Supershell actually works quite well in no color mode. On the sbt side,
we still want to disable supershell automatically if the output is not a
terminal or no color is set, but this commit allows the user to force
supershell through -Dsbt.supershell or the useSuperShell setting even
when no color is set.
With this commit, I improved the padding management so that padding is
now added above the progress report. Whenever a line is logged at the
info or greater level, we can reduce the padding level by one since that
line has effectively filled in the padding.
With the current supershell implementation, the progress display
flickers when there is heavy console logging during task evaluation.
This is because the console appender clears out the task progress and it
isn't restored until the next periodic super shell report (which
runs every 100ms by default). To remove the flickering, I reworked the
implementation to interlace the log lines with progress reports. In
order to ensure that the log lines remained contiguous, I had to apply
padding at the bottom of the supershell region whenever the new report
contained fewer lines than the old report. The report shifts down as new
log lines are appended. This isn't optimal, but I think removing
the flickering while preserving contiguous log lines is worth it.
Ref https://github.com/sbt/sbt/issues/4583
This moves the super shell rendering to ConsoleAppender with several improvements.
Instead of scrolling up, supershell is now changed to normal scrolling down, with more traditional cursor position. Before printing out the logs, last known progress reports are wiped out. In addition, there's now 5 lines of blank lines to accomodate for `println(...)` by tasks.
This implements a new sbt.color flag that takes always/auto/never/true/false value as a replacement of current sbt.log.format=true/false flag.
When neither flags are set, the default behavior is to enable color when the terminal supports ANSI and it detects an stdout console (as opposed to redirects).
Fixes https://github.com/sbt/sbt/issues/4284
Dotty has its own logic for displaying problems with the proper file
path, position, and caret, but if we store this information in
Problem#message we end up with duplicated information in the output
since Zinc will prepend/append similar things (see
sbt.internal.inc.ProblemStringFormats). So far, we worked around this in
Dotty by using an empty position in the sbt bridge reporter, but this
means that crucial semantic information that could be used by a Build
Server Protocol implementation and other tools is lost. This commit
allows us to avoid by adding an optional `rendered` field to `Problem`:
when this field is set, its value controls what the user sees, otherwise
we fallback to the default behavior (the logic to do this will be added to
Zinc after this PR is merged and a new release of sbt-util is made).
Positions in the Language Server Protocol and Build Server Protocol are
line/column-based instead of offset-based, so this is more convenient.
Computing the line/column from the offset is possible but requires
reading the source file.
A position now has a start, an end, and a point (the existing `offset`),
just like it does in the Scala compiler. This information is especially
useful for displaying squiggly lines in an IDE.
This commit and the next one are required for https://github.com/sbt/zinc/pull/571
This showed up in profiling. It's known that TypeTags are expensive. Even
more so if the reflect universe is accessed during startup when the
class loading and JIT compiler are busy enough with other stuff.
This is modification of crash log event logging that was added in sbt/util#85.
Instead of using the hardcoded 0 as the default value, this introduces `setTrace(..)` to `ConsoleAppender` like `BasicLogger`. Also the default value is set to `Int.MaxValue` that will display the full stack trace.
Fixessbt/sbt#3343
Fixes sbt/sbt#3348
Ref #101
The new logger, based on log4j separates the concern of the log producer (Logger) and the handlers that takes actions (Appender, e.g for displaying on Console). As such filtering of color should be performed only in the ConsoleAppender.
`F0`, `F1` and `Maybe` have become useless since Java 8 introduced
`Supplier`, `Function` and `Optional` in the default Java 8 standard
library.
Therefore, they are not necessary anymore. This change is required to
change some Zinc's and sbt APIs. They are not widely used, so the
changes will be small.
While running scripted, you see
```
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)
```
This aims to workaround the casting error during PatternLayout.createDefaultLayout()
that was originally used for ConsoleAppender.
The stacktrace shows it's having issue initializing default DefaultConfiguration.
Since we currently do not use Layout inside ConsoleAppender, the actual pattern is not relevant.
Uses TypeTag to recover the full name of type parameter, which is calculated by StringTypeTag. This is sent along in ObjectEvent.
On the other end, we can lookup typeclass instances using the tag key.
This introduces ManagedLogger, which is a wrapper around Log4j2's async logging.
Log4j2 separates the notion of logger (the code that collects events) and appender (the code that acts on events). The old code is kept around intentionally to minimize breakage during transition.
Ethan Atkins
Eugene Yokota
Guillaume Martres
Dale Wijnand
Jason Zaugg
Johannes Rudolph
Seth Tisue
Leonard Ehrenfried
Dale Wijnand
tom.walford
Olli Helenius
Martin Duhem
jvican