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lazarus/components/lazdebuggers/lazdebuggerfp/test/testwatches.pas
Martin 7f0efea9ae FpDebug: tests, fix logging / add timing
2023-02-06 10:55:45 +01:00

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unit TestWatches;
{$mode objfpc}{$H+}
interface
uses
Classes, SysUtils, fpcunit, testregistry, TestBase, FpDebugValueConvertors,
FpDebugDebugger, TestDbgControl, TestDbgTestSuites, TestOutputLogger,
TTestWatchUtilities, TestCommonSources, TestDbgConfig, LazDebuggerIntf,
LazDebuggerIntfBaseTypes, LazDebuggerValueConverter, DbgIntfDebuggerBase,
DbgIntfBaseTypes, FpDbgInfo, FpPascalParser, FpDbgCommon, Forms,
IdeDebuggerBase, IdeDebuggerWatchResult, IdeDebuggerBackendValueConv;
type
{ TTestWatches }
TTestWatches = class(TDBGTestCase)
private
FEvalDone: Boolean;
procedure DoEvalDone(Sender: TObject; ASuccess: Boolean;
ResultText: String; ResultDBGType: TDBGType);
procedure RunToPause(var ABrk: TDBGBreakPoint; ADisableBreak: Boolean = True);
published
procedure TestWatchesScope;
procedure TestWatchesValue;
procedure TestWatchesIntrinsic;
procedure TestWatchesFunctions;
procedure TestWatchesFunctions2;
procedure TestWatchesFunctionsWithString;
procedure TestWatchesFunctionsWithRecord;
procedure TestWatchesFunctionsSysVarToLStr;
procedure TestWatchesAddressOf;
procedure TestWatchesTypeCast;
procedure TestWatchesExpression;
procedure TestWatchesModify;
procedure TestWatchesErrors;
procedure TestClassRtti;
end;
implementation
var
ControlTestWatch, ControlTestWatchScope, ControlTestWatchValue, ControlTestWatchIntrinsic,
ControlTestWatchFunct, ControlTestWatchFunct2, ControlTestWatchFunctStr, ControlTestWatchFunctRec,
ControlTestWatchFunctVariant, ControlTestWatchAddressOf, ControlTestWatchTypeCast, ControlTestModify,
ControlTestExpression, ControlTestErrors, ControlTestRTTI: Pointer;
procedure TTestWatches.RunToPause(var ABrk: TDBGBreakPoint;
ADisableBreak: Boolean);
begin
Debugger.RunToNextPause(dcRun);
AssertDebuggerState(dsPause);
if ADisableBreak then
ABrk.Enabled := False;
end;
procedure TTestWatches.DoEvalDone(Sender: TObject; ASuccess: Boolean;
ResultText: String; ResultDBGType: TDBGType);
begin
if ResultDBGType <> nil then
ResultDBGType.Free;
FEvalDone := True;
end;
procedure TTestWatches.TestWatchesScope;
procedure AddWatchesForClassMethods(t: TWatchExpectationList; AName: String; AStackOffs: Integer);
var
n: String;
f: Integer;
//IntGlobFlags: TWatchExpErrorHandlingFlags;
begin
// Test all outer, class, glopbal scopes are visible - from each stackframe
n := AName;
f := -AStackOffs;
if f >= 0 then begin
t.Add(n, 'Int_MethodMainChildNestedTwice', 30, f);
t.Add(n, 'Int_MethodMainChildNested' , 40, f);
t.Add(n, 'Int_MethodMainChild' , 50, f);
t.Add(n, 'Int_MethodMainChild_Late' , 51, f).ExpectNotFound.NotImplemented;
t.Add(n, 'Int_TClassMainChild' , 70, f);
t.Add(n, 'Int_TClassMainChild_Prot' , 71, f);
t.Add(n, 'Int_TClassMainChild_Priv' , 72, f);
t.Add(n, 'Int_TClassMain' , 80, f);
t.Add(n, 'Int_TClassMain_Prot' , 81, f);
t.Add(n, 'Int_TClassMain_Priv' , 82, f);
t.Add(n, 'Int_TClassMainBase' , 170, f);
t.Add(n, 'Int_TClassMainBase_Prot' , 171, f);
t.Add(n, 'Int_TClassMainBase_Priv' , 172, f).ExpectNotFound.NotImplemented;
t.Add(n, 'Int_TClassMainBaseBase' , 270, f);
t.Add(n, 'Int_TClassMainBaseBase_Prot' , 271, f);
t.Add(n, 'Int_TClassMainBaseBase_Priv' , 272, f).ExpectNotFound.NotImplemented;
t.Add(n, 'Int_GlobalPrg' , 101, f);
t.Add(n, 'Int_GlobalUnit1' , 201, f);
t.Add(n, 'Int_GlobalUnit2' , 202, f);
// t.Add(n, 'WatchesScopeUnit1.Int_GlobalPrg' , 101, f).ExpectNotFound;
// t.Add(n, 'WatchesScopeUnit1.Int_GlobalUnit1' , 201, f);
// t.Add(n, 'WatchesScopeUnit2.Int_GlobalUnit1' , 201, f).ExpectNotFound;
// t.Add(n, 'WatchesScopeUnit2.Int_GlobalUnit2' , 202, f);
t.Add(n, 'Self.Int_MethodMainChildNestedTwice', 30, f).ExpectNotFound;
t.Add(n, 'Self.Int_MethodMainChildNested' , 40, f).ExpectNotFound;
t.Add(n, 'Self.Int_MethodMainChild' , 50, f).ExpectNotFound;
t.Add(n, 'Self.Int_MethodMainChild_Late' , 51, f).ExpectNotFound;
t.Add(n, 'Self.Int_TClassMainChild' , 70, f);
t.Add(n, 'Self.Int_TClassMainChild_Prot' , 71, f);
t.Add(n, 'Self.Int_TClassMainChild_Priv' , 72, f);
t.Add(n, 'Self.Int_TClassMain' , 80, f);
t.Add(n, 'Self.Int_TClassMain_Prot' , 81, f);
t.Add(n, 'Self.Int_TClassMain_Priv' , 82, f);
t.Add(n, 'Self.Int_TClassMainBase' , 170, f);
t.Add(n, 'Self.Int_TClassMainBase_Prot' , 171, f);
t.Add(n, 'Self.Int_TClassMainBase_Priv' , 172, f).ExpectNotFound.NotImplemented;
t.Add(n, 'Self.Int_TClassMainBaseBase' , 270, f);
t.Add(n, 'Self.Int_TClassMainBaseBase_Prot' , 271, f);
t.Add(n, 'Self.Int_TClassMainBaseBase_Priv' , 272, f).ExpectNotFound.NotImplemented;
t.Add(n, 'Self.Int_GlobalPrg' , 101, f).ExpectNotFound;
t.Add(n, 'Self.Int_GlobalUnit1' , 201, f).ExpectNotFound;
t.Add(n, 'Self.Int_GlobalUnit2' , 202, f).ExpectNotFound;
t.Add(n, 'TClassMainChild(Self).Int_TClassMainChild' , 70, f);
t.Add(n, 'TClassMainChild(Self).Int_TClassMainChild_Prot' , 71, f);
t.Add(n, 'TClassMainChild(Self).Int_TClassMainChild_Priv' , 72, f);
t.Add(n, 'TClassMainChild(Self).Int_TClassMain' , 80, f);
t.Add(n, 'TClassMainChild(Self).Int_TClassMain_Prot' , 81, f);
t.Add(n, 'TClassMainChild(Self).Int_TClassMain_Priv' , 82, f);
t.Add(n, 'TClassMainChild(Self).Int_TClassMainBase' , 170, f);
t.Add(n, 'TClassMainChild(Self).Int_TClassMainBase_Prot' , 171, f);
t.Add(n, 'TClassMainChild(Self).Int_TClassMainBase_Priv' , 172, f).ExpectNotFound.NotImplemented;
t.Add(n, 'TClassMainChild(Self).Int_TClassMainBaseBase' , 270, f);
t.Add(n, 'TClassMainChild(Self).Int_TClassMainBaseBase_Prot' , 271, f);
t.Add(n, 'TClassMainChild(Self).Int_TClassMainBaseBase_Priv' , 272, f).ExpectNotFound.NotImplemented;
t.Add(n, 'TClassMain(Self).Int_TClassMainChild' , 70, f).ExpectNotFound;
t.Add(n, 'TClassMain(Self).Int_TClassMainChild_Prot' , 71, f).ExpectNotFound;
t.Add(n, 'TClassMain(Self).Int_TClassMainChild_Priv' , 72, f).ExpectNotFound;
t.Add(n, 'TClassMain(Self).Int_TClassMain' , 80, f);
t.Add(n, 'TClassMain(Self).Int_TClassMain_Prot' , 81, f);
t.Add(n, 'TClassMain(Self).Int_TClassMain_Priv' , 82, f);
t.Add(n, 'TClassMain(Self).Int_TClassMainBase' , 170, f);
t.Add(n, 'TClassMain(Self).Int_TClassMainBase_Prot' , 171, f);
t.Add(n, 'TClassMain(Self).Int_TClassMainBase_Priv' , 172, f).ExpectNotFound.NotImplemented;
t.Add(n, 'TClassMain(Self).Int_TClassMainBaseBase' , 270, f);
t.Add(n, 'TClassMain(Self).Int_TClassMainBaseBase_Prot' , 271, f);
t.Add(n, 'TClassMain(Self).Int_TClassMainBaseBase_Priv' , 272, f).ExpectNotFound.NotImplemented;
t.Add(n, 'TClassMainBase(Self).Int_TClassMainChild' , 70, f).ExpectNotFound;
t.Add(n, 'TClassMainBase(Self).Int_TClassMainChild_Prot' , 71, f).ExpectNotFound;
t.Add(n, 'TClassMainBase(Self).Int_TClassMainChild_Priv' , 72, f).ExpectNotFound;
t.Add(n, 'TClassMainBase(Self).Int_TClassMain' , 80, f).ExpectNotFound;
t.Add(n, 'TClassMainBase(Self).Int_TClassMain_Prot' , 81, f).ExpectNotFound;
t.Add(n, 'TClassMainBase(Self).Int_TClassMain_Priv' , 82, f).ExpectNotFound;
t.Add(n, 'TClassMainBase(Self).Int_TClassMainBase' , 170, f);
t.Add(n, 'TClassMainBase(Self).Int_TClassMainBase_Prot' , 171, f);
t.Add(n, 'TClassMainBase(Self).Int_TClassMainBase_Priv' , 172, f);
t.Add(n, 'TClassMainBase(Self).Int_TClassMainBaseBase' , 270, f);
t.Add(n, 'TClassMainBase(Self).Int_TClassMainBaseBase_Prot' , 271, f);
t.Add(n, 'TClassMainBase(Self).Int_TClassMainBaseBase_Priv' , 272, f).ExpectNotFound.NotImplemented;
t.Add(n + '; Hide, view MainChild', 'Int_HideTest_Class' , 3001, f);
t.Add(n + '; Hide, view MainChild', 'Self.Int_HideTest_Class' , 3001, f);
t.Add(n + '; Hide, view MainChild', 'TClassMain(Self).Int_HideTest_Class' , 0, f).ExpectNotFound.NotImplemented;
t.Add(n + '; Hide, view MainChild', 'TClassMainBase(Self).Int_HideTest_Class' , 1001, f);
t.Add(n + '; Hide, view MainChild', 'TObject(Self).Int_HideTest_Class' , 0, f).ExpectNotFound;
t.Add(n + '; Hide, view MainChild', 'Int_HideTest_Unit' , 3010, f);
t.Add(n, 'TMethodMainChildNestedTwiceEnum(1)', weEnum('mmCNT2'), f);
t.Add(n, 'TMethodMainChildNestedEnum(1)', weEnum('mmCN2'), f);
t.Add(n, 'TMethodMainChildEnum(1)', weEnum('mmC2'), f);
t.Add(n, 'TMainEnum(1)', weEnum('mm2'), f);
t.Add(n, 'TMainBaseEnum(1)', weEnum('mmB2'), f);
t.Add(n, 'TMainGlobEnum(1)', weEnum('mmG2'), f);
t.Add(n, 'THideMainEnum(1)', weEnum('hmCNT2'), f);
end;
n := AName + ' (Stack: MethodMainChildNested)';
f := 1 - AStackOffs;
if f >= 0 then begin
t.Add(n, 'Int_MethodMainChildNestedTwice', 30, f).ExpectNotFound;
t.Add(n, 'Int_MethodMainChildNested' , 40, f);
t.Add(n, 'Int_MethodMainChild' , 50, f);
t.Add(n, 'Int_MethodMainChild_Late' , 51, f).ExpectNotFound.NotImplemented;
t.Add(n, 'Int_TClassMainChild' , 70, f);
t.Add(n, 'Int_TClassMainChild_Prot' , 71, f);
t.Add(n, 'Int_TClassMainChild_Priv' , 72, f);
t.Add(n, 'Int_TClassMain' , 80, f);
t.Add(n, 'Int_TClassMain_Prot' , 81, f);
t.Add(n, 'Int_TClassMain_Priv' , 82, f);
t.Add(n, 'Int_TClassMainBase' , 170, f);
t.Add(n, 'Int_TClassMainBase_Prot' , 171, f);
t.Add(n, 'Int_TClassMainBase_Priv' , 172, f).ExpectNotFound.NotImplemented;
t.Add(n, 'Int_TClassMainBaseBase' , 270, f);
t.Add(n, 'Int_TClassMainBaseBase_Prot' , 271, f);
t.Add(n, 'Int_TClassMainBaseBase_Priv' , 272, f).ExpectNotFound.NotImplemented;
t.Add(n, 'Int_GlobalPrg' , 101, f);
t.Add(n, 'Int_GlobalUnit1' , 201, f);
t.Add(n, 'Int_GlobalUnit2' , 202, f);
t.Add(n + '; Hide, view MainChild', 'Int_HideTest_Class' , 3001, f);
t.Add(n + '; Hide, view MainChild', 'Int_HideTest_Unit' , 3010, f);
t.Add(n, 'TMethodMainChildNestedTwiceEnum(1)', weEnum('mmCNT2'), f).ExpectNotFound;
t.Add(n, 'TMethodMainChildNestedEnum(1)', weEnum('mmCN2'), f);
t.Add(n, 'TMethodMainChildEnum(1)', weEnum('mmC2'), f);
t.Add(n, 'TMainEnum(1)', weEnum('mm2'), f);
t.Add(n, 'TMainBaseEnum(1)', weEnum('mmB2'), f);
t.Add(n, 'TMainGlobEnum(1)', weEnum('mmG2'), f);
t.Add(n, 'THideMainEnum(1)', weEnum('hmCN2'), f);
end;
n := AName + ' (Stack: MethodMainChild)';
f := 2 - AStackOffs;
if f >= 0 then begin
t.Add(n, 'Int_MethodMainChildNestedTwice', 30, f).ExpectNotFound;
t.Add(n, 'Int_MethodMainChildNested' , 40, f).ExpectNotFound;
t.Add(n, 'Int_MethodMainChild' , 50, f);
t.Add(n, 'Int_MethodMainChild_Late' , 51, f).ExpectNotFound.NotImplemented;
t.Add(n, 'Int_TClassMainChild' , 70, f);
t.Add(n, 'Int_TClassMainChild_Prot' , 71, f);
t.Add(n, 'Int_TClassMainChild_Priv' , 72, f);
t.Add(n, 'Int_TClassMain' , 80, f);
t.Add(n, 'Int_TClassMain_Prot' , 81, f);
t.Add(n, 'Int_TClassMain_Priv' , 82, f);
t.Add(n, 'Int_TClassMainBase' , 170, f);
t.Add(n, 'Int_TClassMainBase_Prot' , 171, f);
t.Add(n, 'Int_TClassMainBase_Priv' , 172, f).ExpectNotFound.NotImplemented;
t.Add(n, 'Int_TClassMainBaseBase' , 270, f);
t.Add(n, 'Int_TClassMainBaseBase_Prot' , 271, f);
t.Add(n, 'Int_TClassMainBaseBase_Priv' , 272, f).ExpectNotFound.NotImplemented;
t.Add(n, 'Int_GlobalPrg' , 101, f);
t.Add(n, 'Int_GlobalUnit1' , 201, f);
t.Add(n, 'Int_GlobalUnit2' , 202, f);
t.Add(n + '; Hide, view MainChild', 'Int_HideTest_Class' , 3001, f);
t.Add(n + '; Hide, view MainChild', 'Int_HideTest_Unit' , 3010, f);
t.Add(n, 'TMethodMainChildNestedTwiceEnum(1)', weEnum('mmCNT2'), f).ExpectNotFound;
t.Add(n, 'TMethodMainChildNestedEnum(1)', weEnum('mmCN2'), f).ExpectNotFound;
t.Add(n, 'TMethodMainChildEnum(1)', weEnum('mmC2'), f);
t.Add(n, 'TMainEnum(1)', weEnum('mm2'), f);
t.Add(n, 'TMainBaseEnum(1)', weEnum('mmB2'), f);
t.Add(n, 'TMainGlobEnum(1)', weEnum('mmG2'), f);
t.Add(n, 'THideMainEnum(1)', weEnum('hmC2'), f);
end;
n := AName + ' (Stack: MethodMain)';
f := 3 - AStackOffs;
if f >= 0 then begin
t.Add(n, 'Int_MethodMainChildNestedTwice', 30, f).ExpectNotFound;
t.Add(n, 'Int_MethodMainChildNested' , 40, f).ExpectNotFound;
t.Add(n, 'Int_MethodMainChild' , 50, f).ExpectNotFound;
t.Add(n, 'Int_MethodMainChild_Late' , 51, f).ExpectNotFound;
t.Add(n, 'Int_TClassMainChild' , 70, f).ExpectNotFound;
t.Add(n, 'Int_TClassMainChild_Prot' , 71, f).ExpectNotFound;
t.Add(n, 'Int_TClassMainChild_Priv' , 72, f).ExpectNotFound;
t.Add(n, 'Int_TClassMain' , 80, f);
t.Add(n, 'Int_TClassMain_Prot' , 81, f);
t.Add(n, 'Int_TClassMain_Priv' , 82, f);
t.Add(n, 'Int_TClassMainBase' , 170, f);
t.Add(n, 'Int_TClassMainBase_Prot' , 171, f);
t.Add(n, 'Int_TClassMainBase_Priv' , 172, f).ExpectNotFound.NotImplemented;
t.Add(n, 'Int_TClassMainBaseBase' , 270, f);
t.Add(n, 'Int_TClassMainBaseBase_Prot' , 271, f);
t.Add(n, 'Int_TClassMainBaseBase_Priv' , 272, f).ExpectNotFound.NotImplemented;
t.Add(n, 'Int_GlobalPrg' , 101, f);
t.Add(n, 'Int_GlobalUnit1' , 201, f);
t.Add(n, 'Int_GlobalUnit2' , 202, f);
t.Add(n + ', Hide, view glob Prg', 'Int_HideTest_Class' , 3000, f).ExpectNotFound.NotImplemented;
t.Add(n, 'TMethodMainChildNestedTwiceEnum(1)', weEnum('mmCNT2'), f).ExpectNotFound;
t.Add(n, 'TMethodMainChildNestedEnum(1)', weEnum('mmCN2'), f).ExpectNotFound;
t.Add(n, 'TMethodMainChildEnum(1)', weEnum('mmC2'), f).ExpectNotFound;
t.Add(n, 'TMainEnum(1)', weEnum('mm2'), f);
t.Add(n, 'TMainBaseEnum(1)', weEnum('mmB2'), f);
t.Add(n, 'TMainGlobEnum(1)', weEnum('mmG2'), f);
t.Add(n, 'THideMainEnum(1)', weEnum('hmB2'), f)^.AddFlag(ehNotImplementedData);
end;
n := AName + ' (Stack: MethodMainBase)';
f := 4 - AStackOffs;
if f >= 0 then begin
t.Add(n, 'Int_MethodMainChildNestedTwice', 30, f).ExpectNotFound;
t.Add(n, 'Int_MethodMainChildNested' , 40, f).ExpectNotFound;
t.Add(n, 'Int_MethodMainChild' , 50, f).ExpectNotFound;
t.Add(n, 'Int_MethodMainChild_Late' , 51, f).ExpectNotFound;
t.Add(n, 'Int_TClassMainChild' , 70, f).ExpectNotFound;
t.Add(n, 'Int_TClassMainChild_Prot' , 71, f).ExpectNotFound;
t.Add(n, 'Int_TClassMainChild_Priv' , 72, f).ExpectNotFound;
t.Add(n, 'Int_TClassMain' , 80, f).ExpectNotFound;
t.Add(n, 'Int_TClassMain_Prot' , 81, f).ExpectNotFound;
t.Add(n, 'Int_TClassMain_Priv' , 82, f).ExpectNotFound;
t.Add(n, 'Int_TClassMainBase' , 170, f);
t.Add(n, 'Int_TClassMainBase_Prot' , 171, f);
t.Add(n, 'Int_TClassMainBase_Priv' , 172, f).ExpectNotFound.NotImplemented;
t.Add(n, 'Int_TClassMainBaseBase' , 270, f);
t.Add(n, 'Int_TClassMainBaseBase_Prot' , 271, f);
t.Add(n, 'Int_TClassMainBaseBase_Priv' , 272, f).ExpectNotFound.NotImplemented;
t.Add(n, 'Int_GlobalPrg' , 101, f).ExpectNotFound.NotImplemented;
t.Add(n, 'Int_GlobalUnit1' , 201, f);
t.Add(n, 'Int_GlobalUnit2' , 202, f);
t.Add(n, 'TClassMain(Self).Int_MethodMainChildNestedTwice', 30, f).ExpectNotFound;
t.Add(n, 'TClassMain(Self).Int_MethodMainChildNested' , 40, f).ExpectNotFound;
t.Add(n, 'TClassMain(Self).Int_MethodMainChild' , 50, f).ExpectNotFound;
t.Add(n, 'TClassMain(Self).Int_MethodMainChild_Late' , 51, f).ExpectNotFound;
t.Add(n, 'TClassMain(Self).Int_TClassMainChild' , 70, f).ExpectNotFound;
t.Add(n, 'TClassMain(Self).Int_TClassMainChild_Prot' , 71, f).ExpectNotFound;
t.Add(n, 'TClassMain(Self).Int_TClassMainChild_Priv' , 72, f).ExpectNotFound;
t.Add(n, 'TClassMain(Self).Int_TClassMain' , 80, f);
t.Add(n, 'TClassMain(Self).Int_TClassMain_Prot' , 81, f);
t.Add(n, 'TClassMain(Self).Int_TClassMain_Priv' , 82, f);
t.Add(n, 'TClassMain(Self).Int_TClassMainBase' , 170, f);
t.Add(n, 'TClassMain(Self).Int_TClassMainBase_Prot' , 171, f);
t.Add(n, 'TClassMain(Self).Int_TClassMainBase_Priv' , 172, f).ExpectNotFound.NotImplemented;
t.Add(n, 'TClassMain(Self).Int_TClassMainBaseBase' , 270, f);
t.Add(n, 'TClassMain(Self).Int_TClassMainBaseBase_Prot' , 271, f);
t.Add(n, 'TClassMain(Self).Int_TClassMainBaseBase_Priv' , 272, f).ExpectNotFound.NotImplemented;
t.Add(n, 'TClassMain(Self).Int_GlobalPrg' , 101, f).ExpectNotFound;
t.Add(n, 'TClassMain(Self).Int_GlobalUnit1' , 201, f).ExpectNotFound;
t.Add(n, 'TClassMain(Self).Int_GlobalUnit2' , 202, f).ExpectNotFound;
t.Add(n, 'TClassMainChild(Self).Int_MethodMainChildNestedTwice', 30, f).ExpectNotFound;
t.Add(n, 'TClassMainChild(Self).Int_MethodMainChildNested' , 40, f).ExpectNotFound;
t.Add(n, 'TClassMainChild(Self).Int_MethodMainChild' , 50, f).ExpectNotFound;
t.Add(n, 'TClassMainChild(Self).Int_MethodMainChild_Late' , 51, f).ExpectNotFound;
t.Add(n, 'TClassMainChild(Self).Int_TClassMainChild' , 70, f);
t.Add(n, 'TClassMainChild(Self).Int_TClassMainChild_Prot' , 71, f);
t.Add(n, 'TClassMainChild(Self).Int_TClassMainChild_Priv' , 72, f);
t.Add(n, 'TClassMainChild(Self).Int_TClassMain' , 80, f);
t.Add(n, 'TClassMainChild(Self).Int_TClassMain_Prot' , 81, f);
t.Add(n, 'TClassMainChild(Self).Int_TClassMain_Priv' , 82, f);
t.Add(n, 'TClassMainChild(Self).Int_TClassMainBase' , 170, f);
t.Add(n, 'TClassMainChild(Self).Int_TClassMainBase_Prot' , 171, f);
t.Add(n, 'TClassMainChild(Self).Int_TClassMainBase_Priv' , 172, f).ExpectNotFound.NotImplemented;
t.Add(n, 'TClassMainChild(Self).Int_TClassMainBaseBase' , 270, f);
t.Add(n, 'TClassMainChild(Self).Int_TClassMainBaseBase_Prot' , 271, f);
t.Add(n, 'TClassMainChild(Self).Int_TClassMainBaseBase_Priv' , 272, f).ExpectNotFound.NotImplemented;
t.Add(n + '; Hide, view MainChild', 'Int_HideTest_Class' , 1001, f);
t.Add(n + '; Hide, view MainChild', 'Int_HideTest_Unit' , 1010, f);
t.Add(n, 'TMethodMainChildNestedTwiceEnum(1)', weEnum('mmCNT2'), f).ExpectNotFound;
t.Add(n, 'TMethodMainChildNestedEnum(1)', weEnum('mmCN2'), f).ExpectNotFound;
t.Add(n, 'TMethodMainChildEnum(1)', weEnum('mmC2'), f).ExpectNotFound;
t.Add(n, 'TMainEnum(1)', weEnum('mm2'), f).ExpectNotFound.NotImplemented; // found in other unit
t.Add(n, 'TMainBaseEnum(1)', weEnum('mmB2'), f);
t.Add(n, 'TMainGlobEnum(1)', weEnum('mmG2'), f).ExpectNotFound.NotImplemented;
t.Add(n, 'THideMainEnum(1)', weEnum('hmB2'), f); // found via unit / but otherwise ehNotImplemented;
end;
n := AName + ' (Stack: MethodMainBaseBase)';
f := 5 - AStackOffs;
if f >= 0 then begin
t.Add(n, 'Int_MethodMainChildNestedTwice', 30, f).ExpectNotFound;
t.Add(n, 'Int_MethodMainChildNested' , 40, f).ExpectNotFound;
t.Add(n, 'Int_MethodMainChild' , 50, f).ExpectNotFound;
t.Add(n, 'Int_MethodMainChild_Late' , 51, f).ExpectNotFound;
t.Add(n, 'Int_TClassMainChild' , 70, f).ExpectNotFound;
t.Add(n, 'Int_TClassMainChild_Prot' , 71, f).ExpectNotFound;
t.Add(n, 'Int_TClassMainChild_Priv' , 72, f).ExpectNotFound;
t.Add(n, 'Int_TClassMain' , 80, f).ExpectNotFound;
t.Add(n, 'Int_TClassMain_Prot' , 81, f).ExpectNotFound;
t.Add(n, 'Int_TClassMain_Priv' , 82, f).ExpectNotFound;
t.Add(n, 'Int_TClassMainBase' , 170, f).ExpectNotFound;
t.Add(n, 'Int_TClassMainBase_Prot' , 171, f).ExpectNotFound;
t.Add(n, 'Int_TClassMainBase_Priv' , 172, f).ExpectNotFound;
t.Add(n, 'Int_TClassMainBaseBase' , 270, f);
t.Add(n, 'Int_TClassMainBaseBase_Prot' , 271, f);
t.Add(n, 'Int_TClassMainBaseBase_Priv' , 272, f).ExpectNotFound.NotImplemented;
t.Add(n, 'Int_GlobalPrg' , 101, f).ExpectNotFound.NotImplemented;
t.Add(n, 'Int_GlobalUnit1' , 201, f).ExpectNotFound.NotImplemented;
t.Add(n, 'Int_GlobalUnit2' , 202, f);
t.Add(n + '; Hide, view MainChild', 'Int_HideTest_Class' , 2001, f);
t.Add(n + '; Hide, view MainChild', 'Int_HideTest_Unit' , 2010, f);
t.Add(n, 'TMethodMainChildNestedTwiceEnum(1)', weEnum('mmCNT2'), f).ExpectNotFound;
t.Add(n, 'TMethodMainChildNestedEnum(1)', weEnum('mmCN2'), f).ExpectNotFound;
t.Add(n, 'TMethodMainChildEnum(1)', weEnum('mmC2'), f).ExpectNotFound;
t.Add(n, 'TMainEnum(1)', weEnum('mm2'), f).ExpectNotFound.NotImplemented; // found in other unit
t.Add(n, 'TMainBaseEnum(1)', weEnum('mmB2'), f).ExpectNotFound.NotImplemented; // found in other unit
t.Add(n, 'TMainGlobEnum(1)', weEnum('mmG2'), f).ExpectNotFound.NotImplemented;
t.Add(n, 'THideMainEnum(1)', weEnum('x'), f).ExpectNotFound.NotImplemented; // will find main unit
end;
n := AName + ' (Stack: main)';
f := 6 - AStackOffs;
if f >= 0 then begin
t.Add(n, 'Int_MethodMainChildNestedTwice', 30, f).ExpectNotFound;
t.Add(n, 'Int_MethodMainChildNested' , 40, f).ExpectNotFound;
t.Add(n, 'Int_MethodMainChild' , 50, f).ExpectNotFound;
t.Add(n, 'Int_MethodMainChild_Late' , 51, f).ExpectNotFound;
t.Add(n, 'Int_TClassMainChild' , 70, f).ExpectNotFound;
t.Add(n, 'Int_TClassMainChild_Prot' , 71, f).ExpectNotFound;
t.Add(n, 'Int_TClassMainChild_Priv' , 72, f).ExpectNotFound;
t.Add(n, 'Int_TClassMain' , 80, f).ExpectNotFound;
t.Add(n, 'Int_TClassMain_Prot' , 81, f).ExpectNotFound;
t.Add(n, 'Int_TClassMain_Priv' , 82, f).ExpectNotFound;
t.Add(n, 'Int_TClassMainBase' , 170, f).ExpectNotFound;
t.Add(n, 'Int_TClassMainBase_Prot' , 171, f).ExpectNotFound;
t.Add(n, 'Int_TClassMainBase_Priv' , 172, f).ExpectNotFound;
t.Add(n, 'Int_TClassMainBaseBase' , 270, f).ExpectNotFound;
t.Add(n, 'Int_TClassMainBaseBase_Prot' , 271, f).ExpectNotFound;
t.Add(n, 'Int_TClassMainBaseBase_Priv' , 272, f).ExpectNotFound;
t.Add(n, 'Int_GlobalPrg' , 101, f);
t.Add(n, 'Int_GlobalUnit1' , 201, f);
t.Add(n, 'Int_GlobalUnit2' , 202, f);
t.Add(n + '; Hide, view MainChild', 'Int_HideTest_Class' , 3000, f);
t.Add(n + '; Hide, view MainChild', 'Int_HideTest_Unit' , 3010, f);
t.Add(n, 'TMethodMainChildNestedTwiceEnum(1)', weEnum('mmCNT2'), f).ExpectNotFound;
t.Add(n, 'TMethodMainChildNestedEnum(1)', weEnum('mmCN2'), f).ExpectNotFound;
t.Add(n, 'TMethodMainChildEnum(1)', weEnum('mmC2'), f).ExpectNotFound;
t.Add(n, 'TMainEnum(1)', weEnum('mm2'), f).ExpectNotFound.NotImplemented; // found in unit scope
t.Add(n, 'TMainBaseEnum(1)', weEnum('mmB2'), f).ExpectNotFound.NotImplemented; // found in unit scope
t.Add(n, 'TMainGlobEnum(1)', weEnum('mmG2'), f);
t.Add(n, 'THideMainEnum(1)', weEnum('hmG2'), f)^.AddFlag([ehNotImplementedData]); // may find the class scope
end;
end;
procedure AddWatchesForFoo(t: TWatchExpectationList; AName: String; AStackOffs: Integer; Twice2: Boolean = False);
var
n: String;
f: Integer;
//IntGlobFlags: TWatchExpErrorHandlingFlags;
begin
n := AName;
f := -AStackOffs;
if f >= 0 then begin
if Twice2 then begin
t.Add(n, 'Int_Hide_Foo', 5, f);
t.Add(n, 'Result', 'abc2', f).IgnKindPtr.IgnKind(stDwarf3Up);;
end
else begin
t.Add(n, 'Int_Hide_Foo', 4, f);
t.Add(n, 'Result', 'abc', f).IgnKindPtr.IgnKind(stDwarf3Up);;
end;
end;
n := AName + ' FooNested';
f := 1 - AStackOffs;
if f >= 0 then begin
t.Add(n, 'Int_Hide_Foo', 3, f);
t.Add(n, 'Result', 'bar', f).IgnKindPtr.IgnKind(stDwarf3Up);;
end;
n := AName + ' Foo';
f := 2 - AStackOffs;
if f >= 0 then begin
t.Add(n, 'Int_Hide_Foo', 2, f);
t.Add(n, 'Result', 99, f);
end;
n := AName + ' Prg';
f := 3 - AStackOffs;
if f >= 0 then begin
t.Add(n, 'Int_Hide_Foo', 1, f);
t.Add(n, 'Result', 0, f).ExpectNotFound;
end;
// Test: Nested can see Outer scope
if AStackOffs <= 2 then
t.Add(n, 'TestEnum', weEnum('te3'), 0);
if AStackOffs <= 1 then
t.Add(n, 'TestEnum', weEnum('te3'), 1);
end;
var
ExeName: String;
t: TWatchExpectationList;
Src: TCommonSource;
begin
if SkipTest then exit;
if not TestControlCanTest(ControlTestWatchScope) then exit;
t := nil;
Src := GetCommonSourceFor('WatchesScopePrg.pas');
TestCompile(Src, ExeName);
AssertTrue('Start debugger', Debugger.StartDebugger(AppDir, ExeName));
try
t := TWatchExpectationList.Create(Self);
t.AcceptSkSimple := [skInteger, skCardinal, skBoolean, skChar, skFloat, skString, skAnsiString, skCurrency, skVariant, skWideString];
t.AddTypeNameAlias('integer', 'integer|longint');
Debugger.SetBreakPoint(Src, 'FuncFooNestedTwice');
Debugger.SetBreakPoint(Src, 'FuncFooNestedTwice2');
Debugger.SetBreakPoint(Src, 'FuncFooNested');
Debugger.SetBreakPoint(Src, 'FuncFoo');
Debugger.SetBreakPoint(Src, 'MethodMainChildNestedTwice');
Debugger.SetBreakPoint(Src, 'MethodMainChildNested');
Debugger.SetBreakPoint(Src, 'MethodMainChild');
Debugger.SetBreakPoint(Src, 'MethodMain');
Debugger.SetBreakPoint(Src, 'WatchesScopeUnit1.pas', 'MethodMainBase');
Debugger.SetBreakPoint(Src, 'WatchesScopeUnit2.pas', 'MethodMainBaseBase');
Debugger.SetBreakPoint(Src, 'Prg');
AssertDebuggerNotInErrorState;
(* ************ Nested Functions ************* *)
Debugger.RunToNextPause(dcRun);
AssertDebuggerState(dsPause);
t.Clear;
AddWatchesForFoo(t, 'Scope in FuncFooNestedTwice', 0);
t.EvaluateWatches;
t.CheckResults;
Debugger.RunToNextPause(dcRun);
AssertDebuggerState(dsPause);
t.Clear;
AddWatchesForFoo(t, 'Scope in FuncFooNestedTwice2', 0, True);
t.EvaluateWatches;
t.CheckResults;
Debugger.RunToNextPause(dcRun);
AssertDebuggerState(dsPause);
t.Clear;
AddWatchesForFoo(t, 'Scope in FuncFooNested', 1);
t.EvaluateWatches;
t.CheckResults;
Debugger.RunToNextPause(dcRun);
AssertDebuggerState(dsPause);
t.Clear;
AddWatchesForFoo(t, 'Scope in FuncFoo', 2);
t.EvaluateWatches;
t.CheckResults;
(* ************ Class ************* *)
Debugger.RunToNextPause(dcRun); // MethodMainChildNestedTwice
AssertDebuggerState(dsPause);
t.Clear;
AddWatchesForClassMethods(t, 'Scope in MethodMainChildNestedTwice', 0);
t.EvaluateWatches;
t.CheckResults;
Debugger.RunToNextPause(dcRun); // MethodMainChildNested
AssertDebuggerState(dsPause);
t.Clear;
AddWatchesForClassMethods(t, 'Scope in MethodMainChildNested', 1);
t.EvaluateWatches;
t.CheckResults;
Debugger.RunToNextPause(dcRun); // MethodMainChild
AssertDebuggerState(dsPause);
t.Clear;
AddWatchesForClassMethods(t, 'Scope in MethodMainChild', 2);
t.EvaluateWatches;
t.CheckResults;
Debugger.RunToNextPause(dcRun); // MethodMain
AssertDebuggerState(dsPause);
t.Clear;
AddWatchesForClassMethods(t, 'Scope in MethodMain', 3);
t.EvaluateWatches;
t.CheckResults;
Debugger.RunToNextPause(dcRun); // MethodMainBase
AssertDebuggerState(dsPause);
t.Clear;
AddWatchesForClassMethods(t, 'Scope in MethodMainBase', 4);
t.EvaluateWatches;
t.CheckResults;
Debugger.RunToNextPause(dcRun); // MethodMainBaseBase
AssertDebuggerState(dsPause);
t.Clear;
AddWatchesForClassMethods(t, 'Scope in MethodMainBaseBase', 5);
t.EvaluateWatches;
t.CheckResults;
(* ************ Program level ************* *)
Debugger.RunToNextPause(dcRun);
AssertDebuggerState(dsPause);
t.Clear;
AddWatchesForClassMethods(t, 'Scope in Prg', 6);
AddWatchesForFoo(t, 'Scope in Prg', 3);
t.EvaluateWatches;
t.CheckResults;
finally
Debugger.RunToNextPause(dcStop);
t.Free;
Debugger.ClearDebuggerMonitors;
Debugger.FreeDebugger;
AssertTestErrors;
end;
end;
procedure TTestWatches.TestWatchesValue;
type
TTestLoc = (tlAny, tlConst, tlParam, tlArrayWrap, tlPointer, tlPointerAny, tlClassConst, tlClassVar);
TTestIgn = set of (
tiPointerMath, // pointer math / (ptr+n)^ / ptr[n]
tlReduced // reduced set of tests
);
procedure AddWatches(t: TWatchExpectationList; AName: String; APrefix: String; AOffs: Integer; AChr1: Char;
ALoc: TTestLoc = tlAny; APostFix: String = ''; AIgnFlags: TTestIgn = []);
var
p, e: String;
n, StartIdx, i, StartIdxClassConst: Integer;
begin
p := APrefix;
e := APostFix;
n := AOffs;
t.Add(AName, p+'Byte'+e, weCardinal(1+n, 'Byte', 1));
t.Add(AName, p+'Word'+e, weCardinal(100+n, 'Word', 2));
t.Add(AName, p+'Longword'+e, weCardinal(1000+n, 'Longword', 4));
t.Add(AName, p+'QWord'+e, weCardinal(10000+n, 'QWord', 8));
t.Add(AName, p+'Shortint'+e, weInteger (50+n, 'Shortint', 1));
t.Add(AName, p+'Smallint'+e, weInteger (500+n, 'Smallint', 2));
t.Add(AName, p+'Longint'+e, weInteger (5000+n, 'Longint', 4));
t.Add(AName, p+'Int64'+e, weInteger (50000+n, 'Int64', 8));
t.Add(AName, p+'IntRange'+e, weInteger (-50+n, 'TIntRange',0));
t.Add(AName, p+'CardinalRange'+e, weCardinal(50+n, 'TCardinalRange',0));
if not (tlReduced in AIgnFlags) then begin
t.Add(AName, p+'Byte_2'+e, weCardinal(240+n, 'Byte', 1));
t.Add(AName, p+'Word_2'+e, weCardinal(65501+n, 'Word', 2));
t.Add(AName, p+'Longword_2'+e, weCardinal(4123456789+n, 'Longword', 4));
t.Add(AName, p+'QWord_2'+e, weCardinal(15446744073709551610+n, 'QWord', 8));
t.Add(AName, p+'Shortint_2'+e, weInteger (112+n, 'Shortint', 1));
t.Add(AName, p+'Smallint_2'+e, weInteger (32012+n, 'Smallint', 2));
t.Add(AName, p+'Longint_2'+e, weInteger (20123456+n, 'Longint', 4));
t.Add(AName, p+'Int64_2'+e, weInteger (9123372036854775801+n, 'Int64', 8));
t.Add(AName, p+'Shortint_3'+e, weInteger(-112+n, 'Shortint', 1));
t.Add(AName, p+'Smallint_3'+e, weInteger(-32012+n, 'Smallint', 2));
t.Add(AName, p+'Longint_3'+e, weInteger(-20123456+n, 'Longint', 4));
t.Add(AName, p+'Int64_3'+e, weInteger(-9123372036854775801+n, 'Int64', 8));
t.Add(AName, p+'Bool1'+e, weBool(False ));
t.Add(AName, p+'Bool2'+e, weBool(True ));
t.Add(AName, p+'WBool1'+e, weBool(False, 'Boolean16'));
t.Add(AName, p+'WBool2'+e, weBool(True , 'Boolean16'));
t.Add(AName, p+'LBool1'+e, weBool(False, 'Boolean32'));
t.Add(AName, p+'LBool2'+e, weBool(True , 'Boolean32'));
t.Add(AName, p+'QBool1'+e, weBool(False, 'Boolean64'));
t.Add(AName, p+'QBool2'+e, weBool(True , 'Boolean64'));
end;
t.Add(AName, p+'ByteBool1'+e, weSizedBool(False, 'ByteBool'));
t.Add(AName, p+'ByteBool2'+e, weSizedBool(True , 'ByteBool'));
t.Add(AName, p+'WordBool1'+e, weSizedBool(False, 'WordBool'));
t.Add(AName, p+'WordBool2'+e, weSizedBool(True , 'WordBool'));
t.Add(AName, p+'LongBool1'+e, weSizedBool(False, 'LongBool'));
t.Add(AName, p+'LongBool2'+e, weSizedBool(True , 'LongBool'));
t.Add(AName, p+'QWordBool1'+e, weSizedBool(False, 'QWordBool'));
t.Add(AName, p+'QWordBool2'+e, weSizedBool(True , 'QWordBool'));
t.Add(AName, p+'Real'+e, weFloat(50.25+n, 'Real' ));
t.Add(AName, p+'Single'+e, weSingle(100.125+n, 'Single' ));
t.Add(AName, p+'Double'+e, weDouble(1000.125+n, 'Double' ));
t.Add(AName, p+'Extended'+e, weFloat(10000.175+n, '' )); // Double ?
{$IFDEF cpu64}
if Compiler.CpuBitType = cpu32 then // a 64bit debugger does has no 10byte extended type // TODO: check for error
t.Tests[-1]^.AddFlag(ehExpectError); // TODO: check error msg
{$ENDIF}
//t.Add(p+'Comp'+e, weInteger(150.125+n, 'Comp' ));
//TODO: currency // integer is wrong, but lets check it
t.Add(AName, p+'Currency'+e, weInteger(1251230+n*10000, 'Currency', SIZE_8 ))
.SkipIf(ALoc = tlPointerAny);
t.Add(AName+'-TODO', p+'Currency'+e, weFloat(125.123+n, 'Currency'))^.AddFlag([ehNotImplementedData])
.SkipIf(ALoc = tlPointerAny);
t.Add(AName, p+'Real_2'+e, weFloat(-50.25+n, 'Real' ));
t.Add(AName, p+'Single_2'+e, weSingle(-100.125+n, 'Single' ));
t.Add(AName, p+'Double_2'+e, weDouble(-1000.125+n, 'Double' ));
t.Add(AName, p+'Extended_2'+e, weFloat(-10000.175+n, '' )); // Double ?
{$IFDEF cpu64}
if Compiler.CpuBitType = cpu32 then // a 64bit debugger does has no 10byte extended type // TODO: check for error
t.Tests[-1]^.AddFlag(ehExpectError); // TODO: check error msg
{$ENDIF}
//t.Add(p+'Comp_2'+e, weFloat(-150.125+n, 'Comp' ));
t.Add(AName+'-TODO', p+'Currency_2'+e, weFloat(-125.123+n, 'Currency' ))^.AddFlag([ehNotImplementedData])
.SkipIf(ALoc = tlPointerAny);
t.Add(AName, p+'Ptr1'+e, wePointerAddr(nil, 'Pointer'));
t.Add(AName, p+'Ptr2'+e, wePointerAddr(Pointer(1000+n), 'Pointer'));
t.Add(AName, p+'Char'+e, weChar(AChr1));
t.Add(AName, p+'Char2'+e, weChar(#0));
t.Add(AName, p+'Char3'+e, weChar(' '));
// tlConst => strings are stored as shortstring
t.Add(AName, p+'String1'+e, weShortStr(AChr1, 'ShortStr1')) .IgnTypeName([], ALoc in [tlConst, tlClassConst]).NotImplemented(stDwarf3up, tiPointerMath in AIgnFlags);
t.Add(AName, p+'String1e'+e, weShortStr('', 'ShortStr1')) .IgnTypeName([], ALoc in [tlConst, tlClassConst]).NotImplemented(stDwarf3up, tiPointerMath in AIgnFlags);
t.Add(AName, p+'String10'+e, weShortStr(AChr1+'bc1', 'ShortStr10')) .IgnTypeName([], ALoc in [tlConst, tlClassConst]).NotImplemented(stDwarf3up, tiPointerMath in AIgnFlags);
t.Add(AName, p+'String10e'+e, weShortStr('', 'ShortStr10')) .IgnTypeName([], ALoc in [tlConst, tlClassConst]).NotImplemented(stDwarf3up, tiPointerMath in AIgnFlags);
t.Add(AName, p+'String10x'+e, weShortStr(AChr1+'S'#0'B'#9'b'#10#13, 'ShortStr10')) .IgnTypeName([], ALoc in [tlConst, tlClassConst]).NotImplemented(stDwarf3up, tiPointerMath in AIgnFlags);
t.Add(AName, p+'String255'+e, weShortStr(AChr1+'bcd0123456789', 'ShortStr255')) .NotImplemented(stDwarf3up, tiPointerMath in AIgnFlags);
if not (tlReduced in AIgnFlags) then begin
t.Add(AName, p+'Ansi1'+e, weAnsiStr(Succ(AChr1))) .IgnKindPtr(stDwarf2).IgnKind(stDwarf3Up)
.IgnTypeName([], ALoc in [tlConst, tlClassConst]).IgnKind([], ALoc in [tlConst, tlClassConst]);
t.Add(AName, p+'Ansi2'+e, weAnsiStr(AChr1+'abcd0123')).IgnKindPtr(stDwarf2).IgnKind(stDwarf3Up)
.IgnTypeName([], ALoc in [tlConst, tlClassConst]).IgnKind([], ALoc in [tlConst, tlClassConst]);
t.Add(AName, p+'Ansi3'+e, weAnsiStr('')) .IgnKindPtr(stDwarf2).IgnKind(stDwarf3Up)
.IgnTypeName([], ALoc in [tlConst, tlClassConst]).IgnKind([], ALoc in [tlConst, tlClassConst]);
t.Add(AName, p+'Ansi4'+e, weAnsiStr(AChr1+'A'#0'B'#9'b'#10#13)) // cut off at #0 in dwarf2 / except tlConst, because it is a shortstring (kind of works by accident)
.IgnKindPtr(stDwarf2).IgnData(stDwarf2, not(ALoc in [tlConst, tlClassConst])).IgnKind(stDwarf3Up)
.IgnTypeName([], ALoc in [tlConst, tlClassConst]).IgnKind([], ALoc in [tlConst, tlClassConst]);
t.Add(AName, p+'Ansi5'+e, weAnsiStr(AChr1+'bcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghij'
) ) .IgnKindPtr(stDwarf2) .IgnKind(stDwarf3Up)
.IgnTypeName([], ALoc in [tlConst, tlClassConst]).IgnKind([], ALoc in [tlConst, tlClassConst]);
//TODO wePchar
t.Add(AName, p+'PChar'+e, wePointer(weAnsiStr('', 'Char'), 'PChar'));
t.Add(AName, p+'PChar2'+e, wePointer(weAnsiStr(AChr1+'abcd0123', 'Char'), 'TPChr')).SkipIf(ALoc in [tlConst, tlClassConst]);
// char by index
// TODO: no typename => calculated value ?
t.Add(AName, p+'String10'+e+'[2]', weChar('b', '')).CharFromIndex.NotImplemented(stDwarf3up, tiPointerMath in AIgnFlags);
t.Add(AName, p+'Ansi2'+e+'[2]', weChar('a', '')).CharFromIndex;
t.Add(AName, p+'PChar2'+e+'[1]', weChar('a', '')).CharFromIndex.SkipIf(ALoc in [tlConst, tlClassConst]);
t.Add(AName, p+'String10'+e+'[1]', weChar(AChr1, '')).CharFromIndex.NotImplemented(stDwarf3up, tiPointerMath in AIgnFlags);
t.Add(AName, p+'Ansi2'+e+'[1]', weChar(AChr1, '')).CharFromIndex;
t.Add(AName, p+'PChar2'+e+'[0]', weChar(AChr1, '')).CharFromIndex.SkipIf(ALoc in [tlConst, tlClassConst]);
t.Add(AName, p+'WideChar'+e, weChar(AChr1)); // TODO: widechar
t.Add(AName, p+'WideChar2'+e, weChar(#0));
t.Add(AName, p+'WideChar3'+e, weChar(' '));
StartIdx := t.Count; // tlConst => Only eval the watch. No tests
t.Add(AName, p+'WideString1'+e, weWideStr(Succ(AChr1))) .IgnKindPtr;
t.Add(AName, p+'WideString2'+e, weWideStr(AChr1+'abcX0123')) .IgnKindPtr;
t.Add(AName, p+'WideString3'+e, weWideStr('')) .IgnKindPtr;
t.Add(AName, p+'WideString4'+e, weWideStr(AChr1+'A'#0'X'#9'b'#10#13)).IgnKindPtr
.IgnData(stDwarf2).IgnData([], Compiler.Version < 030100); // cut off at #0
t.Add(AName, p+'WideString5'+e, weWideStr(AChr1+'XcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghij',
'TWStrTA')) .IgnKindPtr;
t.Add(AName, p+'WideString2'+e+'[1]', weWideChar(AChr1)) .CharFromIndex.IgnTypeName(stDwarf3Up);
t.Add(AName, p+'WideString2'+e+'[2]', weWideChar('a')) .CharFromIndex.IgnTypeName(stDwarf3Up);
t.Add(AName, p+'WideString5'+e+'[1]', weWideChar(AChr1)) .CharFromIndex.IgnTypeName(stDwarf3Up);
t.Add(AName, p+'WideString5'+e+'[2]', weWideChar('X')) .CharFromIndex.IgnTypeName(stDwarf3Up);
// for tlClassConst the error should be something about "unknown type" due to absence of type info
for i := StartIdx to t.Count-1 do
t.Tests[i].SkipIf(ALoc in [tlConst, tlClassConst]);
//TODO wePWidechar
t.Add(AName, p+'PWideChar'+e, wePointer(weWideStr('', 'WideChar'), 'PWideChar'));
t.Add(AName, p+'PWideChar2'+e, wePointer(weWideStr(AChr1+'abcX0123', 'WideChar'), 'TPWChr')).SkipIf(ALoc in [tlConst, tlClassConst]);
StartIdx := t.Count; // tlConst => Only eval the watch. No tests
t.Add(AName, p+'UnicodeString1'+e, weUniStr(Succ(AChr1))) .IgnKindPtr(stDwarf2);
t.Add(AName, p+'UnicodeString2'+e, weUniStr(AChr1+'aBcX0123')) .IgnKindPtr(stDwarf2);
t.Add(AName, p+'UnicodeString3'+e, weUniStr('')) .IgnKindPtr(stDwarf2);
t.Add(AName, p+'UnicodeString4'+e, weUniStr(AChr1+'B'#0'X'#9'b'#10#13)).IgnKindPtr(stDwarf2).IgnData(stDwarf2); // #00 terminated in dwarf2
t.Add(AName, p+'UnicodeString5'+e, weUniStr(AChr1+'YcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghij',
'TUStrTA')) .IgnKindPtr(stDwarf2);
//todo dwarf 3
t.Add(AName, p+'UnicodeString2'+e+'[1]', weWideChar(AChr1)) .CharFromIndex(stDwarf2).IgnTypeName(stDwarf3Up);
t.Add(AName, p+'UnicodeString2'+e+'[2]', weWideChar('a')) .CharFromIndex(stDwarf2).IgnTypeName(stDwarf3Up);
t.Add(AName, p+'UnicodeString5'+e+'[1]', weWideChar(AChr1)) .CharFromIndex(stDwarf2).IgnTypeName(stDwarf3Up);
t.Add(AName, p+'UnicodeString5'+e+'[2]', weWideChar('Y')) .CharFromIndex(stDwarf2).IgnTypeName(stDwarf3Up);
t.Add(AName, p+'Variant_1'+e, weMatch('71237',skVariant))
.SkipIf(ALoc in [tlPointerAny])
.IgnKind();
t.Add(AName, p+'Variant_2'+e, weMatch('True',skVariant))
.SkipIf(ALoc in [tlPointerAny])
.IgnKind();
for i := StartIdx to t.Count-1 do
t.Tests[i].SkipIf(ALoc in [tlConst, tlClassConst]);
// TODO
t.Add(AName, p+'ShortRec'+e, weMatch(''''+AChr1+''', *''b'', *'''+AChr1+'''', skRecord))
.SkipIf(ALoc in [tlClassConst])
.SkipIf(ALoc = tlPointerAny);
StartIdx := t.Count;
t.add(AName, p+'CharDynArray'+e, weDynArray([] )).SkipIf(ALoc in [tlPointer, tlClassConst]);
t.add(AName, p+'CharDynArray2'+e, weDynArray(weChar(['N', AChr1, 'M']) )).SkipIf(ALoc in [tlConst, tlClassConst, tlPointer]);
t.AddIndexFromPrevious(['0','1','2'], [0,1,2]);
t.add(AName, p+'CharDynArray3'+e, weDynArray([], 'TCharDynArray')).SkipIf(ALoc in [tlClassConst]);
t.Add(AName, p+'CharDynArray4'+e, weDynArray(weChar(['J', AChr1, 'M']), 'TCharDynArray')).SkipIf(ALoc in [tlConst, tlClassConst]);
t.AddIndexFromPrevious(['0','1','2'], [0,1,2]);
t.Add(AName, p+'WCharDynArray'+e, weDynArray([] )).SkipIf(ALoc in [tlPointer, tlClassConst]);
t.Add(AName, p+'WCharDynArray2'+e,weDynArray(weWideChar(['W', AChr1, 'M']) )).SkipIf(ALoc in [tlConst, tlClassConst,tlPointer]);
t.AddIndexFromPrevious(['0','1','2'], [0,1,2]);
t.Add(AName, p+'WCharDynArray3'+e,weDynArray([] )).SkipIf(ALoc in [tlClassConst]);
t.Add(AName, p+'WCharDynArray4'+e,weDynArray(weWideChar(['K', AChr1, 'M']) )).SkipIf(ALoc in [tlConst, tlClassConst]);
t.AddIndexFromPrevious(['0','1','2'], [0,1,2]);
t.add(AName, p+'IntDynArray'+e, weDynArray([] )).SkipIf(ALoc in [tlPointer]);
t.add(AName, p+'IntDynArray2'+e, weDynArray(weInteger([11, 30+AOffs, 60]) )).SkipIf(ALoc in [tlConst,tlPointer]);
t.AddIndexFromPrevious(['0','1','2'], [0,1,2]);
t.add(AName, p+'IntDynArray3'+e, weDynArray([], 'TIntDynArray'));
t.Add(AName, p+'IntDynArray4'+e, weDynArray(weInteger([12, 30+AOffs, 60]), 'TIntDynArray')).SkipIf(ALoc in [tlConst]);
t.AddIndexFromPrevious(['0','1','2'], [0,1,2]);
t.add(AName, p+'IntDynArray5'+e, weDynArray([], 'TIntDynArray'));
t.add(AName, p+'AnsiDynArray'+e, weDynArray([] )).SkipIf(ALoc in [tlPointer]);
t.add(AName, p+'AnsiDynArray2'+e, weDynArray(weAnsiStr(['N123', AChr1+'ab', 'M'#9]) )).SkipIf(ALoc in [tlConst,tlPointer]);
// TODO: currently gets skPointer instead of skAnsiString (dwarf 2)
// t.AddIndexFromPrevious(['0','1','2'], [0,1,2]);
t.add(AName, p+'AnsiDynArray3'+e, weDynArray([], 'TAnsiDynArray'));
t.Add(AName, p+'AnsiDynArray4'+e, weDynArray(weAnsiStr(['J123', AChr1+'ab', 'M'#9]), 'TAnsiDynArray')).SkipIf(ALoc in [tlConst]);
// TODO: currently gets skPointer instead of skAnsiString (dwarf 2)
// t.AddIndexFromPrevious(['0','1','2'], [0,1,2]);
t.add(AName, p+'ShortStrDynArray'+e, weDynArray([] )).SkipIf(ALoc in [tlPointer]);
t.add(AName, p+'ShortStrDynArray2'+e, weDynArray(weShortStr(['N123', AChr1+'ac', 'M'#9], 'ShortStr10') ))
.SkipIf(ALoc in [tlConst,tlPointer]);
t.AddIndexFromPrevious(['0','1','2'], [0,1,2]);
t.add(AName, p+'ShortStrDynArray3'+e, weDynArray([], 'TShortStrDynArray'));
t.Add(AName, p+'ShortStrDynArray4'+e, weDynArray(weShortStr(['J123', AChr1+'ac', 'M'#9], 'ShortStr10'), 'TShortStrDynArray'))
.SkipIf(ALoc = tlConst);
t.AddIndexFromPrevious(['0','1','2'], [0,1,2]);
for i := StartIdx to t.Count-1 do
t.Tests[i].SkipIf(ALoc in [tlClassConst]);
end; // if not (tlReduced in AIgnFlags) then begin
StartIdx := t.Count; // tlConst => Only eval the watch. No tests
t.Add(AName, p+'DynDynArrayInt'+e, weDynArray([
weDynArray(weInteger([11+AOffs,0,-22])),
weDynArray(weInteger([110+AOffs])),
weDynArray(weInteger([11+AOffs,0,-22])),
weDynArray(weInteger([])),
weDynArray(weInteger([11,12,11,10]))
], 'TDynDynArrayInt'));
t.Add(AName, p+'DynDynArrayInt'+e+'[0]', weDynArray(weInteger([11+AOffs,0,-22])) );
t.Add(AName, p+'DynDynArrayInt'+e+'[1]', weDynArray(weInteger([110+AOffs])) );
t.Add(AName, p+'DynDynArrayInt'+e+'[2]', weDynArray(weInteger([11+AOffs,0,-22])) );
t.Add(AName, p+'DynDynArrayInt'+e+'[3]', weDynArray(weInteger([])) );
t.Add(AName, p+'DynDynArrayInt'+e+'[4]', weDynArray(weInteger([11,12,11,10])) );
t.Add(AName, p+'DynDynArrayInt2'+e+'[0]', weDynArray(weInteger([11+AOffs,0,-22])) );
t.Add(AName, p+'DynDynArrayInt2'+e+'[1]', weDynArray(weInteger([110+AOffs])) );
t.Add(AName, p+'DynDynArrayInt2'+e+'[2]', weDynArray(weInteger([11+AOffs,0,-22])) );
t.Add(AName, p+'DynDynArrayInt2'+e+'[3]', weDynArray(weInteger([])) );
t.Add(AName, p+'DynDynArrayInt2'+e+'[4]', weDynArray(weInteger([11,12,11,10])) );
///// t.Add(AName, p+'pre__FiveDynArray'+e, weStatArray(weChar([AChr1, 'b', AChr1, 'B', 'c']) ))
t.Add(AName, p+'FiveDynArray'+e, weMatch('.*',skArray));
t.Add(AName, p+'FiveDynArray'+e+'[0]', weMatch('.*',skRecord));
// t.Add(AName, p+'FiveDynArray'+e, we());
// t.Add(AName, p+'FiveDynArrayPack'+e, we());
// t.Add(AName, p+'FivePackDynArray'+e, we());
// t.Add(AName, p+'FivePackDynArrayPack'+e, we());
// t.Add(AName, p+'RecFiveDynArray'+e, we());
// t.Add(AName, p+'RecFiveDynPackArray'+e, we());
// t.Add(AName, p+'RecFivePackDynArray'+e, we());
// t.Add(AName, p+'RecFivePackDynPackArray'+e, we());
// t.Add(AName, p+'FiveDynArray2'+e, we());
// t.Add(AName, p+'FiveDynArrayPack2'+e, we());
// t.Add(AName, p+'FivePackDynArray2'+e, we());
// t.Add(AName, p+'FivePackDynArrayPack2'+e, we());
for i := StartIdx to t.Count-1 do
t.Tests[i].SkipIf(ALoc in [tlConst, tlClassConst]);
StartIdxClassConst := t.Count;
t.Add(AName, p+'FiveRec'+e, weMatch('a *:.*b *: *44',skRecord))
.SkipIf(ALoc = tlPointerAny);
t.Add(AName, p+'FiveRec'+e, weRecord([weInteger(-22-n).N('a'), weInteger(44).N('b')], 'TRecordFive'))
.SkipIf(ALoc = tlPointerAny);
// FDynInt // nil for tlconst
t.Add(AName, p+'Instance1'+e, weClass([weInteger(22+n).N('FInt'), weAnsiStr(AChr1+'T').N('FAnsi')], 'TClass1'))
.AddFlag(ehMissingFields)
.SkipIf(ALoc in [tlConst, tlPointerAny]);
t.Add(AName, p+'Obj3'+e, weObject([weInteger(-22).N('a'), weInteger(44).N('b'), weInteger(4000+n).N('c')],
'TObject3Int64'))
.Skip(stDwarf3Up) // fixed in fpc 3.3 with .SkipKind since it reports skRecord
.IgnKind([], Compiler.Version < 029900)
.SkipIf(ALoc = tlPointerAny);
t.Add(AName, p+'Obj3Ex'+e, weObject([weInteger(-22).N('a'), weInteger(44).N('b'), weInteger(4100+n).N('c'), weInteger(555).N('d')],
'TObject3Int64Ex'))
.Skip(stDwarf3Up) // fixed in fpc 3.3 with .SkipKind since it reports skRecord
.SkipIf(ALoc = tlPointerAny);
t.Add(AName, p+'Obj3C'+e, weObject([weInteger(22).N('a'), weInteger(44).N('b'), weInteger(4200+n).N('c')],
'TObjectCreate3Int64'))
.AddFlag(ehMissingFields)
.Skip(stDwarf3Up) // fixed in fpc 3.3
.SkipIf(ALoc in [tlConst, tlPointerAny]);
t.Add(AName, p+'Obj3ExC'+e, weObject([weInteger(22).N('a'), weInteger(44).N('b'), weInteger(4300+n).N('c'), weInteger(655).N('d')],
'TObjectCreate3Int64Ex'))
.AddFlag(ehMissingFields)
.Skip(stDwarf3Up) // fixed in fpc 3.3
.SkipIf(ALoc in [tlConst, tlPointerAny]);
t.Add(AName, p+'CharStatArray'+e, weStatArray(weChar([AChr1, 'b', AChr1, 'B', 'c']) ))
.SkipIf(ALoc = tlParam).SkipIf(ALoc = tlPointer);
t.Add(AName, p+'CharStatArray2'+e, weStatArray(weChar([AChr1, 'c', AChr1, 'B', 'c']), 'TCharStatArray'));
if (tlReduced in AIgnFlags) then exit;
t.Add(AName, p+'WCharStatArray'+e, weStatArray(weChar([AChr1, 'b', AChr1, 'B', 'd']) ))
.SkipIf(ALoc = tlParam).SkipIf(ALoc = tlPointer);
t.Add(AName, p+'WCharStatArray2'+e,weStatArray(weChar([AChr1, 'c', AChr1, 'B', 'd']), 'TwCharStatArray'));
t.Add(AName, p+'IntStatArray'+e, weStatArray(weInteger([-1, 300+AOffs, 2, 0, 1]) ))
.SkipIf(ALoc = tlParam).SkipIf(ALoc = tlPointer);
t.Add(AName, p+'IntStatArray2'+e, weStatArray(weInteger([-2, 200+AOffs, 2, 0, 1]), 'TIntStatArray'));
t.Add(AName, p+'AnsiStatArray'+e, weStatArray(weAnsiStr([AChr1, 'b123', AChr1+'ab', 'B', 'cdef'#9]) ))
.SkipIf(ALoc = tlParam).SkipIf(ALoc = tlPointer);
t.Add(AName, p+'AnsiStatArray2'+e, weStatArray(weAnsiStr([AChr1, 'c123', AChr1+'ad', 'D', 'cxx'#9] ), 'TAnsiStatArray'));
t.Add(AName, p+'ShortStrStatArray'+e, weStatArray(weShortStr([AChr1, 'b123', AChr1+'ab', 'C', 'cdef'#9]) ))
.SkipIf(ALoc = tlParam).SkipIf(ALoc = tlPointer);
t.Add(AName, p+'ShortStrStatArray2'+e, weStatArray(weShortStr([AChr1, 'c123', AChr1+'ad', 'C', 'cxx'#9] ), 'TShortStrStatArray'));
// t.Add(AName, p+'FiveStatArray{e} _O2_ TFiveStatArray _EQ_ ((a:-9;b:44), (a:-8-ADD;b:33), (a:-7;b:22)); //@@ _pre3_FiveStatArray;
// t.Add(AName, p+'FiveStatArrayPack{e} _O2_ TFiveStatArrayPack _EQ_ ((a:-9;b:44), (a:-8-ADD;b:33), (a:-7;b:22)); //@@ _pre3_FiveStatArrayPack;
// t.Add(AName, p+'FivePackStatArray{e} _O2_ TFivePackStatArray _EQ_ ((a:-9;b:44), (a:-8-ADD;b:33), (a:-7;b:22)); //@@ _pre3_FivePackStatArray;
// t.Add(AName, p+'FivePackStatArrayPack{e} _O2_ TFivePackStatArrayPack _EQ_ ((a:-9;b:44), (a:-8-ADD;b:33), (a:-7;b:22)); //@@ _pre3_FivePackStatArrayPack;
// t.Add(AName, p+'RecFiveStatArray{e} _O2_ TRecFiveStatArray _EQ_ ((a:-9;b:44), (a:-8-ADD;b:33), (a:-7;b:22)); //@@ _pre3_RecFiveStatArray;
// t.Add(AName, p+'RecFiveStatPackArray{e} _O2_ TRecFiveStatPackArray _EQ_ ((a:-9;b:44), (a:-8-ADD;b:33), (a:-7;b:22)); //@@ _pre3_RecFiveStatPackArray;
// t.Add(AName, p+'RecFivePackStatArray{e} _O2_ TRecFivePackStatArray _EQ_ ((a:-9;b:44), (a:-8-ADD;b:33), (a:-7;b:22)); //@@ _pre3_RecFivePackStatArray;
// t.Add(AName, p+'RecFivePackStatPackArray{e} _O2_ TRecFivePackStatPackArray _EQ_ ((a:-9;b:44), (a:-8-ADD;b:33), (a:-7;b:22)); //@@ _pre3_RecFivePackStatPackArray;
//TODO: element by index
t.Add(AName, p+'ArrayEnum1'+e, weStatArray(weCardinal([500+n,701,702,703], 'WORD', SIZE_2) ))
.SkipIf(ALoc = tlParam).SkipIf(ALoc = tlPointer);
t.AddIndexFromPrevious(['EnVal1','EnVal2','EnVal3','EnVal4',
'gvEnum', 'gvEnumA', 'gvEnum1', 'gcEnum', 'gcEnumA', 'gcEnum1', p+'Enum'+e, p+'EnumA'+e, p+'Enum1'+e],
[0,1,2,3, 2,0,1, 2,0,1, 2,0,1]);
t.Add(AName, p+'ArrayEnum3'+e, weStatArray(weCardinal([200+n,701,702,703], 'WORD', SIZE_2), 'TArrayEnum'));
t.AddIndexFromPrevious(['EnVal1','EnVal2','EnVal3','EnVal4',
'gvEnum', 'gvEnumA', 'gvEnum1', 'gcEnum', 'gcEnumA', 'gcEnum1', p+'Enum'+e, p+'EnumA'+e, p+'Enum1'+e],
[0,1,2,3, 2,0,1, 2,0,1, 2,0,1]);
t.Add(AName, p+'ArrayEnumSub1'+e, weStatArray(weCardinal([600+n,801], 'WORD', SIZE_2) ))
.SkipIf(ALoc = tlParam).SkipIf(ALoc = tlPointer);
t.AddIndexFromPrevious(['EnVal1','EnVal2',
'gvEnumA', 'gvEnum1', 'gcEnumA', 'gcEnum1', p+'EnumA'+e, p+'Enum1'+e],
[0,1, 0,1, 0,1, 0,1]);
t.Add(AName, p+'ArrayEnumSub3'+e, weStatArray(weCardinal([100+n,801], 'WORD', SIZE_2), 'TArrayEnumSub'));
t.AddIndexFromPrevious(['EnVal1','EnVal2',
'gvEnumA', 'gvEnum1', 'gcEnumA', 'gcEnum1', p+'EnumA'+e, p+'Enum1'+e],
[0,1, 0,1, 0,1, 0,1]);
t.Add(AName, p+'ArrayEnum2'+e, weStatArray(weCardinal([300+n,701,702,703], 'WORD', SIZE_2) ))
.SkipIf(ALoc = tlParam).SkipIf(ALoc = tlPointer);
t.AddIndexFromPrevious(['EnVal1','EnVal2','EnVal3','EnVal4',
'gvEnum', 'gvEnumA', 'gvEnum1', 'gcEnum', 'gcEnumA', 'gcEnum1', p+'Enum'+e, p+'EnumA'+e, p+'Enum1'+e],
[0,1,2,3, 2,0,1, 2,0,1, 2,0,1]);
t.Add(AName, p+'ArrayEnum4'+e, weStatArray(weCardinal([800+n,701,702,703], 'WORD', SIZE_2), 'TArrayEnumElem'));
t.AddIndexFromPrevious(['EnVal1','EnVal2','EnVal3','EnVal4',
'gvEnum', 'gvEnumA', 'gvEnum1', 'gcEnum', 'gcEnumA', 'gcEnum1', p+'Enum'+e, p+'EnumA'+e, p+'Enum1'+e],
[0,1,2,3, 2,0,1, 2,0,1, 2,0,1]);
t.Add(AName, p+'ArrayEnumSub2'+e, weStatArray(weCardinal([400+n,801], 'WORD', SIZE_2) ))
.SkipIf(ALoc = tlParam).SkipIf(ALoc = tlPointer);
t.AddIndexFromPrevious(['EnVal1','EnVal2',
'gvEnumA', 'gvEnum1', 'gcEnumA', 'gcEnum1', p+'EnumA'+e, p+'Enum1'+e],
[0,1, 0,1, 0,1, 0,1]);
t.Add(AName, p+'ArrayEnumSub4'+e, weStatArray(weCardinal([700+n,801], 'WORD', SIZE_2), 'TArrayEnumSubElem'));
t.AddIndexFromPrevious(['EnVal1','EnVal2',
'gvEnumA', 'gvEnum1', 'gcEnumA', 'gcEnum1', p+'EnumA'+e, p+'Enum1'+e],
[0,1, 0,1, 0,1, 0,1]);
t.Add(AName, p+'Enum'+e, weEnum('EnVal3', 'TEnum'));
t.Add(AName, p+'Enum1'+e, weEnum('EnVal2', 'TEnumSub'));
t.Add(AName, p+'Enum2'+e, weEnum('EnVal21', 'TEnum2'));
t.Add(AName, p+'Enum3'+e, weEnum('EnVal25', 'TEnum2'));
// t.Add(AName, 'EnVal2', weMatch('xxx', skEnumValue));
t.Add(AName, p+'Enum16'+e, weEnum('ExVal23', 'TEnum16'));
t.Add(AName, p+'Enum16A'+e, weEnum('ExValX5', 'TEnum16'));
t.Add(AName, p+'Set'+e, weSet(['EnVal2', 'EnVal4'], 'TSet')).Skip([stDwarf]);
t.Add(AName, p+'Set2'+e, weSet(['EnVal1', 'EnVal4'])).Skip([stDwarf])
.SkipIf(ALoc = tlParam).SkipIf(ALoc = tlPointer);
t.Add(AName, p+'Set4'+e, weSet(['E4Val02', 'E4Val0A'], 'TSet4')).Skip([stDwarf]);
t.Add(AName, p+'Set5'+e, weSet(['E5Val02', 'E5Val12'], 'TSet5')).Skip([stDwarf]);
t.Add(AName, p+'Set6'+e, weSet(['E6Val02', 'E6Val1A'], 'TSet6')).Skip([stDwarf]);
t.Add(AName, p+'Set7'+e, weSet(['E7Val02', 'E7Val3A'], 'TSet7')).Skip([stDwarf]);
t.Add(AName, p+'Set8'+e, weSet(['E8Val02', 'E8Val5B'], 'TSet8')).Skip([stDwarf]);
t.Add(AName, p+'SmallSet'+e, weSet(['22', '24', '25'], 'TSmallRangeSet')).Skip([stDwarf])
.SkipIf(ALoc = tlParam).SkipIf(ALoc = tlPointer);
t.Add(AName, p+'SmallSet2'+e, weSet(['21', '24', '25'])).Skip([stDwarf])
.SkipIf(ALoc = tlParam).SkipIf(ALoc = tlPointer);
t.Add(AName, p+'IntfUnknown1'+e, weMatch('.?', skInterface)) //.Skip(); // only run eval / do not crash
.SkipIf(ALoc = tlPointerAny);
t.Add(AName, p+'IntfUnknown'+e, weMatch('nil', skInterface)); //.Skip(); // only run eval / do not crash
StartIdx := t.Count; // tlConst => Only eval the watch. No tests
t.Add(AName, p+'SomeFunc1Ref'+e, weMatch('\$[0-9A-F]+ = SomeFunc1: *function *\(SOMEVALUE, Foo: LONGINT; Bar: Word; x: Byte\): *BOOLEAN', skFunctionRef) );
t.Add(AName, '@'+p+'SomeFunc1Ref'+e, wePointer('^TFunc1') ).AddFlag(ehIgnPointerDerefData);
t.Add(AName, p+'SomeProc1Ref'+e, weMatch('\$[0-9A-F]+ = SomeProc1: *procedure *\(\) *$', skProcedureRef) );
t.Add(AName, p+'SomeMeth1Ref'+e, weMatch('Proc *: *\$[0-9A-F]+ *= *TMyBaseClass\.SomeMeth1.*: *TMeth1;[\s\r\n]*Self.*:.*', skRecord) );
t.Add(AName, p+'SomeMeth1Ref'+e+'.Proc', weMatch('\$[0-9A-F]+ = TMyBaseClass\.SomeMeth1: *function *\(.*AVal.*\): *BOOLEAN', skFunctionRef) );
for i := StartIdx to t.Count-1 do
t.Tests[i].SkipIf(ALoc in [tlConst, tlPointerAny]);
// bitpacked
t.Add(AName, p+'BitPackBoolArray'+e, weStatArray(weBool([True, False, True, True]) ));
t.AddIndexFromPrevious(['0','1','2','3'], [0,1,2,3]);
t.Add(AName, p+'BitPackTinyArray'+e, weStatArray(weCardinal([1, 0, 3, 2], 'TTinyRange', SIZE_1) ));
t.AddIndexFromPrevious(['0','1','2','3'], [0,1,2,3]);
t.Add(AName, p+'BitPackTinyNegArray'+e, weStatArray(weInteger([2, -2, 0, -1], #1, SIZE_1) ));
t.AddIndexFromPrevious(['0','1','2','3'], [0,1,2,3]);
t.Add(AName, p+'BitPackEnumArray'+e, weStatArray(weEnum(['EnVal3', 'EnVal1', 'EnVal2', 'EnVal3']) ));
t.AddIndexFromPrevious(['0','1','2','3'], [0,1,2,3]);
t.Add(AName, p+'BitPackEnum3Array'+e, weStatArray(weEnum(['EnVal32', 'EnVal32', 'EnVal31', 'EnVal32']) ));
t.AddIndexFromPrevious(['0','1','2','3'], [0,1,2,3]);
t.Add(AName, p+'BitPackSetArray'+e, weStatArray([ weSet(['EnVal1', 'EnVal3']), weSet([]), weSet(['EnVal3']), weSet(['EnVal1'])] ))
.Skip([stDwarf]);
t.AddIndexFromPrevious(['0','1','2','3'], [0,1,2,3]);
t.Add(AName, p+'BitPackSet3Array'+e, weStatArray([weSet(['EnVal31', 'EnVal32']), weSet([]), weSet(['EnVal31']), weSet(['EnVal32'])] ))
.Skip([stDwarf]);
t.AddIndexFromPrevious(['0','1','2','3'], [0,1,2,3]);
t.Add(AName, p+'BitPackBoolArray2'+e, weStatArray([
weStatArray(weBool([True, False, True])),
weStatArray(weBool([False, True, True]))
]));
t.AddIndexFromPrevious(['0','1'], [0,1]);
t.AddIndexFromPrevious(['0','1','2'], [0,1,2]);
t.Add(AName, p+'BitPackTinyArray2'+e, weStatArray([
weStatArray(weCardinal([1, 0, 3], 'TTinyRange', SIZE_1)),
weStatArray(weCardinal([2, 3, 0], 'TTinyRange', SIZE_1))
]));
t.AddIndexFromPrevious(['0','1'], [0,1]);
t.AddIndexFromPrevious(['0','1','2'], [0,1,2]);
t.Add(AName, p+'BitPackTinyNegArray2'+e, weStatArray([
weStatArray(weInteger([2, -2, 0], #1, SIZE_1)),
weStatArray(weInteger([1, 0, -1], #1, SIZE_1))
]));
t.AddIndexFromPrevious(['0','1'], [0,1]);
t.AddIndexFromPrevious(['0','1','2'], [0,1,2]);
t.Add(AName, p+'BitPackEnumArray2'+e, weStatArray([
weStatArray(weEnum(['EnVal3', 'EnVal1', 'EnVal2'])),
weStatArray(weEnum(['EnVal1', 'EnVal4', 'EnVal2']))
]));
t.AddIndexFromPrevious(['0','1'], [0,1]);
t.AddIndexFromPrevious(['0','1','2'], [0,1,2]);
t.Add(AName, p+'BitPackEnum3Array2'+e, weStatArray([
weStatArray(weEnum(['EnVal32', 'EnVal32', 'EnVal31'])),
weStatArray(weEnum(['EnVal31', 'EnVal31', 'EnVal32']))
]));
t.AddIndexFromPrevious(['0','1'], [0,1]);
t.AddIndexFromPrevious(['0','1','2'], [0,1,2]);
//t.Add(AName, p+'BitPackEnumSet'+e, weStatArray(weSet(['EnVal3', 'EnVal1']), weSet([]), weSet(['EnVal3']), weSet(['EnVal1']) ));
//t.AddIndexFromPrevious(['0','1'], [0,1]);
//t.Add(AName, p+'BitPackEnumSet3'+e, weStatArray(weSet(['EnVal31', 'EnVal32']), weSet([]), weSet(['EnVal31']), weSet(['EnVal32']) ));
//t.AddIndexFromPrevious(['0','1'], [0,1]);
t.Add(AName, p+'BitPackBoolRecord'+e, weRecord([
weBool(True).N('a'), weBool(False).N('b'), weBool(True).N('c'), weBool(True).N('d'), weBool(False).N('e')
], 'TBitPackBoolRecord') );
t.AddMemberFromPrevious();
t.Add(AName, p+'BitPackTinyRecord'+e, weRecord([
weCardinal(1, 'TTinyRange', SIZE_1).N('a'),
weCardinal(1, 'TTinyRange', SIZE_1).N('b'),
weCardinal(0, 'TTinyRange', SIZE_1).N('c'),
weCardinal(3, 'TTinyRange', SIZE_1).N('d'),
weCardinal(0, 'TTinyRange', SIZE_1).N('e')
], 'TBitPackTinyRecord') );
t.AddMemberFromPrevious();
t.Add(AName, p+'BitPackTinyNegRecord'+e, weRecord([
weInteger( 3, #1, SIZE_1).N('a'),
weInteger(-2, #1, SIZE_1).N('b'),
weInteger(-1, #1, SIZE_1).N('c'),
weInteger( 0, #1, SIZE_1).N('d'),
weInteger( 1, #1, SIZE_1).N('e')
], 'TBitPackTinyNegRecord') );
t.AddMemberFromPrevious();
t.Add(AName, p+'BitPackEnumRecord'+e, weRecord([
weEnum('EnVal3').N('a'), weEnum('EnVal1').N('b'), weEnum('EnVal2').N('c'), weEnum('EnVal2').N('d'), weEnum('EnVal1').N('e')
], 'TBitPackEnumRecord') );
t.AddMemberFromPrevious();
t.Add(AName, p+'BitPackEnum3Record'+e, weRecord([
weEnum('EnVal31').N('a'), weEnum('EnVal32').N('b'), weEnum('EnVal31').N('c'), weEnum('EnVal31').N('d'), weEnum('EnVal32').N('e')
], 'TBitPackEnum3Record') );
t.AddMemberFromPrevious();
t.Add(AName, p+'BitPackSetRecord'+e, weRecord([
weSet(['EnVal3']).N('a'), weSet([]).N('b'), weSet(['EnVal1','EnVal2']).N('c'), weSet(['EnVal2']).N('d'), weSet(['EnVal1','EnVal3']).N('e')
], 'TBitPackSetRecord') )
.Skip([stDwarf]);
t.AddMemberFromPrevious();
t.Add(AName, p+'BitPackSet3Record'+e, weRecord([
weSet(['EnVal31']).N('a'), weSet([]).N('b'), weSet(['EnVal31','EnVal32']).N('c'), weSet(['EnVal32']).N('d'), weSet(['EnVal31']).N('e')
], 'TBitPackSet3Record') )
.Skip([stDwarf]);
t.AddMemberFromPrevious();
t.Add(AName, p+'BitPackBoolArrayRecord'+e, weRecord([
weStatArray(weBool([True, False, True, True])).N('a'),
weStatArray(weBool([False, True, True, False])).N('b')
], 'TBitPackBoolArrayRecord') );
t.AddMemberFromPrevious();
t.AddIndexFromPrevious(['0','1','2','3'], [0,1,2,3]);
t.Add(AName, p+'BitPackTinyArrayRecord'+e, weRecord([
weStatArray(weCardinal([1, 0, 3, 2], 'TTinyRange', SIZE_1)).N('a'),
weStatArray(weCardinal([2, 3, 0, 1], 'TTinyRange', SIZE_1)).N('b')
], 'TBitPackTinyArrayRecord') );
t.AddMemberFromPrevious();
t.AddIndexFromPrevious(['0','1','2','3'], [0,1,2,3]);
t.Add(AName, p+'BitPackTinyNegArrayRecord'+e, weRecord([
weStatArray(weInteger([2, -2, 0, -1], #1, SIZE_1)).N('a'),
weStatArray(weInteger([1, 0, -1, 2], #1, SIZE_1)).N('b')
], 'TBitPackTinyNegArrayRecord') );
t.AddMemberFromPrevious();
t.AddIndexFromPrevious(['0','1','2','3'], [0,1,2,3]);
t.Add(AName, p+'FpDbgValueSize'+e, weRecord([
weInteger(0, 'Int64', SIZE_8).N('Size'),
weInteger(2, 'TBitSize', SIZE_1).N('BitSize')
], 'TFpDbgValueSize') )
.Skip([stDwarf]).SkipIf(ALoc in [tlConst, tlPointerAny]);
t.AddMemberFromPrevious();
for i := StartIdxClassConst to t.Count-1 do
t.Tests[i].SkipIf(ALoc in [tlClassConst]);
// Trigger a search through everything
t.Add('NotExistingFooBar123_X', weInteger(0))^.AddFlag(ehExpectError);
end;
var
ExeName: String;
t: TWatchExpectationList;
Src: TCommonSource;
BrkPrg, BrkFooBegin, BrkFoo, BrkFooVar, BrkFooVarBegin,
BrkFooConstRef, BrkMethFoo, BrkBaseMethFoo,
BaseObjMethFoo, ObjMethFoo: TDBGBreakPoint;
c, i: Integer;
begin
if SkipTest then exit;
if not TestControlCanTest(ControlTestWatchValue) then exit;
t := nil;
Src := GetCommonSourceFor('WatchesValuePrg.pas');
TestCompile(Src, ExeName);
AssertTrue('Start debugger', Debugger.StartDebugger(AppDir, ExeName));
try
t := TWatchExpectationList.Create(Self);
t.AcceptSkSimple := [skInteger, skCardinal, skBoolean, skChar, skFloat,
skString, skAnsiString, skCurrency, skVariant, skWideString,
skInterface, skEnumValue];
t.AddTypeNameAlias('integer', 'integer|longint');
t.AddTypeNameAlias('ShortStr255', 'ShortStr255|ShortString');
t.AddTypeNameAlias('TEnumSub', 'TEnum|TEnumSub');
BrkPrg := Debugger.SetBreakPoint(Src, 'Prg');
BrkFooBegin := Debugger.SetBreakPoint(Src, 'FooBegin');
BrkFoo := Debugger.SetBreakPoint(Src, 'Foo');
BrkFooVarBegin := Debugger.SetBreakPoint(Src, 'FooVarBegin');
BrkFooVar := Debugger.SetBreakPoint(Src, 'FooVar');
BrkFooConstRef := Debugger.SetBreakPoint(Src, 'FooConstRef');
BrkMethFoo := Debugger.SetBreakPoint(Src, 'MethFoo'); // call with TMyClass
BrkBaseMethFoo := Debugger.SetBreakPoint(Src, 'BaseMethFoo'); // call with TMyClass
if Compiler.Version >= 030300 then begin
BaseObjMethFoo := Debugger.SetBreakPoint(Src, 'BaseObjMethFoo');
ObjMethFoo := Debugger.SetBreakPoint(Src, 'ObjMethFoo');
end;
AssertDebuggerNotInErrorState;
(* ************ Nested Functions ************* *)
RunToPause(BrkPrg);
t.Clear;
//t.Add('gvBitPackBoolArray', weStatArray(weBool([True, False, True, True]) ));
//t.Add('MyClass2.cl_c_Byte', weStatArray(weBool([True, False, True, True]) ));
//t.Add('MyClass2.cl_c_ShortRec', weStatArray(weBool([True, False, True, True]) ));
//t.EvaluateWatches;
//t.CheckResults;
//exit;
t.Add('U8Data1', weAnsiStr(#$E2#$89#$A7, 'Utf8String'))
//t.Add('U8Data1', weAnsiStr(''''#$2267'''', 'Utf8String'))
.IgnData([], Compiler.HasFlag('Dwarf2'))
.NoCharQuoting
.IgnTypeName.IgnKind
.skipIf(Compiler.Version < 030000);
t.Add('U8Data2', weAnsiStr(#$E2#$89#$A7'X', 'Utf8String'))
//t.Add('U8Data2', weAnsiStr(''''#$2267'X''', 'Utf8String'))
.IgnData([], Compiler.HasFlag('Dwarf2'))
.NoCharQuoting
.IgnTypeName.IgnKind
.skipIf(Compiler.Version < 030000);
t.Add('SomeFunc1', weMatch('^function *\(SOMEVALUE, Foo: LONGINT; Bar: Word; x: Byte\): *BOOLEAN *AT *\$[0-9A-F]+', skFunction) );
t.Add('SomeProc1', weMatch('^procedure *\(\) *AT *\$[0-9A-F]+', skProcedure) );
t.Add('@SomeFunc1', weMatch('\^.*function.*\$[0-9A-F]+'{' = SomeFunc1'}, skPointer {skFunctionRef}) );
t.Add('@SomeProc1', weMatch('\^.*procedure.*\$[0-9A-F]+'{' = SomeFunc1'}, skPointer {skProcedureRef}) );
// TODO: TClass1 must not contain "<unknown>"
// ' _vptr$TOBJECT: Pointer'
t.Add( 'TClass1', weMatch('type class\(TObject\).*FInt: (integer|longint).*end', skType)).AddFlag(ehNoTypeInfo);
t.Add( 'TClass1', weMatch('type class\(TObject\).*_vptr\$TOBJECT: *Pointer.*end', skType)).AddFlag(ehNoTypeInfo);
t.Add( 'TFunc1', weMatch('type function *\(SomeValue.*\) *: *Boolean', skType)).AddFlag(ehNoTypeInfo);
t.Add( 'TIntStatArray', weMatch('type array *\[1\.\.5\] *of (integer|longint)', skType)).AddFlag(ehNoTypeInfo);
t.Add( 'TIntDynArray', weMatch('type array of (integer|longint)', skType)).AddFlag(ehNoTypeInfo);
t.Add( 'byte', weMatch('type byte', skType)).AddFlag(ehNoTypeInfo);
t.Add('MyStringItemList', weStatArray([], -1) ).IgnTypeName();
t.Add('MyStringList.FLIST^', weStatArray([], -1) ).IgnTypeName();
t.Add('TMYSTRINGLIST(MyStringList).FLIST^', weStatArray([], -1) ).IgnTypeName();
t.Add('MyClass1.FMyStringList.FLIST^', weStatArray([], -1) ).IgnTypeName();
t.Add('TMYSTRINGLIST(MyClass1.FMyStringList).FLIST^', weStatArray([], -1) ).IgnTypeName();
t.Add('TMYSTRINGLIST(TMyClass(MyClass1).FMyStringList).FLIST^', weStatArray([], -1) ).IgnTypeName();
t.Add('TMYSTRINGLIST(TMyClass(MyClass2).FMyStringList).FLIST^', weStatArray([], -1) ).IgnTypeName();
t.Add('MyStringList.FLIST^[0]', weMatch('FString', skRecord) ).IgnTypeName();
t.Add('TMYSTRINGLIST(MyStringList).FLIST^[0]', weMatch('FString', skRecord) ).IgnTypeName();
t.Add('MyClass1.FMyStringList.FLIST^[0]', weMatch('FString', skRecord) ).IgnTypeName();
t.Add('TMYSTRINGLIST(MyClass1.FMyStringList).FLIST^[0]', weMatch('FString', skRecord) ).IgnTypeName();
t.Add('TMYSTRINGLIST(TMyClass(MyClass1).FMyStringList).FLIST^[0]', weMatch('FString', skRecord) ).IgnTypeName();
t.Add('TMYSTRINGLIST(TMyClass(MyClass2).FMyStringList).FLIST^[0]', weMatch('FString', skRecord) ).IgnTypeName();
// make sure no deep recorsion...
t.Add('TSize', 'TSize', weMatch('.', skType)).AddFlag(ehNoTypeInfo);
t.Add('TFuncSelfRef', 'TFuncSelfRef', weMatch('.', skType)).AddFlag(ehNoTypeInfo)
.SkipIf(Compiler.Version < 029900);
t.Add('PFuncSelfRef', 'PFuncSelfRef', weMatch('.', skType)).AddFlag(ehNoTypeInfo)
.SkipIf(Compiler.Version < 029900);
t.Add('EnVal1', 'EnVal1', weMatch('EnVal1 *:?= *0', skEnumValue));
t.Add('EnVal2', 'EnVal2', weMatch('EnVal2 *:?= *1', skEnumValue));
t.Add('EnVal3', 'EnVal3', weMatch('EnVal3 *:?= *2', skEnumValue));
t.Add('EnVal21', 'EnVal21', weMatch('EnVal21 *:?= *3', skEnumValue));
t.Add('EnVal23', 'EnVal23', weMatch('EnVal23 *:?= *7', skEnumValue));
// recurse pointers
// TODO: currently just run them and check they do not fail,crash or hang.
// TODO: add checks for result
t.Add('RecursePtrA1', 'RecursePtrA1', weMatch('.*', skPointer));
t.Add('RecursePtrA1^', 'RecursePtrA1^', weMatch('.*', skPointer));
t.Add('RecursePtrA1^^', 'RecursePtrA1^^', weMatch('.*', skPointer));
t.Add('RecursePtrA1^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^', 'RecursePtrA1^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^', weMatch('.*', skPointer));
t.Add('@RecursePtrA1', '@RecursePtrA1', weMatch('.*', skPointer));
t.Add('@RecursePtrA1^', '@RecursePtrA1^', weMatch('.*', skPointer));
t.Add('@RecursePtrA1^^', '@RecursePtrA1^^', weMatch('.*', skPointer));
t.Add('@RecursePtrA1^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^', '@RecursePtrA1^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^', weMatch('.*', skPointer));
t.Add('RecursePtrB1', 'RecursePtrB1', weMatch('.*', skPointer));
t.Add('RecursePtrB1^', 'RecursePtrB1^', weMatch('.*', skPointer));
t.Add('RecursePtrB1^^', 'RecursePtrB1^^', weMatch('.*', skPointer));
t.Add('RecursePtrB1^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^', 'RecursePtrB1^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^', weMatch('.*', skPointer));
t.Add('RecursePtrC1', 'RecursePtrC1', weMatch('.*', skPointer));
t.Add('RecursePtrC1^', 'RecursePtrC1^', weMatch('.*', skPointer));
t.Add('RecursePtrC1^^', 'RecursePtrC1^^', weMatch('.*', skPointer));
t.Add('RecursePtrC1^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^', 'RecursePtrC1^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^', weMatch('.*', skPointer));
AddWatches(t, 'glob const', 'gc', 000, 'A', tlConst);
AddWatches(t, 'glob var', 'gv', 001, 'B');
AddWatches(t, 'glob var (@)^', '(@gv', 001, 'B', tlAny, ')^');
AddWatches(t, 'glob var (@)[0]', '(@gv', 001, 'B', tlAny, ')[0]');
// AddWatches(t, 'glob var @^', '@gv', 001, 'B', tlAny, '^');
AddWatches(t, 'glob MyClass1', 'MyClass1.mc', 002, 'C');
AddWatches(t, 'glob MyBaseClass1', 'MyClass1.mbc', 003, 'D');
AddWatches(t, 'glob cast MyClass2', 'TMyClass(MyClass2).mc', 004, 'E');
AddWatches(t, 'glob cast MyBaseClass2', 'TMyClass(MyClass2).mbc', 005, 'F');
AddWatches(t, 'glob MyPClass1', 'MyPClass1^.mc', 002, 'C');
AddWatches(t, 'glob cast MyPClass2', 'TMyClass(MyPClass2^).mc', 004, 'E');
c := t.Count; // Do not crash when accessing fields on nil
AddWatches(t, 'glob MyNilClass1', 'MyNilClass1.mc', 002, 'C');
for i := c to t.Count-1 do
t.Tests[i].Skip;
AddWatches(t, 'glob TMyBaseClass class const', 'TMyBaseClass.cl_c_', 001, 'c', tlClassConst);
AddWatches(t, 'glob TMyClass class const', 'TMyClass.cl_c_', 001, 'c', tlClassConst);
c := t.Count;
AddWatches(t, 'glob TMyBaseClass class var', 'TMyBaseClass.cl_v_', 007, 'v', tlClassVar);
AddWatches(t, 'glob TMyClass class var', 'TMyClass.cl_v_', 007, 'v', tlClassVar);
for i := c to t.Count-1 do
t.Tests[i].Skip; // class var do not work => but ensure they do not crash
AddWatches(t, 'glob MyClass2 class const', 'MyClass2.cl_c_', 001, 'c', tlClassConst);
AddWatches(t, 'glob MyClass1 class const', 'MyClass1.cl_c_', 001, 'c', tlClassConst);
c := t.Count;
AddWatches(t, 'glob MyClass2 class var', 'MyClass2.cl_v_', 007, 'v', tlClassVar);
AddWatches(t, 'glob MyClass1 class var', 'MyClass1.cl_v_', 007, 'v', tlClassVar);
for i := c to t.Count-1 do
t.Tests[i].Skip; // class var do not work => but ensure they do not crash
if (Compiler.Version >= 030202) or (Compiler.SymbolType in stDwarf2) then begin
AddWatches(t, 'glob MyOldObjectBase', 'MyOldObjectBase.obc', 003, 'D', tlAny, '', [tlReduced]);
AddWatches(t, 'glob MyOldObject inherhit', 'MyOldObject.obc', 004, 'E', tlAny, '', [tlReduced]);
AddWatches(t, 'glob MyOldObject', 'MyOldObject.oc', 002, 'C', tlAny, '', [tlReduced]);
AddWatches(t, 'glob MyPOldObjectBase^', 'MyPOldObjectBase^.obc', 003, 'D', tlAny, '', [tlReduced]);
AddWatches(t, 'glob MyPOldObject^ inherhit', 'MyPOldObject^.obc', 004, 'E', tlAny, '', [tlReduced]);
AddWatches(t, 'glob MyPOldObject^', 'MyPOldObject^.oc', 002, 'C', tlAny, '', [tlReduced]);
end;
AddWatches(t, 'glob MyTestRec1', 'MyTestRec1.rc_f_', 002, 'r');
AddWatches(t, 'glob MyPTestRec1', 'MyPTestRec1^.rc_f_', 002, 'r');
AddWatches(t, 'glob MyTestRec1.MyEmbedClass class const', 'MyTestRec1.MyEmbedClass.cl_c_', 001, 'c', tlClassConst);
AddWatches(t, 'glob var dyn array of [0]', 'gva', 005, 'K', tlArrayWrap, '[0]' );
AddWatches(t, 'glob var dyn array of [1]', 'gva', 006, 'L', tlArrayWrap, '[1]');
AddWatches(t, 'glob var array [0..2] of [0]', 'gv_sa_', 007, 'O', tlArrayWrap, '[0]' );
AddWatches(t, 'glob var array [0..2] of [1]', 'gv_sa_', 008, 'P', tlArrayWrap, '[1]');
AddWatches(t, 'glob var array [-1..2] of [-1]', 'gv_nsa_', 009, 'Q', tlArrayWrap, '[-1]' );
AddWatches(t, 'glob var array [-1..2] of [0]', 'gv_nsa_', 010, 'R', tlArrayWrap, '[0]');
AddWatches(t, 'glob var array [-1..2] of [1]', 'gv_nsa_', 011, 'S', tlArrayWrap, '[1]');
AddWatches(t, 'glob var ptr dyn array of [0]', 'gvp_a_', 005, 'K', tlArrayWrap, '^[0]' );
AddWatches(t, 'glob var ptr dyn array of [1]', 'gvp_a_', 006, 'L', tlArrayWrap, '^[1]');
AddWatches(t, 'glob var ptr array [0..2] of [0]', 'gvp_sa_', 007, 'O', tlArrayWrap, '^[0]' );
AddWatches(t, 'glob var ptr array [0..2] of [1]', 'gvp_sa_', 008, 'P', tlArrayWrap, '^[1]');
AddWatches(t, 'glob var ptr array [-1..2] of [-1]', 'gvp_nsa_', 009, 'Q', tlArrayWrap, '^[-1]' );
AddWatches(t, 'glob var ptr array [-1..2] of [0]', 'gvp_nsa_', 010, 'R', tlArrayWrap, '^[0]');
AddWatches(t, 'glob var ptr array [-1..2] of [1]', 'gvp_nsa_', 011, 'S', tlArrayWrap, '^[1]');
AddWatches(t, 'glob var pointer', 'gvp_', 001, 'B', tlPointer, '^'); // pointer
AddWatches(t, 'glob var named pointer', 'gvpt_', 001, 'B', tlPointer, '^'); // pointer
(*
ptr[0] is tested above: glob var (@)[0]', '(@gv', 001, 'B', tlAny, ')[0]'
More pointer ops tested in Expression testcase
// Using array index [1] or greater will fail some pchar tests, as the become pchar<>string
// they need .CharFromIndex at least for Dwarf2...
*)
//AddWatches(t, 'glob var pointer 2 (@gva[1+0])', 'gvp2_', 006, 'L', tlPointer, '[0]'); // pointer
//AddWatches(t, 'glob var pointer 2 (@gva[1+2])', 'gvp2_', 009, 'O', tlPointer, '[2]'); // pointer // fails gvp2_Char[2] / gvp2_WideChar[2] and similar => needs to
AddWatches(t, 'glob var pointer 2 (@gva[1-1])', 'gvp2_', 005, 'K', tlPointer, '[-1]', [tiPointerMath]); // pointer
AddWatches(t, 'glob var pointer 2 (@gva[1]+2)^','(gvp2_', 009, 'O', tlPointer, '+2)^', [tiPointerMath]); // pointer
//AddWatches(t, 'glob var pointer 2 (@gva[1]-1)^','(gvp2_', 005, 'K', tlPointer, '-1)^'); // pointer
// type names do not match....
c := t.Count;
AddWatches(t, 'glob var TYPED pointer', 'gvptt_', 007, 'N', tlPointerAny, '^'); // pointer
AddWatches(t, 'glob var TYPED ALIAS ', 'gvtt_', 007, 'N', tlPointerAny, '');
if Compiler.Version < 030300 then
for i := c to t.Count-1 do
t.Tests[i].IgnTypeName.AddFlag(ehIgnTypeNameInData);
t.EvaluateWatches;
t.CheckResults;
// Pointer(1)
// Do not check values. // Just ensure no crash occurs
AddWatches(t, 'glop bad pointer - no crash', 'gvpX_', 001, 'B');
AddWatches(t, 'glob MyClassBadMemc - no crash', 'MyClassBadMem.mc', 001, 'c');
t.EvaluateWatches;
RunToPause(BrkFooBegin);
t.Clear;
AddWatches(t, 'fooBegin local', 'fooloc', 002, 'C');
AddWatches(t, 'fooBegin args', 'arg', 001, 'B', tlParam);
t.EvaluateWatches;
// Do not check values. // Just ensure no crash occurs
// Registers are wrong in prologue.
//cl := Debugger.LazDebugger.GetLocation.SrcLine;
RunToPause(BrkFoo);
//// below might have been caused by the break on FooVarBegin, if there was no code.
//if (cl > 1) and (cl = Debugger.LazDebugger.GetLocation.SrcLine) then begin dbg.Run; Debugger.WaitForFinishRun(); end; // TODO: bug, stopping twice the same breakpoint
t.Clear;
AddWatches(t, 'foo local', 'fooloc', 002, 'C');
AddWatches(t, 'foo args', 'arg', 001, 'B', tlParam);
AddWatches(t, 'foo ArgMyClass1', 'ArgMyClass1.mc', 002, 'C');
AddWatches(t, 'foo ArgMyBaseClass1', 'ArgMyClass1.mbc', 003, 'D');
AddWatches(t, 'foo ArgMyClass1', 'TMyClass(ArgMyClass2).mc', 004, 'E');
AddWatches(t, 'foo ArgMyBaseClass1', 'TMyClass(ArgMyClass2).mbc', 005, 'F');
AddWatches(t, 'foo ArgMyTestRec1', 'ArgMyTestRec1.rc_f_', 002, 'r');
t.EvaluateWatches;
t.CheckResults;
RunToPause(BrkFooVarBegin);
t.Clear;
AddWatches(t, 'foo var args', 'argvar', 001, 'B', tlParam);
t.EvaluateWatches;
// Do not check values. // Just ensure no crash occurs
// Registers are wrong in prologue.
RunToPause(BrkFooVar);
t.Clear;
AddWatches(t, 'foo var args', 'argvar', 001, 'B', tlParam);
AddWatches(t, 'foo var ArgMyClass1', 'ArgVarMyClass1.mc', 002, 'C');
AddWatches(t, 'foo var ArgMyBaseClass1', 'ArgVarMyClass1.mbc', 003, 'D');
AddWatches(t, 'foo var ArgMyClass1', 'TMyClass(ArgVarMyClass2).mc', 004, 'E');
AddWatches(t, 'foo var ArgMyBaseClass1', 'TMyClass(ArgVarMyClass2).mbc', 005, 'F');
AddWatches(t, 'foo var ArgMyTestRec1', 'ArgVarMyTestRec1.rc_f_', 002, 'r');
t.EvaluateWatches;
t.CheckResults;
RunToPause(BrkFooConstRef);
t.Clear;
AddWatches(t, 'foo const ref args', 'argconstref', 001, 'B', tlParam);
t.EvaluateWatches;
t.CheckResults;
RunToPause(BrkBaseMethFoo, False);
t.Clear;
t.Add('BaseMethFoo of TMyClass1 - ClassBaseVar1', 'ClassBaseVar1', weInteger(118));
// t.Add('BaseMethFoo of TMyClass1 - ClassVar1', 'ClassVar1', weInteger(119));
// Trigger a search through everything
t.Add('NotExistingFooBar123_X', weInteger(0))^.AddFlag(ehExpectError);
//AddWatches(t, 'foo const ref args', 'argconstref', 001, 'B', tlParam);
t.EvaluateWatches;
t.CheckResults;
RunToPause(BrkMethFoo);
t.Clear;
t.Add('MethFoo of TMyClass1 - ClassBaseVar1', 'ClassBaseVar1', weInteger(118));
t.Add('MethFoo of TMyClass1 - ClassVar1', 'ClassVar1', weInteger(119));
// Trigger a search through everything
t.Add('NotExistingFooBar123_X', weInteger(0))^.AddFlag(ehExpectError);
//AddWatches(t, 'foo const ref args', 'argconstref', 001, 'B', tlParam);
AddWatches(t, 'FIELD MyClass1', 'mc', 002, 'C', tlAny, '', [tlReduced]);
AddWatches(t, 'FIELD MyBaseClass1', 'mbc', 003, 'D', tlAny, '', [tlReduced]);
AddWatches(t, 'self MyClass1', 'self.mc', 002, 'C', tlAny, '', [tlReduced]);
AddWatches(t, 'self MyBaseClass1', 'self.mbc', 003, 'D', tlAny, '', [tlReduced]);
t.EvaluateWatches;
t.CheckResults;
RunToPause(BrkBaseMethFoo);
t.Clear;
t.Add('BaseMethFoo of TMyBaseClass - ClassBaseVar1', 'ClassBaseVar1', weInteger(118));
// t.Add('BaseMethFoo of TMyBaseClass - ClassVar1', 'ClassVar1', weInteger(119));
// Trigger a search through everything
t.Add('NotExistingFooBar123_X', weInteger(0))^.AddFlag(ehExpectError);
//AddWatches(t, 'foo const ref args', 'argconstref', 001, 'B', tlParam);
t.EvaluateWatches;
t.CheckResults;
if Compiler.Version >= 030300 then begin
RunToPause(BaseObjMethFoo);
t.Clear;
AddWatches(t, 'field MyOldObject base', 'obc', 003, 'D', tlAny, '', [tlReduced]);
AddWatches(t, 'self MyOldObject base', 'self.obc', 003, 'D', tlAny, '', [tlReduced]);
t.Add('ocByte', weInteger(0))^.AddFlag(ehExpectError);
t.Add('NotExistingFooBar123_X', weInteger(0))^.AddFlag(ehExpectError);
t.EvaluateWatches;
t.CheckResults;
RunToPause(ObjMethFoo);
t.Clear;
AddWatches(t, 'field MyOldObject inherhit', 'obc', 004, 'E', tlAny, '', [tlReduced]);
AddWatches(t, 'field MyOldObject', 'oc', 002, 'C', tlAny, '', [tlReduced]);
AddWatches(t, 'self MyOldObject inherhit', 'self.obc', 004, 'E', tlAny, '', [tlReduced]);
AddWatches(t, 'self MyOldObject', 'self.oc', 002, 'C', tlAny, '', [tlReduced]);
t.Add('MyOldObject - NotExistingFooBar123_X', weInteger(0))^.AddFlag(ehExpectError);
t.EvaluateWatches;
t.CheckResults;
end;
finally
Debugger.RunToNextPause(dcStop);
t.Free;
Debugger.ClearDebuggerMonitors;
Debugger.FreeDebugger;
AssertTestErrors;
end;
end;
procedure TTestWatches.TestWatchesIntrinsic;
const PREFIX = ':';
type
TTestLoc = (tlAny, tlConst, tlParam, tlArrayWrap, tlPointer, tlPointerAny, tlClassConst, tlClassVar);
TTestIgn = set of (
tiPointerMath // pointer math / (ptr+n)^ / ptr[n]
);
procedure AddWatches(t: TWatchExpectationList; AName: String; APrefix: String; AOffs: Integer; AChr1: Char;
ALoc: TTestLoc = tlAny; APostFix: String = ''; AIgnFlags: TTestIgn = []);
var
LN, p, e: String;
n, StartIdx, i, StartIdxClassConst: Integer;
begin
p := APrefix;
e := APostFix;
n := AOffs;
LN := PREFIX+'Length';
t.Add(AName, LN+'('+p+'Char'+e+')', weInteger(1, #1, 0)).IgnTypeName();
t.Add(AName, LN+'('+p+'Char2'+e+')', weInteger(1, #1, 0)).IgnTypeName();
t.Add(AName, LN+'('+p+'Char2'+e+'+''a'')', weInteger(2, #1, 0)).IgnTypeName();
t.Add(AName, LN+'('+p+'Char2'+e+'+''ab'')', weInteger(3, #1, 0)).IgnTypeName();
t.Add(AName, LN+'('+p+'String1'+e+')', weInteger( 1, #1, 0)).IgnTypeName();
t.Add(AName, LN+'('+p+'String1e'+e+')', weInteger( 0, #1, 0)).IgnTypeName();
t.Add(AName, LN+'('+p+'String10'+e+')', weInteger( 4, #1, 0)).IgnTypeName();
t.Add(AName, LN+'('+p+'String10e'+e+')', weInteger( 0, #1, 0)).IgnTypeName();
t.Add(AName, LN+'('+p+'String10x'+e+')', weInteger( 8, #1, 0)).IgnTypeName();
t.Add(AName, LN+'('+p+'String255'+e+')', weInteger(14, #1, 0)).IgnTypeName();
t.Add(AName, LN+'('+p+'String10'+e+'+''a'')', weInteger( 5, #1, 0)).IgnTypeName();
t.Add(AName, LN+'('+p+'String10'+e+'+''ab'')', weInteger( 6, #1, 0)).IgnTypeName();
//if Compiler.HasFlag('SkipStringFunc') then exit;
//if Compiler.HasFlag('Dwarf2') then exit;
t.Add(AName, LN+'('+p+'Ansi1'+e+')', weInteger( 1, #1, 0)).IgnTypeName().IgnAll(stDwarf2);
t.Add(AName, LN+'('+p+'Ansi2'+e+')', weInteger( 9, #1, 0)).IgnTypeName().IgnAll(stDwarf2);
t.Add(AName, LN+'('+p+'Ansi3'+e+')', weInteger( 0, #1, 0)).IgnTypeName().IgnAll(stDwarf2);
t.Add(AName, LN+'('+p+'Ansi4'+e+')', weInteger( 8, #1, 0)).IgnTypeName().IgnAll(stDwarf2);
t.Add(AName, LN+'('+p+'Ansi5'+e+')', weInteger(360, #1, 0)).IgnTypeName().IgnAll(stDwarf2);
t.Add(AName, LN+'('+p+'Ansi4'+e+'+''a'')', weInteger( 9, #1, 0)).IgnTypeName().IgnAll(stDwarf2);
t.Add(AName, LN+'('+p+'Ansi4'+e+'+''ab'')', weInteger(10, #1, 0)).IgnTypeName().IgnAll(stDwarf2);
t.Add(AName, LN+'('+p+'CharDynArray'+e+')', weInteger(0, #1, 0)).IgnTypeName().IgnAll(stDwarf2);
t.Add(AName, LN+'('+p+'CharDynArray2'+e+')', weInteger(3, #1, 0)).IgnTypeName().IgnAll(stDwarf2);
t.Add(AName, LN+'('+p+'IntDynArray'+e+')', weInteger(0, #1, 0)).IgnTypeName().IgnAll(stDwarf2);
t.Add(AName, LN+'('+p+'IntDynArray2'+e+')', weInteger(3, #1, 0)).IgnTypeName().IgnAll(stDwarf2);
t.Add(AName, LN+'('+p+'ShortStrDynArray2'+e+')', weInteger(3, #1, 0)).IgnTypeName().IgnAll(stDwarf2);
t.Add(AName, LN+'('+p+'ShortStrDynArray2[0]'+e+')', weInteger(4, #1, 0)).IgnTypeName().IgnAll(stDwarf2);
t.Add(AName, LN+'('+p+'ShortStrDynArray2[1]'+e+')', weInteger(3, #1, 0)).IgnTypeName().IgnAll(stDwarf2);
t.Add(AName, LN+'('+p+'ArrayEnum1'+e+')', weInteger(4, #1, 0)).IgnTypeName().IgnAll(stDwarf2)
.SkipIf(ALoc = tlParam).SkipIf(ALoc = tlPointer);
end;
var
ExeName: String;
t: TWatchExpectationList;
Src: TCommonSource;
BrkPrg, BrkFoo, BrkFooVar, BrkFooConstRef: TDBGBreakPoint;
begin
if SkipTest then exit;
if not TestControlCanTest(ControlTestWatchIntrinsic) then exit;
t := nil;
Src := GetCommonSourceFor('WatchesValuePrg.pas');
TestCompile(Src, ExeName);
AssertTrue('Start debugger', Debugger.StartDebugger(AppDir, ExeName));
try
t := TWatchExpectationList.Create(Self);
t.AcceptSkSimple := [skInteger, skCardinal, skBoolean, skChar, skFloat,
skString, skAnsiString, skCurrency, skVariant, skWideString,
skInterface, skEnumValue];
t.AddTypeNameAlias('integer', 'integer|longint');
t.AddTypeNameAlias('ShortStr255', 'ShortStr255|ShortString');
t.AddTypeNameAlias('TEnumSub', 'TEnum|TEnumSub');
BrkPrg := Debugger.SetBreakPoint(Src, 'Prg');
BrkFoo := Debugger.SetBreakPoint(Src, 'Foo');
BrkFooVar := Debugger.SetBreakPoint(Src, 'FooVar');
BrkFooConstRef := Debugger.SetBreakPoint(Src, 'FooConstRef');
AssertDebuggerNotInErrorState;
RunToPause(BrkPrg);
t.Clear;
t.Add('refcnt', PREFIX+'refcnt(SRef0)', weInteger( 0, #1, 0)).IgnTypeName().IgnAll(stDwarf2);
t.Add('refcnt', PREFIX+'refcnt(SRef1)', weInteger(-1, #1, 0)).IgnTypeName().IgnAll(stDwarf2);
t.Add('refcnt', PREFIX+'refcnt(SRef2)', weInteger( 1, #1, 0)).IgnTypeName().IgnAll(stDwarf2);
t.Add('refcnt', PREFIX+'refcnt(SRef3)', weInteger( 2, #1, 0)).IgnTypeName().IgnAll(stDwarf2);
t.Add('refcnt', PREFIX+'refcnt(SRef4)', weInteger( 2, #1, 0)).IgnTypeName().IgnAll(stDwarf2);
t.Add('refcnt', PREFIX+'refcnt(ARef0)', weInteger( 0, #1, 0)).IgnTypeName();
t.Add('refcnt', PREFIX+'refcnt(ARef1)', weInteger( 1, #1, 0)).IgnTypeName();
t.Add('refcnt', PREFIX+'refcnt(ARef2)', weInteger( 1, #1, 0)).IgnTypeName();
t.Add('refcnt', PREFIX+'refcnt(ARef3)', weInteger( 2, #1, 0)).IgnTypeName();
t.Add('refcnt', PREFIX+'refcnt(ARef4)', weInteger( 2, #1, 0)).IgnTypeName();
t.Add('pos', PREFIX+'pos(''c'', SRef1)', weInteger( 3, #1, 0)).IgnTypeName();
t.Add('pos', PREFIX+'pos(''d'', PCRef1)', weInteger( 4, #1, 0)).IgnTypeName();
t.Add('pos', PREFIX+'pos(''e'', Short0)', weInteger( 5, #1, 0)).IgnTypeName();
t.Add('pos', PREFIX+'pos(''e'', ''1e'')', weInteger( 2, #1, 0)).IgnTypeName();
t.Add('substr', PREFIX+'substr(SRef1, 2,3)', weAnsiStr('bcd', #1)).IgnTypeName();
t.Add('substr', PREFIX+'substr(Short0, 4,3)', weAnsiStr('def', #1)).IgnTypeName();
t.Add('substr', PREFIX+'substr(SRef1, 2,3, false)', weAnsiStr('bcd', #1)).IgnTypeName();
t.Add('substr', PREFIX+'substr(Short0, 4,3, false)', weAnsiStr('def', #1)).IgnTypeName();
// 0 based
t.Add('substr', PREFIX+'substr(SRef1, 2,3, true)', weAnsiStr('cde', #1)).IgnTypeName();
t.Add('substr', PREFIX+'substr(Short0, 4,3, true)', weAnsiStr('ef1', #1)).IgnTypeName();
// cut off
t.Add('substr', PREFIX+'substr(SRef1, 10, 30)', weAnsiStr('456', #1)).IgnTypeName();
t.Add('substr', PREFIX+'substr(SHORT1[1], -4, 2, true)', weAnsiStr('23', #1)).IgnTypeName();
t.Add('substr', PREFIX+'PtrRef1, 2, 4, true)', weAnsiStr('cdef', #1)).IgnTypeName();
t.Add('substr', PREFIX+'PCRef1, 2, 4, true)', weAnsiStr('cdef', #1)).IgnTypeName();
AddWatches(t, 'glob var', 'gv', 001, 'B');
AddWatches(t, 'glob MyClass1', 'MyClass1.mc', 002, 'C');
t.EvaluateWatches;
RunToPause(BrkFoo);
t.Clear;
AddWatches(t, 'foo local', 'fooloc', 002, 'C');
AddWatches(t, 'foo args', 'arg', 001, 'B', tlParam);
t.EvaluateWatches;
t.CheckResults;
RunToPause(BrkFooVar);
t.Clear;
AddWatches(t, 'foo var args', 'argvar', 001, 'B', tlParam);
t.EvaluateWatches;
t.CheckResults;
RunToPause(BrkFooConstRef);
t.Clear;
AddWatches(t, 'foo const ref args', 'argconstref', 001, 'B', tlParam);
t.EvaluateWatches;
t.CheckResults;
finally
Debugger.RunToNextPause(dcStop);
t.Free;
Debugger.ClearDebuggerMonitors;
Debugger.FreeDebugger;
AssertTestErrors;
end;
end;
procedure TTestWatches.TestWatchesFunctions;
var
ExeName: String;
t: TWatchExpectationList;
Src: TCommonSource;
BrkPrg: TDBGBreakPoint;
begin
if SkipTest then exit;
if not TestControlCanTest(ControlTestWatchFunct) then exit;
t := nil;
Src := GetCommonSourceFor('WatchesValuePrg.pas');
TestCompile(Src, ExeName);
AssertTrue('Start debugger', Debugger.StartDebugger(AppDir, ExeName));
try
t := TWatchExpectationList.Create(Self);
t.AcceptSkSimple := [skInteger, skCardinal, skBoolean, skChar, skFloat,
skString, skAnsiString, skCurrency, skVariant, skWideString,
skInterface, skEnumValue];
t.AddTypeNameAlias('integer', 'integer|longint');
BrkPrg := Debugger.SetBreakPoint(Src, 'Prg');
AssertDebuggerNotInErrorState;
(* ************ Nested Functions ************* *)
RunToPause(BrkPrg);
t.Clear;
t.Add('SomeFuncIntRes()', weInteger(0)).AddEvalFlag([defAllowFunctionCall]);
t.Add('SomeFuncInt()', weInteger(0)).AddEvalFlag([defAllowFunctionCall]);
t.Add('SomeFuncInt()', weInteger(1)).AddEvalFlag([defAllowFunctionCall]);
t.Add('SomeFuncInt()', weInteger(2)).AddEvalFlag([defAllowFunctionCall]);
t.Add('FuncIntAdd(3,5)', weInteger(8)).AddEvalFlag([defAllowFunctionCall]);
t.Add('FuncIntAdd(-3,-5)', weInteger(-8)).AddEvalFlag([defAllowFunctionCall]);
t.Add('FuncIntAdd(3,15)', weInteger(18)).AddEvalFlag([defAllowFunctionCall]);
t.Add('FuncIntAdd(3,FuncIntAdd(4,5))', weInteger(12)).AddEvalFlag([defAllowFunctionCall]);
t.Add('FuncIntAdd(3,4) + FuncIntAdd(4,5)', weInteger(16,#1,-1)).AddEvalFlag([defAllowFunctionCall]);
//t.Add('FuncTooManyArg(3,4,3,4,3,4,3,4,3,4,3,4)', weInteger(16)).AddEvalFlag([defAllowFunctionCall])^.AddFlag(ehExpectError);
t.Add('FuncTooManyArg(3,4,3,4,3,4,3,4,3,4,3,4)', weInteger(123)).AddEvalFlag([defAllowFunctionCall]);
t.Add('MyClass1.SomeFuncIntResAdd(3)', weInteger(80)).AddEvalFlag([defAllowFunctionCall]);
t.Add('MyClass1.SomeFuncIntRes()', weInteger(80+999)).AddEvalFlag([defAllowFunctionCall]);
// Error wrong param count
t.Add('SomeFuncIntRes(1)', weInteger(0)).AddEvalFlag([defAllowFunctionCall]).ExpectError;
t.Add('SomeFuncIntRes(1,2)', weInteger(0)).AddEvalFlag([defAllowFunctionCall]).ExpectError;
t.Add('FuncIntAdd()', weInteger(0)).AddEvalFlag([defAllowFunctionCall]).ExpectError;
t.Add('FuncIntAdd(1)', weInteger(0)).AddEvalFlag([defAllowFunctionCall]).ExpectError;
t.Add('FuncIntAdd(1,2,3)', weInteger(0)).AddEvalFlag([defAllowFunctionCall]).ExpectError;
t.EvaluateWatches;
t.CheckResults;
finally
Debugger.RunToNextPause(dcStop);
t.Free;
Debugger.ClearDebuggerMonitors;
Debugger.FreeDebugger;
AssertTestErrors;
end;
end;
procedure TTestWatches.TestWatchesFunctions2;
var
ExeName: String;
t: TWatchExpectationList;
Src: TCommonSource;
BrkPrg: TDBGBreakPoint;
procedure AddTest(AFunc, ARes: String; AExp: TWatchExpectationResult);
begin
t.Add(AFunc, AExp).AddEvalFlag([defAllowFunctionCall]).IgnTypeName;
t.Add('LastRes', weAnsiStr(ARes)).IgnTypeName;
end;
begin
if SkipTest then exit;
if not TestControlCanTest(ControlTestWatchFunct2) then exit;
t := nil;
Src := GetCommonSourceFor(AppDir + 'WatchesFuncPrg.pas');
TestCompile(Src, ExeName);
AssertTrue('Start debugger', Debugger.StartDebugger(AppDir, ExeName));
try
t := TWatchExpectationList.Create(Self);
t.AcceptSkSimple := [skInteger, skCardinal, skBoolean, skChar, skFloat,
skString, skAnsiString, skCurrency, skVariant, skWideString,
skInterface, skEnumValue];
t.AddTypeNameAlias('integer', 'integer|longint');
BrkPrg := Debugger.SetBreakPoint(Src, 'main');
AssertDebuggerNotInErrorState;
(* ************ Nested Functions ************* *)
RunToPause(BrkPrg);
t.Clear;
AddTest('FuncResByte(11)', '11', weCardinal( 2, #1, 1));
AddTest('FuncResWord(21)', '21', weCardinal( 2, #1, 2));
AddTest('FuncResInt(31)', '31', weInteger(-2, #1, 4));
// AddTest('FuncResInt64(41)','41', weInteger(-2, #1, 8));
AddTest('FuncByte1(191)', '191', weInteger(3, #1, 4));
AddTest('FuncByte2(11,99)', '1199', weInteger(4, #1, 4));
AddTest('FuncByte12(1,2,3,4,5,6,7,8,9,11,99,0)', '12345678911990', weInteger(14, #1, 4));
AddTest('FuncWord1(191)', '191', weInteger(3, #1, 4));
AddTest('FuncWord2(2211,99)', '221199', weInteger(6, #1, 4));
AddTest('FuncWord12(991,2,3,4,5,6,7,8,9,11,799,0)', '99123456789117990', weInteger(17, #1, 4));
AddTest('FuncInt1(191)', '191', weInteger(3, #1, 4));
AddTest('FuncInt2(11,99)', '1199', weInteger(4, #1, 4));
AddTest('FuncInt12(3000001,2,3,4,5,6,7,8,9,11,2000099,0)', '3000001234567891120000990', weInteger(25, #1, 4));
AddTest('FuncQWord1(191)', '191', weInteger(3, #1, 4));
AddTest('FuncQWord2(11,99)', '1199', weInteger(4, #1, 4));
AddTest('FuncQWord12(40000000000001,2,3,4,5,6,7,8,9,11,300000000000099,0)', '4000000000000123456789113000000000000990', weInteger(40, #1, 4));
AddTest('foo.FuncInt12(1,2,3,4,5,6,7,8,9,11,99,0)', '12345678911990201', weInteger(17, #1, 4));
//t.Add('FuncResByte(11)', weInteger(2)).AddEvalFlag([defAllowFunctionCall]);
//t.Add('LastRes', weAnsiStr('')).IgnTypeName;
t.EvaluateWatches;
t.CheckResults;
finally
Debugger.RunToNextPause(dcStop);
t.Free;
Debugger.ClearDebuggerMonitors;
Debugger.FreeDebugger;
AssertTestErrors;
end;
end;
procedure TTestWatches.TestWatchesFunctionsWithString;
var
MemUsed, PrevMemUsed: Int64;
t2: TWatchExpectationList;
procedure UpdateMemUsed;
var
Thread: Integer;
WtchVal: TWatchValue;
begin
PrevMemUsed := MemUsed;
MemUsed := -1;
t2.Clear;
t2.AddWithoutExpect('', 'CurMemUsed');
t2.EvaluateWatches;
Thread := Debugger.Threads.Threads.CurrentThreadId;
WtchVal := t2.Tests[0]^.TstWatch.Values[Thread, 0];
if (WtchVal <> nil) and (WtchVal.ResultData <> nil) then
MemUsed := WtchVal.ResultData.AsInt64;
TestTrue('MemUsed <> 0', MemUsed > 0);
end;
procedure CheckMemUsed;
begin
Debugger.RunToNextPause(dcStepOver);
UpdateMemUsed;
TestEquals('MemUsed not changed', PrevMemUsed, MemUsed);
end;
var
t: TWatchExpectationList;
TstSkipAll: Boolean;
procedure CheckAndClear;
var
i: Integer;
begin
for i := 0 to t.Count - 1 do begin
t.Tests[i]
.AddEvalFlag([defAllowFunctionCall])
.IgnTypeName
.SkipEval;
if TstSkipAll then
t.Tests[i].IgnAll;
end;
t.EvalAndCheck;
CheckMemUsed;
t.Clear;
end;
var
ExeName, tbn: String;
Src: TCommonSource;
BrkPrg: TDBGBreakPoint;
i: Integer;
begin
if SkipTest then exit;
if not TestControlCanTest(ControlTestWatchFunctStr) then exit;
if not (Compiler.SymbolType in [stDwarf3, stDwarf4]) then exit;
if Compiler.HasFlag('SkipStringFunc') then exit;
if Compiler.HasFlag('Dwarf2') then exit;
tbn := TestBaseName;
try
for i := 0 to 2 do begin
TestBaseName := tbn;
TestBaseName := TestBaseName + ' -O'+IntToStr(i);
Src := GetCommonSourceFor(AppDir + 'WatchesFuncStringPrg.pas');
case i of
0: TestCompile(Src, ExeName, '_O0', '-O-');
1: TestCompile(Src, ExeName, '_O1', '-O-1');
2: TestCompile(Src, ExeName, '_O2', '-O-2');
end;
t := nil;
t2 := nil;
AssertTrue('Start debugger', Debugger.StartDebugger(AppDir, ExeName));
try
t := TWatchExpectationList.Create(Self);
t2 := TWatchExpectationList.Create(Self);
t.AcceptSkSimple := [skInteger, skCardinal, skBoolean, skChar, skFloat,
skString, skAnsiString, skCurrency, skVariant, skWideString,
skInterface, skEnumValue];
t.AddTypeNameAlias('integer', 'integer|longint');
BrkPrg := Debugger.SetBreakPoint(Src, 'main');
AssertDebuggerNotInErrorState;
(* ************ Nested Functions ************* *)
RunToPause(BrkPrg);
UpdateMemUsed;
t.Clear;
TstSkipAll := False;
t.Add('TestStrRes()', weAnsiStr('#0'));
CheckAndClear;
t.Add('TestStrRes()', weAnsiStr('#1'));
CheckAndClear;
t.Add('TestIntToStrRes(33)', weAnsiStr('$00000021'));
CheckAndClear;
t.Add('TestIntToStrRes(SomeInt)', weAnsiStr('$0000007E'));
CheckAndClear;
t.Add('TestIntSumToStrRes(10,20)', weAnsiStr('$0000001E'));
CheckAndClear;
t.Add('TestIntSumToStrRes(SomeInt,3)', weAnsiStr('$00000081'));
CheckAndClear;
t.Add('TestStrToIntRes(s1)', weInteger(0));
t.Add('s1', weAnsiStr(''));
CheckAndClear;
t.Add('TestStrToIntRes(s2)', weInteger(4));
t.Add('s2', weAnsiStr('A'));
CheckAndClear;
t.Add('TestStrToIntRes(s3)', weInteger(3));
t.Add('s3', weAnsiStr('abc'));
CheckAndClear;
t.Add('TestStrToIntRes('''')', weInteger(0));
CheckAndClear;
t.Add('TestStrToIntRes(''abcde'')', weInteger(5));
CheckAndClear;
t.Add('TestStrToIntRes(''a'')', weInteger(4));
CheckAndClear;
t.Add('TestStrToIntRes(TestIntToStrRes(111))', weInteger(9));
CheckAndClear;
t.Add('TestStrToIntRes(TestIntToStrRes(111)+''abc'')', weInteger(12));
CheckAndClear;
t.Add('TestStrToStrRes(s1)', weAnsiStr('"0"'));
t.Add('s1', weAnsiStr(''));
CheckAndClear;
t.Add('TestStrToStrRes(s2)', weAnsiStr('"4"'));
t.Add('s2', weAnsiStr('A'));
CheckAndClear;
t.Add('TestStrToStrRes(s3)', weAnsiStr('"3"'));
t.Add('s3', weAnsiStr('abc'));
CheckAndClear;
t.Add('conc(s1, s2)', weAnsiStr('A'));
CheckAndClear;
t.Add('conc(s3, s4)', weAnsiStr('abcdef'));
CheckAndClear;
t.Add('conc('''', s4)', weAnsiStr('def'));
CheckAndClear;
t.Add('conc(''A'', s4)', weAnsiStr('Adef'));
CheckAndClear;
t.Add('conc(''AB'', s4)', weAnsiStr('ABdef'));
CheckAndClear;
// widestring
(* TODO: FpDebug currenly reports PWideChar *)
{$IFnDEF WINDOWS}
TstSkipAll := True;
{$ENDIF}
if Compiler.Version >= 030200 then begin
t.Add('wTestStrRes()', weWideStr('#2'));
CheckAndClear;
t.Add('wTestStrRes()', weWideStr('#3'));
CheckAndClear;
t.Add('wTestIntToStrRes(33)', weWideStr('$00000021'));
CheckAndClear;
t.Add('wTestIntToStrRes(SomeInt)', weWideStr('$0000007E'));
CheckAndClear;
t.Add('wTestIntSumToStrRes(10,20)', weWideStr('$0000001E'));
CheckAndClear;
t.Add('wTestIntSumToStrRes(SomeInt,3)', weWideStr('$00000081'));
CheckAndClear;
end;
t.Add('wTestStrToIntRes(ws1)', weInteger(0));
t.Add('ws1', weWideStr(''));
CheckAndClear;
t.Add('wTestStrToIntRes(ws2)', weInteger(4));
t.Add('ws2', weWideStr('A'));
CheckAndClear;
t.Add('wTestStrToIntRes(ws3)', weInteger(3));
t.Add('ws3', weWideStr('abc'));
CheckAndClear;
t.Add('wTestStrToIntRes('''')', weInteger(0))
.IgnData([], Compiler.Version < 030200);
CheckAndClear;
t.Add('wTestStrToIntRes(''abcde'')', weInteger(5))
.IgnData([], Compiler.Version < 030200);
CheckAndClear;
t.Add('wTestStrToIntRes(''a'')', weInteger(4))
.IgnData([], Compiler.Version < 030200);
CheckAndClear;
if Compiler.Version >= 030200 then begin
t.Add('wTestStrToIntRes(wTestIntToStrRes(111))', weInteger(9));
CheckAndClear;
t.Add('wTestStrToIntRes(wTestIntToStrRes(111)+''abc'')', weInteger(12));
CheckAndClear;
end;
if Compiler.Version >= 030200 then begin
t.Add('wTestStrToStrRes(ws1)', weWideStr('"0"'));
t.Add('ws1', weWideStr(''));
CheckAndClear;
t.Add('wTestStrToStrRes(ws2)', weWideStr('"4"'));
t.Add('ws2', weWideStr('A'));
CheckAndClear;
t.Add('wTestStrToStrRes(ws3)', weWideStr('"3"'));
t.Add('ws3', weWideStr('abc'));
CheckAndClear;
t.Add('wconc(ws1, ws2)', weWideStr('A'));
CheckAndClear;
t.Add('wconc(ws3, ws4)', weWideStr('abcdef'));
CheckAndClear;
t.Add('wconc('''', ws4)', weWideStr('def'));
CheckAndClear;
t.Add('wconc(''A'', ws4)', weWideStr('Adef'));
CheckAndClear;
t.Add('wconc(''AB'', ws4)', weWideStr('ABdef'));
CheckAndClear;
end;
finally
Debugger.RunToNextPause(dcStop);
FreeAndNil(t);
FreeAndNil(t2);
Debugger.ClearDebuggerMonitors;
Debugger.FreeDebugger;
end;
end;
finally
AssertTestErrors;
end;
end;
procedure TTestWatches.TestWatchesFunctionsWithRecord;
var
ExeName, tbn: String;
t: TWatchExpectationList;
Src: TCommonSource;
BrkPrg: TDBGBreakPoint;
i, p: Integer;
begin
if SkipTest then exit;
if not TestControlCanTest(ControlTestWatchFunctRec) then exit;
//if not (Compiler.SymbolType in [stDwarf3, stDwarf4]) then exit;
//if Compiler.HasFlag('SkipStringFunc') then exit;
tbn := TestBaseName;
try
for p := 0 to 3 do
for i := 0 to 2 do begin
TestBaseName := tbn;
TestBaseName := TestBaseName + ' -O'+IntToStr(i) + ' (def: ' + IntToStr(p) + ')';
Src := GetCommonSourceFor(AppDir + 'WatchesFuncRecordPrg.pas');
case p of
0: case i of
0: TestCompile(Src, ExeName, '_O0', '-O-');
1: TestCompile(Src, ExeName, '_O1', '-O-1');
2: TestCompile(Src, ExeName, '_O2', '-O-2');
end;
1: case i of
0: TestCompile(Src, ExeName, '_O0_pack', '-dPCKREC -O-');
1: TestCompile(Src, ExeName, '_O1_pack', '-dPCKREC -O-1');
2: TestCompile(Src, ExeName, '_O2_pack', '-dPCKREC -O-2');
end;
2: case i of
0: TestCompile(Src, ExeName, '_O0_pack_padbyte', '-dPCKREC -dRECPAD1 -O-');
1: TestCompile(Src, ExeName, '_O1_pack_padbyte', '-dPCKREC -dRECPAD1 -O-1');
2: TestCompile(Src, ExeName, '_O2_pack_padbyte', '-dPCKREC -dRECPAD1 -O-2');
end;
3: case i of
0: TestCompile(Src, ExeName, '_O0_pack_padword', '-dPCKREC -dRECPAD1 -dRECPAD2 -O-');
1: TestCompile(Src, ExeName, '_O1_pack_padword', '-dPCKREC -dRECPAD1 -dRECPAD2 -O-1');
2: TestCompile(Src, ExeName, '_O2_pack_padword', '-dPCKREC -dRECPAD1 -dRECPAD2 -O-2');
end;
end;
t := nil;
AssertTrue('Start debugger', Debugger.StartDebugger(AppDir, ExeName));
try
t := TWatchExpectationList.Create(Self);
t.AcceptSkSimple := [skInteger, skCardinal, skBoolean, skChar, skFloat,
skString, skAnsiString, skCurrency, skVariant, skWideString,
skInterface, skEnumValue];
t.AddTypeNameAlias('integer', 'integer|longint');
BrkPrg := Debugger.SetBreakPoint(Src, 'main');
AssertDebuggerNotInErrorState;
(* ************ Nested Functions ************* *)
RunToPause(BrkPrg);
t.Clear;
t.Add('TestRecN2_a(aRecN2)', weCardinal(11)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('TestRecN2_b(aRecN2)', weCardinal(12)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('TestRecB2_a(aRecB2)', weCardinal(11)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('TestRecB2_b(aRecB2)', weCardinal(21)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('TestRecB2_a(bRecB2)', weCardinal(51)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('TestRecB2_b(bRecB2)', weCardinal(61)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('aRecB2.a', weCardinal(11, #1, -1)).IgnTypeName.SkipEval.IgnKind;
t.Add('bRecB2.a', weCardinal(51, #1, -1)).IgnTypeName.SkipEval.IgnKind;
t.Add('TestRecW2_a(aRecW2)', weCardinal(12)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('TestRecW2_b(aRecW2)', weCardinal(22)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('TestRecW2_a(bRecW2)', weCardinal(52)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('TestRecW2_b(bRecW2)', weCardinal(62)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('aRecW2.a', weCardinal(12, #1, -1)).IgnTypeName.SkipEval.IgnKind;
t.Add('bRecW2.a', weCardinal(52, #1, -1)).IgnTypeName.SkipEval.IgnKind;
t.Add('TestRecC2_a(aRecC2)', weCardinal(13)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('TestRecC2_b(aRecC2)', weCardinal(23)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('TestRecC2_a(bRecC2)', weCardinal(53)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('TestRecC2_b(bRecC2)', weCardinal(63)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('aRecC2.a', weCardinal(13, #1, -1)).IgnTypeName.SkipEval.IgnKind;
t.Add('bRecC2.a', weCardinal(53, #1, -1)).IgnTypeName.SkipEval.IgnKind;
t.Add('TestRecQ2_a(aRecQ2)', weCardinal(14)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('TestRecQ2_b(aRecQ2)', weCardinal(24)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('TestRecQ2_a(bRecQ2)', weCardinal(54)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('TestRecQ2_b(bRecQ2)', weCardinal(64)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('aRecQ2.a', weCardinal(14, #1, -1)).IgnTypeName.SkipEval.IgnKind;
t.Add('bRecQ2.a', weCardinal(54, #1, -1)).IgnTypeName.SkipEval.IgnKind;
t.Add('TestRecB3_a(aRecB3)', weCardinal(15)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('TestRecB3_c(aRecB3)', weCardinal(35)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('aRecB3.a', weCardinal(15, #1, -1)).IgnTypeName.SkipEval.IgnKind;
t.Add('TestRecW3_a(aRecW3)', weCardinal(16)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('TestRecW3_c(aRecW3)', weCardinal(36)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('aRecW3.a', weCardinal(16, #1, -1)).IgnTypeName.SkipEval.IgnKind;
t.Add('TestRecC3_a(aRecC3)', weCardinal(17)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('TestRecC3_c(aRecC3)', weCardinal(37)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('aRecC3.a', weCardinal(17, #1, -1)).IgnTypeName.SkipEval.IgnKind;
t.Add('TestRecQ3_a(aRecQ3)', weCardinal(18)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('TestRecQ3_c(aRecQ3)', weCardinal(38)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('aRecQ3.a', weCardinal(18, #1, -1)).IgnTypeName.SkipEval.IgnKind;
t.Add('Test1RecB2(aRecB2, 0)', weCardinal(11)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test1RecB2(aRecB2, 1)', weCardinal(21)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test1RecW2(aRecW2, 0)', weCardinal(12)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test1RecW2(aRecW2, 1)', weCardinal(22)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test1RecC2(aRecC2, 0)', weCardinal(13)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test1RecC2(aRecC2, 1)', weCardinal(23)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test1RecQ2(aRecQ2, 0)', weCardinal(14)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test1RecQ2(aRecQ2, 1)', weCardinal(24)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecB2(0, aRecB2)', weCardinal(11)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecB2(1, aRecB2)', weCardinal(21)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecW2(0, aRecW2)', weCardinal(12)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecW2(1, aRecW2)', weCardinal(22)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecC2(0, aRecC2)', weCardinal(13)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecC2(1, aRecC2)', weCardinal(23)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecQ2(0, aRecQ2)', weCardinal(14)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecQ2(1, aRecQ2)', weCardinal(24)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('aRecB2.a', weCardinal(11, #1, -1)).IgnTypeName.SkipEval.IgnKind;
t.Add('aRecW2.a', weCardinal(12, #1, -1)).IgnTypeName.SkipEval.IgnKind;
t.Add('aRecC2.a', weCardinal(13, #1, -1)).IgnTypeName.SkipEval.IgnKind;
t.Add('aRecQ2.a', weCardinal(14, #1, -1)).IgnTypeName.SkipEval.IgnKind;
t.Add('TestRecN2N2_1(aRecN2, bRecN2)', weCardinal(11)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('TestRecN2N2_2(aRecN2, bRecN2)', weCardinal(8)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('TestRecB2B2_1(aRecB2, bRecB2)', weCardinal(11)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('TestRecB2B2_2(aRecB2, bRecB2)', weCardinal(51)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('TestRecW2W2_1(aRecW2, bRecW2)', weCardinal(12)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('TestRecW2W2_2(aRecW2, bRecW2)', weCardinal(52)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('TestRecC2C2_1(aRecC2, bRecC2)', weCardinal(13)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('TestRecC2C2_2(aRecC2, bRecC2)', weCardinal(53)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('TestRecQ2Q2_1(aRecQ2, bRecQ2)', weCardinal(14)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('TestRecQ2Q2_2(aRecQ2, bRecQ2)', weCardinal(54)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test1RecB2B2(aRecB2, bRecB2, 0)', weCardinal(11)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test1RecB2B2(aRecB2, bRecB2, 1)', weCardinal(51)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test1RecW2W2(aRecW2, bRecW2, 0)', weCardinal(12)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test1RecW2W2(aRecW2, bRecW2, 1)', weCardinal(52)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test1RecC2C2(aRecC2, bRecC2, 0)', weCardinal(13)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test1RecC2C2(aRecC2, bRecC2, 1)', weCardinal(53)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test1RecQ2Q2(aRecQ2, bRecQ2, 0)', weCardinal(14)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test1RecQ2Q2(aRecQ2, bRecQ2, 1)', weCardinal(54)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecB2B2(0, aRecB2, bRecB2)', weCardinal(11)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecB2B2(1, aRecB2, bRecB2)', weCardinal(51)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecW2W2(0, aRecW2, bRecW2)', weCardinal(12)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecW2W2(1, aRecW2, bRecW2)', weCardinal(52)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecC2C2(0, aRecC2, bRecC2)', weCardinal(13)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecC2C2(1, aRecC2, bRecC2)', weCardinal(53)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecQ2Q2(0, aRecQ2, bRecQ2)', weCardinal(14)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecQ2Q2(1, aRecQ2, bRecQ2)', weCardinal(54)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('aRecB2.a', weCardinal(11, #1, -1)).IgnTypeName.SkipEval.IgnKind;
t.Add('aRecW2.a', weCardinal(12, #1, -1)).IgnTypeName.SkipEval.IgnKind;
t.Add('aRecC2.a', weCardinal(13, #1, -1)).IgnTypeName.SkipEval.IgnKind;
t.Add('aRecQ2.a', weCardinal(14, #1, -1)).IgnTypeName.SkipEval.IgnKind;
t.Add('bRecB2.a', weCardinal(51, #1, -1)).IgnTypeName.SkipEval.IgnKind;
t.Add('bRecW2.a', weCardinal(52, #1, -1)).IgnTypeName.SkipEval.IgnKind;
t.Add('bRecC2.a', weCardinal(53, #1, -1)).IgnTypeName.SkipEval.IgnKind;
t.Add('bRecQ2.a', weCardinal(54, #1, -1)).IgnTypeName.SkipEval.IgnKind;
t.Add('TestRecB2B3_1(aRecB2, bRecB3)', weCardinal(11)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('TestRecB2Q2_1(aRecB2, bRecQ2)', weCardinal(11)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('TestRecB3B2_1(aRecB3, bRecB2)', weCardinal(15)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('TestRecB3Q2_1(aRecB3, bRecQ2)', weCardinal(15)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('TestRecQ2B2_1(aRecQ2, bRecB2)', weCardinal(14)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('TestRecQ2B3_1(aRecQ2, bRecB3)', weCardinal(14)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('TestRecB2B3_2(aRecB2, bRecB3)', weCardinal(55)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('TestRecB2Q2_2(aRecB2, bRecQ2)', weCardinal(54)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('TestRecB3B2_2(aRecB3, bRecB2)', weCardinal(51)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('TestRecB3Q2_2(aRecB3, bRecQ2)', weCardinal(54)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('TestRecQ2B2_2(aRecQ2, bRecB2)', weCardinal(51)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('TestRecQ2B3_2(aRecQ2, bRecB3)', weCardinal(55)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test1RecB2B3(aRecB2, bRecB3, 0)', weCardinal(11)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test1RecB2Q2(aRecB2, bRecQ2, 0)', weCardinal(11)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test1RecB3B2(aRecB3, bRecB2, 0)', weCardinal(15)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test1RecB3Q2(aRecB3, bRecQ2, 0)', weCardinal(15)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test1RecQ2B2(aRecQ2, bRecB2, 0)', weCardinal(14)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test1RecQ2B3(aRecQ2, bRecB3, 0)', weCardinal(14)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test1RecB2B3(aRecB2, bRecB3, 1)', weCardinal(55)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test1RecB2Q2(aRecB2, bRecQ2, 1)', weCardinal(54)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test1RecB3B2(aRecB3, bRecB2, 1)', weCardinal(51)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test1RecB3Q2(aRecB3, bRecQ2, 1)', weCardinal(54)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test1RecQ2B2(aRecQ2, bRecB2, 1)', weCardinal(51)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test1RecQ2B3(aRecQ2, bRecB3, 1)', weCardinal(55)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecB2B3(0, aRecB2, bRecB3)', weCardinal(11)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecB2Q2(0, aRecB2, bRecQ2)', weCardinal(11)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecB3B2(0, aRecB3, bRecB2)', weCardinal(15)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecB3Q2(0, aRecB3, bRecQ2)', weCardinal(15)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecQ2B2(0, aRecQ2, bRecB2)', weCardinal(14)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecQ2B3(0, aRecQ2, bRecB3)', weCardinal(14)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecB2B3(1, aRecB2, bRecB3)', weCardinal(55)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecB2Q2(1, aRecB2, bRecQ2)', weCardinal(54)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecB3B2(1, aRecB3, bRecB2)', weCardinal(51)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecB3Q2(1, aRecB3, bRecQ2)', weCardinal(54)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecQ2B2(1, aRecQ2, bRecB2)', weCardinal(51)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecQ2B3(1, aRecQ2, bRecB3)', weCardinal(55)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecQ3Q3(0, aRecQ3, bRecQ3)', weCardinal(18)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecQ3Q3(1, aRecQ3, bRecQ3)', weCardinal(38)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecQ3Q3(2, aRecQ3, bRecQ3)', weCardinal(58)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecQ3Q3(3, aRecQ3, bRecQ3)', weCardinal(78)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecQ4Q4(0, aRecQ4, bRecQ4)', weCardinal(58)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecQ4Q4(1, aRecQ4, bRecQ4)', weCardinal( 2)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecQ4Q4(2, aRecQ4, bRecQ4)', weCardinal(59)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecQ4Q4(3, aRecQ4, bRecQ4)', weCardinal(92)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecQ5Q5(0, aRecQ5, bRecQ5)', weCardinal(58)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecQ5Q5(1, aRecQ5, bRecQ5)', weCardinal( 3)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecQ5Q5(2, aRecQ5, bRecQ5)', weCardinal(59)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecQ5Q5(3, aRecQ5, bRecQ5)', weCardinal(93)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecQ6Q6(0, aRecQ6, bRecQ6)', weCardinal(58)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecQ6Q6(1, aRecQ6, bRecQ6)', weCardinal( 4)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecQ6Q6(2, aRecQ6, bRecQ6)', weCardinal(59)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecQ6Q6(3, aRecQ6, bRecQ6)', weCardinal(94)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecQ7Q7(0, aRecQ7, bRecQ7)', weCardinal(58)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecQ7Q7(1, aRecQ7, bRecQ7)', weCardinal( 5)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecQ7Q7(2, aRecQ7, bRecQ7)', weCardinal(59)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecQ7Q7(3, aRecQ7, bRecQ7)', weCardinal(95)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('aRecB2.a', weCardinal(11, #1, -1)).IgnTypeName.SkipEval.IgnKind;
t.Add('aRecW2.a', weCardinal(12, #1, -1)).IgnTypeName.SkipEval.IgnKind;
t.Add('aRecC2.a', weCardinal(13, #1, -1)).IgnTypeName.SkipEval.IgnKind;
t.Add('aRecQ2.a', weCardinal(14, #1, -1)).IgnTypeName.SkipEval.IgnKind;
t.Add('bRecB2.a', weCardinal(51, #1, -1)).IgnTypeName.SkipEval.IgnKind;
t.Add('bRecW2.a', weCardinal(52, #1, -1)).IgnTypeName.SkipEval.IgnKind;
t.Add('bRecC2.a', weCardinal(53, #1, -1)).IgnTypeName.SkipEval.IgnKind;
t.Add('bRecQ2.a', weCardinal(54, #1, -1)).IgnTypeName.SkipEval.IgnKind;
t.Add('Test2RecB2QQQB3(0, aRecB2, 1,2,3,4,5,6,7,8, bRecB3)', weCardinal(11)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecB2QQQQ2(0, aRecB2, 1,2,3,4,5,6,7,8, bRecQ2)', weCardinal(11)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecB3QQQB2(0, aRecB3, 1,2,3,4,5,6,7,8, bRecB2)', weCardinal(15)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecB3QQQQ2(0, aRecB3, 1,2,3,4,5,6,7,8, bRecQ2)', weCardinal(15)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecQ2QQQB2(0, aRecQ2, 1,2,3,4,5,6,7,8, bRecB2)', weCardinal(14)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecQ2QQQB3(0, aRecQ2, 1,2,3,4,5,6,7,8, bRecB3)', weCardinal(14)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecB2QQQB3(0, aRecB2, 11,2,3,4,5,6,7,8, bRecB3)', weCardinal(8)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecB2QQQQ2(0, aRecB2, 11,2,3,4,5,6,7,8, bRecQ2)', weCardinal(8)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecB3QQQB2(0, aRecB3, 11,2,3,4,5,6,7,8, bRecB2)', weCardinal(8)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecB3QQQQ2(0, aRecB3, 11,2,3,4,5,6,7,8, bRecQ2)', weCardinal(8)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecQ2QQQB2(0, aRecQ2, 11,2,3,4,5,6,7,8, bRecB2)', weCardinal(8)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.Add('Test2RecQ2QQQB3(0, aRecQ2, 11,2,3,4,5,6,7,8, bRecB3)', weCardinal(8)).AddEvalFlag([defAllowFunctionCall]).IgnTypeName.SkipEval;
t.EvalAndCheck;
finally
Debugger.RunToNextPause(dcStop);
FreeAndNil(t);
Debugger.ClearDebuggerMonitors;
Debugger.FreeDebugger;
end;
end;
finally
AssertTestErrors;
end;
end;
procedure TTestWatches.TestWatchesFunctionsSysVarToLStr;
var
ExeName: String;
t: TWatchExpectationList;
Src: TCommonSource;
BrkPrg: TDBGBreakPoint;
ValueConverterSelectorList: TIdeDbgValueConvertSelectorList;
obj: TIdeDbgValueConvertSelector;
i, c: Integer;
begin
if SkipTest then exit;
if not TestControlCanTest(ControlTestWatchFunctVariant) then exit;
t := nil;
Src := GetCommonSourceFor('WatchesValuePrg.pas');
TestCompile(Src, ExeName);
AssertTrue('Start debugger', Debugger.StartDebugger(AppDir, ExeName));
ValueConverterSelectorList := TIdeDbgValueConvertSelectorList.Create;
ValueConverterConfigList := ValueConverterSelectorList;
try
t := TWatchExpectationList.Create(Self);
t.AcceptSkSimple := [skInteger, skCardinal, skBoolean, skChar, skFloat,
skString, skAnsiString, skCurrency, skVariant, skWideString,
skInterface, skEnumValue];
t.AddTypeNameAlias('integer', 'integer|longint');
t.AddTypeNameAlias('ShortStr255', 'ShortStr255|ShortString');
t.AddTypeNameAlias('TEnumSub', 'TEnum|TEnumSub');
BrkPrg := Debugger.SetBreakPoint(Src, 'Prg');
AssertDebuggerNotInErrorState;
(* ************ Nested Functions ************* *)
RunToPause(BrkPrg);
obj := TIdeDbgValueConvertSelector.Create(TFpDbgValueConverterVariantToLStr.Create);
//obj.MatchKinds := [skRecord];
obj.MatchTypeNames.Add('variant');
ValueConverterSelectorList.Add(obj);
t.Clear;
t.Add('variant1 to lstr', 'variant1', weAnsiStr('102'));
t.Add('variant2 to lstr', 'variant2', weAnsiStr('True'));
t.Add('rec variant1 to lstr', 'v_rec.variant1', weAnsiStr('103'));
t.Add('rec variant2 to lstr', 'v_rec.variant2', weAnsiStr('False'));
t.Add('array variant1 to lstr', 'v_array[3]', weAnsiStr('104'));
t.Add('array variant2 to lstr', 'v_array[4]', weAnsiStr('True'));
c := t.Count;
t.Add('Extra-depth: variant1 to lstr', 'variant1', weAnsiStr('102'));
t.Add('Extra-depth: variant2 to lstr', 'variant2', weAnsiStr('True'));
t.Add('Extra-depth: rec variant1 to lstr', 'v_rec.variant1', weAnsiStr('103'));
t.Add('Extra-depth: rec variant2 to lstr', 'v_rec.variant2', weAnsiStr('False'));
t.Add('Extra-depth: array variant1 to lstr', 'v_array[3]', weAnsiStr('104'));
t.Add('Extra-depth: array variant2 to lstr', 'v_array[4]', weAnsiStr('True'));
for i := c to t.Count-1 do
t.Tests[i]^.TstWatch.EvaluateFlags := t.Tests[i]^.TstWatch.EvaluateFlags + [defExtraDepth];
for i := 0 to t.Count-1 do
t.Tests[i].AddFlag(ehNoTypeInfo);
if Compiler.Version < 029999 then
for i := 0 to t.Count-1 do
t.Tests[i]
.IgnTypeName
.IgnData([], Compiler.Version < 029999);
t.EvaluateWatches;
t.CheckResults;
finally
ValueConverterConfigList := nil;
FreeAndNil(ValueConverterSelectorList);
Debugger.RunToNextPause(dcStop);
t.Free;
Debugger.ClearDebuggerMonitors;
Debugger.FreeDebugger;
AssertTestErrors;
end;
end;
procedure TTestWatches.TestWatchesAddressOf;
type
TTestLoc = (tlAny, tlConst, tlParam, tlArrayWrap, tlPointer);
procedure AddWatches(t: TWatchExpectationList; AName: String; APrefix: String; ALoc: TTestLoc = tlAny; APostFix: String = '');
var
p, e: String;
begin
p := APrefix;
e := APostFix;
t.AddWithoutExpect(AName, p+'Byte'+e);
t.AddWithoutExpect(AName, p+'Word'+e);
t.AddWithoutExpect(AName, p+'Longword'+e);
t.AddWithoutExpect(AName, p+'QWord'+e);
t.AddWithoutExpect(AName, p+'Shortint'+e);
t.AddWithoutExpect(AName, p+'Smallint'+e);
t.AddWithoutExpect(AName, p+'Longint'+e);
t.AddWithoutExpect(AName, p+'Int64'+e);
t.AddWithoutExpect(AName, p+'IntRange'+e);
t.AddWithoutExpect(AName, p+'CardinalRange'+e);
t.AddWithoutExpect(AName, p+'Byte_2'+e);
t.AddWithoutExpect(AName, p+'Word_2'+e);
t.AddWithoutExpect(AName, p+'Longword_2'+e);
t.AddWithoutExpect(AName, p+'QWord_2'+e);
t.AddWithoutExpect(AName, p+'Shortint_2'+e);
t.AddWithoutExpect(AName, p+'Smallint_2'+e);
t.AddWithoutExpect(AName, p+'Longint_2'+e);
t.AddWithoutExpect(AName, p+'Int64_2'+e);
t.AddWithoutExpect(AName, p+'Shortint_3'+e);
t.AddWithoutExpect(AName, p+'Smallint_3'+e);
t.AddWithoutExpect(AName, p+'Longint_3'+e);
t.AddWithoutExpect(AName, p+'Int64_3'+e);
t.AddWithoutExpect(AName, p+'Real'+e);
t.AddWithoutExpect(AName, p+'Single'+e);
t.AddWithoutExpect(AName, p+'Double'+e);
t.AddWithoutExpect(AName, p+'Extended'+e);
//t.AddWithoutExpect(p+'Comp'+e);
t.AddWithoutExpect(AName, p+'Currency'+e);
t.AddWithoutExpect(AName, p+'Real_2'+e);
t.AddWithoutExpect(AName, p+'Single_2'+e);
t.AddWithoutExpect(AName, p+'Double_2'+e);
t.AddWithoutExpect(AName, p+'Extended_2'+e); // Double ?
//t.AddWithoutExpect(p+'Comp_2'+e);
t.AddWithoutExpect(AName, p+'Currency_2'+e);
t.AddWithoutExpect(AName, p+'Char'+e);
t.AddWithoutExpect(AName, p+'Char2'+e);
t.AddWithoutExpect(AName, p+'Char3'+e);
t.AddWithoutExpect(AName, p+'String1'+e);
t.AddWithoutExpect(AName, p+'String1e'+e);
t.AddWithoutExpect(AName, p+'String10'+e);
t.AddWithoutExpect(AName, p+'String10e'+e);
t.AddWithoutExpect(AName, p+'String10x'+e);
t.AddWithoutExpect(AName, p+'String255'+e);
t.AddWithoutExpect(AName, p+'Ansi1'+e);
t.AddWithoutExpect(AName, p+'Ansi2'+e);
t.AddWithoutExpect(AName, p+'Ansi3'+e);
t.AddWithoutExpect(AName, p+'Ansi4'+e);
t.AddWithoutExpect(AName, p+'Ansi5'+e);
//TODO wePchar
t.AddWithoutExpect(AName, p+'PChar'+e);
t.AddWithoutExpect(AName, p+'PChar2'+e);
// char by index
// TODO: no typename => calculated value ?
//// t.AddWithoutExpect(AName, p+'String10'+e+'[2]').CharFromIndex;
//// t.AddWithoutExpect(AName, p+'Ansi2'+e+'[2]').CharFromIndex;
//// t.AddWithoutExpect(AName, p+'PChar2'+e+'[1]').CharFromIndex;
//// t.AddWithoutExpect(AName, p+'String10'+e+'[1]').CharFromIndex;
//// t.AddWithoutExpect(AName, p+'Ansi2'+e+'[1]').CharFromIndex;
//// t.AddWithoutExpect(AName, p+'PChar2'+e+'[0]').CharFromIndex;
t.AddWithoutExpect(AName, p+'WideChar'+e); // TODO: widechar
t.AddWithoutExpect(AName, p+'WideChar2'+e);
t.AddWithoutExpect(AName, p+'WideChar3'+e);
t.AddWithoutExpect(AName, p+'WideString1'+e);
t.AddWithoutExpect(AName, p+'WideString2'+e);
t.AddWithoutExpect(AName, p+'WideString3'+e);
t.AddWithoutExpect(AName, p+'WideString4'+e);
t.AddWithoutExpect(AName, p+'WideString5'+e);
//// t.AddWithoutExpect(AName, p+'WideString2'+e+'[1]') .CharFromIndex;
//// t.AddWithoutExpect(AName, p+'WideString2'+e+'[2]') .CharFromIndex;
//// t.AddWithoutExpect(AName, p+'WideString5'+e+'[1]') .CharFromIndex;
//// t.AddWithoutExpect(AName, p+'WideString5'+e+'[2]') .CharFromIndex;
//TODO wePWidechar
t.AddWithoutExpect(AName, p+'PWideChar'+e);
t.AddWithoutExpect(AName, p+'PWideChar2'+e);
t.AddWithoutExpect(AName, p+'UnicodeString1'+e);
t.AddWithoutExpect(AName, p+'UnicodeString2'+e);
t.AddWithoutExpect(AName, p+'UnicodeString3'+e);
t.AddWithoutExpect(AName, p+'UnicodeString4'+e);
t.AddWithoutExpect(AName, p+'UnicodeString5'+e);
//todo dwarf 3
//// t.AddWithoutExpect(AName, p+'UnicodeString2'+e+'[1]') .CharFromIndex(stDwarf2);
//// t.AddWithoutExpect(AName, p+'UnicodeString2'+e+'[2]') .CharFromIndex(stDwarf2);
//// t.AddWithoutExpect(AName, p+'UnicodeString5'+e+'[1]') .CharFromIndex(stDwarf2);
//// t.AddWithoutExpect(AName, p+'UnicodeString5'+e+'[2]') .CharFromIndex(stDwarf2);
// The below are not real constants => they can have @xxx their address taken.
// Do not add, if expecting ddsError
if not (ALoc = tlConst) then begin
t.AddWithoutExpect(AName, p+'ShortRec'+e);
t.AddWithoutExpect(AName, p+'CharDynArray3'+e);
t.AddWithoutExpect(AName, p+'CharDynArray4'+e);
t.AddWithoutExpect(AName, p+'WCharDynArray3'+e);
t.AddWithoutExpect(AName, p+'WCharDynArray4'+e);
t.AddWithoutExpect(AName, p+'IntDynArray3'+e);
t.AddWithoutExpect(AName, p+'IntDynArray4'+e);
t.AddWithoutExpect(AName, p+'AnsiDynArray3'+e);
t.AddWithoutExpect(AName, p+'AnsiDynArray4'+e);
t.AddWithoutExpect(AName, p+'ShortStrDynArray3'+e);
t.AddWithoutExpect(AName, p+'ShortStrDynArray4'+e);
t.AddWithoutExpect(AName, p+'DynDynArrayInt'+e);
//// t.AddWithoutExpect(AName, p+'DynDynArrayInt'+e+'[0]');
//// t.AddWithoutExpect(AName, p+'DynDynArrayInt'+e+'[1]');
//// t.AddWithoutExpect(AName, p+'DynDynArrayInt'+e+'[2]');
//// t.AddWithoutExpect(AName, p+'DynDynArrayInt'+e+'[3]');
//// t.AddWithoutExpect(AName, p+'DynDynArrayInt'+e+'[4]');
////
//// t.AddWithoutExpect(AName, p+'DynDynArrayInt2'+e+'[0]');
//// t.AddWithoutExpect(AName, p+'DynDynArrayInt2'+e+'[1]');
//// t.AddWithoutExpect(AName, p+'DynDynArrayInt2'+e+'[2]');
//// t.AddWithoutExpect(AName, p+'DynDynArrayInt2'+e+'[3]');
//// t.AddWithoutExpect(AName, p+'DynDynArrayInt2'+e+'[4]');
///// t.AddWithoutExpect(AName, p+'pre__FiveDynArray'+e ))
t.AddWithoutExpect(AName, p+'FiveDynArray'+e);
////t.AddWithoutExpect(AName, p+'FiveDynArray'+e+'[0]');
// t.AddWithoutExpect(AName, p+'FiveDynArray'+e);
// t.AddWithoutExpect(AName, p+'FiveDynArrayPack'+e);
// t.AddWithoutExpect(AName, p+'FivePackDynArray'+e);
// t.AddWithoutExpect(AName, p+'FivePackDynArrayPack'+e);
// t.AddWithoutExpect(AName, p+'RecFiveDynArray'+e);
// t.AddWithoutExpect(AName, p+'RecFiveDynPackArray'+e);
// t.AddWithoutExpect(AName, p+'RecFivePackDynArray'+e);
// t.AddWithoutExpect(AName, p+'RecFivePackDynPackArray'+e);
// t.AddWithoutExpect(AName, p+'FiveDynArray2'+e);
// t.AddWithoutExpect(AName, p+'FiveDynArrayPack2'+e);
// t.AddWithoutExpect(AName, p+'FivePackDynArray2'+e);
// t.AddWithoutExpect(AName, p+'FivePackDynArrayPack2'+e);
t.AddWithoutExpect(AName, p+'CharStatArray2'+e);
t.AddWithoutExpect(AName, p+'WCharStatArray2'+e);
t.AddWithoutExpect(AName, p+'IntStatArray2'+e);
t.AddWithoutExpect(AName, p+'AnsiStatArray2'+e);
t.AddWithoutExpect(AName, p+'ShortStrStatArray2'+e);
end;
// t.AddWithoutExpect(AName, p+'FiveStatArray{e} _O2_ TFiveStatArray _EQ_ ((a:-9;b:44), (a:-8-AddWithoutExpect;b:33), (a:-7;b:22)); //@@ _pre3_FiveStatArray;
// t.AddWithoutExpect(AName, p+'FiveStatArrayPack{e} _O2_ TFiveStatArrayPack _EQ_ ((a:-9;b:44), (a:-8-AddWithoutExpect;b:33), (a:-7;b:22)); //@@ _pre3_FiveStatArrayPack;
// t.AddWithoutExpect(AName, p+'FivePackStatArray{e} _O2_ TFivePackStatArray _EQ_ ((a:-9;b:44), (a:-8-AddWithoutExpect;b:33), (a:-7;b:22)); //@@ _pre3_FivePackStatArray;
// t.AddWithoutExpect(AName, p+'FivePackStatArrayPack{e} _O2_ TFivePackStatArrayPack _EQ_ ((a:-9;b:44), (a:-8-AddWithoutExpect;b:33), (a:-7;b:22)); //@@ _pre3_FivePackStatArrayPack;
// t.AddWithoutExpect(AName, p+'RecFiveStatArray{e} _O2_ TRecFiveStatArray _EQ_ ((a:-9;b:44), (a:-8-AddWithoutExpect;b:33), (a:-7;b:22)); //@@ _pre3_RecFiveStatArray;
// t.AddWithoutExpect(AName, p+'RecFiveStatPackArray{e} _O2_ TRecFiveStatPackArray _EQ_ ((a:-9;b:44), (a:-8-AddWithoutExpect;b:33), (a:-7;b:22)); //@@ _pre3_RecFiveStatPackArray;
// t.AddWithoutExpect(AName, p+'RecFivePackStatArray{e} _O2_ TRecFivePackStatArray _EQ_ ((a:-9;b:44), (a:-8-AddWithoutExpect;b:33), (a:-7;b:22)); //@@ _pre3_RecFivePackStatArray;
// t.AddWithoutExpect(AName, p+'RecFivePackStatPackArray{e} _O2_ TRecFivePackStatPackArray _EQ_ ((a:-9;b:44), (a:-8-AddWithoutExpect;b:33), (a:-7;b:22)); //@@ _pre3_RecFivePackStatPackArray;
//TODO: element by index
t.AddWithoutExpect(AName, p+'Enum'+e);
t.AddWithoutExpect(AName, p+'Enum1'+e);
t.AddWithoutExpect(AName, p+'Enum2'+e);
t.AddWithoutExpect(AName, p+'Enum3'+e);
t.AddWithoutExpect(AName, p+'Set'+e).Skip([stDwarf]);
t.AddWithoutExpect(AName, p+'IntfUnknown'+e);
end;
procedure AddWatches2(t: TWatchExpectationList; AName: String; APrefix: String; AChr1: Char; ALoc: TTestLoc = tlAny; APostFix: String = '');
var
p, e: String;
i, c: Integer;
begin
p := APrefix;
e := APostFix;
t.Add(AName, p+'PChar2'+e+'+0', wePointer(weAnsiStr(AChr1+'abcd0123', 'Char'), 'PChar'));
t.Add(AName, p+'PChar2'+e+'+1', wePointer(weAnsiStr('abcd0123', 'Char'), 'PChar'));
t.Add(AName, p+'PChar2'+e+'+2', wePointer(weAnsiStr('bcd0123', 'Char'), 'PChar'));
t.Add(AName, p+'PWideChar2'+e+'+0', wePointer(weWideStr(AChr1+'abcX0123', 'WideChar'), 'TPWChr'));
t.Add(AName, p+'PWideChar2'+e+'+1', wePointer(weWideStr('abcX0123', 'WideChar'), 'TPWChr'));
t.Add(AName, p+'PWideChar2'+e+'+2', wePointer(weWideStr('bcX0123', 'WideChar'), 'TPWChr'));
c := t.Count;
// .CharFromIndex.
//t.Add(AName, p+'PChar2'+e+'[0]', weChar(AChr1, 'Char'));
//t.Add(AName, p+'PChar2'+e+'[1]', weChar('a', 'Char'));
//t.Add(AName, '@'+p+'PChar2'+e+'[0]', wePointer(weAnsiStr(AChr1+'abcd0123', 'Char'), 'PChar'));
//t.Add(AName, '@'+p+'PChar2'+e+'[1]', wePointer(weAnsiStr('abcd0123', 'Char'), 'PChar'));
//t.Add(AName, '@'+p+'PChar2'+e+'[2]', wePointer(weAnsiStr('bcd0123', 'Char'), 'PChar'));
t.Add(AName, '@'+p+'Ansi2'+e+'[1]', wePointer(weAnsiStr(AChr1+'abcd0123').IgnTypeName, '^Char')).IgnKindPtr(stDwarf2);
t.Add(AName, '@'+p+'Ansi2'+e+'[2]', wePointer(weAnsiStr('abcd0123').IgnTypeName, '^Char')).IgnKindPtr(stDwarf2);
t.Add(AName, '@'+p+'Ansi2'+e+'[3]', wePointer(weAnsiStr('bcd0123').IgnTypeName, '^Char')).IgnKindPtr(stDwarf2);
// t.Add(AName, '@'+p+'Ansi2'+e+'[1]+1', wePointer(weAnsiStr('abcd0123'), '^Char')).IgnKindPtr(stDwarf2).IgnKind(stDwarf3Up);
t.Add(AName, '@'+p+'String10'+e+'[1]', wePointer(weShortStr(AChr1+'bc1', '').IgnTypeName, '^Char'));
t.Add(AName, '@'+p+'String10'+e+'[2]', wePointer(weShortStr('bc1', '').IgnTypeName, '^Char'));
// DWARF-3: .CharFromIndex.
t.Add(AName, '@'+p+'WideString2'+e+'[1]', wePointer(weWideStr(AChr1+'abcX0123', 'WideChar'), '^WideChar'))
.IgnAll(stDwarf3Up);
t.Add(AName, '@'+p+'WideString2'+e+'[2]', wePointer(weWideStr('abcX0123', 'WideChar'), '^WideChar'))
.IgnAll(stDwarf3Up);
t.Add(AName, '@'+p+'WideString2'+e+'[3]', wePointer(weWideStr('bcX0123', 'WideChar'), '^WideChar'))
.IgnAll(stDwarf3Up);
for i := 0 to t.Count - 1 do begin
t.Tests[i].IgnTypeName;
t.Tests[i].IgnKind;
if i >= c then
t.Tests[i].IgnAll(stDwarf2);
end;
end;
procedure CmpWatches(t1, t2: TWatchExpectationList);
var
i, Thread: Integer;
v1, v2: String;
p: SizeInt;
begin
AssertTrue('Same count', t1.Count = t2.Count);
t1.EvaluateWatches;
t2.EvaluateWatches;
Thread := Debugger.Threads.Threads.CurrentThreadId;
for i := 0 to t1.Count - 1 do begin
v1 := t1.Tests[i]^.TstWatch.Values[Thread, 0].Value;
v2 := t2.Tests[i]^.TstWatch.Values[Thread, 0].Value;
// check, if v2 has the derefed value at the end
if (length(v1) < Length(v2)) and (pos(') ', v2) = Length(v1)) then
v2 := copy(v2, 1, Length(v1));
// v1 may have a single deref value at the end
if (length(v1) <> Length(v2)) and (pos('^: ', v1) = pos('^: ', v2)) then begin
p := pos('^: ', v1);
v1 := copy(v1, 1, p);
v2 := copy(v2, 1, p);
end;
TestEquals(t1.Tests[i]^.TstTestName + ': ' + t1.Tests[i]^.TstWatch.Expression + ' <> ' + t2.Tests[i]^.TstWatch.Expression,
v1, v2);
end;
end;
procedure AssertFailedWatches(t1: TWatchExpectationList);
var
i, Thread: Integer;
v1: TWatchValue;
s: string;
begin
t1.EvaluateWatches;
Thread := Debugger.Threads.Threads.CurrentThreadId;
for i := 0 to t1.Count - 1 do begin
v1 := t1.Tests[i]^.TstWatch.Values[Thread, 0];
WriteStr(s, v1.Validity);
TestTrue(t1.Tests[i]^.TstTestName + ': ' + t1.Tests[i]^.TstWatch.Expression + ' >> ' + v1.Value + ' / ' + s,
v1.Validity in [ddsError{, ddsInvalid}]);
end;
end;
var
ExeName: String;
t, tp: TWatchExpectationList;
Src: TCommonSource;
BrkPrg, BrkFoo, BrkFooVar, BrkFooConstRef: TDBGBreakPoint;
begin
if SkipTest then exit;
if not TestControlCanTest(ControlTestWatchAddressOf) then exit;
t := nil;
tp := nil;
Src := GetCommonSourceFor('WatchesValuePrg.pas');
TestCompile(Src, ExeName);
AssertTrue('Start debugger', Debugger.StartDebugger(AppDir, ExeName));
try
t := TWatchExpectationList.Create(Self);
tp := TWatchExpectationList.Create(Self);
BrkPrg := Debugger.SetBreakPoint(Src, 'Prg');
BrkFoo := Debugger.SetBreakPoint(Src, 'Foo');
BrkFooVar := Debugger.SetBreakPoint(Src, 'FooVar');
BrkFooConstRef := Debugger.SetBreakPoint(Src, 'FooConstRef');
AssertDebuggerNotInErrorState;
(* ************ Nested Functions ************* *)
RunToPause(BrkPrg);
t.Clear;
AddWatches(t, 'glob const', '@gc', tlConst);
AssertFailedWatches(t);
t.Clear;
tp.Clear;
AddWatches(t, 'glob var', '@gv');
AddWatches(tp, 'glob var pointer', 'gvp_'); // pointer
CmpWatches(t, tp);
t.Clear;
AddWatches2(t, 'glob var pchar', 'gv', 'B');
t.EvaluateWatches;
t.CheckResults;
// TODO: field / field on nil object
RunToPause(BrkFoo);
t.Clear;
tp.Clear;
AddWatches(t, 'foo local', '@fooloc');
AddWatches(tp, 'foo local pointer', 'fooloc_pl_');
CmpWatches(t, tp);
t.Clear;
tp.Clear;
AddWatches(t, 'foo local', '@arg');
AddWatches(tp, 'foo local pointer', 'fooloc_pa_');
CmpWatches(t, tp);
RunToPause(BrkFooVar);
t.Clear;
tp.Clear;
AddWatches(t, 'foo var args', '@argvar', tlParam);
AddWatches(tp, 'foo var args pointer', 'fooloc_pv_');
CmpWatches(t, tp);
//RunToPause(BrkFooConstRef);
//t.Clear;
//AddWatches(t, 'foo const ref args', 'argconstref', tlParam);
//CmpWatches(t, tp);
finally
Debugger.RunToNextPause(dcStop);
t.Free;
tp.Free;
Debugger.ClearDebuggerMonitors;
Debugger.FreeDebugger;
AssertTestErrors;
end;
end;
procedure TTestWatches.TestWatchesTypeCast;
type
TTestLoc = (tlAny, tlConst, tlParam, tlArrayWrap, tlPointer);
var
t2: TWatchExpectationList;
procedure AddWatchesConv(t: TWatchExpectationList; AName: String; APrefix: String; AOffs: Integer; AChr1: Char;
ALoc: TTestLoc = tlAny; APostFix: String = '');
function SignedIntAnd(AVal: Int64; AMask: Qword): Int64;
begin
{$PUSH}{$Q-}{$R-}
Result := AVal and AMask;
if (Result and (AMask xor (AMask >> 1))) <> 0 then
Result := Result or (not AMask);
{$POP}
end;
const
UIntConvert: array[0..3] of record TypeName: String; Mask: qword; end = (
( TypeName: 'Byte'; Mask: $FF),
( TypeName: 'Word'; Mask: $FFFF),
( TypeName: 'LongWord'; Mask: $FFFFFFFF),
( TypeName: 'QWord'; Mask: qword($FFFFFFFFFFFFFFFF))
//( TypeName: 'Pointer'; Mask: ),
);
SIntConvert: array[0..3] of record TypeName: String; Mask: QWord; end = (
( TypeName: 'ShortInt'; Mask: $FF),
( TypeName: 'SmallInt'; Mask: $FFFF),
( TypeName: 'LongInt'; Mask: $FFFFFFFF),
( TypeName: 'Int64'; Mask: qword($FFFFFFFFFFFFFFFF))
);
var
p, e, tn: String;
i, n: Integer;
tm: QWord ;
begin
p := APrefix;
e := APostFix;
n := AOffs;
{$PUSH}{$Q-}{$R-}
for i := low(UIntConvert) to high(UIntConvert) do begin
tn := UIntConvert[i].TypeName;
tm := UIntConvert[i].Mask;
t.Add(AName+' '+tn, tn+'('+p+'Byte'+e+')', weCardinal(qword((1+n) and tm), tn, -1));
t.Add(AName+' '+tn, tn+'('+p+'Word'+e+')', weCardinal(qword((100+n) and tm), tn, -1));
t.Add(AName+' '+tn, tn+'('+p+'Longword'+e+')', weCardinal(qword((1000+n) and tm), tn, -1));
t.Add(AName+' '+tn, tn+'('+p+'QWord'+e+')', weCardinal(qword((10000+n) and tm), tn, -1));
t.Add(AName+' '+tn, tn+'('+p+'Shortint'+e+')', weCardinal(qword((50+n) and tm), tn, -1));
t.Add(AName+' '+tn, tn+'('+p+'Smallint'+e+')', weCardinal(qword((500+n) and tm), tn, -1));
t.Add(AName+' '+tn, tn+'('+p+'Longint'+e+')', weCardinal(qword((5000+n) and tm), tn, -1));
t.Add(AName+' '+tn, tn+'('+p+'Int64'+e+')', weCardinal(qword((50000+n) and tm), tn, -1));
t.Add(AName+' '+tn, tn+'('+p+'IntRange'+e+')', weCardinal(qword((-50+n) and tm), tn, -1));
t.Add(AName+' '+tn, tn+'('+p+'CardinalRange'+e+')', weCardinal(qword((50+n) and tm), tn, -1));
t.Add(AName+' '+tn, tn+'('+p+'Byte_2'+e+')', weCardinal(qword((240+n) and tm), tn, -1));
t.Add(AName+' '+tn, tn+'('+p+'Word_2'+e+')', weCardinal(qword((65501+n) and tm), tn, -1));
t.Add(AName+' '+tn, tn+'('+p+'Longword_2'+e+')', weCardinal(qword((4123456789+n) and tm), tn, -1));
t.Add(AName+' '+tn, tn+'('+p+'QWord_2'+e+')', weCardinal(qword((15446744073709551610+n) and tm), tn, -1));
t.Add(AName+' '+tn, tn+'('+p+'Shortint_2'+e+')', weCardinal(qword((112+n) and tm), tn, -1));
t.Add(AName+' '+tn, tn+'('+p+'Smallint_2'+e+')', weCardinal(qword((32012+n) and tm), tn, -1));
t.Add(AName+' '+tn, tn+'('+p+'Longint_2'+e+')', weCardinal(qword((20123456+n) and tm), tn, -1));
t.Add(AName+' '+tn, tn+'('+p+'Int64_2'+e+')', weCardinal(qword((9123372036854775801+n) and tm), tn, -1));
t.Add(AName+' '+tn, tn+'('+p+'Shortint_3'+e+')', weCardinal(qword((-112+n) and tm), tn, -1));
t.Add(AName+' '+tn, tn+'('+p+'Smallint_3'+e+')', weCardinal(qword((-32012+n) and tm), tn, -1));
t.Add(AName+' '+tn, tn+'('+p+'Longint_3'+e+')', weCardinal(qword((-20123456+n) and tm), tn, -1));
t.Add(AName+' '+tn, tn+'('+p+'Int64_3'+e+')', weCardinal(qword((-9123372036854775801+n) and tm), tn, -1));
// constant
t.Add(AName+' '+tn, tn+'($77AA55BBDD)', weCardinal(qword(($77AA55BBDD) and tm), tn, -1));
// bit packed
t.Add(AName+' '+tn, tn+'('+p+'BitPackTinyNegArray[0]'+e+')', weCardinal(qword((2) and tm), tn, -1));
t.Add(AName+' '+tn, tn+'('+p+'BitPackTinyNegArray[1]'+e+')', weCardinal(qword((-2) and tm), tn, -1));
t.Add(AName+' '+tn, tn+'('+p+'BitPackTinyNegArray[2]'+e+')', weCardinal(qword((0) and tm), tn, -1));
t.Add(AName+' '+tn, tn+'('+p+'BitPackTinyNegArray[3]'+e+')', weCardinal(qword((-1) and tm), tn, -1));
t.Add(AName+' '+tn, tn+'('+p+'Char'+e+')', weCardinal(ord(AChr1), tn, -1));
t.Add(AName+' '+tn, tn+'('+p+'Char2'+e+')', weCardinal(ord(#0), tn, -1));
t.Add(AName+' '+tn, tn+'('+p+'Char3'+e+')', weCardinal(ord(' '), tn, -1));
end;
for i := low(SIntConvert) to high(SIntConvert) do begin
tn := SIntConvert[i].TypeName;
tm := SIntConvert[i].Mask;
t.Add(AName+' '+tn, tn+'('+p+'Byte'+e+')', weInteger(SignedIntAnd(1+n , tm), tn, -1));
t.Add(AName+' '+tn, tn+'('+p+'Word'+e+')', weInteger(SignedIntAnd(100+n , tm), tn, -1));
t.Add(AName+' '+tn, tn+'('+p+'Longword'+e+')', weInteger(SignedIntAnd(1000+n , tm), tn, -1));
t.Add(AName+' '+tn, tn+'('+p+'QWord'+e+')', weInteger(SignedIntAnd(10000+n , tm), tn, -1));
t.Add(AName+' '+tn, tn+'('+p+'Shortint'+e+')', weInteger(SignedIntAnd(50+n , tm), tn, -1));
t.Add(AName+' '+tn, tn+'('+p+'Smallint'+e+')', weInteger(SignedIntAnd(500+n , tm), tn, -1));
t.Add(AName+' '+tn, tn+'('+p+'Longint'+e+')', weInteger(SignedIntAnd(5000+n , tm), tn, -1));
t.Add(AName+' '+tn, tn+'('+p+'Int64'+e+')', weInteger(SignedIntAnd(50000+n , tm), tn, -1));
t.Add(AName+' '+tn, tn+'('+p+'IntRange'+e+')', weInteger(SignedIntAnd(-50+n , tm), tn, -1));
t.Add(AName+' '+tn, tn+'('+p+'CardinalRange'+e+')', weInteger(SignedIntAnd(50+n , tm), tn, -1));
t.Add(AName+' '+tn, tn+'('+p+'Byte_2'+e+')', weInteger(SignedIntAnd(240+n , tm), tn, -1));
t.Add(AName+' '+tn, tn+'('+p+'Word_2'+e+')', weInteger(SignedIntAnd(65501+n , tm), tn, -1));
t.Add(AName+' '+tn, tn+'('+p+'Longword_2'+e+')', weInteger(SignedIntAnd(4123456789+n , tm), tn, -1));
t.Add(AName+' '+tn, tn+'('+p+'QWord_2'+e+')', weInteger(SignedIntAnd(15446744073709551610+n, tm), tn, -1));
t.Add(AName+' '+tn, tn+'('+p+'Shortint_2'+e+')', weInteger(SignedIntAnd(112+n , tm), tn, -1));
t.Add(AName+' '+tn, tn+'('+p+'Smallint_2'+e+')', weInteger(SignedIntAnd(32012+n , tm), tn, -1));
t.Add(AName+' '+tn, tn+'('+p+'Longint_2'+e+')', weInteger(SignedIntAnd(20123456+n , tm), tn, -1));
t.Add(AName+' '+tn, tn+'('+p+'Int64_2'+e+')', weInteger(SignedIntAnd(9123372036854775801+n , tm), tn, -1));
t.Add(AName+' '+tn, tn+'('+p+'Shortint_3'+e+')', weInteger(SignedIntAnd(-112+n , tm), tn, -1));
t.Add(AName+' '+tn, tn+'('+p+'Smallint_3'+e+')', weInteger(SignedIntAnd(-32012+n , tm), tn, -1));
t.Add(AName+' '+tn, tn+'('+p+'Longint_3'+e+')', weInteger(SignedIntAnd(-20123456+n , tm), tn, -1));
t.Add(AName+' '+tn, tn+'('+p+'Int64_3'+e+')', weInteger(SignedIntAnd(-9123372036854775801+n, tm), tn, -1));
// bit packed
t.Add(AName+' '+tn, tn+'('+p+'BitPackTinyNegArray[0]'+e+')', weInteger(SignedIntAnd(2 , tm), tn, -1));
t.Add(AName+' '+tn, tn+'('+p+'BitPackTinyNegArray[1]'+e+')', weInteger(SignedIntAnd(-2 , tm), tn, -1));
t.Add(AName+' '+tn, tn+'('+p+'BitPackTinyNegArray[2]'+e+')', weInteger(SignedIntAnd(0 , tm), tn, -1));
t.Add(AName+' '+tn, tn+'('+p+'BitPackTinyNegArray[3]'+e+')', weInteger(SignedIntAnd(-1 , tm), tn, -1));
t.Add(AName+' '+tn, tn+'('+p+'Char'+e+')', weInteger(ord(AChr1), tn, -1));
t.Add(AName+' '+tn, tn+'('+p+'Char2'+e+')', weInteger(ord(#0), tn, -1));
t.Add(AName+' '+tn, tn+'('+p+'Char3'+e+')', weInteger(ord(' '), tn, -1));
end;
{$POP}
t.Add(AName+' Char', 'Char('+p+'Byte'+e+')', weChar(Chr(1+n), 'Char'));
t.Add(AName+' Char', 'Char('+p+'FiveRec'+e+')', weMatch('.', skSimple)).ExpectError();
end;
procedure AddWatchesCast(t: TWatchExpectationList; AName: String; APrefix: String; AOffs: Integer; AChr1: Char;
ALoc: TTestLoc = tlAny; APostFix: String = '');
var
p, e, val: String;
Thread, n, StartIdx, i: Integer;
we: PWatchExpectation;
v: QWord;
begin
p := APrefix;
n := AOffs;
e := APostFix;
t2.Clear;
t2.AddWithoutExpect(AName, p+'Instance1_Int'+e);
t2.AddWithoutExpect(AName, 'PtrUInt(@'+p+'Instance1'+e+')');
t2.AddWithoutExpect(AName, p+'Ansi5_Int'+e);
t2.AddWithoutExpect(AName, p+'IntDynArray4_Int'+e);
t2.AddWithoutExpect(AName, 'PtrUInt(@'+p+'IntDynArray4'+e+')');
t2.AddWithoutExpect(AName, 'PtrUInt(@'+p+'Word'+e+')');
t2.AddWithoutExpect(AName, 'PtrUInt(@'+p+'FiveRec'+e+')');
t2.EvaluateWatches;
Thread := Debugger.Threads.Threads.CurrentThreadId;
StartIdx := t.Count; // tlConst => Only eval the watch. No tests
if ALoc <> tlConst then
TestTrue('got rdkNum 0', t2.Tests[0]^.TstWatch.Values[Thread, 0].ResultData.ValueKind in [rdkSignedNumVal, rdkUnsignedNumVal]);
v := t2.Tests[0]^.TstWatch.Values[Thread, 0].ResultData.AsQWord;
val := '$'+IntToHex(v, 16);
t.Add(AName+' Int', 'PtrUInt('+p+'Instance1'+e+')', weCardinal(v, 'PtrUInt', -1));
t.Add(AName+' TClass1', 'TClass1('+p+'Instance1_Int'+e+')', weMatch('FAnsi *:[ $0-9A-F()]*\^?:? *'''+AChr1+'T', skClass));
t.Add(AName+' TClass1', 'TClass1('+val+')', weMatch('FAnsi *:[ $0-9A-F()]*\^?:? *'''+AChr1+'T', skClass));
t.Add(AName+' TClass1', 'TClass1(Pointer('+p+'Instance1_Int'+e+'))', weMatch('FAnsi *:[ $0-9A-F()]*\^?:? *'''+AChr1+'T', skClass));
t.Add(AName+' TClass1', 'TClass1(Pointer('+val+'))', weMatch('FAnsi *:[ $0-9A-F()]*\^?:? *'''+AChr1+'T', skClass));
if ALoc <> tlConst then
TestTrue('got rdkNum 1', t2.Tests[1]^.TstWatch.Values[Thread, 0].ResultData.ValueKind in [rdkSignedNumVal, rdkUnsignedNumVal]);
v := t2.Tests[1]^.TstWatch.Values[Thread, 0].ResultData.AsQWord;
val := '$'+IntToHex(v, 16);
t.Add(AName+' PTxInstance1', 'PTxInstance1(@'+p+'Instance1'+e+')^', weMatch('FAnsi *:[ $0-9A-F()]*\^?:? *'''+AChr1+'T', skClass));
t.Add(AName+' PTxInstance1', 'PTxInstance1('+val+')^', weMatch('FAnsi *:[ $0-9A-F()]*\^?:? *'''+AChr1+'T', skClass));
t.Add(AName+' PTxInstance1', 'PTxInstance1(Pointer(@'+p+'Instance1'+e+'))^', weMatch('FAnsi *:[ $0-9A-F()]*\^?:? *'''+AChr1+'T', skClass));
t.Add(AName+' PTxInstance1', 'PTxInstance1(Pointer('+val+'))^', weMatch('FAnsi *:[ $0-9A-F()]*\^?:? *'''+AChr1+'T', skClass));
if ALoc <> tlConst then
TestTrue('got rdkNum 2', t2.Tests[2]^.TstWatch.Values[Thread, 0].ResultData.ValueKind in [rdkSignedNumVal, rdkUnsignedNumVal]);
v := t2.Tests[2]^.TstWatch.Values[Thread, 0].ResultData.AsQWord;
val := '$'+IntToHex(v, 16);
t.Add(AName+' Ansi', 'PtrUInt('+p+'Ansi5'+e+')', weCardinal(v, 'PtrUInt', -1));
t.Add(AName+' AnsiString', 'AnsiString('+p+'Ansi5_Int'+e+')',
weAnsiStr(AChr1+'bcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghij')
).IgnKindPtr(stDwarf2) .IgnKind(stDwarf3Up);
t.Add(AName+' AnsiString', 'AnsiString('+val+')',
weAnsiStr(AChr1+'bcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghijAbcdefghij')
).IgnKindPtr(stDwarf2) .IgnKind(stDwarf3Up);
if ALoc <> tlConst then
TestTrue('got rdkNum 3', t2.Tests[3]^.TstWatch.Values[Thread, 0].ResultData.ValueKind in [rdkSignedNumVal, rdkUnsignedNumVal]);
v := t2.Tests[3]^.TstWatch.Values[Thread, 0].ResultData.AsQWord;
val := '$'+IntToHex(v, 16);
t.Add(AName+' DynArray', 'PtrUInt('+p+'IntDynArray4'+e+')', weCardinal(v, 'PtrUInt', -1));
t.Add(AName, 'TIntDynArray('+p+'IntDynArray4_Int'+e+')', weDynArray(weInteger([12, 30+AOffs, 60]), 'TIntDynArray'));
t.Add(AName, 'TIntDynArray('+val+')', weDynArray(weInteger([12, 30+AOffs, 60]), 'TIntDynArray'));
t.Add(AName, 'TIntDynArray(Pointer('+p+'IntDynArray4_Int'+e+'))', weDynArray(weInteger([12, 30+AOffs, 60]), 'TIntDynArray'));
t.Add(AName, 'TIntDynArray(Pointer('+val+'))', weDynArray(weInteger([12, 30+AOffs, 60]), 'TIntDynArray'));
t.Add(AName, 'TIntDynArray(PtrUint('+p+'IntDynArray4_Int'+e+'))', weDynArray(weInteger([12, 30+AOffs, 60]), 'TIntDynArray'));
t.Add(AName, 'TIntDynArray(PtrUint('+val+'))', weDynArray(weInteger([12, 30+AOffs, 60]), 'TIntDynArray'));
if ALoc <> tlConst then
TestTrue('got rdkNum 4', t2.Tests[4]^.TstWatch.Values[Thread, 0].ResultData.ValueKind in [rdkSignedNumVal, rdkUnsignedNumVal]);
v := t2.Tests[4]^.TstWatch.Values[Thread, 0].ResultData.AsQWord;
val := '$'+IntToHex(v, 16);
t.Add(AName, 'PTxIntDynArray4(@'+p+'IntDynArray4'+e+')^', weDynArray(weInteger([12, 30+AOffs, 60]), 'TxIntDynArray4'));
t.Add(AName, 'PTxIntDynArray4('+val+')^', weDynArray(weInteger([12, 30+AOffs, 60]), 'TxIntDynArray4'));
t.Add(AName, 'PTxIntDynArray4(Pointer(@'+p+'IntDynArray4'+e+'))^', weDynArray(weInteger([12, 30+AOffs, 60]), 'TxIntDynArray4'));
t.Add(AName, 'PTxIntDynArray4(Pointer('+val+'))^', weDynArray(weInteger([12, 30+AOffs, 60]), 'TxIntDynArray4'));
t.Add(AName, 'PTxIntDynArray4(PtrUint(@'+p+'IntDynArray4'+e+'))^', weDynArray(weInteger([12, 30+AOffs, 60]), 'TxIntDynArray4'));
t.Add(AName, 'PTxIntDynArray4(PtrUint('+val+'))^', weDynArray(weInteger([12, 30+AOffs, 60]), 'TxIntDynArray4'));
t.Add(AName, 'TIntDynArray(PxIntDynArray4('+val+')^)', weDynArray(weInteger([12, 30+AOffs, 60]), 'TIntDynArray'));
if ALoc <> tlConst then
TestTrue('got rdkNum 5', t2.Tests[5]^.TstWatch.Values[Thread, 0].ResultData.ValueKind in [rdkSignedNumVal, rdkUnsignedNumVal]);
v := t2.Tests[5]^.TstWatch.Values[Thread, 0].ResultData.AsQWord;
val := '$'+IntToHex(v, 16);
t.Add(AName, 'PTxWord(@'+p+'Word'+e+')^', weCardinal(100+n, 'TxWord', 2));
t.Add(AName, 'PTxWord('+val+')^', weCardinal(100+n, 'TxWord', 2));
t.Add(AName, 'PTxWord(Pointer(@'+p+'Word'+e+'))^', weCardinal(100+n, 'TxWord', 2));
t.Add(AName, 'PTxWord(Pointer('+val+'))^', weCardinal(100+n, 'TxWord', 2));
t.Add(AName, 'PTxWord(PtrUInt(@'+p+'Word'+e+'))^', weCardinal(100+n, 'TxWord', 2));
t.Add(AName, 'PTxWord(PtrUInt('+val+'))^', weCardinal(100+n, 'TxWord', 2));
if p='gv' then
t.Add(AName, 'PTxWord(gvp_'+'Word'+e+')^', weCardinal(100+n, 'TxWord', 2));
t.Add(AName, 'PTxWord($'+IntToHex(StrToInt64Def(val, 0), 8)+')^', weCardinal(100+n, 'TxWord', 2));
t.Add(AName, '^TxWord('+val+')^', weCardinal(100+n, 'TxWord', 2));
t.Add(AName, '^TxWord($'+IntToHex(StrToInt64Def(val, 0), 8)+')^', weCardinal(100+n, 'TxWord', 2));
if ALoc <> tlConst then
TestTrue('got rdkNum 6', t2.Tests[6]^.TstWatch.Values[Thread, 0].ResultData.ValueKind in [rdkSignedNumVal, rdkUnsignedNumVal]);
v := t2.Tests[6]^.TstWatch.Values[Thread, 0].ResultData.AsQWord;
val := '$'+IntToHex(v, 16);
t.Add(AName, 'PTxFiveRec(@'+p+'FiveRec'+e+')^', weMatch('a *:.*b *: *44',skRecord));
t.Add(AName, 'PTxFiveRec('+val+')^', weMatch('a *:.*b *: *44',skRecord));
t.Add(AName, 'PTxFiveRec(Pointer(@'+p+'FiveRec'+e+'))^', weMatch('a *:.*b *: *44',skRecord));
t.Add(AName, 'PTxFiveRec(Pointer('+val+'))^', weMatch('a *:.*b *: *44',skRecord));
t.Add(AName, 'PTxFiveRec(PtrUInt(@'+p+'FiveRec'+e+'))^', weMatch('a *:.*b *: *44',skRecord));
t.Add(AName, 'PTxFiveRec(PtrUInt('+val+'))^', weMatch('a *:.*b *: *44',skRecord));
if p='gv' then
t.Add(AName, 'PTxFiveRec(gvp_'+'FiveRec'+e+')^', weMatch('a *:.*b *: *44',skRecord));
for i := StartIdx to t.Count-1 do
t.Tests[i].SkipIf(ALoc = tlConst);
if p='gv' then begin
we:= t.Add(AName, '^TRecordClass1(gv_aptr_Class1Rec[0])^.Foo', weClass([weInteger(22+n).N('FInt'), weAnsiStr(AChr1+'T').N('FAnsi')], 'TClass1') )
.AddFlag(ehMissingFields);
we^.EvalCallTestFlags := [defFullTypeInfo];
we:= t.Add(AName, '^TRecordClass1(gv_aptr_Class1Rec[1])^.Foo', weClass([weInteger(22+n+2).N('FInt'), weAnsiStr('D'+'T').N('FAnsi')], 'TClass1') )
.AddFlag(ehMissingFields);
we^.EvalCallTestFlags := [defFullTypeInfo];
we:= t.Add(AName, '^TRecordFive(gv_ptr_FiveRec)^.a', weInteger(-22-n));
we^.EvalCallTestFlags := [defFullTypeInfo];
t.Add(AName, '^TRecordFive(gv_aptr_FiveRec[0])^.a', weInteger(-22-n));
t.Add(AName, '^TRecordFive(gv_aptr_FiveRec[1])^.a', weInteger(-22-(n+2)));
t.Add(AName, 'PTxFiveRec(gv_aptr_FiveRec[0])^.a', weInteger(-22-n));
t.Add(AName, 'PTxFiveRec(gv_aptr_FiveRec[1])^.a', weInteger(-22-(n+2)));
we:= t.Add(AName, '^TRecordFive(gv_ptrlist_FiveRec^[0])^.a', weInteger(-22-n));
we^.TstWatch.EvaluateFlags := [defFullTypeInfo];
we^.EvalCallTestFlags := [defFullTypeInfo];
we:= t.Add(AName, '^TRecordFive(gv_ptrlist_FiveRec^[1])^.a', weInteger(-22-(n+2)));
we^.TstWatch.EvaluateFlags := [defFullTypeInfo];
we^.EvalCallTestFlags := [defFullTypeInfo];
we:= t.Add(AName, 'PTxFiveRec(gv_ptrlist_FiveRec^[0])^.a', weInteger(-22-n));
we^.TstWatch.EvaluateFlags := [defFullTypeInfo];
we^.EvalCallTestFlags := [defFullTypeInfo];
we:= t.Add(AName, 'PTxFiveRec(gv_ptrlist_FiveRec^[1])^.a', weInteger(-22-(n+2)));
we^.TstWatch.EvaluateFlags := [defFullTypeInfo];
we^.EvalCallTestFlags := [defFullTypeInfo];
t.Add(AName, 'PTxFiveRec('+val+')^.a', weInteger(-22-n));
t.Add(AName, '^TRecordFive('+val+')^.a', weInteger(-22-n));
end;
t.Add(AName+' Cardinal', 'Cardinal('+p+'Rec3S'+e+')', weMatch('.', skSimple)).ExpectError();
t.Add(AName+' QWord', 'QWord('+p+'Rec3S'+e+')', weMatch('.', skSimple)).ExpectError();
t.Add(AName+' QWord', 'TRecord3QWord('+p+'Rec3S'+e+')', weMatch('a *:.*18446744073709551594.*b *:.*44.*c *: .', skRecord));
end;
var
ExeName: String;
t: TWatchExpectationList;
Src: TCommonSource;
BrkPrg, BrkFoo, BrkFooVar, BrkFooConstRef: TDBGBreakPoint;
begin
if SkipTest then exit;
if not TestControlCanTest(ControlTestWatchTypeCast) then exit;
t := nil;
t2 := nil;
Src := GetCommonSourceFor('WatchesValuePrg.pas');
TestCompile(Src, ExeName);
AssertTrue('Start debugger', Debugger.StartDebugger(AppDir, ExeName));
try
t := TWatchExpectationList.Create(Self);
t2 := TWatchExpectationList.Create(Self);
t.AcceptSkSimple := [skInteger, skCardinal, skBoolean, skChar, skFloat,
skString, skAnsiString, skCurrency, skVariant, skWideString,
skInterface];
t.AddTypeNameAlias('integer', 'integer|longint');
t.AddTypeNameAlias('ShortStr255', 'ShortStr255|ShortString');
t.AddTypeNameAlias('TEnumSub', 'TEnum|TEnumSub');
BrkPrg := Debugger.SetBreakPoint(Src, 'Prg');
BrkFoo := Debugger.SetBreakPoint(Src, 'Foo');
BrkFooVar := Debugger.SetBreakPoint(Src, 'FooVar');
BrkFooConstRef := Debugger.SetBreakPoint(Src, 'FooConstRef');
AssertDebuggerNotInErrorState;
(* ************ Nested Functions ************* *)
RunToPause(BrkPrg);
//t.Clear;
//t.Add('', '^TRecordClass1(gv_aptr_Class1Rec[0])^.Foo', weClass([weInteger(22+1).N('FInt'), weAnsiStr('T').N('FAnsi')], 'TClass1') ).AddFlag(ehMissingFields)
//^.EvalCallTestFlags := [defFullTypeInfo];
//t.EvaluateWatches;
//t.CheckResults;
t.Clear;
t.Add('pbyte(0)', 'pbyte(0)', wePointerAddr(nil, 'PByte'));
t.Add('pbyte($0)', 'pbyte($0)', wePointerAddr(nil, 'PByte'));
t.Add('^byte(0)', '^byte(0)', wePointerAddr(nil, '^Byte'));
t.Add('^byte($0)', '^byte($0)', wePointerAddr(nil, '^Byte'));
t.Add('^^^char(gvInstance1)^[3][0]', '^^^char(gvInstance1)^[3][0]', weChar(#7)); // TCLass1 / len=7
t.Add('^^^char(gvInstance1)^[3][1]', '^^^char(gvInstance1)^[3][1]', weChar('T')); // TCLass1
t.Add('^^^char(gvInstance1)^[3][2]', '^^^char(gvInstance1)^[3][2]', weChar('C'));
t.Add('^^^char(gvInstance1)^[3][3]', '^^^char(gvInstance1)^[3][3]', weChar('l'));
t.Add('^^^char(gvInstance1)^[3]^', '^^^char(gvInstance1)^[3]^', weChar(#7)); // TCLass1 / len=7
t.Add('(^^^char(gvInstance1)^[3])^', '(^^^char(gvInstance1)^[3])^', weChar(#7)); // TCLass1 / len=7
t.Add('(^^^char(gvInstance1)^[3]+0)^', '(^^^char(gvInstance1)^[3]+0)^', weChar(#7)); // TCLass1 / len=7
t.Add('(^^^char(gvInstance1)^[3]+1)^', '(^^^char(gvInstance1)^[3]+1)^', weChar('T')); // TCLass1
t.Add('((^^^char(gvInstance1)^)+3)^^', '((^^^char(gvInstance1)^)+3)^^', weChar(#7));
t.Add('((^^^char(gvInstance1)^)+3)[0]^', '((^^^char(gvInstance1)^)+3)[0]^', weChar(#7));
t.Add('((^^^char(gvInstance1)^)+3)^[0]', '((^^^char(gvInstance1)^)+3)^[0]', weChar(#7));
t.Add('((^^^char(gvInstance1)^)+3)[0][0]', '((^^^char(gvInstance1)^)+3)[0][0]', weChar(#7));
t.Add('(((^^^char(gvInstance1)^)+3)^+1)^', '(((^^^char(gvInstance1)^)+3)^+1)^', weChar('T'));
t.Add('(((^^^char(gvInstance1)^)+3)[0]+1)^', '(((^^^char(gvInstance1)^)+3)[0]+1)^', weChar('T'));
t.Add('((^^^char(gvInstance1)^)+3)^[1]', '((^^^char(gvInstance1)^)+3)^[1]', weChar('T'));
t.Add('((^^^char(gvInstance1)^)+3)[0][1]', '((^^^char(gvInstance1)^)+3)[0][1]', weChar('T'));
AddWatchesConv(t, 'glob const', 'gc', 000, 'A', tlConst);
AddWatchesConv(t, 'glob var', 'gv', 001, 'B');
AddWatchesCast(t, 'glob const', 'gc', 000, 'A', tlConst);
AddWatchesCast(t, 'glob var', 'gv', 001, 'B');
AddWatchesCast(t, 'glob MyClass1', 'MyClass1.mc', 002, 'C');
AddWatchesCast(t, 'glob MyBaseClass1', 'MyClass1.mbc', 003, 'D');
AddWatchesCast(t, 'glob MyClass1', 'TMyClass(MyClass2).mc', 004, 'E');
AddWatchesCast(t, 'glob MyBaseClass1', 'TMyClass(MyClass2).mbc', 005, 'F');
AddWatchesCast(t, 'glob var dyn array of [0]', 'gva', 005, 'K', tlArrayWrap, '[0]' );
AddWatchesCast(t, 'glob var dyn array of [1]', 'gva', 006, 'L', tlArrayWrap, '[1]');
AddWatchesCast(t, 'glob var pointer', 'gvp_', 001, 'B', tlPointer, '^'); // pointer
t.EvaluateWatches;
t.CheckResults;
RunToPause(BrkFoo);
t.Clear;
AddWatchesCast(t, 'foo local', 'fooloc', 002, 'C');
t.EvaluateWatches;
t.CheckResults;
RunToPause(BrkFooVar);
t.Clear;
AddWatchesCast(t, 'foo var args', 'argvar', 001, 'B', tlParam);
AddWatchesCast(t, 'foo var ArgMyBaseClass1', 'TMyClass(ArgVarMyClass2).mbc', 005, 'F');
t.EvaluateWatches;
t.CheckResults;
RunToPause(BrkFooConstRef);
t.Clear;
AddWatchesCast(t, 'foo const ref args', 'argconstref', 001, 'B', tlParam);
t.EvaluateWatches;
t.CheckResults;
finally
Debugger.RunToNextPause(dcStop);
t.Free;
t2.Free;
Debugger.ClearDebuggerMonitors;
Debugger.FreeDebugger;
AssertTestErrors;
end;
end;
procedure TTestWatches.TestWatchesExpression;
type
TTestLoc = (tlAny, tlConst, tlParam, tlArrayWrap, tlPointer, tlPointerAny);
procedure AddWatches(t: TWatchExpectationList; AName: String;
APrefix: String; AOffs: Integer; AChr1: Char; APostFix: String; ALoc: TTestLoc;
APrefix2: String; AOffs2: Integer; AChr12: Char; APostFix2: String; ALoc2: TTestLoc
);
var
p, e, p2, e2: String;
n, i, n2: Integer;
begin
p := APrefix;
e := APostFix;
n := AOffs;
p2 := APrefix2;
e2 := APostFix2;
n2 := AOffs2;
t.Add(AName, p+'Byte'+e +'='+ IntToStr(1+n), weBool(True) );
t.Add(AName, p+'Byte'+e +'='+ p2+'Byte'+e2, weBool(n=n2) );
t.Add(AName, p+'Byte'+e +'='+ p2+'Byte_2'+e2, weBool(n+1=n2+240) );
t.Add(AName, p+'Single'+e +'='+ FloatToStr(100.125+n), weBool(True) );
t.Add(AName, p+'Double'+e +'='+ FloatToStr(1000.125+n), weBool(True) );
t.Add(AName, p+'Single'+e +'='+ p+'Byte'+e, weBool(False) );
t.Add(AName, p+'Single'+e +'>'+ p+'Byte'+e, weBool(True) );
t.Add(AName, p+'Single'+e +'<'+ p+'Byte'+e, weBool(False) );
t.Add(AName, p+'Single'+e+'-99.125' +'='+ p+'Byte'+e, weBool(True) );
t.Add(AName, p+'String1e'+e + ' = '''' ', weBool(True));
t.Add(AName, p+'String10'+e + ' = '''+AChr1+'bc1'' ', weBool(True));
t.Add(AName, p+'String10'+e + '+''a'' = '''+AChr1+'bc1'' ', weBool(False));
t.Add(AName, p+'String10'+e + '+''a'' = '''+AChr1+'bc1a'' ', weBool(True));
t.Add(AName, p+'Ansi3'+e + ' = '''' ', weBool(True));
t.Add(AName, p+'Ansi2'+e + ' = '''+AChr1+'abcd0123'' ', weBool(True));
t.Add(AName, p+'Ansi2'+e + ' +''x'' = '''+AChr1+'abcd0123'' ', weBool(False));
t.Add(AName, p+'Ansi2'+e + ' +''x'' = '''+AChr1+'abcd0123x'' ', weBool(True));
t.Add(AName, p+'WideString3'+e + ' = '''' ', weBool(True)).SkipIf(ALoc = tlConst);
t.Add(AName, p+'WideString2'+e + ' = '''+AChr1+'abcX0123'' ', weBool(True)).SkipIf(ALoc = tlConst);
t.Add(AName, p+'WideString2'+e + ' +''x'' = '''+AChr1+'abcX0123'' ', weBool(False)).SkipIf(ALoc = tlConst);
t.Add(AName, p+'WideString2'+e + ' +''x'' = '''+AChr1+'abcX0123x'' ', weBool(True)).SkipIf(ALoc = tlConst);
t.Add(AName, p+'String1e'+e + ' = '+p+'Ansi3'+e, weBool(True));
t.Add(AName, p+'IntfUnknown'+e +'='+ 'nil', weBool(True) );
t.Add(AName, p+'IntfUnknown1'+e +'='+ 'nil', weBool(False) )
.skipIf((ALoc in [tlConst]));
t.Add(AName, 'nil' +'='+ p+'IntfUnknown'+e , weBool(True) );
t.Add(AName, 'nil' +'='+ p+'IntfUnknown1'+e, weBool(False) )
.skipIf((ALoc in [tlConst]));
t.Add(AName, p+'IntfUnknown'+e +'='+ p2+'IntfUnknown'+e2, weBool(True) );
t.Add(AName, p+'IntfUnknown1'+e +'='+ p2+'IntfUnknown1'+e2, weBool(True) )
.skipIf((ALoc in [tlConst]) or (ALoc2 in [tlConst]));
t.Add(AName, p+'IntfUnknown'+e +'='+ p2+'IntfUnknown2'+e2, weBool(False) )
.skipIf((ALoc2 in [tlConst]));
t.Add(AName, p+'IntfUnknown1'+e +'='+ p2+'IntfUnknown2'+e2, weBool(False) )
.skipIf((ALoc in [tlConst]) or (ALoc2 in [tlConst]));
t.Add(AName, p+'IntfUnknown2'+e +'='+ p2+'IntfUnknown2b'+e2, weBool(True) )
.skipIf((ALoc in [tlConst]) or (ALoc2 in [tlConst]));
t.Add(AName, p+'Instance0'+e +'='+ 'nil', weBool(True) );
t.Add(AName, p+'Instance1'+e +'='+ 'nil', weBool(False) )
.skipIf((ALoc in [tlConst]));
t.Add(AName, p+'Instance0'+e +'='+ p2+'Instance0'+e2, weBool(True) )
.skipIf((ALoc2 in [tlConst]));
t.Add(AName, p+'Instance1'+e +'='+ p2+'Instance1'+e2, weBool(True) )
.skipIf((ALoc in [tlConst]) or (ALoc2 in [tlConst]));
t.Add(AName, p+'Instance0'+e +'='+ p2+'Instance2'+e2, weBool(False) )
.skipIf((ALoc2 in [tlConst]));
t.Add(AName, p+'Instance1'+e +'='+ p2+'Instance2'+e2, weBool(False) )
.skipIf((ALoc in [tlConst]) or (ALoc2 in [tlConst]));
t.Add(AName, p+'Instance2'+e +'='+ p2+'Instance2b'+e2, weBool(True) )
.skipIf((ALoc in [tlConst]) or (ALoc2 in [tlConst]));
t.Add(AName, p+'Word'+e +' and '+ p+'LongWord'+e, weCardinal((100+n) and (1000+n)) );
t.Add(AName, p+'Word'+e +' and Byte('+ p+'Char'+e+')', weCardinal((100+n) and Byte(AChr1)) );
t.Add(AName, p+'Word'+e +' and '+ IntToStr(1002+n), weCardinal((100+n) and (1002+n)) );
t.Add(AName, p+'Word'+e +' and ShortInt('+ p+'Char'+e+')', weCardinal((100+n) and Byte(AChr1)) );
t.Add(AName, p+'ShortInt'+e +' and '+ p+'SmallInt'+e, weInteger((50+n) and (500+n)) );
t.Add(AName, p+'ShortInt'+e +' and '+ p+'Word'+e, weCardinal((50+n) and (1000+n)) );
t.Add(AName, p+'ShortInt'+e +' and '+ IntToStr(1002+n), weCardinal((50+n) and (1002+n)) );
for i := 0 to t.Count-1 do
t.Tests[i].IgnTypeName();
end;
var
ExeName: String;
t: TWatchExpectationList;
Src: TCommonSource;
BrkPrg: TDBGBreakPoint;
i: Integer;
begin
if SkipTest then exit;
if not TestControlCanTest(ControlTestExpression) then exit;
t := nil;
Src := GetCommonSourceFor('WatchesValuePrg.pas');
TestCompile(Src, ExeName);
AssertTrue('Start debugger', Debugger.StartDebugger(AppDir, ExeName));
try
t := TWatchExpectationList.Create(Self);
t.AcceptSkSimple := [skInteger, skCardinal, skBoolean, skChar, skFloat,
skString, skAnsiString, skCurrency, skVariant, skWideString,
skInterface];
t.AddTypeNameAlias('integer', 'integer|longint');
t.AddTypeNameAlias('ShortStr255', 'ShortStr255|ShortString');
t.AddTypeNameAlias('TEnumSub', 'TEnum|TEnumSub');
BrkPrg := Debugger.SetBreakPoint(Src, 'Prg');
//BrkFoo := Debugger.SetBreakPoint(Src, 'Foo');
//BrkFooVar := Debugger.SetBreakPoint(Src, 'FooVar');
//BrkFooConstRef := Debugger.SetBreakPoint(Src, 'FooConstRef');
AssertDebuggerNotInErrorState;
(* ************ Nested Functions ************* *)
RunToPause(BrkPrg);
t.Clear;
// Constant values
t.Add('Const-Expr: 107', '107', weCardinal(107));
t.Add('Const-Expr: $10', '$10', weInteger(16));
t.Add('Const-Expr: -17', '-17', weInteger(-17));
t.Add('Const-Expr: True', 'True', weBool(True));
t.Add('Const-Expr: False', 'False', weBool(False));
t.Add('Const-EQ: ', 'True and False', weBool(False));
t.Add('Const-EQ: ', 'True and True', weBool(True));
t.Add('Const-EQ: ', 'False and False', weBool(False));
t.Add('Const-EQ: ', 'True or False', weBool(True));
t.Add('Const-EQ: ', 'True or True', weBool(True));
t.Add('Const-EQ: ', 'False or False', weBool(False));
t.Add('Const-EQ: ', 'True xor False', weBool(True));
t.Add('Const-EQ: ', 'True xor True', weBool(False));
t.Add('Const-EQ: ', 'False xor False', weBool(False));
t.Add('Const-EQ: ', '(1=7) and (3=3)', weBool(False));
t.Add('Const-EQ: ', '(1<7) and (3>1)', weBool(True));
t.Add('Const-Expr: ansistring ', '''abc''', weAnsiStr('abc')).IgnKind;
t.Add('Const-Expr: ansistring ', '''''', weAnsiStr('')).IgnKind;
t.Add('Const-Expr: ansistring ', '''abc''''DE''', weAnsiStr('abcDE')).IgnKind;
t.Add('Const-Expr: ansistring ', '''abc''#32''DE''', weAnsiStr('abc DE')).IgnKind;
t.Add('Const-Expr: ansistring ', '#32''abc''', weAnsiStr(' abc')).IgnKind;
t.Add('Const-Expr: ansistring ', '#49', weAnsiStr('1')).IgnKind;
t.Add('Const-Expr: ansistring ', '#49#50', weAnsiStr('12')).IgnKind;
t.Add('Const-Expr: ansistring ', '#$30#$31', weAnsiStr('01')).IgnKind;
t.Add('Const-Expr: ansistring ', '#&61#&62', weAnsiStr('12')).IgnKind;
t.Add('Const-Expr: ansistring ', '#%110001', weAnsiStr('1')).IgnKind;
t.Add('Const-Expr: ansistring ', '#%00110001', weAnsiStr('1')).IgnKind;
t.Add('Const-Expr: ansistring ', '''a', weAnsiStr('1')).IgnKind^.AddFlag(ehExpectError);
t.Add('Const-Expr: ansistring ', '''', weAnsiStr('1')).IgnKind^.AddFlag(ehExpectError);
t.Add('Const-Expr: ansistring ', '#', weAnsiStr('abc')).IgnKind.AddFlag(ehExpectError);
t.Add('Const-Expr: ansistring ', '#$', weAnsiStr('abc')).IgnKind.AddFlag(ehExpectError);
t.Add('Const-Expr: ansistring ', '#''', weAnsiStr('abc')).IgnKind.AddFlag(ehExpectError);
t.Add('Const-Expr: ansistring ', '#$''', weAnsiStr('abc')).IgnKind.AddFlag(ehExpectError);
t.Add('Const-Expr: ansistring ', '#A', weAnsiStr('abc')).IgnKind.AddFlag(ehExpectError);
t.Add('Const-Expr: ansistring ', '#$X', weAnsiStr('abc')).IgnKind.AddFlag(ehExpectError);
t.Add('Const-Op: ', '10', weCardinal(10));
t.Add('Const-Op: ', '-10', weInteger(-10));
t.Add('Const-Op: ', '- -10', weInteger(10)); // 2 unary
t.Add('Const-Op: ', '+10', weCardinal(10));
t.Add('Const-Op: ', '107 + 1', weCardinal(108));
t.Add('Const-Op: ', '107 - 1', weCardinal(106));
t.Add('Const-Op: ', '107 + -1', weInteger(106));
t.Add('Const-Op: ', '107 + +1', weCardinal(108));
t.Add('Const-Op: ', '107 - -1', weInteger(108));
t.Add('Const-Op: ', '11 * 3', weCardinal(33));
t.Add('Const-Op: ', '11 * -3', weInteger(-33));
t.Add('Const-Op: ', '-11 * 3', weInteger(-33));
t.Add('Const-Op: ', '-11 * -3', weInteger(33));
t.Add('Const-Op: ', '11 / 3', weMatch('3\.666', skFloat));
t.Add('Const-Op: ', '11 div 3', weCardinal(3));
t.Add('Const-Op: ', '11 mod 3', weCardinal(2));
t.Add('Const-precedence: ', '1 + 11 * 3', weCardinal(34));
t.Add('Const-precedence: ', '11 * 3 + 1', weCardinal(34));
t.Add('Const-bracket: ', '(1 + 11) * 3', weCardinal(36));
t.Add('Const-bracket: ', '11 * (3 + 1)', weCardinal(44));
t.Add('Const-Op: ', '1.5', weFloat(1.5));
t.Add('Const-Op: ', '-1.5', weFloat(-1.5));
t.Add('Const-Op: ', '- -1.5', weFloat(1.5));
t.Add('Const-Op: ', '+1.5', weFloat(1.5));
t.Add('Const-Op: ', ' 10.5 + 1', weFloat(11.5));
t.Add('Const-Op: ', ' 10.0 + 1', weFloat(11));
t.Add('Const-Op: ', ' 10 + 1.5', weFloat(11.5));
t.Add('Const-Op: ', '-10 + 1.5', weFloat(-8.5));
t.Add('Const-Op: ', '-10 + -1.5', weFloat(-11.5));
t.Add('Const-Op: ', ' 10.5 - 1', weFloat(9.5));
t.Add('Const-Op: ', ' 10.0 - 1', weFloat(9));
t.Add('Const-Op: ', ' 10 - 1.5', weFloat(8.5));
t.Add('Const-Op: ', '-10 - 1.5', weFloat(-11.5));
t.Add('Const-Op: ', '-10 - -1.5', weFloat(-8.5));
t.Add('Const-Op: ', '10.5 * 3', weFloat(31.5));
t.Add('Const-Op: ', '10.0 * 3', weFloat(30));
t.Add('Const-Op: ', ' 9 * 1.5', weFloat(13.5));
t.Add('Const-Op: ', '-9 * 1.5', weFloat(-13.5));
t.Add('Const-Op: ', '-9 * -1.5', weFloat(13.5));
t.Add('Const-Op: ', ' 31.5 / 3', weFloat(10.5));
t.Add('Const-Op: ', ' 30.0 / 3', weFloat(10));
t.Add('Const-Op: ', ' 13.5 / 1.5', weFloat(9));
t.Add('Const-Op: ', '-13.5 / 1.5', weFloat(-9));
t.Add('Const-Op: ', '-13.5 / -1.5', weFloat(9));
t.Add('Const-Op: ', '35 And 17', weCardinal(1));
t.Add('Const-Op: ', '35 And 7', weCardinal(3));
t.Add('Const-Op: ', '35 or 7', weCardinal(39));
t.Add('Const-Op: ', '35 Xor 7', weCardinal(36));
t.Add('Const-EQ: ', '17 = $11', weBool(True));
t.Add('Const-EQ: ', '18 = $11', weBool(False));
t.Add('Const-EQ: ', '17 <> 17', weBool(False));
t.Add('Const-EQ: ', '18 <> 17', weBool(True));
t.Add('Const-EQ: ', '17 > 18', weBool(False));
t.Add('Const-EQ: ', '17 > 17', weBool(False));
t.Add('Const-EQ: ', '17 > 16', weBool(True));
t.Add('Const-EQ: ', '17 >= 18', weBool(False));
t.Add('Const-EQ: ', '17 >= 17', weBool(True));
t.Add('Const-EQ: ', '17 >= 16', weBool(True));
t.Add('Const-EQ: ', '17 < 18', weBool(True));
t.Add('Const-EQ: ', '17 < 17', weBool(False));
t.Add('Const-EQ: ', '17 < 16', weBool(False));
t.Add('Const-EQ: ', '17 <= 18', weBool(True));
t.Add('Const-EQ: ', '17 <= 17', weBool(True));
t.Add('Const-EQ: ', '17 <= 16', weBool(False));
t.Add('Const-EQ: ', '''A'' = #65', weBool(True));
t.Add('Const-EQ: ', '''A'' = #65#65', weBool(False));
t.Add('Const-EQ: ', '''A'' = ''B''', weBool(False));
t.Add('Const-EQ: ', '''A'' <> #65', weBool(False));
t.Add('Const-EQ: ', '''A'' <> #65#65', weBool(True));
t.Add('Const-EQ: ', '''A'' <> ''B''', weBool(True));
t.Add('Const-EQ: ', '17.0 = $11', weBool(True));
t.Add('Const-EQ: ', '18.0 = $11', weBool(False));
t.Add('Const-EQ: ', '17.0 <> 17', weBool(False));
t.Add('Const-EQ: ', '18.0 <> 17', weBool(True));
t.Add('Const-EQ: ', '17.0 > 18', weBool(False));
t.Add('Const-EQ: ', '17.0 > 17', weBool(False));
t.Add('Const-EQ: ', '17.0 > 16', weBool(True));
t.Add('Const-EQ: ', '17.0 >= 18', weBool(False));
t.Add('Const-EQ: ', '17.0 >= 17', weBool(True));
t.Add('Const-EQ: ', '17.0 >= 16', weBool(True));
t.Add('Const-EQ: ', '17.0 < 18', weBool(True));
t.Add('Const-EQ: ', '17.0 < 17', weBool(False));
t.Add('Const-EQ: ', '17.0 < 16', weBool(False));
t.Add('Const-EQ: ', '17.0 <= 18', weBool(True));
t.Add('Const-EQ: ', '17.0 <= 17', weBool(True));
t.Add('Const-EQ: ', '17.0 <= 16', weBool(False));
t.Add('Const-EQ: ', '17.5 = 17.5', weBool(True));
t.Add('Const-EQ: ', '17.1 <> 17.5', weBool(True));
t.Add('Const-EQ: ', '17.1 < 17.5', weBool(True));
t.Add('Const-EQ: ', '17.8 > 17.5', weBool(True));
t.Add('Const-EQ: ', '17.5 = 17.1', weBool(False));
t.Add('Const-EQ: ', '17.5 <> 17.5', weBool(False));
t.Add('Const-EQ: ', '17.8 < 17.5', weBool(False));
t.Add('Const-EQ: ', '17.1 > 17.5', weBool(False));
t.Add('Const-EQ: ', '12 = ''abc''', weBool(False)).ExpectError();
t.Add('Pointer-Op: ', 'LongInt(Pointer(10)+4)', weInteger(14));
t.Add('Pointer-Op: ', 'Pointer(10)-Pointer(4)', weInteger(6));
t.Add('Pointer-Op: ', 'PWord(10)-PWord(4)', weInteger(3));
t.Add('Pointer-Op: ', '^Word(10)-^Word(4)', weInteger(3));
t.Add('Pointer-Op: ', '^Word(10)-Pointer(4)', weInteger(3)).ExpectError();
t.Add('Pointer-Op: ', '^Char(10)-^Char(4)', weInteger(6));
t.Add('Pointer-Op: ', '^Char(10)-PChar(4)', weInteger(6));
t.Add('Pointer-Op: ', 'PChar(10)-^Char(4)', weInteger(6));
t.Add('Pointer-Op: ', 'PChar(10)-PChar(4)', weInteger(6));
t.Add('Pointer-Op: ', 'gvPChar3-gvPChar2', weInteger(3));
t.Add('Pointer-Op: ', 'PChar(@gvAnsi2[3])-PChar(gvAnsi2)', weInteger(2)).ChrIdxExpString(stDwarf2);
t.Add('Pointer-Op: ', '^Char(@gvAnsi2[3])-^Char(gvAnsi2)', weInteger(2)).ChrIdxExpString(stDwarf2);
t.Add('Pointer-Op: ', '@gvAnsi2[3]-@gvAnsi2[1]', weInteger(2)).ChrIdxExpString(stDwarf2);
t.Add('Pointer-Op: ', '@gvAnsi2[3]-@gvPChar2[1]', weInteger(1))
.ChrIdxSkip(stDwarf2) //skip
.ChrIdxExpPChar(stDwarf3Up);
t.Add('Pointer-Op: ', '@gvAnsi2[3]-gvPChar2', weInteger(2)).ChrIdxExpString();
t.Add('Pointer-Op: ', '@gvPChar2[3]-@gvPChar2[1]', weInteger(2)).ChrIdxExpPChar();
t.Add('Pointer-Op: ', '@gvPChar3[2]-@gvPChar2[1]', weInteger(4)).ChrIdxExpPChar();
t.Add('Pointer-Op: ', 'gcPtr2 - gcPtr1', weInteger(1000));
t.Add('Pointer-Op: ', 'gcPtr2 - gvPtr1', weInteger(1000));
t.Add('Pointer-Op: ', 'gvPtr2 - gcPtr2', weInteger(1));
t.Add('Pointer-Op: ', 'gvPtr2 - gvPtr1', weInteger(1001));
t.Add('Pointer-Op: ', '@gv_sa_Word[2] - @gv_sa_Word[1]', weInteger(1));
t.Add('Pointer-Op: ', 'pointer(@gv_sa_Word[2]) - pointer(@gv_sa_Word[1])', weInteger(2));
AddWatches(t, 'glob', 'gv', 001, 'B', '', tlAny, 'gv', 001, 'B', '', tlAny);
AddWatches(t, 'glob', 'gc', 000, 'A', '', tlConst, 'gv', 001, 'B', '', tlAny);
AddWatches(t, 'glob', 'gv', 001, 'B', '', tlAny, 'gc', 000, 'A', '', tlConst);
for i := 0 to t.Count - 1 do
if (t.Tests[i]^.TstExpected.ExpResultKind = rkInteger) then
t.Tests[i]^.TstExpected.ExpIntSize := -1
else
if (t.Tests[i]^.TstExpected.ExpResultKind = rkCardinal) then
t.Tests[i]^.TstExpected.ExpCardinalSize := -1;
t.EvaluateWatches;
t.CheckResults;
finally
Debugger.RunToNextPause(dcStop);
t.Free;
Debugger.ClearDebuggerMonitors;
Debugger.FreeDebugger;
AssertTestErrors;
end;
end;
procedure TTestWatches.TestWatchesModify;
procedure WaitForModify;
var
i: Integer;
begin
// Modify does not have a callback (yet). So wait for an eval
FEvalDone := False;
Debugger.LazDebugger.Evaluate('p', @DoEvalDone);
i := 0;
while (not FEvalDone) and (i < 5*400) do begin // timeout after 5 sec
Application.Idle(False);
Debugger.WaitForFinishRun(25);
inc(i);
end;
end;
var
ExeName, ExpName: String;
t: TWatchExpectationList;
Src: TCommonSource;
BrkPrg: TDBGBreakPoint;
ExpPre: TWatchExpectationResult;
testidx: Integer;
begin
if SkipTest then exit;
if not TestControlCanTest(ControlTestModify) then exit;
t := nil;
Src := GetCommonSourceFor('WatchesValuePrg.pas');
TestCompile(Src, ExeName);
AssertTrue('Start debugger', Debugger.StartDebugger(AppDir, ExeName));
try
t := TWatchExpectationList.Create(Self);
t.AcceptSkSimple := [skInteger, skCardinal, skBoolean, skChar, skFloat,
skString, skAnsiString, skCurrency, skVariant, skWideString,
skInterface];
t.AddTypeNameAlias('integer', 'integer|longint');
t.AddTypeNameAlias('cardinal', 'cardinal|longword');
t.AddTypeNameAlias('BYTEBOOL', 'boolean|BYTEBOOL');
t.AddTypeNameAlias('TEnumSub', 'TEnum|TEnumSub');
BrkPrg := Debugger.SetBreakPoint(Src, 'Prg');
AssertDebuggerNotInErrorState;
(* ************ Nested Functions ************* *)
RunToPause(BrkPrg);
for testidx := 0 to 1 do begin
ExpPre := weCardinal(qword($9696969696969696), 'QWord', 8);
ExpName := 'ModifyTest';
if testidx = 1 then begin
ExpPre := weCardinal(byte($96), 'Byte', 1);
ExpName := 'ModifyPackTest';
end;
t.Clear;
//t.Add(AName, p+'QWord'+e, weCardinal(10000+n, 'QWord', 8));
//t.Add(AName, p+'Shortint'+e, weInteger (50+n, 'Shortint', 1));
t.Add('(before)', ExpName + 'Byte.pre', ExpPre);
t.Add('(before)', ExpName + 'Byte.post', weCardinal($69, 'Byte', 1));
t.Add('(before)', ExpName + 'Byte.val', weCardinal($01, 'Byte', 1));
t.EvaluateWatches;
t.CheckResults;
t.Clear;
Debugger.LazDebugger.Modify(ExpName + 'Byte.val', '131');
WaitForModify;
t.Add('(after)', ExpName + 'Byte.pre', ExpPre);
t.Add('(after)', ExpName + 'Byte.post', weCardinal($69, 'Byte', 1));
t.Add('(after)', ExpName + 'Byte.val', weCardinal(131, 'Byte', 1));
t.EvaluateWatches;
t.CheckResults;
t.Clear;
t.Add('(before)', ExpName + 'Word.pre', ExpPre);
t.Add('(before)', ExpName + 'Word.post', weCardinal($69, 'Byte', 1));
t.Add('(before)', ExpName + 'Word.val', weCardinal($0101, 'Word', 2));
t.EvaluateWatches;
t.CheckResults;
t.Clear;
Debugger.LazDebugger.Modify(ExpName + 'Word.val', '35131');
WaitForModify;
t.Add('(after)', ExpName + 'Word.pre', ExpPre);
t.Add('(after)', ExpName + 'Word.post', weCardinal($69, 'Byte', 1));
t.Add('(after)', ExpName + 'Word.val', weCardinal(35131, 'Word', 2));
t.EvaluateWatches;
t.CheckResults;
t.Clear;
t.Add('(before)', ExpName + 'Cardinal.pre', ExpPre);
t.Add('(before)', ExpName + 'Cardinal.post', weCardinal($69, 'Byte', 1));
t.Add('(before)', ExpName + 'Cardinal.val', weCardinal($81020102, 'Cardinal', 4));
t.EvaluateWatches;
t.CheckResults;
t.Clear;
Debugger.LazDebugger.Modify(ExpName + 'Cardinal.val', '$9AA93333');
WaitForModify;
t.Add('(after)', ExpName + 'Cardinal.pre', ExpPre);
t.Add('(after)', ExpName + 'Cardinal.post', weCardinal($69, 'Byte', 1));
t.Add('(after)', ExpName + 'Cardinal.val', weCardinal($9AA93333, 'Cardinal', 4));
t.EvaluateWatches;
t.CheckResults;
t.Clear;
t.Add('(before)', ExpName + 'QWord.pre', ExpPre);
t.Add('(before)', ExpName + 'QWord.post', weCardinal($69, 'Byte', 1));
t.Add('(before)', ExpName + 'QWord.val', weCardinal(qword($8102010201020102), 'QWord', 8));
t.EvaluateWatches;
t.CheckResults;
t.Clear;
Debugger.LazDebugger.Modify(ExpName + 'QWord.val', '$9AA9333344224422');
WaitForModify;
t.Add('(after)', ExpName + 'QWord.pre', ExpPre);
t.Add('(after)', ExpName + 'QWord.post', weCardinal($69, 'Byte', 1));
t.Add('(after)', ExpName + 'QWord.val', weCardinal(qword($9AA9333344224422), 'QWord', 8));
t.EvaluateWatches;
t.CheckResults;
t.Clear;
t.Add('(before)', ExpName + 'Int.pre', ExpPre);
t.Add('(before)', ExpName + 'Int.post', weCardinal($69, 'Byte', 1));
t.Add('(before)', ExpName + 'Int.val', weInteger(-$01030103, 'Integer', 4));
t.EvaluateWatches;
t.CheckResults;
t.Clear;
Debugger.LazDebugger.Modify(ExpName + 'Int.val', '$44225522');
WaitForModify;
t.Add('(after)', ExpName + 'Int.pre', ExpPre);
t.Add('(after)', ExpName + 'Int.post', weCardinal($69, 'Byte', 1));
t.Add('(after)', ExpName + 'Int.val', weInteger($44225522, 'Integer', 4));
t.EvaluateWatches;
t.CheckResults;
t.Clear;
t.Add('(before)', ExpName + 'Int64.pre', ExpPre);
t.Add('(before)', ExpName + 'Int64.post', weCardinal($69, 'Byte', 1));
t.Add('(before)', ExpName + 'Int64.val', weInteger(-$0103010301030103, 'Int64', 8));
t.EvaluateWatches;
t.CheckResults;
t.Clear;
Debugger.LazDebugger.Modify(ExpName + 'Int64.val', '$4422552201020102');
WaitForModify;
t.Add('(after)', ExpName + 'Int64.pre', ExpPre);
t.Add('(after)', ExpName + 'Int64.post', weCardinal($69, 'Byte', 1));
t.Add('(after)', ExpName + 'Int64.val', weInteger($4422552201020102, 'Int64', 8));
t.EvaluateWatches;
t.CheckResults;
t.Clear;
t.Add('(before)', ExpName + 'Pointer.pre', ExpPre);
t.Add('(before)', ExpName + 'Pointer.post', weCardinal($69, 'Byte', 1));
t.Add('(before)', ExpName + 'Pointer.val', wePointerAddr(Pointer(30), 'Pointer'));
t.EvaluateWatches;
t.CheckResults;
t.Clear;
Debugger.LazDebugger.Modify(ExpName + 'Pointer.val', '50');
WaitForModify;
t.Add('(after)', ExpName + 'Pointer.pre', ExpPre);
t.Add('(after)', ExpName + 'Pointer.post', weCardinal($69, 'Byte', 1));
t.Add('(after)', ExpName + 'Pointer.val', wePointerAddr(Pointer(50), 'Pointer'));
t.EvaluateWatches;
t.CheckResults;
t.Clear;
t.Add('(before)', ExpName + 'PWord.pre', ExpPre);
t.Add('(before)', ExpName + 'PWord.post', weCardinal($69, 'Byte', 1));
t.Add('(before)', ExpName + 'PWord.val', wePointerAddr(Pointer(40), 'PWord'));
t.EvaluateWatches;
t.CheckResults;
t.Clear;
Debugger.LazDebugger.Modify(ExpName + 'PWord.val', '70');
WaitForModify;
t.Add('(after)', ExpName + 'PWord.pre', ExpPre);
t.Add('(after)', ExpName + 'PWord.post', weCardinal($69, 'Byte', 1));
t.Add('(after)', ExpName + 'PWord.val', wePointerAddr(Pointer(70), 'PWord'));
t.EvaluateWatches;
t.CheckResults;
t.Clear;
t.Add('(before)', ExpName + 'Bool.pre', ExpPre);
t.Add('(before)', ExpName + 'Bool.post', weCardinal($69, 'Byte', 1));
t.Add('(before)', ExpName + 'Bool.val', weBool(True));
t.EvaluateWatches;
t.CheckResults;
t.Clear;
Debugger.LazDebugger.Modify(ExpName + 'Bool.val', 'False');
WaitForModify;
t.Add('(after)', ExpName + 'Bool.pre', ExpPre);
t.Add('(after)', ExpName + 'Bool.post', weCardinal($69, 'Byte', 1));
t.Add('(after)', ExpName + 'Bool.val', weBool(False));
t.EvaluateWatches;
t.CheckResults;
t.Clear;
t.Add('(before)', ExpName + 'ByteBool.pre', ExpPre);
t.Add('(before)', ExpName + 'ByteBool.post', weCardinal($69, 'Byte', 1));
t.Add('(before)', ExpName + 'ByteBool.val', weSizedBool(False, 'BYTEBOOL'));
t.EvaluateWatches;
t.CheckResults;
t.Clear;
Debugger.LazDebugger.Modify(ExpName + 'ByteBool.val', 'True');
WaitForModify;
t.Add('(after)', ExpName + 'ByteBool.pre', ExpPre);
t.Add('(after)', ExpName + 'ByteBool.post', weCardinal($69, 'Byte', 1));
t.Add('(after)', ExpName + 'ByteBool.val', weSizedBool(True, 'BYTEBOOL'));
t.EvaluateWatches;
t.CheckResults;
t.Clear;
t.Add('(before)', ExpName + 'Char.pre', ExpPre);
t.Add('(before)', ExpName + 'Char.post', weCardinal($69, 'Byte', 1));
t.Add('(before)', ExpName + 'Char.val', weChar('B'));
t.EvaluateWatches;
t.CheckResults;
t.Clear;
Debugger.LazDebugger.Modify(ExpName + 'Char.val', 'X');
WaitForModify;
t.Add('(after)', ExpName + 'Char.pre', ExpPre);
t.Add('(after)', ExpName + 'Char.post', weCardinal($69, 'Byte', 1));
t.Add('(after)', ExpName + 'Char.val', weChar('X'));
t.EvaluateWatches;
t.CheckResults;
t.Clear;
t.Add('(before)', ExpName + 'WideChar.pre', ExpPre);
t.Add('(before)', ExpName + 'WideChar.post', weCardinal($69, 'Byte', 1));
t.Add('(before)', ExpName + 'WideChar.val', weWideChar('B'));
t.EvaluateWatches;
t.CheckResults;
t.Clear;
Debugger.LazDebugger.Modify(ExpName + 'WideChar.val', 'Y');
WaitForModify;
t.Add('(after)', ExpName + 'WideChar.pre', ExpPre);
t.Add('(after)', ExpName + 'WideChar.post', weCardinal($69, 'Byte', 1));
t.Add('(after)', ExpName + 'WideChar.val', weWideChar('Y'));
t.EvaluateWatches;
t.CheckResults;
t.Clear;
t.Add('(before)', ExpName + 'Enum.pre', ExpPre);
t.Add('(before)', ExpName + 'Enum.post', weCardinal($69, 'Byte', 1));
t.Add('(before)', ExpName + 'Enum.val', weEnum('EnVal2'));
t.EvaluateWatches;
t.CheckResults;
t.Clear;
Debugger.LazDebugger.Modify(ExpName + 'Enum.val', 'EnVal4');
WaitForModify;
t.Add('(after)', ExpName + 'Enum.pre', ExpPre);
t.Add('(after)', ExpName + 'Enum.post', weCardinal($69, 'Byte', 1));
t.Add('(after)', ExpName + 'Enum.val', weEnum('EnVal4'));
t.EvaluateWatches;
t.CheckResults;
t.Clear;
t.Add('(before)', ExpName + 'Enum16.pre', ExpPre);
t.Add('(before)', ExpName + 'Enum16.post', weCardinal($69, 'Byte', 1));
t.Add('(before)', ExpName + 'Enum16.val', weEnum('ExValX2'));
t.EvaluateWatches;
t.CheckResults;
t.Clear;
Debugger.LazDebugger.Modify(ExpName + 'Enum16.val', 'ExValX7');
WaitForModify;
t.Add('(after)', ExpName + 'Enum16.pre', ExpPre);
t.Add('(after)', ExpName + 'Enum16.post', weCardinal($69, 'Byte', 1));
t.Add('(after)', ExpName + 'Enum16.val', weEnum('ExValX7'));
t.EvaluateWatches;
t.CheckResults;
t.Clear;
if Compiler.SymbolType <> stDwarf then begin
t.Add('(before)', ExpName + 'Set.pre', ExpPre);
t.Add('(before)', ExpName + 'Set.post', weCardinal($69, 'Byte', 1));
t.Add('(before)', ExpName + 'Set.val', weSet(['EnVal2', 'EnVal4']));
t.EvaluateWatches;
t.CheckResults;
t.Clear;
Debugger.LazDebugger.Modify(ExpName + 'Set.val', ' [ EnVal1, EnVal3] ');
WaitForModify;
t.Add('(after)', ExpName + 'Set.pre', ExpPre);
t.Add('(after)', ExpName + 'Set.post', weCardinal($69, 'Byte', 1));
t.Add('(after)', ExpName + 'Set.val', weSet(['EnVal1', 'EnVal3']));
t.EvaluateWatches;
t.CheckResults;
t.Clear;
Debugger.LazDebugger.Modify(ExpName + 'Set.val', ' [ EnVal1] ');
WaitForModify;
t.Add('(after)', ExpName + 'Set.pre', ExpPre);
t.Add('(after)', ExpName + 'Set.post', weCardinal($69, 'Byte', 1));
t.Add('(after)', ExpName + 'Set.val', weSet(['EnVal1']));
t.EvaluateWatches;
t.CheckResults;
t.Clear;
Debugger.LazDebugger.Modify(ExpName + 'Set.val', ' [ EnVal4] ');
WaitForModify;
t.Add('(after)', ExpName + 'Set.pre', ExpPre);
t.Add('(after)', ExpName + 'Set.post', weCardinal($69, 'Byte', 1));
t.Add('(after)', ExpName + 'Set.val', weSet(['EnVal4']));
t.EvaluateWatches;
t.CheckResults;
t.Clear;
t.Add('(before)', ExpName + 'Set4.pre', ExpPre);
t.Add('(before)', ExpName + 'Set4.post', weCardinal($69, 'Byte', 1));
t.Add('(before)', ExpName + 'Set4.val', weSet(['E4Val02', 'E4Val09']));
t.EvaluateWatches;
t.CheckResults;
t.Clear;
Debugger.LazDebugger.Modify(ExpName + 'Set4.val', '[E4Val03,E4Val0A ]');
WaitForModify;
t.Add('(after)', ExpName + 'Set4.pre', ExpPre);
t.Add('(after)', ExpName + 'Set4.post', weCardinal($69, 'Byte', 1));
t.Add('(after)', ExpName + 'Set4.val', weSet(['E4Val03', 'E4Val0A']));
t.EvaluateWatches;
t.CheckResults;
t.Clear;
Debugger.LazDebugger.Modify(ExpName + 'Set4.val', ' [E4Val0B ]');
WaitForModify;
t.Add('(after)', ExpName + 'Set4.pre', ExpPre);
t.Add('(after)', ExpName + 'Set4.post', weCardinal($69, 'Byte', 1));
t.Add('(after)', ExpName + 'Set4.val', weSet(['E4Val0B']));
t.EvaluateWatches;
t.CheckResults;
t.Clear;
t.Add('(before)', ExpName + 'Set6.pre', ExpPre);
t.Add('(before)', ExpName + 'Set6.post', weCardinal($69, 'Byte', 1));
t.Add('(before)', ExpName + 'Set6.val', weSet(['E6Val02', 'E6Val1A']));
t.EvaluateWatches;
t.CheckResults;
t.Clear;
Debugger.LazDebugger.Modify(ExpName + 'Set6.val', '[E6Val03,E6Val1B ]');
WaitForModify;
t.Add('(after)', ExpName + 'Set6.pre', ExpPre);
t.Add('(after)', ExpName + 'Set6.post', weCardinal($69, 'Byte', 1));
t.Add('(after)', ExpName + 'Set6.val', weSet(['E6Val03', 'E6Val1B']));
t.EvaluateWatches;
t.CheckResults;
t.Clear;
t.Add('(before)', ExpName + 'Set7.pre', ExpPre);
t.Add('(before)', ExpName + 'Set7.post', weCardinal($69, 'Byte', 1));
t.Add('(before)', ExpName + 'Set7.val', weSet(['E7Val02', 'E7Val3A']));
t.EvaluateWatches;
t.CheckResults;
t.Clear;
Debugger.LazDebugger.Modify(ExpName + 'Set7.val', '[E7Val03,E7Val12,E7Val3B ]');
WaitForModify;
t.Add('(after)', ExpName + 'Set7.pre', ExpPre);
t.Add('(after)', ExpName + 'Set7.post', weCardinal($69, 'Byte', 1));
t.Add('(after)', ExpName + 'Set7.val', weSet(['E7Val03', 'E7Val12', 'E7Val3B']));
t.EvaluateWatches;
t.CheckResults;
t.Clear;
t.Add('(before)', ExpName + 'Set8.pre', ExpPre);
t.Add('(before)', ExpName + 'Set8.post', weCardinal($69, 'Byte', 1));
t.Add('(before)', ExpName + 'Set8.val', weSet(['E8Val02', 'E8Val59']));
t.EvaluateWatches;
t.CheckResults;
t.Clear;
Debugger.LazDebugger.Modify(ExpName + 'Set8.val', '[E8Val03,E8Val12,E8Val58 ]');
WaitForModify;
t.Add('(after)', ExpName + 'Set8.pre', ExpPre);
t.Add('(after)', ExpName + 'Set8.post', weCardinal($69, 'Byte', 1));
t.Add('(after)', ExpName + 'Set8.val', weSet(['E8Val03', 'E8Val12', 'E8Val58']));
t.EvaluateWatches;
t.CheckResults;
t.Clear;
t.Add('(before)', ExpName + 'SRangeSet.pre', ExpPre);
t.Add('(before)', ExpName + 'SRangeSet.post', weCardinal($69, 'Byte', 1));
t.Add('(before)', ExpName + 'SRangeSet.val', weSet(['20','23','28']));
t.EvaluateWatches;
t.CheckResults;
t.Clear;
Debugger.LazDebugger.Modify(ExpName + 'SRangeSet.val', '[21,$18,27 ]');
WaitForModify;
t.Add('(after)', ExpName + 'SRangeSet.pre', ExpPre);
t.Add('(after)', ExpName + 'SRangeSet.post', weCardinal($69, 'Byte', 1));
t.Add('(after)', ExpName + 'SRangeSet.val', weSet(['21', '24', '27']));
t.EvaluateWatches;
t.CheckResults;
t.Clear;
Debugger.LazDebugger.Modify(ExpName + 'SRangeSet.val', '[30 ]');
WaitForModify;
t.Add('(after)', ExpName + 'SRangeSet.pre', ExpPre);
t.Add('(after)', ExpName + 'SRangeSet.post', weCardinal($69, 'Byte', 1));
t.Add('(after)', ExpName + 'SRangeSet.val', weSet(['30']));
t.EvaluateWatches;
t.CheckResults;
t.Clear;
end;
end;
finally
Debugger.RunToNextPause(dcStop);
t.Free;
Debugger.ClearDebuggerMonitors;
Debugger.FreeDebugger;
AssertTestErrors;
end;
end;
procedure TTestWatches.TestWatchesErrors;
var
ExeName: String;
t: TWatchExpectationList;
Src: TCommonSource;
BrkPrg: TDBGBreakPoint;
begin
if SkipTest then exit;
if not TestControlCanTest(ControlTestErrors) then exit;
t := nil;
Src := GetCommonSourceFor('WatchesValuePrg.pas');
TestCompile(Src, ExeName);
AssertTrue('Start debugger', Debugger.StartDebugger(AppDir, ExeName));
try
t := TWatchExpectationList.Create(Self);
t.AcceptSkSimple := [skInteger, skCardinal, skBoolean, skChar, skFloat,
skString, skAnsiString, skCurrency, skVariant, skWideString,
skInterface];
t.AddTypeNameAlias('integer', 'integer|longint');
t.AddTypeNameAlias('ShortStr255', 'ShortStr255|ShortString');
t.AddTypeNameAlias('TEnumSub', 'TEnum|TEnumSub');
BrkPrg := Debugger.SetBreakPoint(Src, 'Prg');
//BrkFoo := Debugger.SetBreakPoint(Src, 'Foo');
//BrkFooVar := Debugger.SetBreakPoint(Src, 'FooVar');
//BrkFooConstRef := Debugger.SetBreakPoint(Src, 'FooConstRef');
AssertDebuggerNotInErrorState;
(* ************ Nested Functions ************* *)
RunToPause(BrkPrg);
t.Clear;
// Constant values
//t.Add('', '^char(1)^+[1]', weMatchErr('Can not evaluate: "\[1\]"'));
t.Add('', '^char(1)^+[1]', weMatchErr('Can not evaluate: "\['));
t.EvaluateWatches;
t.CheckResults;
finally
Debugger.RunToNextPause(dcStop);
t.Free;
Debugger.ClearDebuggerMonitors;
Debugger.FreeDebugger;
AssertTestErrors;
end;
end;
procedure TTestWatches.TestClassRtti;
var
ExeName: String;
Src: TCommonSource;
BrkPrg: TDBGBreakPoint;
fp: TFpDebugDebugger;
AnExpressionScope: TFpDbgSymbolScope;
APasExpr: TFpPascalExpression;
ResValue: TFpValue;
InstClass, AnUnitName: String;
r: Boolean;
begin
if SkipTest then exit;
if not TestControlCanTest(ControlTestRTTI) then exit;
Src := GetCommonSourceFor('WatchesValuePrg.pas');
TestCompile(Src, ExeName);
AssertTrue('Start debugger', Debugger.StartDebugger(AppDir, ExeName));
AnExpressionScope := nil;
try
BrkPrg := Debugger.SetBreakPoint(Src, 'Prg');
AssertDebuggerNotInErrorState;
RunToPause(BrkPrg);
{$IFDEF FPDEBUG_THREAD_CHECK}
ClearCurrentFpDebugThreadIdForAssert;
{$ENDIF}
fp := TFpDebugDebugger(Debugger.LazDebugger);
AnExpressionScope := fp.DbgController.CurrentProcess.FindSymbolScope(fp.DbgController.CurrentThread.ID, 0);
TestTrue('got scope', AnExpressionScope <> nil);
if AnExpressionScope <> nil then begin
APasExpr := TFpPascalExpression.Create('MyClass1', AnExpressionScope);
ResValue := APasExpr.ResultValue;
r := ResValue.GetInstanceClassName(InstClass);
TestTrue('got inst class ', r);
TestEquals('inst class ', 'TMyClass', InstClass);
r := ResValue.GetInstanceClassName(@InstClass, @AnUnitName);
TestTrue('got inst class ', r);
TestEquals('inst class ', 'TMyClass', InstClass);
TestEquals('unit name', 'WatchesValuePrg', AnUnitName);
r := ResValue.GetInstanceClassName(@InstClass, @AnUnitName, 1);
TestTrue('got inst class ', r);
TestEquals('inst class ', 'TMyBaseClass', InstClass);
TestEquals('unit name', 'WatchesValuePrg', AnUnitName);
r := ResValue.GetInstanceClassName(@InstClass, @AnUnitName, 2);
TestTrue('got inst class ', r);
TestEquals('inst class ', 'TObject', InstClass);
TestEquals('unit name', 'system', lowercase(AnUnitName));
APasExpr.Free;
APasExpr := TFpPascalExpression.Create('MyClass2', AnExpressionScope);
ResValue := APasExpr.ResultValue;
r := ResValue.GetInstanceClassName(InstClass);
TestTrue('got inst class ', r);
TestEquals('inst class ', 'TMyClass', InstClass);
r := ResValue.GetInstanceClassName(@InstClass, @AnUnitName);
TestTrue('got inst class ', r);
TestEquals('inst class ', 'TMyClass', InstClass);
TestEquals('unit name', 'WatchesValuePrg', AnUnitName);
r := ResValue.GetInstanceClassName(@InstClass, @AnUnitName, 1);
TestTrue('got inst class ', r);
TestEquals('inst class ', 'TMyBaseClass', InstClass);
TestEquals('unit name', 'WatchesValuePrg', AnUnitName);
r := ResValue.GetInstanceClassName(@InstClass, @AnUnitName, 2);
TestTrue('got inst class ', r);
TestEquals('inst class ', 'TObject', InstClass);
TestEquals('unit name', 'system', lowercase(AnUnitName));
APasExpr.Free;
end;
finally
AnExpressionScope.ReleaseReference;
Debugger.RunToNextPause(dcStop);
Debugger.ClearDebuggerMonitors;
Debugger.FreeDebugger;
AssertTestErrors;
end;
end;
initialization
RegisterDbgTest(TTestWatches);
ControlTestWatch := TestControlRegisterTest('TTestWatch');
ControlTestWatchScope := TestControlRegisterTest('Scope', ControlTestWatch);
ControlTestWatchValue := TestControlRegisterTest('Value', ControlTestWatch);
ControlTestWatchIntrinsic := TestControlRegisterTest('Intrinsic', ControlTestWatch);
ControlTestWatchFunct := TestControlRegisterTest('Function', ControlTestWatch);
ControlTestWatchFunct2 := TestControlRegisterTest('Function2', ControlTestWatch);
ControlTestWatchFunctStr := TestControlRegisterTest('FunctionString', ControlTestWatch);
ControlTestWatchFunctRec := TestControlRegisterTest('FunctionRecord', ControlTestWatch);
ControlTestWatchFunctVariant:= TestControlRegisterTest('FunctionSysVarToLstr', ControlTestWatch);
ControlTestWatchAddressOf := TestControlRegisterTest('AddressOf', ControlTestWatch);
ControlTestWatchTypeCast := TestControlRegisterTest('TypeCast', ControlTestWatch);
ControlTestModify := TestControlRegisterTest('Modify', ControlTestWatch);
ControlTestExpression := TestControlRegisterTest('Expression', ControlTestWatch);
ControlTestErrors := TestControlRegisterTest('Errors', ControlTestWatch);
ControlTestRTTI := TestControlRegisterTest('Rtti', ControlTestWatch);
end.
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