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Debug for windows 10.Getting Started with Windows Debugging |
- Debug for windows 10
This produces the File options menus, as shown below. If you grabbed the full path specification as I explained in the previous section you can paste it into the File name box and it will take you right there.
Or, you can navigate to some dump file of your choosing. Pick such a file and it will show up in the File name: field. Click the Open button, and WinDbg Preview will load the file and all of the supporting DLL and symbol files it needs to make sense of its contents.
This can take a while, along the lines of minutes. Next, a display like the one shown below appears. This is where the magic happens, where you must click the link at the center of the middle pane labeled! The link, however, works fine. Click it! The analysis process also takes a while, and will show countless progress bars as the program loads and links to various symbol tables pdb files , dlls and so forth.
Once you click the! I will now reproduce a key section from that center pane to illustrate what WinDbg Preview found. This information tells us that Explorer. This does not indicate user- or system-caused problems, so all one can do is to accept the error, and hope that MS gets around to fixing whatever caused it.
Good housekeeping! Likewise for clicking on the Exception record itself!. Click sdk-tools-windows Install the Android SDK platform tool.
Run the command sdkmanager platform-tools to install the Android SDK platform tools. List the Android devices connected to the Windows 10 PC. Open a command window. Run adb devices -l to list the Android devices connected to the Windows 10 PC. Connect to the Android device.
Stop all Google Processes in Task Manager. Disable Google Update from the Windows Startup. Stop the Google Update Services. In some situations, you might be able to use a virtual machine as the second system. For example, you might be able to use a virtual PC that is running on the same PC as the code that you need to debug.
However, if your code is communicating to low-level hardware, using a virtual PC may not be the best approach. Kernel mode is the processor-access mode in which the operating system and privileged programs run. Kernel-mode code has permission to access any part of the system, and it is not restricted like user-mode code. Kernel-mode code can gain access to any part of any other process running in either user mode or kernel mode. Much of the core OS functionality and many hardware device drivers run in kernel mode.
User mode is the mode that applications and subsystems on the computer run in. Processes that run in user mode do so within their own virtual address spaces.
They are restricted from gaining direct access to many parts of the system, including system hardware, memory that was not allocated for their use, and other portions of the system that might compromise system integrity. Because processes that run in user mode are effectively isolated from the system and other user-mode processes, they cannot interfere with these resources.
If your goal is to debug a driver, determine if the driver is a kernel-mode driver or a user-mode driver. For some issues, it can be difficult to determine which mode the code executes in. In that case, you may need to pick one mode and look to see what information is available in that mode. Some issues require using the debugger in both user mode and kernel mode. Depending on what mode you decide to debug in, you will need to configure and use the debuggers in different ways.
Some debugging commands operate the same in both modes, and some commands operate differently in different modes.
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