private void KeyCode(Keys keys)
{
switch (keys)
{
case Keys.PageDown:
Position = Convertir.DecimalToHexa(Convertir.HexaToDecimal(this._CurrentPosition) + (this._ColumnSize * this._TotalLine));
break;
case Keys.PageUp:
if (Position != "0")
{
if (Convertir.HexaToDecimal(this._CurrentPosition) > (this._ColumnSize * this._TotalLine))
{
Position = Convertir.DecimalToHexa(Convertir.HexaToDecimal(this._CurrentPosition) - (this._ColumnSize * this._TotalLine));
}
else
{
Position = "0";
}
}
break;
case Keys.Home:
Position = "0";
break;
case Keys.End:
Position = Convertir.DecimalToHexa(this.sbValue.Maximum);
break;
}
}
private void HexaTextBox_Leave(object sender, System.EventArgs e)
{
//Verifie si le total est superieurs ou inferieux au limite du control
long val = Convertir.HexaToDecimal(HexaBox.Text);
if (val > this._maxValue)
{
HexaBox.Text = Convertir.DecimalToHexa(this._maxValue);
}
if (val < this._minValue)
{
HexaBox.Text = Convertir.DecimalToHexa(this._minValue);
}
}
/// <summary>
/// Verifie que le fichier Rom est valide
/// </summary>
/// <param name="FileName">Chemin vers le fichier (path)</param>
/// <returns>Retourne true si le fichier rom est un fichier de type Super Nintendo</returns>
public static bool isValid(string FileName)
{
if (File.Exists(FileName))
{
//Variable de Verification pour determiner de quel type est la rom a charge
string CheckLow1 = Convertir.StringHexa_LittleEndian(ExtractData.AspireString("81DC", "81DD", FileName, true));
string CheckLow2 = Convertir.StringHexa_LittleEndian(ExtractData.AspireString("81DE", "81DF", FileName, true));
string CheckLow1b = Convertir.StringHexa_LittleEndian(ExtractData.AspireString("7FDC", "7FDD", FileName, true));
string CheckLow2b = Convertir.StringHexa_LittleEndian(ExtractData.AspireString("7FDE", "7FDF", FileName, true));
string CheckHigh1 = Convertir.StringHexa_LittleEndian(ExtractData.AspireString("101DC", "101DD", FileName, true));
string CheckHigh2 = Convertir.StringHexa_LittleEndian(ExtractData.AspireString("101DE", "101DF", FileName, true));
string CheckHigh1b = Convertir.StringHexa_LittleEndian(ExtractData.AspireString("FFDC", "FFDD", FileName, true));
string CheckHigh2b = Convertir.StringHexa_LittleEndian(ExtractData.AspireString("FFDE", "FFDF", 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);
//Fichier Valide ?
if (ValCheckLow == 65535)
{
return(true); //LowRom 1
}
if (ValCheckLowb == 65535)
{
return(true); //LowRom 2
}
if (ValCheckHigh == 65535)
{
return(true); //HighRom
}
if (ValCheckHighb == 65535)
{
return(true); //HighRom
}
return(false); //Fichier non valide
}
else
{
return(false); //Fichier non trouver donc pa valide
}
}
public static string AspireString(string pStartPos, string pStopPos, string FileName, bool LittleEndian)
{
int startPos = (int)Convertir.HexaToDecimal(pStartPos);
int stopPos = (int)Convertir.HexaToDecimal(pStopPos);
string FinalData = "";
int ExtractLenght = stopPos - startPos + 1;
if (ExtractLenght > 0)
{
if (File.Exists(FileName))
{
FileStream file = new FileStream(FileName, FileMode.Open, FileAccess.Read, FileShare.Read);
BinaryReader reader = null;
if (LittleEndian)
{
reader = new BinaryReader(file, Encoding.Unicode);
}
else
{
reader = new BinaryReader(file);
}
//Extraction des donner
if (reader.BaseStream.CanRead)
{
//Positione au debut
reader.BaseStream.Seek(startPos, SeekOrigin.Begin);
char[] data = reader.ReadChars(ExtractLenght);
FinalData = Convertir.CharArrayToString(data);
}
reader.Close();
file.Close();
}
}
return(FinalData);
}
private void Control_MouseWheel(object sender, System.Windows.Forms.MouseEventArgs e)
{
if (this._isLoaded)
{
if (e.Delta > 0)
{
if (Position != "0")
{
if (Convertir.HexaToDecimal(this._CurrentPosition) > this._ColumnSize)
{
Position = Convertir.DecimalToHexa(Convertir.HexaToDecimal(this._CurrentPosition) - this._ColumnSize);
}
else
{
Position = "0";
}
}
}
else
{
Position = Convertir.DecimalToHexa(Convertir.HexaToDecimal(this._CurrentPosition) + this._ColumnSize);
}
}
}
/// <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 LoadPosition(string Position)
{
try {
//Preparation de la fonctions
long StartPos = Convertir.HexaToDecimal(Position);
long hauteur = this.Font.Height;
this._TotalLine = picAdresse.Height / hauteur; //Total de ligne a charger
long DataLenght = this._TotalLine * _ColumnSize;
string EndPos = Convertir.DecimalToHexa((StartPos + DataLenght) - 1);
htbPosition.HexaValue = Position;
dtbPosition.Valeur = htbPosition.DecimalValue;
sbValue.Value = (int)Convertir.HexaToDecimal(Position);
//Verifie que l'adresse de fin est bien au maximum de la fin
if (Convertir.HexaToDecimal(EndPos) > this._FileLen)
{
EndPos = Convertir.DecimalToHexa(this._FileLen);
}
//Extraction des données et preparation avant de les dessiners
string DataBrut = ExtractData.AspireString(Position, EndPos, this._FileName, true);
string DataView = ExtractData.AspireString(Position, EndPos, this._FileName, false);
string[] Data = Convertir.StringHexa_LittleEndian(DataBrut, true).Trim().Split(new char[] { ' ' });
string[] Adresse = new string[this._TotalLine];
if (!this._DecimalMode)
{
//Creation des chaines de position en hexadecimale
long tempPos = StartPos;
Adresse[0] = String.Format("{0, 8:0}", Convertir.DecimalToHexa(tempPos)); //Premiere position
Adresse[0] = Adresse[0].Replace(' ', '0');
for (int i = 1; i < Adresse.Length; i++)
{
tempPos += _ColumnSize;
Adresse[i] = String.Format("{0, 8:0}", Convertir.DecimalToHexa(tempPos)); //String.Format()
Adresse[i] = Adresse[i].Replace(' ', '0');
}
}
else
{
//Creation des chaines de en decimale
long tempPos = StartPos;
Adresse[0] = String.Format("{0, 8:0}", tempPos); //Premiere position
Adresse[0] = Adresse[0].Replace(' ', '0');
for (int i = 1; i < Adresse.Length; i++)
{
tempPos += _ColumnSize;
Adresse[i] = String.Format("{0, 8:0}", tempPos); //String.Format()
Adresse[i] = Adresse[i].Replace(' ', '0');
}
}
//Dessiner les position
Graphics gfxAdresse = picAdresse.CreateGraphics();
gfxAdresse.CompositingQuality = CompositingQuality.HighSpeed;
gfxAdresse.Clear(Color.Gray);
PointF ptAdr = new PointF(0, 0);
for (int i = 0; i < Adresse.Length; i++)
{
gfxAdresse.DrawString(Adresse[i], this.Font, Brushes.White, ptAdr, StringFormat.GenericDefault);
ptAdr.Y += this.Font.Height;
}
//Dessiner le Data
Graphics gfxData = picData.CreateGraphics();
gfxData.CompositingQuality = CompositingQuality.HighSpeed;
gfxData.Clear(Color.White);
PointF ptData = new PointF(0, 0);
int cnt = 0;
for (int i = 0; i < Adresse.Length; i++)
{
for (int j = 0; j < _ColumnSize; j++)
{
if (cnt % 2 == 0)
{
gfxData.DrawString(Data[cnt] + " ", this.Font, Brushes.Black, ptData, StringFormat.GenericDefault);
}
else
{
gfxData.DrawString(Data[cnt] + " ", this.Font, Brushes.Blue, ptData, StringFormat.GenericDefault);
}
ptData.X += 20;
cnt++;
}
ptData.X = 0;
ptData.Y += this.Font.Height;
}
//Affiche le Data en fonction de la TBL ou non
if (this.UseTBL)
{
if (this._ShowColor)
{
DrawTBLDataColorDTE(Data, Adresse.Length);
}
else
{
DrawTBLData(Data, Adresse.Length);
}
}
else
{
DrawSimpleData(DataView, Adresse.Length);
}
}
catch { }
}
