fpc/packages/rtl-objpas/tests/tests.rtti.impl.pas
2019-08-16 15:43:09 +00:00

920 lines
42 KiB
ObjectPascal

unit Tests.Rtti.Impl;
{$ifdef fpc}
{$mode objfpc}{$H+}
{$endif}
{.$define debug}
interface
uses
{$IFDEF FPC}
fpcunit,testregistry, testutils,
{$ELSE FPC}
TestFramework,
{$ENDIF FPC}
sysutils, typinfo, Rtti,
Tests.Rtti.Util;
{ Note: Delphi does not provide a CreateImplementation for TRttiInvokableType
and its descendants, so these tests are disabled for Delphi }
type
TTestImpl = class(TTestCase)
private
InputArgs: array of TValue;
OutputArgs: array of TValue;
ResultValue: TValue;
InOutMapping: array of SizeInt;
InputUntypedTypes: array of PTypeInfo;
InvokedMethodName: String;
procedure OnHandleIntfMethod(aMethod: TRttiMethod; const aArgs: TValueArray; out aResult: TValue);
procedure DoIntfImpl(aIntf: IInterface; aTypeInfo: PTypeInfo; aIndex: LongInt; aInputArgs, aOutputArgs: TValueArray; aInOutMapping: array of SizeInt; aResult: TValue);
{$ifdef fpc}
procedure OnHandleInvokable(aInvokable: TRttiInvokableType; const aArgs: TValueArray; out aResult: TValue);
procedure DoMethodImpl(aTypeInfo: PTypeInfo; aInputArgs, aOutputArgs: TValueArray; aInOutMapping: array of SizeInt; aResult: TValue);
procedure DoProcImpl(aTypeInfo: PTypeInfo; aInputArgs, aOutputArgs: TValueArray; aInOutMapping: array of SizeInt; aResult: TValue);
{$ifndef InLazIDE}
{$ifdef fpc}generic{$endif} procedure GenDoIntfImpl<T: IInterface>(aIntf: T; aIndex: LongInt; aInputArgs, aOutputArgs: TValueArray; aInOutMapping: array of SizeInt; aResult: TValue);
{$ifdef fpc}generic{$endif} procedure GenDoMethodImpl<T>(aInputArgs, aOutputArgs: TValueArray; aInOutMapping: array of SizeInt; aResult: TValue);
{$ifdef fpc}generic{$endif} procedure GenDoProcImpl<T>(aInputArgs, aOutputArgs: TValueArray; aInOutMapping: array of SizeInt; aResult: TValue);
{$endif}
{$endif}
{$ifdef fpc}
procedure Status(const aMsg: String); inline;
procedure Status(const aMsg: String; const aArgs: array of const); inline;
{$endif}
published
procedure TestIntfMethods;
{$ifdef fpc}
procedure TestMethodVars;
procedure TestProcVars;
{$endif}
end;
implementation
type
{$push}
{$M+}
ITestInterface = interface
['{1DE799BB-BEE9-405F-9AF3-D55DE978C793}']
procedure TestMethod1;
function TestMethod2(aArg1: SizeInt): SizeInt;
procedure TestMethod3(aArg1: AnsiString);
procedure TestMethod4(aArg1: ShortString);
function TestMethod5: AnsiString;
function TestMethod6: ShortString;
procedure TestMethod7(aArg1: SizeInt; var aArg2: SizeInt; out aArg3: SizeInt; {$ifdef fpc}constref{$else}const [ref]{$endif}aArg4: SizeInt);
procedure TestMethod8(aArg1: AnsiString; var aArg2: AnsiString; out aArg3: AnsiString; {$ifdef fpc}constref{$else}const [ref]{$endif}aArg4: AnsiString);
procedure TestMethod9(aArg1: ShortString; var aArg2: ShortString; out aArg3: ShortString; {$ifdef fpc}constref{$else}const [ref]{$endif}aArg4: ShortString);
procedure TestMethod10(aArg1: Single; var aArg2: Single; out aArg3: Single; {$ifdef fpc}constref{$else}const [ref]{$endif}aArg4: Single);
procedure TestMethod11(aArg1: Double; var aArg2: Double; out aArg3: Double; {$ifdef fpc}constref{$else}const [ref]{$endif}aArg4: Double);
procedure TestMethod12(aArg1: Extended; var aArg2: Extended; out aArg3: Extended; {$ifdef fpc}constref{$else}const [ref]{$endif}aArg4: Extended);
procedure TestMethod13(aArg1: Comp; var aArg2: Comp; out aArg3: Comp; {$ifdef fpc}constref{$else}const [ref]{$endif}aArg4: Comp);
procedure TestMethod14(aArg1: Currency; var aArg2: Currency; out aArg3: Currency; {$ifdef fpc}constref{$else}const [ref]{$endif}aArg4: Currency);
function TestMethod15(aArg1, aArg2, aArg3, aArg4, aArg5, aArg6, aArg7, aArg8, aArg9, aArg10: SizeInt): SizeInt;
function TestMethod16(aArg1, aArg2, aArg3, aArg4, aArg5, aArg6, aArg7, aArg8, aArg9, aArg10: Single): Single;
function TestMethod17(aArg1, aArg2, aArg3, aArg4, aArg5, aArg6, aArg7, aArg8, aArg9, aArg10: Double): Double;
function TestMethod18(aArg1, aArg2, aArg3, aArg4, aArg5, aArg6, aArg7, aArg8, aArg9, aArg10: Extended): Extended;
function TestMethod19(aArg1, aArg2, aArg3, aArg4, aArg5, aArg6, aArg7, aArg8, aArg9, aArg10: Comp): Comp;
function TestMethod20(aArg1, aArg2, aArg3, aArg4, aArg5, aArg6, aArg7, aArg8, aArg9, aArg10: Currency): Currency;
procedure TestMethod21(var aArg1; out aArg2; const aArg3; {$ifdef fpc}constref{$else}const [ref]{$endif} aArg4);
end;
{$pop}
TTestMethod1 = procedure of object;
TTestMethod2 = function(aArg1: SizeInt): SizeInt of object;
TTestMethod3 = procedure(aArg1: AnsiString) of object;
TTestMethod4 = procedure(aArg1: ShortString) of object;
TTestMethod5 = function: AnsiString of object;
TTestMethod6 = function: ShortString of object;
TTestMethod7 = procedure(aArg1: SizeInt; var aArg2: SizeInt; out aArg3: SizeInt; {$ifdef fpc}constref{$else}const [ref]{$endif}aArg4: SizeInt) of object;
TTestMethod8 = procedure(aArg1: AnsiString; var aArg2: AnsiString; out aArg3: AnsiString; {$ifdef fpc}constref{$else}const [ref]{$endif}aArg4: AnsiString) of object;
TTestMethod9 = procedure(aArg1: ShortString; var aArg2: ShortString; out aArg3: ShortString; {$ifdef fpc}constref{$else}const [ref]{$endif}aArg4: ShortString) of object;
TTestMethod10 = procedure(aArg1: Single; var aArg2: Single; out aArg3: Single; {$ifdef fpc}constref{$else}const [ref]{$endif}aArg4: Single) of object;
TTestMethod11 = procedure(aArg1: Double; var aArg2: Double; out aArg3: Double; {$ifdef fpc}constref{$else}const [ref]{$endif}aArg4: Double) of object;
TTestMethod12 = procedure(aArg1: Extended; var aArg2: Extended; out aArg3: Extended; {$ifdef fpc}constref{$else}const [ref]{$endif}aArg4: Extended) of object;
TTestMethod13 = procedure(aArg1: Comp; var aArg2: Comp; out aArg3: Comp; {$ifdef fpc}constref{$else}const [ref]{$endif}aArg4: Comp) of object;
TTestMethod14 = procedure(aArg1: Currency; var aArg2: Currency; out aArg3: Currency; {$ifdef fpc}constref{$else}const [ref]{$endif}aArg4: Currency) of object;
TTestMethod15 = function(aArg1, aArg2, aArg3, aArg4, aArg5, aArg6, aArg7, aArg8, aArg9, aArg10: SizeInt): SizeInt of object;
TTestMethod16 = function(aArg1, aArg2, aArg3, aArg4, aArg5, aArg6, aArg7, aArg8, aArg9, aArg10: Single): Single of object;
TTestMethod17 = function(aArg1, aArg2, aArg3, aArg4, aArg5, aArg6, aArg7, aArg8, aArg9, aArg10: Double): Double of object;
TTestMethod18 = function(aArg1, aArg2, aArg3, aArg4, aArg5, aArg6, aArg7, aArg8, aArg9, aArg10: Extended): Extended of object;
TTestMethod19 = function(aArg1, aArg2, aArg3, aArg4, aArg5, aArg6, aArg7, aArg8, aArg9, aArg10: Comp): Comp of object;
TTestMethod20 = function(aArg1, aArg2, aArg3, aArg4, aArg5, aArg6, aArg7, aArg8, aArg9, aArg10: Currency): Currency of object;
TTestMethod21 = procedure(var aArg1; out aArg2; const aArg3; {$ifdef fpc}constref{$else}const [ref]{$endif} aArg4) of object;
TTestProc1 = procedure;
TTestProc2 = function(aArg1: SizeInt): SizeInt;
TTestProc3 = procedure(aArg1: AnsiString);
TTestProc4 = procedure(aArg1: ShortString);
TTestProc5 = function: AnsiString;
TTestProc6 = function: ShortString;
TTestProc7 = procedure(aArg1: SizeInt; var aArg2: SizeInt; out aArg3: SizeInt; {$ifdef fpc}constref{$else}const [ref]{$endif}aArg4: SizeInt);
TTestProc8 = procedure(aArg1: AnsiString; var aArg2: AnsiString; out aArg3: AnsiString; {$ifdef fpc}constref{$else}const [ref]{$endif}aArg4: AnsiString);
TTestProc9 = procedure(aArg1: ShortString; var aArg2: ShortString; out aArg3: ShortString; {$ifdef fpc}constref{$else}const [ref]{$endif}aArg4: ShortString);
TTestProc10 = procedure(aArg1: Single; var aArg2: Single; out aArg3: Single; {$ifdef fpc}constref{$else}const [ref]{$endif}aArg4: Single);
TTestProc11 = procedure(aArg1: Double; var aArg2: Double; out aArg3: Double; {$ifdef fpc}constref{$else}const [ref]{$endif}aArg4: Double);
TTestProc12 = procedure(aArg1: Extended; var aArg2: Extended; out aArg3: Extended; {$ifdef fpc}constref{$else}const [ref]{$endif}aArg4: Extended);
TTestProc13 = procedure(aArg1: Comp; var aArg2: Comp; out aArg3: Comp; {$ifdef fpc}constref{$else}const [ref]{$endif}aArg4: Comp);
TTestProc14 = procedure(aArg1: Currency; var aArg2: Currency; out aArg3: Currency; {$ifdef fpc}constref{$else}const [ref]{$endif}aArg4: Currency);
TTestProc15 = function(aArg1, aArg2, aArg3, aArg4, aArg5, aArg6, aArg7, aArg8, aArg9, aArg10: SizeInt): SizeInt;
TTestProc16 = function(aArg1, aArg2, aArg3, aArg4, aArg5, aArg6, aArg7, aArg8, aArg9, aArg10: Single): Single;
TTestProc17 = function(aArg1, aArg2, aArg3, aArg4, aArg5, aArg6, aArg7, aArg8, aArg9, aArg10: Double): Double;
TTestProc18 = function(aArg1, aArg2, aArg3, aArg4, aArg5, aArg6, aArg7, aArg8, aArg9, aArg10: Extended): Extended;
TTestProc19 = function(aArg1, aArg2, aArg3, aArg4, aArg5, aArg6, aArg7, aArg8, aArg9, aArg10: Comp): Comp;
TTestProc20 = function(aArg1, aArg2, aArg3, aArg4, aArg5, aArg6, aArg7, aArg8, aArg9, aArg10: Currency): Currency;
TTestProc21 = procedure(var aArg1; out aArg2; const aArg3; {$ifdef fpc}constref{$else}const [ref]{$endif} aArg4);
const
SingleArg1: Single = 1.23;
SingleArg2In: Single = 3.21;
SingleArg2Out: Single = 2.34;
SingleArg3Out: Single = 9.87;
SingleArg4: Single = 7.89;
SingleRes: Single = 4.32;
SingleAddArg1 = Single(1.23);
SingleAddArg2 = Single(2.34);
SingleAddArg3 = Single(3.45);
SingleAddArg4 = Single(4.56);
SingleAddArg5 = Single(5.67);
SingleAddArg6 = Single(9.87);
SingleAddArg7 = Single(8.76);
SingleAddArg8 = Single(7.65);
SingleAddArg9 = Single(6.54);
SingleAddArg10 = Single(5.43);
SingleAddRes = SingleAddArg1 + SingleAddArg2 + SingleAddArg3 + SingleAddArg4 + SingleAddArg5 +
SingleAddArg6 + SingleAddArg7 + SingleAddArg8 + SingleAddArg9 + SingleAddArg10;
DoubleArg1: Double = 1.23;
DoubleArg2In: Double = 3.21;
DoubleArg2Out: Double = 2.34;
DoubleArg3Out: Double = 9.87;
DoubleArg4: Double = 7.89;
DoubleRes: Double = 4.32;
DoubleAddArg1 = Double(1.23);
DoubleAddArg2 = Double(2.34);
DoubleAddArg3 = Double(3.45);
DoubleAddArg4 = Double(4.56);
DoubleAddArg5 = Double(5.67);
DoubleAddArg6 = Double(9.87);
DoubleAddArg7 = Double(8.76);
DoubleAddArg8 = Double(7.65);
DoubleAddArg9 = Double(6.54);
DoubleAddArg10 = Double(5.43);
DoubleAddRes = DoubleAddArg1 + DoubleAddArg2 + DoubleAddArg3 + DoubleAddArg4 + DoubleAddArg5 +
DoubleAddArg6 + DoubleAddArg7 + DoubleAddArg8 + DoubleAddArg9 + DoubleAddArg10;
ExtendedArg1: Extended = 1.23;
ExtendedArg2In: Extended = 3.21;
ExtendedArg2Out: Extended = 2.34;
ExtendedArg3Out: Extended = 9.87;
ExtendedArg4: Extended = 7.89;
ExtendedRes: Extended = 4.32;
ExtendedAddArg1 = Extended(1.23);
ExtendedAddArg2 = Extended(2.34);
ExtendedAddArg3 = Extended(3.45);
ExtendedAddArg4 = Extended(4.56);
ExtendedAddArg5 = Extended(5.67);
ExtendedAddArg6 = Extended(9.87);
ExtendedAddArg7 = Extended(8.76);
ExtendedAddArg8 = Extended(7.65);
ExtendedAddArg9 = Extended(6.54);
ExtendedAddArg10 = Extended(5.43);
ExtendedAddRes = ExtendedAddArg1 + ExtendedAddArg2 + ExtendedAddArg3 + ExtendedAddArg4 + ExtendedAddArg5 +
ExtendedAddArg6 + ExtendedAddArg7 + ExtendedAddArg8 + ExtendedAddArg9 + ExtendedAddArg10;
CurrencyArg1: Currency = 1.23;
CurrencyArg2In: Currency = 3.21;
CurrencyArg2Out: Currency = 2.34;
CurrencyArg3Out: Currency = 9.87;
CurrencyArg4: Currency = 7.89;
CurrencyRes: Currency = 4.32;
CurrencyAddArg1 = Currency(1.23);
CurrencyAddArg2 = Currency(2.34);
CurrencyAddArg3 = Currency(3.45);
CurrencyAddArg4 = Currency(4.56);
CurrencyAddArg5 = Currency(5.67);
CurrencyAddArg6 = Currency(9.87);
CurrencyAddArg7 = Currency(8.76);
CurrencyAddArg8 = Currency(7.65);
CurrencyAddArg9 = Currency(6.54);
CurrencyAddArg10 = Currency(5.43);
CurrencyAddRes = CurrencyAddArg1 + CurrencyAddArg2 + CurrencyAddArg3 + CurrencyAddArg4 + CurrencyAddArg5 +
CurrencyAddArg6 + CurrencyAddArg7 + CurrencyAddArg8 + CurrencyAddArg9 + CurrencyAddArg10;
CompArg1: Comp = 123;
CompArg2In: Comp = 321;
CompArg2Out: Comp = 234;
CompArg3Out: Comp = 987;
CompArg4: Comp = 789;
CompRes: Comp = 432;
CompAddArg1 = Comp(123);
CompAddArg2 = Comp(234);
CompAddArg3 = Comp(345);
CompAddArg4 = Comp(456);
CompAddArg5 = Comp(567);
CompAddArg6 = Comp(987);
CompAddArg7 = Comp(876);
CompAddArg8 = Comp(765);
CompAddArg9 = Comp(654);
CompAddArg10 = Comp(543);
CompAddRes = CompAddArg1 + CompAddArg2 + CompAddArg3 + CompAddArg4 + CompAddArg5 +
CompAddArg6 + CompAddArg7 + CompAddArg8 + CompAddArg9 + CompAddArg10;
{ TTestImpl }
{$ifdef fpc}
procedure TTestImpl.Status(const aMsg: String);
begin
{$ifdef debug}
Writeln(aMsg);
{$endif}
end;
procedure TTestImpl.Status(const aMsg: String; const aArgs: array of const);
begin
{$ifdef debug}
Writeln(Format(aMsg, aArgs));
{$endif}
end;
{$endif}
procedure TTestImpl.OnHandleIntfMethod(aMethod: TRttiMethod; const aArgs: TValueArray; out aResult: TValue);
var
selfofs, i: SizeInt;
name: String;
begin
selfofs := 1;
Status('In Callback');
InvokedMethodName := aMethod.Name;
Status('Self: ' + HexStr(Self));
if Assigned(aMethod.ReturnType) then
aResult := CopyValue(ResultValue);
Status('Setting input args');
SetLength(InputArgs, Length(aArgs));
for i := 0 to High(aArgs) do begin
Status('Arg %d: %p %p', [i, aArgs[i].GetReferenceToRawData, PPointer(aArgs[i].GetReferenceToRawData)^]);
if Assigned(InputUntypedTypes[i]) then
TValue.Make(PPointer(aArgs[i].GetReferenceToRawData)^, InputUntypedTypes[i], InputArgs[i])
else
InputArgs[i] := CopyValue(aArgs[i]);
end;
Status('Setting output args');
{ Note: account for Self }
for i := 0 to High(InOutMapping) do begin
Status('OutputArg %d -> Arg %d', [i, InOutMapping[i] + selfofs]);
{ check input arg type? }
Move(OutputArgs[i].GetReferenceToRawData^, aArgs[InOutMapping[i] + selfofs].GetReferenceToRawData^, OutputArgs[i].DataSize);
end;
Status('Callback done');
end;
procedure TTestImpl.DoIntfImpl(aIntf: IInterface; aTypeInfo: PTypeInfo; aIndex: LongInt; aInputArgs, aOutputArgs: TValueArray; aInOutMapping: array of SizeInt; aResult: TValue);
var
context: TRttiContext;
t: TRttiType;
instance, res: TValue;
method: TRttiMethod;
i: SizeInt;
input: array of TValue;
intf: TRttiInterfaceType;
mrec: TMethod;
name: String;
params: array of TRttiParameter;
begin
name := 'TestMethod' + IntToStr(aIndex);
context := TRttiContext.Create;
try
t := context.GetType(aTypeInfo);
Check(t is TRttiInterfaceType, 'Not a interface type: ' + aTypeInfo^.Name);
intf := t as TRttiInterfaceType;
method := intf.GetMethod(name);
Check(Assigned(method), 'Method not found: ' + name);
Status('Executing method %s', [name]);
CheckEquals(Length(aOutputArgs), Length(aInOutMapping), 'Invalid in/out mapping');
Check(Length(aOutputArgs) <= Length(aInputArgs), 'Output args not part of input args');
params := method.GetParameters;
TValue.Make(@aIntf, aTypeInfo, instance);
{ arguments might be modified by Invoke (Note: Copy() does not uniquify the
IValueData of managed types) }
SetLength(input, Length(aInputArgs) + 1);
SetLength(InputUntypedTypes, Length(aInputArgs) + 1);
input[0] := instance;
InputUntypedTypes[0] := Nil;
for i := 0 to High(aInputArgs) do begin
input[i + 1] := CopyValue(aInputArgs[i]);
if not Assigned(params[i].ParamType) then
InputUntypedTypes[i + 1] := aInputArgs[i].TypeInfo
else
InputUntypedTypes[i + 1] := Nil;
end;
SetLength(InOutMapping, Length(aInOutMapping));
for i := 0 to High(InOutMapping) do
InOutMapping[i] := aInOutMapping[i];
SetLength(OutputArgs, Length(aOutputArgs));
for i := 0 to High(OutputArgs) do
OutputArgs[i] := CopyValue(aOutputArgs[i]);
ResultValue := aResult;
res := method.Invoke(instance, aInputArgs);
Status('After invoke');
CheckEquals(name, InvokedMethodName, 'Invoked method name differs for ' + name);
Check(EqualValues(ResultValue, res), 'Reported result value differs from returned for ' + name);
Check(EqualValues(aResult, res), 'Expected result value differs from returned for ' + name);
CheckEquals(Length(input), Length(InputArgs), 'Count of input args differs for ' + name);
for i := 0 to High(input) do begin
Check(EqualValues(input[i], InputArgs[i]), Format('Input argument %d differs for %s', [i + 1, name]));
end;
for i := 0 to High(aOutputArgs) do begin
Check(EqualValues(aOutputArgs[i], aInputArgs[InOutMapping[i]]), Format('New output argument %d differs from expected output for %s', [i + 1, name]));
end;
finally
context.Free;
end;
end;
{$ifdef fpc}
procedure TTestImpl.OnHandleInvokable(aInvokable: TRttiInvokableType; const aArgs: TValueArray; out
aResult: TValue);
var
selfofs, i: SizeInt;
begin
CheckTrue((aInvokable is TRttiMethodType) or (aInvokable is TRttiProcedureType), 'Invokable is not a method or procedure variable: ' + aInvokable.ClassName);
selfofs := 0;
if aInvokable is TRttiMethodType then
selfofs := 1;
Status('In Callback');
Status('Self: ' + HexStr(Self));
if Assigned(aInvokable.ReturnType) then
aResult := CopyValue(ResultValue);
Status('Setting input args');
SetLength(InputArgs, Length(aArgs));
for i := 0 to High(aArgs) do begin
Status('Arg %d: %p %p', [i, aArgs[i].GetReferenceToRawData, PPointer(aArgs[i].GetReferenceToRawData)^]);
if Assigned(InputUntypedTypes[i]) then
TValue.Make(PPointer(aArgs[i].GetReferenceToRawData)^, InputUntypedTypes[i], InputArgs[i])
else
InputArgs[i] := CopyValue(aArgs[i]);
end;
Status('Setting output args');
{ Note: account for Self }
for i := 0 to High(InOutMapping) do begin
Status('OutputArg %d -> Arg %d', [i, InOutMapping[i] + selfofs]);
{ check input arg type? }
Move(OutputArgs[i].GetReferenceToRawData^, aArgs[InOutMapping[i] + selfofs].GetReferenceToRawData^, OutputArgs[i].DataSize);
end;
Status('Callback done');
end;
procedure TTestImpl.DoMethodImpl(aTypeInfo: PTypeInfo; aInputArgs,
aOutputArgs: TValueArray; aInOutMapping: array of SizeInt; aResult: TValue);
var
context: TRttiContext;
t: TRttiType;
callable, res: TValue;
method: TRttiMethodType;
i: SizeInt;
input: array of TValue;
impl: TMethodImplementation;
mrec: TMethod;
name: String;
params: array of TRttiParameter;
begin
name := aTypeInfo^.Name;
impl := Nil;
context := TRttiContext.Create;
try
t := context.GetType(aTypeInfo);
Check(t is TRttiMethodType, 'Not a method variable: ' + name);
method := t as TRttiMethodType;
Status('Executing method %s', [name]);
CheckEquals(Length(aOutputArgs), Length(aInOutMapping), 'Invalid in/out mapping');
Check(Length(aOutputArgs) <= Length(aInputArgs), 'Output args not part of input args');
params := method.GetParameters;
{ arguments might be modified by Invoke (Note: Copy() does not uniquify the
IValueData of managed types) }
SetLength(input, Length(aInputArgs) + 1);
SetLength(InputUntypedTypes, Length(aInputArgs) + 1);
input[0] := GetPointerValue(Self);
InputUntypedTypes[0] := Nil;
for i := 0 to High(aInputArgs) do begin
input[i + 1] := CopyValue(aInputArgs[i]);
if not Assigned(params[i].ParamType) then
InputUntypedTypes[i + 1] := aInputArgs[i].TypeInfo
else
InputUntypedTypes[i + 1] := Nil;
end;
try
impl := method.CreateImplementation({$ifdef fpc}@{$endif}OnHandleInvokable);
except
on e: ENotImplemented do
Exit;
end;
CheckNotNull(impl, 'Method implementation is Nil');
mrec.Data := Self;
mrec.Code := impl.CodeAddress;
TValue.Make(@mrec, aTypeInfo, callable);
SetLength(InOutMapping, Length(aInOutMapping));
for i := 0 to High(InOutMapping) do
InOutMapping[i] := aInOutMapping[i];
SetLength(OutputArgs, Length(aOutputArgs));
for i := 0 to High(OutputArgs) do
OutputArgs[i] := CopyValue(aOutputArgs[i]);
ResultValue := aResult;
res := method.Invoke(callable, aInputArgs);
Status('After invoke');
Check(EqualValues(ResultValue, res), 'Reported result value differs from returned for ' + name);
Check(EqualValues(aResult, res), 'Expected result value differs from returned for ' + name);
CheckEquals(Length(input), Length(InputArgs), 'Count of input args differs for ' + name);
for i := 0 to High(input) do begin
Check(EqualValues(input[i], InputArgs[i]), Format('Input argument %d differs for %s', [i + 1, name]));
end;
for i := 0 to High(aOutputArgs) do begin
Check(EqualValues(aOutputArgs[i], aInputArgs[InOutMapping[i]]), Format('New output argument %d differs from expected output for %s', [i + 1, name]));
end;
finally
impl.Free;
context.Free;
end;
end;
procedure TTestImpl.DoProcImpl(aTypeInfo: PTypeInfo; aInputArgs,
aOutputArgs: TValueArray; aInOutMapping: array of SizeInt; aResult: TValue);
var
context: TRttiContext;
t: TRttiType;
callable, res: TValue;
proc: TRttiProcedureType;
i: SizeInt;
input: array of TValue;
impl: TMethodImplementation;
name: String;
cp: CodePointer;
params: array of TRttiParameter;
begin
name := aTypeInfo^.Name;
impl := Nil;
context := TRttiContext.Create;
try
t := context.GetType(aTypeInfo);
Check(t is TRttiProcedureType, 'Not a procedure variable: ' + name);
proc := t as TRttiProcedureType;
Status('Executing procedure %s', [name]);
CheckEquals(Length(aOutputArgs), Length(aInOutMapping), 'Invalid in/out mapping');
Check(Length(aOutputArgs) <= Length(aInputArgs), 'Output args not part of input args');
params := proc.GetParameters;
{ arguments might be modified by Invoke (Note: Copy() does not uniquify the
IValueData of managed types) }
SetLength(input, Length(aInputArgs));
SetLength(InputUntypedTypes, Length(aInputArgs));
for i := 0 to High(aInputArgs) do begin
input[i] := CopyValue(aInputArgs[i]);
if not Assigned(params[i].ParamType) then
InputUntypedTypes[i] := aInputArgs[i].TypeInfo
else
InputUntypedTypes[i] := Nil;
end;
try
impl := proc.CreateImplementation({$ifdef fpc}@{$endif}OnHandleInvokable);
except
on e: ENotImplemented do
Exit;
end;
CheckNotNull(impl, 'Method implementation is Nil');
cp := impl.CodeAddress;
TValue.Make(@cp, aTypeInfo, callable);
SetLength(InOutMapping, Length(aInOutMapping));
for i := 0 to High(InOutMapping) do
InOutMapping[i] := aInOutMapping[i];
SetLength(OutputArgs, Length(aOutputArgs));
for i := 0 to High(OutputArgs) do
OutputArgs[i] := CopyValue(aOutputArgs[i]);
ResultValue := aResult;
res := proc.Invoke(callable, aInputArgs);
Status('After invoke');
Check(EqualValues(ResultValue, res), 'Reported result value differs from returned for ' + name);
Check(EqualValues(aResult, res), 'Expected result value differs from returned for ' + name);
CheckEquals(Length(input), Length(InputArgs), 'Count of input args differs for ' + name);
for i := 0 to High(input) do begin
Check(EqualValues(input[i], InputArgs[i]), Format('Input argument %d differs for %s', [i + 1, name]));
end;
for i := 0 to High(aOutputArgs) do begin
Check(EqualValues(aOutputArgs[i], aInputArgs[InOutMapping[i]]), Format('New output argument %d differs from expected output for %s', [i + 1, name]));
end;
finally
impl.Free;
context.Free;
end;
end;
{$endif}
{$ifndef InLazIDE}
{$ifdef fpc}generic{$endif} procedure TTestImpl.GenDoIntfImpl<T>(aIntf: T; aIndex: LongInt; aInputArgs, aOutputArgs: TValueArray; aInOutMapping: array of SizeInt; aResult: TValue);
begin
DoIntfImpl(aIntf, TypeInfo(T), aIndex, aInputArgs, aOutputArgs, aInOutMapping, aResult);
end;
{$ifdef fpc}generic{$endif} procedure TTestImpl.GenDoMethodImpl<T>(aInputArgs, aOutputArgs: TValueArray; aInOutMapping: array of SizeInt; aResult: TValue);
begin
DoMethodImpl(TypeInfo(T), aInputArgs, aOutputArgs, aInOutMapping, aResult);
end;
{$ifdef fpc}generic{$endif} procedure TTestImpl.GenDoProcImpl<T>(aInputArgs, aOutputArgs: TValueArray; aInOutMapping: array of SizeInt; aResult: TValue);
begin
DoProcImpl(TypeInfo(T), aInputArgs, aOutputArgs, aInOutMapping, aResult);
end;
{$endif}
procedure TTestImpl.TestIntfMethods;
var
intf: ITestInterface;
begin
try
intf := TVirtualInterface.Create(PTypeInfo(TypeInfo(ITestInterface)), {$ifdef fpc}@{$endif}OnHandleIntfMethod) as ITestInterface;
except
on e: ENotImplemented do
Ignore('TVirtualInterface not supported for ' + {$I %FPCTARGETCPU%} + '-' + {$I %FPCTARGETOS%});
end;
Check(Assigned(intf), 'ITestInterface instance is Nil');
{$ifdef fpc}specialize{$endif}GenDoIntfImpl<ITestInterface>(intf, 1, [], [], [], TValue.Empty);
{$ifdef fpc}specialize{$endif}GenDoIntfImpl<ITestInterface>(intf, 2, [GetIntValue(42)], [], [], GetIntValue(21));
{$ifdef fpc}specialize{$endif}GenDoIntfImpl<ITestInterface>(intf, 3, [GetAnsiString('Hello World')], [], [], TValue.Empty);
{$ifdef fpc}specialize{$endif}GenDoIntfImpl<ITestInterface>(intf, 4, [GetShortString('Hello World')], [], [], TValue.Empty);
{$ifdef fpc}specialize{$endif}GenDoIntfImpl<ITestInterface>(intf, 5, [], [], [], GetAnsiString('Hello World'));
{$ifdef fpc}specialize{$endif}GenDoIntfImpl<ITestInterface>(intf, 6, [], [], [], GetShortString('Hello World'));
{$ifdef fpc}specialize{$endif}GenDoIntfImpl<ITestInterface>(intf, 7, [
GetIntValue(1234), GetIntValue(4321), GetIntValue(0), GetIntValue(9876)
], [
GetIntValue(5678), GetIntValue(6789)
], [1, 2], TValue.Empty);
{$ifdef fpc}specialize{$endif}GenDoIntfImpl<ITestInterface>(intf, 8, [
GetAnsiString('Alpha'), GetAnsiString('Beta'), GetAnsiString(''), GetAnsiString('Delta')
], [
GetAnsiString('Gamma'), GetAnsiString('Epsilon')
], [1, 2], TValue.Empty);
{$ifdef fpc}specialize{$endif}GenDoIntfImpl<ITestInterface>(intf, 9, [
GetShortString('Alpha'), GetShortString('Beta'), GetShortString(''), GetShortString('Delta')
], [
GetShortString('Gamma'), GetShortString('Epsilon')
], [1, 2], TValue.Empty);
{$ifdef fpc}specialize{$endif}GenDoIntfImpl<ITestInterface>(intf, 10, [
GetSingleValue(SingleArg1), GetSingleValue(SingleArg2In), GetSingleValue(0), GetSingleValue(SingleArg4)
], [
GetSingleValue(SingleArg2Out), GetSingleValue(SingleArg3Out)
], [1, 2], TValue.Empty);
{$ifdef fpc}specialize{$endif}GenDoIntfImpl<ITestInterface>(intf, 11, [
GetDoubleValue(DoubleArg1), GetDoubleValue(DoubleArg2In), GetDoubleValue(0), GetDoubleValue(DoubleArg4)
], [
GetDoubleValue(DoubleArg2Out), GetDoubleValue(DoubleArg3Out)
], [1, 2], TValue.Empty);
{$ifdef fpc}specialize{$endif}GenDoIntfImpl<ITestInterface>(intf, 12, [
GetExtendedValue(ExtendedArg1), GetExtendedValue(ExtendedArg2In), GetExtendedValue(0), GetExtendedValue(ExtendedArg4)
], [
GetExtendedValue(ExtendedArg2Out), GetExtendedValue(ExtendedArg3Out)
], [1, 2], TValue.Empty);
{$ifdef fpc}specialize{$endif}GenDoIntfImpl<ITestInterface>(intf, 13, [
GetCompValue(CompArg1), GetCompValue(CompArg2In), GetCompValue(0), GetCompValue(CompArg4)
], [
GetCompValue(CompArg2Out), GetCompValue(CompArg3Out)
], [1, 2], TValue.Empty);
{$ifdef fpc}specialize{$endif}GenDoIntfImpl<ITestInterface>(intf, 14, [
GetCurrencyValue(CurrencyArg1), GetCurrencyValue(CurrencyArg2In), GetCurrencyValue(0), GetCurrencyValue(CurrencyArg4)
], [
GetCurrencyValue(CurrencyArg2Out), GetCurrencyValue(CurrencyArg3Out)
], [1, 2], TValue.Empty);
{$ifdef fpc}specialize{$endif}GenDoIntfImpl<ITestInterface>(intf, 15, [
GetIntValue(1), GetIntValue(2), GetIntValue(3), GetIntValue(4), GetIntValue(5),
GetIntValue(6), GetIntValue(7), GetIntValue(8), GetIntValue(9), GetIntValue(10)
], [], [], GetIntValue(11));
{$ifdef fpc}specialize{$endif}GenDoIntfImpl<ITestInterface>(intf, 16, [
GetSingleValue(SingleAddArg1), GetSingleValue(SingleAddArg2), GetSingleValue(SingleAddArg3), GetSingleValue(SingleAddArg4), GetSingleValue(SingleAddArg5),
GetSingleValue(SingleAddArg6), GetSingleValue(SingleAddArg7), GetSingleValue(SingleAddArg8), GetSingleValue(SingleAddArg9), GetSingleValue(SingleAddArg10)
], [], [], GetSingleValue(SingleAddRes));
{$ifdef fpc}specialize{$endif}GenDoIntfImpl<ITestInterface>(intf, 17, [
GetDoubleValue(DoubleAddArg1), GetDoubleValue(DoubleAddArg2), GetDoubleValue(DoubleAddArg3), GetDoubleValue(DoubleAddArg4), GetDoubleValue(DoubleAddArg5),
GetDoubleValue(DoubleAddArg6), GetDoubleValue(DoubleAddArg7), GetDoubleValue(DoubleAddArg8), GetDoubleValue(DoubleAddArg9), GetDoubleValue(DoubleAddArg10)
], [], [], GetDoubleValue(DoubleAddRes));
{$ifdef fpc}specialize{$endif}GenDoIntfImpl<ITestInterface>(intf, 18, [
GetExtendedValue(ExtendedAddArg1), GetExtendedValue(ExtendedAddArg2), GetExtendedValue(ExtendedAddArg3), GetExtendedValue(ExtendedAddArg4), GetExtendedValue(ExtendedAddArg5),
GetExtendedValue(ExtendedAddArg6), GetExtendedValue(ExtendedAddArg7), GetExtendedValue(ExtendedAddArg8), GetExtendedValue(ExtendedAddArg9), GetExtendedValue(ExtendedAddArg10)
], [], [], GetExtendedValue(ExtendedAddRes));
{$ifdef fpc}specialize{$endif}GenDoIntfImpl<ITestInterface>(intf, 19, [
GetCompValue(CompAddArg1), GetCompValue(CompAddArg2), GetCompValue(CompAddArg3), GetCompValue(CompAddArg4), GetCompValue(CompAddArg5),
GetCompValue(CompAddArg6), GetCompValue(CompAddArg7), GetCompValue(CompAddArg8), GetCompValue(CompAddArg9), GetCompValue(CompAddArg10)
], [], [], GetCompValue(CompAddRes));
{$ifdef fpc}specialize{$endif}GenDoIntfImpl<ITestInterface>(intf, 20, [
GetCurrencyValue(CurrencyAddArg1), GetCurrencyValue(CurrencyAddArg2), GetCurrencyValue(CurrencyAddArg3), GetCurrencyValue(CurrencyAddArg4), GetCurrencyValue(CurrencyAddArg5),
GetCurrencyValue(CurrencyAddArg6), GetCurrencyValue(CurrencyAddArg7), GetCurrencyValue(CurrencyAddArg8), GetCurrencyValue(CurrencyAddArg9), GetCurrencyValue(CurrencyAddArg10)
], [], [], GetCurrencyValue(CurrencyAddRes));
{$ifdef fpc}specialize{$endif}GenDoIntfImpl<ITestInterface>(intf, 21, [
GetIntValue(1234), GetIntValue(4321), GetIntValue(0), GetIntValue(9876)
], [
GetIntValue(5678), GetIntValue(6789)
], [0, 1], TValue.Empty);
{$ifdef fpc}specialize{$endif}GenDoIntfImpl<ITestInterface>(intf, 21, [
GetAnsiString('Alpha'), GetAnsiString('Beta'), GetAnsiString(''), GetAnsiString('Delta')
], [
GetAnsiString('Gamma'), GetAnsiString('Epsilon')
], [0, 1], TValue.Empty);
{ for some reason this fails, though it fails in Delphi as well :/ }
{{$ifdef fpc}specialize{$endif}GenDoIntfImpl<ITestInterface>(intf, 21, [
GetShortString('Alpha'), GetShortString('Beta'), GetShortString(''), GetShortString('Delta')
], [
GetShortString('Gamma'), GetShortString('Epsilon')
], [0, 1], TValue.Empty);}
end;
{$ifdef fpc}
procedure TTestImpl.TestMethodVars;
begin
{$ifdef fpc}specialize{$endif}GenDoMethodImpl<TTestMethod1>([], [], [], TValue.Empty);
{$ifdef fpc}specialize{$endif}GenDoMethodImpl<TTestMethod2>([GetIntValue(42)], [], [], GetIntValue(21));
{$ifdef fpc}specialize{$endif}GenDoMethodImpl<TTestMethod3>([GetAnsiString('Hello World')], [], [], TValue.Empty);
{$ifdef fpc}specialize{$endif}GenDoMethodImpl<TTestMethod4>([GetShortString('Hello World')], [], [], TValue.Empty);
{$ifdef fpc}specialize{$endif}GenDoMethodImpl<TTestMethod5>([], [], [], GetAnsiString('Hello World'));
{$ifdef fpc}specialize{$endif}GenDoMethodImpl<TTestMethod6>([], [], [], GetShortString('Hello World'));
{$ifdef fpc}specialize{$endif}GenDoMethodImpl<TTestMethod7>([
GetIntValue(1234), GetIntValue(4321), GetIntValue(0), GetIntValue(9876)
], [
GetIntValue(5678), GetIntValue(6789)
], [1, 2], TValue.Empty);
{$ifdef fpc}specialize{$endif}GenDoMethodImpl<TTestMethod8>([
GetAnsiString('Alpha'), GetAnsiString('Beta'), GetAnsiString(''), GetAnsiString('Delta')
], [
GetAnsiString('Gamma'), GetAnsiString('Epsilon')
], [1, 2], TValue.Empty);
{$ifdef fpc}specialize{$endif}GenDoMethodImpl<TTestMethod9>([
GetShortString('Alpha'), GetShortString('Beta'), GetShortString(''), GetShortString('Delta')
], [
GetShortString('Gamma'), GetShortString('Epsilon')
], [1, 2], TValue.Empty);
{$ifdef fpc}specialize{$endif}GenDoMethodImpl<TTestMethod10>([
GetSingleValue(SingleArg1), GetSingleValue(SingleArg2In), GetSingleValue(0), GetSingleValue(SingleArg4)
], [
GetSingleValue(SingleArg2Out), GetSingleValue(SingleArg3Out)
], [1, 2], TValue.Empty);
{$ifdef fpc}specialize{$endif}GenDoMethodImpl<TTestMethod11>([
GetDoubleValue(DoubleArg1), GetDoubleValue(DoubleArg2In), GetDoubleValue(0), GetDoubleValue(DoubleArg4)
], [
GetDoubleValue(DoubleArg2Out), GetDoubleValue(DoubleArg3Out)
], [1, 2], TValue.Empty);
{$ifdef fpc}specialize{$endif}GenDoMethodImpl<TTestMethod12>([
GetExtendedValue(ExtendedArg1), GetExtendedValue(ExtendedArg2In), GetExtendedValue(0), GetExtendedValue(ExtendedArg4)
], [
GetExtendedValue(ExtendedArg2Out), GetExtendedValue(ExtendedArg3Out)
], [1, 2], TValue.Empty);
{$ifdef fpc}specialize{$endif}GenDoMethodImpl<TTestMethod13>([
GetCompValue(CompArg1), GetCompValue(CompArg2In), GetCompValue(0), GetCompValue(CompArg4)
], [
GetCompValue(CompArg2Out), GetCompValue(CompArg3Out)
], [1, 2], TValue.Empty);
{$ifdef fpc}specialize{$endif}GenDoMethodImpl<TTestMethod14>([
GetCurrencyValue(CurrencyArg1), GetCurrencyValue(CurrencyArg2In), GetCurrencyValue(0), GetCurrencyValue(CurrencyArg4)
], [
GetCurrencyValue(CurrencyArg2Out), GetCurrencyValue(CurrencyArg3Out)
], [1, 2], TValue.Empty);
{$ifdef fpc}specialize{$endif}GenDoMethodImpl<TTestMethod15>([
GetIntValue(1), GetIntValue(2), GetIntValue(3), GetIntValue(4), GetIntValue(5),
GetIntValue(6), GetIntValue(7), GetIntValue(8), GetIntValue(9), GetIntValue(10)
], [], [], GetIntValue(11));
{$ifdef fpc}specialize{$endif}GenDoMethodImpl<TTestMethod16>([
GetSingleValue(SingleAddArg1), GetSingleValue(SingleAddArg2), GetSingleValue(SingleAddArg3), GetSingleValue(SingleAddArg4), GetSingleValue(SingleAddArg5),
GetSingleValue(SingleAddArg6), GetSingleValue(SingleAddArg7), GetSingleValue(SingleAddArg8), GetSingleValue(SingleAddArg9), GetSingleValue(SingleAddArg10)
], [], [], GetSingleValue(SingleAddRes));
{$ifdef fpc}specialize{$endif}GenDoMethodImpl<TTestMethod17>([
GetDoubleValue(DoubleAddArg1), GetDoubleValue(DoubleAddArg2), GetDoubleValue(DoubleAddArg3), GetDoubleValue(DoubleAddArg4), GetDoubleValue(DoubleAddArg5),
GetDoubleValue(DoubleAddArg6), GetDoubleValue(DoubleAddArg7), GetDoubleValue(DoubleAddArg8), GetDoubleValue(DoubleAddArg9), GetDoubleValue(DoubleAddArg10)
], [], [], GetDoubleValue(DoubleAddRes));
{$ifdef fpc}specialize{$endif}GenDoMethodImpl<TTestMethod18>([
GetExtendedValue(ExtendedAddArg1), GetExtendedValue(ExtendedAddArg2), GetExtendedValue(ExtendedAddArg3), GetExtendedValue(ExtendedAddArg4), GetExtendedValue(ExtendedAddArg5),
GetExtendedValue(ExtendedAddArg6), GetExtendedValue(ExtendedAddArg7), GetExtendedValue(ExtendedAddArg8), GetExtendedValue(ExtendedAddArg9), GetExtendedValue(ExtendedAddArg10)
], [], [], GetExtendedValue(ExtendedAddRes));
{$ifdef fpc}specialize{$endif}GenDoMethodImpl<TTestMethod19>([
GetCompValue(CompAddArg1), GetCompValue(CompAddArg2), GetCompValue(CompAddArg3), GetCompValue(CompAddArg4), GetCompValue(CompAddArg5),
GetCompValue(CompAddArg6), GetCompValue(CompAddArg7), GetCompValue(CompAddArg8), GetCompValue(CompAddArg9), GetCompValue(CompAddArg10)
], [], [], GetCompValue(CompAddRes));
{$ifdef fpc}specialize{$endif}GenDoMethodImpl<TTestMethod20>([
GetCurrencyValue(CurrencyAddArg1), GetCurrencyValue(CurrencyAddArg2), GetCurrencyValue(CurrencyAddArg3), GetCurrencyValue(CurrencyAddArg4), GetCurrencyValue(CurrencyAddArg5),
GetCurrencyValue(CurrencyAddArg6), GetCurrencyValue(CurrencyAddArg7), GetCurrencyValue(CurrencyAddArg8), GetCurrencyValue(CurrencyAddArg9), GetCurrencyValue(CurrencyAddArg10)
], [], [], GetCurrencyValue(CurrencyAddRes));
{$ifdef fpc}specialize{$endif}GenDoMethodImpl<TTestMethod21>([
GetIntValue(1234), GetIntValue(4321), GetIntValue(0), GetIntValue(9876)
], [
GetIntValue(5678), GetIntValue(6789)
], [0, 1], TValue.Empty);
{$ifdef fpc}specialize{$endif}GenDoMethodImpl<TTestMethod21>([
GetAnsiString('Alpha'), GetAnsiString('Beta'), GetAnsiString(''), GetAnsiString('Delta')
], [
GetAnsiString('Gamma'), GetAnsiString('Epsilon')
], [0, 1], TValue.Empty);
{ for some reason this fails, though it fails in Delphi as well :/ }
{{$ifdef fpc}specialize{$endif}GenDoMethodImpl<TTestMethod21>([
GetShortString('Alpha'), GetShortString('Beta'), GetShortString(''), GetShortString('Delta')
], [
GetShortString('Gamma'), GetShortString('Epsilon')
], [0, 1], TValue.Empty);}
end;
procedure TTestImpl.TestProcVars;
begin
{$ifdef fpc}specialize{$endif}GenDoProcImpl<TTestProc1>([], [], [], TValue.Empty);
{$ifdef fpc}specialize{$endif}GenDoProcImpl<TTestProc2>([GetIntValue(42)], [], [], GetIntValue(21));
{$ifdef fpc}specialize{$endif}GenDoProcImpl<TTestProc3>([GetAnsiString('Hello World')], [], [], TValue.Empty);
{$ifdef fpc}specialize{$endif}GenDoProcImpl<TTestProc4>([GetShortString('Hello World')], [], [], TValue.Empty);
{$ifdef fpc}specialize{$endif}GenDoProcImpl<TTestProc5>([], [], [], GetAnsiString('Hello World'));
{$ifdef fpc}specialize{$endif}GenDoProcImpl<TTestProc6>([], [], [], GetShortString('Hello World'));
{$ifdef fpc}specialize{$endif}GenDoProcImpl<TTestProc7>([
GetIntValue(1234), GetIntValue(4321), GetIntValue(0), GetIntValue(9876)
], [
GetIntValue(5678), GetIntValue(6789)
], [1, 2], TValue.Empty);
{$ifdef fpc}specialize{$endif}GenDoProcImpl<TTestProc8>([
GetAnsiString('Alpha'), GetAnsiString('Beta'), GetAnsiString(''), GetAnsiString('Delta')
], [
GetAnsiString('Gamma'), GetAnsiString('Epsilon')
], [1, 2], TValue.Empty);
{$ifdef fpc}specialize{$endif}GenDoProcImpl<TTestProc9>([
GetShortString('Alpha'), GetShortString('Beta'), GetShortString(''), GetShortString('Delta')
], [
GetShortString('Gamma'), GetShortString('Epsilon')
], [1, 2], TValue.Empty);
{$ifdef fpc}specialize{$endif}GenDoProcImpl<TTestProc10>([
GetSingleValue(SingleArg1), GetSingleValue(SingleArg2In), GetSingleValue(0), GetSingleValue(SingleArg4)
], [
GetSingleValue(SingleArg2Out), GetSingleValue(SingleArg3Out)
], [1, 2], TValue.Empty);
{$ifdef fpc}specialize{$endif}GenDoProcImpl<TTestProc11>([
GetDoubleValue(DoubleArg1), GetDoubleValue(DoubleArg2In), GetDoubleValue(0), GetDoubleValue(DoubleArg4)
], [
GetDoubleValue(DoubleArg2Out), GetDoubleValue(DoubleArg3Out)
], [1, 2], TValue.Empty);
{$ifdef fpc}specialize{$endif}GenDoProcImpl<TTestProc12>([
GetExtendedValue(ExtendedArg1), GetExtendedValue(ExtendedArg2In), GetExtendedValue(0), GetExtendedValue(ExtendedArg4)
], [
GetExtendedValue(ExtendedArg2Out), GetExtendedValue(ExtendedArg3Out)
], [1, 2], TValue.Empty);
{$ifdef fpc}specialize{$endif}GenDoProcImpl<TTestProc13>([
GetCompValue(CompArg1), GetCompValue(CompArg2In), GetCompValue(0), GetCompValue(CompArg4)
], [
GetCompValue(CompArg2Out), GetCompValue(CompArg3Out)
], [1, 2], TValue.Empty);
{$ifdef fpc}specialize{$endif}GenDoProcImpl<TTestProc14>([
GetCurrencyValue(CurrencyArg1), GetCurrencyValue(CurrencyArg2In), GetCurrencyValue(0), GetCurrencyValue(CurrencyArg4)
], [
GetCurrencyValue(CurrencyArg2Out), GetCurrencyValue(CurrencyArg3Out)
], [1, 2], TValue.Empty);
{$ifdef fpc}specialize{$endif}GenDoProcImpl<TTestProc15>([
GetIntValue(1), GetIntValue(2), GetIntValue(3), GetIntValue(4), GetIntValue(5),
GetIntValue(6), GetIntValue(7), GetIntValue(8), GetIntValue(9), GetIntValue(10)
], [], [], GetIntValue(11));
{$ifdef fpc}specialize{$endif}GenDoProcImpl<TTestProc16>([
GetSingleValue(SingleAddArg1), GetSingleValue(SingleAddArg2), GetSingleValue(SingleAddArg3), GetSingleValue(SingleAddArg4), GetSingleValue(SingleAddArg5),
GetSingleValue(SingleAddArg6), GetSingleValue(SingleAddArg7), GetSingleValue(SingleAddArg8), GetSingleValue(SingleAddArg9), GetSingleValue(SingleAddArg10)
], [], [], GetSingleValue(SingleAddRes));
{$ifdef fpc}specialize{$endif}GenDoProcImpl<TTestProc17>([
GetDoubleValue(DoubleAddArg1), GetDoubleValue(DoubleAddArg2), GetDoubleValue(DoubleAddArg3), GetDoubleValue(DoubleAddArg4), GetDoubleValue(DoubleAddArg5),
GetDoubleValue(DoubleAddArg6), GetDoubleValue(DoubleAddArg7), GetDoubleValue(DoubleAddArg8), GetDoubleValue(DoubleAddArg9), GetDoubleValue(DoubleAddArg10)
], [], [], GetDoubleValue(DoubleAddRes));
{$ifdef fpc}specialize{$endif}GenDoProcImpl<TTestProc18>([
GetExtendedValue(ExtendedAddArg1), GetExtendedValue(ExtendedAddArg2), GetExtendedValue(ExtendedAddArg3), GetExtendedValue(ExtendedAddArg4), GetExtendedValue(ExtendedAddArg5),
GetExtendedValue(ExtendedAddArg6), GetExtendedValue(ExtendedAddArg7), GetExtendedValue(ExtendedAddArg8), GetExtendedValue(ExtendedAddArg9), GetExtendedValue(ExtendedAddArg10)
], [], [], GetExtendedValue(ExtendedAddRes));
{$ifdef fpc}specialize{$endif}GenDoProcImpl<TTestProc19>([
GetCompValue(CompAddArg1), GetCompValue(CompAddArg2), GetCompValue(CompAddArg3), GetCompValue(CompAddArg4), GetCompValue(CompAddArg5),
GetCompValue(CompAddArg6), GetCompValue(CompAddArg7), GetCompValue(CompAddArg8), GetCompValue(CompAddArg9), GetCompValue(CompAddArg10)
], [], [], GetCompValue(CompAddRes));
{$ifdef fpc}specialize{$endif}GenDoProcImpl<TTestProc20>([
GetCurrencyValue(CurrencyAddArg1), GetCurrencyValue(CurrencyAddArg2), GetCurrencyValue(CurrencyAddArg3), GetCurrencyValue(CurrencyAddArg4), GetCurrencyValue(CurrencyAddArg5),
GetCurrencyValue(CurrencyAddArg6), GetCurrencyValue(CurrencyAddArg7), GetCurrencyValue(CurrencyAddArg8), GetCurrencyValue(CurrencyAddArg9), GetCurrencyValue(CurrencyAddArg10)
], [], [], GetCurrencyValue(CurrencyAddRes));
{$ifdef fpc}specialize{$endif}GenDoProcImpl<TTestProc21>([
GetIntValue(1234), GetIntValue(4321), GetIntValue(0), GetIntValue(9876)
], [
GetIntValue(5678), GetIntValue(6789)
], [0, 1], TValue.Empty);
{$ifdef fpc}specialize{$endif}GenDoProcImpl<TTestProc21>([
GetAnsiString('Alpha'), GetAnsiString('Beta'), GetAnsiString(''), GetAnsiString('Delta')
], [
GetAnsiString('Gamma'), GetAnsiString('Epsilon')
], [0, 1], TValue.Empty);
{ for some reason this fails, though it fails in Delphi as well :/ }
{{$ifdef fpc}specialize{$endif}GenDoProcImpl<TTestProc21>([
GetShortString('Alpha'), GetShortString('Beta'), GetShortString(''), GetShortString('Delta')
], [
GetShortString('Gamma'), GetShortString('Epsilon')
], [0, 1], TValue.Empty);}
end;
{$endif}
initialization
{$ifdef fpc}
RegisterTest(TTestImpl);
{$else fpc}
RegisterTest(TTestImpl.Suite);
{$endif fpc}
end.