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709de529ef963f125eb9750e6cf1ce06d68bb65e
harbour-core/harbour/utils/hbtest/rt_array.prg
Viktor Szakats 709de529ef 2007-09-11 23:34 UTC+0100 Viktor Szakats (harbour.01 syenar.hu) 
* source/rtl/hbgtcore.c
     ! Fixed handling of some strangely formatted colorstrings
       mainly inside TGet(). The low-level functionality 
       modified is the colorstring to number conversion. The 
       only change is to continue (and not exit) on a non-std 
       char.

   * utils/hbtest/rt_misc.prg
     + Added some color string parsing tests. Some of them fail.

   * source/rtl/achoice.prg
   * source/debug/debugger.prg
   * utils/hbtest/hbtest.prg
   * utils/hbtest/rt_array.prg
     * Formatting.
2007-09-11 21:36:00 +00:00

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/*
* $Id$
*/
/*
* Harbour Project source code:
* Regression tests for the runtime library (array)
*
* Copyright 1999-2001 Viktor Szakats <viktor.szakats@syenar.hu>
* www - http://www.harbour-project.org
*
* This program is free software; you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation; either version 2, or (at your option)
* any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this software; see the file COPYING. If not, write to
* the Free Software Foundation, Inc., 59 Temple Place, Suite 330,
* Boston, MA 02111-1307 USA (or visit the web site http://www.gnu.org/).
*
* As a special exception, the Harbour Project gives permission for
* additional uses of the text contained in its release of Harbour.
*
* The exception is that, if you link the Harbour libraries with other
* files to produce an executable, this does not by itself cause the
* resulting executable to be covered by the GNU General Public License.
* Your use of that executable is in no way restricted on account of
* linking the Harbour library code into it.
*
* This exception does not however invalidate any other reasons why
* the executable file might be covered by the GNU General Public License.
*
* This exception applies only to the code released by the Harbour
* Project under the name Harbour. If you copy code from other
* Harbour Project or Free Software Foundation releases into a copy of
* Harbour, as the General Public License permits, the exception does
* not apply to the code that you add in this way. To avoid misleading
* anyone as to the status of such modified files, you must delete
* this exception notice from them.
*
* If you write modifications of your own for Harbour, it is your choice
* whether to permit this exception to apply to your modifications.
* If you do not wish that, delete this exception notice.
*
*/
#include "rt_main.ch"
/* Don't change the position of this #include. */
#include "rt_vars.ch"
FUNCTION Main_ARRAY()
/* ARRAY function error conditions. */
#ifndef __XPP__
TEST_LINE( ACopy() , NIL )
#endif
TEST_LINE( ACopy({}, "C") , NIL )
TEST_LINE( ACopy("C", {}) , NIL )
TEST_LINE( ACopy({}, {}) , "{.[0].}" )
TEST_LINE( ACopy({}, ErrorNew()) , "ERROR Object" )
TEST_LINE( ACopy(ErrorNew(), {}) , "{.[0].}" )
#ifndef __XPP__
TEST_LINE( AClone() , NIL )
#endif
TEST_LINE( AClone( NIL ) , NIL )
TEST_LINE( AClone( {} ) , "{.[0].}" )
TEST_LINE( AClone( ErrorNew() ) , NIL )
#ifndef __XPP__
TEST_LINE( AEval() , "E BASE 2017 Argument error AEVAL " )
TEST_LINE( AEval( NIL ) , "E BASE 2017 Argument error AEVAL A:1:U:NIL " )
TEST_LINE( AEval( {} ) , "E BASE 2017 Argument error AEVAL A:1:A:{.[0].} " )
#endif
TEST_LINE( AEval( {}, NIL ) , "E BASE 2017 Argument error AEVAL A:2:A:{.[0].};U:NIL " )
TEST_LINE( AEval( {}, {|| NIL } ) , "{.[0].}" )
TEST_LINE( AEval( ErrorNew(), {|| NIL } ) , "ERROR Object" )
#ifndef __XPP__
TEST_LINE( AScan() , 0 )
TEST_LINE( AScan( NIL ) , 0 )
TEST_LINE( AScan( "A" ) , 0 )
TEST_LINE( AScan( {} ) , 0 )
#endif
TEST_LINE( AScan( {}, "" ) , 0 )
TEST_LINE( AScan( ErrorNew(), "NOT_FOUND") , 0 )
#ifndef __XPP__
TEST_LINE( ASort() , NIL )
#endif
TEST_LINE( ASort(10) , NIL )
TEST_LINE( ASort({}) , "{.[0].}" )
TEST_LINE( ASort(ErrorNew()) , NIL )
#ifdef HB_C52_STRICT
#ifndef __XPP__
TEST_LINE( AFill() , "E BASE 2017 Argument error AEVAL A:4:U:NIL;B:{||...};U:NIL;U:NIL " )
#endif
TEST_LINE( AFill( NIL ) , "E BASE 2017 Argument error AEVAL A:4:U:NIL;B:{||...};U:NIL;U:NIL " )
#else
#ifndef __XPP__
TEST_LINE( AFill() , "E BASE 9999 Argument error AFILL " )
#endif
TEST_LINE( AFill( NIL ) , "E BASE 9999 Argument error AFILL " )
#endif
TEST_LINE( AFill( {} ) , "{.[0].}" )
TEST_LINE( AFill( {}, 1 ) , "{.[0].}" )
TEST_LINE( AFill( ErrorNew() ) , "ERROR Object" )
TEST_LINE( AFill( ErrorNew(), 1 ) , "ERROR Object" )
#ifndef __XPP__
TEST_LINE( ADel() , NIL )
TEST_LINE( ADel( NIL ) , NIL )
TEST_LINE( ADel( { 1 } ) , "{.[1].}" )
#endif
TEST_LINE( ADel( { 1 }, 0 ) , "{.[1].}" )
TEST_LINE( ADel( { 1 }, 100 ) , "{.[1].}" )
TEST_LINE( ADel( { 1 }, 1 ) , "{.[1].}" )
TEST_LINE( ADel( { 1 }, -1 ) , "{.[1].}" )
TEST_LINE( ADel( { 1 }, 0 ) , "{.[1].}" )
TEST_LINE( ADel( { 1 }, NIL ) , "{.[1].}" )
#ifndef __XPP__
TEST_LINE( ADel( ErrorNew() ) , "ERROR Object" )
#endif
TEST_LINE( ADel( ErrorNew(), 0 ) , "ERROR Object" )
TEST_LINE( ADel( ErrorNew(), 100 ) , "ERROR Object" )
TEST_LINE( ADel( ErrorNew(), 1 ) , "ERROR Object" )
TEST_LINE( ADel( ErrorNew(), -1 ) , "ERROR Object" )
TEST_LINE( ADel( ErrorNew(), 0 ) , "ERROR Object" )
TEST_LINE( ADel( ErrorNew(), NIL ) , "ERROR Object" )
#ifndef __XPP__
TEST_LINE( AIns() , NIL )
TEST_LINE( AIns( NIL ) , NIL )
TEST_LINE( AIns( { 1 } ) , "{.[1].}" )
#endif
TEST_LINE( AIns( { 1 }, 0 ) , "{.[1].}" )
TEST_LINE( AIns( { 1 }, 100 ) , "{.[1].}" )
TEST_LINE( AIns( { 1 }, 1 ) , "{.[1].}" )
TEST_LINE( AIns( { 1 }, -1 ) , "{.[1].}" )
TEST_LINE( AIns( { 1 }, 0 ) , "{.[1].}" )
TEST_LINE( AIns( { 1 }, NIL ) , "{.[1].}" )
#ifndef __XPP__
TEST_LINE( AIns( ErrorNew() ) , "ERROR Object" )
#endif
TEST_LINE( AIns( ErrorNew(), 0 ) , "ERROR Object" )
TEST_LINE( AIns( ErrorNew(), 100 ) , "ERROR Object" )
TEST_LINE( AIns( ErrorNew(), 1 ) , "ERROR Object" )
TEST_LINE( AIns( ErrorNew(), -1 ) , "ERROR Object" )
TEST_LINE( AIns( ErrorNew(), 0 ) , "ERROR Object" )
TEST_LINE( AIns( ErrorNew(), NIL ) , "ERROR Object" )
#ifndef __XPP__
TEST_LINE( ATail() , NIL )
#endif
TEST_LINE( ATail( NIL ) , NIL )
TEST_LINE( ATail( "" ) , NIL )
TEST_LINE( ATail( {} ) , NIL )
TEST_LINE( ATail( { 1, 2 } ) , 2 )
TEST_LINE( ATail( ErrorNew() ) , NIL )
#ifndef __XPP__
TEST_LINE( ASize() , "E BASE 2023 Argument error ASIZE " )
TEST_LINE( ASize( NIL ) , "E BASE 2023 Argument error ASIZE " )
TEST_LINE( ASize( {} ) , "E BASE 2023 Argument error ASIZE " )
TEST_LINE( ASize( ErrorNew() ) , "E BASE 2023 Argument error ASIZE " )
#endif
TEST_LINE( ASize( NIL, 0 ) , "E BASE 2023 Argument error ASIZE " )
TEST_LINE( ASize( {}, 0 ) , "{.[0].}" )
TEST_LINE( ASize( ErrorNew(), 0 ) , "ERROR Object" )
TEST_LINE( ASize( NIL, 1 ) , "E BASE 2023 Argument error ASIZE " )
TEST_LINE( ASize( {}, 1 ) , "{.[1].}" )
TEST_LINE( ASize( { 1, 2 }, 1 ) , "{.[1].}" )
TEST_LINE( ASize( { 1, "AAAA" }, 1 ) , "{.[1].}" )
TEST_LINE( ASize( { "BBB", "AAAA" }, 0 ) , "{.[0].}" )
TEST_LINE( ASize( ErrorNew(), 1 ) , "ERROR Object" )
TEST_LINE( ASize( NIL, -1 ) , "E BASE 2023 Argument error ASIZE " )
TEST_LINE( ASize( {}, -1 ) , "{.[0].}" )
TEST_LINE( ASize( { 1 }, -1 ) , "{.[0].}" )
#ifdef __HARBOUR__
TEST_LINE( ASize( { 1 }, 5000 ) , "{.[5000].}" )
#else
TEST_LINE( ASize( { 1 }, 5000 ) , "{.[1].}" )
#endif
TEST_LINE( ASize( ErrorNew(), -1 ) , "ERROR Object" )
TEST_LINE( ASize( ErrorNew(), 100 ) , "ERROR Object" )
TEST_LINE( AAdd( NIL, NIL ) , "E BASE 1123 Argument error AADD A:2:U:NIL;U:NIL F:S" )
TEST_LINE( AAdd( {}, NIL ) , NIL )
TEST_LINE( AAdd( {}, "A" ) , "A" )
TEST_LINE( AAdd( ErrorNew(), NIL ) , NIL )
TEST_LINE( AAdd( ErrorNew(), "A" ) , "A" )
#ifndef __XPP__
TEST_LINE( Array() , NIL )
#endif
TEST_LINE( Array( 0 ) , "{.[0].}" )
#ifdef __HARBOUR__
TEST_LINE( Array( 5000 ) , "{.[5000].}" )
#else
TEST_LINE( Array( 5000 ) , "E BASE 1131 Bound error array dimension " )
#endif
TEST_LINE( Array( 1 ) , "{.[1].}" )
TEST_LINE( Array( -1 ) , "E BASE 1131 Bound error array dimension " )
TEST_LINE( Array( 1, 0, -10 ) , "E BASE 1131 Bound error array dimension " )
TEST_LINE( Array( 1, 0, "A" ) , NIL )
TEST_LINE( Array( 1, 0, 2 ) , "{.[1].}" )
TEST_LINE( Array( 4, 3, 2 ) , "{.[4].}" )
TEST_LINE( Array( 0, 3, 2 ) , "{.[0].}" )
/* AFill() */
TEST_LINE( TAStr(AFill(TANew(),"X") ) , "XXXXXXXXXX" )
TEST_LINE( TAStr(AFill(TANew(),"X",NIL,-2)) , "XXXXXXXXXX" )
TEST_LINE( TAStr(AFill(TANew(),"X",NIL, 0)) , ".........." )
TEST_LINE( TAStr(AFill(TANew(),"X",NIL, 3)) , "XXX......." )
TEST_LINE( TAStr(AFill(TANew(),"X",NIL,20)) , "XXXXXXXXXX" )
TEST_LINE( TAStr(AFill(TANew(),"X", 0) ) , "XXXXXXXXXX" )
TEST_LINE( TAStr(AFill(TANew(),"X", 0,-2)) , "XXXXXXXXXX" )
TEST_LINE( TAStr(AFill(TANew(),"X", 0, 0)) , ".........." )
TEST_LINE( TAStr(AFill(TANew(),"X", 0, 3)) , "XXX......." )
TEST_LINE( TAStr(AFill(TANew(),"X", 0,20)) , "XXXXXXXXXX" )
TEST_LINE( TAStr(AFill(TANew(),"X", 1) ) , "XXXXXXXXXX" )
TEST_LINE( TAStr(AFill(TANew(),"X", 1,-2)) , "XXXXXXXXXX" )
TEST_LINE( TAStr(AFill(TANew(),"X", 1, 0)) , ".........." )
TEST_LINE( TAStr(AFill(TANew(),"X", 1, 3)) , "XXX......." )
TEST_LINE( TAStr(AFill(TANew(),"X", 1,20)) , "XXXXXXXXXX" )
TEST_LINE( TAStr(AFill(TANew(),"X", 3) ) , "..XXXXXXXX" )
TEST_LINE( TAStr(AFill(TANew(),"X", 3,-2)) , ".........." )
TEST_LINE( TAStr(AFill(TANew(),"X", 3, 0)) , ".........." )
TEST_LINE( TAStr(AFill(TANew(),"X", 3, 3)) , "..XXX....." )
TEST_LINE( TAStr(AFill(TANew(),"X", 3,20)) , "..XXXXXXXX" )
TEST_LINE( TAStr(AFill(TANew(),"X", -1) ) , ".........." )
TEST_LINE( TAStr(AFill(TANew(),"X", -1,-2)) , ".........." )
TEST_LINE( TAStr(AFill(TANew(),"X", -1, 0)) , ".........." )
TEST_LINE( TAStr(AFill(TANew(),"X", -1, 3)) , ".........." )
TEST_LINE( TAStr(AFill(TANew(),"X", -1,20)) , ".........." )
TEST_LINE( TAStr(AFill(TANew(),"X", 21) ) , ".........." )
TEST_LINE( TAStr(AFill(TANew(),"X", 21,-2)) , ".........." )
TEST_LINE( TAStr(AFill(TANew(),"X", 21, 0)) , ".........." )
TEST_LINE( TAStr(AFill(TANew(),"X", 21, 3)) , ".........." )
TEST_LINE( TAStr(AFill(TANew(),"X", 21,20)) , ".........." )
/* ACopy() */
TEST_LINE( TAStr(ACopy(TARng(),TANew(), 1 )) , "ABCDEFGHIJ" )
TEST_LINE( TAStr(ACopy(TARng(),TANew(), 1, 0 )) , ".........." )
TEST_LINE( TAStr(ACopy(TARng(),TANew(), 1, 3 )) , "ABC......." )
TEST_LINE( TAStr(ACopy(TARng(),TANew(), 1, 20 )) , "ABCDEFGHIJ" )
TEST_LINE( TAStr(ACopy(TARng(),TANew(), 3 )) , "CDEFGHIJ.." )
TEST_LINE( TAStr(ACopy(TARng(),TANew(), 3, 0 )) , ".........." )
TEST_LINE( TAStr(ACopy(TARng(),TANew(), 3, 3 )) , "CDE......." )
TEST_LINE( TAStr(ACopy(TARng(),TANew(), 3, 20 )) , "CDEFGHIJ.." )
TEST_LINE( TAStr(ACopy(TARng(),TANew(), 21 )) , ".........." ) /* Bug in CA-Cl*pper, it will return: "J.........", fixed in 5.3a */
TEST_LINE( TAStr(ACopy(TARng(),TANew(), 21, 0 )) , ".........." )
TEST_LINE( TAStr(ACopy(TARng(),TANew(), 21, 3 )) , ".........." ) /* Bug in CA-Cl*pper, it will return: "J.........", fixed in 5.3a */
TEST_LINE( TAStr(ACopy(TARng(),TANew(), 21, 20 )) , ".........." ) /* Bug in CA-Cl*pper, it will return: "J.........", fixed in 5.3a */
TEST_LINE( TAStr(ACopy(TARng(),TANew(), 1,NIL, 1)) , "ABCDEFGHIJ" )
TEST_LINE( TAStr(ACopy(TARng(),TANew(), 1, 0, 1)) , ".........." )
TEST_LINE( TAStr(ACopy(TARng(),TANew(), 1, 3, 0)) , "ABC......." )
TEST_LINE( TAStr(ACopy(TARng(),TANew(), 1, 3, 2)) , ".ABC......" )
TEST_LINE( TAStr(ACopy(TARng(),TANew(), 1, 3, 8)) , ".......ABC" )
TEST_LINE( TAStr(ACopy(TARng(),TANew(), 1, 3, 20)) , ".........A" ) /* Strange in CA-Cl*pper, it should return: ".........." */
TEST_LINE( TAStr(ACopy(TARng(),TANew(), 1, 20, 1)) , "ABCDEFGHIJ" )
TEST_LINE( TAStr(ACopy(TARng(),TANew(), 3,NIL, 3)) , "..CDEFGHIJ" )
TEST_LINE( TAStr(ACopy(TARng(),TANew(), 3, 0, 3)) , ".........." )
TEST_LINE( TAStr(ACopy(TARng(),TANew(), 3, 3, 0)) , "CDE......." )
TEST_LINE( TAStr(ACopy(TARng(),TANew(), 3, 3, 2)) , ".CDE......" )
TEST_LINE( TAStr(ACopy(TARng(),TANew(), 3, 3, 8)) , ".......CDE" )
TEST_LINE( TAStr(ACopy(TARng(),TANew(), 3, 3, 20)) , ".........C" ) /* Strange in CA-Cl*pper, it should return: ".........." */
TEST_LINE( TAStr(ACopy(TARng(),TANew(), 3, 20, 3)) , "..CDEFGHIJ" )
TEST_LINE( TAStr(ACopy(TARng(),TANew(), 21,NIL, 21)) , ".........." ) /* Bug in CA-Cl*pper, it will return: ".........J", fixed in 5.3a */
TEST_LINE( TAStr(ACopy(TARng(),TANew(), 21, 0, 21)) , ".........." )
TEST_LINE( TAStr(ACopy(TARng(),TANew(), 21, 3, 0)) , ".........." ) /* Bug in CA-Cl*pper, it will return: "J.........", fixed in 5.3a */
TEST_LINE( TAStr(ACopy(TARng(),TANew(), 21, 3, 2)) , ".........." ) /* Bug in CA-Cl*pper, it will return: ".J........", fixed in 5.3a */
TEST_LINE( TAStr(ACopy(TARng(),TANew(), 21, 3, 8)) , ".........." ) /* Bug in CA-Cl*pper, it will return: ".......J..", fixed in 5.3a */
TEST_LINE( TAStr(ACopy(TARng(),TANew(), 21, 3, 20)) , ".........." ) /* Bug in CA-Cl*pper, it will return: ".........J", fixed in 5.3a */
TEST_LINE( TAStr(ACopy(TARng(),TANew(), 21, 20, 21)) , ".........." ) /* Bug in CA-Cl*pper, it will return: ".........J", fixed in 5.3a */
/* ASort() */
TEST_LINE( TAStr(ASort(TARRv(),,,{||NIL})) , "ABCDEFGHIJ" ) /* Bug/Feature in CA-Cl*pper, it will return: "IHGFEDCBAJ" */
TEST_LINE( TAStr(ASort(TARRv())) , "ABCDEFGHIJ" )
TEST_LINE( TAStr(ASort(TARRv(),NIL,NIL)) , "ABCDEFGHIJ" )
TEST_LINE( TAStr(ASort(TARRv(),NIL, -2)) , "ABCDEFGHIJ" )
TEST_LINE( TAStr(ASort(TARRv(),NIL, 0)) , "ABCDEFGHIJ" )
TEST_LINE( TAStr(ASort(TARRv(),NIL, 3)) , "HIJGFEDCBA" )
TEST_LINE( TAStr(ASort(TARRv(),NIL, 20)) , "ABCDEFGHIJ" )
TEST_LINE( TAStr(ASort(TARRv(), -5 )) , "JIHGFEDCBA" )
TEST_LINE( TAStr(ASort(TARRv(), -5, -2)) , "JIHGFEDCBA" )
TEST_LINE( TAStr(ASort(TARRv(), -5, 0)) , "JIHGFEDCBA" )
TEST_LINE( TAStr(ASort(TARRv(), -5, 3)) , "JIHGFEDCBA" )
TEST_LINE( TAStr(ASort(TARRv(), -5, 20)) , "JIHGFEDCBA" )
TEST_LINE( TAStr(ASort(TARRv(), 0 )) , "ABCDEFGHIJ" )
TEST_LINE( TAStr(ASort(TARRv(), 0, -2)) , "ABCDEFGHIJ" )
TEST_LINE( TAStr(ASort(TARRv(), 0, 0)) , "ABCDEFGHIJ" )
TEST_LINE( TAStr(ASort(TARRv(), 0, 3)) , "HIJGFEDCBA" )
TEST_LINE( TAStr(ASort(TARRv(), 0, 20)) , "ABCDEFGHIJ" )
TEST_LINE( TAStr(ASort(TARRv(), 5 )) , "JIHGABCDEF" )
#ifdef __HARBOUR__
TEST_LINE( TAStr(ASort(TARRv(), 5, -2)) , "JIHGABCDEF" ) /* CA-Cl*pper will crash or GPF on that line. */
#endif
TEST_LINE( TAStr(ASort(TARRv(), 5, 0)) , "JIHGABCDEF" )
TEST_LINE( TAStr(ASort(TARRv(), 5, 3)) , "JIHGDEFCBA" )
TEST_LINE( TAStr(ASort(TARRv(), 5, 20)) , "JIHGABCDEF" )
TEST_LINE( TAStr(ASort(TARRv(), 20 )) , "JIHGFEDCBA" )
TEST_LINE( TAStr(ASort(TARRv(), 20, -2)) , "JIHGFEDCBA" )
TEST_LINE( TAStr(ASort(TARRv(), 20, 0)) , "JIHGFEDCBA" )
TEST_LINE( TAStr(ASort(TARRv(), 20, 3)) , "JIHGFEDCBA" )
TEST_LINE( TAStr(ASort(TARRv(), 20, 20)) , "JIHGFEDCBA" )
/* AScan() */
#ifndef __XPP__
TEST_LINE( AScan() , 0 )
TEST_LINE( AScan( NIL ) , 0 )
TEST_LINE( AScan( "A" ) , 0 )
#endif
TEST_LINE( AScan( "A", "A" ) , 0 )
TEST_LINE( AScan( "A", {|| .F. } ) , 0 )
TEST_LINE( AScan( {1,2,3}, {|| NIL } ) , 0 )
TEST_LINE( AScan( saAllTypes, scString ) , 1 )
#ifdef __HARBOUR__
TEST_LINE( AScan( @saAllTypes, scString ) , 1 ) /* Bug in CA-Cl*pper, it will return 0 */
TEST_LINE( AScan( saAllTypes, @scString ) , 1 ) /* Bug in CA-Cl*pper, it will return 0 */
#endif
TEST_LINE( AScan( saAllTypes, scStringE ) , 1 )
TEST_LINE( AScan( saAllTypes, scStringZ ) , 3 )
TEST_LINE( AScan( saAllTypes, snIntZ ) , 4 )
TEST_LINE( AScan( saAllTypes, snDoubleZ ) , 4 )
TEST_LINE( AScan( saAllTypes, snIntP ) , 6 )
TEST_LINE( AScan( saAllTypes, snLongP ) , 7 )
TEST_LINE( AScan( saAllTypes, snDoubleP ) , 8 )
TEST_LINE( AScan( saAllTypes, snIntN ) , 9 )
TEST_LINE( AScan( saAllTypes, snLongN ) , 10 )
TEST_LINE( AScan( saAllTypes, snDoubleN ) , 11 )
TEST_LINE( AScan( saAllTypes, snDoubleI ) , 4 )
TEST_LINE( AScan( saAllTypes, sdDateE ) , 13 )
TEST_LINE( AScan( saAllTypes, slFalse ) , 14 )
TEST_LINE( AScan( saAllTypes, slTrue ) , 15 )
TEST_LINE( AScan( saAllTypes, soObject ) , 0 )
TEST_LINE( AScan( saAllTypes, suNIL ) , 17 )
TEST_LINE( AScan( saAllTypes, sbBlock ) , 0 )
TEST_LINE( AScan( saAllTypes, sbBlockC ) , 0 )
TEST_LINE( AScan( saAllTypes, saArray ) , 0 )
SET EXACT ON
TEST_LINE( AScan( saAllTypes, scString ) , 1 )
TEST_LINE( AScan( saAllTypes, scStringE ) , 2 )
TEST_LINE( AScan( saAllTypes, scStringZ ) , 3 )
SET EXACT OFF
RETURN NIL
STATIC FUNCTION TANew( cChar, nLen )
LOCAL aArray
LOCAL tmp
IF nLen == NIL
nLen := 10
ENDIF
IF cChar == NIL
cChar := "."
ENDIF
aArray := Array( nLen )
/* Intentionally not using AFill() here, since this function is
involved in testing AFill() itself. */
FOR tmp := 1 TO nLen
aArray[ tmp ] := cChar
NEXT
RETURN aArray
STATIC FUNCTION TARng( nLen )
LOCAL aArray
LOCAL tmp
IF nLen == NIL
nLen := 10
ENDIF
aArray := Array( nLen )
FOR tmp := 1 TO nLen
aArray[ tmp ] := Chr( Asc( "A" ) + tmp - 1 )
NEXT
RETURN aArray
STATIC FUNCTION TARRv( nLen )
LOCAL aArray
LOCAL tmp
IF nLen == NIL
nLen := 10
ENDIF
aArray := Array( nLen )
FOR tmp := 1 TO nLen
aArray[ tmp ] := Chr( Asc( "A" ) + nLen - tmp )
NEXT
RETURN aArray
STATIC FUNCTION TAStr( aArray )
LOCAL cString := ""
LOCAL tmp
LOCAL nLen := Len( aArray )
FOR tmp := 1 TO nLen
cString += aArray[ tmp ]
NEXT
RETURN cString
/* Don't change the position of this #include. */
#include "rt_init.ch"
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