* Clipboard implemtation in win32k and user32
* Added a clipboard system for each Window Station
* GetLastInputInfo implementation
* GetLayout in win32k Stubs
* Shell32 changes to cut/copy & paste link/paste
* Implemented ALT+PrintScreen to clipboard
svn path=/trunk/; revision=23811
* Clipboard implemtation in win32k and user32
* Added a clipboard system for each Window Station
* GetLastInputInfo implementation
* GetLayout in win32k Stubs
* Shell32 changes to cut/copy & paste link/paste
* Implemented ALT+PrintScreen to clipboard
svn path=/trunk/; revision=23810
- Implement AcquireSRWLockExclusive(), AcquireSRWLockShared(), InitializeSRWLock(), ReleaseSRWLockExclusive(), ReleaseSRWLockShared()
- NOTE: Some versions of GCC have a code generation bug with specially aligned structures on the stack. If compiled with such a compiler, the code might trigger special assertions. Pushlocks are also affected by this compiler bug.
- NOTE: The algorithms are most likely not the same as in Windows. Applications are supposed to treat the lock variables as opaque data, therefore it shouldn't matter.
svn path=/trunk/; revision=23806
ms have two different implement, One random is faster that other, (in some doc I read (maybe from osr) some year ago), the RtlRandomEx is not document in the free ddk/sdk, but it is include in ddk/ifs kit, according the doc.
svn path=/trunk/; revision=23799
- Get rid of KeRosGetStackFrames and replace usage by RtlWalkFrameChain or RtlCaptureStackBackTrace, depending.
- Remove this entry from Kernel Fun.
svn path=/trunk/; revision=23795
- Major cleanup of exp.c to move out deprecated and old code.
- Use KdDebuggerNotPresent to determine if KDBG is there or not. KdDebuggerEnable is now set whenever booting with debugging -- even if only serial port or screen debugging.
- Complete cleanup and major rewrite/improvement of bugcheck code:
- Moved stack dump routines to bug.c and cleaned them up. Next step is to remove most of them and implement them properly as part of RtlCaptureStackBackTrace and RtlWalkFrameChain.
- Use InbvDisplayString for everything now. BSODs will only truly show on screen. (however, part of the KeBugCheckWithTf improvements, a special "if debugger enabled" BSOD will also be displayed for debugging purposes).
- Do checksum calculation in bugcheck callbacks.
- Detect and display which drivers belong to which EIP.
- Implemented code to select the proper verbose BSOD message depending on the bug check code.
- Also implemented code to detect a variety of "known" bug check codes and to recover more data on them, and/or modify them accordingly. Sadly ROS doesn't yet make use of most of these codes.
- Factored out and split some code into individual routines.
- Look and functionality is now identical to Windows XP.
- Stack trace will only be shown if KDBG isn't connected. If KDBG is connected you can do "bt" anyway (which is more powerful).
svn path=/trunk/; revision=23794
1. move all inline asm to folder i386
2. to do : seh.s should be rewrites to intel syntax
3. to do : almost all c files in folders i386 need be convert to true asm instead using inline asm
4. add dection for x86 arch in rbuild for each found I have done
svn path=/trunk/; revision=23790
2. Rewote log10 to pure asm
3. Delete unuse c/asm files like ceil, cos, fabs, flor, sin, sqrt, and tan
4. Switch to rtl asm version of pow
5. Follow need be convert to asm atan2, exp, fmod, ldexp
6. Follow need c version atan2, exp, fmod, ldexp, atan, log10, pow
7. Add i386 arch dections in rbuild for asm/inline asm so we using only i386 asm on x86 cpu
svn path=/trunk/; revision=23784
- Got rid of all the previous related assembly code and implemented Ki386SetupAndExitToV86Mode and Ki386BiosCallREturnAddress.
- Implemented GPF (Trap 13) code for V86 faults (which will happen in V86 mode). Implement a generic Ki386HandleOpcodeV86 handler that increments counts and calls the right opcode handler.
- Implemented an Opcode Table Entry Index and Opcode Table array for mapping opcodes that caused a GPF to their V86 handlers/emulators.
- Implemented handlers for PUSHF, POPF, CLI, STI, IRETD and INTnn, which is what QEMU/VMWare and *most* VIDEO ROM BIOS code should use.
- Created a /vdm tree and moved all NTVDM/VDM specific code there.
- Halfplemented VdmStart/EndExecution APIs which the BIOS ROM V86 implementation is built upon. Currently don't handle VDM at all, only this V86 mode.
- Also added code for NtVdmControl and fixed up CSRSS and ACPI's calls to this API.
- Added detection and FIXMEs for support of VMEs in VMWare, Bochs and real hardware (VME is not yet supported).
- Move exp.c fixmes to krnlfun and remove kernel fun entries that this patch fixes.
svn path=/trunk/; revision=23763
