private void loadJson(object sender, RoutedEventArgs e)
{
clearMacroComboBox();
clearSingleKeyComboBox();
OnTapMacroTextBlock.Text = "";
OnHoldMacroTextBlock.Text = "";
if (mainWindow.keyboardinfomodel.SelectedJsonLayout == null)
{
// return;
}
//store the path to the json file
var json_path = mainWindow.keyboardinfomodel.SelectedJsonLayout.layoutPath;
//create keyboard oject and initialize with the contents within the json file
try
{
keeb = get_keyboard_json_from_path(json_path);
//create the grid for the binding editor
keyBoardGridPicker.Children.Clear();
GridCreate(keeb.ui_desc.rows, keeb.ui_desc.cols);
//generate the json specified keycaps
generateKeyCaps(keeb);
}
catch (Exception dse)
{
MessageBox.Show("Error Deserializing: " + dse);
}
}
private void generateKeyCaps(QK.Keyboard kc)
{
foreach (var key in kc.keys)
{
int row = key.graphics.row;
int col = key.graphics.col;
key.binding.on_hold.Clear();
key.binding.on_tap.Clear();
KeyCapButton kcb = new KeyCapButton(key);
if (key.matrix.row == null && key.matrix.col == null)
{/*skip*/
}
else
{
//open model here.
kcb.keyButton.Click += selectKeyView;
}
keyBoardGridPicker.Children.Add(kcb);
Grid.SetRow(kcb, row);
Grid.SetColumn(kcb, col);
}
}
/* User button event for creating the json layout */
private void createJson_Click(object sender, RoutedEventArgs e)
{
try
{
string KeyboardLayoutName = layoutNameTextbox.Text; //Layout Name
validateLayoutName(KeyboardLayoutName);
qk.Keyboard keeb = new qk.Keyboard();
List <QKeyCommon.Keyboard_items.Keyboard> JsonInfo = new List <QKeyCommon.Keyboard_items.Keyboard>(); //List Contains Json Info
List <qk.Key_items.Key> KeyItems = getKeyData(); //List Contains Json Info using GetKeyData()
if (mainWindow.layouteditormodel.SelectedDiodeDirection != null)
{
keeb.spec.diode_direction = mainWindow.layouteditormodel.SelectedDiodeDirection.diodeValue;
}
else
{
throw new Exception("No diode direction selected. [Define Keyboard Matrix]");
}
keeb.ui_desc.rows = int.Parse(gridRow.Text);
keeb.ui_desc.cols = int.Parse(gridColumn.Text);
keeb.desc.product_name = model.layoutname;
if (mainWindow.keyboardinfomodel.SelectedMicroProc != null)
{
keeb.spec.avrdude.partno = mainWindow.keyboardinfomodel.SelectedMicroProc.mpCode;
keeb.spec.avrdude.partno_verbose = mainWindow.keyboardinfomodel.SelectedMicroProc.mpName;
}
else
{
throw new Exception("We are confused as to how you got here without selecting a microprocessor.");
}
if (KeyItems.Count <= 0)
{
throw new Exception("Keyboard should have keys added.");
}
keeb.keys = KeyItems;
if (model.SelectedKeyboardRowPins.Count() <= 0 || model.SelectedKeyboardColPins.Count() <= 0)
{
throw new Exception("Keyboard must have valid keyboard matrix size defined. Atleast 1 pin row/col [Define Keyboard Matrix]");
}
keeb.spec.matrix_spec.rows = model.SelectedKeyboardRowPins.Count();
keeb.spec.matrix_spec.row_pins = model.KeyboardMatrixRow.TrimEnd(',').Split(',').ToList();
keeb.spec.matrix_spec.cols = model.SelectedKeyboardColPins.Count();
keeb.spec.matrix_spec.col_pins = model.KeyboardMatrixCol.TrimEnd(',').Split(',').ToList();
//string jsonPath = (mainWindow.approot + KeyboardLayoutName + ".json");
string output = JsonConvert.SerializeObject(keeb, Formatting.Indented); //Serialize the List and add to output string
var userTemplatePath = System.IO.Path.Combine(mainWindow.userTemplatesFolderPath, KeyboardLayoutName + ".json");
try
{
System.IO.File.WriteAllText(userTemplatePath, output); //Save file
}
catch
{
throw new Exception("Invalid Folder Name.");
}
mainWindow.keyboardinfomodel.SelectedJsonLayout.layoutPath = userTemplatePath;
mainWindow.keyboardinfomodel.JsonLayouts.Add(new JsonTemplateLayout(keeb.desc.product_name, userTemplatePath));
NavigationService.Navigate(mainWindow.bindingEditorPage);
}
catch (Exception err)
{
MessageBox.Show("An error occured while serializing the object: " + err.Message);
}
}
