getURI(), url.toExternalForm() ); URL parentURL = new URL( url, ".." ); assertEquals( m_baseFolder.getURL(), parentURL ); ... |
assertEquals( m_baseFolder.getURL(), parentURL ); | assertEquals( baseFolder.getURL(), parentURL ); | public void testURL() throws Exception { FileObject file = m_baseFolder.resolveFile( "some-dir/" ); URL url = file.getURL(); assertEquals( file.getName().getURI(), url.toExternalForm() ); URL parentURL = new URL( url, ".." ); assertEquals( m_baseFolder.getURL(), parentURL ); ... |
FileObject file = m_baseFolder.resolveFile( "file1.txt" ); | FileObject file = baseFolder.resolveFile( "file1.txt" ); | public void testURLContent() throws Exception { // Test non-empty file FileObject file = m_baseFolder.resolveFile( "file1.txt" ); URLConnection urlCon = file.getURL().openConnection(); assertSameURLContent( m_charContent, urlCon ); // Test empty file file = m_baseFolder.... |
assertSameURLContent( m_charContent, urlCon ); | assertSameURLContent( charContent, urlCon ); | public void testURLContent() throws Exception { // Test non-empty file FileObject file = m_baseFolder.resolveFile( "file1.txt" ); URLConnection urlCon = file.getURL().openConnection(); assertSameURLContent( m_charContent, urlCon ); // Test empty file file = m_baseFolder.... |
file = m_baseFolder.resolveFile( "empty.txt" ); | file = baseFolder.resolveFile( "empty.txt" ); | public void testURLContent() throws Exception { // Test non-empty file FileObject file = m_baseFolder.resolveFile( "file1.txt" ); URLConnection urlCon = file.getURL().openConnection(); assertSameURLContent( m_charContent, urlCon ); // Test empty file file = m_baseFolder.... |
final FileObject[] objects = { m_baseFolder }; | final FileObject[] objects = { baseFolder }; | public void testVFSClassLoader() throws Exception { final FileObject[] objects = { m_baseFolder }; VFSClassLoader loader = new VFSClassLoader( objects, m_manager ); Class testClass = loader.loadClass( "code.ClassToLoad" ); assertTrue( verifyPackage( testClass.getPackage() )... |
new VFSClassLoader( objects, m_manager ); | new VFSClassLoader( objects, manager ); | public void testVFSClassLoader() throws Exception { final FileObject[] objects = { m_baseFolder }; VFSClassLoader loader = new VFSClassLoader( objects, m_manager ); Class testClass = loader.loadClass( "code.ClassToLoad" ); assertTrue( verifyPackage( testClass.getPackage() )... |
assertSameURLContent( m_charContent, urlCon ); | assertSameURLContent( charContent, urlCon ); | public void testVFSClassLoader() throws Exception { final FileObject[] objects = { m_baseFolder }; VFSClassLoader loader = new VFSClassLoader( objects, m_manager ); Class testClass = loader.loadClass( "code.ClassToLoad" ); assertTrue( verifyPackage( testClass.getPackage() )... |
} UserAuthenticator proxyAuth = HttpFileSystemConfigBuilder.getInstance().getProxyAuthenticator(fileSystemOptions); if (proxyAuth != null) { UserAuthenticationData authData = UserAuthenticatorUtils.authenticate(proxyAuth, new UserAuthenticationData.Type[] { UserAuthenticationData.USERNAME, UserAuthenticationData.PASSW... | public static HttpClient createConnection(String hostname, int port, String username, String password, FileSystemOptions fileSystemOptions) throws FileSystemException { HttpClient client; try { client = new HttpClient(new MultiThreadedHttpConnectionManager()); final Hos... | |
state.setIntersection(this, 0, (float) (u * inv_det), (float) (v * inv_det)); | state.setIntersection(this, this.t / 3, (float) (u * inv_det), (float) (v * inv_det)); | public void intersect(Ray r, IntersectionState state) { int a, b, c; if (mesh.triangles == null) { a = 3 * (t + 0); b = 3 * (t + 1); c = 3 * (t + 2); } else { a = 3 * mesh.triangles[t + 0]; b = 3 * mesh.t... |
mesh.prepareShadingState(null, t / 3, state); | mesh.prepareShadingState(state); | public void prepareShadingState(ShadingState state) { mesh.prepareShadingState(null, t / 3, state); } |
state.setIntersection(this, 0, u, v); | state.setIntersection(this, flags >>> 2, u, v); | public void intersect(Ray r, IntersectionState state) { switch (flags & 3) { case 0: { float det = 1.0f / (r.dx + nu * r.dy + nv * r.dz); float t = (nd - r.ox - nu * r.oy - nv * r.oz) * det; if (!r.isInside(t)) ... |
Mesh.this.prepareShadingState(null, flags >>> 2, state); | Mesh.this.prepareShadingState(state); | public void prepareShadingState(ShadingState state) { Mesh.this.prepareShadingState(null, flags >>> 2, state); } |
int nTriangles = numPrimitives(); | int nTriangles = getNumPrimitives(); | public void init(SunflowAPI api) { if (points == null) UI.printWarning("[TRI] Incomplete mesh, cannot initialize"); else { int nTriangles = numPrimitives(); if (smallTriangles) { for (int i = 0; i < nTriangles; i++) api.primitive(new S... |
public void intersectPrimitive(Ray r, Instance parent, int primID, IntersectionState state) { | public void intersectPrimitive(Ray r, int primID, IntersectionState state) { | public void intersectPrimitive(Ray r, Instance parent, int primID, IntersectionState state) { // ray-triangle intersection here int a, b, c, tri = primID * 3; if (triangles == null) { a = 3 * (tri + 0); b = 3 * (tri + 1); c = 3 * (tri + 2); } else { ... |
state.setIntersection(parent, primID, (float) (u * inv_det), (float) (v * inv_det)); | state.setIntersection(primID, (float) (u * inv_det), (float) (v * inv_det)); | public void intersectPrimitive(Ray r, Instance parent, int primID, IntersectionState state) { // ray-triangle intersection here int a, b, c, tri = primID * 3; if (triangles == null) { a = 3 * (tri + 0); b = 3 * (tri + 1); c = 3 * (tri + 2); } else { ... |
public void prepareShadingState(Instance parent, int primID, ShadingState state) { | public void prepareShadingState(ShadingState state) { | public void prepareShadingState(Instance parent, int primID, ShadingState state) { state.init(); float u = state.getU(); float v = state.getV(); float w = 1 - u - v; state.getRay().getPoint(state.getPoint()); int tri = 3 * primID; int index0 = tri + 0, index1 = tri +... |
Instance parent = (state.getObject() instanceof Instance) ? (Instance) state.getObject() : null; int primID = state.getPrimitiveID(); | public void prepareShadingState(Instance parent, int primID, ShadingState state) { state.init(); float u = state.getU(); float v = state.getV(); float w = 1 - u - v; state.getRay().getPoint(state.getPoint()); int tri = 3 * primID; int index0 = tri + 0, index1 = tri +... | |
return "OnErrorEl{" + "type=" + type + ", message=" + message + ", codes=" + codes + ", retry=" + retry + '}'; | StringBuilder res = new StringBuilder("OnError{"); if (type!=null) { res.append("type=").append(type).append(", "); } if (message!=null) { res.append("message=").append(message).append(", "); } if (codes!=null) { res.append("codes=").append(codes).append(", "); } res.append("retry=").append(retry).append('}'); return ... | public String toString() { return "OnErrorEl{" + "type=" + type + ", message=" + message + ", codes=" + codes + ", retry=" + retry + '}'; } |
public void setContextClassloader(int contextClassloader) { if (!CL_OPTIONS.getValues(null).contains(new Integer(contextClassloader))) throw new IllegalArgumentException("illegal constant:" + contextClassloader); | public void setContextClassloader(String classloaderManagementOption) { if (classloaderManagementOption == null) throw new IllegalArgumentException("non-null argument required"); | public void setContextClassloader(int contextClassloader) { if (!CL_OPTIONS.getValues(null).contains(new Integer(contextClassloader))) throw new IllegalArgumentException("illegal constant:" + contextClassloader); this.contextClassloader = contextClassloader; } |
this.contextClassloader = contextClassloader; | this.contextClassloader = CL_OPTIONS.asNumber(classloaderManagementOption.replace("-", "_")).intValue(); | public void setContextClassloader(int contextClassloader) { if (!CL_OPTIONS.getValues(null).contains(new Integer(contextClassloader))) throw new IllegalArgumentException("illegal constant:" + contextClassloader); this.contextClassloader = contextClassloader; } |
iwModel.setIsSystemAdded(true); | public void initDataWithMem(Set<String> wordSet) { clearData(); Set<String> matchedWordSet = new HashSet<String>(); for (String word : wordSet) { InputWordModel iwModel = setInputWord(word, project); if (iwModel != null) { matchedWordSet.add(iwModel.getMatch... | |
return read(b, off, len); | int retLen = Math.min(len, getLeftBytes()); RamFileRandomAccessContent.this.readFully(b, off, retLen); return retLen; } public int available() throws IOException { return getLeftBytes(); | public RamFileRandomAccessContent(RamFileObject file, RandomAccessMode mode) { super(); this.buf = file.getData().getBuffer(); this.file = file; this.mode = mode; rafis = new InputStream() { public int read() throws IOException { try { return readByte(); } catch (EOFException e) { retu... |
m_manager.addProvider( "jar", new JarFileSystemProvider() ); return m_manager.resolveFile( uri ); | getManager().addProvider( "jar", new JarFileSystemProvider() ); return getManager().resolveFile( uri ); | protected FileObject getBaseFolder() throws Exception { File jarFile = getTestResource( "test.jar" ); String uri = "jar:" + jarFile.getAbsolutePath() + "!basedir"; m_manager.addProvider( "jar", new JarFileSystemProvider() ); return m_manager.resolveFile( uri ); } |
Translator.getString("DisambiguationPanel.PartialMatchOption.Construction"), true); | Translator.getString("DisambiguationPanel.PartialMatchOption.Construction"), false); | PartialMatchedOptionPanel() { constructionBox = new JCheckBox( Translator.getString("DisambiguationPanel.PartialMatchOption.Construction"), true); constructionBox.addActionListener(this); trimmingBox = new JCheckBox(Translator.getString("DisambiguationPanel.Pa... |
trimmingBox = new JCheckBox(Translator.getString("DisambiguationPanel.PartialMatchOption.Trimming"), true); | trimmingBox = new JCheckBox(Translator.getString("DisambiguationPanel.PartialMatchOption.Trimming"), false); trimmingBox.setEnabled(false); | PartialMatchedOptionPanel() { constructionBox = new JCheckBox( Translator.getString("DisambiguationPanel.PartialMatchOption.Construction"), true); constructionBox.addActionListener(this); trimmingBox = new JCheckBox(Translator.getString("DisambiguationPanel.Pa... |
.getString("DisambiguationPanel.PartialMatchOption.AddAbstractConcept"), true); | .getString("DisambiguationPanel.PartialMatchOption.AddAbstractConcept"), false); addAbstractConceptBox.setEnabled(false); | PartialMatchedOptionPanel() { constructionBox = new JCheckBox( Translator.getString("DisambiguationPanel.PartialMatchOption.Construction"), true); constructionBox.addActionListener(this); trimmingBox = new JCheckBox(Translator.getString("DisambiguationPanel.Pa... |
public boolean isWriteable() | public boolean isWriteable() throws FileSystemException | public boolean isWriteable() { return false; } |
if ((e.getModifiersEx() & MouseEvent.CTRL_DOWN_MASK) == MouseEvent.CTRL_DOWN_MASK) | if ((e.getModifiersEx() & InputEvent.CTRL_DOWN_MASK) == InputEvent.CTRL_DOWN_MASK) | public void mousePressed(MouseEvent e) { mx = e.getX(); my = e.getY(); switch (e.getButton()) { case MouseEvent.BUTTON1: dragging = true; zooming = false; break; case MouseEvent.BUTTON2: { ... |
return new URL(UriParser.extractScheme(name.getURI(), buf), null, -1, | return new URL(UriParser.extractScheme(name.getURI(), buf), "", -1, | public URL getURL() throws FileSystemException { final StringBuffer buf = new StringBuffer(); try { return (URL) AccessController.doPrivileged(new PrivilegedExceptionAction() { public Object run() throws MalformedURLException { ... |
return new URL(UriParser.extractScheme(name.getURI(), buf), null, -1, | return new URL(UriParser.extractScheme(name.getURI(), buf), "", -1, | public Object run() throws MalformedURLException { return new URL(UriParser.extractScheme(name.getURI(), buf), null, -1, buf.toString(), new DefaultURLStreamHandler(fs.getContext(), fs.getFileSystemOptions())); } |
public CompoundRichLocation(ComparableTerm term, Collection members) { if (term==null) throw new IllegalArgumentException("Term cannot be null"); if (members==null || members.size()<2) throw new IllegalArgumentException("Must have at least two members"); if (RichLocation.Tools.isMultiSource(members)) throw new IllegalA... | public CompoundRichLocation(Collection members) { this(getJoinTerm(), members); } | public CompoundRichLocation(ComparableTerm term, Collection members) { if (term==null) throw new IllegalArgumentException("Term cannot be null"); if (members==null || members.size()<2) throw new IllegalArgumentException("Must have at least two members"); if (RichLocation.Tools.isMultiSource(... |
JPanel p1 = new JPanel(); p1.add(automaticDisAmbiguationButton); | public DisambiguationPanel(ConstructClassPanel tp, ConstructPropertyPanel pp, DODDLEProject p) { project = p; constructClassPanel = tp; constructPropertyPanel = pp; inputModule = new InputModule(project); wordCorrespondConceptSetMap = new HashMap<String, Set<Concept>>(); co... | |
JPanel p2 = new JPanel(); p2.add(constructNounTreeButton); p2.add(constructNounAndVerbTreeButton); | public DisambiguationPanel(ConstructClassPanel tp, ConstructPropertyPanel pp, DODDLEProject p) { project = p; constructClassPanel = tp; constructPropertyPanel = pp; inputModule = new InputModule(project); wordCorrespondConceptSetMap = new HashMap<String, Set<Concept>>(); co... | |
buttonPanel.setLayout(new BorderLayout()); buttonPanel.add(p1, BorderLayout.WEST); buttonPanel.add(p2, BorderLayout.EAST); | buttonPanel.setLayout(new GridLayout(2, 1)); buttonPanel.add(constructNounTreeButton); buttonPanel.add(constructNounAndVerbTreeButton); JPanel optionPanel = new JPanel(); optionPanel.add(constructionTypePanel); optionPanel.add(perfectMatchedOptionPanel); optionPanel.add(partialMatchedOptionPanel); optionPanel.add(butt... | public DisambiguationPanel(ConstructClassPanel tp, ConstructPropertyPanel pp, DODDLEProject p) { project = p; constructClassPanel = tp; constructPropertyPanel = pp; inputModule = new InputModule(project); wordCorrespondConceptSetMap = new HashMap<String, Set<Concept>>(); co... |
add(buttonPanel, BorderLayout.SOUTH); | add(southPanel, BorderLayout.SOUTH); | public DisambiguationPanel(ConstructClassPanel tp, ConstructPropertyPanel pp, DODDLEProject p) { project = p; constructClassPanel = tp; constructPropertyPanel = pp; inputModule = new InputModule(project); wordCorrespondConceptSetMap = new HashMap<String, Set<Concept>>(); co... |
if (wordSet == null) { wordSet = new HashSet<String>(); } | public void addInputWordSet(Set<String> ws) { wordSet.addAll(ws); if (DODDLE.IS_USING_DB) { inputModule.initDataWithDB(wordSet); } else { inputModule.initDataWithMem(wordSet); } initWordList(); } | |
wordListPanel.add(new EditPanel(), BorderLayout.SOUTH); | private JPanel getWordListPanel() { JPanel perfectMatchedWordListPanel = getPerfectMatchedWordListPanel(); JPanel partialMatchedWordListPanel = getPartialMatchedWordListPanel(); wordListTabbedPane = new JTabbedPane(); wordListTabbedPane.add(Translator.getString("DisambiguationPanel.Perfe... | |
TreeModel model = constructClassPanel.getDefaultConceptTreeModel(pathToRootSet); | TreeModel model = constructClassPanel.getDefaultConceptTreeModel(pathToRootSet, ConceptTreeMaker.DODDLE_CLASS_ROOT_ID); | private void selectCorrectConcept(JList wordJList) { if (!wordJList.isSelectionEmpty() && !conceptSetJList.isSelectionEmpty()) { InputWordModel iwModel = (InputWordModel) wordJList.getSelectedValue(); Object[] evalConcepts = conceptSetJList.getSelectedValues(); String word = ... |
if (correspondConceptSet == null) { correspondConceptSet = new HashSet<Concept>(); } | public Set<Concept> setInputConceptSet() { inputConceptSet = new HashSet<Concept>(); for (InputWordModel iwModel : inputWordModelSet) { Set<Concept> correspondConceptSet = wordCorrespondConceptSetMap.get(iwModel.getWord()); if (correspondConceptSet.size() == 0) { i... | |
if (stream != null) stream.close(); | stream.close(); | protected void postProcessBundleContext(BundleContext context) throws Exception { log.debug("post processing: creating test bundle"); // create the actual jar createJar(); if (log.isTraceEnabled()) log.trace("created jar " + dumpJarContent(new JarInputStream(new FileInputStream(tempFile)))); log.debug("installi... |
costingNanos = 0; pickingNanos = 0; splitedNanos = 0; nodeingNanos = 0; | public boolean build(final ArrayList<BoundedPrimitive> objects) { UI.printInfo("[KDT] KDTree settings"); UI.printInfo("[KDT] * Max Leaf Size: %d", maxPrims); UI.printInfo("[KDT] * Max Depth: %d", MAX_DEPTH); UI.printInfo("[KDT] * Traversal cost: %.2f", TRAVERSAL_COST); ... | |
buildTree(bounds.getMinimum().x, bounds.getMaximum().x, bounds.getMinimum().y, bounds.getMaximum().y, bounds.getMinimum().z, bounds.getMaximum().z, task, 1, tempTree, 0, tempList); | BuildStats stats = new BuildStats(); buildTree(bounds.getMinimum().x, bounds.getMaximum().x, bounds.getMinimum().y, bounds.getMaximum().y, bounds.getMinimum().z, bounds.getMaximum().z, task, 1, tempTree, 0, tempList, stats); | public boolean build(final ArrayList<BoundedPrimitive> objects) { UI.printInfo("[KDT] KDTree settings"); UI.printInfo("[KDT] * Max Leaf Size: %d", maxPrims); UI.printInfo("[KDT] * Max Depth: %d", MAX_DEPTH); UI.printInfo("[KDT] * Traversal cost: %.2f", TRAVERSAL_COST); ... |
int numNodes = numNodes(0); int numLeaves = numLeaves(0); int numObjects = numObjects(0); UI.printInfo("[KDT] KDTree stats:"); UI.printInfo("[KDT] * Nodes: %d", numNodes); UI.printInfo("[KDT] * Leaves: %d", numLeaves); UI.printInfo("[KDT] * Objects: min %d", minObjects(0)); UI.printInfo("[KDT]... | stats.printStats(); | public boolean build(final ArrayList<BoundedPrimitive> objects) { UI.printInfo("[KDT] KDTree settings"); UI.printInfo("[KDT] * Max Leaf Size: %d", maxPrims); UI.printInfo("[KDT] * Max Depth: %d", MAX_DEPTH); UI.printInfo("[KDT] * Traversal cost: %.2f", TRAVERSAL_COST); ... |
UI.printInfo("[KDT] Cost time: (%3d%%) %s", 100 * costingNanos / t.nanos(), Timer.toString(costingNanos)); UI.printInfo("[KDT] Pick time: (%3d%%) %s", 100 * pickingNanos / t.nanos(), Timer.toString(pickingNanos)); UI.printInfo("[KDT] Split time: (%3d%%) %s", 100 * splitedNanos / t.nanos(), Tim... | public boolean build(final ArrayList<BoundedPrimitive> objects) { UI.printInfo("[KDT] KDTree settings"); UI.printInfo("[KDT] * Max Leaf Size: %d", maxPrims); UI.printInfo("[KDT] * Max Depth: %d", MAX_DEPTH); UI.printInfo("[KDT] * Traversal cost: %.2f", TRAVERSAL_COST); ... | |
int maxN = maxObjects(0); | int maxN = stats.maxObjects; | public boolean build(final ArrayList<BoundedPrimitive> objects) { UI.printInfo("[KDT] KDTree settings"); UI.printInfo("[KDT] * Max Leaf Size: %d", maxPrims); UI.printInfo("[KDT] * Max Depth: %d", MAX_DEPTH); UI.printInfo("[KDT] * Traversal cost: %.2f", TRAVERSAL_COST); ... |
private void buildTree(float minx, float maxx, float miny, float maxy, float minz, float maxz, BuildTask task, int depth, IntArray tempTree, int offset, ArrayList<BoundedPrimitive> tempList) { | private void buildTree(float minx, float maxx, float miny, float maxy, float minz, float maxz, BuildTask task, int depth, IntArray tempTree, int offset, ArrayList<BoundedPrimitive> tempList, BuildStats stats) { | private void buildTree(float minx, float maxx, float miny, float maxy, float minz, float maxz, BuildTask task, int depth, IntArray tempTree, int offset, ArrayList<BoundedPrimitive> tempList) { // get node bounding box extents if (task.numObjects > maxPrims && depth < MAX_DEPTH) { float dx =... |
costingNanos -= System.nanoTime(); | private void buildTree(float minx, float maxx, float miny, float maxy, float minz, float maxz, BuildTask task, int depth, IntArray tempTree, int offset, ArrayList<BoundedPrimitive> tempList) { // get node bounding box extents if (task.numObjects > maxPrims && depth < MAX_DEPTH) { float dx =... | |
costingNanos += System.nanoTime(); | private void buildTree(float minx, float maxx, float miny, float maxy, float minz, float maxz, BuildTask task, int depth, IntArray tempTree, int offset, ArrayList<BoundedPrimitive> tempList) { // get node bounding box extents if (task.numObjects > maxPrims && depth < MAX_DEPTH) { float dx =... | |
pickingNanos -= System.nanoTime(); | private void buildTree(float minx, float maxx, float miny, float maxy, float minz, float maxz, BuildTask task, int depth, IntArray tempTree, int offset, ArrayList<BoundedPrimitive> tempList) { // get node bounding box extents if (task.numObjects > maxPrims && depth < MAX_DEPTH) { float dx =... | |
pickingNanos += System.nanoTime(); splitedNanos -= System.nanoTime(); | private void buildTree(float minx, float maxx, float miny, float maxy, float minz, float maxz, BuildTask task, int depth, IntArray tempTree, int offset, ArrayList<BoundedPrimitive> tempList) { // get node bounding box extents if (task.numObjects > maxPrims && depth < MAX_DEPTH) { float dx =... | |
splitedNanos += System.nanoTime(); | private void buildTree(float minx, float maxx, float miny, float maxy, float minz, float maxz, BuildTask task, int depth, IntArray tempTree, int offset, ArrayList<BoundedPrimitive> tempList) { // get node bounding box extents if (task.numObjects > maxPrims && depth < MAX_DEPTH) { float dx =... | |
nodeingNanos -= System.nanoTime(); | private void buildTree(float minx, float maxx, float miny, float maxy, float minz, float maxz, BuildTask task, int depth, IntArray tempTree, int offset, ArrayList<BoundedPrimitive> tempList) { // get node bounding box extents if (task.numObjects > maxPrims && depth < MAX_DEPTH) { float dx =... | |
nodeingNanos += System.nanoTime(); | private void buildTree(float minx, float maxx, float miny, float maxy, float minz, float maxz, BuildTask task, int depth, IntArray tempTree, int offset, ArrayList<BoundedPrimitive> tempList) { // get node bounding box extents if (task.numObjects > maxPrims && depth < MAX_DEPTH) { float dx =... | |
buildTree(minx, bestSplit, miny, maxy, minz, maxz, taskL, depth + 1, tempTree, nextOffset, tempList); | buildTree(minx, bestSplit, miny, maxy, minz, maxz, taskL, depth + 1, tempTree, nextOffset, tempList, stats); | private void buildTree(float minx, float maxx, float miny, float maxy, float minz, float maxz, BuildTask task, int depth, IntArray tempTree, int offset, ArrayList<BoundedPrimitive> tempList) { // get node bounding box extents if (task.numObjects > maxPrims && depth < MAX_DEPTH) { float dx =... |
buildTree(bestSplit, maxx, miny, maxy, minz, maxz, taskR, depth + 1, tempTree, nextOffset + 2, tempList); | buildTree(bestSplit, maxx, miny, maxy, minz, maxz, taskR, depth + 1, tempTree, nextOffset + 2, tempList, stats); | private void buildTree(float minx, float maxx, float miny, float maxy, float minz, float maxz, BuildTask task, int depth, IntArray tempTree, int offset, ArrayList<BoundedPrimitive> tempList) { // get node bounding box extents if (task.numObjects > maxPrims && depth < MAX_DEPTH) { float dx =... |
buildTree(minx, maxx, miny, bestSplit, minz, maxz, taskL, depth + 1, tempTree, nextOffset, tempList); | buildTree(minx, maxx, miny, bestSplit, minz, maxz, taskL, depth + 1, tempTree, nextOffset, tempList, stats); | private void buildTree(float minx, float maxx, float miny, float maxy, float minz, float maxz, BuildTask task, int depth, IntArray tempTree, int offset, ArrayList<BoundedPrimitive> tempList) { // get node bounding box extents if (task.numObjects > maxPrims && depth < MAX_DEPTH) { float dx =... |
buildTree(minx, maxx, bestSplit, maxy, minz, maxz, taskR, depth + 1, tempTree, nextOffset + 2, tempList); | buildTree(minx, maxx, bestSplit, maxy, minz, maxz, taskR, depth + 1, tempTree, nextOffset + 2, tempList, stats); | private void buildTree(float minx, float maxx, float miny, float maxy, float minz, float maxz, BuildTask task, int depth, IntArray tempTree, int offset, ArrayList<BoundedPrimitive> tempList) { // get node bounding box extents if (task.numObjects > maxPrims && depth < MAX_DEPTH) { float dx =... |
buildTree(minx, maxx, miny, maxy, minz, bestSplit, taskL, depth + 1, tempTree, nextOffset, tempList); | buildTree(minx, maxx, miny, maxy, minz, bestSplit, taskL, depth + 1, tempTree, nextOffset, tempList, stats); | private void buildTree(float minx, float maxx, float miny, float maxy, float minz, float maxz, BuildTask task, int depth, IntArray tempTree, int offset, ArrayList<BoundedPrimitive> tempList) { // get node bounding box extents if (task.numObjects > maxPrims && depth < MAX_DEPTH) { float dx =... |
buildTree(minx, maxx, miny, maxy, bestSplit, maxz, taskR, depth + 1, tempTree, nextOffset + 2, tempList); | buildTree(minx, maxx, miny, maxy, bestSplit, maxz, taskR, depth + 1, tempTree, nextOffset + 2, tempList, stats); | private void buildTree(float minx, float maxx, float miny, float maxy, float minz, float maxz, BuildTask task, int depth, IntArray tempTree, int offset, ArrayList<BoundedPrimitive> tempList) { // get node bounding box extents if (task.numObjects > maxPrims && depth < MAX_DEPTH) { float dx =... |
final String port, | final int port, | private FtpFileName( final String scheme, final String hostName, final String port, final String userInfo, final String userName, final String password, final String path )... |
public String getDefaultPort() | public int getDefaultPort() | public String getDefaultPort() { return "21"; } |
return "21"; | return 21; | public String getDefaultPort() { return "21"; } |
if (isSystemAdded() && project.isPerfectMatchedSystemAddedWordCheckBox()) { buf.append(" (added)"); } | public String toString() { StringBuffer buf = new StringBuffer(inputWord); if (isPartialMatchWord() && project.isPartialMatchedComplexWordCheckBox()) { buf.append(" " + wordListStr); } if (isPartialMatchWord() && project.isPartialMatchedMatchedWordBox()) { buf.appen... | |
StringBuffer buf = new StringBuffer(80); String scheme = UriParser.extractScheme(uri, buf); | final URL url = new URL(uri); | public FileObject findFile(final FileObject baseFile, final String uri, final FileSystemOptions fileSystemOptions) throws FileSystemException { try { StringBuffer buf = new StringBuffer(80); String scheme = Uri... |
final URL url; if ("res".equals(scheme)) { String resourceName = buf.toString(); ClassLoader cl = UrlFileSystemConfigBuilder.getInstance().getClassLoader(fileSystemOptions); if (cl == null) { cl = getClass().getClassLoader(); } url = cl.getResource(resourceName); if (url == null) { throw new FileSystemException("vfs.... | URL rootUrl = new URL(url, "/"); | public FileObject findFile(final FileObject baseFile, final String uri, final FileSystemOptions fileSystemOptions) throws FileSystemException { try { StringBuffer buf = new StringBuffer(80); String scheme = Uri... |
return UrlFileSystemConfigBuilder.getInstance(); | return org.apache.commons.vfs.provider.res.ResourcelFileSystemConfigBuilder.getInstance(); | public FileSystemConfigBuilder getConfigBuilder() { return UrlFileSystemConfigBuilder.getInstance(); } |
assertTrue( verifyPackage( testClass.getPackage() ) ); | public void testVFSClassLoader() throws Exception { final FileObject[] objects = { m_baseFolder }; VFSClassLoader loader = new VFSClassLoader( objects, m_manager ); Class testClass = loader.loadClass( "code.ClassToLoad" ); Object testObject = testClass.newInstance(); ... | |
localMavenArtifact("org.springframework.osgi", "spring-jmx", "2.1-SNAPSHOT"), localMavenArtifact("org.knopflerfish.bundles", "commons-logging_all", "2.0.0"), | localMavenArtifact("org.springframework.osgi", "spring-jmx", "2.1-SNAPSHOT"), | protected String[] getBundleLocations() { return new String[]{ localMavenArtifact("org.springframework.osgi", "aopalliance.osgi", "1.0-SNAPSHOT"), localMavenArtifact("org.springframework.osgi", "commons-collections.osgi", "3.2-SNAPSHOT"), localMavenArtifact("org.s... |
if (!this.getType().equals(FileType.FOLDER)) | if (!this.getType().hasChildren()) | void addChild(RamFileData data) throws FileSystemException { if (!this.getType().equals(FileType.FOLDER)) { throw new FileSystemException( "A child can only be added in a folder"); } if (data == null) { throw new FileSystemException("No child can be null"); } if (this.children.contains(data)) { throw... |
if (!this.getType().equals(FileType.FOLDER)) | if (!this.getType().hasChildren()) | void removeChild(RamFileData data) throws FileSystemException { if (!this.getType().equals(FileType.FOLDER)) { throw new FileSystemException( "A child can only be removed from a folder"); } if (!this.children.contains(data)) { throw new FileSystemException("Child not found. " + data); } this.children.re... |
InputWordModel iwModel = setInputWord(word, project); | InputWordModel iwModel = makeInputWordModel(word, wordConceptSetMap); | public void initDataWithMem(Set<String> wordSet) { clearData(); Set<String> matchedWordSet = new HashSet<String>(); for (String word : wordSet) { InputWordModel iwModel = setInputWord(word, project); if (iwModel != null) { matchedWordSet.add(iwModel.getMatch... |
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