public MacVol(VolStruc vol, MyDSI3 comm, ConDyn cd, IDir parentDir) {
this.vol = vol;
this.comm = comm;
this.cd = cd;
this.parentDir = parentDir;
}
public static string Getfp(String pwd, String unixPath, ConDyn cd) {
if (unixPath == null)
return pwd;
if (unixPath.StartsWith("/")) {
return Getfp("/", unixPath.Substring(1), cd);
}
int p = unixPath.IndexOf('/');
String s1 = (p < 0) ? unixPath : unixPath.Substring(0, p);
String s2 = (p < 0) ? null : unixPath.Substring(1 + p);
if (s1 == ".") {
return Getfp(pwd, s2, cd);
}
if (s1 == "..") {
return Getfp(GetParent(pwd), s2, cd);
}
return Getfp(pwd.TrimEnd('/') + "/" + s1, s2, cd);
}
public MacRoot Login(MyDSI3 comm, ConDyn cd, String U, String P) {
{
TransmitRes res = comm.Transmit(new DSIOpenSession());
if (res.pack.IsResponse && res.pack.ErrorCode == 0) {
}
else { throw new ApplicationException("DSIOpenSessionに失敗"); }
}
{
TransmitRes res = comm.Transmit(new DSICommand().WithRequestPayload(new FPLogin_Cleartext_Password()
.WithUserName(U)
.WithPasswd(P)
.WithAFPVersion("AFP2.2"))
);
if (res.pack.IsResponse && res.pack.ErrorCode == 0) {
}
else { throw new ApplicationException("FPLoginに失敗"); }
}
{
TransmitRes res1 = comm.Transmit(new DSICommand().WithRequestPayload(new FPGetSrvrParms()));
if (res1.pack.IsResponse && res1.pack.ErrorCode == 0) {
}
else { throw new ApplicationException("FPGetSrvrParmsに失敗"); }
GetSrvrParmsPack pack = new GetSrvrParmsPack(res1.br);
return new MacRoot(pack, comm, cd);
}
}
public static Stream Createf(IDir self, String unixPath, ConDyn cd) {
if (unixPath == null) throw new StorException("unixPath is null");
if (unixPath.StartsWith("/")) {
return Createf(GetRoot(self), unixPath.Substring(1), cd);
}
int p = unixPath.IndexOf('/');
String s1 = (p < 0) ? unixPath : unixPath.Substring(0, p);
String s2 = (p < 0) ? null : unixPath.Substring(1 + p);
if (s1 == ".") {
return Createf(self, s2, cd);
}
if (s1 == "..") {
return Createf(self.ParentDir, s2, cd);
}
if (s2 == null) {
MacfNam m2 = cd.ParseName(s1);
try {
self.CreatefHere(m2.Name);
}
catch (DSIException err) {
if (err.ErrorCode == (int)AFPt2.DSIException.ResultCode.kFPObjectExists) {
}
else throw new StorException("Failed", err);
}
IEnt o2 = self.FindReal(m2.Name);
if (false) { }
else if (m2.Ty == Forkty.Data && o2 is ICanUP) return ((ICanUP)o2).OpenWrite(false);
else if (m2.Ty == Forkty.Res && o2 is ICanUP) return ((ICanUP)o2).OpenWrite(true);
else if (m2.Ty == Forkty.Finder && o2 is ICanUPFi) return ((ICanUPFi)o2).OpenWriteFinder();
else throw new StorException("We can't write to \"" + o2.Name + "\".");
}
IEnt o = self.FindReal(s1);
if (o is IDir) {
return Createf((IDir)o, s2, cd);
}
else if (o != null) {
throw new StorException("We knew \"" + o.Name + "\" is a file.");
}
throw new StorException("We can't be here for \"" + o.Name + "\".");
}
public static Object Dele(IDir self, String unixPath, ConDyn cd) {
if (unixPath == null) throw new DeleException("unixPath is null");
if (unixPath.StartsWith("/")) {
return Dele(GetRoot(self), unixPath.Substring(1), cd);
}
int p = unixPath.IndexOf('/');
String s1 = (p < 0) ? unixPath : unixPath.Substring(0, p);
String s2 = (p < 0) ? null : unixPath.Substring(1 + p);
if (s1 == ".") {
return Dele(self, s2, cd);
}
if (s1 == "..") {
return Dele(self.ParentDir, s2, cd);
}
if (s2 == null) {
MacfNam m2 = cd.ParseName(s1);
IEnt o2 = self.FindReal(m2.Name);
if (false) { }
else if (m2.Ty == Forkty.Data && o2 is ICanDele) ((ICanDele)o2).DeletefMe(false);
else if (m2.Ty == Forkty.Res && o2 is ICanDele) ((ICanDele)o2).DeletefMe(true);
else if (m2.Ty == Forkty.Finder && o2 is ICanDeleFi) ((ICanDeleFi)o2).DeletefMeFinder();
else throw new DeleException("We can't delete \"" + o2.Name + "\".");
return null;
}
IEnt o = self.FindReal(s1);
if (o is IDir) {
return Dele((IDir)o, s2, cd);
}
else if (o != null) {
throw new DeleException("We knew \"" + o.Name + "\" is a file.");
}
throw new DeleException("We can't be here for \"" + s1 + "\".");
}
public MacRoot(GetSrvrParmsPack pack, MyDSI3 comm, ConDyn cd) {
this.pack = pack;
this.comm = comm;
this.cd = cd;
}
// https://developer.apple.com/library/mac/documentation/networking/Reference/AFP_Reference/Reference/reference.html#//apple_ref/c/func/FPOpenDir
void T2(object state) {
Thread.CurrentThread.CurrentUICulture = CultureInfo.InvariantCulture;
Encoding enc = Encoding.GetEncoding(932);
ManualResetEvent evExit = new ManualResetEvent(false);
try {
using (TcpClient tcp = (TcpClient)state) {
NetworkStream st = tcp.GetStream();
StreamWriter wr = new StreamWriter(st, Encoding.UTF8);
StreamReader rr = new StreamReader(st, Encoding.UTF8, false);
ConDyn cd = new ConDyn(cc);
String syst = "";
using (MyDSI3 comm = new MyDSI3(afp)) {
TransmitRes res = comm.Transmit(new DSIGetStatus());
if (res.pack.IsResponse && res.pack.ErrorCode == 0) {
GetSrvrInfoPack pack = new GetSrvrInfoPack(res.br);
if (pack.AFPVersionsList.Contains("AFP2.2")) {
}
if (pack.AFPVersionsList.Contains("AFPX03")) {
cd.AFP30 = true;
}
if (pack.AFPVersionsList.Contains("AFP3.1")) {
cd.AFP31 = true;
}
syst += " Server: " + pack.ServerName + "\n";
syst += " AFPVer:";
foreach (String ver in pack.AFPVersionsList) syst += " <" + ver + ">";
syst += "\n";
syst += " UAM:";
foreach (String ver in pack.UAMsList) syst += " <" + ver + ">";
}
else {
Ut.WriteRes(wr, 500, "AFP server failed: " + new DSIException(res.pack.ErrorCode, res.pack));
return;
}
}
String U = String.Empty;
String P = String.Empty;
IDir root = new DisconnetedRoot();
IDir pwd = root;
DataConn dc = new DataConn();
Int64 ftpRest = 0;
IEnt rnfr = null;
using (MyDSI3 comm = new MyDSI3(afp)) {
Ticker ti = new Ticker(comm, evExit);
Ut.WriteRes(wr, 220, "FTP4AFP in UTF-8");
while (true) {
try {
String row = rr.ReadLine();
if (row == null) break;
Match M;
M = Regex.Match(row, "^QUIT", RegexOptions.Singleline | RegexOptions.IgnoreCase);
if (M.Success) {
Ut.WriteRes(wr, 221, "Goodbye!");
break;
}
M = Regex.Match(row, "^USER\\s+(?<a>.+)\\s*$", RegexOptions.Singleline | RegexOptions.IgnoreCase);
if (M.Success) {
U = M.Groups["a"].Value;
Ut.WriteRes(wr, 331, "Proceed to password.");
continue;
}
M = Regex.Match(row, "^PASS\\s+(?<a>.+)\\s*$", RegexOptions.Singleline | RegexOptions.IgnoreCase);
if (M.Success) {
P = M.Groups["a"].Value;
Uta a = new Uta();
root = pwd = a.Login(comm, cd, U, P);
Ut.WriteRes(wr, 230, "User logged in, proceed.");
continue;
}
M = Regex.Match(row, "^SYST", RegexOptions.Singleline | RegexOptions.IgnoreCase);
if (M.Success) {
Ut.WriteRes(wr, 215, typeof(AFPServ).AssemblyQualifiedName + "\n" + Environment.OSVersion + "\n" + "\n" + syst);
continue;
}
M = Regex.Match(row, "^(XPWD|PWD)", RegexOptions.Singleline | RegexOptions.IgnoreCase);
if (M.Success) {
MLoc m = MLoc.Ut.Get(pwd);
Ut.WriteRes(wr, 257, "\"" + m.UnixPath + "\" is current directory.");
continue;
}
M = Regex.Match(row, "^TYPE\\s+(?<a>A|I)\\s*$", RegexOptions.Singleline | RegexOptions.IgnoreCase);
if (M.Success) {
String mode = M.Groups["a"].Value.ToUpperInvariant();
if (mode == "I") dc.TypeI();
if (mode == "A") dc.TypeA();
Ut.WriteRes(wr, 200, "Ok.");
continue;
}
M = Regex.Match(row, "^PASV", RegexOptions.Singleline | RegexOptions.IgnoreCase);
if (M.Success) {
dc.Pasv(tcp.Client.LocalEndPoint);
Ut.WriteRes(wr, 227, "Entering Passive Mode (" + dc.GetPasv() + ")");
continue;
}
M = Regex.Match(row, "^PORT\\s+(?<a>\\d+,\\d+,\\d+,\\d+,\\d+,\\d+)\\s*$", RegexOptions.Singleline | RegexOptions.IgnoreCase);
if (M.Success) {
dc.Port(M.Groups["a"].Value);
Ut.WriteRes(wr, 200, "PORT command successful.");
continue;
}
M = Regex.Match(row, "^LIST(\\s+(?<a>.+))?\\s*$", RegexOptions.Singleline | RegexOptions.IgnoreCase);
if (M.Success) {
String cwd = M.Groups["a"].Value;
try {
IDir newwd = (cwd.Length == 0) ? pwd : TravUt.Cwd(pwd, cwd);
StringWriter ww = new StringWriter();
foreach (IEnt o in newwd.GetEnts()) {
bool isDir = o is IDir;
ww.WriteLine("{0}rw-r--r-- 1 0 0 {1,10} {2,-12} {3}"
, isDir ? "d" : "-"
, isDir ? "0" : o.Size.ToString()
, DUt.Format(o.Mt)
, o.Name
);
}
// http://blog.livedoor.jp/kumagai_nori/archives/51660940.html
// http://ash.jp/net/ftp_command.htm
// http://www.atmarkit.co.jp/ait/articles/0307/11/news001.html
// http://www.atmarkit.co.jp/fnetwork/rensai/netpro10/ftp-responsecode.html
// http://maruo.dyndns.org:81/hidesoft/hidesoft_2/x17565.html
// http://www.nsftools.com/tips/MSFTP.htm#dir
Ut.WriteRes(wr, 150, "Opening " + dc.Mode + " mode data connection for LIST");
dc.SendData(wr.Encoding.GetBytes(ww.ToString()));
Ut.WriteRes(wr, 226, "Transfer complete");
continue;
}
catch (EntNotFoundException err) {
Ut.WriteRes(wr, 501, err.Message);
continue;
}
}
M = Regex.Match(row, "^MLSD(\\s+(?<a>.+))?\\s*$", RegexOptions.Singleline | RegexOptions.IgnoreCase);
if (M.Success) {
String cwd = M.Groups["a"].Value;
try {
IDir newwd = (cwd.Length == 0) ? pwd : TravUt.Cwd(pwd, cwd);
StringWriter ww = new StringWriter();
foreach (IEnt o in newwd.GetEnts()) {
bool isDir = o is IDir;
ww.WriteLine("modify={0};perm={1};size={2};type={3}; {4}"
, o.Mt.HasValue ? String.Format("{0:yyyy}{0:MM}{0:dd}{0:HH}{0:mm}{0:ss}", o.Mt.Value) : ""
, isDir ? "cdelmp" : "dlrw"
, Math.Max(o.Size, 0)
, isDir ? "dir" : "file"
, o.Name
);
}
Ut.WriteRes(wr, 150, "Opening " + dc.Mode + " mode data connection for MLSD");
dc.SendData(wr.Encoding.GetBytes(ww.ToString()));
Ut.WriteRes(wr, 226, "Transfer complete");
continue;
}
catch (EntNotFoundException err) {
Ut.WriteRes(wr, 501, err.Message);
continue;
}
}
M = Regex.Match(row, "^CWD\\s+(?<a>.+)\\s*$", RegexOptions.Singleline | RegexOptions.IgnoreCase);
if (M.Success) {
String cwd = M.Groups["a"].Value;
try {
IDir newwd = TravUt.Cwd(pwd, cwd);
pwd = newwd;
Ut.WriteRes(wr, 250, "Directory successfully changed.");
continue;
}
catch (EntNotFoundException err) {
Ut.WriteRes(wr, 550, err.Message);
continue;
}
}
M = Regex.Match(row, "^CDUP", RegexOptions.Singleline | RegexOptions.IgnoreCase);
if (M.Success) {
IDir newwd = pwd.ParentDir;
if (newwd == null) {
Ut.WriteRes(wr, 250, "We are already at root directory.");
continue;
}
else {
pwd = newwd;
Ut.WriteRes(wr, 250, "Directory successfully changed.");
continue;
}
}
M = Regex.Match(row, "^OPTS\\s+UTF8\\s+ON\\s*$", RegexOptions.Singleline | RegexOptions.IgnoreCase);
if (M.Success) {
Ut.WriteRes(wr, 200, "It is in UTF8 mode.");
wr = new StreamWriter(st, Encoding.UTF8);
rr = new StreamReader(st, Encoding.UTF8, false);
continue;
}
M = Regex.Match(row, "^OPTS\\s+UTF8\\s+OFF\\s*$", RegexOptions.Singleline | RegexOptions.IgnoreCase);
if (M.Success) {
Ut.WriteRes(wr, 200, "It is in " + enc.BodyName + " mode.");
wr = new StreamWriter(st, enc);
rr = new StreamReader(st, enc, false);
continue;
}
M = Regex.Match(row, "^OPTS\\s+FORKMODE\\s+(?<a>\\d+)\\s*$", RegexOptions.Singleline | RegexOptions.IgnoreCase);
if (M.Success) {
int i = int.Parse(M.Groups["a"].Value);
cd.ForkMode = i;
Ut.WriteRes(wr, 200, "It is in fork mode " + i + ".");
continue;
}
M = Regex.Match(row, "^FEAT", RegexOptions.Singleline | RegexOptions.IgnoreCase);
if (M.Success) {
Ut.WriteRes(wr, 211, "Features:| UTF8| MLST modify*;perm*;size*;type*;| FORKMODE| END".Replace("|", "\n"));
continue;
}
M = Regex.Match(row, "^RETR\\s+(?<a>.+)\\s*$", RegexOptions.Singleline | RegexOptions.IgnoreCase);
if (M.Success) {
String cwd = M.Groups["a"].Value;
try {
IEnt source = TravUt.Find(pwd, cwd, false);
if (source is ICanDL) {
using (Stream si = ((ICanDL)source).OpenRead()) {
Ut.WriteRes(wr, 150, "Opening " + dc.Mode + " mode data connection for " + cwd);
si.Position = ftpRest;
dc.SendSt(si);
}
}
else {
Ut.WriteRes(wr, 550, "We can't get \"" + cwd + "\".");
continue;
}
ftpRest = 0;
Ut.WriteRes(wr, 226, "Transfer complete");
continue;
}
catch (EntNotFoundException err) {
Ut.WriteRes(wr, 550, err.Message);
continue;
}
}
M = Regex.Match(row, "^STOR\\s+(?<a>.+)\\s*$", RegexOptions.Singleline | RegexOptions.IgnoreCase);
if (M.Success) {
String cwd = M.Groups["a"].Value;
try {
using (Stream os = TravUt.Createf(pwd, cwd, cd)) {
Ut.WriteRes(wr, 150, "Opening " + dc.Mode + " mode data connection for " + cwd);
os.SetLength(ftpRest);
os.Position = ftpRest;
dc.RecvSt(os);
}
ftpRest = 0;
Ut.WriteRes(wr, 226, "Transfer complete");
continue;
}
catch (EntNotFoundException err) {
Ut.WriteRes(wr, 550, err.Message);
continue;
}
}
M = Regex.Match(row, "^APPE\\s+(?<a>.+)\\s*$", RegexOptions.Singleline | RegexOptions.IgnoreCase);
if (M.Success) {
String cwd = M.Groups["a"].Value;
try {
using (Stream os = TravUt.Createf(pwd, cwd, cd)) {
Ut.WriteRes(wr, 150, "Opening " + dc.Mode + " mode data connection for " + cwd);
os.Seek(0, SeekOrigin.End);
dc.RecvSt(os);
}
Ut.WriteRes(wr, 226, "Transfer complete");
continue;
}
catch (EntNotFoundException err) {
Ut.WriteRes(wr, 550, err.Message);
continue;
}
}
M = Regex.Match(row, "^MKD\\s+(?<a>.+)\\s*$", RegexOptions.Singleline | RegexOptions.IgnoreCase);
if (M.Success) {
String cwd = M.Groups["a"].Value;
try {
TravUt.CreateDir(pwd, cwd);
Ut.WriteRes(wr, 250, "\"" + cwd + "\" created successfully.");
continue;
}
catch (EntNotFoundException err) {
Ut.WriteRes(wr, 550, "\"" + cwd + "\": Unable to create directory. \n" + err.Message);
continue;
}
}
M = Regex.Match(row, "^RMD\\s+(?<a>.+)\\s*$", RegexOptions.Singleline | RegexOptions.IgnoreCase);
if (M.Success) {
String cwd = M.Groups["a"].Value;
try {
TravUt.RMDir(pwd, cwd);
Ut.WriteRes(wr, 250, "\"" + cwd + "\" removed successfully.");
continue;
}
catch (EntNotFoundException err) {
Ut.WriteRes(wr, 550, "\"" + cwd + "\": Unable to remove directory. \n" + err.Message);
continue;
}
}
M = Regex.Match(row, "^DELE\\s+(?<a>.+)\\s*$", RegexOptions.Singleline | RegexOptions.IgnoreCase);
if (M.Success) {
String cwd = M.Groups["a"].Value;
try {
TravUt.Dele(pwd, cwd, cd);
Ut.WriteRes(wr, 250, "\"" + cwd + "\" removed successfully.");
continue;
}
catch (EntNotFoundException err) {
Ut.WriteRes(wr, 550, "\"" + cwd + "\": Unable to remove directory. \n" + err.Message);
continue;
}
}
M = Regex.Match(row, "^REST\\s+(?<a>\\d+)\\s*$", RegexOptions.Singleline | RegexOptions.IgnoreCase);
if (M.Success) {
ftpRest = Int64.Parse(M.Groups["a"].Value);
Ut.WriteRes(wr, 200, "Ok.");
continue;
}
M = Regex.Match(row, "^RNFR\\s+(?<a>.+)\\s*$", RegexOptions.Singleline | RegexOptions.IgnoreCase);
if (M.Success) {
String cwd = M.Groups["a"].Value;
try {
rnfr = TravUt.Find(pwd, cwd, false);
Ut.WriteRes(wr, 350, "The file exists, continue with RNTO.");
continue;
}
catch (EntNotFoundException err) {
Ut.WriteRes(wr, 550, err.Message);
continue;
}
}
M = Regex.Match(row, "^RNTO\\s+(?<a>.+)\\s*$", RegexOptions.Singleline | RegexOptions.IgnoreCase);
if (M.Success) {
String cwd = M.Groups["a"].Value;
try {
MLoc mfrm = MLoc.Ut.Get(rnfr);
String fpfrm = mfrm.UnixPath;
MLoc m = MLoc.Ut.Get(pwd);
String fp2 = UtPLoc.Getfp(m.UnixPath, cwd, cd);
PLoc p1 = new PLoc(fpfrm);
PLoc p2 = new PLoc(fp2);
if (!p1.volume.Equals(p2.volume)) throw new ApplicationException("We have different volumes.");
if (!p1.dir.Equals(p2.dir)) {
MLoc m2 = new MLoc();
m2.VolID = mfrm.VolID;
m2.DirID = mfrm.DirID;
m2.MacVol = mfrm.MacVol;
m2.MacPath = p2.dir.Replace("/", "\0");
Utcmd.Move(comm, mfrm, m2, p2.fname);
}
else {
Utcmd.Rename(comm, mfrm, p2.fname);
}
Ut.WriteRes(wr, 200, "Ok.");
continue;
}
catch (EntNotFoundException err) {
Ut.WriteRes(wr, 550, err.Message);
continue;
}
}
Ut.WriteRes(wr, 500, "NotImpl Error.");
}
catch (Exception err) {
if (tcp.Connected) {
try {
Ut.WriteRes(wr, 500, err.ToString());
}
catch (IOException) { }
}
else break;
}
}
}
tcp.Close();
}
}
finally {
evExit.Set();
}
}
public MacDir(FileParameters parm, MyDSI3 comm, ConDyn cd, IDir parentDir) {
this.parm = parm;
this.comm = comm;
this.cd = cd;
this.parentDir = parentDir;
}
public static IEnt FindReal(string name, MyDSI3 comm, ConDyn cd, IDir self) {
MLoc m = MLoc.Ut.Get(self);
TransmitRes res = comm.Transmit(new DSICommand().WithRequestPayload(new FPGetFileDirParms()
.WithVolumeID(m.VolID)
.WithDirectoryID(m.DirID)
.WithFileBitmap(AfpFileBitmap.LongName | AfpFileBitmap.NodeID
| (cd.ExtRW ? (AfpFileBitmap.ExtDataForkLength | AfpFileBitmap.ExtResourceForkLength) : AfpFileBitmap.DataForkLength | AfpFileBitmap.ResourceForkLength))
.WithDirectoryBitmap(AfpDirectoryBitmap.NodeID | AfpDirectoryBitmap.LongName)
.WithPath(PUt.CombineRaw(m.RawPath, name))
));
if (res.pack.IsResponse && res.pack.ErrorCode == 0) {
}
else if (res.pack.ErrorCode == (int)AFPt2.DSIException.ResultCode.kFPObjectNotFound) {
return null;
}
else throw new DSIException(res.pack.ErrorCode, res.pack);
GetFileDirParmsPack pack = new GetFileDirParmsPack(res.br);
FileParameters ent = pack.Parms;
if (ent.IsDirectory) {
return new MacDir(ent, comm, cd, self);
}
else {
return new MacEnt(ent, Forkty.Data, comm, cd, self);
}
}
public static IEnumerable<IEnt> GetEnts310(MLoc m, MyDSI3 comm, ConDyn cd, IDir self) {
for (uint x = 0; ; ) {
TransmitRes res1 = comm.Transmit(new DSICommand().WithRequestPayload(new FPEnumerateExt2()
.WithPath(m.RawPath)
.WithStartIndex(Convert.ToUInt32(1U + x))
.WithVolumeID(m.VolID)
.WithDirectoryID(m.DirID)
.WithFileBitmap(AfpFileBitmap.ExtDataForkLength | AfpFileBitmap.ExtResourceForkLength | AfpFileBitmap.LongName | AfpFileBitmap.NodeID | AfpFileBitmap.ModificationDate)
.WithDirectoryBitmap(AfpDirectoryBitmap.NodeID | AfpDirectoryBitmap.LongName | AfpDirectoryBitmap.ModificationDate)
));
if (res1.pack.ErrorCode == -5018) break;
if (res1.pack.IsResponse && res1.pack.ErrorCode == 0) {
}
else { throw new DSIException(res1.pack.ErrorCode, res1.pack); }
EnumerateExtPack pack = new EnumerateExtPack(res1.br);
foreach (FileParameters ent in pack.Ents) {
if (ent.IsDirectory) {
yield return new MacDir(ent, comm, cd, self);
}
else {
yield return new MacEnt(ent, Forkty.Data, comm, cd, self);
if (cd.EnumRes && ((Utfs.ResFork(ent) > 0) || !cd.IfAvail)) yield return new MacEnt(ent, Forkty.Res, comm, cd, self);
if (cd.EnumFi) yield return new MacEnt(ent, Forkty.Finder, comm, cd, self);
}
}
if (pack.ActualCount == 0) break;
x += pack.ActualCount;
}
}
public static IEnumerable<IEnt> GetEnts(MLoc m, MyDSI3 comm, ConDyn cd, IDir self) {
if (cd.AFP31) return GetEnts310(m, comm, cd, self);
if (cd.AFP30) return GetEnts300(m, comm, cd, self);
return GetEnts220(m, comm, cd, self);
}
public MacEnt(FileParameters parm, Forkty ty, MyDSI3 comm, ConDyn cd, IDir parentDir) {
this.parm = parm;
this.ty = ty;
this.comm = comm;
this.cd = cd;
this.parentDir = parentDir;
}