Prior to this commit, the server observability support would create a
cycle in Java packages.
This commit refactors the current arrangement to solve this by:
* "flattening" the reactive HTTP instrumentation; this removes the
dependency to the `ServerWebExchange` and `PathPattern` types
* moving the `observation` package under
`org.springframework.http.server` and
`org.springframework.http.server.reactive`
See gh-29477
Previously, all tasks in the build were run sequentially. This
commit updates Gradle's properties to build them in parallel where
possible. When using the daemon (recommended) its default max heap is
not sufficient for the demands on a parallel build, therefore this
commit also increases the daemon's max heap.
See gh-23620
This commit adds opt-in build scan integration with Gradle Enterprise.
When the GRADLE_ENTERPRISE_URL environment variable is set on a
developer's machine or on CI, a build scan will be automatically
uploaded to Gradle Enterprise at the end of the build.
This initial integration will establish a baseline for Spring
Framework builds. Once that baseline has been established we can use
the build scans to identify ways in which the build can be optimized
and updated to make use of Gradle's build caching which should reduce
build times, significantly so for changes that only affect tasks near
the leaf nodes of the task graph.
Brian Clozel
Spring Builds
Sam Brannen
Spring Buildmaster
Andy Wilkinson
Stephane Nicoll