def _test_find_by_criterion(self, attr, first_cb=None, matcher_cb=None):
if matcher_cb is None:
def matcher_cb(expected, actual):
self.assertEquals(
expected.id, actual.id,
'different id on: %s != %s' % (expected, actual))
if first_cb is None:
def first_cb(obj):
return bool(obj)
projects = list(self.backend.iter_projects())
self.assertTrue(projects)
q = Query()
q.project = projects[0]
for issue, _ in zip(self.backend.iter_issues(q), range(30)):
criterion_obj = getattr(issue, attr)
if first_cb(criterion_obj):
break
else:
assert False, 'not a single issue has this criterion'
setattr(q, attr, criterion_obj)
some = False
for issue, _ in zip(self.backend.iter_issues(q), range(30)):
some = True
fetched_obj = getattr(issue, attr)
matcher_cb(criterion_obj, fetched_obj)
assert some, 'the issue searched for was not found'
def _test_find_by_criterion(self, attr, first_cb=None, matcher_cb=None):
if matcher_cb is None:
def matcher_cb(expected, actual):
self.assertEquals(expected.id, actual.id, 'different id on: %s != %s' % (expected, actual))
if first_cb is None:
def first_cb(obj):
return bool(obj)
projects = list(self.backend.iter_projects())
self.assertTrue(projects)
q = Query()
q.project = projects[0]
for issue, _ in zip(self.backend.iter_issues(q), range(30)):
criterion_obj = getattr(issue, attr)
if first_cb(criterion_obj):
break
else:
assert False, 'not a single issue has this criterion'
setattr(q, attr, criterion_obj)
some = False
for issue, _ in zip(self.backend.iter_issues(q), range(30)):
some = True
fetched_obj = getattr(issue, attr)
matcher_cb(criterion_obj, fetched_obj)
assert some, 'the issue searched for was not found'
def test_search(self):
query = Query()
query.project = u'github/hubot'
query.status = u'closed'
query.title = u'fix'
issues = self.backend.iter_issues(query)
issue = issues.next()
assert issue.status.name == 'closed'
def test_search(self):
query = Query()
query.project = u'github/hubot'
query.status = u'closed'
query.title = u'fix'
issues = self.backend.iter_issues(query)
issue = issues.next()
assert issue.status.name == 'closed'
def test_search(self):
query = Query()
query.project = 'weboobie/testing'
query.status = 'closed'
query.title = 'fix'
issues = iter(self.backend.iter_issues(query))
issue = next(issues)
assert issue.status.name == 'closed'
assert 'fix' in issue.title
def test_search(self):
query = Query()
query.project = 'weboobie/testing'
query.status = 'closed'
query.title = 'fix'
issues = iter(self.backend.iter_issues(query))
issue = next(issues)
assert issue.status.name == 'closed'
assert 'fix' in issue.title
def iter_resources(self, objs, split_path):
if Project in objs or Issue in objs:
self._restrict_level(split_path, 1)
if len(split_path) == 0:
return [Collection([project.id], project.name)
for project in self.iter_projects()]
elif len(split_path) == 1:
query = Query()
query.project = unicode(split_path[0])
return self.iter_issues(query)
def test_find_by_status(self):
projects = list(self.backend.iter_projects())
self.assertTrue(projects)
q = Query()
q.project = projects[0]
q.status = 'open'
for issue, _ in zip(self.backend.iter_issues(q), range(30)):
self.assertEquals(issue.status.name.lower(), 'open', issue.title)
q.status = 'closed'
for issue, _ in zip(self.backend.iter_issues(q), range(30)):
self.assertEquals(issue.status.name.lower(), 'closed', issue.title)
def test_find_by_status(self):
projects = list(self.backend.iter_projects())
self.assertTrue(projects)
q = Query()
q.project = projects[0]
q.status = 'open'
for issue, _ in zip(self.backend.iter_issues(q), range(30)):
self.assertEquals(issue.status.name.lower(), 'open', issue.title)
q.status = 'closed'
for issue, _ in zip(self.backend.iter_issues(q), range(30)):
self.assertEquals(issue.status.name.lower(), 'closed', issue.title)
def test_find_any_issues(self):
projects = list(self.backend.iter_projects())
self.assertTrue(projects)
q = Query()
q.project = projects[0]
issues = [issue for issue, _ in zip(self.backend.iter_issues(q), range(30))]
self.assertTrue(issues)
for issue in issues:
self.assertTrue(issue.project)
self.assertEquals(issue.project.id, projects[0].id)
self.assertTrue(issue.title)
self.assertFalse(empty(issue.body))
self.assertTrue(issue.creation)
self.assertTrue(issue.author, issue.title)
def test_find_any_issues(self):
projects = list(self.backend.iter_projects())
self.assertTrue(projects)
q = Query()
q.project = projects[0]
issues = [
issue for issue, _ in zip(self.backend.iter_issues(q), range(30))
]
self.assertTrue(issues)
for issue in issues:
self.assertTrue(issue.project)
self.assertEquals(issue.project.id, projects[0].id)
self.assertTrue(issue.title)
self.assertFalse(empty(issue.body))
self.assertTrue(issue.creation)
self.assertTrue(issue.author, issue.title)
def test_read_comments(self):
projects = list(self.backend.iter_projects())
self.assertTrue(projects)
q = Query()
q.project = projects[0]
for issue, _ in zip(self.backend.iter_issues(q), range(30)):
self.backend.fillobj(issue, ['history'])
self.assertNotEmpty(issue.history)
if issue.history:
for update in issue.history:
self.assertTrue(update.author)
self.assertTrue(update.author.id)
self.assertTrue(update.author.name)
self.assertTrue(update.date)
self.assertTrue(update.message)
self.assertNotEmpty(update.changes)
break
else:
assert 0, 'no issue had history'
def test_read_comments(self):
projects = list(self.backend.iter_projects())
self.assertTrue(projects)
q = Query()
q.project = projects[0]
for issue, _ in zip(self.backend.iter_issues(q), range(30)):
self.backend.fillobj(issue, ['history'])
self.assertNotEmpty(issue.history)
if issue.history:
for update in issue.history:
self.assertTrue(update.author)
self.assertTrue(update.author.id)
self.assertTrue(update.author.name)
self.assertTrue(update.date)
self.assertTrue(update.message)
self.assertNotEmpty(update.changes)
break
else:
assert 0, 'no issue had history'
def do_search(self, line):
"""
search PROJECT
List issues for a project.
You can use these filters from command line:
--author AUTHOR
--title TITLE_PATTERN
--assignee ASSIGNEE
--target-version VERSION
--category CATEGORY
--status STATUS
"""
query = Query()
path = self.working_path.get()
backends = []
if line.strip():
query.project, backends = self.parse_id(line, unique_backend=True)
elif len(path) > 0:
query.project = path[0]
else:
print >>sys.stderr, 'Please enter a project name'
return 1
query.author = self.options.author
query.title = self.options.title
query.assignee = self.options.assignee
query.version = self.options.version
query.category = self.options.category
query.status = self.options.status
self.change_path([query.project, u'search'])
for backend, issue in self.do('iter_issues', query, backends=backends):
self.add_object(issue)
self.format(issue)
self.flush()
def do_search(self, line):
"""
search PROJECT
List issues for a project.
You can use these filters from command line:
--author AUTHOR
--title TITLE_PATTERN
--assignee ASSIGNEE
--target-version VERSION
--category CATEGORY
--status STATUS
"""
query = Query()
path = self.working_path.get()
backends = []
if line.strip():
query.project, backends = self.parse_id(line, unique_backend=True)
elif len(path) > 0:
query.project = path[0]
else:
print >> sys.stderr, "Please enter a project name"
return 1
query.author = self.options.author
query.title = self.options.title
query.assignee = self.options.assignee
query.version = self.options.version
query.category = self.options.category
query.status = self.options.status
self.change_path([query.project, u"search"])
for backend, issue in self.do("iter_issues", query, backends=backends):
self.add_object(issue)
self.format(issue)
self.flush()
def string_to_queries(s):
# TODO rewrite all when there are finer criteria
# and when more complex expressions can be written
tokens = shlex.split(s) # raises ValueError
criteria = {}
for tok in tokens:
m = KWD_MATCH.match(tok)
if not m:
raise ValueError('%r is not a valid criterion' % tok)
k, v = m.groups()
criteria.setdefault(k, []).append(v)
queries = [Query()]
for k, values in criteria.items():
if k == 'tags':
values = [tuple(val.split(',')) for val in values]
if len(values) == 1:
v, = values
for q in queries:
setattr(q, k, v)
else:
dupq = {}
for v in values:
dupq[v] = []
for q in queries:
q = q.copy()
setattr(q, k, v)
dupq[v].append(q)
queries = sum(dupq.values(), [])
return queries