def run():
if not FLAGS.output:
raise Exception("Certificates output directory must be specified.")
res = scanner.scan_log(match, "https://ct.googleapis.com/pilot",
FLAGS.multi, write_matched_certificate)
print "Scanned %d, %d matched and %d failed strict or partial parsing" % (
res.total, res.matches, res.errors)
def run():
if not os.path.exists(FLAGS.output_directory):
os.mkdir(FLAGS.output_directory)
res = scanner.scan_log(
ev_match,
"https://ct.googleapis.com/pilot", FLAGS.multi)
print "Scanned %d, %d matched and %d failed strict or partial parsing" % (
res.total, res.matches, res.errors)
def run():
if not FLAGS.output:
raise Exception("Certificates output directory must be specified.")
res = scanner.scan_log(
match, "https://ct.googleapis.com/pilot", FLAGS.multi,
write_matched_certificate)
print "Scanned %d, %d matched and %d failed strict or partial parsing" % (
res.total, res.matches, res.errors)
def generate_ev_cert_hashes_from_log(log_url):
"""Scans the given log and generates a list of hashes for all EV
certificates in it.
Returns a tuple of (scan_results, hashes_list)"""
ev_hashes = set()
def add_hash(cert_hash):
"""Store the hash. Always called from the main process, so safe."""
ev_hashes.add(cert_hash)
res = scanner.scan_log(_ev_match, log_url, FLAGS.multi, add_hash)
return (res, ev_hashes)
def run():
"""
Kick off the multi-threaded certificate search
"""
if not FLAGS.output:
raise Exception("Certificates output directory must be specified.")
res = scanner.scan_log(
match, "https://ct1.digicert-ct.com/log", FLAGS.multi,
write_matched_certificate)
print "Scanned %d, %d matched and %d failed strict or partial parsing" % (
res.total, res.matches, res.errors)
def generate_ev_cert_hashes_from_log(
log_url, num_processes, output_directory):
"""Scans the given log and generates a list of hashes for all EV
certificates in it.
Returns a tuple of (scan_results, hashes_list)"""
if output_directory and not os.path.exists(output_directory):
os.makedirs(output_directory)
ev_hashes = set()
def add_hash(cert_hash):
"""Store the hash. Always called from the main process, so safe."""
ev_hashes.add(cert_hash)
bound_ev_match = functools.partial(_ev_match, output_directory)
res = scanner.scan_log(bound_ev_match, log_url, num_processes, add_hash)
return (res, ev_hashes)
def generate_ev_cert_hashes_from_log(log_url, num_processes, output_directory):
"""Scans the given log and generates a list of hashes for all EV
certificates in it.
Returns a tuple of (scan_results, hashes_list)"""
if output_directory and not os.path.exists(output_directory):
os.makedirs(output_directory)
ev_hashes = set()
def add_hash(cert_hash):
"""Store the hash. Always called from the main process, so safe."""
ev_hashes.add(cert_hash)
bound_ev_match = functools.partial(_ev_match, output_directory)
res = scanner.scan_log(bound_ev_match, log_url, num_processes, add_hash)
return (res, ev_hashes)
def run():
if not FLAGS.output:
raise Exception("Certificates output directory must be specified.")
if not os.path.exists(FLAGS.output):
# Create output folder is is does not exist
os.makedirs(FLAGS.output)
if not FLAGS.log:
raise Exception("Log to scan must be specified.")
res = scanner.scan_log(
match_callback=match,
log_url=FLAGS.log,
total_processes=FLAGS.multi,
matcher_output_handler=write_matched_certificate,
start_entry=FLAGS.startat,
)
print "Scanned %d, %d matched and %d failed strict or partial parsing" % (
res.total, res.matches, res.errors)