def straight_attacks(self, attack_name, attacks, all_wordlists, all_rules):
"""
Parse configuration's STRAIGHT attack parameters and call the corresponding hashcat class method
"""
for attack in attacks: # for every attack
wordlists = Attacks.get_file_from_index(attack["wordlists"],
all_wordlists)
if "rules" in attack:
if attack_name == "straight_with_rules_manual":
r = attack["rules"]
else:
rules = Attacks.get_file_from_index(
attack["rules"], all_rules)
for w in wordlists: # for every wordlist
if attack_name == "straight":
self.hashcat.straight(w)
elif attack_name == "straight_with_combined_rules_files":
if len(rules) == 2: # only if 2 rule files are given
self.hashcat.straight_with_combined_rules_files(
w, rules[0], rules[1])
else:
print(
Color.red(
"Straight combined rules: You have to define two rule files!"
))
elif attack_name == "straight_with_rules_manual":
self.hashcat.straight_with_rules_manual(w, r)
elif attack_name == "straight_with_rules_files":
for r in rules: # apply all the defined rules
self.hashcat.straight_with_rules_file(w, r)
return
def combinator_attacks(self, attack_name, attacks, all_wordlists):
"""
Parse configuration's COMBINATOR attack parameters and call the corresponding hashcat class method
"""
for attack in attacks: # for every attack
wordlists = Attacks.get_file_from_index(attack["wordlists"],
all_wordlists)
if len(wordlists) == 2: # only if 2 wordlists are given
w1 = wordlists[0]
w2 = wordlists[1]
if attack_name == "combinator":
self.hashcat.combinator(w1, w2)
elif attack_name == "":
j = attack["rules_left"]
k = attack["rules_right"]
self.hashcat.combinator(w1, w2, j, k)
else:
print(
Color.red(
"Combined rules: You have to define two rule files!"))
return
conf.attacks[attack_name],
conf.wordlists)
elif "brute_force" in attack_name:
attacks.brute_force_attacks(attack_name,
conf.attacks[attack_name],
conf.masks)
elif "hybrid" in attack_name:
attacks.hybrid_attacks(attack_name,
conf.attacks[attack_name],
conf.wordlists, conf.masks)
elif "one_word_per_hash" in attack_name:
attacks.OneWordPerHashAttacks(attack_name,
conf.attacks[attack_name],
conf.wordlists)
else:
print(Color.red("This attack name is not recognized!"))
except Exception as e:
# if custom exception for exiting attacks --> continue from here
if str(e) == "skip_attacks":
print(Color.red(" --> Skipping attacks"))
# else, show exception and exit
else:
Color.show_error(e)
# print end datetime and duration
end_date = datetime.now()
print("\nEnd date: " + Results.datetime_to_string(end_date))
duration = end_date - start_date
print("Duration: " + Results.timedelta_to_string(duration))
if arguments.results: # if -r/--results
