396 lines
13 KiB
C
396 lines
13 KiB
C
/*++
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Copyright (c) 1991-1999, Microsoft Corporation All rights reserved.
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Module Name:
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edftest.c
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Abstract:
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Test module for NLS API EnumDateFormats.
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NOTE: This code was simply hacked together quickly in order to test the different code modules of the NLS component.
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This is NOT meant to be a formal regression test.
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Revision History:
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08-02-93 JulieB Created.
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--*/
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// Include Files.
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#include "nlstest.h"
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// Constant Declarations.
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#define EDF_INVALID_FLAGS ((DWORD)(~(DATE_SHORTDATE | DATE_LONGDATE | DATE_YEARMONTH)))
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#define NUM_SHORT_DATES_ENGLISH 7
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#define NUM_LONG_DATES_ENGLISH 4
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#define NUM_YEAR_MONTH_ENGLISH 1
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#define NUM_SHORT_DATES_JAPAN 22
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#define NUM_LONG_DATES_JAPAN 14
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#define NUM_YEAR_MONTH_JAPAN 3
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// Global Variables.
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int DateCtr;
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// Forward Declarations.
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BOOL InitEnumDateFormats();
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int EDF_BadParamCheck();
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int EDF_NormalCase();
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int EDF_Ansi();
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BOOL CALLBACK MyFuncDate(LPWSTR pStr);
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BOOL CALLBACK MyFuncDateA(LPSTR pStr);
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BOOL CALLBACK MyFuncDateEx(LPWSTR pStr, CALID CalId);
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BOOL CALLBACK MyFuncDateExA(LPSTR pStr, CALID CalId);
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// Callback functions.
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BOOL CALLBACK MyFuncDate(LPWSTR pStr)
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{
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if (Verbose)
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{
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while (*pStr)
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{
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printf((*pStr > 0xff) ? "(0x%x)" : "%wc", *pStr);
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pStr++;
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}
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printf("\n");
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}
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DateCtr++;
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return (TRUE);
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}
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BOOL CALLBACK MyFuncDateA(LPSTR pStr)
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{
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if (Verbose)
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{
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while (*pStr)
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{
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printf((*pStr > 0xff) ? "(0x%x)" : "%c", *pStr);
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pStr++;
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}
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printf("\n");
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}
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DateCtr++;
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return (TRUE);
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}
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// Callback functions for EX version.
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BOOL CALLBACK MyFuncDateEx(LPWSTR pStr, CALID CalId)
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{
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if (Verbose)
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{
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printf("CalId = %d\n", CalId);
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while (*pStr)
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{
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printf((*pStr > 0xff) ? "(0x%x)" : "%wc", *pStr);
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pStr++;
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}
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printf("\n");
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}
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DateCtr++;
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return (TRUE);
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}
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BOOL CALLBACK MyFuncDateExA(LPSTR pStr, CALID CalId)
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{
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if (Verbose)
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{
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printf("CalId = %d\n", CalId);
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while (*pStr)
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{
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printf((*pStr > 0xff) ? "(0x%x)" : "%c", *pStr);
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pStr++;
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}
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printf("\n");
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}
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DateCtr++;
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return (TRUE);
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}
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// Test routine for EnumDateFormatsW API.
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// 08-02-93 JulieB Created.
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int TestEnumDateFormats()
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{
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int ErrCount = 0; // error count
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// Print out what's being done.
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printf("\n\nTESTING EnumDateFormatsW...\n\n");
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// Initialize global variables.
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if (!InitEnumDateFormats())
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{
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printf("\nABORTED TestEnumDateFormats: Could not Initialize.\n");
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return (1);
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}
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ErrCount += EDF_BadParamCheck();// Test bad parameters.
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ErrCount += EDF_NormalCase();// Test normal cases.
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ErrCount += EDF_Ansi();// Test Ansi version.
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printf("\nEnumDateFormatsW: ERRORS = %d\n", ErrCount);// Print out result.
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return (ErrCount);// Return total number of errors found.
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}
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// This routine initializes the global variables. If no errors were
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// encountered, then it returns TRUE. Otherwise, it returns FALSE.
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// 08-02-93 JulieB Created.
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BOOL InitEnumDateFormats()
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{
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DateCtr = 0;// Initialize date counter.
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return (TRUE);// Return success.
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}
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// This routine passes in bad parameters to the API routines and checks to be sure they are handled properly.
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// The number of errors encountered is returned to the caller.
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// 08-02-93 JulieB Created.
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int EDF_BadParamCheck()
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{
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int NumErrors = 0; // error count - to be returned
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int rc; // return code
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// Bad Function.
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// Variation 1 - bad function
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DateCtr = 0;
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rc = EnumDateFormatsW( NULL, 0x0409, DATE_SHORTDATE );
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CheckReturnBadParamEnum( rc, FALSE, ERROR_INVALID_PARAMETER, "Function invalid", &NumErrors, DateCtr, 0 );
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DateCtr = 0;
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rc = EnumDateFormatsExW( NULL, 0x0409, DATE_SHORTDATE );
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CheckReturnBadParamEnum( rc, FALSE, ERROR_INVALID_PARAMETER, "Ex Function invalid", &NumErrors, DateCtr, 0 );
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// Bad Locale.
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// Variation 1 - bad locale
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DateCtr = 0;
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rc = EnumDateFormatsW( MyFuncDate, (LCID)333, DATE_SHORTDATE );
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CheckReturnBadParamEnum( rc, FALSE, ERROR_INVALID_PARAMETER, "Locale invalid", &NumErrors, DateCtr, 0 );
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DateCtr = 0;
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rc = EnumDateFormatsExW( MyFuncDateEx, (LCID)333, DATE_SHORTDATE );
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CheckReturnBadParamEnum( rc, FALSE, ERROR_INVALID_PARAMETER, "Ex Locale invalid", &NumErrors, DateCtr, 0 );
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// Invalid Flag.
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// Variation 1 - dwFlags = invalid
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DateCtr = 0;
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rc = EnumDateFormatsW( MyFuncDate, 0x0409, EDF_INVALID_FLAGS );
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CheckReturnBadParamEnum( rc, FALSE, ERROR_INVALID_FLAGS, "Flag invalid", &NumErrors, DateCtr, 0 );
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DateCtr = 0;
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rc = EnumDateFormatsExW( MyFuncDateEx, 0x0409, EDF_INVALID_FLAGS );
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CheckReturnBadParamEnum( rc, FALSE, ERROR_INVALID_FLAGS, "Ex Flag invalid", &NumErrors, DateCtr, 0 );
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// Variation 2 - dwFlags = both invalid
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DateCtr = 0;
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rc = EnumDateFormatsW( MyFuncDate, 0x0409, DATE_SHORTDATE | DATE_LONGDATE );
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CheckReturnBadParamEnum( rc, FALSE, ERROR_INVALID_FLAGS, "Flag both invalid", &NumErrors, DateCtr, 0 );
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DateCtr = 0;
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rc = EnumDateFormatsW( MyFuncDate, 0x0409, DATE_SHORTDATE | DATE_YEARMONTH );
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CheckReturnBadParamEnum( rc, FALSE, ERROR_INVALID_FLAGS, "Flag both invalid 2", &NumErrors, DateCtr, 0 );
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DateCtr = 0;
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rc = EnumDateFormatsExW( MyFuncDateEx, 0x0409, DATE_SHORTDATE | DATE_LONGDATE );
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CheckReturnBadParamEnum( rc, FALSE, ERROR_INVALID_FLAGS, "Ex Flag both invalid", &NumErrors, DateCtr, 0 );
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DateCtr = 0;
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rc = EnumDateFormatsExW( MyFuncDateEx, 0x0409, DATE_SHORTDATE | DATE_YEARMONTH );
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CheckReturnBadParamEnum( rc, FALSE, ERROR_INVALID_FLAGS, "Ex Flag both invalid 2", &NumErrors, DateCtr, 0 );
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// Variation 3 - dwFlags = 2 invalid and Use CP ACP
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DateCtr = 0;
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rc = EnumDateFormatsW( MyFuncDate, 0x0409, LOCALE_USE_CP_ACP | DATE_SHORTDATE | DATE_LONGDATE );
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CheckReturnBadParamEnum( rc, FALSE, ERROR_INVALID_FLAGS, "Flag 2 invalid, Use CP ACP", &NumErrors, DateCtr, 0 );
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DateCtr = 0;
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rc = EnumDateFormatsExW( MyFuncDateEx, 0x0409, LOCALE_USE_CP_ACP | DATE_SHORTDATE | DATE_LONGDATE );
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CheckReturnBadParamEnum( rc, FALSE, ERROR_INVALID_FLAGS, "Ex Flag 2 invalid, Use CP ACP", &NumErrors, DateCtr, 0 );
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// Return total number of errors found.
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return (NumErrors);
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}
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// This routine tests the normal cases of the API routine.
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// 08-02-93 JulieB Created.
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int EDF_NormalCase()
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{
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int NumErrors = 0; // error count - to be returned
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int rc; // return code
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if (Verbose)
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{
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printf("\n---- W version ----\n\n");
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}
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// Variation 1 - short date
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DateCtr = 0;
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rc = EnumDateFormatsW( MyFuncDate, 0x0409, DATE_SHORTDATE );
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CheckReturnValidEnum( rc, TRUE, DateCtr, NUM_SHORT_DATES_ENGLISH, "short date English", &NumErrors );
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DateCtr = 0;
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rc = EnumDateFormatsExW( MyFuncDateEx, 0x0409, DATE_SHORTDATE );
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CheckReturnValidEnum( rc, TRUE, DateCtr, NUM_SHORT_DATES_ENGLISH, "Ex short date English", &NumErrors );
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// Variation 2 - short date
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DateCtr = 0;
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rc = EnumDateFormatsW( MyFuncDate, 0x0411, DATE_SHORTDATE );
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CheckReturnValidEnum( rc, TRUE, DateCtr, NUM_SHORT_DATES_JAPAN, "short date Japan", &NumErrors );
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DateCtr = 0;
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rc = EnumDateFormatsExW( MyFuncDateEx, 0x0411, DATE_SHORTDATE );
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CheckReturnValidEnum( rc, TRUE, DateCtr, NUM_SHORT_DATES_JAPAN, "Ex short date Japan", &NumErrors );
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// Variation 3 - long date
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DateCtr = 0;
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rc = EnumDateFormatsW( MyFuncDate, 0x0409, DATE_LONGDATE );
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CheckReturnValidEnum( rc, TRUE, DateCtr, NUM_LONG_DATES_ENGLISH, "long date English", &NumErrors );
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DateCtr = 0;
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rc = EnumDateFormatsExW( MyFuncDateEx, 0x0409, DATE_LONGDATE );
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CheckReturnValidEnum( rc, TRUE, DateCtr, NUM_LONG_DATES_ENGLISH, "Ex long date English", &NumErrors );
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// Variation 4 - long date
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DateCtr = 0;
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rc = EnumDateFormatsW( MyFuncDate, 0x0411, DATE_LONGDATE );
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CheckReturnValidEnum( rc, TRUE, DateCtr, NUM_LONG_DATES_JAPAN, "long date Japan", &NumErrors );
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DateCtr = 0;
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rc = EnumDateFormatsExW( MyFuncDateEx, 0x0411, DATE_LONGDATE );
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CheckReturnValidEnum( rc, TRUE, DateCtr, NUM_LONG_DATES_JAPAN, "Ex long date Japan", &NumErrors );
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// Variation 5 - year month
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DateCtr = 0;
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rc = EnumDateFormatsW( MyFuncDate, 0x0409, DATE_YEARMONTH );
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CheckReturnValidEnum( rc, TRUE, DateCtr, NUM_YEAR_MONTH_ENGLISH, "year month English", &NumErrors );
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DateCtr = 0;
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rc = EnumDateFormatsExW( MyFuncDateEx, 0x0409, DATE_YEARMONTH );
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CheckReturnValidEnum( rc, TRUE, DateCtr, NUM_YEAR_MONTH_ENGLISH, "Ex year month English", &NumErrors );
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// Variation 6 - year month
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DateCtr = 0;
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rc = EnumDateFormatsW( MyFuncDate, 0x0411, DATE_YEARMONTH );
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CheckReturnValidEnum( rc, TRUE, DateCtr, NUM_YEAR_MONTH_JAPAN, "year month Japan", &NumErrors );
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DateCtr = 0;
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rc = EnumDateFormatsExW( MyFuncDateEx, 0x0411, DATE_YEARMONTH );
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CheckReturnValidEnum( rc, TRUE, DateCtr, NUM_YEAR_MONTH_JAPAN, "Ex year month Japan", &NumErrors );
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// Use CP ACP.
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// Variation 1 - Use CP ACP
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DateCtr = 0;
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rc = EnumDateFormatsW( MyFuncDate, 0x0409, LOCALE_USE_CP_ACP | DATE_SHORTDATE );
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CheckReturnValidEnum( rc, TRUE, DateCtr, NUM_SHORT_DATES_ENGLISH, "Use CP ACP, short date English", &NumErrors );
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DateCtr = 0;
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rc = EnumDateFormatsExW( MyFuncDateEx, 0x0409, LOCALE_USE_CP_ACP | DATE_SHORTDATE );
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CheckReturnValidEnum( rc, TRUE, DateCtr, NUM_SHORT_DATES_ENGLISH, "Ex Use CP ACP, short date English", &NumErrors );
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return (NumErrors);// Return total number of errors found.
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}
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// This routine tests the Ansi version of the API routine.
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// 08-02-93 JulieB Created.
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int EDF_Ansi()
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{
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int NumErrors = 0;// error count - to be returned
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int rc; // return code
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if (Verbose)
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{
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printf("\n---- A version ----\n\n");
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}
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// Variation 1 - short date
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DateCtr = 0;
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rc = EnumDateFormatsA( MyFuncDateA, 0x0409, DATE_SHORTDATE );
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CheckReturnValidEnum( rc, TRUE, DateCtr, NUM_SHORT_DATES_ENGLISH, "A version short date English", &NumErrors );
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DateCtr = 0;
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rc = EnumDateFormatsExA( MyFuncDateExA, 0x0409, DATE_SHORTDATE );
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CheckReturnValidEnum( rc, TRUE, DateCtr, NUM_SHORT_DATES_ENGLISH, "Ex A version short date English", &NumErrors );
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// Variation 2 - short date
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DateCtr = 0;
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rc = EnumDateFormatsA( MyFuncDateA, 0x0411, DATE_SHORTDATE );
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CheckReturnValidEnum( rc, TRUE, DateCtr, NUM_SHORT_DATES_JAPAN, "A version short date Japan", &NumErrors );
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DateCtr = 0;
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rc = EnumDateFormatsExA( MyFuncDateExA, 0x0411, DATE_SHORTDATE );
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CheckReturnValidEnum( rc, TRUE, DateCtr, NUM_SHORT_DATES_JAPAN, "Ex A version short date Japan", &NumErrors );
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// Variation 3 - long date
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DateCtr = 0;
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rc = EnumDateFormatsA( MyFuncDateA, 0x0409, DATE_LONGDATE );
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CheckReturnValidEnum( rc, TRUE, DateCtr, NUM_LONG_DATES_ENGLISH, "A version short date English", &NumErrors );
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DateCtr = 0;
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rc = EnumDateFormatsExA( MyFuncDateExA, 0x0409, DATE_LONGDATE );
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CheckReturnValidEnum( rc, TRUE, DateCtr, NUM_LONG_DATES_ENGLISH, "Ex A version short date English", &NumErrors );
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// Variation 4 - long date
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DateCtr = 0;
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rc = EnumDateFormatsA( MyFuncDateA, 0x0411, DATE_LONGDATE );
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CheckReturnValidEnum( rc, TRUE, DateCtr, NUM_LONG_DATES_JAPAN, "A version long date Japan", &NumErrors );
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DateCtr = 0;
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rc = EnumDateFormatsExA( MyFuncDateExA, 0x0411, DATE_LONGDATE );
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CheckReturnValidEnum( rc, TRUE, DateCtr, NUM_LONG_DATES_JAPAN, "Ex A version long date Japan", &NumErrors );
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// Variation 5 - year month
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DateCtr = 0;
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rc = EnumDateFormatsA( MyFuncDateA, 0x0409, DATE_YEARMONTH );
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CheckReturnValidEnum( rc, TRUE, DateCtr, NUM_YEAR_MONTH_ENGLISH, "A version year month English", &NumErrors );
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DateCtr = 0;
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rc = EnumDateFormatsExA( MyFuncDateExA, 0x0409, DATE_YEARMONTH );
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CheckReturnValidEnum( rc, TRUE, DateCtr, NUM_YEAR_MONTH_ENGLISH, "Ex A version year month English", &NumErrors );
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// Variation 5 - year month
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DateCtr = 0;
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rc = EnumDateFormatsA( MyFuncDateA, 0x0411, DATE_YEARMONTH );
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CheckReturnValidEnum( rc, TRUE, DateCtr, NUM_YEAR_MONTH_JAPAN, "A version year month Japan", &NumErrors );
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DateCtr = 0;
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rc = EnumDateFormatsExA( MyFuncDateExA, 0x0411, DATE_YEARMONTH );
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CheckReturnValidEnum( rc, TRUE, DateCtr, NUM_YEAR_MONTH_JAPAN, "Ex A version year month Japan", &NumErrors );
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// Use CP ACP.
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// Variation 1 - Use CP ACP
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DateCtr = 0;
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rc = EnumDateFormatsA( MyFuncDateA, 0x0409, LOCALE_USE_CP_ACP | DATE_SHORTDATE );
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CheckReturnValidEnum( rc, TRUE, DateCtr, NUM_SHORT_DATES_ENGLISH, "A version Use CP ACP, short date English", &NumErrors );
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DateCtr = 0;
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rc = EnumDateFormatsExA( MyFuncDateExA, 0x0409, LOCALE_USE_CP_ACP | DATE_SHORTDATE );
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CheckReturnValidEnum( rc, TRUE, DateCtr, NUM_SHORT_DATES_ENGLISH, "Ex A version Use CP ACP, short date English", &NumErrors );
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return (NumErrors);// Return total number of errors found.
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} |