rem stringlengths 0 477k | add stringlengths 0 313k | context stringlengths 6 599k |
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public JaninoConnection() { super(Driver.DIALECT_IDENTIFIER); | public JaninoConnection(ConnectionParameters parameters) { super(Driver.DIALECT_IDENTIFIER, parameters); | public JaninoConnection() { super(Driver.DIALECT_IDENTIFIER); } |
protected AbstractConnection(DialectIdentifier dialectIdentifier, ConnectionParameters parameters) { this(parameters); if (dialectIdentifier==null) { throw new IllegalArgumentException("Dialect identifier cannot be null"); } this.dialectIdentifier = dialectIdentifier; | protected AbstractConnection() { | protected AbstractConnection(DialectIdentifier dialectIdentifier, ConnectionParameters parameters) { this(parameters); if (dialectIdentifier==null) { throw new IllegalArgumentException("Dialect identifier cannot be null"); } this.dialectIdentifier = dialectIdentifier; } |
final String packagePath = getPackageName( getClass() ).replace( '.', File.separatorChar ); m_testBaseDir = getCanonicalFile( new File( m_baseDir, packagePath ) ); | m_testBaseDir = m_baseDir; | public AbstractVfsTestCase( final String name ) { super( name ); final String baseDirProp = System.getProperty( "test.basedir" ); m_baseDir = getCanonicalFile( new File( baseDirProp ) ); final String packagePath = getPackageName( getClass() ).replace( '.', File.separatorChar ); ... |
this.absPath = absPath; | if ( absPath != null && absPath.length() > 0 ) { this.absPath = absPath; } else { this.absPath = ROOT_PATH; } | public DefaultFileName( final String scheme, final String absPath ) { this.scheme = scheme; this.absPath = absPath; } |
super( context, rootName ); | super( context, rootName, null ); | public UrlFileSystem( final FileSystemProviderContext context, final FileName rootName ) { super( context, rootName ); } |
if ( port != null && port.length() > 0 && !port.equals( getDefaultPort() ) ) | if ( port != getDefaultPort() ) | protected void appendRootUri( final StringBuffer buffer ) { buffer.append( getScheme() ); buffer.append( "://" ); if ( userInfo != null && userInfo.length() != 0 ) { buffer.append( userInfo ); buffer.append( "@" ); } buffer.append( hostName ); ... |
final String port = extractPort( name ); if ( port != null && port.length() == 0 ) { throw new FileSystemException( "vfs.provider/missing-port.error", uri ); } auth.port = port; | auth.port = extractPort( name, uri ); | protected static Authority extractToPath( final String uri, final StringBuffer name ) throws FileSystemException { final Authority auth = new Authority(); // Extract the scheme auth.scheme = UriParser.extractScheme( uri, name ); // E... |
if (input == null && !runBenchmark) usage(false); | public static void main(String[] args) { if (args.length > 0) { boolean showFrame = true; String sampler = "bucket"; boolean noRender = false; String filename = null; String input = null; String accel = null; int i = 0; i... | |
if (runRTBenchmark) { new RealtimeBenchmark(showFrame, threads); return; } if (input == null) usage(false); | public static void main(String[] args) { if (args.length > 0) { boolean showFrame = true; String sampler = "bucket"; boolean noRender = false; String filename = null; String input = null; String accel = null; int i = 0; i... | |
System.out.println(" -rtbench Run realtime ray-tracing benchmark"); | public static void usage(boolean verbose) { System.out.println("Usage: SunflowGUI [options] scenefile"); if (verbose) { System.out.println("Sunflow v" + SunflowAPI.VERSION + " textmode"); System.out.println("Renders the specified scene file"); System.out.println("Optio... | |
progress.step(1, locations.get(i).toString()); | progress.step(1, locations.get(i).toString()+" executed"); | public void execute(final EtlContext ctx) { final ProgressCallback progress = ctx.getProgressCallback() .fork(executors.size()); DynamicContext dynCtx = new DynamicContext(ctx); for (int i = 0, n = executors.size(); i < n; i++) { ExecutableElement exec = executors.get(... |
if (LOG.isLoggable(Level.FINE)) { LOG.fine("Commiting connection "+c); } | public void commit() { for (Connection c : getAllConnections()) { c.commit(); } } | |
throw new FileSystemException("vfs.provider.ftp/login.error", new Object[]{hostname, username}, null); | throw new FileSystemException("vfs.provider.ftp/login.error", new Object[]{hostname, UserAuthenticatorUtils.toString(username)}, null); | public static FTPClient createConnection(String hostname, int port, char[] username, char[] password, String workingDirectory, FileSystemOptions fileSystemOptions) throws FileSystemException { // Determine the username and password to use if (username == null) { username = "anonym... |
super( context, rootName ); | super( context, rootName, null ); | public SmbFileSystem( final FileSystemProviderContext context, final FileName rootName ) { super( context, rootName ); } |
if ( share == null ) | if ( share == null || share.length() == 0 ) | public static SmbFileName parseUri( final String uri ) throws FileSystemException { final StringBuffer name = new StringBuffer(); // Extract the scheme and authority parts final Authority auth = extractToPath( uri, name ); // Decode and adjust separators UriParser.decode... |
public Geometry(PrimitiveList primitives) { this.primitives = primitives; | public Geometry(Tesselatable tesselatable) { this.tesselatable = tesselatable; primitives = null; | public Geometry(PrimitiveList primitives) { this.primitives = primitives; accel = null; builtAccel = 0; } |
if (tesselatable != null) { UI.printInfo("[GEO] Tesselating geometry ..."); primitives = tesselatable.tesselate(); } | private synchronized void build() { // double check flag if (builtAccel != 0) return; int n = primitives.getNumPrimitives(); if (n >= 10) UI.printInfo("[GEO] Building acceleration structure for %d primitives ...", n); if (n > 20000000) accel = new ... | |
return primitives.getNumPrimitives(); | return primitives == null ? 0 : primitives.getNumPrimitives(); | int getNumPrimitives() { return primitives.getNumPrimitives(); } |
return primitives.getWorldBounds(o2w); | return primitives == null ? tesselatable.getWorldBounds(o2w) : primitives.getWorldBounds(o2w); | BoundingBox getWorldBounds(Matrix4 o2w) { return primitives.getWorldBounds(o2w); } |
if (tesselatable != null) return tesselatable.update(pl, api); | public boolean update(ParameterList pl, SunflowAPI api) { // clear acceleration structure so it will be rebuilt accel = null; builtAccel = 0; // update primitives return primitives.update(pl, api); } | |
if (noGI) api.giEngine(null); | public static void main(String[] args) { if (args.length > 0) { boolean showFrame = true; String sampler = "bucket"; boolean noRender = false; String filename = null; String input = null; int i = 0; int threads = 0; boole... | |
public UrlFileObject( UrlFileSystem fs, FileName fileName, URL url ) | public UrlFileObject( final UrlFileSystem fs, final FileName fileName ) | public UrlFileObject( UrlFileSystem fs, FileName fileName, URL url ) { super( fileName, fs ); this.url = url; } |
this.url = url; | public UrlFileObject( UrlFileSystem fs, FileName fileName, URL url ) { super( fileName, fs ); this.url = url; } | |
public Properties getServiceProperties() { | public Properties getServiceProperties(String beanName) { | public Properties getServiceProperties() { Properties p = new Properties(); String name = getSymbolicName(); if (StringUtils.hasLength(name)) { p.put(Constants.BUNDLE_SYMBOLICNAME, name); } String version = getBundleVersion(); if (StringUtils.hasLength(version)) { p.put(Constants.BUNDLE_VERSION, version); }... |
p.put(BEAN_NAME_PROPERTY_KEY, beanName); | public Properties getServiceProperties() { Properties p = new Properties(); String name = getSymbolicName(); if (StringUtils.hasLength(name)) { p.put(Constants.BUNDLE_SYMBOLICNAME, name); } String version = getBundleVersion(); if (StringUtils.hasLength(version)) { p.put(Constants.BUNDLE_VERSION, version); }... | |
public Connection getConnection() { if (connection == null) { connection = getConnection(connectionEl); } | private Connection getConnection(final ConnectionEl connectionEl) { try { if (driver != null) { Properties info = new Properties(); final String u = connectionEl.getUser(); | public Connection getConnection() { if (connection == null) { connection = getConnection(connectionEl); } return connection; } |
return connection; | if (u != null) { info.put("user", u); } final String p = connectionEl.getPassword(); if (p != null) { info.put("password", p); } final Connection c = driver.connect(connectionEl.getUrl(), info); c.setAutoCommit(false); return c; } else { Class.forName(connectionEl.getDriver()); final Connection c = DriverManager.g... | public Connection getConnection() { if (connection == null) { connection = getConnection(connectionEl); } return connection; } |
final FileInfo code = new FileInfo( "code", FileType.FOLDER ); base.addChild( code ); code.addChild( "ClassToLoad.class", FileType.FILE ); | private FileInfo buildExpectedStructure() { // Build the expected structure final FileInfo base = new FileInfo( "test", FileType.FOLDER ); base.addChild( "file1.txt", FileType.FILE ); base.addChild( "empty.txt", FileType.FILE ); base.addChild( "emptydir", FileType.FOLDER ); ... | |
folder.getContent(); | folder.getContent().getInputStream(); | public void testNoContent() throws Exception { // Try getting the content of a folder FileObject folder = m_baseFolder.resolveFile( "dir1" ); try { folder.getContent(); fail(); } catch( FileSystemException e ) { final String messag... |
final String message = REZ.getString( "get-folder-content.error", folder ); | final String message = REZ.getString( "read-folder.error", folder ); | public void testNoContent() throws Exception { // Try getting the content of a folder FileObject folder = m_baseFolder.resolveFile( "dir1" ); try { folder.getContent(); fail(); } catch( FileSystemException e ) { final String messag... |
folder.getURL().openConnection(); | folder.getURL().openConnection().getInputStream(); | public void testNoURLContent() throws Exception { // Try getting the content of a folder FileObject folder = m_baseFolder.resolveFile( "dir1" ); try { folder.getURL().openConnection(); fail(); } catch( IOException e ) { final Strin... |
final String message = REZ.getString( "get-folder-content.error", folder ); | final String message = REZ.getString( "read-folder.error", folder ); | public void testNoURLContent() throws Exception { // Try getting the content of a folder FileObject folder = m_baseFolder.resolveFile( "dir1" ); try { folder.getURL().openConnection(); fail(); } catch( IOException e ) { final Strin... |
geometry("teapot", new Teapot()); | geometry("teapot", (Tesselatable) new Teapot()); | private void createGeometry() { // light source parameter("source", new Point3(-15.5945f, -30.0581f, 45.967f)); parameter("dir", new Vector3(15.5945f, 30.0581f, -45.967f)); parameter("radius", 60.0f); parameter("radiance", Color.white().mul(3)); light("light", new Direction... |
geometry("gumbo", new Gumbo()); | geometry("gumbo", (Tesselatable) new Gumbo()); | private void createGeometry() { // light source parameter("source", new Point3(-15.5945f, -30.0581f, 45.967f)); parameter("dir", new Vector3(15.5945f, 30.0581f, -45.967f)); parameter("radius", 60.0f); parameter("radiance", Color.white().mul(3)); light("light", new Direction... |
return new Color(1); | return new Color(1f); | public static Color white() { return new Color(1); } |
public FakeGIEngine(Vector3 up, Color sky, Color ground) { this.up = new Vector3(up).normalize(); this.sky = sky; this.ground = ground; up.normalize(); | public FakeGIEngine(Options options) { up = options.getVector("gi.fake.up", new Vector3(0, 1, 0)).normalize(); sky = options.getColor("gi.fake.sky", Color.WHITE).copy(); ground = options.getColor("gi.fake.ground", Color.BLACK).copy(); | public FakeGIEngine(Vector3 up, Color sky, Color ground) { this.up = new Vector3(up).normalize(); this.sky = sky; this.ground = ground; up.normalize(); sky.mul((float) Math.PI); ground.mul((float) Math.PI); } |
AbstractBundleXmlApplicationContext createApplicationContextWithBundleContext(ApplicationContext parent, BundleContext aBundleContext, String[] configLocations, NamespacePlugins plugins, boolean waitForDependencies);; | AbstractBundleXmlApplicationContext createApplicationContextWithBundleContext( BundleContext aBundleContext, String[] configLocations, NamespacePlugins plugins, boolean waitForDependencies); | AbstractBundleXmlApplicationContext createApplicationContextWithBundleContext(ApplicationContext parent, BundleContext aBundleContext, String[] configLocations, ... |
m_manager.addProvider( "zip", new ZipFileSystemProvider() ); return m_manager.resolveFile( uri ); | getManager().addProvider( "zip", new ZipFileSystemProvider() ); return getManager().resolveFile( uri ); | protected FileObject getBaseFolder() throws Exception { File zipFile = getTestResource( "test.zip" ); String uri = "zip:" + zipFile.getAbsolutePath() + "!basedir"; m_manager.addProvider( "zip", new ZipFileSystemProvider() ); return m_manager.resolveFile( uri ); } |
protected JDBCConnection connect(ConnectionParameters parameters, Properties props) throws SQLException { return new JDBCConnection(getConnection(parameters.getUrl(), props)); | public JDBCConnection connect(ConnectionParameters params) { if (params.getUrl() == null) { throw new IllegalArgumentException("URL parameter is required for JDBC driver connection"); } try { Properties props = new Properties(); props.putAll(params.getProperties()); if (params.getUser() != null) { props.put("user", pa... | protected JDBCConnection connect(ConnectionParameters parameters, Properties props) throws SQLException { return new JDBCConnection(getConnection(parameters.getUrl(), props)); } |
public final double getRandom(int j, int dim, int n) { | public final double getRandom(int j, int dim) { | public final double getRandom(int j, int dim, int n) { switch (dim) { case 0: return QMC.mod1(qmcD0I + (double) j / (double) n); case 1: return QMC.mod1(qmcD1I + QMC.halton(0, j)); default: return QMC.mod1(QMC.halton(d + dim, i) + ... |
return QMC.mod1(qmcD0I + (double) j / (double) n); | return QMC.mod1(qmcD0I + QMC.halton(0, j)); | public final double getRandom(int j, int dim, int n) { switch (dim) { case 0: return QMC.mod1(qmcD0I + (double) j / (double) n); case 1: return QMC.mod1(qmcD1I + QMC.halton(0, j)); default: return QMC.mod1(QMC.halton(d + dim, i) + ... |
return QMC.mod1(qmcD1I + QMC.halton(0, j)); | return QMC.mod1(qmcD1I + QMC.halton(1, j)); | public final double getRandom(int j, int dim, int n) { switch (dim) { case 0: return QMC.mod1(qmcD0I + (double) j / (double) n); case 1: return QMC.mod1(qmcD1I + QMC.halton(0, j)); default: return QMC.mod1(QMC.halton(d + dim, i) + ... |
return QMC.mod1(QMC.halton(d + dim, i) + QMC.halton(dim - 1, j)); | return QMC.mod1(QMC.halton(d + dim, i) + QMC.halton(dim, j)); | public final double getRandom(int j, int dim, int n) { switch (dim) { case 0: return QMC.mod1(qmcD0I + (double) j / (double) n); case 1: return QMC.mod1(qmcD1I + QMC.halton(0, j)); default: return QMC.mod1(QMC.halton(d + dim, i) + ... |
return server.traceRefraction(this, new Ray(p, r.getDirection()), 0); | return traceRefraction(new Ray(p, r.getDirection()), 0); | public final Color traceTransparency() { return server.traceRefraction(this, new Ray(p, r.getDirection()), 0); } |
return new Color(0); | return new Color(0f); | public static Color black() { return new Color(0); } |
public ConnectionParameters(Map<String, String> properties, String url, String user, String password, String schema, String catalog) { | public ConnectionParameters(Map<String, String> properties, String url, String user, String password, String schema, String catalog, ThisParameter context) { | public ConnectionParameters(Map<String, String> properties, String url, String user, String password, String schema, String catalog) { this.properties = properties; this.url = url; this.user = user; this.password = password; this.schema = schema; this.catalog = catalog; ... |
this.context = context; | public ConnectionParameters(Map<String, String> properties, String url, String user, String password, String schema, String catalog) { this.properties = properties; this.url = url; this.user = user; this.password = password; this.schema = schema; this.catalog = catalog; ... | |
StAXFeatureHandler(StAXFeatureHandler staxenv) { | StAXFeatureHandler() { | StAXFeatureHandler(StAXFeatureHandler staxenv) { handlers = new ArrayList(); this.staxenv = staxenv; } |
this.staxenv = staxenv; | StAXFeatureHandler(StAXFeatureHandler staxenv) { handlers = new ArrayList(); this.staxenv = staxenv; } | |
String doddleHome = file.getParentFile().getPath() + "/"; | String doddleHome = file.getParentFile().getPath() + File.separator; | public void exec() { SplashWindow splashWindow = new SplashWindow(); try { String jarPath = DODDLE.class.getClassLoader().getResource("").getFile(); File file = new File(jarPath); String doddleHome = file.getParentFile().getPath() + "/"; EDRDic.ID_DEFINITION... |
DODDLE.initOptions(new String[] { "lang=ja"}); | DODDLE.LANG = "en"; DODDLE.initOptions(new String[] { "lang=en"}); | public void exec() { SplashWindow splashWindow = new SplashWindow(); try { String jarPath = DODDLE.class.getClassLoader().getResource("").getFile(); File file = new File(jarPath); String doddleHome = file.getParentFile().getPath() + "/"; EDRDic.ID_DEFINITION... |
setParam(opts, PASSIVE_MODE, Boolean.valueOf(passiveMode)); | setParam(opts, PASSIVE_MODE, passiveMode?Boolean.TRUE:Boolean.FALSE); | public void setPassiveMode(FileSystemOptions opts, boolean passiveMode) { setParam(opts, PASSIVE_MODE, Boolean.valueOf(passiveMode)); } |
char token, Annotation annotation ) { super(token, annotation); | Annotation annotation, List symbols ) throws IllegalSymbolException { this(annotation); if(symbols == null) { throw new NullPointerException("symbols can't be null"); } if(symbols.size() == 0) { throw new IllegalSymbolException( "Can't create BasisSymbol for an empty list. Use the Gap symbol." ); } this.symbols = ListT... | protected SimpleBasisSymbol( char token, Annotation annotation ) { super(token, annotation); } |
final int n = m.getColumnCount(); | columnsCount = m.getColumnCount(); | public ResultSetAdapter(ResultSet resultSet, ParametersCallback parametersCallback, JDBCTypesConverter converter) { this.params = parametersCallback; this.resultSet = resultSet; columnsMap = new ColumnsMap(); this.converter = converter; try { ... |
for (int i = 1; i <= n; i++) { | for (int i = 1; i <= columnsCount; i++) { | public ResultSetAdapter(ResultSet resultSet, ParametersCallback parametersCallback, JDBCTypesConverter converter) { this.params = parametersCallback; this.resultSet = resultSet; columnsMap = new ColumnsMap(); this.converter = converter; try { ... |
row = new Object[n]; | public ResultSetAdapter(ResultSet resultSet, ParametersCallback parametersCallback, JDBCTypesConverter converter) { this.params = parametersCallback; this.resultSet = resultSet; columnsMap = new ColumnsMap(); this.converter = converter; try { ... | |
boolean res = resultSet.next(); Arrays.fill(row, null); return res; | return resultSet.next(); | public boolean next() { try { boolean res = resultSet.next(); Arrays.fill(row, null); return res; } catch (SQLException e) { throw new JDBCException("Unable to move cursor to the next row", e); } } |
public EllipticalBeadRenderer(double beadDepth, double beadDisplacement, Paint beadOutline, Paint beadFill, Stroke beadStroke, double dimensionRatio) | public EllipticalBeadRenderer() | public EllipticalBeadRenderer(double beadDepth, double beadDisplacement, Paint beadOutline, Paint beadFill, Stroke beadStroke, double dimensionRatio) { super(beadDepth, beadDisplacement, beadOutline, beadFill, beadStroke); dimensionRatio = 2.0F; } |
super(beadDepth, beadDisplacement, beadOutline, beadFill, beadStroke); | super(); | public EllipticalBeadRenderer(double beadDepth, double beadDisplacement, Paint beadOutline, Paint beadFill, Stroke beadStroke, double dimensionRatio) { super(beadDepth, beadDisplacement, beadOutline, beadFill, beadStroke); dimensionRatio = 2.0F; } |
public RectangularBeadRenderer(double beadDepth, double beadDisplacement, Paint beadOutline, Paint beadFill, Stroke beadStroke) | public RectangularBeadRenderer() | public RectangularBeadRenderer(double beadDepth, double beadDisplacement, Paint beadOutline, Paint beadFill, Stroke beadStroke) { super(beadDepth, beadDisplacement, bea... |
super(beadDepth, beadDisplacement, beadOutline, beadFill, beadStroke); | super(); | public RectangularBeadRenderer(double beadDepth, double beadDisplacement, Paint beadOutline, Paint beadFill, Stroke beadStroke) { super(beadDepth, beadDisplacement, bea... |
public FilteringRenderer( SequenceRenderer renderer, FeatureFilter filter, boolean recurse ) { super(renderer); try { setFilter(filter); setRecurse(recurse); } catch (ChangeVetoException cve) { throw new AssertionFailure("Assertion Failure: Should have no listeners", cve); } | public FilteringRenderer() { filter = FeatureFilter.all; recurse = false; | public FilteringRenderer( SequenceRenderer renderer, FeatureFilter filter, boolean recurse ) { super(renderer); try { setFilter(filter); setRecurse(recurse); } catch (ChangeVetoException cve) { throw new AssertionFailure("Assertion Failure: Should have no listeners", cve); } } |
public static Location union(Collection locs) { List locList = new ArrayList(); for (Iterator li = locs.iterator(); li.hasNext(); ) { Location loc = (Location) li.next(); for (Iterator bi = loc.blockIterator(); bi.hasNext(); ) { locList.add(bi.next()); } } | public static Location union(Location locA, Location locB) { if(isDecorated(locA) || isDecorated(locB)) { handleDecorations(); } | public static Location union(Collection locs) { List locList = new ArrayList(); for (Iterator li = locs.iterator(); li.hasNext(); ) { Location loc = (Location) li.next(); for (Iterator bi = loc.blockIterator(); bi.hasNext(); ) { locList.add(bi.next()); } } return _union(locList); } |
return _union(locList); | if( locA.isContiguous() && locB.isContiguous() && locA.overlaps(locB) ) { return buildLoc( Math.min(locA.getMin(), locB.getMin()), Math.max(locA.getMax(), locB.getMax()) ); } else { List locList = new ArrayList(); for(Iterator i = locA.blockIterator(); i.hasNext(); ) { locList.add(i.next()); } for(Iterator i ... | public static Location union(Collection locs) { List locList = new ArrayList(); for (Iterator li = locs.iterator(); li.hasNext(); ) { Location loc = (Location) li.next(); for (Iterator bi = loc.blockIterator(); bi.hasNext(); ) { locList.add(bi.next()); } } return _union(locList); } |
} | public static Location union(Collection locs) { List locList = new ArrayList(); for (Iterator li = locs.iterator(); li.hasNext(); ) { Location loc = (Location) li.next(); for (Iterator bi = loc.blockIterator(); bi.hasNext(); ) { locList.add(bi.next()); } } return _union(locList); } | |
if (state != null) | if (state != null) { | void add(ShadingState state) { if (n == 0) { c = Color.black(); sampled = true; } if (state != null) c.add(state.getResult()); n++; } |
if (state.getResult().isNan()) UI.printError(Module.BCKT, "NaN shading sample!"); else if (state.getResult().isInf()) UI.printError(Module.BCKT, "Inf shading sample!"); } | void add(ShadingState state) { if (n == 0) { c = Color.black(); sampled = true; } if (state != null) c.add(state.getResult()); n++; } | |
if (c.isNan()) UI.printError(Module.BCKT, "NaN shading sample!"); else if (c.isInf()) UI.printError(Module.BCKT, "Inf shading sample!"); | void set(ShadingState state) { if (state == null) c = Color.BLACK; else { c = state.getResult(); shader = state.getShader(); instance = state.getInstance(); if (state.getNormal() != null) { nx = s... | |
stack = new StackNode[64]; | stack = new StackNode[MAX_STACK_SIZE * 2]; | public IntersectionState() { stack = new StackNode[64]; for (int i = 0; i < stack.length; i++) stack[i] = new StackNode(); } |
+ "/ConfigurableBundleCreatorTestsTests$1-bundle.properties", bundleCreator.getSettingsLocation()); | + "/ConfigurableBundleCreatorTestsTest$1-bundle.properties", bundleCreator.getSettingsLocation()); | public void testGetSettingsLocation() throws Exception { assertEquals(bundleCreator.getClass().getPackage().getName().replace('.', '/') + "/ConfigurableBundleCreatorTestsTests$1-bundle.properties", bundleCreator.getSettingsLocation()); } |
props.load(new ClassPathResource("org/springframework/osgi/test/ConfigurableBundleCreatorTestsTests$1-bundle.properties").getInputStream()); | props.load(new ClassPathResource("org/springframework/osgi/test/ConfigurableBundleCreatorTestsTest$1-bundle.properties").getInputStream()); | public void testPropertiesLoading() throws Exception { Properties testSettings = bundleCreator.getSettings(); Properties props = new Properties(); props.load(new ClassPathResource("org/springframework/osgi/test/ConfigurableBundleCreatorTestsTests$1-bundle.properties").getInputStream()); assertEquals(props.getPrope... |
settings.setProperty(ROOT_DIR, super.getRootPath()); | protected Properties getSettings() throws Exception { Properties settings = new Properties(DEFAULT_SETTINGS); Resource resource = new ClassPathResource(getSettingsLocation()); if (resource.exists()) { InputStream stream = resource.getInputStream(); try { if (stream != null) { settings.load(stream); l... | |
public void construct( Matcher m, Tree[] cases, boolean doBinding) { this._m = m; super.initialize( _m.selector, _m.owner, _m.resultType, doBinding ); for( int i = 0; i < cases.length; i++ ) { addCase( (CaseDef) cases[i], i); } _m.tree = toTree(); | public void construct( Matcher m, Tree[] cases) { construct(m, cases, true); | public void construct( Matcher m, Tree[] cases, boolean doBinding) { this._m = m; super.initialize( _m.selector, _m.owner, _m.resultType, doBinding ); for( int i = 0; i < cases.length; i++ ) { addCase( (CaseDef) cases[i], i); } _m.tree = toTree(); ... |
ConfigurableApplicationContext ctx = contextFactory.createApplicationContextWithBundleContext(null, bundleContext, applicationContextLocations, plugins, true); | ConfigurableApplicationContext ctx = contextFactory.createApplicationContextWithBundleContext(bundleContext, applicationContextLocations, plugins, true); | private void startBundle(Bundle bundle) { String[] applicationContextLocations = getApplicationContextLocations(bundle); if (applicationContextLocations == null) { return; // Nothing to do... } BundleContext bundleContext = OsgiResourceUtils.getBundleContext(bundle); if (bundleContext == null) { log.error("Co... |
throw new IllegalStateException("Exception retrieving bundle context", e); | throw (IllegalStateException)new IllegalStateException("Exception retrieving bundle context").initCause(e); | public static BundleContext getBundleContext(Bundle bundle) { if (bundle == null) return null; try {// Retrieve bundle context from Equinox Method m = bundle.getClass().getDeclaredMethod("getContext", new Class[0]); m.setAccessible(true); return (BundleContext) m.invoke(bundle, new Object[0]); ... |
int[] triangles = new int[data.length / 9]; | int[] triangles = new int[3 * (data.length / 9)]; | public boolean parse(String filename, SunflowAPI api) { try { UI.printInfo("[RA2] Reading geometry: \"%s\" ...", filename); File file = new File(filename); FileInputStream stream = new FileInputStream(filename); MappedByteBuffer map = stream.getChannel().map(FileCh... |
filesystem = new LocalFileSystem(rootName, rootFile.getAbsolutePath()); | filesystem = new LocalFileSystem(rootName, rootFile.getAbsolutePath(), properties); | public synchronized FileObject findFile(final FileObject baseFile, final String uri, final FileSystemOptions properties) throws FileSystemException { // Parse the name final StringBuffer buffer = new StringBuffer(uri); final String scheme = UriParser.extractScheme(uri, buffer); ... |
super( context, rootName ); | super( context, rootName, null ); | public LocalFileSystem( final FileSystemProviderContext context, final DefaultFileName rootName, final String rootFile ) { super( context, rootName ); this.rootFile = rootFile; } |
if (children.add(baseName)) | if (children.add(baseName.getBaseName())) | public void attachChild(final FileName baseName, final FileType type) throws Exception { final FileType oldType = doGetType(); if (children.add(baseName)) { childrenChanged(baseName, type); } maybeTypeChanged(oldType); } |
ConceptTreeNode rootNode = (ConceptTreeNode) classTreeModel.getRoot(); Set<ConceptTreeNode> replaceNodeSet = new HashSet<ConceptTreeNode>(); Set<String> conceptIdSetForReplaceSubConcepts = disambiguationPanel .getConceptIdSetForReplaceSubConcepts(); checkReplaceSubConcepts(rootNode, conceptIdSetForReplaceSubConcepts, ... | private TreeModel makeClassTreeModel(Set<Concept> nounConceptSet) { TreeModel classTreeModel = null; if (project.getDisambiguationPanel().getConstructionTypePanel().isNewConstruction()) { constructClassPanel.init(); if (project.getDisambigu... | |
ConceptTreeNode rootNode = (ConceptTreeNode) propertyTreeModel.getRoot(); Set<ConceptTreeNode> replaceNodeSet = new HashSet<ConceptTreeNode>(); Set<String> conceptIdSetForReplaceSubConcepts = disambiguationPanel .getConceptIdSetForReplaceSubConcepts(); checkReplaceSubConcepts(rootNode, conceptIdSetForReplaceSubConcepts... | private TreeModel makePropertyTreeModel(Set<Concept> verbConceptSet) { TreeModel propertyTreeModel = null; if (project.getDisambiguationPanel().getConstructionTypePanel().isNewConstruction()) { constructPropertyPanel.init(); if (project.get... | |
TreeModel model = treeMaker.getTrimmedTreeModel(pathSet, project); | TreeModel model = treeMaker.getTrimmedTreeModel(pathSet, project, ConceptTreeMaker.DODDLE_CLASS_ROOT_ID); | public TreeModel getTreeModel(Set<Concept> conceptSet) { Set pathSet = treeMaker.getPathList(conceptSet); trimmedConceptNum = 0; TreeModel model = treeMaker.getTrimmedTreeModel(pathSet, project); trimmedConceptNum = treeMaker.getTrimmedConceptNum(); beforeTrimmingConceptNum = tree... |
* とりあえず，「移動」と「行為」概念の下位概念については，動詞的概念とみなす．ほとんどの動詞的概念は， | * とりあえず，「移動」，「行為」，「状態」，「変化」，「現象」概念の下位概念については，動詞的概念とみなす．ほとんどの動詞的概念は， | public Set<Concept> getVerbConceptSet(Set<Concept> inputConceptSet) { Set<Concept> verbConceptSet = new HashSet<Concept>(); Set<String> allVerbIDSet = new HashSet<String>(); // for (Iterator i = inputIDSet.iterator(); i.hasNext();) { // String id = (String) i.next(); // // ... |
allVerbIDSet.addAll(getSubIDSet("3aa963")); allVerbIDSet.addAll(getSubIDSet("30f7e5")); allVerbIDSet.addAll(getSubIDSet("3f9856")); | public Set<Concept> getVerbConceptSet(Set<Concept> inputConceptSet) { Set<Concept> verbConceptSet = new HashSet<Concept>(); Set<String> allVerbIDSet = new HashSet<String>(); // for (Iterator i = inputIDSet.iterator(); i.hasNext();) { // String id = (String) i.next(); // // ... | |
System.setProperty("org.osgi.framework.bootdelegation", "javax.*,org.w3c.*,sun.*,org.xml.*,com.sun.*"); | public void start() throws Exception { // passed the configuration option as System properties then arguments // (there is no dependency on the main class). System.setProperty("eclipse.ignoreApp", "true"); System.setProperty("osgi.clean", "true"); System.setProperty("osgi.noShutdown", "true"); // System.setPrope... | |
final String port, | final int port, | private SmbFileName( final String scheme, final String hostName, final String port, final String userInfo, final String share, final String path ) { super( scheme, hostName, port, userIn... |
public String getDefaultPort() | public int getDefaultPort() | public String getDefaultPort() { return "139"; } |
return "139"; | return 139; | public String getDefaultPort() { return "139"; } |
update(name); | if (lookupGeometry(name) != null) update(name); else UI.printError("[API] Unable to update geometry \"%s\" - geometry object was not found", name); | public final void geometry(String name, PrimitiveList primitives) { if (primitives != null) { // we are declaring a geometry for the first time if (renderObjects.containsKey(name)) { UI.printError("[API] Unable to declare geometry \"%s\", name is already in use", name); ... |
if (update(name) && geoname != null) scene.addInstance(renderObjects.get(name).getInstance()); | if (lookupInstance(name) != null) { if (update(name) && geoname != null) scene.addInstance(renderObjects.get(name).getInstance()); } else UI.printError("[API] Unable to update instance \"%s\" - instance object was not found", name); | public final void instance(String name, String geoname) { if (geoname != null) { // we are declaring this instance for the first time if (renderObjects.containsKey(name)) { UI.printError("[API] Unable to declare instance \"%s\", name is already in use", name); ... |
if (update(name) && light != null) scene.addLight(light); | if (lookupLight(name) != null) { if (update(name) && light != null) scene.addLight(light); } else UI.printError("[API] Unable to update instance \"%s\" - instance object was not found", name); | public final void light(String name, LightSource light) { if (light != null) { // we are declaring this light for the first time if (renderObjects.containsKey(name)) { UI.printError("[API] Unable to declare light \"%s\", name is already in use", name); retu... |
public final Geometry lookupGeometry(String name) { | private final Geometry lookupGeometry(String name) { | public final Geometry lookupGeometry(String name) { RenderObjectHandle handle = renderObjects.get(name); if (handle == null) return null; return handle.getGeometry(); } |
if (handle == null) return null; return handle.getGeometry(); | return (handle == null) ? null : handle.getGeometry(); | public final Geometry lookupGeometry(String name) { RenderObjectHandle handle = renderObjects.get(name); if (handle == null) return null; return handle.getGeometry(); } |
update(name); | if (lookupShader(name) != null) update(name); else UI.printError("[API] Unable to update shader \"%s\" - shader object was not found", name); | public final void shader(String name, Shader shader) { if (shader != null) { // we are declaring a shader for the first time if (renderObjects.containsKey(name)) { UI.printError("[API] Unable to declare shader \"%s\", name is already in use", name); return;... |
scene.setShaderOverride(shader(name), photonOverride); | scene.setShaderOverride(lookupShader(name), photonOverride); | public final void shaderOverride(String name, boolean photonOverride) { scene.setShaderOverride(shader(name), photonOverride); } |
UI.printError("[API] Unable to update \"%s\" -- removing", name); renderObjects.remove(name); | UI.printError("[API] Unable to update \"%s\" - removing", name); remove(name); | public boolean update(String name) { RenderObjectHandle obj = renderObjects.get(name); boolean success; if (obj == null) { UI.printError("[API] Unable to update \"%s\" - object was not defined yet", name); success = false; } else { UI.printDetailed("[API]... |
else if (n > 1) | else if (n > 2) | public Geometry(PrimitiveList primitives) { this.primitives = primitives; // TODO: construct appropriate acceleration structure from parameters accel = null; int n = primitives.getNumPrimitives(); if (n == 1) accel = new SimpleAccelerator(); else if (n > 1) ... |
if (accel != null) accel.build(primitives); | else accel = new NullAccelerator(); accel.build(primitives); | public Geometry(PrimitiveList primitives) { this.primitives = primitives; // TODO: construct appropriate acceleration structure from parameters accel = null; int n = primitives.getNumPrimitives(); if (n == 1) accel = new SimpleAccelerator(); else if (n > 1) ... |
if (instance.getBounds() == null) | if (instance.getBounds() == null) { | public void addInstance(Instance instance) { if (instance.getBounds() == null) infiniteInstanceList.add(instance); else { instanceList.add(instance); changedGeometry = true; } } |
else { instanceList.add(instance); changedGeometry = true; | } else { if (instance.getBounds().isEmpty()) UI.printWarning("[API] Instance has an empty bounding box - ignoring."); else { instanceList.add(instance); changedGeometry = true; } | public void addInstance(Instance instance) { if (instance.getBounds() == null) infiniteInstanceList.add(instance); else { instanceList.add(instance); changedGeometry = true; } } |
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