def comment_info(comment):
comment_name = u'comment_{0}'.format(comment['id'])
if not Entity.by_name(comment_name):
print("Caching new comment {0}".format(comment_name))
entity = Entity(comment_name)
entity[u'body'] = comment['body']
DBSession.add(entity)
DBSession.commit()
return Entity.by_name(comment_name)
def comment_info(comment):
comment_name = u'comment_{0}'.format(comment['id'])
if not Entity.by_name(comment_name):
print("Caching new comment {0}".format(comment_name))
entity = Entity(comment_name)
entity[u'body'] = comment['body']
DBSession.add(entity)
DBSession.commit()
return Entity.by_name(comment_name)
def issue_info(issue):
issue_name = u'issue_{0}'.format(issue['id'])
if not Entity.by_name(issue_name):
print("Caching new issue {0}".format(issue_name))
entity = Entity(issue_name)
entity[u'title'] = issue['title']
entity[u'number'] = issue['number']
DBSession.add(entity)
DBSession.commit()
return Entity.by_name(issue_name)
def issue_info(issue):
issue_name = u'issue_{0}'.format(issue['id'])
if not Entity.by_name(issue_name):
print("Caching new issue {0}".format(issue_name))
entity = Entity(issue_name)
entity[u'title'] = issue['title']
entity[u'number'] = issue['number']
DBSession.add(entity)
DBSession.commit()
return Entity.by_name(issue_name)
def recent_events(days=0, limit=0):
DBSession.commit()
events = DBSession.query(Entity) \
.filter(Entity.name.startswith('event\_', escape='\\')) \
.all()
if days > 0:
yesterday = datetime.now() - timedelta(days=days)
events = filter(lambda event: event['created_at'] > yesterday, events)
events.sort(key=lambda event: event['created_at'], reverse=True)
if len(events) > limit > 0:
events = events[:limit]
return events
def recent_events(days=0, limit=0):
DBSession.commit()
events = DBSession.query(Entity) \
.filter(Entity.name.startswith('event\_', escape='\\')) \
.all()
if days > 0:
yesterday = datetime.now() - timedelta(days=days)
events = filter(lambda event: event['created_at'] > yesterday, events)
events.sort(key=lambda event: event['created_at'], reverse=True)
if len(events) > limit > 0:
events = events[:limit]
return events
def test_model_count(self):
child = self.entity.children.values()[1]
child = child.children.values()[0]
child = child.children.values()[0]
child = child.children.values()[1]
table, model = get_mapped_table_model_from_entity(child)
eq_(int(DBSession.query(model).count()), 417)
def repo_info(repo):
repo_name = repo.get('full_name', '{0}/{1}'.format(repo['owner']['login'],
repo['name']))
if not Entity.by_name(repo_name):
print("Caching new repository {0}".format(repo_name))
entity = Entity(repo_name)
entity['name'] = repo['full_name']
# Evidently you cannot set facts to None. (?)
if not repo['description']:
entity['description'] = u''
else:
entity['description'] = repo['description']
entity['url'] = repo['html_url']
entity['owner'] = user_info(repo['owner']).name
DBSession.add(entity)
DBSession.commit()
return Entity.by_name(repo_name)
def user_info(user):
user_name = u'user_{0}'.format(user['id'])
if not Entity.by_name(user_name):
print("Caching new user {0}".format(user_name))
entity = Entity(user_name)
entity['login'] = user['login']
entity['gravatar'] = user['gravatar_id']
entity['avatar'] = u'http://www.gravatar.com/avatar/{0}?s=200' \
.format(user['gravatar_id'])
# Not everyone has set a name for their account.
if user.get('name'):
entity[u'name'] = user['name']
else:
entity[u'name'] = user['login']
DBSession.add(entity)
DBSession.commit()
return Entity.by_name(user_name)
def user_info(user):
user_name = u'user_{0}'.format(user['id'])
if not Entity.by_name(user_name):
print("Caching new user {0}".format(user_name))
entity = Entity(user_name)
entity['login'] = user['login']
entity['gravatar'] = user['gravatar_id']
entity['avatar'] = u'http://www.gravatar.com/avatar/{0}?s=200' \
.format(user['gravatar_id'])
# Not everyone has set a name for their account.
if user.get('name'):
entity[u'name'] = user['name']
else:
entity[u'name'] = user['login']
DBSession.add(entity)
DBSession.commit()
return Entity.by_name(user_name)
def repo_info(repo):
repo_name = repo.get(
'full_name', '{0}/{1}'.format(repo['owner']['login'], repo['name']))
if not Entity.by_name(repo_name):
print("Caching new repository {0}".format(repo_name))
entity = Entity(repo_name)
entity['name'] = repo['full_name']
# Evidently you cannot set facts to None. (?)
if not repo['description']:
entity['description'] = u''
else:
entity['description'] = repo['description']
entity['url'] = repo['html_url']
entity['owner'] = user_info(repo['owner']).name
DBSession.add(entity)
DBSession.commit()
return Entity.by_name(repo_name)
def event_info(event):
event_name = u'event_{0}'.format(event['id'])
if not Entity.by_name(event_name):
print("Caching new event {0}".format(event_name))
entity = Entity(event_name)
entity['name'] = event_name
entity[u'actor'] = user_info(event['actor']).name
try:
entity[u'repo'] = repo_info(event['repo']['name']).name
except:
entity['repo'] = event['repo']['name']
entity[u'type'] = event['type']
entity[u'payload'] = event['payload']
entity[u'created_at'] = datetime.strptime(event['created_at'], '%Y-%m-%dT%H:%M:%SZ')
if 'Comment' in event['type']:
entity[u'comment'] = comment_info(event['payload']['comment']).name
if 'Issue' in event['type']:
entity['issue'] = issue_info(event['payload']['issue']).name
DBSession.add(entity)
DBSession.commit()
return Entity.by_name(event_name)
def event_info(event):
event_name = u'event_{0}'.format(event['id'])
if not Entity.by_name(event_name):
print("Caching new event {0}".format(event_name))
entity = Entity(event_name)
entity['name'] = event_name
entity[u'actor'] = user_info(event['actor']).name
try:
entity[u'repo'] = repo_info(event['repo']['name']).name
except:
entity['repo'] = event['repo']['name']
entity[u'type'] = event['type']
entity[u'payload'] = event['payload']
entity[u'created_at'] = datetime.strptime(event['created_at'],
'%Y-%m-%dT%H:%M:%SZ')
if 'Comment' in event['type']:
entity[u'comment'] = comment_info(event['payload']['comment']).name
if 'Issue' in event['type']:
entity['issue'] = issue_info(event['payload']['issue']).name
DBSession.add(entity)
DBSession.commit()
return Entity.by_name(event_name)
def zip_exe_handler(self, entity):
""" Handles self-extracting zip files """
self.log.debug("zip_exe_handler(%s)" % entity)
entity[u'format'] = u'zip'
dirname = os.path.dirname(entity[u'filename'])
p = subprocess.Popen('unzip -o "%s"' % entity[u'filename'],
shell=True, stdout=subprocess.PIPE,
stderr=subprocess.PIPE,
cwd=dirname)
out, err = p.communicate()
if err:
self.log.error("Error unzipping: " + err)
else:
# Delete compressed data after extracting
os.unlink(entity[u'filename'])
for line in out.split('\n'):
if line.strip().startswith('inflating'):
extracted = os.path.join(dirname, line.strip().split()[-1])
self.log.debug("extracted " + extracted)
magic = utils.get_magic(extracted)
# Create a new child Entity for each extracted file
extracted = to_unicode(extracted)
child = Entity.by_name(extracted)
if not child:
child = Entity(name=os.path.basename(extracted))
child[u'filename'] = extracted
DBSession.add(child)
child.parent = entity
child[u'magic'] = to_unicode(magic)
self.log.debug("Created %s" % child)
else:
child.parent = entity
DBSession.flush()
self.call_magic_handler(extracted, child)
def inject_test_knowledge():
monster = Entity(u'Monster')
fairy = Entity(u'Fairy')
rjbean = Entity(u'rjbean')
monster[u'color'] = u'Green'
monster[u'name'] = u'Lotharrr'
fairy[u'flies'] = True
fairy[u'name'] = u'Bell'
rjbean[u'name'] = u'ralph'
rjbean[u'flies'] = False
rjbean[u'hacks'] = True
DBSession.add(monster)
DBSession.add(fairy)
DBSession.add(rjbean)
DBSession.commit()
def test_model_first_row(self):
child = self.entity.children.values()[1]
child = child.children.values()[0]
child = child.children.values()[0]
child = child.children.values()[1]
table, model = get_mapped_table_model_from_entity(child)
eq_(DBSession.query(model).first(), """http://data.gov/download/994/csv
* Name: A. ROSENTHAL (PTY) LTD.
* Street_Address: P.O. BOX 44198, 65 7TH STREET, DENMYR BUILDING
* City: LINDEN
* State:
* Country: ZA
* Postal_Code: 2104
* Effective_Date: 08/08/1997
* Expiration_Date: 08/08/2017
* Standard_Order: Y""")
def __repr__(self):
str = ''
from knowledge.model import Entity, with_characteristic, Fact, DBSession
table_name = self._sa_class_manager.mapper.mapped_table.name
# FIXME:
# (ProgrammingError) CASE types integer and text cannot be matched
# LINE 5: ...ger' THEN moksha_facts.int_value WHEN 'char' THEN
#entity = Knowledge.query(Entity).filter(Entity.facts.any(
# with_characteristic(u'table_name', table_name))).one()
entity = DBSession.query(Fact).filter_by(key=u'table_name',
char_value=table_name).one().entity
str += entity.name
for i, col in enumerate(entity[u'columns']):
str += '\n * %s: %s' % (entity[u'column_names'][i],
getattr(self, col))
return str
def tearDown(self):
DBSession.remove()
def test_associating_facts_get_custom_default(self):
apple = Entity('apple')
DBSession.add(apple)
DBSession.commit()
apple['foo'] = u'bar'
eq_(apple.get('baz', 'zomg'), 'zomg')
def polymorphic_csv_populator(self, entity):
"""
Reads the CSV into Knowledge.
TODO: no dynamic dialects?
"""
try:
#flush_after = asint(config.get('transaction_size', 1000))
repo = utils.get_fact_from_parents(u'repo', entity)
custom_dialect = self.dialects.get(repo, None)
if not custom_dialect:
# Nothing to see hre, carry on.
pass
elif custom_dialect not in csv.list_dialects():
self.log.error("Dialect '%s' not found!" % custom_dialect)
csv_reader = csv.reader(entity['filename'], dialect=custom_dialect)
columns = None
# TODO: See if this file has already been parsed!
for i, line in enumerate(csv_reader):
if i == 0:
columns = line
# then create a Table object with the appropriate columns
table_name = u'civx_' + unicode(uuid.uuid4()).replace('-', '')
entity[u'table_name'] = table_name
entity[u'column_names'] = columns
# The actual column names behind the scenes. CIVX will
# map them to the 'column_names'
entity[u'columns'] = [u'col_%d' % i for i in
range(len(columns))]
#DBSession.flush()
table, model = utils.get_mapped_table_model_from_entity(entity)
model.__table__ = table
civx.model.models[model] = {
'csv': [entity[u'filename']],
'columns': entity[u'columns'],
'tmp_csv': {}
}
metadata.create_all()
continue
break
self.log.info("%d entries in %r table" % (
DBSession.query(model).count(),
entity[u'table_name']))
populate_csv((
utils.get_fact_from_parents('repo', entity),
entity[u'filename'],
model,
self.engine), dialect=custom_dialect)
self.log.info("%d entries in %r table" % (
DBSession.query(model).count(),
entity[u'table_name']))
DBSession.commit()
except Exception, e:
self.log.error('Unable to parse file as CSV')
self.log.exception(e)
def the_facts():
knowledge_query = DBSession.query(Entity).all()
for entity in knowledge_query:
print to_bytes(entity), to_bytes(entity.facts.values())
def data_gov_handler(self, url):
""" data.gov handler.
Entity(CIVX)
|-Entity(data.gov)
| |-Entity(Agency)
| |-Entity(http://www.data.gov/raw/674)
| | |-Fact(title), ...
| | |-Entity(http://www.epa.gov/tri/tridata/tri08/early_data/statedata/basic/TRI_2008_TN_v08.exe)
"""
self.log.debug('data_gov_handler(%s)' % locals())
parsed_url = urlparse(url)
hostname = parsed_url[1].replace('www.', '')
data_types = ('csv', 'RDF', 'xml', 'kml', 'PDF', 'shapefile', 'XLS')
fields = ('Agency', 'Sub-Agency', 'Category', 'Date Released',
'Date Updated', 'Time Period', 'Frequency',
'Description', 'Data.gov Data Category Type',
'Specialized Data Category Designation',
'Keywords', 'Unique ID', 'Citation',
'Agency Program Page', 'Agency Data Series Page',
'Unit of Analysis', 'Granularity', 'Geographic Coverage',
'Collection Mode', 'Data Collection Instrument',
'Data Dictionary/Variable List', 'Technical Documentation',
'Additional Metadata')
# Our top-level data.gov entity
data_gov = Entity.by_name('data.gov')
if not data_gov:
data_gov = Entity(name=u'data.gov')
DBSession.add(data_gov)
root = Entity.by_name(u'CIVX')
if not root:
root = Entity(name=u'CIVX')
DBSession.add(root)
data_gov.parent = root
# See if this entity already exists
#~ entity = Entity.by_name(url)
#~ if entity:
#~ self.log.info('Entity(%r) already exists; skipping.' % url)
#~ return
soup = self.get_soup(url)
# If this is a raw data profile, grab the title of the dataset
if '/raw/' in url:
# Create a new Entity for this URL
title = soup.find('h2', {'id': 'datasetName'}).string.decode('utf-8', 'replace')
entity = Entity(name=title)
entity[u'url'] = url
entity[u'repo'] = hostname
DBSession.add(entity)
dest = [self.config['git_dir'], hostname]
# Extract data for each field
for field in fields:
data = soup.find(text=field)
if data and data.next and data.next.next:
data = data.next.next.string
if data:
entity[unicode(field)] = data.decode('utf-8').strip()
DBSession.flush()
# Create seperate parent Agency Entity
if u'Agency' in entity.facts:
agency = Entity(name=entity[u'Agency'])
agency.parent = data_gov
parent = agency
DBSession.add(agency)
dest.append(entity[u'Agency'])
if u'Sub-Agency' in entity.facts:
subagency = Entity(name=entity[u'Sub-Agency'])
subagency.parent = agency
parent = subagency
DBSession.add(subagency)
dest.append(entity[u'Sub-Agency'])
DBSession.flush()
# Have the URL be the child of the agency or sub-agency
entity.parent = parent
# Elegant repo paths: data.gov/Agency[/Sub-Agency]/title/filename
dest.append(entity.name)
dest = os.path.join(*dest)
if not os.path.isdir(dest):
os.makedirs(dest)
# Scrape all available raw data types
downloads = soup.find_all('a', href=re.compile(r'^/download'))
for button in downloads:
data = button.string.split()[0]
link = button['href']
if link:
link = urljoin('http://explore.data.gov', link)
entity[data.lower()] = link
parsed_link = urlparse(link)
file_name = parsed_link[2].split('/')[-1]
raw = self.download_file(link)
filename = os.path.join(dest, file_name)
shutil.move(raw, filename)
self.log.debug("Moved %s to %s" % (raw, filename))
# Create a new entity for this file
file_entity = Entity(name=link)
DBSession.add(file_entity)
file_entity[u'filename'] = filename
file_entity.parent = entity
# Process this file accordingly
self.call_magic_handler(filename, file_entity)
# Find external map links
map = soup.find('a', href=re.compile(r'^/externallink/map/'))
if map:
map = urllib.unquote(map.get('href', '')[18:]).split('/')[0].replace('###', '/')
entity[u'map'] = map
DBSession.flush()
# If this is from a table of results, grab the title fom this row
else:
self.log.debug("entity[url] = %r" % entity[u'url'])
raise NotImplementedError("Scraping titles from data.gov tables not yet supported")
def test_basic_two(self):
apple = Entity('apple')
eq_(apple.name, 'apple')
DBSession.commit()
def twill_handler(self, url, links, login_func):
"""
This function uses twill to download the files defined in links
and passing them to the magic handler to be processed.
"""
self.log.debug('twill_handler(%s)' % locals())
parsed_url = urlparse(url)
hostname = parsed_url[1].replace('www.', '')
parent = Entity.by_name(hostname)
if not parent:
parent = Entity(name=hostname)
DBSession.add(parent)
root = Entity.by_name(u'CIVX')
if not root:
root = Entity(name=u'CIVX')
DBSession.add(root)
parent.parent = root
# See if this entity already exists
entity = Entity.by_name(url)
if entity:
self.log.info('Entity(%r) already exists; skipping.' % url)
return
#DBSession.flush()
for category, link_list in links.items():
dest = [self.config['git_dir'], hostname]
if len(links) == 1:
entity = parent
else:
entity = Entity(name=category)
entity[u'url'] = url
entity[u'repo'] = hostname
entity.parent = parent
dest.append(entity.name)
DBSession.add(entity)
DBSession.flush()
dest = os.path.join(*dest)
if not os.path.isdir(dest):
os.makedirs(dest)
b = self.get_browser()
for link in link_list:
# We might have timed out, try to log in again.
login_func()
b.go(link['href'])
# Try to pick out the filename if there is a query
if link['href'].find('=') >= 0:
filename = urlparse(link['href'])[-2].split('=')[1]
else:
filename = link['href'].split('/')[-1]
filename = os.path.join(dest, filename)
save_html(filename)
file_entity = Entity(name=link.contents[0])
file_entity[u'filename'] = filename
file_entity[u'repo'] = hostname
DBSession.add(file_entity)
file_entity.parent = entity
self.log.debug("Created entity %r (parent %r)" % (
file_entity.name, file_entity.parent.name))
magic = self.call_magic_handler(filename, file_entity)
file_entity[u'magic'] = magic
DBSession.flush()
def consume(self, url):
"""
This method attempts to scrape a URI. First it tries to figure out the
protocol, then tries to pull a hostname out of the url. Then the git
repo is initialized, and we take a close look at the url.
If the hostnme is known to be tricky, it will have a special handler
method written for it and leave from there. Otherwise it goes through
the general path for its protocol, attempting to find useful data.
When everything is done, the entity is updated and messages are sent
out announcing that the scrape is done.
"""
self.log.debug("PolyScraper(%s)" % url)
start = datetime.utcnow()
# Try to pull a protocol off the URI
protocol_end = url.find("://")
protocol = "http"
if not protocol_end == -1:
protocol = url[:protocol_end]
parsed_url = urlparse(url)
hostname = parsed_url[1].replace('www.', '')
# Set a hostname if none is set.
if not hostname:
hostname = u"localhost"
# See if we already know about this URL
entity = Entity.by_name(url)
if entity:
self.log.info('Entity(%r) already exists' % url)
else:
root = Entity.by_name(u'CIVX')
if not root:
root = Entity(name=u'CIVX')
DBSession.add(root)
DBSession.flush()
parent = Entity.by_name(hostname)
if not parent:
parent = Entity(name=hostname)
DBSession.add(parent)
parent.parent = root
self.log.debug("Created entity %r" % parent.name)
entity = Entity(name=url)
DBSession.add(entity)
# hide the exact url entity from our tree
entity.parent = parent
self.log.debug("Created entity %r" % entity.name)
#self.send_message('civx.knowledge.entities.new', {
# 'msg': 'New entity created: %s' % url
# })
DBSession.flush()
# Initialize a git repo for this data source
entity[u'repo'] = hostname
#entity[u'url'] = url
# Initialize the git repository for this domain
#~ self.init_git_repo(repo=hostname)
DBSession.flush()
# Scrape the url (to a certain depth) for data
num_downloads = 0
# Provide a URL handler method that is called with each file pass
# in the soup entity for the link instead, so we can easily look
# around the DOM and pull out titles, etc.
if hostname in self.url_handlers:
#self.url_handlers[hostname](self, soup_link, file_entity)
self.url_handlers[hostname](self, url)
else:
# If we do not specifically handle this file, take a basic approach
# based on the protocol. These could probably also be split off
# into $protocol_handler methods.
self.log.warning('Cannot find %s URL handler' % hostname)
files = []
if protocol == "ftp":
from ftplib import FTP
self.log.debug("FTP support is not implemented yet.")
elif protocol == "file":
search_path = url[protocol_end+3:]
local_files = []
if os.path.isdir(search_path):
# Find all files in directory
for directory in os.walk(search_path):
dirpath = directory[0]
for filename in directory[2]:
local_files.append(os.path.join(dirpath, filename))
else:
local_files.append(search_path)
dest = os.path.join(self.config['git_dir'], hostname)
# FIXME: what about for links to epa.gov from data.gov?
# we probably want our own epa.gov repo namespace to download
# and extract this to
#if not os.path.isdir(dest):
# self.log.debug("mkdir %s" % dest)
# os.makedirs(dest)
# I think this section is deprecated and unnecessary...
#for ext in extensions.split(','):
## if link.endswith('%s' % ext) or '/%s/' % ext in link:
## entity[u'format'] = ext
# if ext not in civx.model.models[Entity]:
# civx.model.models[Entity][ext] = []
for path in local_files:
#raw = self.download_file(link)
#file_name = os.path.basename(link)
#filename = to_unicode(os.path.join(dest, file_name))
#num_downloads += 1
#shutil.copy(raw, filename)
#self.log.debug("Copied %s to %s" % (raw,
# os.path.join(dest, file_name)))
##file_entity = Entity(name=os.path.basename(file_name))
#file_entity = Entity(name=link)
##file_entity[u'url'] = link
#file_entity[u'filename'] = filename
#file_entity[u'repo'] = hostname
#DBSession.add(file_entity)
#file_entity.parent = entity
##file_entity.parent = parent
#self.log.debug("Created entity %r (parent %r)" % (
# file_entity.name, file_entity.parent.name))
file_path = os.path.split(path)[0]
file_name = os.path.split(path)[1]
self.log.info("%s is a local file" % file_name)
files.append((file_path, file_name, path))
#files.append((os.path.dirname(filename), file_name, filename))
else:
# Assume protocol is http
"""
####
f = urllib2.urlopen(url) # XXX: does this load everything into mem?
if f.info().type == 'text/html':
soup = self.get_soup(f.read())
else: # Assume the url is a link to a direct file
# Save the file to disk.
# throw file at magic handlers
####
"""
soup = self.get_soup(url)
for link, soup_link in self.scrape_files_from_url(url, soup_links=True):
parsed_link = urlparse(link)
file_path = '/'.join(parsed_link[2].split('/')[:-1])
file_name = parsed_link[2].split('/')[-1]
files.append((file_path, file_name, link))
for (file_path, file_name, link) in files:
dest = self.config['git_dir'] + hostname + file_path
local = os.path.exists(link)
# See if this file already exists
file_entity = Entity.by_name(link)
#file_entity = Entity.by_name(os.path.basename(file_name))
if file_entity:
self.log.info('Entity(%r) already exists; skipping.' % link)
continue
# FIXME: what about for links to epa.gov from data.gov?
# we probably want our own epa.gov repo namespace to download
# and extract this to
if not os.path.isdir(dest):
os.makedirs(dest)
# I think this section is deprecated and unnecessary...
for ext in extensions.split(','):
# if link.endswith('%s' % ext) or '/%s/' % ext in link:
# entity[u'format'] = ext
if ext not in civx.model.models[Entity]:
civx.model.models[Entity][ext] = []
raw = self.download_file(link)
filename = os.path.join(dest, file_name)
num_downloads += 1
if local:
self.log.debug("Copied %s to %s" % (raw, filename))
shutil.copy(raw, filename)
else:
self.log.debug("Moved %s to %s" % (raw, filename))
shutil.move(raw, filename)
#file_entity = Entity(name=os.path.basename(file_name))
file_entity = Entity(name=link)
#file_entity[u'url'] = link
file_entity[u'filename'] = filename
file_entity[u'repo'] = hostname
DBSession.add(file_entity)
file_entity.parent = entity
#file_entity.parent = parent
self.log.debug("Created entity %r (parent %r)" % (
file_entity.name, file_entity.parent.name))
# Determine the file magic, and call the appropriate handler
file_entity[u'magic'] = self.call_magic_handler(filename, file_entity)
DBSession.flush()
# To do this stuff we'll need to return an entity from the url handler?
#if 'num_files' in entity.facts:
# num_files = int(entity['num_files'])
# print repr(num_files)
#
# if num_files != num_downloads:
# self.log.info('Downloaded %d more files from previous scrape' %
# num_downloads - num_files)
# entity[u'num_files'] += num_downloads
# else:
#entity[u'num_files'] = num_downloads
#if u'date_added' not in entity.facts:
# entity[u'date_added'] = unicode(datetime.utcnow())
#entity[u'date_last_scraped'] = unicode(datetime.utcnow())
if 'changelog' not in entity.facts:
entity[u'changelog'] = []
finish = datetime.utcnow()
changelog = {
u'start_time': unicode(start),
u'finish_time': unicode(finish),
u'elapsed_time': unicode(finish-start),
u'num_downloads': num_downloads,
#u'num_children': len(entity.children),
#~ u'git_commit': self.get_latest_commit_id(),
}
entity[u'changelog'].append(changelog)
DBSession.commit()
self.log.info("== Statistics ==")
self.log.info("Scraped url: " + url)
self.log.info("Number of downloaded files: %d" % num_downloads)
def test_associating_facts_unicode_by_attr(self):
apple = Entity('apple')
DBSession.add(apple)
DBSession.commit()
apple['foo'] = u'bar'
eq_(apple.foo, 'bar')
def test_basic_one(self):
""" Basic usage. """
apple = Entity('apple')
DBSession.add(apple)
DBSession.commit()
eq_(apple.name, 'apple')
def by_name(cls, name):
"""A class method that permits to search entities
based on their name attribute.
"""
return DBSession.query(cls).filter(cls.name == name).first()
