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)
                ));
        }

            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;

	_ *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 {

	r = Addrel(syms[5])
	r.Sym = syms[1]
	// s6 references s2
	r = Addrel(syms[6])
	r.Sym = syms[2]

	// compute hashes
	h := make([]goobj.HashType, len(syms))
	w := &writer{}
	for i := range h {
		h[i] = w.contentHash(syms[i])
	}

	tests := []struct {
		a, b  int
		equal bool
	}{
		{0, 1, true},  // same contents, no relocs
		{0, 2, false}, // different contents
		{3, 4, true},  // same contents, same relocs