public DeviceChangedEventArgs(DeviceType deviceType, PluginDevice oldDevice, PluginDevice newDevice, IReadonlyContext oldDeviceParams)
{
DeviceType = deviceType;
OldDevice = oldDevice;
NewDevice = newDevice;
OldDeviceParams = oldDeviceParams;
}
public DeviceParams this[DeviceType deviceType]
{
get
{
var selectedDevice = SelectedDevices[deviceType];
var device = PluginDevice.CreateParameterizedEntity(selectedDevice.Device, selectedDevice.Params);
var selectedConsumer = SelectedConsumers[deviceType];
var consumer = PluginStreamConsumer.CreateParameterizedEntity(selectedConsumer.Consumer, selectedConsumer.Params);
return(new DeviceParams {
Device = device, Consumers = new[] { consumer }
});
}
set
{
if (_deviceControlGroups[deviceType].DeviceComboBox.FindAndSelect(value.Device.Id ?? NoneIdentifier, null))
{
var selectedDevice = SelectedDevices[deviceType];
selectedDevice.Params = selectedDevice.Device?.DeserializeParams(value.Device.Params) ?? (IReadonlyContext)EmptyContext.Instance;
}
var consumerEntity = value.Consumers.Length > 0 ? value.Consumers[0] : new ParameterizedEntity();
App.Instance.Registries.Registry <PluginStreamConsumer>().LookUp(consumerEntity.Id ?? NoneIdentifier, out var streamConsumer);
SelectedConsumers[deviceType].Consumer = streamConsumer;
SelectedConsumers[deviceType].Params = streamConsumer?.DeserializeParams(consumerEntity.Params) ?? (IReadonlyContext)EmptyContext.Instance;
}
}
private void InitializeDeviceConfigurationPanel(PluginDevice device)
{
DeviceConfigurationPanel.Descriptors = AsGroup("Device", device?.Factory.Parameters.Cast <IDescriptor>().ToArray() ?? EmptyArray <IDescriptor> .Instance);
DeviceConfigurationPanel.Adapter = device?.Factory as IParameterPresentAdapter;
ScrollView.InvalidateScrollInfo();
ScrollView.ScrollToTop();
_needResizeWindow = true;
}
public DeviceConfigWindow([NotNull] PluginDevice device, [CanBeNull] IReadonlyContext deviceParams,
[CanBeNull] PluginStreamConsumer consumer, [CanBeNull] IReadonlyContext consumerParams)
{
InitializeComponent();
InitializeDeviceConfigurationPanel(device ?? throw new ArgumentNullException(nameof(device)));
DeviceConfigurationPanel.Context = deviceParams ?? EmptyContext.Instance;
var experimentPanel = ConsumerSelectionPanel.AddGroupPanel("Consumer", "Consumer Selection");
_consumerComboBox = new ComboBox();
_consumerComboBox.SelectionChanged += ConsumerComboBox_OnSelectionChanged;
_consumerComboBox.ItemsSource = GetConsumerList(device.DeviceType);
_consumerComboBox.FindAndSelect(consumer?.Identifier, 0);
experimentPanel.AddRow("Consumer", _consumerComboBox, ViewConstants.DefaultRowHeight);
InitializeConsumerConfigurationPanel(consumer);
ConsumerConfigurationPanel.Context = consumerParams ?? EmptyContext.Instance;
Title = $"{device.Identifier} Configuration";
}
public KeeleCard(PluginDevice device)
{
}
public KeeleCard(PluginDevice device, string reader)
{
this.device = device;
this.reader = reader;
}
public KeeleCard(PluginDevice device)
{
}
public KeeleCard(PluginDevice device, string reader)
{
this.device = device;
this.reader = reader;
}
public bool connectReader()
{
string configType = readConfiguration.getString("type");
string configDevice = readConfiguration.getString("device");
string configSchema = readConfiguration.getString("schema");
if(configType == null || configDevice == null || configSchema == null)
{
return false;
}
LS8000 ls8000 = new LS8000();
if(ls8000.getName().CompareTo(configType)==0)
{
device = ls8000;
}
ACR122 acr122 = new ACR122();
if(acr122.getName().CompareTo(configType)==0)
{
device = acr122;
}
ACR122_Sim acr122_sim = new ACR122_Sim();
if(acr122_sim.getName().CompareTo(configType)==0)
{
device = acr122_sim;
}
ACR122_v2 acr122_v2 = new ACR122_v2();
if(acr122_v2.getName().CompareTo(configType)==0)
{
device = acr122_v2;
}
if(device == null){
return false;
}
KeeleCard keeleCard = new KeeleCard(device,configDevice);
if(keeleCard.getName().CompareTo(configSchema)==0)
{
schema = keeleCard;
}
if(schema==null){
return false;
//return device.connect(configDevice);
}
return true;
/*
if (_serialPort == -1)
return false;
int val = LS8000CommsLib.Comms.rf_init_com(_serialPort,NotificationIcon.baud);
if (val == 0)
return true;
else
MessageBox.Show("Failed to connect to reader on Com " + _serialPort, "Error", MessageBoxButtons.OK, MessageBoxIcon.Error);
return false;
*/
}
public bool connectReader()
{
string configType = readConfiguration.getString("type");
string configDevice = readConfiguration.getString("device");
string configSchema = readConfiguration.getString("schema");
if (configType == null || configDevice == null || configSchema == null)
{
return(false);
}
LS8000 ls8000 = new LS8000();
if (ls8000.getName().CompareTo(configType) == 0)
{
device = ls8000;
}
ACR122 acr122 = new ACR122();
if (acr122.getName().CompareTo(configType) == 0)
{
device = acr122;
}
ACR122_Sim acr122_sim = new ACR122_Sim();
if (acr122_sim.getName().CompareTo(configType) == 0)
{
device = acr122_sim;
}
ACR122_v2 acr122_v2 = new ACR122_v2();
if (acr122_v2.getName().CompareTo(configType) == 0)
{
device = acr122_v2;
}
if (device == null)
{
return(false);
}
KeeleCard keeleCard = new KeeleCard(device, configDevice);
if (keeleCard.getName().CompareTo(configSchema) == 0)
{
schema = keeleCard;
}
if (schema == null)
{
return(false);
//return device.connect(configDevice);
}
return(true);
/*
* if (_serialPort == -1)
* return false;
* int val = LS8000CommsLib.Comms.rf_init_com(_serialPort,NotificationIcon.baud);
* if (val == 0)
* return true;
*
* else
* MessageBox.Show("Failed to connect to reader on Com " + _serialPort, "Error", MessageBoxButtons.OK, MessageBoxIcon.Error);
* return false;
*/
}
