Restore the dependency on commons-logging (transitively via spring-core)
for spring-boot. This means that we are not tied directly to SLF4J, but
it is still an option that can be used via `jcl-over-slf4j`.
The `spring-boot-starter-parent` continues to replace `commons-logging`
with `jcl-over-slf4j`.
Fixes gh-981
Unify the versions used in integration tests launched by the
maven-invoker-plugin. Allows for already cached local copies to be
used, hopefully speeding up the build.
This (empirically) fixes gh-726 using a new utility
(LogbackInitializer) in the loader tools. If anyone has enough
Gradle fu to understand where to put it (after the classpath is established
but before compilation) we could do the same thing in the Gradle plugin
(and that would fix gh-724).
This commit harmonizes the dependency management of internal modules
so that versions can be omitted everywhere. Update the maven coordinates
to provide the full groupId for consistency
There were several problems to fix. 1) a bug in the
JDK (1.7 up to 7_60):
https://bugs.openjdk.java.net/browse/JDK-8023130
which we can work around by detecting buggy VMs and not trying
to use inheritIO. 2) File<->URL conversion is platform dependent
and we shouldn't make any assumptions. The problem in this case
was that file URLs contain a ":" so they can 't be added to a
path in UNIX, but on Windows you need the absolute path with the
colon. Solution: use Files on the classpath for spring-boot:run.
Hopefully also fixes gh-767
Change the initial fix for OSX Java 1.6 compatibility by removing the
need for a direct `tools.jar` dependency.
It appears that `system` dependencies are always pulled in when
used in a Maven plugin. This makes the the dependency on `tools.jar`
particularly brittle since we need to make assumptions about where
the jar is located.
Since the tools jar is *only* needed for Spring Loaded support, the
plugin has now been updated to locate the jar programmatically and
call it via reflection. This should reduce the risk of problems when
using the plugin and at the very least isolate them to Spring Loaded
support.
(See original commit b8c4720)
Fixes gh-497
When repackaging an archive, the files in the resulting lib directory
must be zip files. If they're not zip files, the resulting archive
may fail to run (#324).
The previous approach was to consider an artifact's type when deciding
whether or not it should be packaged. The type is a string and, while
there are a number of well-known values, it can essentially be anything.
This caused a problem with an artifact incorrectly being identified as
being unsuitable for inclusion (#489).
This commit changes the approach. Rather than looking at an artifact's
type, it looks at the first four bytes of the archive's file. Only if
these header bytes matche that of a zip file is the artifact included.
This is a better match for the requirement that all files in lib be zip
files.
Fixes#489
Currently Spring Boot fails in Java 1.6 on Mac OS X due to the
"tools.jar" being integrated into classes.jar in the Apple version of
Java 6.
Apple fixed this with Java 7, but we should still support Java 6. We had
to roll back to maven-plugin-plugin 3.1 to make this work with Java 6
and 7.
All tests pass with Java 6 and Java 7.
Remove README files that have been since been migrated to the reference
documentation. Also updated remaining markdown files to asciidoctor to
save having a mix of different formats.
Fixed gh-503
Requires Loaded 1.1.5 (or better).
For Maven you can just add springloaded to the dependencies of the
spring-boot plugin (and also set MAVEN_OPTS=-noverify).
For Gradle add springloaded to the build dependencies (-noverify
can be added by the plugin).
In both cases there is also support for adding an arbitrary java agent
via configuration. Samples are provided in
spring-boot-sample-[simple,web-ui].
The ApplicationPlugin is only added if there is no JavaExec task
already present, and additionally it computes its own man class if
none is provided. So "gradle run" and "gradle bootRun" look
superficially similar, but "bootRun" has extra options, including
the agent and Loaded support.
Fixes gh-251, gh-183
Change CLI generated JARs to use the standard `JarLauncher` instead of
a custom `JarRunner`. The `PackagedSpringApplicationLauncher` is used
as the `Start-Class` which in turn calls `SpringApplication.run()`.
A new command, jar, has been added to the CLI. The command can be
used to create a self-contained executable JAR file from a CLI app.
Basic usage is:
spring jar <jar-name> <source-files>
For example:
spring jar my-app.jar *.groovy
The resulting jar will contain the classes generated by compiling the
source files, all of the application's dependencies, and entries
on the application's classpath.
By default a CLI application has the current working directory on
its classpath. This can be overridden using the --classpath option.
Any file that is referenced directly by the classpath is always
included in the jar. Any file that is found a result of being
contained within a directory that is on the classpath is subject to
filtering to determine whether or not it should be included. The
default includes are public/**, static/**, resources/**,
META-INF/**, *. The default excludes are .*, repository/**, build/**,
target/**. To be included in the jar, a file must match one of the
includes and none of the excludes. The filters can be overridden using
the --include and --exclude options.
Closes#241
Update the maven and gradle plugins to fail the build if a single
unique main class cannot be found. Additionally plugins will warn
if the search is taking too long.
Fixes gh-210
Depending on ASM itself can cause problems as it can clash with other
libraries' dependency on it. This commit updates
spring-boot-loader-tools to depend upon spring-core and use its
repackaged copy of ASM instead. Depending on spring-core also brings
with it the advantage of giving access to its various bits of utility
code.
spring-boot-maven-plugin has been updated to remove its ASM
exclusions as they will no longer clash with the version from
spring-boot-loader-tools
(59483608)
The Git plugin was primarily being used to provide version information
that Boot's maven plugin can add into the MANIFEST.MF of the uber-jars
that it creates under the Spring-Boot-Commit-Id attribute.
This commit removes the Git plugin from Boot's own projects, but
leaves it in the spring-boot-starter-parent for use by Spring
Boot-based applications.
The attribute in the uber-jars' MANIFEST.MF has been replaced with a
Spring-Boot-Version attribute. The value of this attribute is the
implementation version of Repackager class's package.
To use PropertiesLauncher instead of JarLauncher in an
executable JAR we have provided tooling support. In Maven
(using the starter parent to default some of the settings):
<plugin>
<groupId>org.springframework.boot</groupId>
<artifactId>spring-boot-maven-plugin</artifactId>
<configuration>
<layout>ZIP</layout>
</configuration>
</plugin>
in Gradle:
apply plugin: "spring-boot"
springBoot {
layout = 'ZIP'
}
}
[Fixes#58837492] [bs-330] Add tooling for PropertiesLauncher
PropertiesLauncher can now be used to run an executable jar, and by
default it will pick up nested archives in lib/ (where the Boot
tools puts them). User can provide loader.path (colon-separated)
to change the nested path.
[#58837492] [bs-330] Add tooling for PropertiesLauncher
Phillip Webb
Andy Wilkinson
Dave Syer
Stephane Nicoll
Spring Buildmaster
Trevor Menagh
Adam Brodziak
Janne Valkealahti
Christian Dupuis
Phillip Webb