FpDebug: refactor TBreakLocationMap, split out parts handling Address <> TFpInternalBreakpoint mapping

This commit is contained in:
Martin 2024-02-14 15:57:43 +01:00
parent e541a44115
commit 08b1ca8b65

View File

@ -34,6 +34,7 @@
unit FpDbgClasses;
{$mode objfpc}{$H+}
{$TYPEDADDRESS on}
{$ModeSwitch typehelpers}
{$IFDEF INLINE_OFF}{$INLINE OFF}{$ENDIF}
{$IF FPC_Fullversion=30202}{$Optimization NOPEEPHOLE}{$ENDIF}
@ -412,42 +413,91 @@ type
TFpInternalBreakpointArray = array of TFpInternalBreakpoint;
{ TFpBreakPointMap }
TFpBreakPointMap = class abstract(TMap)
{strict} protected type
{ TFpBreakPointMapEntry }
TFpBreakPointMapEntry = packed record
InternalBreakPoint: Pointer; // TFpInternalBreakpoint or TFpInternalBreakpointArray
IsBreakList: ByteBool;
end;
PFpBreakPointMapEntry = ^TFpBreakPointMapEntry;
{strict} protected type
{ TFpBreakPointMapLocDataPair }
TFpBreakPointMapLocDataPair = record
Location: TDBGPtr;
Data: PFpBreakPointMapEntry;
end;
strict protected type
{ TFpBreakPointMapEnumeratorEnumerator }
TFpBreakPointMapEnumerator = class(TMapIterator)
private
FDoneFirst: Boolean;
function GetCurrent: TFpBreakPointMapLocDataPair;
public
function MoveNext: Boolean;
property Current: TFpBreakPointMapLocDataPair read GetCurrent;
end;
strict private
FProcess: TDbgProcess;
strict protected
procedure NewMapEntry(out ALocData: PFpBreakPointMapEntry); virtual; abstract;
procedure DisposeMapEntry(ALocData: PFpBreakPointMapEntry); virtual; abstract;
procedure DoAddedNewLocation(const ALocation: TDBGPtr; const AInternalBreak: TFpInternalBreakpoint; AnEntry: PFpBreakPointMapEntry); virtual; abstract;
procedure DoRemovingLocation(const ALocation: TDBGPtr; const AInternalBreak: TFpInternalBreakpoint; AnEntry: PFpBreakPointMapEntry); virtual; abstract;
property Process: TDbgProcess read FProcess;
public
constructor Create(AProcess: TDbgProcess; ADataSize: Cardinal);
destructor Destroy; override;
procedure Clear; reintroduce;
procedure AddLocation (const ALocation: TDBGPtr; const AInternalBreak: TFpInternalBreakpoint; AnIgnoreIfExists: Boolean = True);
procedure RemoveLocation(const ALocation: TDBGPtr; const AInternalBreak: TFpInternalBreakpoint);
function GetInternalBreaksAtLocation(const ALocation: TDBGPtr): TFpInternalBreakpointArray;
function GetEnumerator: TFpBreakPointMapEnumerator;
// When the debugger modifies the debuggee's code, it might be that the
// original value underneeth the breakpoint has to be changed. This function
// makes this possible.
procedure UpdateMapForNewTargetCode(const AAdress: TDbgPtr; const ASize: Cardinal; const AData); virtual; abstract;
function HasInsertedBreakInstructionAtLocation(const ALocation: TDBGPtr): Boolean; virtual; abstract;
function IsHardcodeBreakPoint(const ALocation: TDBGPtr): Boolean; virtual; abstract;
procedure TempRemoveBreakInstructionCode(const ALocation: TDBGPtr); virtual; abstract;
procedure RestoreTempBreakInstructionCodes; virtual; abstract;
procedure MaskBreakpointsInReadData(const AAdress: TDbgPtr; const ASize: Cardinal; var AData); virtual; abstract;
end;
{ TBreakLocationMap }
TBreakLocationMap = class(TMap)
strict private type
{ TBreakLocationEntry }
TBreakLocationEntry = object
Location: TDBGPtr;
Data: Pointer;
TBreakLocationMap = class(TFpBreakPointMap)
strict protected type
{ TFpBreakPointMapLocDataPairHelper }
TFpBreakPointMapLocDataPairHelper = type helper for TFpBreakPointMapLocDataPair
function OrigValue: Byte;
function ErrorSetting: ByteBool;
end;
{ TInternalBreakLocationEntry }
TInternalBreakLocationEntry = record
TInternalBreakLocationEntry = packed record
BaseMapEntry: TFpBreakPointMapEntry;
OrigValue: Byte;
IsBreakList, ErrorSetting: ByteBool;
InternalBreakPoint: Pointer;
ErrorSetting: ByteBool;
end;
PInternalBreakLocationEntry = ^TInternalBreakLocationEntry;
public type
{ TBreakLocationMapEnumerator }
TBreakLocationMapEnumerator = class(TMapIterator)
private
FDoneFirst: Boolean;
function GetCurrent: TBreakLocationEntry;
public
function MoveNext: Boolean;
property Current: TBreakLocationEntry read GetCurrent;
end;
private const
Int3: Byte = $CC;
private
FProcess: TDbgProcess;
FTmpRemovedBreaks: array of TDBGPtr;
class function OrigByteFromPointer(AData: Pointer): Byte;
@ -456,26 +506,25 @@ type
strict private
function GetOrigValueAtLocation(const ALocation: TDBGPtr): Byte; // returns Int3, if there is no break at this location
procedure AdaptOriginalValueAtLocation(const ALocation: TDBGPtr; const NewOrigValue: Byte);
strict protected
procedure NewMapEntry(out ALocData: PFpBreakPointMapEntry); override;
procedure DisposeMapEntry(ALocData: PFpBreakPointMapEntry); override;
procedure DoAddedNewLocation(const ALocation: TDBGPtr; const AInternalBreak: TFpInternalBreakpoint; AnEntry: PFpBreakPointMapEntry); override;
procedure DoRemovingLocation(const ALocation: TDBGPtr; const AInternalBreak: TFpInternalBreakpoint; AnEntry: PFpBreakPointMapEntry); override;
public
constructor Create(AProcess: TDbgProcess);
destructor Destroy; override;
procedure Clear; reintroduce;
procedure AddLocation(const ALocation: TDBGPtr; const AInternalBreak: TFpInternalBreakpoint; AnIgnoreIfExists: Boolean = True);
procedure RemoveLocation(const ALocation: TDBGPtr; const AInternalBreak: TFpInternalBreakpoint);
// When the debugger modifies the debuggee's code, it might be that the
// original value underneeth the breakpoint has to be changed. This function
// makes this possible.
procedure UpdateMapForNewTargetCode(const AAdress: TDbgPtr; const ASize: Cardinal; const AData);
procedure UpdateMapForNewTargetCode(const AAdress: TDbgPtr; const ASize: Cardinal; const AData); override;
function GetInternalBreaksAtLocation(const ALocation: TDBGPtr): TFpInternalBreakpointArray;
function HasInsertedBreakInstructionAtLocation(const ALocation: TDBGPtr): Boolean;
function IsHardcodeBreakPoint(const ALocation: TDBGPtr): Boolean;
function GetEnumerator: TBreakLocationMapEnumerator;
function HasInsertedBreakInstructionAtLocation(const ALocation: TDBGPtr): Boolean; override;
function IsHardcodeBreakPoint(const ALocation: TDBGPtr): Boolean; override;
procedure TempRemoveBreakInstructionCode(const ALocation: TDBGPtr);
procedure RestoreTempBreakInstructionCodes;
procedure MaskBreakpointsInReadData(const AAdress: TDbgPtr; const ASize: Cardinal; var AData);
procedure TempRemoveBreakInstructionCode(const ALocation: TDBGPtr); override;
procedure RestoreTempBreakInstructionCodes; override;
procedure MaskBreakpointsInReadData(const AAdress: TDbgPtr; const ASize: Cardinal; var AData); override;
end;
{ TFpDbgBreakpoint }
@ -1252,27 +1301,15 @@ begin
FLibrariesRemoved := [];
end;
{ TBreakLocationMap.TBreakLocationEntry }
{ TFpBreakPointMap.TFpBreakPointMapEnumerator }
function TBreakLocationMap.TBreakLocationEntry.OrigValue: Byte;
begin
Result := TBreakLocationMap.OrigByteFromPointer(Data);
end;
function TBreakLocationMap.TBreakLocationEntry.ErrorSetting: ByteBool;
begin
Result := TBreakLocationMap.ErrorSettingFromPointer(Data);
end;
{ TBreakLocationMap.TBreakLocationMapEnumerator }
function TBreakLocationMap.TBreakLocationMapEnumerator.GetCurrent: TBreakLocationEntry;
function TFpBreakPointMap.TFpBreakPointMapEnumerator.GetCurrent: TFpBreakPointMapLocDataPair;
begin
Result.Data := DataPtr;
GetID(Result.Location);
end;
function TBreakLocationMap.TBreakLocationMapEnumerator.MoveNext: Boolean;
function TFpBreakPointMap.TFpBreakPointMapEnumerator.MoveNext: Boolean;
begin
if FDoneFirst then
Next
@ -1282,20 +1319,166 @@ begin
Result := not EOM;
end;
{ TBreakLocationMap }
{ TFpBreakPointMap }
procedure TBreakLocationMap.Clear;
constructor TFpBreakPointMap.Create(AProcess: TDbgProcess; ADataSize: Cardinal);
begin
FProcess := AProcess;
inherited Create(itu8, ADataSize);
end;
destructor TFpBreakPointMap.Destroy;
begin
Clear;
inherited Destroy;
end;
procedure TFpBreakPointMap.Clear;
var
LocData: TBreakLocationEntry;
LocDataPair: TFpBreakPointMapLocDataPair;
begin
debugln(DBG_VERBOSE or DBG_BREAKPOINTS, ['TBreakLocationMap.Clear ']);
for LocData in Self do begin
if PInternalBreakLocationEntry(LocData.Data)^.IsBreakList then
TFpInternalBreakpointArray(PInternalBreakLocationEntry(LocData.Data)^.InternalBreakPoint) := nil;
for LocDataPair in Self do begin
if LocDataPair.Data^.IsBreakList then
TFpInternalBreakpointArray(LocDataPair.Data^.InternalBreakPoint) := nil;
end;
inherited Clear;
end;
procedure TFpBreakPointMap.AddLocation(const ALocation: TDBGPtr;
const AInternalBreak: TFpInternalBreakpoint; AnIgnoreIfExists: Boolean);
var
MapEntryPtr: PFpBreakPointMapEntry;
Len, i: Integer;
BList: TFpInternalBreakpointArray;
begin
{$IFDEF FPDEBUG_THREAD_CHECK}AssertFpDebugThreadIdNotMain('TBreakLocationMap.AddLocation');{$ENDIF}
MapEntryPtr := GetDataPtr(ALocation);
if MapEntryPtr <> nil then begin
if MapEntryPtr^.IsBreakList then begin
Len := Length(TFpInternalBreakpointArray(MapEntryPtr^.InternalBreakPoint));
if AnIgnoreIfExists then begin
i := Len - 1;
while (i >= 0) and (TFpInternalBreakpointArray(MapEntryPtr^.InternalBreakPoint)[i] <> AInternalBreak) do
dec(i);
if i >= 0 then
exit;
end;
SetLength(TFpInternalBreakpointArray(MapEntryPtr^.InternalBreakPoint), Len+1);
TFpInternalBreakpointArray(MapEntryPtr^.InternalBreakPoint)[Len] := AInternalBreak;
end
else begin
if AnIgnoreIfExists and (TFpInternalBreakpoint(MapEntryPtr^.InternalBreakPoint) = AInternalBreak) then
exit;
MapEntryPtr^.IsBreakList := True;
SetLength(BList, 2);
BList[0] := TFpInternalBreakpoint(MapEntryPtr^.InternalBreakPoint);
BList[1] := AInternalBreak;
MapEntryPtr^.InternalBreakPoint := nil;
TFpInternalBreakpointArray(MapEntryPtr^.InternalBreakPoint) := BList;
end;
exit;
end;
NewMapEntry(MapEntryPtr);
MapEntryPtr^.IsBreakList := False;
MapEntryPtr^.InternalBreakPoint := AInternalBreak;
FProcess.DoBeforeBreakLocationMapChange; // Only if a new breakpoint is set => memory changed
DoAddedNewLocation(ALocation, AInternalBreak, MapEntryPtr);
Add(ALocation, MapEntryPtr^);
DisposeMapEntry(MapEntryPtr);
end;
procedure TFpBreakPointMap.RemoveLocation(const ALocation: TDBGPtr;
const AInternalBreak: TFpInternalBreakpoint);
var
MapEntryPtr: PFpBreakPointMapEntry;
Len, i: Integer;
begin
{$IFDEF FPDEBUG_THREAD_CHECK}AssertFpDebugThreadIdNotMain('TBreakLocationMap.RemoveLocation');{$ENDIF}
MapEntryPtr := GetDataPtr(ALocation);
if MapEntryPtr = nil then begin
DebugLn(DBG_WARNINGS or DBG_BREAKPOINTS, ['Missing breakpoint for loc ', FormatAddress(ALocation)]);
exit;
end;
if MapEntryPtr^.IsBreakList then begin
Len := Length(TFpInternalBreakpointArray(MapEntryPtr^.InternalBreakPoint));
i := Len - 1;
while (i >= 0) and (TFpInternalBreakpointArray(MapEntryPtr^.InternalBreakPoint)[i] <> AInternalBreak) do
dec(i);
if i < 0 then begin
DebugLn(DBG_WARNINGS or DBG_BREAKPOINTS, ['Wrong break for loc ', FormatAddress(ALocation)]);
exit;
end;
if i < Len - 1 then
move(TFpInternalBreakpointArray(MapEntryPtr^.InternalBreakPoint)[i+1],
TFpInternalBreakpointArray(MapEntryPtr^.InternalBreakPoint)[i],
(Len - 1 - i) * sizeof(TFpInternalBreakpoint));
SetLength(TFpInternalBreakpointArray(MapEntryPtr^.InternalBreakPoint), Len-1);
if Len > 1 then
exit;
end
else
if AInternalBreak <> TFpInternalBreakpoint(MapEntryPtr^.InternalBreakPoint) then begin
DebugLn(DBG_WARNINGS or DBG_BREAKPOINTS, ['Wrong break for loc ', FormatAddress(ALocation)]);
exit;
end;
FProcess.DoBeforeBreakLocationMapChange; // Only if a breakpoint is removed => memory changed
DoRemovingLocation(ALocation, AInternalBreak, MapEntryPtr);
Delete(ALocation);
end;
function TFpBreakPointMap.GetInternalBreaksAtLocation(const ALocation: TDBGPtr): TFpInternalBreakpointArray;
var
MapEntryPtr: PFpBreakPointMapEntry;
begin
MapEntryPtr := GetDataPtr(ALocation);
if MapEntryPtr = nil then begin
DebugLn(DBG_WARNINGS or DBG_BREAKPOINTS, ['Missing breakpoint for loc ', FormatAddress(ALocation)]);
Result := nil;
exit;
end;
if MapEntryPtr^.IsBreakList then begin
Result := TFpInternalBreakpointArray(MapEntryPtr^.InternalBreakPoint)
end
else begin
SetLength(Result, 1);
Result[0] := TFpInternalBreakpoint(MapEntryPtr^.InternalBreakPoint);
end;
end;
function TFpBreakPointMap.GetEnumerator: TFpBreakPointMapEnumerator;
begin
{$IFDEF FPDEBUG_THREAD_CHECK}AssertFpDebugThreadId('TBreakLocationMap.GetEnumerator');{$ENDIF}
Result := TFpBreakPointMapEnumerator.Create(Self);
end;
{ TBreakLocationMap.TFpBreakPointMapLocDataPairHelper }
function TBreakLocationMap.TFpBreakPointMapLocDataPairHelper.OrigValue: Byte;
begin
Result := TBreakLocationMap.OrigByteFromPointer(Data);
end;
function TBreakLocationMap.TFpBreakPointMapLocDataPairHelper.ErrorSetting: ByteBool;
begin
Result := TBreakLocationMap.ErrorSettingFromPointer(Data);
end;
{ TBreakLocationMap }
class function TBreakLocationMap.OrigByteFromPointer(AData: Pointer): Byte;
begin
Result := PInternalBreakLocationEntry(AData)^.OrigValue;
@ -1309,115 +1492,7 @@ end;
constructor TBreakLocationMap.Create(AProcess: TDbgProcess);
begin
FProcess := AProcess;
inherited Create(itu8, SizeOf(TInternalBreakLocationEntry));
end;
destructor TBreakLocationMap.Destroy;
begin
Clear;
inherited Destroy;
end;
procedure TBreakLocationMap.AddLocation(const ALocation: TDBGPtr;
const AInternalBreak: TFpInternalBreakpoint; AnIgnoreIfExists: Boolean);
var
LocData: PInternalBreakLocationEntry;
Len, i: Integer;
BList: TFpInternalBreakpointArray;
IsTempRemoved: Boolean;
begin
{$IFDEF FPDEBUG_THREAD_CHECK}AssertFpDebugThreadIdNotMain('TBreakLocationMap.AddLocation');{$ENDIF}
LocData := GetDataPtr(ALocation);
if LocData <> nil then begin
if LocData^.IsBreakList then begin
Len := Length(TFpInternalBreakpointArray(LocData^.InternalBreakPoint));
if AnIgnoreIfExists then begin
i := Len - 1;
while (i >= 0) and (TFpInternalBreakpointArray(LocData^.InternalBreakPoint)[i] <> AInternalBreak) do
dec(i);
if i >= 0 then
exit;
end;
SetLength(TFpInternalBreakpointArray(LocData^.InternalBreakPoint), Len+1);
TFpInternalBreakpointArray(LocData^.InternalBreakPoint)[Len] := AInternalBreak;
end
else begin
if AnIgnoreIfExists and (TFpInternalBreakpoint(LocData^.InternalBreakPoint) = AInternalBreak) then
exit;
LocData^.IsBreakList := True;
SetLength(BList, 2);
BList[0] := TFpInternalBreakpoint(LocData^.InternalBreakPoint);
BList[1] := AInternalBreak;
LocData^.InternalBreakPoint := nil;
TFpInternalBreakpointArray(LocData^.InternalBreakPoint) := BList;
end;
exit;
end;
// TODO: maybe remove, when TempRemoveBreakInstructionCode is called by "OS"Classes.Continue, which means no breakpoint can be set, while TempRemove are active
IsTempRemoved := False;
for i := 0 to high(FTmpRemovedBreaks) do begin
IsTempRemoved := ALocation = FTmpRemovedBreaks[i];
if IsTempRemoved then
break;
end;
FProcess.DoBeforeBreakLocationMapChange; // Only if a new breakpoint is set => memory changed
new(LocData);
LocData^.ErrorSetting := not FProcess.InsertBreakInstructionCode(ALocation, LocData^.OrigValue, IsTempRemoved);
LocData^.IsBreakList := False;
LocData^.InternalBreakPoint := AInternalBreak;
Add(ALocation, LocData^);
Dispose(LocData);
end;
procedure TBreakLocationMap.RemoveLocation(const ALocation: TDBGPtr;
const AInternalBreak: TFpInternalBreakpoint);
var
LocData: PInternalBreakLocationEntry;
Len, i: Integer;
begin
{$IFDEF FPDEBUG_THREAD_CHECK}AssertFpDebugThreadIdNotMain('TBreakLocationMap.RemoveLocation');{$ENDIF}
LocData := GetDataPtr(ALocation);
if LocData = nil then begin
DebugLn(DBG_WARNINGS or DBG_BREAKPOINTS, ['Missing breakpoint for loc ', FormatAddress(ALocation)]);
exit;
end;
if LocData^.IsBreakList then begin
Len := Length(TFpInternalBreakpointArray(LocData^.InternalBreakPoint));
i := Len - 1;
while (i >= 0) and (TFpInternalBreakpointArray(LocData^.InternalBreakPoint)[i] <> AInternalBreak) do
dec(i);
if i < 0 then begin
DebugLn(DBG_WARNINGS or DBG_BREAKPOINTS, ['Wrong break for loc ', FormatAddress(ALocation)]);
exit;
end;
if i < Len - 1 then
move(TFpInternalBreakpointArray(LocData^.InternalBreakPoint)[i+1],
TFpInternalBreakpointArray(LocData^.InternalBreakPoint)[i],
(Len - 1 - i) * sizeof(TFpInternalBreakpoint));
SetLength(TFpInternalBreakpointArray(LocData^.InternalBreakPoint), Len-1);
if Len > 1 then
exit;
end
else
if AInternalBreak <> TFpInternalBreakpoint(LocData^.InternalBreakPoint) then begin
DebugLn(DBG_WARNINGS or DBG_BREAKPOINTS, ['Wrong break for loc ', FormatAddress(ALocation)]);
exit;
end;
FProcess.DoBeforeBreakLocationMapChange; // Only if a breakpoint is removed => memory changed
if not LocData^.ErrorSetting then
FProcess.RemoveBreakInstructionCode(ALocation, LocData^.OrigValue);
Delete(ALocation);
inherited Create(AProcess, SizeOf(TInternalBreakLocationEntry));
end;
procedure TBreakLocationMap.UpdateMapForNewTargetCode(const AAdress: TDbgPtr;
@ -1430,27 +1505,6 @@ begin
AdaptOriginalValueAtLocation(AAdress+i, PByte(@AData+i)^);
end;
function TBreakLocationMap.GetInternalBreaksAtLocation(const ALocation: TDBGPtr
): TFpInternalBreakpointArray;
var
LocData: PInternalBreakLocationEntry;
begin
LocData := GetDataPtr(ALocation);
if LocData = nil then begin
DebugLn(DBG_WARNINGS or DBG_BREAKPOINTS, ['Missing breakpoint for loc ', FormatAddress(ALocation)]);
Result := nil;
exit;
end;
if LocData^.IsBreakList then begin
Result := TFpInternalBreakpointArray(LocData^.InternalBreakPoint)
end
else begin
SetLength(Result, 1);
Result[0] := TFpInternalBreakpoint(LocData^.InternalBreakPoint);
end;
end;
function TBreakLocationMap.GetOrigValueAtLocation(const ALocation: TDBGPtr
): Byte;
var
@ -1477,12 +1531,6 @@ begin
Result := GetOrigValueAtLocation(ALocation) = Int3;
end;
function TBreakLocationMap.GetEnumerator: TBreakLocationMapEnumerator;
begin
{$IFDEF FPDEBUG_THREAD_CHECK}AssertFpDebugThreadId('TBreakLocationMap.GetEnumerator');{$ENDIF}
Result := TBreakLocationMapEnumerator.Create(Self);
end;
procedure TBreakLocationMap.TempRemoveBreakInstructionCode(
const ALocation: TDBGPtr);
var
@ -1501,7 +1549,7 @@ begin
SetLength(FTmpRemovedBreaks, l+1);
FTmpRemovedBreaks[l] := ALocation;
FProcess.RemoveBreakInstructionCode(ALocation, OVal); // Do not update FBreakMap
Process.RemoveBreakInstructionCode(ALocation, OVal); // Do not update FBreakMap
DebugLn(DBG_VERBOSE or DBG_BREAKPOINTS, ['<<< TempRemoveBreakInstructionCode']);
end;
@ -1518,14 +1566,14 @@ begin
FTmpRemovedBreaks := nil;
for i := 0 to length(t) - 1 do
if HasId(t[i]) then // may have been removed
FProcess.InsertBreakInstructionCode(t[i], OVal, False);
Process.InsertBreakInstructionCode(t[i], OVal, False);
DebugLnExit(DBG_VERBOSE or DBG_BREAKPOINTS, ['<<< RestoreTempBreakInstructionCodes']);
end;
procedure TBreakLocationMap.MaskBreakpointsInReadData(const AAdress: TDbgPtr;
const ASize: Cardinal; var AData);
var
Brk: TBreakLocationEntry;
Brk: TFpBreakPointMapLocDataPair;
begin
for Brk in Self do begin
if (not Brk.ErrorSetting) and (Brk.Location >= AAdress) and (Brk.Location < (AAdress+ASize)) then
@ -1542,6 +1590,42 @@ begin
LocData^.OrigValue := NewOrigValue;
end;
procedure TBreakLocationMap.NewMapEntry(out ALocData: PFpBreakPointMapEntry);
begin
New(PInternalBreakLocationEntry(ALocData));
end;
procedure TBreakLocationMap.DisposeMapEntry(ALocData: PFpBreakPointMapEntry);
begin
Dispose(PInternalBreakLocationEntry(ALocData));
end;
procedure TBreakLocationMap.DoAddedNewLocation(const ALocation: TDBGPtr;
const AInternalBreak: TFpInternalBreakpoint; AnEntry: PFpBreakPointMapEntry);
var
MapEntryPtr: PInternalBreakLocationEntry absolute AnEntry;
IsTempRemoved: Boolean;
i: Integer;
begin
IsTempRemoved := False;
for i := 0 to high(FTmpRemovedBreaks) do begin
IsTempRemoved := ALocation = FTmpRemovedBreaks[i];
if IsTempRemoved then
break;
end;
MapEntryPtr^.ErrorSetting := not Process.InsertBreakInstructionCode(ALocation, MapEntryPtr^.OrigValue, IsTempRemoved);
end;
procedure TBreakLocationMap.DoRemovingLocation(const ALocation: TDBGPtr;
const AInternalBreak: TFpInternalBreakpoint; AnEntry: PFpBreakPointMapEntry);
var
MapEntryPtr: PInternalBreakLocationEntry absolute AnEntry;
begin
if not MapEntryPtr^.ErrorSetting then
Process.RemoveBreakInstructionCode(ALocation, MapEntryPtr^.OrigValue);
end;
{ TDbgCallstackEntry }
function TDbgCallstackEntry.GetProcSymbol: TFpSymbol;