public ConveyData TranslateInformation(string dat_wpa) { // implement decode protocoll ConveyData c = new ConveyData(); return(c); }
public void StartTranslator(object sender, string dataWpa) { if (DecodeCompleted != null) { // File Transfer daten fehlen noch!!!!!!!! ConveyData c1 = _translator.TranslateInformation(dataWpa); c1.deviceKind = _config.TypeInterface; c1.translatorTyp = _config.typeTranslator; c1.connectionTyp = _config.connectionTyp; switch (_config.TypeInterface) { case DeviceKind.FileTransfer: c1.filePath = _config.pathFileTransfer; c1.port = 0; c1.ip = "nur für WinSocket"; break; case DeviceKind.WinSocket: c1.filePath = "Nur für FileTransfer"; switch (_config.connectionTyp) { case ConnectionKind.Server: c1.port = _config.portServer; c1.ip = _config.ipServer; break; case ConnectionKind.Client: c1.port = _config.portClient; c1.ip = _config.ipClient; break; } break; } switch (this._config.connectionTyp) { case ConnectionKind.Server: c1.port = _config.portServer; c1.ip = _config.ipServer; break; case ConnectionKind.Client: c1.port = _config.portClient; c1.ip = _config.ipClient; break; } DecodeCompleted(this, c1); } }
public void UpdateData(object sender, ConveyData dataWpa) { _source = dataWpa; OnPropertyChanged(string.Empty); Thread.Sleep(100); }
public ConveyData TranslateInformation(string dat_wpa) { int count = 0; int length; string tempSave; ConveyData c = new ConveyData(); length = 4; tempSave = dat_wpa.Substring(count, length); count += length; c.DataSetCounter = Convert.ToInt32(tempSave); ////Console.WriteLine("1. Angabe DataSetCounter 4 Zahlen"); ////Console.WriteLine(c.dataSetCounter); // eventuell noch führende nullen ergänzen length = 1; c.costumerID = dat_wpa.Substring(count, length); // eventuell noch Kontrolle ob auch wirklich A, B ider C count += length; //Console.WriteLine("2. Angabe Costumer ID 1 Buchstabe A,B oder C"); //Console.WriteLine(c.costumerID); length = 1; tempSave = dat_wpa.Substring(count, length); c.stackerNr = Convert.ToInt32(tempSave); // noch abfrage ob zweischen 1 und 4 count += length; //Console.WriteLine("3. Angabe Stacker NUmmer 1 Zahl zw. 1 und 4"); //Console.WriteLine(c.stackerNr); length = 1; tempSave = dat_wpa.Substring(count, length); c.dataSetID = Convert.ToInt32(tempSave); // noch abfrage ob zwischen 1 und 5 count += length; //Console.WriteLine("4. Angabe Data Set ID 1 Zahl zw. 1 und 5"); //Console.WriteLine(c.dataSetID); length = 1; tempSave = dat_wpa.Substring(count, length); c.multiStacking = Convert.ToInt32(tempSave); // noch abfrage ob 0 oder 1 count += length; //Console.WriteLine("5. Angabe Multi stacking 1 Zahl, 0 oder 1"); //Console.WriteLine(c.multiStacking); //This data is used for Multi-stacking only In all other cases, it is overwritten by -> 1 // As for Multi - stacking, when several orders are on top of each other // -> 12 means one first of 2 stacks length = 2; tempSave = dat_wpa.Substring(count, length); c.multiStackPartial = Convert.ToInt32(tempSave); count += length; //Console.WriteLine("6. Angabe Multi stacking partial"); //Console.WriteLine(c.multiStackPartial); length = 2; tempSave = dat_wpa.Substring(count, length); c.multiStackNrPartial = Convert.ToInt32(tempSave); count += length; //Console.WriteLine("7. Angabe Number of multi stacks ??"); // whats the meaning and why we need to digits //Console.WriteLine(c.multiStackNrPartial); length = 20; c.orderNumber = dat_wpa.Substring(count, length); count += length; //Console.WriteLine("8. Angabe order number, 20 digits"); //Console.WriteLine(c.orderNumber); length = 3; tempSave = dat_wpa.Substring(count, length); c.PartNr = Convert.ToInt32(tempSave); count += length; //Console.WriteLine("9. Angabe part number, 3 stellige Zahl"); //Console.WriteLine(c.partNr); length = 20; c.costumerName = dat_wpa.Substring(count, length); count += length; //Console.WriteLine("10. Angabe costumer name, 20 digits"); //Console.WriteLine(c.costumerName); length = 10; c.processingMachine = dat_wpa.Substring(count, length); count += length; //Console.WriteLine("11. Angabe prcessing machine, 10 digits"); //Console.WriteLine(c.processingMachine); length = 1; tempSave = dat_wpa.Substring(count, length); c.destLine = Convert.ToInt32(tempSave); count += length; //Console.WriteLine("12. Angabe destination line, 1 stellige Zahl"); //Console.WriteLine(c.destLine); length = 8; tempSave = dat_wpa.Substring(count, length); c.lengthIndPartStack = Convert.ToInt32(tempSave); count += length; //Console.WriteLine("13. Angabe length of individual partial Stack, 8 stellige Zahl"); //Console.WriteLine(c.lengthIndPartStack); // führende nullen bei int weg length = 6; tempSave = dat_wpa.Substring(count, length); c.outWidthIndPartStack = Convert.ToInt32(tempSave); count += length; //Console.WriteLine("14. Angabe out width of individual partial Stack, 6 stellige Zahl"); //Console.WriteLine(c.outWidthIndPartStack); // führende nullen bei int weg // was die nummer sagt scheint etwas komplizierter length = 6; tempSave = dat_wpa.Substring(count, length); c.nrSheetsPartStack = Convert.ToInt32(tempSave); count += length; //Console.WriteLine("15. Angabe nr of sheets per individual partial Stack, 6 stellige Zahl"); //Console.WriteLine(c.nrSheetsPartStack); // führende nullen bei int weg //This data is available with the use of an optional side chamber stacker only. length = 6; tempSave = dat_wpa.Substring(count, length); c.overallNrStacks = Convert.ToInt32(tempSave); count += length; //Console.WriteLine("16. Angabe overall nr of stack, 6 stellige Zahl"); //Console.WriteLine(c.overallNrStacks); // führende nullen bei int weg //This data is available with the use of an optional side chamber stacker only. length = 8; tempSave = dat_wpa.Substring(count, length); c.overallWidthStackPackage = Convert.ToInt32(tempSave); count += length; //Console.WriteLine("17. Angabe overall length of stack package, 8 stellige Zahl"); //Console.WriteLine(c.overallWidthStackPackage); // führende nullen bei int weg //This data is available with the use of an optional side chamber stacker only. length = 8; tempSave = dat_wpa.Substring(count, length); c.overalllengthStackPackage = Convert.ToInt32(tempSave); count += length; //Console.WriteLine("18. Angabe overall length of stack package, 8 stellige Zahl"); //Console.WriteLine(c.overalllengthStackPackage); // führende nullen bei int weg //This data is available with the use of an optional side chamber stacker only. length = 8; tempSave = dat_wpa.Substring(count, length); c.overallheightStackPackage = Convert.ToInt32(tempSave); count += length; //Console.WriteLine("19. Angabe overall length of stack package, 8 stellige Zahl"); //Console.WriteLine(c.overallheightStackPackage); // führende nullen bei int weg //This data is available with the use of an optional side chamber stacker only. length = 2; tempSave = dat_wpa.Substring(count, length); c.nrStackswidthwise = Convert.ToInt32(tempSave); count += length; //Console.WriteLine("20. Angabe number of stacks widthwise, 2 stellige Zahl"); //Console.WriteLine(c.nrStackswidthwise); // führende nullen bei int weg //if sidechamber is active //This data is available with the use of an optional side chamber stacker only. length = 2; tempSave = dat_wpa.Substring(count, length); c.nrStackslengthwise = Convert.ToInt32(tempSave); count += length; //Console.WriteLine("20. Angabe number of stacks lengthwise, 2 stellige Zahl"); //Console.WriteLine(c.nrStackslengthwise); // führende nullen bei int weg //if sidechamber is active //This data is available with the use of an optional side chamber stacker only. length = 2; tempSave = dat_wpa.Substring(count, length); c.nrStacksabove = Convert.ToInt32(tempSave); count += length; //Console.WriteLine("21. Angabe number of stacks above each other, 2 stellige Zahl"); //Console.WriteLine(c.nrStacksabove); // führende nullen bei int weg //if sidechamber is active //This data is available with the use of an optional side chamber stacker only. length = 1; tempSave = dat_wpa.Substring(count, length); // prüfe ob 0 oder 1 !!!!!!! c.stackConfNominal = Convert.ToInt32(tempSave); count += length; //Console.WriteLine("22. Angabe stack config nominal 0 oder 1, 1 stellige Zahl"); //Console.WriteLine(c.stackConfNominal); length = 1; tempSave = dat_wpa.Substring(count, length); // prüfe ob 0 oder 1 !!!!!!! c.intermLayerForPackages = Convert.ToInt32(tempSave); count += length; //Console.WriteLine("23. Angabe intermediate layer of stack packages, 1 stellige Zahl"); //Console.WriteLine(c.intermLayerForPackages); length = 1; tempSave = dat_wpa.Substring(count, length); // prüfe ob 0 oder 1 !!!!!!! c.lastStack = Convert.ToInt32(tempSave); count += length; //Console.WriteLine("24. Angabe last stack 0 or 1, 1 stellige Zahl"); //Console.WriteLine(c.lastStack); length = 1; tempSave = dat_wpa.Substring(count, length); // prüfe ob 0 oder 1 !!!!!!! c.lastRunCostumer = Convert.ToInt32(tempSave); count += length; //Console.WriteLine("25. Angabe last run costumer 0 or 1, 1 stellige Zahl"); //Console.WriteLine(c.lastRunCostumer); length = 1; tempSave = dat_wpa.Substring(count, length); // prüfe ob 0 oder 1 !!!!!!! c.dischargeDirection = Convert.ToInt32(tempSave); count += length; //Console.WriteLine("26. Angabe discharge dircetion 0: OS or 1: DS, 1 stellige Zahl"); //Console.WriteLine(c.dischargeDirection); /* * The fields “Expected number of stack packages per partial order” and “Expected * number of stack packages per overall order” may be not correct in case of * - number *16) (splitted / seperated stack by additionally discharge) * - if AOC suppression is active * - if Multi-stacking is active */ length = 4; tempSave = dat_wpa.Substring(count, length); c.expNrStackPackPartialOrder = Convert.ToInt32(tempSave); count += length; //Console.WriteLine("27. Angabe expected number of Stack packages per partial Order, 4 stellige Zahl"); //Console.WriteLine(c.expNrStackPackPartialOrder); length = 4; tempSave = dat_wpa.Substring(count, length); c.expNrStackPackOverallOrder = Convert.ToInt32(tempSave); count += length; //Console.WriteLine("28. Angabe expected number of Stack packages per overall Order, 4 stellige Zahl"); //Console.WriteLine(c.expNrStackPackOverallOrder); length = 20; c.setupIdentification = dat_wpa.Substring(count, length); count += length; //Console.WriteLine("29. Angabe setuo identification, 20 stellig"); //Console.WriteLine(c.setupIdentification); length = 2; tempSave = dat_wpa.Substring(count, length); c.nrOuts = Convert.ToInt32(tempSave); count += length; //Console.WriteLine("30. Angabe number of Outs, 2 stellige Zahl"); //Console.WriteLine(c.nrOuts); //scoring and knife position length = 6; //Console.WriteLine("31. Angabe scoring and knife position, 24 * 6 stellig"); int i = 0; int v; while (i < 24) { tempSave = dat_wpa.Substring(count, length); v = Convert.ToInt32(tempSave); c.scoringKnifePos[i] = v; //Console.WriteLine(c.scoringKnifePos[i]); i += 1; count += length; } length = 6; tempSave = dat_wpa.Substring(count, length); c.totalCutsActualOrder = Convert.ToInt32(tempSave); count += length; //Console.WriteLine("32. Angabe total cuts acutal order counted by stacker, 6 stellige Zahl"); //Console.WriteLine(c.totalCutsActualOrder); length = 2; tempSave = dat_wpa.Substring(count, length); c.lastStackModified = Convert.ToInt32(tempSave); count += length; //Console.WriteLine("33. Angabe last stack modified (no of cuts), 2 stellige Zahl"); //Console.WriteLine(c.lastStackModified); length = 6; tempSave = dat_wpa.Substring(count, length); c.widthStackGroup = Convert.ToInt32(tempSave); count += length; //Console.WriteLine("34. Angabe widht of stack group, 6 stellige Zahl"); //Console.WriteLine(c.widthStackGroup); length = 2; tempSave = dat_wpa.Substring(count, length); c.nrOutsForStackGroup = Convert.ToInt32(tempSave); count += length; //Console.WriteLine("35. Angabe number of outs for stack groups, 2 stellige Zahl"); //Console.WriteLine(c.nrOutsForStackGroup); length = 1; tempSave = dat_wpa.Substring(count, length); c.lastStackStore = Convert.ToInt32(tempSave); count += length; //Console.WriteLine("36. Angabe last stack store, 0: no store, 1: store "); //Console.WriteLine(c.lastStackStore); length = 11; c.reserved = dat_wpa.Substring(count, length); count += length; //Console.WriteLine("37. Angabe reserved, 11 zeichen "); //Console.WriteLine(c.reserved); return(c); }