Fixes https://github.com/sbt/sbt/issues/3112
This unpacks Extracted as State's extension methods.
In addition this provides a way of responding via LSP.
csrResolvers.all evaluates all possible scopes in arbitrary order. This change
makes sure at least the project resolvers are placed before any resolvers from
dependency projects.
When sbt was entered through xMain.run and the classloaders do not have
the expected format, sbt recreates the classloaders for itself.
Unfortunately the extra classpath was not added to the classloader. This
caused project/extra to fail if it was entered from RunFromSourceMain
rather than with the launcher.
The main reason for having both the RunFromSourceMain and LauncherBased
scripted tests was that RunFromSourceMain would fail for any test that
ended up accessing the sbt.Package$ object. This commit fixes this bug
by reworking the classloader generated by RunFromSourceMain to invoke
sbt, switching from the classpath to jar classpath (by setting exportJars =
true) and entering sbt by calling `new xMain().run` rather than
`xMain.run`.
The reason for switching to the jar classpath is that the jvm seems to
have issues when there are two classes provided in different directories
that have the same case insensitive name, e.g. `sbt.package$` and
`sbt.Package$`. If those classes are instead provided in different
jars, the jvm seems to be able to handle it.
Exporting the jars is not enough though, I had to rework the
ClassLoader created in the launch method to have a layout that was
recognized by xMainConfiguration. I reimplemented the AppConfiguration
in java so that it could bootstrap itself in a single jar classloader
(the only needed jar is the Scripted.
If we export the jars in the build, then the NoClassDefErrors for
`sbt.Package$` go away during scripted tests using RunSourceFromMain.
This might make running tests in subprojects slightly slower but I think
its a worthy tradeoff.
In order for the sbt launcher to be able to resolve a local version of
sbt, we must publish the main jar, the sources jar, the doc jar, the pom
and an ivy.xml file. The publish and publishLocal tasks are wired in
IvyXml.scala to create an ivy.xml file before running publish. This
wasn't done with publishLocalBin which made it not work when no ivy.xml
file was already present (which was the case after running clean).
either create test reports with legacy file names (legacyreport=true) or with standard file names (legacyreport=false or omitted) but not both as suggested in #4451
Fixes https://github.com/sbt/sbt/issues/5339
It seems like some tests are using `ClassLoader#getResource("")` to acquire the `classes` directory path. This does not seem to work on sbt 1.3.6, which returns `file:/home/travis/.cache/coursier/v1/https/repo1.maven.org/maven2/org/apache/logging/log4j/log4j-api/2.11.2/log4j-api-2.11.2.jar!/META-INF/versions/9/`. To workaround this issue, I've switched to loading the known folder name instead.
In 53788ba356, I changed the cross multi
parser to issue all of the commands sequentially. This caused a
performance regression for many use cases:
https://github.com/sbt/sbt/issues/5321. This commit restores the old
behavior of `+` if the command to run has no arguments.
Ref https://github.com/sbt/sbt/issues/5314
Ref https://github.com/sbt/sbt/pull/5265
In sbt 1.3.4, it's possible to define a subproject named `client`.
The current parser behaves differently whether we calll `client/clean` or `client / clean` with whitespaces. The one with the whitespace invokes `client` command (as in thin client). This gets triggered by `+clean` because the new implementation uses whitespace.
There have been a number of issues that have come up because of sbt
1.3.0 aggressively closing classloaders. While these issues have been
quite useful in helping us determine some issues related to classloader
lifecycle, we should give users the option to prevent sbt from closing
the classloaders.
I also noticed that the classloader-cache/spark test has been
occasionally segfaulting on travis so I disable classloader closing in
that test.
Fixes https://github.com/sbt/sbt/issues/5063
This fixes "sbt new" on Ubuntu by restoring the terminal state after supershell querying for the terminal width.
sbt should not by default create files in the location specified by
java.io.tmpdir (which is the default behavior of apis like
IO.createTemporaryDirectory or Files.createTempFile) because they have a
tendency to leak and it also isn't even guaranteed that the user has
write permissions there (though this is unlikely). Doing so creates the
possibility for leaks
I git grepped for `createTemp` and found these apis. After this change,
the files created by sbt should largely be localized to the project and
sbt global base directories.
Closing the ManagedClassLoader generated by test can cause nonlocal
effects because the jdk shares some JarFile resources across multiple
URLClassLoaders. As a result, if one classloader is trying to load a
resource and the classloader is closed, it might cause the resource
loading to fail (see https://github.com/sbt/sbt/issues/5262). This can
be fixed by moving the scalatest framework jar (and its dependencies)
into an additional classloader layer that sits between the scala library
loader and the rest of the test dependencies.
In addition to adding the new layer, I reworked the
ReverseLookupClassLoader to use its dependent classloader to find
resources that may below it in the classloading hierarchy rather than
constructing an entirely new classloader for resources.
After this change, I was able to run test in the repro project:
https://github.com/rjmac/sbt-5262 1000 times with no failures. Note that
the repro is sensitive to the jdk used. I could not reproduce with jdk11
but I could typically induce a failure within 20 or so runs with jdk8.
I benchmarked this change with
https://github.com/eatkins/scala-build-watch-performance and performance
was roughly the same as 1.3.4 with turbo mode and about 200-250ms faster
in non-turbo mode (which can be explained by the time to load the
scalatest classes).
This makes it possible to do mkIvyConfiguration.value.withXXX(...) for
all the methods in InlineIvyConfiguration. (I need this to remove
inter-project resolvers when fetching dotty from sbt-dotty to avoid
accidentally fetching a local project in the build of dotty itself).
The previous implementation of ZombieClassLoader was not thread safe.
This caused problems because it is possible for the ManagedClassLoader
in test to leak into the coursier thread pool if the test uses bouncy
castle apis. Unfortunately, these apis seem to in some cases assign
static variables using the Thread context class loader. Because the
bouncycastle apis are implemented by the jdk, they are found in the
system classloader and thus the static references leak out of the test
context.
I had a local repro of https://github.com/sbt/sbt/issues/5249 that is
fixed by this change.
I found it hard to reason about where certain local variables, like
currentRef, were coming from. I also changed 'x' to 'extracted' in a few
places for clarity as well.
Rather than putting the background job temporary files in whatever
java.io.tmpdir points to, this commit moves the files into a
subdirectory of target in the project root directory.
To make the directory configurable via settings, I had to move the
declaration of the bgJobService setting later in the project
initialization process. I don't think this should matter because
background jobs shouldn't be created until after the project has loaded
all of its settings..
When a user calls sbt exit and there is an active background job, sbt
may not exit cleanly. This was primarily because the
background job service shutdown method depended on the
StandardMain.executionContext which was closed before the background job
service was shutdown. This was fixable by reordering the resource
closing in StandardMain.runManaged.
When running a main method, if the user inputs ctrl+c then the `run`
task will exit but the main method is not interrupted so it continues
running even once sbt has returned to the shell. If the main method is a
webserver, this prevents run from ever starting again on a fixed port.
To fix this, we can modify the waitForTry method to stop the job if an
exception is thrown (ctrl+c leads to an interrupted exception being
thrown by waitFor).
I rework the BackgroundJobService so that the default implementation of
waitForTry is now usable and no longer needs to be overridden. The side
effect of this change is that waitFor may now throw an exception. Within
sbt, waitFor was only used in one place and I reworked it to use
waitForTry instead. This could theoretically break a downstream user who
relied on waitFor not throwing an exception but I suspect that there
aren't many users of this api, if any at all.
The StateTransform class introduced in
9cdeb7120e did not cleanly integrate with
logic for transforming the state using the `transformState` task
attribute. For one thing, the state transform was only applied if the
root node returned StateTransform but no transformation would occur if a
task had a dependency that returned StateTransform. Moreover, the
transformation would override all other transformations that may have
occurred during task evaluation.
This commit updates StateTransform to act very similarly to the
transformState attribute. Instead of wrapping a `State` instance, it now
wraps a transformation function from `State => State`. This function
can be applied on top of or prior to the other transformations via the
`transformState`.
For binary compatibility with 1.3.0, I had to add the stateProxy
function as a constructor parameter in order to implement the `state`
method. The proxy function will generally throw an exception unless the
legacy api is used. To avoid that, I private[sbt]'d the legacy api so
that binary compatibility is preserved but any builds targeting > 1.4.x
will be required to use the new api.
Unfortunately I couldn't private[sbt] StateTransform.apply(state: State)
because mima interpreted it as a method type change becuase I added
StateTransform.apply(transform: State => State). This may be a mima bug
given that StateTransform.apply(state: State) would be jvm public even
when private[sbt], but I figured it was quite unlikely that any users
were using this method anyway since it was incorrectly implemented in
1.3.0 to return `state` instead of `new StateTransform(state)`.
The linting can take a while for large projects because `Def.compiled`
scales in the number of settings. Even for small projects (i.e. scripted
tests), it takes about 50 ms on my computer. This doesn't change the
current behavior because the default value is true.
This PR includes the values of the `description` and `homepage`
settings into the `ivy.xml` files generated by the `makeIvyXml`
task. It restores the behaviour of sbt 1.2.8 and if `useCoursier`
is set to `false`.
Two things are changed in this PR:
* `IvyXml.content` now adds the `homepage` attribute to the
`description` element if `project.info.homePage` is not empty.
* `CoursierInputsTasks.coursierProject0` now fills the previous
empty `CProject.info` field with the description and homepage.
Closes: #5234
Ref #4211Fixes#4395Fixes#4600
This is a reimplementation of `--addPluginSbtFile`. #4211 implemented the command to load extra `*.sbt` files as part of the global plugin subproject. That had the unwanted side effects of not working when `.sbt/1.0/plugins` directory does not exist. This changes the strategy to load the `*.sbt` files as part of the meta build.
```
$ sbt -Dsbt.global.base=/tmp/hello/global --addPluginSbtFile=/tmp/plugins/plugin.sbt
[info] Loading settings for project hello-build from plugin.sbt ...
[info] Loading project definition from /private/tmp/hello/project
sbt:hello> plugins
In file:/private/tmp/hello/
sbt.plugins.IvyPlugin: enabled in root
sbt.plugins.JvmPlugin: enabled in root
sbt.plugins.CorePlugin: enabled in root
sbt.ScriptedPlugin
sbt.plugins.SbtPlugin
sbt.plugins.SemanticdbPlugin: enabled in root
sbt.plugins.JUnitXmlReportPlugin: enabled in root
sbt.plugins.Giter8TemplatePlugin: enabled in root
sbtvimquit.VimquitPlugin: enabled in root
```
The current injection of the new nio keys will overwrite any definitions
of those keys in a build source. This is undesirable. The fix is to
create a mapping of scoped keys to settings and for each inject setting
key, if there is a previous key, put that definition after the injected
definition so that it can override it.
It is still possible for progress threads to leak so shut them down if
there are no active tasks. The report0 method will start up a new thread
if a task is added.
In some circumstances, sbt would generate a number of task progress
threads that could run concurrently. The issue was that the TaskProgress
could be shared by multiple EvaluateTaskConfigs if a dynamic task was
used. This was problematic because when a dynamic task completed, it
might call afterAllCompleted which would stop the progress thread. There
also was a race condition because multiple threads calling initial could
theoretically have created a new progress thread which would cause a
resource leak.
To fix this, we modify the shared task progress so that the `stop()`
method is a no-op. This should prevent dynamic tasks from stopping the
progress thread. We also defer the creation of the task thread until
there is at least one active task. This prevents a thread from being
created in the shell.
The motivation for this change was that I found that sometimes there was
a leaked progress thread that would make the shell not really work for
me because the progress thread would overwrite the shell prompt. This
change fixes that behavior and I was able to validate with jstack that
there was consistently either one or zero task progress threads at a
time (zero in the shell, one when tasks were actually running).
When running sbt -Dtask.timings=true, the task timings get printed to
the console which can overwrite the shell prompt. When we use a logger,
the timing lines are correctly separated from the prompt lines.
The completions were generating page numbers that didn't make sense if
there were a small number of scripted tests. For example, suppose that
there were only two tests defined, it would generate *1of3 *2of3 and
*3of3 completions even though there weren't even three tests.
The way clean was implemented, it was running `clean`, `ivyModule` and
`streams` concurrently. This was problematic because clean could blow
away files needed by `ivyModule` and `streams`. To fix this, move the
cleanCachedResolutionCache into a separate task and run that before the
normal clean.
Should fix https://github.com/sbt/sbt/issues/5067.
Fixes https://github.com/sbt/sbt/issues/3183
This implements an input task lintBuild that checks for unused settings/tasks.
Because most settings are on the intermediary to other settings/tasks, they are included into the linting by default. The notable exceptions are settings used exclusively by a command. To opt-out, you can either append it to `Global / excludeLintKeys` or set the rank to invisible.
On the other hand, many tasks are on the leaf (called by human), so task keys are excluded from linting by default. However there are notable tasks that trip up users, so they are opted-in using `Global / includeLintKeys`.
I noticed that when entering the console, I'd often be left with a
supershell line at the bottom of the screen that would eventually get
interlaced with my console commands. This can be eliminated by clearing
the supershell progress before evaluating the task if it is one of the
skip tasks.
Fixes https://github.com/sbt/sbt/issues/1673
There's been report of intermittent "Could not create directory" error related to "classes.bak." retronym identified that all configurations are using the same directory, and that might be the cause of race condition.
This addresses the issue by assigning a unique directory for each configuration.
Anil Kumar Myla
Dale Wijnand
eugene yokota
Alex Zolotko
Arnout Engelen
Ethan Atkins
Jannik Theiß
Renato Cavalcanti
Heikki Vesalainen
Guillaume Martres
Jason Pickens
Frank S. Thomas
Samvel Abrahamyan
Filipe Regadas
Josh Soref