def handle(self, *args, **options):
if len(args) != 2:
raise CommandError(
'You must specify a file to dump and the pk of the type')
with open(args[0], 'r') as f:
output = f.read()
issues = json.loads(output)
type = Type.objects.get(pk=args[1])
for issue in issues:
try:
i = Issue(
**{
'lat': issue['lat'],
'lon': issue['lon'],
'description': issue['description'],
'type': type
})
i.save()
except (IntegrityError, pygeolib.GeocoderError):
pass
self.stdout.write('Successfully dump file to the database')
def _buildIssueFromDictionary(dict, user):
check_noProject = dict.has_key('noProject')
issue_trackerURL = dict['trackerURL']
issue_projectId = dict['project_id']
issue_projectName = dict.get('project_name', '')
check_createProject = dict.has_key('createProject')
newProject_name = dict.get('newProjectName', '')
newProject_homeURL = dict.get('newProjectHomeURL', '')
newProject_trackerURL = dict.get('newProjectTrackerURL', '')
issue_key = dict.get('key', '')
issue_title = dict.get('title', '')
issue_description = dict.get('description', '')
_throwIfIssueExists(issue_trackerURL, user)
issue = None
if (check_noProject):
if (not issue_title or not issue_description):
raise BaseException('title and description are required')
issue = Issue.newIssueOrphan(issue_title, issue_description, user)
else:
project = None
if (check_createProject):
if (not newProject_name or not newProject_homeURL
or not newProject_trackerURL):
raise BaseException(
'all parameters for new project are required')
projectHomeURLValidationError = validateURL(newProject_homeURL)
if (projectHomeURLValidationError):
raise BaseException('invalid project URL (' +
newProject_homeURL + ') - ' +
projectHomeURLValidationError)
projectTrackerURLValidationError = validateURL(
newProject_trackerURL)
if (projectTrackerURLValidationError):
raise BaseException('invalid project tracker URL (' +
newProject_trackerURL + ') - ' +
projectTrackerURLValidationError)
project = Project.newProject(newProject_name, user,
newProject_homeURL,
newProject_trackerURL)
else:
project = Project.objects.get(pk=int(issue_projectId))
if (newProject_homeURL != project.homeURL):
project.homeURL = newProject_homeURL
if (not issue_key or not issue_title):
raise BaseException('key and title are required')
issueURLValidationError = validateIssueURL(issue_trackerURL)
if (issueURLValidationError):
raise BaseException('invalid issue URL (' + issue_trackerURL +
') - ' + issueURLValidationError)
issue = Issue.newIssue(project, issue_key, issue_title, user,
issue_trackerURL)
return issue
def test_we_dont_make_multiple_links(self):
self.assertEqual(Copyright.objects.count(), 0)
i1 = Issue(date_issued=datetime.date(1800, 1, 1))
c1 = i1.copyright_link
self.assertEqual(Copyright.objects.count(), 1)
dbc1 = Copyright.objects.all()[0]
i2 = Issue(date_issued=datetime.date(1801, 1, 1))
c2 = i2.copyright_link
self.assertEqual(Copyright.objects.count(), 1)
self.assertEqual(c1.uri, c2.uri)
self.assertEqual(c1.label, c2.label)
def _buildOfferFromDictionary(dict, user):
check_noProject = dict.has_key('noProject')
issue_trackerURL = dict['trackerURL']
issue_projectId = dict['project_id']
issue_projectName = dictOrEmpty(dict, 'project_name')
check_createProject = dict.has_key('createProject')
newProject_name = dictOrEmpty(dict, 'newProjectName')
newProject_homeURL = dictOrEmpty(dict, 'newProjectHomeURL')
newProject_trackerURL = dictOrEmpty(dict, 'newProjectTrackerURL')
issue_key = dictOrEmpty(dict, 'key');
issue_title = dictOrEmpty(dict, 'title');
issue_description = dictOrEmpty(dict, 'description');
_throwIfIssueExists(issue_trackerURL, user)
issue = None
if(check_noProject):
if(not issue_title or not issue_description):
raise BaseException('title and description are required')
issue = Issue.newIssueOrphan(issue_title, issue_description, user)
else:
project = None
if(check_createProject):
if(not newProject_name or not newProject_homeURL or not newProject_trackerURL):
raise BaseException('all parameters for new project are required')
projectHomeURLValidationError = validateURL(newProject_homeURL)
if(projectHomeURLValidationError):
raise BaseException('invalid project URL ('+newProject_homeURL+') - '+projectHomeURLValidationError)
projectTrackerURLValidationError = validateURL(newProject_trackerURL)
if(projectTrackerURLValidationError):
raise BaseException('invalid project tracker URL ('+newProject_trackerURL+') - '+projectTrackerURLValidationError)
project = Project.newProject(newProject_name, user, newProject_homeURL, newProject_trackerURL)
else:
project = Project.objects.get(pk=int(issue_projectId))
if(newProject_homeURL != project.homeURL):
project.homeURL = newProject_homeURL
if(not issue_key or not issue_title):
raise BaseException('key and title are required')
issueURLValidationError = validateIssueURL(issue_trackerURL)
if(issueURLValidationError):
raise BaseException('invalid issue URL ('+issue_trackerURL+') - '+issueURLValidationError)
issue = Issue.newIssue(project, issue_key, issue_title, user, issue_trackerURL)
return _buildOfferFromDictionary_and_issue(dict, user, issue);
def setUp(self):
try:
self.user = User.objects.get_by_natural_key(USER_NAME)
except:
self.user = User.objects.create_user(USER_NAME, USER_MAIL, USER_PASS)
self.project = Project.newProject(PROJECT_NAME, self.user, PROJECT_URL, PROJECT_BUGTRACKER)
self.issue = Issue.newIssue(self.project, ISSUE_KEY, ISSUE_TITLE, ISSUE_DESCRIPTION, self.project.createdByUser, self.project.trackerURL)
def test_non_pd_issue_has_no_copyright_link(self):
# This is the absolute earliest an issue can be non-PD
i = Issue(date_issued=datetime.date(datetime.date.today().year -
95, 1, 1))
c = i.copyright_link
# No copyright
self.assertTrue(c is None)
# No link is created in the db
self.assertEqual(Copyright.objects.count(), 0)
def addFeedback(request):
dict = request.POST
issue_title = dict['title']
issue_description = dict['description']
if not issue_title or not issue_description:
raise BaseException(_('title and description are required'))
issue = Issue.newIssueFeedback(issue_title, issue_description, request.user)
issue.save()
watch_services.watch_issue(request.user, issue.id, Watch.CREATED)
notify_admin(_('new Feedback: %s') % issue_title, issue_description)
return redirect('core.views.feedback_views.feedback')
def addFeedback(request):
dict = request.POST
issue_title = dict["title"]
issue_description = dict["description"]
if not issue_title or not issue_description:
raise BaseException(_("title and description are required"))
issue = Issue.newIssueFeedback(issue_title, issue_description, request.user)
issue.save()
watch_services.watch_issue(request.user, issue.id, Watch.CREATED)
notify_admin(_("new Feedback: %s") % issue_title, issue_description)
return redirect("core.views.feedback_views.feedback")
def addFeedback(request):
dict = request.POST
issue_title = dict['title']
issue_description = dict['description']
if not issue_title or not issue_description:
raise BaseException(_('title and description are required'))
issue = Issue.newIssueFeedback(issue_title, issue_description, request.user)
issue.save()
watch_services.watch_issue(request.user, issue.id, Watch.CREATED)
notify_admin(_('new Feedback: %s') % issue_title, issue_description)
return redirect('feedback')
def update_latest(self, item, spider):
"""Update the latest issues in a collection."""
spider_name = spider.name.lower()
source = Source.objects.get(spider=spider_name)
try:
manga = Manga.objects.get(url=item['url'], source=source)
except Manga.DoesNotExist:
# The manga is not a current one. We simply ignore it
# because will be created in the next full sync.
return
for item_issue in item['issues']:
if not manga.issue_set.filter(url=item_issue['url']).exists():
issue = Issue()
self._update_issue(issue, item_issue)
manga.issue_set.add(issue, bulk=False)
def test_empty_db_pd_issue_has_copyright_link(self):
self.assertEqual(Copyright.objects.count(), 0)
# This is the absolute latest an issue can be considered public domain
i = Issue(date_issued=datetime.date(datetime.date.today().year -
96, 12, 31))
c = i.copyright_link
self.assertEqual(Copyright.objects.count(), 1)
dbc = Copyright.objects.all()[0]
# Make sure what got stuffed in the DB is the same as what got returned
# since the return is created on the fly.
self.assertEqual(c.label, dbc.label)
self.assertEqual(c.uri, dbc.uri)
# Next we make sure label and URI aren't empty. We don't hard-code the
# expected label/uri, we just want to be sure they exist.
self.assertTrue(len(c.label) > 10)
self.assertTrue(len(c.uri) > 10)
def _load_issue(self, mets_file):
_logger.debug("parsing issue mets file: %s" % mets_file)
doc = etree.parse(mets_file)
# get the mods for the issue
div = doc.xpath('.//mets:div[@TYPE="np:issue"]', namespaces=ns)[0]
dmdid = div.attrib['DMDID']
mods = dmd_mods(doc, dmdid)
# set up a new Issue
issue = Issue()
issue.volume = mods.xpath(
'string(.//mods:detail[@type="volume"]/mods:number[1])',
namespaces=ns).strip()
issue.number = mods.xpath(
'string(.//mods:detail[@type="issue"]/mods:number[1])',
namespaces=ns).strip()
issue.edition = int(
mods.xpath(
'string(.//mods:detail[@type="edition"]/mods:number[1])',
namespaces=ns))
issue.edition_label = mods.xpath(
'string(.//mods:detail[@type="edition"]/mods:caption[1])',
namespaces=ns).strip()
# parse issue date
date_issued = mods.xpath('string(.//mods:dateIssued)', namespaces=ns)
issue.date_issued = datetime.strptime(date_issued, '%Y-%m-%d')
# attach the Issue to the appropriate Title
lccn = mods.xpath('string(.//mods:identifier[@type="lccn"])',
namespaces=ns).strip()
try:
title = Title.objects.get(lccn=lccn)
except Exception, e:
url = settings.MARC_RETRIEVAL_URLFORMAT % lccn
logging.info("attempting to load marc record from %s", url)
management.call_command('load_titles', url)
title = Title.objects.get(lccn=lccn)
def on_data(self, data):
print('Inside tweet issue')
logger.info('Inside tweet issue')
try:
tweet = json.loads(data)
title = tweet['text']
geo = tweet['geo']
coord = tweet['coordinates']
user = tweet['user']['screen_name']
sentiment = requests.post(
'http://text-processing.com/api/sentiment/',
data = {
'text': title,
}
).text
if not sentiment:
logger.info('Sentiment could not be determined [Text: ' + title +']')
return True
sentiJson = json.loads(sentiment)
if sentiJson['label'] != 'neg':
logger.info('Sentiment is not negative')
print('Sentiment is not negative')
return True
logger.info('Sentiment is negative')
print('Sentiment is negative')
print('User handle: @' + user)
grievance = Issue(title=title, content=title)
grievance.twitter_handle = '@' + user
grievance.status = IssueStatus.objects.filter(id=1).get()
grievance.tweet = tweet
try:
grievance.save()
logger.info('Saved')
reply = '@%s Your issue has been registered with id %s' %(user, grievance.issue_id)
s = api.update_status(reply, tweet['id'])
except Exception as e:
logger.exception('Saving to database failed: %s', e)
traceback.print_exc()
return True
except Exception as e:
logger.exception('Unknown exception occurred: %s', e)
def _load_issue(self, mets_file):
_logger.debug("parsing issue mets file: %s" % mets_file)
doc = etree.parse(mets_file)
# get the mods for the issue
div = doc.xpath('.//mets:div[@TYPE="np:issue"]', namespaces=ns)[0]
dmdid = div.attrib['DMDID']
mods = dmd_mods(doc, dmdid)
# set up a new Issue
issue = Issue()
issue.volume = mods.xpath(
'string(.//mods:detail[@type="volume"]/mods:number[1])',
namespaces=ns).strip()
issue.number = mods.xpath(
'string(.//mods:detail[@type="issue"]/mods:number[1])',
namespaces=ns).strip()
issue.edition = int(mods.xpath(
'string(.//mods:detail[@type="edition"]/mods:number[1])',
namespaces=ns))
issue.edition_label = mods.xpath(
'string(.//mods:detail[@type="edition"]/mods:caption[1])',
namespaces=ns).strip()
# parse issue date
date_issued = mods.xpath('string(.//mods:dateIssued)', namespaces=ns)
issue.date_issued = datetime.strptime(date_issued, '%Y-%m-%d')
# attach the Issue to the appropriate Title
lccn = mods.xpath('string(.//mods:identifier[@type="lccn"])',
namespaces=ns).strip()
try:
title = Title.objects.get(lccn=lccn)
except Exception, e:
url = settings.MARC_RETRIEVAL_URLFORMAT % lccn
logging.info("attempting to load marc record from %s", url)
management.call_command('load_titles', url)
title = Title.objects.get(lccn=lccn)
def run(self, queue):
"""
Fetch the issue with the given number for the current repository
"""
super(FetchIssueByNumber, self).run(queue)
gh = self.gh
if not gh:
return # it's delayed !
repository_id, issue_number = self.identifier.hget().split('#')
repository = self.repository
try:
issue = repository.issues.get(number=issue_number)
except Issue.DoesNotExist:
issue = Issue(repository=repository, number=issue_number)
force_fetch = self.force_fetch.hget() == '1'
try:
# prefetch full data if wanted
if force_fetch:
if repository.has_issues:
issue.fetch(gh, force_fetch=True)
if issue.is_pull_request:
issue.fetch_pr(gh, force_fetch=True)
# now the normal fetch, if we previously force fetched they'll result in 304
issue.fetch_all(gh)
except ApiNotFoundError, e:
# we have a 404, but... check if it's the issue itself
try:
issue.fetch(gh)
except ApiNotFoundError:
# ok the issue doesn't exist anymore, delete id
issue.delete()
self.deleted.hset(1)
return False
else:
raise e
def _load_issue(self, mets_file):
_logger.debug("parsing issue mets file: %s" % mets_file)
doc = etree.parse(mets_file)
# get the mods for the issue
div = doc.xpath('.//mets:div[@TYPE="np:issue"]', namespaces=ns)[0]
dmdid = div.attrib['DMDID']
mods = dmd_mods(doc, dmdid)
# set up a new Issue
issue = Issue()
issue.volume = mods.xpath(
'string(.//mods:detail[@type="volume"]/mods:number[1])',
namespaces=ns).strip()
issue.number = mods.xpath(
'string(.//mods:detail[@type="issue"]/mods:number[1])',
namespaces=ns).strip()
issue.edition = int(
mods.xpath(
'string(.//mods:detail[@type="edition"]/mods:number[1])',
namespaces=ns))
issue.edition_label = mods.xpath(
'string(.//mods:detail[@type="edition"]/mods:caption[1])',
namespaces=ns).strip()
# parse issue date
date_issued = mods.xpath('string(.//mods:dateIssued)', namespaces=ns)
issue.date_issued = datetime.strptime(date_issued, '%Y-%m-%d')
# attach the Issue to the appropriate Title
lccn = mods.xpath('string(.//mods:identifier[@type="lccn"])',
namespaces=ns).strip()
try:
title = Title.objects.get(lccn=lccn)
except Exception as e:
url = settings.MARC_RETRIEVAL_URLFORMAT % lccn
_logger.info("attempting to load marc record from %s", url)
management.call_command('load_titles', url)
title = Title.objects.get(lccn=lccn)
issue.title = title
issue.batch = self.current_batch
issue.save()
_logger.debug("saved issue: %s" % issue.url)
notes = []
for mods_note in mods.xpath('.//mods:note', namespaces=ns):
type = mods_note.xpath('string(./@type)')
label = mods_note.xpath('string(./@displayLabel)')
text = mods_note.xpath('string(.)')
note = models.IssueNote(type=type, label=label, text=text)
notes.append(note)
issue.notes.set(notes, bulk=False)
issue.save()
# attach pages: lots of logging because it's expensive
for page_div in div.xpath('.//mets:div[@TYPE="np:page"]',
namespaces=ns):
try:
page = self._load_page(doc, page_div, issue)
self.pages_processed += 1
except BatchLoaderException as e:
_logger.exception(e)
return issue
def save_city(self, city):
city_objs = self.retrieve_city(city)
for object in city_objs:
if 'id' in object and object['latitud'] and object['longitud']:
issue = Issue()
issue.lat = float(object['latitud'])
issue.lon = float(object['longitud'])
issue.address = object['direccion'] or ' '
issue.description = object['desperfectoTexto'].replace("Tipo de incidencia: ", '') or ' '
if object['desperfecto'] in self.crash:
issue.type = models.Type.objects.get(pk=5)
elif object['desperfecto'] in self.disturb:
issue.type = models.Type.objects.get(pk=4)
elif object['desperfecto'] in self.noise_polution:
issue.type = models.Type.objects.get(pk=2)
elif object['desperfecto'] in self.vandalism:
issue.type = models.Type.objects.get(pk=1)
else:
issue.type = models.Type.objects.get(pk=9)
issue.save()