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The context retrieved will be the last context remembered by WOW64 this is usually the last user-mode code executed by Thread. The /w option can only be used in 64-bit kernel debugging sessions on a thread running in a process that has a WOW64 state. This register context persists until you allow the target to execute or use another register context command (. After this command is executed, the debugger will have access to the most important registers and the stack trace for this thread. thread command instructs the kernel debugger to use the specified thread as the register context. Generally, when you are doing kernel debugging, the only visible registers are the ones associated with the current thread. Environmentįor more information about the register context and other context settings, see Changing Contexts. If this is omitted or zero, the thread context is reset to the current thread. The thread specified must be running in a process that has a WOW64 state.
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(64-bit kernel debugging only) Changes the active context for the thread to the WOW64 32-bit context. This may cause slowdowns, because the debugger will have to look up the physical addresses for all memory in use, and a huge amount of data may need to be transferred across the debug cable. Unlike the /p option, this translates the PTEs for all user-mode and kernel-mode processes, not only the process owning this thread. (Live debugging only) If this option is included and Thread is nonzero, all transition page table entries (PTEs) will be automatically translated into physical addresses before access. (Live debugging only) If the /r option is included along with the /p option, user-mode symbols for the process owning this thread will be reloaded after the process and register contexts have been set. If the /p option is included and Thread is zero or omitted, this translation will be disabled. This may cause slowdowns, because the debugger will have to look up the physical addresses for all the memory used by this process, and a significant amount of data may need to be transferred across the debug cable. (Live debugging only) If this option is included and Thread is nonzero, all transition page table entries (PTEs) for the process owning this thread will be automatically translated into physical addresses before access. thread command specifies which thread will be used for the register context.thread ]