This change didn't really get rid of the non-breaking space and caused
extra changes after we built xamarin-macios.
Co-authored-by: tj-devel709 <tjlambert@microsoft.com>
This is the pull request automatically created by the OneLocBuild task
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Set/fix the PublishFolderType and RelativePath metata for returned items in the ComputeBundleLocation
and ResolveNativeReferences task, so that the new ComputeHotRestartBundleContents
task has enough (and the correct) information to do the right thing with items that
are to be copied to the app bundle.
Rework Hot Restart builds to use as much as possible of the normal build logic, because
this is the easiest way to make sure the Hot Restart build is as close as possible
to normal builds (and we don't end up missing features).
This is done by executing selected parts of a normal build, and a the end we have
a new task that computes where each file goes in the various output directories Hot
Restart uses (HotRestartAppBundlePath, HotRestartContentDir, HotRestartAppContentDir,
etc.)
This makes it unnecessary to special-case this file for it to copied
correctly when building on Windows (once we've fixed the Windows build to use
ResolvedFileToPublish as the source of truth, like we do on macOS).
This is the first part of a fix for
https://github.com/xamarin/xamarin-macios/issues/17579.
We mark all types that derive from NSObject when we find them in user
assemblies, so that these types may be used in storyboards (where the linker
can't see them), without having to go through hoops to make sure the linker
doesn't remove these types (which would make the storyboard fail to load,
because it would reference types that were linked away).
However, not everybody uses storyboards, so in some cases it may make sense to
link away as much as possible, so make it opt-in to skip this custom marking.
This is an experimental feature, and will break at least some apps. It may
break most apps, but if someone wants to try it out, they're welcome!
It can be turned on by passing `--skip-marking-nsobjects-in-user-assemblies=true` to mtouch/mmp:
```xml
<PropertyGroup>
<MtouchExtraArgs>--skip-marking-nsobjects-in-user-assemblies=true</MtouchExtraArgs>
</PropertyGroup>
```
Fixes#15723.
This way we can make the extraction work on Windows for Hot Restart, since ditto
doesn't exist on Windows.
This requires a few other changes:
* Move the Unzip task from the HotRestart tasks to be available everywhere.
* Change the Unzip task to use our existing decompression logic, which calls 'unzip'
on non-Windows platforms in order to correctly support symlinks.
The timeout can be given:
* By setting the __XAMARIN_DEBUG_CONNECT_TIMEOUT__ environment variable for the app when launching it.
* By passing the XamarinDebugConnectTimeout MSBuild property to 'dotnet run' or 'dotnet build /t:Run'.
* By setting the IOSDebugConnectTimeout MSBuild property at build time.
Fixes https://devdiv.visualstudio.com/DevDiv/_workitems/edit/1778177.
This is the pull request automatically created by the OneLocBuild task
in the build process to check-in localized files generated based upon
translation source files (.lcl files) handed-back from the downstream
localization pipeline. If there are issues in translations, visit
https://aka.ms/ceLocBug and log bugs for fixes. The OneLocBuild wiki is
https://aka.ms/onelocbuild and the localization process in general is
documented at https://aka.ms/AllAboutLoc.
Previously, we'd do this:
* Collect all possible native references.
* Extract any compressed native references (*.framework.zip, *.xcframework.zip,
*.resources.zip) to disk.
* Resolve the resulting native references.
This doesn't work very well on Windows (in non-connected/Hot Restart mode),
because some compressed files may contain symlinks (in particular compressed
xcframeworks). If those symlinks are for any other platform than the one we're
building for, they shouldn't matter, but if we extract the entire compressed
xcframework before figuring out what we need from it, we'd run into symlinks
and not knowing whether they should be ignored or not.
So rework the process to:
* Collect all possible native references.
* Resolve the resulting native references, peeking into zip files if need be.
* Extract any compressed native references, but only the parts of the zip we need.
This way we won't run into any symlinks unless we really need them, and it
should also improve build performance slightly, even on macOS, since we're not
extracting files we won't need (which can be significant for xcframeworks).
Additionally:
* Add support for unzipping on Windows by using System.IO.Compression.
* Show an error if attempting to extract a symlink in the last step in the
reworked process on Windows.
* Some tests had to be updated (since they poked into internals of the
ResolveNativeReferences task, and those internals have changed).
If the `RecursiveDir` metadata is empty, the GetDirectoryName method
throws an error because it isn't a valid path. This can happen on VS
design time builds.
This fixes a warning when documentation is enabled for a project:
> The file '~/.nuget/packages/fsharp.core/6.0.0/contentFiles/any/netstandard2.1/FSharp.Core.xml' does not specify a 'PublishFolderType' metadata, and a default value could not be calculated. The file will not be copied to the app bundle.
This doesn't change any behavior (as the warning says, the file wasn't copied
to the app bundle before either), but it makes the behavior explicitly
documented and silences the warning.
Fixes https://github.com/xamarin/xamarin-macios/issues/14939.
Fixes https://github.com/xamarin/xamarin-macios/issues/15897.
Added some information to the MacCatalyst templates based on comments from the community
on how to publish MacCatalyst apps on the App Store.
Fixes#17591
Set the GenerateRuntimeConfigurationFiles (GRCF) property to true
to avoid warnings at build time + add test for change.
Diving deeper into the fix...
- This warning only occurs with .NET apps which is why GRCF
is only updated in the dotnet directory and not msbuild (legacy)
- After examining the binlog (see issue), it was found that the GRCF
was contingent upon the HasRuntimeOutput property, which is only
defined for executable projects. And in this case, the user's project
output type is library thus both the RuntimeOutput and consequently
GRCF properties were not enabled.
- By setting the GRCF to true we can address the original warning of
concern while ensuring the rest of the projects's behavior is not
altered
in mysterious ways (i.e. by touching the RuntimeOutput property or the
project output type instead, these changes could have extraneous
effects).
Fixes#17543
---------
Co-authored-by: Rolf Bjarne Kvinge <rolf@xamarin.com>
With a project structure like this:
* Executable project references a library project.
* The library project references a binding project (or assembly).
The binding project's assembly will be copied to the library project's
output directory during the build. Unless we also make sure any binding
resource packages are copied as well, the executable project won't find those,
and the final app won't contain any native bits from the binding project.
The solution is to add any binding resource packages to the list of
files to be copied to the library's output directory.
Fixes https://github.com/xamarin/xamarin-macios/issues/13910.
Also don't hardcode the trailing directory separator as a forward slash,
because we might be executing on Windows (which is the real purpose behind
this change).
Environment variables can be specified using the MlaunchEnvironmentVariables
item group, and any other mlaunch argument can be specified using the
MlaunchAdditionalArguments item group.
Also add support for the XamarinDebugPort and XamarinDebugHosts properties to
make it easy to set the corresponding environment variable using the command
line (since setting item groups using the command line isn't trivial).
Fixes https://dev.azure.com/devdiv/DevDiv/_workitems/edit/1755574.
* Use a separate variable for Mono's and Emscripten's manifest version band,
so that they can diverge (this is a decision from the corresponding teams,
we don't control it).
* Have a separate variable for our own manifest version band, so that it's
easier to hard code it if we want to.
* Rename a few variables to make them clearer.
* Remove hardcoded rc.2 logic, we're not using any rc.2 versions right now, so
that's dead code.
* A few other minor changes.
Includes latest fixes like support for retry and reconnect, new telemetry, bug fixing, etc.
Also added Merq.Core.dll to dotnet/Workloads/SignList.xml because now it comes as part of Xamarin.Messaging
This will allow the latest runtime identifier values to be evaluated in time during the MSBuild property evaluation phase.
Related and dependent of this PR: https://github.com/xamarin/XamarinVS/pull/13606
Autotools-based project using libtool's -module flag generate plugins
with the .so extension that needs to be treated like DynamicLibraries in
terms of deployment location and relocation, except they are not linked
to the app.
This PR adds support for such .so files: they're treated as .dylib files, except
that they're not linked to the app.
Add a Visual Basic templates for:
* All our platforms (iOS, tvOS, macOS and Mac Catalyst).
* A simple project (the ios, tvos, macos and maccatalyst templates).
* A class library property (the ioslib, tvoslib, macoslib and maccatalystlib templates).
Created a ticket asking the Localization team if they can control the
line endings before checking-in the code so that we will not have to
continue doing this:
https://ceapex.visualstudio.com/CEINTL/_workitems/edit/773212
---------
Co-authored-by: TJ Lambert <tjlambert@microsoft.com>
This is the pull request automatically created by the OneLocBuild task
in the build process to check-in localized files generated based upon
translation source files (.lcl files) handed-back from the downstream
localization pipeline. If there are issues in translations, visit
https://aka.ms/ceLocBug and log bugs for fixes. The OneLocBuild wiki is
https://aka.ms/onelocbuild and the localization process in general is
documented at https://aka.ms/AllAboutLoc.
The bug manifests like this:
> Could not create an native instance of the type WindowsAzure.Messaging.SBNotificationHub: the native class hasn't been loaded.
which happens because the SBNotificationHub doesn't exist in the final
executable. We asked the linker to link with the static library containing
this type, but the linker didn't link with the library because it didn't need
any of the symbols in it.
We should have collected all the exported Objective-C types from this library
and asked the native linker to keep them, but that didn't happen because:
1. We collect bound Objective-C classes from binding libraries here (the
ListExportedSymbolsStep): 608765e2c9/tools/linker/MonoTouch.Tuner/ListExportedSymbols.cs (L148-L157)
2. That only happens for attributes with a LinkWith attribute.
* We compute if an assembly has a LinkWith attribute here:
608765e2c9/tools/common/Assembly.cs (L266)
* Which is called from here:
608765e2c9/tools/common/Assembly.cs (L198)
* Which is called from here (the ExtractBindingLibrariesStep):
608765e2c9/tools/dotnet-linker/Steps/ExtractBindingLibrariesStep.cs (L18)
Now, we must obviously compute if an assembly has a LinkWith attribute before
doing anything that depends on that value, but we weren't doing things in that
order.
Changing the custom linker steps to run the ListExportedSymbols step *after*
the ExtractBindingLibrariesStep fixes this logic problem.
Fixes https://github.com/xamarin/xamarin-macios/issues/17347.
.NET 8 will load the ILLink component based on the target framework of the
project file - so if .NET 8 is building a net7.0-ios app, the build will
restore and use the ILLink component from .NET 7.
There is a problem however:
* The inclusion of the ILLink component is dpendent on the PublishTrimmed
property - if PublishTrimmed is true, then the ILLink component is restored
(which makes sense, why restore it if it's not going to be used?).
* We always PublishTrimmed, because the linker must always be executed for our
projects. So far so good - we can just always enable PublishTrimmed, right?
* Nope, when building on Windows, we only enable PublishTrimmed when connected
to a Mac, because that's where the ILLink target must be executed (and if
we're not connected to a Mac, we can't run the ILLink target, and things
fall apart - so just disable PublishTrimmed in that, since it won't work
anyway).
* Early on in the build we have no idea if we're connected to a Mac or not,
which means we can only enable PublishTrimmed in a target, and not as an
early-on default value. This is *way* to late for the ILLink component,
which needs PublishTrimmed set quite early in the build process.
* Fortunately, the ILLink inclusion is actually gated on a different variable
(_IsTrimmingEnabled) - which is initialized from PublishTrimmed if it's not
set. So the way out here is to set _IsTrimmingEnabled early enough, and now
the ILLink component is included and restored.
* The additional hurdle is that we need to set _IsTrimmingEnabled in our .NET
6 and .NET 7 workloads as well, it's not enough to set it in our .NET 8
workload (which isn't even loaded when building an earlier TFM).
Create an MSBuild property for the minimum OS version
(`SupportedOSPlatformVersion`) we support for a given platform (named
`[platform]MinSupportedOSPlatformVersion`), and use it in most tests instead
of hardcoding the min OS version (which would otherwise have to be updated
every time we bump the min OS version).
This is the pull request automatically created by the OneLocBuild task
in the build process to check-in localized files generated based upon
translation source files (.lcl files) handed-back from the downstream
localization pipeline. If there are issues in translations, visit
https://aka.ms/ceLocBug and log bugs for fixes. The OneLocBuild wiki is
https://aka.ms/onelocbuild and the localization process in general is
documented at https://aka.ms/AllAboutLoc.
Closes#16822
This PR adds an F# template to the basic Microsoft.iOS.iOSApp template.
This should allow being able to do either:
```
dotnet new ios -lang C# -n MyApp
dotnet new ios -lang F# -n MyApp
```
I had to move the C# template into a `csharp` folder.
Also added the `groupIdentity` `Microsoft.iOS.iOSApp` and set the identity for both C# and F# respectively to `Microsoft.iOS.iOSApp.CSharp` and `Microsoft.iOS.iOSApp.FSharp`
Co-authored-by: Timothé LARIVIERE <timothe.lariviere@fundourselves.com>
Co-authored-by: Rolf Bjarne Kvinge <rolf@xamarin.com>
Fixes#16865
```
➜ test dotnet build -bl:msbuild.binlog
MSBuild version 17.3.2+561848881 for .NET
/usr/local/share/dotnet/sdk/6.0.403/MSBuild.dll -bl:msbuild.binlog -consoleloggerparameters:Summary -distributedlogger:Microsoft.DotNet.Tools.MSBuild.MSBuildLogger,/usr/local/share/dotnet/sdk/6.0.403/dotnet.dll*Microsoft.DotNet.Tools.MSBuild.MSBuildForwardingLogger,/usr/local/share/dotnet/sdk/6.0.403/dotnet.dll -maxcpucount -restore -verbosity:m ./test.csproj
Determining projects to restore...
All projects are up-to-date for restore.
/usr/local/share/dotnet/packs/Microsoft.macOS.Sdk/12.3.471/targets/Xamarin.Shared.Sdk.targets(284,3): error : WinExe is not a valid output type for macOS [/Users/andoni/Downloads/test/test.csproj]
Build FAILED.
/usr/local/share/dotnet/packs/Microsoft.macOS.Sdk/12.3.471/targets/Xamarin.Shared.Sdk.targets(284,3): error : WinExe is not a valid output type for macOS [/Users/andoni/Downloads/test/test.csproj]
0 Warning(s)
1 Error(s)
Time Elapsed 00:00:01.14
```
Co-authored-by: Rolf Bjarne Kvinge <rolf@xamarin.com>
It's automatically done in the linker's MSBuild logic.
Not only is it no longer necessary (hasn't been for a while), it'll be wrong
in .NET 8 after https://github.com/dotnet/linker/pull/3124.
Dynamic libraries might be deployed in subdirectories such as libclrjit.dylib from the nuget package cefglue.common:
Contents/MonoBundle/CefGlueBrowserProcess/libclrjit.dylib
The library ID for that library should be: @executable_path/../MonoBundle/CefGlueBrowserProcess/libclrjit.dylib
Instead of: @executable_path/../MonoBundle/libclrjit.dylib
Beside the library ID being wrong, when it's combined with the nuget package microsoft.netcore.app.runtime.osx-x64 providing a library with the same name, both uses the same `ReidentifiedPath`, which can cause a failure in the InstallNameTool tasks that are run in parallel operating on the same temporary file.
The following patch uses the `RelativePath` for the tempory file used by `InstallNameTool` so that there are no clashes with other files with the same name deployed in other directories. It also uses the `RelativePath` to create the correct library id: @executable_path/../../Contents/MonoBundle/CefGlueBrowserProcess/libclrjit.dylib
Partially fixes https://github.com/xamarin/xamarin-macios/issues/15173 for this scenario
Cache the AOT compiler path, to avoid an expensive recomputation on every
build. This is even more expensive when building remotely from Windows, so
store the cached value on Windows.
Fixes https://github.com/xamarin/xamarin-macios/issues/16774.
The automatic translation apparently runs on windows, creates files with crlf,
and will check in the corresponding files as such. During the local build
these files will be read and written out again, but now with lf endings,
leaving all these files modified.
So set the 'text' git attribute for these files, so that they're stored as
'lf' and converted to 'crlf' on Windows.
TJ Lambert
VS MobileTools Engineering Service 2
Filip Navara
Rolf Bjarne Kvinge
Emanuel Fernandez Dell'Oca
dustin-wojciechowski
Haritha Mohan
Peter Collins
Mauro Agnoletti
Andoni Morales Alastruey
Timothé Larivière