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86import json
from utils.watch import logger
from utils.auth import rabbit
def axe_catcher(cleaned_results, url_id, axe_driver_specs):
"""
Description:
This function processes the cleaned_results and creates tables_rules and tables_nodes lists. It also prepares
data for RabbitMQ and sends data to the sharp_axes queue.
Args:
cleaned_results: A dictionary containing the cleaned results.
url_id: An integer representing the URL ID.
axe_driver_specs: A dictionary containing the Axe driver specs.
Returns:
None
"""
tables_scans = {
'engine_name': axe_driver_specs.get('engine_name'),
'orientation_angle': axe_driver_specs.get('orientation_angle'),
'orientation_type': axe_driver_specs.get('orientation_type'),
'user_agent': axe_driver_specs.get('user_agent'),
'window_height': axe_driver_specs.get('window_height'),
'window_width': axe_driver_specs.get('window_width'),
'scanned_at': cleaned_results.get('timestamp'),
'url_id': url_id,
'url': cleaned_results.get('url')
}
# Process the results and create tables_rules and tables_nodes lists
tables_rules_list = []
tables_nodes_list = []
rule_types = ['violations', 'incomplete', 'inapplicable', 'passes']
for rule_type in rule_types:
for rule in cleaned_results.get(rule_type, []):
tables_rules_item = {
'rule_type': rule_type,
'axe_id': rule.get('id'),
'impact': rule.get('impact'),
'tags': ','.join(rule.get('tags', [])),
'nodes': json.dumps(rule.get('nodes', []))
}
tables_rules_list.append(tables_rules_item)
for node in rule.get('nodes', []):
tables_nodes_item = {
'rule_id': '42', # This should be replaced by the actual rule_id from the rules table
'failure_summary': node.get('failureSummary'),
'html': node.get('html'),
'impact': node.get('impact'),
'target': ','.join(t for target_list in node.get('target', []) for t in target_list),
'criteria_all': json.dumps(node.get('all', [])),
'criteria_any': json.dumps(node.get('any', [])),
'criteria_none': json.dumps(node.get('none', []))
}
tables_nodes_list.append(tables_nodes_item)
# Prepare data for RabbitMQ
data = {
'tables_scans': tables_scans,
'tables_rules': tables_rules_list,
'tables_nodes': tables_nodes_list
}
message = json.dumps(data)
# Send the data to the RabbitMQ queue
queue_name = 'landing_axe'
channel, connection = rabbit(queue_name, message)
if channel and connection:
logger.info(f'🏆 Message sent to {queue_name}!')
else:
logger.error(f'Sick Rabbit! Sick Rabbit! Sick Rabbit! {queue_name}')
# Send a confirmation message to the axe_speed queue
queue_name = 'axe_speed'
body='VICTORY'
channel, connection = rabbit(queue_name, body)
if channel and connection:
logger.info(f'🏆 Message sent to {queue_name}!')
else:
logger.error(f'Sick Rabbit! Sick Rabbit! Sick Rabbit! {queue_name}')