def test_should_create_load_edit_datadict(self):
FIRST_NAME_SLUG = 'first_name'
name_type = create_datadict_type(self.dbm, name='First name', slug=FIRST_NAME_SLUG, primitive_type='string')
saved_type = get_datadict_type(self.dbm, name_type.id)
self.assertEqual(name_type.id, saved_type.id)
self.assertEqual(name_type.slug, saved_type.slug)
ddtype = get_datadict_type_by_slug(self.dbm, slug=FIRST_NAME_SLUG)
self.assertEqual(name_type.id, ddtype.id)
self.assertEqual(name_type.slug, ddtype.slug)
ddtype.description = "new desc"
ddtype.save()
saved = get_datadict_type_by_slug(self.dbm, slug=FIRST_NAME_SLUG)
self.assertEqual("new desc", saved.description)
def test_should_create_load_edit_datadict(self):
FIRST_NAME_SLUG = 'first_name'
name_type = create_datadict_type(self.dbm,
name='First name',
slug=FIRST_NAME_SLUG,
primitive_type='string')
saved_type = get_datadict_type(self.dbm, name_type.id)
self.assertEqual(name_type.id, saved_type.id)
self.assertEqual(name_type.slug, saved_type.slug)
ddtype = get_datadict_type_by_slug(self.dbm, slug=FIRST_NAME_SLUG)
self.assertEqual(name_type.id, ddtype.id)
self.assertEqual(name_type.slug, ddtype.slug)
ddtype.description = "new desc"
ddtype.save()
saved = get_datadict_type_by_slug(self.dbm, slug=FIRST_NAME_SLUG)
self.assertEqual("new desc", saved.description)
def test_should_raise_exception_if_datadict_not_found(self):
with self.assertRaises(DataObjectNotFound):
get_datadict_type(self.dbm, "ID not in db")
def test_should_raise_exception_if_datadict_not_found(self):
with self.assertRaises(DataObjectNotFound):
get_datadict_type(self.dbm, "ID not in db")
name=name,
primitive_type=primitive_type,
tags=tags
)
datadict_types[slug] = dd_type.id
for row in nims_data['Population Data']:
state = get_string('state', row)
lga = get_string('lga', row)
location = ("Nigeria", state, lga)
data = []
if not state or not lga:
continue
for dd_key in datadict_types.keys():
ss_key = dd_key.replace('_', '')
point = (dd_key, get_number(ss_key, row), get_datadict_type(dbm, datadict_types[dd_key]))
data.append(point)
if location in locations:
lga_loaded.append(lga)
e = dbm.get(locations[location], Entity)
e.add_data(data, event_time=datetime.datetime(2011, 03, 01, tzinfo=UTC), multiple_records=True)
print [(key, value) for (key, value, typ) in data]
else:
if not lga in lga_failed:
lga_failed.append(lga)
print "Loaded %d out of %d records" % (len(lga_loaded), len(lga_failed) + len(lga_loaded))
if lga_failed:
print "%d LGAs failed to load:" % len(lga_failed)
for lga in lga_failed:
print "\t%s" % lga
name=name,
primitive_type=primitive_type,
tags=tags)
datadict_types[slug] = dd_type.id
for row in nims_data['Population Data']:
state = get_string('state', row)
lga = get_string('lga', row)
location = ("Nigeria", state, lga)
data = []
if not state or not lga:
continue
for dd_key in datadict_types.keys():
ss_key = dd_key.replace('_', '')
point = (dd_key, get_number(ss_key, row),
get_datadict_type(dbm, datadict_types[dd_key]))
data.append(point)
if location in locations:
lga_loaded.append(lga)
e = dbm.get(locations[location], Entity)
e.add_data(data,
event_time=datetime.datetime(2011,
03,
01,
tzinfo=UTC),
multiple_records=True)
print[(key, value) for (key, value, typ) in data]
else:
if not lga in lga_failed:
lga_failed.append(lga)
