private void buttonOpen_Click(object sender, EventArgs e)
{
if (openPS4DMP.ShowDialog() == DialogResult.OK)
{
textOpen.Text = openPS4DMP.FileName;
if (PS4Nor.CheckHeader(textOpen.Text) == true)
{
if (PS4Nor.CheckSize(textOpen.Text) == true)
{
SHA1 sha = new SHA1CryptoServiceProvider();
ASCIIEncoding encode = new ASCIIEncoding();
bufferB = new byte[20];
Tool.readBuffer = null;
Tool.ReadWriteData(textOpen.Text, null, "r");
bufferB = sha.ComputeHash(Tool.readBuffer);
textSHA1.Text = BitConverter.ToString(bufferB).Replace("-", "");
#region GetCID
//Checking MAC Address and Display it in the GUI
bufferA = PS4Nor.GetMAC(textOpen.Text);
if (bufferA != null && bufferA != PS4Nor.ffMAC)
{
textMAC.Text = BitConverter.ToString(bufferA).Replace("-", ":");
Logger.WriteLine(l, "Console MAC Address is: " + textMAC.Text);
}
else
{
Logger.WriteLine(l, "Console MAC Address is only Null or FF Bytes!");
}
bufferA = null;
// Checking Console Serial and Display it in the GUI
bufferA = PS4Nor.GetCID(textOpen.Text);
if (bufferA != null && bufferA != PS4Nor.ffCSerial)
{
bufferString = encode.GetString(bufferA);
textCID.Text = bufferString.Insert(10, "-");
Logger.WriteLine(l, "Console Serial is:" + textCID.Text);
}
else
{
Logger.WriteLine(l, "Console Serial is only Null or FF Bytes!");
}
bufferA = null;
// Checking SKU Version and Display it in the GUI
bufferA = PS4Nor.GetSKU(textOpen.Text);
if (bufferA != null && bufferA != PS4Nor.ffSKU)
{
textSKU.Text = encode.GetString(bufferA);
Logger.WriteLine(l, "Console SKU Version is: " + textSKU.Text);
}
else
{
Logger.WriteLine(l, "Console SKU Version is only Null or FF Bytes!");
}
bufferA = null;
// Checking FirmWare Version and Display it in the GUI
bufferA = PS4Nor.GetFWV(textOpen.Text);
if (bufferA != null && bufferA != PS4Nor.ffMAC)
{
bufferString = BitConverter.ToString(bufferA).Replace("-", "");
textFWV.Text = bufferString.Insert(2, ".").Replace("01.", "1.").Replace("02.", "2.").Replace("03.", "3.").Replace("04.", "4.").Replace("05.", "5.").Replace("06.", "6.").Replace("07.", "7.").Replace("08.", "8.").Replace("09.", "9.").Insert(4, ".");
Logger.WriteLine(l, "Console FirmWare Version is: " + textFWV.Text);
}
else
{
Logger.WriteLine(l, "Console FirmWare Version is only Null or FF Bytes!");
}
bufferA = null;
#endregion CheckingCID
buttonExtractNow.Enabled = true;
}
else
{
MessageBox.Show("PS4 NOR Dump is corrupted\nSize miss match\n\n");
Logger.WriteLine(l, "PS4 NOR Dump is corrupted\nSize miss match\n\n");
textOpen.Text = "Select PS4 NOR Dump 2 Extract...";
}
}
else
{
MessageBox.Show("This is NOT a valide PS4 NOR Dump file\nHeader miss match\n\n");
Logger.WriteLine(l, "This is NOT a valide PS4 NOR Dump file\nHeader miss match\n\n");
textOpen.Text = "Select PS4 NOR Dump 2 Extract...";
}
}
}
private void CheckDumpPS4(string str)
{
int s = 0;
int r = 0;
string bufferString = "";
ASCIIEncoding encode = new ASCIIEncoding();
PS4Nor.CheckDumpFull(textOpen.Text);
#region CheckingCID
//Checking MAC Address and Display it in the GUI
bufferA = PS4Nor.GetMAC(textOpen.Text);
if (bufferA != null && bufferA != PS4Nor.ffMAC)
{
s++;
textMAC.Text = BitConverter.ToString(bufferA).Replace("-", ":");
Logger.WriteLine(l, "Console MAC Address is: " + textMAC.Text);
}
else
{
r++;
Logger.WriteLine(l, "Console MAC Address is only Null or FF Bytes!");
}
bufferA = null;
// Checking Console Serial and Display it in the GUI
bufferA = PS4Nor.GetCID(textOpen.Text);
if (bufferA != null && bufferA != PS4Nor.ffCSerial)
{
s++;
bufferString = encode.GetString(bufferA);
textCID.Text = bufferString.Insert(10, "-");
Logger.WriteLine(l, "Console Serial is:" + textCID.Text);
}
else
{
r++;
Logger.WriteLine(l, "Console Serial is only Null or FF Bytes!");
}
bufferA = null;
// Checking SKU Version and Display it in the GUI
bufferA = PS4Nor.GetSKU(textOpen.Text);
if (bufferA != null && bufferA != PS4Nor.ffSKU)
{
s++;
textSKU.Text = encode.GetString(bufferA);
Logger.WriteLine(l, "Console SKU Version is: " + textSKU.Text);
}
else
{
r++;
Logger.WriteLine(l, "Console SKU Version is only Null or FF Bytes!");
}
bufferA = null;
// Checking FirmWare Version and Display it in the GUI
bufferA = PS4Nor.GetFWV(textOpen.Text);
if (bufferA != null && bufferA != PS4Nor.ffMAC)
{
s++;
bufferString = BitConverter.ToString(bufferA).Replace("-", "");
textFWV.Text = bufferString.Insert(2, ".").Replace("01.", "1.").Replace("02.", "2.").Replace("03.", "3.").Replace("04.", "4.").Replace("05.", "5.").Replace("06.", "6.").Replace("07.", "7.").Replace("08.", "8.").Replace("09.", "9.").Insert(4, ".");
Logger.WriteLine(l, "Console FirmWare Version is: " + textFWV.Text);
}
else
{
r++;
Logger.WriteLine(l, "Console FirmWare Version is only Null or FF Bytes!");
}
bufferA = null;
#endregion CheckingCID
Logger.WriteLine(l, "Result: " + s.ToString() + " of 31 Checks Passed!!\nErrors: " + r.ToString() + " where Detected!!");
}
private void CheckDumpPS4(string str)
{
s = 0;
r = 0;
if (str == "s")
{
bufferString = textSave.Text;
}
else if (str == "o")
{
bufferString = textOpen.Text;
}
ASCIIEncoding encode = new ASCIIEncoding();
PS4Nor.CheckDumpFull(bufferString);
#region CheckingResult
if (PS4Nor._sceBigMagic == true)
{
s++;
console.WriteOutput("sceBigMagic is OK!\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "sceBigMagic is OK!");
}
else
{
r++;
console.WriteOutput("sceBigMagic is NOT OK!\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "sceBigMagic is NOT OK!");
}
if (PS4Nor._sceSmallMagic1 == true)
{
s++;
console.WriteOutput("sceSmallMagic1 is OK!\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "sceSmallMagic1 is OK!");
}
else
{
r++;
console.WriteOutput("sceSmallMagic1 is NOT OK!\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "sceSmallMagic1 is NOT OK!");
}
if (PS4Nor._sceSmallMagic2 == true)
{
s++;
console.WriteOutput("sceSmallMagic2 is OK!\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "sceSmallMagic2 is OK!");
}
else
{
r++;
console.WriteOutput("sceSmallMagic2 is NOT OK!\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "sceSmallMagic2 is NOT OK!");
}
if (PS4Nor._dbcbMagic1 == true)
{
s++;
console.WriteOutput("dbcbMagic1 is OK!\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "dbcbMagic1 is OK!");
}
else
{
r++;
console.WriteOutput("dbcbMagic1 is NOT OK!\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "dbcbMagic1 is NOT OK!");
}
if (PS4Nor._dbcbMagic2 == true)
{
s++;
console.WriteOutput("dbcbMagic2 is OK!\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "dbcbMagic2 is OK!");
}
else
{
r++;
console.WriteOutput("dbcbMagic2 is NOT OK!\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "dbcbMagic2 is NOT OK!");
}
if (PS4Nor._dbcbMagic3 == true)
{
s++;
console.WriteOutput("dbcbMagic3 is OK!\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "dbcbMagic3 is OK!");
}
else
{
r++;
console.WriteOutput("dbcbMagic3 is NOT OK!\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "dbcbMagic3 is NOT OK!");
}
if (PS4Nor._scevtrmMagic1 == true)
{
s++;
console.WriteOutput("scevtrmMagic1 is OK!\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "scevtrmMagic1 is OK!");
}
else
{
r++;
console.WriteOutput("scevtrmMagic1 is NOT OK!\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "scevtrmMagic1 is NOT OK!");
}
if (PS4Nor._scevtrmMagic2 == true)
{
s++;
console.WriteOutput("scevtrmMagic2 is OK!\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "scevtrmMagic2 is OK!");
}
else
{
r++;
console.WriteOutput("scevtrmMagic2 is NOT OK!\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "scevtrmMagic2 is NOT OK!");
}
if (PS4Nor._slb2Magic1 == true)
{
s++;
console.WriteOutput("slb2Magic1 is OK!\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "slb2Magic1 is OK!");
}
else
{
r++;
console.WriteOutput("slb2Magic1 is NOT OK!\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "slb2Magic1 is NOT OK!");
}
if (PS4Nor._slb2Magic2 == true)
{
s++;
console.WriteOutput("slb2Magic2 is OK!\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "slb2Magic2 is OK!");
}
else
{
r++;
console.WriteOutput("slb2Magic2 is NOT OK!\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "slb2Magic2 is NOT OK!");
}
if (PS4Nor._slb2Magic3 == true)
{
s++;
console.WriteOutput("slb2Magic3 is OK!\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "slb2Magic3 is OK!");
}
else
{
r++;
console.WriteOutput("slb2Magic3 is NOT OK!\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "slb2Magic3 is NOT OK!");
}
if (PS4Nor._slb2Magic4 == true)
{
s++;
console.WriteOutput("slb2Magic4 is OK!\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "slb2Magic4 is OK!");
}
else
{
r++;
console.WriteOutput("slb2Magic4 is NOT OK!\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "slb2Magic4 is NOT OK!");
}
if (PS4Nor._blobMagic1 == true)
{
s++;
console.WriteOutput("1 512 byte long Hex-Blob with constant Offset in Unk File is OK!\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "1 512 byte long Hex-Blob with constant Offset in Unk File is OK!");
}
else
{
r++;
console.WriteOutput("1 512 byte long Hex-Blob with constant Offset in Unk File is NOT OK!\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "1 512 byte long Hex-Blob with constant Offset in Unk File is NOT OK!");
}
if (PS4Nor._blobMagic2 == true)
{
s++;
console.WriteOutput("2 512 byte long Hex-Blob with constant Offset in Unk File is OK!\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "2 512 byte long Hex-Blob with constant Offset in Unk File is OK!");
}
else
{
r++;
console.WriteOutput("2 512 byte long Hex-Blob with constant Offset in Unk File is NOT OK!\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "2 512 byte long Hex-Blob with constant Offset in Unk File is NOT OK!");
}
if (PS4Nor._blobMagic3 == true)
{
s++;
console.WriteOutput("3 512 byte long Hex-Blob with constant Offset in Unk File is OK!\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "3 512 byte long Hex-Blob with constant Offset in Unk File is OK!");
}
else
{
r++;
console.WriteOutput("3 512 byte long Hex-Blob with constant Offset in Unk File is NOT OK!\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "3 512 byte long Hex-Blob with constant Offset in Unk File is NOT OK!");
}
if (PS4Nor._blobMagic4 == true)
{
s++;
console.WriteOutput("4 512 byte long Hex-Blob with constant Offset in Unk File is OK!\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "4 512 byte long Hex-Blob with constant Offset in Unk File is OK!");
}
else
{
r++;
console.WriteOutput("4 512 byte long Hex-Blob with constant Offset in Unk File is NOT OK!\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "4 512 byte long Hex-Blob with constant Offset in Unk File is NOT OK!");
}
if (PS4Nor._blobMagic5 == true)
{
s++;
console.WriteOutput("5 304 byte long Hex-Blob with constant Offset in Unk File is OK!\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "5 304 byte long Hex-Blob with constant Offset in Unk File is OK!");
}
else
{
r++;
console.WriteOutput("5 304 byte long Hex-Blob with constant Offset in Unk File is NOT OK!\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "5 304 byte long Hex-Blob with constant Offset in Unk File is NOT OK!");
}
if (PS4Nor._blobMagic6 == true)
{
s++;
console.WriteOutput("6 224 byte long Hex-Blob with constant Offset in Unk File is OK!\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "6 224 byte long Hex-Blob with constant Offset in Unk File is OK!");
}
else
{
r++;
console.WriteOutput("6 224 byte long Hex-Blob with constant Offset in Unk File is NOT OK!\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "6 224 byte long Hex-Blob with constant Offset in Unk File is NOT OK!");
}
if (PS4Nor._blobMagic7 == true)
{
s++;
console.WriteOutput("7 352 byte long Hex-Blob with constant Offset in Unk File is OK!\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "7 352 byte long Hex-Blob with constant Offset in Unk File is OK!");
}
else
{
r++;
console.WriteOutput("7 352 byte long Hex-Blob with constant Offset in Unk File is NOT OK!\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "7 352 byte long Hex-Blob with constant Offset in Unk File is NOT OK!");
}
if (PS4Nor._blobMagic8 == true)
{
s++;
console.WriteOutput("8 64 byte long Hex-Blob with constant Offset in Unk File is OK!\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "8 64 byte long Hex-Blob with constant Offset in Unk File is OK!");
}
else
{
r++;
console.WriteOutput("8 64 byte long Hex-Blob with constant Offset in Unk File is NOT OK!\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "8 64 byte long Hex-Blob with constant Offset in Unk File is NOT OK!");
}
if (PS4Nor._blobMagic9 == true)
{
s++;
console.WriteOutput("2 32 byte long Hex-Blob of Console Specific Constant in SCEVTRM is OK!\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "2 32 byte long Hex-Blob of Console Specific Constant in SCEVTRM is OK!");
}
else
{
r++;
console.WriteOutput("2 32 byte long Hex-Blob of Console Specific Constant in SCEVTRM is NOT OK!\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "2 32 byte long Hex-Blob of Console Specific Constant in SCEVTRM is NOT OK!");
}
if (PS4Nor._ccMagic1 == true)
{
s++;
console.WriteOutput("1 50 byte long Console Constant Hex-Blob in SCEVTRM is OK!\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "1 50 byte long Console Constant Hex-Blob in SCEVTRM is OK!");
}
else
{
r++;
console.WriteOutput("1 50 byte long Console Constant Hex-Blob in SCEVTRM is NOT OK!\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "1 50 byte long Console Constant Hex-Blob in SCEVTRM is NOT OK!");
}
if (PS4Nor._ccMagic2 == true)
{
s++;
console.WriteOutput("2 48 byte long Console Constant Hex-Blob in Unk File is OK!\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "2 48 byte long Console Constant Hex-Blob in Unk File is OK!");
}
else
{
r++;
console.WriteOutput("2 48 byte long Console Constant Hex-Blob in Unk File is NOT OK!\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "2 48 byte long Console Constant Hex-Blob in Unk File is NOT OK!\n");
}
if (PS4Nor._ccMagic3 == true)
{
s++;
console.WriteOutput("3 9 byte long Console Constant Hex-Blob in Unk File is OK!\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "3 9 byte long Console Constant Hex-Blob in Unk File is OK!");
}
else
{
r++;
console.WriteOutput("3 9 byte long Console Constant Hex-Blob in Unk File is NOT OK!\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "3 9 byte long Console Constant Hex-Blob in Unk File is NOT OK!");
}
if (PS4Nor._c01A == true)
{
s++;
console.WriteOutput("1 32 byte long Hex-Blob of MediaCon FW Stage1 & Stage2 do Match between each Other!\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "1 32 byte long Hex-Blob of MediaCon FW Stage1 & Stage2 do Match between each Other!");
}
else
{
r++;
console.WriteOutput("1 32 byte long Hex-Blob of MediaCon FW Stage1 & Stage2 do NOT Match between each Other!\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "1 32 byte long Hex-Blob of MediaCon FW Stage1 & Stage2 do NOT Match between each Other!");
}
if (PS4Nor._c01B == true)
{
s++;
console.WriteOutput("2 32 byte long Hex-Blob of MediaCon FW Stage1 & Stage2 do Match between each Other!\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "2 32 byte long Hex-Blob of MediaCon FW Stage1 & Stage2 do Match between each Other!");
}
else
{
r++;
console.WriteOutput("2 32 byte long Hex-Blob of MediaCon FW Stage1 & Stage2 do NOT Match between each Other!\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "2 32 byte long Hex-Blob of MediaCon FW Stage1 & Stage2 do NOT Match between each Other!");
}
if (PS4Nor._slb2NR3Checksum == true)
{
s++;
console.WriteOutput("Checksum of the Third SLB2 in Flash Image is not Null or only FF bytes...does look Good!\n\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "Checksum of the Third SLB2 in Flash Image is not Null or only FF bytes...does look Good!");
}
else
{
r++;
console.WriteOutput("Checksum of the Third SLB2 in Flash Image is Null or only FF bytes...does NOT look Good!\n\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "Checksum of the Third SLB2 in Flash Image is Null or only FF bytes...does NOT look Good!");
}
#endregion CheckingResult
#region GetCID
//Checking MAC Address and Display it in the GUI
bufferA = PS4Nor.GetMAC(textOpen.Text);
if (bufferA != null && bufferA != PS4Nor.ffMAC)
{
s++;
textMAC.Text = BitConverter.ToString(bufferA).Replace("-", ":");
console.WriteOutput("Console MAC Address is: " + textMAC.Text + "\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "Console MAC Address is: " + textMAC.Text);
}
else
{
r++;
console.WriteOutput("Console MAC Address is only Null or FF Bytes!\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "Console MAC Address is only Null or FF Bytes!");
}
bufferA = null;
// Checking Console Serial and Display it in the GUI
bufferA = PS4Nor.GetCID(textOpen.Text);
if (bufferA != null && bufferA != PS4Nor.ffCSerial)
{
s++;
bufferString = encode.GetString(bufferA);
textCID.Text = bufferString.Insert(10, "-");
console.WriteOutput("Console Serial is: " + textCID.Text + "\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "Console Serial is:" + textCID.Text);
}
else
{
r++;
console.WriteOutput("Console Serial is only Null or FF Bytes!\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "Console Serial is only Null or FF Bytes!");
}
bufferA = null;
// Checking SKU Version and Display it in the GUI
bufferA = PS4Nor.GetSKU(textOpen.Text);
if (bufferA != null && bufferA != PS4Nor.ffSKU)
{
s++;
textSKU.Text = encode.GetString(bufferA);
console.WriteOutput("Console SKU Version is: " + textSKU.Text + "\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "Console SKU Version is: " + textSKU.Text);
}
else
{
r++;
console.WriteOutput("Console SKU Version is only Null or FF Bytes!\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "Console SKU Version is only Null or FF Bytes!");
}
bufferA = null;
// Checking FirmWare Version and Display it in the GUI
bufferA = PS4Nor.GetFWV(textOpen.Text);
if (bufferA != null && bufferA != PS4Nor.ffMAC)
{
s++;
bufferString = BitConverter.ToString(bufferA).Replace("-", "");
textFWV.Text = bufferString.Insert(2, ".").Replace("01.", "1.").Replace("02.", "2.").Replace("03.", "3.").Replace("04.", "4.").Replace("05.", "5.").Replace("06.", "6.").Replace("07.", "7.").Replace("08.", "8.").Replace("09.", "9.").Insert(4, ".");
console.WriteOutput("Console FirmWare Version is: " + textFWV.Text + "\n\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "Console FirmWare Version is: " + textFWV.Text);
}
else
{
r++;
console.WriteOutput("Console FirmWare Version is only Null or FF Bytes!\n\n", System.Drawing.Color.Yellow);
Logger.WriteLine(l, "Console FirmWare Version is only Null or FF Bytes!");
}
bufferA = null;
#endregion CheckingCID
Logger.WriteLine(l, "Result: " + s.ToString() + " of 31 Checks Passed!!\nErrors: " + r.ToString() + " where Detected!!");
console.WriteOutput("Result: " + s.ToString() + " of 31 Checks Passed\nErrors: " + r.ToString() + " where Detected!!\n\n", System.Drawing.Color.Yellow);
if (r == 0 && str == "o" || r != 0 && str == "o" && File.Exists("developer.conf") == true)
{
Write.Enabled = true;
WriteV.Enabled = true;
buttonOL.Enabled = true;
}
else if (r == 0 && str == "s" || r != 0 && str == "s" && File.Exists("developer.conf") == true)
{
buttonOL.Enabled = true;
}
}
