def test_null_url(self):
domain, url = get_domain_from_url(None)
expect(domain).to_equal('')
expect(url).to_equal('')
domain, url = get_domain_from_url('')
expect(domain).to_equal('')
expect(url).to_equal('')
def validate(self):
links = self.get_links()
total_score = float(self.reviewer.page_score)
tax = total_score * float(self.reviewer.config.PAGE_SCORE_TAX_RATE)
available_score = total_score - tax
number_of_links = float(len(links)) or 1.0
link_score = available_score / number_of_links
for url, response in links:
domain, domain_url = get_domain_from_url(url)
if domain in self.page_url:
self.send_url(response.effective_url, link_score, response)
else:
if response.status_code in [302, 307]:
self.moved_link_violation(url, response)
elif response.status_code > 399:
self.broken_link_violation(url, response)
if self.broken_links:
self.add_violation(
key='link.broken',
value=self.broken_links,
points=100 * len(self.broken_links)
)
if self.moved_links:
self.add_violation(
key='link.moved.temporarily',
value=self.moved_links,
points=100
)
self.flush()
def get_blacklist_domain_count(cls, db):
ungrouped = defaultdict(int)
for urls, count in Violation.get_group_by_value_for_key(
db, 'blacklist.domains'):
for url in urls:
domain, null = get_domain_from_url(url)
ungrouped[domain] += count
blacklist = sorted(ungrouped.items(), key=lambda xz: -xz[1])
return [dict(zip(('domain', 'count'), x)) for x in blacklist]
def __init__(
self, api_url, page_uuid, page_url, page_score,
config=None, validators=[], facters=[], search_provider=None, async_get=None,
wait=None, wait_timeout=None, db=None, cache=None, publish=None,
fact_definitions=None, violation_definitions=None, girl=None):
self.db = db
self.cache = cache
self.girl = girl
self.publish = publish
self.api_url = api_url
self.page_uuid = page_uuid
self.page_url = page_url
self.page_score = page_score
self.domain_name, self.domain_url = get_domain_from_url(self.page_url)
self.ping_method = None
self.review_dao = ReviewDAO(self.page_uuid, self.page_url)
assert isinstance(config, Config), 'config argument must be an instance of holmes.config.Config'
self.config = config
for facter in facters:
message = 'All facters must subclass holmes.facters.Facter (Error: %s)' % facter.__class__.__name__
assert inspect.isclass(facter), message
assert issubclass(facter, Facter), message
for validator in validators:
message = 'All validators must subclass holmes.validators.base.Validator (Error: %s)' % validator.__class__.__name__
assert inspect.isclass(validator), message
assert issubclass(validator, Validator), message
self.validators = validators
self.facters = facters
self.search_provider = search_provider
self.responses = {}
self.raw_responses = {}
self.status_codes = {}
self.async_get_func = async_get
self._wait_for_async_requests = wait
self._wait_timeout = wait_timeout
self.fact_definitions = fact_definitions
self.violation_definitions = violation_definitions
def validate(self):
links = self.get_links()
page_domain, domain_url = get_domain_from_url(self.review.page_url)
rel_nofollow = []
for link in links:
href = link.get('href')
if not is_valid(href):
continue
link_domain, link_domain_url = get_domain_from_url(href)
if link.get('rel') == 'nofollow' and page_domain == link_domain:
rel_nofollow.append(href)
if rel_nofollow:
self.add_violation(key='invalid.links.nofollow',
value=rel_nofollow,
points=10 * len(rel_nofollow))
def _start_job(self, job):
try:
lock = Lock(job['url'], redis=self.redis, timeout=1)
lock.acquire()
self.working_url = job['url']
if self.working_url:
self.domain_name, domain_url = get_domain_from_url(
self.working_url)
self._ping_api()
job['lock'] = lock
return True
except LockTimeout:
job['lock'] = None
return False
def add_domain(cls, url, db, publish_method, config, girl,
default_violations_values, violation_definitions, cache):
from holmes.models import Domain, DomainsViolationsPrefs
from holmes.material import expire_materials
domain_name, domain_url = get_domain_from_url(url)
domains = db.query(Domain).filter(
or_(Domain.name == domain_name,
Domain.name == domain_name.rstrip('/'),
Domain.name == "%s/" % domain_name)).all()
if not domains:
domain = None
else:
domain = domains[0]
if not domain:
url_hash = hashlib.sha512(domain_url).hexdigest()
domain = Domain(url=domain_url,
url_hash=url_hash,
name=domain_name)
db.add(domain)
db.flush()
expire_materials(girl)
publish_method(
dumps({
'type': 'new-domain',
'domainUrl': str(domain_url)
}))
keys = default_violations_values.keys()
DomainsViolationsPrefs.insert_default_violations_values_for_domain(
db, domain, keys, violation_definitions, cache)
from holmes.models import Limiter
connections = config.DEFAULT_NUMBER_OF_CONCURRENT_CONNECTIONS
Limiter.add_or_update_limiter(db, domain_url, connections)
return domain
def validate(self):
blacklist_domains = self.get_violation_pref('blacklist.domains')
domains = []
links = self.get_links()
for link in links:
href = link.get('href')
if not is_valid(href):
continue
link_domain, link_domain_url = get_domain_from_url(href)
if link_domain in blacklist_domains:
domains.append(href)
if domains:
self.add_violation(key='blacklist.domains',
value=domains,
points=100 * len(domains))
def get(self):
term = self.get_argument('term')
page = self.db.query(Page) \
.filter(or_(
Page.url == term,
Page.url == term.rstrip('/')
)) \
.filter(Page.last_review != None) \
.first()
if page is None:
self.write_json(None)
return
domain_name, domain_url = get_domain_from_url(page.url)
self.write_json({
"uuid": str(page.uuid),
"url": page.url,
"reviewId": str(page.last_review.uuid),
"domain": domain_name
})
def add_page(cls, db, cache, url, score, fetch_method, publish_method,
config, girl, default_violations_values,
violation_definitions, callback):
domain_name, domain_url = get_domain_from_url(url)
if not url or not domain_name:
callback((False, url, {
'reason': 'invalid_url',
'url': url,
'status': None,
'details': 'Domain name could not be determined.'
}))
return
logging.debug('Obtaining "%s"...' % url)
fetch_method(url,
cls.handle_request(
cls.handle_add_page(db, cache, url, score,
publish_method, config, girl,
default_violations_values,
violation_definitions, callback)),
proxy_host=config.HTTP_PROXY_HOST,
proxy_port=config.HTTP_PROXY_PORT)
def test_single_url_using_custom_scheme(self):
domain, url = get_domain_from_url('globo.com', default_scheme='https')
expect(domain).to_equal('globo.com')
expect(url).to_equal('https://globo.com')
def test_localhost(self):
domain, url = get_domain_from_url('http://localhost/Python.html')
expect(domain).to_equal('localhost')
expect(url).to_equal('http://localhost')
def test_page_invalid_url(self):
domain, url = get_domain_from_url('help/Python.html')
expect(domain).to_equal('')
expect(url).to_equal('')
def test_page_with_www(self):
domain, url = get_domain_from_url('http://www.globo.com:80/%7Eguido/Python.html')
expect(domain).to_equal('globo.com')
expect(url).to_equal('http://www.globo.com')
def test_page_invalid_protocol(self):
domain, url = get_domain_from_url('ttp://globo.com')
expect(domain).to_equal('globo.com')
expect(url).to_equal('http://globo.com')
def test_page_without_protocol_with_port(self):
domain, url = get_domain_from_url('globo.com:80/%7Eguido/Python.html')
expect(domain).to_equal('globo.com')
expect(url).to_equal('http://globo.com')
def test_single_page_url_with_port(self):
domain, url = get_domain_from_url("http://globo.com:80/index.html")
expect(domain).to_equal('globo.com')
expect(url).to_equal('http://globo.com')
def test_single_page_url(self):
domain, url = get_domain_from_url('http://globo.com/index.html')
expect(domain).to_equal('globo.com')
expect(url).to_equal('http://globo.com')
def test_single_https_url(self):
domain, url = get_domain_from_url('https://globo.com')
expect(domain).to_equal('globo.com')
expect(url).to_equal('https://globo.com')