def _search_threaded_stop(self, regexp, filename, iterator, results,
search_start):
log.debug('Search in {} stopped after {} (time) / {} (clock) s'
''.format(filename,
time.time() - search_start[0],
time.clock() - search_start[1]))
# The number of ongoing threads must be updated in the main thread
wx.CallAfter(self.finish_search)
def close(self):
if self.is_shown():
log.debug("Destroying alarm id: {}".format(self.alarmid))
self.panel.Destroy()
# It's necessary to explicitly unbind the handler, otherwise this
# object will not be garbage-collected
core_api.bind_to_update_item_text(self._update_info, False)
def _search_threaded_stop(self, regexp, filename, iterator, results,
search_start):
log.debug('Search in {} stopped after {} (time) / {} (clock) s'
''.format(filename,
time.time() - search_start[0],
time.clock() - search_start[1]))
# The number of ongoing threads must be updated in the main thread
wx.CallAfter(self.finish_search)
def close(self):
if self.is_shown():
log.debug('Destroying alarm id: {}'.format(self.alarmid))
self.panel.Destroy()
# It's necessary to explicitly unbind the handler, otherwise this
# object will not be garbage-collected
core_api.bind_to_update_item_text(self._update_info, False)
def show(self):
log.debug("Appending alarm id: {}".format(self.alarmid))
self.panel = wx.Panel(self.awindow.panel)
self.pbox = wx.BoxSizer(wx.VERTICAL)
self.panel.SetSizer(self.pbox)
self._init_widgets(self.panel)
self.awindow.pbox.Add(self.panel, flag=wx.EXPAND)
def redo_database_history():
if _select_database():
log.debug('Simulate redo history')
# Databases are blocked in simulator._do_action
core_api.release_databases()
wxgui_api.simulate_redo_tree(no_confirm=True)
else:
# Databases are blocked in simulator._do_action
core_api.release_databases()
return False
def show(self):
log.debug('Appending alarm id: {}'.format(self.alarmid))
self.panel = wx.Panel(self.awindow.panel)
self.pbox = wx.BoxSizer(wx.VERTICAL)
self.panel.SetSizer(self.pbox)
self._init_widgets(self.panel)
self.awindow.pbox.Add(self.panel, flag=wx.EXPAND)
def redo_database_history():
if _select_database():
log.debug('Simulate redo history')
# Databases are blocked in simulator._do_action
core_api.release_databases()
wxgui_api.simulate_redo_tree(no_confirm=True)
else:
# Databases are blocked in simulator._do_action
core_api.release_databases()
return False
def stop(kwargs=None):
# kwargs is passed from the binding to core_api.bind_to_exit_app_1
# Do *not* check also if timer.IsRunning(), see also comment [1]
global timer
if timer:
log.debug('Stop simulator')
timer.Stop()
timer = None
def block(self, block=False, quiet=False):
try:
self.s = self.q.get(block)
except queue.Empty:
if not quiet:
blocked_databases_event.signal()
return False
else:
log.debug('Block databases')
return True
def block(self, block=False, quiet=False):
try:
self.s = self.q.get(block)
except queue.Empty:
if not quiet:
blocked_databases_event.signal()
return False
else:
log.debug("Block databases")
return True
def main():
if wxtrayicon_api:
trayicon = BlinkingTrayIcon()
wxtrayicon_id = trayicon.ref_id
else:
wxtrayicon_id = None
if Notify and GLib:
Notifications(wxtrayicon_id)
else:
log.debug('PyGobject\'s Notify module is either not installed or a '
'wrong version')
def main():
if wxtrayicon_api:
trayicon = BlinkingTrayIcon()
wxtrayicon_id = trayicon.ref_id
else:
wxtrayicon_id = None
if Notify and GLib:
Notifications(wxtrayicon_id)
else:
log.debug('PyGobject\'s Notify module is either not installed or a '
'wrong version')
def start(self):
# Do not use directly NextOccurrencesEngine to search for old
# occurrences when opening a database, in fact if the database hasn't
# been opened for a while and it has _many_ old occurrences to
# activate, NextOccurrencesEngine could recurse too many times,
# eventually raising a RuntimeError exception
# This function can also speed up opening an old database if it has
# many occurrences to activate immediately
# Search until 2 minutes ago and let NextOccurrencesEngine handle the
# rest, so as to make sure not to interfere with its functionality
self.whileago = int(time_.time()) - 120
last_search = self.database.get_last_search()
if self.whileago > last_search:
log.debug('Search old occurrences')
# Set the last search in this (main) thread, otherwise
# NextOccurrencesEngine would race with this function, and possibly
# do the same search, in fact still seeing the old last search
# timestamp
# Note that saving and closing the database after this point, but
# before the search is finished and the old alarms are activated,
# would lose all the old alarms; that's why saving must be
# prevented while the search is ongoing
core_api.bind_to_save_permission_check(
self._handle_save_permission_check)
self.database.set_last_search(self.whileago)
# The "excl" in the name reminds that this time is exclusive, i.e.
# only the occurrences strictly greater than the value will then be
# activated, even though the search actually finds also those with
# time equal to this value
self.exclmint = last_search
# Use a thread to let the GUI be responsive and possibly abort the
# search
# Start the thread with a timer to give some time for the
# *interface* to finish opening the database, otherwise the
# old alarms dialog will appear with a lot of delay and it will be
# very hard to restrict the search range or skip the search
# altogether
# Note that DELAY shouldn't be too long, in fact self.restart and
# self.abort are not protected, and if they're called during this
# time, they crash because self.search hasn't been assigned yet
thread = threading.Timer(self.DELAY, self._continue)
thread.name = "organism_old_occurrences_{}".format(self.filename)
# Do not set the thread as a daemon, it's better to properly handle
# closing the database
thread.start()
def start(self):
# Do not use directly NextOccurrencesEngine to search for old
# occurrences when opening a database, in fact if the database hasn't
# been opened for a while and it has _many_ old occurrences to
# activate, NextOccurrencesEngine could recurse too many times,
# eventually raising a RuntimeError exception
# This function can also speed up opening an old database if it has
# many occurrences to activate immediately
# Search until 2 minutes ago and let NextOccurrencesEngine handle the
# rest, so as to make sure not to interfere with its functionality
self.whileago = int(time_.time()) - 120
last_search = self.database.get_last_search()
if self.whileago > last_search:
log.debug('Search old occurrences')
# Set the last search in this (main) thread, otherwise
# NextOccurrencesEngine would race with this function, and possibly
# do the same search, in fact still seeing the old last search
# timestamp
# Note that saving and closing the database after this point, but
# before the search is finished and the old alarms are activated,
# would lose all the old alarms; that's why saving must be
# prevented while the search is ongoing
core_api.bind_to_save_permission_check(
self._handle_save_permission_check)
self.database.set_last_search(self.whileago)
# The "excl" in the name reminds that this time is exclusive, i.e.
# only the occurrences strictly greater than the value will then be
# activated, even though the search actually finds also those with
# time equal to this value
self.exclmint = last_search
# Use a thread to let the GUI be responsive and possibly abort the
# search
# Start the thread with a timer to give some time for the
# *interface* to finish opening the database, otherwise the
# old alarms dialog will appear with a lot of delay and it will be
# very hard to restrict the search range or skip the search
# altogether
# Note that DELAY shouldn't be too long, in fact self.restart and
# self.abort are not protected, and if they're called during this
# time, they crash because self.search hasn't been assigned yet
thread = threading.Timer(self.DELAY, self._continue)
thread.name = "organism_old_occurrences_{}".format(self.filename)
# Do not set the thread as a daemon, it's better to properly handle
# closing the database
thread.start()
def copy_items():
if wxcopypaste_api and _select_database():
if _select_items(True):
log.debug('Simulate copy items')
# Databases are blocked in simulator._do_action
core_api.release_databases()
wxcopypaste_api.simulate_copy_items()
else:
# Databases are blocked in simulator._do_action
core_api.release_databases()
return False
else:
# Databases are blocked in simulator._do_action
core_api.release_databases()
return False
def copy_items():
if wxcopypaste_api and _select_database():
if _select_items(True):
log.debug('Simulate copy items')
# Databases are blocked in simulator._do_action
core_api.release_databases()
wxcopypaste_api.simulate_copy_items()
else:
# Databases are blocked in simulator._do_action
core_api.release_databases()
return False
else:
# Databases are blocked in simulator._do_action
core_api.release_databases()
return False
def edit_item():
if _select_database():
if _select_items(False):
log.debug('Simulate edit item')
# Databases are blocked in simulator._do_action
core_api.release_databases()
wxgui_api.simulate_edit_item()
else:
# Databases are blocked in simulator._do_action
core_api.release_databases()
return False
else:
# Databases are blocked in simulator._do_action
core_api.release_databases()
return False
def delete_items():
if _select_database():
if _select_items(True):
log.debug('Simulate delete items')
# Databases are blocked in simulator._do_action
core_api.release_databases()
wxgui_api.simulate_delete_items(no_confirm=True)
else:
# Databases are blocked in simulator._do_action
core_api.release_databases()
return False
else:
# Databases are blocked in simulator._do_action
core_api.release_databases()
return False
def edit_item():
if _select_database():
if _select_items(False):
log.debug('Simulate edit item')
# Databases are blocked in simulator._do_action
core_api.release_databases()
wxgui_api.simulate_edit_item()
else:
# Databases are blocked in simulator._do_action
core_api.release_databases()
return False
else:
# Databases are blocked in simulator._do_action
core_api.release_databases()
return False
def start():
log.debug('Start simulator')
DELAY = coreaux_api.get_plugin_configuration('wxdevelopment'
).get_int('simulator_delay')
# Don't use a combination of threading.Timer and wx.CallAfter, both for
# simplicity and because Timer.is_alive() doesn't seem to return False
# immediately as the action is executed, and this way *sometimes* the
# application would execute the stop function, which should be put at the
# top of the restart fucntion, before actually restarting the timer (this
# would be a minor bug anyway, but using wx.CallLater avoids it, so prefer
# using it)
global timer
timer = wx.CallLater(DELAY, _do_action)
def delete_items():
if _select_database():
if _select_items(True):
log.debug('Simulate delete items')
# Databases are blocked in simulator._do_action
core_api.release_databases()
wxgui_api.simulate_delete_items(no_confirm=True)
else:
# Databases are blocked in simulator._do_action
core_api.release_databases()
return False
else:
# Databases are blocked in simulator._do_action
core_api.release_databases()
return False
def save_database():
if _select_database():
if random.randint(0, 9) < 9:
log.debug('Simulate save database')
# Databases are blocked in simulator._do_action
core_api.release_databases()
wxgui_api.simulate_save_database()
else:
log.debug('Simulate save all databases')
# Databases are blocked in simulator._do_action
core_api.release_databases()
wxgui_api.simulate_save_all_databases()
else:
# Databases are blocked in simulator._do_action
core_api.release_databases()
return False
def apply_editor():
if _select_editor():
if random.randint(0, 9) < 9:
log.debug('Simulate apply editor')
# Databases are blocked in simulator._do_action
core_api.release_databases()
wxgui_api.simulate_apply_editor()
else:
log.debug('Simulate apply all editors')
# Databases are blocked in simulator._do_action
core_api.release_databases()
wxgui_api.simulate_apply_all_editors()
else:
# Databases are blocked in simulator._do_action
core_api.release_databases()
return False
def save_database():
if _select_database():
if random.randint(0, 9) < 9:
log.debug('Simulate save database')
# Databases are blocked in simulator._do_action
core_api.release_databases()
wxgui_api.simulate_save_database()
else:
log.debug('Simulate save all databases')
# Databases are blocked in simulator._do_action
core_api.release_databases()
wxgui_api.simulate_save_all_databases()
else:
# Databases are blocked in simulator._do_action
core_api.release_databases()
return False
def apply_editor():
if _select_editor():
if random.randint(0, 9) < 9:
log.debug('Simulate apply editor')
# Databases are blocked in simulator._do_action
core_api.release_databases()
wxgui_api.simulate_apply_editor()
else:
log.debug('Simulate apply all editors')
# Databases are blocked in simulator._do_action
core_api.release_databases()
wxgui_api.simulate_apply_all_editors()
else:
# Databases are blocked in simulator._do_action
core_api.release_databases()
return False
def create_item():
if _select_database():
_select_items(False)
if random.randint(0, 1) == 0:
log.debug('Simulate create sibling item')
# Databases are blocked in simulator._do_action
core_api.release_databases()
wxgui_api.simulate_create_sibling()
else:
log.debug('Simulate create child item')
# Databases are blocked in simulator._do_action
core_api.release_databases()
wxgui_api.simulate_create_child()
else:
# Databases are blocked in simulator._do_action
core_api.release_databases()
return False
def create_item():
if _select_database():
_select_items(False)
if random.randint(0, 1) == 0:
log.debug('Simulate create sibling item')
# Databases are blocked in simulator._do_action
core_api.release_databases()
wxgui_api.simulate_create_sibling()
else:
log.debug('Simulate create child item')
# Databases are blocked in simulator._do_action
core_api.release_databases()
wxgui_api.simulate_create_child()
else:
# Databases are blocked in simulator._do_action
core_api.release_databases()
return False
def paste_items():
if wxcopypaste_api and _select_database():
_select_items(False)
if random.randint(0, 1) == 0:
log.debug('Simulate paste items as siblings')
# Databases are blocked in simulator._do_action
core_api.release_databases()
wxcopypaste_api.simulate_paste_items_as_siblings(no_confirm=True)
else:
log.debug('Simulate paste items as children')
# Databases are blocked in simulator._do_action
core_api.release_databases()
wxcopypaste_api.simulate_paste_items_as_children(no_confirm=True)
else:
# Databases are blocked in simulator._do_action
core_api.release_databases()
return False
def link_item_to_selection():
if links_api and wxlinks_api and _select_editor():
filename, id_ = wxgui_api.get_selected_editor_identification()
_select_items(False)
if filename in links_api.get_supported_open_databases():
log.debug('Simulate link item to selection')
# Databases are blocked in simulator._do_action
core_api.release_databases()
wxlinks_api.simulate_link_to_selection(filename, id_)
else:
# Databases are blocked in simulator._do_action
core_api.release_databases()
return False
else:
# Databases are blocked in simulator._do_action
core_api.release_databases()
return False
def link_item_to_selection():
if links_api and wxlinks_api and _select_editor():
filename, id_ = wxgui_api.get_selected_editor_identification()
_select_items(False)
if filename in links_api.get_supported_open_databases():
log.debug('Simulate link item to selection')
# Databases are blocked in simulator._do_action
core_api.release_databases()
wxlinks_api.simulate_link_to_selection(filename, id_)
else:
# Databases are blocked in simulator._do_action
core_api.release_databases()
return False
else:
# Databases are blocked in simulator._do_action
core_api.release_databases()
return False
def edit_editor_text():
if _select_editor():
text = ''
words = ('the quick brown fox jumps over the lazy dog ' * 6).split()
seps = ' ' * 6 + '\n'
for x in xrange(random.randint(10, 100)):
words.append(str(random.randint(0, 100)))
text = ''.join((text, random.choice(words), random.choice(seps)))
text = ''.join((text, random.choice(words))).capitalize()
log.debug('Simulate replace editor text')
# Databases are blocked in simulator._do_action
core_api.release_databases()
wxgui_api.simulate_replace_editor_text(text)
else:
# Databases are blocked in simulator._do_action
core_api.release_databases()
return False
def paste_items():
if wxcopypaste_api and _select_database():
_select_items(False)
if random.randint(0, 1) == 0:
log.debug('Simulate paste items as siblings')
# Databases are blocked in simulator._do_action
core_api.release_databases()
wxcopypaste_api.simulate_paste_items_as_siblings(no_confirm=True)
else:
log.debug('Simulate paste items as children')
# Databases are blocked in simulator._do_action
core_api.release_databases()
wxcopypaste_api.simulate_paste_items_as_children(no_confirm=True)
else:
# Databases are blocked in simulator._do_action
core_api.release_databases()
return False
def open_database():
testfilesd = coreaux_api.get_plugin_configuration('wxdevelopment')(
'TestFiles')
testfiles = [os.path.expanduser(testfilesd[key]) for key in testfilesd]
random.shuffle(testfiles)
while testfiles:
filename = testfiles.pop()
if not core_api.is_database_open(filename) and \
os.path.isfile(filename):
log.debug('Simulate open database')
# Databases are blocked in simulator._do_action
core_api.release_databases()
wxgui_api.simulate_open_database(filename)
break
else:
# Databases are blocked in simulator._do_action
core_api.release_databases()
return False
def edit_editor_text():
if _select_editor():
text = ''
words = ('the quick brown fox jumps over the lazy dog ' * 6).split()
seps = ' ' * 6 + '\n'
for x in xrange(random.randint(10, 100)):
words.append(str(random.randint(0, 100)))
text = ''.join((text, random.choice(words),
random.choice(seps)))
text = ''.join((text, random.choice(words))).capitalize()
log.debug('Simulate replace editor text')
# Databases are blocked in simulator._do_action
core_api.release_databases()
wxgui_api.simulate_replace_editor_text(text)
else:
# Databases are blocked in simulator._do_action
core_api.release_databases()
return False
def open_database():
testfilesd = coreaux_api.get_plugin_configuration('wxdevelopment')(
'TestFiles')
testfiles = [os.path.expanduser(testfilesd[key]) for key in testfilesd]
random.shuffle(testfiles)
while testfiles:
filename = testfiles.pop()
if not core_api.is_database_open(filename) and \
os.path.isfile(filename):
log.debug('Simulate open database')
# Databases are blocked in simulator._do_action
core_api.release_databases()
wxgui_api.simulate_open_database(filename)
break
else:
# Databases are blocked in simulator._do_action
core_api.release_databases()
return False
def move_item():
if _select_database():
if _select_items(False):
c = random.randint(0, 2)
if c == 0:
log.debug('Simulate move item up')
# Databases are blocked in simulator._do_action
core_api.release_databases()
wxgui_api.simulate_move_item_up()
elif c == 1:
log.debug('Simulate move item down')
# Databases are blocked in simulator._do_action
core_api.release_databases()
wxgui_api.simulate_move_item_down()
else:
log.debug('Simulate move item to parent')
# Databases are blocked in simulator._do_action
core_api.release_databases()
wxgui_api.simulate_move_item_to_parent()
else:
# Databases are blocked in simulator._do_action
core_api.release_databases()
return False
else:
# Databases are blocked in simulator._do_action
core_api.release_databases()
return False
def move_item():
if _select_database():
if _select_items(False):
c = random.randint(0, 2)
if c == 0:
log.debug('Simulate move item up')
# Databases are blocked in simulator._do_action
core_api.release_databases()
wxgui_api.simulate_move_item_up()
elif c == 1:
log.debug('Simulate move item down')
# Databases are blocked in simulator._do_action
core_api.release_databases()
wxgui_api.simulate_move_item_down()
else:
log.debug('Simulate move item to parent')
# Databases are blocked in simulator._do_action
core_api.release_databases()
wxgui_api.simulate_move_item_to_parent()
else:
# Databases are blocked in simulator._do_action
core_api.release_databases()
return False
else:
# Databases are blocked in simulator._do_action
core_api.release_databases()
return False
def _search_threaded_continue(self, regexp, filename, iterator, results,
search_start):
try:
row = iterator.next()
except StopIteration:
log.debug('Search in {} completed in {} (time) / {} (clock) s'
''.format(filename,
time.time() - search_start[0],
time.clock() - search_start[1]))
fname = os.path.basename(filename)
# The gui must be updated in the main thread, so do it only once
# when the search is *finished* instead of calling CallAfter every
# time a match is found
wx.CallAfter(self.results.display, filename, fname, results)
else:
id_ = row['I_id']
text = row['I_text']
heading = text.partition('\n')[0]
try:
if self.filters.option2.GetValue():
text = heading
except wx.PyDeadObjectError:
# If the application is closed while the search is ongoing,
# this is where it would crash
# If there were more problems, consider running this thread as
# a daemon
pass
else:
results = self._find_match_lines(regexp, id_, heading, text,
results)
# Use a recursion instead of a simple for loop, so that it will
# be easy to stop the search from the main thread if needed
self.search_threaded_action(regexp, filename, iterator,
results, search_start)
def _search_threaded_continue(self, regexp, filename, iterator, results,
search_start):
try:
row = iterator.next()
except StopIteration:
log.debug('Search in {} completed in {} (time) / {} (clock) s'
''.format(filename,
time.time() - search_start[0],
time.clock() - search_start[1]))
fname = os.path.basename(filename)
# The gui must be updated in the main thread, so do it only once
# when the search is *finished* instead of calling CallAfter every
# time a match is found
wx.CallAfter(self.results.display, filename, fname, results)
else:
id_ = row['I_id']
text = row['I_text']
heading = text.partition('\n')[0]
try:
if self.filters.option2.GetValue():
text = heading
except wx.PyDeadObjectError:
# If the application is closed while the search is ongoing,
# this is where it would crash
# If there were more problems, consider running this thread as
# a daemon
pass
else:
results = self._find_match_lines(regexp, id_, heading, text,
results)
# Use a recursion instead of a simple for loop, so that it will
# be easy to stop the search from the main thread if needed
self.search_threaded_action(regexp, filename, iterator,
results, search_start)
def start(self):
search_start = (time_.time(), time_.clock())
try:
# Don't use Main.databases because the searched filenames must be
# coherent with the other operations that this class is used in
# Note that Main.databases could also change size during the
# search, so it should be copied to iterate in it
for filename in self.filenames:
# Don'd iterate directly over the returned cursor, but use a
# fetchall, otherwise if the application is closed while the
# search is on (e.g. while searching the old alarms) an
# exception will be raised, because the database will be closed
# while the loop is still reading it
rows = self.databases[filename].get_all_valid_item_rules(
).fetchall()
for row in rows:
id_ = row['R_id']
rules = Database.string_to_rules(row['R_rules'])
for rule in rules:
self._search_item(filename, id_, rule)
# Get active alarms *after* all occurrences, to avoid except
# rules
get_alarms_event.signal(mint=self.mint,
maxt=self.maxt,
filename=filename,
occs=self.occs)
# All loops must be broken
except OccurrencesRangeSearchStop:
pass
log.debug('Occurrences range found in {} (time) / {} (clock) s'.format(
time_.time() - search_start[0],
time_.clock() - search_start[1]))
def start(self):
# Note that this function must be kept separate from
# NextOccurrencesEngine because it can be used without the latter (e.g.
# by wxtasklist); note also that both functions generate their own
# events
self.occs = NextOccurrences()
self.utcoffset = timeaux.UTCOffset()
search_start = (time_.time(), time_.clock())
try:
for filename in self.filenames:
if not self.base_time:
self.base_time = self.base_times[filename]
# Don't even think of moving this to the constructor, as
# self.base_time could be defined just above
utcbase = self.base_time - self.utcoffset.compute(
self.base_time)
for row in organism_api.get_all_valid_item_rules(filename):
id_ = row['R_id']
rules = organism_api.convert_string_to_rules(
row['R_rules'])
for rule in rules:
self._search_item(filename, id_, rule, utcbase)
get_next_occurrences_event.signal(base_time=self.base_time,
filename=filename,
occs=self.occs)
# All loops must be broken
except NextOccurrencesSearchStop:
pass
log.debug('Next occurrences found in {} (time) / {} (clock) s'.format(
time_.time() - search_start[0],
time_.clock() - search_start[1]))
def close_editor():
if _select_editor():
apply_ = random.randint(0, 5)
if random.randint(0, 9) < 9:
log.debug('Simulate' + (' apply and ' if apply_ > 0 else ' ') +
'close editor')
# Databases are blocked in simulator._do_action
core_api.release_databases()
if apply_ > 0:
wxgui_api.simulate_apply_editor()
wxgui_api.simulate_close_editor(ask='quiet')
else:
log.debug('Simulate' + (' apply and ' if apply_ > 0 else ' ') +
'close all editors')
# Databases are blocked in simulator._do_action
core_api.release_databases()
if apply_ > 0:
wxgui_api.simulate_apply_all_editors()
wxgui_api.simulate_close_all_editors(ask='quiet')
else:
# Databases are blocked in simulator._do_action
core_api.release_databases()
return False
def close_editor():
if _select_editor():
apply_ = random.randint(0, 5)
if random.randint(0, 9) < 9:
log.debug('Simulate' + (' apply and ' if apply_ > 0 else ' ') +
'close editor')
# Databases are blocked in simulator._do_action
core_api.release_databases()
if apply_ > 0:
wxgui_api.simulate_apply_editor()
wxgui_api.simulate_close_editor(ask='quiet')
else:
log.debug('Simulate' + (' apply and ' if apply_ > 0 else ' ') +
'close all editors')
# Databases are blocked in simulator._do_action
core_api.release_databases()
if apply_ > 0:
wxgui_api.simulate_apply_all_editors()
wxgui_api.simulate_close_all_editors(ask='quiet')
else:
# Databases are blocked in simulator._do_action
core_api.release_databases()
return False
def close_database():
if _select_database():
save = random.randint(0, 5)
if random.randint(0, 9) < 9:
log.debug('Simulate' + (' save and ' if save > 0 else ' ') +
'close database')
# Databases are blocked in simulator._do_action
core_api.release_databases()
if save > 0:
wxgui_api.simulate_save_database()
wxgui_api.simulate_close_database(no_confirm=True)
else:
log.debug('Simulate' + (' save and ' if save > 0 else ' ') +
'close all databases')
# Databases are blocked in simulator._do_action
core_api.release_databases()
if save > 0:
wxgui_api.simulate_save_all_databases()
wxgui_api.simulate_close_all_databases(no_confirm=True)
else:
# Databases are blocked in simulator._do_action
core_api.release_databases()
return False
def close_database():
if _select_database():
save = random.randint(0, 5)
if random.randint(0, 9) < 9:
log.debug('Simulate' + (' save and ' if save > 0 else ' ') +
'close database')
# Databases are blocked in simulator._do_action
core_api.release_databases()
if save > 0:
wxgui_api.simulate_save_database()
wxgui_api.simulate_close_database(no_confirm=True)
else:
log.debug('Simulate' + (' save and ' if save > 0 else ' ') +
'close all databases')
# Databases are blocked in simulator._do_action
core_api.release_databases()
if save > 0:
wxgui_api.simulate_save_all_databases()
wxgui_api.simulate_close_all_databases(no_confirm=True)
else:
# Databases are blocked in simulator._do_action
core_api.release_databases()
return False
def start(self):
# Note that this function must be kept separate from
# NextOccurrencesEngine because it can be used without the latter (e.g.
# by wxtasklist); note also that both functions generate their own
# events
self.occs = NextOccurrences()
self.utcoffset = timeaux.UTCOffset()
search_start = (time_.time(), time_.clock())
try:
for filename in self.filenames:
if not self.base_time:
self.base_time = self.base_times[filename]
# Don't even think of moving this to the constructor, as
# self.base_time could be defined just above
utcbase = self.base_time - self.utcoffset.compute(
self.base_time)
for row in organism_api.get_all_valid_item_rules(filename):
id_ = row['R_id']
rules = organism_api.convert_string_to_rules(
row['R_rules'])
for rule in rules:
self._search_item(filename, id_, rule, utcbase)
get_next_occurrences_event.signal(base_time=self.base_time,
filename=filename, occs=self.occs)
# All loops must be broken
except NextOccurrencesSearchStop:
pass
log.debug('Next occurrences found in {} (time) / {} (clock) s'.format(
time_.time() - search_start[0],
time_.clock() - search_start[1]))
def dismiss_alarms():
if wxalarms_api:
alarms = wxalarms_api.get_active_alarms()
if alarms:
if random.randint(0, 11) > 0:
alarm = random.choice(alarms)
log.debug('Simulate dismiss alarm')
# Databases are blocked in simulator._do_action
core_api.release_databases()
wxalarms_api.simulate_dismiss_alarm(alarm['filename'],
alarm['alarmid'])
else:
log.debug('Simulate dismiss all alarms')
# Databases are blocked in simulator._do_action
core_api.release_databases()
wxalarms_api.simulate_dismiss_all_alarms()
else:
# Databases are blocked in simulator._do_action
core_api.release_databases()
return False
else:
# Databases are blocked in simulator._do_action
core_api.release_databases()
return False
def snooze_alarms():
if wxalarms_api:
alarms = wxalarms_api.get_active_alarms()
if alarms:
unit = random.choice(('minutes', 'hours', 'days', 'weeks'))
if unit == 'minutes':
number = random.randint(1, 360)
elif unit == 'hours':
number = random.randint(1, 24)
elif unit == 'days':
number = random.randint(1, 3)
elif unit == 'weeks':
number = random.randint(1, 2)
wxalarms_api.simulate_set_snooze_time(number, unit)
if random.randint(0, 11) > 0:
alarm = random.choice(alarms)
log.debug('Simulate snooze alarm')
# Databases are blocked in simulator._do_action
core_api.release_databases()
wxalarms_api.simulate_snooze_alarm(alarm['filename'],
alarm['alarmid'])
else:
log.debug('Simulate snooze all alarms')
# Databases are blocked in simulator._do_action
core_api.release_databases()
wxalarms_api.simulate_snooze_all_alarms()
else:
# Databases are blocked in simulator._do_action
core_api.release_databases()
return False
else:
# Databases are blocked in simulator._do_action
core_api.release_databases()
return False
def snooze_alarms():
if wxalarms_api:
alarms = wxalarms_api.get_active_alarms()
if alarms:
unit = random.choice(('minutes', 'hours', 'days', 'weeks'))
if unit == 'minutes':
number = random.randint(1, 360)
elif unit == 'hours':
number = random.randint(1, 24)
elif unit == 'days':
number = random.randint(1, 3)
elif unit == 'weeks':
number = random.randint(1, 2)
wxalarms_api.simulate_set_snooze_time(number, unit)
if random.randint(0, 11) > 0:
alarm = random.choice(alarms)
log.debug('Simulate snooze alarm')
# Databases are blocked in simulator._do_action
core_api.release_databases()
wxalarms_api.simulate_snooze_alarm(alarm['filename'],
alarm['alarmid'])
else:
log.debug('Simulate snooze all alarms')
# Databases are blocked in simulator._do_action
core_api.release_databases()
wxalarms_api.simulate_snooze_all_alarms()
else:
# Databases are blocked in simulator._do_action
core_api.release_databases()
return False
else:
# Databases are blocked in simulator._do_action
core_api.release_databases()
return False
def dismiss_alarms():
if wxalarms_api:
alarms = wxalarms_api.get_active_alarms()
if alarms:
if random.randint(0, 11) > 0:
alarm = random.choice(alarms)
log.debug('Simulate dismiss alarm')
# Databases are blocked in simulator._do_action
core_api.release_databases()
wxalarms_api.simulate_dismiss_alarm(alarm['filename'],
alarm['alarmid'])
else:
log.debug('Simulate dismiss all alarms')
# Databases are blocked in simulator._do_action
core_api.release_databases()
wxalarms_api.simulate_dismiss_all_alarms()
else:
# Databases are blocked in simulator._do_action
core_api.release_databases()
return False
else:
# Databases are blocked in simulator._do_action
core_api.release_databases()
return False
def create_database():
testfilesd = coreaux_api.get_plugin_configuration('wxdevelopment')(
'TestFiles')
testfiles = [os.path.expanduser(testfilesd[key]) for key in testfilesd]
random.shuffle(testfiles)
while testfiles:
filename = testfiles.pop()
if not core_api.is_database_open(filename):
try:
os.remove(filename)
except OSError:
# filename doesn't exist yet
pass
log.debug('Simulate create database')
# Databases are blocked in simulator._do_action
core_api.release_databases()
wxgui_api.simulate_create_database(filename)
break
else:
# Databases are blocked in simulator._do_action
core_api.release_databases()
return False
def start(self):
search_start = (time_.time(), time_.clock())
try:
# Don't use Main.databases because the searched filenames must be
# coherent with the other operations that this class is used in
# Note that Main.databases could also change size during the
# search, so it should be copied to iterate in it
for filename in self.filenames:
# Don'd iterate directly over the returned cursor, but use a
# fetchall, otherwise if the application is closed while the
# search is on (e.g. while searching the old alarms) an
# exception will be raised, because the database will be closed
# while the loop is still reading it
rows = self.databases[filename].get_all_valid_item_rules(
).fetchall()
for row in rows:
id_ = row['R_id']
rules = Database.string_to_rules(row['R_rules'])
for rule in rules:
self._search_item(filename, id_, rule)
# Get active alarms *after* all occurrences, to avoid except
# rules
get_alarms_event.signal(mint=self.mint, maxt=self.maxt,
filename=filename, occs=self.occs)
# All loops must be broken
except OccurrencesRangeSearchStop:
pass
log.debug('Occurrences range found in {} (time) / {} (clock) s'.format(
time_.time() - search_start[0],
time_.clock() - search_start[1]))
def create_database():
testfilesd = coreaux_api.get_plugin_configuration('wxdevelopment')(
'TestFiles')
testfiles = [os.path.expanduser(testfilesd[key]) for key in testfilesd]
random.shuffle(testfiles)
while testfiles:
filename = testfiles.pop()
if not core_api.is_database_open(filename):
try:
os.remove(filename)
except OSError:
# filename doesn't exist yet
pass
log.debug('Simulate create database')
# Databases are blocked in simulator._do_action
core_api.release_databases()
wxgui_api.simulate_create_database(filename)
break
else:
# Databases are blocked in simulator._do_action
core_api.release_databases()
return False
def edit_editor_rules():
if organism_api and wxscheduler_api and wxscheduler_basicrules_api and \
_select_editor():
filename, id_ = wxgui_api.get_selected_editor_identification()
# It should also be checked if the database supports
# organism_basicrules (bug #330)
if filename in organism_api.get_supported_open_databases():
wxscheduler_api.simulate_expand_rules_panel(filename, id_)
wxscheduler_api.simulate_remove_all_rules(filename, id_)
rules = []
for n in xrange(random.randint(0, 8)):
r = random.randint(0, 16)
if r == 0:
rule = \
wxscheduler_basicrules_api.create_random_occur_once_rule()
elif r == 1:
rule = \
wxscheduler_basicrules_api.create_random_occur_every_interval_rule()
elif r == 2:
rule = \
wxscheduler_basicrules_api.create_random_occur_every_day_rule()
elif r == 3:
rule = \
wxscheduler_basicrules_api.create_random_occur_every_week_rule()
elif r == 4:
rule = \
wxscheduler_basicrules_api.create_random_occur_selected_weekdays_rule()
elif r == 5:
rule = \
wxscheduler_basicrules_api.create_random_occur_selected_months_rule()
elif r == 6:
rule = \
wxscheduler_basicrules_api.create_random_occur_selected_months_inverse_rule()
elif r == 7:
rule = \
wxscheduler_basicrules_api.create_random_occur_selected_months_weekday_rule()
elif r == 8:
rule = \
wxscheduler_basicrules_api.create_random_occur_selected_months_weekday_inverse_rule()
elif r == 9:
rule = \
wxscheduler_basicrules_api.create_random_occur_every_month_rule()
elif r == 10:
rule = \
wxscheduler_basicrules_api.create_random_occur_every_month_inverse_rule()
elif r == 11:
rule = \
wxscheduler_basicrules_api.create_random_occur_every_month_weekday_rule()
elif r == 12:
rule = \
wxscheduler_basicrules_api.create_random_occur_every_month_weekday_inverse_rule()
elif r == 13:
rule = \
wxscheduler_basicrules_api.create_random_occur_every_synodic_month_rule()
elif r == 14:
rule = \
wxscheduler_basicrules_api.create_random_occur_yearly_rule()
elif r == 15:
rule = \
wxscheduler_basicrules_api.create_random_except_once_rule()
else:
rule = \
wxscheduler_basicrules_api.create_random_except_every_interval_rule()
rules.append(rule)
log.debug('Simulate replace item rules')
# Databases are blocked in simulator._do_action
core_api.release_databases()
for rule in rules:
if rule['rule'] in ('occur_once_local', 'occur_once_UTC'):
wxscheduler_basicrules_api.simulate_create_occur_once_rule(
filename, id_, rule)
elif rule['rule'] in ('occur_regularly_local',
'occur_regularly_UTC'):
if rule['#'][6][0] == '1d':
wxscheduler_basicrules_api.simulate_create_occur_every_day_rule(
filename, id_, rule)
elif rule['#'][6][0] == '1w':
wxscheduler_basicrules_api.simulate_create_occur_every_week_rule(
filename, id_, rule)
elif rule['#'][6][0] == 'sy':
wxscheduler_basicrules_api.simulate_create_occur_every_synodic_month_rule(
filename, id_, rule)
else:
wxscheduler_basicrules_api.simulate_create_occur_every_interval_rule(
filename, id_, rule)
elif rule['rule'] in ('occur_regularly_group_local',
'occur_regularly_group_UTC'):
if rule['#'][6][0] == 'sw':
wxscheduler_basicrules_api.simulate_create_occur_selected_weekdays_rule(
filename, id_, rule)
elif rule['rule'] in ('occur_monthly_number_direct_local',
'occur_monthly_number_direct_UTC'):
if rule['#'][7][0] == '1m':
wxscheduler_basicrules_api.simulate_create_occur_every_month_rule(
filename, id_, rule)
else:
wxscheduler_basicrules_api.simulate_create_occur_selected_months_rule(
filename, id_, rule)
elif rule['rule'] in ('occur_monthly_number_inverse_local',
'occur_monthly_number_inverse_UTC'):
if rule['#'][7][0] == '1m':
wxscheduler_basicrules_api.simulate_create_occur_every_month_inverse_rule(
filename, id_, rule)
else:
wxscheduler_basicrules_api.simulate_create_occur_selected_months_inverse_rule(
filename, id_, rule)
elif rule['rule'] in ('occur_monthly_weekday_direct_local',
'occur_monthly_weekday_direct_UTC'):
if rule['#'][8][0] == '1m':
wxscheduler_basicrules_api.simulate_create_occur_every_month_weekday_rule(
filename, id_, rule)
else:
wxscheduler_basicrules_api.simulate_create_occur_selected_months_weekday_rule(
filename, id_, rule)
elif rule['rule'] in ('occur_monthly_weekday_inverse_local',
'occur_monthly_weekday_inverse_UTC'):
if rule['#'][8][0] == '1m':
wxscheduler_basicrules_api.simulate_create_occur_every_month_weekday_inverse_rule(
filename, id_, rule)
else:
wxscheduler_basicrules_api.simulate_create_occur_selected_months_weekday_inverse_rule(
filename, id_, rule)
elif rule['rule'] in ('occur_yearly_local',
'occur_yearly_UTC'):
wxscheduler_basicrules_api.simulate_create_occur_yearly_rule(
filename, id_, rule)
elif rule['rule'] in ('except_once_local', 'except_once_UTC'):
wxscheduler_basicrules_api.simulate_create_except_once_rule(
filename, id_, rule)
elif rule['rule'] in ('except_regularly_local',
'except_regularly_UTC'):
wxscheduler_basicrules_api.simulate_create_except_every_interval_rule(
filename, id_, rule)
else:
# Databases are blocked in simulator._do_action
core_api.release_databases()
return False
else:
# Databases are blocked in simulator._do_action
core_api.release_databases()
return False
def cancel(self):
if self.timer.is_alive():
log.debug('Cancel timer')
self.timer.cancel()
def cancel(self):
if self.timer.is_alive():
log.debug('Cancel timer')
self.timer.cancel()
def release(self):
log.debug("Release databases")
self.q.task_done()
self.q.join()
self.q.put(self.s)
