Leaked source code of windows server 2003
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/*++
Copyright (C) 1997-1999 Microsoft Corporation
Module Name:
GLOBALS.H
Abstract:
Utility functions and global variables for the Performance Logs and
Alerts MMC snap-in.
--*/
#ifndef __GLOBALS_H_
#define __GLOBALS_H_
#include <pdh.h>
#include "DataObj.h"
#include "common.h"
#include <compuuid.h> // for MyComputer guids
// global strings that don't need to be localized
const LPWSTR szEmptyString = L"";
extern HINSTANCE g_hinst;
extern CRITICAL_SECTION g_critsectInstallDefaultQueries;
//---------------------------------------------------------------------------
// Property change stuff
//
#define PROPCHANGE_ATTRIBUTE 1
#define PROPCHANGE_FILENAME 2
#define PROPCHANGE_COMMENT 3
#define PROPCHANGE_TIMESTAMP 4
//#define __SHOW_TRACES
#ifdef __SHOW_TRACES
#undef __SHOW_TRACES
#endif
#ifdef __SHOW_TRACES
#define LOCALTRACE ATLTRACE
#else
#define LOCALTRACE
#endif
typedef struct tag_PROPCHANGE_DATA
{
ULONG fAttr2Change; // Which attribute we're changing
ULONG nDataLength; // Length of the new data
VOID* pData2Change; // The new data
}PROPCHANGE_DATA;
//---------------------------------------------------------------------------
// Menu IDs
//
#define IDM_NEW_QUERY 40001
#define IDM_NEW_QUERY_FROM 40002
#define IDM_START_QUERY 40003
#define IDM_STOP_QUERY 40004
#define IDM_SAVE_QUERY_AS 40005
// Custom clipboard formats
#define CF_MMC_SNAPIN_MACHINE_NAME L"MMC_SNAPIN_MACHINE_NAME"
#define CF_INTERNAL L"SYSMON_LOG_INTERNAL_DATA"
#define MEM_UNINITIALIZED -1
// Constants
const UINT uiSmLogGuidStringBufLen = 39;
// Generated with uuidgen. Each node must have a GUID associated with it.
const GUID GUID_SnapInExt = /* {7478EF65-8C46-11d1-8D99-00A0C913CAD4} */
{
0x7478eF65,
0x8c46,
0x11d1,
{ 0x8d, 0x99, 0x0, 0xa0, 0xc9, 0x13, 0xca, 0xd4 }
};
// This one is for the main root node.
const GUID GUID_RootNode = /* {7478EF63-8C46-11d1-8D99-00A0C913CAD4} */
{
0x7478ef63,
0x8c46,
0x11d1,
{ 0x8d, 0x99, 0x0, 0xa0, 0xc9, 0x13, 0xca, 0xd4 }
};
// These are the children nodes of the main root node
const GUID GUID_CounterMainNode = /* {7478EF66-8C46-11d1-8D99-00A0C913CAD4} */
{
0x7478ef66,
0x8c46,
0x11d1,
{ 0x8d, 0x99, 0x0, 0xa0, 0xc9, 0x13, 0xca, 0xd4 }
};
const GUID GUID_TraceMainNode = /* {7478EF67-8C46-11d1-8D99-00A0C913CAD4} */
{
0x7478ef67,
0x8c46,
0x11d1,
{ 0x8d, 0x99, 0x0, 0xa0, 0xc9, 0x13, 0xca, 0xd4 }
};
const GUID GUID_AlertMainNode = /* {7478EF68-8C46-11d1-8D99-00A0C913CAD4} */
{
0x7478ef68,
0x8c46,
0x11d1,
{ 0x8d, 0x99, 0x0, 0xa0, 0xc9, 0x13, 0xca, 0xd4 }
};
// Obsolete after Beta 3:
const GUID GUID_MainNode = /* {7478EF64-8C46-11d1-8D99-00A0C913CAD4} */
{
0x7478ef64,
0x8c46,
0x11d1,
{ 0x8d, 0x99, 0x0, 0xa0, 0xc9, 0x13, 0xca, 0xd4 }
};
extern "C" {
extern WCHAR GUIDSTR_TypeLibrary[];
extern WCHAR GUIDSTR_ComponentData[];
extern WCHAR GUIDSTR_Component[];
extern WCHAR GUIDSTR_RootNode[];
extern WCHAR GUIDSTR_MainNode[]; // Obsolete after Beta 3
extern WCHAR GUIDSTR_SnapInExt[];
extern WCHAR GUIDSTR_CounterMainNode[];
extern WCHAR GUIDSTR_TraceMainNode[];
extern WCHAR GUIDSTR_AlertMainNode[];
extern WCHAR GUIDSTR_PerformanceAbout[];
};
extern "C" {
typedef struct _COMBO_BOX_DATA_MAP {
UINT nData;
UINT nResId;
} COMBO_BOX_DATA_MAP, *PCOMBO_BOX_DATA_MAP;
}
extern const COMBO_BOX_DATA_MAP TimeUnitCombo[];
extern const DWORD dwTimeUnitComboEntries;
//---------------------------------------------------------------------------
// Global function defines
//
#define MsgBox(wszMsg, wszTitle) ::MessageBox(NULL, wszMsg, wszTitle, MB_OK)
int DebugMsg( LPWSTR wszMsg, LPWSTR wszTitle );
DWORD __stdcall CreateSampleFileName (
const CString& rstrQueryName,
const CString& rstrMachineName,
const CString& rstrFolderName,
const CString& rstrInputBaseName,
const CString& rstrSqlName,
DWORD dwSuffixFormat,
DWORD dwLogFileTypeValue,
DWORD dwCurrentSerialNumber,
CString& rstrReturnName );
DWORD __stdcall IsDirPathValid (
CString& rstrDefault,
CString& csPath,
BOOL bLastNameIsDirectory,
BOOL bCreateMissingDirs,
BOOL& rbIsValid);
DWORD __stdcall ProcessDirPath (
const CString& rstrDefault,
CString& rstrPath,
const CString& rstrLogName,
CWnd* pwndParent,
BOOL& rbIsValid,
BOOL bOnFilesPage);
INT __stdcall BrowseCommandFilename ( CWnd* pwndParent, CString& rstrFilename );
DWORD __stdcall FormatSmLogCfgMessage ( CString& rstrMessage,HINSTANCE hResourceHandle, UINT uiMessageId, ... );
BOOL _stdcall FileRead ( HANDLE hFile, void* lpMemory, DWORD nAmtToRead );
BOOL _stdcall FileWrite ( HANDLE hFile, void* lpMemory, DWORD nAmtToWrite );
// Pdh counter paths - return status
#define SMCFG_DUPL_NONE ERROR_SUCCESS
#define SMCFG_DUPL_SINGLE_PATH ((DWORD)0x00000001)
#define SMCFG_DUPL_FIRST_IS_WILD ((DWORD)0x00000002)
#define SMCFG_DUPL_SECOND_IS_WILD ((DWORD)0x00000003)
DWORD _stdcall
CheckDuplicateCounterPaths (
PDH_COUNTER_PATH_ELEMENTS* pFirst,
PDH_COUNTER_PATH_ELEMENTS* pSecond );
LPWSTR _stdcall
ExtractFileName ( LPWSTR pFileSpec );
//---------------------------------------------------------------------------
template<class TYPE>
inline void SAFE_RELEASE( TYPE*& pObj )
{
if( NULL != pObj )
{
pObj->Release();
pObj = NULL;
}
else
{
LOCALTRACE( L"Release called on NULL interface ptr\n" );
}
} // end SAFE_RELEASE()
/////////////////////////////////////////////////////////////////////////////
// We need a few functions to help work with dataobjects and
// clipboard formats
//
HRESULT ExtractFromDataObject(LPDATAOBJECT lpDataObject,UINT cf,ULONG cb,HGLOBAL *phGlobal);
CDataObject* ExtractOwnDataObject(LPDATAOBJECT lpDataObject);
VOID DisplayError( LONG nErrorCode, LPWSTR wszDlgTitle );
VOID DisplayError( LONG nErrorCode, UINT nTitleString );
HRESULT ExtractObjectTypeGUID( IDataObject* piDataObject, GUID* pguidObjectType );
HRESULT ExtractMachineName( IDataObject* piDataObject, CString& rstrMachineName );
class ResourceStateManager
{
public:
ResourceStateManager();
~ResourceStateManager();
private:
HINSTANCE m_hResInstance;
};
static const COMBO_BOX_DATA_MAP FileNameSuffixCombo[] =
{
{SLF_NAME_NNNNNN, IDS_FS_NNNNNN},
{SLF_NAME_MMDDHH, IDS_FS_MMDDHH},
{SLF_NAME_MMDDHHMM, IDS_FS_MMDDHHMM},
{SLF_NAME_YYYYDDD, IDS_FS_YYYYDDD},
{SLF_NAME_YYYYMM, IDS_FS_YYYYMM},
{SLF_NAME_YYYYMMDD, IDS_FS_YYYYMMDD},
{SLF_NAME_YYYYMMDDHH, IDS_FS_YYYYMMDDHH}
};
static const DWORD dwFileNameSuffixComboEntries = sizeof(FileNameSuffixCombo)/sizeof(FileNameSuffixCombo[0]);
static const COMBO_BOX_DATA_MAP FileTypeCombo[] =
{
{SLF_CSV_FILE, IDS_FT_CSV},
{SLF_TSV_FILE, IDS_FT_TSV},
{SLF_BIN_FILE, IDS_FT_BINARY},
{SLF_BIN_CIRC_FILE, IDS_FT_BINARY_CIRCULAR},
{SLF_SQL_LOG, IDS_FT_SQL}
};
static const DWORD dwFileTypeComboEntries = sizeof(FileTypeCombo)/sizeof(FileTypeCombo[0]);
static const COMBO_BOX_DATA_MAP TraceFileTypeCombo[] =
{
{SLF_CIRC_TRACE_FILE, IDS_FT_CIRCULAR_TRACE},
{SLF_SEQ_TRACE_FILE, IDS_FT_SEQUENTIAL_TRACE}
};
static const DWORD dwTraceFileTypeComboEntries = sizeof(TraceFileTypeCombo)/sizeof(TraceFileTypeCombo[0]);
/////////////////////////////////////////////////////////////////////////////
// We need a few functions to help work with dataobjects and
// clipboard formats
//
// Exception handling macros from snapin\corecopy\macros.h
//____________________________________________________________________________
//
// Macro: EXCEPTION HANDLING MACROS
//
// Purpose: Provide standard macros for exception-handling in
// OLE servers.
//
// History: 7/23/1996 JonN Created
//
// Notes: Declare USE_HANDLE_MACROS("Component name") in each source
// file before these are used.
//
// These macros can only be used in function calls which return
// type HRESULT.
//
// Bracket routines which can generate exceptions
// with STANDARD_TRY and STANDARD_CATCH.
//
// Where these routines are COM methods requiring MFC
// support, use MFC_TRY and MFC_CATCH instead.
//____________________________________________________________________________
//
#define USE_HANDLE_MACROS(component) \
static WCHAR* You_forgot_to_declare_USE_HANDLE_MACROS = L"component";
#define STANDARD_TRY \
try {
#define MFC_TRY \
AFX_MANAGE_STATE(AfxGetStaticModuleState( )); \
STANDARD_TRY
//
// CODEWORK don't quite have ENDMETHOD_READBLOCK working yet
//
#ifdef DEBUG
#define ENDMETHOD_STRING \
"%s: The unexpected error can be identified as \"%s\" context %n\n"
#define ENDMETHOD_READBLOCK \
{ \
WCHAR szError[MAX_PATH]; \
UINT nHelpContext = 0; \
if ( e->GetErrorMessage( szError, MAX_PATH, &nHelpContext ) ) \
{ \
TRACE( ENDMETHOD_STRING, \
You_forgot_to_declare_USE_HANDLE_MACROS, \
szError, \
nHelpContext ); \
} \
}
#else
#define ENDMETHOD_READBLOCK
#endif
#define ERRSTRING_MEMORY L"%s: An out-of-memory error occurred\n"
#define ERRSTRING_FILE L"%s: File error 0x%lx occurred on file \"%s\"\n"
#define ERRSTRING_OLE L"%s: OLE error 0x%lx occurred\n"
#define ERRSTRING_UNEXPECTED L"%s: An unexpected error occurred\n"
#define BADPARM_STRING L"%s: Bad string parameter\n"
#define BADPARM_POINTER L"%s: Bad pointer parameter\n"
#define TRACEERR(s) TRACE( s, You_forgot_to_declare_USE_HANDLE_MACROS )
#define TRACEERR1(s,a) TRACE( s, You_forgot_to_declare_USE_HANDLE_MACROS,a )
#define TRACEERR2(s,a,b) TRACE( s, You_forgot_to_declare_USE_HANDLE_MACROS,a,b )
// Note that it is important to use "e->Delete();" and not "delete e;"
#define STANDARD_CATCH \
} \
catch (CMemoryException* e) \
{ \
TRACEERR( ERRSTRING_MEMORY ); \
ASSERT( FALSE ); \
e->Delete(); \
return E_OUTOFMEMORY; \
} \
catch (COleException* e) \
{ \
HRESULT hr = (HRESULT)e->Process(e); \
TRACEERR1( ERRSTRING_OLE, hr ); \
ASSERT( FALSE ); \
e->Delete(); \
ASSERT( FAILED(hr) ); \
return hr; \
} \
catch (CFileException* e) \
{ \
HRESULT hr = (HRESULT)e->m_lOsError; \
TRACEERR2( ERRSTRING_FILE, hr, e->m_strFileName ); \
ASSERT( FALSE ); \
e->Delete(); \
ASSERT( FAILED(hr) ); \
return hr; \
} \
catch (CException* e) \
{ \
TRACEERR( ERRSTRING_UNEXPECTED ); \
ASSERT( FALSE ); \
e->Delete(); \
return E_UNEXPECTED; \
}
#define MFC_CATCH_HR_RETURN \
STANDARD_CATCH
#define MFC_CATCH_HR \
} \
catch (CMemoryException* e) \
{ \
TRACEERR( ERRSTRING_MEMORY ); \
ASSERT( FALSE ); \
e->Delete(); \
hr = E_OUTOFMEMORY; \
} \
catch (COleException* e) \
{ \
hr = (HRESULT)e->Process(e); \
TRACEERR1( ERRSTRING_OLE, hr ); \
ASSERT( FALSE ); \
e->Delete(); \
ASSERT( FAILED(hr) ); \
} \
catch (CFileException* e) \
{ \
hr = (HRESULT)e->m_lOsError; \
TRACEERR2( ERRSTRING_FILE, hr, e->m_strFileName ); \
ASSERT( FALSE ); \
e->Delete(); \
ASSERT( FAILED(hr) ); \
} \
catch (CException* e) \
{ \
TRACEERR( ERRSTRING_UNEXPECTED ); \
ASSERT( FALSE ); \
e->Delete(); \
hr = E_UNEXPECTED; \
}
#define MFC_CATCH_DWSTATUS \
} \
catch (CMemoryException* e) \
{ \
dwStatus = ERROR_OUTOFMEMORY; \
TRACEERR( ERRSTRING_MEMORY ); \
ASSERT( FALSE ); \
e->Delete(); \
} \
catch (COleException* e) \
{ \
dwStatus = e->Process(e); \
TRACEERR1( ERRSTRING_OLE, dwStatus ); \
ASSERT( ERROR_SUCCESS != dwStatus ); \
e->Delete(); \
} \
catch (CFileException* e) \
{ \
dwStatus = e->m_lOsError; \
TRACEERR2( ERRSTRING_FILE, dwStatus, e->m_strFileName ); \
ASSERT( ERROR_SUCCESS != dwStatus ); \
e->Delete(); \
} \
catch (CException* e) \
{ \
dwStatus = GetLastError(); \
TRACEERR( ERRSTRING_UNEXPECTED ); \
ASSERT( FALSE ); \
e->Delete(); \
}
#define MFC_CATCH_MINIMUM \
} \
catch ( ... ) \
{ \
TRACEERR( ERRSTRING_MEMORY ); \
} \
VOID
InvokeWinHelp(
UINT message,
WPARAM wParam,
LPARAM lParam,
const CString& rstrHelpFileName,
DWORD adwControlIdToHelpIdMap[]);
DWORD __stdcall
IsCommandFilePathValid (
CString& rstrPath );
BOOL
FileNameIsValid(
CString* pstrFileName );
DWORD _stdcall
FormatSystemMessage (
DWORD dwMessageId,
CString& rstrSystemMessage );
BOOL _stdcall
wGUIDFromString (
LPCWSTR lpsz,
LPGUID pguid );
void _stdcall
KillString( CString& str );
#endif // __GLOBALS_H_