C# 클래스 PowerStudio.DebugEngine.CodeDocumentContext

상속: IDebugDocumentContext2, IDebugCodeContext2, IEnumDebugCodeContexts2, IDebugMemoryContext2

공개 메소드들

메소드	설명
Add ( ulong dwCount, IDebugMemoryContext2 &ppMemCxt ) : int	Adds the specified value to the current context and returns a new context. A memory context is an address, so adding a value to an address produces a new address that requires a new context interface. This method must always produce a new context, even if the resulting address is outside the memory space associated with this context. The only exception to this is if no memory can be allocated for the new context or if ppMemCxt is a null value (which is an error).
Clone ( IEnumDebugCodeContexts2 &ppEnum ) : int	Returns a copy of the current enumeration as a separate object. The copy of the enumeration has the same state as the original at the time this method is called. However, the copy's and the original's states are separate and can be changed individually.
Compare ( enum_CONTEXT_COMPARE Compare, IDebugMemoryContext2 rgpMemoryContextSet, uint dwMemoryContextSetLen, uint &pdwMemoryContext ) : int	Compares the memory context to each context in the given array in the manner indicated by compare flags, returning an index of the first context that matches. A debug engine (DE) does not have to support all types of comparisons, but it must support at least CONTEXT_EQUAL, CONTEXT_LESS_THAN, CONTEXT_GREATER_THAN and CONTEXT_SAME_SCOPE.
Compare ( enum_DOCCONTEXT_COMPARE Compare, IDebugDocumentContext2 rgpDocContextSet, uint dwDocContextSetLen, uint &pdwDocContext ) : int	Compares this document context to a given array of document contexts. The IDebugDocumentContext2 objects that are passed in the array must be implemented by the same debug engine that implements the IDebugDocumentContext2 object being called on; otherwise, the comparison is not valid.
EnumCodeContexts ( IEnumDebugCodeContexts2 &ppEnumCodeCxts ) : int	Retrieves a list of all code contexts associated with this document context. A single document context can generate multiple code contexts when the document is using templates or include files.
GetCount ( uint &pcelt ) : int	Returns the number of elements in the enumeration. This method is not part of the customary COM enumeration interface which specifies that only the Next, Clone, Skip, and Reset methods need to be implemented.
GetDocument ( IDebugDocument2 &ppDocument ) : int	Gets the document that contains this document context.
GetDocumentContext ( IDebugDocumentContext2 &ppSrcCxt ) : int	Gets the document context that corresponds to this code context. The document context represents a position in the source file that corresponds to the source code that generated this instruction. Generally, the document context can be thought of as a position in a source file while the code context is a position of a code instruction in an execution stream.
GetInfo ( enum_CONTEXT_INFO_FIELDS dwFields, CONTEXT_INFO pinfo ) : int	Retrieves a CONTEXT_INFO structure that describes the context.
GetLanguageInfo ( string &pbstrLanguage, System.Guid &pguidLanguage ) : int	Gets the language information for this code context. At least one of the parameters must return a non-null value.
GetName ( enum_GETNAME_TYPE gnType, string &pbstrFileName ) : int	Gets the displayable name of the document that contains this document context. This method typically forwards the call to the IDebugDocument2::GetName method, unless the document context is written to store the document name itself.
GetName ( string &pbstrName ) : int	Retrieves the user-displayable name for this context. The name of a memory context is not normally used.
GetSourceRange ( TEXT_POSITION pBegPosition, TEXT_POSITION pEndPosition ) : int	Gets the source code range of this document context. A source range is the entire range of source code, from the current statement back to just after the previous statement that contributed code. The source range is typically used for mixing source statements, including comments, with code in the disassembly window. To get the range for just the code statements contained within this document context, call the IDebugDocumentContext2::GetStatementRange method.
GetStatementRange ( TEXT_POSITION pBegPosition, TEXT_POSITION pEndPosition ) : int	Gets the file statement range of the document context. A statement range is the range of the lines that contributed the code to which this document context refers. To obtain the range of source code (including comments) within this document context, call the IDebugDocumentContext2::GetSourceRange method.
Next ( uint celt, IDebugCodeContext2 rgelt, uint &pceltFetched ) : int	Returns the next set of elements from the enumeration.
Reset ( ) : int	Resets the enumeration to the first element. After this method is called, the next call to the IEnumDebugCodeContexts2::Next method returns the first element of the enumeration.
Seek ( int nCount, IDebugDocumentContext2 &ppDocContext ) : int	Moves the document context by a given number of statements or lines.
Skip ( uint celt ) : int	Skips over the specified number of elements. If celt specifies a value greater than the number of remaining elements, the enumeration is set to the end and S_FALSE is returned.
Subtract ( ulong dwCount, IDebugMemoryContext2 &ppMemCxt ) : int	Subtracts the specified value from the current context and returns a new context. A memory context is an address, so subtracting a value from an address produces a new address that requires a new context interface. This method must always produce a new context, even if the resulting address is outside the memory space associated with this context. The only exception to this is if no memory can be allocated for the new context or if ppMemCxt is a null value (which is an error).

메소드 상세

Add() 공개 메소드

Adds the specified value to the current context and returns a new context.

A memory context is an address, so adding a value to an address produces a new address that requires a new context interface. This method must always produce a new context, even if the resulting address is outside the memory space associated with this context. The only exception to this is if no memory can be allocated for the new context or if ppMemCxt is a null value (which is an error).

public Add ( ulong dwCount, IDebugMemoryContext2 &ppMemCxt ) : int
dwCount	ulong	The value to add to the current context.
ppMemCxt	IDebugMemoryContext2	Returns a new IDebugMemoryContext2 object.
리턴	int

Clone() 공개 메소드

Returns a copy of the current enumeration as a separate object.

The copy of the enumeration has the same state as the original at the time this method is called. However, the copy's and the original's states are separate and can be changed individually.

public Clone ( IEnumDebugCodeContexts2 &ppEnum ) : int
ppEnum	IEnumDebugCodeContexts2	Returns a copy of this enumeration as a separate object.
리턴	int

Compare() 공개 메소드

Compares the memory context to each context in the given array in the manner indicated by compare flags, returning an index of the first context that matches.

A debug engine (DE) does not have to support all types of comparisons, but it must support at least CONTEXT_EQUAL, CONTEXT_LESS_THAN, CONTEXT_GREATER_THAN and CONTEXT_SAME_SCOPE.

public Compare ( enum_CONTEXT_COMPARE Compare, IDebugMemoryContext2 rgpMemoryContextSet, uint dwMemoryContextSetLen, uint &pdwMemoryContext ) : int
Compare	enum_CONTEXT_COMPARE	A value from the CONTEXT_COMPARE enumeration that determines the type of comparison.
rgpMemoryContextSet	IDebugMemoryContext2	An array of references to the IDebugMemoryContext2 objects to compare against.
dwMemoryContextSetLen	uint	The number of contexts in the rgpMemoryContextSet array.
pdwMemoryContext	uint	Returns the index of the first memory context that satisfies the comparison.
리턴	int

Compare() 공개 메소드

Compares this document context to a given array of document contexts.

The IDebugDocumentContext2 objects that are passed in the array must be implemented by the same debug engine that implements the IDebugDocumentContext2 object being called on; otherwise, the comparison is not valid.

public Compare ( enum_DOCCONTEXT_COMPARE Compare, IDebugDocumentContext2 rgpDocContextSet, uint dwDocContextSetLen, uint &pdwDocContext ) : int
Compare	enum_DOCCONTEXT_COMPARE	A value from the DOCCONTEXT_COMPARE enumeration that specifies the type of comparison.
rgpDocContextSet	IDebugDocumentContext2	An array of IDebugDocumentContext2 objects that represent the document contexts being compared to.
dwDocContextSetLen	uint	The length of the array of document contexts to compare.
pdwDocContext	uint	Returns the index into the rgpDocContextSet array of the first document context that satisfies the comparison.
리턴	int

EnumCodeContexts() 공개 메소드

Retrieves a list of all code contexts associated with this document context.

A single document context can generate multiple code contexts when the document is using templates or include files.

public EnumCodeContexts ( IEnumDebugCodeContexts2 &ppEnumCodeCxts ) : int
ppEnumCodeCxts	IEnumDebugCodeContexts2	Returns an IEnumDebugCodeContexts2 object that contains a list of code contexts.
리턴	int

GetCount() 공개 메소드

Returns the number of elements in the enumeration.

This method is not part of the customary COM enumeration interface which specifies that only the Next, Clone, Skip, and Reset methods need to be implemented.

public GetCount ( uint &pcelt ) : int
pcelt	uint	Returns the number of elements in the enumeration.
리턴	int

GetDocument() 공개 메소드

Gets the document that contains this document context.

public GetDocument ( IDebugDocument2 &ppDocument ) : int
ppDocument	IDebugDocument2	Returns an IDebugDocument2 object that represents the document that contains this document context.
리턴	int

GetDocumentContext() 공개 메소드

Gets the document context that corresponds to this code context. The document context represents a position in the source file that corresponds to the source code that generated this instruction.

Generally, the document context can be thought of as a position in a source file while the code context is a position of a code instruction in an execution stream.

public GetDocumentContext ( IDebugDocumentContext2 &ppSrcCxt ) : int
ppSrcCxt	IDebugDocumentContext2	Returns the IDebugDocumentContext2 object that corresponds to the code context.
리턴	int

GetInfo() 공개 메소드

Retrieves a CONTEXT_INFO structure that describes the context.

public GetInfo ( enum_CONTEXT_INFO_FIELDS dwFields, CONTEXT_INFO pinfo ) : int
dwFields	enum_CONTEXT_INFO_FIELDS	A combination of flags from the CONTEXT_INFO_FIELDS enumeration that indicate which fields of the CONTEXT_INFO structure are to be fill in.
pinfo	CONTEXT_INFO	The CONTEXT_INFO structure that is filled in.
리턴	int

GetLanguageInfo() 공개 메소드

Gets the language information for this code context.

At least one of the parameters must return a non-null value.

public GetLanguageInfo ( string &pbstrLanguage, System.Guid &pguidLanguage ) : int
pbstrLanguage	string	Returns a string that contains the name of the language, such as "C++."
pguidLanguage	System.Guid	Returns the GUID for the language of the code context, for example, guidCPPLang.
리턴	int

GetName() 공개 메소드

Gets the displayable name of the document that contains this document context.

This method typically forwards the call to the IDebugDocument2::GetName method, unless the document context is written to store the document name itself.

public GetName ( enum_GETNAME_TYPE gnType, string &pbstrFileName ) : int
gnType	enum_GETNAME_TYPE	A value from the GETNAME_TYPE enumeration that specifies the type of name to return.
pbstrFileName	string	Returns the name of the file.
리턴	int

GetName() 공개 메소드

Retrieves the user-displayable name for this context.

The name of a memory context is not normally used.

public GetName ( string &pbstrName ) : int
pbstrName	string	Returns the name of the memory context.
리턴	int

GetSourceRange() 공개 메소드

Gets the source code range of this document context.

A source range is the entire range of source code, from the current statement back to just after the previous statement that contributed code. The source range is typically used for mixing source statements, including comments, with code in the disassembly window. To get the range for just the code statements contained within this document context, call the IDebugDocumentContext2::GetStatementRange method.

public GetSourceRange ( TEXT_POSITION pBegPosition, TEXT_POSITION pEndPosition ) : int
pBegPosition	TEXT_POSITION	A TEXT_POSITION structure that is filled in with the starting position. Set this argument to a null value if this information is not needed.
pEndPosition	TEXT_POSITION	A TEXT_POSITION structure that is filled in with the ending position. Set this argument to a null value if this information is not needed.
리턴	int

GetStatementRange() 공개 메소드

Gets the file statement range of the document context.

A statement range is the range of the lines that contributed the code to which this document context refers. To obtain the range of source code (including comments) within this document context, call the IDebugDocumentContext2::GetSourceRange method.

public GetStatementRange ( TEXT_POSITION pBegPosition, TEXT_POSITION pEndPosition ) : int
pBegPosition	TEXT_POSITION	A TEXT_POSITION structure that is filled in with the starting position. Set this argument to a null value if this information is not needed.
pEndPosition	TEXT_POSITION	A TEXT_POSITION structure that is filled in with the ending position. Set this argument to a null value if this information is not needed.
리턴	int

Next() 공개 메소드

Returns the next set of elements from the enumeration.

public Next ( uint celt, IDebugCodeContext2 rgelt, uint &pceltFetched ) : int
celt	uint	The number of elements to retrieve. Also specifies the maximum size of the rgelt array.
rgelt	IDebugCodeContext2	Array of IDebugCodeContext2 elements to be filled in.
pceltFetched	uint	Returns the number of elements actually returned in rgelt.
리턴	int

Reset() 공개 메소드

Resets the enumeration to the first element.

After this method is called, the next call to the IEnumDebugCodeContexts2::Next method returns the first element of the enumeration.

public Reset ( ) : int
리턴	int

Seek() 공개 메소드

Moves the document context by a given number of statements or lines.

public Seek ( int nCount, IDebugDocumentContext2 &ppDocContext ) : int
nCount	int	The number of statements or lines to move ahead, depending on the document context.
ppDocContext	IDebugDocumentContext2	Returns a new IDebugDocumentContext2 object with the new position.
리턴	int

Skip() 공개 메소드

Skips over the specified number of elements.

If celt specifies a value greater than the number of remaining elements, the enumeration is set to the end and S_FALSE is returned.

public Skip ( uint celt ) : int
celt	uint	Number of elements to skip.
리턴	int

Subtract() 공개 메소드

Subtracts the specified value from the current context and returns a new context.

A memory context is an address, so subtracting a value from an address produces a new address that requires a new context interface. This method must always produce a new context, even if the resulting address is outside the memory space associated with this context. The only exception to this is if no memory can be allocated for the new context or if ppMemCxt is a null value (which is an error).

public Subtract ( ulong dwCount, IDebugMemoryContext2 &ppMemCxt ) : int
dwCount	ulong	The number of memory bytes to decrement.
ppMemCxt	IDebugMemoryContext2	Returns a new IDebugMemoryContext2 object.
리턴	int