class ChecksProjectView(BaseView):
"""Manages project type selection and other quality checks UI elements."""
# INITIALIZERS #
def __init__(self, controller):
self.controller = controller
self._checker_menu_items = {}
self._create_project_button()
def _create_project_button(self):
self.btn_proj = PopupMenuButton(label=_('Project Type'))
menu = gtk.Menu()
names = []
for checkercode in self.controller.checker_info:
checkername = self.controller._checker_code_to_name[checkercode]
names.append(checkername)
for checkername in sorted(names, cmp=locale.strcoll):
mitem = gtk.MenuItem(checkername)
mitem.show()
mitem.connect('activate', self._on_menu_item_activate)
menu.append(mitem)
self._checker_menu_items[checkername] = mitem
self.btn_proj.set_menu(menu)
# METHODS #
def show(self):
statusbar = self.controller.main_controller.view.status_bar
for child in statusbar.get_children():
if child is self.btn_proj:
return
statusbar.pack_start(self.btn_proj, expand=False)
statusbar.show_all()
def set_checker_name(self, cname):
# l10n: The label indicating the checker style (GNOME/KDE/whatever)
self.btn_proj.set_label(_('Checks: %(checker_name)s') % {'checker_name': cname})
# EVENT HANDLER #
def _on_menu_item_activate(self, menuitem):
self.controller.set_checker_by_name(menuitem.child.get_label())
class ChecksProjectView(BaseView):
"""Manages project type selection and other quality checks UI elements."""
# INITIALIZERS #
def __init__(self, controller):
self.controller = controller
self.current_project = None
self._checker_menu_items = {}
self._create_project_button()
def _create_project_button(self):
self.btn_proj = PopupMenuButton(label=_('Project Type'))
menu = gtk.Menu()
for checkercode in self.controller.checker_info:
checkername = self.controller._checker_code_to_name[checkercode]
mitem = gtk.MenuItem(checkername)
mitem.show()
mitem.connect('activate', self._on_menu_item_activate)
menu.append(mitem)
self._checker_menu_items[checkername] = mitem
self.btn_proj.set_menu(menu)
# METHODS #
def show(self):
statusbar = self.controller.main_controller.view.status_bar
for child in statusbar.get_children():
if child is self.btn_proj:
return
statusbar.pack_start(self.btn_proj, expand=False)
statusbar.show_all()
def set_checker_name(self, cname):
# l10n: The label indicating the checker style (GNOME/KDE/whatever)
self.btn_proj.set_label(_('Checks: %(checker_name)s') % {'checker_name': cname})
# EVENT HANDLER #
def _on_menu_item_activate(self, menuitem):
self.controller.set_checker_by_name(menuitem.child.get_label())
class QualityCheckMode(BaseMode):
"""Include units based on quality checks that units fail."""
name = 'QualityCheck'
display_name = _("Quality Checks")
widgets = []
# INITIALIZERS #
def __init__(self, controller):
"""Constructor.
@type controller: virtaal.controllers.ModeController
@param controller: The ModeController that managing program modes."""
self.controller = controller
self.store_controller = controller.main_controller.store_controller
self.checks_controller = controller.main_controller.checks_controller
self._checker_set_id = None
self.filter_checks = []
self._menuitem_checks = {}
self.store_filename = None
# METHODS #
def selected(self):
self.stats = self.store_controller.get_store_stats()
self.storecursor = self.store_controller.cursor
self.checks_names = {}
for check, indices in self.stats.iteritems():
if indices and check not in ('total', 'translated', 'untranslated'):
self.checks_names[check] = self.checks_controller.get_check_name(check)
self._checker_set_id = self.checks_controller.connect(
'checker-set', self._on_checker_set
)
self._add_widgets()
self._update_button_label()
self.update_indices()
def unselected(self):
if self._checker_set_id:
self.checks_controller.disconnect(self._checker_set_id)
self._checker_set_id = None
def update_indices(self):
if not self.storecursor or not self.storecursor.model:
return
indices = []
for check in self.filter_checks:
indices.extend(self.stats[check])
if not indices:
indices = range(len(self.storecursor.model))
indices.sort()
self.storecursor.indices = indices
def _add_widgets(self):
table = self.controller.view.mode_box
self.btn_popup = PopupMenuButton(menu_pos=POS_NW_SW)
self.btn_popup.set_relief(gtk.RELIEF_NORMAL)
self.btn_popup.set_menu(self._create_checks_menu())
self.widgets = [self.btn_popup]
xoptions = gtk.FILL
table.attach(self.btn_popup, 2, 3, 0, 1, xoptions=xoptions)
table.show_all()
def _create_checks_menu(self):
menu = gtk.Menu()
for check_name, display_name in self.checks_names.iteritems():
menuitem = gtk.CheckMenuItem(label=display_name)
menuitem.show()
self._menuitem_checks[menuitem] = check_name
menuitem.connect('toggled', self._on_check_menuitem_toggled)
menu.append(menuitem)
return menu
def _update_button_label(self):
check_labels = [mi.child.get_label() for mi in self.btn_popup.menu if mi.get_active()]
btn_label = u''
if not check_labels:
btn_label = _(u'No Checks')
elif len(check_labels) == len(self.checks_names):
btn_label = _(u'All Checks')
else:
btn_label = u', '.join(check_labels[:3])
if len(check_labels) > 3:
btn_label += u'...'
self.btn_popup.set_label(btn_label)
# EVENT HANDLERS #
def _on_checker_set(self, checkscontroller, checker):
self.unselected()
self.selected()
def _on_check_menuitem_toggled(self, checkmenuitem):
self.filter_checks = []
for menuitem in self.btn_popup.menu:
if not isinstance(menuitem, gtk.CheckMenuItem) or not menuitem.get_active():
continue
if menuitem in self._menuitem_checks:
self.filter_checks.append(self._menuitem_checks[menuitem])
self.update_indices()
self._update_button_label()
class WorkflowMode(BaseMode):
"""Workflow mode - Include units based on its workflow state, as specified
by the user."""
name = 'Workflow'
display_name = _("Workflow")
widgets = []
# INITIALIZERS #
def __init__(self, controller):
"""Constructor.
@type controller: virtaal.controllers.ModeController
@param controller: The ModeController that managing program modes."""
self.controller = controller
self.filter_states = []
self._menuitem_states = {}
# METHODS #
def selected(self):
self.storecursor = self.controller.main_controller.store_controller.cursor
self.state_names = self.controller.main_controller.unit_controller.get_unit_state_names()
self.state_names = self.state_names.items()
self.state_names.sort(key=lambda x: x[0])
self._add_widgets()
self._update_button_label()
if not self.state_names:
self._disable()
self.update_indices()
def unselected(self):
pass
def update_indices(self):
if not self.storecursor or not self.storecursor.model:
return
indices = []
for state in self.filter_states:
for index, unit in enumerate(self.storecursor.model):
if state[0] <= unit.get_state_n() < state[1]:
logging.debug('state: %s, unit.state_n: %d' % (state, unit.get_state_n()))
indices.append(index)
if not indices:
indices = range(len(self.storecursor.model))
indices.sort()
self.storecursor.indices = indices
def _add_widgets(self):
table = self.controller.view.mode_box
self.btn_popup = PopupMenuButton(menu_pos=POS_NW_SW)
self.btn_popup.set_relief(gtk.RELIEF_NORMAL)
self.btn_popup.set_menu(self._create_state_menu())
self.widgets = [self.btn_popup]
xoptions = gtk.FILL
table.attach(self.btn_popup, 2, 3, 0, 1, xoptions=xoptions)
table.show_all()
def _create_state_menu(self):
menu = gtk.Menu()
for iid, name in self.state_names:
menuitem = gtk.CheckMenuItem(label=name)
menuitem.show()
self._menuitem_states[menuitem] = iid
menuitem.connect('toggled', self._on_state_menuitem_toggled)
menu.append(menuitem)
return menu
def _update_button_label(self):
state_labels = [mi.child.get_label() for mi in self.btn_popup.menu if mi.get_active()]
btn_label = u''
if not state_labels:
btn_label = _(u'No States')
elif len(state_labels) == len(self.state_names):
btn_label = _(u'All States')
else:
btn_label = u', '.join(state_labels[:3])
if len(state_labels) > 3:
btn_label += u'...'
self.btn_popup.set_label(btn_label)
def _disable(self):
"""Disable the widgets (workflow not possible now)."""
self.btn_popup.set_sensitive(False)
# EVENT HANDLERS #
def _on_state_menuitem_toggled(self, checkmenuitem):
self.filter_states = []
unit_states = self.controller.main_controller.unit_controller.current_unit.STATE
for menuitem in self.btn_popup.menu:
if not isinstance(menuitem, gtk.CheckMenuItem) or not menuitem.get_active():
continue
if menuitem in self._menuitem_states:
self.filter_states.append(unit_states[self._menuitem_states[menuitem]])
self.update_indices()
self._update_button_label()
class QualityCheckMode(BaseMode):
"""Include units based on quality checks that units fail."""
name = 'QualityCheck'
display_name = _("Quality Checks")
widgets = []
# INITIALIZERS #
def __init__(self, controller):
"""Constructor.
@type controller: virtaal.controllers.ModeController
@param controller: The ModeController that managing program modes."""
self.controller = controller
self.store_controller = controller.main_controller.store_controller
self.main_controller = controller.main_controller
self._checker_set_id = None
self.filter_checks = []
# a way to map menuitems to their check names, and signal ids:
self._menuitem_checks = {}
self.store_filename = None
# METHODS #
def _prepare_stats(self):
self.store_controller.update_store_checks(checker=self.main_controller.checks_controller.get_checker())
self.stats = self.store_controller.get_store_checks()
# A currently selected check might disappear if the style changes:
self.filter_checks = [check for check in self.filter_checks if check in self.stats]
self.storecursor = self.store_controller.cursor
self.checks_names = {}
for check, indices in self.stats.iteritems():
if indices and check not in ('total', 'translated', 'untranslated', 'extended'):
self.checks_names[check] = self.main_controller.checks_controller.get_check_name(check)
def selected(self):
self._prepare_stats()
self._checker_set_id = self.main_controller.checks_controller.connect('checker-set', self._on_checker_set)
# redo stats on save to refresh navigation controls
self._store_saved_id = self.store_controller.connect('store-saved', self._on_checker_set)
self._add_widgets()
self._update_button_label()
self.update_indices()
def unselected(self):
if self._checker_set_id:
self.main_controller.checks_controller.disconnect(self._checker_set_id)
self._checker_set_id = None
self.store_controller.disconnect(self._store_saved_id)
self.store_saved_id = None
def update_indices(self):
if not self.storecursor or not self.storecursor.model:
return
indices = []
for check in self.filter_checks:
indices.extend(self.stats[check])
if not indices:
indices = range(len(self.storecursor.model))
indices.sort()
self.storecursor.indices = indices
def _add_widgets(self):
table = self.controller.view.mode_box
self.btn_popup = PopupMenuButton(menu_pos=POS_NW_SW)
self.btn_popup.set_relief(gtk.RELIEF_NORMAL)
self.btn_popup.set_menu(self._create_checks_menu())
self.widgets = [self.btn_popup]
xoptions = gtk.FILL
table.attach(self.btn_popup, 2, 3, 0, 1, xoptions=xoptions)
table.show_all()
def _create_checks_menu(self):
menu = gtk.Menu()
self._create_menu_entries(menu)
return menu
def _create_menu_entries(self, menu):
for mi, (name, signal_id) in self._menuitem_checks.iteritems():
mi.disconnect(signal_id)
menu.remove(mi)
assert not menu.get_children()
self._menuitem_checks = {}
for check_name, display_name in sorted(self.checks_names.iteritems(), key=lambda x: x[1], cmp=locale.strcoll):
#l10n: %s is the name of the check and must be first. %d is the number of failures
menuitem = gtk.CheckMenuItem(label="%s (%d)" % (display_name, len(self.stats[check_name])))
menuitem.set_active(check_name in self.filter_checks)
menuitem.show()
self._menuitem_checks[menuitem] = (check_name, menuitem.connect('toggled', self._on_check_menuitem_toggled))
menu.append(menuitem)
def _update_button_label(self):
check_labels = [mi.child.get_label() for mi in self.btn_popup.menu if mi.get_active()]
btn_label = u''
if not check_labels:
#l10n: This is the button where the user can select units by failing quality checks
btn_label = _(u'Select Checks')
elif len(check_labels) == len(self.checks_names):
#l10n: This refers to quality checks
btn_label = _(u'All Checks')
else:
btn_label = u', '.join(check_labels[:3])
if len(check_labels) > 3:
btn_label += u'...'
self.btn_popup.set_label(btn_label)
# EVENT HANDLERS #
def _on_checker_set(self, checkscontroller, checker=None):
self._prepare_stats()
self._create_menu_entries(self.btn_popup.menu)
self._update_button_label()
self.update_indices()
def _on_check_menuitem_toggled(self, checkmenuitem):
self.filter_checks = []
for menuitem in self.btn_popup.menu:
if not isinstance(menuitem, gtk.CheckMenuItem) or not menuitem.get_active():
continue
if menuitem in self._menuitem_checks:
self.filter_checks.append(self._menuitem_checks[menuitem][0])
self.update_indices()
self._update_button_label()
class WorkflowMode(BaseMode):
"""Workflow mode - Include units based on its workflow state, as specified
by the user."""
name = 'Workflow'
display_name = _("Workflow")
widgets = []
# INITIALIZERS #
def __init__(self, controller):
"""Constructor.
@type controller: virtaal.controllers.ModeController
@param controller: The ModeController that managing program modes."""
self.controller = controller
self.filter_states = []
self._menuitem_states = {}
# METHODS #
def selected(self):
self.storecursor = self.controller.main_controller.store_controller.cursor
self.state_names = self.controller.main_controller.unit_controller.get_unit_state_names(
)
if self.storecursor and self.storecursor.model and 'extended' in self.storecursor.model.stats:
self.state_names = [
i for i in self.state_names.items()
if i[0] in self.storecursor.model.stats['extended']
]
else:
self.state_names = self.state_names.items()
self.state_names.sort(key=lambda x: x[0])
self._add_widgets()
self._update_button_label()
if not self.state_names:
self._disable()
self.update_indices()
def unselected(self):
pass
def update_indices(self):
if not self.storecursor or not self.storecursor.model:
return
indices = []
for state in self.filter_states:
indices.extend(self.storecursor.model.stats['extended'][state])
if not indices:
indices.extend(self.storecursor.model.stats['total'])
else:
indices.sort()
self.storecursor.indices = indices
def _add_widgets(self):
table = self.controller.view.mode_box
self.btn_popup = PopupMenuButton(menu_pos=POS_NW_SW)
self.btn_popup.set_relief(gtk.RELIEF_NORMAL)
self.btn_popup.set_menu(self._create_state_menu())
self.widgets = [self.btn_popup]
xoptions = gtk.FILL
table.attach(self.btn_popup, 2, 3, 0, 1, xoptions=xoptions)
table.show_all()
def _create_state_menu(self):
menu = gtk.Menu()
for iid, name in self.state_names:
menuitem = gtk.CheckMenuItem(label=name)
menuitem.show()
self._menuitem_states[menuitem] = iid
menuitem.connect('toggled', self._on_state_menuitem_toggled)
menu.append(menuitem)
return menu
def _update_button_label(self):
state_labels = [
mi.child.get_label() for mi in self.btn_popup.menu
if mi.get_active()
]
btn_label = u''
if not state_labels:
#l10n: This is the button where the user can select units by workflow state
btn_label = _(u'Select States')
elif len(state_labels) == len(self.state_names):
#l10n: This refers to workflow states
btn_label = _(u'All States')
else:
btn_label = u', '.join(state_labels[:3])
if len(state_labels) > 3:
btn_label += u'...'
self.btn_popup.set_label(btn_label)
def _disable(self):
"""Disable the widgets (workflow not possible now)."""
self.btn_popup.set_sensitive(False)
# EVENT HANDLERS #
def _on_state_menuitem_toggled(self, checkmenuitem):
self.filter_states = []
for menuitem in self.btn_popup.menu:
if not isinstance(menuitem,
gtk.CheckMenuItem) or not menuitem.get_active():
continue
if menuitem in self._menuitem_states:
self.filter_states.append(self._menuitem_states[menuitem])
self.update_indices()
self._update_button_label()
class QualityCheckMode(BaseMode):
"""Include units based on quality checks that units fail."""
name = 'QualityCheck'
display_name = _("Quality Checks")
widgets = []
# INITIALIZERS #
def __init__(self, controller):
"""Constructor.
@type controller: virtaal.controllers.ModeController
@param controller: The ModeController that managing program modes."""
self.controller = controller
self.store_controller = controller.main_controller.store_controller
self.main_controller = controller.main_controller
self._checker_set_id = None
self.filter_checks = []
# a way to map menuitems to their check names, and signal ids:
self._menuitem_checks = {}
self.store_filename = None
# METHODS #
def _prepare_stats(self):
self.store_controller.update_store_checks(
checker=self.main_controller.checks_controller.get_checker())
self.stats = self.store_controller.get_store_checks()
# A currently selected check might disappear if the style changes:
self.filter_checks = [
check for check in self.filter_checks if check in self.stats
]
self.storecursor = self.store_controller.cursor
self.checks_names = {}
for check, indices in self.stats.iteritems():
if indices and check not in ('total', 'translated', 'untranslated',
'extended'):
self.checks_names[
check] = self.main_controller.checks_controller.get_check_name(
check)
def selected(self):
self._prepare_stats()
self._checker_set_id = self.main_controller.checks_controller.connect(
'checker-set', self._on_checker_set)
# redo stats on save to refresh navigation controls
self._store_saved_id = self.store_controller.connect(
'store-saved', self._on_checker_set)
self._add_widgets()
self._update_button_label()
self.update_indices()
def unselected(self):
if self._checker_set_id:
self.main_controller.checks_controller.disconnect(
self._checker_set_id)
self._checker_set_id = None
self.store_controller.disconnect(self._store_saved_id)
self.store_saved_id = None
def update_indices(self):
if not self.storecursor or not self.storecursor.model:
return
indices = []
for check in self.filter_checks:
indices.extend(self.stats[check])
if not indices:
indices = range(len(self.storecursor.model))
indices.sort()
self.storecursor.indices = indices
def _add_widgets(self):
table = self.controller.view.mode_box
self.btn_popup = PopupMenuButton(menu_pos=POS_NW_SW)
self.btn_popup.set_relief(gtk.RELIEF_NORMAL)
self.btn_popup.set_menu(self._create_checks_menu())
self.widgets = [self.btn_popup]
xoptions = gtk.FILL
table.attach(self.btn_popup, 2, 3, 0, 1, xoptions=xoptions)
table.show_all()
def _create_checks_menu(self):
menu = gtk.Menu()
self._create_menu_entries(menu)
return menu
def _create_menu_entries(self, menu):
for mi, (name, signal_id) in self._menuitem_checks.iteritems():
mi.disconnect
menu.remove(mi)
assert not menu.get_children()
for check_name, display_name in sorted(self.checks_names.iteritems(),
key=lambda x: x[1],
cmp=locale.strcoll):
#l10n: %s is the name of the check and must be first. %d is the number of failures
menuitem = gtk.CheckMenuItem(
label="%s (%d)" % (display_name, len(self.stats[check_name])))
menuitem.set_active(check_name in self.filter_checks)
menuitem.show()
self._menuitem_checks[menuitem] = (
check_name,
menuitem.connect('toggled', self._on_check_menuitem_toggled))
menu.append(menuitem)
def _update_button_label(self):
check_labels = [
mi.child.get_label() for mi in self.btn_popup.menu
if mi.get_active()
]
btn_label = u''
if not check_labels:
#l10n: This is the button where the user can select units by failing quality checks
btn_label = _(u'Select Checks')
elif len(check_labels) == len(self.checks_names):
#l10n: This refers to quality checks
btn_label = _(u'All Checks')
else:
btn_label = u', '.join(check_labels[:3])
if len(check_labels) > 3:
btn_label += u'...'
self.btn_popup.set_label(btn_label)
# EVENT HANDLERS #
def _on_checker_set(self, checkscontroller, checker=None):
self._prepare_stats()
self._create_menu_entries(self.btn_popup.menu)
self._update_button_label()
self.update_indices()
def _on_check_menuitem_toggled(self, checkmenuitem):
self.filter_checks = []
for menuitem in self.btn_popup.menu:
if not isinstance(menuitem,
gtk.CheckMenuItem) or not menuitem.get_active():
continue
if menuitem in self._menuitem_checks:
self.filter_checks.append(self._menuitem_checks[menuitem][0])
self.update_indices()
self._update_button_label()