class AddCharmDialog(Overlay):
""" Adding charm dialog """
def __init__(self, underlying, juju_state, destroy, command_runner=None):
import cloudinstall.charms
charm_modules = [import_module('cloudinstall.charms.' + mname)
for (_, mname, _) in
pkgutil.iter_modules(cloudinstall.charms.__path__)]
charm_classes = [m.__charm_class__ for m in charm_modules
if m.__charm_class__.allow_multi_units]
self.cr = command_runner
self.underlying = underlying
self.destroy = destroy
self.boxes = []
self.bgroup = []
first_index = 0
for i, charm_class in enumerate(charm_classes):
charm = charm_class(juju_state=juju_state)
if charm.name() and not first_index:
first_index = i
r = RadioButton(self.bgroup, charm.name())
r.text_label = charm.name()
self.boxes.append(r)
self.count_editor = IntEdit("Number of units to add: ", 1)
self.boxes.append(self.count_editor)
wrapped_boxes = _wrap_focus(self.boxes)
bs = [Button("Ok", self.yes), Button("Cancel", self.no)]
wrapped_buttons = _wrap_focus(bs)
self.buttons = Columns(wrapped_buttons)
self.items = ListBox(wrapped_boxes)
self.items.set_focus(first_index)
ba = BoxAdapter(self.items, height=len(wrapped_boxes))
self.lb = ListBox([ba, Text(""), self.buttons])
self.w = LineBox(self.lb, title="Add unit")
self.w = AttrMap(self.w, "dialog")
Overlay.__init__(self, self.w, self.underlying,
'center', 45, 'middle', len(wrapped_boxes) + 4)
def yes(self, button):
selected = [r for r in self.boxes if
r is not self.count_editor
and r.get_state()][0]
_charm_to_deploy = selected.label
n = self.count_editor.value()
log.info("Adding {n} units of {charm}".format(
n=n, charm=_charm_to_deploy))
self.cr.add_unit(_charm_to_deploy, count=int(n))
self.destroy()
def no(self, button):
self.destroy()
class ChangeStateDialog(Overlay):
def __init__(self, underlying, juju_state, on_success, on_cancel):
import cloudinstall.charms
charm_modules = [import_module('cloudinstall.charms.' + mname)
for (_, mname, _) in
pkgutil.iter_modules(cloudinstall.charms.__path__)]
charm_classes = sorted([m.__charm_class__ for m in charm_modules],
key=attrgetter('deploy_priority'))
self.boxes = []
first_index = 0
for i, charm_class in enumerate(charm_classes):
charm = charm_class(juju_state=juju_state)
if charm.name() and not first_index:
first_index = i
r = CheckBox(charm.name())
r.text_label = charm.name()
self.boxes.append(r)
wrapped_boxes = _wrap_focus(self.boxes)
def ok(button):
selected = filter(lambda r: r.get_state(), self.boxes)
on_success([s.text_label for s in selected])
def cancel(button):
on_cancel()
bs = [Button("Ok", ok), Button("Cancel", cancel)]
wrapped_buttons = _wrap_focus(bs)
self.buttons = Columns(wrapped_buttons)
self.items = ListBox(wrapped_boxes)
self.items.set_focus(first_index)
ba = BoxAdapter(self.items, height=len(wrapped_boxes))
self.lb = ListBox([ba, self.count_editor, self.buttons])
root = LineBox(self.lb, title="Select new charm")
root = AttrMap(root, "dialog")
Overlay.__init__(self, root, underlying, 'center', 30, 'middle',
len(wrapped_boxes) + 4)
def keypress(self, size, key):
if key == 'tab':
if self.lb.get_focus()[0] == self.buttons:
self.keypress(size, 'page up')
else:
self.keypress(size, 'page down')
return Overlay.keypress(self, size, key)
def _insert_charm_selections(self):
first_index = 0
bgroup = []
for i, charm_class in enumerate(self.charms):
charm = charm_class
if charm.name() and not first_index:
first_index = i
r = RadioButton(bgroup, charm.name())
r.text_label = charm.name()
self.boxes.append(r)
# Add input widget for specifying NumUnits
self.count_editor = IntEdit("Number of units to add: ", 1)
self.boxes.append(self.count_editor)
wrapped_boxes = self._wrap_focus(self.boxes)
items = ListBox(SimpleListWalker(wrapped_boxes))
items.set_focus(first_index)
return (len(self.boxes), BoxAdapter(items, len(self.boxes)))
def _insert_charm_selections(self):
first_index = 0
bgroup = []
for i, charm_class in enumerate(self.charms):
charm = charm_class
if charm.name() and not first_index:
first_index = i
r = RadioButton(bgroup, charm.name())
r.text_label = charm.name()
self.boxes.append(r)
# Add input widget for specifying NumUnits
self.count_editor = IntEdit("Number of units to add: ", 1)
self.boxes.append(self.count_editor)
wrapped_boxes = self._wrap_focus(self.boxes)
items = ListBox(SimpleListWalker(wrapped_boxes))
items.set_focus(first_index)
return (len(self.boxes), BoxAdapter(items, len(self.boxes)))
class SearchDialog(Dialog):#{{{
title = "SearchDialog"
subtitle = "GenericWindow"
_items = []
def __init__(self, **kwargs):#{{{
self.search_box = SearchBox()
self.items_count = Text("", align='right')
self.search_items = SimpleListWalker(self._null_list_item())
connect_signal(self.search_items, "modified", self._update_items_count)
self.search_list = ListBox(self.search_items)
connect_signal(self.search_box, "edit-done", self.on_edit_done)
connect_signal(self.search_box, "edit-cancel", lambda w: self.quit())
connect_signal(self.search_box, "change", lambda sb, term: self.set_search_term(term))
self._constr = self.get_item_constructor()
self.multiple_selection = kwargs.pop('multiple_selection', False)
self._selected_items = OrderedSet([])
opts = {
'height': kwargs.get('height', None),
'width': kwargs.get('width', ('relative', 90)),
'title': kwargs.get('title', self.title),
'subtitle': kwargs.get('subtitle', self.subtitle),
'compact_header': kwargs.get('compact_header', True),
}
kwargs.update(opts)
self.pile = Pile([
('fixed', 15, AttrMap(self.search_list, 'dialog.search.item')),
Columns([
AttrMap(self.search_box, 'dialog.search.input'),
('fixed', 1, AttrMap(Divider(), 'dialog.search.input')),
('fixed', 4, AttrMap(self.items_count, 'dialog.search.input')),
]),
], focus_item=0)
self.__super.__init__(self.pile, **kwargs)
self.attr_style = "dialog.search"
self.title_attr_style = "dialog.search.title"
self.subtitle_attr_style = "dialog.search.subtitle"
#}}}
def keypress(self, key):#{{{
if key == 'insert' and self.multiple_selection:
if self.pile.get_focus().original_widget is self.search_list:
wid, pos = self.search_list.get_focus()
else:
pos = 0
current_item = self.search_items[pos]
article = self.get_data_for(pos)
current_item.original_widget.selected = not current_item.original_widget.selected
if current_item.original_widget.selected:
current_item.attr_map = {None: 'dialog.search.item.selected'}
current_item.focus_map = {None: 'dialog.search.item.focus.selected'}
self._selected_items.add(article)
else:
current_item.attr_map = {None: 'dialog.search.item'}
current_item.focus_map = {None: 'dialog.search.item.focus'}
self._selected_items.discard(article)
self.search_list.set_focus(pos+1)
self._update_items_count()
#}}}
def on_edit_done(self, widget, text):#{{{
result = []
if self.pile.get_focus().original_widget is self.search_list:
wid, pos = self.search_list.get_focus()
else:
pos = 0
if self.multiple_selection:
result = list(self._selected_items)
if len(result) < 1:
if self.get_data_for(pos):
result = [self.get_data_for(pos)]
self.dialog_result = result
self.quit()
#}}}
def set_search_term(self, term):#{{{
self._clear_search_items()
query = self.get_query(term)
if query is not None:
self._items = tuple(query[:150])
if len(self._items) > 0:
l_items = map(self._constr, self._items)
for i in l_items:
i.set_search_box(self.search_box)
self.search_items.extend([AttrMap(i, 'dialog.search.item',\
'dialog.search.item.focus') for i in l_items])
if self.multiple_selection:
for a in (self._selected_items & set(self._items)):
idx = self._items.index(a)
self.search_items[idx].attr_map = {None: 'dialog.search.item.selected'}
self.search_items[idx].focus_map = {None: 'dialog.search.item.focus.selected'}
self.search_items[idx].original_widget.selected = True
return
self.search_items.extend(self._null_list_item())
#}}}
def _clear_search_items(self):#{{{
self.search_items[:] = []
self._update_items_count()
#}}}
def _null_list_item(self):#{{{
null = SearchListItem([Text("")])
null.set_search_box(self.search_box)
return [null]
#}}}
def _update_items_count(self):#{{{
if len(self.search_items) > 149:
self.items_count.set_text("+150")
else:
self.items_count.set_text("")
selected_count = len(self._selected_items)
if selected_count > 0:
self._title_widget.set_text(self.title + (" (+%d)" % selected_count))
else:
self._title_widget.set_text(self.title)
#}}}
def get_data_for(self, index):#{{{
try:
return self._items[index]
except IndexError as e: # index out of range
return None
#}}}
def get_query(self, term):#{{{
raise NotImplementedError("This must be implemented by subclass")
#}}}
def get_item_constructor(self):#{{{
return None
class TreeBox(WidgetWrap):
"""
A widget that displays a given :class:`Tree`.
This is essentially a :class:`ListBox` with the ability to move the focus
based on directions in the Tree and to collapse/expand subtrees if
possible.
TreeBox interprets `left/right` as well as `page up/`page down` to move the
focus to parent/first child and next/previous sibling respectively. All
other keys are passed to the underlying ListBox.
"""
def __init__(self, tree, focus=None):
"""
:param tree: tree of widgets to be displayed.
:type tree: Tree
:param focus: initially focussed position
"""
self._tree = tree
self._walker = TreeListWalker(tree)
self._outer_list = ListBox(self._walker)
if focus is not None:
self._outer_list.set_focus(focus)
self.__super.__init__(self._outer_list)
# Widget API
def get_focus(self):
return self._outer_list.get_focus()
def set_focus(self, pos):
return self._outer_list.set_focus(pos)
def refresh(self):
self._walker.clear_cache()
signals.emit_signal(self._walker, "modified")
def keypress(self, size, key):
key = self._outer_list.keypress(size, key)
if key in [
'left',
'right',
'[',
']',
'-',
'+',
'C',
'E',
]:
if key == 'left':
self.focus_parent()
elif key == 'right':
self.focus_first_child()
elif key == '[':
self.focus_prev_sibling()
elif key == ']':
self.focus_next_sibling()
elif key == '-':
self.collapse_focussed()
elif key == '+':
self.expand_focussed()
elif key == 'C':
self.collapse_all()
elif key == 'E':
self.expand_all()
# This is a hack around ListBox misbehaving:
# it seems impossible to set the focus without calling keypress as
# otherwise the change becomes visible only after the next render()
return self._outer_list.keypress(size, None)
else:
return self._outer_list.keypress(size, key)
# Collapse operations
def collapse_focussed(self):
"""
Collapse currently focussed position; works only if the underlying
tree allows it.
"""
if implementsCollapseAPI(self._tree):
w, focuspos = self.get_focus()
self._tree.collapse(focuspos)
self._walker.clear_cache()
self.refresh()
def expand_focussed(self):
"""
Expand currently focussed position; works only if the underlying
tree allows it.
"""
if implementsCollapseAPI(self._tree):
w, focuspos = self.get_focus()
self._tree.expand(focuspos)
self._walker.clear_cache()
self.refresh()
def collapse_all(self):
"""
Collapse all positions; works only if the underlying tree allows it.
"""
if implementsCollapseAPI(self._tree):
self._tree.collapse_all()
self.set_focus(self._tree.root)
self._walker.clear_cache()
self.refresh()
def expand_all(self):
"""
Expand all positions; works only if the underlying tree allows it.
"""
if implementsCollapseAPI(self._tree):
self._tree.expand_all()
self._walker.clear_cache()
self.refresh()
# Tree based focus movement
def focus_parent(self):
"""move focus to parent node of currently focussed one"""
w, focuspos = self.get_focus()
parent = self._tree.parent_position(focuspos)
if parent is not None:
self.set_focus(parent)
def focus_first_child(self):
"""move focus to first child of currently focussed one"""
w, focuspos = self.get_focus()
child = self._tree.first_child_position(focuspos)
if child is not None:
self.set_focus(child)
def focus_last_child(self):
"""move focus to last child of currently focussed one"""
w, focuspos = self.get_focus()
child = self._tree.last_child_position(focuspos)
if child is not None:
self.set_focus(child)
def focus_next_sibling(self):
"""move focus to next sibling of currently focussed one"""
w, focuspos = self.get_focus()
sib = self._tree.next_sibling_position(focuspos)
if sib is not None:
self.set_focus(sib)
def focus_prev_sibling(self):
"""move focus to previous sibling of currently focussed one"""
w, focuspos = self.get_focus()
sib = self._tree.prev_sibling_position(focuspos)
if sib is not None:
self.set_focus(sib)
def focus_next(self):
"""move focus to next position (DFO)"""
w, focuspos = self.get_focus()
next = self._tree.next_position(focuspos)
if next is not None:
self.set_focus(next)
def focus_prev(self):
"""move focus to previous position (DFO)"""
w, focuspos = self.get_focus()
prev = self._tree.prev_position(focuspos)
if prev is not None:
self.set_focus(prev)
class TreeBox(WidgetWrap):
"""
A widget representing something in a nested tree display.
This is essentially a ListBox with the ability to move the focus based on
directions in the Tree.
TreeBox interprets `left/right` as well as page `up/down` to move the focus
to parent/first child and next/previous sibling respectively. All other
keys are passed to the underlying ListBox.
"""
_selectable = True
def __init__(self, walker, **kwargs):
"""
:param walker: tree of widgets to be displayed.
In case we are given a raw `TreeWalker`, it will be used though
`TreeListWalker` which means no decoration.
:type walker: TreeWalker or TreeListWalker
"""
if not isinstance(walker, TreeListWalker):
walker = TreeListWalker(walker)
self._walker = walker
self._outer_list = ListBox(walker)
self.__super.__init__(self._outer_list)
# Widget API
def get_focus(self):
return self._outer_list.get_focus()
def keypress(self, size, key):
key = self._outer_list.keypress(size, key)
if key in ['left', 'right', '[', ']', '-', '+', 'C', 'E']:
if key == 'left':
self.focus_parent()
elif key == 'right':
self.focus_first_child()
elif key == '[':
self.focus_prev_sibling()
elif key == ']':
self.focus_next_sibling()
if isinstance(self._walker, CollapseMixin):
if key == '-':
w, focuspos = self._walker.get_focus()
self._walker.collapse(focuspos)
elif key == '+':
w, focuspos = self._walker.get_focus()
self._walker.expand(focuspos)
elif key == 'C':
self._walker.collapse_all()
elif key == 'E':
self._walker.expand_all()
# This is a hack around ListBox misbehaving:
# it seems impossible to set the focus without calling keypress as
# otherwise the change becomes visible only after the next render()
return self._outer_list.keypress(size, None)
else:
return self._outer_list.keypress(size, key)
# Tree based focus movement
def focus_parent(self):
w, focuspos = self._walker.get_focus()
parent = self._walker.parent_position(focuspos)
if parent is not None:
self._outer_list.set_focus(parent)
def focus_first_child(self):
w, focuspos = self._walker.get_focus()
child = self._walker.first_child_position(focuspos)
if child is not None:
self._outer_list.set_focus(child)
def focus_next_sibling(self):
w, focuspos = self._walker.get_focus()
sib = self._walker.next_sibling_position(focuspos)
if sib is not None:
self._outer_list.set_focus(sib)
def focus_prev_sibling(self):
w, focuspos = self._walker.get_focus()
sib = self._walker.prev_sibling_position(focuspos)
if sib is not None:
self._outer_list.set_focus(sib)
class TreeBox(WidgetWrap):
"""
A widget representing something in a nested tree display.
This is essentially a ListBox with the ability to move the focus based on
directions in the Tree.
TreeBox interprets `left/right` as well as page `up/down` to move the focus
to parent/first child and next/previous sibling respectively. All other
keys are passed to the underlying ListBox.
"""
_selectable = True
def __init__(self, walker, **kwargs):
"""
:param walker: tree of widgets to be displayed.
In case we are given a raw `TreeWalker`, it will be used though
`TreeListWalker` which means no decoration.
:type walker: TreeWalker or TreeListWalker
"""
if not isinstance(walker, TreeListWalker):
walker = TreeListWalker(walker)
self._walker = walker
self._outer_list = ListBox(walker)
self.__super.__init__(self._outer_list)
# Widget API
def get_focus(self):
return self._outer_list.get_focus()
def keypress(self, size, key):
key = self._outer_list.keypress(size, key)
if key in ['left', 'right', '[', ']', '-', '+', 'C', 'E']:
if key == 'left':
self.focus_parent()
elif key == 'right':
self.focus_first_child()
elif key == '[':
self.focus_prev_sibling()
elif key == ']':
self.focus_next_sibling()
if isinstance(self._walker, CollapseMixin):
if key == '-':
w, focuspos = self._walker.get_focus()
self._walker.collapse(focuspos)
elif key == '+':
w, focuspos = self._walker.get_focus()
self._walker.expand(focuspos)
elif key == 'C':
self._walker.collapse_all()
elif key == 'E':
self._walker.expand_all()
# This is a hack around ListBox misbehaving:
# it seems impossible to set the focus without calling keypress as
# otherwise the change becomes visible only after the next render()
return self._outer_list.keypress(size, None)
else:
return self._outer_list.keypress(size, key)
# Tree based focus movement
def focus_parent(self):
w, focuspos = self._walker.get_focus()
parent = self._walker.parent_position(focuspos)
if parent is not None:
self._outer_list.set_focus(parent)
def focus_first_child(self):
w, focuspos = self._walker.get_focus()
child = self._walker.first_child_position(focuspos)
if child is not None:
self._outer_list.set_focus(child)
def focus_next_sibling(self):
w, focuspos = self._walker.get_focus()
sib = self._walker.next_sibling_position(focuspos)
if sib is not None:
self._outer_list.set_focus(sib)
def focus_prev_sibling(self):
w, focuspos = self._walker.get_focus()
sib = self._walker.prev_sibling_position(focuspos)
if sib is not None:
self._outer_list.set_focus(sib)
class CursesGUI(object):
def __init__(self,
choice_callback=None,
command_callback=None,
help_callback=None):
self.palette = [
('brick', 'light red', 'black'),
('rubble', 'yellow', 'black'),
('wood', 'light green', 'black'),
('concrete', 'white', 'black'),
('stone', 'light cyan', 'black'),
('marble', 'light magenta', 'black'),
('jack', 'dark gray', 'white'),
('msg_info', 'white', 'black'),
('msg_err', 'light red', 'black'),
('msg_debug', 'light green', 'black'),
]
self.choice_callback = choice_callback
self.command_callback = command_callback
self.help_callback = help_callback
self.screen = None
self.loop = None
self.called_loop_stop = False
self.reactor_stop_fired = False
self.quit_flag = False
self.edit_msg = "Make selection ('q' to quit): "
self.roll_list = SimpleListWalker([])
self.game_log_list = SimpleListWalker([])
self.choices_list = SimpleListWalker([])
self.state_text = SimpleListWalker([Text('Connecting...')])
self.edit_widget = Edit(self.edit_msg)
self.roll = ListBox(self.roll_list)
self.game_log = ListBox(self.game_log_list)
self.choices = ListBox(self.choices_list)
self.state = ListBox(self.state_text)
self.left_frame = Pile([
LineBox(self.state),
(13, LineBox(self.choices)),
])
self.right_frame = Pile([LineBox(self.game_log), LineBox(self.roll)])
self.state.set_focus(len(self.state_text) - 1)
self.columns = Columns([('weight', 0.75, self.left_frame),
('weight', 0.25, self.right_frame)])
self.frame_widget = Frame(footer=self.edit_widget,
body=self.columns,
focus_part='footer')
self.exc_info = None
def register_loggers(self):
"""Gets the global loggers and sets up log handlers.
"""
self.game_logger_handler = RollLogHandler(self._roll_write)
self.logger_handler = RollLogHandler(self._roll_write)
self.game_logger = logging.getLogger('gtr.game')
self.logger = logging.getLogger('gtr')
self.logger.addHandler(self.logger_handler)
self.game_logger.addHandler(self.game_logger_handler)
#self.set_log_level(logging.INFO)
def unregister_loggers(self):
self.game_logger.removeHandler(self.game_logger_handler)
self.logger.removeHandler(self.logger_handler)
def fail_safely(f):
"""Wraps functions in this class to catch arbitrary exceptions,
shut down the event loop and reset the terminal to a normal state.
It then re-raises the exception.
"""
@wraps(f)
def wrapper(self, *args, **kwargs):
retval = None
try:
retval = f(self, *args, **kwargs)
except urwid.ExitMainLoop:
from twisted.internet import reactor
if not self.reactor_stop_fired and reactor.running:
# Make sure to call reactor.stop once
reactor.stop()
self.reactor_stop_fired = True
except:
#pdb.set_trace()
from twisted.internet import reactor
if not self.reactor_stop_fired and reactor.running:
# Make sure to call reactor.stop once
reactor.stop()
self.reactor_stop_fired = True
if not self.called_loop_stop:
self.called_loop_stop = True
self.loop.stop()
# Save exception info for printing later outside the GUI.
self.exc_info = sys.exc_info()
raise
return retval
return wrapper
def set_log_level(self, level):
"""Set the log level as per the standard library logging module.
Default is logging.INFO.
"""
logging.getLogger('gtr.game').setLevel(level)
logging.getLogger('gtr').setLevel(level)
def run(self):
loop = MainLoop(self.frame_widget, unhandled_input=self.handle_input)
loop.run()
def run_twisted(self):
from twisted.internet import reactor
evloop = urwid.TwistedEventLoop(reactor, manage_reactor=False)
self.screen = urwid.raw_display.Screen()
self.screen.register_palette(self.palette)
self.loop = MainLoop(self.frame_widget,
unhandled_input=self.handle_input,
screen=self.screen,
event_loop=evloop)
self.loop.set_alarm_in(0.1, lambda loop, _: loop.draw_screen())
self.loop.start()
# The loggers get a Handler that writes to the screen. We want this to only
# happen if the screen exists, so de-register them after the reactor stops.
reactor.addSystemEventTrigger('after', 'startup',
self.register_loggers)
reactor.addSystemEventTrigger('before', 'shutdown',
self.unregister_loggers)
reactor.run()
# We might have stopped the screen already, and the stop() method
# doesn't check for stopping twice.
if self.called_loop_stop:
self.logger.warn('Internal error!')
else:
self.loop.stop()
self.called_loop_stop = True
@fail_safely
def handle_input(self, key):
if key == 'enter':
text = self.edit_widget.edit_text
if text in ['q', 'Q']:
self.handle_quit_request()
else:
self.quit_flag = False
try:
i = int(text)
except ValueError:
i = None
self.handle_invalid_choice(text)
if i is not None:
self.handle_choice(i)
self.edit_widget.set_edit_text('')
def _roll_write(self, line, attr=None):
"""Add a line to the roll with palette attributes 'attr'.
If no attr is specified, None is used.
Default attr is plain text
"""
text = Text((attr, '* ' + line))
self.roll_list.append(text)
self.roll_list.set_focus(len(self.roll_list) - 1)
self._modified()
@fail_safely
def update_state(self, state):
"""Sets the game state window via one large string.
"""
self.logger.debug('Drawing game state.')
self.state_text[:] = [self.colorize(s) for s in state.split('\n')]
self._modified()
@fail_safely
def update_game_log(self, log):
"""Sets the game log window via one large string.
"""
self.logger.debug('Drawing game log.')
self.game_log_list[:] = [self.colorize(s) for s in log.split('\n')]
self.game_log_list.set_focus(len(self.game_log_list) - 1)
self._modified()
@fail_safely
def update_choices(self, choices):
"""Update choices list.
"""
self.choices_list[:] = [self.colorize(str(c)) for c in choices]
self._modified()
length = len([c for c in choices if c[2] == '['])
i = randint(1, length) if length else 0
self.choices_list.append(
self.colorize('\nPicking random choice: {0} in 1s'.format(i)))
self._modified()
#from twisted.internet import reactor
#reactor.callLater(1, self.handle_choice, i)
@fail_safely
def update_prompt(self, prompt):
"""Set the prompt for the input field.
"""
self.edit_widget.set_caption(prompt)
self._modified()
def _modified(self):
if self.loop:
self.loop.draw_screen()
@fail_safely
def quit(self):
"""Quit the program.
"""
#import pdb; pdb.set_trace()
#raise TypeError('Artificial TypeError')
raise urwid.ExitMainLoop()
def handle_invalid_choice(self, s):
if len(s):
text = 'Invalid choice: "' + s + '". Please enter an integer.'
self.logger.warn(text)
def handle_quit_request(self):
if True or self.quit_flag:
self.quit()
else:
self.quit_flag = True
text = 'Are you sure you want to quit? Press Q again to confirm.'
self.logger.warn(text)
def handle_choice(self, i):
if self.choice_callback:
self.choice_callback(i)
def colorize(self, s):
"""Applies color to roles found in a string.
A string with attributes applied looks like
Text([('attr1', 'some text'), 'some more text'])
so we need to split into a list of tuples of text.
"""
regex_color_dict = {
r'\b([Ll]egionaries|[Ll]egionary|[Ll]eg|LEGIONARIES|LEGIONARY|LEG)\b':
'brick',
r'\b([Ll]aborers?|[Ll]ab|LABORERS?|LAB)\b': 'rubble',
r'\b([Cc]raftsmen|[Cc]raftsman|[Cc]ra|CRAFTSMEN|CRAFTSMAN|CRA)\b':
'wood',
r'\b([Aa]rchitects?|[Aa]rc|ARCHITECTS?|ARC)\b': 'concrete',
r'\b([Mm]erchants?|[Mm]er|MERCHANTS?|MER)\b': 'stone',
r'\b([Pp]atrons?|[Pp]at|PATRONS?|PAT)\b': 'marble',
r'\b([Jj]acks?|JACKS?)\b': 'jack',
r'\b([Bb]ricks?|[Bb]ri|BRICKS?|BRI)\b': 'brick',
r'\b([Rr]ubble|[Rr]ub|RUBBLE|RUB)\b': 'rubble',
r'\b([Ww]ood|[Ww]oo|WOOD|WOO)\b': 'wood',
r'\b([Cc]oncrete|[Cc]on|CONCRETE|CON)\b': 'concrete',
r'\b([Ss]tone|[Ss]to|STONE|STO)\b': 'stone',
r'\b([Mm]arble|[Mm]ar|MARBLE|MAR)\b': 'marble',
}
def _colorize(s, regex, attr):
"""s is a tuple of ('attr', 'text'). This splits based on the regex
and adds attr to any matches. Returns a list of tuples
[('attr1', 'text1'), ('attr2', 'text2'), ('attr3','text3')]
with some attributes being None if they aren't colored.
"""
output = []
a, t = s
# Make a list of all tokens, split by matches
tokens = re.split(regex, t)
for tok in tokens:
m = re.match(regex, tok)
if m:
# matches get the new attributes
output.append((attr, tok))
else:
# non-matches keep the old ones
output.append((a, tok))
return output
output = [(None, s)]
for k, v in regex_color_dict.items():
new_output = []
for token in output:
new_output.extend(_colorize(token, k, v))
output[:] = new_output
return Text(output)
class TreeBox(WidgetWrap):
"""
A widget that displays a given :class:`Tree`.
This is essentially a :class:`ListBox` with the ability to move the focus
based on directions in the Tree and to collapse/expand subtrees if
possible.
TreeBox interprets `left/right` as well as `page up/`page down` to move the
focus to parent/first child and next/previous sibling respectively. All
other keys are passed to the underlying ListBox.
"""
def __init__(self, tree, focus=None):
"""
:param tree: tree of widgets to be displayed.
:type tree: Tree
:param focus: initially focussed position
"""
self._tree = tree
self._walker = TreeListWalker(tree)
self._outer_list = ListBox(self._walker)
if focus is not None:
self._outer_list.set_focus(focus)
self.__super.__init__(self._outer_list)
# Widget API
def get_focus(self):
return self._outer_list.get_focus()
def set_focus(self, pos):
return self._outer_list.set_focus(pos)
def refresh(self):
self._walker.clear_cache()
signals.emit_signal(self._walker, "modified")
def keypress(self, size, key):
key = self._outer_list.keypress(size, key)
if key in ["left", "right", "[", "]", "-", "+", "C", "E"]:
if key == "left":
self.focus_parent()
elif key == "right":
self.focus_first_child()
elif key == "[":
self.focus_prev_sibling()
elif key == "]":
self.focus_next_sibling()
elif key == "-":
self.collapse_focussed()
elif key == "+":
self.expand_focussed()
elif key == "C":
self.collapse_all()
elif key == "E":
self.expand_all()
# This is a hack around ListBox misbehaving:
# it seems impossible to set the focus without calling keypress as
# otherwise the change becomes visible only after the next render()
return self._outer_list.keypress(size, None)
else:
return self._outer_list.keypress(size, key)
# Collapse operations
def collapse_focussed(self):
"""
Collapse currently focussed position; works only if the underlying
tree allows it.
"""
if implementsCollapseAPI(self._tree):
w, focuspos = self.get_focus()
self._tree.collapse(focuspos)
self._walker.clear_cache()
self.refresh()
def expand_focussed(self):
"""
Expand currently focussed position; works only if the underlying
tree allows it.
"""
if implementsCollapseAPI(self._tree):
w, focuspos = self.get_focus()
self._tree.expand(focuspos)
self._walker.clear_cache()
self.refresh()
def collapse_all(self):
"""
Collapse all positions; works only if the underlying tree allows it.
"""
if implementsCollapseAPI(self._tree):
self._tree.collapse_all()
self.set_focus(self._tree.root)
self._walker.clear_cache()
self.refresh()
def expand_all(self):
"""
Expand all positions; works only if the underlying tree allows it.
"""
if implementsCollapseAPI(self._tree):
self._tree.expand_all()
self._walker.clear_cache()
self.refresh()
# Tree based focus movement
def focus_parent(self):
"""move focus to parent node of currently focussed one"""
w, focuspos = self.get_focus()
parent = self._tree.parent_position(focuspos)
if parent is not None:
self.set_focus(parent)
def focus_first_child(self):
"""move focus to first child of currently focussed one"""
w, focuspos = self.get_focus()
child = self._tree.first_child_position(focuspos)
if child is not None:
self.set_focus(child)
def focus_last_child(self):
"""move focus to last child of currently focussed one"""
w, focuspos = self.get_focus()
child = self._tree.last_child_position(focuspos)
if child is not None:
self.set_focus(child)
def focus_next_sibling(self):
"""move focus to next sibling of currently focussed one"""
w, focuspos = self.get_focus()
sib = self._tree.next_sibling_position(focuspos)
if sib is not None:
self.set_focus(sib)
def focus_prev_sibling(self):
"""move focus to previous sibling of currently focussed one"""
w, focuspos = self.get_focus()
sib = self._tree.prev_sibling_position(focuspos)
if sib is not None:
self.set_focus(sib)
def focus_next(self):
"""move focus to next position (DFO)"""
w, focuspos = self.get_focus()
next = self._tree.next_position(focuspos)
if next is not None:
self.set_focus(next)
def focus_prev(self):
"""move focus to previous position (DFO)"""
w, focuspos = self.get_focus()
prev = self._tree.prev_position(focuspos)
if prev is not None:
self.set_focus(prev)
def _set_current_rotation(self, lb: urwid.ListBox) -> None:
rots = [n for n, title in rotation.get_rotations()]
cur_rot = self.shell.settings.get("core.screen_orientation",
str) or "0"
focus_pos = rots.index(cur_rot)
lb.set_focus(focus_pos, "above")
class CursesGUI(object):
def __init__(self, choice_callback=None,
command_callback=None,
help_callback=None):
self.palette = [
('brick', 'light red', 'black'),
('rubble', 'yellow', 'black'),
('wood', 'light green', 'black'),
('concrete', 'white', 'black'),
('stone', 'light cyan', 'black'),
('marble', 'light magenta', 'black'),
('jack', 'dark gray', 'white'),
('msg_info', 'white', 'black'),
('msg_err', 'light red', 'black'),
('msg_debug', 'light green', 'black'),
]
self.choice_callback = choice_callback
self.command_callback = command_callback
self.help_callback = help_callback
self.screen = None
self.loop = None
self.called_loop_stop = False
self.reactor_stop_fired = False
self.quit_flag = False
self.edit_msg = "Make selection ('q' to quit): "
self.roll_list = SimpleListWalker([])
self.game_log_list = SimpleListWalker([])
self.choices_list = SimpleListWalker([])
self.state_text = SimpleListWalker([Text('Connecting...')])
self.edit_widget = Edit(self.edit_msg)
self.roll = ListBox(self.roll_list)
self.game_log = ListBox(self.game_log_list)
self.choices = ListBox(self.choices_list)
self.state = ListBox(self.state_text)
self.left_frame = Pile([
LineBox(self.state),
(13, LineBox(self.choices)),
])
self.right_frame = Pile([
LineBox(self.game_log),
LineBox(self.roll)
])
self.state.set_focus(len(self.state_text)-1)
self.columns = Columns([('weight', 0.75, self.left_frame),
('weight', 0.25, self.right_frame)
])
self.frame_widget = Frame(footer=self.edit_widget,
body=self.columns,
focus_part='footer')
self.exc_info = None
def register_loggers(self):
"""Gets the global loggers and sets up log handlers.
"""
self.game_logger_handler = RollLogHandler(self._roll_write)
self.logger_handler = RollLogHandler(self._roll_write)
self.game_logger = logging.getLogger('gtr.game')
self.logger = logging.getLogger('gtr')
self.logger.addHandler(self.logger_handler)
self.game_logger.addHandler(self.game_logger_handler)
#self.set_log_level(logging.INFO)
def unregister_loggers(self):
self.game_logger.removeHandler(self.game_logger_handler)
self.logger.removeHandler(self.logger_handler)
def fail_safely(f):
"""Wraps functions in this class to catch arbitrary exceptions,
shut down the event loop and reset the terminal to a normal state.
It then re-raises the exception.
"""
@wraps(f)
def wrapper(self, *args, **kwargs):
retval = None
try:
retval = f(self, *args, **kwargs)
except urwid.ExitMainLoop:
from twisted.internet import reactor
if not self.reactor_stop_fired and reactor.running:
# Make sure to call reactor.stop once
reactor.stop()
self.reactor_stop_fired = True
except:
#pdb.set_trace()
from twisted.internet import reactor
if not self.reactor_stop_fired and reactor.running:
# Make sure to call reactor.stop once
reactor.stop()
self.reactor_stop_fired = True
if not self.called_loop_stop:
self.called_loop_stop = True
self.loop.stop()
# Save exception info for printing later outside the GUI.
self.exc_info = sys.exc_info()
raise
return retval
return wrapper
def set_log_level(self, level):
"""Set the log level as per the standard library logging module.
Default is logging.INFO.
"""
logging.getLogger('gtr.game').setLevel(level)
logging.getLogger('gtr').setLevel(level)
def run(self):
loop = MainLoop(self.frame_widget, unhandled_input=self.handle_input)
loop.run()
def run_twisted(self):
from twisted.internet import reactor
evloop = urwid.TwistedEventLoop(reactor, manage_reactor=False)
self.screen = urwid.raw_display.Screen()
self.screen.register_palette(self.palette)
self.loop = MainLoop(self.frame_widget, unhandled_input=self.handle_input,
screen = self.screen,
event_loop = evloop)
self.loop.set_alarm_in(0.1, lambda loop, _: loop.draw_screen())
self.loop.start()
# The loggers get a Handler that writes to the screen. We want this to only
# happen if the screen exists, so de-register them after the reactor stops.
reactor.addSystemEventTrigger('after','startup', self.register_loggers)
reactor.addSystemEventTrigger('before','shutdown', self.unregister_loggers)
reactor.run()
# We might have stopped the screen already, and the stop() method
# doesn't check for stopping twice.
if self.called_loop_stop:
self.logger.warn('Internal error!')
else:
self.loop.stop()
self.called_loop_stop = True
@fail_safely
def handle_input(self, key):
if key == 'enter':
text = self.edit_widget.edit_text
if text in ['q', 'Q']:
self.handle_quit_request()
else:
self.quit_flag = False
try:
i = int(text)
except ValueError:
i = None
self.handle_invalid_choice(text)
if i is not None:
self.handle_choice(i)
self.edit_widget.set_edit_text('')
def _roll_write(self, line, attr=None):
"""Add a line to the roll with palette attributes 'attr'.
If no attr is specified, None is used.
Default attr is plain text
"""
text = Text((attr, '* ' + line))
self.roll_list.append(text)
self.roll_list.set_focus(len(self.roll_list)-1)
self._modified()
@fail_safely
def update_state(self, state):
"""Sets the game state window via one large string.
"""
self.logger.debug('Drawing game state.')
self.state_text[:] = [self.colorize(s) for s in state.split('\n')]
self._modified()
@fail_safely
def update_game_log(self, log):
"""Sets the game log window via one large string.
"""
self.logger.debug('Drawing game log.')
self.game_log_list[:] = [self.colorize(s) for s in log.split('\n')]
self.game_log_list.set_focus(len(self.game_log_list)-1)
self._modified()
@fail_safely
def update_choices(self, choices):
"""Update choices list.
"""
self.choices_list[:] = [self.colorize(str(c)) for c in choices]
self._modified()
length = len([c for c in choices if c[2] == '['])
i = randint(1,length) if length else 0
self.choices_list.append(self.colorize('\nPicking random choice: {0} in 1s'.format(i)))
self._modified()
#from twisted.internet import reactor
#reactor.callLater(1, self.handle_choice, i)
@fail_safely
def update_prompt(self, prompt):
"""Set the prompt for the input field.
"""
self.edit_widget.set_caption(prompt)
self._modified()
def _modified(self):
if self.loop:
self.loop.draw_screen()
@fail_safely
def quit(self):
"""Quit the program.
"""
#import pdb; pdb.set_trace()
#raise TypeError('Artificial TypeError')
raise urwid.ExitMainLoop()
def handle_invalid_choice(self, s):
if len(s):
text = 'Invalid choice: "' + s + '". Please enter an integer.'
self.logger.warn(text)
def handle_quit_request(self):
if True or self.quit_flag:
self.quit()
else:
self.quit_flag = True
text = 'Are you sure you want to quit? Press Q again to confirm.'
self.logger.warn(text)
def handle_choice(self, i):
if self.choice_callback:
self.choice_callback(i)
def colorize(self, s):
"""Applies color to roles found in a string.
A string with attributes applied looks like
Text([('attr1', 'some text'), 'some more text'])
so we need to split into a list of tuples of text.
"""
regex_color_dict = {
r'\b([Ll]egionaries|[Ll]egionary|[Ll]eg|LEGIONARIES|LEGIONARY|LEG)\b' : 'brick',
r'\b([Ll]aborers?|[Ll]ab|LABORERS?|LAB)\b' : 'rubble',
r'\b([Cc]raftsmen|[Cc]raftsman|[Cc]ra|CRAFTSMEN|CRAFTSMAN|CRA)\b' : 'wood',
r'\b([Aa]rchitects?|[Aa]rc|ARCHITECTS?|ARC)\b' : 'concrete',
r'\b([Mm]erchants?|[Mm]er|MERCHANTS?|MER)\b' : 'stone',
r'\b([Pp]atrons?|[Pp]at|PATRONS?|PAT)\b' : 'marble',
r'\b([Jj]acks?|JACKS?)\b' : 'jack',
r'\b([Bb]ricks?|[Bb]ri|BRICKS?|BRI)\b' : 'brick',
r'\b([Rr]ubble|[Rr]ub|RUBBLE|RUB)\b' : 'rubble',
r'\b([Ww]ood|[Ww]oo|WOOD|WOO)\b' : 'wood',
r'\b([Cc]oncrete|[Cc]on|CONCRETE|CON)\b' : 'concrete',
r'\b([Ss]tone|[Ss]to|STONE|STO)\b' : 'stone',
r'\b([Mm]arble|[Mm]ar|MARBLE|MAR)\b' : 'marble',
}
def _colorize(s, regex, attr):
"""s is a tuple of ('attr', 'text'). This splits based on the regex
and adds attr to any matches. Returns a list of tuples
[('attr1', 'text1'), ('attr2', 'text2'), ('attr3','text3')]
with some attributes being None if they aren't colored.
"""
output = []
a, t = s
# Make a list of all tokens, split by matches
tokens = re.split(regex, t)
for tok in tokens:
m = re.match(regex, tok)
if m:
# matches get the new attributes
output.append( (attr,tok) )
else:
# non-matches keep the old ones
output.append( (a, tok) )
return output
output = [ (None, s) ]
for k,v in regex_color_dict.items():
new_output = []
for token in output:
new_output.extend(_colorize(token, k, v))
output[:] = new_output
return Text(output)
class LogDisplay(BoxWidget):
def __init__(self, parser, encoding):
self.parser = parser
self.encoding = encoding
self.find = {'ref': '', 'text': ''}
self.isolate_filter = (None, None)
self.line_collection = None
self.jump_stack = []
self.expansions = {}
self.show_sip_level = 2
self.show_ladder = False
self.show_only_filtered = False
self.show_verbose = True
self.show_channel = True
self.line_no_before_isolate = 0
self.showing_help = False
self.walker = LogLineWalker([('Select call on the left side', None)],
self.jump, self.expand, self.isolate)
self.header = AttrWrap(Text([('key', 'F6'), ' Log']), 'bar')
self.listbox = ListBox(self.walker)
self.frame = Frame(self.listbox, header=self.header)
def render(self, size, focus=False):
return self.frame.render(size, focus)
def keypress(self, size, key):
return self.frame.keypress(size, key)
def set_line_collection(self, line_collection):
self.jump_stack = []
self.line_collection = line_collection
self.walker.lines = line_collection.lines
self.walker.set_focus(0)
lc, mc = len(line_collection.lines), line_collection.match_count
self.header.set_text([
('key', 'F6'),
' Log lines: %d, matches: %s | ' % (lc, mc),
('key', 's'),
'/',
('key', 'S'),
' toggle sip messages/ladders | ',
('key', 'n'),
'/',
('key', 'N'),
' next/previous | ',
('key', 'f'),
' toggle filter | ',
('key', 'i'),
'/',
('key', 'I'),
' isolate/un-isolate | ',
('key', 'enter'),
'/',
('key', 'backspace'),
' jump/back | ',
('key', 'space'),
' expand/collapse',
])
self.line_collection.set_filter(self.show_only_filtered)
def help(self):
if self.showing_help:
self.refresh_log()
else:
lc = LineCollection({})
for markup in HELP:
lc.add(markup)
self.set_line_collection(lc)
self.showing_help = not self.showing_help
@property
def compiled_find(self):
find_text = self.find['text']
if find_text and len(find_text) > 2:
try:
find_text = re.compile(find_text)
except Exception as e:
log.debug('Invalid RE %r: %s', find_text, e)
# noinspection PyDictCreation
find_map = {self.find['ref']: 'find1'}
# possibly override
find_map[find_text] = {'style': 'find2', 'jump': True}
return find_map
def load_result(self, ref):
self.isolate_filter = (None, None)
self.find['ref'] = ref
self.refresh_log()
def toggle_filter(self):
if not self.line_collection or self.listbox.get_focus()[0] is None:
return
self.jump_stack = []
self.expansions = {}
self.show_only_filtered = not self.show_only_filtered
self.listbox.set_focus(0)
self.line_collection.set_filter(self.show_only_filtered)
self.listbox.set_focus(0)
def toggle_sip(self):
self.jump_stack = []
self.expansions = {}
self.show_sip_level = (self.show_sip_level + 1) % 3
def jump(self, where):
cur = self.listbox.get_focus()[1]
if where == 'home':
self.listbox.set_focus(0)
elif where == 'end':
self.listbox.set_focus(len(self.line_collection.lines) - 1)
elif where == 'next':
if self.show_only_filtered:
return
for line_no in self.line_collection.line_numbers_with_needle:
pos = self.line_collection.line_number_map.get(line_no) # + 1
if pos > cur:
self.listbox.set_focus(pos)
break
elif where == 'previous':
if self.show_only_filtered:
return
collection = self.line_collection.line_numbers_with_needle
for i in range(len(collection) - 1, -1, -1):
line_no = collection[i]
pos = self.line_collection.line_number_map.get(line_no) # + 1
if pos < cur:
self.listbox.set_focus(pos)
break
elif where == -1:
# Jump back from where we came
if self.jump_stack:
pos = self.jump_stack.pop()
self.listbox.set_focus(pos)
else:
pos = self.line_collection.line_number_map.get(where)
if pos and pos != cur:
self.jump_stack.append(cur)
self.listbox.set_focus(pos)
def expand(self, tag):
if self.show_ladder:
return # No effect when showing all ladders
cur = self.listbox.get_focus()[1]
ref_type, ref = ref_tag(tag)
# Collapse
if ref in self.expansions:
old, markups = self.expansions[ref]
self.line_collection.remove(old, len(markups))
del self.expansions[ref]
self.listbox.set_focus(cur)
return
# Expand
markups = []
if ref_type == 'call_id':
dialog = self.parser.find_obj(ref_type, ref)
markups = message_sequence_chart(dialog)
markups = [[' ' * 9] + m for m in markups] # indent
elif ref_type == 'sip_ref':
sip = self.parser.find_obj(ref_type, ref)
instructions = sip_payload_instructions(sip)
markups = [(s, m) for (_l, s, m) in instructions]
elif ref_type == 'chan':
channel = self.parser.find_obj(ref_type, ref)
markups = dial_chart(channel)
markups = [[' ' * 9] + m for m in markups] # indent
if markups:
self.expansions[ref] = (cur + 1, markups)
self.line_collection.insert(cur + 1, markups)
self.listbox.set_focus(cur)
def isolate(self, tag):
ref_type, ref = ref_tag(tag)
if ref_type and ref:
self.line_no_before_isolate = self.listbox.get_focus()[1]
self.isolate_filter = (ref_type, ref)
self.refresh_log()
else:
self.isolate_filter = (None, None)
self.refresh_log(focus_line=self.line_no_before_isolate)
def refresh_log(self, focus_line=False):
groups, objects = self.parser.get_linked_objects(
self.find['ref'], self.isolate_filter)
old_pos = self.listbox.get_focus()[1]
warning_count = 0
error_count = 0
lc = LineCollection(self.compiled_find)
if objects:
# Prepare markup for "Overview" section
lc.add([('section', 'Overview ')]) # must be a list
for group in groups:
tab, tab2 = '= ', ' '
for line_no, what, obj in group.overview:
markup = obj
dialog = None
tag = None
if what == 'dialog':
sip = obj
dialog = sip.dialog
style = get_sip_style(sip)
if dialog:
dialog_status = dialog.dialog_status or ''
dialog_ack = dialog.dialog_ack or ''
dialog_bye = dialog.bye_addr or ''
else:
dialog_status = ''
dialog_ack = ''
dialog_bye = ''
markup = [
('', ' '),
('line-no', '%07d' % (line_no + 1)),
('', ' '),
('mute', '[%s] ' % sip.when),
(style, sip.request or sip.status or '?'),
('', ' %s -> %s ' % (sip.from_num, sip.to_num)),
('sip-status', '%s' % (dialog_status or ' ')),
('', ' '),
('sip-method', '%s' % (dialog_ack or ' ')),
]
if dialog and dialog.timeout:
markup.extend([('', ' '),
('sip-timeout', 'TIMEOUT')])
if dialog_bye:
markup.extend([
('', ' '),
('sip-bye2', 'BYE'),
('mute', ' from '),
('mute', dialog_bye),
])
markup.append(('sip-call-id', ' %s' % sip.call_id))
tag = {'call_id': sip.call_id}
elif what == 'channel':
channel = obj
markup = [('line-no', '%07d' % (line_no + 1)),
('', ' '), ('mute', '[%s] ' % channel.when),
('channel-name', channel.name)]
for phone in set(channel.extensions):
markup.append(('', ' '))
markup.append(('', phone))
if channel.clid_num:
markup.append(('channel-phone',
' (clid:%s)' % channel.clid_num))
for i, app in enumerate(channel.apps):
dial_style = get_dial_status_style(app.status)
markup.append(('mute', '; ' if i else ': '))
markup.append(('mute', '%s ' % app.app_name))
markup.append(('', app.data or ' '))
markup.append(('mute', ' '))
markup.append((dial_style, app.status))
tag = {'chan': channel.name}
elif what == 'astcall':
acall = obj
markup = [('line-no', '%07d' % (line_no + 1)),
('', ' '), ('mute', '[%s] ' % acall.when),
('acall-id', acall.acall_id)]
tag = {'acall_id': acall.acall_id}
lc.add(['%s%s%s ' % (tab, what, tab2), markup or '?'],
tag=tag)
if dialog and dialog.timeout:
timeout_line_no, timeout_when = dialog.timeout
markup = [('', ' '),
('line-no', '%07d' % (timeout_line_no + 1)),
('mute', ' [%s] ' % timeout_when),
('sip-timeout', 'TIMEOUT')]
lc.add(['%s%s%s ' % (tab, ' ', tab2), markup])
if dialog and self.show_ladder:
for markup in message_sequence_chart(dialog):
lc.add([' ' * 9] + markup)
tab, tab2 = ' - ', ' '
lc.add('')
# Prepare markup for "Log" section
flat = objects.items()
flat.sort()
lc.add(('section', 'Log'))
old_line_no = None
for line_no, (style, obj) in flat:
# Text is kept as bytes, convert to unicode only when displaying
if isinstance(obj, _bytes3):
obj = obj.decode(self.encoding, errors='replace')
if old_line_no is not None and old_line_no + 1 != line_no:
# If Missing single unimportant line, omit "..."
if not (style == 'sip' and old_line_no + 2 == line_no):
lc.add(('mute', '...'))
old_line_no = line_no
if style == 'sip':
if self.show_sip_level == 0:
continue
sip = obj
line_no = sip.line_no
tag = None
markup = [('sip-intro', '==== %s ' % sip.when),
('elapsed', '(ela: %s) ' % sip.elapsed_sec)]
if self.show_sip_level == 1:
if sip.request:
markup.append((get_sip_style(sip), str(sip)))
else:
markup.append(('sip-status', str(sip)))
# Adding tag also allows message expansion
tag = {'sip_ref': sip.ref}
if sip.attempt_no:
markup.append(
('sip-retransmit', 'ATTEMPT #%s' % sip.attempt_no))
markup.append(('', ' %s ' % sip.direction))
# markup.append(('sip-direction', ' '))
if sip.direction == 'IN':
markup.append(('sip-addr', '%s' % sip.recipient_addr))
markup.append(('', ' <- '))
markup.append(('sip-addr', '%s' % sip.sender_addr))
else:
markup.append(('sip-addr', '%s' % sip.sender_addr))
markup.append(('', ' -> '))
markup.append(('sip-addr', '%s' % sip.recipient_addr))
lc.add(markup, tag=tag)
if self.show_sip_level == 1:
continue
instructions = sip_payload_instructions(sip)
# We use line_no again on purpose
# noinspection PyAssignmentToLoopOrWithParameter
for line_no, sty2, markup in instructions:
lc.add((sty2, markup), line_no)
elif style == 'channel':
if self.show_channel:
lc.add((style, obj), line_no, {
'Dial': 'asterisk-app',
'Queue': 'asterisk-app',
})
elif self.show_verbose:
if b'WARNING' in obj:
lc.add(('warning', obj), line_no)
warning_count += 1
if b'ERROR' in obj:
lc.add(('error', obj), line_no)
error_count += 1
else:
lc.add((style, obj), line_no)
old_line_no = line_no
if warning_count:
lc.lines[0][0].append(
('warning', ' Warnings: %d ' % warning_count))
if error_count:
lc.lines[0][0].append(('error', ' Errors: %d ' % error_count))
self.set_line_collection(lc)
if focus_line:
focus_line = focus_line if isinstance(focus_line, int) else old_pos
try:
self.listbox.set_focus(focus_line, 'above')
except IndexError:
pass
class NetworkView(BaseView):
def __init__(self, model, signal):
self.model = model
self.signal = signal
self.items = []
self.error = Text("", align='center')
self.body = [
Padding.center_79(self._build_model_inputs()),
Padding.line_break(""),
Padding.center_79(self._build_additional_options()),
Padding.line_break(""),
Padding.center_79(Color.info_error(self.error)),
Padding.line_break(""),
Padding.fixed_10(self._build_buttons()),
]
# FIXME determine which UX widget should have focus
self.lb = ListBox(self.body)
self.lb.set_focus(4) # _build_buttons
super().__init__(self.lb)
def show_overlay(self, overlay_widget):
self.orig_w = self._w
self._w = Overlay(top_w=overlay_widget,
bottom_w=self._w,
align='center',
width=('relative', 60),
min_width=80,
valign='middle',
height='pack')
def remove_overlay(self, overlay_widget):
# urwid note: we could also get orig_w as
# self._w.contents[0][0], but this is clearer:
self._w = self.orig_w
def _build_buttons(self):
cancel = Color.button(cancel_btn(on_press=self.cancel),
focus_map='button focus')
done = Color.button(done_btn(on_press=self.done),
focus_map='button focus')
self.default_focus = done
buttons = [done, cancel]
return Pile(buttons, focus_item=done)
def _build_model_inputs(self):
ifaces = self.model.get_all_interface_names()
ifname_width = 8 # default padding
if ifaces:
ifname_width += len(max(ifaces, key=len))
if ifname_width > 20:
ifname_width = 20
iface_menus = []
# Display each interface -- name in first column, then configured IPs
# in the second.
log.debug('interfaces: {}'.format(ifaces))
for iface in ifaces:
col_1 = []
col_2 = []
col_1.append(
Color.info_major(
menu_btn(label=iface,
on_press=self.on_net_dev_press),
focus_map='button focus'))
interface = self.model.get_interface(iface)
ip_status = {
'ipv4_addresses': interface.ipv4_addresses,
'ipv6_addresses': interface.ipv6_addresses,
'dhcp4_addresses': interface.dhcp4_addresses,
'dhcp6_addresses': interface.dhcp6_addresses,
'dhcp4': interface.dhcp4,
'dhcp6': interface.dhcp6,
}
for addr in ip_status['dhcp4_addresses']:
template = '{} (dhcp)'.format(addr[0])
col_1.append(Text(""))
col_2.append(Color.info_primary(Text(template)))
for addr in ip_status['ipv4_addresses']:
template = '{} (manual)'.format(addr)
col_1.append(Text(""))
col_2.append(Color.info_primary(Text(template)))
for addr in ip_status['dhcp6_addresses']:
template = '{} (dhcp)'.format(addr[0])
col_1.append(Text(""))
col_2.append(Color.info_primary(Text(template)))
for addr in ip_status['ipv6_addresses']:
template = '{} (manual)'.format(addr)
col_1.append(Text(""))
col_2.append(Color.info_primary(Text(template)))
template = None
if ( not ip_status['dhcp4'] and not ip_status['dhcp6'] ) \
and len(ip_status['ipv4_addresses']) == 0 and \
len(ip_status['ipv6_addresses']) == 0:
if interface.type == 'eth':
if interface.is_connected():
template = "Not configured"
else:
template = "Not connected"
else:
template = "Not configured"
if ip_status['dhcp4'] and ip_status['dhcp6'] and \
len(ip_status['ipv4_addresses']) == 0 and \
len(ip_status['dhcp4_addresses']) == 0 and \
len(ip_status['ipv6_addresses']) == 0 and \
len(ip_status['dhcp6_addresses']) == 0:
template = "DHCP is enabled"
elif ip_status['dhcp4'] and \
len(ip_status['ipv4_addresses']) == 0 and \
len(ip_status['dhcp4_addresses']) == 0:
template = "DHCPv4 is enabled"
elif ip_status['dhcp6'] and \
len(ip_status['ipv6_addresses']) == 0 and \
len(ip_status['dhcp6_addresses']) == 0:
template = "DHCPv6 is enabled"
if template is not None:
col_1.append(Text(""))
col_2.append(Color.info_primary(Text(template)))
if interface.iftype == 'wlan':
if interface.essid is not None:
col_2.append(Text("Associated to '" + interface.essid + "'"))
else:
col_2.append(Text("Not associated."))
# Other device info (MAC, vendor/model, speed)
info = self.model.get_iface_info(iface)
hwaddr = self.model.get_hw_addr(iface)
log.debug('iface info:{}'.format(info))
template = ''
if hwaddr:
template += '{} '.format(hwaddr)
if info['bond_slave']:
template += '(Bonded) '
if not info['vendor'].lower().startswith('unknown'):
vendor = textwrap.wrap(info['vendor'], 15)[0]
template += '{} '.format(vendor)
if not info['model'].lower().startswith('unknown'):
model = textwrap.wrap(info['model'], 20)[0]
template += '{} '.format(model)
if info['speed']:
template += '({speed})'.format(**info)
#log.debug('template: {}', template)
log.debug('hwaddr:{}, {}'.format(hwaddr, template))
col_2.append(Color.info_minor(Text(template)))
iface_menus.append(Columns([(ifname_width, Pile(col_1)), Pile(col_2)], 2))
return Pile(iface_menus)
def _build_additional_options(self):
labels = []
ifaces = self.model.get_all_interface_names()
# Display default route status
if self.model.default_v4_gateway is not None:
v4_route_source = "via " + self.model.default_v4_gateway
default_v4_route_w = Color.info_minor(
Text(" IPv4 default route " + v4_route_source + "."))
labels.append(default_v4_route_w)
if self.model.default_v6_gateway is not None:
v6_route_source = "via " + self.model.default_v6_gateway
default_v6_route_w = Color.info_minor(
Text(" IPv6 default route " + v6_route_source + "."))
labels.append(default_v6_route_w)
max_btn_len = 0
buttons = []
for opt, sig in self.model.get_menu():
if ':set-default-route' in sig:
if len(ifaces) < 2:
log.debug('Skipping default route menu option'
' (only one nic)')
continue
if ':bond-interfaces' in sig:
not_bonded = [iface for iface in ifaces
if not self.model.iface_is_bonded(iface)]
if len(not_bonded) < 2:
log.debug('Skipping bonding menu option'
' (not enough available nics)')
continue
if len(opt) > max_btn_len:
max_btn_len = len(opt)
buttons.append(
Color.menu_button(
menu_btn(label=opt,
on_press=self.additional_menu_select,
user_data=sig),
focus_map='button focus'))
padding = getattr(Padding, 'left_{}'.format(max_btn_len + 10))
buttons = [ padding(button) for button in buttons ]
return Pile(labels + buttons)
def additional_menu_select(self, result, sig):
self.signal.emit_signal(sig)
def on_net_dev_press(self, result):
log.debug("Selected network dev: {}".format(result.label))
self.signal.emit_signal('menu:network:main:configure-interface',
result.label)
def show_network_error(self, action):
if action == 'generate':
self.error.set_text("Network configuration failed; " + \
"please verify your settings.")
elif action == 'apply':
self.error.set_text("Network configuration could not be applied; " + \
"please verify your settings.")
elif action == 'timeout':
self.error.set_text("Network configuration timed out; " + \
"please verify your settings.")
elif action == 'canceled':
self.error.set_text("Network configuration canceled.")
else:
self.error.set_text("An unexpected error has occurred; " + \
"please verify your settings.")
def done(self, result):
self.signal.emit_signal('network:finish', self.model.render())
def cancel(self, button):
self.signal.emit_signal('prev-screen')