C#•10mo ago•

13 replies

Go To Declaration doesn't consider RID for a Nuget package

I'm developing a OS-specific library with bunch of #if directives. As an example, consider the following method:

public static void Method1()
{
#if WIN_X64
  Console.WriteLine("Win");
#elif LINUX_X64
  Console.WriteLine("Linux");
#else
  throw new PlatformNotSupportedException();
#endif
}

public static void Method1()
{
#if WIN_X64
  Console.WriteLine("Win");
#elif LINUX_X64
  Console.WriteLine("Linux");
#else
  throw new PlatformNotSupportedException();
#endif
}

and for that library, my

.nupkg

.nupkg

consists of the following files/folders:
- lib\net9.0\MyLib.dll -> fallback binary if no suitable runtime is found. Call to

Method1()

Method1()

throws

PlatformNotSupportedException

PlatformNotSupportedException

- ref\net9.0\MyLib.dll -> reference-assembly for API surface
- runtimes\win-x64\lib\net9.0\MyLib.dll -> binary for Windows. Call to

Method1()

Method1()

outputs

Win

Win

- runtimes\linux-x64\lib\net9.0\MyLib.dll -> binary for Linux. Call to

Method1()

Method1()

outputs

Linux

Linux

When the library is imported and the method

Method1()

Method1()

is called — everything works as expected.

Issue:
When I Ctrl+Click (Go To Declaration) on the method to explore its internals, it does not consider

RID

RID

and displays the fallback-binary from

lib\

lib\

folder, where the method just throws, making "Go To Declaration" useless.
Whereas during debugging, stepping into the method DOES work, displaying the correct, decompiled, runtime-specific binary.

Desired behavior:
"Go To Declaration" considers

RID

RID

and decompiles runtime-specific binary from

runtimes\

runtimes\

folder.

Tried:
Specifying

RID

RID

during package restore:

dotnet restore -r win-x64

dotnet restore -r win-x64

, and unfortunately, it didn't do the trick.

Question:
Is that me who packed binaries incorrectly, or I have to dig into Rider's behavior?

Go To Declaration doesn't consider RID for a Nuget package

I'm developing a OS-specific library with bunch of #if directives. As an example, consider the following method:

public static void Method1()
{
#if WIN_X64
  Console.WriteLine("Win");
#elif LINUX_X64
  Console.WriteLine("Linux");
#else
  throw new PlatformNotSupportedException();
#endif
}

public static void Method1()
{
#if WIN_X64
  Console.WriteLine("Win");
#elif LINUX_X64
  Console.WriteLine("Linux");
#else
  throw new PlatformNotSupportedException();
#endif
}

and for that library, my

.nupkg

.nupkg

consists of the following files/folders:
- lib\net9.0\MyLib.dll -> fallback binary if no suitable runtime is found. Call to

Method1()

Method1()

throws

PlatformNotSupportedException

PlatformNotSupportedException

- ref\net9.0\MyLib.dll -> reference-assembly for API surface
- runtimes\win-x64\lib\net9.0\MyLib.dll -> binary for Windows. Call to

Method1()

Method1()

outputs

Win

Win

- runtimes\linux-x64\lib\net9.0\MyLib.dll -> binary for Linux. Call to

Method1()

Method1()

outputs

Linux

Linux

When the library is imported and the method

Method1()

Method1()

is called — everything works as expected.

Issue:
When I Ctrl+Click (Go To Declaration) on the method to explore its internals, it does not consider

RID

RID

and displays the fallback-binary from

lib\

lib\

RID

RID

and decompiles runtime-specific binary from

runtimes\

runtimes\

folder.

Tried:
Specifying

RID

RID

during package restore:

dotnet restore -r win-x64

dotnet restore -r win-x64

, and unfortunately, it didn't do the trick.

Question:
Is that me who packed binaries incorrectly, or I have to dig into Rider's behavior?

Go To Declaration doesn't consider RID for a Nuget package

Go To Declaration doesn't consider RID for a Nuget package

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