This adds a new option `dev` to the `reboot` command, which deletes the only the current sbt artifacts from the boot directory. `reboot dev` reads actively from `build.properties` instead of using the current state since `reboot` can restart into another sbt version.
In general, `reboot dev` is intended for the local development of sbt.
Fixes#3590
In ca71b4b902 I went about fixing the
inexhaustive matching in Scope's resolveProjectBuild and
resolveProjectRef. Looking back the change was wrong.
For resolveProjectBuild the new implementation is less wrong, but still
not great, seeing as it doesn't actually do any build resolving.
For resolveProjectRef the new implementation now blows up instead of
lies. Which means it's less leneant, more "fail-fast".
isProjectThis is unused; remnant of the pre-AutoPlugin days when build
settings where defined in Plugin.settings.
This is the first cut for the Language Server Protocol on top of server that is still work in progress.
With this change, sbt is able to invoke `compile` task on saving files in VS Code.
Fixessbt/sbt#1812
This adds unified slash syntax for both sbt shell and the build.sbt DSL.
Instead of the current `<project-id>/config:intask::key`,
this adds `<project-id>/<config-ident>/intask/key` where <config-ident> is the Scala identifier notation for the configurations like `Compile` and `Test`.
This also adds a series of implicits called `SlashSyntax` that adds `/` operators to project refererences, configuration, and keys such that the same syntax works in build.sbt.
These examples work for both from the shell and in build.sbt.
Global / cancelable
ThisBuild / scalaVersion
Test / test
root / Compile / compile / scalacOptions
ProjectRef(uri("file:/xxx/helloworld/"),"root")/Compile/scalacOptions
Zero / Zero / name
The inspect command now outputs something that can be copy-pasted:
> inspect compile
[info] Task: sbt.inc.Analysis
[info] Description:
[info] Compiles sources.
[info] Provided by:
[info] ProjectRef(uri("file:/xxx/helloworld/"),"root")/Compile/compile
[info] Defined at:
[info] (sbt.Defaults) Defaults.scala:326
[info] Dependencies:
[info] Compile/manipulateBytecode
[info] Compile/incCompileSetup
[info] Reverse dependencies:
[info] Compile/printWarnings
[info] Compile/products
[info] Compile/discoveredSbtPlugins
[info] Compile/discoveredMainClasses
[info] Delegates:
[info] Compile/compile
[info] compile
[info] ThisBuild/Compile/compile
[info] ThisBuild/compile
[info] Zero/Compile/compile
[info] Global/compile
[info] Related:
[info] Test/compile
This implements JSON-based port file. Thoughout the lifetime of the sbt server there will be `cwd / "project" / "target" / "active.json"`, which contains `url` field.
Using this `url` the potential client, such as IDEs can find out which port number to hit.
Ref #3508
Ref #3282
We used to wrap InputStream so it will inject Thread.sleep, which then allows the thread to be cancelled, emulating a non-blocking readLine. This trick doesn't seem to work for Windows.
For non-Cygwin, actually just removing the wrapping does the job, but I couldn't get it to work for Cygwin.
To test, run some command via network, and then type `show name` into the terminal. On Cygwin, it will not respond.
The previous scalafmt plugin had two problems:
* Caching with Coursier did not work correctly
* It failed after the upgrade to 1.0 in my computer (from a clean fork):
```
[error] (testingProj/compile:scalafmtInc) java.lang.NoClassDefFoundError: Could not initialize class scala.meta.package$
[error] (runProj/compile:scalafmtInc) java.lang.NoClassDefFoundError: Could not initialize class scala.meta.package$
[error] (taskProj/compile:scalafmtInc) java.lang.NoClassDefFoundError: Could not initialize class scala.meta.package$
[error] (stdTaskProj/compile:scalafmtInc) java.lang.NoClassDefFoundError: Could not initialize class scala.meta.package$
[error] (actionsProj/compile:scalafmtInc) java.lang.NoClassDefFoundError: Could not initialize class scala.meta.package$
[error] (protocolProj/compile:scalafmtInc) java.lang.NoClassDefFoundError: Could not initialize class scala.meta.package$
[error] (commandProj/compile:scalafmtInc) java.lang.NoClassDefFoundError: Could not initialize class scala.meta.package$
[error] (mainSettingsProj/compile:scalafmtInc) java.lang.NoClassDefFoundError: Could not initialize class scala.meta.package$
[error] (mainProj/compile:scalafmtInc) java.lang.NoClassDefFoundError: Could not initialize class scala.meta.package$
[error] (sbtProj/compile:scalafmtInc) java.lang.NoClassDefFoundError: Could not initialize class scala.meta.package$
[error] (scriptedPluginProj/compile:scalafmtInc) java.lang.NoClassDefFoundError: Could not initialize class scala.meta.package$
[error] (scriptedSbtProj/compile:scalafmtInc) java.lang.NoClassDefFoundError: Could not initialize class scala.meta.package$
[error] Total time: 19 s, completed May 24, 2017 10:44:56 AM
```
This commit replaces the previous scalafmt integration by the one
created by Lucidsoftware, big shoutout! (/cc @pauldraper)
https://github.com/lucidsoftware/neo-sbt-scalafmt
This commit moves everything behind the old util-appmacro over to
sbt/sbt.
appmacro has been renamed as core-macros. It is indeed the project
that defines the main logic to manipulate macros, and defines interfaces
that are then implemented by main-settings. Because of this strong
relationship between these two modules, I find that they have to stay
together and be able to be modified in one commit. I've realised this
while hacking on the macro changes for the usability of sbt.
The reason for this change is because the logic of this module is really
tight to the implementation of sbt and, I would even say, essentially
define the sbt DSL.
Some plugins remain commented out, for now.
sbt-doge is no longer needed because a variant of it has been folded
into sbt 1.
For some reason scripted requires src/doc jars of sbt, so switch back to
using `publishAll` rather than `publishLocalBinAll`. :(
Also, the sys.prop change in scripted is to force log4j2 to not use a
thread context classloader, and avoid the following:
ERROR StatusLogger Unable to create custom ContextSelector. Falling back to default.
java.lang.ClassCastException: Cannot cast org.apache.logging.log4j.core.async.AsyncLoggerContextSelector to org.apache.logging.log4j.core.selector.ContextSelector
at java.lang.Class.cast(Class.java:3369)
at org.apache.logging.log4j.util.LoaderUtil.newCheckedInstanceOf(LoaderUtil.java:201)
at org.apache.logging.log4j.util.LoaderUtil.newCheckedInstanceOfProperty(LoaderUtil.java:226)
at org.apache.logging.log4j.core.impl.Log4jContextFactory.createContextSelector(Log4jContextFactory.java:97)
at org.apache.logging.log4j.core.impl.Log4jContextFactory.<init>(Log4jContextFactory.java:58)
at sun.reflect.NativeConstructorAccessorImpl.newInstance0(Native Method)
at sun.reflect.NativeConstructorAccessorImpl.newInstance(NativeConstructorAccessorImpl.java:62)
at sun.reflect.DelegatingConstructorAccessorImpl.newInstance(DelegatingConstructorAccessorImpl.java:45)
at java.lang.reflect.Constructor.newInstance(Constructor.java:423)
at java.lang.Class.newInstance(Class.java:442)
at org.apache.logging.log4j.LogManager.<clinit>(LogManager.java:94)
at org.apache.logging.log4j.spi.ThreadContextMapFactory.createThreadContextMap(ThreadContextMapFactory.java:73)
at org.apache.logging.log4j.ThreadContext.init(ThreadContext.java:223)
at org.apache.logging.log4j.ThreadContext.<clinit>(ThreadContext.java:202)
at org.apache.logging.log4j.core.impl.ContextDataInjectorFactory.createDefaultInjector(ContextDataInjectorFactory.java:83)
at org.apache.logging.log4j.core.impl.ContextDataInjectorFactory.createInjector(ContextDataInjectorFactory.java:67)
at org.apache.logging.log4j.core.lookup.ContextMapLookup.<init>(ContextMapLookup.java:34)
at org.apache.logging.log4j.core.lookup.Interpolator.<init>(Interpolator.java:117)
at org.apache.logging.log4j.core.config.AbstractConfiguration.<init>(AbstractConfiguration.java:125)
at org.apache.logging.log4j.core.config.DefaultConfiguration.<init>(DefaultConfiguration.java:46)
at org.apache.logging.log4j.core.layout.PatternLayout$Builder.build(PatternLayout.java:650)
at org.apache.logging.log4j.core.layout.PatternLayout.createDefaultLayout(PatternLayout.java:487)
at sbt.internal.util.ConsoleAppender.<init>(ConsoleAppender.scala:245)
at sbt.internal.util.ConsoleAppender$.apply(ConsoleAppender.scala:196)
at sbt.internal.util.ConsoleLogger.<init>(ConsoleAppender.scala:42)
at sbt.internal.util.ConsoleLogger$.apply(ConsoleAppender.scala:34)
at sbt.test.ScriptedRunner.run(ScriptedTests.scala:221)
at sun.reflect.NativeMethodAccessorImpl.invoke0(Native Method)
at sun.reflect.NativeMethodAccessorImpl.invoke(NativeMethodAccessorImpl.java:62)
at sun.reflect.DelegatingMethodAccessorImpl.invoke(DelegatingMethodAccessorImpl.java:43)
at java.lang.reflect.Method.invoke(Method.java:498)
at Scripted$.doScripted(Scripted.scala:125)
at $0483e89d182e9d240274$.$anonfun$scriptedTask$5(build.sbt:301)
I've tried to put together some scripted tests to remove the overhead of
compiling the whole sbt, which is around 3 minutes every time.
This new structure *should* make the scripted tests run faster.
Aside from this, we do some more tweaks:
* Increase memory.
* Fork processes to compile and run (to see if it makes a difference).
* Pass in the server flag to sbt.
* Remove MaxPermSize from another scripted opts
* Reduce memory of sbt host to 1g instead of 2g
* Add Xms java options to scripted
* Enable parallelism with 512M for sbt tests
* Parallelism + batch mode
Introduces by Mark in d928047678.
Dropped because Project#copy no longer exists (publically) in sbt 1.
It looks like it might have been added to deal with transitive
dependencies of scala-compiler, possibly JLine. Now it looks like it's
only used by launcher-interface, which has 0 dependencies.
This commit fixes most of the red squiggles created by the lack of
analysis of Contraband-generated Scala files. It does not end with all
the red squiggles but it substantially decreases the amount of them.
Fixes#2761
With sbt 0.13.13-RC1 rediscovered that the dependency pulled in from
Giter8 was affecting the plugins. To avoid this, this change splits up
the template resolver implementation to another module called
sbt-giter8-resolver, and it will be downloaded using Ivy into
`~/.sbt/0.13/templates/`, and then launched reflectively using Java as
the interface.
This adds `new` command, which helps create a new build definition. The
`new` command is extensible via a mechanism called the template
resolver,
which evaluates the arbitrary arguments passed to the command to find
and run a template.
As a reference implementation [Giter8][g8] is provided as follows:
sbt new eed3si9n/hello.g8
This will run eed3si9n/hello.g8 using Giter8.
[g8]: http://www.foundweekends.org/giter8/
Use either:
* -Dsbtio.path / -Dsbtutil.path / -Dsbtlm.path / -Dsbtzinc.path on the
command line, or
* -Dsbtio.path= / sbtutil.path= / sbtlm.path / -Dsbtzinc.path in
project/local.properties
This commit introduces a mechanism that allows sbt to find the most
specific version of the compiler interface sources that exists using
Ivy.
For instance, when asked for a compiler interface for Scala 2.11.8-M2,
sbt will look for sources for:
- 2.11.8-M2 ;
- 2.11.8 ;
- 2.11 ;
- the default sources.
This commit also modifies the build definition by removing the
precompiled projects and configuring the compiler-interface project so
that it publishes its source artifacts in a Maven-friendly format.
To pass File => Unit callback across the classloader boundary
I am encoding it as a java.util.List[File] by overriding
method.
This was needed since Java didn't allow me to cast
from one classloader to the other.
This is mostly for IntelliJ IDEA.
Currently IntelliJ IDEA's Scala (and SBT) plugin defines:
* the project name (as seen in the window title and in the "open recent
project" list) from `name`
* the root module (as seen in the project view and in project structure)
from `id`
* doesn't use `moduleName` at all
After this change the sbt project is no longer identified as "root".
I was undecided between `sbtRoot` and `sbtRootProj`, and went with the
shorter option. I'm happy to revise this decision.
* Remove launch/* code/tests, as these are in the sbt/launcher project.
* Create a new project which will resolve launcher module from sonatype-snapshots,
and repackage it for the currently building version of sbt.
* Remove ComponentManagerTest which was relying DIRECTLY on launcher classes.
We'll need to reconfigure this shortly to enable the tests again.
Remaining TODOs -
* Update resolvers so people can find the launcher.
* Add ComponentManagerTest back.
* Re-publish the sbt-launch.jar in the location it used to be published.
- Scala 2.8.x or 2.9.x are no longer used that often.
- Precompiled is a cross build liability as sbt (2.10.4) depends on 2.8.x/2.9.x code.
- Scripted test was modified to check 2.8 and 2.9 compilation
* Here we wire Aether into the Ivy dependency chain
* Add hooks into Aether to use Ivy's http library (so credentials are configured the same)
* Create the actual Resolver which extracts metadata information from Aether
* Deprecate old Ivy-Maven integrations
* Create hooks in existing Resolver facilities to expose a flag to enable the new behavior.
* Create notes documenting the feature.
* Create a new resolver type `MavenCache` which denotes how to read/write local maven cache metadata
correctly. We use this type for publishM2 and mavenLocal.
* Update failing -SNAPSHOT related tests to use new Aether resolver
* Create specification for expected behavior from the new resolvers.
Known to fix#1322, #321, #647, #1616
Dale Wijnand
eugene yokota
Antonio Cunei
Dale Wijnand
Jonas Fonseca
Martin Duhem
jvican
Johan Andrén
fkorotkov
Josh Suereth
Pierre DAL-PRA
Stu Hood