def process_objects(self, author):
# Circuit
circuit = Circuit(
name=self.cleaned_data.get('name', ''),
category=self.cleaned_data.get('category', ''),
description=self.clean_description(),
author=author,
adult_content=self.cleaned_data['adult_content']
)
circuit.save()
# Topics
new_topics = []
all_topics = []
topic_names = Topic.parse_names(self.cleaned_data('topics', []))
for tn in topic_names:
if not Topic.exists(tn):
topic = Topic.get_or_create(tn)
new_topics.append(topic)
else:
topic = Topic.get_by_name(tn)
all_topics.append(topic)
multiple = False
if len(new_topics) > 0:
multiple = True
# Add topics to circuit
for topic in all_topics:
circuit.topics.add(topic)
circuit.save()
return {
'circuit': circuit,
'all_topics': all_topics,
'new_topics': new_topics,
'multiple': multiple
}
def run(self, new_users=None):
if new_users == None:
#SELECT id, circuits_to_create FROM users
#WHERE circuits_to_create > 0;
all_users = SimUser.objects.filter(circuits_to_create__gt=0)
else:
#all_users = SimUser.objects.order_by((SimUser.id).desc()).limit(new_users)
pass
cct_name = 'circuit_'
cct_count = 0
new_circuits = 0
session_counter = 0
print colored.white("Generating circuits:")
for usuario in progress.bar(all_users):
for i_circuit in xrange(usuario.circuits_to_create):
circuit = Circuit(name=cct_name + str(cct_count),
author=usuario.user,
rating=0,
category=random.randint(0, 25))
cct_count += 1
session_counter += 1
circuit.save()
new_circuits += 1
if session_counter >= 5000:
session_counter = 0
transaction.commit()
transaction.commit()
def process_objects(self, author):
name = self.cleaned_data.get('name', u'')
category = self.cleaned_data.get('category',
constants.DEFAULT_CIRCUIT_CATEGORY)
description = self.cleaned_data.get('description', u'')
# Trimming more than one 2 linebreaks to one
line_breaks = re.search('.*?(\s{2,}).*?', description)
if line_breaks is not None:
trimmed_description = description
for line_break in line_breaks.groups():
trimmed_description = description.replace(line_break, u'\r\n')
description = trimmed_description
# Circuit
circuit = Circuit(
name=name,
category=category,
description=description,
author=author,
adult_content=self.cleaned_data.get('adult_content', False)
)
circuit.save()
# Topics
new_topics = []
all_topics = []
topic_names = Topic.parse_names(self.cleaned_data.get('topics', []))
for tn in topic_names:
if not Topic.exists(tn):
topic = Topic.get_or_create(tn)
new_topics.append(topic)
else:
topic = Topic.get_by_name(tn)
all_topics.append(topic)
multiple = False
if len(new_topics) > 0:
multiple = True
# Add topics to circuit
for topic in all_topics:
circuit.topics.add(topic)
circuit.save()
return {
'circuit': circuit,
'all_topics': all_topics,
'new_topics': new_topics,
'multiple': multiple
}
def process_objects(self, author):
name = self.cleaned_data.get('name', u'')
category = self.cleaned_data.get('category',
constants.DEFAULT_CIRCUIT_CATEGORY)
description = self.cleaned_data.get('description', u'')
# Trimming more than one 2 linebreaks to one
line_breaks = re.search('.*?(\s{2,}).*?', description)
if line_breaks is not None:
trimmed_description = description
for line_break in line_breaks.groups():
trimmed_description = description.replace(line_break, u'\r\n')
description = trimmed_description
# Circuit
circuit = Circuit(name=name,
category=category,
description=description,
author=author,
adult_content=self.cleaned_data.get(
'adult_content', False))
circuit.save()
# Topics
new_topics = []
all_topics = []
topic_names = Topic.parse_names(self.cleaned_data.get('topics', []))
for tn in topic_names:
if not Topic.exists(tn):
topic = Topic.get_or_create(tn)
new_topics.append(topic)
else:
topic = Topic.get_by_name(tn)
all_topics.append(topic)
multiple = False
if len(new_topics) > 0:
multiple = True
# Add topics to circuit
for topic in all_topics:
circuit.topics.add(topic)
circuit.save()
return {
'circuit': circuit,
'all_topics': all_topics,
'new_topics': new_topics,
'multiple': multiple
}
def add_circuits():
ct = CommunicationsType()
ct.comm_type = 'Dynamic T1'
ct.save()
ct2 = CommunicationsType()
ct2.comm_type = 'EVDO'
ct2.save()
circuit = Circuit()
circuit.store = Store.objects.get(pk=2942)
circuit.primary_vendor = Vendor.objects.all()[0]
circuit.primary_circuit_id = 'A1awr23'
circuit.communications_type = CommunicationsType.objects.all()[0]
circuit.circuit_type = 'P'
circuit.save()
circuit = Circuit()
circuit.store = Store.objects.get(pk=2583)
circuit.primary_vendor = Vendor.objects.all()[0]
circuit.primary_circuit_id = 'A345-12'
circuit.communications_type = CommunicationsType.objects.all()[0]
circuit.circuit_type = 'P'
circuit.save()
circuit = Circuit()
circuit.store = Store.objects.get(pk=2811)
circuit.primary_vendor = Vendor.objects.all()[0]
circuit.primary_circuit_id = 'A3aer2345'
circuit.communications_type = CommunicationsType.objects.all()[0]
circuit.circuit_type = 'P'
circuit.save()
def run(self, new_users=None):
if new_users == None:
#SELECT id, circuits_to_create FROM users
#WHERE circuits_to_create > 0;
all_users = SimUser.objects.filter(circuits_to_create__gt = 0)
else:
#all_users = SimUser.objects.order_by((SimUser.id).desc()).limit(new_users)
pass
cct_name = 'circuit_'
cct_count = 0
new_circuits = 0
session_counter = 0
print colored.white("Generating circuits:")
for usuario in progress.bar(all_users):
for i_circuit in xrange(usuario.circuits_to_create):
circuit = Circuit(
name=cct_name + str(cct_count),
author=usuario.user,
rating=0,
category = random.randint(0,25)
)
cct_count += 1
session_counter += 1
circuit.save()
new_circuits += 1
if session_counter >= 5000:
session_counter = 0
transaction.commit()
transaction.commit()
def read_from_file(self, filename):
"""
reads places from file
"""
with open(filename, 'r') as FILE:
for line in FILE:
#line = FILE.readline()
# eliminate \n at end
line = line.strip()
self.number_lines += 1
if line == '@#':
guide_title = FILE.next().strip()
self.number_lines += 1
guide_title = guide_title.replace('-', ' ')
guide_author = FILE.next().strip()
self.number_lines += 1
# returns a user, finding it or creating it
author = self.create_or_find_author(guide_author)
location = FILE.next().strip()
self.number_lines += 1
location = location.split('\t')
location = location[-1]
description = FILE.next().strip().replace('-', ' ')
self.number_lines += 1
# create circuit
# FIXME: decription migth be 'NO-DESCRIPTION' and
# category should be somehow matched to a proper category
try:
new_ct = Circuit.objects.get(
name=guide_title,
author=author,
)
except Circuit.DoesNotExist:
new_ct = Circuit(
name=guide_title,
category=4,
author=author,
description=description[:399],
published=True,
source=3,
)
print 'Creating circuit ' + guide_title
new_ct.save()
# move line 1 position forward so place can read from here
line = FILE.next().strip()
self.number_lines += 1
# a place
fields = line.split('\t')
place_name = fields[0].replace('-', ' ')
lat = fields[1]
lng = fields[2]
try:
desc = fields[3]
except IndexError:
dec = ''
# invoke process_search and pass fields
self.process_search(circuit=new_ct,
place_name=place_name,
lat=lat,
lng=lng,
location=location,
description=desc)
def read_from_file(self, filename):
"""
reads places from file
"""
with open(filename, 'r') as FILE:
for line in FILE:
#line = FILE.readline()
# eliminate \n at end
line = line.strip()
self.number_lines += 1
if line == '@#':
guide_title = FILE.next().strip()
self.number_lines += 1
guide_title = guide_title.replace('-', ' ')
guide_author = FILE.next().strip()
self.number_lines += 1
# returns a user, finding it or creating it
author = self.create_or_find_author(guide_author)
location = FILE.next().strip()
self.number_lines += 1
location = location.split('\t')
location = location[-1]
description = FILE.next().strip().replace('-', ' ')
self.number_lines += 1
# create circuit
# FIXME: decription migth be 'NO-DESCRIPTION' and
# category should be somehow matched to a proper category
try:
new_ct = Circuit.objects.get(
name=guide_title,
author=author,
)
except Circuit.DoesNotExist:
new_ct = Circuit(
name=guide_title,
category=4,
author=author,
description=description[:399],
published=True,
source=3,
)
print 'Creating circuit ' + guide_title
new_ct.save()
# move line 1 position forward so place can read from here
line = FILE.next().strip()
self.number_lines += 1
# a place
fields = line.split('\t')
place_name = fields[0].replace('-', ' ')
lat = fields[1]
lng = fields[2]
try:
desc = fields[3]
except IndexError:
dec = ''
# invoke process_search and pass fields
self.process_search(
circuit=new_ct,
place_name=place_name,
lat=lat,
lng=lng,
location=location,
description=desc
)
