public void Init(string[] interfaceTypes, IReactPromise <string> promise)
{
List <InterfaceType> nativeInterfaceTypes = new List <InterfaceType>();
foreach (string interfaceType in interfaceTypes)
{
if (!StarIO10ValueConverter.ToInterfaceType(interfaceType, out InterfaceType nativeInterfaceType))
{
promise.Reject(new ReactError());
return;
}
nativeInterfaceTypes.Add(nativeInterfaceType);
}
try
{
IStarDeviceDiscoveryManager nativeObject = StarDeviceDiscoveryManagerFactory.Create(nativeInterfaceTypes);
SetObject(nativeObject, out string objectIdentifier);
nativeObject.PrinterFound += (sender, e) =>
{
if (!StarIO10ValueConverter.ToString(e.Printer.ConnectionSettings.InterfaceType, out string interfaceTypeString) ||
!StarIO10ValueConverter.ToString(e.Printer.Information.Model, out string modelString) ||
!StarIO10ValueConverter.ToString(e.Printer.Information.Emulation, out string emulationString))
{
return;
}
var parameter = new Dictionary <string, JSValue>();
parameter.Add(EventParameter.KeyIdentifier, objectIdentifier);
parameter.Add(EventParameter.KeyInterfaceType, interfaceTypeString);
parameter.Add(EventParameter.KeyConnectionIdentifier, e.Printer.ConnectionSettings.Identifier);
parameter.Add(EventParameter.KeyModel, modelString);
parameter.Add(EventParameter.KeyEmulation, emulationString);
parameter.Add(EventParameter.KeyReserved, StarIO10ValueConverter.ToJSValue(e.Printer.Information.Reserved));
PrinterFound(parameter);
};
nativeObject.DiscoveryFinished += (sender, e) =>
{
var parameter = new Dictionary <string, JSValue>();
parameter.Add(EventParameter.KeyIdentifier, objectIdentifier);
DiscoveryFinished(parameter);
};
promise.Resolve(objectIdentifier);
}
catch (StarIO10Exception e)
{
StarIO10ErrorWrapper.SetObject(e, out string exceptionIdentifier);
promise.Reject(new ReactError()
{
Code = exceptionIdentifier, Exception = e
});
}
}
public void Init(string[] interfaceTypes, IReactPromise <string> promise)
{
List <InterfaceType> nativeInterfaceTypes = new List <InterfaceType>();
foreach (string interfaceType in interfaceTypes)
{
if (!StarIO10ValueConverter.ToInterfaceType(interfaceType, out InterfaceType nativeInterfaceType))
{
promise.Reject(new ReactError());
return;
}
nativeInterfaceTypes.Add(nativeInterfaceType);
}
IStarDeviceDiscoveryManager nativeObject = StarDeviceDiscoveryManagerFactory.Create(nativeInterfaceTypes);
SetObject(nativeObject, out string objectIdentifier);
nativeObject.PrinterFound += (sender, e) =>
{
if (!StarIO10ValueConverter.ToString(e.Printer.ConnectionSettings.InterfaceType, out string interfaceTypeString) ||
!StarIO10ValueConverter.ToString(e.Printer.Information.Model, out string modelString) ||
!StarIO10ValueConverter.ToString(e.Printer.Information.Emulation, out string emulationString))
{
return;
}
PrinterFound(new PrinterFoundParameter()
{
identifier = objectIdentifier,
interfaceType = interfaceTypeString,
connectionIdentifier = e.Printer.ConnectionSettings.Identifier,
model = modelString,
emulation = emulationString
});
};
nativeObject.DiscoveryFinished += (sender, e) =>
{
DiscoveryFinished(new EventParameter()
{
identifier = objectIdentifier
});
};
promise.Resolve(objectIdentifier);
}
