- Project dependencies are always built into their specific folders and the main project is the only one that uses the output path and intermediate output path variable.
- Publish respects the output path for publish only, not compile as part of publish. This means that publishing multiple runtimes will stomp on each other. So don't do that. We can throw if you specify and output location and you haven't specified a specific combination of RID and framework. Alternatively it should probably just pick the first TFM/RID pair from the lock file. This is similar to how `dotnet run` works.
- Cleaned up the incremental build output formatting
- Use a single stream (output stream) since interleaving them was causing formatting issues (like losing random characters in the middle of outputting things).
- Didn't change how pack works, it still preserves the output structure when passing `--output`, this one is worth discussing. We could leave the build output inplace and only move the package to the output location. That's more consistent with how everything else works and can be a follow up PR.
The dotnet/cli is a very self contained installation package primarily
composed of files. Thus system restore adds little value and costing
only files is sufficient to verify disk space. The result is a 20%
install time reduction, ~2 seconds, on my machine where system restore
is disabled. The win is *much* larger where system restore is still on
(the default).
Increasing the compression from "mszip" (which is notoriously out of
date) to "high" reduces the package size by 17% with no appreciable
change in build or install time. In other words, this is a free 8 MB
savings off the download size/time.
A typical LaunchCondition should not block the user from removing a
package. LaunchConditions should also not prevent repair from fixing
the machine state, especially if the machine state needs to be repaired
for the LaunchCondition to evaluate. To avoid both problems the
condition was updated such that once installed the package can always
be repaired and uninstalled.
Type 51 custom actions, SetProperty, are mostly benign but if possible
custom actions should be avoided at all costs. Here we centralize the
build type check in a single location and use preprocessor variable to
remove the need for the custom action.
All resources should be installed by one and only one Component, where
Component is defined by the Component/@Guid. The SetupRegistry_x64 and
SetupRegistry_x86 Components were sharing the env vars across the 32-bit
and 64-bit packages. That is a Component Rule violation.
The fix is simple. Since the 32-bit registration is always required, let
it handle the env var installation. The code is cleaner as well.
- add --lang <LANG> [C#|F#] with alias (csharp/cs)
- renamed template directories, format "LANGUAGE-TEMPLATE"
- add --type <TYPE>
default to first template of the language ( "Console" )
- show all avaiable types, if invalid argument --type
```
Unrecognized type: notexists
Avaiable types for F# :
- Console
```
With this change, any referenced analyzer project will be parsed by the
project system and the assemblies will be passed down to the compiler.
By default, the analyzer language is considered to be "cs". If another
language is used, the "languageID" option should be specified inside the
"analyzerOptions" section of the project.json file.
Resolves#83
