output.writeLong(value, true);
    }

    @Override
    public void writeInt(int value) {
        output.writeInt(value);
    }

    @Override
    public void writeSmallInt(int value) {
        output.writeInt(value, true);
    }

    @Override
    public void writeShort(short value) throws IOException {
        output.writeShort(value);
    }

    @Override

        Integer mapping = deduplicationDependencyCache.putIfAbsent(mavenDependency, nextMapping);
        if (mapping != null) {
            encoder.writeSmallInt(mapping);
        } else {
            encoder.writeSmallInt(nextMapping);
            getComponentSelectorSerializer().write(encoder, mavenDependency.getSelector());

        if (id == null) {
            id = namesById.inverse().size();
            namesById.inverse().put(name, id);
            encoder.writeSmallInt(id);
            writeFirstOccurrenceOfName(name, encoder);
        } else {
            encoder.writeSmallInt(id);
        }
    }

    private void writeFirstOccurrenceOfName(String name, Encoder encoder) throws IOException {

        List<? extends DependencyMetadata> dependencies = configuration.getDependencies();
        encoder.writeSmallInt(dependencies.size());
        for (DependencyMetadata dependency: dependencies) {
            if (dependency instanceof GradleDependencyMetadata) {
                encoder.writeByte(GRADLE_DEPENDENCY_METADATA);

        implementationSnapshotSerializer.write(encoder, execution.getImplementation());
        ImmutableList<ImplementationSnapshot> additionalImplementations = execution.getAdditionalImplementations();
        encoder.writeSmallInt(additionalImplementations.size());
        for (ImplementationSnapshot actionImpl : additionalImplementations) {
            implementationSnapshotSerializer.write(encoder, actionImpl);
        }

        public void write(Encoder encoder, DefaultDaemonContext context) throws Exception {
            encoder.writeNullableString(context.uid);
            encoder.writeString(context.javaHome.getPath());
            encoder.writeSmallInt(context.javaVersion.asInt());
            encoder.writeString(context.daemonRegistryDir.getPath());
            encoder.writeBoolean(context.pid != null);
            if (context.pid != null) {

        );
    }

    @Override
    public void write(Encoder encoder, WorkerConfig config) throws IOException {
        encoder.writeSmallInt(config.getLogLevel().ordinal());
        encoder.writeBoolean(config.shouldPublishJvmMemoryInfo());
        encoder.writeSmallInt(config.getNativeServicesMode().ordinal());
        encoder.writeString(config.getGradleUserHomeDirPath());

        encoder.writeString(cst.getPreferredVersion());
        encoder.writeString(cst.getStrictVersion());
        List<String> rejectedVersions = cst.getRejectedVersions();
        encoder.writeSmallInt(rejectedVersions.size());
        for (String rejectedVersion : rejectedVersions) {
            encoder.writeString(rejectedVersion);
        }
        encoder.writeNullableString(cst.getBranch());
    }

                    PersistentModuleSource persistentModuleSource = (PersistentModuleSource) source;
                    int codecId = assertValidId(persistentModuleSource.getCodecId());
                    encoder.writeSmallInt(codecId);
                    PersistentModuleSource.Codec<PersistentModuleSource> codec = Cast.uncheckedCast(moduleSourceCodecs.get(codecId));
                    codec.encode(persistentModuleSource, encoder);
                }

     * Writes a signed 32 bit int value whose value is likely to be small and positive but may not be. The implementation may encode the value in a way that
     * is more efficient for small positive values.
     */
    void writeSmallInt(int value) throws IOException;

    /**
     * Writes a short value.
     *
     * @since 8.7
     */
    void writeShort(short value) throws IOException;

    /**
     * Writes a float value.