Test suite results for test file webtbs/tw1720.pp

Test run data :

Run ID:
Operating system: linux
Processor: i386
Version: 3.3.1
Fails/OK/Total: 64/9586/9650
Version: 3.3.1
Full version: 3.3.1-15624-g3cfec5e6a4
Comment: -gl -Fl/usr/lib/gcc/x86_64-redhat-linux/8/32 -Fl/home/muller/sys-root/i386-linux/lib -Fl/home/muller/sys-root/i386-linux/usr/lib -Aas-clang -XLL -Fd
Machine: gcc187
Category: 1
SVN revisions: e601156b8c:3cfec5e6a4:7629cdb4a5:6a109634b0
Submitter: pierre
Date: 2024/04/28 01:58:00 <> 2024/04/27
Previous run: 940061
Next run: 941500

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Test file "webtbs/tw1720.pp" information:

t_id 842
t_adddate 2003/10/03
t_result 0
t_knownrunerror 0

Detailed test run results:

tr_idruntr_oktr_skiptr_result
479481492940747TrueFalseSuccessfully run

Record count: 1

No log of 940747.

Source:

{ Source provided for Free Pascal Bug Report 1720 }
{ Submitted by "Jesse Towner" on  2001-12-09 }
{ e-mail: jesse@gdnmail.net }
var a, b, c : single;
begin
    (* ... other floating point code goes here *)

    a := 5.6;
    b := 3.4;
    b:= b + sqrt(b)- ln(a);

    c := a - (b-(b-1));

    if abs(c-(a-1))>0.01 then
      begin
        Writeln('Error in floating point code');
        halt(1);
      end;
    (* sometimes, depending on the previous code,
       the code generator will chose to swap the
       operands. however, it just calls the
       reverse version of the instruction without
       swapping the operands. this results in
       giving a value of (b-a) or -2.2 for c. the
       same goes for floating point division. *)
end.

Link to SVN view of webtbs/tw1720.pp source.