public FILEDATA Register(string name, string fullname)
{
if (m_table == null)
{
m_table = new Hashtable();
}
if (!m_table.ContainsKey(fullname))
{
var fd = new FILEDATA()
{
name = name,
fullname = fullname,
kind = checkKindOf(fullname),
isNet = checkIsNet(fullname)
};
m_table[fullname] = fd;
if (!fd.isNet)
{
ReadLocal(fd);
}
return(fd);
}
else
{
return((FILEDATA)m_table[fullname]);
}
}
public IEnumerator ReadAllNet(MonoBehaviour mono)
{
foreach (var k in m_table.Keys)
{
FILEDATA fd = (FILEDATA)m_table[k];
Debug.Log("1>>>" + fd.fullname);
if (fd.isNet == false)
{
continue;
}
if (fd.obj != null)
{
continue;
}
if (fd.kind == FILEKIND.TEXT)
{
Debug.Log("text>>>" + fd.fullname);
var readFileText = hglUtil.ReadTextFile.Create(fd.fullname);
if (readFileText.m_bHttp)
{
yield return(mono.StartCoroutine(readFileText.Read(mono)));
}
string src = "unknown";
if (readFileText.m_error != null || readFileText.m_text == null)
{
if (readFileText.m_error != null)
{
hglUtil.Log(readFileText.m_error);
src = "<p>" + hglUtil.GetLog() + "</p>";
}
}
else
{
src = readFileText.m_text;
}
fd.obj = src;
fd.size = src.Length;
}
else if (fd.kind == FILEKIND.TEXTURE)
{
Debug.Log("texture>>>" + fd.fullname);
var readTexture = hglUtil.ReadTextureFile.Create(fd.fullname);
if (readTexture.m_bHttp)
{
yield return(mono.StartCoroutine(readTexture.Read(mono)));
}
if (readTexture.m_error != null || readTexture.m_texture == null)
{
fd.obj = null;
}
else
{
fd.obj = readTexture.m_texture;
fd.size = readTexture.m_texture.width * readTexture.m_texture.height; // Assumed
}
}
}
}
public bool CheckHasNetFiles()
{
if (m_table != null)
{
foreach (var k in m_table.Keys)
{
FILEDATA fd = (FILEDATA)m_table[k];
if (fd.isNet && fd.obj == null)
{
return(true);
}
}
}
return(false);
}
public void Register(string name, string fullname, string text)
{
if (m_table == null)
{
m_table = new Hashtable();
}
m_table[fullname] = new FILEDATA()
{
name = name,
fullname = fullname,
kind = FILEKIND.TEXT,
isNet = false,
obj = text,
size = text.Length
};
}
public IEnumerator ReadNet(FILEDATA fd, MonoBehaviour mono)
{
if (fd.kind == FILEKIND.TEXT)
{
var readFileText = hglUtil.ReadTextFile.Create(fd.fullname);
if (readFileText.m_bHttp)
{
yield return(mono.StartCoroutine(readFileText.Read(mono)));
}
string src = "unknown";
if (readFileText.m_error != null || readFileText.m_text == null)
{
if (readFileText.m_error != null)
{
hglUtil.Log(readFileText.m_error);
src = "<p>" + hglUtil.GetLog() + "</p>";
}
}
else
{
src = readFileText.m_text;
}
fd.obj = src;
fd.size = src.Length;
}
else if (fd.kind == FILEKIND.TEXTURE)
{
var readTexture = hglUtil.ReadTextureFile.Create(fd.fullname);
if (readTexture.m_bHttp)
{
yield return(mono.StartCoroutine(readTexture.Read(mono)));
}
if (readTexture.m_error != null || readTexture.m_texture == null)
{
fd.obj = null;
}
else
{
fd.obj = readTexture.m_texture;
fd.size = readTexture.m_texture.width * readTexture.m_texture.height; // Assumed
}
}
}
private void ReadLocal(FILEDATA fd)
{
if (fd.obj != null)
{
return;
}
if (fd.kind == FILEKIND.TEXT)
{
var readFileText = hglUtil.ReadTextFile.Create(fd.fullname);
string src = "unknown";
if (readFileText.m_error != null || readFileText.m_text == null)
{
if (readFileText.m_error != null)
{
src = "<p>" + readFileText.m_error + "</p>";
}
}
else
{
src = readFileText.m_text;
}
fd.obj = src;
fd.size = src.Length;
}
else if (fd.kind == FILEKIND.TEXTURE)
{
var readTexture = hglUtil.ReadTextureFile.Create(fd.fullname);
if (readTexture.m_error != null || readTexture.m_texture == null)
{
fd.obj = null;
}
else
{
fd.obj = readTexture.m_texture;
fd.size = readTexture.m_texture.width * readTexture.m_texture.height; // Assumed
}
}
}
public Int32 DLL_FileSystem_GetFile(ref FSDATA fsdata, string path, ref FILEDATA dest)
{
return(GetProcAddress <Functions.DLL_FileSystem_GetFile>()(ref fsdata, stringToNullTerminatedUtf8(path), ref dest));
}
public void DLL_File_CloseFile(ref FILEDATA filedata)
{
GetProcAddress <Functions.DLL_File_CloseFile>()(ref filedata);
}
public long DLL_File_GetSize(ref FILEDATA fd)
{
return(GetProcAddress <Functions.DLL_File_GetSize>()(ref fd));
}
public long DLL_File_Read(ref FILEDATA fd, IntPtr dest, long read_size)
{
return(GetProcAddress <Functions.DLL_File_Read>()(ref fd, dest, read_size));
}
public bool DLL_File_SetSeek(ref FILEDATA fd, long seek, bool absolute_move)
{
return(GetProcAddress <Functions.DLL_File_SetSeek>()(ref fd, seek, absolute_move));
}
public bool DLL_File_IsValid(ref FILEDATA fd)
{
return(GetProcAddress <Functions.DLL_File_IsValid>()(ref fd));
}
