/************************************************************************* ** ** OLE 2.0 Standard Utilities ** ** olestd.h ** ** This file contains file contains data structure defintions, ** function prototypes, constants, etc. for the common OLE 2.0 ** utilities. ** These utilities include the following: ** Debuging Assert/Verify macros ** HIMETRIC conversion routines ** reference counting debug support ** OleStd API's for common compound-document app support ** ** (c) Copyright Microsoft Corp. 1990 - 1994 All Rights Reserved ** *************************************************************************/ #ifndef _OLESTD_H_ #define _OLESTD_H_ #include #include #ifdef _DEBUG #include "uidebug.h" #endif //Hook type used in all structures. typedef unsigned int (*LPFNOLEUIHOOK)(DialogPtr, EventRecord *, short *, long); // String table defines... #define IDS_OLESTDNOCREATEFILE 700 #define IDS_OLESTDNOOPENFILE 701 #define IDS_OLESTDDISKFULL 702 /* * Some C interface declaration stuff */ #if ! defined(__cplusplus) typedef struct tagINTERFACEIMPL { IUnknownVtbl* lpVtbl; void* lpBack; int cRef; // interface specific ref count. } INTERFACEIMPL, *LPINTERFACEIMPL; #define INIT_INTERFACEIMPL(lpIFace, pVtbl, pBack) \ ((lpIFace)->lpVtbl = pVtbl, \ ((LPINTERFACEIMPL)(lpIFace))->lpBack = (void*)pBack, \ ((LPINTERFACEIMPL)(lpIFace))->cRef = 0 \ ) #if defined( _DEBUG ) #define OleDbgQueryInterfaceMethod(lpUnk) \ ((lpUnk) != NULL ? ((LPINTERFACEIMPL)(lpUnk))->cRef++ : 0) #define OleDbgAddRefMethod(lpThis, iface) \ ((LPINTERFACEIMPL)(lpThis))->cRef++ #if _DEBUGLEVEL >= 2 #define OleDbgReleaseMethod(lpThis, iface) \ (--((LPINTERFACEIMPL)(lpThis))->cRef == 0 ? \ OleDbgOut("\t" iface "* RELEASED (cRef == 0)\n"),1 : \ (((LPINTERFACEIMPL)(lpThis))->cRef < 0) ? \ ( \ DebugBreak(), \ OleDbgOut( \ "\tERROR: " iface "* RELEASED TOO MANY TIMES\n") \ ),1 : \ 1) #else // if _DEBUGLEVEL < 2 #define OleDbgReleaseMethod(lpThis, iface) \ (--((LPINTERFACEIMPL)(lpThis))->cRef == 0 ? \ 1 : \ (((LPINTERFACEIMPL)(lpThis))->cRef < 0) ? \ ( \ OleDbgOut( \ "\tERROR: " iface "* RELEASED TOO MANY TIMES\n") \ ),1 : \ 1) #endif // if _DEBUGLEVEL < 2 #else // ! defined (_DEBUG) #define OleDbgQueryInterfaceMethod(lpUnk) #define OleDbgAddRefMethod(lpThis, iface) #define OleDbgReleaseMethod(lpThis, iface) #endif // if defined( _DEBUG ) #endif // ! defined(__cplusplus) /* * Some docfiles stuff */ #define STGM_DFRALL (STGM_READWRITE | STGM_TRANSACTED | STGM_SHARE_DENY_WRITE) #define STGM_DFALL (STGM_READWRITE | STGM_TRANSACTED | STGM_SHARE_EXCLUSIVE) #define STGM_SALL (STGM_READWRITE | STGM_SHARE_EXCLUSIVE) /* * Some moniker stuff */ // Delimeter used to separate ItemMoniker pieces of a composite moniker #if defined( _MAC ) #define OLESTDDELIM ":" #else #define OLESTDDELIM "\\" #endif /* * Some Concurrency stuff */ /* standard Delay (in 60th secs) to wait before retrying an LRPC call. ** this value is returned from IMessageFilter::RetryRejectedCall */ #define OLESTDRETRYDELAY (unsigned long)900 /* Cancel the pending outgoing LRPC call. ** this value is returned from IMessageFilter::RetryRejectedCall */ #define OLESTDCANCELRETRY (unsigned long)-1 /* * Some Clipboard Copy/Paste & Drag/Drop support stuff */ //Macro to set all FormatEtc fields #define SETFORMATETC(fe, cf, asp, td, med, li) \ ((fe).cfFormat=cf, \ (fe).dwAspect=asp, \ (fe).ptd=td, \ (fe).tymed=med, \ (fe).lindex=li) //Macro to set interesting FormatEtc fields defaulting the others. #define SETDEFAULTFORMATETC(fe, cf, med) \ ((fe).cfFormat=cf, \ (fe).dwAspect=DVASPECT_CONTENT, \ (fe).ptd=NULL, \ (fe).tymed=med, \ (fe).lindex=-1) // Macro to test if two FormatEtc structures match #define IsEqualFORMATETC(fe1, fe2) \ ((fe1).cfFormat == (fe2).cfFormat \ && ((fe1).tymed & (fe2).tymed) \ && (!(fe1).dwAspect||!(fe2).dwAspect||((fe1).dwAspect&(fe2).dwAspect)) \ && (fe1).ptd == (fe2).ptd) #ifdef __UNUSED__ // Clipboard format strings #define CF_EMBEDSOURCE "Embed Source" #define CF_EMBEDDEDOBJECT "Embedded Object" #define CF_LINKSOURCE "Link Source" #define CF_OBJECTDESCRIPTOR "Object Descriptor" #define CF_LINKSRCDESCRIPTOR "Link Source Descriptor" #define CF_OWNERLINK "OwnerLink" #define CF_FILENAME "FileName" #endif /* The OLEUIPASTEFLAG enumeration is used by the OLEUIPASTEENTRY structure. * * OLEUIPASTE_ENABLEICON If the container does not specify this flag for the entry in the * OLEUIPASTEENTRY array passed as input to OleUIPasteSpecial, the DisplayAsIcon button will be * unchecked and disabled when the the user selects the format that corresponds to the entry. * * OLEUIPASTE_PASTEONLY Indicates that the entry in the OLEUIPASTEENTRY array is valid for pasting only. * OLEUIPASTE_PASTE Indicates that the entry in the OLEUIPASTEENTRY array is valid for pasting. It * may also be valid for linking if any of the following linking flags are specified. * * If the entry in the OLEUIPASTEENTRY array is valid for linking, the following flags indicate which link * types are acceptable by OR'ing together the appropriate OLEUIPASTE_LINKTYPE<#> values. * These values correspond as follows to the array of link types passed to OleUIPasteSpecial: * OLEUIPASTE_LINKTYPE1=arrLinkTypes[0] * OLEUIPASTE_LINKTYPE2=arrLinkTypes[1] * OLEUIPASTE_LINKTYPE3=arrLinkTypes[2] * OLEUIPASTE_LINKTYPE4=arrLinkTypes[3] * OLEUIPASTE_LINKTYPE5=arrLinkTypes[4] * OLEUIPASTE_LINKTYPE6=arrLinkTypes[5] * OLEUIPASTE_LINKTYPE7=arrLinkTypes[6] * OLEUIPASTE_LINKTYPE8=arrLinkTypes[7] * * where, * unsigned int arrLinkTypes[8] is an array of registered clipboard formats for linking. A maximium of 8 link * types are allowed. */ typedef enum tagOLEUIPASTEFLAG { OLEUIPASTE_ENABLEICON = 2048, // enable display as icon OLEUIPASTE_PASTEONLY = 0, OLEUIPASTE_PASTE = 512, OLEUIPASTE_LINKANYTYPE = 1024, OLEUIPASTE_LINKTYPE1 = 1, OLEUIPASTE_LINKTYPE2 = 2, OLEUIPASTE_LINKTYPE3 = 4, OLEUIPASTE_LINKTYPE4 = 8, OLEUIPASTE_LINKTYPE5 = 16, OLEUIPASTE_LINKTYPE6 = 32, OLEUIPASTE_LINKTYPE7 = 64, OLEUIPASTE_LINKTYPE8 = 128 } OLEUIPASTEFLAG; /* * PasteEntry structure * -------------------- * An array of OLEUIPASTEENTRY entries is specified for the PasteSpecial dialog * box. Each entry includes a FORMATETC which specifies the formats that are * acceptable, a string that is to represent the format in the dialog's list * box, a string to customize the result text of the dialog and a set of flags * from the OLEUIPASTEFLAG enumeration. The flags indicate if the entry is * valid for pasting only, linking only or both pasting and linking. If the * entry is valid for linking, the flags indicate which link types are * acceptable by OR'ing together the appropriate OLEUIPASTE_LINKTYPE<#> values. * These values correspond to the array of link types as follows: * OLEUIPASTE_LINKTYPE1=arrLinkTypes[0] * OLEUIPASTE_LINKTYPE2=arrLinkTypes[1] * OLEUIPASTE_LINKTYPE3=arrLinkTypes[2] * OLEUIPASTE_LINKTYPE4=arrLinkTypes[3] * OLEUIPASTE_LINKTYPE5=arrLinkTypes[4] * OLEUIPASTE_LINKTYPE6=arrLinkTypes[5] * OLEUIPASTE_LINKTYPE7=arrLinkTypes[6] * OLEUIPASTE_LINKTYPE8=arrLinkTypes[7] * unsigned int arrLinkTypes[8]; is an array of registered clipboard formats * for linking. A maximium of 8 link types are allowed. */ typedef struct tagOLEUIPASTEENTRY { FORMATETC fmtetc; // Format that is acceptable. The paste // dialog checks if this format is // offered by the object on the // clipboard and if so offers it for // selection to the user. const char* lpstrFormatName; // String that represents the format to the user. Any %s // in this string is replaced by the FullUserTypeName // of the object on the clipboard and the resulting string // is placed in the list box of the dialog. Atmost // one %s is allowed. The presence or absence of %s indicates // if the result text is to indicate that data is // being pasted or that an object that can be activated by // an application is being pasted. If %s is // present, the result-text says that an object is being pasted. // Otherwise it says that data is being pasted. const char* lpstrResultText; // String to customize the result text of the dialog when // the user selects the format correspoding to this // entry. Any %s in this string is replaced by the the application // name or FullUserTypeName of the object on // the clipboard. Atmost one %s is allowed. unsigned long dwFlags; // Values from OLEUIPASTEFLAG enum unsigned long dwScratchSpace; // Scratch space available to be used // by routines which loop through an // IEnumFORMATETC* to mark if the // PasteEntry format is available. // this field CAN be left uninitialized. } OLEUIPASTEENTRY, *POLEUIPASTEENTRY, *LPOLEUIPASTEENTRY; #define OLESTDDROP_NONE 0 #define OLESTDDROP_DEFAULT 1 #define OLESTDDROP_NONDEFAULT 2 #ifdef __UNUSED__ /* * Some misc stuff */ #define EMBEDDINGFLAG "Embedding" // Cmd line switch for launching a srvr #define HIMETRIC_PER_INCH 2540 // number HIMETRIC units per inch #define PTS_PER_INCH 72 // number points (font size) per inch #define MAP_PIX_TO_LOGHIM(x,ppli) MulDiv(HIMETRIC_PER_INCH, (x), (ppli)) #define MAP_LOGHIM_TO_PIX(x,ppli) MulDiv((ppli), (x), HIMETRIC_PER_INCH) #endif /****** DEBUG Stuff *****************************************************/ #ifdef _DEBUG #if !defined( _DBGTRACE ) #define _DEBUGLEVEL 2 #else #define _DEBUGLEVEL _DBGTRACE #endif #if !defined( _DEBUG ) #if !defined(_OLE_ASSERTS) #define ASSERTDATA #endif #define OLEDBGASSERTDATA #define OleDbgAssert(a) #define OleDbgAssertSz(a, b) #define OleDbgVerify(a) #define OleDbgVerifySz(a, b) #else // ! NOASSERT #if !defined(_OLE_ASSERTS) #define ASSERTDATA static char _szAssertFile[]=__FILE__; #define Assert(a) { if (!(a)) __UIASSERTCONDSZ(#a, NULL, _szAssertFile, __LINE__); } #define AssertSz(a, b) { if (!(a)) __UIASSERTCONDSZ(#a, b, _szAssertFile, __LINE__); } #endif #define OLEDBGASSERTDATA ASSERTDATA #define OleDbgAssert Assert #define OleDbgAssertSz AssertSz #define OleDbgVerify(a) \ OleDbgAssert(a) #define OleDbgVerifySz(a, b) \ OleDbgAssertSz(a, b) #endif // ! NOASSERT #define OLEDBGDATA_MAIN(szPrefix) \ char *g_szDbgPrefix = szPrefix; \ OLEDBGASSERTDATA #define OLEDBGDATA \ extern char *g_szDbgPrefix; \ OLEDBGASSERTDATA #define OLEDBG_BEGIN(lpsz) \ OleDbgPrintAlways(g_szDbgPrefix,lpsz,1); #define OLEDBG_END \ OleDbgPrintAlways(g_szDbgPrefix,"End\n",-1); #define OleDbgOut(lpsz) \ OleDbgPrintAlways(g_szDbgPrefix,lpsz,0) #define OleDbgOutNoPrefix(lpsz) \ OleDbgPrint("",lpsz,0) #define OleDbgOutRefCnt(lpsz,lpObj,refcnt) \ OleDbgPrintRefCntAlways(g_szDbgPrefix,lpsz,lpObj,(unsigned long)refcnt) #define OleDbgOutRect(lpsz,lpRect) \ OleDbgPrintRectAlways(g_szDbgPrefix,lpsz,lpRect) #define OleDbgOutHResult(lpsz,hr) \ OleDbgPrintScodeAlways(g_szDbgPrefix,lpsz,GetScode(hr)) #define OleDbgOutScode(lpsz,sc) \ OleDbgPrintScodeAlways(g_szDbgPrefix,lpsz,sc) #define OleDbgOut1(lpsz) \ OleDbgPrint(1,g_szDbgPrefix,lpsz,0) #define OleDbgOutNoPrefix1(lpsz) \ OleDbgPrint(1,"",lpsz,0) #define OLEDBG_BEGIN1(lpsz) \ OleDbgPrint(1,g_szDbgPrefix,lpsz,1); #define OLEDBG_END1 \ OleDbgPrint(1,g_szDbgPrefix,"End\n",-1); #define OleDbgOutRefCnt1(lpsz,lpObj,refcnt) \ OleDbgPrintRefCnt(1,g_szDbgPrefix,lpsz,lpObj,(unsigned long)refcnt) #define OleDbgOutRect1(lpsz,lpRect) \ OleDbgPrintRect(1,g_szDbgPrefix,lpsz,lpRect) #define OleDbgOut2(lpsz) \ OleDbgPrint(2,g_szDbgPrefix,lpsz,0) #define OleDbgOutNoPrefix2(lpsz) \ OleDbgPrint(2,"",lpsz,0) #define OLEDBG_BEGIN2(lpsz) \ OleDbgPrint(2,g_szDbgPrefix,lpsz,1); #define OLEDBG_END2 \ OleDbgPrint(2,g_szDbgPrefix,"End\n",-1); #define OleDbgOutRefCnt2(lpsz,lpObj,refcnt) \ OleDbgPrintRefCnt(2,g_szDbgPrefix,lpsz,lpObj,(unsigned long)refcnt) #define OleDbgOutRect2(lpsz,lpRect) \ OleDbgPrintRect(2,g_szDbgPrefix,lpsz,lpRect) #define OleDbgOut3(lpsz) \ OleDbgPrint(3,g_szDbgPrefix,lpsz,0) #define OleDbgOutNoPrefix3(lpsz) \ OleDbgPrint(3,"",lpsz,0) #define OLEDBG_BEGIN3(lpsz) \ OleDbgPrint(3,g_szDbgPrefix,lpsz,1); #define OLEDBG_END3 \ OleDbgPrint(3,g_szDbgPrefix,"End\n",-1); #define OleDbgOutRefCnt3(lpsz,lpObj,refcnt) \ OleDbgPrintRefCnt(3,g_szDbgPrefix,lpsz,lpObj,(unsigned long)refcnt) #define OleDbgOutRect3(lpsz,lpRect) \ OleDbgPrintRect(3,g_szDbgPrefix,lpsz,lpRect) #define OleDbgOut4(lpsz) \ OleDbgPrint(4,g_szDbgPrefix,lpsz,0) #define OleDbgOutNoPrefix4(lpsz) \ OleDbgPrint(4,"",lpsz,0) #define OLEDBG_BEGIN4(lpsz) \ OleDbgPrint(4,g_szDbgPrefix,lpsz,1); #define OLEDBG_END4 \ OleDbgPrint(4,g_szDbgPrefix,"End\n",-1); #define OleDbgOutRefCnt4(lpsz,lpObj,refcnt) \ OleDbgPrintRefCnt(4,g_szDbgPrefix,lpsz,lpObj,(unsigned long)refcnt) #define OleDbgOutRect4(lpsz,lpRect) \ OleDbgPrintRect(4,g_szDbgPrefix,lpsz,lpRect) #else // !_DEBUG #define OLEDBGDATA_MAIN(szPrefix) #define OLEDBGDATA #define OleDbgAssert(a) #define OleDbgAssertSz(a, b) #define OleDbgVerify(a) (a) #define OleDbgVerifySz(a, b) (a) #define OleDbgOutHResult(lpsz,hr) #define OleDbgOutScode(lpsz,sc) #define OLEDBG_BEGIN #define OLEDBG_END #define OleDbgOut(lpsz) #define OleDbgOut1(lpsz) #define OleDbgOut2(lpsz) #define OleDbgOut3(lpsz) #define OleDbgOut4(lpsz) #define OleDbgOutNoPrefix(lpsz) #define OleDbgOutNoPrefix1(lpsz) #define OleDbgOutNoPrefix2(lpsz) #define OleDbgOutNoPrefix3(lpsz) #define OleDbgOutNoPrefix4(lpsz) #define OLEDBG_BEGIN1(lpsz) #define OLEDBG_BEGIN2(lpsz) #define OLEDBG_BEGIN3(lpsz) #define OLEDBG_BEGIN4(lpsz) #define OLEDBG_END1 #define OLEDBG_END2 #define OLEDBG_END3 #define OLEDBG_END4 #define OleDbgOutRefCnt(lpsz,lpObj,refcnt) #define OleDbgOutRefCnt1(lpsz,lpObj,refcnt) #define OleDbgOutRefCnt2(lpsz,lpObj,refcnt) #define OleDbgOutRefCnt3(lpsz,lpObj,refcnt) #define OleDbgOutRefCnt4(lpsz,lpObj,refcnt) #define OleDbgOutRect(lpsz,lpRect) #define OleDbgOutRect1(lpsz,lpRect) #define OleDbgOutRect2(lpsz,lpRect) #define OleDbgOutRect3(lpsz,lpRect) #define OleDbgOutRect4(lpsz,lpRect) #endif // _DEBUG //Function prototypes //OLESTD.C STDAPI_(int) SetDCToAnisotropic(WindowPtr hDC, Rect* lprcPhysical, Rect* lprcLogical, Rect* lprcWindowOld, Rect* lprcViewportOld); STDAPI_(int) SetDCToDrawInHimetricRect(WindowPtr, Rect*, Rect*, Rect*, Rect*); STDAPI_(int) ResetOrigDC(WindowPtr, int, Rect*, Rect*); STDAPI_(void) XformRectInPixelsToHimetric(WindowPtr, Rect*, Rect*); STDAPI_(void) XformRectInHimetricToPixels(WindowPtr, Rect*, Rect*); STDAPI_(void) XformSizeInPixelsToHimetric(WindowPtr, LPSIZEL, LPSIZEL); STDAPI_(void) XformSizeInHimetricToPixels(WindowPtr, LPSIZEL, LPSIZEL); STDAPI_(int) XformWidthInHimetricToPixels(WindowPtr, int); STDAPI_(int) XformWidthInPixelsToHimetric(WindowPtr, int); STDAPI_(int) XformHeightInHimetricToPixels(WindowPtr, int); STDAPI_(int) XformHeightInPixelsToHimetric(WindowPtr, int); STDAPI_(unsigned long) AreRectsEqual(Rect* lprc1, Rect* lprc2); STDAPI_(void) ParseCmdLine(char*, unsigned long *, char*); STDAPI_(unsigned long) OleStdIsOleLink(LPUNKNOWN lpUnk); STDAPI_(LPUNKNOWN) OleStdQueryInterface(LPUNKNOWN lpUnk, REFIID riid); STDAPI_(LPSTORAGE) OleStdCreateRootStorage(char* lpszStgName, unsigned long grfMode); STDAPI_(LPSTORAGE) OleStdOpenRootStorage(char* lpszStgName, unsigned long grfMode); STDAPI_(LPSTORAGE) OleStdOpenOrCreateRootStorage(char* lpszStgName, unsigned long grfMode); STDAPI_(LPSTORAGE) OleStdCreateChildStorage(LPSTORAGE lpStg, char* lpszStgName); STDAPI_(LPSTORAGE) OleStdOpenChildStorage(LPSTORAGE lpStg, char* lpszStgName, unsigned long grfMode); STDAPI_(unsigned long) OleStdCommitStorage(LPSTORAGE lpStg); STDAPI_(LPSTORAGE) OleStdCreateStorageOnHGlobal( Handle hGlobal, unsigned long fDeleteOnRelease, unsigned long dwgrfMode ); STDAPI_(LPSTORAGE) OleStdCreateTempStorage(unsigned long fUseMemory, unsigned long grfMode); STDAPI OleStdDoConvert(LPSTORAGE lpStg, REFCLSID rClsidNew); STDAPI_(unsigned long) OleStdGetTreatAsFmtUserType( REFCLSID rClsidApp, LPSTORAGE lpStg, CLSID* lpclsid, ResType* lpcfFmt, char** lplpszType ); STDAPI OleStdDoTreatAsClass(char* lpszUserType, REFCLSID rclsid, REFCLSID rclsidNew); STDAPI_(unsigned long) OleStdSetupAdvises(LPOLEOBJECT lpOleObject, unsigned long dwDrawAspect, char* lpszContainerApp, char* lpszContainerObj, LPADVISESINK lpAdviseSink); STDAPI OleStdSwitchDisplayAspect( LPOLEOBJECT lpOleObj, unsigned long* lpdwCurAspect, unsigned long dwNewAspect, PicHandle hMetaPict, unsigned long fDeleteOldAspect, unsigned long fSetupViewAdvise, LPADVISESINK lpAdviseSink, Boolean* lpfMustUpdate ); STDAPI OleStdSetIconInCache(LPOLEOBJECT lpOleObj, PicHandle hMetaPict); STDAPI_(Handle) OleStdGetData( LPDATAOBJECT lpDataObj, ResType cfFormat, DVTARGETDEVICE* lpTargetDevice, unsigned long dwAspect, LPSTGMEDIUM lpMedium ); STDAPI_(void) OleStdMarkPasteEntryList( LPDATAOBJECT lpSrcDataObj, LPOLEUIPASTEENTRY lpPriorityList, int cEntries ); STDAPI_(int) OleStdGetPriorityClipboardFormat( LPDATAOBJECT lpSrcDataObj, LPOLEUIPASTEENTRY lpPriorityList, int cEntries ); STDAPI_(unsigned long) OleStdIsDuplicateFormat( LPFORMATETC lpFmtEtc, LPFORMATETC arrFmtEtc, int nFmtEtc ); STDAPI_(void) OleStdRegisterAsRunning(LPUNKNOWN lpUnk, LPMONIKER lpmkFull, unsigned long* lpdwRegister); STDAPI_(void) OleStdRevokeAsRunning(unsigned long* lpdwRegister); STDAPI_(void) OleStdNoteFileChangeTime(char* lpszFileName, unsigned long dwRegister); STDAPI_(void) OleStdNoteObjectChangeTime(unsigned long dwRegister); STDAPI OleStdGetOleObjectData( LPPERSISTSTORAGE lpPStg, LPFORMATETC lpformatetc, LPSTGMEDIUM lpMedium, unsigned long fUseMemory ); STDAPI OleStdGetLinkSourceData( LPMONIKER lpmk, LPCLSID lpClsID, LPFORMATETC lpformatetc, LPSTGMEDIUM lpMedium ); STDAPI_(Handle) OleStdGetObjectDescriptorData( CLSID clsid, unsigned long dwAspect, SIZEL sizel, POINTL pointl, unsigned long dwStatus, char* lpszFullUserTypeName, char* lpszSrcOfCopy ); STDAPI_(Handle) OleStdGetObjectDescriptorDataFromOleObject( LPOLEOBJECT lpOleObj, char* lpszSrcOfCopy, unsigned long dwAspect, POINTL pointl ); STDAPI_(Handle) OleStdFillObjectDescriptorFromData( LPDATAOBJECT lpDataObject, LPSTGMEDIUM lpmedium, ResType* lpcfFmt ); STDAPI_(unsigned long) OleStdCopyMetafilePict(Handle hpictin, Handle* phpictout); STDAPI_(Handle) OleStdGetMetafilePictFromOleObject( LPOLEOBJECT lpOleObj, unsigned long dwDrawAspect ); STDAPI OleStdQueryOleObjectData(LPFORMATETC lpformatetc); STDAPI OleStdQueryLinkSourceData(LPFORMATETC lpformatetc); STDAPI OleStdQueryObjectDescriptorData(LPFORMATETC lpformatetc); STDAPI OleStdQueryFormatMedium(LPFORMATETC lpformatetc, TYMED tymed); STDAPI_(void) OleStdCreateTempFileMoniker(FSSpecPtr pPrefixFSP, unsigned int* lpuUnique, LPMONIKER* lplpmk); STDAPI_(LPMONIKER) OleStdGetFirstMoniker(LPMONIKER lpmk); STDAPI_(unsigned long) OleStdGetLenFilePrefixOfMoniker(LPMONIKER lpmk); STDAPI_(void*) OleStdMalloc(unsigned long ulSize); STDAPI_(void*) OleStdRealloc(void* pmem, unsigned long ulSize); STDAPI_(void) OleStdFree(void* pmem); STDAPI_(unsigned long) OleStdGetSize(void* pmem); STDAPI_(void) OleStdFreeString(char* lpsz, LPMALLOC lpMalloc); STDAPI_(char*) OleStdCopyString(char* lpszSrc, LPMALLOC lpMalloc); STDAPI_(unsigned long) OleStdGetItemToken(char* lpszSrc, char* lpszDst, int nMaxChars); STDAPI_(void*) OleStdMemSet(void* pDest, int c, size_t count); STDAPI_(void) OleStdInitVtbl(void* lpVtbl, unsigned int nSizeOfVtbl); STDMETHODIMP OleStdNullMethod(LPUNKNOWN lpThis); STDAPI_(unsigned long) OleStdCheckVtbl(void* lpVtbl, unsigned int nSizeOfVtbl, char* lpszIface); // STDAPI_(unsigned long) OleStdVerifyRelease(LPUNKNOWN lpUnk, char* lpszMsg); STDAPI_(unsigned long) OleStdVerifyRelease(LPUNKNOWN lpUnk); STDAPI_(unsigned long) OleStdRelease(LPUNKNOWN lpUnk); STDAPI_(WindowPtr) OleStdCreateDC(DVTARGETDEVICE* ptd); STDAPI_(WindowPtr) OleStdCreateIC(DVTARGETDEVICE* ptd); // STDAPI_(DVTARGETDEVICE*) OleStdCreateTargetDevice(LPPRINTDLG lpPrintDlg); STDAPI_(unsigned long) OleStdDeleteTargetDevice(DVTARGETDEVICE* ptd); STDAPI_(DVTARGETDEVICE *) OleStdCopyTargetDevice(DVTARGETDEVICE* ptdSrc); STDAPI_(unsigned long) OleStdCopyFormatEtc(LPFORMATETC petcDest, LPFORMATETC petcSrc); /* * Functions prototypes used in geticon.c */ STDAPI_(unsigned long) OleStdGetUserTypeOfClass(REFCLSID rclsid, char *lpszUserType, unsigned int cch, HKEY hKey); STDAPI_(unsigned long) OleStdGetAuxUserType(REFCLSID rclsid, short wAuxUserType, char *lpszAuxUserType, int cch, HKEY hKey); /* * Functions prototypes used in enumfetc.c */ STDAPI_(void) EnumFORMATETCInitInterface(void); STDAPI_(LPENUMFORMATETC) OleStdEnumFmtEtc_Create(unsigned short wCount, LPFORMATETC lpEtc); STDAPI_(void) OleDbgPrint( int nDbgLvl, char* lpszPrefix, char* lpszMsg, int nIndent ); STDAPI_(void) OleDbgPrintAlways(char* lpszPrefix, char* lpszMsg, int nIndent); STDAPI_(void) OleDbgSetDbgLevel(int nDbgLvl); STDAPI_(int) OleDbgGetDbgLevel( void ); STDAPI_(void) OleDbgIndent(int n); STDAPI_(void) OleDbgPrintRefCnt( int nDbgLvl, char* lpszPrefix, char* lpszMsg, void* lpObj, unsigned long refcnt ); STDAPI_(void) OleDbgPrintRefCntAlways( char* lpszPrefix, char* lpszMsg, void* lpObj, unsigned long refcnt ); STDAPI_(void) OleDbgPrintRect( int nDbgLvl, char* lpszPrefix, char* lpszMsg, Rect* lpRect ); STDAPI_(void) OleDbgPrintRectAlways( char* lpszPrefix, char* lpszMsg, Rect* lpRect ); STDAPI_(void) OleDbgPrintScodeAlways(char* lpszPrefix, char* lpszMsg, SCODE sc); STDAPI OleStdGetInplaceClipRgn(RgnHandle rgn); // gets the union of all window structure rgns in the inplace server. // pass in a previously allocated rgn handle. Overwrites its contents STDAPI OleStdBlastWindows(RgnHandle rgn); // walks entire window list removing any part of a window that overlaps w/ // the input rgn STDAPI OleStdBlastWindow(WindowPtr window, RgnHandle rgn); //same as above, but only does one window STDAPI OleStdUnblastWindows(RgnHandle rgn); // walks entire window list calling each window's WDEF to // recalc rgns. This ensures that window's struc/cont rgns // are in a consistent and correct state. // if rgn is non-null (in the case that the container is to remain in the // foreground, then this api causes an update event for that area (PaintOne) STDAPI OleStdTranslateAccelerator( LPOLEINPLACEFRAME lpFrame, LPOLEINPLACEFRAMEINFO lpFrameInfo, EventRecord * lpEvent); #endif // _OLESTD_H_