/*++
Copyright (c) 1991-1999, Microsoft Corporation All rights reserved.
Module Name:
cstest.c
Abstract:
Test module for NLS API CompareString.
NOTE: This code was simply hacked together quickly in order to
test the different code modules of the NLS component.
This is NOT meant to be a formal regression test.
Revision History:
06-14-91 JulieB Created.
--*/
//
// Include Files.
//
#include "nlstest.h"
//
// Constant Declarations.
//
#define BUFSIZE 100 // buffer size in wide chars
#define CS_INVALID_FLAGS ((DWORD)(~(NORM_IGNORECASE | \
NORM_IGNORENONSPACE | \
NORM_IGNORESYMBOLS | \
NORM_IGNOREKANATYPE | \
NORM_IGNOREWIDTH | \
NORM_STOP_ON_NULL)))
//
// Global Variables.
//
LCID Locale;
#define wCompStr1 L"This Is A String"
#define wCompStr2 L"This Is A String Longer"
#define wCompStr3 L"THIS IS A STRing"
#define wCompStr4 L"This Is$ A String"
#define wCompStr5 L"This Is A Different String"
// Sharp S
#define wCmpSharpS1 L"t\x00dft"
#define wCmpSharpS2 L"tSSt"
#define wCmpSharpS3 L"tSt"
#define wCmpSharpS4 L"tt"
#define wCmpSharpS5 L"tS"
#define wCmpSharpS6 L"\x00dft"
// A-acute, E-acute
#define wCmpPre L"\x00c1\x00c9"
#define wCmpPreLow L"\x00e1\x00e9"
#define wCmpComp L"\x0041\x0301\x0045\x0301"
#define wCmpComp2 L"\x0041\x0301\x0045\x0301\x0301"
// A, E - Expansion
#define wCmpExp L"\x00c6"
#define wCmpExp2 L"ae"
// Unsortable character in string
#define wCmpUnsort L"A\xffff\x0301\x0045\x0301"
// Diacritics and Symbols
#define wCmpDiac1 L"\x00e4.ext"
#define wCmpDiac2 L"a\x00e4.ext"
// Diacritics Only
#define wCmpDiac3 L"\x00e4"
#define wCmpDiac4 L"a\x00e4"
// Nonspace
#define wCmpNS1 L"\x0301\x00a2\x0045"
#define wCmpNS2 L"\x00a2\x0045"
#define wCmpNS3 L"\x0301-E"
#define wCmpNS4 L"-E"
// French Diacritic Sorting
#define wCmpFrench1 L"cot\x00e9"
#define wCmpFrench2 L"c\x00f4te"
#define wCmpFrench3 L"c\x00f4t\x00e9"
// Danish Compression Sorting
#define wCmpAEMacronLg L"\x01e2"
#define wCmpAEMacronSm L"\x01e3"
#define wCmpAELg L"\x00c6"
#define wCmpAESm L"\x00e6"
//
// Forward Declarations.
//
BOOL
InitCompStr();
int
CS_BadParamCheck();
int
CS_NormalCase();
int
CS_Ansi();
void
CheckReturnCompStr(
int CurrentReturn,
int ExpectedReturn,
LPSTR pErrString,
int *pNumErrors);
void
CompareSortkeyStrings(
LPBYTE pSort1,
LPBYTE pSort2,
int ExpectedReturn,
LPSTR pErrString,
int *pNumErrors);
UINT
GetCPFromLocale(
LCID Locale);
void
CompareStringTester(
LCID Locale,
DWORD dwFlags,
LPWSTR pString1,
int Count1,
LPWSTR pString2,
int Count2,
int ExpectedReturn,
LPSTR pErrString,
BOOL TestAVersion,
int *pNumErrors);
////////////////////////////////////////////////////////////////////////////
//
// TestCompareString
//
// Test routine for CompareStringW API.
//
// 06-14-91 JulieB Created.
////////////////////////////////////////////////////////////////////////////
int TestCompareString()
{
int ErrCount = 0; // error count
//
// Print out what's being done.
//
printf("\n\nTESTING CompareStringW...\n\n");
//
// Initialize global variables.
//
if (!InitCompStr())
{
printf("\nABORTED TestCompareString: Could not Initialize.\n");
return (1);
}
//
// Test bad parameters.
//
ErrCount += CS_BadParamCheck();
//
// Test normal cases.
//
ErrCount += CS_NormalCase();
//
// Test Ansi Version.
//
ErrCount += CS_Ansi();
//
// Print out result.
//
printf("\nCompareStringW: ERRORS = %d\n", ErrCount);
//
// Return total number of errors found.
//
return (ErrCount);
}
////////////////////////////////////////////////////////////////////////////
//
// InitCompStr
//
// This routine initializes the global variables. If no errors were
// encountered, then it returns TRUE. Otherwise, it returns FALSE.
//
// 06-14-91 JulieB Created.
////////////////////////////////////////////////////////////////////////////
BOOL InitCompStr()
{
//
// Make a Locale.
//
Locale = MAKELCID(0x0409, 0);
//
// Return success.
//
return (TRUE);
}
////////////////////////////////////////////////////////////////////////////
//
// CS_BadParamCheck
//
// This routine passes in bad parameters to the API routines and checks to
// be sure they are handled properly. The number of errors encountered
// is returned to the caller.
//
// 06-14-91 JulieB Created.
////////////////////////////////////////////////////////////////////////////
int CS_BadParamCheck()
{
int NumErrors = 0; // error count - to be returned
int rc; // return code
//
// Bad Locale.
//
// Variation 1 - Bad Locale
rc = CompareStringW( (LCID)333,
0,
wCompStr1,
-1,
wCompStr2,
-1 );
CheckReturnBadParam( rc,
0,
ERROR_INVALID_PARAMETER,
"Bad Locale",
&NumErrors );
//
// Null Pointers.
//
// Variation 1 - lpString1 = NULL
rc = CompareStringW( Locale,
0,
NULL,
-1,
wCompStr2,
-1 );
CheckReturnBadParam( rc,
0,
ERROR_INVALID_PARAMETER,
"lpString1 NULL",
&NumErrors );
// Variation 2 - lpString2 = NULL
rc = CompareStringW( Locale,
0,
wCompStr1,
-1,
NULL,
-1 );
CheckReturnBadParam( rc,
0,
ERROR_INVALID_PARAMETER,
"lpString2 NULL",
&NumErrors );
//
// Zero or Invalid Flag Values.
//
// Variation 1 - dwCmpFlags = invalid
rc = CompareStringW( Locale,
CS_INVALID_FLAGS,
wCompStr1,
-1,
wCompStr2,
-1 );
CheckReturnBadParam( rc,
0,
ERROR_INVALID_FLAGS,
"dwCmpFlags invalid",
&NumErrors );
// Variation 2 - dwCmpFlags = 0
rc = CompareStringW( Locale,
0,
wCompStr1,
-1,
wCompStr2,
-1 );
CheckReturnCompStr( rc,
1,
"dwCmpFlags zero",
&NumErrors );
// Variation 3 - dwCmpFlags = Use CP ACP
rc = CompareStringW( Locale,
LOCALE_USE_CP_ACP,
wCompStr1,
-1,
wCompStr2,
-1 );
CheckReturnCompStr( rc,
1,
"Use CP ACP",
&NumErrors );
//
// CompareStringA.
//
//
// Bad Locale.
//
// Variation 1 - Bad Locale
rc = CompareStringA( (LCID)333,
0,
"foo",
-1,
"foo",
-1 );
CheckReturnBadParam( rc,
0,
ERROR_INVALID_PARAMETER,
"A version - Bad Locale",
&NumErrors );
//
// Null Pointers.
//
// Variation 1 - lpString1 = NULL
rc = CompareStringA( Locale,
0,
NULL,
-1,
"foo",
-1 );
CheckReturnBadParam( rc,
0,
ERROR_INVALID_PARAMETER,
"A version - lpString1 NULL",
&NumErrors );
// Variation 2 - lpString2 = NULL
rc = CompareStringA( Locale,
0,
"foo",
-1,
NULL,
-1 );
CheckReturnBadParam( rc,
0,
ERROR_INVALID_PARAMETER,
"A version - lpString2 NULL",
&NumErrors );
//
// Zero or Invalid Flag Values.
//
// Variation 1 - dwCmpFlags = invalid
rc = CompareStringA( Locale,
CS_INVALID_FLAGS,
"foo",
-1,
"foo",
-1 );
CheckReturnBadParam( rc,
0,
ERROR_INVALID_FLAGS,
"A version - dwCmpFlags invalid",
&NumErrors );
// Variation 2 - dwCmpFlags = 0
rc = CompareStringA( Locale,
0,
"foo",
-1,
"foo",
-1 );
CheckReturnCompStr( rc,
2,
"A version - dwCmpFlags zero",
&NumErrors );
// Variation 3 - dwCmpFlags = Use CP ACP
rc = CompareStringA( Locale,
LOCALE_USE_CP_ACP,
"foo",
-1,
"foo",
-1 );
CheckReturnCompStr( rc,
2,
"A version - Use CP ACP",
&NumErrors );
//
// Return total number of errors found.
//
return (NumErrors);
}
////////////////////////////////////////////////////////////////////////////
//
// CS_NormalCase
//
// This routine tests the normal cases of the API routine.
//
// 06-14-91 JulieB Created.
////////////////////////////////////////////////////////////////////////////
int CS_NormalCase()
{
int NumErrors = 0; // error count - to be returned
int rc; // return code
#ifdef PERF
DbgBreakPoint();
#endif
//
// Locales.
//
// Variation 1 - System Default Locale
CompareStringTester( LOCALE_SYSTEM_DEFAULT,
0,
wCompStr1,
-1,
wCompStr1,
-1,
2,
"System Default Locale",
TRUE,
&NumErrors );
// Variation 2 - Current User Locale
CompareStringTester( LOCALE_USER_DEFAULT,
0,
wCompStr1,
-1,
wCompStr1,
-1,
2,
"Current User Locale",
TRUE,
&NumErrors );
//
// Equal Strings.
//
// Variation 1 - equal strings
CompareStringTester( Locale,
0,
wCompStr1,
-1,
wCompStr1,
-1,
2,
"equal strings",
TRUE,
&NumErrors );
//
// nCounts.
//
// Variation 1 - nCount1 = 0
rc = CompareStringW( Locale,
0,
wCompStr1,
0,
wCompStr2,
-1 );
CheckReturnCompStr( rc,
1,
"nCount1 = 0",
&NumErrors );
// Variation 2 - nCount2 = 0
rc = CompareStringW( Locale,
0,
wCompStr1,
-1,
wCompStr2,
0 );
CheckReturnCompStr( rc,
3,
"nCount2 = 0",
&NumErrors );
// Variation 3 - nCount1 and nCount2 = 0
rc = CompareStringW( Locale,
0,
wCompStr1,
0,
wCompStr2,
0 );
CheckReturnCompStr( rc,
2,
"nCount1 and nCount2 = 0",
&NumErrors );
// Variation 4 - counts = -1
CompareStringTester( Locale,
0,
wCompStr1,
-1,
wCompStr1,
-1,
2,
"counts (-1)",
TRUE,
&NumErrors );
// Variation 5 - counts = value
CompareStringTester( Locale,
0,
wCompStr1,
WC_STRING_LEN(wCompStr1),
wCompStr1,
WC_STRING_LEN(wCompStr1),
2,
"counts (value)",
TRUE,
&NumErrors );
// Variation 6 - count1 bigger
CompareStringTester( Locale,
0,
wCompStr1,
WC_STRING_LEN(wCompStr1),
wCompStr1,
WC_STRING_LEN(wCompStr1) - 2,
3,
"count1 bigger",
TRUE,
&NumErrors );
// Variation 7 - count2 bigger
CompareStringTester( Locale,
0,
wCompStr1,
WC_STRING_LEN(wCompStr1) - 2,
wCompStr1,
WC_STRING_LEN(wCompStr1),
1,
"count2 bigger",
TRUE,
&NumErrors );
// Variation 8 - count1 ONE bigger
CompareStringTester( Locale,
0,
wCompStr1,
WC_STRING_LEN(wCompStr1),
wCompStr1,
WC_STRING_LEN(wCompStr1) - 1,
3,
"count1 ONE bigger",
TRUE,
&NumErrors );
// Variation 9 - count2 ONE bigger
CompareStringTester( Locale,
0,
wCompStr1,
WC_STRING_LEN(wCompStr1) - 1,
wCompStr1,
WC_STRING_LEN(wCompStr1),
1,
"count2 ONE bigger",
TRUE,
&NumErrors );
//
// Longer Strings.
//
// Variation 1 - string1 longer
CompareStringTester( Locale,
0,
wCompStr2,
-1,
wCompStr1,
-1,
3,
"string1 longer",
TRUE,
&NumErrors );
// Variation 2 - string2 longer
CompareStringTester( Locale,
0,
wCompStr1,
-1,
wCompStr2,
-1,
1,
"string2 longer",
TRUE,
&NumErrors );
//
// Flags.
//
// Variation 0 - Use CP ACP
CompareStringTester( Locale,
LOCALE_USE_CP_ACP | NORM_IGNORECASE,
wCompStr1,
-1,
wCompStr3,
-1,
2,
"Use CP ACP",
TRUE,
&NumErrors );
// Variation 1 - upper/lower case
CompareStringTester( Locale,
NORM_IGNORECASE,
wCompStr1,
-1,
wCompStr3,
-1,
2,
"upper/lower case",
TRUE,
&NumErrors );
// Variation 2 - symbols
CompareStringTester( Locale,
NORM_IGNORESYMBOLS,
wCompStr1,
-1,
wCompStr4,
-1,
2,
"symbols",
TRUE,
&NumErrors );
// Variation 3 - case and symbols
CompareStringTester( Locale,
NORM_IGNORECASE | NORM_IGNORESYMBOLS,
wCompStr3,
-1,
wCompStr4,
-1,
2,
"case and symbols",
TRUE,
&NumErrors );
// Variation 4 - different strings w/ case
CompareStringTester( Locale,
NORM_IGNORECASE,
wCompStr4,
-1,
wCompStr5,
-1,
3,
"different case",
TRUE,
&NumErrors );
// Variation 5 - ignore case, sharp S
CompareStringTester( Locale,
NORM_IGNORECASE,
wCmpSharpS1,
-1,
wCmpSharpS2,
-1,
2,
"ignore case, sharp S",
TRUE,
&NumErrors );
// Variation 6 - ignore case, sharp S diff
CompareStringTester( Locale,
NORM_IGNORECASE,
wCmpSharpS1,
-1,
wCmpSharpS3,
-1,
1,
"ignore case, sharp S diff",
TRUE,
&NumErrors );
// Variation 7 - ignore case, sharp S diff2
CompareStringTester( Locale,
NORM_IGNORECASE,
wCmpSharpS1,
-1,
wCmpSharpS4,
-1,
1,
"ignore case, sharp S diff2",
TRUE,
&NumErrors );
// Variation 8 - ignore case, sharp S diff3
CompareStringTester( Locale,
NORM_IGNORECASE,
wCmpSharpS1,
-1,
wCmpSharpS5,
-1,
3,
"ignore case, sharp S diff3",
TRUE,
&NumErrors );
// Variation 9 - stop on null
rc = CompareStringW( Locale,
NORM_STOP_ON_NULL,
L"ab\x0000yy",
5,
L"ab\x0000zz",
5 );
CheckReturnCompStr( rc,
2,
"stop on null - 1",
&NumErrors );
// Variation 10 - stop on null
rc = CompareStringW( Locale,
NORM_STOP_ON_NULL,
L"ab\x0000yy",
-1,
L"ab\x0000zz",
-1 );
CheckReturnCompStr( rc,
2,
"stop on null - 2",
&NumErrors );
// Variation 11 - stop on null
rc = CompareStringW( Locale,
NORM_STOP_ON_NULL,
L"ab\x0000yy",
5,
L"ab\x0000zz",
-1 );
CheckReturnCompStr( rc,
2,
"stop on null - 3",
&NumErrors );
// Variation 12 - stop on null
rc = CompareStringW( Locale,
NORM_STOP_ON_NULL,
L"ab\x0000yy",
-1,
L"ab\x0000zz",
5 );
CheckReturnCompStr( rc,
2,
"stop on null - 4",
&NumErrors );
// Variation 13 - stop on null
rc = CompareStringW( Locale,
NORM_STOP_ON_NULL,
L"abyyy",
-1,
L"abyyy",
-1 );
CheckReturnCompStr( rc,
2,
"stop on null - 5",
&NumErrors );
// Variation 14 - stop on null
rc = CompareStringW( Locale,
NORM_STOP_ON_NULL,
L"abyyy",
5,
L"abyyy",
5 );
CheckReturnCompStr( rc,
2,
"stop on null - 6",
&NumErrors );
// Variation 15 - stop on null
rc = CompareStringW( Locale,
NORM_STOP_ON_NULL,
L"ab\x0000yy",
5,
L"abyyy",
5 );
CheckReturnCompStr( rc,
1,
"stop on null - 7",
&NumErrors );
//
// Different Locale
//
// Variation 1 - locale 040c
CompareStringTester( MAKELCID(0x040c, 0),
0,
wCompStr1,
-1,
wCompStr1,
-1,
2,
"locale 040c - equal strings",
TRUE,
&NumErrors );
// Variation 2 - locale 040c again
CompareStringTester( MAKELCID(0x040c, 0),
0,
wCompStr1,
-1,
wCompStr1,
-1,
2,
"locale 040c again - equal strings",
TRUE,
&NumErrors );
//
// Various Checks for Sorting.
//
// Variation 1 - Expansion first char
CompareStringTester( Locale,
NORM_IGNORECASE,
wCmpSharpS6,
-1,
L"SST",
-1,
2,
"expansion 1st char",
TRUE,
&NumErrors );
// Variation 2 - Comp vs. Precomp
CompareStringTester( Locale,
0,
wCmpPre,
-1,
wCmpComp,
-1,
2,
"comp vs precomp",
FALSE,
&NumErrors );
// Variation 3 - Comp vs. Precomp (ignore nonspace)
CompareStringTester( Locale,
NORM_IGNORENONSPACE,
wCmpPre,
-1,
wCmpComp2,
-1,
2,
"comp vs precomp (ignore nonspace)",
FALSE,
&NumErrors );
// Variation 4 - Comp vs. Precomp (ignore nonspace - diff)
CompareStringTester( Locale,
NORM_IGNORENONSPACE,
wCmpPre,
-1,
wCmpComp2,
-1,
2,
"comp vs precomp (ignore nonspace - diff)",
FALSE,
&NumErrors );
// Variation 5 - Comp vs. Precomp (diff)
CompareStringTester( Locale,
0,
wCmpPre,
-1,
wCmpComp2,
-1,
1,
"comp vs precomp (diff)",
FALSE,
&NumErrors );
// Variation 6 - Comp vs. Precomp (ignore case)
CompareStringTester( Locale,
NORM_IGNORECASE,
wCmpPreLow,
-1,
wCmpComp,
-1,
2,
"comp vs precomp (ignore case)",
FALSE,
&NumErrors );
// Variation 7 - Expansion (ignore case)
CompareStringTester( Locale,
NORM_IGNORECASE,
wCmpExp,
-1,
wCmpExp2,
-1,
2,
"expansion (ignore case)",
TRUE,
&NumErrors );
// Variation 8 - Expansion (ignore nonspace)
CompareStringTester( Locale,
NORM_IGNORENONSPACE,
wCmpExp,
-1,
wCmpComp,
-1,
2,
"expansion (ignore nonspace)",
FALSE,
&NumErrors );
// Variation 9 - Unsortable with Precomp
CompareStringTester( Locale,
0,
wCmpUnsort,
-1,
wCmpComp,
-1,
2,
"unsortable with precomp",
FALSE,
&NumErrors );
// Variation 10 - Extra symbols
CompareStringTester( Locale,
NORM_IGNORESYMBOLS,
L"T*est",
-1,
L"Test*$@!",
-1,
2,
"extra symbols",
TRUE,
&NumErrors );
// Variation 11 - Comp vs. Precomp (ignore case, nonspace)
CompareStringTester( Locale,
NORM_IGNORECASE | NORM_IGNORENONSPACE,
wCmpPreLow,
-1,
L"AE",
-1,
2,
"comp vs precomp (ignore case, nonspace)",
TRUE,
&NumErrors );
// Variation 12 - Comp vs. Precomp (ignore case, nonspace, symbol)
CompareStringTester( Locale,
NORM_IGNORECASE | NORM_IGNORENONSPACE | NORM_IGNORESYMBOLS,
wCmpPreLow,
-1,
L"A$E",
-1,
2,
"comp vs precomp (ignore case, nonspace, symbol)",
TRUE,
&NumErrors );
// Variation 13 - Expansion (1 to 3)
CompareStringTester( Locale,
0,
L"ffi",
-1,
L"\xfb03",
-1,
2,
"expansion (1 to 3)",
FALSE,
&NumErrors );
// Variation 14 - Expansion (1 to 3)
CompareStringTester( Locale,
0,
L"\xfb03",
-1,
L"ffi",
-1,
2,
"expansion (1 to 3) 2",
FALSE,
&NumErrors );
// Variation 15 - Expansion (1 to 3)
CompareStringTester( Locale,
0,
L"\xfb03\x0061",
-1,
L"ffia",
-1,
2,
"expansion (1 to 3) 3",
FALSE,
&NumErrors );
// Variation 16 - Expansion (1 to 3)
CompareStringTester( Locale,
0,
L"ffia",
-1,
L"\xfb03\x0061",
-1,
2,
"expansion (1 to 3) 4",
FALSE,
&NumErrors );
// Variation 17 - Expansion (1 to 3)
CompareStringTester( Locale,
NORM_IGNORECASE,
L"ffiA",
-1,
L"\xfb03\x0061",
-1,
2,
"expansion (1 to 3) 5",
FALSE,
&NumErrors );
// Variation 18 - Expansion (1 to 3)
CompareStringTester( Locale,
NORM_IGNORECASE,
L"ffia",
-1,
L"\xfb03\x0041",
-1,
2,
"expansion (1 to 3) 6",
FALSE,
&NumErrors );
//
// Symbol checks.
//
// Variation 1 - video vs vid_all
CompareStringTester( Locale,
0,
L"video",
-1,
L"vid_all",
-1,
3,
"video vs vid_all",
TRUE,
&NumErrors );
// Variation 2 - video vs vid_all (case)
CompareStringTester( Locale,
NORM_IGNORECASE,
L"video",
-1,
L"vid_all",
-1,
3,
"video vs vid_all (case)",
TRUE,
&NumErrors );
// Variation 3 - symbol first
CompareStringTester( Locale,
0,
L"{Other}",
-1,
L"Novell",
-1,
1,
"symbol first",
TRUE,
&NumErrors );
//
// Compression.
//
// Variation 1 - Spanish Castilian ch
CompareStringTester( MAKELCID(0x040a, 0),
0,
L"ch",
-1,
L"cz",
-1,
3,
"Spanish Castilian ch vs cz",
TRUE,
&NumErrors );
// Variation 2 - Spanish Castilian ll
CompareStringTester( MAKELCID(0x040a, 0),
0,
L"ll",
-1,
L"lz",
-1,
3,
"Spanish Castilian ll vs lz",
TRUE,
&NumErrors );
// Variation 5 - Spanish Modern ch -- ch does NOT sort after cz
CompareStringTester( MAKELCID(0x0c0a, 0),
0,
L"ch",
-1,
L"cz",
-1,
1,
"Spanish Modern ch vs cz",
TRUE,
&NumErrors );
// Variation 6 - Spanish Modern ll
CompareStringTester( MAKELCID(0x0c0a, 0),
0,
L"ll",
-1,
L"lz",
-1,
1,
"Spanish Modern ll vs lz",
TRUE,
&NumErrors );
// Variation 7 - Hungarian ccs
CompareStringTester( MAKELCID(0x040e, 0),
0,
L"ccs",
-1,
L"cscs",
-1,
2,
"Hungarian ccs",
TRUE,
&NumErrors );
// Variation 8 - Hungarian ddz
CompareStringTester( MAKELCID(0x040e, 0),
0,
L"ddz",
-1,
L"dzdz",
-1,
2,
"Hungarian ddz",
TRUE,
&NumErrors );
// Variation 9 - Hungarian ddzs
CompareStringTester( MAKELCID(0x040e, 0),
0,
L"ddzs",
-1,
L"dzsdzs",
-1,
2,
"Hungarian ddzs",
TRUE,
&NumErrors );
// Variation 10 - Danish aa vs. zoo
CompareStringTester( MAKELCID(0x0406, 0),
0,
L"aa",
-1,
L"zoo",
-1,
3,
"Danish aa and zoo",
TRUE,
&NumErrors );
// Variation 11 - Danish a$$a vs. zoo
CompareStringTester( MAKELCID(0x0406, 0),
0,
L"a$$a",
-1,
L"zoo",
-1,
1,
"Danish a$$a and zoo",
TRUE,
&NumErrors );
// Variation 12 - Danish a$$a vs. zoo
CompareStringTester( MAKELCID(0x0406, 0),
NORM_IGNORESYMBOLS,
L"a$$a",
-1,
L"zoo",
-1,
1,
"Danish a$$a and zoo (ignore symbols)",
TRUE,
&NumErrors );
//
// Compression - case differences.
//
// Variation 1 - Spanish Ch and cz
CompareStringTester( MAKELCID(0x040a, 0),
0,
L"Ch",
-1,
L"cz",
-1,
3,
"Spanish Ch and cz",
TRUE,
&NumErrors );
// Variation 2 - Spanish Ch and ch
CompareStringTester( MAKELCID(0x040a, 0),
0,
L"Ch",
-1,
L"ch",
-1,
3,
"Spanish Ch and ch",
TRUE,
&NumErrors );
// Variation 3 - Spanish CH and ch
CompareStringTester( MAKELCID(0x040a, 0),
0,
L"CH",
-1,
L"ch",
-1,
3,
"Spanish CH and ch",
TRUE,
&NumErrors );
// Variation 4 - Spanish Ch and cH
CompareStringTester( MAKELCID(0x040a, 0),
0,
L"Ch",
-1,
L"cH",
-1,
3,
"Spanish Ch and cH",
TRUE,
&NumErrors );
// Variation 5 - Spanish ch and cH
CompareStringTester( MAKELCID(0x040a, 0),
0,
L"ch",
-1,
L"cH",
-1,
3,
"Spanish ch and cH",
TRUE,
&NumErrors );
// Variation 6 - Spanish CH and cH
CompareStringTester( MAKELCID(0x040a, 0),
0,
L"CH",
-1,
L"cH",
-1,
3,
"Spanish CH and cH",
TRUE,
&NumErrors );
// Variation 7 - Spanish ch and cZ
CompareStringTester( MAKELCID(0x040a, 0),
0,
L"ch",
-1,
L"cZ",
-1,
3,
"Spanish ch and cZ",
TRUE,
&NumErrors );
// Variation 8 - Spanish Castilian Ll and lz
CompareStringTester( MAKELCID(0x040a, 0),
0,
L"Ll",
-1,
L"lz",
-1,
3,
"Spanish Castilian Ll vs lz",
TRUE,
&NumErrors );
// Variation 9 - Hungarian ccs and csCs
CompareStringTester( MAKELCID(0x040e, 0),
NORM_IGNORECASE,
L"ccs",
-1,
L"csCs",
-1,
2,
"Hungarian ccs and csCs",
TRUE,
&NumErrors );
// Variation 10 - Hungarian ccs and Cscs
CompareStringTester( MAKELCID(0x040e, 0),
NORM_IGNORECASE,
L"ccs",
-1,
L"Cscs",
-1,
2,
"Hungarian ccs and Cscs",
TRUE,
&NumErrors );
// Variation 11 - Hungarian tty and tTy
CompareStringTester( 0x040e,
0,
L"tty",
-1,
L"tTy",
-1,
1,
"Hungarian tty vs tTy",
TRUE,
&NumErrors );
// Variation 12 - Hungarian tty and tTy
CompareStringTester( 0x040e,
NORM_IGNORECASE,
L"tty",
-1,
L"tTy",
-1,
2,
"Hungarian tty vs tTy - ignore case",
TRUE,
&NumErrors );
// Variation 13 - Danish aA vs. zoo
CompareStringTester( MAKELCID(0x0406, 0),
0,
L"aA",
-1,
L"zoo",
-1,
1,
"Danish aA and zoo",
TRUE,
&NumErrors );
//
// Ignore Case Compression
//
// Variation 1 - Spanish ch and cH
CompareStringTester( MAKELCID(0x040a, 0),
NORM_IGNORECASE,
L"ch",
-1,
L"cH",
-1,
3,
"Spanish (case) ch and cH",
TRUE,
&NumErrors );
// Variation 2 - Spanish ch and Ch
CompareStringTester( MAKELCID(0x040a, 0),
NORM_IGNORECASE,
L"ch",
-1,
L"Ch",
-1,
2,
"Spanish (case) ch and Ch",
TRUE,
&NumErrors );
// Variation 3 - Spanish ch and CH
CompareStringTester( MAKELCID(0x040a, 0),
NORM_IGNORECASE,
L"ch",
-1,
L"CH",
-1,
2,
"Spanish (case) ch and CH",
TRUE,
&NumErrors );
// Variation 4 - Spanish CH and cH
CompareStringTester( MAKELCID(0x040a, 0),
NORM_IGNORECASE,
L"CH",
-1,
L"cH",
-1,
3,
"Spanish (case) CH and cH",
TRUE,
&NumErrors );
// Variation 5 - Spanish CH and Ch
CompareStringTester( MAKELCID(0x040a, 0),
NORM_IGNORECASE,
L"CH",
-1,
L"Ch",
-1,
2,
"Spanish (case) CH and Ch",
TRUE,
&NumErrors );
// Variation 6 - Spanish CH and ch
CompareStringTester( MAKELCID(0x040a, 0),
NORM_IGNORECASE,
L"CH",
-1,
L"ch",
-1,
2,
"Spanish (case) CH and ch",
TRUE,
&NumErrors );
//
// Check ae macron for Danish.
//
// Variation 1 - Danish AE macron vs. AA
CompareStringTester( MAKELCID(0x0406, 0),
0,
wCmpAEMacronLg,
-1,
L"AA",
-1,
1,
"Danish AE macron and AA",
FALSE,
&NumErrors );
// Variation 2 - Danish ae macron vs. AA
CompareStringTester( MAKELCID(0x0406, 0),
0,
wCmpAEMacronSm,
-1,
L"AA",
-1,
1,
"Danish ae macron and AA",
FALSE,
&NumErrors );
// Variation 3 - Danish AE macron vs. aa
CompareStringTester( MAKELCID(0x0406, 0),
0,
wCmpAEMacronLg,
-1,
L"aa",
-1,
1,
"Danish AE macron and aa",
FALSE,
&NumErrors );
// Variation 4 - Danish ae macron vs. aa
CompareStringTester( MAKELCID(0x0406, 0),
0,
wCmpAEMacronSm,
-1,
L"aa",
-1,
1,
"Danish ae macron and aa",
FALSE,
&NumErrors );
// Variation 5 - Danish AE macron vs. Z
CompareStringTester( MAKELCID(0x0406, 0),
0,
wCmpAEMacronLg,
-1,
L"Z",
-1,
3,
"Danish AE macron and Z",
FALSE,
&NumErrors );
// Variation 6 - Danish ae macron vs. Z
CompareStringTester( MAKELCID(0x0406, 0),
0,
wCmpAEMacronSm,
-1,
L"Z",
-1,
3,
"Danish ae macron and Z",
FALSE,
&NumErrors );
//
// Check ae for Danish.
//
// Variation 1 - Danish AE vs. AA
CompareStringTester( MAKELCID(0x0406, 0),
0,
wCmpAELg,
-1,
L"AA",
-1,
1,
"Danish AE and AA",
TRUE,
&NumErrors );
// Variation 2 - Danish ae vs. AA
CompareStringTester( MAKELCID(0x0406, 0),
0,
wCmpAESm,
-1,
L"AA",
-1,
1,
"Danish ae and AA",
TRUE,
&NumErrors );
// Variation 3 - Danish AE vs. aa
CompareStringTester( MAKELCID(0x0406, 0),
0,
wCmpAELg,
-1,
L"aa",
-1,
1,
"Danish AE and aa",
TRUE,
&NumErrors );
// Variation 4 - Danish ae vs. aa
CompareStringTester( MAKELCID(0x0406, 0),
0,
wCmpAESm,
-1,
L"aa",
-1,
1,
"Danish ae and aa",
TRUE,
&NumErrors );
// Variation 5 - Danish AE vs. Z
CompareStringTester( MAKELCID(0x0406, 0),
0,
wCmpAELg,
-1,
L"Z",
-1,
3,
"Danish AE and Z",
TRUE,
&NumErrors );
// Variation 6 - Danish ae vs. Z
CompareStringTester( MAKELCID(0x0406, 0),
0,
wCmpAESm,
-1,
L"Z",
-1,
3,
"Danish ae and Z",
TRUE,
&NumErrors );
//
// Check compression for Danish.
//
// Variation 1 - Danish aa vs. B
CompareStringTester( MAKELCID(0x0406, 0),
0,
L"aa",
-1,
L"B",
-1,
3,
"Danish aa and B",
TRUE,
&NumErrors );
// Variation 2 - Danish B vs. aa
CompareStringTester( MAKELCID(0x0406, 0),
0,
L"B",
-1,
L"aa",
-1,
1,
"Danish B and aa",
TRUE,
&NumErrors );
// Variation 3 - Danish aa vs. z
CompareStringTester( MAKELCID(0x0406, 0),
0,
L"aa",
-1,
L"z",
-1,
3,
"Danish aa and z",
TRUE,
&NumErrors );
// Variation 4 - Danish �b vs. ya
CompareStringTester( MAKELCID(0x0406, 0),
0,
L"�b",
-1,
L"ya",
-1,
3,
"Danish �b and ya",
TRUE,
&NumErrors );
// Variation 5 - Danish ya vs. �b
CompareStringTester( MAKELCID(0x0406, 0),
0,
L"ya",
-1,
L"�b",
-1,
1,
"Danish ya and �b",
TRUE,
&NumErrors );
//
// Numeric check.
//
// Variation 1 - numeric check
CompareStringTester( Locale,
0,
L"1.ext",
-1,
L"a.ext",
-1,
1,
"numeric check",
TRUE,
&NumErrors );
//
// Check diacritics and symbols.
//
// Variation 1
CompareStringTester( Locale,
0,
L"a.ext",
-1,
wCmpDiac1,
-1,
1,
"diacritic check 1",
TRUE,
&NumErrors );
// Variation 2
CompareStringTester( Locale,
0,
L"a.ext",
-1,
wCmpDiac2,
-1,
1,
"diacritic check 2",
TRUE,
&NumErrors );
// Variation 3
CompareStringTester( Locale,
0,
wCmpDiac1,
-1,
wCmpDiac2,
-1,
1,
"diacritic check 3",
TRUE,
&NumErrors );
// Variation 4
CompareStringTester( Locale,
0,
wCmpDiac2,
-1,
L"az.ext",
-1,
1,
"diacritic check 4",
TRUE,
&NumErrors );
//
// Check diacritics only.
//
// Variation 5
CompareStringTester( Locale,
0,
L"a",
-1,
wCmpDiac3,
-1,
1,
"diacritic check 5",
TRUE,
&NumErrors );
// Variation 6
CompareStringTester( Locale,
0,
L"a",
-1,
wCmpDiac4,
-1,
1,
"diacritic check 6",
TRUE,
&NumErrors );
// Variation 7
CompareStringTester( Locale,
0,
wCmpDiac3,
-1,
wCmpDiac4,
-1,
1,
"diacritic check 7",
TRUE,
&NumErrors );
// Variation 8
CompareStringTester( Locale,
0,
wCmpDiac4,
-1,
L"az",
-1,
1,
"diacritic check 8",
TRUE,
&NumErrors );
//
// Check Punctuation.
//
// Variation 1
CompareStringTester( Locale,
0,
L"coop",
-1,
L"co-op",
-1,
1,
"punctuation check 1",
TRUE,
&NumErrors );
// Variation 2
CompareStringTester( Locale,
0,
L"co-op",
-1,
L"cop",
-1,
1,
"punctuation check 2",
TRUE,
&NumErrors );
// Variation 3
CompareStringTester( Locale,
0,
L"co-op",
-1,
L"coop",
-1,
3,
"punctuation check 3",
TRUE,
&NumErrors );
// Variation 4
CompareStringTester( Locale,
0,
L"cop",
-1,
L"co-op",
-1,
3,
"punctuation check 4",
TRUE,
&NumErrors );
// Variation 5
CompareStringTester( 0x0409,
1,
L"A-ANNA",
-1,
L"A'JEFF",
-1,
1,
"hyphen, apostrophe",
FALSE,
&NumErrors );
// Variation 6
CompareStringTester( 0x0409,
1,
L"A'JEFF",
-1,
L"A-ANNA",
-1,
3,
"apostrophe, hyphen",
FALSE,
&NumErrors );
//
// Check Punctuation - STRING SORT.
//
// Variation 1
CompareStringTester( Locale,
SORT_STRINGSORT,
L"coop",
-1,
L"co-op",
-1,
3,
"string sort punctuation check 1",
TRUE,
&NumErrors );
// Variation 2
CompareStringTester( Locale,
SORT_STRINGSORT,
L"co-op",
-1,
L"cop",
-1,
1,
"string sort punctuation check 2",
TRUE,
&NumErrors );
// Variation 3
CompareStringTester( Locale,
SORT_STRINGSORT,
L"co-op",
-1,
L"coop",
-1,
1,
"string sort punctuation check 3",
TRUE,
&NumErrors );
// Variation 4
CompareStringTester( Locale,
SORT_STRINGSORT,
L"cop",
-1,
L"co-op",
-1,
3,
"string sort punctuation check 4",
TRUE,
&NumErrors );
// Variation 5
CompareStringTester( Locale,
SORT_STRINGSORT,
L"cop",
-1,
L"coop",
-1,
3,
"string sort punctuation check 5",
TRUE,
&NumErrors );
// Variation 6
CompareStringTester( Locale,
SORT_STRINGSORT,
L"cop",
3,
L"coop",
3,
3,
"string sort punctuation check 6",
TRUE,
&NumErrors );
// Variation 7
CompareStringTester( Locale,
SORT_STRINGSORT,
L"a-coo",
-1,
L"a_coo",
-1,
1,
"string sort hyphen vs. unserscore 1",
TRUE,
&NumErrors );
// Variation 8
CompareStringTester( Locale,
0,
L"a-coo",
-1,
L"a_coo",
-1,
3,
"string sort hyphen vs. unserscore 2",
TRUE,
&NumErrors );
// Variation 9
CompareStringTester( Locale,
SORT_STRINGSORT,
L"a-coo",
5,
L"a_coo",
5,
1,
"string sort hyphen vs. unserscore 3",
TRUE,
&NumErrors );
// Variation 10
CompareStringTester( Locale,
0,
L"a-coo",
5,
L"a_coo",
5,
3,
"string sort hyphen vs. unserscore 4",
TRUE,
&NumErrors );
// Variation 11
CompareStringTester( Locale,
SORT_STRINGSORT | NORM_IGNORECASE,
L"AdministratorAdministrative User Accountdomain...",
0xb,
L"MpPwd223304MpPwd2233305MpPwd223306...",
0xb,
1,
"test for net stuff",
TRUE,
&NumErrors );
//
// Check diacritic followed by nonspace - NORM_IGNORENONSPACE.
//
// Variation 1
CompareStringTester( Locale,
NORM_IGNORENONSPACE,
wCmpNS1,
-1,
wCmpNS2,
-1,
2,
"diacritic, ignorenonspace, symbol",
FALSE,
&NumErrors );
// Variation 2
CompareStringTester( Locale,
NORM_IGNORENONSPACE,
wCmpNS3,
-1,
wCmpNS4,
-1,
2,
"diacritic, ignorenonspace, punct 1",
FALSE,
&NumErrors );
// Variation 3
CompareStringTester( Locale,
NORM_IGNORENONSPACE,
wCmpNS4,
-1,
wCmpNS3,
-1,
2,
"diacritic, ignorenonspace, punct 2",
FALSE,
&NumErrors );
//
// Check French vs. English diacritic sorting.
//
// Variation 1
CompareStringTester( Locale,
0,
wCmpFrench1,
-1,
wCmpFrench2,
-1,
1,
"English diacritic sort 1",
TRUE,
&NumErrors );
// Variation 2
CompareStringTester( Locale,
0,
wCmpFrench2,
-1,
wCmpFrench3,
-1,
1,
"English diacritic sort 2",
TRUE,
&NumErrors );
// Variation 3
CompareStringTester( Locale,
0,
wCmpFrench1,
-1,
wCmpFrench3,
-1,
1,
"English diacritic sort 3",
TRUE,
&NumErrors );
// Variation 4
CompareStringTester( MAKELCID(0x040C, 0),
0,
wCmpFrench1,
-1,
wCmpFrench2,
-1,
3,
"French diacritic sort 1",
TRUE,
&NumErrors );
// Variation 5
CompareStringTester( MAKELCID(0x040C, 0),
0,
wCmpFrench2,
-1,
wCmpFrench3,
-1,
1,
"French diacritic sort 2",
TRUE,
&NumErrors );
// Variation 6
CompareStringTester( MAKELCID(0x040C, 0),
0,
wCmpFrench1,
-1,
wCmpFrench3,
-1,
1,
"French diacritic sort 3",
TRUE,
&NumErrors );
//
// Diacritic tests.
//
// Variation 1
CompareStringTester( Locale,
0,
L"\x00c4\x00c4",
-1,
L"\x00c4\x0041\x0308",
-1,
2,
"Diacritic - A diaeresis",
FALSE,
&NumErrors );
// Variation 2
CompareStringTester( Locale,
0,
L"\x00c4\x00c4",
2,
L"\x00c4\x0041\x0308",
3,
2,
"Diacritic - A diaeresis (size)",
FALSE,
&NumErrors );
// Variation 3
CompareStringTester( Locale,
0,
L"\x00c4\x01e0",
-1,
L"\x0041\x0308\x0041\x0307\x0304",
-1,
2,
"Diacritic - A dot macron",
FALSE,
&NumErrors );
// Variation 4
CompareStringTester( Locale,
0,
L"\x00c4\x01e0",
2,
L"\x0041\x0308\x0041\x0307\x0304",
5,
2,
"Diacritic - A dot macron (size)",
FALSE,
&NumErrors );
//
// Kana and Width Flags.
//
// Variation 1 - ignore kana
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNOREKANATYPE,
L"\x30b1\x30b2",
-1,
L"\x3051\x3052",
-1,
2,
"ignore kana (equal)",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNOREKANATYPE,
L"\x30b1\x30b2",
2,
L"\x3051\x3052",
2,
2,
"ignore kana (equal) (size)",
TRUE,
&NumErrors );
// Variation 2 - ignore kana
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNOREKANATYPE,
L"\x30b1\x30b2",
-1,
L"\x3051\x3051",
-1,
3,
"ignore kana (not equal)",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNOREKANATYPE,
L"\x30b1\x30b2",
2,
L"\x3051\x3051",
2,
3,
"ignore kana (not equal) (size)",
TRUE,
&NumErrors );
// Variation 3 - ignore width
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNOREWIDTH,
L"\x30b1\x30b2",
-1,
L"\xff79\x30b2",
-1,
2,
"ignore width (equal)",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNOREWIDTH,
L"\x30b1\x30b2",
2,
L"\xff79\x30b2",
2,
2,
"ignore width (equal) (size)",
TRUE,
&NumErrors );
// Variation 4 - ignore width
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNOREWIDTH,
L"\x30b1\x30b2",
-1,
L"\xff7a\x30b2",
-1,
1,
"ignore width (not equal)",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNOREWIDTH,
L"\x30b1\x30b2",
2,
L"\xff7a\x30b2",
2,
1,
"ignore width (not equal) (size)",
TRUE,
&NumErrors );
// Variation 5 - ignore kana, width
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNOREWIDTH | NORM_IGNOREKANATYPE,
L"\x30b1\x30b2\xff76",
-1,
L"\xff79\x3052\x304b",
-1,
2,
"ignore kana width (equal)",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNOREWIDTH | NORM_IGNOREKANATYPE,
L"\x30b1\x30b2\xff76",
2,
L"\xff79\x3052\x304b",
2,
2,
"ignore kana width (equal) (size)",
TRUE,
&NumErrors );
// Variation 6 - ignore kana, width
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNOREWIDTH | NORM_IGNOREKANATYPE,
L"\x30b1\x30b2\xff77",
-1,
L"\xff79\x3052\x304b",
-1,
3,
"ignore kana width (not equal)",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNOREWIDTH | NORM_IGNOREKANATYPE,
L"\x30b1\x30b2\xff77",
3,
L"\xff79\x3052\x304b",
3,
3,
"ignore kana width (not equal) (size)",
TRUE,
&NumErrors );
//
// Japanese tests - REPEAT.
//
// Variation 1 - repeat
CompareStringTester( MAKELCID(0x0411, 0),
0,
L"\x30f1\x30fd",
-1,
L"\x30f1\x30f1",
-1,
3,
"repeat same",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
0,
L"\x30f1\x30f1",
-1,
L"\x30f1\x30fd",
-1,
1,
"repeat same 2",
TRUE,
&NumErrors );
// Variation 2 - repeat (1st char)
CompareStringTester( MAKELCID(0x0411, 0),
0,
L"\x30fd\x30f1\x30fd",
-1,
L"\x30f1\x30f1",
-1,
3,
"repeat (1st char)",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
0,
L"\x30f1\x30f1",
-1,
L"\x30fd\x30f1\x30fd",
-1,
1,
"repeat (1st char) 2",
TRUE,
&NumErrors );
// Variation 3 - repeat
CompareStringTester( MAKELCID(0x0411, 0),
0,
L"\x30f1\x30fd",
2,
L"\x30f1\x30f1",
2,
3,
"repeat same (size)",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
0,
L"\x30f1\x30f1",
2,
L"\x30f1\x30fd",
2,
1,
"repeat same (size) 2",
TRUE,
&NumErrors );
// Variation 4 - repeat (1st char)
CompareStringTester( MAKELCID(0x0411, 0),
0,
L"\x30fd\x30f1\x30fd",
3,
L"\x30f1\x30f1",
2,
3,
"repeat same (1st char) (size)",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
0,
L"\x30f1\x30f1",
2,
L"\x30fd\x30f1\x30fd",
3,
1,
"repeat same (1st char) (size) 2",
TRUE,
&NumErrors );
// Variation 5 - repeat (twice)
CompareStringTester( MAKELCID(0x0411, 0),
0,
L"\x30f1\x30fd\x30fd",
-1,
L"\x30f1\x30f1\x30f1",
-1,
3,
"repeat (twice)",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
0,
L"\x30f1\x30f1\x30f1",
-1,
L"\x30f1\x30fd\x30fd",
-1,
1,
"repeat (twice) 2",
TRUE,
&NumErrors );
// Variation 6 - repeat (unsortable)
CompareStringTester( MAKELCID(0x0411, 0),
0,
L"\x30f1\x30fd\xfffe\x30fd",
-1,
L"\x30f1\x30f1\x30f1",
-1,
3,
"repeat (unsortable)",
FALSE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
0,
L"\x30f1\x30f1\x30f1",
-1,
L"\x30f1\x30fd\xfffe\x30fd",
-1,
1,
"repeat (unsortable) 2",
FALSE,
&NumErrors );
// Variation 7 - repeat (unsortable)
CompareStringTester( MAKELCID(0x0411, 0),
0,
L"\x30f1\x30fd\xfffe\x30fd",
4,
L"\x30f1\x30f1\x30f1",
3,
3,
"repeat (unsortable) (size)",
FALSE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
0,
L"\x30f1\x30f1\x30f1",
3,
L"\x30f1\x30fd\xfffe\x30fd",
4,
1,
"repeat (unsortable) (size) 2",
FALSE,
&NumErrors );
//
// Japanese tests - REPEAT with NORM_IGNORENONSPACE.
//
// Variation 1 - repeat
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNORENONSPACE,
L"\x30ab\x30fe",
-1,
L"\x30ab\x30ab",
-1,
2,
"repeat same (ignore nonspace)",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNORENONSPACE,
L"\x30ab\x30ab",
-1,
L"\x30ab\x30fe",
-1,
2,
"repeat same 2 (ignore nonspace)",
TRUE,
&NumErrors );
// Variation 2 - repeat
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNORENONSPACE,
L"\x30ab\x30fe",
2,
L"\x30ab\x30ab",
2,
2,
"repeat same (size) (ignore nonspace)",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNORENONSPACE,
L"\x30ab\x30ab",
2,
L"\x30ab\x30fe",
2,
2,
"repeat same (size) 2 (ignore nonspace)",
TRUE,
&NumErrors );
// Variation 3 - repeat
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNORENONSPACE,
L"\xff76\x30fe",
-1,
L"\xff76\xff76",
-1,
2,
"repeat same half (ignore nonspace)",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNORENONSPACE,
L"\xff76\xff76",
-1,
L"\xff76\x30fe",
-1,
2,
"repeat same 2 half (ignore nonspace)",
TRUE,
&NumErrors );
// Variation 4 - repeat
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNORENONSPACE,
L"\xff76\x30fe",
2,
L"\xff76\xff76",
2,
2,
"repeat same (size) half (ignore nonspace)",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNORENONSPACE,
L"\xff76\xff76",
2,
L"\xff76\x30fe",
2,
2,
"repeat same (size) 2 half (ignore nonspace)",
TRUE,
&NumErrors );
// Variation 5 - repeat, vowel
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNORENONSPACE,
L"\x30b9\x30ba",
-1,
L"\x30b9\x30fe",
-1,
2,
"repeat vowel same (ignore nonspace)",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNORENONSPACE,
L"\x30b9\x30fe",
-1,
L"\x30b9\x30ba",
-1,
2,
"repeat vowel same 2 (ignore nonspace)",
TRUE,
&NumErrors );
// Variation 6 - repeat, vowel
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNORENONSPACE,
L"\x30b9\x30ba",
2,
L"\x30b9\x30fe",
2,
2,
"repeat vowel same (size) (ignore nonspace)",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNORENONSPACE,
L"\x30b9\x30fe",
2,
L"\x30b9\x30ba",
2,
2,
"repeat vowel same (size) 2 (ignore nonspace)",
TRUE,
&NumErrors );
//
// Japanese tests - CHO-ON.
//
// Variation 1 - cho-on
CompareStringTester( MAKELCID(0x0411, 0),
0,
L"\x30f4\x30fc",
-1,
L"\x30f4\x30f4",
-1,
1,
"cho-on",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
0,
L"\x30f4\x30f4",
-1,
L"\x30f4\x30fc",
-1,
3,
"cho-on 2",
TRUE,
&NumErrors );
// Variation 2 - cho-on (ignore nonspace)
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNORENONSPACE,
L"\x30f4\x30fc",
-1,
L"\x30f4\x30f4",
-1,
2,
"cho-on (ignore nonspace)",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNORENONSPACE,
L"\x30f4\x30f4",
-1,
L"\x30f4\x30fc",
-1,
2,
"cho-on 2 (ignore nonspace)",
TRUE,
&NumErrors );
// Variation 3 - cho-on, katakana N
CompareStringTester( MAKELCID(0x0411, 0),
0,
L"\x30f3\x30fc",
-1,
L"\x30f3\x30f3",
-1,
3,
"cho-on, katakana N",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
0,
L"\x30f3\x30f3",
-1,
L"\x30f3\x30fc",
-1,
1,
"cho-on 2, katakana N",
TRUE,
&NumErrors );
//
// Japanese tests - XJIS ordering.
//
CompareStringTester( MAKELCID(0x0411, SORT_JAPANESE_XJIS),
0,
L"\x337d",
-1,
L"\x337e",
-1,
3,
"XJIS order",
TRUE,
&NumErrors );
//
// Chinese tests - BIG5 ordering.
//
CompareStringTester( MAKELCID(0x0404, SORT_CHINESE_BIG5),
0,
L"\x632f",
-1,
L"\x633e",
-1,
3,
"BIG5 order",
TRUE,
&NumErrors );
//
// Korean tests - KSC ordering.
//
CompareStringTester( MAKELCID(0x0412, SORT_KOREAN_KSC),
0,
L"\x4e00",
-1,
L"\x4eba",
-1,
3,
"KSC order",
FALSE,
&NumErrors );
//
// More Japanese Tests.
//
CompareStringTester( MAKELCID(0x0411, 0),
0,
L"\x3042\x309b",
-1,
L"\x3042\xff9e",
-1,
2,
"Japanese Test 1",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
0,
L"\x306f\x309c",
-1,
L"\x306f\xff9f",
-1,
2,
"Japanese Test 2",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNORENONSPACE,
L"\xff76\xff9e\xff71",
-1,
L"\xff76\xff9e\xff70",
-1,
2,
"Japanese Test 3",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNORENONSPACE,
L"\xff8a\xff9f\xff71",
-1,
L"\xff8a\xff9f\xff70",
-1,
2,
"Japanese Test 4",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNORENONSPACE,
L"\xff71\xff71",
-1,
L"\xff71\x30fd",
-1,
2,
"Japanese Test 5",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNORENONSPACE,
L"\xff71\xff71",
-1,
L"\xff71\x309d",
-1,
2,
"Japanese Test 6",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNORENONSPACE,
L"\xff67\xff71",
-1,
L"\xff67\x309e",
-1,
2,
"Japanese Test 7",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNORENONSPACE,
L"\xff76\xff76\xff9e",
-1,
L"\xff76\x30fe",
-1,
2,
"Japanese Test 8",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNORENONSPACE,
L"\xff76\xff76\xff9e",
-1,
L"\xff76\x309e",
-1,
2,
"Japanese Test 9",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNOREWIDTH,
L"\xffe3",
-1,
L"\x007e",
-1,
3,
"Japanese Test 10",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNOREWIDTH,
L"\x2018",
-1,
L"\x0027",
-1,
3,
"Japanese Test 11",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNOREWIDTH,
L"\x2019",
-1,
L"\x0027",
-1,
3,
"Japanese Test 12",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNOREWIDTH,
L"\x201c",
-1,
L"\x0022",
-1,
3,
"Japanese Test 13",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNOREWIDTH,
L"\x201d",
-1,
L"\x0022",
-1,
3,
"Japanese Test 14",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNOREWIDTH,
L"\xffe5",
-1,
L"\x005c",
-1,
2,
"Japanese Test 15",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNORESYMBOLS,
L"\xff70\x309b",
-1,
L"\xff70\xff9e",
-1,
2,
"Japanese Test 16",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNORESYMBOLS,
L"\xff70\x309c",
-1,
L"\xff70\xff9f",
-1,
2,
"Japanese Test 17",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNORESYMBOLS,
L"\x3000",
-1,
L"\x0020",
-1,
2,
"Japanese Test 18",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNORESYMBOLS,
L"\x3001",
-1,
L"\xff64",
-1,
2,
"Japanese Test 19",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNORESYMBOLS,
L"\x3002",
-1,
L"\xff61",
-1,
2,
"Japanese Test 20",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNOREWIDTH | NORM_IGNORENONSPACE,
L"\x30ac\x30a2",
-1,
L"\xff76\xff9e\xff70",
-1,
2,
"Japanese Test 21",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNOREWIDTH | NORM_IGNORENONSPACE | NORM_IGNOREKANATYPE,
L"\x30ac\x30a2",
-1,
L"\xff76\xff9e\xff70",
-1,
2,
"Japanese Test 22",
TRUE,
&NumErrors );
//
// New Japanese Tests.
//
CompareStringTester( MAKELCID(0x0411, 0),
0,
L"\x30cf\x30fc\x30c8",
-1,
L"\x30cf\x30a2\x30c8",
-1,
3,
"Cho-On test - 1",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
0,
L"\x30cf\x30fc\x30c8",
-1,
L"\x30cf\x30a2\x30c9",
-1,
1,
"Cho-On & Handaku/Daku-On - 2",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
0,
L"\x3066\x3063",
-1,
L"\x3066\x3064",
-1,
1,
"BreathStop - 3",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
0,
L"\x3066\x3063\x3071",
-1,
L"\x3066\x3064\x3070",
-1,
3,
"BreathStop & Handaku/Daku-On - 4",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
0,
L"\x30a2\x30a2",
-1,
L"\xff71\x3042",
-1,
1,
"Halfwidth & Hiragana/Katakana - 5",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNORESYMBOLS,
L"\x3001",
-1,
L"\xff64",
-1,
2,
"ignore kana test - 6",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
0,
L"\x3042\x309b",
-1,
L"\x3042\xff9e",
-1,
2,
"DakuOn (table) - 7",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
0,
L"\x3042\x309c",
-1,
L"\x3042\xff9f",
-1,
2,
"HanDakuOn (table) - 8",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNORENONSPACE,
L"\x3041",
-1,
L"\x3042",
-1,
2,
"IgnoreNonSpace - 9",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNORECASE | NORM_IGNOREWIDTH,
L"\xffe3",
-1,
L"\x007e",
-1,
3,
"IgnoreCaseWidth - 10",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNORECASE | NORM_IGNOREWIDTH,
L"\xff5e",
-1,
L"\x007e",
-1,
2,
"IgnoreCaseWidth - 11",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNORECASE,
L"\xff71\xff70",
-1,
L"\x30a2\x2015",
-1,
1,
"IgnoreCase - 12",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNOREKANATYPE | NORM_IGNOREWIDTH,
L"\xff71\xff70",
-1,
L"\x30a2\x2015",
-1,
2,
"IgnoreKanaWidth - 13",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNOREKANATYPE | NORM_IGNOREWIDTH,
L"\xff71\xff70",
-1,
L"\x30a2\x30fc",
-1,
2,
"IgnoreKanaWidth - 14",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNORESYMBOLS,
L"\xff70\x309b",
-1,
L"\xff70\xff9e",
-1,
2,
"IgnoreSymbol (table) - 15",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNORENONSPACE | NORM_IGNOREKANATYPE | NORM_IGNOREWIDTH,
L"\x3041",
-1,
L"\x3042",
-1,
2,
"IgnoreWidthNonspaceKana - 16",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNOREWIDTH,
L"\xff67\xff70",
-1,
L"\x30a1\x30fc",
-1,
2,
"IgnoreWidth - 17",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNOREKANATYPE | NORM_IGNOREWIDTH,
L"\xff67\xff70",
-1,
L"\x30a1\x30fc",
-1,
2,
"IgnoreKanaWidth - 18",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
0,
L"\x4e9c\x4e9c",
-1,
L"\x4e9c\x3005",
-1,
1,
"Ideograph, cho-on - 19",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNORENONSPACE,
L"\x4e9c\x4e9c",
-1,
L"\x4e9c\x3005",
-1,
2,
"Ideograph, cho-on - 20",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
0,
L"\x30fb\x30fd",
-1,
L"\x30fb\x30fb",
-1,
1,
"Symbol, cho-on - 21",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNORENONSPACE,
L"\x30fb\x30fd",
-1,
L"\x30fb\x30fb",
-1,
1,
"Symbol, cho-on - 22",
TRUE,
&NumErrors );
CompareStringTester( MAKELCID(0x0411, 0),
NORM_IGNORENONSPACE,
L"\x308e\xff70",
-1,
L"\x308e\x30fc",
-1,
1,
"small cho-on (ignore nonspace) - 23",
TRUE,
&NumErrors );
//
// Tests with extra diacritic on end of string. Make sure it
// uses the first diacritic difference found rather than the
// "longer" string difference.
//
CompareStringTester( 0x0411,
0,
L"\x30cf\xff8a\xff9e",
-1,
L"\xff8a\xff9e\x30cf",
-1,
1,
"Different Compares",
FALSE,
&NumErrors );
CompareStringTester( 0x0411,
NORM_IGNOREWIDTH,
L"\x30cf\xff8a\xff9e",
-1,
L"\xff8a\xff9e\x30cf",
-1,
1,
"Different Compares (ignore width)",
FALSE,
&NumErrors );
CompareStringTester( 0x0411,
NORM_IGNORENONSPACE,
L"\x30cf\xff8a\xff9e",
-1,
L"\xff8a\xff9e\x30cf",
-1,
3,
"Different Compares (ignore nonspace)",
FALSE,
&NumErrors );
CompareStringTester( 0x0411,
NORM_IGNORENONSPACE | NORM_IGNOREWIDTH,
L"\x30cf\xff8a\xff9e",
-1,
L"\xff8a\xff9e\x30cf",
-1,
2,
"Different Compares (ignore nonspace, width)",
FALSE,
&NumErrors );
//
// Tests for Extension A.
//
CompareStringTester( 0x0409,
0,
L"\x3400",
-1,
L"\x3401",
-1,
1,
"Extension A - 1",
FALSE,
&NumErrors );
CompareStringTester( 0x0409,
0,
L"ABC \x3400 ABC",
-1,
L"ABC \x3401 abc",
-1,
1,
"Extension A - 2",
FALSE,
&NumErrors );
CompareStringTester( 0x0409,
NORM_IGNORECASE,
L"\x3400",
-1,
L"\x3401",
-1,
1,
"Extension A - 3",
FALSE,
&NumErrors );
CompareStringTester( 0x0409,
NORM_IGNORECASE,
L"ABC \x3400 ABC",
-1,
L"ABC \x3401 abc",
-1,
1,
"Extension A - 4",
FALSE,
&NumErrors );
CompareStringTester( 0x0409,
NORM_IGNORENONSPACE,
L"\x3400",
-1,
L"\x3401",
-1,
1,
"Extension A - 5",
FALSE,
&NumErrors );
CompareStringTester( 0x0409,
NORM_IGNORENONSPACE,
L"ABC \x3400 ABC",
-1,
L"ABC \x3401 abc",
-1,
1,
"Extension A - 6",
FALSE,
&NumErrors );
//
// Tests for Old Hangul.
//
CompareStringTester( 0x0412,
0,
L"\x1100\x1161\x11a8\x11ab", // Old Hangul
-1,
L"\x1102\x1161", // Modern Hangul in Jamo form
-1,
1,
"Old Hangul - 1",
FALSE,
&NumErrors );
CompareStringTester( 0x0412,
0,
L"\xae4c", // Modern Hangul
-1,
L"\x1100\x1103\x1161\x11A8", // Old Hangul
-1,
1,
"Old Hangul - 2",
FALSE,
&NumErrors );
CompareStringTester( 0x0412,
0,
L"\x1100\x1103\x1161\x11A8", // Old Hangul
-1,
L"\xb098", // Modern Hangul
-1,
1,
"Old Hangul - 3",
FALSE,
&NumErrors );
CompareStringTester( 0x0412,
0,
L"\xae4c", // Modern Hangul
-1,
L"\xb098", // Modern Hangul
-1,
1,
"Old Hangul - 4",
FALSE,
&NumErrors );
CompareStringTester( 0x0412,
0,
L"\x1100\x1103\x1161\x11A8", // Old Hangul
-1,
L"x115f\x1161\x11A8", // Old Hangul with Hangul Choseong Filler (U+115f)
-1,
1,
"Old Hangul - 5",
FALSE,
&NumErrors );
CompareStringTester( 0x0412,
0,
L"\x1100\x1103\x1161\x1160\x11A8", // Old Hangul with Hangul Jungseong Filler (U+1160)
-1,
L"\x1100\x1103\x1161\x11A8", // Old Hangul
-1,
1,
"Old Hangul - 6",
FALSE,
&NumErrors );
//
// Return total number of errors found.
//
return (NumErrors);
}
////////////////////////////////////////////////////////////////////////////
//
// CS_Ansi
//
// This routine tests the Ansi version of the API routine.
//
// 06-14-91 JulieB Created.
////////////////////////////////////////////////////////////////////////////
int CS_Ansi()
{
int NumErrors = 0; // error count - to be returned
int rc; // return code
//
// CompareStringA is tested by CompareStringTester routine.
//
//
// CompareString
//
// Variation 1 - foo bar
rc = CompareString( Locale,
0,
TEXT("foo"),
-1,
TEXT("bar"),
-1 );
CheckReturnCompStr( rc,
3,
"neutral version (foo, bar)",
&NumErrors );
// Variation 2 - foo bar
rc = CompareString( Locale,
0,
TEXT("foo"),
3,
TEXT("bar"),
3 );
CheckReturnCompStr( rc,
3,
"neutral version (foo, bar) size",
&NumErrors );
//
// Return total number of errors found.
//
return (NumErrors);
}
////////////////////////////////////////////////////////////////////////////
//
// CheckReturnCompStr
//
// Checks the return code from the CompareString[A/W] call. It prints out
// the appropriate error if the incorrect result is found.
//
// 06-14-91 JulieB Created.
////////////////////////////////////////////////////////////////////////////
void CheckReturnCompStr(
int CurrentReturn,
int ExpectedReturn,
LPSTR pErrString,
int *pNumErrors)
{
if (CurrentReturn != ExpectedReturn)
{
printf("ERROR: %s - \n", pErrString);
printf(" Return = %d, Expected = %d\n", CurrentReturn, ExpectedReturn);
(*pNumErrors)++;
}
}
////////////////////////////////////////////////////////////////////////////
//
// CompareSortkeyStrings
//
// Checks that the result of the byte by byte compare of the sortkey strings
// is the expected result. It prints out the appropriate error if the
// incorrect result is found.
//
// 06-14-91 JulieB Created.
////////////////////////////////////////////////////////////////////////////
void CompareSortkeyStrings(
LPBYTE pSort1,
LPBYTE pSort2,
int ExpectedReturn,
LPSTR pErrString,
int *pNumErrors)
{
int CurrentReturn; // current return value
int ctr; // loop counter
CurrentReturn = strcmp(pSort1, pSort2) + 2;
if (CurrentReturn != ExpectedReturn)
{
printf("ERROR: SortKey - %s - \n", pErrString);
printf(" Return = %d, Expected = %d\n", CurrentReturn, ExpectedReturn);
printf(" SortKey1 = ");
for (ctr = 0; pSort1[ctr]; ctr++)
{
printf("%x ", pSort1[ctr]);
}
printf("\n");
printf(" SortKey2 = ");
for (ctr = 0; pSort2[ctr]; ctr++)
{
printf("%x ", pSort2[ctr]);
}
printf("\n");
(*pNumErrors)++;
}
}
////////////////////////////////////////////////////////////////////////////
//
// GetCPFromLocale
//
// Gets the default code page for the given locale.
//
// 06-14-91 JulieB Created.
////////////////////////////////////////////////////////////////////////////
UINT GetCPFromLocale(
LCID Locale)
{
WCHAR pBuf[BUFSIZE];
LPWSTR pTmp;
UINT CodePage;
UINT Value;
//
// Get the ACP.
//
if (!GetLocaleInfoW( Locale,
LOCALE_IDEFAULTANSICODEPAGE,
pBuf,
BUFSIZE ))
{
printf("FATAL ERROR: Could NOT get locale information for ACP.\n");
return (0);
}
//
// Convert the string to an integer and return it.
//
pTmp = pBuf;
for (CodePage = 0; *pTmp; pTmp++)
{
if ((Value = (UINT)(*pTmp - L'0')) > 9)
break;
CodePage = (UINT)(CodePage * 10 + Value);
}
return ( CodePage );
}
////////////////////////////////////////////////////////////////////////////
//
// CompareStringTester
//
// Call CompareStringW and CompareStringA and checks the return code.
// It also calls LCMapStringW and LCMapStringA using the LCMAP_SORTKEY flag,
// and then checks to be sure the byte by byte compare gives the same
// result as CompareString.
//
// 06-14-91 JulieB Created.
////////////////////////////////////////////////////////////////////////////
void CompareStringTester(
LCID Locale,
DWORD dwFlags,
LPWSTR pString1,
int Count1,
LPWSTR pString2,
int Count2,
int ExpectedReturn,
LPSTR pErrString,
BOOL TestAVersion,
int *pNumErrors)
{
int rc;
BYTE SortDest1[BUFSIZE];
BYTE SortDest2[BUFSIZE];
BYTE pString1A[BUFSIZE];
BYTE pString2A[BUFSIZE];
int Count1A;
int Count2A;
int Count1T = -1;
int Count2T;
//
// Call CompareStringW with the given counts.
//
rc = CompareStringW( Locale,
dwFlags,
pString1,
Count1,
pString2,
Count2 );
CheckReturnCompStr( rc,
ExpectedReturn,
pErrString,
pNumErrors );
//
// Call LCMapStringW with the given counts.
//
if ( (!LCMapStringW( Locale,
LCMAP_SORTKEY | dwFlags,
pString1,
Count1,
(LPWSTR)SortDest1,
BUFSIZE )) ||
(!LCMapStringW( Locale,
LCMAP_SORTKEY | dwFlags,
pString2,
Count2,
(LPWSTR)SortDest2,
BUFSIZE )) )
{
printf("FATAL ERROR: Could NOT get SORTKEY value for string.\n");
return;
}
CompareSortkeyStrings( SortDest1,
SortDest2,
ExpectedReturn,
pErrString,
pNumErrors );
//
// See if we should make additional calls with the temp counts.
//
if ((Count1 < 0) || (Count2 < 0))
{
//
// Get the temp counts if either count is set to -1. This is to make
// an additional call to CompareStringW with the actual count of the
// strings instead of -1.
//
Count1T = (Count1 < 0) ? wcslen(pString1) : Count1;
Count2T = (Count2 < 0) ? wcslen(pString2) : Count2;
//
// Call CompareStringW with the temp counts.
//
rc = CompareStringW( Locale,
dwFlags,
pString1,
Count1T,
pString2,
Count2T );
CheckReturnCompStr( rc,
ExpectedReturn,
pErrString,
pNumErrors );
//
// Call LCMapStringW with the temp counts.
//
if ( (!LCMapStringW( Locale,
LCMAP_SORTKEY | dwFlags,
pString1,
Count1T,
(LPWSTR)SortDest1,
BUFSIZE )) ||
(!LCMapStringW( Locale,
LCMAP_SORTKEY | dwFlags,
pString2,
Count2T,
(LPWSTR)SortDest2,
BUFSIZE )) )
{
printf("FATAL ERROR: Could NOT get SORTKEY value for string.\n");
return;
}
CompareSortkeyStrings( SortDest1,
SortDest2,
ExpectedReturn,
pErrString,
pNumErrors );
}
if (TestAVersion)
{
//
// Get the Ansi versions of the strings.
//
if ( ((Count1A = WideCharToMultiByte( GetCPFromLocale(Locale),
0,
pString1,
Count1,
pString1A,
BUFSIZE,
NULL,
NULL )) == 0) ||
((Count2A = WideCharToMultiByte( GetCPFromLocale(Locale),
0,
pString2,
Count2,
pString2A,
BUFSIZE,
NULL,
NULL )) == 0) )
{
printf("FATAL ERROR: Could NOT convert to MULTIBYTE string.\n");
return;
}
//
// Call CompareStringA with the given counts.
//
rc = CompareStringA( Locale,
dwFlags,
pString1A,
(Count1 < 0) ? Count1 : Count1A,
pString2A,
(Count2 < 0) ? Count2 : Count2A );
CheckReturnCompStr( rc,
ExpectedReturn,
pErrString,
pNumErrors );
//
// Call LCMapStringA with the given counts.
//
if ( (!LCMapStringA( Locale,
LCMAP_SORTKEY | dwFlags,
pString1A,
(Count1 < 0) ? Count1 : Count1A,
(LPSTR)SortDest1,
BUFSIZE )) ||
(!LCMapStringA( Locale,
LCMAP_SORTKEY | dwFlags,
pString2A,
(Count2 < 0) ? Count2 : Count2A,
(LPSTR)SortDest2,
BUFSIZE )) )
{
printf("FATAL ERROR: Could NOT get SORTKEY value for string.\n");
return;
}
CompareSortkeyStrings( SortDest1,
SortDest2,
ExpectedReturn,
pErrString,
pNumErrors );
//
// See if we should make additional calls with the temp counts.
//
if (Count1T != -1)
{
//
// Call CompareStringA with the temp counts.
//
rc = CompareStringA( Locale,
dwFlags,
pString1A,
Count1A,
pString2A,
Count2A );
CheckReturnCompStr( rc,
ExpectedReturn,
pErrString,
pNumErrors );
//
// Call LCMapStringA with the given counts.
//
if ( (!LCMapStringA( Locale,
LCMAP_SORTKEY | dwFlags,
pString1A,
Count1A,
(LPSTR)SortDest1,
BUFSIZE )) ||
(!LCMapStringA( Locale,
LCMAP_SORTKEY | dwFlags,
pString2A,
Count2A,
(LPSTR)SortDest2,
BUFSIZE )) )
{
printf("FATAL ERROR: Could NOT get SORTKEY value for string.\n");
return;
}
CompareSortkeyStrings( SortDest1,
SortDest2,
ExpectedReturn,
pErrString,
pNumErrors );
}
}
}