def budget_exists(muni, year):
munis = get_munis()
entry = munis.find_one({'name': muni})
if not 'roots' in entry.keys():
return False
else:
return (str(year) in entry['roots'].keys())
def get_budget(muni=None, year=None, layer=4):
if not (0 <= layer <= 4):
layer = 4
munis = get_munis()
if muni is None:
munis = list(munis.find({}))
else:
munis = list(munis.find({'name':muni}))
quries = []
if year is None:
for muni in munis:
quries.extend([(muni['name'], year) for year in muni['years']])
else:
years = [year]
quries.extend([(muni['name'], year) for muni in munis if int(year) in muni['years']])
budgets = []
for query in quries:
budgets.extend(_get_layer(get_root(*query,layer=layer), layer))
budgets = [budget.to_dict(0) for budget in budgets]
return budgets
def get_root_tree(muni, year, layer=1000, expense=None):
munis = get_munis()
flatten = get_flatten()
entry = munis.find_one({'name':muni})
root_id = entry['roots'][str(year)]
root_tree = get_subtree(root_id, layer, expense=expense)
munis.close()
flatten.close()
return root_tree
def remove_muni_year_tree(muni, year):
print 'Cleaning budget tree of %s of year %s' % (muni, year)
flatten = get_flatten()
results = flatten.delete_many({'muni': muni, 'year': year})
flatten.close()
munis = get_munis()
entry = munis.find_one({'name': muni})
entry['roots'].pop(str(year))
munis.save(entry)
munis.close()
def add_muni(self,muni_object, years=None):
db = get_munis()
muni_entry = db.dataset.find_one({'name':muni_object.MUNI})
if years is None:
years = []
if muni_entry is None:
db.dataset.insert({'name':muni_object.MUNI,'info':muni_object.info,'years':years,'roots':{}})
else:
# import pdb; pdb.set_trace()
muni_entry['years'] = list(set(muni_entry['years']+years))
db.dataset.save(muni_entry)
def update_root(muni, year, root):
munis = get_munis()
entry = munis.find_one({'name': muni})
entry['roots'][str(year)] = root
munis.save(entry)
munis.close()
