public void enumerateSupportedControlLanguages(IMethodResult oResult)
{
Logger.Write("enumerateSupportedControlLanguages call");
if (m_printer != null)
{
IReadOnlyDictionary <string, string> controlLanguage = new IReadOnlyDictionary <string, string>();
switch (m_printer.GetPrinterControlLanguage())
{
case PrinterLanguage.CPCL:
controlLanguage.Add(ZebraConstants.PRINTER_LANGUAGE_CPCL, "");
break;
case PrinterLanguage.ZPL:
controlLanguage.Add(ZebraConstants.PRINTER_LANGUAGE_ZPL, "");
controlLanguage.Add(ZebraConstants.PRINTER_LANGUAGE_CPCL, "");
break;
}
oResult.set(controlLanguage);
return;
}
oResult.set(ZebraConstants.PRINTER_STATUS_ERR_NOT_CONNECTED);
}
protected void InitDefaultValue()
{
_data = new Dictionary <int, T>();
var dv = new T();
_data.Add(dv.GetHashCode(), dv);
}
public void printRawString(string command, IReadOnlyDictionary <string, string> options, IMethodResult oResult)
{
Logger.Write("printRawString call: " + command);
Logger.Write("command: " + command);
Logger.Write("options:", options);
if (m_connection != null && m_printer != null)
{
try
{
byte[] commandStr = Encoding.UTF8.GetBytes(command);
m_connection.Write(commandStr);
Thread.Sleep(500);
byte[] printerResponse = m_connection.Read();
string printerResponseStr = Encoding.UTF8.GetString(printerResponse, 0, printerResponse.Length);
IReadOnlyDictionary <string, string> response = new IReadOnlyDictionary <string, string>();
response.Add(ZebraConstants.HK_STATUS, ZebraConstants.PRINTER_STATUS_SUCCESS);
response.Add(ZebraConstants.HK_STRING_RESPONCE, printerResponseStr);
oResult.set(response);
}
catch (Exception ex)
{
IReadOnlyDictionary <string, string> errResponse = new IReadOnlyDictionary <string, string>();
errResponse.Add(ZebraConstants.HK_STATUS, ZebraConstants.PRINTER_STATUS_ERROR);
errResponse.Add(ZebraConstants.HK_MESSAGE, ex.Message.ToString());
oResult.set(errResponse);
}
}
else
{
oResult.set(ZebraConstants.PRINTER_STATUS_ERR_NOT_CONNECTED);
}
}
public void retrieveFileNames(IMethodResult oResult)
{
Logger.Write("call retrieveFileNames ");
IReadOnlyDictionary <string, object> resultHash = new IReadOnlyDictionary <string, object>();
if (m_connection != null && m_connection.IsConnected())
{
RetriveParser parser = new RetriveParser(m_connection);
List <string> resultNames = parser.getAllFileNames();
resultHash.Add(ZebraConstants.HK_STATUS, ZebraConstants.PRINTER_STATUS_SUCCESS);
resultHash.Add(ZebraConstants.HK_FILE_NAMES, resultNames);
oResult.set(resultHash);
return;
}
resultHash.Add(ZebraConstants.HK_STATUS, ZebraConstants.PRINTER_STATUS_ERROR);
resultHash.Add(ZebraConstants.HK_FILE_NAMES, new List <string>());
oResult.set(resultHash);
}
public void retrieveFileNamesWithExtensions(IReadOnlyList <string> extensions, IMethodResult oResult)
{
Logger.Write("retrieveFileNamesWithExtensions call");
Logger.Write("extensions:", extensions);
IReadOnlyDictionary <string, object> resultHash = new IReadOnlyDictionary <string, object>();
if (m_printer != null)
{
RetriveParser parser = new RetriveParser(m_connection);
List <string> resultNames = parser.getAllFileNames(extensions);
resultHash.Add(ZebraConstants.HK_STATUS, ZebraConstants.PRINTER_STATUS_SUCCESS);
resultHash.Add(ZebraConstants.HK_FILE_NAMES, resultNames);
oResult.set(resultHash);
return;
}
resultHash.Add(ZebraConstants.HK_STATUS, ZebraConstants.PRINTER_STATUS_ERROR);
resultHash.Add(ZebraConstants.HK_FILE_NAMES, new List <string>());
oResult.set(resultHash);
}
static DebugApplicationEngine()
{
var debugServices = new Dictionary <uint, ServiceMethod>();
Register("System.Runtime.CheckWitness", Debug_CheckWitness);
Register("System.Blockchain.GetBlock", Debug_GetBlock);
Register("System.Blockchain.GetTransactionFromBlock", Debug_GetTransactionFromBlock);
DebugApplicationEngine.debugServices = debugServices;
void Register(string name, ServiceMethod method)
{
var hash = BitConverter.ToUInt32(Encoding.ASCII.GetBytes(name).Sha256(), 0);
debugServices.Add(hash, method);
}
}
public EnumAsStringFormatter()
{
this.isFlags = typeof(T).GetCustomAttribute <FlagsAttribute>() is object;
var fields = typeof(T).GetFields(BindingFlags.DeclaredOnly | BindingFlags.Public | BindingFlags.Static);
var nameValueMapping = new Dictionary <string, T>(fields.Length);
var valueNameMapping = new Dictionary <T, string>();
Dictionary <string, string> clrToSerializationName = null;
Dictionary <string, string> serializationToClrName = null;
foreach (FieldInfo enumValueMember in fields)
{
string name = enumValueMember.Name;
T value = (T)enumValueMember.GetValue(null);
// Consider the case where the serialized form of the enum value is overridden via an attribute.
var attribute = enumValueMember.GetCustomAttribute <EnumMemberAttribute>();
if (attribute?.IsValueSetExplicitly ?? false)
{
clrToSerializationName = clrToSerializationName ?? new Dictionary <string, string>();
serializationToClrName = serializationToClrName ?? new Dictionary <string, string>();
clrToSerializationName.Add(name, attribute.Value);
serializationToClrName.Add(attribute.Value, name);
name = attribute.Value;
this.enumMemberOverridesPresent = true;
}
nameValueMapping[name] = value;
valueNameMapping[value] = name;
}
this.nameValueMapping = nameValueMapping;
this.valueNameMapping = valueNameMapping;
this.clrToSerializationName = clrToSerializationName;
this.serializationToClrName = serializationToClrName;
}
public void requestState(IReadOnlyList<string> listOfParameters, IMethodResult oResult)
{
Logger.Write("requestState call");
Logger.Write("listOfParameters:", listOfParameters);
IReadOnlyDictionary<string, object> resultHash = new IReadOnlyDictionary<string, object>();
if (m_connection != null && m_connection.IsConnected() && m_printer != null)
{
PrinterStatus currStatus = getStatus();
if (currStatus != null)
{
resultHash.Add(ZebraConstants.HK_STATUS, ZebraConstants.PRINTER_STATUS_SUCCESS);
resultHash.Add(ZebraConstants.HK_MESSAGE, "");
foreach (string parameter in listOfParameters)
{
switch(parameter)
{
case ZebraConstants.PRINTER_STATE_IS_HEAD_COLD:
resultHash.Add(ZebraConstants.PRINTER_STATE_IS_HEAD_COLD, currStatus.IsHeadCold);
break;
case ZebraConstants.PRINTER_STATE_IS_HEAD_OPEN:
resultHash.Add(ZebraConstants.PRINTER_STATE_IS_HEAD_OPEN, currStatus.IsHeadOpen);
break;
case ZebraConstants.PRINTER_STATE_IS_HEAD_TOO_HOT:
resultHash.Add(ZebraConstants.PRINTER_STATE_IS_HEAD_TOO_HOT, currStatus.IsHeadTooHot);
break;
case ZebraConstants.PRINTER_STATE_IS_PAPER_OUT:
resultHash.Add(ZebraConstants.PRINTER_STATE_IS_PAPER_OUT, currStatus.IsPaperOut);
break;
case ZebraConstants.PRINTER_STATE_IS_PARTIAL_FORMAT_IN_PROGRESS:
resultHash.Add(ZebraConstants.PRINTER_STATE_IS_PARTIAL_FORMAT_IN_PROGRESS, currStatus.IsPartialFormatInProgress);
break;
case ZebraConstants.PRINTER_STATE_IS_PAUSED:
resultHash.Add(ZebraConstants.PRINTER_STATE_IS_BATTERY_LOW, currStatus.IsPaused);
break;
case ZebraConstants.PRINTER_STATE_IS_READY_TO_PRINT:
resultHash.Add(ZebraConstants.PRINTER_STATE_IS_READY_TO_PRINT, currStatus.IsReadyToPrint);
break;
case ZebraConstants.PRINTER_STATE_IS_RECEIVE_BUFFER_FULL:
resultHash.Add(ZebraConstants.PRINTER_STATE_IS_RECEIVE_BUFFER_FULL, currStatus.IsReceiveBufferFull);
break;
case ZebraConstants.PRINTER_STATE_IS_RIBBON_OUT:
resultHash.Add(ZebraConstants.PRINTER_STATE_IS_RIBBON_OUT, currStatus.IsRibbonOut);
break;
case ZebraConstants.PRINTER_STATE_LABELS_REMAINING_IN_BATCH:
resultHash.Add(ZebraConstants.PRINTER_STATE_LABELS_REMAINING_IN_BATCH, currStatus.LabelsRemainingInBatch);
break;
case ZebraConstants.PRINTER_STATE_LABEL_LENGTH_IN_DOTS:
resultHash.Add(ZebraConstants.PRINTER_STATE_LABEL_LENGTH_IN_DOTS, currStatus.LabelLengthInDots);
break;
case ZebraConstants.PRINTER_STATE_NUMBER_OF_FORMATS_IN_RECEIVE_BUFFER:
resultHash.Add(ZebraConstants.PRINTER_STATE_NUMBER_OF_FORMATS_IN_RECEIVE_BUFFER, currStatus.NumberOfFormatsInReceiveBuffer);
break;
case ZebraConstants.PRINTER_STATE_PRINT_MODE:
switch (currStatus.PrintMode)
{
case ZplPrintMode.REWIND:
resultHash.Add(ZebraConstants.PRINTER_STATE_PRINT_MODE, ZebraConstants.PRINT_MODE_REWIND);
break;
case ZplPrintMode.PEEL_OFF:
resultHash.Add(ZebraConstants.PRINTER_STATE_PRINT_MODE, ZebraConstants.PRINT_MODE_PEEL_OFF);
break;
case ZplPrintMode.TEAR_OFF:
resultHash.Add(ZebraConstants.PRINTER_STATE_PRINT_MODE, ZebraConstants.PRINT_MODE_TEAR_OFF);
break;
case ZplPrintMode.CUTTER:
resultHash.Add(ZebraConstants.PRINTER_STATE_PRINT_MODE, ZebraConstants.PRINT_MODE_CUTTER);
break;
case ZplPrintMode.APPLICATOR:
resultHash.Add(ZebraConstants.PRINTER_STATE_PRINT_MODE, ZebraConstants.PRINT_MODE_APPLICATOR);
break;
case ZplPrintMode.DELAYED_CUT:
resultHash.Add(ZebraConstants.PRINTER_STATE_PRINT_MODE, ZebraConstants.PRINT_MODE_DELAYED_CUT);
break;
case ZplPrintMode.LINERLESS_PEEL:
resultHash.Add(ZebraConstants.PRINTER_STATE_PRINT_MODE, ZebraConstants.PRINT_MODE_LINERLESS_PEEL);
break;
case ZplPrintMode.LINERLESS_REWIND:
resultHash.Add(ZebraConstants.PRINTER_STATE_PRINT_MODE, ZebraConstants.PRINT_MODE_REWIND);
break;
case ZplPrintMode.PARTIAL_CUTTER:
resultHash.Add(ZebraConstants.PRINTER_STATE_PRINT_MODE, ZebraConstants.PRINT_MODE_PARTIAL_CUTTER);
break;
case ZplPrintMode.RFID:
resultHash.Add(ZebraConstants.PRINTER_STATE_PRINT_MODE, ZebraConstants.PRINT_MODE_RFID);
break;
case ZplPrintMode.KIOSK:
resultHash.Add(ZebraConstants.PRINTER_STATE_PRINT_MODE, ZebraConstants.PRINT_MODE_KIOSK);
break;
case ZplPrintMode.UNKNOWN:
resultHash.Add(ZebraConstants.PRINTER_STATE_PRINT_MODE, ZebraConstants.PRINT_MODE_UNKNOWN);
break;
}
break;
}
}
}
else
{
resultHash.Add(ZebraConstants.HK_STATUS, ZebraConstants.PRINTER_STATUS_ERROR);
resultHash.Add(ZebraConstants.HK_MESSAGE, "");
}
}
else
{
resultHash.Add(ZebraConstants.HK_STATUS, ZebraConstants.PRINTER_STATUS_ERR_NOT_CONNECTED);
resultHash.Add(ZebraConstants.HK_MESSAGE, "");
}
oResult.set(resultHash);
}
public void retrieveFileNamesWithExtensions(IReadOnlyList<string> extensions, IMethodResult oResult)
{
Logger.Write("retrieveFileNamesWithExtensions call");
Logger.Write("extensions:", extensions);
IReadOnlyDictionary<string, object> resultHash = new IReadOnlyDictionary<string, object>();
if (m_printer != null)
{
RetriveParser parser = new RetriveParser(m_connection);
List<string> resultNames = parser.getAllFileNames(extensions);
resultHash.Add(ZebraConstants.HK_STATUS, ZebraConstants.PRINTER_STATUS_SUCCESS);
resultHash.Add(ZebraConstants.HK_FILE_NAMES, resultNames);
oResult.set(resultHash);
return;
}
resultHash.Add(ZebraConstants.HK_STATUS, ZebraConstants.PRINTER_STATUS_ERROR);
resultHash.Add(ZebraConstants.HK_FILE_NAMES, new List<string>());
oResult.set(resultHash);
}
public void retrieveFileNames(IMethodResult oResult)
{
Logger.Write("call retrieveFileNames ");
IReadOnlyDictionary<string, object> resultHash = new IReadOnlyDictionary<string, object>();
if (m_connection != null && m_connection.IsConnected())
{
RetriveParser parser = new RetriveParser(m_connection);
List<string> resultNames = parser.getAllFileNames();
resultHash.Add(ZebraConstants.HK_STATUS, ZebraConstants.PRINTER_STATUS_SUCCESS);
resultHash.Add(ZebraConstants.HK_FILE_NAMES, resultNames);
oResult.set(resultHash);
return;
}
resultHash.Add(ZebraConstants.HK_STATUS, ZebraConstants.PRINTER_STATUS_ERROR);
resultHash.Add(ZebraConstants.HK_FILE_NAMES, new List<string>());
oResult.set(resultHash);
}
public void enumerateSupportedControlLanguages(IMethodResult oResult)
{
Logger.Write("enumerateSupportedControlLanguages call");
if (m_printer != null)
{
IReadOnlyDictionary<string, string> controlLanguage = new IReadOnlyDictionary<string, string>();
switch (m_printer.GetPrinterControlLanguage())
{
case PrinterLanguage.CPCL:
controlLanguage.Add(ZebraConstants.PRINTER_LANGUAGE_CPCL, "");
break;
case PrinterLanguage.ZPL:
controlLanguage.Add(ZebraConstants.PRINTER_LANGUAGE_ZPL, "");
controlLanguage.Add(ZebraConstants.PRINTER_LANGUAGE_CPCL, "");
break;
}
oResult.set(controlLanguage);
return;
}
oResult.set(ZebraConstants.PRINTER_STATUS_ERR_NOT_CONNECTED);
}
public void printRawString(string command, IReadOnlyDictionary<string, string> options, IMethodResult oResult)
{
Logger.Write("printRawString call: " + command);
Logger.Write("command: " + command);
Logger.Write("options:", options);
if (m_connection != null && m_printer != null)
{
try
{
byte[] commandStr = Encoding.UTF8.GetBytes(command);
m_connection.Write(commandStr);
Thread.Sleep(500);
byte[] printerResponse = m_connection.Read();
string printerResponseStr = Encoding.UTF8.GetString(printerResponse, 0, printerResponse.Length);
IReadOnlyDictionary<string, string> response = new IReadOnlyDictionary<string, string>();
response.Add(ZebraConstants.HK_STATUS, ZebraConstants.PRINTER_STATUS_SUCCESS);
response.Add(ZebraConstants.HK_STRING_RESPONCE, printerResponseStr);
oResult.set(response);
}
catch (Exception ex)
{
IReadOnlyDictionary<string, string> errResponse = new IReadOnlyDictionary<string, string>();
errResponse.Add(ZebraConstants.HK_STATUS, ZebraConstants.PRINTER_STATUS_ERROR);
errResponse.Add(ZebraConstants.HK_MESSAGE, ex.Message.ToString());
oResult.set(errResponse);
}
}
else
{
oResult.set(ZebraConstants.PRINTER_STATUS_ERR_NOT_CONNECTED);
}
}
public void requestState(IReadOnlyList <string> listOfParameters, IMethodResult oResult)
{
Logger.Write("requestState call");
Logger.Write("listOfParameters:", listOfParameters);
IReadOnlyDictionary <string, object> resultHash = new IReadOnlyDictionary <string, object>();
if (m_connection != null && m_connection.IsConnected() && m_printer != null)
{
PrinterStatus currStatus = getStatus();
if (currStatus != null)
{
resultHash.Add(ZebraConstants.HK_STATUS, ZebraConstants.PRINTER_STATUS_SUCCESS);
resultHash.Add(ZebraConstants.HK_MESSAGE, "");
foreach (string parameter in listOfParameters)
{
switch (parameter)
{
case ZebraConstants.PRINTER_STATE_IS_HEAD_COLD:
resultHash.Add(ZebraConstants.PRINTER_STATE_IS_HEAD_COLD, currStatus.IsHeadCold);
break;
case ZebraConstants.PRINTER_STATE_IS_HEAD_OPEN:
resultHash.Add(ZebraConstants.PRINTER_STATE_IS_HEAD_OPEN, currStatus.IsHeadOpen);
break;
case ZebraConstants.PRINTER_STATE_IS_HEAD_TOO_HOT:
resultHash.Add(ZebraConstants.PRINTER_STATE_IS_HEAD_TOO_HOT, currStatus.IsHeadTooHot);
break;
case ZebraConstants.PRINTER_STATE_IS_PAPER_OUT:
resultHash.Add(ZebraConstants.PRINTER_STATE_IS_PAPER_OUT, currStatus.IsPaperOut);
break;
case ZebraConstants.PRINTER_STATE_IS_PARTIAL_FORMAT_IN_PROGRESS:
resultHash.Add(ZebraConstants.PRINTER_STATE_IS_PARTIAL_FORMAT_IN_PROGRESS, currStatus.IsPartialFormatInProgress);
break;
case ZebraConstants.PRINTER_STATE_IS_PAUSED:
resultHash.Add(ZebraConstants.PRINTER_STATE_IS_BATTERY_LOW, currStatus.IsPaused);
break;
case ZebraConstants.PRINTER_STATE_IS_READY_TO_PRINT:
resultHash.Add(ZebraConstants.PRINTER_STATE_IS_READY_TO_PRINT, currStatus.IsReadyToPrint);
break;
case ZebraConstants.PRINTER_STATE_IS_RECEIVE_BUFFER_FULL:
resultHash.Add(ZebraConstants.PRINTER_STATE_IS_RECEIVE_BUFFER_FULL, currStatus.IsReceiveBufferFull);
break;
case ZebraConstants.PRINTER_STATE_IS_RIBBON_OUT:
resultHash.Add(ZebraConstants.PRINTER_STATE_IS_RIBBON_OUT, currStatus.IsRibbonOut);
break;
case ZebraConstants.PRINTER_STATE_LABELS_REMAINING_IN_BATCH:
resultHash.Add(ZebraConstants.PRINTER_STATE_LABELS_REMAINING_IN_BATCH, currStatus.LabelsRemainingInBatch);
break;
case ZebraConstants.PRINTER_STATE_LABEL_LENGTH_IN_DOTS:
resultHash.Add(ZebraConstants.PRINTER_STATE_LABEL_LENGTH_IN_DOTS, currStatus.LabelLengthInDots);
break;
case ZebraConstants.PRINTER_STATE_NUMBER_OF_FORMATS_IN_RECEIVE_BUFFER:
resultHash.Add(ZebraConstants.PRINTER_STATE_NUMBER_OF_FORMATS_IN_RECEIVE_BUFFER, currStatus.NumberOfFormatsInReceiveBuffer);
break;
case ZebraConstants.PRINTER_STATE_PRINT_MODE:
switch (currStatus.PrintMode)
{
case ZplPrintMode.REWIND:
resultHash.Add(ZebraConstants.PRINTER_STATE_PRINT_MODE, ZebraConstants.PRINT_MODE_REWIND);
break;
case ZplPrintMode.PEEL_OFF:
resultHash.Add(ZebraConstants.PRINTER_STATE_PRINT_MODE, ZebraConstants.PRINT_MODE_PEEL_OFF);
break;
case ZplPrintMode.TEAR_OFF:
resultHash.Add(ZebraConstants.PRINTER_STATE_PRINT_MODE, ZebraConstants.PRINT_MODE_TEAR_OFF);
break;
case ZplPrintMode.CUTTER:
resultHash.Add(ZebraConstants.PRINTER_STATE_PRINT_MODE, ZebraConstants.PRINT_MODE_CUTTER);
break;
case ZplPrintMode.APPLICATOR:
resultHash.Add(ZebraConstants.PRINTER_STATE_PRINT_MODE, ZebraConstants.PRINT_MODE_APPLICATOR);
break;
case ZplPrintMode.DELAYED_CUT:
resultHash.Add(ZebraConstants.PRINTER_STATE_PRINT_MODE, ZebraConstants.PRINT_MODE_DELAYED_CUT);
break;
case ZplPrintMode.LINERLESS_PEEL:
resultHash.Add(ZebraConstants.PRINTER_STATE_PRINT_MODE, ZebraConstants.PRINT_MODE_LINERLESS_PEEL);
break;
case ZplPrintMode.LINERLESS_REWIND:
resultHash.Add(ZebraConstants.PRINTER_STATE_PRINT_MODE, ZebraConstants.PRINT_MODE_REWIND);
break;
case ZplPrintMode.PARTIAL_CUTTER:
resultHash.Add(ZebraConstants.PRINTER_STATE_PRINT_MODE, ZebraConstants.PRINT_MODE_PARTIAL_CUTTER);
break;
case ZplPrintMode.RFID:
resultHash.Add(ZebraConstants.PRINTER_STATE_PRINT_MODE, ZebraConstants.PRINT_MODE_RFID);
break;
case ZplPrintMode.KIOSK:
resultHash.Add(ZebraConstants.PRINTER_STATE_PRINT_MODE, ZebraConstants.PRINT_MODE_KIOSK);
break;
case ZplPrintMode.UNKNOWN:
resultHash.Add(ZebraConstants.PRINTER_STATE_PRINT_MODE, ZebraConstants.PRINT_MODE_UNKNOWN);
break;
}
break;
}
}
}
else
{
resultHash.Add(ZebraConstants.HK_STATUS, ZebraConstants.PRINTER_STATUS_ERROR);
resultHash.Add(ZebraConstants.HK_MESSAGE, "");
}
}
else
{
resultHash.Add(ZebraConstants.HK_STATUS, ZebraConstants.PRINTER_STATUS_ERR_NOT_CONNECTED);
resultHash.Add(ZebraConstants.HK_MESSAGE, "");
}
oResult.set(resultHash);
}