class TestSearch(unittest.TestCase):
def setUp(self):
self.bz = BugzillaBase(
user=USER,
password=PASSWORD,
url=BUGZILLA_URL
)
def test_search(self):
bugs = self.bz.search(
product=B['product'],
component=B['component'],
summary=B['summary'],
assigned_to=B['assigned_to'],
qa_contact=B['qa_contact'],
status=B['status'],
platform=B['platform'],
priority=B['priority'],
severity=B['severity'],
reporter=B['reporter'],
whiteboard=B['whiteboard'],
target_milestone=B['target_milestone'],
version=B['version'],
)
print [bug.id for bug in bugs]
def setUp(self):
# if not self.bug:
self.bz = BugzillaBase(
user=USER,
password=PASSWORD,
url=BUGZILLA_URL
)
# Create bug
self.bug = self.bz.create(
product=B['product'],
component=B['component'],
summary=B['summary'],
version=B['version'],
description=B['description'],
platform=B['platform'],
priority=B['priority'],
severity=B['severity'],
whiteboard=B['whiteboard'],
assigned_to=B['assigned_to'],
qa_contact=B['qa_contact']
)
print self.bug.url
def setUp(self):
self.bz = BugzillaBase(
user=USER,
password=PASSWORD,
url=BUGZILLA_URL
)
class TestSearch(unittest.TestCase):
def setUp(self):
self.bz = BugzillaBase(
user=USER,
password=PASSWORD,
url=BUGZILLA_URL
)
def test_search(self):
bugs = self.bz.search(
product=B['product'],
component=B['component'],
summary=B['summary'],
assigned_to=B['assigned_to'],
qa_contact=B['qa_contact'],
status=B['status'],
platform=B['platform'],
priority=B['priority'],
severity=B['severity'],
reporter=B['reporter'],
whiteboard=B['whiteboard'],
target_milestone=B['target_milestone'],
version=B['version'],
)
print [bug.id for bug in bugs]
for bug in bugs:
self.assertEqual(bug.product, B['product'])
self.assertEqual(bug.component, [B['component']])
self.assertEqual(bug.summary, B['summary'])
self.assertEqual(bug.assigned_to, B['assigned_to']),
self.assertEqual(bug.status, B['status'])
self.assertEqual(bug.qa_contact, B['qa_contact'])
self.assertEqual(bug.platform, B['platform'])
self.assertEqual(bug.priority, B['priority'])
self.assertEqual(bug.severity, B['severity'])
self.assertEqual(bug.reporter, B['reporter'])
self.assertEqual(bug.whiteboard, B['whiteboard'])
self.assertEqual(bug.version, [B['version']])
self.assertEqual(bug.target_milestone, B['target_milestone'])
def test_consistancy(self):
# Take some random values
summary = random_sentence(3)
description = '\n'.join([random_sentence(4) for each in range(4)])
whiteboard = random_word(30)
# Create bug
self.bug = self.bz.create(
product=B['product'],
component=B['component'],
summary=summary,
version=B['version'],
description=description,
platform=B['platform'],
priority=B['priority'],
severity=B['severity'],
whiteboard=whiteboard,
assigned_to=B['assigned_to'],
qa_contact=B['qa_contact']
)
print self.bug.url
# Search Bug
bugs = self.bz.search(
product=B['product'],
component=B['component'],
summary=summary,
assigned_to=B['assigned_to'],
qa_contact=B['qa_contact'],
platform=B['platform'],
priority=B['priority'],
severity=B['severity'],
reporter=B['reporter'],
version=B['version'],
)
# Check if the filed bug is present in search
ids = [bug.id for bug in bugs]
self.assertTrue(self.bug.id in ids)
# Assert bug fields
bug = bugs[ids.index(self.bug.id)]
self.assertEqual(bug.product, B['product'])
self.assertEqual(bug.component, [B['component']])
self.assertEqual(bug.summary, summary)
self.assertEqual(bug.version, [B['version']])
self.assertEqual(bug.description.strip(), description)
self.assertEqual(bug.platform, B['platform'])
self.assertEqual(bug.priority, B['priority'])
self.assertEqual(bug.severity, B['severity'])
self.assertEqual(bug.whiteboard, whiteboard)
self.assertEqual(bug.assigned_to, B['assigned_to'])
self.assertEqual(bug.qa_contact, B['qa_contact'])
def tearDown(self):
self.bz.logout()
class TestBug(unittest.TestCase):
def setUp(self):
# if not self.bug:
self.bz = BugzillaBase(
user=USER,
password=PASSWORD,
url=BUGZILLA_URL
)
# Create bug
self.bug = self.bz.create(
product=B['product'],
component=B['component'],
summary=B['summary'],
version=B['version'],
description=B['description'],
platform=B['platform'],
priority=B['priority'],
severity=B['severity'],
whiteboard=B['whiteboard'],
assigned_to=B['assigned_to'],
qa_contact=B['qa_contact']
)
print self.bug.url
def test_create(self):
self.assertTrue(self.bug != None)
def test_get_bug(self):
self.bug = self.bz.get_bug(self.bug.id)
self.assertEqual(self.bug.product, B['product'])
self.assertEqual(self.bug.component, [B['component']])
self.assertEqual(self.bug.summary, B['summary'])
self.assertEqual(self.bug.version, [B['version']])
self.assertEqual(self.bug.description, B['description'])
self.assertEqual(self.bug.platform, B['platform'])
self.assertEqual(self.bug.priority, B['priority'])
self.assertEqual(self.bug.severity, B['severity'])
self.assertEqual(self.bug.whiteboard, B['whiteboard'])
self.assertEqual(self.bug.assigned_to, B['assigned_to'])
self.assertEqual(self.bug.qa_contact, B['qa_contact'])
def test_update(self):
self.bug.update(
summary=U['summary'],
product=U['product'],
component=U['component'],
version=U['version'],
platform=U['platform'],
target_milestone=U['target_milestone'],
priority=U['priority'],
severity=U['severity'],
whiteboard=U['whiteboard'],
add_keywords=U['keywords'],
add_groups=U['groups'],
comment=U['comment'],
commentprivacy=U['commentprivacy'],
status=U['status']
)
# Get bug again to verify
self.bug = self.bz.get_bug(self.bug.id, comments=True)
self.assertEqual(self.bug.summary, U['summary'])
self.assertEqual(self.bug.product, U['product'])
self.assertEqual(self.bug.component, [U['component']])
self.assertEqual(self.bug.version, [U['version']])
self.assertEqual(self.bug.platform, U['platform'])
self.assertEqual(self.bug.target_milestone, U['target_milestone'])
self.assertEqual(self.bug.priority, U['priority'])
self.assertEqual(self.bug.severity, U['severity'])
self.assertEqual(self.bug.whiteboard, U['whiteboard'])
self.assertComment(U['comment'], U['commentprivacy'])
self.assertEqual(self.bug.status, U['status'])
#Component.get is broken, hence commenting out this part of the test
"""
component = self.bz.component(U['product'], U['component'])
self.assertEqual(self.bug.assigned_to, component.default_assignee)
self.assertEqual(self.bug.qa_contact, component.default_qa_contact)
"""
for keyword in U['keywords']:
self.assertTrue(keyword in self.bug.keywords)
for group in U['groups']:
self.assertTrue(group in self.bug.get_groups())
def test_close(self):
self.bug.close(U['resolution'], comment=U['comment3'])
# Now test
self.bug = self.bz.get_bug(self.bug.id, comments=True)
comments = [comment.text for comment in self.bug.comments]
self.assertEqual(self.bug.status, 'CLOSED')
self.assertEqual(self.bug.resolution, U['resolution'])
self.assertComment(U['comment3'])
def test_add_comment(self):
self.bug.add_comment(U['comment2'], private=U['commentprivacy'])
# Fetch comments
self.bug.get_comments()
self.assertComment(U['comment2'], U['commentprivacy'])
def test_flags(self):
self.bug.update_flags(U['flags'])
# Fetch bug
self.bug = self.bz.get_bug(self.bug.id)
flags = self.bug.get_flags()
for key, value in U['flags'].iteritems():
self.assertTrue(flags.has_key(key))
self.assertEqual(flags[key], value)
def test_attachment(self):
# make new attachment file
path = os.path.join(A['path'], A['name'])
f = open(path, 'w')
f.write(A['text'])
f.close()
# attach it
id = self.bug.add_attachment(
path,
A['description'],
comment=A['comment'],
isprivate=A['commentprivacy'],
contenttype=A['content_type'],
)['ids'][0]
# fetch
self.bug = self.bz.get_bug(self.bug.id, comments=True,
attachments=True)
attachments = self.bug.attachments
attach_ids = [attachment.id for attachment in attachments]
# test
self.assertTrue(id in attach_ids)
attachment = attachments[attach_ids.index(id)]
self.assertEqual(attachment.fetch().read(), A['text'])
self.assertEqual(attachment.file_name, A['name'])
self.assertEqual(attachment.description, A['description'])
self.assertEqual(attachment.content_type, A['content_type'])
flag = 0
for comment in self.bug.comments:
if comment.text.find(A['comment']) != -1:
flag = self.bug.comments.index(comment)
self.assertTrue(flag != 0)
self.assertEqual(self.bug.comments[flag].is_private,
A['commentprivacy'])
def assertComment(self, test_value, test_privacy=None):
"""
Asserts for properly updated comments
"""
comments = [comment.text for comment in self.bug.comments]
self.assertTrue(test_value in comments)
if test_privacy != None:
comment_index = comments.index(test_value)
self.assertEqual(self.bug.comments[comment_index].is_private,
test_privacy)
def tearDown(self):
self.bz.logout()
