C# Class Reko.Gui.Windows.Controls.MixedCodeDataModel

Provides a text model that mixes code and data.

Inheritance: TextViewModel

Show file Open project: uxmal/reko Class Usage Examples

Public Methods

Method	Description
Clone ( ) : MixedCodeDataModel
ComparePositions ( object a, object b ) : int
CountLines ( object startPos, object endPos ) : int
GetDataItemNodes ( ) : Collection
GetPositionAsFraction ( ) : int>.Tuple	Returns the (approximate) position. This doesn't have to be 100% precise, but it shouldn't be insanely wrong either.
MixedCodeDataModel ( MixedCodeDataModel that ) : Reko.Core
MixedCodeDataModel ( Program program ) : Reko.Core
MoveToLine ( object position, int offset ) : int
SetPositionAsFraction ( int numer, int denom ) : void

Private Methods

Method	Description
Align ( Address addr, uint alignment ) : Address
Align ( ulong ul, uint alignment ) : ulong
CollectInstructions ( ) : void	Preemptively collect the machine code instructions in all image map blocks.
CountBlockLines ( ImageMapItem item ) : int
CountDisassembledLines ( Reko.Core.ImageMapBlock bi ) : int
CountLines ( ) : int
CountMemoryLines ( ImageMapItem item ) : int	Count the number of lines a memory area subtends. We align mempry spans on 16-byte boundaries (//$REVIEW for now, this should be user-adjustable) so if we have a memory span straddling such a boundary, we have to account for it. E.g. the span [01FC-0201] should be rendered: `01FC 0C 0D 0F .... 0200 00 01 ..` and therefore requires 2 lines even though the number of bytes is less than 16.
FindIndexOfMemoryAddress ( ImageMapItem item, Address addr ) : int	Find the index of the address within the item.
GetAddressOfLine ( ImageMapItem item, int i ) : Address
GetLineOffset ( ImageMapItem item, Address addr ) : int
SanitizeAddress ( Address position ) : Address	Given an address, attempts to make sure that it points to a valid position in the address space or to the EOF

Method Details

Clone() public method

public Clone ( ) : MixedCodeDataModel
return	MixedCodeDataModel

ComparePositions() public method

public ComparePositions ( object a, object b ) : int
a	object
b	object
return	int

CountLines() public method

public CountLines ( object startPos, object endPos ) : int
startPos	object
endPos	object
return	int

GetDataItemNodes() public method

public GetDataItemNodes ( ) : Collection
return	Collection

GetPositionAsFraction() public method

Returns the (approximate) position. This doesn't have to be 100% precise, but it shouldn't be insanely wrong either.

public GetPositionAsFraction ( ) : int>.Tuple
return	int>.Tuple

MixedCodeDataModel() public method

public MixedCodeDataModel ( MixedCodeDataModel that ) : Reko.Core
that	MixedCodeDataModel
return	Reko.Core

MixedCodeDataModel() public method

public MixedCodeDataModel ( Program program ) : Reko.Core
program	Program
return	Reko.Core

MoveToLine() public method

public MoveToLine ( object position, int offset ) : int
position	object
offset	int
return	int

SetPositionAsFraction() public method

public SetPositionAsFraction ( int numer, int denom ) : void
numer	int
denom	int
return	void