def _write_na(self, na, prj_key, ext):
to_dump = {'prj_key': prj_key, 'na_obj': na}
fname = "".join((utils.format_for_dict_key(na.summary)[:50],
str(time.time()), ext))
with open(os.path.join(defs.NOTE_SLIDER_FOLDER, fname), 'wb') as pfile:
pickle.dump(to_dump, pfile, pickle.HIGHEST_PROTOCOL)
self._quit()
def get_prjs_by_aof(self, area, review_filter):
prj_list = []
# "incomplete" is just used by Slider, so far"
if review_filter == "incomplete":
for p in sorted(self.prjs.keys()):
prj = self.prjs[p]
if prj.status != "completed":
prj_list.append(prj)
else:
if area == "All":
[prj_list.append(prj) for prj in self.prjs.values()
if prj.status == review_filter]
elif area == defs.NO_AOF_ASSIGNED:
for p in sorted(self.prjs.keys()):
prj = self.prjs[p]
if prj.status == review_filter and len(prj.aofs) == 0:
prj_list.append(prj)
else:
area_key = utils.format_for_dict_key(area)
if self.aofs[area_key]['projects']:
prj_keys = self.aofs[area_key]['projects']
# FIXME: this is hideous.
[prj_list.append(prj) for prj in self.prjs.values()
if prj.status == review_filter
and prj.key_name in prj_keys]
return sorted(prj_list, key=operator.attrgetter('summary'))
def _write_na(self, na, prj_key, ext):
to_dump = {'prj_key': prj_key, 'na_obj': na}
fname = "".join((utils.format_for_dict_key(na.summary)[:50],
str(time.time()), ext))
with open(os.path.join(defs.NOTE_SLIDER_FOLDER, fname), 'wb') as pfile:
pickle.dump(to_dump, pfile, pickle.HIGHEST_PROTOCOL)
self._quit()
def get_prjs_by_aof(self, area, review_filter):
prj_list = []
# "incomplete" is just used by Slider, so far"
if review_filter == "incomplete":
for p in sorted(self.prjs.keys()):
prj = self.prjs[p]
if prj.status != "completed":
prj_list.append(prj)
else:
if area == "All":
[
prj_list.append(prj) for prj in self.prjs.values()
if prj.status == review_filter
]
elif area == defs.NO_AOF_ASSIGNED:
for p in sorted(self.prjs.keys()):
prj = self.prjs[p]
if prj.status == review_filter and len(prj.aofs) == 0:
prj_list.append(prj)
else:
area_key = utils.format_for_dict_key(area)
if self.aofs[area_key]['projects']:
prj_keys = self.aofs[area_key]['projects']
# FIXME: this is hideous.
[
prj_list.append(prj) for prj in self.prjs.values()
if prj.status == review_filter
and prj.key_name in prj_keys
]
return sorted(prj_list, key=operator.attrgetter('summary'))
def _create_context_sections(self, na_list):
sections = {}
for na in na_list:
task_str = self._create_task_string(na)
task_str = self.BULLET_T.format(task_str)
# just use the context name as the dict_key
section_key = utils.format_for_dict_key(na.context)
if section_key not in sections:
sections[section_key] = ""
sections[section_key] += task_str
return sections
def _parse_aof_text(self, atext):
if atext == '':
return [utils.format_for_dict_key(defs.NO_AOF_ASSIGNED)]
else:
return [utils.format_for_dict_key(atext)]
def create_new_aof(self, new_name):
key_name = utils.format_for_dict_key(new_name)
self.aofs[key_name] = {'name': new_name, 'projects': []}
self.rebuild_aof_cache()
self.save_data()
return self.aofs
def key_name(self):
return utils.format_for_dict_key(self.summary)
def key_name(self):
return utils.format_for_dict_key(self.summary)
def _build_aof_list(self):
if self._aof_w.get_selected() == defs.NO_AOF_ASSIGNED:
return []
else:
return [utils.format_for_dict_key(self._aof_w.get_selected())]
def _parse_aof_text(self, atext):
if atext == '':
return [utils.format_for_dict_key(defs.NO_AOF_ASSIGNED)]
else:
return [utils.format_for_dict_key(atext)]
def create_new_aof(self, new_name):
key_name = utils.format_for_dict_key(new_name)
self.aofs[key_name] = {'name': new_name, 'projects': []}
self.rebuild_aof_cache()
self.save_data()
return self.aofs
