public String[] gradeStatus = new String[3];// What passed, what failed, what was undetected
//CONSTRUCTORS
public CoinUtils(CloudCoinCore.CloudCoin cc)
{
// initialise instance variables
this.cc = cc;
for (int i = 0; i < 25; i++)
{
pans[i] = this.generatePan();
} // end for each pan
edHex = "FF"; //Max allowed.
hp = 25; //Max allowed
fileName = this.getDenomination() + ".CloudCoin." + cc.nn + "." + cc.sn + ".";
json = "";
jpeg = null;
}//end constructor
}//constructor
public string fixOneGuidCorner(int raida_ID, CloudCoin cc, int corner, int[] trustedTriad)
{
//RAIDA raida = RAIDA.GetInstance();
CoinUtils cu = new CoinUtils(cc);
ProgressChangedEventArgs pge = new ProgressChangedEventArgs();
/*1. WILL THE BROKEN RAIDA FIX? check to see if it has problems echo, detect, or fix. */
if (raida.nodes[raida_ID].FailsFix || raida.nodes[raida_ID].FailsEcho || raida.nodes[raida_ID].FailsEcho)
{
Console.Out.WriteLine("RAIDA Fails Echo or Fix. Try again when RAIDA online.");
pge.MajorProgressMessage = ("RAIDA Fails Echo or Fix. Try again when RAIDA online.");
raida.OnLogRecieved(pge);
return "RAIDA Fails Echo or Fix. Try again when RAIDA online.";
}
else
{
/*2. ARE ALL TRUSTED RAIDA IN THE CORNER READY TO HELP?*/
if (!raida.nodes[trustedTriad[0]].FailsEcho || !raida.nodes[trustedTriad[0]].FailsDetect || !raida.nodes[trustedTriad[1]].FailsEcho || !!raida.nodes[trustedTriad[1]].FailsDetect || !raida.nodes[trustedTriad[2]].FailsEcho || !raida.nodes[trustedTriad[2]].FailsDetect)
{
/*3. GET TICKETS AND UPDATE RAIDA STATUS TICKETS*/
string[] ans = { cc.an[trustedTriad[0]], cc.an[trustedTriad[1]], cc.an[trustedTriad[2]] };
raida.GetTickets(trustedTriad, ans, cc.nn, cc.sn, cu.getDenomination(), 3000);
/*4. ARE ALL TICKETS GOOD?*/
if (raida.nodes[trustedTriad[0]].HasTicket && raida.nodes[trustedTriad[1]].HasTicket && raida.nodes[trustedTriad[2]].HasTicket)
{
/*5.T YES, so REQUEST FIX*/
//DetectionAgent da = new DetectionAgent(raida_ID, 5000);
if (!continueExecution)
{
Debug.WriteLine("Aborting Fix ");
return "Aborting for new operation";
}
Response fixResponse = RAIDA.GetInstance().nodes[raida_ID].Fix(trustedTriad, raida.nodes[trustedTriad[0]].Ticket, raida.nodes[trustedTriad[1]].Ticket, raida.nodes[trustedTriad[2]].Ticket, cc.an[raida_ID]).Result;
/*6. DID THE FIX WORK?*/
if (fixResponse.success)
{
Console.ForegroundColor = ConsoleColor.Green;
Console.Out.WriteLine("");
Console.Out.WriteLine("RAIDA" + raida_ID + " unfracked successfully.");
pge.MajorProgressMessage = "RAIDA" + raida_ID + " unfracked successfully.";
raida.OnLogRecieved(pge);
//CoreLogger.Log("RAIDA" + raida_ID + " unfracked successfully.");
Console.Out.WriteLine("");
Console.ForegroundColor = ConsoleColor.White;
return "RAIDA" + raida_ID + " unfracked successfully.";
}
else
{
Console.ForegroundColor = ConsoleColor.Red;
Console.Out.WriteLine("");
Console.Out.WriteLine("RAIDA failed to accept tickets on corner " + corner);
pge.MajorProgressMessage = "RAIDA failed to accept tickets on corner " + corner;
raida.OnLogRecieved(pge);
//CoreLogger.Log("RAIDA failed to accept tickets on corner " + corner);
Console.Out.WriteLine("");
Console.ForegroundColor = ConsoleColor.White;
return "RAIDA failed to accept tickets on corner " + corner;
}//end if fix respons was success or fail
}
else
{
Console.ForegroundColor = ConsoleColor.Red;
Console.Out.WriteLine("");
Console.Out.WriteLine("Trusted servers failed to provide tickets for corner " + corner);
pge.MajorProgressMessage = "Trusted servers failed to provide tickets for corner " + corner;
raida.OnLogRecieved(pge);
//CoreLogger.Log("Trusted servers failed to provide tickets for corner " + corner);
Console.Out.WriteLine("");
Console.ForegroundColor = ConsoleColor.White;
return "Trusted servers failed to provide tickets for corner " + corner;//no three good tickets
}//end if all good
}//end if trused triad will echo and detect (Detect is used to get ticket)
Console.ForegroundColor = ConsoleColor.Red;
Console.Out.WriteLine("");
Console.Out.WriteLine("One or more of the trusted triad will not echo and detect.So not trying.");
pge.MajorProgressMessage = "One or more of the trusted triad will not echo and detect.So not trying.";
raida.OnLogRecieved(pge);
//CoreLogger.Log("One or more of the trusted triad will not echo and detect.So not trying.");
Console.Out.WriteLine("");
Console.ForegroundColor = ConsoleColor.White;
return "One or more of the trusted triad will not echo and detect. So not trying.";
}//end if RAIDA fails to fix.
}//end fix one
}//end delete coin
public CoinUtils fixCoin(CloudCoin brokeCoin)
{
CoinUtils cu = new CoinUtils(brokeCoin);
ProgressChangedEventArgs pge = new ProgressChangedEventArgs();
/*0. RESET TICKETS IN RAIDA STATUS TO EMPTY*/
//RAIDA_Status.resetTickets();
RAIDA.GetInstance().nodes.ToList().ForEach(x => x.ResetTicket());
/*0. RESET THE DETECTION to TRUE if it is a new COIN */
RAIDA.GetInstance().nodes.ToList().ForEach(x => x.NewCoin());
//RAIDA_Status.newCoin();
cu.setAnsToPans();// Make sure we set the RAIDA to the cc ans and not new pans.
DateTime before = DateTime.Now;
String fix_result = "";
FixitHelper fixer;
/*START*/
/*1. PICK THE CORNER TO USE TO TRY TO FIX */
int corner = 1;
// For every guid, check to see if it is fractured
for (int raida_ID = 0; raida_ID < 25; raida_ID++)
{
if (!continueExecution)
{
Debug.Write("Stopping Execution");
return cu;
}
// Console.WriteLine("Past Status for " + raida_ID + ", " + brokeCoin.pastStatus[raida_ID]);
if (cu.getPastStatus(raida_ID).ToLower() != "pass")//will try to fix everything that is not perfect pass.
{
Console.ForegroundColor = ConsoleColor.Cyan;
Console.Out.WriteLine("");
Console.WriteLine("Attempting to fix RAIDA " + raida_ID);
pge.MajorProgressMessage = "Attempting to fix RAIDA " + raida_ID;
raida.OnLogRecieved(pge);
// CoreLogger.Log("Attempting to fix RAIDA " + raida_ID);
Console.Out.WriteLine("");
Console.ForegroundColor = ConsoleColor.White;
fixer = new FixitHelper(raida_ID, brokeCoin.an.ToArray());
//trustedServerAns = new String[] { brokeCoin.ans[fixer.currentTriad[0]], brokeCoin.ans[fixer.currentTriad[1]], brokeCoin.ans[fixer.currentTriad[2]] };
corner = 1;
while (!fixer.finished)
{
if (!continueExecution)
{
Debug.Write("Stopping Execution");
return cu;
}
Console.WriteLine(" Using corner " + corner);
pge.MajorProgressMessage = " Using corner " + corner;
raida.OnLogRecieved(pge);
// CoreLogger.Log(" Using corner " + corner);
fix_result = fixOneGuidCorner(raida_ID, brokeCoin, corner, fixer.currentTriad);
// Console.WriteLine(" fix_result: " + fix_result + " for corner " + corner);
if (fix_result.Contains("success"))
{
//Fixed. Do the fixed stuff
cu.setPastStatus("pass", raida_ID);
fixer.finished = true;
corner = 1;
}
else
{
//Still broken, do the broken stuff.
corner++;
fixer.setCornerToCheck(corner);
}
}//End whild fixer not finnished
}//end if RAIDA past status is passed and does not need to be fixed
}//end for each AN
for (int raida_ID = 24; raida_ID > 0; raida_ID--)
{
// Console.WriteLine("Past Status for " + raida_ID + ", " + brokeCoin.pastStatus[raida_ID]);
if (!continueExecution)
{
return cu;
}
if (cu.getPastStatus(raida_ID).ToLower() != "pass")//will try to fix everything that is not perfect pass.
{
Console.ForegroundColor = ConsoleColor.Cyan;
Console.Out.WriteLine("");
Console.WriteLine("Attempting to fix RAIDA " + raida_ID);
pge.MajorProgressMessage = "Attempting to fix RAIDA " + raida_ID;
raida.OnLogRecieved(pge);
// CoreLogger.Log("Attempting to fix RAIDA " + raida_ID);
Console.Out.WriteLine("");
Console.ForegroundColor = ConsoleColor.White;
fixer = new FixitHelper(raida_ID, brokeCoin.an.ToArray());
//trustedServerAns = new String[] { brokeCoin.ans[fixer.currentTriad[0]], brokeCoin.ans[fixer.currentTriad[1]], brokeCoin.ans[fixer.currentTriad[2]] };
corner = 1;
while (!fixer.finished)
{
Console.WriteLine(" Using corner " + corner);
pge.MajorProgressMessage = " Using corner " + corner;
raida.OnLogRecieved(pge);
//CoreLogger.Log(" Using corner " + corner);
fix_result = fixOneGuidCorner(raida_ID, brokeCoin, corner, fixer.currentTriad);
// Console.WriteLine(" fix_result: " + fix_result + " for corner " + corner);
if (fix_result.Contains("success"))
{
//Fixed. Do the fixed stuff
cu.setPastStatus("pass", raida_ID);
fixer.finished = true;
corner = 1;
}
else
{
//Still broken, do the broken stuff.
corner++;
fixer.setCornerToCheck(corner);
}
}//End whild fixer not finnished
}//end if RAIDA past status is passed and does not need to be fixed
}//end for each AN
DateTime after = DateTime.Now;
TimeSpan ts = after.Subtract(before);
Console.WriteLine("Time spent fixing RAIDA in milliseconds: " + ts.Milliseconds);
pge.MajorProgressMessage = "Time spent fixing RAIDA in milliseconds: " + ts.Milliseconds;
raida.OnLogRecieved(pge);
//CoreLogger.Log("Time spent fixing RAIDA in milliseconds: " + ts.Milliseconds);
cu.calculateHP();//how many fails did it get
// cu.gradeCoin();// sets the grade and figures out what the file extension should be (bank, fracked, counterfeit, lost
cu.grade();
cu.calcExpirationDate();
return cu;
}// end fix coin
public override bool WriteCoinToJpeg(CloudCoin cloudCoin, string TemplateFile, string OutputFile, string tag)
{
OutputFile = OutputFile.Replace("\\\\", "\\");
bool fileSavedSuccessfully = true;
/* BUILD THE CLOUDCOIN STRING */
String cloudCoinStr = "01C34A46494600010101006000601D05"; //THUMBNAIL HEADER BYTES
for (int i = 0; (i < 25); i++)
{
cloudCoinStr = cloudCoinStr + cloudCoin.an[i];
} // end for each an
//cloudCoinStr += "204f42455920474f4420262044454645415420545952414e545320";// Hex for " OBEY GOD & DEFEAT TYRANTS "
//cloudCoinStr += "20466f756e6465727320372d352d3137";// Founders 7-5-17
cloudCoinStr += "4c6976652046726565204f7220446965"; // Live Free or Die
cloudCoinStr += "00000000000000000000000000"; //Set to unknown so program does not Withdraw user data
// for (int i =0; i < 25; i++) {
// switch () { }//end switch pown char
// }//end for each pown
cloudCoinStr += "00"; // HC: Has comments. 00 = No
cloudCoin.CalcExpirationDate();
cloudCoinStr += cloudCoin.edHex; // 01;//Expiration date Sep 2016 (one month after zero month)
cloudCoinStr += "01"; // cc.nn;//network number
String hexSN = cloudCoin.sn.ToString("X6");
String fullHexSN = "";
switch (hexSN.Length)
{
case 1: fullHexSN = ("00000" + hexSN); break;
case 2: fullHexSN = ("0000" + hexSN); break;
case 3: fullHexSN = ("000" + hexSN); break;
case 4: fullHexSN = ("00" + hexSN); break;
case 5: fullHexSN = ("0" + hexSN); break;
case 6: fullHexSN = hexSN; break;
}
cloudCoinStr = (cloudCoinStr + fullHexSN);
/* BYTES THAT WILL GO FROM 04 to 454 (Inclusive)*/
byte[] ccArray = this.hexStringToByteArray(cloudCoinStr);
/* READ JPEG TEMPLATE*/
byte[] jpegBytes = null;
switch (cloudCoin.getDenomination())
{
case 1: jpegBytes = readAllBytes(this.TemplateFolder + "jpeg1.jpg"); break;
case 5: jpegBytes = readAllBytes(this.TemplateFolder + "jpeg5.jpg"); break;
case 25: jpegBytes = readAllBytes(this.TemplateFolder + "jpeg25.jpg"); break;
case 100: jpegBytes = readAllBytes(this.TemplateFolder + "jpeg100.jpg"); break;
case 250: jpegBytes = readAllBytes(this.TemplateFolder + "jpeg250.jpg"); break;
}// end switch
/* WRITE THE SERIAL NUMBER ON THE JPEG */
//Bitmap bitmapimage;
SKBitmap bitmapimage;
//using (var ms = new MemoryStream(jpegBytes))
{
//bitmapimage = new Bitmap(ms);
bitmapimage = SKBitmap.Decode(jpegBytes);
}
SKCanvas canvas = new SKCanvas(bitmapimage);
//Graphics graphics = Graphics.FromImage(bitmapimage);
//graphics.SmoothingMode = SmoothingMode.AntiAlias;
//graphics.InterpolationMode = InterpolationMode.HighQualityBicubic;
SKPaint textPaint = new SKPaint()
{
IsAntialias = true,
Color = SKColors.White,
TextSize = 14,
Typeface = SKTypeface.FromFamilyName("Arial")
};
//PointF drawPointAddress = new PointF(30.0F, 25.0F);
canvas.DrawText(String.Format("{0:N0}", cloudCoin.sn) + " of 16,777,216 on Network: 1", 30, 40, textPaint);
//graphics.DrawString(String.Format("{0:N0}", cc.sn) + " of 16,777,216 on Network: 1", new Font("Arial", 10), Brushes.White, drawPointAddress);
//ImageConverter converter = new ImageConverter();
//byte[] snBytes = (byte[])converter.ConvertTo(bitmapimage, typeof(byte[]));
SKImage image = SKImage.FromBitmap(bitmapimage);
SKData data = image.Encode(SKEncodedImageFormat.Jpeg, 100);
byte[] snBytes = data.ToArray();
List <byte> b1 = new List <byte>(snBytes);
List <byte> b2 = new List <byte>(ccArray);
b1.InsertRange(4, b2);
if (tag == "random")
{
Random r = new Random();
int rInt = r.Next(100000, 1000000); //for ints
tag = rInt.ToString();
}
string fileName = WithdrawFolder + cloudCoin.FileName + tag + ".jpg";
File.WriteAllBytes(fileName, b1.ToArray());
Console.Out.WriteLine("Writing to " + fileName);
CoreLogger.Log("Writing to " + fileName);
return(fileSavedSuccessfully);
}
public DetectEventArgs(CloudCoin coin)
{
this.detectedCoin = coin;
}
}//end write json to file
public bool writeJSONFile(int m1, int m5, int m25, int m100, int m250, String tag, int mode = 0, string backupDir = "")
{
bool jsonExported = true;
int totalSaved = m1 + (m5 * 5) + (m25 * 25) + (m100 * 100) + (m250 * 250);
// Track the total coins
int coinCount = m1 + m5 + m25 + m100 + m250;
String[] coinsToDelete = new String[coinCount];
String[] bankedFileNames = new DirectoryInfo(this.fileSystem.BankFolder).GetFiles().Select(o => o.Name).ToArray();//Get all names in bank folder
String[] frackedFileNames = new DirectoryInfo(this.fileSystem.FrackedFolder).GetFiles().Select(o => o.Name).ToArray();;
String[] partialFileNames = new DirectoryInfo(this.fileSystem.PartialFolder).GetFiles().Select(o => o.Name).ToArray();
// Add the two arrays together
var list = new List <String>();
list.AddRange(bankedFileNames);
list.AddRange(frackedFileNames);
list.AddRange(partialFileNames);
// Program will spend fracked files like perfect files
bankedFileNames = list.ToArray();
// Check to see the denomination by looking at the file start
int c = 0;
// c= counter
String json = "{" + Environment.NewLine;
json = json + "\t\"cloudcoin\": " + Environment.NewLine;
json = json + "\t[" + Environment.NewLine;
String bankFileName;
String frackedFileName;
String partialFileName;
string denomination;
// Put all the JSON together and add header and footer
for (int i = 0; (i < bankedFileNames.Length); i++)
{
denomination = bankedFileNames[i].Split('.')[0];
bankFileName = this.fileSystem.BankFolder + bankedFileNames[i]; //File name in bank folder
frackedFileName = this.fileSystem.FrackedFolder + bankedFileNames[i]; //File name in fracked folder
partialFileName = this.fileSystem.PartialFolder + bankedFileNames[i];
if (denomination == "1" && m1 > 0)
{
if (c != 0)//This is the json seperator between each coin. It is not needed on the first coin
{
json += ",\n";
}
if (File.Exists(bankFileName)) // Is it a bank file
{
CloudCoin coinNote = fileSystem.loadOneCloudCoinFromJsonFile(bankFileName);
coinNote.aoid = null;//Clear all owner data
json = json + fileSystem.setJSON(coinNote);
coinsToDelete[c] = bankFileName;
c++;
}
else if (File.Exists(partialFileName)) // Is it a partial file
{
CloudCoin coinNote = fileSystem.loadOneCloudCoinFromJsonFile(partialFileName);
coinNote.aoid = null;//Clear all owner data
json = json + fileSystem.setJSON(coinNote);
coinsToDelete[c] = partialFileName;
c++;
}
else
{
CloudCoin coinNote = this.fileSystem.loadOneCloudCoinFromJsonFile(frackedFileName);
coinNote.aoid = null;
json = json + this.fileSystem.setJSON(coinNote);
coinsToDelete[c] = frackedFileName;
c++;
}
m1--;
// Get the clean JSON of the coin
}// end if coin is a 1
if (denomination == "5" && m5 > 0)
{
if ((c != 0))
{
json += ",\n";
}
if (File.Exists(bankFileName))
{
CloudCoin coinNote = this.fileSystem.loadOneCloudCoinFromJsonFile(bankFileName);
coinNote.aoid = null;//Clear all owner data
json = json + this.fileSystem.setJSON(coinNote);
coinsToDelete[c] = bankFileName;
c++;
}
else if (File.Exists(partialFileName)) // Is it a partial file
{
CloudCoin coinNote = fileSystem.loadOneCloudCoinFromJsonFile(partialFileName);
coinNote.aoid = null;//Clear all owner data
json = json + fileSystem.setJSON(coinNote);
coinsToDelete[c] = partialFileName;
c++;
}
else
{
CloudCoin coinNote = this.fileSystem.loadOneCloudCoinFromJsonFile(frackedFileName);
coinNote.aoid = null;
json = json + this.fileSystem.setJSON(coinNote);
coinsToDelete[c] = frackedFileName;
c++;
}
m5--;
} // end if coin is a 5
if (denomination == "25" && m25 > 0)
{
if ((c != 0))
{
json += ",\n";
}
if (File.Exists(bankFileName))
{
CloudCoin coinNote = this.fileSystem.loadOneCloudCoinFromJsonFile(bankFileName);
coinNote.aoid = null;//Clear all owner data
json = json + this.fileSystem.setJSON(coinNote);
coinsToDelete[c] = bankFileName;
c++;
}
else if (File.Exists(partialFileName)) // Is it a partial file
{
CloudCoin coinNote = fileSystem.loadOneCloudCoinFromJsonFile(partialFileName);
coinNote.aoid = null;//Clear all owner data
json = json + fileSystem.setJSON(coinNote);
coinsToDelete[c] = partialFileName;
c++;
}
else
{
CloudCoin coinNote = this.fileSystem.loadOneCloudCoinFromJsonFile(frackedFileName);
coinNote.aoid = null;
json = json + this.fileSystem.setJSON(coinNote);
coinsToDelete[c] = frackedFileName;
c++;
}
m25--;
}// end if coin is a 25
if (denomination == "100" && m100 > 0)
{
if ((c != 0))
{
json += ",\n";
}
if (File.Exists(bankFileName))
{
CloudCoin coinNote = this.fileSystem.loadOneCloudCoinFromJsonFile(bankFileName);
coinNote.aoid = null;//Clear all owner data
json = json + this.fileSystem.setJSON(coinNote);
coinsToDelete[c] = bankFileName;
c++;
}
else if (File.Exists(partialFileName)) // Is it a partial file
{
CloudCoin coinNote = fileSystem.loadOneCloudCoinFromJsonFile(partialFileName);
coinNote.aoid = null;//Clear all owner data
json = json + fileSystem.setJSON(coinNote);
coinsToDelete[c] = partialFileName;
c++;
}
else
{
CloudCoin coinNote = this.fileSystem.loadOneCloudCoinFromJsonFile(frackedFileName);
coinNote.aoid = null;
json = json + this.fileSystem.setJSON(coinNote);
coinsToDelete[c] = frackedFileName;
c++;
}
m100--;
} // end if coin is a 100
if (denomination == "250" && m250 > 0)
{
if ((c != 0))
{
json += ",\n";
}
if (File.Exists(bankFileName))
{
CloudCoin coinNote = this.fileSystem.loadOneCloudCoinFromJsonFile(bankFileName);
coinNote.aoid = null;//Clear all owner data
json = json + this.fileSystem.setJSON(coinNote);
coinsToDelete[c] = bankFileName;
c++;
}
else if (File.Exists(partialFileName)) // Is it a partial file
{
CloudCoin coinNote = fileSystem.loadOneCloudCoinFromJsonFile(partialFileName);
coinNote.aoid = null;//Clear all owner data
json = json + fileSystem.setJSON(coinNote);
coinsToDelete[c] = partialFileName;
c++;
}
else
{
CloudCoin coinNote = this.fileSystem.loadOneCloudCoinFromJsonFile(frackedFileName);
coinNote.aoid = null;
json = json + this.fileSystem.setJSON(coinNote);
coinsToDelete[c] = frackedFileName;
c++;
}
m250--;
}// end if coin is a 250
if (m1 == 0 && m5 == 0 && m25 == 0 && m100 == 0 && m250 == 0)
{
break;
} // Break if all the coins have been called for.
string status = String.Format("exported %d of %d coin.", i, bankedFileNames.Length);
int percentCompleted = (i + 1) * 100 / bankedFileNames.Length;
}// end for each coin needed
/*WRITE JSON TO FILE*/
json = json + "\t] " + Environment.NewLine;
json += "}";
String filename = (this.fileSystem.ExportFolder + Path.DirectorySeparatorChar + totalSaved + ".EOS Stealth." + tag + ".stack");
if (mode == 1)
{
filename = (backupDir + Path.DirectorySeparatorChar + totalSaved + ".EOS Stealth." + tag + ".stack");
}
if (File.Exists(filename))
{
// tack on a random number if a file already exists with the same tag
Random rnd = new Random();
int tagrand = rnd.Next(999);
filename = (this.fileSystem.ExportFolder + Path.DirectorySeparatorChar + totalSaved + ".EOS Stealth." + tag + tagrand + ".stack");
}//end if file exists
File.WriteAllText(filename, json);
Console.Out.WriteLine("Writing to : ");
//CoreLogger.Log("Writing to : " + filename);
Console.Out.WriteLine(filename);
/*DELETE FILES THAT HAVE BEEN EXPORTED*/
if (mode == 0)
{
for (int cc = 0; cc < coinsToDelete.Length; cc++)
{
// Console.Out.WriteLine("Deleting " + coinsToDelete[cc]);
if (coinsToDelete[cc] != null)
{
File.Delete(coinsToDelete[cc]);
}
}//end for all coins to delete
}
// end if write was good
return(jsonExported);
}//end write json to file
public Stack(CloudCoin coin)
{
cc = new CloudCoin[1];
cc[0] = coin;
}
public abstract bool WriteCoinToJpeg(CloudCoin cloudCoin, string TemplateFile, string OutputFile, string tag);
public override bool WriteCoinToQRCode(CloudCoin cloudCoin, string OutputFile, string tag)
{
throw new NotImplementedException();
}