def testParseRecentFacilities(self):
with open(os.path.join(self.datapath, 'recent_facilities.rss')) as f:
recent = list(get_facilities(f.read()))
self.assertEqual(2, len(recent))
[f1, f2] = recent
for f in recent:
self.assertEqual(Facility, type(f))
# sanity check some stuff back
self.assertEqual('tag:atomfeed.ict4h.org:c992599f-6d91-4f53-b74d-6bb72c7817ee', f1.rss_meta.id)
self.assertEqual(datetime.strptime('2013-08-19T11:19:09Z', ISO_FORMAT), f1.rss_meta.updated)
self.assertEqual('FCcode20130819-044859', f1.code)
self.assertEqual('FCname20130819-044859', f1.name)
self.assertEqual('Lvl3 Hospital', f1.type)
self.assertEqual(-555.5555, f2.latitude)
self.assertEqual(444.4444, f2.longitude)
self.assertEqual('Testing description', f1.metadata['description'])
self.assertEqual('9711231305', f1.metadata['mainPhone'])
self.assertEqual('9711231305', f1.metadata['fax'])
self.assertEqual('tag:atomfeed.ict4h.org:e8f2c9ab-1bf5-4ea5-a4f6-476fecb34625', f2.rss_meta.id)
self.assertEqual(datetime.strptime('2013-08-26T11:05:57Z', ISO_FORMAT), f2.rss_meta.updated)
self.assertEqual('facilityf10', f2.code)
self.assertEqual('facilityf10 Village Dispensary', f2.name)
self.assertEqual('Address1', f2.metadata['address1'])
self.assertEqual('Address2', f2.metadata['address2'])
self.assertEqual('virtualgeozone', f2.metadata['geographicZone'])
self.assertEqual(100, f2.metadata['catchmentPopulation'])
self.assertEqual(4545.4545, f2.metadata['altitude'])
def testParseRecentFacilities(self):
with open(os.path.join(self.datapath, "recent_facilities.rss")) as f:
recent = list(get_facilities(f.read()))
self.assertEqual(2, len(recent))
[f1, f2] = recent
for f in recent:
self.assertEqual(Facility, type(f))
# sanity check some stuff back
self.assertEqual("tag:atomfeed.ict4h.org:c992599f-6d91-4f53-b74d-6bb72c7817ee", f1.rss_meta.id)
self.assertEqual(datetime.strptime("2013-08-19T11:19:09Z", ISO_FORMAT), f1.rss_meta.updated)
self.assertEqual("FCcode20130819-044859", f1.code)
self.assertEqual("FCname20130819-044859", f1.name)
self.assertEqual("Lvl3 Hospital", f1.type)
self.assertEqual(-555.5555, f2.latitude)
self.assertEqual(444.4444, f2.longitude)
self.assertEqual("Testing description", f1.metadata["description"])
self.assertEqual("9711231305", f1.metadata["mainPhone"])
self.assertEqual("9711231305", f1.metadata["fax"])
self.assertEqual("tag:atomfeed.ict4h.org:e8f2c9ab-1bf5-4ea5-a4f6-476fecb34625", f2.rss_meta.id)
self.assertEqual(datetime.strptime("2013-08-26T11:05:57Z", ISO_FORMAT), f2.rss_meta.updated)
self.assertEqual("facilityf10", f2.code)
self.assertEqual("facilityf10 Village Dispensary", f2.name)
self.assertEqual("Address1", f2.metadata["address1"])
self.assertEqual("Address2", f2.metadata["address2"])
self.assertEqual("virtualgeozone", f2.metadata["geographicZone"])
self.assertEqual(100, f2.metadata["catchmentPopulation"])
self.assertEqual(4545.4545, f2.metadata["altitude"])
def testParseRecentFacilities(self):
with open(os.path.join(self.datapath, 'recent_facilities.rss')) as f:
recent = list(get_facilities(f.read()))
self.assertEqual(2, len(recent))
[f1, f2] = recent
for f in recent:
self.assertEqual(Facility, type(f))
# sanity check some stuff back
self.assertEqual(
'tag:atomfeed.ict4h.org:c992599f-6d91-4f53-b74d-6bb72c7817ee',
f1.rss_meta.id)
self.assertEqual(datetime.strptime('2013-08-19T11:19:09Z', ISO_FORMAT),
f1.rss_meta.updated)
self.assertEqual('FCcode20130819-044859', f1.code)
self.assertEqual('FCname20130819-044859', f1.name)
self.assertEqual('Lvl3 Hospital', f1.type)
self.assertEqual(-555.5555, f2.latitude)
self.assertEqual(444.4444, f2.longitude)
self.assertEqual('Testing description', f1.metadata['description'])
self.assertEqual('9711231305', f1.metadata['mainPhone'])
self.assertEqual('9711231305', f1.metadata['fax'])
self.assertEqual(
'tag:atomfeed.ict4h.org:e8f2c9ab-1bf5-4ea5-a4f6-476fecb34625',
f2.rss_meta.id)
self.assertEqual(datetime.strptime('2013-08-26T11:05:57Z', ISO_FORMAT),
f2.rss_meta.updated)
self.assertEqual('facilityf10', f2.code)
self.assertEqual('facilityf10 Village Dispensary', f2.name)
self.assertEqual('Address1', f2.metadata['address1'])
self.assertEqual('Address2', f2.metadata['address2'])
self.assertEqual('virtualgeozone', f2.metadata['geographicZone'])
self.assertEqual(100, f2.metadata['catchmentPopulation'])
self.assertEqual(4545.4545, f2.metadata['altitude'])
def _get_facilities(self):
with open(os.path.join(self.datapath, 'recent_facilities.rss')) as f:
return list(get_facilities(f.read()))
def _get_facilities(self):
with open(os.path.join(self.datapath, 'recent_facilities.rss')) as f:
return list(get_facilities(f.read()))