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* [Mono.Posix] Move Mono_Posix_{From,To}MremapFlags() to support/sys-mman.c
Since b522eab5ff5466debaacf9e971e26cfc464ebba5 Mono_Posix_FromMremapFlags()
and Mono_Posix_ToMremapFlags() contain manual changes for NetBSD. Move the
functions from support/map.c to support/sys-mman.c so that they won't be
overwritten when create-native-map is rerun.
* [Mono.Posix] Fix prototypes in support/stdio.c
In ed892ccf27849c082ce6ca46fa8b96d86ca7c329 wrapper functions for several
stdio functions were added, but the prototypes in map.h were manually
written, not using create-native-map. This commit changes the prototypes so
that they match the output of create-native-map.
* [Mono.Posix] Undefine HAVE_STRUCT_SOCKADDR_IN6 in support/map.c on MSVC
In 22b6b9581418260397b701c17b16c3eb55136de7 a manual change to support/map.c
was added to prevent Mono_Posix_FromSockaddrIn6() and
Mono_Posix_ToSockaddrIn6() from being built for windows even if
HAVE_STRUCT_SOCKADDR_IN6 is defined. Instead undefine it in a header file
to avoid manual changes to map.c.
With this commit map.c, map.h and NativeConvert.generated.cs contain no
manual changes anymore.
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* Build MSVC only runtime using make file system.
Add a new option to only build MSVC version of mono runtime and native
tools, --enable-msvc-only. In the past, --enable-msvc build both
mingw as well as MSVC runtime, this commit adds an option to only build
MSVC version of runtime and native tools using make file system.
Commit updates all native make file making sure mingw/gcc builds are
not done if --enable-msvc-only has been used. It also makes sure we
build and use MSVC based tools as part of build and tests.
Result will be a build without any mingw/gcc artifacts, but where all
existing make files still works with the MSVC build artifacts.
This commits is also preparing to switch the .NETCore build over to use
MSVC build runtime in order to get LLVM support, something that is
currently only supported on Windows MSVC build.
* Add link to mono-sgen.exe and clean windows binaries.
* Fix failures in mono/tests test-aot on Windows.
* Add fullaot-mixed tests on Windows x64.
* Run msbuild in parallel.
* Default to x64 mingw host on cygwin build.
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domain support removed. (#16250)
* [netcore] Create a separate version of threadpool.c for netcore with the domain support removed.
* Fix the windows build.
* Fix the build.
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These do not require a debugger, can be retrieved, appear in ETW, etc.
Extracted from https://github.com/mono/mono/pull/15859.
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Circa 2010 to circa 2017.
Retrieved with apt-get source zlib on WSL Ubuntu 18.04.2 LTS.
This matches Debian or Ubuntu (they differ by one commit, and one of them restores a dummy function for compat).
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* [minizip] Ensure we don't ever accidentally change calling convention
Make sure we always #define ZCALLBACK to empty so we don't change
the calling convention on windows by including a header which defines
'CALLBACK'. This will keep things as cdecl as required by the c#
pinvokes.
* Update zlib readme.
* Update zlib from 1.2.5 to 1.2.11.
* [zlib] Small fix for Visual C++.
see https://github.com/madler/zlib/pull/435/files#diff-0558e84b0c24a83ca790dcb05cd26212R1087
and https://github.com/madler/zlib/pull/435/files#diff-0558e84b0c24a83ca790dcb05cd26212R1104
* Add gzguts.h to Makefiles.
* Add .h files to Visual Studio project files just for GUI purposes.
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commit
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The file added as part of d5b374bb51a07bf3525d63b4cef6ad6979c27d07 was actually called loaded-images-internals.h
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(#15527)
Implement a couple of things:
1. Add a `MonoAssemblyLoadContext` opaque struct
2. On netcore Mono, use it to keep track of which `MonoImage`s are loaded. (Addresses part of #13891)
In a bit more detail:
- Add a `MonoLoadedImages` struct to hold the hash tables that we use for checking if a `MonoImage` is already loaded
- Add an opaque `MonoAssemblyLoadContext` typedef
- (Framework Mono) Add a `get_global_loaded_images()` function to get the shared `MonoLoadedImages`
- (netcore Mono) Add a `MonoAssemblyLoadContext` struct that owns a `MonoLoadedImages` and add a `default_alc` member to `MonoDomain
- Pass a `MonoAssemblyLoadContext*` to most `MonoImage`-loading functions - on Framework Mono its usually NULL and we fall back to the global loaded images, on netcore Mono it's usually `domain->default_alc->loaded_images`
- (netcore Mono) Create a default Assembly Load Context when a `MonoDomain` is created
- Add a `MonoAssemblyLoadContext*` field to `MonoAssemblyLoadRequest` and pass an ALC in a few places.
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Remaining work:
(netcore Mono) There are still places where a `MonoAssemblyLoadRequest` or a `MonoAssemblyOpenRequest` has a `NULL` ALC - those will need to be tracked down and fixed.
(netcore Mono) Eventually `MonoAssemblyLoadContext` should keep track of the loaded `MonoAssembly`s, not just images. One goal on netcore Mono is to ifdef out `MonoDomain:domain_assemblies`.
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* [loader] Add a MonoLoadedImages struct to own the MonoImage sharing
Initially, there's just a single global set of loaded images.
Once we have AssemblyLoadContext support, each ALC will have a separate set.
NOTE:
- Some of the existing Mono API is difficult to support with this design
since it assumes each MonoImage is loaded at most once.
* [loader] Add a MonoAssemblyLoadContext member to MonoImage for netcore
* [loader] Unregister image from its owner when closing
* [loader] Pass MonoLoadedImages to register_image
* [domain] Add mono_domain_default_alc and mono_alc_get_loaded_images
* [loader] Add an AssemblyLoadContext argument to mono_image_loaded_internal
* [metadata] Add mono_image_get_alc ()
* [loader] Pass MonoAssemblyLoadContext to mono_image_open_from_data_internal
* [loader] Pass MonoAssemblyLoadContext to mono_image_open_from_module_handle
* [loaded] Pass MonoLoadedImages to mono_image_open_a_lot_parameterized
* [loader] Pass MonoAssemblyLoadContext to mono_image_open_a_lot
* [runtime] Mark mono_image_open_full external only
Runtime should use mono_image_open_a_lot.
* [runtime] Mark mono_image_loaded_by_guid external only
Also mark mono_image_loaded_by_guid_full external only
Runtime will need some (as yet unwritten) mechanism that takes a MonoAssemblyLoadContext as an argument.
* [domain] Create a default ALC for each MonoDomain
* [netcore] Pass default ALC in mono_core_preload_hook
If the assembly name matches a trusted platform assembly, open it in the default ALC of the root domain
* [mini] Open main assembly in default ALC in the root domain
* [netcore] Don't define get_global_loaded_images()
Every assembly load request should come from an assembly load context. Each ALC has a set of loaded images. So we should never need a global list.
With this PR, we no longer share MonoImages across distinct ALCs. So in principle, each ALC can open the same assembly but resolve its references in different ways.
Fixes part of https://github.com/mono/mono/issues/13891
* [runtime] Mark mono_pe_file_open external only
* [loader] Pass MonoAssemblyLoadContext to mono_image_open_raw and mono_image_open_metadata_only
* [loader] Pass MonoAssemblyLoadContext to do_mono_image_open and set MonoImage:alc
* [loader] Add version 2 of assembly preload hook
Pass MonoAssemblyLoadContext through the preload hook. This is used in mono_assembly_request_byname_nosearch which, in turn, is called by load_reference_by_aname_default_asmctx which is used to resolve references from one assembly to another.
* [netcore] Pass native ALC ptr to AssemblyLoadContext.InternalLoadFile
* [netcore] Implement AssemblyLoadContext.InternalInitializeNativeALC
also implement mono_domain_create_individual_alc ()
* [netcore] Pass ALC to System.Reflection.Assembly.InternalLoad
Pass the domain default ALC to mono_assembly_load ()
Also pass MonoAssemblyLoadContext to mono_assembly_load_full_gac_base_default ()
* [loader] Implement MONO_LOADED_IMAGES_ASSEMBLY properly
Store the MonoLoadedImages for netmodules in the MonoImage for the main image of an assembly. This is also used by SRE - the dummy module of the AssemblyBuilder has the loaded_images that contains the ModuleBuilders.
* [loader] Use global_loaded_images for netmodules with framework Mono
The new stuff is only for ALC support in netcore
* [loader] Drop netmodule support in MonoAssemblyLoadContext
netmodules are not supported in netcore
* [loader] Spin out image hashing out of image.c
Move MonoLoadedImages support code to loaded-images.c loaded-images-global.c and loaded-images-netcore.c
Also spin out assembly-load-context.c for MonoAssemblyLoadContext functions
* Move ALC icall to assembly-load-context.c
* formatting fix
* [msvc] Add new files to .filters
* update comments
* [image] Change mono_loaded_images_remove_image to decrement the refcount
Decrement the refcount and remove the image from the loaded images hashes in
one place. Change mono_loaded_images_remove_image to return TRUE if the rest
of image unloading should proceed or not.
* [loader] Drop unused argument to mono_alc_init
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Fixes https://github.com/mono/mono/issues/15503
Always statically link on Windows (msvc and mingw).
This is a somewhat old zlib, and will be updated shortly (https://github.com/mono/mono/pull/15480)
Note that zlib is not valid C++, so always compile as C.
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* Add support for TLS callbacks on Windows.
Mono runtime depends on DllMain to be called by OS in order to correctly
detach threads from the runtime. If this doesn't happen,
threads from native thread pools (not owned by runtime) and attached
using native->managed callback, won't detach resulting in attached
threads no longer running. Since threads are still attached
to runtime, next GC will try to suspend the thread and that will fail
and that in turn will put the state machine in an incorrect state,
bringing down the runtime at next GC (when the thread state is revisited).
This problem is currently handled by DllMain, but since DllMain only exist
in DLL's, statically link Mono runtime will get us into the above scenario.
This commit add support to hook up a TLS callback using the same mechanism
used by MSVC linker and c-runtime (also available under MINGW). The
callback will be included in a section/segment of an object file and included
in final image (DLL or EXE) by linker and called by OS loader, solving the
problem with static linked Mono runtime not being able to detach terminating
threads.
The commit keeps current DllMain method when building a DLL but
includes a mechanism making sure we only use one of the callback techniques
at runtime, if both have been included in final image. This will simplify the build
of libmini since we can always build the object including the callback, regardless
how the library will be consumed.
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* [aot profiler] Listen for commands on given port
Extended the aot profiler so, that it can receive commands over the network.
Added new option `port=PORT`, which enables command server and specifies
the port the server should listen at.
We have 2 commands so far.
save ... save the profile data to socket and close it
quit ... quit the profiler. it also saves the profile to the file
in case the output option was specified.
It makes the aot profiling much easier to use on Android as we don't need to
save the profile to a file on the device. That means we don't need to set
`<application android:debuggable="true"/>` flag, which changes the Android
app behavior and thus influence the profile itself. It is also convenient way
for IDEs to retrieve the aot profiles.
Example use for Xamarin.Android. Save and receive the profile data:
adb shell setprop debug.mono.profile aot:verbose,port=9999
adb forward tcp:9999 tcp:9999
nc -v 127.0.0.1 9999 > profile.aotprof
found 0 associations
found 1 connections:
1: flags=82<CONNECTED,PREFERRED>
outif lo0
src 127.0.0.1 port 50398
dst 127.0.0.1 port 9999
rank info not available
TCP aux info available
Connection to 127.0.0.1 port 9999 [tcp/distinct] succeeded!
save
Check what we received:
aotprofile-tool -sd profile.aotprof
Modules:
132475FF-85AA-430D-913C-7642CBD8587E mscorlib
F7BDCAB5-83D3-4A0A-A33D-BBE94284667D Mono.Android
22897151-27C9-4064-B001-8A04F5847812 System
AA3FC224-D486-4304-A8C9-EBF316556B26 Java.Interop
00D98403-051B-4168-A391-F3F601637CBD System.Core
FD06519A-C321-426C-BDD8-C97777452057 xat_latests_and_greatest_vsmac_8._1
9ECB003E-D449-438B-BE35-58810DCBC917 Xamarin.Android.Support.v7.AppCompat
11659962-EFAC-400D-9F8D-AF925B26AE41 Xamarin.Android.Support.Fragment
48C436F7-611D-470D-9949-AC13FFDCF613 Xamarin.Essentials
2792D10D-7E13-46E6-BB4A-933C25635F48 Xamarin.Android.Support.Design
Summary:
Modules: 10
Types: 221
Methods: 932
* Try to fix WIN32 compilation
* Add helper.c to mono-profiler-log.vcxproj
* Add helper.c to mono-profiler-log.vcxproj.filters as well
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* [api] Add mono/metadata/profiler-legacy.h header
Add a header with the legacy Mono profiler API. New code should use the API
from mono/metadata/profiler.h.
* [profiler] Mark the legacy profiler API with MONO_DEPRECATED
* [runtime] Don't install the profiler-legacy.h header
Make the decision later whether these should be in the set of public API headers
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* Add internal version of mono_unicode_to_external to propagate error
* Migrate things to _error version where sensible
* Remove redundant goto
* Print input string when conversion fails
* Remove todos
* Switch everything to MonoError
* Naming: err -> error
* Actually print out *filename correctly
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On Windows default thread stack size has been 1MB for a long time
(both 32/64-bit). When starting to use interpreter some of the tests
include deep recursions that will hit stackoverflow on Windows
(ackermann.exe as one example). This commit adjust the default reserved
stack size to 8MB for debug builds and 1.5MB (same as coreclr), for main
thread only. All other threads will still default to 1MB stack size
(both debug/release).
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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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They were added in https://github.com/mono/mono/pull/14427
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Add log profiler support to Mono MSVC build.
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lateralusX/lateralusX/add-llvm-windows-msvc-build-packaging-support
Add LLVM Windows MSVC build/packaging/archive/download support.
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* Enable MSVC builds of Mono w/ ENABLE_NETCORE
* Fix non-netcore build
* Move the ENABLE_NETCORE definition to config.h where it belongs
* Replace .def with linker #pragmas
* TARGET_WIN32 -> HOST_WIN32 && HOST_X86
* Pick up MONO_ENABLE_NETCORE from cygconfig.h
* Make `./configure --with-core=only` MSVC builds working
* Include netcore sources unconditionally, move the condition into the .c file
* Fix MSVC C++ netcore build on Win32
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Several fixes to the log profiler in order to work on Windows.
* Add new dynamic library project to build log profiler on Windows MSVC.
* Fix dependecy between log profiler and Mono.
* Rewrite command pipe logic on Windows since it's not supported to select
on both sockets and pipes.
* Several additional socket fixes needed for log profiler to work on Windows.
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(#14359)
* Introduce enum and static data for JIT icalls, that are currently hashed
by string and address and use dynamic allocation.
These will be used shortly.
* PR: Move MONO_JIT_ICALLS content from class-internals.h to jit-icall-reg.h.
Not clear what is the best name but moving along.
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ACINIT. (#13630)
Not just a guid or an uppercase guid.
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When logic moved from winsetup.bat into an msbuild task that changed the
console output of winsetup.bat causing problems for genconst to find
MONO_VERSION and MONO_CORLIB_VERSION. There was also a potential problem
where winsetup.bat couldn't find msbuild.exe if not included in PATH.
This fix makes sure winsetup.bat detect and setup a full msbuild environment
before running msbuild.exe. It also change genconsts to look at the generated
config.h for the correct values of MONO_VERSION and MONO_CORLIB_VERSION that
will be used by the runtime builds.
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* Only do clean/rebuild when an assembly changed.
* Add wrappers for different full AOT build configurations.
* Make scripts callable from different working directory.
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* Move drawing types for XI/XM/wasm/orbis/unreal to System.Drawing.Common
For XI/XM they were in Xamarin.iOS.dll/OpenTK-1.0.dll before.
For wasm/orbis/unreal we remove System.Drawing.dll from the profiles and
add the types to System.Drawing.Common.dll instead to align with the other
mobile profiles (only "net_4_x" and "build" still have System.Drawing.dll).
* Bump API snapshot submodule
* [csproj] Update project files
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They can be used with native line endings.
We now have a shared folder with the dotnet repos and they have CRLF normalization enabled.
This difference leads to conflicts while applying changes from the dotnet repos to mono.
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run args.
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(#13042)
Correct access permissions for run-msbuild.sh. Adding "user execute" seems to fix the following build error. With this change I'm able to build on windows in Cygwin. without, I see the below error:
```
$ make -j4
(CDPATH="${ZSH_VERSION+.}:" && cd . && /bin/sh /cygdrive/c/mono/mono/missing autoheader)
rm -f stamp-h1
touch config.h.in
cd . && /bin/sh ./config.status config.h
config.status: creating config.h
config.status: config.h is unchanged
Git submodules updated successfully
make all-recursive
make[1]: Entering directory '/cygdrive/c/mono/mono'
Making all in msvc
make[2]: Entering directory '/cygdrive/c/mono/mono/msvc'
Building Mono runtime using Visual Studio.
../msvc/run-msbuild.sh "build" "i686"
**/bin/sh: ../msvc/run-msbuild.sh: Permission denied**
make[2]: *** [Makefile:614: all-local] Error 126
make[2]: Leaving directory '/cygdrive/c/mono/mono/msvc'
make[1]: *** [Makefile:583: all-recursive] Error 1
make[1]: Leaving directory '/cygdrive/c/mono/mono'
make: *** [Makefile:513: all] Error 2
```
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builds.
When running tests on CI the runtime is configured from autogen.sh script.
When running fullaot there are a couple of features not supported so they are
disabled. The problem is that the MSVC Windows builds have its own winconfig.h
template, losing all the disabled features from configures config.h.
This commit adds support to detect the disable defines from configures config.h
if one exists. Since the complexity of this step increases the work previously
done in winsetup.bat has been moved into a msbuild target that is used from
both within VS build as well as winsetup.bat (there are a couple of other builds
using that bat file, so won't remove it).
The winconfig.h template we had is quite outdated compared to what’s generated
by configure. This commit also updates the winconfig.h to closer match what generated
for corresponding mingw build but keep all the Windows specific configurations
included in current version.
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Add support for building Windows x64 fullaot version of winaot profile
that can be run on CI. Initial changes also add execution of mini regression
tests on CI. More tests will be added going forward and when having full
pass rate.
Add support for building Windows x64 fullaot+llvm version of winaot profile
that can be run on CI. Initial changes also add execution of mini regression
tests on CI. More tests will be added going forward and when having full
pass rate.
In order to get deterministic build results and working build on CI, we need
to setup a correct build environment for the MSVC builds. Since MSVC build is
currently run from cygwin, there are environment problems, both general
but also in our CI environment, since we add cygwin bin folder to system path
(needed by Jenkins plugin). When running more complex cmake builds like
BTLS and LLVM, this will cause problems picking up incorrect tools,
failing builds on CI.
Another problem is the AOT compilation using MSVC toolchain. In the
past CI used some "hard coded paths" to make sure clang.exe and link.exe was found.
This is not optimal and won't work when including LLVM as part of full AOT since
link.exe will need access to more of the full build environment setup by VS
development environments (like platform libraries).
In order to get a better build environment on CI this commit includes and enhance
a couple of build scripts used to run msbuild.exe and mono-sgen.exe (as AOT compiler)
in a VS development environment, isolate that build process from cygwin environment.
The build scripts will locate installed VS tooling, VS2015 build tools or VS dev env,
VS2017 build tools or VS dev env and use corresponding development environment
scripts as part of running msbuild.exe and mono-sgen.exe in AOT mode.
In order to make sure mono-sgen.exe as AOT compiler is run through these scripts
an additional environment variable MONO_EXECUTABLE_WRAPPER is introduced and used
in mono-wrapper when set. Without this indirection there will be problems on CI
tests since the environment is using MONO_EXECUTABLE and pass that into for example
test driver that run child processes of mono-sgen.exe, meaning that we can't
use scripts for MONO_EXECUTABLE, but splitting the MONO_EXECUTABLE to represent
mono runtime and have a MONO_EXECUTABLE_WRAPPER that could be a launch script
solves this issue.
This commit also includes several smaller fixes made to the generic
fullaot build infrastructure.
Fix additional msbuild arguments.
Add Mono.SIMD assembly to winaot profile.
Run msbuild.exe as part of .bat file.
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file. (#12436)
* [llvmonly] Move all runtime support code to a new llvmonly-runtime.c file.
* [llvmonly] Make mini_init_delegate () work in mixed mode, it needs to initialize both the interp and the llvmonly related data.
* [llvmonly] Implement EH support in mixed mode.
On interp->native transitions, add a try-catch. On native->interp transitions, rethrow the exception using a c++ throw.
* [llvmonly] Unify function naming, name all llvmonly runtime functions mini_llvmonly_.
* Fix a build failure.
* Fix windows build.
* Fix an aot failure.
* Fix the EH changes.
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lateralusX/lateralusX/fix-warning-errors-win64-platform
Fix warning and build errors triggered in win64 platform that doesn't define HAVE_CLASSIC_WINAPI_SUPPORT.
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Source Link allows IDEs/debuggers to retrieve a source file from a remote location like GitHub when the local file isn't available.
Specification: https://github.com/dotnet/designs/blob/e55c517a1e7f8dc35b092397058029531209d610/accepted/diagnostics/source-link.md
For now we only embed info about mono, cecil, corefx and corert since that covers 99% of what you usually want to debug and doesn't need fancy logic that reads git submodules and figures out their URLs.
Should enable use cases like https://twitter.com/jlaban/status/1084248087802060801
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