encoder.writeBoolean(startParameter.isProfile());
            encoder.writeBoolean(startParameter.isContinueOnFailure());
            encoder.writeBoolean(startParameter.isOffline());
            encoder.writeBoolean(startParameter.isRefreshDependencies());
            encoder.writeBoolean(startParameter.isBuildCacheEnabled());
            encoder.writeBoolean(startParameter.isBuildCacheDebugLogging());

    private static void writePath(Encoder encoder, boolean isRoot, FileSystemLocationSnapshot snapshot) throws IOException {
        encoder.writeString(isRoot ? snapshot.getAbsolutePath() : snapshot.getName());
    }

    private static EntryType readEntryType(Decoder decoder) throws IOException {
        return EntryType.values()[decoder.readByte()];
    }

    private static void writeEntryType(Encoder encoder, EntryType type) throws IOException {

        encoder.writeBoolean(false);
        writeVariantReference(encoder, state);
        ResolvedGraphVariant externalVariant = variant.getExternalVariant();
        if (externalVariant == null) {
            encoder.writeBoolean(false);
        } else {
            encoder.writeBoolean(true);

                encoder.writeString(snapshotIdentifier.getGroup());
                encoder.writeString(snapshotIdentifier.getModule());
                encoder.writeString(snapshotIdentifier.getVersion());
                encoder.writeString(snapshotIdentifier.getTimestamp());
                break;
            case ROOT_PROJECT: {

            writeFiles(encoder, derivedVariant.getArtifacts());
            writeDerivedVariantExtra(encoder, derivedVariant, deduplicationDependencyCache);
        }
    }

    private void writeDerivedVariantExtra(Encoder encoder, ConfigurationMetadata derivedVariant, Map<ExternalDependencyDescriptor, Integer> deduplicationDependencyCache) throws IOException {

        encodeStrings(encoder, spec.getDisallowedClassNames());
        encodeStrings(encoder, spec.getPackagePrefixes());
        encodeStrings(encoder, spec.getDisallowedPackagePrefixes());
        encodeStrings(encoder, spec.getPackageNames());
        encodeStrings(encoder, spec.getResourceNames());
        encodeStrings(encoder, spec.getResourcePrefixes());
    }

		copy(tile[i*HashSize:], hashes[i][:])
	}
	return tile, nil
}

// To limit the size of any particular directory listing,
// we encode the (possibly very large) number N
// by encoding three digits at a time.
// For example, 123456789 encodes as x123/x456/789.
// Each directory has at most 1000 each xNNN, NNN, and NNN.p children,
// so there are at most 3000 entries in any one directory.
const pathBase = 1000

					Address: "******@****.***",
				},
			},
		},
		// RFC 2047 "Q"-encoded UTF-8 address.
		{
			`=?utf-8?q?J=C3=B6rg_Doe?= <******@****.***>`,
			[]*Address{
				{
					Name:    `Jörg Doe`,
					Address: "******@****.***",
				},
			},
		},
		// RFC 2047 "Q"-encoded UTF-8 address with multiple encoded-words.
		{
			`=?utf-8?q?J=C3=B6rg?=  =?utf-8?q?Doe?= <******@****.***>`,

        encoder.writeString(ivyDependency.getDynamicConstraintVersion());
        encoder.writeBoolean(ivyDependency.isChanging());
        encoder.writeBoolean(ivyDependency.isTransitive());
        encoder.writeBoolean(ivyDependency.isOptional());
    }

    private void writeExcludeRules(Encoder encoder, List<Exclude> excludes) throws IOException {
        encoder.writeSmallInt(excludes.size());

	}
	ctx = context.WithValue(ctx, traceKey{}, traceContext{t: t})
	return ctx, t.Close, nil
}

type traceFile struct {
	f       *os.File
	sb      *strings.Builder
	enc     *json.Encoder
	entries int64