def __init__(self,
action,
title,
text='',
alpha=True,
numeric=True,
symbol=True):
"""
Used to display and control the
@param actions: Tuple containing a name and an action function that will be called
with the menu widget and the contents of the text entry field when
selected.
@param title: The title to display at the top of the screen.
@param text: Initial text for the text entry field.
@param alpha: Whether to display the alphabet character board
@param numeric: Whether to display the number character board.
@param symbol: Whether to display the symbol character board.
"""
self.title = title
self.text_entry = TextEntry(text)
# Create common buttons
self.action_button = Button(action[0], self.activate_action, action[1])
self.left_button = Button(_('Left'), self.move_caret, 'left')
self.right_button = Button(_('Right'), self.move_caret, 'right')
self.delete_button = Button(_('Delete'), self.delete_char, None)
# Make sure at least one character board is enabled.
if not (alpha or numeric or symbol):
# raise RuntimeError, 'At least one character board should be enabled!'
return
# Work out whether we need a column to select different character boards.
if (alpha and not numeric and not symbol) or \
(not alpha and numeric and not symbol) or \
(not alpha and not numeric and symbol):
columns = 6
else:
columns = 7
#
# Create button groups for alphabet/numbers/symbols
#
if alpha:
self.alphabet_button_group = ButtonGroup(6, columns)
keys = _('ABCDEFGHIJKLMNOPQRSTUVWXYZ ')
self.__init_keyboard_buttons(keys, self.alphabet_button_group)
if numeric:
self.numbers_button_group = ButtonGroup(6, columns)
keys = _('1234567890')
self.__init_keyboard_buttons(keys, self.numbers_button_group)
if symbol:
self.symbols_button_group = ButtonGroup(6, columns)
keys = _('!"#$%^&*();:\'@~?,.<>-=+\[]{}')
self.__init_keyboard_buttons(keys, self.symbols_button_group)
# If more than 1 character board is selected add the buttons to switch
# between them.
if (alpha and numeric) or (alpha and symbol) or (numeric and symbol):
if alpha:
characters_button = Button(_('ABC'), self.change_button_group,
self.alphabet_button_group)
if numeric:
self.numbers_button_group.set_button(
0, 5, characters_button)
if symbol:
self.symbols_button_group.set_button(
0, 5, characters_button)
if numeric:
numbers_button = Button(_('123'), self.change_button_group,
self.numbers_button_group)
if alpha:
self.alphabet_button_group.set_button(1, 5, numbers_button)
if symbol:
self.symbols_button_group.set_button(1, 5, numbers_button)
if symbol:
symbols_button = Button(_('Symbls'), self.change_button_group,
self.symbols_button_group)
if alpha:
self.alphabet_button_group.set_button(2, 5, symbols_button)
if numeric:
self.numbers_button_group.set_button(2, 5, symbols_button)
if alpha:
self.button_group = self.alphabet_button_group
elif numeric:
self.button_group = self.numbers_button_group
elif symbol:
self.button_group = self.symbols_button_group
class TextEntryScreen:
def __init__(self,
action,
title,
text='',
alpha=True,
numeric=True,
symbol=True):
"""
Used to display and control the
@param actions: Tuple containing a name and an action function that will be called
with the menu widget and the contents of the text entry field when
selected.
@param title: The title to display at the top of the screen.
@param text: Initial text for the text entry field.
@param alpha: Whether to display the alphabet character board
@param numeric: Whether to display the number character board.
@param symbol: Whether to display the symbol character board.
"""
self.title = title
self.text_entry = TextEntry(text)
# Create common buttons
self.action_button = Button(action[0], self.activate_action, action[1])
self.left_button = Button(_('Left'), self.move_caret, 'left')
self.right_button = Button(_('Right'), self.move_caret, 'right')
self.delete_button = Button(_('Delete'), self.delete_char, None)
# Make sure at least one character board is enabled.
if not (alpha or numeric or symbol):
# raise RuntimeError, 'At least one character board should be enabled!'
return
# Work out whether we need a column to select different character boards.
if (alpha and not numeric and not symbol) or \
(not alpha and numeric and not symbol) or \
(not alpha and not numeric and symbol):
columns = 6
else:
columns = 7
#
# Create button groups for alphabet/numbers/symbols
#
if alpha:
self.alphabet_button_group = ButtonGroup(6, columns)
keys = _('ABCDEFGHIJKLMNOPQRSTUVWXYZ ')
self.__init_keyboard_buttons(keys, self.alphabet_button_group)
if numeric:
self.numbers_button_group = ButtonGroup(6, columns)
keys = _('1234567890')
self.__init_keyboard_buttons(keys, self.numbers_button_group)
if symbol:
self.symbols_button_group = ButtonGroup(6, columns)
keys = _('!"#$%^&*();:\'@~?,.<>-=+\[]{}')
self.__init_keyboard_buttons(keys, self.symbols_button_group)
# If more than 1 character board is selected add the buttons to switch
# between them.
if (alpha and numeric) or (alpha and symbol) or (numeric and symbol):
if alpha:
characters_button = Button(_('ABC'), self.change_button_group,
self.alphabet_button_group)
if numeric:
self.numbers_button_group.set_button(
0, 5, characters_button)
if symbol:
self.symbols_button_group.set_button(
0, 5, characters_button)
if numeric:
numbers_button = Button(_('123'), self.change_button_group,
self.numbers_button_group)
if alpha:
self.alphabet_button_group.set_button(1, 5, numbers_button)
if symbol:
self.symbols_button_group.set_button(1, 5, numbers_button)
if symbol:
symbols_button = Button(_('Symbls'), self.change_button_group,
self.symbols_button_group)
if alpha:
self.alphabet_button_group.set_button(2, 5, symbols_button)
if numeric:
self.numbers_button_group.set_button(2, 5, symbols_button)
if alpha:
self.button_group = self.alphabet_button_group
elif numeric:
self.button_group = self.numbers_button_group
elif symbol:
self.button_group = self.symbols_button_group
def show(self, menuw):
"""
Display the Text Entry Screen.
This places the screen on the top of the menu stack.
"""
self.menuw = menuw
menuw.pushmenu(self)
def refresh(self):
"""
Redraw the screen.
"""
if self.menuw.children:
return
skin_object.draw('textentry', self)
def eventhandler(self, event, menuw=None):
"""
Event handler to handle button navigation and selection.
"""
event_consumed = False
redraw = False
if event is MENU_SELECT:
self.button_group.selected_button.select()
event_consumed = True
elif event in (MENU_LEFT, MENU_RIGHT, MENU_DOWN, MENU_UP):
if event is MENU_LEFT:
redraw = self.button_group.move_left()
elif event is MENU_RIGHT:
redraw = self.button_group.move_right()
elif event is MENU_DOWN:
redraw = self.button_group.move_down()
elif event is MENU_UP:
redraw = self.button_group.move_up()
event_consumed = True
if redraw:
self.refresh()
return event_consumed
def insert_key(self, arg):
"""
Button action to insert a character.
"""
self.text_entry.insert_char_at_caret(arg)
self.refresh()
def move_caret(self, arg):
"""
Button action to move the caret.
"""
if arg == 'left':
self.text_entry.caret_left()
elif arg == 'right':
self.text_entry.caret_right()
self.refresh()
def delete_char(self, arg):
"""
Button action to delete a character.
"""
self.text_entry.delete_char_at_caret()
self.refresh()
def change_button_group(self, arg):
"""
Button action to switch to a different button group.
"""
self.button_group = arg
self.button_group.set_selected(self.button_group.buttons[0][0])
self.refresh()
def activate_action(self, arg):
"""
Button action to call the user supplied handler.
"""
arg(self.menuw, self.text_entry.text)
def __init_keyboard_buttons(self, keys, button_group):
"""
Initialise a button group by spliting the keys argument into
characters and add each to the button group as a button.
"""
r = 0
c = 0
for key in keys:
if key == ' ':
text = _('Space')
else:
text = key
button_group.set_button(r, c, Button(text, self.insert_key, key))
c += 1
if c == 5:
r += 1
c = 0
# Add common buttons to the group
column = button_group.columns - 1
button_group.set_button(0, column, self.action_button)
button_group.set_button(1, column, self.left_button)
button_group.set_button(2, column, self.right_button)
button_group.set_button(3, column, self.delete_button)
def getattr(self, attr):
"""
Used by the skin to retrieve named details about this object.
"""
return getattr(self, attr, u'')
def __init__(self, action, title, text="", alpha=True, numeric=True, symbol=True):
"""
Used to display and control the
@param actions: Tuple containing a name and an action function that will be called
with the menu widget and the contents of the text entry field when
selected.
@param title: The title to display at the top of the screen.
@param text: Initial text for the text entry field.
@param alpha: Whether to display the alphabet character board
@param numeric: Whether to display the number character board.
@param symbol: Whether to display the symbol character board.
"""
self.title = title
self.text_entry = TextEntry(text)
# Create common buttons
self.action_button = Button(action[0], self.activate_action, action[1])
self.left_button = Button(_("Left"), self.move_caret, "left")
self.right_button = Button(_("Right"), self.move_caret, "right")
self.delete_button = Button(_("Delete"), self.delete_char, None)
# Make sure at least one character board is enabled.
if not (alpha or numeric or symbol):
# raise RuntimeError, 'At least one character board should be enabled!'
return
# Work out whether we need a column to select different character boards.
if (
(alpha and not numeric and not symbol)
or (not alpha and numeric and not symbol)
or (not alpha and not numeric and symbol)
):
columns = 6
else:
columns = 7
#
# Create button groups for alphabet/numbers/symbols
#
if alpha:
self.alphabet_button_group = ButtonGroup(6, columns)
keys = _("ABCDEFGHIJKLMNOPQRSTUVWXYZ ")
self.__init_keyboard_buttons(keys, self.alphabet_button_group)
self.lower_alphabet_button_group = ButtonGroup(6, columns)
keys = _("abcdefghijklmnopqrstuvwxyz ")
self.__init_keyboard_buttons(keys, self.lower_alphabet_button_group)
if numeric:
self.numbers_button_group = ButtonGroup(6, columns)
keys = _("1234567890")
self.__init_keyboard_buttons(keys, self.numbers_button_group)
if symbol:
self.symbols_button_group = ButtonGroup(6, columns)
keys = _("!\"#$%^&*();:'@~?,.<>-=+\[]{}")
self.__init_keyboard_buttons(keys, self.symbols_button_group)
# If more than 1 character board is selected add the buttons to switch
# between them.
if (alpha and numeric) or (alpha and symbol) or (numeric and symbol):
if alpha:
lowercase_button = Button(_("abc"), self.change_button_group, self.lower_alphabet_button_group)
self.alphabet_button_group.set_button(1, 5, lowercase_button)
characters_button = Button(_("ABC"), self.change_button_group, self.alphabet_button_group)
self.lower_alphabet_button_group.set_button(0, 5, characters_button)
if numeric:
self.numbers_button_group.set_button(0, 5, characters_button)
self.numbers_button_group.set_button(1, 5, lowercase_button)
if symbol:
self.symbols_button_group.set_button(0, 5, characters_button)
self.symbols_button_group.set_button(1, 5, lowercase_button)
if numeric:
numbers_button = Button(_("123"), self.change_button_group, self.numbers_button_group)
if alpha:
self.alphabet_button_group.set_button(2, 5, numbers_button)
self.lower_alphabet_button_group.set_button(2, 5, numbers_button)
if symbol:
self.symbols_button_group.set_button(2, 5, numbers_button)
if symbol:
symbols_button = Button(_("Symbls"), self.change_button_group, self.symbols_button_group)
if alpha:
self.alphabet_button_group.set_button(3, 5, symbols_button)
self.lower_alphabet_button_group.set_button(3, 5, symbols_button)
if numeric:
self.numbers_button_group.set_button(3, 5, symbols_button)
if alpha:
self.button_group = self.alphabet_button_group
elif numeric:
self.button_group = self.numbers_button_group
elif symbol:
self.button_group = self.symbols_button_group
self.last_key = None
self.last_key_press = 0
class TextEntryScreen:
def __init__(self,
action,
title,
text='',
alpha=True,
numeric=True,
symbol=True):
"""
Used to display and control the
@param actions: Tuple containing a name and an action function that will be called
with the menu widget and the contents of the text entry field when
selected.
@param title: The title to display at the top of the screen.
@param text: Initial text for the text entry field.
@param alpha: Whether to display the alphabet character board
@param numeric: Whether to display the number character board.
@param symbol: Whether to display the symbol character board.
"""
self.title = title
self.text_entry = TextEntry(text)
# Create common buttons
self.action_button = Button(action[0], self.activate_action, action[1])
self.left_button = Button(_('Left'), self.move_caret, 'left')
self.right_button = Button(_('Right'), self.move_caret, 'right')
self.delete_button = Button(_('Delete'), self.delete_char, None)
# Make sure at least one character board is enabled.
if not (alpha or numeric or symbol):
# raise RuntimeError, 'At least one character board should be enabled!'
return
# Work out whether we need a column to select different character boards.
if (alpha and not numeric and not symbol) or \
(not alpha and numeric and not symbol) or \
(not alpha and not numeric and symbol):
columns = 6
else:
columns = 7
#
# Create button groups for alphabet/numbers/symbols
#
if alpha:
self.alphabet_button_group = ButtonGroup(6, columns)
keys = _('ABCDEFGHIJKLMNOPQRSTUVWXYZ ')
self.__init_keyboard_buttons(keys, self.alphabet_button_group)
self.lower_alphabet_button_group = ButtonGroup(6, columns)
keys = _('abcdefghijklmnopqrstuvwxyz ')
self.__init_keyboard_buttons(keys,
self.lower_alphabet_button_group)
if numeric:
self.numbers_button_group = ButtonGroup(6, columns)
keys = _('1234567890')
self.__init_keyboard_buttons(keys, self.numbers_button_group)
if symbol:
self.symbols_button_group = ButtonGroup(6, columns)
keys = _('!"#$%^&*();:\'@~?,.<>-=+\[]{}')
self.__init_keyboard_buttons(keys, self.symbols_button_group)
# If more than 1 character board is selected add the buttons to switch
# between them.
if (alpha and numeric) or (alpha and symbol) or (numeric and symbol):
if alpha:
lowercase_button = Button(_('abc'), self.change_button_group,
self.lower_alphabet_button_group)
self.alphabet_button_group.set_button(1, 5, lowercase_button)
characters_button = Button(_('ABC'), self.change_button_group,
self.alphabet_button_group)
self.lower_alphabet_button_group.set_button(
0, 5, characters_button)
if numeric:
self.numbers_button_group.set_button(
0, 5, characters_button)
self.numbers_button_group.set_button(
1, 5, lowercase_button)
if symbol:
self.symbols_button_group.set_button(
0, 5, characters_button)
self.symbols_button_group.set_button(
1, 5, lowercase_button)
if numeric:
numbers_button = Button(_('123'), self.change_button_group,
self.numbers_button_group)
if alpha:
self.alphabet_button_group.set_button(2, 5, numbers_button)
self.lower_alphabet_button_group.set_button(
2, 5, numbers_button)
if symbol:
self.symbols_button_group.set_button(2, 5, numbers_button)
if symbol:
symbols_button = Button(_('Symbls'), self.change_button_group,
self.symbols_button_group)
if alpha:
self.alphabet_button_group.set_button(3, 5, symbols_button)
self.lower_alphabet_button_group.set_button(
3, 5, symbols_button)
if numeric:
self.numbers_button_group.set_button(3, 5, symbols_button)
if alpha:
self.button_group = self.alphabet_button_group
elif numeric:
self.button_group = self.numbers_button_group
elif symbol:
self.button_group = self.symbols_button_group
self.last_key = None
self.last_key_press = 0
def show(self, menuw):
"""
Display the Text Entry Screen.
This places the screen on the top of the menu stack.
"""
self.menuw = menuw
self.transition = skin.TRANSITION_IN
menuw.pushmenu(self)
self.transition = False
def refresh(self):
"""
Redraw the screen.
"""
if self.menuw.children:
return
skin_object.draw('textentry', self, transition=self.transition)
def eventhandler(self, event, menuw=None):
"""
Event handler to handle button navigation and selection.
"""
event_consumed = False
redraw = False
if event is MENU_SELECT:
self.button_group.selected_button.select()
event_consumed = True
self.last_key = None
elif event in (MENU_LEFT, MENU_RIGHT, MENU_DOWN, MENU_UP):
if event is MENU_LEFT:
redraw = self.button_group.move_left()
elif event is MENU_RIGHT:
redraw = self.button_group.move_right()
elif event is MENU_DOWN:
redraw = self.button_group.move_down()
elif event is MENU_UP:
redraw = self.button_group.move_up()
event_consumed = True
self.last_key = None
elif event == BUTTON:
if event.arg == '*':
self.modify_char()
self.last_key = None
self.last_key_press = time.time()
event_consumed = True
else:
n = -1
try:
n = int(event.arg)
except:
pass
if n >= 0 and n <= 9:
now = time.time()
if self.last_key == event.arg and \
(now - self.last_key_press) < key_press_timeout:
self.modify_char()
else:
new_ch = number_chars[n][0]
# New key press
if self.button_group == self.lower_alphabet_button_group:
new_ch = new_ch.lower()
self.set_selected_button(new_ch)
self.insert_char(new_ch)
self.last_key = event.arg
self.last_key_press = now
event_consumed = True
if redraw:
self.refresh()
return event_consumed
def insert_char(self, arg):
"""
Button action to insert a character.
"""
self.text_entry.insert_char_at_caret(arg)
self.refresh()
def modify_char(self):
"""
Modify the current character to be the next character in the number_char
entry string for the last key pressed.
"""
ch = self.text_entry.get_char_at_caret()
new_ch = None
for number_group in number_chars:
i = number_group.find(ch)
if i != -1:
i += 1
if i >= len(number_group):
i = 0
new_ch = number_group[i]
break
if new_ch is not None:
if self.button_group == self.lower_alphabet_button_group:
new_ch = new_ch.lower()
self.set_selected_button(new_ch)
self.text_entry.replace_char_at_caret(new_ch)
self.refresh()
def move_caret(self, arg):
"""
Button action to move the caret.
"""
if arg == 'left':
self.text_entry.caret_left()
elif arg == 'right':
self.text_entry.caret_right()
self.refresh()
def delete_char(self, arg):
"""
Button action to delete a character.
"""
self.text_entry.delete_char_at_caret()
self.refresh()
def change_button_group(self, arg):
"""
Button action to switch to a different button group.
"""
self.button_group = arg
self.button_group.set_selected(self.button_group.buttons[0][0])
self.refresh()
def activate_action(self, arg):
"""
Button action to call the user supplied handler.
"""
arg(self.menuw, self.text_entry.text)
def __init_keyboard_buttons(self, keys, button_group):
"""
Initialise a button group by spliting the keys argument into
characters and add each to the button group as a button.
"""
r = 0
c = 0
for key in keys:
if key == ' ':
text = _('Space')
else:
text = key
button_group.set_button(r, c, Button(text, self.insert_char, key))
c += 1
if c == 5:
r += 1
c = 0
# Add common buttons to the group
column = button_group.columns - 1
button_group.set_button(0, column, self.action_button)
button_group.set_button(1, column, self.left_button)
button_group.set_button(2, column, self.right_button)
button_group.set_button(3, column, self.delete_button)
def getattr(self, attr):
"""
Used by the skin to retrieve named details about this object.
"""
return getattr(self, attr, u'')
def set_selected_button(self, char):
"""
Set the selected button based on the specified character.
"""
for row in self.button_group.buttons:
for btn in row:
if btn and btn.text == char:
self.button_group.set_selected(btn)
break
class TextEntryScreen:
def __init__(self, action, title, text="", alpha=True, numeric=True, symbol=True):
"""
Used to display and control the
@param actions: Tuple containing a name and an action function that will be called
with the menu widget and the contents of the text entry field when
selected.
@param title: The title to display at the top of the screen.
@param text: Initial text for the text entry field.
@param alpha: Whether to display the alphabet character board
@param numeric: Whether to display the number character board.
@param symbol: Whether to display the symbol character board.
"""
self.title = title
self.text_entry = TextEntry(text)
# Create common buttons
self.action_button = Button(action[0], self.activate_action, action[1])
self.left_button = Button(_("Left"), self.move_caret, "left")
self.right_button = Button(_("Right"), self.move_caret, "right")
self.delete_button = Button(_("Delete"), self.delete_char, None)
# Make sure at least one character board is enabled.
if not (alpha or numeric or symbol):
# raise RuntimeError, 'At least one character board should be enabled!'
return
# Work out whether we need a column to select different character boards.
if (
(alpha and not numeric and not symbol)
or (not alpha and numeric and not symbol)
or (not alpha and not numeric and symbol)
):
columns = 6
else:
columns = 7
#
# Create button groups for alphabet/numbers/symbols
#
if alpha:
self.alphabet_button_group = ButtonGroup(6, columns)
keys = _("ABCDEFGHIJKLMNOPQRSTUVWXYZ ")
self.__init_keyboard_buttons(keys, self.alphabet_button_group)
self.lower_alphabet_button_group = ButtonGroup(6, columns)
keys = _("abcdefghijklmnopqrstuvwxyz ")
self.__init_keyboard_buttons(keys, self.lower_alphabet_button_group)
if numeric:
self.numbers_button_group = ButtonGroup(6, columns)
keys = _("1234567890")
self.__init_keyboard_buttons(keys, self.numbers_button_group)
if symbol:
self.symbols_button_group = ButtonGroup(6, columns)
keys = _("!\"#$%^&*();:'@~?,.<>-=+\[]{}")
self.__init_keyboard_buttons(keys, self.symbols_button_group)
# If more than 1 character board is selected add the buttons to switch
# between them.
if (alpha and numeric) or (alpha and symbol) or (numeric and symbol):
if alpha:
lowercase_button = Button(_("abc"), self.change_button_group, self.lower_alphabet_button_group)
self.alphabet_button_group.set_button(1, 5, lowercase_button)
characters_button = Button(_("ABC"), self.change_button_group, self.alphabet_button_group)
self.lower_alphabet_button_group.set_button(0, 5, characters_button)
if numeric:
self.numbers_button_group.set_button(0, 5, characters_button)
self.numbers_button_group.set_button(1, 5, lowercase_button)
if symbol:
self.symbols_button_group.set_button(0, 5, characters_button)
self.symbols_button_group.set_button(1, 5, lowercase_button)
if numeric:
numbers_button = Button(_("123"), self.change_button_group, self.numbers_button_group)
if alpha:
self.alphabet_button_group.set_button(2, 5, numbers_button)
self.lower_alphabet_button_group.set_button(2, 5, numbers_button)
if symbol:
self.symbols_button_group.set_button(2, 5, numbers_button)
if symbol:
symbols_button = Button(_("Symbls"), self.change_button_group, self.symbols_button_group)
if alpha:
self.alphabet_button_group.set_button(3, 5, symbols_button)
self.lower_alphabet_button_group.set_button(3, 5, symbols_button)
if numeric:
self.numbers_button_group.set_button(3, 5, symbols_button)
if alpha:
self.button_group = self.alphabet_button_group
elif numeric:
self.button_group = self.numbers_button_group
elif symbol:
self.button_group = self.symbols_button_group
self.last_key = None
self.last_key_press = 0
def show(self, menuw):
"""
Display the Text Entry Screen.
This places the screen on the top of the menu stack.
"""
self.menuw = menuw
self.transition = skin.TRANSITION_IN
menuw.pushmenu(self)
self.transition = False
def refresh(self):
"""
Redraw the screen.
"""
if self.menuw.children:
return
skin_object.draw("textentry", self, transition=self.transition)
def eventhandler(self, event, menuw=None):
"""
Event handler to handle button navigation and selection.
"""
event_consumed = False
redraw = False
if event is MENU_SELECT:
self.button_group.selected_button.select()
event_consumed = True
self.last_key = None
elif event in (MENU_LEFT, MENU_RIGHT, MENU_DOWN, MENU_UP):
if event is MENU_LEFT:
redraw = self.button_group.move_left()
elif event is MENU_RIGHT:
redraw = self.button_group.move_right()
elif event is MENU_DOWN:
redraw = self.button_group.move_down()
elif event is MENU_UP:
redraw = self.button_group.move_up()
event_consumed = True
self.last_key = None
elif event == BUTTON:
if event.arg == "*":
self.modify_char()
self.last_key = None
self.last_key_press = time.time()
event_consumed = True
else:
n = -1
try:
n = int(event.arg)
except:
pass
if n >= 0 and n <= 9:
now = time.time()
if self.last_key == event.arg and (now - self.last_key_press) < key_press_timeout:
self.modify_char()
else:
new_ch = number_chars[n][0]
# New key press
if self.button_group == self.lower_alphabet_button_group:
new_ch = new_ch.lower()
self.set_selected_button(new_ch)
self.insert_char(new_ch)
self.last_key = event.arg
self.last_key_press = now
event_consumed = True
if redraw:
self.refresh()
return event_consumed
def insert_char(self, arg):
"""
Button action to insert a character.
"""
self.text_entry.insert_char_at_caret(arg)
self.refresh()
def modify_char(self):
"""
Modify the current character to be the next character in the number_char
entry string for the last key pressed.
"""
ch = self.text_entry.get_char_at_caret()
new_ch = None
for number_group in number_chars:
i = number_group.find(ch)
if i != -1:
i += 1
if i >= len(number_group):
i = 0
new_ch = number_group[i]
break
if new_ch is not None:
if self.button_group == self.lower_alphabet_button_group:
new_ch = new_ch.lower()
self.set_selected_button(new_ch)
self.text_entry.replace_char_at_caret(new_ch)
self.refresh()
def move_caret(self, arg):
"""
Button action to move the caret.
"""
if arg == "left":
self.text_entry.caret_left()
elif arg == "right":
self.text_entry.caret_right()
self.refresh()
def delete_char(self, arg):
"""
Button action to delete a character.
"""
self.text_entry.delete_char_at_caret()
self.refresh()
def change_button_group(self, arg):
"""
Button action to switch to a different button group.
"""
self.button_group = arg
self.button_group.set_selected(self.button_group.buttons[0][0])
self.refresh()
def activate_action(self, arg):
"""
Button action to call the user supplied handler.
"""
arg(self.menuw, self.text_entry.text)
def __init_keyboard_buttons(self, keys, button_group):
"""
Initialise a button group by spliting the keys argument into
characters and add each to the button group as a button.
"""
r = 0
c = 0
for key in keys:
if key == " ":
text = _("Space")
else:
text = key
button_group.set_button(r, c, Button(text, self.insert_char, key))
c += 1
if c == 5:
r += 1
c = 0
# Add common buttons to the group
column = button_group.columns - 1
button_group.set_button(0, column, self.action_button)
button_group.set_button(1, column, self.left_button)
button_group.set_button(2, column, self.right_button)
button_group.set_button(3, column, self.delete_button)
def getattr(self, attr):
"""
Used by the skin to retrieve named details about this object.
"""
return getattr(self, attr, u"")
def set_selected_button(self, char):
"""
Set the selected button based on the specified character.
"""
for row in self.button_group.buttons:
for btn in row:
if btn and btn.text == char:
self.button_group.set_selected(btn)
break