def check_all_active_alarms_have_a_corresponding_item(kwargs):
leftovers = set()
for alarm in wxalarms_api.get_active_alarms():
if alarm['filename'] not in \
organism_alarms_api.get_supported_open_databases() or \
alarm['id'] not in core_api.get_items_ids(alarm['filename']):
leftovers.add((alarm['filename'], str(alarm['id'])))
if leftovers:
msgboxes.warn_generic('The following active alarms don\'t have a '
'corresponding item any more:\n{}'.format(
'\n'.join([' '.join(a) for a in leftovers]))
).ShowModal()
def check_all_active_alarms_have_a_corresponding_item(kwargs):
leftovers = set()
for alarm in wxalarms_api.get_active_alarms():
if alarm['filename'] not in \
organism_alarms_api.get_supported_open_databases() or \
alarm['id'] not in core_api.get_items_ids(alarm['filename']):
leftovers.add((alarm['filename'], str(alarm['id'])))
if leftovers:
msgboxes.warn_generic('The following active alarms don\'t have a '
'corresponding item any more:\n{}'.format(
'\n'.join([' '.join(a) for a in leftovers
]))).ShowModal()
def populate_tree(self, event):
if core_api.block_databases():
filename = wxgui_api.get_selected_database_filename()
# This method may be launched even if no database is open
if filename:
group = core_api.get_next_history_group(filename)
description = 'Populate tree'
i = 0
while i < 10:
dbitems = core_api.get_items_ids(filename)
try:
itemid = random.choice(dbitems)
except IndexError:
# No items in the database yet
itemid = 0
mode = 'child'
else:
mode = random.choice(('child', 'sibling'))
# See the comment in wxgui.tree.expand_item_ancestors
# for the reason why calling this method is necessary
wxgui_api.expand_item_ancestors(filename, itemid)
text = self._populate_tree_text()
id_ = self._populate_tree_item(mode, filename, itemid,
group, text, description)
# It should also be checked if the database supports
# organism_basicrules (bug #330)
if organism_api and wxscheduler_basicrules_api and \
filename in \
organism_api.get_supported_open_databases():
self._populate_tree_rules(filename, id_, group,
description)
if links_api and wxlinks_api and len(dbitems) > 0 and \
filename in \
links_api.get_supported_open_databases():
self._populate_tree_link(filename, id_, dbitems, group,
description)
i += 1
wxgui_api.refresh_history(filename)
core_api.release_databases()
def populate_tree(self, event):
if core_api.block_databases():
filename = wxgui_api.get_selected_database_filename()
# This method may be launched even if no database is open
if filename:
group = core_api.get_next_history_group(filename)
description = 'Populate tree'
i = 0
while i < 10:
dbitems = core_api.get_items_ids(filename)
try:
itemid = random.choice(dbitems)
except IndexError:
# No items in the database yet
itemid = 0
mode = 'child'
else:
mode = random.choice(('child', 'sibling'))
# See the comment in wxgui.tree.expand_item_ancestors
# for the reason why calling this method is necessary
wxgui_api.expand_item_ancestors(filename, itemid)
text = self._populate_tree_text()
id_ = self._populate_tree_item(mode, filename, itemid,
group, text, description)
# It should also be checked if the database supports
# organism_basicrules (bug #330)
if organism_api and wxscheduler_basicrules_api and \
filename in \
organism_api.get_supported_open_databases():
self._populate_tree_rules(filename, id_, group,
description)
if links_api and wxlinks_api and len(dbitems) > 0 and \
filename in \
links_api.get_supported_open_databases():
self._populate_tree_link(filename, id_, dbitems, group,
description)
i += 1
wxgui_api.refresh_history(filename)
core_api.release_databases()
def _select_items(many):
filename = wxgui_api.get_selected_database_filename()
ids = core_api.get_items_ids(filename)
if ids:
w = 0 if many else 1
modes = ((40, 80)[w] * ['select_one'] +
(10, 0)[w] * ['reselect_many'] +
(10, 0)[w] * ['select_some'] + (10, 0)[w] * ['select_all'] +
(20, 0)[w] * ['unselect_some'] +
(10, 20)[w] * ['unselect_all'])
mode = random.choice(modes)
if mode == 'unselect_some':
selection = wxgui_api.get_tree_selections(filename)
if selection:
sids = [
wxgui_api.get_tree_item_id(filename, i) for i in selection
]
remids = random.sample(ids, random.randint(1, len(ids)))
wxgui_api.simulate_remove_items_from_selection(
filename, remids)
else:
if mode in ('select_one', 'reselect_many', 'unselect_all'):
wxgui_api.simulate_unselect_all_items(filename)
addids = {
'select_one': (random.choice(ids), ),
'reselect_many':
random.sample(
ids, random.randint(2 if len(ids) > 1 else 1, len(ids))),
'select_some':
random.sample(ids, random.randint(1, len(ids))),
'select_all':
ids,
'unselect_all': (),
}
wxgui_api.simulate_add_items_to_selection(filename, addids[mode])
return wxgui_api.get_tree_selections(filename)
def _select_items(many):
filename = wxgui_api.get_selected_database_filename()
ids = core_api.get_items_ids(filename)
if ids:
w = 0 if many else 1
modes = (
(40, 80)[w] * ['select_one'] +
(10, 0)[w] * ['reselect_many'] +
(10, 0)[w] * ['select_some'] +
(10, 0)[w] * ['select_all'] +
(20, 0)[w] * ['unselect_some'] +
(10, 20)[w] * ['unselect_all']
)
mode = random.choice(modes)
if mode == 'unselect_some':
selection = wxgui_api.get_tree_selections(filename)
if selection:
sids = [wxgui_api.get_tree_item_id(filename, i) for i in
selection]
remids = random.sample(ids, random.randint(1, len(ids)))
wxgui_api.simulate_remove_items_from_selection(filename,
remids)
else:
if mode in ('select_one', 'reselect_many', 'unselect_all'):
wxgui_api.simulate_unselect_all_items(filename)
addids = {
'select_one': (random.choice(ids), ),
'reselect_many': random.sample(ids, random.randint(
2 if len(ids) > 1 else 1, len(ids))),
'select_some': random.sample(ids, random.randint(1, len(ids))),
'select_all': ids,
'unselect_all': (),
}
wxgui_api.simulate_add_items_to_selection(filename, addids[mode])
return wxgui_api.get_tree_selections(filename)
