we used to use different code when --framework was specified than when it was not specified, this synchronizes them to use the same code path which removes a hidden NullRef
also adds tests to cover both cases
* Use a WorkspaceContext in dotnet-build to cache project data across
multiple compilations in a single build action
* Dramatically reduce string and object duplication by introducing a
"Symbol Table" that shares instances of NuGetVersion, NuGetFramework,
VersionRange and string across multiple lock-file parses
Test Results:
* Testing was done by compiling Microsoft.AspNetCore.Mvc (and it's
dependencies) and taking memory snapshots after each compilation in
dotMemory
* We used to allocate ~3MB and deallocate ~2.5MB on EACH compilation in
a single build action. This has been reduced to ~120KB
allocated/deallocated
* After introducing WorkspaceContext, total memory usage spiked from 6MB
across the whole build action to about 13MB, introducing the symbol
table dropped it back to about 5-6MB.
- Every project.json needs portable-net451+win8 and dotnet5.4 imports (required by dotnet-test-xunit).
- If a test references NuGet, it also needs "netstandardapp1.5", because that the TFM NuGet uses currently.
WIP
WIP
WIP
Test out not publishing runtimeAssets
WIP
WiP x-publish
update cross-publish-test
Update Cross Publish tests
remove --config from restore
fix build
update cross publish tests
fix test compilation error
test failure fix
fix test failure
update tests
tracing
fix desktop publishing
do publish with no build, call build manually
fix
Make host publish optional, fix faux libraries?
update
Cross Publish test working
try changing test to netcore.app
fallback to host from current platform
revert change to project.json to target Microsoft.NETCore.App
fallback to compilation build output
update kestrel standalone app project.json
Make project tools command resolver test more self-contained.
make Kestrel Standalone restore against N-1
KestrelSample app compilation time on CI machines is 16-20s and the test timeouts even before the kestrel server is up, which I suspect is the reason why kestrel tests are flaky.
Add basic Tests for dotnet-compile-fsc
Package Targets execute before TestTargets. Use Generated Nuget Packages in TestTargets. Generate Nuget packages on all platforms, and in C#
Fix bug in dotnet-restore, change fsharp new template, add support for native assets in DependencyContextCsvReader
copy fsc.exe to temp directory instead of package cache
fix rebase error
fix issue
fixes
fixes
fix
temporarily disable debian package e2e testing
fixes
bump fsc version
update fsc version
fix rebase errors
WIP update fsc tool
WIP, rebased and working again, need to solve issues with System.CommandLine
Working state for packaged, command, fsc.exe bugging out with dlopen(, 1): no suitable image found.
execute fsc like a unpublished standalone app
fixup after rebase
working? internet is out
working
cleanup
More cleanup, and run the debian package tests during the Test phase of the build.
update FSharp Test Projects NetStandard Library Version
Update Version Suffix when packing TestPackages. This will enable packing with the right dependency versions on Windows.
update dotnet-test version
Undo the reordering of the build
fix test package project pathsj
ignore net451 build failures for test packages which we need to build on non-windows
update dependency of desktop test app
add dotnetcli feed to nuget config for fsharp dotnet new
update deps after rebase
update dependency of dotnet-compile-fsc
pass args before commandPath when using muxer for tools
adjust testpackage cleaning not to clean packages which are also generated as part of the product from the nuget cache.
undo
Pass projectJson to pack instead of using WorkingDirectory
fix path separators using depsjsoncommandresolver on windows, fix building only specific frameworks for testpackages on non-windows.
PR Feedback
rebase
overwrite fsc runtimeconfig
