def test_site_validation(self):
site = Site()
self.assertFalse(
site.is_valid(),
'Default site values should not validate due to empty name and slug'
)
site.name = "Valid Site Name"
site.slug = 'valid-site-name'
self.assertTrue(site.is_valid(),
'These hand-coded values should be valid')
# Test some known-bad slugs
bad_slugs = [
'valid site name', # no whitespace
'valid--site--name', # no repeated hyphens
'Valid-Site-Name', # No capital letters
'chris\'-awesome-site', # No apostrophes
]
for bad_slug in bad_slugs:
site.name = 'Valid Site Name'
site.slug = bad_slug
self.assertFalse(
site.is_valid(),
'This slug should have been invalid: \'%(slug)\'' % site.slug)
def test_site_validation(self):
site = Site()
self.assertFalse(site.is_valid(), 'Default site values should not validate due to empty name and slug')
site.name = "Valid Site Name"
site.slug = 'valid-site-name'
self.assertTrue(site.is_valid(), 'These hand-coded values should be valid')
# Test some known-bad slugs
bad_slugs = [
'valid site name', # no whitespace
'valid--site--name', # no repeated hyphens
'Valid-Site-Name', # No capital letters
'chris\'-awesome-site', # No apostrophes
]
for bad_slug in bad_slugs:
site.name = 'Valid Site Name'
site.slug = bad_slug
self.assertFalse(site.is_valid(), 'This slug should have been invalid: \'%(slug)\'' % site.slug)
def test_create_new(self):
# Keep track of the initial set, so that we can discern which changes were caused by this test
starting_sites = Site.all()
site = Site()
site.name = 'Chris\' Awesome Test Site #1'
site.slug = 'chris-awesome-test-site-1'
site.xstreet = '1234 Fake Street'
site.xcity = 'Universal City'
site.xzip = '78005'
# site.latitude = Decimal('175.1')
# site.longitude = Decimal('176.0')
site.latitude = '175.1'
site.longitude = '176.0'
site.opentime = '10am'
site.closetime = '6pm'
site.days = 'M-T'
site.sitecoordinator = None # TODO: test variations of this too
site.sitetype = 'Tax Preparation'
site.is_open = True
result = site.save()
self.assertEqual(200, result, 'Failed to save the new site')
# Validate that the record was indeed written out to the DB
self.assertEqual(
len(starting_sites) + 1, len(Site.all()),
'No Site record was actually written')
# # Now fetch the site data back out
site2 = Site.find('chris-awesome-test-site-1')
self.assertEqual('Chris\' Awesome Test Site #1', site2.name)
self.assertEqual('chris-awesome-test-site-1', site2.slug)
self.assertEqual("1234 Fake Street", site2.xstreet)
self.assertEqual('Universal City', site2.xcity)
self.assertEqual('78005', site2.xzip)
# self.assertEqual(Decimal('175.1'), site2.latitude)
# self.assertEqual(Decimal('176.0'), site2.longitude)
self.assertEqual('175.1', site2.latitude)
self.assertEqual('176.0', site2.longitude)
self.assertEqual('10am', site2.opentime)
self.assertEqual('6pm', site2.closetime)
self.assertEqual('M-T', site2.days)
self.assertEqual(None, site2.sitecoordinator)
self.assertEqual(True, site2.is_open)
# Delete the newly created site
self.assertEqual(200, site2.delete())
self.assertEqual(
len(starting_sites), len(Site.all()),
'The site creation test failed to clean up after itself')
def test_create_new(self):
# Keep track of the initial set, so that we can discern which changes were caused by this test
starting_sites = Site.all()
site = Site()
site.name = 'Chris\' Awesome Test Site #1'
site.slug = 'chris-awesome-test-site-1'
site.xstreet = '1234 Fake Street'
site.xcity = 'Universal City'
site.xzip = '78005'
# site.latitude = Decimal('175.1')
# site.longitude = Decimal('176.0')
site.latitude = '175.1'
site.longitude = '176.0'
site.opentime = '10am'
site.closetime = '6pm'
site.days = 'M-T'
site.sitecoordinator = None # TODO: test variations of this too
site.sitetype = 'Tax Preparation'
site.is_open = True
result = site.save()
self.assertEqual(200, result, 'Failed to save the new site')
# Validate that the record was indeed written out to the DB
self.assertEqual(len(starting_sites)+1, len(Site.all()), 'No Site record was actually written')
# # Now fetch the site data back out
site2 = Site.find('chris-awesome-test-site-1')
self.assertEqual('Chris\' Awesome Test Site #1', site2.name)
self.assertEqual('chris-awesome-test-site-1', site2.slug)
self.assertEqual("1234 Fake Street", site2.xstreet)
self.assertEqual('Universal City', site2.xcity)
self.assertEqual('78005', site2.xzip)
# self.assertEqual(Decimal('175.1'), site2.latitude)
# self.assertEqual(Decimal('176.0'), site2.longitude)
self.assertEqual('175.1', site2.latitude)
self.assertEqual('176.0', site2.longitude)
self.assertEqual('10am', site2.opentime)
self.assertEqual('6pm', site2.closetime)
self.assertEqual('M-T', site2.days)
self.assertEqual(None, site2.sitecoordinator)
self.assertEqual(True, site2.is_open)
# Delete the newly created site
self.assertEqual(200, site2.delete())
self.assertEqual(len(starting_sites), len(Site.all()), 'The site creation test failed to clean up after itself')
def test_delete_site(self):
# Make note of the starting site count
starting_sites = Site.all()
# Create a Site manually first so that we isolate this test to only the Update API
raw_site = Site()
raw_site.name = 'tc_lambda_sites_test_delete_site'
raw_site.address = '123 tc_lambda_sites_test_delete_site street'
raw_site.availability_status = 'Green'
raw_site.hours = '12-12'
raw_site.is_open = True
raw_site.save()
self.assertEqual("123 tc_lambda_sites_test_delete_site street",
raw_site.address)
self.assertEqual('tc_lambda_sites_test_delete_site', raw_site.name)
self.assertEqual('Green', raw_site.availability_status)
self.assertEqual(True, raw_site.is_open)
self.assertEqual('12-12', raw_site.hours)
event = {
'httpMethod': 'DELETE',
'path': '/site/tc_lambda_sites_test_delete_site',
'resource': '/site/{sitename}',
'pathParameters': {
'sitename': 'tc_lambda_sites_test_delete_site'
},
'body': None,
}
response = LambdaApiHandler.site_apis(event)
self.assertEqual('', response['body'])
self.assertEqual('200', response['statusCode'])
self.assertEqual(
len(starting_sites), len(Site.all()),
'The Delete Site API failed to destroy the record it created.')
# Fetch the site separately and validate the content
site = Site.find('tc_lambda_sites_test_delete_site')
self.assertIsNone(site)
# Cleanup.
if raw_site != None:
raw_site.delete()
# Cleanup validation
self.assertEqual(len(starting_sites), len(Site.all()),
"Failed to clean up the site we created!")
def test_create_new(self):
site = Site()
site.name = 'test_site_2'
site.address = '234 Fake Street'
site.availability_status = 'Green'
site.hours = '1-2'
site.is_open = True
result = site.save()
self.assertTrue(result, 'Failed to save the new site')
# Validate that the record was indeed written out to the DB
self.assertEqual(2, len(Site.all()))
# Now fetch the site data back out
site2 = Site.find('test_site_2')
self.assertEqual("234 Fake Street", site.address)
self.assertEqual('test_site_2', site.name)
self.assertEqual('Green', site.availability_status)
self.assertEqual(True, site.is_open)
self.assertEqual('1-2', site.hours)
# Delete the newly created site
site2.delete()
self.assertEqual(1, len(Site.all()))
def test_update_site(self):
# Make note of the starting site count
starting_sites = Site.all()
# Create a Site manually first so that we isolate this test to only the Update API
raw_site = Site()
raw_site.name = 'tc_lambda_sites_test_update_site'
raw_site.address = '123 tc_lambda_sites_test_update_site street'
raw_site.availability_status = 'Green'
raw_site.hours = '12-12'
raw_site.is_open = True
raw_site.save()
self.assertEqual("123 tc_lambda_sites_test_update_site street",
raw_site.address)
self.assertEqual('tc_lambda_sites_test_update_site', raw_site.name)
self.assertEqual('Green', raw_site.availability_status)
self.assertEqual(True, raw_site.is_open)
self.assertEqual('12-12', raw_site.hours)
event = {
'httpMethod':
'POST',
'path':
'/site/tc_lambda_sites_test_update_site',
'resource':
'/site/{sitename}',
'pathParameters': {
'sitename': 'tc_lambda_sites_test_update_site'
},
'body':
json.dumps({
"Site": {
"name": raw_site.name,
"address": "123 tc_lambda_sites_test_update_site parkway",
"hours": raw_site.hours,
"is_open": raw_site.is_open,
"availability_status": raw_site.availability_status
}
}),
}
response = LambdaApiHandler.site_apis(event)
self.assertEqual('', response['body'])
self.assertEqual('200', response['statusCode'])
self.assertEqual(
len(starting_sites) + 1, len(Site.all()),
'Somehow the Update Site API created a new entry')
# Fetch the site separately and validate the content
site = Site.find('tc_lambda_sites_test_update_site')
self.assertIsNotNone(site)
self.assertEqual('tc_lambda_sites_test_update_site', site.name)
self.assertEqual("123 tc_lambda_sites_test_update_site parkway",
site.address)
self.assertEqual('Green', site.availability_status)
self.assertEqual(True, site.is_open)
self.assertEqual('12-12', site.hours)
# Cleanup.
if raw_site != None:
raw_site.delete()
# Cleanup validation
self.assertEqual(len(starting_sites), len(Site.all()),
"Failed to clean up the site we created!")
