Table of Contents
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This guide was created to help you if you get a c# dll error while debugging.
Debug> Windows> Modules.Find the DLL for the project you want to continue.Right click> Load Symbols> Select the path to .PDB for your other project.
One way to make debugging easier DLL project – Provide the calling application with the appropriate properties of the DLL project. You can then start debugging once the DLL has been created. In general, for this method to work, the application must call the same DLL in the same place, mainly due to the ones you have configured. If the application finds and loads another cool version of the DLL, this mark does not include your breakpoints. For other DLL debugging methods, see Debugging Projects dll.your
If a managed application calls a native DLL or your legacy application calls a managed DLL, the user can debug both the DLL and the calling application. For more information about getting started, see How to debug in mixed deep mode.
Project native and managed DLLs use different parameters to specify calling applications.
Specify Application Call For Old DLL Project
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Start by debugging your application in Visual Studio.Open a module window (Debug -> Windows -> Modules)Find a .dll you might want to debug (sorting by name helps)Right-click the .dll file and select Load Symbols.Change to the directory containing the associated .pdb file.
Select the C++ DLL assembly project in Solution Explorer. Select the Properties icon, press Alt+Enter, or right-clickWith your mouse button, then select Properties.
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In the
Property Pages dialog box, ensure that the Configuration field at the top of the window is set to Debug. -
Select Configuration Properties > Debug.
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In the list of debuggers that opens, select either local debugger windows or remote debugger windows.
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In the Or Remote Command field, enter the full path and file name of the calling application, which is an .exe file.
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Add any required processing arguments to the Sell Price field.
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Select OK.
Specify The Calling Application In A Good, Well-maintained DLL Project
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Select C#, also known as a Visual Basic DLL project, in Solution Explorer. On the Select Properties icon, simply press Alt+Enter or right-click and select Properties.
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Make sure the configuration field at the top of the window is set to Debug.
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Start in action:
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For .NET Framework DLLs, select Launch External Schema and add the fully qualified name to Perceptions and how to interact with the app.
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Or select Launch with browser URL and then enter the URL of the new local ASP.NET application.
For .NET DLLs, the Debug Properties page mainly contains a Miscellaneous section. From the Run drop-down menu, select Executable, then add the full path and name of the contact application in the Executable field.
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In the Command Line Arguments or Application Mismatches box, paste the type of command line arguments you want.
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Use File > Save Selection Ctrl+S or in Market to save changes.
Debug Any DLL Project
Set breakpoints only in the DLL project.Right-click the reverse engineered DLL and select Set as Startup Project.Make sure the Solution Configuration is set to Debug. Press F5, click the green start arrow, or choose Debug> Start Debugging.
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Set breakpoints in the DLL project.Right-click on the new DLL project and select “Install via Startup Project”.Make sure Solution Configuration is set to Debug. Press F5, click the green run cursor, or choose Debug > Start Debugging.
Set breakpoints in the project DLL.
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Right-click the main project DLL and select “Set as Startup Project”.
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Make sure Solution Configuration is set to Debug. Press F5, click the green run cursor, or choose Debug > Start Debugging.
If debugging doesn’t reach your main breakpointsOops, make sure your latest DLL (the default
In a managed career application, if you want to break a native DLL into code and vice versa, enable mixed warning debugging.
In some cases, you may want to tell the debugger where to find all the source code. See Pages with No Symbols Loaded/No Source Loaded.
for more ideas.
See See Also
I have two solutions in my workplace, let’s say A and B.
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Solution A is an old project that I unfortunately finished some time ago.In solution B, I need some classes from solution A. To do this, I add a schema to the DLL that includes the project solution in A.
In your C # project, open Program. cs.Press F5, select the natural green arrow in the Visual Studio Alexa plug-in, or choose Debug> Start Debugging to start debugging. The debugger stops at a breakpoint set by someone.
Dangerb is that you are trying to debug. I want to be able to return to code A when everything is in order. Visual Studio is unable to download the code for any of these classes (“There is no available source code for the current location on the market”) and I can only view the teardown, which is not useless.
The only way I know of to debug the classes in solution A is to run solution B, disable all processes (under the Debug menu item) and attach solution A’s operation.
However, this is extremely inconvenient and I could only debug A OR B at a time.
Is there a way to enable stepping based on the code of the recommended DLLs (whose company code I have)?
Decision. My mistake was that I thought a project could only be part of one answer. In fact, any number of partial solutions can usually have something to do with project decisions.
If you need to refer to an old project, you just need to add the specific project to the solution. This is often done by right-clicking the newly found solution.View in Solution Explorer > Add > Existing Project.
Then you can always add a project study. As others have written, you probably want to avoid using DLL references entirely in your own code (or any other pins that you might change and therefore need to debug).
Debugging > Windows > Modules.Find a DLL for a project that interests you and your family.Right click > Load Symbols > Select path in .PDB for other projects.
If it’s a link to a file (dll), the debug symbols (the “pdb” file) may be in the same folder as the dll. Check which projects your projects are generating debug graphs from (Project Properties => Build => Advanced => Output/Debug Info almost complete); and when you cloned the dll it is enough to give the pdb reason.
Create your own unit test project.In Solution Explorer, right-click the test project and select Add > Reference.Select projects and, if necessary, a project to test.
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