Datasets:
JoaoJunior
/
formatted-java-code-APR

Dataset card Data Studio Files
xet
 Community
1
bugged
stringlengths
6
599k
fixed
stringlengths
6
40.8M
__index_level_0__
int64
0
3.24M
public boolean implies(Permission perm) { final SocketPermission that; //System.out.println("implies"); // First make sure we are the right object type if (perm instanceof SocketPermission) { that = (SocketPermission) perm; } else { return false; } ...
public boolean implies(Permission perm) { final SocketPermission that; //System.out.println("implies"); // First make sure we are the right object type if (perm instanceof SocketPermission) { that = (SocketPermission) perm; } else { return false; } ...
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public boolean implies(Permission perm) { final SocketPermission that; //System.out.println("implies"); // First make sure we are the right object type if (perm instanceof SocketPermission) { that = (SocketPermission) perm; } else { return false; } ...
public boolean implies(Permission perm) { final SocketPermission that; //System.out.println("implies"); // First make sure we are the right object type if (perm instanceof SocketPermission) { that = (SocketPermission) perm; } else { return false; } ...
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public boolean implies(Permission perm) { final SocketPermission that; //System.out.println("implies"); // First make sure we are the right object type if (perm instanceof SocketPermission) { that = (SocketPermission) perm; } else { return false; } ...
public boolean implies(Permission perm) { final SocketPermission that; //System.out.println("implies"); // First make sure we are the right object type if (perm instanceof SocketPermission) { that = (SocketPermission) perm; } else { return false; } ...
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public boolean implies(Permission perm) { final SocketPermission that; //System.out.println("implies"); // First make sure we are the right object type if (perm instanceof SocketPermission) { that = (SocketPermission) perm; } else { return false; } ...
public boolean implies(Permission perm) { final SocketPermission that; //System.out.println("implies"); // First make sure we are the right object type if (perm instanceof SocketPermission) { that = (SocketPermission) perm; } else { return false; } ...
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public boolean implies(Permission perm) { final SocketPermission that; //System.out.println("implies"); // First make sure we are the right object type if (perm instanceof SocketPermission) { that = (SocketPermission) perm; } else { return false; } ...
public boolean implies(Permission perm) { final SocketPermission that; //System.out.println("implies"); // First make sure we are the right object type if (perm instanceof SocketPermission) { that = (SocketPermission) perm; } else { return false; } ...
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public PermissionCollection newPermissionCollection() { return new SocketPermissionCollection(); }
public PermissionCollection newPermissionCollection() { return new SocketPermissionCollection(); }
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protected Object clone () throws CloneNotSupportedException { throw new InternalError ("not implemented"); }
protected Object clone () throws CloneNotSupportedException { AbstractFormatter newFormatter = (AbstractFormatter)super.clone(); newFormatter.textField = null; return newFormatter; }
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protected Action[] getActions () { return textField.getActions(); }
protected Action[] getActions () { return null; }
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protected DocumentFilter getDocumentFilter () { throw new InternalError ("not implemented"); }
protected DocumentFilter getDocumentFilter () { return null; }
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protected NavigationFilter getNavigationFilter () { return textField.getNavigationFilter(); }
protected NavigationFilter getNavigationFilter () { return null; }
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public void commitEdit () throws ParseException { throw new InternalError ("not implemented"); }
public void commitEdit () throws ParseException { if (formatter == null) return; Object oldValue = this.value; this.value = formatter.stringToValue(getText());; editValid = true; firePropertyChange("value", oldValue, this.value); }
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public AbstractFormatter getFormatter () { if (formatterFactory == null) return null; return formatterFactory.getFormatter(this); }
public AbstractFormatter getFormatter () { if (formatterFactory == null) return null; return formatterFactory.getFormatter(this); }
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protected void processFocusEvent (FocusEvent evt) { // it's safe to simply call super for now, until it gets clear // what this method is supposed to do // throw new InternalError ("not implemented"); super.processFocusEvent(evt); }
protected void processFocusEvent (FocusEvent evt) { // it's safe to simply call super for now, until it gets clear // what this method is supposed to do // throw new InternalError ("not implemented"); super.processFocusEvent(evt); }
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protected void setFormatter (AbstractFormatter formatter) { AbstractFormatter oldFormatter = null; if (formatterFactory != null) oldFormatter = formatterFactory.getFormatter(this); if (oldFormatter == formatter) return; setFormatterFactory(new FormatterFactoryWrapper(formatter)); firePro...
protected void setFormatter (AbstractFormatter formatter) { AbstractFormatter oldFormatter = null; if (formatterFactory != null) oldFormatter = formatterFactory.getFormatter(this); if (oldFormatter == formatter) return; setFormatterFactory(new FormatterFactoryWrapper(formatter)); firePro...
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protected void setFormatter (AbstractFormatter formatter) { AbstractFormatter oldFormatter = null; if (formatterFactory != null) oldFormatter = formatterFactory.getFormatter(this); if (oldFormatter == formatter) return; setFormatterFactory(new FormatterFactoryWrapper(formatter)); firePro...
protected void setFormatter (AbstractFormatter formatter) { AbstractFormatter oldFormatter = null; if (formatterFactory != null) oldFormatter = formatterFactory.getFormatter(this); if (oldFormatter == formatter) return; setFormatterFactory(new FormatterFactoryWrapper(formatter)); firePro...
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protected void setFormatter (AbstractFormatter formatter) { AbstractFormatter oldFormatter = null; if (formatterFactory != null) oldFormatter = formatterFactory.getFormatter(this); if (oldFormatter == formatter) return; setFormatterFactory(new FormatterFactoryWrapper(formatter)); firePro...
protected void setFormatter (AbstractFormatter formatter) { AbstractFormatter oldFormatter = null; if (formatterFactory != null) oldFormatter = formatterFactory.getFormatter(this); if (oldFormatter == formatter) return; firePropertyChange("formatter", oldFormatter, formatter); }
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public void setValue (Object newValue) { if (value == newValue) return; // format value AbstractFormatter formatter = createFormatter(newValue); try { setText(formatter.valueToString(newValue)); } catch (ParseException ex) { // TODO: what should we do with this? ...
public void setValue (Object newValue) { if (value == newValue) return; // format value AbstractFormatter formatter = createFormatter(newValue); try { setText(formatter.valueToString(newValue)); } catch (ParseException ex) { // TODO: what should we do with this? ...
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public InternationalFormatter(Format format) { this(); setFormat(format); }
public InternationalFormatter() { this(); setFormat(format); }
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public InternationalFormatter(Format format) { this(); setFormat(format); }
public InternationalFormatter(Format format) { this(); setFormat(format); }
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public BasicPermission(String name) { super(name); // This routine used to check for illegal wildcards, but no such // requirement exists in the specification and Sun's runtime // doesn't appear to do it. if ("".equals(name)) throw new IllegalArgumentException("Empty name"); }
public BasicPermission(String name) { super(name); // This routine used to check for illegal wildcards, but no such // requirement exists in the specification and Sun's runtime // doesn't appear to do it. if (name.equals("")) throw new IllegalArgumentException("Empty name"); }
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public static synchronized Class getProxyClass(ClassLoader loader, Class[] interfaces) { interfaces = (Class[]) interfaces.clone(); ProxyType pt = new ProxyType(loader, interfaces); Class clazz = (Class) proxyClasses.get(pt); if (clazz == null) { if (...
public static synchronized Class getProxyClass(ClassLoader loader, Class[] interfaces) { interfaces = (Class[]) interfaces.clone(); ProxyType pt = new ProxyType(loader, interfaces); Class clazz = (Class) proxyClasses.get(pt); if (clazz == null) { if (...
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public static synchronized Class getProxyClass(ClassLoader loader, Class[] interfaces) { interfaces = (Class[]) interfaces.clone(); ProxyType pt = new ProxyType(loader, interfaces); Class clazz = (Class) proxyClasses.get(pt); if (clazz == null) { if (...
public static synchronized Class getProxyClass(ClassLoader loader, Class[] interfaces) { interfaces = (Class[]) interfaces.clone(); ProxyType pt = new ProxyType(loader, interfaces); Class clazz = (Class) proxyClasses.get(pt); if (clazz == null) { if (...
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DataFlavor(String mimeType) throws ClassNotFoundException{ this(mimeType, null);}
DataFlavor(String mimeType) throws ClassNotFoundException{ this(mimeType, null);}
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DataFlavor(String mimeType) throws ClassNotFoundException{ this(mimeType, null);}
DataFlavor(String mimeType) throws ClassNotFoundException{ this(mimeType, null);}
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public boolean canEncode (CharSequence cs) { CharBuffer cb; if (cs instanceof CharBuffer) cb = ((CharBuffer) cs).duplicate (); else cb = CharBuffer.wrap (cs); return canEncode (cb); }
public boolean canEncode (char c) { CharBuffer cb; if (cs instanceof CharBuffer) cb = ((CharBuffer) cs).duplicate (); else cb = CharBuffer.wrap (cs); return canEncode (cb); }
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public boolean canEncode (CharSequence cs) { CharBuffer cb; if (cs instanceof CharBuffer) cb = ((CharBuffer) cs).duplicate (); else cb = CharBuffer.wrap (cs); return canEncode (cb); }
public boolean canEncode (CharSequence cs) { CharBuffer cb; if (cs instanceof CharBuffer) cb = ((CharBuffer) cs).duplicate (); else cb = CharBuffer.wrap (cs); return canEncode (cb); }
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public void addPropertyChangeListener (String name, PropertyChangeListener listener) { if (listener == null) return; if (changeSupport == null) changeSupport = new PropertyChangeSupport (this); changeSupport.addPropertyChangeListener (name, listener); }
public void addPropertyChangeListener (String name, PropertyChangeListener listener) { if (listener == null) return; if (changeSupport == null) changeSupport = new PropertyChangeSupport (this); changeSupport.addPropertyChangeListener (name, listener); }
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public void addPropertyChangeListener (String name, PropertyChangeListener listener) { if (listener == null) return; if (changeSupport == null) changeSupport = new PropertyChangeSupport (this); changeSupport.addPropertyChangeListener (name, listener); }
public void addPropertyChangeListener (String name, PropertyChangeListener listener) { if (listener == null) return; if (changeSupport == null) changeSupport = new PropertyChangeSupport (this); changeSupport.addPropertyChangeListener (name, listener); }
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public void addPropertyChangeListener (String name, PropertyChangeListener listener) { if (listener == null) return; if (changeSupport == null) changeSupport = new PropertyChangeSupport (this); changeSupport.addPropertyChangeListener (name, listener); }
public void addPropertyChangeListener (String name, PropertyChangeListener listener) { if (listener == null) return; if (changeSupport == null) changeSupport = new PropertyChangeSupport (this); changeSupport.addPropertyChangeListener (listener); }
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public BoxView(Element element, int axis) { super(element); myAxis = axis; xLayoutValid = false; yLayoutValid = false; // Initialize the cache arrays. spansX = new int[0]; spansY = new int[0]; offsetsX = new int[0]; offsetsY = new int[0]; width = 0; height = 0; }
public BoxView(Element element, int axis) { super(element); myAxis = axis; xLayoutValid = false; yLayoutValid = false; // Initialize the cache arrays. spansX = new int[0]; spansY = new int[0]; offsetsX = new int[0]; offsetsY = new int[0]; width = 0; height = 0; }
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public BoxView(Element element, int axis) { super(element); myAxis = axis; xLayoutValid = false; yLayoutValid = false; // Initialize the cache arrays. spansX = new int[0]; spansY = new int[0]; offsetsX = new int[0]; offsetsY = new int[0]; width = 0; height = 0; }
public BoxView(Element element, int axis) { super(element); myAxis = axis; xLayoutValid = false; yLayoutValid = false; // Initialize the cache arrays. spansX = new int[0]; spansY = new int[0]; offsetsX = new int[0]; offsetsY = new int[0]; width = 0; height = 0; }
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public float getAlignment(int axis) { if (axis == myAxis) return 0.5F; else return baselineRequirements(axis, null).alignment; }
public float getAlignment(int axis) { if (axis == myAxis) align = 0.5F; else return baselineRequirements(axis, null).alignment; }
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public float getAlignment(int axis) { if (axis == myAxis) return 0.5F; else return baselineRequirements(axis, null).alignment; }
public float getAlignment(int axis) { if (axis == myAxis) return 0.5F; else { if (! isLayoutValid(axis)) requirements[axis] = calculateMinorAxisRequirements(axis, requirements[axis]); align = requirements[axis].alignment; } return align; }
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public float getPreferredSpan(int axis) { SizeRequirements sr = new SizeRequirements(); int pref = baselineRequirements(axis, sr).preferred; return (float) pref; }
public float getPreferredSpan(int axis) { SizeRequirements sr = new SizeRequirements(); int pref = baselineRequirements(axis, sr).preferred; return (float) pref; }
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public void setName(String name) { this.name = name; }
public void setName(String name) { this.name = name; }
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public int getLeafCount() { // Variables Enumeration e; int count; TreeNode current; // Get Enumeration of all descendants e = depthFirstEnumeration(); // Process Nodes count = 0; while (e.hasMoreElements() == true) { current = (TreeNode) e.nextElement(); if (current.isLeaf() == true) { count++; } ...
public int getLeafCount() { // Variables Enumeration e; int count; TreeNode current; // Get Enumeration of all descendants e = depthFirstEnumeration(); // Process Nodes count = 0; while (e.hasMoreElements() == true) { current = (TreeNode) e.nextElement(); if (current.isLeaf() == true) { count++; } ...
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public int getLeafCount() { // Variables Enumeration e; int count; TreeNode current; // Get Enumeration of all descendants e = depthFirstEnumeration(); // Process Nodes count = 0; while (e.hasMoreElements() == true) { current = (TreeNode) e.nextElement(); if (current.isLeaf() == true) { count++; } ...
public int getLeafCount() { // Variables Enumeration e; int count; TreeNode current; // Get Enumeration of all descendants e = depthFirstEnumeration(); // Process Nodes count = 0; while (e.hasMoreElements() == true) { current = (TreeNode) e.nextElement(); if (current.isLeaf() == true) { count++; } ...
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public int getLeafCount() { // Variables Enumeration e; int count; TreeNode current; // Get Enumeration of all descendants e = depthFirstEnumeration(); // Process Nodes count = 0; while (e.hasMoreElements() == true) { current = (TreeNode) e.nextElement(); if (current.isLeaf() == true) { count++; } ...
public int getLeafCount() { // Variables Enumeration e; int count; TreeNode current; // Get Enumeration of all descendants e = depthFirstEnumeration(); // Process Nodes count = 0; while (e.hasMoreElements() == true) { current = (TreeNode) e.nextElement(); if (current.isLeaf() == true) { count++; } ...
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public int getLeafCount() { // Variables Enumeration e; int count; TreeNode current; // Get Enumeration of all descendants e = depthFirstEnumeration(); // Process Nodes count = 0; while (e.hasMoreElements() == true) { current = (TreeNode) e.nextElement(); if (current.isLeaf() == true) { count++; } ...
public int getLeafCount() { // Variables Enumeration e; int count; TreeNode current; // Get Enumeration of all descendants e = depthFirstEnumeration(); // Process Nodes count = 0; while (e.hasMoreElements() == true) { current = (TreeNode) e.nextElement(); if (current.isLeaf() == true) { count++; } ...
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public Object[] getUserObjectPath() { // Variables TreeNode[] path; Object[] object; int size; int index; // Get Path for Tree Nodes path = getPath(); // Construct Object Path object = new Object[path.length]; for (index = 0; index < path.length; index++) { object[index] = ((DefaultMutableTreeNode) pat...
public Object[] getUserObjectPath() { // Variables TreeNode[] path; Object[] object; int size; int index; // Get Path for Tree Nodes path = getPath(); // Construct Object Path object = new Object[path.length]; for (index = 0; index < path.length; index++) { object[index] = ((DefaultMutableTreeNode) pat...
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public static void growTree(DefaultMutableTreeNode root) { // Variables int size; int index; DefaultMutableTreeNode node; DefaultMutableTreeNode current; current = root; index = 0;// while (current != root) { do {// if (random.nextInt(3) < 2) { if (random.nextBoolean()) { node = new DefaultMu...
public static void growTree(DefaultMutableTreeNode root) { // Variables int size; int index; DefaultMutableTreeNode node; DefaultMutableTreeNode current; current = root; index = 0;// while (current != root) { do {// if (random.nextInt(3) < 2) { if (random.nextBoolean()) { node = new DefaultMu...
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public boolean isNodeChild(TreeNode node) { // Variables TreeNode current; int index; // Sanity Check if (node == null) { return false; } // if // Process Path current = node; while (current != null) { if (current == this) { return true; } // if current = current.getParent(); } // while // Node...
public boolean isNodeChild(TreeNode node) { // Variables TreeNode current; int index; // Sanity Check if (node == null) { return false; } // if // Process Path current = node; while (current != null) { if (current == this) { return true; } // if current = current.getParent(); } // while // Node...
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public boolean isNodeSibling(TreeNode node) { // Variables int index; // Check for null if (node == null) { return false; } // if // Check if nodes share a parent if (node.getParent() == getParent() && getParent() != null) { return true; } // if // Nodes are not siblings return false; } // isNodeSiblin...
public boolean isNodeSibling(TreeNode node) { // Variables int index; // Check for null if (node == null) { return false; } // if // Check if nodes share a parent if (node.getParent() == getParent() && getParent() != null) { return true; } // if // Nodes are not siblings return false; } // isNodeSiblin...
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public SampleModel createCompatibleSampleModel(int w, int h) { return new ComponentSampleModel(dataType, w, h, pixelStride, scanlineStride, bankIndices, bandOffsets); }
public SampleModel createCompatibleSampleModel(int w, int h) { return new ComponentSampleModel(dataType, w, h, pixelStride, scanlineStride, bankIndices, bandOffsets); }
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public SampleModel createSubsetSampleModel(int[] bands) { int numBands = bands.length; int[] bankIndices = new int[numBands]; int[] bandOffsets = new int[numBands]; for (int b = 0; b < numBands; b++) { bankIndices[b] = this.bankIndices[bands[b]]; bandOffsets[b] = this.bandOffsets[bands[b]]; } return new Comp...
public SampleModel createSubsetSampleModel(int[] bands) { int numBands = bands.length; int[] bankIndices = new int[numBands]; int[] bandOffsets = new int[numBands]; for (int b = 0; b < numBands; b++) { bankIndices[b] = this.bankIndices[bands[b]]; bandOffsets[b] = this.bandOffsets[bands[b]]; } return new Comp...
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public SampleModel createSubsetSampleModel(int[] bands) { int numBands = bands.length; int[] bankIndices = new int[numBands]; int[] bandOffsets = new int[numBands]; for (int b = 0; b < numBands; b++) { bankIndices[b] = this.bankIndices[bands[b]]; bandOffsets[b] = this.bandOffsets[bands[b]]; } return new Comp...
public SampleModel createSubsetSampleModel(int[] bands) { int numBands = bands.length; int[] bankIndices = new int[numBands]; int[] bandOffsets = new int[numBands]; for (int b = 0; b < numBands; b++) { bankIndices[b] = this.bankIndices[bands[b]]; bandOffsets[b] = this.bandOffsets[bands[b]]; } return new Comp...
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public SampleModel createSubsetSampleModel(int[] bands) { int numBands = bands.length; int[] bankIndices = new int[numBands]; int[] bandOffsets = new int[numBands]; for (int b = 0; b < numBands; b++) { bankIndices[b] = this.bankIndices[bands[b]]; bandOffsets[b] = this.bandOffsets[bands[b]]; } return new Comp...
public SampleModel createSubsetSampleModel(int[] bands) { int numBands = bands.length; int[] bankIndices = new int[numBands]; int[] bandOffsets = new int[numBands]; for (int b = 0; b < numBands; b++) { bankIndices[b] = this.bankIndices[bands[b]]; bandOffsets[b] = this.bandOffsets[bands[b]]; } return new Comp...
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public Gnu() { super("GNU", 1.0, "GNU provider v1.0 implementing SHA-1, MD5, DSA, RSA, X.509 Certificates and CRLs, PKIX certificate path validators, Collection cert stores"); AccessController.doPrivileged (new PrivilegedAction() { public Object run() { // Note that all implementation class nam...
public Gnu() { super("GNU", 1.0, "GNU provider v1.0 implementing SHA-1, MD5, DSA, RSA, X.509 Certificates and CRLs, PKIX certificate path validators, Collection cert stores, Diffie-Hellman key agreement and key pair generator"); AccessController.doPrivileged (new PrivilegedAction() { public Object run(...
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public Gnu() { super("GNU", 1.0, "GNU provider v1.0 implementing SHA-1, MD5, DSA, RSA, X.509 Certificates and CRLs, PKIX certificate path validators, Collection cert stores"); AccessController.doPrivileged (new PrivilegedAction() { public Object run() { // Note that all implementation class nam...
public Gnu() { super("GNU", 1.0, "GNU provider v1.0 implementing SHA-1, MD5, DSA, RSA, X.509 Certificates and CRLs, PKIX certificate path validators, Collection cert stores"); AccessController.doPrivileged (new PrivilegedAction() { public Object run() { // Note that all implementation class nam...
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public Gnu() { super("GNU", 1.0, "GNU provider v1.0 implementing SHA-1, MD5, DSA, RSA, X.509 Certificates and CRLs, PKIX certificate path validators, Collection cert stores"); AccessController.doPrivileged (new PrivilegedAction() { public Object run() { // Note that all implementation class nam...
public Gnu() { super("GNU", 1.0, "GNU provider v1.0 implementing SHA-1, MD5, DSA, RSA, X.509 Certificates and CRLs, PKIX certificate path validators, Collection cert stores"); AccessController.doPrivileged (new PrivilegedAction() { public Object run() { // Note that all implementation class nam...
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public Gnu() { super("GNU", 1.0, "GNU provider v1.0 implementing SHA-1, MD5, DSA, RSA, X.509 Certificates and CRLs, PKIX certificate path validators, Collection cert stores"); AccessController.doPrivileged (new PrivilegedAction() { public Object run() { // Note that all implementation class nam...
public Gnu() { super("GNU", 1.0, "GNU provider v1.0 implementing SHA-1, MD5, DSA, RSA, X.509 Certificates and CRLs, PKIX certificate path validators, Collection cert stores"); AccessController.doPrivileged (new PrivilegedAction() { public Object run() { // Note that all implementation class nam...
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public Gnu() { super("GNU", 1.0, "GNU provider v1.0 implementing SHA-1, MD5, DSA, RSA, X.509 Certificates and CRLs, PKIX certificate path validators, Collection cert stores"); AccessController.doPrivileged (new PrivilegedAction() { public Object run() { // Note that all implementation class nam...
public Gnu() { super("GNU", 1.0, "GNU provider v1.0 implementing SHA-1, MD5, DSA, RSA, X.509 Certificates and CRLs, PKIX certificate path validators, Collection cert stores"); AccessController.doPrivileged (new PrivilegedAction() { public Object run() { // Note that all implementation class nam...
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public Gnu() { super("GNU", 1.0, "GNU provider v1.0 implementing SHA-1, MD5, DSA, RSA, X.509 Certificates and CRLs, PKIX certificate path validators, Collection cert stores"); AccessController.doPrivileged (new PrivilegedAction() { public Object run() { // Note that all implementation class nam...
public Gnu() { super("GNU", 1.0, "GNU provider v1.0 implementing SHA-1, MD5, DSA, RSA, X.509 Certificates and CRLs, PKIX certificate path validators, Collection cert stores"); AccessController.doPrivileged (new PrivilegedAction() { public Object run() { // Note that all implementation class nam...
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public Gnu() { super("GNU", 1.0, "GNU provider v1.0 implementing SHA-1, MD5, DSA, RSA, X.509 Certificates and CRLs, PKIX certificate path validators, Collection cert stores"); AccessController.doPrivileged (new PrivilegedAction() { public Object run() { // Note that all implementation class nam...
public Gnu() { super("GNU", 1.0, "GNU provider v1.0 implementing SHA-1, MD5, DSA, RSA, X.509 Certificates and CRLs, PKIX certificate path validators, Collection cert stores"); AccessController.doPrivileged (new PrivilegedAction() { public Object run() { // Note that all implementation class nam...
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public Gnu() { super("GNU", 1.0, "GNU provider v1.0 implementing SHA-1, MD5, DSA, RSA, X.509 Certificates and CRLs, PKIX certificate path validators, Collection cert stores"); AccessController.doPrivileged (new PrivilegedAction() { public Object run() { // Note that all implementation class nam...
public Gnu() { super("GNU", 1.0, "GNU provider v1.0 implementing SHA-1, MD5, DSA, RSA, X.509 Certificates and CRLs, PKIX certificate path validators, Collection cert stores"); AccessController.doPrivileged (new PrivilegedAction() { public Object run() { // Note that all implementation class nam...
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public Gnu() { super("GNU", 1.0, "GNU provider v1.0 implementing SHA-1, MD5, DSA, RSA, X.509 Certificates and CRLs, PKIX certificate path validators, Collection cert stores"); AccessController.doPrivileged (new PrivilegedAction() { public Object run() { // Note that all implementation class nam...
public Gnu() { super("GNU", 1.0, "GNU provider v1.0 implementing SHA-1, MD5, DSA, RSA, X.509 Certificates and CRLs, PKIX certificate path validators, Collection cert stores"); AccessController.doPrivileged (new PrivilegedAction() { public Object run() { // Note that all implementation class nam...
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public Gnu() { super("GNU", 1.0, "GNU provider v1.0 implementing SHA-1, MD5, DSA, RSA, X.509 Certificates and CRLs, PKIX certificate path validators, Collection cert stores"); AccessController.doPrivileged (new PrivilegedAction() { public Object run() { // Note that all implementation class nam...
public Gnu() { super("GNU", 1.0, "GNU provider v1.0 implementing SHA-1, MD5, DSA, RSA, X.509 Certificates and CRLs, PKIX certificate path validators, Collection cert stores"); AccessController.doPrivileged (new PrivilegedAction() { public Object run() { // Note that all implementation class nam...
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public Gnu() { super("GNU", 1.0, "GNU provider v1.0 implementing SHA-1, MD5, DSA, RSA, X.509 Certificates and CRLs, PKIX certificate path validators, Collection cert stores"); AccessController.doPrivileged (new PrivilegedAction() { public Object run() { // Note that all implementation class nam...
publicGnu(){super("GNU",1.0,"GNUproviderv1.0implementingSHA-1,MD5,DSA,RSA,X.509CertificatesandCRLs,PKIXcertificatepathvalidators,Collectioncertstores");AccessController.doPrivileged(newPrivilegedAction(){publicObjectrun(){//Notethatallimplementationclassnamesarereferencedbyusing//Class.getName().Thatwaywhenwestaticlyli...
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public Object run() { // Note that all implementation class names are referenced by using // Class.getName(). That way when we staticly link the Gnu provider // we automatically get all the implementation classes. // Signature put("Signature.SHA1withDSA", gnu.java.security.provider.DSAS...
public Object run() { // Note that all implementation class names are referenced by using // Class.getName(). That way when we staticly link the Gnu provider // we automatically get all the implementation classes. // Signature put("Signature.SHA1withDSA", gnu.java.security.provider.DSAS...
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public Object run() { // Note that all implementation class names are referenced by using // Class.getName(). That way when we staticly link the Gnu provider // we automatically get all the implementation classes. // Signature put("Signature.SHA1withDSA", gnu.java.security.provider.DSAS...
public Object run() { // Note that all implementation class names are referenced by using // Class.getName(). That way when we staticly link the Gnu provider // we automatically get all the implementation classes. // Signature put("Signature.SHA1withDSA", gnu.java.security.provider.DSAS...
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public Object run() { // Note that all implementation class names are referenced by using // Class.getName(). That way when we staticly link the Gnu provider // we automatically get all the implementation classes. // Signature put("Signature.SHA1withDSA", gnu.java.security.provider.DSAS...
public Object run() { // Note that all implementation class names are referenced by using // Class.getName(). That way when we staticly link the Gnu provider // we automatically get all the implementation classes. // Signature put("Signature.SHA1withDSA", gnu.java.security.provider.DSAS...
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public Object run() { // Note that all implementation class names are referenced by using // Class.getName(). That way when we staticly link the Gnu provider // we automatically get all the implementation classes. // Signature put("Signature.SHA1withDSA", gnu.java.security.provider.DSAS...
public Object run() { // Note that all implementation class names are referenced by using // Class.getName(). That way when we staticly link the Gnu provider // we automatically get all the implementation classes. // Signature put("Signature.SHA1withDSA", gnu.java.security.provider.DSAS...
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public Object run() { // Note that all implementation class names are referenced by using // Class.getName(). That way when we staticly link the Gnu provider // we automatically get all the implementation classes. // Signature put("Signature.SHA1withDSA", gnu.java.security.provider.DSAS...
public Object run() { // Note that all implementation class names are referenced by using // Class.getName(). That way when we staticly link the Gnu provider // we automatically get all the implementation classes. // Signature put("Signature.SHA1withDSA", gnu.java.security.provider.DSAS...
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public Object run() { // Note that all implementation class names are referenced by using // Class.getName(). That way when we staticly link the Gnu provider // we automatically get all the implementation classes. // Signature put("Signature.SHA1withDSA", gnu.java.security.provider.DSAS...
public Object run() { // Note that all implementation class names are referenced by using // Class.getName(). That way when we staticly link the Gnu provider // we automatically get all the implementation classes. // Signature put("Signature.SHA1withDSA", gnu.java.security.provider.DSAS...
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public Object run() { // Note that all implementation class names are referenced by using // Class.getName(). That way when we staticly link the Gnu provider // we automatically get all the implementation classes. // Signature put("Signature.SHA1withDSA", gnu.java.security.provider.DSAS...
public Object run() { // Note that all implementation class names are referenced by using // Class.getName(). That way when we staticly link the Gnu provider // we automatically get all the implementation classes. // Signature put("Signature.SHA1withDSA", gnu.java.security.provider.DSAS...
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public Object run() { // Note that all implementation class names are referenced by using // Class.getName(). That way when we staticly link the Gnu provider // we automatically get all the implementation classes. // Signature put("Signature.SHA1withDSA", gnu.java.security.provider.DSAS...
public Object run() { // Note that all implementation class names are referenced by using // Class.getName(). That way when we staticly link the Gnu provider // we automatically get all the implementation classes. // Signature put("Signature.SHA1withDSA", gnu.java.security.provider.DSAS...
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public Object run() { // Note that all implementation class names are referenced by using // Class.getName(). That way when we staticly link the Gnu provider // we automatically get all the implementation classes. // Signature put("Signature.SHA1withDSA", gnu.java.security.provider.DSAS...
public Object run() { // Note that all implementation class names are referenced by using // Class.getName(). That way when we staticly link the Gnu provider // we automatically get all the implementation classes. // Signature put("Signature.SHA1withDSA", gnu.java.security.provider.DSAS...
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public Object run() { // Note that all implementation class names are referenced by using // Class.getName(). That way when we staticly link the Gnu provider // we automatically get all the implementation classes. // Signature put("Signature.SHA1withDSA", gnu.java.security.provider.DSAS...
publicObjectrun(){//Notethatallimplementationclassnamesarereferencedbyusing//Class.getName().ThatwaywhenwestaticlylinktheGnuprovider//weautomaticallygetalltheimplementationclasses.//Signatureput("Signature.SHA1withDSA",gnu.java.security.provider.DSASignature.class.getName());put("Alg.Alias.Signature.DSS","SHA1withDSA")...
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public static Byte valueOf(String s) { return new Byte(parseByte(s, 10)); }
public static Byte valueOf(String s, int radix) { return new Byte(parseByte(s, 10)); }
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public static Byte valueOf(String s) { return new Byte(parseByte(s, 10)); }
public static Byte valueOf(String s) { return new Byte(parseByte(s, radix)); }
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protected LogManager() { if (logManager != null) throw new IllegalStateException("there can be only one LogManager; use LogManager.getLogManager()"); logManager = this; loggers = new java.util.HashMap(); rootLogger = new Logger("", null); rootLogger.setLevel(Level.INFO); addLogger(rootLogger);...
protected LogManager() { if (logManager != null) throw new IllegalStateException("there can be only one LogManager; use LogManager.getLogManager()"); logManager = this; loggers = new java.util.HashMap(); rootLogger = new Logger("", null); rootLogger.setLevel(Level.INFO); addLogger(rootLogger);...
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public synchronized boolean addLogger(Logger logger) { /* To developers thinking about to remove the 'synchronized' * declaration from this method: Please read the comment * in java.util.logging.Logger.getLogger(String, String) * and make sure that whatever you change wrt. synchronization * does n...
public synchronized boolean addLogger(Logger logger) { /* To developers thinking about to remove the 'synchronized' * declaration from this method: Please read the comment * in java.util.logging.Logger.getLogger(String, String) * and make sure that whatever you change wrt. synchronization * does n...
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static final Object createInstance(String className, Class ofClass) { Class klass; if ((className == null) || (className.length() == 0)) return null; try { klass = Class.forName(className); if (! ofClass.isAssignableFrom(klass)) return null; return klass.newInstance(); } catch (Exc...
private static final Object createInstance(String className, Class type, String property) { Class klass; if ((className == null) || (className.length() == 0)) return null; try { klass = Class.forName(className); if (! ofClass.isAssignableFrom(klass)) return null; return klass.newInstance...
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static final Object createInstance(String className, Class ofClass) { Class klass; if ((className == null) || (className.length() == 0)) return null; try { klass = Class.forName(className); if (! ofClass.isAssignableFrom(klass)) return null; return klass.newInstance(); } catch (Exc...
static final Object createInstance(String className, Class ofClass) { Class klass = null; if ((className == null) || (className.length() == 0)) return null; try { klass = Class.forName(className); if (! ofClass.isAssignableFrom(klass)) return null; return klass.newInstance(); } catch...
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static final Object createInstance(String className, Class ofClass) { Class klass; if ((className == null) || (className.length() == 0)) return null; try { klass = Class.forName(className); if (! ofClass.isAssignableFrom(klass)) return null; return klass.newInstance(); } catch (Exc...
static final Object createInstance(String className, Class ofClass) { Class klass; if ((className == null) || (className.length() == 0)) return null; try { klass = Class.forName(className); if (! ofClass.isAssignableFrom(klass)) return null; return klass.newInstance(); } catch (Exc...
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static final Object createInstance(String className, Class ofClass) { Class klass; if ((className == null) || (className.length() == 0)) return null; try { klass = Class.forName(className); if (! ofClass.isAssignableFrom(klass)) return null; return klass.newInstance(); } catch (Exc...
static final Object createInstance(String className, Class ofClass) { Class klass; if ((className == null) || (className.length() == 0)) return null; try { klass = Class.forName(className); if (! ofClass.isAssignableFrom(klass)) return null; return klass.newInstance(); } catch (Exc...
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private synchronized Logger findAncestor(Logger child) { String childName = child.getName(); int childNameLength = childName.length(); Logger best = rootLogger; int bestNameLength = 0; Logger cand; String candName; int candNameLength; if (child == rootLogger) return null; ...
private synchronized Logger findAncestor(Logger child) { String childName = child.getName(); int childNameLength = childName.length(); Logger best = Logger.root; int bestNameLength = 0; Logger cand; String candName; int candNameLength; if (child == rootLogger) return null; ...
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private synchronized Logger findAncestor(Logger child) { String childName = child.getName(); int childNameLength = childName.length(); Logger best = rootLogger; int bestNameLength = 0; Logger cand; String candName; int candNameLength; if (child == rootLogger) return null; ...
private synchronized Logger findAncestor(Logger child) { String childName = child.getName(); int childNameLength = childName.length(); Logger best = rootLogger; int bestNameLength = 0; Logger cand; String candName; int candNameLength; if (child == Logger.root) return null; ...
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static final Class getClassProperty(String propertyName, Class defaultValue) { Class usingClass = null; try { String propertyValue = logManager.getProperty(propertyName); if (propertyValue != null) usingClass = Class.forName(propertyValue); if (usingClass != null) return usingCl...
static final Class getClassProperty(String propertyName, Class defaultValue) { String propertyValue = logManager.getProperty(propertyName); try { String propertyValue = logManager.getProperty(propertyName); if (propertyValue != null) usingClass = Class.forName(propertyValue); if (using...
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static final Class getClassProperty(String propertyName, Class defaultValue) { Class usingClass = null; try { String propertyValue = logManager.getProperty(propertyName); if (propertyValue != null) usingClass = Class.forName(propertyValue); if (usingClass != null) return usingCl...
static final Class getClassProperty(String propertyName, Class defaultValue) { Class usingClass = null; try { String propertyValue = logManager.getProperty(propertyName); if (propertyValue != null) usingClass = Class.forName(propertyValue); if (usingClass != null) return usingCl...
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static final Class getClassProperty(String propertyName, Class defaultValue) { Class usingClass = null; try { String propertyValue = logManager.getProperty(propertyName); if (propertyValue != null) usingClass = Class.forName(propertyValue); if (usingClass != null) return usingCl...
static final Class getClassProperty(String propertyName, Class defaultValue) { Class usingClass = null; try { String propertyValue = logManager.getProperty(propertyName); if (propertyValue != null) usingClass = Class.forName(propertyValue); if (usingClass != null) return usingCl...
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static final Object getInstanceProperty(String propertyName, Class ofClass, Class defaultClass) { Class klass = getClassProperty(propertyName, defaultClass); if (klass == null) return null; try { Object obj = klass.newInstance(); if (ofClass.isInstance(obj)) return obj; } catch...
static final Object getInstanceProperty(String propertyName, Class ofClass, Class defaultClass) { Class klass = getClassProperty(propertyName, defaultClass); if (klass == null) return null; try { Object obj = klass.newInstance(); if (ofClass.isInstance(obj)) return obj; } catch...
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public static LogManager getLogManager() { return logManager; }
public static synchronized LogManager getLogManager() { return logManager; }
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private static LogManager makeLogManager() { String managerClassName; LogManager manager; managerClassName = System.getProperty("java.util.logging.manager"); manager = (LogManager) createInstance(managerClassName, LogManager.class); if (manager != null) return manager; if (managerClassNa...
private static LogManager makeLogManager() { String managerClassName; LogManager manager; managerClassName = System.getProperty("java.util.logging.manager"); manager = (LogManager) createInstance(managerClassName, LogManager.class); if (manager != null) return manager; if (managerClassNa...
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public synchronized void reset() throws SecurityException { /* Throw a SecurityException if the caller does not have the * permission to control the logging infrastructure. */ checkAccess(); properties = new Properties(); Iterator iter = loggers.values().iterator(); while (iter.hasNext()) {...
public synchronized void reset() throws SecurityException { /* Throw a SecurityException if the caller does not have the * permission to control the logging infrastructure. */ checkAccess(); properties = new Properties(); Iterator iter = loggers.values().iterator(); while (iter.hasNext()) {...
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public synchronized void reset() throws SecurityException { /* Throw a SecurityException if the caller does not have the * permission to control the logging infrastructure. */ checkAccess(); properties = new Properties(); Iterator iter = loggers.values().iterator(); while (iter.hasNext()) {...
public synchronized void reset() throws SecurityException { /* Throw a SecurityException if the caller does not have the * permission to control the logging infrastructure. */ checkAccess(); properties = new Properties(); Iterator iter = loggers.values().iterator(); while (iter.hasNext()) {...
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public void read(cdrInput in) { service_context = ServiceContext.readSequence(in); request_id = in.read_ulong(); reply_status = in.read_ulong(); in.setCodeSet(cxCodeSet.find(service_context)); }
public void read(AbstractCdrInput in) { service_context = ServiceContext.readSequence(in); request_id = in.read_ulong(); reply_status = in.read_ulong(); in.setCodeSet(cxCodeSet.find(service_context)); }
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public void read(cdrInput in) { service_context = ServiceContext.readSequence(in); request_id = in.read_ulong(); reply_status = in.read_ulong(); in.setCodeSet(cxCodeSet.find(service_context)); }
public void read(cdrInput in) { service_context = ServiceContext.readSequence(in); request_id = in.read_ulong(); reply_status = in.read_ulong(); in.setCodeSet(CodeSetServiceContext.find(service_context)); }
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public void write(cdrOutput out) { ServiceContext.writeSequence(out, service_context); out.write_ulong(request_id); out.write_ulong(reply_status); out.setCodeSet(cxCodeSet.find(service_context)); }
public void write(AbstractCdrOutput out) { ServiceContext.writeSequence(out, service_context); out.write_ulong(request_id); out.write_ulong(reply_status); out.setCodeSet(cxCodeSet.find(service_context)); }
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public void write(cdrOutput out) { ServiceContext.writeSequence(out, service_context); out.write_ulong(request_id); out.write_ulong(reply_status); out.setCodeSet(cxCodeSet.find(service_context)); }
public void write(cdrOutput out) { ServiceContext.writeSequence(out, service_context); out.write_ulong(request_id); out.write_ulong(reply_status); out.setCodeSet(CodeSetServiceContext.find(service_context)); }
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public String getStatusString() { switch (reply_status) { case NO_EXCEPTION : return "ok"; case USER_EXCEPTION : return "user exception"; case SYSTEM_EXCEPTION : return "system exception"; case LOCATION_FORWARD : return "moved"; default :...
public String getStatusString() { switch (reply_status) { case NO_EXCEPTION: return "ok"; case USER_EXCEPTION : return "user exception"; case SYSTEM_EXCEPTION : return "system exception"; case LOCATION_FORWARD : return "moved"; default : ...
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public String getStatusString() { switch (reply_status) { case NO_EXCEPTION : return "ok"; case USER_EXCEPTION : return "user exception"; case SYSTEM_EXCEPTION : return "system exception"; case LOCATION_FORWARD : return "moved"; default :...
public String getStatusString() { switch (reply_status) { case NO_EXCEPTION : return "ok"; case USER_EXCEPTION: return "user exception"; case SYSTEM_EXCEPTION : return "system exception"; case LOCATION_FORWARD : return "moved"; default : ...
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public String getStatusString() { switch (reply_status) { case NO_EXCEPTION : return "ok"; case USER_EXCEPTION : return "user exception"; case SYSTEM_EXCEPTION : return "system exception"; case LOCATION_FORWARD : return "moved"; default :...
public String getStatusString() { switch (reply_status) { case NO_EXCEPTION : return "ok"; case USER_EXCEPTION : return "user exception"; case SYSTEM_EXCEPTION: return "system exception"; case LOCATION_FORWARD : return "moved"; default : ...
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public String getStatusString() { switch (reply_status) { case NO_EXCEPTION : return "ok"; case USER_EXCEPTION : return "user exception"; case SYSTEM_EXCEPTION : return "system exception"; case LOCATION_FORWARD : return "moved"; default :...
public String getStatusString() { switch (reply_status) { case NO_EXCEPTION : return "ok"; case USER_EXCEPTION : return "user exception"; case SYSTEM_EXCEPTION : return "system exception"; case LOCATION_FORWARD: return "moved"; default : ...
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public String getStatusString() { switch (reply_status) { case NO_EXCEPTION : return "ok"; case USER_EXCEPTION : return "user exception"; case SYSTEM_EXCEPTION : return "system exception"; case LOCATION_FORWARD : return "moved"; default :...
public String getStatusString() { switch (reply_status) { case NO_EXCEPTION : return "ok"; case USER_EXCEPTION : return "user exception"; case SYSTEM_EXCEPTION : return "system exception"; case LOCATION_FORWARD : return "moved"; default: ...
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protected byte[] getResult() { return new byte[] { (byte) (h0 >>> 56), (byte) (h0 >>> 48), (byte) (h0 >>> 40), (byte) (h0 >>> 32), (byte) (h0 >>> 24), (byte) (h0 >>> 16), (byte) (h0 >>> 8), (byte) h0, (byte) (h1 >>> 56), (byte...
protected byte[] getResult() { return new byte[] { (byte) (h0 >>> 56), (byte) (h0 >>> 48), (byte) (h0 >>> 40), (byte) (h0 >>> 32), (byte) (h0 >>> 24), (byte) (h0 >>> 16), (byte) (h0 >>> 8), (byte) h0, (byte) (h1 >>> 56), (byte...
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protected byte[] padBuffer() { int n = (int) (count % BLOCK_SIZE); int padding = (n < 112) ? (112 - n) : (240 - n); byte[] result = new byte[padding + 16]; // padding is always binary 1 followed by binary 0s result[0] = (byte) 0x80; // save number of bits, casting the long to an array of 8 bytes ...
protected byte[] padBuffer() { int n = (int)(count % BLOCK_SIZE); int padding = (n < 112) ? (112 - n) : (240 - n); byte[] result = new byte[padding + 16]; // padding is always binary 1 followed by binary 0s result[0] = (byte) 0x80; // save number of bits, casting the long to an array of 8 bytes ...
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protected byte[] padBuffer() { int n = (int) (count % BLOCK_SIZE); int padding = (n < 112) ? (112 - n) : (240 - n); byte[] result = new byte[padding + 16]; // padding is always binary 1 followed by binary 0s result[0] = (byte) 0x80; // save number of bits, casting the long to an array of 8 bytes ...
protectedbyte[]padBuffer(){intn=(int)(count%BLOCK_SIZE);intpadding=(n<112)?(112-n):(240-n);byte[]result=newbyte[padding+16];//paddingisalwaysbinary1followedbybinary0sresult[0]=(byte)0x80;//savenumberofbits,castingthelongtoanarrayof8bytes//TODO:FIXOnly~35bitsof128bitcounterusablethiswaylongbits=count<<3;padding+=8;resul...
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protected byte[] padBuffer() { int n = (int) (count % BLOCK_SIZE); int padding = (n < 112) ? (112 - n) : (240 - n); byte[] result = new byte[padding + 16]; // padding is always binary 1 followed by binary 0s result[0] = (byte) 0x80; // save number of bits, casting the long to an array of 8 bytes ...
protectedbyte[]padBuffer(){intn=(int)(count%BLOCK_SIZE);intpadding=(n<112)?(112-n):(240-n);byte[]result=newbyte[padding+16];//paddingisalwaysbinary1followedbybinary0sresult[0]=(byte)0x80;//savenumberofbits,castingthelongtoanarrayof8bytes//TODO:FIXOnly~35bitsof128bitcounterusablethiswaylongbits=count<<3;padding+=8;resul...
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protected byte[] padBuffer() { int n = (int) (count % BLOCK_SIZE); int padding = (n < 112) ? (112 - n) : (240 - n); byte[] result = new byte[padding + 16]; // padding is always binary 1 followed by binary 0s result[0] = (byte) 0x80; // save number of bits, casting the long to an array of 8 bytes ...
protected byte[] padBuffer() { int n = (int) (count % BLOCK_SIZE); int padding = (n < 112) ? (112 - n) : (240 - n); byte[] result = new byte[padding + 16]; // padding is always binary 1 followed by binary 0s result[0] = (byte) 0x80; // save number of bits, casting the long to an array of 8 bytes ...
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