private final HashCode normalizedContentHash;
    private final String normalizedPath;

    public DefaultFileSystemLocationFingerprint(String normalizedPath, FileType type, HashCode contentHash) {
        this.normalizedContentHash = hashForType(type, contentHash);
        this.normalizedPath = normalizedPath;
    }

    private static HashCode hashForType(FileType fileType, HashCode hash) {
        switch (fileType) {

        private final String contentHash;

        public BuildScriptRemapper(ClassVisitor cv, ScriptSource source, String originalClassName, String contentHash) {
            super(AsmConstants.ASM_LEVEL, cv);
            this.scriptSource = source;
            this.originalClassName = originalClassName;
            this.contentHash = contentHash;
        }

        @Override

                def originalClassName = type.getMethod('getOriginalClassName').invoke(o)
                def contentHash = type.getMethod('getContentHash').invoke(o)
                println "\${title} class name: \${originalClassName} (remapped: \${type.name})"
                println "\${title} class hash: \${contentHash}"
            }
        """
    }

            return locationCache.computeIfAbsent(file,
                location -> fileSystemAccess.readRegularFileContentHash(location.getAbsolutePath())
                    .map(contentHash -> contentCache.get(contentHash, key -> calculator.calculate(location, true))
                ).orElseGet(
                    () -> calculator.calculate(location, false)
                ));
        }

                    def contentHash = o.class.getMethod('getContentHash').invoke(o)
                    assert originalClassName
                    assert contentHash
                    println "Action type: ${originalClassName} (remapped name: ${o.class})"
                    println "Action hash: ${contentHash}"
                    if (!seen.add(contentHash)) {

            switch (type) {
                case REGULAR_FILE:
                    HashCode contentHash = readHashCode(decoder);
                    long lastModified = decoder.readSmallLong();
                    long length = decoder.readSmallLong();
                    stack.add(new RegularFileSnapshot(internedAbsolutePath, internedName, contentHash, DefaultFileMetadata.file(lastModified, length, accessType)));
                    break;

        if (snapshot.getType() == FileType.Missing) {
            return empty();
        }
        if (shouldUseFromCache(original)) {
            final HashCode contentHash = snapshot.getHash();
            if (!seen.add(contentHash)) {
                // Already seen an entry with the same content hash, ignore it
                return empty();
            }
            // It's a new content hash, transform it

	_ *encryptionconfig.EncryptionConfiguration,
	configChanged bool,
	_ error,
) {
	contentHash, err := d.getEncryptionConfigHash(ctx, d.filePath)
	if err != nil {
		return nil, false, err
	}

	// check if encryptionConfig is different from the current. Do nothing if they are the same.
	if contentHash == d.lastLoadedEncryptionConfigHash {

// It does not attempt to decode or load the config, and serves as a cheap check to determine if the file has changed.
func GetEncryptionConfigHash(filepath string) (string, error) {
	_, contentHash, err := loadDataAndHash(filepath)
	return contentHash, err
}

// prefixTransformersAndProbes creates the set of transformers and KMS probes based on the given resource config.

	}
	w.tmpHash64 = contentHash64(s)
	w.Bytes(w.tmpHash64[:])
}

func (w *writer) Hash(s *LSym) {
	if !s.ContentAddressable() {
		panic("Hash of non-content-addressable symbol")
	}
	w.tmpHash = w.contentHash(s)
	w.Bytes(w.tmpHash[:])
}

// contentHashSection returns a mnemonic for s's section.
// The goal is to prevent content-addressability from moving symbols between sections.