Description
src/tests/Directed/rvastatics/RVAOrderingTest.ilproj fails when compiled in R2R composite mode.
The issue is that the compiler copies only the RVA fields needed by the actual used code into the image using the RVA static fields in their initial location. This has an impact on the correctness of C++/CLI applications; however, as C++/CLI binaries are not supported by Crossgen2 in .NET 6, this is not a significant consequence. A proposed fix is available via pr #55861 but as it is a somewhat risky fix for a scenario unsupported in .NET 6, I did not push the fix into the product. In addition, testing for all possible scenarios via hand-written IL, cannot be done at this time, as ilasm does not support productin non-IL Only binaries, and the current IL sdk integration does not support producing architecture specific binaries.
Regression?
No
Description
src/tests/Directed/rvastatics/RVAOrderingTest.ilproj fails when compiled in R2R composite mode.
The issue is that the compiler copies only the RVA fields needed by the actual used code into the image using the RVA static fields in their initial location. This has an impact on the correctness of C++/CLI applications; however, as C++/CLI binaries are not supported by Crossgen2 in .NET 6, this is not a significant consequence. A proposed fix is available via pr #55861 but as it is a somewhat risky fix for a scenario unsupported in .NET 6, I did not push the fix into the product. In addition, testing for all possible scenarios via hand-written IL, cannot be done at this time, as ilasm does not support productin non-IL Only binaries, and the current IL sdk integration does not support producing architecture specific binaries.
Regression?
No