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7851c1a1c2
- Start to implement NtUserConsoleControl to allow the console server define Console Window Class atom. - In UserInitialize, initialize the current thread by a call to UserCreateThreadInfo. - In UserCreateThreadInfo, set the TIF_CSRSSTHREAD flag for threads created by CSRSS. - In NtUserQueryWindow, when querying the process/thread ID associated to a given window, check whether the window was created by CSRSS and if so, if this is a Console window, get the process/thread ID of the associated console process (console leader process), instead of the CID of CSRSS. [CONSRV] - Introduce the concept of console leader process (to be used as the process owning the console window). - Introduce extra console window information to store the PID and TID of the console leader process via new internal flags to be used by GetWindowLong. - Effectively set the console window console leader CID at its creation. - Improve CsrInitConsole to set a console leader process to the console being created. This fixes http://jira.reactos.org/browse/CORE-122 in this branch. [CONSRV-WIN32K] Fix various code misspellings. svn path=/branches/ros-csrss/; revision=58107
105 lines
2.5 KiB
C
105 lines
2.5 KiB
C
#pragma once
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#define DECLARE_RETURN(type) type _ret_
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#define RETURN(value) { _ret_ = value; goto _cleanup_; }
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#define CLEANUP /*unreachable*/ ASSERT(FALSE); _cleanup_
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#define END_CLEANUP return _ret_;
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#define UserEnterCo UserEnterExclusive
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#define UserLeaveCo UserLeave
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extern BOOL gbInitialized;
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extern PSERVERINFO gpsi;
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extern PTHREADINFO gptiCurrent;
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extern PPROCESSINFO gppiList;
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extern PPROCESSINFO ppiScrnSaver;
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extern PPROCESSINFO gppiInputProvider;
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extern PEPROCESS gpepCSRSS;
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extern ATOM gaGuiConsoleWndClass;
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extern ATOM gaTuiConsoleWndClass;
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INIT_FUNCTION NTSTATUS NTAPI InitUserImpl(VOID);
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VOID FASTCALL CleanupUserImpl(VOID);
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VOID FASTCALL UserEnterShared(VOID);
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VOID FASTCALL UserEnterExclusive(VOID);
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VOID FASTCALL UserLeave(VOID);
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BOOL FASTCALL UserIsEntered(VOID);
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BOOL FASTCALL UserIsEnteredExclusive(VOID);
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/* User heap */
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extern HANDLE GlobalUserHeap;
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PWIN32HEAP
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UserCreateHeap(OUT PSECTION_OBJECT *SectionObject,
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IN OUT PVOID *SystemBase,
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IN SIZE_T HeapSize);
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static __inline PVOID
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UserHeapAlloc(SIZE_T Bytes)
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{
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return RtlAllocateHeap(GlobalUserHeap,
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HEAP_NO_SERIALIZE,
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Bytes);
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}
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static __inline BOOL
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UserHeapFree(PVOID lpMem)
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{
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return RtlFreeHeap(GlobalUserHeap,
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HEAP_NO_SERIALIZE,
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lpMem);
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}
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static __inline PVOID
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UserHeapReAlloc(PVOID lpMem,
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SIZE_T Bytes)
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{
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#if 0
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/* NOTE: ntoskrnl doesn't export RtlReAllocateHeap... */
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return RtlReAllocateHeap(GlobalUserHeap,
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HEAP_NO_SERIALIZE,
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lpMem,
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Bytes);
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#else
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SIZE_T PrevSize;
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PVOID pNew;
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PrevSize = RtlSizeHeap(GlobalUserHeap,
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HEAP_NO_SERIALIZE,
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lpMem);
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if (PrevSize == Bytes)
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return lpMem;
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pNew = RtlAllocateHeap(GlobalUserHeap,
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HEAP_NO_SERIALIZE,
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Bytes);
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if (pNew != NULL)
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{
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if (PrevSize < Bytes)
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Bytes = PrevSize;
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RtlCopyMemory(pNew,
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lpMem,
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Bytes);
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RtlFreeHeap(GlobalUserHeap,
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HEAP_NO_SERIALIZE,
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lpMem);
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}
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return pNew;
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#endif
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}
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static __inline PVOID
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UserHeapAddressToUser(PVOID lpMem)
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{
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PPROCESSINFO W32Process = PsGetCurrentProcessWin32Process();
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return (PVOID)(((ULONG_PTR)lpMem - (ULONG_PTR)GlobalUserHeap) +
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(ULONG_PTR)W32Process->HeapMappings.UserMapping);
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}
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/* EOF */
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