Slightly reorganize architecture dependent headers, so that ASSERT can be used
[CRT]
Use some definitions only for vista+, since 2k3 msvcrt doesn't have them
svn path=/trunk/; revision=55504
- Add back old implementation for testing purposes (if'd out)
- Display more status field of queue head / transfer descriptor
- Dump queue head when a halted queue is detected
- Display data toggle status
svn path=/branches/usb-bringup-trunk/; revision=55502
[CSRSRV]: Fix many bugs in ServerSbApiPortThread. This function never worked as SMSS never actually connects to the SB API Port. Since SMSS2 does, a few bugs were discovered. Also, hack-plement the one SB API that is required for SMSS2 (SbpCreateSession). All we do is resume the thread we receive (Winlogon)... normally we'd also register a hard-error port, etc.
[CSRSRV]: If connecting with SMDLL to SMSS did not work (such as on my system where SMSS is no longer there), try using SMLIB and SMSS2 instead. This way CSRSS still works with both environments.
[CSRSRV]: Required rbuild/cmake changes to build with SMLIB.
svn path=/trunk/; revision=55500
- Don't wait for the work item to complete in the SCE completion handler
- Use an event to signal the completion of a reset and wait for that event during IRP_MN_START_DEVICE handling so devices are enumerated synchronously which allows USB boot devices to be enumerated
svn path=/branches/usb-bringup-trunk/; revision=55493
- Fix a few bulk transfer bugs
- Enable interrupt completion on last interrupt
- Increment transferred offset
- Mass storage device now gets further (passing SRB_FUNCTION_CLAIM_DEVICE)
svn path=/branches/usb-bringup-trunk/; revision=55491
- Rewrite the transfer descriptor handling
- Take into account the direction of the pid
- Revert previously added hacks
- Support now more than one transfer descriptor for control transfers
- Include the bulk transfers in one queue head which should speed up operation
- Store data toggle in usb endpoint structure
- Mass storage devices now passes the control status phase on real hw and enters bulk operation stage
svn path=/branches/usb-bringup-trunk/; revision=55489
Fix a FIXME in IopCreateArcNames.
This allows ntoskrnl to find where it boots from and where it is when performing remote boot.
Now ReactOS should boot a bit farther using PXE :-).
svn path=/trunk/; revision=55485
- Don't set NumberOfTransaction 0x3 for the async queue head(Haiku doesnt do it too)
- Also don't set maximum packet length or interrupt on complete
- Stop the async / periodic schedules after acquiring ownership from os (ported from the Pedigree OS)
- Remove unused structs from header
- Allocate device descriptor from start of a page to prevent alignment issues
- Clear halted bit in the queue overlay transaction layer (usb_queue.cpp:507)
- Always set the alternative and next pointers in BuildControlTransferQueueHead
- Use data the toggle in the transfer requests
- Start using toggle in bulk requests, invert data toggle after each descriptor
- EHCI controller still reports error 0xA / 0xB which is USB Error Interrupt + Frame List Rollover + [USB Interrupt]
- Errors need to be researched more, though the control transfers results appear o.k.
- Tested in real hw + ros stack with USB Mass Storage Device
- Currently hangs after first completed CDB/Data/CSW block
svn path=/branches/usb-bringup-trunk/; revision=55483
[SMSS2]: Implement the main LPC loop and handle all the supported APIs (all stubs for now). Also handle new connection requests and implement SmpHandleConnectionRequest.
[SMSS2]: Implement subsystem helper functions.
[SMSS2]: Use SmApiPort2 instead of Sm2ApiPort.
[SMSS2]: Rename the SMSRV_APIs not to conflict with the function names, nor with the client functions in smlib.
svn path=/trunk/; revision=55478
- Wait for periodic scheduling to start
- Increase the wait interval for asynchronous scheduling to start
svn path=/branches/usb-bringup-trunk/; revision=55477
- Implement MiIsUserP*e inline functions to efficiently determine if a pte is a pte/pde/ppe or pxe for a user mode page
- Make MiDetermineUserGlobalPteMask work for _MI_PAGING_LEVELS >= 3
- In MiResolveDemandZeroFault, use MI_MAKE_HARDWARE_PTE only, it does all the necessary work.
svn path=/trunk/; revision=55472
[SMSS2]: Implement SmpLoadSubsystemsForMuSession which correctly creates a session, loads win32k.sys inside of it, and then detaches from the session. Winlogon.exe is set as the initial command (but not launched), and CSRSS is fake-started.
[CSRSRV]: No longer start win32k.sys, that's not your job.
[SMSS2]: Kill most debug prints that aren't errors.
svn path=/trunk/; revision=55467
- Modify the logic in MmArmAccessFault, so that faults on kernel mode addresses including page table addresses are handled in the first part and user mode addresses (VADs) in the second part. This works, because for the special case of page table addresses, the user mode and kernel mode part of the code end up doing the same thing and this simplifies the code.
- In the user mode part call MiCheckVirtualAddress early and bail out if no VAD is found, since we do not care about any other cases any more.
svn path=/trunk/; revision=55459
- Cleanup Win32kProcessCallback and Win32kThreadCallback
- Even though it works, trying to post a message in Win32kProcessCallback after the THREADINFO is destroyed can only cause trouble, so move it in Win32kThreadCallback
- There is no need to try opening a desktop and windowstation before winlogon initializes
- Handle errors properly when we fail to get a default window station and desktop for the new process
- Enable win32k syscall hook callbacks
- Rewrite SetThreadDesktop to update THREADINFO properly and handle errors properly
- Do not initialize the THREADINFO in GetW32ThreadInfo as it is now done properly (actually leave a small hack that updates pci->dwTIFlags)
- Add UserDbgAssertThreadInfo that asserts the integrity of THREADINFO, CLIENTINFO and CLIENTTHREADINFO. This is called by GetW32ThreadInfo and the syscall hook callbacks
svn path=/trunk/; revision=55458
- Implement MiSynchronizeSystemPde, which does what its name suggests, synchronize a system PDE and is an improved replacement (with a more proper name) for MiCheckPdeForPagedPool
- Move some code to avoid an additional check
- Call MiResolveDemandZeroFault directy instead of creating a demand zero PDE and then calling MiDispatchFault, which after a lot of checks will finally do the same
svn path=/trunk/; revision=55456
- modify MiResolveDemandZeroFault to take the page protection as a parameter instead of the PTE. This will be used soon.
- Move increment of counters into the region where the pfn lock is held to avoid race conditions and make heavy locked operations unneccessary
- Add some ASSERTs
svn path=/trunk/; revision=55454
