26fde59322
* source/rtl/mod.c
! Fixed error object to be C5x compatible when wrong or too
few parameters were passed to MOD(). Now the previously
corrected MOD() regression tests pass. (I misinterpreted
the problem in the previous ChangeLog entry.)
* utils/hbtest/rt_math.prg
+ Added two new tests for MOD()
534 lines
32 KiB
Plaintext
534 lines
32 KiB
Plaintext
/*
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* $Id$
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*/
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/*
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* Harbour Project source code:
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* Regression tests for the runtime library (math)
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*
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* Copyright 1999-2001 Viktor Szakats <viktor.szakats@syenar.hu>
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* www - http://www.harbour-project.org
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*
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* This program is free software; you can redistribute it and/or modify
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* it under the terms of the GNU General Public License as published by
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* the Free Software Foundation; either version 2, or (at your option)
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* any later version.
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*
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* This program is distributed in the hope that it will be useful,
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* but WITHOUT ANY WARRANTY; without even the implied warranty of
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* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
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* GNU General Public License for more details.
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*
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* You should have received a copy of the GNU General Public License
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* along with this software; see the file COPYING. If not, write to
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* the Free Software Foundation, Inc., 59 Temple Place, Suite 330,
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* Boston, MA 02111-1307 USA (or visit the web site http://www.gnu.org/).
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*
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* As a special exception, the Harbour Project gives permission for
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* additional uses of the text contained in its release of Harbour.
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*
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* The exception is that, if you link the Harbour libraries with other
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* files to produce an executable, this does not by itself cause the
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* resulting executable to be covered by the GNU General Public License.
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* Your use of that executable is in no way restricted on account of
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* linking the Harbour library code into it.
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*
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* This exception does not however invalidate any other reasons why
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* the executable file might be covered by the GNU General Public License.
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*
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* This exception applies only to the code released by the Harbour
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* Project under the name Harbour. If you copy code from other
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* Harbour Project or Free Software Foundation releases into a copy of
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* Harbour, as the General Public License permits, the exception does
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* not apply to the code that you add in this way. To avoid misleading
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* anyone as to the status of such modified files, you must delete
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* this exception notice from them.
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*
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* If you write modifications of your own for Harbour, it is your choice
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* whether to permit this exception to apply to your modifications.
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* If you do not wish that, delete this exception notice.
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*
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*/
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#include "rt_main.ch"
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/* Don't change the position of this #include. */
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#include "rt_vars.ch"
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FUNCTION Main_MATH()
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LOCAL l, s, o
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MEMVAR s0, s1, v2
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PRIVATE s0:="V2", s1:="V", v2
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/* LOG() */
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TEST_LINE( Log("A") , "E BASE 1095 Argument error LOG A:1:C:A F:S" )
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TEST_LINE( Str(Log(-1)) , "***********************" )
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// TEST_LINE( Str(Log(0)) , "***********************" )
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TEST_LINE( Str(Log(1)) , " 0.00" )
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TEST_LINE( Str(Log(12)) , " 2.48" )
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TEST_LINE( Str(Log(snIntP)) , " 2.30" )
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#ifdef __HARBOUR__
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TEST_LINE( Str(Log(@snIntP)) , " 2.30" ) /* Bug in CA-Cl*pper, it returns: "E BASE 1095 Argument error LOG F:S" */
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#endif
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/* SQRT() */
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TEST_LINE( Sqrt("A") , "E BASE 1097 Argument error SQRT A:1:C:A F:S" )
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TEST_LINE( Sqrt(-1) , 0 )
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TEST_LINE( Sqrt(0) , 0 )
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TEST_LINE( Sqrt(4) , 2 )
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TEST_LINE( Str(Sqrt(snIntP)) , " 3.16" )
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#ifdef __HARBOUR__
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TEST_LINE( Str(Sqrt(@snIntP)) , " 3.16" ) /* Bug in CA-Cl*pper, it returns: "E BASE 1097 Argument error SQRT F:S" */
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#endif
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TEST_LINE( Str(Sqrt(4),21,18) , " 2.000000000000000000" )
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TEST_LINE( Str(Sqrt(3),21,18) , " 1.732050807568877000" )
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/* ABS() */
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TEST_LINE( Abs("A") , "E BASE 1089 Argument error ABS A:1:C:A F:S" )
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TEST_LINE( Abs(0) , 0 )
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TEST_LINE( Abs(10) , 10 )
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TEST_LINE( Abs(-10) , 10 )
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TEST_LINE( Str(Abs(snIntN)) , " 10" )
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#ifdef __HARBOUR__
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TEST_LINE( Str(Abs(@snIntN)) , " 10" ) /* Bug in CA-Cl*pper, it returns: "E BASE 1089 Argument error ABS F:S" */
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#endif
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TEST_LINE( Abs(Month(sdDate)) , 3 )
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TEST_LINE( Abs(-Month(sdDate)) , 3 )
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TEST_LINE( Str(Abs(Year(sdDateE))) , " 0" )
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TEST_LINE( Str(Abs(-Year(sdDateE))) , " 0" )
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TEST_LINE( Str(Abs(Year(sdDate))) , " 1984" )
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TEST_LINE( Str(Abs(-Year(sdDate))) , " 1984" )
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TEST_LINE( Str(Abs(Month(sdDate))) , " 3" )
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TEST_LINE( Str(Abs(-Month(sdDate))) , " 3" )
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TEST_LINE( Str(Abs(0)) , " 0" )
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TEST_LINE( Str(Abs(0.0)) , " 0.0" )
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TEST_LINE( Str(Abs(-0)) , " 0" )
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TEST_LINE( Str(Abs(150)) , " 150" )
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TEST_LINE( Str(Abs(-150)) , " 150" )
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TEST_LINE( Str(Abs(150.245)) , " 150.245" )
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TEST_LINE( Str(Abs(-150.245)) , " 150.245" )
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TEST_LINE( Str(Abs(Val("0"))) , "0" )
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TEST_LINE( Str(Abs(Val("-0"))) , " 0" )
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TEST_LINE( Str(Abs(Val("150"))) , "150" )
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TEST_LINE( Str(Abs(Val("-150"))) , " 150" )
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TEST_LINE( Str(Abs(Val("150.245"))) , " 150.245" )
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TEST_LINE( Str(Abs(Val("-150.245"))) , " 150.245" )
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TEST_LINE( Abs(0.1) , 0.1 )
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TEST_LINE( Abs(10.5) , 10.5 )
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TEST_LINE( Abs(-10.7) , 10.7 )
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TEST_LINE( Abs(10.578) , 10.578 )
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TEST_LINE( Abs(-10.578) , 10.578 )
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TEST_LINE( Abs(100000) , 100000 )
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TEST_LINE( Abs(-100000) , 100000 )
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/* EXP() */
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TEST_LINE( Exp("A") , "E BASE 1096 Argument error EXP A:1:C:A F:S" )
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TEST_LINE( Exp(0) , 1.00 )
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TEST_LINE( Str(Exp(15)) , " 3269017.37" )
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TEST_LINE( Str(Exp(snIntZ)) , " 1.00" )
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#ifdef __HARBOUR__
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TEST_LINE( Str(Exp(@snIntZ)) , " 1.00" ) /* Bug in CA-Cl*pper, it returns: "E BASE 1096 Argument error EXP F:S" */
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#endif
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TEST_LINE( Round(Exp(1),2) , 2.72 )
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TEST_LINE( Str(Exp(1),20,10) , " 2.7182818285" )
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TEST_LINE( Round(Exp(10),2) , 22026.47 )
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TEST_LINE( Str(Exp(10),20,10) , " 22026.4657948067" )
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/* ROUND() */
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TEST_LINE( Round(snDoubleP, snIntZ) , 11 )
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#ifdef __HARBOUR__
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TEST_LINE( Round(@snDoubleP, @snIntZ) , 11 ) /* Bug in CA-Cl*pper, it returns: "E BASE 1094 Argument error ROUND F:S" */
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#endif
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TEST_LINE( Round(NIL, 0) , "E BASE 1094 Argument error ROUND A:2:U:NIL;N:0 F:S" )
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TEST_LINE( Round(0, NIL) , "E BASE 1094 Argument error ROUND A:2:N:0;U:NIL F:S" )
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TEST_LINE( Round(0, 0) , 0 )
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TEST_LINE( Round(0, 2) , 0.00 )
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TEST_LINE( Round(0, -2) , 0 )
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TEST_LINE( Round(0.5, 0) , 1 )
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TEST_LINE( Round(0.5, 1) , 0.5 )
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TEST_LINE( Round(0.5, 2) , 0.50 )
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TEST_LINE( Round(0.5, -1) , 0 )
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TEST_LINE( Round(0.5, -2) , 0 )
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TEST_LINE( Round(0.50, 0) , 1 )
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TEST_LINE( Round(0.50, 1) , 0.5 )
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TEST_LINE( Round(0.50, 2) , 0.50 )
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TEST_LINE( Round(0.50, -1) , 0 )
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TEST_LINE( Round(0.50, -2) , 0 )
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TEST_LINE( Round(0.55, 0) , 1 )
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TEST_LINE( Round(0.55, 1) , 0.6 )
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TEST_LINE( Round(0.55, 2) , 0.55 )
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TEST_LINE( Round(0.55, -1) , 0 )
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TEST_LINE( Round(0.55, -2) , 0 )
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TEST_LINE( Round(0.557, 0) , 1 )
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TEST_LINE( Round(0.557, 1) , 0.6 )
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TEST_LINE( Round(0.557, 2) , 0.56 )
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TEST_LINE( Round(0.557, -1) , 0 )
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TEST_LINE( Round(0.557, -2) , 0 )
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TEST_LINE( Round(50, 0) , 50 )
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TEST_LINE( Round(50, 1) , 50.0 )
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TEST_LINE( Round(50, 2) , 50.00 )
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TEST_LINE( Round(50, -1) , 50 )
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TEST_LINE( Round(50, -2) , 100 )
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TEST_LINE( Round(10.50, 0) , 11 )
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TEST_LINE( Round(10.50, -1) , 10 )
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TEST_LINE( Round(500000, 0) , 500000 )
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TEST_LINE( Round(500000, 1) , 500000.0 )
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TEST_LINE( Round(500000, 2) , 500000.00 )
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TEST_LINE( Round(500000, -1) , 500000 )
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TEST_LINE( Round(500000, -2) , 500000 )
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TEST_LINE( Round(500000, -2) , 500000 )
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TEST_LINE( Round(5000000000, 0) , 5000000000 )
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TEST_LINE( Round(5000000000, 1) , 5000000000.0 )
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TEST_LINE( Round(5000000000, 2) , 5000000000.00 )
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TEST_LINE( Round(5000000000, -1) , 5000000000 )
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TEST_LINE( Round(5000000000, -2) , 5000000000 )
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TEST_LINE( Round(5000000000, -2) , 5000000000 )
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TEST_LINE( Round(5000000000.129, 0) , 5000000000 )
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TEST_LINE( Round(5000000000.129, 1) , 5000000000.1 )
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TEST_LINE( Round(5000000000.129, 2) , 5000000000.13 )
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TEST_LINE( Round(5000000000.129, -1) , 5000000000 )
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TEST_LINE( Round(5000000000.129, -2) , 5000000000 )
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TEST_LINE( Round(5000000000.129, -2) , 5000000000 )
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TEST_LINE( Round(-0.5, 0) , -1 )
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TEST_LINE( Round(-0.5, 1) , -0.5 )
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TEST_LINE( Round(-0.5, 2) , -0.50 )
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TEST_LINE( Round(-0.5, -1) , 0 )
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TEST_LINE( Round(-0.5, -2) , 0 )
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TEST_LINE( Round(-0.50, 0) , -1 )
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TEST_LINE( Round(-0.50, 1) , -0.5 )
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TEST_LINE( Round(-0.50, 2) , -0.50 )
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TEST_LINE( Round(-0.50, -1) , 0 )
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TEST_LINE( Round(-0.50, -2) , 0 )
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TEST_LINE( Round(-0.55, 0) , -1 )
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TEST_LINE( Round(-0.55, 1) , -0.6 )
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TEST_LINE( Round(-0.55, 2) , -0.55 )
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TEST_LINE( Round(-0.55, -1) , 0 )
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TEST_LINE( Round(-0.55, -2) , 0 )
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TEST_LINE( Round(-0.557, 0) , -1 )
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TEST_LINE( Round(-0.557, 1) , -0.6 )
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TEST_LINE( Round(-0.557, 2) , -0.56 )
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TEST_LINE( Round(-0.557, -1) , 0 )
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TEST_LINE( Round(-0.557, -2) , 0 )
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TEST_LINE( Round(-50, 0) , -50 )
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TEST_LINE( Round(-50, 1) , -50.0 )
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TEST_LINE( Round(-50, 2) , -50.00 )
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TEST_LINE( Round(-50, -1) , -50 )
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TEST_LINE( Round(-50, -2) , -100 )
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TEST_LINE( Round(-10.50, 0) , -11 )
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TEST_LINE( Round(-10.50, -1) , -10 )
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TEST_LINE( Round(-500000, 0) , -500000 )
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TEST_LINE( Round(-500000, 1) , -500000.0 )
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TEST_LINE( Round(-500000, 2) , -500000.00 )
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TEST_LINE( Round(-500000, -1) , -500000 )
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TEST_LINE( Round(-500000, -2) , -500000 )
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TEST_LINE( Round(-500000, -2) , -500000 )
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TEST_LINE( Round(-5000000000, 0) , -5000000000 )
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TEST_LINE( Round(-5000000000, 1) , -5000000000.0 )
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TEST_LINE( Round(-5000000000, 2) , -5000000000.00 )
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TEST_LINE( Round(-5000000000, -1) , -5000000000 )
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TEST_LINE( Round(-5000000000, -2) , -5000000000 )
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TEST_LINE( Round(-5000000000, -2) , -5000000000 )
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TEST_LINE( Round(-5000000000.129, 0) , -5000000000 )
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TEST_LINE( Round(-5000000000.129, 1) , -5000000000.1 )
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TEST_LINE( Round(-5000000000.129, 2) , -5000000000.13 )
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TEST_LINE( Round(-5000000000.129, -1) , -5000000000 )
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TEST_LINE( Round(-5000000000.129, -2) , -5000000000 )
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TEST_LINE( Round(-5000000000.129, -2) , -5000000000 )
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/* INT() */
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TEST_LINE( Int( NIL ) , "E BASE 1090 Argument error INT A:1:U:NIL F:S" )
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TEST_LINE( Int( "A" ) , "E BASE 1090 Argument error INT A:1:C:A F:S" )
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TEST_LINE( Int( {} ) , "E BASE 1090 Argument error INT A:1:A:{.[0].} F:S" )
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TEST_LINE( Int( 0 ) , 0 )
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TEST_LINE( Int( 0.0 ) , 0 )
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TEST_LINE( Int( 10 ) , 10 )
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TEST_LINE( Int( snIntP ) , 10 )
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#ifdef __HARBOUR__
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TEST_LINE( Int( @snIntP ) , 10 ) /* Bug in CA-Cl*pper, it returns: "E BASE 1090 Argument error INT F:S" */
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#endif
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TEST_LINE( Int( -10 ) , -10 )
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TEST_LINE( Int( 100000 ) , 100000 )
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TEST_LINE( Int( -100000 ) , -100000 )
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TEST_LINE( Int( 10.5 ) , 10 )
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TEST_LINE( Int( -10.5 ) , -10 )
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TEST_LINE( Str(Int(Val("100.290"))) , "100" )
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TEST_LINE( Str(Int(Val(" 100.290"))) , " 100" )
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TEST_LINE( Str(Int(Val(" 100"))) , " 100" )
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TEST_LINE( Int(5000000000.90) , 5000000000 )
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TEST_LINE( Int(-5000000000.90) , -5000000000 )
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TEST_LINE( Int(5000000000) , 5000000000 )
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TEST_LINE( Int(-5000000000) , -5000000000 )
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TEST_LINE( Int(5000000000) / 100000 , 50000 )
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TEST_LINE( Int(-5000000000) / 100000 , -50000 )
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/* MIN()/MAX() */
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TEST_LINE( Max(NIL, NIL) , "E BASE 1093 Argument error MAX A:2:U:NIL;U:NIL F:S" )
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TEST_LINE( Max(10, NIL) , "E BASE 1093 Argument error MAX A:2:N:10;U:NIL F:S" )
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TEST_LINE( Max(HB_SToD("19800101"), 10) , "E BASE 1093 Argument error MAX A:2:D:19800101;N:10 F:S" )
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TEST_LINE( Max(HB_SToD("19800101"), HB_SToD("19800101")) , HB_SToD("19800101") )
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TEST_LINE( Max(HB_SToD("19800102"), HB_SToD("19800101")) , HB_SToD("19800102") )
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TEST_LINE( Max(HB_SToD("19800101"), HB_SToD("19800102")) , HB_SToD("19800102") )
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TEST_LINE( Max(snIntP, snLongP) , 100000 )
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#ifdef __HARBOUR__
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TEST_LINE( Max(@snIntP, @snLongP) , 100000 ) /* Bug in CA-Cl*pper, it will return: "E BASE 1093 Argument error MAX F:S" */
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#endif
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TEST_LINE( Min(NIL, NIL) , "E BASE 1092 Argument error MIN A:2:U:NIL;U:NIL F:S" )
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TEST_LINE( Min(10, NIL) , "E BASE 1092 Argument error MIN A:2:N:10;U:NIL F:S" )
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TEST_LINE( Min(HB_SToD("19800101"), 10) , "E BASE 1092 Argument error MIN A:2:D:19800101;N:10 F:S" )
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TEST_LINE( Min(HB_SToD("19800101"), HB_SToD("19800101")) , HB_SToD("19800101") )
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TEST_LINE( Min(HB_SToD("19800102"), HB_SToD("19800101")) , HB_SToD("19800101") )
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TEST_LINE( Min(HB_SToD("19800101"), HB_SToD("19800102")) , HB_SToD("19800101") )
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TEST_LINE( Min(snIntP, snLongP) , 10 )
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#ifdef __HARBOUR__
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TEST_LINE( Min(@snIntP, @snLongP) , 10 ) /* Bug in CA-Cl*pper, it will return: "E BASE 1092 Argument error MIN F:S" */
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#endif
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/* Decimals handling */
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TEST_LINE( Str(Max(10, 12) ) , " 12" )
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TEST_LINE( Str(Max(10.50, 10) ) , " 10.50" )
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TEST_LINE( Str(Max(10, 9.50) ) , " 10" )
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TEST_LINE( Str(Max(100000, 10) ) , " 100000" )
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TEST_LINE( Str(Max(20.50, 20.670) ) , " 20.670" )
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TEST_LINE( Str(Max(20.5125, 20.670) ) , " 20.670" )
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TEST_LINE( Str(Min(10, 12) ) , " 10" )
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TEST_LINE( Str(Min(10.50, 10) ) , " 10" )
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TEST_LINE( Str(Min(10, 9.50) ) , " 9.50" )
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TEST_LINE( Str(Min(100000, 10) ) , " 10" )
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TEST_LINE( Str(Min(20.50, 20.670) ) , " 20.50" )
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TEST_LINE( Str(Min(20.5125, 20.670) ) , " 20.5125" )
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TEST_LINE( Str(Val("0x10") ) , " 0" )
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TEST_LINE( Str(Val("0X10") ) , " 0" )
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TEST_LINE( Str(Val("15E2") ) , " 15" )
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TEST_LINE( Str(Val("15E21") ) , " 15" )
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TEST_LINE( Str(Val("15.1A10") ) , "15.1000" )
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TEST_LINE( Str(Val("15.1A1") ) , "15.100" )
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TEST_LINE( Str(Val("A") ) , "0" )
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TEST_LINE( Str(Val("AAA0") ) , " 0" )
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TEST_LINE( Str(Val("AAA2") ) , " 0" )
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TEST_LINE( Str(Val("") ) , " 0" )
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TEST_LINE( Str(Val("0") ) , "0" )
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TEST_LINE( Str(Val(" 0") ) , " 0" )
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TEST_LINE( Str(Val("-0") ) , " 0" )
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TEST_LINE( Str(Val("00") ) , " 0" )
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TEST_LINE( Str(Val("1") ) , "1" )
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TEST_LINE( Str(Val("15") ) , "15" )
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TEST_LINE( Str(Val("200") ) , "200" )
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TEST_LINE( Str(Val(" 200") ) , " 200" )
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TEST_LINE( Str(Val("200 ") ) , " 200" )
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TEST_LINE( Str(Val(" 200 ") ) , " 200" )
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TEST_LINE( Str(Val("-200") ) , "-200" )
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TEST_LINE( Str(Val(" -200") ) , " -200" )
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TEST_LINE( Str(Val("-200 ") ) , " -200" )
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TEST_LINE( Str(Val(" -200 ") ) , " -200" )
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TEST_LINE( Str(Val("15.0") ) , "15.0" )
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TEST_LINE( Str(Val("15.00") ) , "15.00" )
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TEST_LINE( Str(Val("15.000") ) , "15.000" )
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TEST_LINE( Str(Val("15.001 ") ) , "15.0010" )
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TEST_LINE( Str(Val("100000000") ) , "100000000" )
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TEST_LINE( Str(Val("5000000000") ) , "5000000000" )
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TEST_LINE( Str(10 ) , " 10" )
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TEST_LINE( Str(15.0 ) , " 15.0" )
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TEST_LINE( Str(10.1 ) , " 10.1" )
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TEST_LINE( Str(15.00 ) , " 15.00" )
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|
// TEST_LINE( Str(Log(0) ) , "***********************" )
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TEST_LINE( Str(100.2 * 200.12 ) , " 20052.024" )
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|
TEST_LINE( Str(100.20 * 200.12 ) , " 20052.0240" )
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|
TEST_LINE( Str(1000.2 * 200.12 ) , " 200160.024" )
|
|
TEST_LINE( Str(100/1000 ) , " 0.10" )
|
|
TEST_LINE( Str(100/100000 ) , " 0.00" )
|
|
TEST_LINE( Str(10 * 10 ) , " 100" )
|
|
TEST_LINE( Str(100 / 10 ) , " 10" )
|
|
TEST_LINE( Str(100 / 13 ) , " 7.69" )
|
|
TEST_LINE( Str(100.0 / 10 ) , " 10.00" )
|
|
TEST_LINE( Str(100.0 / 10.00 ) , " 10.00" )
|
|
TEST_LINE( Str(100.0 / 10.000 ) , " 10.00" )
|
|
TEST_LINE( Str(100 / 10.00 ) , " 10.00" )
|
|
TEST_LINE( Str(100 / 10.000 ) , " 10.00" )
|
|
TEST_LINE( Str(100.00 / 10.0 ) , " 10.00" )
|
|
TEST_LINE( Str(sdDate - sdDateE ) , " 2445785" )
|
|
TEST_LINE( Str(sdDate - sdDate ) , " 0" )
|
|
TEST_LINE( Str(1234567890 * 1234567890 ) , " 1524157875019052000" ) // real val is 1524157875019052100
|
|
|
|
/* MOD() */
|
|
|
|
TEST_LINE( MOD() , "E BASE 1085 Argument error % A:2:U:NIL;U:NIL F:S" )
|
|
TEST_LINE( MOD( NIL ) , "E BASE 1085 Argument error % A:2:U:NIL;U:NIL F:S" )
|
|
TEST_LINE( MOD( 100 ) , "E BASE 1085 Argument error % A:2:N:100;U:NIL F:S" )
|
|
TEST_LINE( MOD( "A", "B" ) , "E BASE 1085 Argument error % A:2:C:A;C:B F:S" )
|
|
TEST_LINE( MOD( "A", 100 ) , "E BASE 1085 Argument error % A:2:C:A;N:100 F:S" )
|
|
TEST_LINE( MOD( 100, "B" ) , "E BASE 1085 Argument error % A:2:N:100;C:B F:S" )
|
|
TEST_LINE( MOD( NIL, NIL ) , "E BASE 1085 Argument error % A:2:U:NIL;U:NIL F:S" )
|
|
TEST_LINE( MOD( 100, 60, "A" ) , 40.00 )
|
|
|
|
TEST_LINE( MOD( 1, 0 ) , "E BASE 1341 Zero divisor % A:2:N:1;N:0 F:S" )
|
|
TEST_LINE( MOD( 1, NIL ) , "E BASE 1085 Argument error % A:2:N:1;U:NIL F:S" )
|
|
TEST_LINE( Str( MOD( 1, 0 ) ) , "E BASE 1341 Zero divisor % A:2:N:1;N:0 F:S" )
|
|
TEST_LINE( Str( MOD( 2, 4 ) ) , " 2.00" )
|
|
TEST_LINE( Str( MOD( 4, 2 ) ) , " 0.00" )
|
|
TEST_LINE( Str( MOD( 4, 2.0 ) ) , " 0.00" )
|
|
TEST_LINE( Str( MOD( 2, 4.0 ) ) , " 2.00" )
|
|
TEST_LINE( Str( MOD( 8, 3 ) ) , " 2.00" )
|
|
|
|
TEST_LINE( Str( MOD( 3, 3 ) ) , " 0.00" )
|
|
TEST_LINE( Str( MOD( 3, 2 ) ) , " 1.00" )
|
|
TEST_LINE( Str( MOD( 3, 1 ) ) , " 0.00" )
|
|
TEST_LINE( Str( MOD( 3, 0 ) ) , "E BASE 1341 Zero divisor % A:2:N:3;N:0 F:S" )
|
|
TEST_LINE( Str( MOD( 3, -1 ) ) , " 0.00" )
|
|
TEST_LINE( Str( MOD( 3, -2 ) ) , " -1.00" )
|
|
TEST_LINE( Str( MOD( 3, -3 ) ) , " 0.00" )
|
|
TEST_LINE( Str( MOD( -3, 3 ) ) , " 0.00" )
|
|
TEST_LINE( Str( MOD( -3, 2 ) ) , " 1.00" )
|
|
TEST_LINE( Str( MOD( -3, 1 ) ) , " 0.00" )
|
|
TEST_LINE( Str( MOD( -3, 0 ) ) , "E BASE 1341 Zero divisor % A:2:N:-3;N:0 F:S" )
|
|
TEST_LINE( Str( MOD( -3, -1 ) ) , " 0.00" )
|
|
TEST_LINE( Str( MOD( -3, -2 ) ) , " -1.00" )
|
|
TEST_LINE( Str( MOD( -3, -3 ) ) , " 0.00" )
|
|
TEST_LINE( Str( MOD( 3, 3 ) ) , " 0.00" )
|
|
TEST_LINE( Str( MOD( 2, 3 ) ) , " 2.00" )
|
|
TEST_LINE( Str( MOD( 1, 3 ) ) , " 1.00" )
|
|
TEST_LINE( Str( MOD( 0, 3 ) ) , " 0.00" )
|
|
TEST_LINE( Str( MOD( -1, 3 ) ) , " 2.00" )
|
|
TEST_LINE( Str( MOD( -2, 3 ) ) , " 1.00" )
|
|
TEST_LINE( Str( MOD( -3, 3 ) ) , " 0.00" )
|
|
TEST_LINE( Str( MOD( 3, -3 ) ) , " 0.00" )
|
|
TEST_LINE( Str( MOD( 2, -3 ) ) , " -1.00" )
|
|
TEST_LINE( Str( MOD( 1, -3 ) ) , " -2.00" )
|
|
TEST_LINE( Str( MOD( 0, -3 ) ) , " 0.00" )
|
|
TEST_LINE( Str( MOD( -1, -3 ) ) , " -1.00" )
|
|
TEST_LINE( Str( MOD( -2, -3 ) ) , " -2.00" )
|
|
TEST_LINE( Str( MOD( -3, -3 ) ) , " 0.00" )
|
|
|
|
/* <OP>assign and (pre/post)(inc/dec)rementation */
|
|
o:=errornew()
|
|
o:oscode := 1
|
|
TEST_LINE( o:oscode , 1 )
|
|
o:oscode++
|
|
TEST_LINE( o:oscode , 2 )
|
|
TEST_LINE( o:oscode++ , 2 )
|
|
++o:oscode
|
|
TEST_LINE( o:oscode , 4 )
|
|
TEST_LINE( ++o:oscode , 5 )
|
|
o:oscode+=10
|
|
TEST_LINE( o:oscode , 15 )
|
|
TEST_LINE( o:oscode+=200 , 215 )
|
|
|
|
l := 1
|
|
TEST_LINE( l , 1 )
|
|
l++
|
|
TEST_LINE( l , 2 )
|
|
TEST_LINE( l++ , 2 )
|
|
++l
|
|
TEST_LINE( l , 4 )
|
|
TEST_LINE( ++l , 5 )
|
|
l+=10
|
|
TEST_LINE( l , 15 )
|
|
TEST_LINE( l+=200 , 215 )
|
|
|
|
mnIntN := 1
|
|
TEST_LINE( mnIntN , 1 )
|
|
mnIntN++
|
|
TEST_LINE( mnIntN , 2 )
|
|
TEST_LINE( mnIntN++ , 2 )
|
|
++mnIntN
|
|
TEST_LINE( mnIntN , 4 )
|
|
TEST_LINE( ++mnIntN , 5 )
|
|
mnIntN+=10
|
|
TEST_LINE( mnIntN , 15 )
|
|
TEST_LINE( mnIntN+=200 , 215 )
|
|
|
|
snIntN := 1
|
|
TEST_LINE( snIntN , 1 )
|
|
snIntN++
|
|
TEST_LINE( snIntN , 2 )
|
|
TEST_LINE( snIntN++ , 2 )
|
|
++snIntN
|
|
TEST_LINE( snIntN , 4 )
|
|
TEST_LINE( ++snIntN , 5 )
|
|
snIntN+=10
|
|
TEST_LINE( snIntN , 15 )
|
|
TEST_LINE( snIntN+=200 , 215 )
|
|
|
|
#ifdef __HARBOUR__
|
|
|
|
o:=errornew()
|
|
s:="oscode"
|
|
o:&s := 1
|
|
TEST_LINE( o:&(s) , 1 )
|
|
o:&s++
|
|
TEST_LINE( o:&(s) , 2 )
|
|
TEST_LINE( o:&(s)++ , 2 )
|
|
++o:&s
|
|
TEST_LINE( o:&(s) , 4 )
|
|
TEST_LINE( ++o:&(s) , 5 )
|
|
o:&s+=10
|
|
TEST_LINE( o:&(s) , 15 )
|
|
TEST_LINE( o:&(s)+=200 , 215 )
|
|
|
|
WITH OBJECT errornew()
|
|
:&(s) := 1
|
|
TEST_LINE( :&(s) , 1 )
|
|
:&(s)++
|
|
TEST_LINE( :&(s) , 2 )
|
|
TEST_LINE( :&(s)++ , 2 )
|
|
++:&(s)
|
|
TEST_LINE( :&(s) , 4 )
|
|
TEST_LINE( ++:&(s) , 5 )
|
|
:&(s)+=10
|
|
TEST_LINE( :&(s) , 15 )
|
|
TEST_LINE( :&(s)+=200 , 215 )
|
|
END
|
|
|
|
WITH OBJECT errornew()
|
|
:oscode := 1
|
|
TEST_LINE( :oscode , 1 )
|
|
:oscode++
|
|
TEST_LINE( :oscode , 2 )
|
|
TEST_LINE( :oscode++ , 2 )
|
|
++:oscode
|
|
TEST_LINE( :oscode , 4 )
|
|
TEST_LINE( ++:oscode , 5 )
|
|
:oscode+=10
|
|
TEST_LINE( :oscode , 15 )
|
|
TEST_LINE( :oscode+=200 , 215 )
|
|
END
|
|
|
|
&s0 := 1
|
|
TEST_LINE( &s0 , 1 )
|
|
&s0++
|
|
TEST_LINE( &s0 , 2 )
|
|
TEST_LINE( &s0++ , 2 )
|
|
++&s0
|
|
TEST_LINE( &s0 , 4 )
|
|
TEST_LINE( ++&s0 , 5 )
|
|
&s0+=10
|
|
TEST_LINE( &s0 , 15 )
|
|
TEST_LINE( &s0+=200 , 215 )
|
|
|
|
&s1.2 := 1
|
|
TEST_LINE( &s1.2 , 1 )
|
|
&s1.2++
|
|
TEST_LINE( &s1.2 , 2 )
|
|
TEST_LINE( &s1.2++ , 2 )
|
|
++&s1.2
|
|
TEST_LINE( &s1.2 , 4 )
|
|
TEST_LINE( ++&s1.2 , 5 )
|
|
&s1.2+=10
|
|
TEST_LINE( &s1.2 , 15 )
|
|
TEST_LINE( &s1.2+=200 , 215 )
|
|
|
|
#endif
|
|
|
|
RETURN NIL
|
|
|
|
/* Don't change the position of this #include. */
|
|
#include "rt_init.ch"
|