fpc/tests/test/cg/tadint64.pp
daniel 02732bfb55 * Fix tests for constexprint rework.
git-svn-id: trunk@7638 -
2007-06-13 07:30:09 +00:00

718 lines
11 KiB
ObjectPascal

{ Program to test Code generator secondadd() }
{ with int64 values }
{ FUNCTIONAL PRE-REQUISITES: }
{ - assignments function correctly. }
{ - if statements function correctly. }
{ - subroutine calls function correctly. }
procedure fail;
begin
WriteLn('Failed!');
halt(1);
end;
procedure int64TestAdd;
var
i: int64;
j: int64;
result : boolean;
begin
Write('int64 + int64 test...');
result := true;
i:=0;
j:=0;
i := i + -10000;
if i <> -10000 then
result := false;
j := 32767;
i := i + j;
if i <> 22767 then
result := false;
i := i + j + 50000;
if i <> 105534 then
result := false;
i:=0;
j:=10000;
i:= i + j + j + i + j;
if i <> 30000 then
result := false;
if not result then
Fail
else
WriteLn('Success.');
end;
procedure int64TestSub;
var
i, j, k : int64;
result : boolean;
begin
Write('int64 - int64 test...');
result := true;
i:=100000;
j:=54;
k:=56;
i:= i - 100;
if i <> 99900 then
result := false;
i := i - j - k - 100;
if i <> 99690 then
result := false;
i:=100;
j:=1000;
k:=100;
i:= j - i - k;
if i <> 800 then
result := false;
j := 900 - i;
if (j <> 100) then
result := false;
i := 1000000000;
k := i;
i := i * 10;
j := 1000000000 - i;
k := k - i;
if j <> k then
result := false;
if j <> (1000000000-(int64(1000000000) * 10)) then
result := false;
j := (int64(1) shl 33);
i := (int64(1) shl 34) - j;
if (i <> (int64(1) shl 33)) then
result := false;
i := 1 - j;
if (i <> (1-(int64(1) shl 33))) then
result := false;
i := 100000;
i := i - 90000;
if (i <> 10000) then
result := false;
if not result then
Fail
else
WriteLn('Success.');
end;
procedure int64TestMul;
var
i : int64;
j : int64;
k: int64;
result: boolean;
begin
Write('int64 * int64 test...');
result := true;
i:=0;
j:=0;
i:=i * 32;
if i <> 0 then
result := false;
i:=10;
i:=i * -16;
if i <> -160 then
result := false;
j:=10000;
i:=-10000;
i:=i * j;
if i <> -100000000 then
result := false;
i:=1;
j:=10;
k:=16;
i := i * j * k;
if i <> 160 then
result := false;
i := 1;
j := 10;
k := 16;
i := i * 10 * j * i * j * 16 * k;
if i <> 256000 then
result := false;
if not result then
Fail
else
WriteLn('Success.');
end;
procedure int64TestXor;
var
i, j : int64;
result : boolean;
begin
Write('int64 XOR int64 test...');
result := true;
i := 0;
j := 0;
i := i xor $1000001;
if i <> $1000001 then
result := false;
i:=0;
j:=$10000001;
i:=i xor j;
if i <> $10000001 then
result := false;
i := 0;
j := $55555555;
i := i xor j xor $AAAAAAAA;
if i <> $FFFFFFFF then
result := false;
if not result then
Fail
else
WriteLn('Success.');
end;
procedure int64TestOr;
var
i,j : int64;
result : boolean;
Begin
Write('int64 OR int64 test...');
result := true;
i := 0;
j := 0;
i := i or $1000001;
if i <> $1000001 then
result := false;
i:=0;
j:=$10000001;
i:=i or j;
if i <> $10000001 then
result := false;
i := 0;
j := $55555555;
i := i or j or $AAAAAAAA;
if i <> $FFFFFFFF then
result := false;
if not result then
Fail
else
WriteLn('Success.');
end;
procedure int64TestAnd;
var
i,j : int64;
result : boolean;
Begin
Write('int64 AND int64 test...');
result := true;
i := $1000001;
j := 0;
i := i and $1000001;
if i <> $1000001 then
result := false;
i:=0;
j:=$10000001;
i:=i and j;
if i <> 0 then
result := false;
i := $FFFFFFFF;
j := $55555555;
i := i and j;
if i <> $55555555 then
result := false;
i := $FFFFFFFF;
i := i and $AAAAAAAA;
if i <> $AAAAAAAA then
result := false;
i := 0;
j := $55555555;
i := i and j and $AAAAAAAA;
if i <> 0 then
result := false;
if not result then
Fail
else
WriteLn('Success.');
end;
procedure int64TestEqual;
var
i,j : int64;
result : boolean;
Begin
Write('int64 = int64 test...');
result := true;
i := $1000001;
j := 0;
if i = 0 then
result := false;
if i = j then
result := false;
if j = i then
result := false;
if not result then
Fail
else
WriteLn('Success.');
end;
procedure int64TestNotEqual;
var
i,j : int64;
result : boolean;
Begin
Write('int64 <> int64 test...');
result := true;
i := $1000001;
j := $1000001;
if i <> $1000001 then
result := false;
if i <> j then
result := false;
if j <> i then
result := false;
if not result then
Fail
else
WriteLn('Success.');
end;
procedure int64TestLE;
var
i, j: int64;
result : boolean;
begin
Write('int64 <= int64 test...');
result := true;
i := -1;
j := -2;
if i <= j then
result := false;
i := -2;
j := $FFFF;
if i >= j then
result := false;
i := $FFFFFFFF;
if i <= $FFFFFFFE then
result := false;
j := $FFFFFFFF;
if i <= j then
begin
if result then
WriteLn('Success.')
else
Fail;
end
else
Fail;
end;
procedure int64TestGE;
var
i, j: int64;
result : boolean;
begin
Write('int64 >= int64 test...');
result := true;
i := $FFFFFFFE;
j := $FFFFFFFF;
if i >= j then
result := false;
i := $FFFFFFFE;
j := $FFFFFFFF;
if i > j then
result := false;
i := $FFFFFFFE;
if i > $FFFFFFFE then
result := false;
i := $FFFFFFFF;
j := $FFFFFFFF;
if i >= j then
begin
if result then
WriteLn('Success.')
else
Fail;
end
else
Fail;
end;
{ QWord testing }
procedure qwordTestAdd;
var
i: qword;
j: qword;
result : boolean;
begin
Write('qword + qword test...');
result := true;
i:=0;
j:=0;
i := i + 10000;
if i <> 10000 then
result := false;
j := 32767;
i := i + j;
if i <> 42767 then
result := false;
i := i + j + 50000;
if i <> 125534 then
result := false;
i:=0;
j:=10000;
i:= i + j + j + i + j;
if i <> 30000 then
result := false;
if not result then
Fail
else
WriteLn('Success.');
end;
procedure QwordTestSub;
var
i, j, k : qword;
result : boolean;
begin
Write('qword - qword test...');
result := true;
i:=100000;
j:=54;
k:=56;
i:= i - 100;
if i <> 99900 then
result := false;
i := i - j - k - 100;
if i <> 99690 then
result := false;
i:=100;
j:=1000;
k:=100;
i:= j - i - k;
if i <> 800 then
result := false;
j := 900 - i;
if (j <> 100) then
result := false;
i := 1000000000;
k := i;
i := i * 10;
{ The next statement would create an overflow }
{$Q-}
j := 1000000000 - i;
k := k - i;
if j <> k then
result := false;
{ Since qword variable<>negative constant is always false according to the
compiler (allowing it to optimize the if away) we need to do a preventive
typecast to qword.}
if j <> qword(1000000000-(qword(1000000000) * 10)) then
result := false;
j := (qword(1) shl 33);
i := (qword(1) shl 34) - j;
if (i <> (qword(1) shl 33)) then
result := false;
i := 1 - j;
{ Since qword variable<>negative constant is always false according to the
compiler (allowing it to optimize the if away) we need to do a preventive
typecast to qword.}
if i <> qword(1-(qword(1) shl 33)) then
result := false;
i := 100000;
i := i - 90000;
if (i <> 10000) then
result := false;
if not result then
Fail
else
WriteLn('Success.');
end;
procedure QwordTestMul;
var
i : qword;
j : qword;
k: qword;
result: boolean;
begin
Write('qword * qword test...');
result := true;
i:=0;
j:=0;
i:=i * 32;
if i <> 0 then
result := false;
i:=10;
i:=i * 16;
if i <> 160 then
result := false;
j:=10000;
i:=10000;
i:=i * j;
if i <> 100000000 then
result := false;
i:=1;
j:=10;
k:=16;
i := i * j * k;
if i <> 160 then
result := false;
i := 1;
j := 10;
k := 16;
i := i * 10 * j * i * j * 16 * k;
if i <> 256000 then
result := false;
if not result then
Fail
else
WriteLn('Success.');
end;
procedure QwordTestXor;
var
i, j : qword;
result : boolean;
begin
Write('qword XOR qword test...');
result := true;
i := 0;
j := 0;
i := i xor $1000001;
if i <> $1000001 then
result := false;
i:=0;
j:=$10000001;
i:=i xor j;
if i <> $10000001 then
result := false;
i := 0;
j := $55555555;
i := i xor j xor $AAAAAAAA;
if i <> $FFFFFFFF then
result := false;
if not result then
Fail
else
WriteLn('Success.');
end;
procedure QwordTestOr;
var
i,j : qword;
result : boolean;
Begin
Write('qword OR qword test...');
result := true;
i := 0;
j := 0;
i := i or $1000001;
if i <> $1000001 then
result := false;
i:=0;
j:=$10000001;
i:=i or j;
if i <> $10000001 then
result := false;
i := 0;
j := $55555555;
i := i or j or $AAAAAAAA;
if i <> $FFFFFFFF then
result := false;
if not result then
Fail
else
WriteLn('Success.');
end;
procedure QwordTestAnd;
var
i,j : qword;
result : boolean;
Begin
Write('qword AND qword test...');
result := true;
i := $1000001;
j := 0;
i := i and $1000001;
if i <> $1000001 then
result := false;
i:=0;
j:=$10000001;
i:=i and j;
if i <> 0 then
result := false;
i := $FFFFFFFF;
j := $55555555;
i := i and j;
if i <> $55555555 then
result := false;
i := $FFFFFFFF;
i := i and $AAAAAAAA;
if i <> $AAAAAAAA then
result := false;
i := 0;
j := $55555555;
i := i and j and $AAAAAAAA;
if i <> 0 then
result := false;
if not result then
Fail
else
WriteLn('Success.');
end;
procedure QwordTestEqual;
var
i,j : qword;
result : boolean;
Begin
Write('qword = qword test...');
result := true;
i := $1000001;
j := 0;
if i = 0 then
result := false;
if i = j then
result := false;
if j = i then
result := false;
if not result then
Fail
else
WriteLn('Success.');
end;
procedure QwordTestNotEqual;
var
i,j : qword;
result : boolean;
Begin
Write('qword <> qword test...');
result := true;
i := $1000001;
j := $1000001;
if i <> $1000001 then
result := false;
if i <> j then
result := false;
if j <> i then
result := false;
if not result then
Fail
else
WriteLn('Success.');
end;
procedure QwordTestLE;
var
i, j: qword;
result : boolean;
begin
Write('qword <= qword test...');
result := true;
i := 1;
j := 2;
if j <= i then
result := false;
i := 2;
j := $FFFF;
if i >= j then
result := false;
i := $FFFFFFFF;
if i <= $FFFFFFFE then
result := false;
j := $FFFFFFFF;
if i <= j then
begin
if result then
WriteLn('Success.')
else
Fail;
end
else
Fail;
end;
procedure QwordTestGE;
var
i, j: qword;
result : boolean;
begin
Write('qword >= qword test...');
result := true;
i := $FFFFFFFE;
j := $FFFFFFFF;
if i >= j then
result := false;
i := $FFFFFFFE;
j := $FFFFFFFF;
if i > j then
result := false;
i := $FFFFFFFE;
if i > $FFFFFFFE then
result := false;
i := $FFFFFFFF;
j := $FFFFFFFF;
if i >= j then
begin
if result then
WriteLn('Success.')
else
Fail;
end
else
Fail;
end;
Begin
{ These should be tested first, since if they do not }
{ work, they will false all other results. }
Int64TestEqual;
Int64TestNotEqual;
Int64TestAdd;
Int64TestMul;
Int64TestOr;
Int64TestAnd;
Int64TestXor;
Int64TestLe;
Int64TestGe;
Int64TestSub;
QwordTestEqual;
QwordTestNotEqual;
QwordTestAdd;
QwordTestMul;
QwordTestOr;
QwordTestAnd;
QwordTestXor;
QwordTestLe;
QwordTestGe;
QwordTestSub;
end.