public void _saveStdUdl <__t>(__t nT, string nUrl) where __t : IStdUdl
{
if (!this._isUdl(nUrl))
{
return;
}
if (!this._haveUdl(nUrl))
{
return;
}
string udlHeadstreamUrl_ = nUrl + @"*$descriptor.xml";
UdlHeadstream udlHeadstream_ = nT._getUdlHeadstream();
if (udlHeadstream_._isDirty())
{
this._writeHeadstream(udlHeadstream_, udlHeadstreamUrl_);
udlHeadstream_._runSave();
}
string udlUrl_ = nUrl + @"*";
udlUrl_ += udlHeadstream_._getFileName();
if (nT._isDirty())
{
this._writeHeadstream(nT, udlUrl_);
}
}
public void _newStdUdl <__t>(__t nT, string nUrl) where __t : IStdUdl
{
if (!this._isUdl(nUrl))
{
return;
}
if (this._haveUdl(nUrl))
{
return;
}
UrlParser urlParser_ = new UrlParser(nUrl);
string dirUrl_ = urlParser_._urlDir();
Directory.CreateDirectory(dirUrl_);
string udlHeadstreamUrl_ = nUrl + @"*$descriptor.xml";
UdlHeadstream udlHeadstream_ = nT._getUdlHeadstream();
this._writeHeadstream(udlHeadstream_, udlHeadstreamUrl_);
string udlUrl_ = nUrl + @"*";
udlUrl_ += udlHeadstream_._getFileName();
this._writeHeadstream(nT, udlUrl_);
}
public void _loadUdl <__t>(__t nT, string nUrl) where __t : IUdl
{
if (!this._isUdl(nUrl))
{
return;
}
if (!this._haveUdl(nUrl))
{
return;
}
string udlHeadstreamUrl_ = nUrl + @"*$descriptor.xml";
UdlHeadstream udlHeadstream_ = nT._getUdlHeadstream();
this._readHeadstream(udlHeadstream_, udlHeadstreamUrl_);
ICulture culture_ = this._currentCulture();
string cultureName_ = culture_._cultureName();
string stringTableUrl_ = nUrl + "*$";
stringTableUrl_ += cultureName_;
stringTableUrl_ += ".stringTable.xml";
if (!this._haveUfl(stringTableUrl_))
{
stringTableUrl_ = nUrl + "*$stringTable.xml";
}
if (this._haveUfl(stringTableUrl_))
{
StringTable stringTable_ = nT._getStringTable();
this._readHeadstream(stringTable_, stringTableUrl_);
}
}
public __t _loadStdUdl <__t>(string nStdUdl, string nUrl) where __t : IStdUdl
{
if (!this._isUdl(nUrl))
{
return(default(__t));
}
if (!this._haveUdl(nUrl))
{
return(default(__t));
}
__t result_ = this._findInterface <__t>(nStdUdl);
string udlHeadstreamUrl_ = nUrl + @"*$descriptor.xml";
UdlHeadstream udlHeadstream_ = result_._getUdlHeadstream();
this._readHeadstream(udlHeadstream_, udlHeadstreamUrl_);
ICulture culture_ = this._currentCulture();
string cultureName_ = culture_._cultureName();
string stringTableUrl_ = nUrl + "*$";
stringTableUrl_ += cultureName_;
stringTableUrl_ += ".stringTable.xml";
if (!this._haveUfl(stringTableUrl_))
{
stringTableUrl_ = nUrl + "*$stringTable.xml";
}
if (this._haveUfl(stringTableUrl_))
{
StringTable stringTable_ = result_._getStringTable();
this._readHeadstream(stringTable_, stringTableUrl_);
}
string udlUrl_ = nUrl + @"*";
udlUrl_ += udlHeadstream_._getFileName();
this._readHeadstream(result_, udlUrl_);
return(result_);
}
bool _udlHaveFile <__t>(__t nT, string nUrl) where __t : IUdl
{
UdlHeadstream udlHeadstream_ = nT._getUdlHeadstream();
string fileName_ = udlHeadstream_._getFileName();
UrlParser urlParser_ = new UrlParser(nUrl);
string archiveDir_ = urlParser_._urlDir();
string[] files_ = Directory.GetFiles(archiveDir_);
if (files_.Length > 3)
{
return(true);
}
foreach (string i in files_)
{
int pos_ = i.LastIndexOf("\\");
string temp_ = i.Substring(pos_ + 1);
if (temp_ != "$descriptor.xml" && temp_ != fileName_ && temp_ != "$stringTable.xml")
{
return(true);
}
}
return(false);
}
public void _deleteStdUdl <__t>(__t nT, string nUrl) where __t : IStdUdl
{
if (!this._isUdl(nUrl))
{
return;
}
if (!this._haveUdl(nUrl))
{
return;
}
if (this._udlHaveFile <IStdUdl>(nT, nUrl))
{
return;
}
string udlHeadstreamUrl_ = nUrl + @"*$descriptor.xml";
this._delHeadstream(udlHeadstreamUrl_);
UdlHeadstream udlHeadstream_ = nT._getUdlHeadstream();
string udlUrl_ = nUrl + @"*";
udlUrl_ += udlHeadstream_._getFileName();
this._delHeadstream(udlUrl_);
}
public override void _runLoad(string nUrl)
{
base._runLoad(nUrl);
string assemblyInfoUrl_ = nUrl + @"*$assembly.xml";
mAssemblyInfo._runLoad(assemblyInfoUrl_);
UdlHeadstream udlHeadstream_ = this._getUdlHeadstream();
string fileName_ = udlHeadstream_._getFileName();
UrlParser urlParser_ = new UrlParser(nUrl);
string assemblyPath_ = urlParser_._urlFile(fileName_);
AssemblyName assemblyName_ = AssemblyName.GetAssemblyName(assemblyPath_);
AppDomain appDomain_ = AppDomain.CurrentDomain;
Assembly[] assemblies_ = appDomain_.GetAssemblies();
foreach (Assembly i in assemblies_)
{
if (string.Compare(i.FullName, assemblyName_.FullName) == 0)
{
mAssembly = i;
return;
}
}
UidSingleton uidSingleton_ = __singleton <UidSingleton> ._instance();
IEnumerable <Rid> rids_ = mAssemblyDescriptor._getRids();
foreach (Rid i in rids_)
{
uidSingleton_._addRid(i);
}
IEnumerable <string> dependences_ = mAssemblyDescriptor._getDependences();
foreach (string i in dependences_)
{
this._loadAssemblyUfl(i);
}
IEnumerable <Uid> uids_ = mAssemblyDescriptor._getUids();
foreach (Uid i in uids_)
{
uidSingleton_._addUid(i);
Uid uid_ = i._getUid();
string uidUrl_ = uid_._getOptimal();
this._loadAssemblyUdl(uidUrl_);
}
IEnumerable <Uid> addins_ = mAssemblyDescriptor._getAddins();
foreach (Uid i in addins_)
{
uidSingleton_._addUid(i);
Uid uid_ = i._getUid();
string uidUrl_ = uid_._getOptimal();
this._loadAddins(uidUrl_);
}
IEnumerable <string> plugins_ = mAssemblyDescriptor._getPlugins();
foreach (string i in plugins_)
{
this._loadPlugins(i);
}
if (null == mAssembly)
{
mAssembly = Assembly.LoadFrom(assemblyPath_);
}
}
