public MultiplexerConfig(string hiFamily, string hiModel)
{
StorageCfgs.Hi.Family = hiFamily;
StorageCfgs.Hi.Model = hiModel;
XPinConfig xPinConfig = HiXmlParser.getMultiplexerConfig(hiFamily, hiModel);
YPinConfig yPinConfig = new YPinConfig();
_x_pin_to_value_map = xPinConfig._x_pin_to_value_map;
gpio_To_YPin_Map = yPinConfig.gpio_To_YPin_Map;
Debug.WriteLine("\n====================================\n " +
"===== Multiplexer Configuration ====\n ");
RaspberryPi.Instance.Control.Multiplexer.current_multiplexer_state.Clear();
foreach (int value_x in _x_pin_to_value_map.Keys)
{
foreach (string y_value in gpio_To_YPin_Map.Keys)
{
if (y_value.Equals(_x_pin_to_value_map[value_x]))
{
x_to_y_map.Add(value_x, gpio_To_YPin_Map[y_value]);
Debug.WriteLine("Pin {0} is connected to : {1} \n", value_x, y_value);
RaspberryPi.Instance.Control.Multiplexer.current_multiplexer_state.Add(value_x, new Tuple <int, string>(gpio_To_YPin_Map[y_value], y_value));
}
}
}
Debug.WriteLine("====================================\n ");
saveConfig();
}
/// <summary>
/// Reads the current configuration of the Raspberry and updates the LCD status information <see cref="updateLCD"/>
/// </summary>
/// <param name="i">not used</param>
/// <returns>The current configuration as human readable string</returns>
public string GetRaspiConfig(int i)
{
StringBuilder sb = new StringBuilder();
sb.Append("IPAddress: " + this.GetIpAddressAsync() + "\n");
sb.Append("Initialized: " + RasPi.isInitialized() + "\n");
sb.Append("TestMode: " + RasPi.isTestMode() + "\n");
sb.Append("LCD: \n");
sb.Append("\t Initialized: " + this.LCD.isInitialized() + "\n");
sb.Append("\t Text: " + this.LCD.CurrentTextPlainString + "\n");
sb.Append("Potentiometer: \n");
sb.Append("\t Initialized: " + this.Potentiometer.isInitialized() + "\n");
sb.Append("HI: \n");
sb.Append("\t Family: " + StorageCfgs.Hi.Family + "\n");
sb.Append("\t Model: " + StorageCfgs.Hi.Model + "\n");
sb.Append("\t Available Usercontrols: \n");
XPinConfig mux_config = HiXmlParser.getMultiplexerConfig(StorageCfgs.Hi.Family, StorageCfgs.Hi.Model);
foreach (var pair in mux_config.X_Pin_To_Value_Map)
{
if (!pair.Value.Equals(""))
{
sb.Append("\t\t X-Pin:" + pair.Key + ", UserControl: " + pair.Value + "\n");
}
}
sb.Append("Status of Usercontrols: \n");
sb.Append("\t Telecoil detected: " + getTeleCoilStatus() + "\n");
sb.Append("\t Audio Shoe detected: " + getAudioShoeStatus() + "\n");
sb.Append("\t LED is On: " + CheckLEDStatus(0) + "\n");
this.updateLCD();
return(sb.ToString());
}
/// <summary>
/// Get the multiplexer configuation of a specific HI
/// </summary>
/// <param name="family">family name of the HI, e.g.: "Pure"</param>
/// <param name="model_name">model name of the HI: e.g: "312 702 S (DN)"</param>
/// <returns>
/// Returns a HiType Object
/// Returns null if the specified HI is not found
/// </returns>
public static XPinConfig getMultiplexerConfig(string family, string model_name)
{
if (hi_dictionary.ContainsKey(family))
{
Dictionary <List <string>, XPinConfig> family_dic = hi_dictionary[family];
XPinConfig multiplex_config = null;
bool model_found = false;
foreach (List <string> model_names in family_dic.Keys)
{
if (model_names.Contains(model_name))
{
multiplex_config = family_dic[model_names];
model_found = true;
break;
}
}
if (model_found)
{
return(multiplex_config);
}
}
return(null);
}
/// <summary>
/// Creates a human readable string of the XML configuration file.
/// </summary>
/// <returns>
/// Returns a string containing multiplexer configurations for all possible HIs
/// </returns>
public static string getXMLConfigAsString()
{
StringBuilder sb = new StringBuilder();
foreach (string familyName in hi_dictionary.Keys)
{
sb.Append("Family " + familyName + ":");
sb.Append("\n");
Dictionary <List <string>, XPinConfig> model_dic = hi_dictionary[familyName];
foreach (List <string> model_names in model_dic.Keys)
{
sb.Append("\tModels: ");
sb.Append("\n");
foreach (string model_name in model_names)
{
sb.Append("\t\t[" + model_name + "]");
sb.Append("\n");
}
sb.Append("\n");
XPinConfig config_obj = model_dic[model_names];
Dictionary <int, string> config_map = config_obj.X_Pin_To_Value_Map;
sb.Append("\tConfig: ");
sb.Append("\n");
foreach (int key in config_map.Keys)
{
string value = config_map[key];
sb.Append("\t\t PinID: " + key + ", Value: " + value);
sb.Append("\n");
}
}
sb.Append("------------------------------------------------------------");
sb.Append("\n");
}
return(sb.ToString());
}
private static void buildDictionary()
{
IEnumerable <XNode> familyNodes = config.Element("PinOutInfo").Nodes();
foreach (XElement familyElement in familyNodes)
{
string family_name = familyElement.Attribute("name").Value;
Dictionary <List <string>, XPinConfig> tmp = new Dictionary <List <string>, XPinConfig>();
IEnumerable <XNode> modelNodes = familyElement.Nodes();
foreach (XElement modelElement in modelNodes)
{
string model_names_string = modelElement.Attribute("name").Value;
List <string> model_names_list = new List <string>();
Char delimiter = ',';
String[] model_names = model_names_string.Split(delimiter);
model_names_list.AddRange(model_names);
List <string> pin_value_list = new List <string>();
IEnumerable <XNode> pinNodes = modelElement.Nodes();
foreach (XElement pinElement in pinNodes)
{
string pin_value = pinElement.Attribute("value").Value;
pin_value_list.Add(pin_value);
}
XPinConfig pin_config = new XPinConfig(family_name, model_names_string, pin_value_list);
tmp.Add(model_names_list, pin_config);
}
hi_dictionary.Add(family_name, tmp);
}
}
private static int statusMessageCount = 0; // count messages generated by this method (currently for arbitrary reasons)
/// <summary>
/// Executes the Command getStatusXML()
/// </summary>
/// <param name="parameter"></param>
/// <returns>
/// The current state of the Raspberry Pi: Status of user controls, available features, hardware information.
/// This method returns an XML-file.
/// </returns>
public XDocument getStatusXML()
{
XElement xml = new XElement("Operation",
new XAttribute("Timestamp", DateTime.Now.ToString("hh:mm:ss")),
new XAttribute("Message", 1),
new XElement("IPAddress", this.GetIpAddressAsync()),
new XElement("Initialized", RasPi.isInitialized()),
new XElement("TestMode", RasPi.isTestMode())
);
/* TODO if possible: read & return currently displayed text.
* Depending whether or not LCD is connected, status information differs. */
if (this.LCD.isInitialized())
{
xml.Add(new XElement("LCD",
new XElement("Initialized", true),
new XElement("Text", this.LCD.CurrentText.ToString())));
}
else
{
xml.Add(new XElement("LCD",
new XElement("Initialized", false)));
}
if (this.Potentiometer.isInitialized())
{
xml.Add(new XElement("Potentiometer",
new XElement("Initialized", true),
new XElement("Text", this.Potentiometer.WiperState)));
}
else
{
xml.Add(new XElement("Potentiometer",
new XElement("Initialized", false)));
}
xml.Add(new XElement("LED",
new XElement("Initialized", "?"), // possible to update this later on to better reflect whether or not an LED is even attached
new XElement("Status", GPIOinterface.readPin(24)))); // gpio interface read pin led pin 24
if (this.Multiplexer.isInitialized())
{
xml.Add(new XElement("Multiplexer",
new XElement("Initialized", true),
new XElement("Family", StorageCfgs.Hi.Family),
new XElement("ModelName", StorageCfgs.Hi.Model)
));
/* Read config from XML and based on that return supported controls of current HI*/
XPinConfig mux_config = HiXmlParser.getMultiplexerConfig(StorageCfgs.Hi.Family, StorageCfgs.Hi.Model);
xml.Add(new XElement("HI",
new XElement(YPinConfig.ROCKERSWITCH_STRING, string.Join(",", mux_config.ValueToPins(YPinConfig.ROCKERSWITCH_STRING))),
new XElement(YPinConfig.GROUND, string.Join(",", mux_config.ValueToPins(YPinConfig.GROUND))),
new XElement(YPinConfig.PUSHBUTTON_STRING, string.Join(",", mux_config.ValueToPins(YPinConfig.PUSHBUTTON_STRING))),
new XElement(YPinConfig.AMR, string.Join(",", mux_config.ValueToPins(YPinConfig.AMR))),
new XElement(YPinConfig.AUDIOINPUT, string.Join(",", mux_config.ValueToPins(YPinConfig.AUDIOINPUT))),
new XElement(YPinConfig.REC_DET, string.Join(",", mux_config.ValueToPins(YPinConfig.REC_DET))),
new XElement(YPinConfig.LED, string.Join(",", mux_config.ValueToPins(YPinConfig.LED))),
new XElement(YPinConfig.M, string.Join(",", mux_config.ValueToPins(YPinConfig.M))),
new XElement(YPinConfig.STOP_END, string.Join(",", mux_config.ValueToPins(YPinConfig.STOP_END))),
new XElement(YPinConfig.ENDLESS_VC, string.Join(",", mux_config.ValueToPins(YPinConfig.ENDLESS_VC))),
new XElement(YPinConfig.ARD, string.Join(",", mux_config.ValueToPins(YPinConfig.ARD))),
new XElement(YPinConfig.DET_AUDIO, string.Join(",", mux_config.ValueToPins(YPinConfig.DET_AUDIO))),
new XElement(YPinConfig.DET_TELE, string.Join(",", mux_config.ValueToPins(YPinConfig.DET_TELE)))
));
}
else
{
xml.Add(new XElement("Multiplexer",
new XElement("Initialized", false)
));
}
if (this.ADConverter.isInitialized())
{
xml.Add(new XElement("ADConverter",
new XElement("Initialized", true),
new XElement("Connected", this.ADConverter.isConnected()),
new XElement("Channel1", this.ADConverter.CurrentDACVoltage1),
new XElement("Channel2", this.ADConverter.CurrentDACVoltage2)
));
}
else
{
xml.Add(new XElement("ADConverter",
new XElement("Initialized", false)
));
}
statusMessageCount++; // count send results for no particular reason other than ensuring order of status updates
return(new XDocument(new XElement(xml)));
}
