public void saveGloveConfiguration(string fileName, Glove selectedGlove)
{
XElement rootXML = new XElement("hand");
XElement boardPins = new XElement("boardPins");
rootXML.Add(boardPins);
foreach (int pin in selectedGlove.GloveConfiguration.PositivePins)
{
XElement positivePinXML = new XElement("positivePin");
positivePinXML.SetAttributeValue("pin", pin);
boardPins.Add(positivePinXML);
}
foreach (int pin in selectedGlove.GloveConfiguration.NegativePins)
{
XElement negativePinXML = new XElement("negativePin");
negativePinXML.SetAttributeValue("pin", pin);
boardPins.Add(negativePinXML);
}
selectedGlove.GloveConfiguration.GloveHash = selectedGlove.GloveConfiguration.PositivePins.GetHashCode().ToString();
rootXML.SetAttributeValue("baudRate", selectedGlove.GloveConfiguration.BaudRate);
rootXML.SetAttributeValue("gloveHash", selectedGlove.GloveConfiguration.GloveHash);
rootXML.SetAttributeValue("gloveName", fileName);
selectedGlove.GloveConfiguration.GloveName = fileName;
rootXML.Save(fileName);
serviceClient.SaveGlove(selectedGlove);
}
/// <summary>
/// Handles the event of selectors (combobox in this case) changing their selection.
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
private void selectorsSelectionChanged(object sender, SelectionChangedEventArgs e)
{
if (((ComboBox)sender).SelectedItem != null)
{
String selection = ((ComboBox)sender).SelectedItem.ToString();
//String region = (String)((ComboBox)sender).AccessibleName;
//Si el selector usado poseia otro actuador con anterioridad, este debe ser liberado y añadido a los otros selectores, en general, a todos.
// Si se selecciona un actuador, la idea es que no se pueda volver a seleccionar en otro punto de la mano.
int owner = ((ComboBox)sender).TabIndex;
if (selection != null)
{
if (!selection.Equals(""))
{
int selectionFlexor = Int32.Parse(selection);
removeFlexor(selectionFlexor, sender);
try
{
this.selectedGlove.GloveConfiguration.GloveProfile.FlexorsMappings.Add(owner, selectionFlexor);
gloves.addFlexor(this.selectedGlove, selectionFlexor, owner);
}
catch (Exception)
{
/* int liberatedFlexor = this.selectedGlove.GloveConfiguration.GloveProfile.FlexorsMappings[owner];
* liberateFlexor(liberatedFlexor, sender);
* this.selectedGlove.GloveConfiguration.GloveProfile.FlexorsMappings[owner] = selectionFlexor;
* gloves.addFlexor(this.selectedGlove, selectionFlexor, owner);
*/
}
}
else
{
int liberatedFlexorC;
this.selectedGlove.GloveConfiguration.GloveProfile.FlexorsMappings.TryGetValue(owner, out liberatedFlexorC);
int?liberatedFlexor = liberatedFlexorC;
if (liberatedFlexor != null)
{
liberatedFlexorC = liberatedFlexor == null ? default(int) : liberatedFlexor.GetValueOrDefault();
liberateFlexor(liberatedFlexorC, sender);
this.selectedGlove.GloveConfiguration.GloveProfile.FlexorsMappings.Remove(owner);
gloves.removeFlexor(this.selectedGlove, owner);
changeBarValue(owner, 0);
}
}
}
refreshMappingsList(this.selectedGlove.GloveConfiguration.GloveProfile.FlexorsMappings);
serviceClient.SaveGlove(this.selectedGlove);
((ComboBox)sender).Visibility = Visibility.Hidden;
}
}
/// <summary>
/// Handles the event of selectors (combobox in this case) changing their selection.
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
private void selectorsSelectionChanged(object sender, SelectionChangedEventArgs e)
{
if (((ComboBox)sender).SelectedItem != null)
{
String selection = ((ComboBox)sender).SelectedItem.ToString();
//String region = (String)((ComboBox)sender).AccessibleName;
//Si el selector usado poseia otro actuador con anterioridad, este debe ser liberado y añadido a los otros selectores, en general, a todos.
// Si se selecciona un actuador, la idea es que no se pueda volver a seleccionar en otro punto de la mano.
String owner = ((ComboBox)sender).TabIndex.ToString();
if (selection != null)
{
if (!selection.Equals(""))
{
removeActuator(selection, sender);
try
{
this.selectedGlove.GloveConfiguration.GloveProfile.Mappings.Add(owner, selection);
}
catch (Exception)
{
String liberatedActuator = this.selectedGlove.GloveConfiguration.GloveProfile.Mappings[owner];
liberateActuator(liberatedActuator, sender);
this.selectedGlove.GloveConfiguration.GloveProfile.Mappings[owner] = selection;
}
}
else
{
String liberatedActuator;
this.selectedGlove.GloveConfiguration.GloveProfile.Mappings.TryGetValue(owner, out liberatedActuator);
if (liberatedActuator != null)
{
liberateActuator(liberatedActuator, sender);
this.selectedGlove.GloveConfiguration.GloveProfile.Mappings.Remove(owner);
}
}
}
refreshMappingsList(this.selectedGlove.GloveConfiguration.GloveProfile.Mappings);
serviceClient.SaveGlove(this.selectedGlove);
((ComboBox)sender).Visibility = Visibility.Hidden;
}
}
private void updateView()
{
if (this.selectedGlove.GloveConfiguration.GloveProfile.imuStatus == true)
{
button.Content = "Deactivate data";
labelIMUStatus.Content = "On";
}
else
{
button.Content = "Activate data";
labelIMUStatus.Content = "Off";
}
if (this.selectedGlove.GloveConfiguration.GloveProfile.rawData == true)
{
buttonSetRawData.Content = "Processed data";
}
else
{
buttonSetRawData.Content = "Raw Data";
}
serviceClient.SaveGlove(this.selectedGlove);
}