if ( pathOffset > 0 ) {
                    this.rpath = readString(buffer, start + pathOffset, len);
                }
                if ( nodeOffset > 0 ) {
                    this.node = readString(buffer, start + nodeOffset, len);
                }
                if ( altPathOffset > 0 ) {
                    this.altPath = readString(buffer, start + altPathOffset, len);
                }
            }

        String artifactName = decoder.readString();
        String artifactExtension = decoder.readString();
        String artifactType = decoder.readString();
        String artifactClassifier = decoder.readNullableString();
        File artifactFile = new File(decoder.readString());
        return new PublishArtifactLocalArtifactMetadata(
            identifier,

            Path projectPath = Path.path(decoder.readString());
            return new DefaultProjectComponentSelector(buildIdentifier, identityPath, projectPath, projectPath.getName(), readAttributes(decoder), readCapabilities(decoder));
        } else if (Implementation.MODULE.getId() == id) {

                HashCode classLoaderHash = hashCodeSerializer.read(decoder);
                String functionalInterfaceClass = decoder.readString();
                String implClass = decoder.readString();
                String implMethodName = decoder.readString();
                String implMethodSignature = decoder.readString();
                int implMethodKind = decoder.readSmallInt();
                return new LambdaImplementationSnapshot(

        int failures = decoder.readSmallInt();
        for (int i = 0; i < failures; i++) {
            String exceptionType = decoder.readString();
            String message = decoder.readString();
            String stackTrace = decoder.readString();
            methodResult.addFailure(message, stackTrace, exceptionType);
        }
        return methodResult;
    }

        }

        private Map<NamespaceId, String> readExtraInfo() throws IOException {
            int len = readCount();
            Map<NamespaceId, String> result = new LinkedHashMap<>(len);
            for (int i = 0; i < len; i++) {
                NamespaceId namespaceId = new NamespaceId(readString(), readString());

        String required = decoder.readString();
        String preferred = decoder.readString();
        String strictly = decoder.readString();
        int cpt = decoder.readSmallInt();
        List<String> rejects = Lists.newArrayListWithCapacity(cpt);
        for (int i = 0; i < cpt; i++) {
            rejects.add(decoder.readString());
        }
        String branch = decoder.readNullableString();

    }

    @Override
    public ModuleVersionIdentifier read(Decoder decoder) throws IOException {
        String group = decoder.readString();
        String module = decoder.readString();
        String version = decoder.readString();
        return moduleIdentifierFactory.moduleWithVersion(group, module, version);
    }

        for (int j = 0; j < capabilitiesCount; j++) {
            String appendix = decoder.readNullableString();
            ImmutableCapability capability = new DefaultImmutableCapability(decoder.readString(), decoder.readString(), decoder.readString());
            if (appendix != null) {
                capability = new ShadowedImmutableCapability(capability, appendix);
            }
            rawCapabilities.add(capability);
        }

        def data2 = store.done()

        then:
        data1.read({ it.readInt() } as BinaryStore.ReadAction) == 10
        data1.read({ it.readString() } as BinaryStore.ReadAction) == "x"
        data1.close()

        data2.read({ it.readString() } as BinaryStore.ReadAction) == "y"
        data2.close()

        cleanup:
        store.close()
    }

    def "data can be re-read"() {