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* Add ContextualReflection APIs
Add ContextualReflection APIs approved in dotnet/corefx#36236
Fix issue #22213
* SetParentAssembly even when IsCollectible()
* ContextualReflection tests
* PR Feedback
* Add more usage tests
Add using statement tests
Add bad usage tests including Assert.Throws<>
* Only initialize on set
* Add XML API comments
* Unify VerifyIsolation
* Fix unused expectedAssembly
* Remove ContextualReflectionScope throw
* Clean up TestResolveMissingAssembly et. al
* Remove unused QCall::AppDomainHandle
* Remove AppDomainBaseObject
* Pass AssemblyLoadContext as managed object to native
* Fix AssemblyLoadContextBaseObject packing
* AssemblyLoadContext backing stores
Use explicit backing stores for events and properties
* Remove StaticAsyncLocalCurrentContextualReflectionContext
* Remove PermissionSetObject
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* First pass at adding winrt host entry-point.
* There's no way to specify HResult-swapping on a function called via hosted-interop so just return the HResult instead.
* Use the WindowsRuntimeMarshal class to create the activation factory and initialize it.
* Implement loading the dependent assemblies of a WinRT assembly into an isolated load context.
* PR Feedback.
* Fail to get the activation factory if the found type is not a managed type exported from a winmd.
* Rearrange parameters based on PR feedback.
* Remove unneeded include.
* Make ActivationFactoryLoader internal.
* Fix null-ref in WinRT-dependent-assembly loading
* Remove extraneous "System."
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* Implement loading an assembly from an HMODULE on Windows.
* Use the native runtime to execute the main method so I don't have to replicate all of the startup behavior.
* If ijwhost is loaded, then call back into ijwhost to resolve tokens for vtable entries.
* Refactor our various component loaders (COM and IJW) and have IJW load components into separate ALCs when loaded from native.
* Move VTableFixups after DeliverSyncEvents in our incremental load. We need the module to be loaded to at least FILE_LOAD_DELIVER_EVENTS when resolving dependencies loaded via VTableFixups, otherwise they try to load into the default ALC.
* Only try to get ijwhost module handle on Windows.
* Use defined() instead of ifndef
* Fix off-Windows build break and fix unvalid comment.
* ComponentLoadContext->IsolatedComponentLoadContext
* Only build InMemoryAssemblyLoader when targeting windows.
* Add doc comments for IsolatedComponentLoadContext.
* Rename qcall.
* Add comment for boolean parameter.
* Add null check for managed ExecuteMainMethod entrypoint.
* Add comments in ceeload.cpp for the ijwhost method resolution.
* Add test verifying runtime callback to IJW host.
* Add test for InMemoryAssemblyLoader.LoadInMemoryAssembly.
* Fix x86 behavior rel. loading symbols by name and stdcall mangling.
* Remove exe entrypoints. The executable case for mixed-mode will go through the normal .NET Core app model (no special hosting support needed).
* Clean up whitespace
* Add test verifying M->N->M ALC switch behavior with IJW.
* Resolve the ijwhost module by probing the PE for the IJW assembly instead of hardcoding the name.
* Remove static caching in GetTokenGetterFromHostModule.
* Disable new IJW tests on Win7.
* PR Feedback.
* Cleanup extra copy of function.
* Use old-style environment checking in LoadIjwFromModuleHandle since we reference S.P.CL directly.
* Fix break in rebase
* Clean up fake mscoree code.
* Only validate that a CLR header exists. The OS verifies everything else.
* Make ijw host resolution code static to ceeload.cpp
* Use bracketed include for xplatform.h
* Update comment on _CorDllMain
* PR feedback.
* Remove .def file.
* PR feedback.
* Verify we export correctly on x86 and x64.
* Fix path to ijwhostmock for CopyConstructorMarshaler
* Disable IJW tests on arm32 nightly. Can't repro the dependency load failures. Fixes #23358
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ManifestBasedResourceGroveler::GetNeutralResourcesLanguageAttribute (#22372)
* Implement ManifestBasedResourceGroveler::GetNeutralResourcesLanguageAttribute in shared managed code
* Remove native ::GetNeutralResourcesLanguage
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Enable assembly unloading
* Allow PInvoke methods on collectible assemblies
* Fix test unloadability
Several hundreds of tests were using Helper class that created
GCHandle, but never freed it. That prevented unloading of those
tests. The change modifies the Helper class to keep the handle
in a finalizable object.
Several GCHandle related tests were not freeing the GCHandle they
allocated, so this change adds freeing them to enable the unloading.
* Add missing error messages to the resources
* Fix shuffle thunk cache for unloadability
* Add GetLoaderAllocator to ICLRPrivBinder
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Unused strong name signing paths and related code
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Fix issues mentioned in https://github.com/dotnet/coreclr/issues/12799
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Fixes https://github.com/dotnet/coreclr/issues/12391
Original approval and specs at
https://github.com/dotnet/corefx/issues/19789
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Fixes #9321 and deletes CleanupToDoList.cs
Delete unmanaged security implementation
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* Correctly enumerate loaded assemblies in AppDomain
* Remove unrequired attribute
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assembly loads within the context)
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The FEATURE_HOSTED_BINDER is always on so remove it from all the sources.
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This change fixes an exception handling issue that happens on x86 on Windows
when exception is raised in System.RuntimeType.MakeGenericType.
The problem was caused by GCPROTECT_HOLDER macro in RuntimeTypeHandle::GetTypeByName
that causes popping of GCFrame (and zeroing its m_next field) that's in the middle of the thread's frames list during
the stack unwinding.
That breaks the list and when UnwindFrames happen later and tries to walk the stack, the StackFrameIterator::NextRaw
asserts when checking the validity of the list.
The fix is to move the keepAlive to the managed caller of the RuntimeTypeHandle::GetTypeByName QCall, which removes
the need for the GCPROTECT_HOLDER.
Since it was the only usage of that holder and of the underlying FrameWithCookieHolder class, I've removed those.
In addition to that, I've modified COMModule::GetType and AssemblyNative::GetType to use the same pattern, since
they could also suffer from the problem the GCPROTECT_HOLDER was attempting to fix.
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AssemblyLoadContext.LoadUnmanagedDll
LoadUnmanagedDllFromPath needs to call LoadLibrary or dlopen, and return the system handle to the library through LoadUnmanagedDll. Outside Windows, when LoadUnmanagedDll returns a system handle to a library, the handle needs to be registered with PAL's module list for lifetime management. From that point on, the system handle is tracked as part of the PAL handle.
To handle both of the above, I have refactored module.cpp!LOADLoadLibrary into a LoadLibraryDirect portion and a RegisterLibrary component.
LoadLibraryDirect loads the specified library directly using the system call, without appending or prepending anything to the library name
RegisterLibrary registers a system library handle with PAL to get a PAL handle
This patch contains the necessary changes to coreclr and mscorlib. Tests will be added separately, after the new APIs are published and can be consumed.
Fixes dotnet/coreclr#935
Part of dotnet/coreclr#937 and dotnet/corefx#3054
See https://github.com/dotnet/coreclr/pull/1500
[tfs-changeset: 1529692]
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namespace.
This patch contains has the necessary changes in coreclr and mscorlib. Tests will be added separately, once the new API is
published and can be consumed.
Part of dotnet/corefx#2768
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This change fixes:
1) Member initiazalization order in class constructor didn't correspond to the member order in some classes
2) Objects with vtables were copied via memcpy. While this is intentional, cast of the pointers to void*
is required to silence clang warning
3) Switch case statements containing values of different enums
4) Casting int to pointer
5) Missing return value in methods with _ASSERTE
6) Class name classifier on methods in the .h
7) Invalid position of the DECLSPEC_ALIGN at few places - it had no effect
8) Invalid position of the 'used' attribute
9) Issue with comparing holders to NULL
10) Operator 'new' returning NULL without being marked with throw() or noexcept
11) Variables marked as 'extern' at the declaration / initialization place
12) Data structure declared as struct at one place and forward declared as class at another
Some disabled warnings were no longer happening, so options to disable them were removed too
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[tfs-changeset: 1407945]
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