public static void Main(string[] args)
{
if (args.Length == 0)
{
Console.WriteLine("Usage:");
Console.WriteLine(" COMMAND run-tests");
Console.WriteLine(" COMMAND hash-file <path>");
return;
}
var sub = args[0];
var subArgs = new string[args.Length - 1];
Array.Copy(args, 1, subArgs, 0, subArgs.Length);
if (sub == "run-tests")
{
RunTests.SubMain(subArgs);
}
else if (sub == "hash-file")
{
HashFile.SubMain(subArgs);
}
else
{
Console.Error.WriteLine("Unknown sub-command: \"{0}\".", sub);
Environment.Exit(1); return;
}
}
public void CreateFileSha512Hash()
{
var file = Path.Combine(testDirectory, "Aquatic Flowers.jpg");
var readAllBytes = File.ReadAllBytes(file);
var hashFile = new HashFile();
var sha256Hash = hashFile.GenerateHash(readAllBytes, HashType.SHA512);
Assert.That(sha256Hash, Is.EqualTo("7B9B401EFD2575EB1734F39CB93B74273632378B05E37B3C8DC9EE0F75BE901B0BE1EE63EA04476A72163F76B04A18C3136C30D4538D0AA38FCEAA780E3CCB43"));
}
public void CompressAndWritePassWordHash(string dirPath)
{
ICompress zip = CreateZipper(dirPath);
zip.ZipDirectories();
HashFile = Factory.CreateHashFile(dirPath);
HashFile.TransfromBase64StringAndWrite(Password.Salt, Password.Hash);
Md5 = CreateHasher(Path.GetFullPath(dirPath));
}
public void CreateFileSha256Hash()
{
var file = Path.Combine(testDirectory, "Aquatic Flowers.jpg");
var readAllBytes = File.ReadAllBytes(file);
var hashFile = new HashFile();
var sha256Hash = hashFile.GenerateHash(readAllBytes, HashType.SHA256);
Assert.That(sha256Hash, Is.EqualTo("34B6919D75D14DE1D8EF71F0ECB288FF47CAA37A475EF9063C0B42A75409A443"));
}
private void WriteEncryptedBytes(string fileName, byte[] fileBytes)
{
Encryptor = Factory.CreateEncryptor(Password);
byte[] Encrypted = Encryptor.Encrypt(fileBytes);
File.WriteAllBytes(fileName, Encrypted);
Md5 = CreateHasher(fileName);
string hashString = Md5.BeginHashing();
HashFile.TransformStringAndWrite(fileName, hashString);
}
public void CreateFileMd5Hash()
{
string file = Path.Combine(testDirectory, "Aquatic Flowers.jpg");
var readAllBytes = File.ReadAllBytes(file);
var hashFile = new HashFile();
var md5Hash = hashFile.GenerateHash(readAllBytes);
Assert.That(md5Hash, Is.EqualTo("35D25CDEB2EB861F6DEC063E62FC78A4"));
}
public async Task Update()
{
await Task.Run(() =>
{
using (WebClient web = new WebClient())
{
string hashes = web.DownloadString(Options.UpdateServer + "hash.txt");
var onlineFiles = HashFile.ParseList(hashes);
string[] localFiles = Directory.GetFiles(Environment.CurrentDirectory, "*.*", SearchOption.TopDirectoryOnly);
for (int i = 0; i < localFiles.Length; i++)
{
string filePath = localFiles[i];
string file = Path.GetFileName(filePath);
if (file.ToUpperInvariant() == "CONFIG.TXT" || file.ToUpperInvariant() == "DRIVERSOLUTIONS.PATCHER.EXE")
{
continue;
}
Progress("Checking: " + file, 0);
var check = onlineFiles.Where(f => f.FileName == file).FirstOrDefault();
if (check == null)
{
//delete
DeleteFile(filePath);
}
else
{
//hash check
byte[] data = File.ReadAllBytes(filePath);
string hash = Tools.Hash(data);
if (check.Hash == hash)
{
onlineFiles.Remove(check);
}
}
}
for (int i = 0; i < onlineFiles.Count; i++)
{
var file = onlineFiles[i].FileName;
Progress("Patching: " + file, i, onlineFiles.Count);
DeleteFile(file);
byte[] data = web.DownloadData(Options.UpdateServer + file + ".gzip");
Tools.Decompress(data, file);
}
UpdateComplete();
}
});
}
private bool IsHashValid()
{
_sourceFileName = HashFile.Substring(0, HashFile.Length - (HashType.Length + 1));
_hashFileContent = File.ReadAllText(HashFile);
if (!File.Exists(_sourceFileName))
{
return(false);
}
_sourceFileHash = _calculate.Hash(_sourceFileName, HashType);
return(_sourceFileHash.Trim().Equals(_hashFileContent.Trim(), StringComparison.InvariantCultureIgnoreCase));
}
private static List <ManifestRelease> CreateManifestReleaseList(string cuo_path, string version, string name)
{
List <ManifestRelease> list = new List <ManifestRelease>();
DirectoryInfo dir = new DirectoryInfo(cuo_path);
if (dir.Exists)
{
ManifestRelease release = new ManifestRelease()
{
version = version,
name = name
};
foreach (var f in _file_list)
{
string path = Path.Combine(cuo_path, f);
if (File.Exists(path))
{
var hash_file = new HashFile()
{
filename = f,
hash = CalculateMD5(path)
};
release.files.Add(hash_file);
Console.WriteLine(hash_file);
}
}
//var files = dir.GetFiles("*.*", SearchOption.AllDirectories).Where(s => Path.HasExtension("exe"));
//foreach (FileInfo file in files)
//{
// var hash_file = new HashFile()
// {
// filename = file.FullName.Replace(cuo_path, ""),
// hash = CalculateMD5(file.FullName)
// };
// release.files.Add(hash_file);
// Console.WriteLine(hash_file);
//}
list.Add(release);
}
return(list);
}
/// <summary>
/// Finds the cached version or populates a new entry.
/// </summary>
/// <param name="fileName"></param>
/// <returns></returns>
public string[] GetFile(string fileName)
{
int hash = fileName.GetHashCode();
// Check if cached.
for (int i = 0; i < this.indexLeft; i++)
{
if (this.files[i].hash == hash)
{
return(this.files[i].lines);
}
}
try
{
// Populate new file.
HashFile hashFile = new HashFile(hash);
hashFile.lines = File.ReadAllLines(fileName);
InternalNGDebug.Assert(HQ.Settings != null, "NGSettings is null.");
for (int i = 0; i < hashFile.lines.Length; i++)
{
hashFile.lines[i] = Utility.Color((i + 1).ToString(), HQ.Settings.Get <StackTraceSettings>().previewLineColor) + ConsoleUtility.ColorLine(hashFile.lines[i]);
}
// Check array overflow.
if (this.indexLeft == this.files.Length)
{
Array.Resize(ref this.files, this.files.Length << 1);
}
this.files[this.indexLeft] = hashFile;
++this.indexLeft;
//Debug.Log("Cached file:" + fileName);
return(hashFile.lines);
}
catch (Exception ex)
{
InternalNGDebug.LogException(ex);
}
return(null);
}
public Form1()
{
InitializeComponent();
my_file = new HashFile();
}
public static bool ValidateFileHash(string fileName, HashFile hashFile)
{
if (!hashDict.TryGetValue(hashFile, out byte[] validHash))
public override async Task <WorkResult <HashFile> > RunAsync(HashFile workunit, IProgress <IWorkProgress <HashFile> > progress = null, CancellationToken token = default(CancellationToken))
{
//TODO WIP, first (database refactor)
throw new NotImplementedException();
/*
* int nshareID = -1;
* string filePath = string.Empty;
*
*
* Tuple<SVR_ImportFolder, string> tup = VideoLocal_PlaceRepository.GetFromFullPath(workunit.File.FullName);
* if (tup == null)
* return new WorkResult<HashFile>(WorkResultStatus.Error, logger, $"Unable to locate Import Folder for {workunit.File.FullName}");
* SVR_ImportFolder folder = tup.Item1;
* filePath = tup.Item2;
* IFileSystem f = tup.Item1.FileSystem;
* if (f == null)
* return new WorkResult<HashFile>(WorkResultStatus.Error, logger, $"Unable to open filesystem for: {workunit.File.FullName}");
* long filesize = 0;
* if (folder.CloudID == null) // Local Access
* {
* if (!File.Exists(workunit.File.FullName))
* return new WorkResult<HashFile>(WorkResultStatus.Error, logger, $"File does not exist: {workunit.File.FullName}");
* int numAttempts = 0;
*
* // Wait 1 minute seconds before giving up on trying to access the file
* while ((filesize = CanAccessFile(workunit.File.FullName)) == 0 && (numAttempts < 10))
* {
* numAttempts++;
* await Task.Delay(6000, token);
* }
*
* // if we failed to access the file, get ouuta here
* if (numAttempts >= 60)
* return new WorkResult<HashFile>(WorkResultStatus.Error, logger, $"Could not access file: {workunit.File.FullName}");
* }
*
* IFile source_file = workunit.File;
* if (folder.CloudID.HasValue)
* filesize = source_file.Size;
* nshareID = folder.ImportFolderID;
* // check if we have already processed this file
*
*
* SVR_VideoLocal_Place vlocalplace = Repo.Instace.VideoLocal_Place.GetByFilePathAndShareID(filePath, nshareID);
* SVR_VideoLocal vlocal = null;
*
* if (vlocalplace != null)
* {
* vlocal = vlocalplace.VideoLocal;
* logger.Trace("VideoLocal record found in database: {0}", vlocal.VideoLocalID);
*
* if (vlocalplace.FullServerPath == null)
* {
* if (vlocal.Places.Count == 1)
* {
* Repo.Instace.VideoLocal.Delete(vlocal);
* vlocal = null;
* }
* Repo.Instace.VideoLocal_Place.Delete(vlocalplace);
* vlocalplace = null;
* }
* if (vlocal != null && workunit.Force)
* {
* vlocal.FileSize = filesize;
* vlocal.DateTimeUpdated = DateTime.Now;
* }
* }
*
* if (vlocal == null)
* {
* logger.Trace("VideoLocal, creating temporary record");
* vlocal = new SVR_VideoLocal
* {
* DateTimeUpdated = DateTime.Now,
* DateTimeCreated = DateTime.Now,
* FileName = Path.GetFileName(filePath),
* FileSize = filesize,
* Hash = string.Empty,
* CRC32 = string.Empty,
* MD5 = source_file?.MD5?.ToUpperInvariant() ?? string.Empty,
* SHA1 = source_file?.SHA1?.ToUpperInvariant() ?? string.Empty,
* IsIgnored = 0,
* IsVariation = 0
* };
* }
*
* if (vlocalplace == null)
* {
* vlocalplace = new SVR_VideoLocal_Place
* {
* FilePath = filePath,
* ImportFolderID = nshareID,
* ImportFolderType = folder.ImportFolderType
* };
* // Make sure we have an ID
* Repo.Instace.VideoLocal_Place.Save(vlocalplace);
* }
* // check if we need to get a hash this file
* if (string.IsNullOrEmpty(vlocal.Hash) || workunit.Force)
* {
* // try getting the hash from the CrossRef
* if (!workunit.Force)
* {
* List<CrossRef_File_Episode> crossRefs =
* Repo.Instace.CrossRef_File_Episode.GetByFileNameAndSize(vlocal.FileName, vlocal.FileSize);
* if (crossRefs.Count == 1)
* {
* vlocal.Hash = crossRefs[0].Hash;
* vlocal.HashSource = (int)HashSource.DirectHash;
* }
* }
*
* // try getting the hash from the LOCAL cache
* if (!workunit.Force && string.IsNullOrEmpty(vlocal.Hash))
* {
* List<FileNameHash> fnhashes =
* Repo.Instace.FileNameHash.GetByFileNameAndSize(vlocal.FileName, vlocal.FileSize);
* if (fnhashes != null && fnhashes.Count > 1)
* {
* // if we have more than one record it probably means there is some sort of corruption
* // lets delete the local records
* foreach (FileNameHash fnh in fnhashes)
* {
* Repo.Instace.FileNameHash.Delete(fnh.FileNameHashID);
* }
* }
* // reinit this to check if we erased them
* fnhashes = Repo.Instace.FileNameHash.GetByFileNameAndSize(vlocal.FileName, vlocal.FileSize);
*
* if (fnhashes != null && fnhashes.Count == 1)
* {
* logger.Trace("Got hash from LOCAL cache: {0} ({1})", workunit.File.FullName, fnhashes[0].Hash);
* vlocal.Hash = fnhashes[0].Hash;
* vlocal.HashSource = (int)HashSource.WebCacheFileName;
* }
* }
* if (string.IsNullOrEmpty(vlocal.Hash))
* FillVideoHashes(vlocal);
*
* //Cloud and no hash, Nothing to do, except maybe Get the mediainfo....
* if (string.IsNullOrEmpty(vlocal.Hash) && folder.CloudID.HasValue)
* {
* logger.Trace("No Hash found for cloud " + vlocal.FileName +
* " putting in videolocal table with empty ED2K");
* Repo.Instace.VideoLocal.Save(vlocal, false);
* vlocalplace.VideoLocalID = vlocal.VideoLocalID;
* Repo.Instace.VideoLocal_Place.Save(vlocalplace);
* if (vlocalplace.RefreshMediaInfo())
* Repo.Instace.VideoLocal.Save(vlocalplace.VideoLocal, true);
* return new WorkResult<HashFile>(workunit);
* }
*
* // hash the file
* if (string.IsNullOrEmpty(vlocal.Hash) || workunit.Force)
* {
* logger.Info("Hashing File: {0}", FileName);
* ShokoService.CmdProcessorHasher.QueueState = PrettyDescriptionHashing;
* DateTime start = DateTime.Now;
* logger.Trace("Calculating ED2K hashes for: {0}", FileName);
* // update the VideoLocal record with the Hash, since cloud support we calculate everything
* var hashes = FileHashHelper.GetHashInfo(FileName.Replace("/", $"{System.IO.Path.DirectorySeparatorChar}"), true, ShokoServer.OnHashProgress,
* true, true, true);
* TimeSpan ts = DateTime.Now - start;
* logger.Trace("Hashed file in {0:#0.0} seconds --- {1} ({2})", ts.TotalSeconds, FileName,
* Utils.FormatByteSize(vlocal.FileSize));
* vlocal.Hash = hashes.ED2K?.ToUpperInvariant();
* vlocal.CRC32 = hashes.CRC32?.ToUpperInvariant();
* vlocal.MD5 = hashes.MD5?.ToUpperInvariant();
* vlocal.SHA1 = hashes.SHA1?.ToUpperInvariant();
* vlocal.HashSource = (int)HashSource.DirectHash;
* }
* FillMissingHashes(vlocal);
* // We should have a hash by now
* // before we save it, lets make sure there is not any other record with this hash (possible duplicate file)
*
* SVR_VideoLocal tlocal = Repo.Instace.VideoLocal.GetByHash(vlocal.Hash);
* bool duplicate = false;
* bool changed = false;
*
* if (tlocal != null)
* {
* // Aid with hashing cloud. Merge hashes and save, regardless of duplicate file
* changed = tlocal.MergeInfoFrom(vlocal);
* vlocal = tlocal;
*
* List<SVR_VideoLocal_Place> preps = vlocal.Places.Where(
* a => a.ImportFolder.CloudID == folder.CloudID &&
* !vlocalplace.FullServerPath.Equals(a.FullServerPath)).ToList();
* foreach (var prep in preps)
* {
* if (prep == null) continue;
* // clean up, if there is a 'duplicate file' that is invalid, remove it.
* if (prep.FullServerPath == null)
* {
* Repo.Instace.VideoLocal_Place.Delete(prep);
* }
* else
* {
* FileSystemResult dupFileSystemResult =
* prep.ImportFolder?.FileSystem?.Resolve(prep.FullServerPath);
* if (dupFileSystemResult == null || !dupFileSystemResult.IsOk)
* Repo.Instace.VideoLocal_Place.Delete(prep);
* }
* }
*
* var dupPlace = vlocal.Places.FirstOrDefault(
* a => a.ImportFolder.CloudID == folder.CloudID &&
* !vlocalplace.FullServerPath.Equals(a.FullServerPath));
*
* if (dupPlace != null)
* {
* // delete the VideoLocal record
* logger.Warn("Found Duplicate File");
* logger.Warn("---------------------------------------------");
* logger.Warn($"New File: {vlocalplace.FullServerPath}");
* logger.Warn($"Existing File: {dupPlace.FullServerPath}");
* logger.Warn("---------------------------------------------");
*
* // check if we have a record of this in the database, if not create one
* List<DuplicateFile> dupFiles = Repo.Instace.DuplicateFile.GetByFilePathsAndImportFolder(
* vlocalplace.FilePath,
* dupPlace.FilePath,
* vlocalplace.ImportFolderID, dupPlace.ImportFolderID);
* if (dupFiles.Count == 0)
* dupFiles = Repo.Instace.DuplicateFile.GetByFilePathsAndImportFolder(dupPlace.FilePath,
* vlocalplace.FilePath, dupPlace.ImportFolderID, vlocalplace.ImportFolderID);
*
* if (dupFiles.Count == 0)
* {
* DuplicateFile dup = new DuplicateFile
* {
* DateTimeUpdated = DateTime.Now,
* FilePathFile1 = vlocalplace.FilePath,
* FilePathFile2 = dupPlace.FilePath,
* ImportFolderIDFile1 = vlocalplace.ImportFolderID,
* ImportFolderIDFile2 = dupPlace.ImportFolderID,
* Hash = vlocal.Hash
* };
* Repo.Instace.DuplicateFile.Save(dup);
* }
* //Notify duplicate, don't delete
* duplicate = true;
* }
* }
*
* if (!duplicate || changed)
* Repo.Instace.VideoLocal.Save(vlocal, true);
*
* vlocalplace.VideoLocalID = vlocal.VideoLocalID;
* Repo.Instace.VideoLocal_Place.Save(vlocalplace);
*
* if (duplicate)
* {
* CommandRequest_ProcessFile cr_procfile3 =
* new CommandRequest_ProcessFile(vlocal.VideoLocalID, false);
* cr_procfile3.Save();
* return vlocalplace;
* }
*
* // also save the filename to hash record
* // replace the existing records just in case it was corrupt
* FileNameHash fnhash;
* List<FileNameHash> fnhashes2 =
* Repo.Instace.FileNameHash.GetByFileNameAndSize(vlocal.FileName, vlocal.FileSize);
* if (fnhashes2 != null && fnhashes2.Count > 1)
* {
* // if we have more than one record it probably means there is some sort of corruption
* // lets delete the local records
* foreach (FileNameHash fnh in fnhashes2)
* {
* Repo.Instace.FileNameHash.Delete(fnh.FileNameHashID);
* }
* }
*
* if (fnhashes2 != null && fnhashes2.Count == 1)
* fnhash = fnhashes2[0];
* else
* fnhash = new FileNameHash();
*
* fnhash.FileName = vlocal.FileName;
* fnhash.FileSize = vlocal.FileSize;
* fnhash.Hash = vlocal.Hash;
* fnhash.DateTimeUpdated = DateTime.Now;
* Repo.Instace.FileNameHash.Save(fnhash);
* }
* else
* {
* FillMissingHashes(vlocal);
* }
*
*
* if ((vlocal.Media == null) || vlocal.MediaVersion < SVR_VideoLocal.MEDIA_VERSION || vlocal.Duration == 0)
* {
* if (vlocalplace.RefreshMediaInfo())
* Repo.Instace.VideoLocal.Save(vlocalplace.VideoLocal, true);
* }
* // now add a command to process the file
* CommandRequest_ProcessFile cr_procfile = new CommandRequest_ProcessFile(vlocal.VideoLocalID, false);
* cr_procfile.Save();
*
* return vlocalplace; */
}
private void ProcessRequest(Options commandLineOptions)
{
StreamHasher fileHashMaker;
switch (commandLineOptions.HashAgorithm.ToUpper())
{
case "MD160":
fileHashMaker = new MD160Hasher();
break;
case "SHA1":
fileHashMaker = new SHA1Hasher();
break;
case "SHA256":
fileHashMaker = new SHA256Hasher();
break;
case "SHA384":
fileHashMaker = new SHA384Hasher();
break;
case "SHA512":
fileHashMaker = new SHA512Hasher();
break;
case "MD5":
default:
fileHashMaker = new MD5Hasher();
break;
}
fileHashMaker.HashBlockProcessed += fileHashMaker_HashBlockProcessed;
List <String[]> inputFiles = new List <String[]>();
if (commandLineOptions.Concatenate)
{
// Files will be treated as a single stream -
// copy all filenames into a string array,
// then add the array to the List
String[] files = new String[commandLineOptions.Items.Count];
for (int loop = 0; loop < commandLineOptions.Items.Count; loop++)
{
files[loop] = commandLineOptions.Items[loop];
}
inputFiles.Add(files);
}
else
{
// Each file treated as a separate entity -
// copy each filename into a separate string array,
// then add each array to the List
foreach (String fileToProcess in commandLineOptions.Items)
{
String[] file = new String[] { fileToProcess };
inputFiles.Add(file);
}
}
foreach (String[] fileEntry in inputFiles)
{
byte[] fileHash = fileHashMaker.ComputeFileHash(fileEntry, (int)commandLineOptions.BlockSize);
Console.WriteLine(commandLineOptions.HashAgorithm.ToUpper() + ": " + BitConverter.ToString(fileHash));
if (!string.IsNullOrWhiteSpace(commandLineOptions.AppendToHashFile))
{
var settings = HashFile.OpenFile(commandLineOptions.AppendToHashFile);
settings.Add(fileEntry[0], BitConverter.ToString(fileHash).Replace("-", string.Empty), commandLineOptions.HashAgorithm.ToUpper());
settings.Save();
}
}
}
/// <summary>
/// Chargé en mémoire le fichier Rom spécifier par this._FileName
/// </summary>
/// <returns>Return true si le fichier est bien chargé</returns>
public bool Load()
{
if (File.Exists(this._FileName))
{
if (SnesRom.isValid(this._FileName)) //Verifie si le fichier Rom valide
//Variable de Verification pour determiner de quel type est la rom a charg
{
string CheckLow1 = Convertir.StringHexa_LittleEndian(ExtractData.AspireString("81DC", "81DD", this.FileName, true));
string CheckLow2 = Convertir.StringHexa_LittleEndian(ExtractData.AspireString("81DE", "81DF", this.FileName, true));
string CheckLow1b = Convertir.StringHexa_LittleEndian(ExtractData.AspireString("7FDC", "7FDD", this.FileName, true));
string CheckLow2b = Convertir.StringHexa_LittleEndian(ExtractData.AspireString("7FDE", "7FDF", this.FileName, true));
string CheckHigh1 = Convertir.StringHexa_LittleEndian(ExtractData.AspireString("101DC", "101DD", this.FileName, true));
string CheckHigh2 = Convertir.StringHexa_LittleEndian(ExtractData.AspireString("101DE", "101DF", this.FileName, true));
string CheckHigh1b = Convertir.StringHexa_LittleEndian(ExtractData.AspireString("FFDC", "FFDD", this.FileName, true));
string CheckHigh2b = Convertir.StringHexa_LittleEndian(ExtractData.AspireString("FFDE", "FFDF", this.FileName, true));
long ValCheckLowb = Convertir.HexaToDecimal(CheckLow1b) + Convertir.HexaToDecimal(CheckLow2b);
long ValCheckHigh = Convertir.HexaToDecimal(CheckHigh1) + Convertir.HexaToDecimal(CheckHigh2);
long ValCheckHighb = Convertir.HexaToDecimal(CheckHigh1b) + Convertir.HexaToDecimal(CheckHigh2b);
long ValCheckLow = Convertir.HexaToDecimal(CheckLow1) + Convertir.HexaToDecimal(CheckLow2);
//Extraire les informations sur la rom dependant du type de rom
if (ValCheckLow == 65535) //LowRom 1
{
this._RomType = RomType.LowRom_School_1;
this._RomName = ExtractData.AspireString("81C0", "81D4", this.FileName).TrimEnd(new char[] { ' ' });
this._PostitionName = (int)Convertir.HexaToDecimal("81C0");
this._InfoCart = (InformationCartouche)
Convertir.HexaToDecimal(
Convertir.StringHexa_LittleEndian(
ExtractData.AspireString("81D6", "81D6", this.FileName, true)));
this._RomSizeMB = (ROMSize)
Convertir.HexaToDecimal(
Convertir.StringHexa_LittleEndian(
ExtractData.AspireString("81D7", "81D7", this.FileName, true)));
this._RamSizeKB = (RAMSize)
Convertir.HexaToDecimal(
Convertir.StringHexa_LittleEndian(
ExtractData.AspireString("81D8", "81D8", this.FileName, true)));
this._Country = (Country)
Convertir.HexaToDecimal(
Convertir.StringHexa_LittleEndian(
ExtractData.AspireString("81D9", "81D9", this.FileName, true)));
this._Compagnie = (Compagnie)
Convertir.HexaToDecimal(
Convertir.StringHexa_LittleEndian(
ExtractData.AspireString("81DA", "81DA", this.FileName, true)));
this._Version = Convertir.StringHexa_LittleEndian(ExtractData.AspireString("81DB", "81DB", this.FileName, true));
this._CompChecksum = Convertir.StringHexa_LittleEndian(ExtractData.AspireString("81DC", "81DD", this.FileName, true));
this._Checksum = Convertir.StringHexa_LittleEndian(ExtractData.AspireString("81DE", "81DF", this.FileName, true));
this._NmiVblVector = Convertir.StringHexa_LittleEndian(ExtractData.AspireString("81EA", "81EB", this.FileName, true));
this._ResetVector = Convertir.StringHexa_LittleEndian(ExtractData.AspireString("81FC", "81FD", this.FileName, true));
}
else if (ValCheckLowb == 65535) //LowRom 2
{
this._RomType = RomType.LowRom_School_2;
this._RomName = ExtractData.AspireString("7FC0", "7FD4", this.FileName).TrimEnd(new char[] { ' ' });
this._PostitionName = (int)Convertir.HexaToDecimal("7FC0");
this._InfoCart = (InformationCartouche)
Convertir.HexaToDecimal(
Convertir.StringHexa_LittleEndian(
ExtractData.AspireString("7FD6", "7FD6", this.FileName, true)));
this._RomSizeMB = (ROMSize)
Convertir.HexaToDecimal(
Convertir.StringHexa_LittleEndian(
ExtractData.AspireString("7FD7", "7FD7", this.FileName, true)));
this._RamSizeKB = (RAMSize)
Convertir.HexaToDecimal(
Convertir.StringHexa_LittleEndian(
ExtractData.AspireString("7FD8", "7FD8", this.FileName, true)));
this._Country = (Country)
Convertir.HexaToDecimal(
Convertir.StringHexa_LittleEndian(
ExtractData.AspireString("7FD9", "7FD9", this.FileName, true)));
this._Compagnie = (Compagnie)
Convertir.HexaToDecimal(
Convertir.StringHexa_LittleEndian(
ExtractData.AspireString("7FDA", "7FDA", this.FileName, true)));
this._Version = Convertir.StringHexa_LittleEndian(ExtractData.AspireString("7FDB", "7FDB", this.FileName, true));
this._CompChecksum = Convertir.StringHexa_LittleEndian(ExtractData.AspireString("7FDC", "7FDD", this.FileName, true));
this._Checksum = Convertir.StringHexa_LittleEndian(ExtractData.AspireString("7FDE", "7FDF", this.FileName, true));
this._NmiVblVector = Convertir.StringHexa_LittleEndian(ExtractData.AspireString("7FEA", "7FEB", this.FileName, true));
this._ResetVector = Convertir.StringHexa_LittleEndian(ExtractData.AspireString("7FFC", "7FFD", this.FileName, true));
}
else if (ValCheckHigh == 65535) // HighRom
{
this._RomType = RomType.HighRom;
this._RomName = ExtractData.AspireString("101C0", "101D4", this.FileName).TrimEnd(new char[] { ' ' });
this._PostitionName = (int)Convertir.HexaToDecimal("101C0");
this._InfoCart = (InformationCartouche)
Convertir.HexaToDecimal(
Convertir.StringHexa_LittleEndian(
ExtractData.AspireString("101D6", "101D6", this.FileName, true)));
this._RomSizeMB = (ROMSize)
Convertir.HexaToDecimal(
Convertir.StringHexa_LittleEndian(
ExtractData.AspireString("101D7", "101D7", this.FileName, true)));
this._RamSizeKB = (RAMSize)
Convertir.HexaToDecimal(
Convertir.StringHexa_LittleEndian(
ExtractData.AspireString("101D8", "101D8", this.FileName, true)));
this._Country = (Country)
Convertir.HexaToDecimal(
Convertir.StringHexa_LittleEndian(
ExtractData.AspireString("101D9", "101D9", this.FileName, true)));
this._Compagnie = (Compagnie)
Convertir.HexaToDecimal(
Convertir.StringHexa_LittleEndian(
ExtractData.AspireString("101DA", "101DA", this.FileName, true)));
this._Version = Convertir.StringHexa_LittleEndian(ExtractData.AspireString("101DB", "101DB", this.FileName, true));
this._CompChecksum = Convertir.StringHexa_LittleEndian(ExtractData.AspireString("101DC", "101DD", this.FileName, true));
this._Checksum = Convertir.StringHexa_LittleEndian(ExtractData.AspireString("101DE", "101DF", this.FileName, true));
this._NmiVblVector = Convertir.StringHexa_LittleEndian(ExtractData.AspireString("101EA", "101EB", this.FileName, true));
this._ResetVector = Convertir.StringHexa_LittleEndian(ExtractData.AspireString("101FC", "101FD", this.FileName, true));
}
else if (ValCheckHighb == 65535) // HighRom
{
this._RomType = RomType.HighRom;
this._RomName = ExtractData.AspireString("FFC0", "FFD4", this.FileName).TrimEnd(new char[] { ' ' });
this._PostitionName = (int)Convertir.HexaToDecimal("FFC0");
this._InfoCart = (InformationCartouche)
Convertir.HexaToDecimal(
Convertir.StringHexa_LittleEndian(
ExtractData.AspireString("FFD6", "FFD6", this.FileName, true)));
this._RomSizeMB = (ROMSize)
Convertir.HexaToDecimal(
Convertir.StringHexa_LittleEndian(
ExtractData.AspireString("FFD7", "FFD7", this.FileName, true)));
this._RamSizeKB = (RAMSize)
Convertir.HexaToDecimal(
Convertir.StringHexa_LittleEndian(
ExtractData.AspireString("FFD8", "FFD8", this.FileName, true)));
this._Country = (Country)
Convertir.HexaToDecimal(
Convertir.StringHexa_LittleEndian(
ExtractData.AspireString("FFD9", "FFD9", this.FileName, true)));
this._Compagnie = (Compagnie)
Convertir.HexaToDecimal(
Convertir.StringHexa_LittleEndian(
ExtractData.AspireString("FFDA", "FFDA", this.FileName, true)));
this._Version = Convertir.StringHexa_LittleEndian(ExtractData.AspireString("FFDB", "FFDB", this.FileName, true));
this._CompChecksum = Convertir.StringHexa_LittleEndian(ExtractData.AspireString("FFDC", "FFDD", this.FileName, true));
this._Checksum = Convertir.StringHexa_LittleEndian(ExtractData.AspireString("FFDE", "FFDF", this.FileName, true));
this._NmiVblVector = Convertir.StringHexa_LittleEndian(ExtractData.AspireString("FFEA", "FFEB", this.FileName, true));
this._ResetVector = Convertir.StringHexa_LittleEndian(ExtractData.AspireString("FFFC", "FFFD", this.FileName, true));
}
//Format d'affichage
if (this._Country.ToString() == "Japon" ||
this._Country.ToString() == "USA")
{
this._FormatAffichage = FormatAffichage.NTSC;
}
else
{
this._FormatAffichage = FormatAffichage.PAL;
}
//MD5 hashing
this._MD5 = HashFile.GetMD5Hexa(this._FileName);
#region DEBUG INFOS : Informations sur la Rom
// #if DEBUG //Informations de debuggage
// Debug.WriteLine("DEBUG INFOS START : VRS.Library.Console.SuperNintendo.SnesRom.Load()");
// Debug.WriteLine("CheckLow1 :" + CheckLow1);
// Debug.WriteLine("CheckLow2 :" + CheckLow2);
// Debug.WriteLine("CheckLow1b :" + CheckLow1b);
// Debug.WriteLine("CheckLow2b :" + CheckLow2b);
// Debug.WriteLine("CheckHigh1 :" + CheckHigh1);
// Debug.WriteLine("CheckHigh2 :" + CheckHigh2);
// Debug.WriteLine("CheckHigh1b :" + CheckHigh1b);
// Debug.WriteLine("CheckHigh2b :" + CheckHigh2b);
// Debug.WriteLine("ValCheckLowb :" + ValCheckLowb);
// Debug.WriteLine("ValCheckHigh :" + ValCheckHigh);
// Debug.WriteLine("ValCheckHighb :" + ValCheckHighb);
// Debug.WriteLine("ValCheckLow :" + ValCheckLow);
// Debug.WriteLine("this._RomName :" + this._RomName);
// Debug.WriteLine("this._InfoCart :" + this._InfoCart.ToString());
// Debug.WriteLine("this._RomSizeMB :" + this._RomSizeMB.ToString());
// Debug.WriteLine("this._RamSizeKB :" + this._RamSizeKB.ToString());
// Debug.WriteLine("this._Country :" + this._Country.ToString());
// Debug.WriteLine("this._Compagnie :" + this._Compagnie.ToString());
// Debug.WriteLine("this._version : 1." + this._Version);
// Debug.WriteLine("this._CompChecksum :" + this._CompChecksum);
// Debug.WriteLine("this._Checksum :" + this._Checksum);
// Debug.WriteLine("this._ResetVector :" + this._ResetVector);
// Debug.WriteLine("this._NmiVblVector :" + this._NmiVblVector);
// Debug.WriteLine("this._FormatAffichage :" + this._FormatAffichage);
// Debug.WriteLine("this._MD5 :" + this._MD5);
// Debug.WriteLine("DEBUG INFOS END : VRS.Library.Console.SuperNintendo.SnesRom.Load()");
// #endif
#endregion
return(true);
}
else
{
return(false);
}
}
else
{
throw new FileNotFoundException();
}
}
private void button8_Click(object sender, System.EventArgs e)
{
MessageBox.Show(this, HashFile.GetMD5Hexa(@"d:\cookies.txt"));
}
static void Main2()
{
Console.WriteLine("Columbia State Launcher - Update Service");
Console.WriteLine("Version 1.0.0.0, (c) Columbia State Team");
Console.WriteLine("Error report: https://columbia-state.com");
Console.WriteLine("----------------------------------------");
Console.WriteLine("Azuriranja launcher-a automatski pocinje\n");
FilesLibrary lib = new FilesLibrary();
for (int i = 0; i < lib.Lenght; i++)
{
index = i;
Console.Write(lib.Name(i).Substring(2));
//for(int j = 0; j < (50 - lib.Name(i).Substring(2).Length); j++)
//{
// Console.Write(" ");
//}
pozX = Console.CursorLeft + (50 - lib.Name(i).Substring(2).Length);
pozY = Console.CursorTop;
Write("provjera ");
if (File.Exists(lib.Name(i)))
{
Write("valdacija ");
if (HashFile.GetMD5(lib.Name(i)) == lib.Hash(i))
{
Write("uredu \n");
continue;
}
else
{
Write("brisanje ");
File.Delete(lib.Name(i));
Write("skidanje ");
using (WebClient client = new WebClient())
{
var url = new Uri("https://columbia-state.com/launcher/" + lib.Name(i).Substring(2) + ".gz");
//client.DownloadProgressChanged += new DownloadProgressChangedEventHandler(DownloadProgressChanged);
//client.DownloadFileCompleted += new AsyncCompletedEventHandler(DownloadFileCompleted);
//client.DownloadFileAsync(url, path + "\\" + lib.Name(i).Substring(2) + ".gz");
client.DownloadFile(url, path + "\\" + lib.Name(i).Substring(2) + ".gz");
//while (client.IsBusy) Thread.Sleep(100);
}
Write("dekompresija ");
if (File.Exists(path + "\\" + lib.Name(i).Substring(2) + ".gz"))
{
FileInfo fi = new FileInfo(path + "\\" + lib.Name(i).Substring(2) + ".gz");
Decompress(fi);
}
else
{
error = true;
Write("greska u skidanju fajla");
break;
}
File.Delete(path + "\\" + lib.Name(i).Substring(2) + ".gz");
Write("provjera ");
if (File.Exists(lib.Name(i)))
{
Write("valdacija ");
if (HashFile.GetMD5(lib.Name(i)) == lib.Hash(i))
{
Write("uredu \n");
continue;
}
else
{
error = true;
Write("greska u valdaciji skinutog fajla");
break;
}
}
else
{
error = true;
Write("greska u provjeri skinutog fajla");
break;
}
}
}
else
{
Write("skidanje ");
using (WebClient client = new WebClient())
{
var url = new Uri("https://columbia-state.com/launcher/" + lib.Name(i).Substring(2) + ".gz");
//client.DownloadProgressChanged += new DownloadProgressChangedEventHandler(DownloadProgressChanged);
//client.DownloadFileCompleted += new AsyncCompletedEventHandler(DownloadFileCompleted);
//client.DownloadFileAsync(url, path + "\\" + lib.Name(i).Substring(2) + ".gz");
client.DownloadFile(url, path + "\\" + lib.Name(i).Substring(2) + ".gz");
//while (client.IsBusy) Thread.Sleep(100);
}
Write("dekompresija");
if (File.Exists(path + "\\" + lib.Name(i).Substring(2) + ".gz"))
{
FileInfo fi = new FileInfo(path + "\\" + lib.Name(i).Substring(2) + ".gz");
Decompress(fi);
}
else
{
error = true;
Write("greska u skidanju fajla");
break;
}
File.Delete(path + "\\" + lib.Name(i).Substring(2) + ".gz");
Write("provjera ");
if (File.Exists(lib.Name(i)))
{
Write("valdacija ");
if (HashFile.GetMD5(lib.Name(i)) == lib.Hash(i))
{
Write("uredu \n");
continue;
}
else
{
error = true;
Write("greska u valdaciji skinutog fajla");
break;
}
}
else
{
error = true;
Write("greska u provjeri skinutog fajla");
break;
}
}
}
if (error)
{
Console.WriteLine("\nGreska tokom azuriranja, prijavite na https://columbia-state.com");
}
else
{
Console.WriteLine("\nUspjesno azuriranje, pokrenite aplikaciju");
}
Console.ReadKey();
}
