* Allow project dependency to use runtimeClasspath
Project dependency should use runtimeClasspath. However, if
left unspecified, it uses 'default', which is the same as
the legacy 'runtime' configuration. (runtimeOnly dependencies
are left out).
Since runtimeClasspath cannot be referenced directly, we use
a custom config (deploy_jar) as a proxy.
By excluding testjars (leaked into 'compile' by third-party
dependencies) from runtimeClasspath, we prevent them from
getting into release artifacts.
Two meaningful changes in appengine_war.gradle and java_common.gradle
TESTED=Diffed contents of services/{module}/build/exploded-*
Only three jars are removed: hamcrest-core, junit, and
mockito-core.
* Make dev project configurable
We should not hardcode our dev project in the public config file.
* Remove the use of .ext when using external properties
They are only needed when defining properties.
* Release SQL schema in Cloud Build
Tentatively release SQL schema at the same time as the server release.
Publish schema jar to gs://domain-registry-maven-repository/nomulus
and also upload it with server artifacts.
Also removed the Gradle 'version' variable which is not used.
Tested=On cloud-build with a simplified version of
cloudbuild-nomulus.yaml.
* Fix dependency-locking config
Reenable dependency locking after a bug errorneouly turned it off.
Removed the guava-related workaround that forcefully resolve to
the -jre distribution.
Enabled locking for buildSrc by updating its property file.
Updated all lock files.
* Force Gradle to use jre version of Guava
Guava is often specified by version only by other
dependencies. In such cases, Gradle usually resolves
it to the '-android' version, which lacks the collection
classes.
We use custom resolution strategy to force the selection
of the '-jre' version.
* Only apply Google Java format to changed lines
* Only apply Google Java format to changed lines
* Only apply Google Java format to changed regions
Diffs are relative to origin/master.
Three tasks are added:
- javaIncrementalFormatCheck is added to the build workflow, and
will abort build if format violations are found.
- javaIncrementalFormatApply needs to be manually invoked to correct
format violations, the same behavior as spotlessApply.
- javaIncrementalFormatDryRun shows the changes that would happen if
javaIncrementalFormatApply is invoked.
These tasks work from the root directory and process the buildSrc directory
too.
The Spotless Java config is removed.
* Only apply Google Java format to changed regions
Diffs are relative to origin/master.
Three tasks are added:
- javaIncrementalFormatCheck is added to the build workflow, and
will abort build if format violations are found.
- javaIncrementalFormatApply needs to be manually invoked to correct
format violations, the same behavior as spotlessApply.
- javaIncrementalFormatDryRun shows the changes that would happen if
javaIncrementalFormatApply is invoked.
These tasks work from the root directory and process the buildSrc directory
too.
The Spotless Java config is removed.
* Only apply Google Java format to changed regions
Diffs are relative to origin/master.
Three tasks are added:
- javaIncrementalFormatCheck is added to the build workflow, and
will abort build if format violations are found.
- javaIncrementalFormatApply needs to be manually invoked to correct
format violations, the same behavior as spotlessApply.
- javaIncrementalFormatDryRun shows the changes that would happen if
javaIncrementalFormatApply is invoked.
These tasks work from the root directory and process the buildSrc directory
too.
The Spotless Java config is removed.
* Only apply Google Java format to changed regions
Diffs are relative to origin/master.
Three tasks are added:
- javaIncrementalFormatCheck is added to the build workflow, and
will abort build if format violations are found.
- javaIncrementalFormatApply needs to be manually invoked to correct
format violations, the same behavior as spotlessApply.
- javaIncrementalFormatDryRun shows the changes that would happen if
javaIncrementalFormatApply is invoked.
These tasks work from the root directory and process the buildSrc directory
too.
The Spotless Java config is removed.
* Generate code coverage report
Enable jacoco, the official Gradle code coverage plugin.
The 'build' task will write a code coverage report to
build/reports/jacoco for each subproject that has tests.
We should consider publish periodical reports to a well known
location.
This change also defines a minimum coverage verification task.
The task is for experiment only, and is not added to the build
process yet.
This option causes Intellij build to fail if the
'Delegate IDE build/run actions to gradle' box is checked.
We do not know of anyway to change the Intellij behavior.
This change allows an IDE user to prevent -Werror to be passed
to javac by adding a Gradle VM option: -Dno_werror=true
