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// Copyright 2013 The Flutter Authors. All rights reserved.
// Use of this source code is governed by a BSD-style license that can be
// found in the LICENSE file.
import 'dart:collection';
import 'dart:convert';
import 'dart:io' as io;
import 'package:path/path.dart' as path;
import 'package:archive/archive.dart' as a;
import 'cache.dart';
import 'limits.dart';
enum FileType {
binary, // won't have its own license block
text, // might have its own UTF-8 license block
latin1Text, // might have its own Windows-1252 license block
zip, // should be parsed as an archive and drilled into
tar, // should be parsed as an archive and drilled into
gz, // should be parsed as a single compressed file and exposed
bzip2, // should be parsed as a single compressed file and exposed
metadata, // can be skipped entirely (e.g. Mac OS X ._foo files)
}
typedef Reader = List<int> Function();
class BytesOf extends Key { BytesOf(dynamic value) : super(value); }
class UTF8Of extends Key { UTF8Of(dynamic value) : super(value); }
class Latin1Of extends Key { Latin1Of(dynamic value) : super(value); }
bool matchesSignature(List<int> bytes, List<int> signature) {
if (bytes.length < signature.length)
return false;
for (int index = 0; index < signature.length; index += 1) {
if (signature[index] != -1 && bytes[index] != signature[index])
return false;
}
return true;
}
bool hasSubsequence(List<int> bytes, List<int> signature, int limit) {
if (bytes.length < limit)
limit = bytes.length;
for (int index = 0; index < limit; index += 1) {
if (bytes.length - index < signature.length)
return false;
for (int offset = 0; offset < signature.length; offset += 1) {
if (signature[offset] != -1 && bytes[index + offset] != signature[offset])
break;
if (offset + 1 == signature.length)
return true;
}
}
return false;
}
const String kMultiLicenseFileHeader = 'Notices for files contained in';
bool isMultiLicenseNotice(Reader reader) {
final List<int> bytes = reader();
return ascii.decode(bytes.take(kMultiLicenseFileHeader.length).toList(), allowInvalid: true) == kMultiLicenseFileHeader;
}
FileType identifyFile(String name, Reader reader) {
List<int> bytes;
if ((path.split(name).reversed.take(6).toList().reversed.join('/') == 'third_party/icu/source/extra/uconv/README') || // This specific ICU README isn't in UTF-8.
(path.split(name).reversed.take(6).toList().reversed.join('/') == 'third_party/icu/source/samples/uresb/sr.txt') || // This specific sample contains non-UTF-8 data (unlike other sr.txt files).
(path.split(name).reversed.take(2).toList().reversed.join('/') == 'builds/detect.mk') || // This specific freetype sample contains non-UTF-8 data (unlike other .mk files).
(path.split(name).reversed.take(3).toList().reversed.join('/') == 'third_party/cares/cares.rc')) // This file has a copyright symbol in Latin1 in it
return FileType.latin1Text;
if (path.split(name).reversed.take(6).toList().reversed.join('/') == 'dart/runtime/tests/vm/dart/bad_snapshot' || // Not any particular format
path.split(name).reversed.take(8).toList().reversed.join('/') == 'third_party/android_tools/ndk/sources/cxx-stl/stlport/src/stlport.rc') // uses the word "copyright" but doesn't have a copyright header
return FileType.binary;
final String base = path.basename(name);
if (base.startsWith('._')) {
bytes ??= reader();
if (matchesSignature(bytes, <int>[0x00, 0x05, 0x16, 0x07, 0x00, 0x02, 0x00, 0x00, 0x4d, 0x61, 0x63, 0x20, 0x4f, 0x53, 0x20, 0x58]))
return FileType.metadata; // The ._* files in Mac OS X archives that gives icons and stuff
}
if (path.split(name).contains('cairo')) {
bytes ??= reader();
// "Copyright <latin1 copyright symbol> "
if (hasSubsequence(bytes, <int>[0x43, 0x6f, 0x70, 0x79, 0x72, 0x69, 0x67, 0x68, 0x74, 0x20, 0xA9, 0x20], kMaxSize))
return FileType.latin1Text;
}
switch (base) {
// Build files
case 'DEPS': return FileType.text;
case 'MANIFEST': return FileType.text;
// Licenses
case 'COPYING': return FileType.text;
case 'LICENSE': return FileType.text;
case 'NOTICE.txt': return isMultiLicenseNotice(reader) ? FileType.binary : FileType.text;
case 'NOTICE': return FileType.text;
// Documentation
case 'Changes': return FileType.text;
case 'change.log': return FileType.text;
case 'ChangeLog': return FileType.text;
case 'CHANGES.0': return FileType.latin1Text;
case 'README': return FileType.text;
case 'TODO': return FileType.text;
case 'NEWS': return FileType.text;
case 'README.chromium': return FileType.text;
case 'README.flutter': return FileType.text;
case 'README.tests': return FileType.text;
case 'OWNERS': return FileType.text;
case 'AUTHORS': return FileType.text;
// Signatures (found in .jar files typically)
case 'CERT.RSA': return FileType.binary;
case 'ECLIPSE_.RSA': return FileType.binary;
// Binary data files
case 'tzdata': return FileType.binary;
case 'compressed_atrace_data.txt': return FileType.binary;
// Source files that don't use UTF-8
case 'Messages_de_DE.properties': // has a few non-ASCII characters they forgot to escape (from gnu-libstdc++)
case 'mmx_blendtmp.h': // author name in comment contains latin1 (mesa)
case 'calling_convention.txt': // contains a soft hyphen instead of a real hyphen for some reason (mesa)
// Character encoding data files
case 'danish-ISO-8859-1.txt':
case 'eucJP.txt':
case 'hangul-eucKR.txt':
case 'hania-eucKR.txt':
case 'ibm-37-test.txt':
case 'iso8859-1.txt':
case 'ISO-8859-2.txt':
case 'ISO-8859-3.txt':
case 'koi8r.txt':
return FileType.latin1Text;
// Giant data files
case 'icudtl_dat.S':
case 'icudtl.dat':
return FileType.binary;
}
switch (path.extension(name)) {
// C/C++ code
case '.h': return FileType.text;
case '.c': return FileType.text;
case '.cc': return FileType.text;
case '.cpp': return FileType.text;
case '.inc': return FileType.text;
// ObjectiveC code
case '.m': return FileType.text;
// Assembler
case '.asm': return FileType.text;
// Shell
case '.sh': return FileType.text;
case '.bat': return FileType.text;
// Build files
case '.in': return FileType.text;
case '.ac': return FileType.text;
case '.am': return FileType.text;
case '.gn': return FileType.text;
case '.gni': return FileType.text;
case '.gyp': return FileType.text;
case '.gypi': return FileType.text;
// Java code
case '.java': return FileType.text;
case '.jar': return FileType.zip; // Java package
case '.class': return FileType.binary; // compiled Java bytecode (usually found inside .jar archives)
case '.dex': return FileType.binary; // Dalvik Executable (usually found inside .jar archives)
// Dart code
case '.dart': return FileType.text;
case '.dill': return FileType.binary; // Compiled Dart code
// LLVM bitcode
case '.bc': return FileType.binary;
// Python code
case '.py':
bytes ??= reader();
// # -*- coding: Latin-1 -*-
if (matchesSignature(bytes, <int>[0x23, 0x20, 0x2d, 0x2a, 0x2d, 0x20, 0x63, 0x6f, 0x64,
0x69, 0x6e, 0x67, 0x3a, 0x20, 0x4c, 0x61, 0x74, 0x69,
0x6e, 0x2d, 0x31, 0x20, 0x2d, 0x2a, 0x2d]))
return FileType.latin1Text;
return FileType.text;
case '.pyc': return FileType.binary; // compiled Python bytecode
// Machine code
case '.so': return FileType.binary; // ELF shared object
case '.xpt': return FileType.binary; // XPCOM Type Library
// Documentation
case '.md': return FileType.text;
case '.txt': return FileType.text;
case '.html': return FileType.text;
// Fonts
case '.ttf': return FileType.binary; // TrueType Font
case '.ttcf': // (mac)
case '.ttc': return FileType.binary; // TrueType Collection (windows)
case '.woff': return FileType.binary; // Web Open Font Format
case '.otf': return FileType.binary; // OpenType Font
// Graphics formats
case '.gif': return FileType.binary; // GIF
case '.png': return FileType.binary; // PNG
case '.tga': return FileType.binary; // Truevision TGA (TARGA)
case '.dng': return FileType.binary; // Digial Negative (Adobe RAW format)
case '.jpg':
case '.jpeg': return FileType.binary; // JPEG
case '.ico': return FileType.binary; // Windows icon format
case '.icns': return FileType.binary; // macOS icon format
case '.bmp': return FileType.binary; // Windows bitmap format
case '.wbmp': return FileType.binary; // Wireless bitmap format
case '.webp': return FileType.binary; // WEBP
case '.pdf': return FileType.binary; // PDF
case '.emf': return FileType.binary; // Windows enhanced metafile format
case '.skp': return FileType.binary; // Skia picture format
case '.mskp': return FileType.binary; // Skia picture format
// Videos
case '.ogg': return FileType.binary; // Ogg media
case '.mp4': return FileType.binary; // MPEG media
case '.ts': return FileType.binary; // MPEG2 transport stream
// Other binary files
case '.raw': return FileType.binary; // raw audio or graphical data
case '.bin': return FileType.binary; // some sort of binary data
case '.rsc': return FileType.binary; // some sort of resource data
case '.arsc': return FileType.binary; // Android compiled resources
case '.apk': return FileType.zip; // Android Package
case '.crx': return FileType.binary; // Chrome extension
case '.keystore': return FileType.binary;
case '.icc': return FileType.binary; // Color profile
case '.swp': return FileType.binary; // Vim swap file
// Archives
case '.zip': return FileType.zip; // ZIP
case '.tar': return FileType.tar; // Tar
case '.gz': return FileType.gz; // GZip
case '.bzip2': return FileType.bzip2; // BZip2
// Image file types from the Fuchsia SDK.
case '.blk':
case '.vboot':
case '.snapshot':
case '.zbi':
return FileType.binary;
// Special cases
case '.patch':
case '.diff':
// Don't try to read the copyright out of patch files, since there'll be fragments.
return FileType.binary;
case '.plist':
// These commonly include the word "copyright" but in a way that isn't necessarily a copyright statement that applies to the file.
// Since there's so few of them, and none have their own copyright statement, we just treat them as binary files.
return FileType.binary;
}
bytes ??= reader();
assert(bytes.isNotEmpty);
if (matchesSignature(bytes, <int>[0x1F, 0x8B]))
return FileType.gz; // GZip archive
if (matchesSignature(bytes, <int>[0x42, 0x5A]))
return FileType.bzip2; // BZip2 archive
if (matchesSignature(bytes, <int>[0x42, 0x43]))
return FileType.binary; // LLVM Bitcode
if (matchesSignature(bytes, <int>[0xAC, 0xED]))
return FileType.binary; // Java serialized object
if (matchesSignature(bytes, <int>[0x4D, 0x5A]))
return FileType.binary; // MZ executable (DOS, Windows PEs, etc)
if (matchesSignature(bytes, <int>[0xFF, 0xD8, 0xFF]))
return FileType.binary; // JPEG
if (matchesSignature(bytes, <int>[-1, -1, 0xda, 0x27])) // -1 is a wildcard
return FileType.binary; // ICU data files (.brk, .dict, etc)
if (matchesSignature(bytes, <int>[0x03, 0x00, 0x08, 0x00]))
return FileType.binary; // Android Binary XML
if (matchesSignature(bytes, <int>[0x25, 0x50, 0x44, 0x46]))
return FileType.binary; // PDF
if (matchesSignature(bytes, <int>[0x43, 0x72, 0x32, 0x34]))
return FileType.binary; // Chrome extension
if (matchesSignature(bytes, <int>[0x4F, 0x67, 0x67, 0x53]))
return FileType.binary; // Ogg media
if (matchesSignature(bytes, <int>[0x50, 0x4B, 0x03, 0x04]))
return FileType.zip; // ZIP archive
if (matchesSignature(bytes, <int>[0x7F, 0x45, 0x4C, 0x46]))
return FileType.binary; // ELF
if (matchesSignature(bytes, <int>[0xCA, 0xFE, 0xBA, 0xBE]))
return FileType.binary; // compiled Java bytecode (usually found inside .jar archives)
if (matchesSignature(bytes, <int>[0xCE, 0xFA, 0xED, 0xFE]))
return FileType.binary; // Mach-O binary, 32 bit, reverse byte ordering scheme
if (matchesSignature(bytes, <int>[0xCF, 0xFA, 0xED, 0xFE]))
return FileType.binary; // Mach-O binary, 64 bit, reverse byte ordering scheme
if (matchesSignature(bytes, <int>[0xFE, 0xED, 0xFA, 0xCE]))
return FileType.binary; // Mach-O binary, 32 bit
if (matchesSignature(bytes, <int>[0xFE, 0xED, 0xFA, 0xCF]))
return FileType.binary; // Mach-O binary, 64 bit
if (matchesSignature(bytes, <int>[0x75, 0x73, 0x74, 0x61, 0x72]))
return FileType.bzip2; // Tar
if (matchesSignature(bytes, <int>[0x47, 0x49, 0x46, 0x38, 0x37, 0x61]))
return FileType.binary; // GIF87a
if (matchesSignature(bytes, <int>[0x47, 0x49, 0x46, 0x38, 0x39, 0x61]))
return FileType.binary; // GIF89a
if (matchesSignature(bytes, <int>[0x64, 0x65, 0x78, 0x0A, 0x30, 0x33, 0x35, 0x00]))
return FileType.binary; // Dalvik Executable
if (matchesSignature(bytes, <int>[0x21, 0x3C, 0x61, 0x72, 0x63, 0x68, 0x3E, 0x0A])) {
// TODO(ianh): implement .ar parser, https://github.com/flutter/flutter/issues/25633
return FileType.binary; // Unix archiver (ar)
}
if (matchesSignature(bytes, <int>[0x89, 0x50, 0x4E, 0x47, 0x0D, 0x0A, 0x1A, 0x0a]))
return FileType.binary; // PNG
if (matchesSignature(bytes, <int>[0x58, 0x50, 0x43, 0x4f, 0x4d, 0x0a, 0x54, 0x79, 0x70, 0x65, 0x4c, 0x69, 0x62, 0x0d, 0x0a, 0x1a]))
return FileType.binary; // XPCOM Type Library
return FileType.text;
}
// INTERFACE
// base class
abstract class IoNode {
// Subclasses of IoNode are not mutually exclusive.
// For example, a ZIP file is represented as a File that also implements Directory.
String get name;
String get fullName;
@override
String toString() => fullName;
}
// interface
abstract class File extends IoNode {
List<int> readBytes();
}
// interface
abstract class TextFile extends File {
String readString();
}
mixin UTF8TextFile implements TextFile {
@override
String readString() {
try {
return cache(UTF8Of(this), () => utf8.decode(readBytes()));
} on FormatException {
print(fullName);
rethrow;
}
}
}
mixin Latin1TextFile implements TextFile {
@override
String readString() {
return cache(Latin1Of(this), () {
final List<int> bytes = readBytes();
if (bytes.any((int byte) => byte == 0x00))
throw '$fullName contains a U+0000 NULL and is probably not actually encoded as Win1252';
bool isUTF8 = false;
try {
cache(UTF8Of(this), () => utf8.decode(readBytes()));
isUTF8 = true;
} on FormatException {
// Exceptions are fine/expected for non-UTF8 text, which we test for
// immediately below.
}
if (isUTF8)
throw '$fullName contains valid UTF-8 and is probably not actually encoded as Win1252';
return latin1.decode(bytes);
});
}
}
// interface
abstract class Directory extends IoNode {
Iterable<IoNode> get walk;
}
// interface
abstract class Link extends IoNode { }
mixin ZipFile on File implements Directory {
ArchiveDirectory _root;
@override
Iterable<IoNode> get walk {
try {
_root ??= ArchiveDirectory.parseArchive(a.ZipDecoder().decodeBytes(readBytes()), fullName);
return _root.walk;
} catch (exception) {
print('failed to parse archive:\n$fullName');
rethrow;
}
}
}
mixin TarFile on File implements Directory {
ArchiveDirectory _root;
@override
Iterable<IoNode> get walk {
try {
_root ??= ArchiveDirectory.parseArchive(a.TarDecoder().decodeBytes(readBytes()), fullName);
return _root.walk;
} catch (exception) {
print('failed to parse archive:\n$fullName');
rethrow;
}
}
}
mixin GZipFile on File implements Directory {
InMemoryFile _data;
@override
Iterable<IoNode> get walk sync* {
try {
final String innerName = path.basenameWithoutExtension(fullName);
_data ??= InMemoryFile.parse(fullName + '!' + innerName, a.GZipDecoder().decodeBytes(readBytes()));
if (_data != null)
yield _data;
} catch (exception) {
print('failed to parse archive:\n$fullName');
rethrow;
}
}
}
mixin BZip2File on File implements Directory {
InMemoryFile _data;
@override
Iterable<IoNode> get walk sync* {
try {
final String innerName = path.basenameWithoutExtension(fullName);
_data ??= InMemoryFile.parse(fullName + '!' + innerName, a.BZip2Decoder().decodeBytes(readBytes()));
if (_data != null)
yield _data;
} catch (exception) {
print('failed to parse archive:\n$fullName');
rethrow;
}
}
}
// FILESYSTEM IMPLEMENTATIoN
class FileSystemDirectory extends IoNode implements Directory {
FileSystemDirectory(this._directory);
factory FileSystemDirectory.fromPath(String name) {
return FileSystemDirectory(io.Directory(name));
}
final io.Directory _directory;
@override
String get name => path.basename(_directory.path);
@override
String get fullName => _directory.path;
List<int> _readBytes(io.File file) {
return cache/*List<int>*/(BytesOf(file), () => file.readAsBytesSync());
}
@override
Iterable<IoNode> get walk sync* {
final List<io.FileSystemEntity> list = _directory.listSync().toList();
list.sort((io.FileSystemEntity a, io.FileSystemEntity b) => a.path.compareTo(b.path));
for (io.FileSystemEntity entity in list) {
if (entity is io.Directory) {
yield FileSystemDirectory(entity);
} else if (entity is io.Link) {
yield FileSystemLink(entity);
} else {
assert(entity is io.File);
final io.File fileEntity = entity;
if (fileEntity.lengthSync() > 0) {
switch (identifyFile(fileEntity.path, () => _readBytes(fileEntity))) {
case FileType.binary: yield FileSystemFile(fileEntity); break;
case FileType.zip: yield FileSystemZipFile(fileEntity); break;
case FileType.tar: yield FileSystemTarFile(fileEntity); break;
case FileType.gz: yield FileSystemGZipFile(fileEntity); break;
case FileType.bzip2: yield FileSystemBZip2File(fileEntity); break;
case FileType.text: yield FileSystemUTF8TextFile(fileEntity); break;
case FileType.latin1Text: yield FileSystemLatin1TextFile(fileEntity); break;
case FileType.metadata: break; // ignore this file
}
}
}
}
}
}
class FileSystemLink extends IoNode implements Link {
FileSystemLink(this._link);
final io.Link _link;
@override
String get name => path.basename(_link.path);
@override
String get fullName => _link.path;
}
class FileSystemFile extends IoNode implements File {
FileSystemFile(this._file);
final io.File _file;
@override
String get name => path.basename(_file.path);
@override
String get fullName => _file.path;
@override
List<int> readBytes() {
return cache(BytesOf(_file), () => _file.readAsBytesSync());
}
}
class FileSystemUTF8TextFile extends FileSystemFile with UTF8TextFile {
FileSystemUTF8TextFile(io.File file) : super(file);
}
class FileSystemLatin1TextFile extends FileSystemFile with Latin1TextFile {
FileSystemLatin1TextFile(io.File file) : super(file);
}
class FileSystemZipFile extends FileSystemFile with ZipFile {
FileSystemZipFile(io.File file) : super(file);
}
class FileSystemTarFile extends FileSystemFile with TarFile {
FileSystemTarFile(io.File file) : super(file);
}
class FileSystemGZipFile extends FileSystemFile with GZipFile {
FileSystemGZipFile(io.File file) : super(file);
}
class FileSystemBZip2File extends FileSystemFile with BZip2File {
FileSystemBZip2File(io.File file) : super(file);
}
// ARCHIVES
class ArchiveDirectory extends IoNode implements Directory {
ArchiveDirectory(this.fullName, this.name);
@override
final String fullName;
@override
final String name;
final Map<String, ArchiveDirectory> _subdirectories = SplayTreeMap<String, ArchiveDirectory>();
final List<ArchiveFile> _files = <ArchiveFile>[];
void _add(a.ArchiveFile entry, List<String> remainingPath) {
if (remainingPath.length > 1) {
final String subdirectoryName = remainingPath.removeAt(0);
_subdirectories.putIfAbsent(
subdirectoryName,
() => ArchiveDirectory('$fullName/$subdirectoryName', subdirectoryName)
)._add(entry, remainingPath);
} else {
if (entry.size > 0) {
final String entryFullName = fullName + '/' + path.basename(entry.name);
switch (identifyFile(entry.name, () => entry.content)) {
case FileType.binary: _files.add(ArchiveFile(entryFullName, entry)); break;
case FileType.zip: _files.add(ArchiveZipFile(entryFullName, entry)); break;
case FileType.tar: _files.add(ArchiveTarFile(entryFullName, entry)); break;
case FileType.gz: _files.add(ArchiveGZipFile(entryFullName, entry)); break;
case FileType.bzip2: _files.add(ArchiveBZip2File(entryFullName, entry)); break;
case FileType.text: _files.add(ArchiveUTF8TextFile(entryFullName, entry)); break;
case FileType.latin1Text: _files.add(ArchiveLatin1TextFile(entryFullName, entry)); break;
case FileType.metadata: break; // ignore this file
}
}
}
}
static ArchiveDirectory parseArchive(a.Archive archive, String ownerPath) {
final ArchiveDirectory root = ArchiveDirectory('$ownerPath!', '');
for (a.ArchiveFile file in archive.files) {
if (file.size > 0)
root._add(file, file.name.split('/'));
}
return root;
}
@override
Iterable<IoNode> get walk sync* {
yield* _subdirectories.values;
yield* _files;
}
}
class ArchiveFile extends IoNode implements File {
ArchiveFile(this.fullName, this._file);
final a.ArchiveFile _file;
@override
String get name => path.basename(_file.name);
@override
final String fullName;
@override
List<int> readBytes() {
return _file.content;
}
}
class ArchiveUTF8TextFile extends ArchiveFile with UTF8TextFile {
ArchiveUTF8TextFile(String fullName, a.ArchiveFile file) : super(fullName, file);
}
class ArchiveLatin1TextFile extends ArchiveFile with Latin1TextFile {
ArchiveLatin1TextFile(String fullName, a.ArchiveFile file) : super(fullName, file);
}
class ArchiveZipFile extends ArchiveFile with ZipFile {
ArchiveZipFile(String fullName, a.ArchiveFile file) : super(fullName, file);
}
class ArchiveTarFile extends ArchiveFile with TarFile {
ArchiveTarFile(String fullName, a.ArchiveFile file) : super(fullName, file);
}
class ArchiveGZipFile extends ArchiveFile with GZipFile {
ArchiveGZipFile(String fullName, a.ArchiveFile file) : super(fullName, file);
}
class ArchiveBZip2File extends ArchiveFile with BZip2File {
ArchiveBZip2File(String fullName, a.ArchiveFile file) : super(fullName, file);
}
// IN-MEMORY FILES (e.g. contents of GZipped files)
class InMemoryFile extends IoNode implements File {
InMemoryFile(this.fullName, this._bytes);
static InMemoryFile parse(String fullName, List<int> bytes) {
if (bytes.isEmpty)
return null;
switch (identifyFile(fullName, () => bytes)) {
case FileType.binary: return InMemoryFile(fullName, bytes); break;
case FileType.zip: return InMemoryZipFile(fullName, bytes); break;
case FileType.tar: return InMemoryTarFile(fullName, bytes); break;
case FileType.gz: return InMemoryGZipFile(fullName, bytes); break;
case FileType.bzip2: return InMemoryBZip2File(fullName, bytes); break;
case FileType.text: return InMemoryUTF8TextFile(fullName, bytes); break;
case FileType.latin1Text: return InMemoryLatin1TextFile(fullName, bytes); break;
case FileType.metadata: break; // ignore this file
}
assert(false);
return null;
}
final List<int> _bytes;
@override
String get name => '<data>';
@override
final String fullName;
@override
List<int> readBytes() => _bytes;
}
class InMemoryUTF8TextFile extends InMemoryFile with UTF8TextFile {
InMemoryUTF8TextFile(String fullName, List<int> file) : super(fullName, file);
}
class InMemoryLatin1TextFile extends InMemoryFile with Latin1TextFile {
InMemoryLatin1TextFile(String fullName, List<int> file) : super(fullName, file);
}
class InMemoryZipFile extends InMemoryFile with ZipFile {
InMemoryZipFile(String fullName, List<int> file) : super(fullName, file);
}
class InMemoryTarFile extends InMemoryFile with TarFile {
InMemoryTarFile(String fullName, List<int> file) : super(fullName, file);
}
class InMemoryGZipFile extends InMemoryFile with GZipFile {
InMemoryGZipFile(String fullName, List<int> file) : super(fullName, file);
}
class InMemoryBZip2File extends InMemoryFile with BZip2File {
InMemoryBZip2File(String fullName, List<int> file) : super(fullName, file);
}