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* keep what's allocated so far on each heap
* Implement GC.GetTotalAllocatedBytes
It is based on https://github.com/dotnet/corefx/issues/34631 and https://github.com/dotnet/corefx/issues/30644
* Fixing races related to dead_threads_non_alloc_bytes
* separated per-heap SOH and LOH counters. Different locks imply that we need different counters.
* allow/ignore torn 64bit reads on 32bit in imprecise mode.
* PR feedback
* simplified the test a little to avoid OOM on ARM
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This partially reverts #23853
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* Remove OsEnvironment, PackagesDir, and CoreCLRBinDir properties
* Replace usage of __BuildArch with BuildArch
* Simplify test timing out on ARM64
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Change MyGet to the custom feeds. I found that for dotnet new console to restore, I needed an ASP.NET feed as well.
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marked #nullable enable (#24526)
* Changing EnableDefaultCompileItems=false to EnableDefaultItems=false
* Taking the VS auto-fixes for the solution and corelib csproj
* Removing the duplicated T4 file includes in the main csproj
* Regenerating the included T4 templates
* Fixing S.P.Corelib to properly list available platforms/configurations
* Add a comment on the T4 template service
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Disable a tail call test when using minopts
Fixes https://github.com/dotnet/coreclr/issues/24424
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* Generate eventpipe implementation as part of CMake configure.
* Generate Etw provider as part of CMake configure.
* First pass porting over lttng provider to cmake.
* Fix up CMake Lttng provider generation.
* Move Lttng provider into CMake tree.
* Move dummy event provider to CMake
* Move genEventing into the CMake tree.
* Remove extraneous logging and unused python locator.
* Clean up build.sh
* Clean up genEventingTests.py
* Add dependencies to enable more incremental builds (providers not fully incremental).
* Convert to custom command and targets instead of at configure time.
* Get each eventing target to incrementally build.
* Fix incremental builds
* Add missing dependencies on eventing headers.
* PR Feedback. Mark all generated files as generated
* Clean up eventprovider test CMakeLists
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* Properly set the nuget cache for the repo
* Change coreclr NuGet package cache from "./packages" to "./.packages"
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- Assembly.ToString() won't return null
- Several attributes have the intent that their arguments are non-nullable, even though they don't check and throw; the annotations should match the intent in such cases.
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(#24495)
- Microsoft.NETCore.Platforms - 3.0.0-preview6.19259.1
- Microsoft.Private.CoreFx.NETCoreApp - 4.6.0-preview6.19259.1
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Signed-off-by: dotnet-bot <dotnet-bot@microsoft.com>
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Signed-off-by: dotnet-bot <dotnet-bot@microsoft.com>
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* Update dependencies from https://dev.azure.com/dnceng/internal/_git/dotnet-optimization build 20190509.1
- optimization.IBC.CoreCLR - 99.99.99-master-20190509.1
- optimization.PGO.CoreCLR - 99.99.99-master-20190509.1
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Interpreter issue (#24513)
https://github.com/dotnet/coreclr/issues/24492
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Mark local struct as having overlapping fields after struct reinterpretation
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* Adding some templates from which other HWIntrinsic test templates can be generated
* Regenerating the HWIntrinsic tests
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Methods like System.Runtime.CompilerServices.Unsafe.As<TFrom, TTo> may
have struct reinterpretation when function signature specifies Struct1&
and the method returns Struct2& where Struct1 and Struct2 are different
structs. This may confuse jit optimizations (in particular, value
numbering) because fields of a struct of type Struct1 may be accessed
using handles of Struct2. This fix marks the source local involved in
such struct reinterpretation as having overlapping fields. That prevents
SSA builder from inserting the local into SSA.
Fixes #24159.
No diffs in framework assemblies and coreclr benchmarks.
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Add new contention event
- This new event contains the duration of the contention.
- Compute duration and emit contention events only when Contention keyword is activated
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IBC refactor - Zero Diff, rename types and methods
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* Enable nullable at the project level
* Remove `#nullable enable` from individual files
Removes `#nullable enable` from almost all .cs files in System.Private.CoreLib. I left it only in the ~30 files (out of ~1480 that had it) that are mirrored to corefx, that are built into projects by corefx that don't yet set NullableContextOptions at the project level, and that use nullable annotations; otherwise, they'd break the corefx build.
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This reverts commit 0786da806b9727c466f3f9393cb3d55cf9df7536.
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* Update dependencies from https://github.com/dotnet/corefx build 20190506.1
- Microsoft.NETCore.Platforms - 3.0.0-preview6.19256.1
- Microsoft.Private.CoreFx.NETCoreApp - 4.6.0-preview6.19256.1
* Use last stable version of System.Numerics.Vectors package
* Add Microsoft.Bcl.AsyncInterfaces package
* Disable Microsoft.Bcl.AsyncInterfaces
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integer overflow.
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* Remove premature throw
ResolveUsingEvent is no longer the last resort for Assembly resolution
and should not be throwing simply because the Assembly.Resolve event did
not find the Assembly
* Delay throw FileNotFound until after AppDomain.AssemblyResolve
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versioning is in use (#24422)
Fix ETL event rejit IDs and sending of the IL to native map event when code versioning is in use
Fixes https://github.com/dotnet/coreclr/issues/22904
Fixes https://github.com/dotnet/coreclr/issues/22908
- Method events now always send the native code ID for the rejit ID, and the IL to native map event continues to send the IL code ID
- Took code versioning into account when sending rundown events for a method including the IL to native map
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Update Helix SDK Version - Master branch
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directory (#24477)
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(#24452)
* Add support in SPCL to call into user supplied register and unregister functions
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Fix 24440
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Fix some small issues with stress logging.
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Mitigates an issue with hijacking of version.dll.
This is particularly an issue for self-contained and single-file-exe apps, as the hijacking in those cases does not require access to a machine-wide .NET Core install.
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The issue is that a LDVIRTFTN operation becomes a dictionary lookup to a direct call to an abstract function with no code. We AV later when executing the PreStub of that direct call. Fixed by making this a dictionary lookup to a MethodDescSlot lookup, followed by the call to the JIT_VirtualFunctionPointer helper to resolve the target code (Same logic executing in jitted IL mode)
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* Remove more MDA support code
* PR Feedback
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gtGetStructHandleIfPresent can return nullptr (NO_CLASS_HANDLE)
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(#24451)
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