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fix(deps): update minor and patch dependencies - #57
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This PR contains the following updates:
jdk-21-crac-slim-glibc→jdk-21.0.12_11-crac-slim-glibc9.5.1→9.8.19.5.1-jdk21-alpine→9.8.1-jdk21-alpine7.7.0→7.9.03.0.3→3.1.12.3.21→2.4.212.3.21→2.4.21Release Notes
gradle/gradle (gradle)
v9.8.1: 9.8.1Compare Source
This is a patch release for Gradle 9.8.0. We recommend using 9.8.1 instead of 9.8.0.
This release addresses three high rated vulnerabilities:
The following issues were resolved:
Read the Release Notes
We would like to thank the following community members for their contributions to this release of Gradle:
Aman Gautam,
Björn Kautler,
Eng Zer Jun,
Hashim Khan,
Julian Krannich,
KBS,
Labh R Jethe,
Mark Dodgson,
Maxim,
monkey,
nataphon-ktsystems,
Paul King,
Qiu Tian,
rg_sandesh,
Roberto Perez Alcolea,
Sean,
Zongle Wang.
Upgrade instructions
Switch your build to use Gradle 9.8.1 by updating your wrapper:
See the Gradle 9.x upgrade guide to learn about deprecations, breaking changes and other considerations when upgrading.
For Java, Groovy, Kotlin and Android compatibility, see the full compatibility notes.
Reporting problems
If you find a problem with this release, please file a bug on GitHub Issues adhering to our issue guidelines.
If you're not sure you're encountering a bug, please use the forum.
We hope you will build happiness with Gradle, and we look forward to your feedback via Twitter or on GitHub.
v9.8.0: 9.8.0Compare Source
The Gradle team is excited to announce Gradle 9.8.0.
Here are the highlights of this release:
Read the Release Notes
We would like to thank the following community members for their contributions to this release of Gradle:
Aman Gautam,
Björn Kautler,
Eng Zer Jun,
Hashim Khan,
Julian Krannich,
KBS,
Labh R Jethe,
Mark Dodgson,
Maxim,
monkey,
nataphon-ktsystems,
Paul King,
Qiu Tian,
rg_sandesh,
Roberto Perez Alcolea,
Sean,
Zongle Wang.
Upgrade instructions
Switch your build to use Gradle 9.8.0 by updating your wrapper:
See the Gradle 9.x upgrade guide to learn about deprecations, breaking changes and other considerations when upgrading.
For Java, Groovy, Kotlin and Android compatibility, see the full compatibility notes.
Reporting problems
If you find a problem with this release, please file a bug on GitHub Issues adhering to our issue guidelines.
If you're not sure you're encountering a bug, please use the forum.
We hope you will build happiness with Gradle, and we look forward to your feedback via Twitter or on GitHub.
v9.7.1: 9.7.1Compare Source
The Gradle team is excited to announce Gradle 9.7.1.
This is a patch release for 9.7.0. We recommend using 9.7.1 instead of 9.7.0.
Here are the highlights of 9.7.0 release:
Read the Release Notes
We would like to thank the following community members for their contributions to this release of Gradle:
Adam,
Aman Gautam,
Aman Kumar,
Anton Dubrouski,
Aurimas,
gbhavya07,
Josh Friend,
nicklauslittle-gov,
Pragati,
project516,
Qin Mi,
Ravi,
sk-reddy17,
Suvrat Acharya,
Yongshun Ye.
Upgrade instructions
Switch your build to use Gradle 9.7.1 by updating your wrapper:
See the Gradle 9.x upgrade guide to learn about deprecations, breaking changes and other considerations when upgrading.
For Java, Groovy, Kotlin and Android compatibility, see the full compatibility notes.
Reporting problems
If you find a problem with this release, please file a bug on GitHub Issues adhering to our issue guidelines.
If you're not sure you're encountering a bug, please use the forum.
We hope you will build happiness with Gradle, and we look forward to your feedback via Twitter or on GitHub.
v9.7.0: 9.7.0Compare Source
The Gradle team is excited to announce Gradle 9.7.0.
Here are the highlights of this release:
Read the Release Notes
We would like to thank the following community members for their contributions to this release of Gradle:
Adam,
Aman Gautam,
Aman Kumar,
Anton Dubrouski,
Aurimas,
gbhavya07,
Josh Friend,
nicklauslittle-gov,
Pragati,
project516,
Qin Mi,
Ravi,
sk-reddy17,
Suvrat Acharya,
Yongshun Ye.
Upgrade instructions
Switch your build to use Gradle 9.7.0 by updating your wrapper:
See the Gradle 9.x upgrade guide to learn about deprecations, breaking changes and other considerations when upgrading.
For Java, Groovy, Kotlin and Android compatibility, see the full compatibility notes.
Reporting problems
If you find a problem with this release, please file a bug on GitHub Issues adhering to our issue guidelines.
If you're not sure you're encountering a bug, please use the forum.
We hope you will build happiness with Gradle, and we look forward to your feedback via Twitter or on GitHub.
v9.6.1: 9.6.1Compare Source
The Gradle team is excited to announce Gradle 9.6.1.
Here are the highlights of this release:
Read the Release Notes
We would like to thank the following community members for their contributions to this release of Gradle:
Aharnish Solanki,
Benedikt Johannes,
Devendra Reddy Pennabadi,
Dmytro Rodionov,
Dreeam,
Elías Hernández Rodríguez,
Eng Zer Jun,
FinlayRJW,
Kamal Kansal,
Marcono1234,
Nelson Osacky,
Philip Wedemann,
Ravi,
Roberto Perez Alcolea,
Ryan Schmitt,
Sebastian Schuberth,
seunghun.ham,
sk-reddy17,
Suvrat Acharya,
Vedant Madane.
Upgrade instructions
Switch your build to use Gradle 9.6.1 by updating your wrapper:
See the Gradle 9.x upgrade guide to learn about deprecations, breaking changes and other considerations when upgrading.
For Java, Groovy, Kotlin and Android compatibility, see the full compatibility notes.
Reporting problems
If you find a problem with this release, please file a bug on GitHub Issues adhering to our issue guidelines.
If you're not sure you're encountering a bug, please use the forum.
We hope you will build happiness with Gradle, and we look forward to your feedback via Twitter or on GitHub.
v9.6.0: 9.6.0Compare Source
The Gradle team is excited to announce Gradle 9.6.0.
Here are the highlights of this release:
Read the Release Notes
We would like to thank the following community members for their contributions to this release of Gradle:
Aharnish Solanki,
Benedikt Johannes,
Devendra Reddy Pennabadi,
Dmytro Rodionov,
Dreeam,
Elías Hernández Rodríguez,
Eng Zer Jun,
FinlayRJW,
Kamal Kansal,
Marcono1234,
Nelson Osacky,
Philip Wedemann,
Ravi,
Roberto Perez Alcolea,
Ryan Schmitt,
Sebastian Schuberth,
seunghun.ham,
sk-reddy17,
Suvrat Acharya,
Vedant Madane.
Upgrade instructions
Switch your build to use Gradle 9.6.0 by updating your wrapper:
See the Gradle 9.x upgrade guide to learn about deprecations, breaking changes and other considerations when upgrading.
For Java, Groovy, Kotlin and Android compatibility, see the full compatibility notes.
Reporting problems
If you find a problem with this release, please file a bug on GitHub Issues adhering to our issue guidelines.
If you're not sure you're encountering a bug, please use the forum.
We hope you will build happiness with Gradle, and we look forward to your feedback via Twitter or on GitHub.
fabric8io/kubernetes-client (io.fabric8:kubernetes-client-bom)
v7.9.0Bugs
exec/attach/portForward/WebSocket-backed watches) on a derived client - one produced by callingnewBuilder()/build()on an already-builtHttpClient- no longer fall back to Vert.x's bareWebSocketClientdefaults.Vertx5HttpClientBuilder.build()'s short-circuit path for derived clients reused the original client's plain HTTP connection (with its configuration intact) but always created a brand-newWebSocketClientwith no options at all, discarding both the trust/key material (so TLS verified against the JVM default trust store instead of the configured cluster CA) and the configured limits (maxFrameSize/maxMessageSizefell back to 64 KiB/256 KiB instead of unlimited, andmaxConnectionsto 50 instead of 8192, so oversizedexec/attachmessages were silently dropped even on plain HTTP). This affectskubernetes-httpclient-vertx-5only, which is opt-in - the bundled defaultkubernetes-httpclient-vertx(Vert.x 4) serves WebSockets from the same client it reuses when deriving and was never affected - and it is present in 7.6.0 through 7.8.0. Derivation happens more often than it looks:OpenShiftClientImplderives on everyadapt(OpenShiftClient.class)to install its OAuth token-refresh interceptor,OpenShiftOAuthInterceptorderives on every token refresh, andBaseClient#newClientderives whenever a differingRequestConfigis set. Derived clients now reuse the original'sWebSocketClientoutright, the same way they already reused its HTTP client, so they can no longer drift from it and no second transport is allocated per derivation. Note that sharing the transport also means closing any client in a derived family closes it for the whole family:close()on a client obtained fromadapt(OpenShiftClient.class)now ends WebSocket operations on the client it was derived from as well, which is already what happened to that client's HTTP requests and what the other four implementations do. Nothing usable is lost, since the original's HTTP client was closed regardless; what changes is that the per-derivationWebSocketClientis no longer left behind unclosedexec/attach/portForwardand WebSocket-backed watches no longer connect straight to the API server and bypass a mandated egress proxy. Both implementations serve WebSockets from a transport separate from the HTTP client (a Vert.x 5WebSocketClient, and a second JettyHttpClientbehind theWebSocketClient) and neither was given the proxy configuration; Jetty's WebSocket transport now also receives the proxyBasicAuthenticationentry. The OkHttp, JDK and Vert.x 4 modules were unaffected because a single client serves both. Onhttpclient-vertx-5the configured connect timeout was not applied to the WebSocket client either, so a WebSocket connect could hang well past it. One consequence worth calling out: when the proxy credentials cannot be decoded -HttpClientUtils.decodeBasicCredentialsreturnsnullfor anything that is notBasic, or whose decoded value does not split into exactly two:-separated parts, so a proxy password containing a colon is enough - the client falls back to stampingProxy-Authorizationon the request instead of configuring it on the transport. Such WebSocket connections now reach the proxy and are rejected with a 407 rather than silently completing straight to the API server, so a setup that appeared to work only because it was bypassing the proxy will now failKUBE_API_TEST_STARTUP_TIMEOUTenvironment variable is now parsed instead of throwingClassCastExceptionon every use — the value (always aString) was passed toClass.cast()for anInteger/Booleantarget, which only widens reference types and never parses, so the timeout could not be configured via environment at all. A newstartupTimeoutattribute on@EnableKubeAPIServer(e.g.@EnableKubeAPIServer(startupTimeout = 180000)) allows overriding it declaratively, and all three configuration paths (annotation, builder, env var) now reject non-positive valuesHttpServerRequest#body()callback. Deferring the upgrade let the request end event be processed first, soHttpServerRequest#toWebSocket()intermittently threwIllegalStateException: Request has already been readand the upgrade was lost (surfacing as flakyexec/attachmock-server tests). Upgrade requests carry no body, so they are detected via theUpgradeheader and upgraded before the request is read; the asynchronous path is unchanged for regular HTTP requestsjavacdecodes it. As a defense in depth, each generated class is also re-parsed and structurally validated before it is written (with Java Unicode escape preprocessing enabled to matchjavac), aborting generation on any residual structural mismatchopenshift-modelno longer bundles theio.fabric8.openshift.api.model.config.*classes thatopenshift-model-configowns (itsExport-Packagewildcard inlined them from that dependency); they still reach consumers through it.Fabric8ClientInjectionHandlermoved toio.fabric8.kubeapitest.junit.injectImprovements
Dependency Upgrade
New Features
v1.TCPRouteandv1.UDPRoute(both graduated fromv1alpha2upstream in gateway-api v1.6.0). Thev1alpha2types remain available, but upstream has deprecated them and will remove them in a future release, so new code should use thev1typesNote: Breaking changes
certificates.k8s.io/v1alpha1/ClusterTrustBundle→ usecertificates.k8s.io/v1orv1beta1networking.k8s.io/v1beta1/IPAddress→ usenetworking.k8s.io/v1networking.k8s.io/v1beta1/ServiceCIDR→ usenetworking.k8s.io/v1storage.k8s.io/v1beta1/VolumeAttributesClass→ usestorage.k8s.io/v1scheduling.k8s.io/v1alpha2(entire API version, 28 types) → usev1alpha3orv1beta1VolumeMountconstructor signature changed (Kubernetes v1.37.0 addedbindMountOptionsfield). The canonical constructor now takesbindMountOptions(List) as its first parameter. Builder usage (new VolumeMountBuilder().with...()) is unaffectedv1.SessionPersistenceno longer exposesidleTimeout(removed upstream in gateway-api v1.6.0). Besides the field, this removesgetIdleTimeout()/setIdleTimeout(), collapses the canonical constructor from five arguments to four, and dropsSessionPersistenceFluent.withIdleTimeout()/getIdleTimeout()/hasIdleTimeout(), so the builder form (withNewSessionPersistence().withIdleTimeout(...)) no longer compiles. There is no runtime data loss: the class keeps its@JsonAnyGetter/@JsonAnySetter, and both the fluent and the builder carryadditionalPropertiesthrough, so JSON or YAML still containingidleTimeoutcontinues to deserialize and re-serialize intactFabric8ClientInjectionHandlermoved toio.fabric8.kubeapitest.junit.inject. It is resolved throughServiceLoader, so only code naming the class directly is affectedio.fabric8.openshift.api.model.config.*. Maven consumers are unaffected (openshift-model-configis a compile dependency), but OSGi deployments importing those packages must install theopenshift-model-configbundle, which theopenshift-clientKaraf feature already doesv7.8.0Bugs
GET.JdkHttpClientImpl.requestBuilderonly calledHttpRequest.Builder.method(...)inside thebody != nullbranch, so a bodylessDELETE/POST/PUT/PATCH(such asclient.raw(uri, "DELETE", null)) was sent asGETon the JDK backend; the method is now set withBodyPublishers.noBody()when there is no body, matching the OkHttp, Jetty and Vert.x backendsSharedIndexInformer's periodic resync no longer stops permanently and silently when a single resync cycle throws.DefaultSharedIndexInformer.scheduleResyncruns the resync throughUtils.scheduleAtFixedRate, whose self-rescheduling chain re-arms the next cycle only when the previous one completes normally; an uncaught exception completed the (unobserved)resyncFutureexceptionally and the resync was never scheduled again, with no log, while the independent watch keptisWatching()reportingtrue(a restart was required to recover). The resync command now catches andWARN-logs the failure so the schedule fires again at the next intervalStandardHttpClient.shouldRetrybackoff loop (~19 s drain). The classifier walks bothgetCause()andgetSuppressed()trees forCertificateException,CertPathValidatorException,CertPathBuilderException, andSSLPeerUnverifiedException. Affects all five HTTP client modules (jdk, jetty, okhttp, vertx-4, vertx-5) on both the HTTP request and WebSocket connect pathsWatchEventsListenernow buffers outgoing watch events that are scheduled before Vert.x firesonOpenand replays them once the WebSocket is available, closing the open-side race where a CRUD operation landing betweenhandleWatchregistering the listener andonOpenpopulatingwebSocketRefscheduled a send that dereferenced a nullwebSocketRef; the resultingNullPointerExceptionwas silently swallowed by the executor and the event was dropped. Buffered events are replayed after the initial-syncADDEDs so ordering is preservedAbstractWatchManager.watchEnded()now emits aWatcherExceptionwhen a watch closes cleanly with no messages within 2 seconds, compensating for a GKE-specific behaviour onv1/eventswhere the GKFE proxy rejects a staleresourceVersionwith a bare WebSocket close (code 1000, no body) instead of{"type":"ERROR","code":410}, causing an indefinite reconnect loop with the same stale resourceVersionexec/attach/portForward/WebSocket-backed watches, and the CRD-establishment waits that depend on them) now trust the cluster certificate again. Vert.x 5.1 rewrote the WebSocket client to resolve TLS through a per-connectionClientSSLOptionsthat ignored the customSslContextFactorythe client used as its sole carrier of trust material, so WebSocket handshakes silently fell back to the default JVM trust store, failed PKIX validation, and hung to the client-side timeout (regular HTTPS request/response was unaffected). Both the HTTP and WebSocket clients are now configured uniformly with Vert.xTrustOptions/KeyCertOptionsderived from the supplied trust/key managersUtils.findFreePortnow records every port it hands out for the JVM's lifetime and skips any port already returned, eliminating the back-to-back duplicate-port window that surfaced as aJUnitExtensionOnMethodTest.simpleTest2flake — the probeServerSocketwas closed before the caller bound it, soEtcdProcess.startEtcd()andKubeAPIServerProcess.startApiServer()could draw the same port fromRandom.nextInt, etcd would win the bind, and apiserver would exit 1 withbind: address already in use, surfacing inProcessReadinessCheckerasConnection reset by peerWatchEventsListener.onClosingnow queues the server-sideWebSocket.close(...)on the listener's send executor instead of invoking it directly on the Vert.x event loop. This preserves FIFO ordering with any data frames already queued on that executor, so events scheduled before a client-initiated watch close (e.g. anADDED/DELETEDpair on a finalcreate/deletebeforewatch.close()) are delivered before the close frame instead of being silently dropped by writes against an already-closing socketInterruptedExceptionwithout preserving the interrupt status (S2142)Dispatchershutdown into two phases soMockDispatcheronly tears down per-sessionWebSocketSessionexecutors after the HTTP server has drained, removing the window where an in-flight upgrade'sonOpencould land on a shut-down executor.shutdown()still runs beforehttpServer.close()to unblock blocked dispatches (e.g.QueueDispatcher.take()); the newreleaseResources()runs after.WebSocketSession.send()additionally catchesRejectedExecutionExceptiondefensively so any residual shutdown race stays silent instead of bubbling as a Vert.xUnhandled exception.KubernetesMixedDispatchernow delegates both lifecycle hooks to its innerMockDispatcher, fixing a pre-existing leak where CRUD-mode WebSocket session executors were never shut downterminateOnError/ channel-3 exit-status completion —listener.onFailure(oronClose) fires exactly once, gated by a dedicated flag, instead of being silently swallowed when the deferred onError task observesexitCode.isDone()BaseOperation.informOnConditionnow stops the informer inline when the inner predicate completes the future, closing a CompletableFuturepostCompleterace where a waiter helping drain dependents could fireinformer.stopaftercf.completehad already triggered a spurious?watch=trueHTTP requestBaseClient.addToCloseablenow synchronizes on the internal closeable set rather than the caller-supplied parameter, so callers cannot break mutual exclusion by passing different references (sonar S2445)KUBERNETES_SUBDOMAIN_REGEXuses possessive quantifiers on the outer groups to block ReDoS-style backtracking on adversarial subdomain input; semantics still match the canonical RFC 1123 subdomain pattern (sonar S5998)Serialization.yamlMapperbuilds the mapper into a local before assigning to thevolatilefield, so concurrent readers can no longer observe a partially-initialized instance with modules not yet registered (sonar S3064)Files.deleteIfExistswith logging instead of swallowing theFile.delete()return value (sonar S899)OkHttpClientBuilderImplnow picks the firstX509TrustManagerfrom a multi-entryTrustManager[]rather than passingnullto OkHttp'ssslSocketFactoryand NPE'ing; user-suppliedsslContextis preserved for multi-CA setups (sonar S2637)OkHttpClientImpl.doCloseremoves dead null checks ondispatcherandconnectionPoolthat are guaranteed non-null by the OkHttp API (sonar S2583)Improvements
MockWebServer.dispatcherfield markedvolatileso asetDispatcher(...)call is reliably visible to the Vert.x request handler thread without further synchronization.MockWebServer.reset()Javadoc tightened to make its non-destructive contract explicit (no change to the running server, dispatcher, listeners, SSL/TLS state, port, or protocols)Dependency Upgrade
New Features
Vertx5HttpClientFactory/VertxHttpClientFactorynow exposesetTlsWarmup(TlsWarmup)with modesOFF,CONTEXT(default, unchanged) andFULL.FULLruns a synchronous, once-per-JVM, throwaway loopback TLS handshake off the event loop when the client is built, so the first real connection no longer blocks the event loop on the one-time JDK/Netty TLS class loading — for users on cold or hard-CPU-throttled JVMs hitting the first-connection block/timeout described in #7921. Default behavior is unchanged; see the FAQ for CDS and pod CPU-sizing guidance for hard-throttled podsNote: Breaking changes
springdoc/springdoc-openapi (org.springdoc:springdoc-openapi-starter-webmvc-ui)
v3.1.1Security
ThreadLocalcan leak headers between concurrent WebFlux requestsAccept-LanguageAdded
JsonNullablevalues without their Java wrapperspringdoc-openapi-bom, so that modules holding only the annotations stay in lockstepspringdoc.login-endpoint.username-exampleandspringdoc.login-endpoint.password-exampleto document the Spring Security login endpointChanged
springdoc.ai.mcp.enabled=true, andspringdoc.ai.mcp.dashboard-enabled=truefor the dashboardserver.forward-headers-strategy=framework(ornative) behind a trusted proxyspringdoc.cache.max-entries(default100) to bound the per-locale OpenAPI cachespringdoc.ai.mcp.audit.redact(defaulttrue) to mask secrets in MCP audit eventsjava.time.Duration,LocalTimeandOffsetTimeare now resolved by swagger-core instead of being forced to a barestring, so they carry aformat(durationandpartial-timerespectively for the first two)Setindirectly (LinkedHashSet,TreeSet, …) is now described withuniqueItems: true, following swagger-api/swagger-core#5265Fixed
/v3/api-docsfails with aNullPointerExceptionwhen spring-hateoas is on the classpath withoutHateoasPropertiesJson Processing Exception occurredis logged for every constrained parameter whose schema is not aJsonSchemaHttpHeadersparameter is described as a schema@Embeddableare missing from the Spring Data REST schemas@OrderandOrderedignored when applying customizersPagenested in another schema is not replaced byPagedModelOptionalparameters are droppedJsonSchemacannot be cloned through JSON@ParameterObjectfields are not passed alongSortandPageableschema property orderAny?type@EmbeddedIdand@MapsIdfields recursively in the response schemas…Responserefs could leak into the schema shared with the request body representationv3.1.0Added
nullablefor Kotlin propertiesChanged
Fixed
swagger-configSNAKE_CASE: some Java record fields remain camelCaseWebPropertiesandWebMvcPropertiesoptional inSwaggerConfignest()predicate across all routes innestPageschema property orderParameterObjectproperty applied toPathVariablewith the same name, even in unrelated endpointsMapnot allowed in JSONConfiguration
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