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/*---------------------------------------------------------------------------*\
| NTLOG OBJECT| This module defines the NTLOG object. This header must be include in all| modules which make NTLOG calls, or utilizes the definitions.||| Copyright (C) 1990-2001 Microsoft Corp.|\*---------------------------------------------------------------------------*/
#ifndef _NTLOG_
#define _NTLOG_
// If doing C++ stuff, this needs to be here to
// prevent decorating of symbols.
//
#ifdef __cplusplus
extern "C" {#endif
// **NEW** 10/26/96 Log path environment variable **NEW**
// if the environment variable _NTLOG_LOGPATH is set to a non-empty string
// the value of this variable will be prepended to the log name
// The path should NOT include a trailing backslash.
// No validation is performed on the path, however, if the value is invalid,
// the call to tlCreateLog will fail because CreateFile will fail.
// Basically should be used to force logfiles to a location other than the current directory
// without changing the source file.
// **NEW** 1/20/97 environment variable to force diffable files **NEW**
// if the environment variable _NTLOG_DIFFABLE is set, then log files
// will not contain process and thread specific data, and time and date data.
//
// NTLOG STYLES
// The folowing are logging levels in which the Log Object can prejudice
// itself. These are used by the tlLogCreate() in initializing the
// Log Object information. A combination of characteristics is obtained
// by bitwise OR'ing these identifiers together.
//
#define LOG_LEVELS 0x0000FFFFL // These are used to mask out the
#define LOG_STYLES 0xFFFF0000L // styles or levels from log object.
#define TLS_LOGALL 0x0000FFFFL // Log output. Logs all the time.
#define TLS_LOG 0x00000000L // Log output. Logs all the time.
#define TLS_INFO 0x00002000L // Log information.
#define TLS_ABORT 0x00000001L // Log Abort, then kill process.
#define TLS_SEV1 0x00000002L // Log at Severity 1 level
#define TLS_SEV2 0x00000004L // Log at Severity 2 level
#define TLS_SEV3 0x00000008L // Log at Severity 3 level
#define TLS_WARN 0x00000010L // Log at Warn level
#define TLS_PASS 0x00000020L // Log at Pass level
#define TLS_BLOCK 0x00000400L // Block the variation.
#define TLS_BREAK 0x00000800L // Debugger break;
#define TLS_CALLTREE 0x00000040L // Log call-tree (function tracking).
#define TLS_SYSTEM 0x00000080L // Log System debug.
#define TLS_TESTDEBUG 0x00001000L // Debug level.
#define TLS_TEST 0x00000100L // Log Test information (user).
#define TLS_VARIATION 0x00000200L // Log testcase level.
#define TLS_REFRESH 0x00010000L // Create new file || trunc to zero.
#define TLS_SORT 0x00020000L // Sort file output by instance.
#define TLS_DEBUG 0x00040000L // Output to debug (com) monitor).
#define TLS_MONITOR 0x00080000L // Output to 2nd screen.
#define TLS_VIDCOLOR 0x00100000L // Use different colors for display output
#define TLS_PROLOG 0x00200000L // Prolog line information.
#define TLS_WINDOW 0x00400000L // Log to windows.
#define TLS_ACCESSON 0x00800000L // Keep log-file open.
#define TLS_DIFFABLE 0x01000000L // make log file windiff'able (no dates..)
#define TLS_NOHEADER 0x02000000L // suppress headers so it is more diffable
#define TLS_TIMESTAMP 0x04000000L // To print the timestamps
#define TLS_VIDEOLOG 0x08000000L // convert ?.log to ?.bpp.log (color depth)
#define TLS_HTML 0x10000000L // write log file as an html.
// NTLOG tlLogOut() PARAMETERS
// The following defines are used in the tlLogOut() function to output the
// filename and line numbers associated with the caller. This uses the
// preprocessors capabilities for obtaining the file/line.
//
#define TL_LOG TLS_LOG ,TEXT(__FILE__),(int)__LINE__
#define TL_ABORT TLS_ABORT ,TEXT(__FILE__),(int)__LINE__
#define TL_SEV1 TLS_SEV1 ,TEXT(__FILE__),(int)__LINE__
#define TL_SEV2 TLS_SEV2 ,TEXT(__FILE__),(int)__LINE__
#define TL_SEV3 TLS_SEV3 ,TEXT(__FILE__),(int)__LINE__
#define TL_WARN TLS_WARN ,TEXT(__FILE__),(int)__LINE__
#define TL_PASS TLS_PASS ,TEXT(__FILE__),(int)__LINE__
#define TL_BLOCK TLS_BLOCK ,TEXT(__FILE__),(int)__LINE__
#define TL_INFO TLS_INFO ,TEXT(__FILE__),(int)__LINE__
#define TL_BREAK TLS_BREAK ,TEXT(__FILE__),(int)__LINE__
#define TL_CALLTREE TLS_CALLTREE ,TEXT(__FILE__),(int)__LINE__
#define TL_SYSTEM TLS_SYSTEM ,TEXT(__FILE__),(int)__LINE__
#define TL_TESTDEBUG TLS_TESTDEBUG,TEXT(__FILE__),(int)__LINE__
#define TL_TEST TLS_TEST ,TEXT(__FILE__),(int)__LINE__
#define TL_VARIATION TLS_VARIATION,TEXT(__FILE__),(int)__LINE__
// Struct used by tlGet/SetVar/TestStats
//
typedef struct _NTLOGSTATS { int nAbort; int nBlock; int nSev1; int nSev2; int nSev3; int nWarn; int nPass;}NTLOGSTATS, *LPNTLOGSTATS;
// Use enumerated indexes to access palette.
// Colors are defined in wincon.h
typedef struct _VIDEOPALETTE { WORD wINDEX_DEFAULT; WORD wINDEX_INFO; WORD wINDEX_SEV1; WORD wINDEX_SEV2; WORD wINDEX_SEV3; WORD wINDEX_BLOCK; WORD wINDEX_ABORT; WORD wINDEX_WARN; WORD wINDEX_PASS;}VIDEOPALETTE, *LPVIDEOPALETTE;
// NTLOG API (EXPORT METHODS)
// These routines are exported from the library. These should be the only
// interface with the NTLOG object.
//
HANDLE APIENTRY tlCreateLog_W(LPCWSTR,DWORD);HANDLE APIENTRY tlCreateLog_A(LPCSTR,DWORD);HANDLE APIENTRY tlCreateLogEx_W(LPCWSTR,DWORD,LPSECURITY_ATTRIBUTES);HANDLE APIENTRY tlCreateLogEx_A(LPCSTR,DWORD,LPSECURITY_ATTRIBUTES);BOOL APIENTRY tlDestroyLog(HANDLE);BOOL APIENTRY tlAddParticipant(HANDLE,DWORD,int);BOOL APIENTRY tlRemoveParticipant(HANDLE);DWORD APIENTRY tlParseCmdLine_W(LPCWSTR);DWORD APIENTRY tlParseCmdLine_A(LPCSTR);int APIENTRY tlGetLogFileName_W(HANDLE,LPWSTR);int APIENTRY tlGetLogFileName_A(HANDLE,LPSTR);BOOL APIENTRY tlSetLogFileName_W(HANDLE,LPCWSTR);BOOL APIENTRY tlSetLogFileName_A(HANDLE,LPCSTR);DWORD APIENTRY tlGetLogInfo(HANDLE);DWORD APIENTRY tlSetLogInfo(HANDLE,DWORD);HANDLE APIENTRY tlPromptLog(HWND,HANDLE);int APIENTRY tlGetTestStat(HANDLE,DWORD);int APIENTRY tlGetVariationStat(HANDLE,DWORD);VOID APIENTRY tlClearTestStats(HANDLE);VOID APIENTRY tlClearVariationStats(HANDLE);VOID APIENTRY tlSetTestStats(HANDLE,LPNTLOGSTATS);VOID APIENTRY tlSetVariationStats(HANDLE,LPNTLOGSTATS);BOOL APIENTRY tlStartVariation(HANDLE);DWORD APIENTRY tlEndVariation(HANDLE);VOID APIENTRY tlReportStats(HANDLE);BOOL APIENTRY tlLogX_W(HANDLE,DWORD,LPCWSTR,int,LPCWSTR);BOOL APIENTRY tlLogX_A(HANDLE,DWORD,LPCSTR,int,LPCSTR);BOOL FAR __cdecl tlLog_W(HANDLE,DWORD,LPCWSTR,int,LPCWSTR,...);BOOL FAR __cdecl tlLog_A(HANDLE,DWORD,LPCSTR,int,LPCSTR,...);BOOL APIENTRY tlGetVideoPalette(HANDLE,LPVIDEOPALETTE);BOOL APIENTRY tlSetVideoPalette(HANDLE,LPVIDEOPALETTE);BOOL APIENTRY tlResetVideoPalette(HANDLE);VOID APIENTRY tlAdjustFileName_W(HANDLE,LPWSTR,UINT);VOID APIENTRY tlAdjustFileName_A(HANDLE,LPSTR,UINT);BOOL APIENTRY tlIsTerminalServerSession();BOOL APIENTRY tlFlushLogFileBuffer(HANDLE);
// HCT Assertion API
BOOL APIENTRY tlhct_StartAssertion_W(HANDLE,LPCWSTR,int,LPCWSTR,LPCWSTR,LPCWSTR);BOOL APIENTRY tlhct_StartAssertion_A(HANDLE,LPCSTR,int,LPCSTR,LPCSTR,LPCSTR);BOOL APIENTRY tlhct_InfoAssertion_W(HANDLE,LPCWSTR,int,LPCWSTR,DWORD,LPCWSTR);BOOL APIENTRY tlhct_InfoAssertion_A(HANDLE,LPCSTR,int,LPCSTR,DWORD,LPCSTR);BOOL APIENTRY tlhct_EndAssertion_W(HANDLE,LPCWSTR,int,LPCWSTR,LPCWSTR);BOOL APIENTRY tlhct_EndAssertion_A(HANDLE,LPCSTR,int,LPCSTR,LPCSTR);BOOL APIENTRY tlhct_LogToolInfo_W(HANDLE,LPCWSTR,int,LPCWSTR,LPCWSTR);BOOL APIENTRY tlhct_LogToolInfo_A(HANDLE,LPCSTR,int,LPCSTR,LPCSTR);
#ifdef UNICODE
#define tlCreateLog tlCreateLog_W
#define tlCreateLogEx tlCreateLogEx_W
#define tlParseCmdLine tlParseCmdLine_W
#define tlGetLogFileName tlGetLogFileName_W
#define tlSetLogFileName tlSetLogFileName_W
#define tlLogX tlLogX_W
#define tlLog tlLog_W
#define tlAdjustFileName tlAdjustFileName_W
#define tlhct_StartAssertion(hLog, Assert, Title, Desc) tlhct_StartAssertion_W(hLog, TEXT(__FILE__), __LINE__, Assert, Title, Desc)
#define tlhct_InfoAssertion(hLog, Assert, Title, Desc) tlhct_InfoAssertion_W(hLog, TEXT(__FILE__), __LINE__, Assert, Title, Desc)
#define tlhct_EndAssertion(hLog, Assert, Result) tlhct_EndAssertion_W(hLog, TEXT(__FILE__), __LINE__, Assert, Result)
#define tlhct_LogToolInfo(hLog, Test, Version) tlhct_LogToolInfo_W(hLog, TEXT(__FILE__), __LINE__, Test, Version)
#else
#define tlCreateLog tlCreateLog_A
#define tlCreateLogEx tlCreateLogEx_A
#define tlParseCmdLine tlParseCmdLine_A
#define tlGetLogFileName tlGetLogFileName_A
#define tlSetLogFileName tlSetLogFileName_A
#define tlLogX tlLogX_A
#define tlLog tlLog_A
#define tlAdjustFileName tlAdjustFileName_A
#define tlhct_StartAssertion(hLog, Assert, Title, Desc) tlhct_StartAssertion_A(hLog, __FILE__, __LINE__, Assert, Title, Desc)
#define tlhct_InfoAssertion(hLog, Assert, Title, Desc) tlhct_InfoAssertion_A(hLog, __FILE__, __LINE__, Assert, Title, Desc)
#define tlhct_EndAssertion(hLog, Assert, Result) tlhct_EndAssertion_A(hLog, __FILE__, __LINE__, Assert, Result)
#define tlhct_LogToolInfo(hLog, Test, Version) tlhct_LogToolInfo_A(hLog, __FILE__, __LINE__, Test, Version)
#endif
// HCT Assertion ResultCodes
/* dwResultCode values for calls to hct_InfoAssertion() */#define HCT_PASS 0
#define HCT_FAIL 1
#define HCT_WARN 2
#define HCT_INFO 3
// RATS MACROS
// These macros are provided as a common logging interface which is
// compatible with the RATS logging-macros.
//
#define TESTDATA HANDLE hLog;
#define TESTOTHERDATA extern HANDLE hLog;
// These must be useless. TL_* macros do not include TLS_TEST or
// TLS_VARIATION, so they DO NOT count in the stats. Leaving them around
// for 'backwards compatibility, if anyone was actually using them...
//
#define L_PASS hLog,TL_PASS
#define L_WARN hLog,TL_WARN
#define L_DEBUG hLog,TL_TESTDEBUG
#define L_TRACE hLog,TL_SYSTEM
#define L_FAIL hLog,TL_SEV1
#define L_FAIL2 hLog,TL_SEV2
#define L_FAIL3 hLog,TL_SEV3
#define L_BLOCK hLog,TL_BLOCK
// macros for incrementing test/variation counts for various log levels
//
#define L_TESTPASS hLog,TLS_TEST | TL_PASS
#define L_TESTWARN hLog,TLS_TEST | TL_WARN
#define L_TESTDEBUG hLog,TLS_TEST | TL_TESTDEBUG
#define L_TESTTRACE hLog,TLS_TEST | TL_SYSTEM
#define L_TESTFAIL hLog,TLS_TEST | TL_SEV1
#define L_TESTFAIL2 hLog,TLS_TEST | TL_SEV2
#define L_TESTFAIL3 hLog,TLS_TEST | TL_SEV3
#define L_TESTBLOCK hLog,TLS_TEST | TL_BLOCK
#define L_TESTABORT hLog,TLS_TEST | TL_ABORT
#define L_VARPASS hLog,TLS_VARIATION | TL_PASS
#define L_VARWARN hLog,TLS_VARIATION | TL_WARN
#define L_VARDEBUG hLog,TLS_VARIATION | TL_TESTDEBUG
#define L_VARTRACE hLog,TLS_VARIATION | TL_SYSTEM
#define L_VARFAIL hLog,TLS_VARIATION | TL_SEV1
#define L_VARFAIL2 hLog,TLS_VARIATION | TL_SEV2
#define L_VARFAIL3 hLog,TLS_VARIATION | TL_SEV3
#define L_VARBLOCK hLog,TLS_VARIATION | TL_BLOCK
#define L_VARABORT hLog,TLS_VARIATION | TL_ABORT
#define TESTBEGIN(cmd,logfilename){ \
DWORD __tlFlags; \ __tlFlags = tlParseCmdLine(cmd); \ hLog = tlCreateLog(logfilename,__tlFlags); \ tlAddParticipant(hLog,0l,0);
#define TESTEND tlRemoveParticipant(hLog); \
tlDestroyLog(hLog); \ }
#define VARIATION(name,flags) if(tlStartVariation(hLog)) \
{ \ DWORD __dwResult; \ tlLog(hLog,TL_VARIATION,TEXT("%s"),(LPTSTR)name);
#define ENDVARIATION __dwResult = tlEndVariation(hLog); \
tlLog(hLog,__dwResult | TL_VARIATION,TEXT("End Variation reported")); \ }
#define ENTERTHREAD(_hLG,_szNM) { \
LPTSTR _lpFN = _szNM; \ tlAddParticipant(_hLG,0,0); \ tlLog(_hLG,TL_CALLTREE,TEXT("Entering %s()"),(LPTSTR)_lpFN);
#define LEAVETHREAD(_hLG,_ret) \
tlLog(_hLG,TL_CALLTREE,TEXT("Exiting %s()"),(LPTSTR)_lpFN); \ tlRemoveParticipant(_hLG); \ return(_ret); \ }
#define LEAVETHREADVOID(_hLG) \
tlLog(_hLG,TL_CALLTREE,TEXT("Exiting %s()"),(LPTSTR)_lpFN); \ tlRemoveParticipant(_hLG); \ return; \ }
// Macro to report variation PASS/FAIL statistic (based on an expression)
//
#define THPRINTF tlLog
#define TESTRESULT(expr,msg) (expr) ? tlLog(L_TESTPASS,TEXT("%s"),(LPTSTR)msg) : tlLog(L_TESTFAIL2,TEXT("%s"),(LPTSTR)msg)
#define TESTFAIL(msg) TESTSEV2(msg)
#define TESTSEV1(msg) tlLog(L_TESTFAIL ,TEXT("%s"),(LPTSTR)msg);
#define TESTSEV2(msg) tlLog(L_TESTFAIL2,TEXT("%s"),(LPTSTR)msg);
#define TESTSEV3(msg) tlLog(L_TESTFAIL3,TEXT("%s"),(LPTSTR)msg);
#define TESTPASS(msg) tlLog(L_TESTPASS ,TEXT("%s"),(LPTSTR)msg);
#define TESTABORT(msg) tlLog(L_TESTABORT,TEXT("%s"),(LPTSTR)msg);
#define TESTWARN(expr,msg) if(expr) tlLog(L_TESTWARN,TEXT("%s"),(LPTSTR)msg);
#define TESTBLOCK(expr,msg) if(expr) tlLog(L_TESTBLOCK,TEXT("%s"),(LPTSTR)msg);
#define VARRESULT(expr,msg) (expr) ? tlLog(L_VARPASS,TEXT("%s"),(LPTSTR)msg) : tlLog(L_VARFAIL2,TEXT("%s"),(LPTSTR)msg)
#define VARFAIL(msg) VARSEV2(msg)
#define VARSEV1(msg) tlLog(L_VARFAIL ,TEXT("%s"),(LPTSTR)msg);
#define VARSEV2(msg) tlLog(L_VARFAIL2,TEXT("%s"),(LPTSTR)msg);
#define VARSEV3(msg) tlLog(L_VARFAIL3,TEXT("%s"),(LPTSTR)msg);
#define VARPASS(msg) tlLog(L_VARPASS ,TEXT("%s"),(LPTSTR)msg);
#define VARABORT(msg) tlLog(L_VARABORT,TEXT("%s"),(LPTSTR)msg);
#define VARWARN(expr,msg) if(expr) tlLog(L_VARWARN,TEXT("%s"),(LPTSTR)msg);
#define VARBLOCK(expr,msg) if(expr) tlLog(L_VARBLOCK,TEXT("%s"),(LPTSTR)msg);
#define VAR_SI 0x01 // Ship Issue
#define VAR_NSI 0x02 // Non-ship Issue
#define VAR_LI 0x03 // Less Important
#define VAR_ISSUE_MASK 0x03 // To get ship-issue bits only
#define VAR_TIMEABLE 0x04 // Var. used in timing suites
#define CORE_API 0x08 // API is in most used list
#define CORE_SI (CORE_API | VAR_TIMEABLE | VAR_SI ) //
#define CORE_NSI (CORE_API | VAR_TIMEABLE | VAR_NSI) //
#define NONCORE_SI (VAR_TIMEABLE | VAR_SI ) //
#define NONCORE_NSI (VAR_TIMEABLE | VAR_NSI) //
// CALLTREE Macros
// These macros are useful for bracketing function-calls.
//
#define ENTER(_hLG,_szNM) { \
LPTSTR _lpFN = _szNM; \ tlLog(_hLG,TL_CALLTREE,TEXT("Entering %s()"),(LPTSTR)_lpFN);
#define LEAVE(_hLG,_ret) \
tlLog(_hLG,TL_CALLTREE,TEXT("Exiting %s()"),(LPTSTR)_lpFN); \ return(_ret); \ }
#define LEAVEVOID(_hLG) \
tlLog(_hLG,TL_CALLTREE,TEXT("Exiting %s()"),(LPTSTR)_lpFN); \ return; \ }
#ifdef __cplusplus
}#endif
#define LPSZ_KEY_EMPTY TEXT("None")
#define LPSZ_TERM_SERVER TEXT("Terminal Server")
#endif // _NTLOG_
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