def test_comment(self):
issue = Issue(self.tracker)
issue.save()
c = Comment(issue)
c.save()
assert type(issue.comment(c.id)) is Comment
assert issue.comment(c.id).fields == c.fields
def test_comment(self):
issue = Issue(self.tracker)
issue.save()
c = Comment(issue)
c.save()
assert type(issue.comment(c.id)) is Comment
assert issue.comment(c.id).fields == c.fields
def test_comments(self):
issue = Issue(self.tracker)
issue.save()
# Make some comments
comments = [Comment(issue) for i in range(20)]
for c in comments:
c.save()
assert type(issue.comments()) is list
assert len(issue.comments()) == 20
assert len(issue.comments(n=15)) == 15
def test_comments(self):
issue = Issue(self.tracker)
issue.save()
# Make some comments
comments = [Comment(issue) for i in range(20)]
for c in comments:
c.save()
assert type(issue.comments()) is list
assert len(issue.comments()) == 20
assert len(issue.comments(n=15)) == 15
def test_save(self):
issue = Issue(self.tracker)
issue.title = 'test title'
issue.save()
# Get the path to the issue and assert that it's there.
path = self.tracker.get_issue_path(issue.id)
assert os.path.exists(path)
# Does the issue initialized from file match the original?
issue_clone = Issue(self.tracker, issue.id)
assert issue_clone.fields == issue.fields
def test_save(self):
issue = Issue(self.tracker)
issue.title = "test title"
issue.save()
# Get the path to the issue and assert that it's there.
path = self.tracker.get_issue_path(issue.id)
assert os.path.exists(path)
# Does the issue initialized from file match the original?
issue_clone = Issue(self.tracker, issue.id)
assert issue_clone.fields == issue.fields
def test_insert_many(self):
'''Tests the `insert_many` method'''
db = Database(self.env.tracker)
issues = []
for i in range(20):
issue = Issue(self.env.tracker)
issue.save()
issues.append(issue)
db.insert_many(issues)
rows = db.select().execute()
db_issues = [Issue(self.env.tracker, r['id']) for r in rows]
# quick check to make sure they're all there.
assert len(db_issues) == len(issues)
def test_insert(self):
'''Tests the `insert` method'''
db = Database(self.env.tracker)
# make and insert the issue
issue1 = Issue(self.env.tracker)
issue1.content = 'test'
issue1.title = 'Test'
issue1.save()
db.insert(issue1)
rows = db.select().execute()
issue2 = [Issue(self.env.tracker, r['id']) for r in rows][0]
# make sure the issues are equal which triggers the __eq__ method.
assert issue1 == issue2
def test_insert_many(self):
'''Tests the `insert_many` method'''
db = Database(self.env.tracker)
issues = []
for i in range(20):
issue = Issue(self.env.tracker)
issue.save()
issues.append(issue)
db.insert_many(issues)
rows = db.select().execute()
db_issues = [Issue(self.env.tracker, r['id']) for r in rows]
# quick check to make sure they're all there.
assert len(db_issues) == len(issues)
def test_insert(self):
'''Tests the `insert` method'''
db = Database(self.env.tracker)
# make and insert the issue
issue1 = Issue(self.env.tracker)
issue1.content = 'test'
issue1.title = 'Test'
issue1.save()
db.insert(issue1)
rows = db.select().execute()
issue2 = [Issue(self.env.tracker, r['id']) for r in rows][0]
# make sure the issues are equal which triggers the __eq__ method.
assert issue1 == issue2
def new(args):
"""Create a new issue."""
t = args['tracker']
i = Issue(t)
config = UserConfig()
# set the author info
i.author['name'] = config.user['name']
i.author['email'] = config.user['email']
# no editor for inline calls
if args['message'] is not None:
i.title = args['message']
i.content = '.'
else:
# get the user's editor
editor = args['editor'] if args['editor'] else config.core['editor']
# the Template object opens templates in the editor and parses them.
template = IssueTemplate('new.hpr')
path = template.open(editor)
fields = template.parse(path)
i.title = fields['title']
i.content = fields['content']
if i.save():
# commit the changes
if config.core['autocommit']:
t.autocommit(message='Created a new issue %s' % i.id[:6],
author=config.user)
print 'Created issue %s' % i.id[:6]
def new():
"""Render the new issue view."""
tracker, config = setup()
header = 'Create a new issue'
if request.method == 'POST':
issue = Issue(tracker)
issue.content = request.form['content']
issue.title = request.form['title']
labels = request.form['labels']
if labels:
issue.labels = labels.split(',')
else:
issue.labels = []
issue.author['name'] = config.user['name']
issue.author['email'] = config.user['email']
if issue.save():
tracker.autocommit(message='Created a new issue %s' % issue.id[:6],
author=config.user)
return redirect(url_for('issues.view', id=issue.id))
else:
flash('There was an error saving your issue.')
return render_template('new.html', selected='issues',
header=header, tracker=tracker)
else:
return render_template('new.html', selected='issues',
header=header, tracker=tracker)
def test_issue(self):
t = Tracker.new(self.path)
i1 = Issue(t)
i1.save()
i2 = t.issue(i1.id)
# verify that issue() returns an Issue
assert type(i2) is Issue
# verify that the issues match
assert i1.fields == i2.fields
# invalid SHAs should raise BadReference
invalid_sha = get_uuid()
try:
t.issue(invalid_sha)
except BadReference:
pass
def new(args):
"""Create a new issue."""
t = args['tracker']
i = Issue(t)
config = UserConfig()
# set the author info
i.author['name'] = config.user['name']
i.author['email'] = config.user['email']
# no editor for inline calls
if args['message'] is not None:
i.title = args['message']
i.content = '.'
else:
# get the user's editor
editor = args['editor'] if args['editor'] else config.core['editor']
# the Template object opens templates in the editor and parses them.
template = IssueTemplate('new.hpr')
path = template.open(editor)
fields = template.parse(path)
i.title = fields['title']
i.content = fields['content']
if i.save():
# commit the changes
if config.core['autocommit']:
t.autocommit(message='Created a new issue %s' % i.id[:6],
author=config.user)
print 'Created issue %s' % i.id[:6]
def test_ne(self):
issue1 = Issue(self.tracker)
issue1.save()
issue2 = Issue(self.tracker)
issue2.save()
assert issue1 != issue2
def test_eq(self):
issue1 = Issue(self.tracker)
issue1.save()
issue2 = Issue(self.tracker, issue1.id)
assert issue1 == issue2
def test_ne(self):
issue1 = Issue(self.tracker)
issue1.save()
issue2 = Issue(self.tracker)
issue2.save()
assert issue1 != issue2
def test_timestamps(self):
issue = Issue(self.tracker)
issue.title = 'test title'
issue.save()
assert issue.created == issue.updated
def test_timestamps(self):
issue = Issue(self.tracker)
issue.title = "test title"
issue.save()
assert issue.created == issue.updated
def test_eq(self):
issue1 = Issue(self.tracker)
issue1.save()
issue2 = Issue(self.tracker, issue1.id)
assert issue1 == issue2
