bugged
stringlengths
6
599k
fixed
stringlengths
6
40.8M
__index_level_0__
int64
0
3.24M
protected int layoutRow(FlowView fv, int rowIndex, int pos) { View row = fv.getView(rowIndex); int axis = fv.getFlowAxis(); int span = fv.getFlowSpan(rowIndex); int x = fv.getFlowStart(rowIndex); int offset = pos; View logicalView = getLogicalView(fv); // Special case when span...
protected int layoutRow(FlowView fv, int rowIndex, int pos) { View row = fv.getView(rowIndex); int axis = fv.getFlowAxis(); int span = fv.getFlowSpan(rowIndex); int x = fv.getFlowStart(rowIndex); int offset = pos; View logicalView = getLogicalView(fv); // Special case when span...
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protected int layoutRow(FlowView fv, int rowIndex, int pos) { View row = fv.getView(rowIndex); int axis = fv.getFlowAxis(); int span = fv.getFlowSpan(rowIndex); int x = fv.getFlowStart(rowIndex); int offset = pos; View logicalView = getLogicalView(fv); // Special case when span...
protected int layoutRow(FlowView fv, int rowIndex, int pos) { View row = fv.getView(rowIndex); int axis = fv.getFlowAxis(); int span = fv.getFlowSpan(rowIndex); int x = fv.getFlowStart(rowIndex); int offset = pos; View logicalView = getLogicalView(fv); // Special case when span...
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protected int layoutRow(FlowView fv, int rowIndex, int pos) { View row = fv.getView(rowIndex); int axis = fv.getFlowAxis(); int span = fv.getFlowSpan(rowIndex); int x = fv.getFlowStart(rowIndex); int offset = pos; View logicalView = getLogicalView(fv); // Special case when span...
protected int layoutRow(FlowView fv, int rowIndex, int pos) { View row = fv.getView(rowIndex); int axis = fv.getFlowAxis(); int span = fv.getFlowSpan(rowIndex); int x = fv.getFlowStart(rowIndex); int offset = pos; View logicalView = getLogicalView(fv); // Special case when span...
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protected int layoutRow(FlowView fv, int rowIndex, int pos) { View row = fv.getView(rowIndex); int axis = fv.getFlowAxis(); int span = fv.getFlowSpan(rowIndex); int x = fv.getFlowStart(rowIndex); int offset = pos; View logicalView = getLogicalView(fv); // Special case when span...
protected int layoutRow(FlowView fv, int rowIndex, int pos) { View row = fv.getView(rowIndex); int axis = fv.getFlowAxis(); int span = fv.getFlowSpan(rowIndex); int x = fv.getFlowStart(rowIndex); int offset = pos; View logicalView = getLogicalView(fv); // Special case when span...
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protected int layoutRow(FlowView fv, int rowIndex, int pos) { View row = fv.getView(rowIndex); int axis = fv.getFlowAxis(); int span = fv.getFlowSpan(rowIndex); int x = fv.getFlowStart(rowIndex); int offset = pos; View logicalView = getLogicalView(fv); // Special case when span...
protected int layoutRow(FlowView fv, int rowIndex, int pos) { View row = fv.getView(rowIndex); int axis = fv.getFlowAxis(); int span = fv.getFlowSpan(rowIndex); int x = fv.getFlowStart(rowIndex); int offset = pos; View logicalView = getLogicalView(fv); // Special case when span...
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protected int layoutRow(FlowView fv, int rowIndex, int pos) { View row = fv.getView(rowIndex); int axis = fv.getFlowAxis(); int span = fv.getFlowSpan(rowIndex); int x = fv.getFlowStart(rowIndex); int offset = pos; View logicalView = getLogicalView(fv); // Special case when span...
protected int layoutRow(FlowView fv, int rowIndex, int pos) { View row = fv.getView(rowIndex); int axis = fv.getFlowAxis(); int span = fv.getFlowSpan(rowIndex); int x = fv.getFlowStart(rowIndex); int offset = pos; View logicalView = getLogicalView(fv); // Special case when span...
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protected int layoutRow(FlowView fv, int rowIndex, int pos) { View row = fv.getView(rowIndex); int axis = fv.getFlowAxis(); int span = fv.getFlowSpan(rowIndex); int x = fv.getFlowStart(rowIndex); int offset = pos; View logicalView = getLogicalView(fv); // Special case when span...
protected int layoutRow(FlowView fv, int rowIndex, int pos) { View row = fv.getView(rowIndex); int axis = fv.getFlowAxis(); int span = fv.getFlowSpan(rowIndex); int x = fv.getFlowStart(rowIndex); int offset = pos; View logicalView = getLogicalView(fv); // Special case when span...
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protected int layoutRow(FlowView fv, int rowIndex, int pos) { View row = fv.getView(rowIndex); int axis = fv.getFlowAxis(); int span = fv.getFlowSpan(rowIndex); int x = fv.getFlowStart(rowIndex); int offset = pos; View logicalView = getLogicalView(fv); // Special case when span...
protected int layoutRow(FlowView fv, int rowIndex, int pos) { View row = fv.getView(rowIndex); int axis = fv.getFlowAxis(); int span = fv.getFlowSpan(rowIndex); int x = fv.getFlowStart(rowIndex); int offset = pos; View logicalView = getLogicalView(fv); // Special case when span...
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public void removeUpdate(FlowView fv, DocumentEvent e, Rectangle alloc) { // The default implementation does nothing. }
if (alloc == null) { fv.layoutChanged(X_AXIS); fv.layoutChanged(Y_AXIS); } else { Component host = fv.getContainer(); if (host != null) host.repaint(alloc.x, alloc.y, alloc.width, alloc.height); } if (alloc == null) { fv.layoutChanged(X_AXIS); fv.layoutChanged(Y_AXIS); } else { Component host = fv.getContainer(); if (h...
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LogicalView(Element el, int axis) { super(el, axis); }
LogicalView(Element el) { super(el, axis); }
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LogicalView(Element el, int axis) { super(el, axis); }
LogicalView(Element el, int axis) { super(el); }
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public FlowView(Element element, int axis) { super(element, axis); strategy = sharedStrategy; layoutDirty = true; }
public FlowView(Element element, int axis) { super(element, axis); strategy = sharedStrategy; layoutSpan = Short.MAX_VALUE; }
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protected SizeRequirements calculateMinorAxisRequirements(int axis, SizeRequirements r) { SizeRequirements res = r; if (res == null) res = new SizeRequirements(); res.minimum = (int) layoutPool.getMinimumSpan(axis); res.preferred = Math.max(...
protected SizeRequirements calculateMinorAxisRequirements(int axis, SizeRequirements r) { SizeRequirements res = r; if (res == null) res = new SizeRequirements(); res.minimum = (int) layoutPool.getMinimumSpan(axis); res.preferred = Math.max(...
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public void changedUpdate(DocumentEvent changes, Shape a, ViewFactory vf) { layoutPool.changedUpdate(changes, a, vf); strategy.changedUpdate(this, changes, getInsideAllocation(a)); layoutDirty = true; }
public void changedUpdate(DocumentEvent changes, Shape a, ViewFactory vf) { layoutPool.changedUpdate(changes, a, vf); strategy.changedUpdate(this, changes, getInsideAllocation(a)); }
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public int getFlowStart(int index) { return getLeftInset(); // TODO: Is this correct? }
public int getFlowStart(int index) { return 0; // TODO: Is this correct? }
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public void insertUpdate(DocumentEvent changes, Shape a, ViewFactory vf) { // First we must send the insertUpdate to the logical view so it can // be updated accordingly. layoutPool.insertUpdate(changes, a, vf); strategy.insertUpdate(this, changes, getInsideAllocation(a)); layoutDirty = true; }
public void insertUpdate(DocumentEvent changes, Shape a, ViewFactory vf) { // First we must send the insertUpdate to the logical view so it can // be updated accordingly. layoutPool.insertUpdate(changes, a, vf); strategy.insertUpdate(this, changes, getInsideAllocation(a)); }
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protected void layout(int width, int height) { int flowAxis = getFlowAxis(); if (flowAxis == X_AXIS) { if (layoutSpan != width) { layoutChanged(Y_AXIS); layoutSpan = width; } } else { if (layoutSpan != height) { layoutChanged(X...
protected void layout(int width, int height) { int flowAxis = getFlowAxis(); if (flowAxis == X_AXIS) { if (layoutSpan != width) { layoutChanged(Y_AXIS); layoutSpan = width; } } else { if (layoutSpan != height) { layoutChanged(X...
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protected void layout(int width, int height) { int flowAxis = getFlowAxis(); if (flowAxis == X_AXIS) { if (layoutSpan != width) { layoutChanged(Y_AXIS); layoutSpan = width; } } else { if (layoutSpan != height) { layoutChanged(X...
protected void layout(int width, int height) { int flowAxis = getFlowAxis(); if (flowAxis == X_AXIS) { if (layoutSpan != width) { layoutChanged(Y_AXIS); layoutSpan = width; } } else { if (layoutSpan != height) { layoutChanged(X...
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protected void layout(int width, int height) { int flowAxis = getFlowAxis(); if (flowAxis == X_AXIS) { if (layoutSpan != width) { layoutChanged(Y_AXIS); layoutSpan = width; } } else { if (layoutSpan != height) { layoutChanged(X...
protected void layout(int width, int height) { int flowAxis = getFlowAxis(); if (flowAxis == X_AXIS) { if (layoutSpan != width) { layoutChanged(Y_AXIS); layoutSpan = width; } } else { if (layoutSpan != height) { layoutChanged(X...
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protected void layout(int width, int height) { int flowAxis = getFlowAxis(); if (flowAxis == X_AXIS) { if (layoutSpan != width) { layoutChanged(Y_AXIS); layoutSpan = width; } } else { if (layoutSpan != height) { layoutChanged(X...
protected void layout(int width, int height) { int flowAxis = getFlowAxis(); if (flowAxis == X_AXIS) { if (layoutSpan != width) { layoutChanged(Y_AXIS); layoutSpan = width; } } else { if (layoutSpan != height) { layoutChanged(X...
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protected void loadChildren(ViewFactory vf) { if (layoutPool == null) { layoutPool = new LogicalView(getElement(), getAxis()); layoutPool.setParent(this); } }
protected void loadChildren(ViewFactory vf) { if (layoutPool == null) { layoutPool = new LogicalView(getElement(), getAxis()); layoutPool.setParent(this); } }
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public void removeUpdate(DocumentEvent changes, Shape a, ViewFactory vf) { layoutPool.removeUpdate(changes, a, vf); strategy.removeUpdate(this, changes, getInsideAllocation(a)); layoutDirty = true; }
public void removeUpdate(DocumentEvent changes, Shape a, ViewFactory vf) { layoutPool.removeUpdate(changes, a, vf); strategy.removeUpdate(this, changes, getInsideAllocation(a)); }
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public void layoutChanged(int axis) { switch (axis) { case X_AXIS: xLayoutValid = false; break; case Y_AXIS: yLayoutValid = false; break; default: throw new IllegalArgumentException("Invalid axis parameter."); } }
public void layoutChanged(int axis) { switch (axis) { case X_AXIS: xLayoutValid = false; break; case Y_AXIS: yLayoutValid = false; break; default: throw new IllegalArgumentException("Invalid axis parameter."); } }
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public void layoutChanged(int axis) { switch (axis) { case X_AXIS: xLayoutValid = false; break; case Y_AXIS: yLayoutValid = false; break; default: throw new IllegalArgumentException("Invalid axis parameter."); } }
public void layoutChanged(int axis) { switch (axis) { case X_AXIS: xLayoutValid = false; break; case Y_AXIS: yLayoutValid = false; break; default: throw new IllegalArgumentException("Invalid axis parameter."); layoutValid[axis] = false; }
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protected void layout(int width, int height) { baselineLayout(width, X_AXIS, offsetsX, spansX); baselineLayout(height, Y_AXIS, offsetsY, spansY); }
protected void layout(int width, int height) { baselineLayout(width, X_AXIS, offsetsX, spansX); baselineLayout(height, Y_AXIS, offsetsY, spansY); }
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protected boolean isLayoutValid(int axis) { boolean valid = false; switch (axis) { case X_AXIS: valid = xLayoutValid; break; case Y_AXIS: valid = yLayoutValid; break; default: throw new IllegalArgumentException("Invalid axis parameter."); } return ...
protected boolean isLayoutValid(int axis) { boolean valid = false; switch (axis) { case X_AXIS: valid = xLayoutValid; break; case Y_AXIS: valid = yLayoutValid; break; default: throw new IllegalArgumentException("Invalid axis parameter."); } return ...
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protected boolean isLayoutValid(int axis) { boolean valid = false; switch (axis) { case X_AXIS: valid = xLayoutValid; break; case Y_AXIS: valid = yLayoutValid; break; default: throw new IllegalArgumentException("Invalid axis parameter."); } return ...
protected boolean isLayoutValid(int axis) { boolean valid = false; switch (axis) { case X_AXIS: valid = xLayoutValid; break; case Y_AXIS: valid = yLayoutValid; break; default: throw new IllegalArgumentException("Invalid axis parameter."); } return ...
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public void insert(MenuItem item, int index) { if (index < 0) throw new IllegalArgumentException("Index is less than zero"); items.insertElementAt(item, index); MenuPeer mp = (MenuPeer) getPeer(); // FIXME: Need to add a peer method here. // if (mp != null) // mp.insertItem(item, index); }
public void insert(MenuItem item, int index) { if (index < 0) throw new IllegalArgumentException("Index is less than zero"); items.insertElementAt(item, index); MenuPeer mp = (MenuPeer) getPeer(); // FIXME: Need to add a peer method here. // if (mp != null) // mp.insertItem(item, index); }
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public void insert(MenuItem item, int index) { if (index < 0) throw new IllegalArgumentException("Index is less than zero"); items.insertElementAt(item, index); MenuPeer mp = (MenuPeer) getPeer(); // FIXME: Need to add a peer method here. // if (mp != null) // mp.insertItem(item, index); }
public void insert(MenuItem item, int index) { if (index < 0) throw new IllegalArgumentException("Index is less than zero"); items.insertElementAt(item, index); MenuPeer mp = (MenuPeer) getPeer(); // FIXME: Need to add a peer method here. // if (mp != null) // mp.insertItem(item, index); }
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public void insert(MenuItem item, int index) { if (index < 0) throw new IllegalArgumentException("Index is less than zero"); items.insertElementAt(item, index); MenuPeer mp = (MenuPeer) getPeer(); // FIXME: Need to add a peer method here. // if (mp != null) // mp.insertItem(item, index); }
public void insert(MenuItem item, int index) { if (index < 0) throw new IllegalArgumentException("Index is less than zero"); items.insertElementAt(item, index); MenuPeer mp = (MenuPeer) getPeer(); // FIXME: Need to add a peer method here. // if (mp != null) // mp.insertItem(item, index); }
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public void insertSeparator(int index) { insert(separator, index); }
public void insertSeparator(int index) { insert(separator, index); }
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public boolean isTearOff() { return (isTearOff); }
public boolean isTearOff() { return (isTearOff); }
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public String paramString() { return (",isTearOff=" + isTearOff + ",isHelpMenu=" + isHelpMenu + super.paramString()); }
public String paramString() { return (",isTearOff=" + isTearOff + ",isHelpMenu=" + isHelpMenu + super.paramString()); }
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public synchronized void remove(int index) { items.removeElementAt(index); MenuPeer mp = (MenuPeer) getPeer(); if (mp != null) mp.delItem(index); }
public synchronized void remove(int index) { items.removeElementAt(index); MenuPeer mp = (MenuPeer) getPeer(); if (mp != null) mp.delItem(index); }
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public synchronized void remove(int index) { items.removeElementAt(index); MenuPeer mp = (MenuPeer) getPeer(); if (mp != null) mp.delItem(index); }
public synchronized void remove(int index) { items.removeElementAt(index); MenuPeer mp = (MenuPeer) getPeer(); if (mp != null) mp.delItem(index); }
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public synchronized void remove(int index) { items.removeElementAt(index); MenuPeer mp = (MenuPeer) getPeer(); if (mp != null) mp.delItem(index); }
public synchronized void remove(int index) { items.removeElementAt(index); MenuPeer mp = (MenuPeer) getPeer(); if (mp != null) mp.delItem(index); }
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public synchronized void removeAll() { int count = getItemCount(); for (int i = 0; i < count; i++) { // We must always remove item 0. remove(0); } }
public synchronized void removeAll() { int count = getItemCount(); for (int i = 0; i < count; i++) { // We must always remove item 0. remove(0); } }
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public synchronized void removeAll() { int count = getItemCount(); for (int i = 0; i < count; i++) { // We must always remove item 0. remove(0); } }
public synchronized void removeAll() { int count = getItemCount(); for (int i = 0; i < count; i++) { // We must always remove item 0. remove(0); } }
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public synchronized void removeAll() { int count = getItemCount(); for (int i = 0; i < count; i++) { // We must always remove item 0. remove(0); } }
public synchronized void removeAll() { int count = getItemCount(); for (int i = 0; i < count; i++) { // We must always remove item 0. remove(0); } }
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public void removeNotify() { super.removeNotify(); }
public void removeNotify() { super.removeNotify(); }
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protected void addImpl(Component comp, Object constraints, int index) { synchronized (getTreeLock ()) { if (index > ncomponents || (index < 0 && index != -1) || comp instanceof Window || (comp instanceof Container && ((Container) comp).isAncestorOf(this)...
protected void addImpl(Component comp, Object constraints, int index) { synchronized (getTreeLock ()) { if (index > ncomponents || (index < 0 && index != -1) || comp instanceof Window || (comp instanceof Container && ((Container) comp).isAncestorOf(this)...
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public Component locate(int x, int y) { synchronized (getTreeLock ()) { if (!contains (x, y)) return null; for (int i = 0; i < ncomponents; ++i) { // Ignore invisible children... if (!component[i].isVisible ()) continue; int x2 = x...
public Component locate(int x, int y) { synchronized (getTreeLock ()) { if (!contains (x, y)) return null; for (int i = 0; i < ncomponents; ++i) { // Ignore invisible children... if (!component[i].isVisible ()) continue; int x2 = x...
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public Component locate(int x, int y) { synchronized (getTreeLock ()) { if (!contains (x, y)) return null; for (int i = 0; i < ncomponents; ++i) { // Ignore invisible children... if (!component[i].isVisible ()) continue; int x2 = x...
public Component locate(int x, int y) { synchronized (getTreeLock ()) { if (!contains (x, y)) return null; for (int i = 0; i < ncomponents; ++i) { // Ignore invisible children... if (!component[i].isVisible ()) continue; int x2 = x...
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public ActivationGroupID(ActivationSystem system) { this.system = system; }
public ActivationGroupID(ActivationSystem aSystem) { this.system = system; }
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public ActivationGroupID(ActivationSystem system) { this.system = system; }
public ActivationGroupID(ActivationSystem system) { system = aSystem; uid = new UID(); }
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public PolicyError(String a_details, short a_reason) { super(a_details); reason = a_reason; }
public PolicyError() { super(a_details); reason = a_reason; }
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public PolicyError(String a_details, short a_reason) { super(a_details); reason = a_reason; }
public PolicyError(String a_details, short a_reason) { super(a_details); reason = a_reason; }
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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, Diffie-Hellman key agreement and key pair generator"); AccessController.doPrivileged (new PrivilegedAction() { public Object run(...
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, Diffie-Hellman key agreement and key pair generator"); AccessController.doPrivileged (new PrivilegedAction() { public Object run(...
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, Diffie-Hellman key agreement and key pair generator"); AccessController.doPrivileged (new PrivilegedAction() { public Object run(...
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, Diffie-Hellman key agreement and key pair generator"); AccessController.doPrivileged (new PrivilegedAction() { public Object run(...
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, Diffie-Hellman key agreement and key pair generator"); AccessController.doPrivileged (new PrivilegedAction() { public Object run(...
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 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 JProgressBar(int minimum, int maximum) { this(minimum, maximum, HORIZONTAL); }
public JProgressBar() { this(minimum, maximum, HORIZONTAL); }
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public JProgressBar(int minimum, int maximum) { this(minimum, maximum, HORIZONTAL); }
public JProgressBar(int minimum, int maximum) { this(0, 100, HORIZONTAL); }
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public JOptionPane(Object message, int messageType) { this(message, messageType, DEFAULT_OPTION, null, null, null); }
public JOptionPane() { this(message, messageType, DEFAULT_OPTION, null, null, null); }
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public JOptionPane(Object message, int messageType) { this(message, messageType, DEFAULT_OPTION, null, null, null); }
public JOptionPane(Object message, int messageType) { this("JOptionPane message", PLAIN_MESSAGE, DEFAULT_OPTION, null, null, null); }
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public Object put(Object key, Object value) { Object old; if (value != null) old = super.put(key, value); else old = super.remove(key); if (key instanceof String && old != value) firePropertyChange((String) key, old, value); return old; }
public Object put(Object key, Object value) { Object old; if (value != null) old = super.put(key, value); else old = super.remove(key); if (key instanceof String && old != value) firePropertyChange((String) key, old, value); return old; }
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public void putDefaults(Object[] entries) { for (int i = 0; (2 * i + 1) < entries.length; ++i) { super.put(entries[2 * i], entries[2 * i + 1]); } firePropertyChange("UIDefaults", null, null); }
public void putDefaults(Object[] entries) { for (int i = 0; (2 * i + 1) < entries.length; ++i) { checkAndPut(entries[2 * i], entries[2 * i + 1]); } firePropertyChange("UIDefaults", null, null); }
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private final void detectDeadlock() throws UninterruptiblePragma { if (threadState == WAITING) { walkWaitingThreads(this); } }
private final void detectDeadlock() throws UninterruptiblePragma { if (threadState == WAITING) { walkWaitingThreads(this); } }
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private final void doStop() { final VmProcessor proc = VmMagic.currentProcessor(); final VmThread current = proc.getCurrentThread(); proc.getScheduler().unregisterThread(this); // Go into low level stuff proc.disableReschedule(true); this.threadState = STOPPED; ...
private final void doStop() { final VmProcessor proc = VmMagic.currentProcessor(); final VmThread current = proc.getCurrentThread(); proc.getScheduler().unregisterThread(this); // Go into low level stuff proc.disableReschedule(true); this.threadState = STOPPED; ...
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public final String getThreadStateName() { return STATE_NAMES[ threadState]; }
public final String getThreadStateName() { return STATE_NAMES[threadState]; }
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public final void interrupt() throws UninterruptiblePragma { // Set interrupted state this.interrupted = true; // Add to scheduler queue final VmProcessor proc = VmMagic.currentProcessor(); proc.disableReschedule(true); try { switch (threadState) { cas...
public final void interrupt() { // Set interrupted state this.interrupted = true; // Add to scheduler queue final VmProcessor proc = VmMagic.currentProcessor(); proc.disableReschedule(true); try { switch (threadState) { case ASLEEP: case WAI...
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public final void interrupt() throws UninterruptiblePragma { // Set interrupted state this.interrupted = true; // Add to scheduler queue final VmProcessor proc = VmMagic.currentProcessor(); proc.disableReschedule(true); try { switch (threadState) { cas...
public final void interrupt() throws UninterruptiblePragma { // Set interrupted state this.interrupted = true; // Add to scheduler queue final VmProcessor proc = VmMagic.currentProcessor(); proc.disableReschedule(true); try { switch (threadState) { cas...
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public final boolean isAlive() { switch (threadState) { case CREATED: return false; case RUNNING: case SUSPENDED: case WAITING: case ASLEEP: case YIELDING: return !stopping; case STOPPED: case DESTROYED: return false; ...
public final boolean isAlive() { switch (threadState) { case CREATED: return false; case RUNNING: case SUSPENDED: case WAITING_ENTER: case WAITING_NOTIFY: case WAITING_NOTIFY_TIMEOUT: case ASLEEP: case YIELDING: return !stopping; case STO...
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public final boolean isWaiting() { return (threadState == WAITING); }
public final boolean isWaiting() { return ((threadState >= WAITING_ENTER) && (threadState <= WAITING_NOTIFY_TIMEOUT)); }
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final void prepareWait(Monitor monitor) throws UninterruptiblePragma { // Keep this order of assignments! this.waitForMonitor = monitor; this.threadState = WAITING; }
final void prepareWait(Monitor monitor, int waitState) { // Keep this order of assignments! this.waitForMonitor = monitor; this.threadState = WAITING; }
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final void prepareWait(Monitor monitor) throws UninterruptiblePragma { // Keep this order of assignments! this.waitForMonitor = monitor; this.threadState = WAITING; }
final void prepareWait(Monitor monitor) throws UninterruptiblePragma { // Keep this order of assignments! this.waitForMonitor = monitor; this.threadState = waitState; }
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public void setPriority(int priority) { checkAccess(); if ((priority < Thread.MIN_PRIORITY) || (priority > Thread.MAX_PRIORITY)) { throw new IllegalArgumentException( "Invalid priority"); } if (asThread() instanceof SystemThread) { this.priority = priori...
public void setPriority(int priority) { checkAccess(); if ((priority < Thread.MIN_PRIORITY) || (priority > Thread.MAX_PRIORITY)) { throw new IllegalArgumentException( "Invalid priority"); } if (asThread() instanceof SystemThread) { this.priority = priori...
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public final void sleep(long millis, int nanos) throws InterruptedException { if (currentThread() != this) { return; } if (threadState != RUNNING) { return; } // Test interrupted status if (this.interrupted) { this.interrupted = false; throw new I...
public final void sleep(long millis, int nanos) throws InterruptedException { if (currentThread() != this) { return; } if (threadState != RUNNING) { return; } // Test interrupted status if (this.interrupted) { this.interrupted = false; throw new I...
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public final void start() { switch (threadState) { case CREATED: { //Screen.debug("thread.start"); final VmScheduler scheduler = VmMagic.currentProcessor().getScheduler(); stack = VmSystem.allocStack(stackSize); Unsafe.initThread(t...
public final void start() { switch (threadState) { case CREATED: { //Screen.debug("thread.start"); final VmScheduler scheduler = VmMagic.currentProcessor().getScheduler(); stack = VmSystem.allocStack(stackSize); Unsafe.initThread(t...
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public final void start() { switch (threadState) { case CREATED: { //Screen.debug("thread.start"); final VmScheduler scheduler = VmMagic.currentProcessor().getScheduler(); stack = VmSystem.allocStack(stackSize); Unsafe.initThread(t...
public final void start() { switch (threadState) { case CREATED: { //Screen.debug("thread.start"); final VmScheduler scheduler = VmMagic.currentProcessor().getScheduler(); stack = VmSystem.allocStack(stackSize); Unsafe.initThread(t...
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public final void stop(Throwable ex) throws UninterruptiblePragma { this.stopping = true; if (javaThread != null) { javaThread.onExit(); // Notify joining threads synchronized(javaThread){ javaThread.notifyAll(); } } // Do the lo...
public final void stop(Throwable ex) throws UninterruptiblePragma { this.stopping = true; if (javaThread != null) { javaThread.onExit(); // Notify joining threads synchronized (javaThread) { javaThread.notifyAll(); } } // Do the ...
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public String toString() { if (javaThread != null) { return "%" + javaThread.getName() + ", st" + STATE_NAMES[ threadState] + "%"; } else { return "%@null@, st" + threadState + "%"; } }
public String toString() { if (javaThread != null) { return "%" + javaThread.getName() + ", st" + STATE_NAMES[threadState] + "%"; } else { return "%@null@, st" + threadState + "%"; } }
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final void unsecureResume() { final VmProcessor proc = VmMagic.currentProcessor(); if (threadState == SUSPENDED) { threadState = RUNNING; // FIXME make multi cpu safe proc.getScheduler().addToReadyQueue(this, false, "thread.unsecureResume"); } }
final void unsecureResume() { final VmProcessor proc = VmMagic.currentProcessor(); if (threadState == SUSPENDED) { threadState = RUNNING; // FIXME make multi cpu safe proc.getScheduler().addToReadyQueue(this, false, "thread.unsecureResume"); } }
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final void verifyState() throws UninterruptiblePragma { switch (threadState) { case CREATED: if (queueEntry.isInUse()) { throw new Error( "Created thread cannot have an inuse queueEntry"); } if (sleepQueueEntry.isInUse()) { throw new Error( "...
final void verifyState() throws UninterruptiblePragma { switch (threadState) { case CREATED: if (queueEntry.isInUse()) { throw new Error( "Created thread cannot have an inuse queueEntry"); } if (sleepQueueEntry.isInUse()) { throw new Error( "...
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final void verifyState() throws UninterruptiblePragma { switch (threadState) { case CREATED: if (queueEntry.isInUse()) { throw new Error( "Created thread cannot have an inuse queueEntry"); } if (sleepQueueEntry.isInUse()) { throw new Error( "...
final void verifyState() throws UninterruptiblePragma { switch (threadState) { case CREATED: if (queueEntry.isInUse()) { throw new Error( "Created thread cannot have an inuse queueEntry"); } if (sleepQueueEntry.isInUse()) { throw new Error( "...
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final void verifyState() throws UninterruptiblePragma { switch (threadState) { case CREATED: if (queueEntry.isInUse()) { throw new Error( "Created thread cannot have an inuse queueEntry"); } if (sleepQueueEntry.isInUse()) { throw new Error( "...
final void verifyState() throws UninterruptiblePragma { switch (threadState) { case CREATED: if (queueEntry.isInUse()) { throw new Error( "Created thread cannot have an inuse queueEntry"); } if (sleepQueueEntry.isInUse()) { throw new Error( "...
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final void verifyState() throws UninterruptiblePragma { switch (threadState) { case CREATED: if (queueEntry.isInUse()) { throw new Error( "Created thread cannot have an inuse queueEntry"); } if (sleepQueueEntry.isInUse()) { throw new Error( "...
final void verifyState() throws UninterruptiblePragma { switch (threadState) { case CREATED: if (queueEntry.isInUse()) { throw new Error( "Created thread cannot have an inuse queueEntry"); } if (sleepQueueEntry.isInUse()) { throw new Error( "...
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final void verifyState() throws UninterruptiblePragma { switch (threadState) { case CREATED: if (queueEntry.isInUse()) { throw new Error( "Created thread cannot have an inuse queueEntry"); } if (sleepQueueEntry.isInUse()) { throw new Error( "...
final void verifyState() throws UninterruptiblePragma { switch (threadState) { case CREATED: if (queueEntry.isInUse()) { throw new Error( "Created thread cannot have an inuse queueEntry"); } if (sleepQueueEntry.isInUse()) { throw new Error( "...
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final void verifyState() throws UninterruptiblePragma { switch (threadState) { case CREATED: if (queueEntry.isInUse()) { throw new Error( "Created thread cannot have an inuse queueEntry"); } if (sleepQueueEntry.isInUse()) { throw new Error( "...
final void verifyState() throws UninterruptiblePragma { switch (threadState) { case CREATED: if (queueEntry.isInUse()) { throw new Error( "Created thread cannot have an inuse queueEntry"); } if (sleepQueueEntry.isInUse()) { throw new Error( "...
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final void verifyState() throws UninterruptiblePragma { switch (threadState) { case CREATED: if (queueEntry.isInUse()) { throw new Error( "Created thread cannot have an inuse queueEntry"); } if (sleepQueueEntry.isInUse()) { throw new Error( "...
final void verifyState() throws UninterruptiblePragma { switch (threadState) { case CREATED: if (queueEntry.isInUse()) { throw new Error( "Created thread cannot have an inuse queueEntry"); } if (sleepQueueEntry.isInUse()) { throw new Error( "...
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final void verifyState() throws UninterruptiblePragma { switch (threadState) { case CREATED: if (queueEntry.isInUse()) { throw new Error( "Created thread cannot have an inuse queueEntry"); } if (sleepQueueEntry.isInUse()) { throw new Error( "...
final void verifyState() throws UninterruptiblePragma { switch (threadState) { case CREATED: if (queueEntry.isInUse()) { throw new Error( "Created thread cannot have an inuse queueEntry"); } if (sleepQueueEntry.isInUse()) { throw new Error( "...
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final void verifyState() throws UninterruptiblePragma { switch (threadState) { case CREATED: if (queueEntry.isInUse()) { throw new Error( "Created thread cannot have an inuse queueEntry"); } if (sleepQueueEntry.isInUse()) { throw new Error( "...
final void verifyState() throws UninterruptiblePragma { switch (threadState) { case CREATED: if (queueEntry.isInUse()) { throw new Error( "Created thread cannot have an inuse queueEntry"); } if (sleepQueueEntry.isInUse()) { throw new Error( "...
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public abstract boolean visit(ObjectVisitor visitor, VmHeapManager heapManager);
public abstract boolean visit(ObjectVisitor visitor, VmHeapManager heapManager);
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final void wakeUpByScheduler() { switch (threadState) { case ASLEEP: case RUNNING: case YIELDING: { // Do nothing } break; case WAITING: { final Monitor mon = this.waitForMonitor; mon.removeTh...
final void wakeUpByScheduler() { switch (threadState) { case ASLEEP: case RUNNING: case YIELDING: { // Do nothing } break; case WAITING: { final Monitor mon = this.waitForMonitor; mon.removeTh...
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final void wakeUpByScheduler() { switch (threadState) { case ASLEEP: case RUNNING: case YIELDING: { // Do nothing } break; case WAITING: { final Monitor mon = this.waitForMonitor; mon.removeTh...
final void wakeUpByScheduler() { switch (threadState) { case ASLEEP: case RUNNING: case YIELDING: { // Do nothing } break; case WAITING: { final Monitor mon = this.waitForMonitor; mon.removeTh...
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final void wakeUpByScheduler() { switch (threadState) { case ASLEEP: case RUNNING: case YIELDING: { // Do nothing } break; case WAITING: { final Monitor mon = this.waitForMonitor; mon.removeTh...
final void wakeUpByScheduler() { switch (threadState) { case ASLEEP: case RUNNING: case YIELDING: { // Do nothing } break; case WAITING: { final Monitor mon = this.waitForMonitor; mon.removeTh...
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final void wakeupAfterMonitor(Monitor monitor) { if (this.threadState == WAITING) { final VmProcessor proc = VmMagic.currentProcessor(); proc.disableReschedule(true); try { this.threadState = RUNNING; proc.getScheduler().addToReadyQueue(this, fal...
final void wakeupAfterMonitor(Monitor monitor) { if (isWaiting()) { final VmProcessor proc = VmMagic.currentProcessor(); proc.disableReschedule(true); try { this.threadState = RUNNING; proc.getScheduler().addToReadyQueue(this, false, "thread.wake...
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final void wakeupAfterMonitor(Monitor monitor) { if (this.threadState == WAITING) { final VmProcessor proc = VmMagic.currentProcessor(); proc.disableReschedule(true); try { this.threadState = RUNNING; proc.getScheduler().addToReadyQueue(this, fal...
final void wakeupAfterMonitor(Monitor monitor) { if (this.threadState == WAITING) { final VmProcessor proc = VmMagic.currentProcessor(); proc.disableReschedule(true); try { this.threadState = RUNNING; proc.getScheduler().addToReadyQueue(this, fal...
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private final void walkWaitingThreads(VmThread thread) throws UninterruptiblePragma { if (thread == null) { return; } final Monitor waitForMonitor = thread.waitForMonitor; if (waitForMonitor == null) { return; } final VmThread owner = waitForMonitor.ge...
private final void walkWaitingThreads(VmThread thread) { if (thread == null) { return; } final Monitor waitForMonitor = thread.waitForMonitor; if (waitForMonitor == null) { return; } final VmThread owner = waitForMonitor.getOwner(); if (owner ==...
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private final void walkWaitingThreads(VmThread thread) throws UninterruptiblePragma { if (thread == null) { return; } final Monitor waitForMonitor = thread.waitForMonitor; if (waitForMonitor == null) { return; } final VmThread owner = waitForMonitor.ge...
private final void walkWaitingThreads(VmThread thread) throws UninterruptiblePragma { if (thread == null) { return; } final Monitor waitForMonitor = thread.waitForMonitor; if (waitForMonitor == null) { return; } final VmThread owner = waitForMonitor.ge...
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public void from_any(Any an_any) throws TypeMismatch, InvalidValue { checkType(official_type, an_any.type()); try { Streamable s = an_any.extract_Streamable(); Object members = s.getClass().getField("value").get(s); checkArrayValid(members); Any member; St...
public void from_any(Any an_any) throws TypeMismatch, InvalidValue { checkType(official_type, an_any.type()); try { Streamable s = an_any.extract_Streamable(); Object members = s.getClass().getField("value").get(s); checkArrayValid(members); Any member; St...
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public void from_any(Any an_any) throws TypeMismatch, InvalidValue { checkType(official_type, an_any.type()); try { Streamable s = an_any.extract_Streamable(); Object members = s.getClass().getField("value").get(s); checkArrayValid(members); Any member; St...
public void from_any(Any an_any) throws TypeMismatch, InvalidValue { checkType(official_type, an_any.type()); try { Streamable s = an_any.extract_Streamable(); Object members = s.getClass().getField("value").get(s); checkArrayValid(members); Any member; St...
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public Any to_any() { try { Streamable memberHolder = holderFactory.createHolder(official_components); if (memberHolder == null) memberHolder = holderFactory.createHolder(final_components); Class memberHolderClass = memberHolder.getClass(); Class memberClass = me...
public Any to_any() { try { Streamable memberHolder = HolderLocator.createHolder(official_components); if (memberHolder == null) memberHolder = holderFactory.createHolder(final_components); Class memberHolderClass = memberHolder.getClass(); Class memberClass = me...
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public Any to_any() { try { Streamable memberHolder = holderFactory.createHolder(official_components); if (memberHolder == null) memberHolder = holderFactory.createHolder(final_components); Class memberHolderClass = memberHolder.getClass(); Class memberClass = me...
public Any to_any() { try { Streamable memberHolder = holderFactory.createHolder(official_components); if (memberHolder == null) memberHolder = HolderLocator.createHolder(final_components); Class memberHolderClass = memberHolder.getClass(); Class memberClass = me...
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public Any to_any() { try { Streamable memberHolder = holderFactory.createHolder(official_components); if (memberHolder == null) memberHolder = holderFactory.createHolder(final_components); Class memberHolderClass = memberHolder.getClass(); Class memberClass = me...
public Any to_any() { try { Streamable memberHolder = holderFactory.createHolder(official_components); if (memberHolder == null) memberHolder = holderFactory.createHolder(final_components); Class memberHolderClass = memberHolder.getClass(); Class memberClass = me...
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