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They are no longer needed here.
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This allows us to remove a lot of cruft and simplifies our CI build.
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inefficient code in some cases. (#19144)
See https://github.com/mono/mono/issues/18572#issuecomment-595924767.
Fixes https://github.com/mono/mono/issues/18572.
Disable the IL verifier for now, it can't handle code compiled without /features:peverify-compat.
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* Bump linker.
* Bump linker tools framework version
* [csproj] Update project files
Co-authored-by: Marek Safar <marek.safar@gmail.com>
Co-authored-by: monojenkins <jo.shields+jenkins@xamarin.com>
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Follow-up to https://github.com/mono/mono/pull/18228 since two parts wasn't enough to fix the size issue on 32bits devices.
We now use three parts.
Fixes https://github.com/mono/mono/issues/18614
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profiles (#18228)
They cannot deal with large test assemblies so we need to split them.
We're doing this by introducing a new `#skip <PROFILE>` directive in the .sources format which defines where to split the assembly.
The logic is very simple: files up until the first `#skip` are common files which get included in each part, subsequent files are only in the respective part assembly.
Fixes https://github.com/mono/mono/issues/18213
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* `MonoTlsProviderFactory` now treats "legacy" as an alias for "default".
* `Mono.Net.Security/LegacySslStream`: Removed. This class also wasn't using the `MobileAuthenticatedStream` base class, thus preventing cleanups simplifications in that area.
* `Mono.Net.Security/LegacyTlsProvider`: Removed.
* `Mono.Security/Mono.Security.Protocol.Tls*`: Removed all the old legacy code.
* `Mono.Security.Interface.MonoTlsProviderFactory`: Bump internal version to 4.
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* [System.Net.Http] Clean up HttpMessageHandler setup
to avoid reflection and not to be recursive
Superseded #15051 and #15922
* [csproj] Update project files
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* [mini] Use clr memory model by default
Otherwise we can have potential crashes in the bcl on arm targets, since a lot of code that assumes this memory model is now shared with mono.
Keep the old clr-memory-model option alive for now, to avoid potential build problems, if building older mono with newer mono.
* [build] Remove clr-memory-model option
It is default now
* [man] Add entry for weak-memory-model
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We sometimes saw the following build error in Mono SDKs builds on Jenkins:
```
[2019-09-16T01:03:30.709Z] CSC [xammac] nunit-lite-console.exe
[2019-09-16T01:03:30.709Z] error CS0009: Metadata file '/Users/builder/jenkins/workspace/archive-mono/2019-08/mac/release/mcs/class/lib/xammac/nunitlite.dll' could not be opened -- PE image doesn't contain managed metadata.
```
Taking a closer look we found out that nunit-lite was trying to be built twice for the same profile which caused a race where the file was corrupted.
The reason for this is that the corlib Makefile defines two test assemblies: the normal PROFILE_corlib_test.dll and BinarySerializationOverVersionsTest.dll and
integrating the BinarySerializationOverVersionsTest.dll via the `test-vts` target incorrectly overwrote the `test` target instead of using `test-local`.
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It was written by configure.ac to config.make and is unused anyway.
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Changing the corlib assembly name isn't supported anywhere else in the build.
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It no longer exists.
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Setting an explicit mcs is no longer supported by the rest of the build scripts.
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The corlib_cmp doesn't exist anymore.
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Building Linux BCL assemblies from a macOS machine didn't work since we
were enabling some Apple features if the build machine was macOS.
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* Bump api-doc-tools to latest master
Disable building mdoc.exe in mcs mode since it no longer builds because of new C# features.
* Fix mcs build by disabling more mdoc invocations
* Bump monodroid_tools to compile against v4.7 reference assemblies
mdoc needs ValueTuple which is not in v4.6.
* [csproj] Update project files
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Starting another Mono process for the remote executor doesn't work on any of them.
Helps with https://github.com/mono/mono/issues/15328
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so its not inherited by child processes. (#15447)
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* Revise monolite due to memory model change.
* Fix tarball builds wrt netcore/config.make.
* Remove System.Private.CoreLib from mcs/class/Makefile, it was moved to netcore/
* Bump min_mono_version in basic-profile-check
The new MONO_DEBUG=clr-memory-model runtime option isn't available in earlier Mono versions.
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Otherwise we'd get "/bin/sh: @echo: command not found" errors.
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* [jit] Move value storing in a new write barrier emitting method
Brings together ref storing and the write barrier generation.
* [jit] Add debug option to attempt using the CLR memory model
Which prevents reordering of stores. Part of the way this is done on CoreCLR is by adding memory barriers to the write barrier, so we attempt a similar behavior.
This is not a complete implementation.
* [build] Add memory model flag to csc when building the bcl
This should prevent random crashes during the build
* [build] Add memory model flag to compiler server
* [build] Add memory model flag to test building
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Add support to run full interpreter test suite on CI for Windows x64 Full AOT.
Since Windows x64 Full AOT uses a different full AOT profile WinAOT a separate
testing profile was setup for the interpreter testing. NOTE, this profile is
pure for testing, inline with the other testing profiles. It is also reusing
most of its sources from other sources files (mainly WinAOT) to reduce maintenance
of the profile.
Commit also includes some smaller adjustments needed in order to get full
pass rate for Windows x64 Full AOT + Interpreter on CI.
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A few more that we missed adding to the exclude file in the sdks archive.
(cherry picked from commit 3d9513efd4372636313240c2a1477734ddde6f2e)
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* Add a warning to the gensources Makefile so it's not confusing when it fails to compile in non-build profiles
* Add CI test script that verifies the compiler server functions
* Fix bugs
* Add compiler server tag to jenkins script
* Add +x
* Rename compiler server test tag
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We didn't set all the categories that the products used in our profiles.
Now that the products can consume the exclude categories from mono we
need to unify the values.
Removed ValueAdd since it's not used anymore and combined MacNotWorking
into NotOnMac.
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* Fix enabling the compiler server using autogen, and force it off if mcs is being used
* autogen updates
* Formatting fixes
* Fix vbcs getting turned on if unspecified even if mcs was selected
* Dynamically evaluate ENABLE_COMPILER_SERVER each time we compile instead of evaluating it once at some arbitrary point during makefile evaluation
* More detailed comment based on testing
* Handle the /shared option in genproj so it doesn't fail
* Raise basic profile check requirement to 6.2 and hopefully assert that named pipes work
* Default compiler server to off for now.
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(#14681)
During XI integration we noticed that just using the verbatim commandline
-exclude or -notrait is not ideal since XI uses the nunit/xunit APIs to
pass that information and not the command line parser.
Instead we now write the exclude categories/traits as a newline-separated file.
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So it gets included in the sdks archive
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So it gets included in the sdks archive
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profiles.
Build / profile changes:
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* `build/profiles/testing_aot_common.make`: define `DISABLE_REMOTING = yes` and
`NO_MULTIPLE_APPDOMAINS = yes`.
* `mcs/class/corlib/Makefile`: check `DISABLE_REMOTING` when setting
`REFERENCE_SOURCES_FLAGS` (and don't define `FEATURE_REMOTING`, `MONO_COM`
and `FEATURE_COMINTEROP`).
* added new `testing_aot_common_corlib.dll.exclude.sources`. Several types in
the `System.Runtime.Remoting.Messaging` namespace are used by the runtime in
non-remoting scenarios, so those need to be preserved.
For all other remoting namespaces, we only need a few stripped down stub versions
of the some of the types; those have been added to a new `legacy` directory, so
we can wildcard-exclude all the files here.
* added new `testing_aot_common_corlib.dll.sources`; this currently only contains
`legacy/*.cs` to list above mentioned stub versions.
* added new `testing_aot_common_corlib_test.dll.exclude.sources` as a common test
excludes file.
API Changes (conditional to `DISABLE_REMOTING`):
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* `mcs/class/corlib/legacy/`: add stub-versions for some of the remoting-related
classes that are used by the runtime (so we can't completely remove those types):
- `System.MarshalByRefObject`.
- `System.Runtime.Remoting.IRemotingTypeInfo`.
- `System.Runtime.Remoting.ObjectHandle`.
- `System.Runtime.Remoting.RemotingServices`.
- `System.Runtime.Remoting.Activation.ActivationServices`.
- `System.Runtime.Remoting.Contexts.Context`.
- `System.Runtime.Remoting.Messaging.ILogicalThreadAffinative`.
- `System.Runtime.Remoting.Messaging.LogicalCallContext`.
- `System.Runtime.Remoting.Proxies.TransparentProxy`.
- `System.Runtime.Remoting.Proxies.RealProxy`.
some of these have fields that need to be preserved; these are marked with
appropriate `#region` pragmas.
All changes below are conditional to `DISABLE_REMOTING`.
* `System.Runtime.Remoting.Messaging.AsyncResult`: this class is used by some of
the async code, so we can't completely remove it. However, we can remove the
`MonoMethodMessage call_message` field when `DISABLE_REMOTING`.
* `System.Runtime.Remoting.Messaging.MonoMethodMessage`: this class is also used
by some runtime code and thus needs to be preserved. However, when `DISABLE_REMOTING`
is defined, then we make some changes to it:
- remove all iterfaces (`IMethodCallMessage`, `IMethodReturnMessage`, and `IInternalMessage`).
- `Properties` throws `PlatformNotSupportedException`.
* `System.Runtime.InteropServices.Marshal`: disable some COM-related code.
* `System.Threading.Thread`: remove `CurrentContext` property.
* `System.Threading.ExecutionContext`: adjust conditional logic; don't define
`FEATURE_REMOTING` if `DISABLE_REMOTING`.
* `System.Activator`: add `DISABLE_REMOTING` to the existing
`#if FEATURE_REMOTING || MOBILE_LEGACY` conditional in this class.
* `System.AppDomain`: since we only have one domain, `DefaultDomain` will always
return the root domain; comment out the call to `RemotingServices.GetDomainProxy`
as well as some internal methods.
* `System.__ComObject`: stub out on `DISABLE_REMOTING` as well as `!FULL_AOT_RUNTIME`.
* `System.Runtime.Serialization.Formatters.Binary.BinaryFormatter`: adjust `IFormatter`
versus `IRemotingFormatter` interface logic to use the former when `DISABLE_REMOTING`.
* `System.Runtime.Serialization.Formatters.Binary.BinaryObjectReader`: adjust existing
`#if FEATURE_REMOTING || MOBILE_LEGACY` conditional to add `DISABLE_REMOTING` to it.
* `System.Diagnostics.CorrelationManager`: comment out some `CallContext.LogicalGetData()`
and `CallContext.LogicalSetData`.
* `System.Diagnostics.TraceEventCache`: likewise.
Test changes:
-------------
* `mono/tests/Makefile.am`: conditionally disable some remoting tests.
* `corlib/Test/System.Runtime.Serialization/SerializationTest.cs`: conditionally
disable all tests requiring remoting.
* `corlib/Test/System/ActivatorTest.cs`: same; trying to preserve as much as possible
in this test.
* added some `DISABLE_REMOTING` and `DISABLE_SECURITY` conditionals to some of the tests.
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* [monodroid] Introduce 'win32 host' BCL build
* [sdks] Add _bcl_$(1)_BUILD_FLAGS variable to BclTemplate build step
Allows Android SDK on Windows to pass PROFILE_PLATFORM=win32
* [sdks] Pass _bcl_$(1)_BUILD_FLAGS when building the tests, too
* Copy test source exclusion files from the general monodroid profile
Apparently we don't fall back to the general exclusion sources for tests if the platorm-specific exclusion file does not exist.
* Also add win32 copies of the nunit exclude files:
files=$(find . -name "monodroid*_test*exclude.sources")
for file in $files
do
name=$(basename $file)
pushd $(dirname $file)
cp $name win32_$name
git add win32_$name
popd
done
* [csproj] Update project files
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So we can include it in the SDKs archive.
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Technologies like SharpDX uses a minimal set of COM support from runtime
and System.Runtime.InteropServices.Marshal:
AddRef
Release
QueryInterface
All these are low level wrappers around methods in IUknown interface and
doesn't need any of the additional runtime COM support enabled to work.
Technologies like CoreRT includes these methods in their full AOT
profile, meaning that SharpDX can run on CoreRT on Windows platforms. Mono's
WinAOT profile and runtime currently don't, making it impossible to use
SharpDX.
This PR adds the needed methods into WinAOT profile and also make
sure corresponding icalls always gets included on Windows build Mono runtime.
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In this case we relied on nunitlite to be compiled when the parent profile is compiled. That doesn't work however if we compile the child profile first (e.g. during a parallel make) since it'll
complain about missing nunitlite.dll.
We now compile nunitlite in the child profiles too even though we don't use it.
This is an alternative solution to what I tried in https://github.com/mono/mono/pull/5357 since I couldn't get it to work and this should be the easier fix.
It allows us to finally remove the `-i` (ignore errors) from the CI scripts and catch test assembly breakages in mobile profiles which we ignored before.
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* The `SimpleCollator` class now implements a new internal interface `ISimpleCollator`.
In `CompareInfo`, we reference it by that interface everywhere except `GetCollator ()`,
so we can `#if`-def it out.
Later on, we will use the linker to do this dynamically with some sort of conditional,
but even then the interface is required to limit references to the `SimpleCollator` type
to one single method.
* Add `Mono.Globalization.Unicode/SimpleCollator.cs` to `wasm_corlib.dll.exclude.sources`.
* `corlib/Makefile`: remove collation resources on WASM.
* Added new `[Category ("ManagedCollator")]` to the relevant tests.
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Enables building of the xammac runtime and BCL/tests into the SDKs archive.
Contributes to #11397
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* The default `HttpClient` constructor now calls a static method `CreateDefaultHandler()`;
we provide a platform-specific implementation of it.
* Replaced `HeaderUtils` with `PlatformHelper` and removed the `LEGACY_HTTPCLIENT` conditional.
* Added a new `socketshandler.sources` file to keep the sources in one place.
* Use a reflection check in the tests instead of the `LEGACY_HTTPCLIENT` conditional.
* This allows us to also get rid of the `SOCKETSHTTPHANDLER` define.
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* [android] Fix Mono.Debugger.Soft tests with Android SDKs
* [android] Fix connecting with LLDB
* [android] Add scaffolding to run profiler tests
* [android] Fix some corlib tests
* [android] Fix Mono.DebuggerTests.ExceptionFilter2
* [csproj] Update project files
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* [ci] Add new mode of execution for nunit tests on Android
This makes it possible to run the `nunit-lite-console.exe` on the host, while the tests still run on the device. This makes it transparent wherever the tests are running, giving us a seamless integration with the existing infrastructure based around nunit.
* [android] Fix System.Net.Http test suite
* [android] Fix System.ServiceModel.Web test suite
* [android] Fix Mono.Security test suite
* fixup! [ci] Add new mode of execution for nunit tests on Android
* [ci] Disable failing tests
* [csproj] Update project files
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Apple's make doesn't support the --output-sync option and Homebrew's make is installed as gmake.
Also fixed a few places in the repo where we directly invoked make instead of $(MAKE).
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