def __init__(self, db):
"""Reads the glade file and creates the dialog."""
# Set the path to the glade file to be the path to Tuxedo.py
gladefile = os.path.join(os.path.dirname(sys.argv[0]), 'AddDialog.glade')
# Read the widgets from the glade file
self.widgets = gtk.glade.XML(gladefile)
# Store the signals in a dictionary
signals = {"on_Add" : self.onAdd,
"on_Cancel" : self.onCancel}
# Autoconnect the signals
self.widgets.signal_autoconnect(signals)
# Store the database connection that was passed
self.db = db
# Store the dialog widget
self.dialog = self.widgets.get_widget('AddDialog')
# Fill priorities combobox with names of priorities
config = Config()
for priority in config.priorityNames():
self.widgets.get_widget('PriorityEntry').append_text(priority)
# Fill status combobox with names of statuses
for status in config.statusNames():
self.widgets.get_widget('StatusEntry').append_text(status)
# Set the priority to normal
self.widgets.get_widget('PriorityEntry').set_active(task.TASK_PRIORITY_NORMAL)
# Set the status to not started
self.widgets.get_widget('StatusEntry').set_active(task.TASK_NOTSTARTED)
def __init__(self, db, t):
"""Reads the glade file and creates the dialog with the task's current data already entered."""
# Set the path to the glade file to be the path to Tuxedo.py
gladefile = os.path.join(os.path.dirname(sys.argv[0]), 'EditDialog.glade')
# Read the widgets from the glade file
self.widgets = gtk.glade.XML(gladefile)
# Store the signals in a dictionary
signals = {"on_Apply" : self.onApply,
"on_Cancel" : self.onCancel}
# Autoconnect the signals
self.widgets.signal_autoconnect(signals)
# Store the database connection that was passed
self.db = db
# Store the dialog widget
self.dialog = self.widgets.get_widget('EditDialog')
# Fill priorities combobox with names of priorities
config = Config()
for priority in config.priorityNames():
self.widgets.get_widget('PriorityEntry').append_text(priority)
# Fill statuses combobox with names of statuses
for status in config.statusNames():
self.widgets.get_widget('StatusEntry').append_text(status)
# Set the values to be the task's current properties
self.widgets.get_widget('TaskEntry').set_text(t.name)
self.widgets.get_widget('PriorityEntry').set_active(t.priority)
self.widgets.get_widget('StatusEntry').set_active(t.status)
self.widgets.get_widget('DateEntry').select_month(t.duedate[1], t.duedate[0])
self.widgets.get_widget('DateEntry').select_day(t.duedate[2])
# Store the id of the task that is being edited
self.taskid = t.id
def __init__(self, db):
"""Creates and displays the main window."""
# Store the database connection that was passed
self.db = db
# Set the correct path for the glade file
gladefile = os.path.join(os.path.dirname(sys.argv[0]), 'MainWindow.glade')
# Get widgets from the glade file
self.widgets = gtk.glade.XML(gladefile)
# Store the signals in a dictionary
signals = {'on_Add' : self.onAdd,
'on_Edit' : self.onEdit,
'on_Delete' : self.onDelete,
'on_Refresh' : self.onRefresh,
'on_Preferences' : self.onPreferences,
'on_RowActivated' : self.onRowClick,
'on_Quit' : self.onQuit,
'on_Close' : self.onClose,
'on_About' : self.onAbout}
# Autoconnect the signals
self.widgets.signal_autoconnect(signals)
# Store the window widget
self.window = self.widgets.get_widget('MainWindow')
# Put correct values in Task / Change Status
config = Config()
# Get status menu item
status = self.widgets.get_widget('Status')
# Make a submenu
statusmenu = gtk.Menu()
status.set_submenu (statusmenu)
statusmenu.show()
# Make a menu item for each status
notstarted = gtk.MenuItem (config.statusNames()[task.TASK_NOTSTARTED], True)
inprogress = gtk.MenuItem (config.statusNames()[task.TASK_INPROGRESS], True)
completed = gtk.MenuItem (config.statusNames()[task.TASK_COMPLETED], True)
# Add them to their menu
statusmenu.append (notstarted)
statusmenu.append (inprogress)
statusmenu.append (completed)
# Connect them to their appropriate handlers
notstarted.connect ('activate', self.onNotStarted)
inprogress.connect ('activate', self.onInProgress)
completed.connect ('activate', self.onCompleted)
# Show them
notstarted.show()
inprogress.show()
completed.show()
# Tell the window not to delete itself when it's hidden
self.window.connect('delete_event', self.window.hide_on_delete)
# Start the position in the top right corner
self.position = [self.window.get_screen().get_width(), 0]
self.window.move(self.position[0], self.position[1])
# Create a ListStore to store the tasks in
self.tasklist = gtk.ListStore(str, int, int, int)
# Set the TreeView to use the ListStore
self.widgets.get_widget('TaskView').set_model(self.tasklist)
# Create a text renderer
self.cell = gtk.CellRendererText()
# Create a column for the tasks
self.taskcolumn = gtk.TreeViewColumn('Task', self.cell, text=0)
# Store the Tree view
self.taskView = self.widgets.get_widget('TaskView')
# Add the column to the TreeView
self.taskView.append_column(self.taskcolumn)
# Call taskViewProperties to set up the different styles for the tasks
self.taskcolumn.set_cell_data_func(self.cell, self.taskViewProperties, None)
