Eclipse Platform
Release 3.1

Uses of Class
org.eclipse.debug.core.DebugException

Packages that use DebugException
org.eclipse.debug.core Provides support for launching programs, breakpoint management, expression management, and debug events. 
org.eclipse.debug.core.model Defines interfaces for debug model elements, source lookup, and launching. 
org.eclipse.debug.ui.memory   
 

Uses of DebugException in org.eclipse.debug.core
 

Methods in org.eclipse.debug.core that throw DebugException
 void Launch.terminate()
           
 void Launch.disconnect()
           
 

Uses of DebugException in org.eclipse.debug.core.model
 

Methods in org.eclipse.debug.core.model that return DebugException
 DebugException IWatchExpressionResult.getException()
          Returns any exception that occurred while performing the evaluation or null if an exception did not occur.
 

Methods in org.eclipse.debug.core.model that throw DebugException
 void RuntimeProcess.terminate()
           
 int RuntimeProcess.getExitValue()
           
 IValue IVariable.getValue()
          Returns the value of this variable.
 String IVariable.getName()
          Returns the name of this variable.
 String IVariable.getReferenceTypeName()
          Returns a description of the type of data this variable is declared to reference.
 boolean IVariable.hasValueChanged()
          Returns whether this variable's value has changed since the last suspend event.
 void IValueModification.setValue(String expression)
          Attempts to set the value of this variable to the value of the given expression.
 void IValueModification.setValue(IValue value)
          Sets the value of this variable to the given value.
 boolean IValueModification.verifyValue(String expression)
          Returns whether the given expression is valid to be used in setting a new value for this variable.
 boolean IValueModification.verifyValue(IValue value)
          Returns whether the given value can be used as a new value for this variable.
 String IValue.getReferenceTypeName()
          Returns a description of the type of data this value contains or references.
 String IValue.getValueString()
          Returns this value as a String.
 boolean IValue.isAllocated()
          Returns whether this value is currently allocated.
 IVariable[] IValue.getVariables()
          Returns the visible variables in this value.
 boolean IValue.hasVariables()
          Returns whether this value currently contains any visible variables.
 IStackFrame[] IThread.getStackFrames()
          Returns the stack frames contained in this thread.
 boolean IThread.hasStackFrames()
          Returns whether this thread currently contains any stack frames.
 int IThread.getPriority()
          Returns the priority of this thread.
 IStackFrame IThread.getTopStackFrame()
          Returns the top stack frame or null if there is currently no top stack frame.
 String IThread.getName()
          Returns the name of this thread.
 void ITerminate.terminate()
          Causes this element to terminate, generating a TERMINATE event.
 void ISuspendResume.resume()
          Causes this element to resume its execution, generating a RESUME event.
 void ISuspendResume.suspend()
          Causes this element to suspend its execution, generating a SUSPEND event.
 void IStep.stepInto()
          Steps into the current statement, generating RESUME and SUSPEND events for the associated thread.
 void IStep.stepOver()
          Steps over the current statement, generating RESUME and SUSPEND events for the associated thread.
 void IStep.stepReturn()
          Steps to the next return statement in the current scope, generating RESUME and SUSPEND events for the associated thread.
 IVariable[] IStackFrame.getVariables()
          Returns the visible variables in this stack frame.
 boolean IStackFrame.hasVariables()
          Returns whether this stack frame currently contains any visible variables.
 int IStackFrame.getLineNumber()
          Returns the line number of the instruction pointer in this stack frame that corresponds to a line in an associated source element, or -1 if line number information is unavailable.
 int IStackFrame.getCharStart()
          Returns the index of the first character in the associated source element that corresponds to the current location of the instruction pointer in this stack frame, or -1 if the information is unavailable.
 int IStackFrame.getCharEnd()
          Returns the index of the last character in the associated source element that corresponds to the current location of the instruction pointer in this stack frame, or -1 if the information is unavailable.
 String IStackFrame.getName()
          Returns the name of this stack frame.
 IRegisterGroup[] IStackFrame.getRegisterGroups()
          Returns the register groups assigned to this stack frame, or an empty collection if no register groups are assigned to this stack frame.
 boolean IStackFrame.hasRegisterGroups()
          Returns whether this stack frame contains any register groups.
 String IRegisterGroup.getName()
          Returns the name of this register group.
 IRegister[] IRegisterGroup.getRegisters()
          Returns the registers in this register group.
 boolean IRegisterGroup.hasRegisters()
          Returns whether this register group currently contains any registers.
 IRegisterGroup IRegister.getRegisterGroup()
          Returns the register group this register is contained in.
 int IProcess.getExitValue()
          Returns the exit value of this process.
 IMemoryBlockExtension IMemoryBlockRetrievalExtension.getExtendedMemoryBlock(String expression, Object context)
          Retrieves and returns a memory block.
 IMemoryBlock IMemoryBlockRetrieval.getMemoryBlock(long startAddress, long length)
          Returns a memory block that starts at the specified memory address, with the specified length.
 BigInteger IMemoryBlockExtension.getBigBaseAddress()
          Returns the base address of this memory block as a big integer.
 BigInteger IMemoryBlockExtension.getMemoryBlockStartAddress()
          Returns the hard start address of this memory block as a big integer, or null if none.
 BigInteger IMemoryBlockExtension.getMemoryBlockEndAddress()
          Returns the hard end address of this memory block as a big integer, or null if none.
 BigInteger IMemoryBlockExtension.getBigLength()
          Returns the length of this memory block, or -1 if unbounded.
 int IMemoryBlockExtension.getAddressSize()
          Returns the address size of this memory block in number of bytes.
 boolean IMemoryBlockExtension.supportBaseAddressModification()
          Returns whether the base address of this memory block can be modified.
 void IMemoryBlockExtension.setBaseAddress(BigInteger address)
          Sets the base address of this memory block to the given address.
 MemoryByte[] IMemoryBlockExtension.getBytesFromOffset(BigInteger unitOffset, long addressableUnits)
          Returns bytes from this memory block based on the base address and addressable size of this memory block.
 MemoryByte[] IMemoryBlockExtension.getBytesFromAddress(BigInteger address, long units)
          Returns bytes from this memory block based on the given address and the addressable size of this memory block.
 void IMemoryBlockExtension.setValue(BigInteger offset, byte[] bytes)
          Sets bytes in this memory block at the specified offset within this memory block to the spcified bytes.
 void IMemoryBlockExtension.dispose()
          Dispose this memory block.
 int IMemoryBlockExtension.getAddressableSize()
          Returns this memory block's addressable size in number of bytes.
 byte[] IMemoryBlock.getBytes()
          Returns the values of the bytes currently contained in this this memory block.
 void IMemoryBlock.setValue(long offset, byte[] bytes)
          Sets the value of the bytes in this memory block at the specified offset within this memory block to the spcified bytes.
 IVariable IIndexedValue.getVariable(int offset)
          Returns the variable at the given offset in this collection.
 IVariable[] IIndexedValue.getVariables(int offset, int length)
          Returns a subset of the elements in this collection of variables as specified by the given offset and length.
 int IIndexedValue.getSize()
          Returns the number of entries in this indexed collection.
 void IFilteredStep.stepWithFilters()
          Deprecated. Steps into the current statement, generating RESUME and SUSPEND events for the associated thread, applying step filters, as applicable for the associated thread.
 void IDropToFrame.dropToFrame()
          Performs a drop to frame on this element.
 void IDisconnect.disconnect()
          Disconnects this element from its target.
 IThread[] IDebugTarget.getThreads()
          Returns the threads contained in this debug target.
 boolean IDebugTarget.hasThreads()
          Returns whether this debug target currently contains any threads.
 String IDebugTarget.getName()
          Returns the name of this debug target.
protected  void DebugElement.requestFailed(String message, Throwable e)
          Throws a debug exception with a status code of TARGET_REQUEST_FAILED.
protected  void DebugElement.notSupported(String message, Throwable e)
          Throws a debug exception with a status code of NOT_SUPPORTED.
protected  IMarker Breakpoint.ensureMarker()
          Returns the marker associated with this breakpoint.
protected  void Breakpoint.run(ISchedulingRule rule, IWorkspaceRunnable wr)
          Execute the given workspace runnable with the scheduling rule to use when running the operation.
 

Uses of DebugException in org.eclipse.debug.ui.memory
 

Methods in org.eclipse.debug.ui.memory with parameters of type DebugException
 void AbstractTableRendering.displayError(DebugException e)
          Displays an error message for the given exception.
 

Methods in org.eclipse.debug.ui.memory that throw DebugException
 void AbstractTableRendering.goToAddress(BigInteger address)
          Moves the cursor to the specified address.
 


Eclipse Platform
Release 3.1

Guidelines for using Eclipse APIs.

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