Bo Berglund wrote 12 lines
On Sat, 17 Aug 2019 14:12:02 +0200, Martin Frb via lazarus
wrote:
> On 17/08/2019 14:00, Martin Frb via lazarus wrote:
>> Could you apply the following patch please:
>>
https://github.com/User4martin/lazarus/commit/5fa7fac42bb55d23b9654984be1e2e1c08049709
> Or the patch/commit from latest trunk. Added the verbose to all tests
This is somehing I have never done...
Could you please explain what you mean I should do in order to "apply
the patch"?
Step by step please.
I attached a ready to go replacement file.
Make a copy of your original
components/macroscript/emsselftest.pas
and then put the attached file into it.
Tools > Option > editor macro script : "Test again" (this deletes/reset editormacroscript.xml from your primary conf, which is the file that stores the error)
Tools > Rebuild Lazarus IDE
Restart
The new error should be shown on IDE start.
--------
Applying patches (not needed for the above)
1)
If it is just a few lines, locate them in your source and edit them. githup shows the line number and changes
2)
Download as a patch. Now here is the thing: GitHUB (not git) is actually not as good as in is often praised. There seems to be no intuitive way to get an actual patch.
I assumed there would be a button. Sorry about that, but github is not normally my turf.
From what I found one has to append .diff to the url https://github.com/User4martin/lazarus/commit/5fa7fac42bb55d23b9654984be1e2e1c08049709.diff That can be saved, and then
cd lazarus
patch -p1 < the_file.patch
The -p1 strips one leading folder from
--- a/components/macroscript/emsselftest.pas
+++ b/components/macroscript/emsselftest.pas
In this case the "a/"
If you did
cd lazarus/components
and therefore you file was macroscript/emsselftest.pas then you would need -p2
and so on
you can do --dry-run
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unit EMSSelfTest;
{$mode objfpc}{$H+}
interface
{$IFDEF darwin}
{$DEFINE NeedTPointFix }
{$ENDIF}
uses
Classes, SysUtils, SynEdit, LazLoggerBase,
IDECommands, EMScriptClasses, EMScriptMacro, Clipbrd, Dialogs, Controls,
uPSCompiler, uPSRuntime, uPSUtils;
type
TEMScriptSelfTestException = Exception;
{ TEMSTPSTestExec }
TEMSTPSTestExec = class(TEMSTPSExec)
protected
procedure AddFuncToExec; override;
public
end;
{ TEMSPSTestPascalCompiler }
TEMSPSTestPascalCompiler = class(TEMSPSPascalCompiler)
private
FNextOnUses: TPSOnUses;
public
constructor Create;
end;
{ TEMSelfTestEditorMacro }
TEMSelfTestEditorMacro = class(TEMSEditorMacro)
public
constructor Create(aOwner: TComponent); override;
end;
function DoSelfTest: Boolean;
var
SelfTestErrorMsg: String;
implementation
{$IFDEF NeedTPointFix}
type TPoint2 = record x,y,a,b,c: Longint; end;
{$ENDIF}
{%region RegisterSelfTests}
var
{%H-}TestResultA: integer;
TestResultInt1, TestResultInt2: integer;
TestInputInt1, TestInputInt2: integer;
TestResultBool1, TestResultBool2: boolean;
TestInputBool1, TestInputBool2: boolean;
TestResultStr1, TestResultStr2: String;
TestInputStr1, TestInputStr2: String;
function test_ord_mt(AType: TMsgDlgType): Integer;
begin
Result := ord(AType);
TestResultA := Result;
end;
function test_ord_mb(ABtn: TMsgDlgBtn): Integer;
begin
Result := ord(ABtn);
TestResultA := Result;
end;
procedure test_int1(AValue: Integer);
begin
TestResultInt1 := AValue;
end;
procedure test_int2(AValue: Integer);
begin
TestResultInt2 := AValue;
end;
function test_getint1: Integer;
begin
Result := TestInputInt1;
end;
function test_getint2: Integer;
begin
Result := TestInputInt2;
end;
procedure test_varint1(var AValue: Integer);
begin
TestResultInt1 := AValue;
AValue := TestInputInt1;
end;
procedure test_bool1(AValue: boolean);
begin
TestResultBool1 := AValue;
end;
procedure test_bool2(AValue: boolean);
begin
TestResultBool2 := AValue;
end;
function test_getbool1: Boolean;
begin
Result := TestInputBool1;
end;
function test_getbool2: Boolean;
begin
Result := TestInputBool2;
end;
procedure test_point(AValue: TPoint);
begin
TestResultInt1 := AValue.X;
TestResultInt2 := AValue.Y;
end;
function test_getpoint: {$IFDEF NeedTPointFix}TPoint2{$ELSE}TPoint{$ENDIF};
begin
Result.X := TestInputInt1;
Result.Y := TestInputInt2;
end;
procedure test_varpoint(var AValue: TPoint);
begin
TestResultInt1 := AValue.X;
TestResultInt2 := AValue.Y;
AValue.X := TestInputInt1;
AValue.Y := TestInputInt2;
end;
procedure test_str1(AValue: String);
begin
TestResultStr1 := AValue;
end;
procedure test_str2(AValue: String);
begin
TestResultStr2 := AValue;
end;
function test_getstr1: String;
begin
Result := TestInputStr1;
end;
function test_getstr2: String;
begin
Result := TestInputStr2;
end;
procedure test_varstr1(var AValue: String);
begin
TestResultStr1 := AValue;
AValue := TestInputStr1;
end;
const
Decltest_ord_mt = 'function test_ord_mt(AType: TMsgDlgType): Integer;';
Decltest_ord_mb = 'function test_ord_mb(ABtn: TMsgDlgBtn): Integer;';
Decltest_int1 = 'procedure test_int1(AValue: Integer);';
Decltest_int2 = 'procedure test_int2(AValue: Integer);';
Decltest_getint1 = 'function test_getint1: Integer;';
Decltest_getint2 = 'function test_getint2: Integer;';
Decltest_varint1 = 'procedure test_varint1(var AValue: Integer);';
Decltest_bool1 = 'procedure test_bool1(AValue: Boolean);';
Decltest_bool2 = 'procedure test_bool2(AValue: Boolean);';
Decltest_getbool1 = 'function test_getbool1: Boolean;';
Decltest_getbool2 = 'function test_getbool2: Boolean;';
Decltest_point = 'procedure test_point(AValue: TPoint);';
Decltest_getpoint = 'function test_getpoint: TPoint;';
Decltest_varpoint = 'procedure test_varpoint(var AValue: TPoint);';
Decltest_str1 = 'procedure test_str1(AValue: String);';
Decltest_str2 = 'procedure test_str2(AValue: String);';
Decltest_getstr1 = 'function test_getstr1: String;';
Decltest_getstr2 = 'function test_getstr2: String;';
Decltest_varstr1 = 'procedure test_varstr1(var AValue: String);';
Functest_ord_mt: function(AType: TMsgDlgType): Integer = @test_ord_mt;
Functest_ord_mb: function(ABtn: TMsgDlgBtn): Integer = @test_ord_mb;
Proctest_int1: procedure (AValue: Integer) = @test_int1;
Proctest_int2: procedure (AValue: Integer) = @test_int2;
Proctest_getint1: function: Integer = @test_getint1;
Proctest_getint2: function: Integer = @test_getint2;
Proctest_varint1: procedure (var AValue: Integer) = @test_varint1;
Proctest_bool1: procedure (AValue: Boolean) = @test_bool1;
Proctest_bool2: procedure (AValue: Boolean) = @test_bool2;
Proctest_getbool1: function: Boolean = @test_getbool1;
Proctest_getbool2: function: Boolean = @test_getbool2;
Proctest_point: procedure (AValue: TPoint) = @test_point;
Proctest_getpoint: function: {$IFDEF NeedTPointFix}TPoint2{$ELSE}TPoint{$ENDIF} = @test_getpoint;
Proctest_varpoint: procedure (var AValue: TPoint) = @test_varpoint;
Proctest_str1: procedure (AValue: String) = @test_str1;
Proctest_str2: procedure (AValue: String) = @test_str2;
Proctest_getstr1: function: String = @test_getstr1;
Proctest_getstr2: function: String = @test_getstr2;
Proctest_varstr1: procedure (var AValue: String) = @test_varstr1;
{$IFDEF PasMacroNoNativeCalls}
const
Id_test_ord_mb = 901;
Id_test_ord_mt = 902;
Id_test_int1 = 910;
Id_test_int2 = 911;
Id_test_getint1 = 912;
Id_test_getint2 = 913;
Id_test_varint1 = 914;
Id_test_bool1 = 920;
Id_test_bool2 = 921;
Id_test_getbool1 = 922;
Id_test_getbool2 = 923;
Id_test_point = 930;
Id_test_getpoint = 931;
Id_test_varpoint = 932;
Id_test_str1 = 940;
Id_test_str2 = 941;
Id_test_getstr1 = 942;
Id_test_getstr2 = 943;
Id_test_varstr1 = 944;
function ExecTestHandler({%H-}Caller: TPSExec; p: TPSExternalProcRec;
{%H-}Global, Stack: TPSStack): Boolean;
var
data: PPoint;
i: integer;
s: TbtString;
begin
Result := True;
case Longint(p.Ext1) of
Id_test_ord_mb: begin // test_ord_mb(ABtn: TMsgDlgBtn): Integer;
if Stack.Count < 2 then raise TEMScriptBadParamException.Create('Invalid param count for "test_ord_mb"');
Stack.SetInt(-1, test_ord_mb(TMsgDlgBtn(Stack.GetUInt(-2))) );
end;
Id_test_ord_mt: begin // test_ord_mt(AType: TMsgDlgType): Integer;
if Stack.Count < 2 then raise TEMScriptBadParamException.Create('Invalid param count for "test_ord_mt"');
// Stack[Stack.Count-2]^.FType.ExportName = 'TMSGDLGTYPE'
Stack.SetInt(-1, test_ord_mt(TMsgDlgType(Stack.GetUInt(-2))) );
end;
Id_test_int1: begin // test_int1(AValue: Integer);
if Stack.Count < 1 then raise TEMScriptBadParamException.Create('Invalid param count for "test_int1"');
test_int1(Stack.GetUInt(-1));
end;
Id_test_int2: begin // test_int2(AValue: Integer);
if Stack.Count < 1 then raise TEMScriptBadParamException.Create('Invalid param count for "test_int2"');
test_int2(Stack.GetUInt(-1));
end;
Id_test_getint1: begin
if Stack.Count < 1 then raise TEMScriptBadParamException.Create('Invalid param count for "test_getint1"');
Stack.SetInt(-1, test_getint1());
end;
Id_test_getint2: begin
if Stack.Count < 1 then raise TEMScriptBadParamException.Create('Invalid param count for "test_getint2"');
Stack.SetInt(-1, test_getint2());
end;
Id_test_varint1: begin
if Stack.Count < 1 then raise TEMScriptBadParamException.Create('Invalid param count for "test_int1"');
i := Stack.GetInt(-1);
test_varint1(i);
Stack.SetInt(-1, i);
end;
Id_test_bool1: begin
if Stack.Count < 1 then raise TEMScriptBadParamException.Create('Invalid param count for "test_bool1()"');
test_bool1(Stack.GetBool(-1));
end;
Id_test_bool2: begin
if Stack.Count < 1 then raise TEMScriptBadParamException.Create('Invalid param count for "test_bool2()"');
test_bool2(Stack.GetBool(-1));
end;
Id_test_getbool1: begin
if Stack.Count < 1 then raise TEMScriptBadParamException.Create('Invalid param count for "test_getbool1"');
Stack.SetBool(-1, test_getbool1());
end;
Id_test_getbool2: begin
if Stack.Count < 1 then raise TEMScriptBadParamException.Create('Invalid param count for "test_getbool2"');
Stack.SetBool(-1, test_getbool2());
end;
Id_test_point: begin
if Stack.Count < 1 then raise TEMScriptBadParamException.Create('Invalid param count for "test_point()"');
test_point(GetPointFromStack(Stack, -1));
end;
Id_test_getpoint: begin
if Stack.Count < 1 then raise TEMScriptBadParamException.Create('Invalid param count for "test_getpoint"');
data := GetVarPointFromStack(Stack, -1);
TPoint(data^) := test_getpoint;
end;
Id_test_varpoint: begin
if Stack.Count < 1 then raise TEMScriptBadParamException.Create('Invalid param count for "test_getpoint"');
data := GetVarPointFromStack(Stack, -1);
test_varpoint(TPoint(data^));
end;
Id_test_str1: begin
if Stack.Count < 1 then raise TEMScriptBadParamException.Create('Invalid param count for "test_str1()"');
test_str1(Stack.GetAnsiString(-1));
end;
Id_test_str2: begin
if Stack.Count < 1 then raise TEMScriptBadParamException.Create('Invalid param count for "test_str2()"');
test_str2(Stack.GetAnsiString(-1));
end;
Id_test_getstr1: begin
if Stack.Count < 1 then raise TEMScriptBadParamException.Create('Invalid param count for "test_getstr1"');
Stack.SetAnsiString(-1, test_getstr1());
end;
Id_test_getstr2: begin
if Stack.Count < 1 then raise TEMScriptBadParamException.Create('Invalid param count for "test_getstr2"');
Stack.SetAnsiString(-1, test_getstr2());
end;
Id_test_varstr1: begin
if Stack.Count < 1 then raise TEMScriptBadParamException.Create('Invalid param count for "test_str1()"');
s := Stack.GetAnsiString(-1);
test_varstr1(s);
Stack.SetAnsiString(-1, s);
end;
else
Result := False;
end;
end;
{$ENDIF}
procedure CompRegisterSelfTests(AComp: TPSPascalCompiler);
begin
// for tests
AComp.AddDelphiFunction(Decltest_ord_mb);
AComp.AddDelphiFunction(Decltest_ord_mt);
AComp.AddDelphiFunction(Decltest_int1);
AComp.AddDelphiFunction(Decltest_int2);
AComp.AddDelphiFunction(Decltest_getint1);
AComp.AddDelphiFunction(Decltest_getint2);
AComp.AddDelphiFunction(Decltest_varint1);
AComp.AddDelphiFunction(Decltest_bool1);
AComp.AddDelphiFunction(Decltest_bool2);
AComp.AddDelphiFunction(Decltest_getbool1);
AComp.AddDelphiFunction(Decltest_getbool2);
AComp.AddDelphiFunction(Decltest_point);
AComp.AddDelphiFunction(Decltest_getpoint);
AComp.AddDelphiFunction(Decltest_varpoint);
AComp.AddDelphiFunction(Decltest_str1);
AComp.AddDelphiFunction(Decltest_str2);
AComp.AddDelphiFunction(Decltest_getstr1);
AComp.AddDelphiFunction(Decltest_getstr2);
AComp.AddDelphiFunction(Decltest_varstr1);
end;
procedure ExecRegisterSelfTests(AExec: TEMSTPSExec);
begin
// for tests
{$IFnDEF PasMacroNoNativeCalls}
AExec.RegisterDelphiFunction(Functest_ord_mb, 'test_ord_mb', cdRegister);
AExec.RegisterDelphiFunction(Functest_ord_mt, 'test_ord_mt', cdRegister);
AExec.RegisterDelphiFunction(Proctest_int1, 'test_int1', cdRegister);
AExec.RegisterDelphiFunction(Proctest_int2, 'test_int2', cdRegister);
AExec.RegisterDelphiFunction(Proctest_getint1, 'test_getint1', cdRegister);
AExec.RegisterDelphiFunction(Proctest_getint2, 'test_getint2', cdRegister);
AExec.RegisterDelphiFunction(Proctest_varint1, 'test_varint1', cdRegister);
AExec.RegisterDelphiFunction(Proctest_bool1, 'test_bool1', cdRegister);
AExec.RegisterDelphiFunction(Proctest_bool2, 'test_bool2', cdRegister);
AExec.RegisterDelphiFunction(Proctest_getbool1, 'test_getbool1', cdRegister);
AExec.RegisterDelphiFunction(Proctest_getbool2, 'test_getbool2', cdRegister);
AExec.RegisterDelphiFunction(Proctest_point, 'test_point', cdRegister);
AExec.RegisterDelphiFunction(Proctest_getpoint, 'test_getpoint', cdRegister);
AExec.RegisterDelphiFunction(Proctest_varpoint, 'test_varpoint', cdRegister);
AExec.RegisterDelphiFunction(Proctest_str1, 'test_str1', cdRegister);
AExec.RegisterDelphiFunction(Proctest_str2, 'test_str2', cdRegister);
AExec.RegisterDelphiFunction(Proctest_getstr1, 'test_getstr1', cdRegister);
AExec.RegisterDelphiFunction(Proctest_getstr2, 'test_getstr2', cdRegister);
AExec.RegisterDelphiFunction(Proctest_varstr1, 'test_varstr1', cdRegister);
{$ELSE}
AExec.RegisterFunctionName('test_ord_mb', @ExecTestHandler, Pointer(Id_test_ord_mb), nil);
AExec.RegisterFunctionName('test_ord_mt', @ExecTestHandler, Pointer(Id_test_ord_mt), nil);
AExec.RegisterFunctionName('test_int1', @ExecTestHandler, Pointer(Id_test_int1), nil);
AExec.RegisterFunctionName('test_int2', @ExecTestHandler, Pointer(Id_test_int2), nil);
AExec.RegisterFunctionName('test_getint1', @ExecTestHandler, Pointer(Id_test_getint1), nil);
AExec.RegisterFunctionName('test_getint2', @ExecTestHandler, Pointer(Id_test_getint2), nil);
AExec.RegisterFunctionName('test_varint1', @ExecTestHandler, Pointer(Id_test_varint1), nil);
AExec.RegisterFunctionName('test_bool1', @ExecTestHandler, Pointer(Id_test_bool1), nil);
AExec.RegisterFunctionName('test_bool2', @ExecTestHandler, Pointer(Id_test_bool2), nil);
AExec.RegisterFunctionName('test_getbool1', @ExecTestHandler, Pointer(Id_test_getbool1), nil);
AExec.RegisterFunctionName('test_getbool2', @ExecTestHandler, Pointer(Id_test_getbool2), nil);
AExec.RegisterFunctionName('test_point', @ExecTestHandler, Pointer(Id_test_point), nil);
AExec.RegisterFunctionName('test_getpoint', @ExecTestHandler, Pointer(Id_test_getpoint), nil);
AExec.RegisterFunctionName('test_varpoint', @ExecTestHandler, Pointer(Id_test_varpoint), nil);
AExec.RegisterFunctionName('test_str1', @ExecTestHandler, Pointer(Id_test_str1), nil);
AExec.RegisterFunctionName('test_str2', @ExecTestHandler, Pointer(Id_test_str2), nil);
AExec.RegisterFunctionName('test_getstr1', @ExecTestHandler, Pointer(Id_test_getstr1), nil);
AExec.RegisterFunctionName('test_getstr2', @ExecTestHandler, Pointer(Id_test_getstr2), nil);
AExec.RegisterFunctionName('test_varstr1', @ExecTestHandler, Pointer(Id_test_varstr1), nil);
{$ENDIF}
end;
{%endregion RegisterSelfTests}
{ TEMSPSTestPascalCompiler }
function CompilerOnUses(Sender: TPSPascalCompiler; const Name: TbtString): Boolean;
var
S: TEMSPSTestPascalCompiler;
begin
S := (Sender as TEMSPSTestPascalCompiler);
Result := assigned(S.FNextOnUses) and S.FNextOnUses(Sender, Name);
if Result and (Name = 'SYSTEM') then
begin
CompRegisterSelfTests(S);
Result := True;
end;
end;
constructor TEMSPSTestPascalCompiler.Create;
begin
inherited Create;
FNextOnUses := OnUses;
OnUses := @CompilerOnUses;
end;
{ TEMSTPSTestExec }
procedure TEMSTPSTestExec.AddFuncToExec;
begin
inherited AddFuncToExec;
ExecRegisterSelfTests(Self);
end;
{ TEMSelfTestEditorMacro }
constructor TEMSelfTestEditorMacro.Create(aOwner: TComponent);
begin
inherited Create(aOwner);
Compiler := TEMSPSTestPascalCompiler.Create;
Exec := TEMSTPSTestExec.Create;
end;
type THackTEMSEditorMacro = class(TEMSEditorMacro) end;
function DoSelfTest: Boolean;
var
m: TEMSEditorMacro;
syn: TSynEdit;
procedure RunMacro(AText: String);
begin
m.SetFromSource(AText);
m.PlaybackMacro(syn);
end;
procedure AssertEQ(Msg: String; Exp, Got: String); overload;
begin
if not(Got = Exp) then
raise TEMScriptSelfTestException.Create(Format('%s [Exp: "%s" / Got: "%s" / Info: %s / SynTxt: %s]', [Msg, Exp, Got, dbgs(m.IsInvalid) + ' ' + THackTEMSEditorMacro(m).GetErrorMsg, syn.Text]));
end;
procedure AssertEQ(Msg: String; Exp, Got: Integer); overload;
begin
if not(Got = Exp) then
raise TEMScriptSelfTestException.Create(Format('%s [Exp: %d / Got: %d / Info: %s / SynTxt: %s]', [Msg, Exp, Got, dbgs(m.IsInvalid) + ' ' + THackTEMSEditorMacro(m).GetErrorMsg, syn.Text]));
end;
procedure AssertEQ(Msg: String; Exp, Got: Boolean); overload;
begin
if not(Got = Exp) then
raise TEMScriptSelfTestException.Create(Format('%s [Exp: %s / Got: %s / Info: %s / SynTxt: %s]', [Msg, dbgs(Exp), dbgs(Got), dbgs(m.IsInvalid) + ' ' + THackTEMSEditorMacro(m).GetErrorMsg, syn.Text]));
end;
procedure TestInt(Msg, AText: String; Exp: Integer);
begin
TestResultInt1 := 0;
RunMacro(AText);
AssertEQ(Msg + '(init: 0)', Exp, TestResultInt1);
TestResultInt1 := -1;
RunMacro(AText);
AssertEQ(Msg + '(init: -1)', Exp, TestResultInt1);
TestResultInt1 := 99919;
RunMacro(AText);
AssertEQ(Msg + '(init: 99919)', Exp, TestResultInt1);
end;
procedure TestBool(Msg, AText: String; Exp: Boolean);
begin
TestResultBool1 := False;
RunMacro(AText);
AssertEQ(Msg + '(init: F)', Exp, TestResultBool1);
TestResultBool1 := True;
RunMacro(AText);
AssertEQ(Msg + '(init: T)', Exp, TestResultBool1);
end;
procedure TestBool(Msg, AText: String; Exp, Exp2: Boolean);
begin
TestResultBool1 := False;
TestResultBool2 := False;
RunMacro(AText);
AssertEQ(Msg + '(init: F,F)', Exp, TestResultBool1);
AssertEQ(Msg + '(init: F,F)', Exp2, TestResultBool2);
TestResultBool1 := True;
TestResultBool2 := True;
RunMacro(AText);
AssertEQ(Msg + '(init: T,T)', Exp, TestResultBool1);
AssertEQ(Msg + '(init: T,T)', Exp2, TestResultBool2);
TestResultBool1 := True;
TestResultBool2 := False;
RunMacro(AText);
AssertEQ(Msg + '(init: T,F)', Exp, TestResultBool1);
AssertEQ(Msg + '(init: T,F)', Exp2, TestResultBool2);
TestResultBool1 := False;
TestResultBool2 := True;
RunMacro(AText);
AssertEQ(Msg + '(init: F,T)', Exp, TestResultBool1);
AssertEQ(Msg + '(init: F,T)', Exp2, TestResultBool2);
end;
procedure TestSyn(Msg, AText: String; Exp: String);
begin
syn.ClearAll;
RunMacro(AText);
AssertEQ(Msg , True, pos(Exp, syn.Text) > 0);
end;
procedure TestSyn(Msg, AInit, AText: String; Exp: String);
begin
syn.ClearAll;
syn.Text := AInit;
RunMacro(AText);
AssertEQ(Msg , True, pos(Exp, syn.Text) > 0);
end;
begin
Result := False;
SelfTestErrorMsg := '';
try
try
m := TEMSelfTestEditorMacro.Create(nil);
syn := TSynEdit.Create(nil);
{%region calling convention}
// test_int1
TestResultInt1 := 99;
TestInt('test_int1(42)',
'begin' +
' test_int1(42);' +
'end.',
42);
TestInt('test_int1(-3)',
'begin' +
' test_int1(-3);' +
'end.',
-3);
TestInputInt1 := 1001;
TestInputInt2 := 2002;
RunMacro('var i: Integer;' +
'begin' +
' i := test_getint1' +
' test_int1(i);' +
' test_int2(test_getint2);' +
'end.');
AssertEQ('Failed getint1', 1001, TestResultInt1);
AssertEQ('Failed getint2', 2002, TestResultInt2);
TestInputInt1 := 2001;
TestResultInt1 := -1;
TestResultInt2 := -1;
RunMacro('var i: Integer;' +
'begin' +
' i := 1002' +
' test_varint1(i);' +
' test_int2(i);' +
'end.');
AssertEQ('Failed varint a', 1002, TestResultInt1);
AssertEQ('Failed varint b', 2001, TestResultInt2);
// test_bool
TestBool('test_bool(F,F)',
'begin' +
' test_bool1(False);' +
' test_bool2(False);' +
'end.',
False, False);
TestBool('test_bool(T,T)',
'begin' +
' test_bool1(True);' +
' test_bool2(True);' +
'end.',
True, True);
TestBool('test_bool(T,F)',
'begin' +
' test_bool1(True);' +
' test_bool2(False);' +
'end.',
True, False);
TestInputBool1 := True;
TestInputBool2 := False;
RunMacro('var i: Boolean;' +
'begin' +
' i := test_getbool1' +
' test_bool1(i);' +
' test_bool2(test_getbool2);' +
'end.');
AssertEQ('Failed getbool1', True, TestResultBool1);
AssertEQ('Failed getbool2', False, TestResultBool2);
// size_of(point)
TestResultInt1 := -1;
RunMacro('var p: TPoint;' +
'begin' +
' test_int1(SizeOf(p));' +
'end.');
AssertEQ('Failed int param (SizeOf(TPoint))', SizeOf(TPoint), TestResultInt1);
// TPoint
TestResultInt1 := -1;
TestResultInt2 := -1;
RunMacro('var p: TPoint;' +
'begin' +
' p := point(1001, 2002);' +
' test_point(p);' +
'end.');
AssertEQ('Failed point param X', 1001, TestResultInt1);
AssertEQ('Failed point param Y', 2002, TestResultInt2);
TestInputInt1 := 3001;
TestInputInt2 := 4002;
RunMacro('var p: TPoint;' +
'begin' +
' p := test_getpoint' +
' test_point(p);' +
'end.');
AssertEQ('Failed getpoint param X', 3001, TestResultInt1);
AssertEQ('Failed getpoint param Y', 4002, TestResultInt2);
TestInputInt1 := 5001;
TestInputInt2 := 6002;
RunMacro('begin' +
' test_point(test_getpoint);' +
'end.');
AssertEQ('Failed getpoint(2) param X', 5001, TestResultInt1);
AssertEQ('Failed getpoint(2) param Y', 6002, TestResultInt2);
TestResultInt1 := -1;
TestResultInt2 := -1;
TestResultBool1 := False;
TestInputInt1 := 1005;
TestInputInt2 := 1006;
RunMacro('var p: TPoint;' +
'begin' +
' p := point(990, 991);' +
' test_varpoint(p);' +
' test_bool1((p.x = 1005) and (p.y = 1006));' +
'end.');
AssertEQ('Failed varpoint x', 990, TestResultInt1);
AssertEQ('Failed varpoint y', 991, TestResultInt2);
AssertEQ('Failed varpoint new', True, TestResultBool1);
// string
TestResultStr1 := 'no no';
TestResultStr2 := TestResultStr1;
RunMacro('var s: String;' +
'begin' +
' s := ''abc'';' +
' test_str1(''123'');' +
' test_str2(s);' +
'end.');
AssertEQ('Failed str1 param', '123', TestResultStr1);
AssertEQ('Failed str1 param', 'abc', TestResultStr2);
TestInputStr1 := '123';
TestInputStr2 := '456';
RunMacro('var s: String;' +
'begin' +
' s := test_getstr1' +
' test_str1(s);' +
' test_str2(test_getstr2);' +
'end.');
AssertEQ('Failed getstr1', '123', TestResultStr1);
AssertEQ('Failed getstr2', '456', TestResultStr2);
TestInputStr1 := '123';
TestResultStr1 := '';
TestResultStr2 := '';
TestResultBool1 := False;
RunMacro('var s: String;' +
'begin' +
' s := ''aaa''' +
' test_varstr1(s);' +
' test_bool1(s = ''123'');' +
' test_str2(s);' +
'end.');
AssertEQ('Failed varstr1', 'aaa', TestResultStr1);
AssertEQ('Failed varstr2', '123', TestResultStr2);
AssertEQ('Failed varstr3',True, TestResultBool1);
{%endregion calling convention}
{%region }
TestBool('mrNone',
'begin' +
' test_bool1(mrNone = ' +IntToStr(mrNone) + ');' +
'end.',
True
);
TestBool('mrOk',
'begin' +
' test_bool1(mrOk = ' +IntToStr(mrOk) + ');' +
'end.',
True
);
TestBool('mtWarning',
'begin' +
' test_bool1(test_ord_mt(mtWarning) = ' +IntToStr(ord(mtWarning)) + ');' +
'end.',
True
);
TestBool('mtConfirmation',
'begin' +
' test_bool1(test_ord_mt(mtConfirmation) = ' +IntToStr(ord(mtConfirmation)) + ');' +
'end.',
True
);
TestBool('mbYes',
'begin' +
' test_bool1(test_ord_mb(mbYes) = ' +IntToStr(ord(mbYes)) + ');' +
'end.',
True
);
TestBool('mbCancel',
'begin' +
' test_bool1(test_ord_mb(mbCancel) = ' +IntToStr(ord(mbCancel)) + ');' +
'end.',
True
);
{%endregion }
TestSyn('ecChar',
'begin ecChar(''C''); end.',
'C'
);
TestSyn('InsertTextAtCaret',
'begin Caller.InsertTextAtCaret(''Foo'', scamEnd); end.',
'Foo');
TestSyn('TextBetweenPoints',
'123456',
'begin Caller.TextBetweenPoints[Point(3,1), point(5,1)] := ''ng''; end.',
'12ng56');
TestSyn('Replace All', 'Test abc abcde 123',
'begin Caller.SearchReplace(''abc'', ''XYZ'', [ssoReplaceAll]); end.',
'Test XYZ XYZde 123'
);
Result := True;
finally
FreeAndNil(m);
FreeAndNil(syn);
end;
except
on E: Exception do begin
SelfTestErrorMsg := E.Message;
Result := False;
end;
end;
end;
end.
