Any project that references Microsoft.NETCore.App must target netcoreapp1.0.
Moving app projects to netcoreapp1.0; moving library projects to reference NETStandard.Library.
PR #2493 introduced the new project.json schema. The tree has 118 files
with the old schema, which added several hundred warnings.
This change can't go in until PR #2864 does - it relies on those bug
fixes.
When building a project.json that has schema warnings (and other warnings), we are not writing the warnings to the console. This is a regression.
The fix is to add all diagnostic messages to the LibraryManager, which is responsible to hold all the diagnostic messages.
Fix 3021
The following packages are changing:
Microsoft.NetCore.App: 1.0.0-rc2-3002702 -> 1.0.0-rc3-002702
Microsoft.NETCore.DotNetHost: 1.0.1-rc2-002702-00 -> 1.0.1-rc3-002702-00
Microsoft.NETCore.DotNetHostPolicy: 1.0.1-rc2-002702-00 ->
1.0.1-rc3-002702-00
Microsoft.NETCore.DotNetHostResolver: 1.0.1-rc2-002702-00 ->
1.0.1-rc3-002702-00
Also publishing the *deb file to teh debian repo feed is disabled -
https://github.com/dotnet/cli/issues/2973
Moves CLI version suffix from preview1 to preview2
Sets channel for preview2 to 1.0.0-preview2, abandoning the Beta channel to the 1.0.0-preview1 release. Once @sokket's publishing cleanup work is complete we can re-converge the channels if desired.
* Throw Command Unknown for dependency tools in libraries.
* Add testProjects to test tools command for libraries.
* update failing tests
* Add tests verifying that dependency tools are not available in libraries
The issue is when the ProjectContextBuilder sees a CompileTimePlaceholder "_._" file on a full framework, it assumes that dependency has to come from the "Reference Assemblies" directory. If it can't be found there, an error is raised. However, there are other reasons "_._" placeholders are created (when a NuGet package doesn't want its dependencies to be exposed in the Compile dependencies of its consumers). And these placeholders can exist for assemblies that aren't in the full framework - in this case System.Diagnostics.FileVersionInfo and others.
To fix this, if the reference can't be resolved from the "Reference Assemblies" folder, it is just skipped. If the compiler really needs that assembly, it will raise an error to the user. Dotnet build shouldn't raise the error.
Fix#2906
When using a ruleset with a relative path in buildOptions, csc can't
find the file because it is not working in the same directory as the
project.
Fix#2710
- Added PackOptions, RuntimeOptions, PublishOptions and updated CompilationOptions
- Added IncludeFilesResolver to parse include, exclude patterns
- Added compile, embed and copyToOutput to compilationOptions
- Renamed compilationOptions to buildOptions
- Moved compilerName into buildOptions
- This change is backwards compatible
- Added warnings to be shown when the old schema is used
- Handled diagnostic messages in ProjectReader
- Added unit and end to end tests
* 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.
* Fix duplicate dependency issue
If a package has the same name as a framework assembly in the dependency
graph, we usually replace it with the framework assembly if the package
provides no assets. If the framework assembly wasn't resolved, it would
skip this logic and end up adding dupes to the list, which blows up later on.
This is a tactical fix to solve the issue, we need to do some more thinking
to determine how we want to resolve conflicts between framework assemblies,
packages and dlls with the same name.
Also removed the dependency on Microsoft.Extensions.CommandLineUtils.Sources NuGet package and instead just checking the source files into our repo as internal classes.
Fix#2526
* Add satellite assemblies to deps file with locale data
* Publish satellite assemblies to output during publish
* Copy satellite assemblies from project-to-project dependencies on
build and publish
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
When checking if the provided assembly is the Entry Point Assembly, we
previously just checked if the AssemblyNames were equal, but it turns
out AssemblyName doesn't implement Equals, so it was using Reference
Equality, which fails. This change uses Assembly.Equals, which has an
Equals implementation that works.
Also adds some tests to ensure it's working.
This unblocks scenarios where the EntityFramework `dotnet-ef` command
was trying to read DependencyContext.Default but receiving a null
reference.
