Java Common Runtime Public Interface¶

Interface table of contents · Host Relocation And Termination Contract

This document fixes the public types expressing host execution state, object relocation, termination request, and common async operations in Java. The common document defines behavior — the declarations below show the shape of the types and members used in Java.

The public contract is owned by the systems.zlink.framework Java module. This module only exports the application packages recorded in this per-language interface, plus runtime.host, to general consumers. The raw binding implementation is in a separate internal artifact and isn't included in the application compile classpath. Even in the named module, only the packages the Framework companion module needs are exported. So raw binding types aren't included in the public API inventory.

public enum ZLinkFrameworkRuntimeState {
 PREPARING(0), SERVING(1), RELOCATING(2), RELOCATED(3),
 DRAINING(4), STOPPED(5), ERROR(6);
 private final int wireValue;
 ZLinkFrameworkRuntimeState(int wireValue) { this.wireValue = wireValue; }
 public int wireValue() { return wireValue; }
}

public enum ZLinkFrameworkRelocationOutcome {
 RELOCATED(0), BLOCKED(1);
 private final int wireValue;
 ZLinkFrameworkRelocationOutcome(int wireValue) { this.wireValue = wireValue; }
 public int wireValue() { return wireValue; }
}

public enum ZLinkFrameworkRelocationMode {
 PLANNED_MAINTENANCE(0), ROLLING_UPDATE(1);
 private final int wireValue;
 ZLinkFrameworkRelocationMode(int wireValue) { this.wireValue = wireValue; }
 public int wireValue() { return wireValue; }
}

public enum ZLinkFrameworkRelocationReason {
 NONE(0), TARGET_UNAVAILABLE(1), STORE_UNAVAILABLE(2),
 RELOCATION_DISABLED(3), STATE_INCOMPATIBLE(4),
 DEADLINE_EXCEEDED(5), RELOCATION_FAILED(6),
 RUNTIME_NOT_READY(7), MANUAL_TOPOLOGY_UNSUPPORTED(8),
 SHUTDOWN_REQUESTED(9), OPERATION_IN_PROGRESS(10);
 private final int wireValue;
 ZLinkFrameworkRelocationReason(int wireValue) { this.wireValue = wireValue; }
 public int wireValue() { return wireValue; }
}

public record ZLinkFrameworkRelocationOptions(
 ZLinkFrameworkRelocationMode mode,
 Long targetApplicationVersion,
 Duration deadline) {}

public record ZLinkFrameworkRelocationResult(
 ZLinkFrameworkRelocationMode mode,
 long effectiveTargetApplicationVersion,
 ZLinkFrameworkRelocationOutcome outcome,
 ZLinkFrameworkRelocationReason reason) {}

public enum ZLinkFrameworkTerminationOutcome {
 STOPPED(0), FORCE_STOPPED(1);
 private final int wireValue;
 ZLinkFrameworkTerminationOutcome(int wireValue) { this.wireValue = wireValue; }
 public int wireValue() { return wireValue; }
}

public enum ZLinkFrameworkTerminationReason {
 NONE(0), DEADLINE_EXCEEDED(1), TEARDOWN_FAILED(2);
 private final int wireValue;
 ZLinkFrameworkTerminationReason(int wireValue) { this.wireValue = wireValue; }
 public int wireValue() { return wireValue; }
}

public record ZLinkFrameworkTerminationResult(
 ZLinkFrameworkTerminationOutcome outcome,
 ZLinkFrameworkTerminationReason reason) {}

public enum ZLinkListenerKind {
 ROUTE_MESH, CLIENT_SERVER, FANOUT, STREAM
}

public record ZLinkListenerStatus(
 ZLinkListenerKind kind,
 String name,
 String endpoint,
 Instant observedAt) {}

public final class ZLinkFrameworkRuntime
 implements AutoCloseable, ZLinkMessageFlowControl {
 public ZLinkClient client();
 public void setMessageFlowMode(ZLinkMessageFlowLogMode mode);
 public ZLinkMessageFlowLogMode messageFlowMode();
 public ZLinkFanoutClient fanout();
 public ZLinkRouteClient route();
 public ZLinkRouteMeshRuntime routeMeshRuntime();
 public ZLinkClientServerRuntime clientServerRuntime();
 public ZLinkFanoutRuntime fanoutRuntime();
 public ZLinkListenerStatus listenerStatus(
 ZLinkListenerKind kind, String name);
 public ZLinkSpotManager spotManager();
 public ZLinkSpotOutbound spotOutbound();
 public ZLinkSpotPublisherClient spotPublisherClient();
 public ZLinkLocationRuntimeQuery monitoringLocationRuntimeQuery();
 public ZLinkLocationReadiness locationReadiness();
 public boolean stopSpotRuntime();
 public ZLinkActorManager actorManager();
 public ZLinkActorClient actorClient();
 public ZLinkSessionActorsRuntime sessionActors(String streamNodeName, RoutingId sessionRid);

 public ZLinkFrameworkRuntimeStatus status();
 public Flow.Publisher<ZLinkObservedStatus<ZLinkFrameworkRuntimeStatus>> observe();
 public CompletionStage<ZLinkFrameworkRelocationResult> relocate(
 ZLinkFrameworkRelocationOptions options);
 public CompletionStage<ZLinkFrameworkTerminationResult> shutdown();
 public CompletionStage<ZLinkFrameworkTerminationResult> shutdown(Duration deadline);
 public void close();
}

listenerStatus(kind, name) returns the current advertised endpoint only after that listener has bound successfully. If port 0 was configured, the endpoint combines the actual OS-assigned port with the advertise host; it is never a wildcard bind address. A missing registration, a listener not yet bound, or a role that provides no endpoint fails with ZLinkFrameworkErrorKind.NOT_CONFIGURED. observedAt is the time the query result was produced.

The canonical declaration of ZLinkObservedStatus<T> and ZLinkObservationLoss, which observe() delivers, is owned by the Monitoring Public Interface. This document only fixes the fact that the host status stream uses the same envelope.

relocate(options) closes new application admission and placement, and moves current objects to a compatible target. On success it becomes RELOCATED state, and the host process and infrastructure connections are kept. A User Spot moves the Spot and the entire current member Actor set together as one aggregate. There's no fixed cap on the total participant count. If even one aggregate participant selected disableRelocation(), it ends with Blocked/RelocationDisabled; if target/capacity/reservation can't be secured, or no target satisfies the requested application version and registered factory/type/ relocation-adapter eligibility, Blocked/TargetUnavailable. After target selection, an incompatible transferred state schema/type adapter is Blocked/StateIncompatible. This preflight failure doesn't change admission. The mere existence of a User Spot doesn't block relocation. If there's even one local manual RouteMesh peer, ClientServer client endpoint, fanout subscriber endpoint, or manual fanout publisher, it ends with Blocked/ManualTopologyUnsupported. Automatic RouteMesh only transitions to RELOCATING after the source's Core peer table has the same RID/lifecycle generation as the descriptor admitted and ready. shutdown() doesn't start a new relocation. Neither operation performs a hidden remote GetOrCreate, and waiter cancellation doesn't cancel an already-started shared operation. Each call returns a dedicated CompletableFuture view following the shared operation's result. toCompletableFuture().cancel(...) only releases that waiter — the host operation keeps proceeding, and other waiters receive the same terminal result. A separate public cancellation token or a host-operation-cancel member isn't added. Calling shutdown() during RELOCATING only confirms the currently running atomic relocation unit to a terminal state and doesn't start the rest of relocation. The relocation waiter receives Blocked/ShutdownRequested, and the host continues bounded cleanup.

Relocation Mode And Target Selection¶

The caller always specifies mode. targetApplicationVersion and deadline are nullable components. If deadline == null, the framework's default host relocation deadline is used.

PLANNED_MAINTENANCE is used for a node check or reboot that keeps the same application version. targetApplicationVersion must be null, and the result's effectiveTargetApplicationVersion is the source host's application version.
ROLLING_UPDATE is used when replacing with a new application version. targetApplicationVersion must be specified and must be greater than the source version. The framework only uses a node whose application version exactly matches this value as a target candidate, and doesn't substitute an intermediate version or a different, higher version.

If the mode and target version combination doesn't satisfy the above conditions, the framework rejects the call with IllegalArgumentException without changing admission or placement state. The candidate selection order for a valid call is as follows.

PLANNED_MAINTENANCE keeps only a node matching the source version; ROLLING_UPDATE keeps only a node exactly matching the specified target version.
Keeps only an Object Server that isn't source and is SERVING on the same Mesh.
Confirms stable type, the relocation behavior selected on the factory, and adapter capability match.
Confirms population capacity and reservation availability, and excludes the same maintenance wave as source.
Keeps only a node whose Core peer with the matching RID and lifecycle generation on the same descriptor snapshot is ADMITTED.
Applies node-wide placement weight to the remaining candidates.

Since the version condition is applied first, even if capability or capacity is sufficient, it doesn't fall back to a node of a different version. If there's no version/wave/capacity or -ready target, it re-checks until the deadline and then it's Blocked/TargetUnavailable. The same result applies when no -ready target satisfies registered factory/type/relocation-adapter eligibility. After target selection, an incompatible transferred state schema/type adapter is Blocked/StateIncompatible. A Store lookup failure is Blocked/StoreUnavailable.

While the same shared relocation is running, a call with the same mode and effective target version joins the existing operation and receives the same terminal result. The first call's deadline fixes the shared operation deadline, and a later joining call's deadline doesn't extend or shorten the operation. A call whose mode or target version differs from the running operation doesn't change the current operation or queue — it returns Blocked/OperationInProgress. This result records the rejected call's requested mode, and the source version for planned maintenance or the requested target version for rolling update, as effectiveTargetApplicationVersion.

If the deadline ends first before every target becomes Prepared and the relocation commit is published, the relocation staging and reservation are cleaned up in durable-abort order, source authority and admission are restored from the payload kept in source memory, and Blocked/DeadlineExceeded is returned. There's no rollback to source after commit — the remaining stages are only processed while the same target process is running. If the target process terminates, a different runtime doesn't automatically take over the relocation, and RELOCATED isn't returned.

ZLinkFrameworkRuntime owns one monitoring view each for RouteMesh, ClientServer, and automatic fanout. The three accessors return the same object for the runtime's lifetime and don't create a new adapter per call. The topology runtime bean the Spring starter provides also has the same reference identity as the object these accessors return.

The Spring starter provides the ZLinkFrameworkRuntime bean. An operational maintenance endpoint calls shutdown() when relocate(options)'s result is RELOCATED. To terminate without relocation, only shutdown() is called. There's no separate drain facade or partial operation taking a MeshName.

The application doesn't start ZLinkFrameworkRuntime directly. Runtime creation and start are owned by the Spring starter. So a start(...) factory isn't included in the public contract. Core's internal bootstrap is qualified-exported only to the starter module. Testkit keeps the same package-access helper only in test source.

Public Member `javap` Inventory¶

The declarations below fix the Java public types and members in the binary signature format javap prints.

public final class systems.zlink.framework.runtime.host.ZLinkFrameworkRuntimeState extends java.lang.Enum<systems.zlink.framework.runtime.host.ZLinkFrameworkRuntimeState> {
 public static final systems.zlink.framework.runtime.host.ZLinkFrameworkRuntimeState PREPARING;
 public static final systems.zlink.framework.runtime.host.ZLinkFrameworkRuntimeState SERVING;
 public static final systems.zlink.framework.runtime.host.ZLinkFrameworkRuntimeState RELOCATING;
 public static final systems.zlink.framework.runtime.host.ZLinkFrameworkRuntimeState RELOCATED;
 public static final systems.zlink.framework.runtime.host.ZLinkFrameworkRuntimeState DRAINING;
 public static final systems.zlink.framework.runtime.host.ZLinkFrameworkRuntimeState STOPPED;
 public static final systems.zlink.framework.runtime.host.ZLinkFrameworkRuntimeState ERROR;
 public int wireValue();
}
public final class systems.zlink.framework.runtime.host.ZLinkFrameworkRelocationOutcome extends java.lang.Enum<systems.zlink.framework.runtime.host.ZLinkFrameworkRelocationOutcome> {
 public static final systems.zlink.framework.runtime.host.ZLinkFrameworkRelocationOutcome RELOCATED;
 public static final systems.zlink.framework.runtime.host.ZLinkFrameworkRelocationOutcome BLOCKED;
 public int wireValue();
}
public final class systems.zlink.framework.runtime.host.ZLinkFrameworkRelocationMode extends java.lang.Enum<systems.zlink.framework.runtime.host.ZLinkFrameworkRelocationMode> {
 public static final systems.zlink.framework.runtime.host.ZLinkFrameworkRelocationMode PLANNED_MAINTENANCE;
 public static final systems.zlink.framework.runtime.host.ZLinkFrameworkRelocationMode ROLLING_UPDATE;
 public int wireValue();
}
public final class systems.zlink.framework.runtime.host.ZLinkFrameworkRelocationReason extends java.lang.Enum<systems.zlink.framework.runtime.host.ZLinkFrameworkRelocationReason> {
 public static final systems.zlink.framework.runtime.host.ZLinkFrameworkRelocationReason NONE;
 public static final systems.zlink.framework.runtime.host.ZLinkFrameworkRelocationReason TARGET_UNAVAILABLE;
 public static final systems.zlink.framework.runtime.host.ZLinkFrameworkRelocationReason STORE_UNAVAILABLE;
 public static final systems.zlink.framework.runtime.host.ZLinkFrameworkRelocationReason RELOCATION_DISABLED;
 public static final systems.zlink.framework.runtime.host.ZLinkFrameworkRelocationReason STATE_INCOMPATIBLE;
 public static final systems.zlink.framework.runtime.host.ZLinkFrameworkRelocationReason DEADLINE_EXCEEDED;
 public static final systems.zlink.framework.runtime.host.ZLinkFrameworkRelocationReason RELOCATION_FAILED;
 public static final systems.zlink.framework.runtime.host.ZLinkFrameworkRelocationReason RUNTIME_NOT_READY;
 public static final systems.zlink.framework.runtime.host.ZLinkFrameworkRelocationReason MANUAL_TOPOLOGY_UNSUPPORTED;
 public static final systems.zlink.framework.runtime.host.ZLinkFrameworkRelocationReason SHUTDOWN_REQUESTED;
 public static final systems.zlink.framework.runtime.host.ZLinkFrameworkRelocationReason OPERATION_IN_PROGRESS;
 public int wireValue();
}
public final class systems.zlink.framework.runtime.host.ZLinkFrameworkRelocationOptions extends java.lang.Record {
 public systems.zlink.framework.runtime.host.ZLinkFrameworkRelocationOptions(systems.zlink.framework.runtime.host.ZLinkFrameworkRelocationMode, java.lang.Long, java.time.Duration);
 public systems.zlink.framework.runtime.host.ZLinkFrameworkRelocationMode mode();
 public java.lang.Long targetApplicationVersion();
 public java.time.Duration deadline();
}
public final class systems.zlink.framework.runtime.host.ZLinkFrameworkRelocationResult extends java.lang.Record {
 public systems.zlink.framework.runtime.host.ZLinkFrameworkRelocationResult(systems.zlink.framework.runtime.host.ZLinkFrameworkRelocationMode, long, systems.zlink.framework.runtime.host.ZLinkFrameworkRelocationOutcome, systems.zlink.framework.runtime.host.ZLinkFrameworkRelocationReason);
 public systems.zlink.framework.runtime.host.ZLinkFrameworkRelocationMode mode();
 public long effectiveTargetApplicationVersion();
 public systems.zlink.framework.runtime.host.ZLinkFrameworkRelocationOutcome outcome();
 public systems.zlink.framework.runtime.host.ZLinkFrameworkRelocationReason reason();
}
public final class systems.zlink.framework.runtime.host.ZLinkFrameworkTerminationOutcome extends java.lang.Enum<systems.zlink.framework.runtime.host.ZLinkFrameworkTerminationOutcome> {
 public static final systems.zlink.framework.runtime.host.ZLinkFrameworkTerminationOutcome STOPPED;
 public static final systems.zlink.framework.runtime.host.ZLinkFrameworkTerminationOutcome FORCE_STOPPED;
 public int wireValue();
}
public final class systems.zlink.framework.runtime.host.ZLinkFrameworkTerminationReason extends java.lang.Enum<systems.zlink.framework.runtime.host.ZLinkFrameworkTerminationReason> {
 public static final systems.zlink.framework.runtime.host.ZLinkFrameworkTerminationReason NONE;
 public static final systems.zlink.framework.runtime.host.ZLinkFrameworkTerminationReason DEADLINE_EXCEEDED;
 public static final systems.zlink.framework.runtime.host.ZLinkFrameworkTerminationReason TEARDOWN_FAILED;
 public int wireValue();
}
public final class systems.zlink.framework.runtime.host.ZLinkFrameworkTerminationResult extends java.lang.Record {
 public systems.zlink.framework.runtime.host.ZLinkFrameworkTerminationResult(systems.zlink.framework.runtime.host.ZLinkFrameworkTerminationOutcome, systems.zlink.framework.runtime.host.ZLinkFrameworkTerminationReason);
 public systems.zlink.framework.runtime.host.ZLinkFrameworkTerminationOutcome outcome();
 public systems.zlink.framework.runtime.host.ZLinkFrameworkTerminationReason reason();
}
public final class systems.zlink.framework.monitoring.ZLinkListenerKind extends java.lang.Enum<systems.zlink.framework.monitoring.ZLinkListenerKind> {
 public static final systems.zlink.framework.monitoring.ZLinkListenerKind ROUTE_MESH;
 public static final systems.zlink.framework.monitoring.ZLinkListenerKind CLIENT_SERVER;
 public static final systems.zlink.framework.monitoring.ZLinkListenerKind FANOUT;
 public static final systems.zlink.framework.monitoring.ZLinkListenerKind STREAM;
 public static systems.zlink.framework.monitoring.ZLinkListenerKind[] values();
 public static systems.zlink.framework.monitoring.ZLinkListenerKind valueOf(java.lang.String);
}
public final class systems.zlink.framework.monitoring.ZLinkListenerStatus extends java.lang.Record {
 public systems.zlink.framework.monitoring.ZLinkListenerStatus(systems.zlink.framework.monitoring.ZLinkListenerKind, java.lang.String, java.lang.String, java.time.Instant);
 public systems.zlink.framework.monitoring.ZLinkListenerKind kind();
 public java.lang.String name();
 public java.lang.String endpoint();
 public java.time.Instant observedAt();
}
public interface systems.zlink.framework.ZLinkMessageContext {
 public abstract java.util.Optional<java.lang.String> meshName();
 public abstract java.util.Optional<java.lang.String> channelName();
 public abstract java.lang.String packetName();
 public abstract java.util.Optional<java.lang.String> contentType();
 public abstract java.util.Map<java.lang.String, java.lang.String> metadata();
 public abstract java.util.Optional<java.lang.String> correlationId();
}
public final class systems.zlink.framework.ZLinkHandlerDispatchKind extends java.lang.Enum<systems.zlink.framework.ZLinkHandlerDispatchKind> {
 public static final systems.zlink.framework.ZLinkHandlerDispatchKind NODE_DIRECT_SEND;
 public static final systems.zlink.framework.ZLinkHandlerDispatchKind NODE_DIRECT_REQUEST;
 public static final systems.zlink.framework.ZLinkHandlerDispatchKind CHANNEL_SEND;
 public static final systems.zlink.framework.ZLinkHandlerDispatchKind CHANNEL_REQUEST;
 public static final systems.zlink.framework.ZLinkHandlerDispatchKind CLASSIC_FANOUT;
}
public interface systems.zlink.framework.ZLinkHandlerFilterContext extends systems.zlink.framework.ZLinkMessageContext {
 public abstract systems.zlink.framework.ZLinkHandlerDispatchKind dispatchKind();
}
public interface systems.zlink.framework.ZLinkHandlerFilter {
 public abstract <T> java.util.concurrent.CompletionStage<T> invoke(systems.zlink.framework.ZLinkHandlerFilterContext, systems.zlink.framework.ZLinkHandlerFilterNext<T>);
}
public interface systems.zlink.framework.ZLinkMessageSerializer {
 public abstract <T> systems.zlink.framework.ZLinkEncodedPayload serialize(T);
 public default <T> systems.zlink.framework.ZLinkEncodedPayload serialize(T, java.lang.Class<?>);
 public abstract <T> T deserialize(systems.zlink.framework.ZLinkEncodedPayload, java.lang.Class<T>);
 public default void prepare(java.lang.Class<?>);
}
public interface systems.zlink.framework.ZLinkHandlerFilterNext<T> {
 public abstract java.util.concurrent.CompletionStage<T> invoke();
}
public final class systems.zlink.framework.errors.ZLinkFrameworkErrorKind extends java.lang.Enum<systems.zlink.framework.errors.ZLinkFrameworkErrorKind> {
 public static final systems.zlink.framework.errors.ZLinkFrameworkErrorKind NOT_FOUND;
 public static final systems.zlink.framework.errors.ZLinkFrameworkErrorKind ALREADY_EXISTS;
 public static final systems.zlink.framework.errors.ZLinkFrameworkErrorKind TYPE_MISMATCH;
 public static final systems.zlink.framework.errors.ZLinkFrameworkErrorKind NOT_CONFIGURED;
 public static final systems.zlink.framework.errors.ZLinkFrameworkErrorKind REJECTED;
 public static final systems.zlink.framework.errors.ZLinkFrameworkErrorKind UNAVAILABLE;
 public static final systems.zlink.framework.errors.ZLinkFrameworkErrorKind CAPACITY_EXCEEDED;
 public static final systems.zlink.framework.errors.ZLinkFrameworkErrorKind DEADLINE_EXCEEDED;
 public static final systems.zlink.framework.errors.ZLinkFrameworkErrorKind SHUTTING_DOWN;
 public static final systems.zlink.framework.errors.ZLinkFrameworkErrorKind PROTOCOL_ERROR;
 public static final systems.zlink.framework.errors.ZLinkFrameworkErrorKind INVALID_OPERATION;
 public static final systems.zlink.framework.errors.ZLinkFrameworkErrorKind DATA_LOST;
 public static final systems.zlink.framework.errors.ZLinkFrameworkErrorKind INTERNAL_FAILURE;
 public static systems.zlink.framework.errors.ZLinkFrameworkErrorKind[] values();
 public static systems.zlink.framework.errors.ZLinkFrameworkErrorKind valueOf(java.lang.String);
 public int value();
 public static systems.zlink.framework.errors.ZLinkFrameworkErrorKind fromValue(int);
}
public class systems.zlink.framework.errors.ZLinkFrameworkException extends java.lang.RuntimeException {
 public systems.zlink.framework.errors.ZLinkFrameworkException(systems.zlink.framework.errors.ZLinkFrameworkErrorKind, java.lang.String);
 public systems.zlink.framework.errors.ZLinkFrameworkException(systems.zlink.framework.errors.ZLinkFrameworkErrorKind, java.lang.String, java.lang.Throwable);
 public systems.zlink.framework.errors.ZLinkFrameworkErrorKind kind();
}

ZLinkFrameworkErrorKind.value() returns the common number 0..12 regardless of declaration order. fromValue(int) also uses the same mapping as the Common Error Model. The public exception doesn't provide whether it's retryable.

Serializer And Error Public Signature¶

The first decode(Class<T>) on a received ZLinkMessage fixes either a value or a failure. A later call with the same type returns the same value without invoking the serializer again. A call with another type also does not deserialize again and ends with TYPE_MISMATCH if that type cannot accept the first value. If the first call failed, that failure is delivered again.

public final class systems.zlink.framework.ZLinkEncodedPayload {
 public static systems.zlink.framework.ZLinkEncodedPayload from(byte[]);
 public byte[] bytes();
}
public final class systems.zlink.framework.errors.ZLinkConfigurationException extends systems.zlink.framework.errors.ZLinkFrameworkException {
 public systems.zlink.framework.errors.ZLinkConfigurationException(java.lang.String);
 public systems.zlink.framework.errors.ZLinkConfigurationException(java.lang.String, java.lang.Throwable);
}
public final class systems.zlink.framework.messaging.ZLinkMessage {
 public static systems.zlink.framework.messaging.ZLinkMessage empty();
 public static systems.zlink.framework.messaging.ZLinkMessage of(java.lang.Object);
 public static systems.zlink.framework.messaging.ZLinkMessage of(java.lang.Object, java.lang.Class<?>);
 public static systems.zlink.framework.messaging.ZLinkMessage fromEncoded(systems.zlink.framework.ZLinkEncodedPayload, systems.zlink.framework.ZLinkMessageSerializer);
 public boolean isEmpty();
 public java.lang.Class<?> declaredType();
 public <T> T decode(java.lang.Class<T>);
 public systems.zlink.framework.ZLinkEncodedPayload toEncodedPayload(systems.zlink.framework.ZLinkMessageSerializer);
}
public final class systems.zlink.framework.codecs.msgpack.ZLinkMessagePackCodec implements systems.zlink.framework.configuration.ZLinkCodecExtension,systems.zlink.stream.connector.ZLinkStreamTypedCodec {
 public static systems.zlink.framework.codecs.msgpack.ZLinkMessagePackCodec defaultCodec();
 public static systems.zlink.framework.codecs.msgpack.ZLinkMessagePackCodec forPayloadTypes(java.util.function.Predicate<java.lang.Class<?>>);
 public <T> systems.zlink.stream.connector.ZLinkStreamEncodedPayload encode(java.lang.String, T);
 public <T> T decode(systems.zlink.stream.connector.ZLinkStreamEncodedPayload, java.lang.Class<T>);
 public void register(systems.zlink.framework.configuration.ZLinkCodecRegistrar);
}
public final class systems.zlink.framework.codecs.protobuf.ZLinkProtobufCodec implements systems.zlink.framework.configuration.ZLinkCodecExtension,systems.zlink.stream.connector.ZLinkStreamTypedCodec {
 public static systems.zlink.framework.codecs.protobuf.ZLinkProtobufCodec defaultCodec();
 public <T> systems.zlink.stream.connector.ZLinkStreamEncodedPayload encode(java.lang.String, T);
 public <T> T decode(systems.zlink.stream.connector.ZLinkStreamEncodedPayload, java.lang.Class<T>);
 public void register(systems.zlink.framework.configuration.ZLinkCodecRegistrar);
}

Java Common Runtime Public Interface¶

Relocation Mode And Target Selection¶

Public Member javap Inventory¶

Serializer And Error Public Signature¶

Public Member `javap` Inventory¶