def get_issue_category(issue_category):
'''Return all issues for a specific category.
issue_category can be of x types:
* new
* contactready
* needsdiagnosis
* sitewait
'''
category_list = [
'contactready', 'needscontact', 'needsdiagnosis', 'sitewait'
]
issues_path = 'repos/{0}'.format(ISSUES_PATH)
params = request.args.copy()
if issue_category in category_list:
# add "status-" before the filter param to match the naming scheme
# of the repo labels.
params['labels'] = 'status-' + issue_category
if g.user:
issues = github.raw_request('GET', issues_path, params=params)
else:
issues = proxy_request('get', params=params)
elif issue_category == 'closed':
params['state'] = 'closed'
if g.user:
issues = github.raw_request('GET', issues_path, params=params)
else:
issues = proxy_request('get', params=params)
# Note that 'new' here is primarily used on the hompage.
# For paginated results on the /issues page, see /issues/search/new.
elif issue_category == 'new':
if g.user:
issues = github.raw_request('GET', issues_path, params=params)
else:
issues = proxy_request('get', params=params)
# Do not send random JSON to filter_new
if issues.status_code == 200:
return (filter_new(json.loads(issues.content)), issues.status_code,
get_headers(issues))
else:
return ({}, issues.status_code, get_headers(issues))
else:
# The path doesn’t exist. 404 Not Found.
abort(404)
return (issues.content, issues.status_code, get_headers(issues))
def get_issue_category(issue_category):
'''Return all issues for a specific category.
issue_category can be of x types:
* new
* contactready
* needsdiagnosis
* sitewait
'''
category_list = ['contactready', 'needscontact',
'needsdiagnosis', 'sitewait']
issues_path = 'repos/{0}'.format(ISSUES_PATH)
params = request.args.copy()
if issue_category in category_list:
# add "status-" before the filter param to match the naming scheme
# of the repo labels.
params['labels'] = 'status-' + issue_category
if g.user:
issues = github.raw_request('GET', issues_path, params=params)
else:
issues = proxy_request('get', params=params)
elif issue_category == 'closed':
params['state'] = 'closed'
if g.user:
issues = github.raw_request('GET', issues_path, params=params)
else:
issues = proxy_request('get', params=params)
# Note that 'new' here is primarily used on the homepage.
# For paginated results on the /issues page, see /issues/search/new.
elif issue_category == 'new':
if g.user:
issues = github.raw_request('GET', issues_path, params=params)
else:
issues = proxy_request('get', params=params)
# Do not send random JSON to filter_new
if issues.status_code == 200:
return (filter_new(json.loads(issues.content)),
issues.status_code, get_headers(issues))
else:
return ({}, issues.status_code, get_headers(issues))
else:
# The path doesn’t exist. 404 Not Found.
abort(404)
return (issues.content, issues.status_code, get_headers(issues))
def get_issue_category(issue_category):
"""Return all issues for a specific category.
issue_category can be of x types:
* new
* contactready
* needsdiagnosis
* sitewait
"""
category_list = ["contactready", "needscontact", "needsdiagnosis", "sitewait"]
issues_path = "repos/{0}".format(ISSUES_PATH)
params = request.args.copy()
if issue_category in category_list:
# add "status-" before the filter param to match the naming scheme
# of the repo labels.
params["labels"] = "status-" + issue_category
if g.user:
issues = github.raw_request("GET", issues_path, params=params)
else:
issues = proxy_request("get", params=params)
elif issue_category == "closed":
params["state"] = "closed"
if g.user:
issues = github.raw_request("GET", issues_path, params=params)
else:
issues = proxy_request("get", params=params)
# Note that 'new' here is primarily used on the hompage.
# For paginated results on the /issues page, see /issues/search/new.
elif issue_category == "new":
if g.user:
issues = github.raw_request("GET", issues_path, params=params)
else:
issues = proxy_request("get", params=params)
# Do not send random JSON to filter_new
if issues.status_code == 200:
return (filter_new(json.loads(issues.content)), issues.status_code, get_headers(issues))
else:
return ({}, issues.status_code, get_headers(issues))
else:
# The path doesn’t exist. 404 Not Found.
abort(404)
return (issues.content, issues.status_code, get_headers(issues))
def get_issue_category(issue_category):
'''Return all issues for a specific category.
issue_category can be of N types:
* new
* closed
* contactready
* needscontact
* needsdiagnosis
* sitewait
'''
category_list = [
'contactready', 'needscontact', 'needsdiagnosis', 'sitewait'
]
issues_path = 'repos/{0}'.format(ISSUES_PATH)
params = request.args.copy()
if issue_category in category_list:
# add "status-" before the filter param to match the naming scheme
# of the repo labels.
params.add('labels', 'status-' + issue_category)
# Turns out the GitHub API considers &labels=x&labels=y an OR query
# &labels=x,y is an AND query. Join the labels with a comma
params['labels'] = ','.join(params.getlist('labels'))
return api_request('get', issues_path, params=params)
elif issue_category == 'closed':
params['state'] = 'closed'
return api_request('get', issues_path, params=params)
# Note that 'new' here is primarily used on the homepage.
# For paginated results on the /issues page, see /issues/search/new.
elif issue_category == 'new':
issues = api_request('get', issues_path, params=params)
# api_request returns a tuple of format:
# (content, status_code, response_headers)
# So we make a dict here for improved readability
content, status_code, response_headers = issues
if status_code != 304:
content = filter_new(json.loads(content))
return (content, status_code, response_headers)
else:
# The path doesn’t exist. 404 Not Found.
abort(404)
def test_issues_new(self):
'''Test that the new filtering is correct.'''
issues = [{
u'labels': [{
u'name': u'bug'
}, {
u'name': u'help wanted'
}],
u'title': u"fake bug 0",
u'id': 0
}, {
u'labels': [],
u'title': u"fake bug 1",
u'id': 1
}, {
u'labels': [{
u'name': u'status-contactready'
}],
u'title': u"fake bug 2",
u'id': 2
}, {
u'labels': [{
u'name': u'status-needsdiagnosis'
}],
u'title': u"fake bug 3",
u'id': 3
}, {
u'labels': [{
u'name': u'status-needscontact'
}],
u'title': u"fake bug 4",
u'id': 4
}, {
u'labels': [{
u'name': u'status-sitewait'
}],
u'title': u"fake bug 5",
u'id': 5
}]
result = '[{"labels": [{"name": "bug"}, {"name": "help wanted"}], "id": 0, "title": "fake bug 0"}, {"labels": [], "id": 1, "title": "fake bug 1"}]' # nopep8
self.assertEqual(filter_new(issues), result)
def get_issue_category(issue_category):
'''Return all issues for a specific category.
issue_category can be of N types:
* new
* closed
* contactready
* needscontact
* needsdiagnosis
* sitewait
'''
category_list = ['contactready', 'needscontact',
'needsdiagnosis', 'sitewait']
issues_path = 'repos/{0}'.format(ISSUES_PATH)
params = request.args.copy()
if issue_category in category_list:
# add "status-" before the filter param to match the naming scheme
# of the repo labels.
params['labels'] = 'status-' + issue_category
return api_request('get', issues_path, params=params)
elif issue_category == 'closed':
params['state'] = 'closed'
return api_request('get', issues_path, params=params)
# Note that 'new' here is primarily used on the homepage.
# For paginated results on the /issues page, see /issues/search/new.
elif issue_category == 'new':
issues = api_request('get', issues_path, params=params)
# api_request returns a tuple of format:
# (content, status_code, response_headers)
# So we make a dict here for improved readability
new_issues = {
'content': filter_new(json.loads(issues[0])),
'status_code': issues[1],
'response_headers': issues[2]
}
return (new_issues['content'], new_issues['status_code'],
new_issues['response_headers'])
else:
# The path doesn’t exist. 404 Not Found.
abort(404)
def get_issue_category(issue_category):
'''Return all issues for a specific category.
issue_category can be of N types:
* new
* closed
* contactready
* needscontact
* needsdiagnosis
* sitewait
'''
category_list = ['contactready', 'needscontact',
'needsdiagnosis', 'sitewait']
issues_path = 'repos/{0}'.format(ISSUES_PATH)
params = request.args.copy()
if issue_category in category_list:
# add "status-" before the filter param to match the naming scheme
# of the repo labels.
params.add('labels', 'status-' + issue_category)
# Turns out the GitHub API considers &labels=x&labels=y an OR query
# &labels=x,y is an AND query. Join the labels with a comma
params['labels'] = ','.join(params.getlist('labels'))
return api_request('get', issues_path, params=params)
elif issue_category == 'closed':
params['state'] = 'closed'
return api_request('get', issues_path, params=params)
# Note that 'new' here is primarily used on the homepage.
# For paginated results on the /issues page, see /issues/search/new.
elif issue_category == 'new':
issues = api_request('get', issues_path, params=params)
# api_request returns a tuple of format:
# (content, status_code, response_headers)
# So we make a dict here for improved readability
content, status_code, response_headers = issues
if status_code != 304:
content = filter_new(json.loads(content))
return (content, status_code, response_headers)
else:
# The path doesn’t exist. 404 Not Found.
abort(404)
def test_issues_new(self):
'''Test that the new filtering is correct.'''
issues = [
{u'labels': [{u'name': u'bug'}, {u'name': u'help wanted'}],
u'title': u"fake bug 0",
u'id': 0},
{u'labels': [],
u'title': u"fake bug 1",
u'id': 1},
{u'labels': [{u'name': u'status-contactready'}],
u'title': u"fake bug 2",
u'id': 2},
{u'labels': [{u'name': u'status-needsdiagnosis'}],
u'title': u"fake bug 3",
u'id': 3},
{u'labels': [{u'name': u'status-needscontact'}],
u'title': u"fake bug 4",
u'id': 4},
{u'labels': [{u'name': u'status-sitewait'}],
u'title': u"fake bug 5",
u'id': 5}]
result = '[{"labels": [{"name": "bug"}, {"name": "help wanted"}], "id": 0, "title": "fake bug 0"}, {"labels": [], "id": 1, "title": "fake bug 1"}]'
self.assertEqual(filter_new(issues), result)
