private void _AsynReadBytesByName(string name, EndReadBytes endRead, System.Object obj, bool cb_whatever = false) { if (name == null || name == "") { return; } string destName; string path; int size; bool encrypt; VersionFile.Type fileType; ResUpdate.GetLoadDetails(name, out destName, out path, out size, out encrypt, out fileType); if (path == null) { if (cb_whatever) { if (endRead != null) { endRead(null, obj); } } return; } __AsynReadBytesByPath(name, destName, path, fileType, endRead, obj, cb_whatever, encrypt); }
public static void AsynReadBytesByName(string name, EndReadBytes endRead, System.Object obj, bool cb_whatever = false) { if (instance == null || instance.platformLoader == null) { return; } instance._AsynReadBytesByName(name, endRead, obj, cb_whatever); }
private static void __AsynReadBytesByPath(string originName, string destName, string path, VersionFile.Type fileType, EndReadBytes endRead, System.Object obj, bool cb_whatever = false, bool needRemoveImpurity = true) { if (instance == null || instance.platformLoader == null) { return; } byte[] arr = null; if (fileType == VersionFile.Type.COMBINE_FILE) { CombineFile cf = CombineFileManager.GetInstance().GetCombineFile(destName); arr = cf.Read(originName); } else { arr = instance.platformLoader.SyncReadBytes(path); } if (arr != null) { if (needRemoveImpurity) { ThreadTask.RunAsync(() => { DataDecode(arr, arr.Length); }, () => { if (endRead != null) { endRead(arr, obj); } }); } else { if (endRead != null) { endRead(arr, obj); } } } else { if (cb_whatever) { if (endRead != null) { endRead(arr, obj); } } } }
public static void AsynReadBytesByPath(string path, VersionFile.Type fileType, EndReadBytes endRead, System.Object obj, bool cb_whatever = false, bool needRemoveImpurity = true) { __AsynReadBytesByPath(null, null, path, VersionFile.Type.DEFAULT, endRead, obj, cb_whatever, needRemoveImpurity); }