def run(input_file):
instructions = get_input(input_file)
part_one(instructions)
# Need to duplicate the instructions, because we've already chewed through the list evaluating
# them in part one.
instructions = get_input(input_file)
part_two(instructions)
def build_pages(id_):
"""Walk user through building multiple new page documents.
:return a page object
"""
pages = list()
logging.info("Getting Page Metadata")
# Looks through to get the number of pages as a number with error checking
num_pages = get_number(" How many pages do you need?")
for page_num in range(int(num_pages)):
logging.info(f"Building Page {page_num + 1}")
temp_page = Page()
auto_forward = yes_no_prompt(" Will this page auto forward?")
temp_page.capture_credentials = False
temp_page.capture_passwords = False
if auto_forward == "yes":
setattr(temp_page, "name", f"{id_}-{page_num+1}-AutoForward")
temp_page.html = AUTO_FORWARD
temp_page.redirect_url = get_input(" URL to Redirect to:")
else:
temp_page.name = f"{id_}-{page_num+1}-Landing"
forward = yes_no_prompt(" Will this page forward after action? (yes/no)")
if forward == "yes":
temp_page.redirect_url = get_input(" URL to Redirect to:")
# Receives the file name and checks if it exists.
while True:
try:
landing_file_name = get_input("Landing Page File name:")
# Drops .html if included so it can always be added as fail safe.
landing_file_name = landing_file_name.split(".", 1)[0]
with open(landing_file_name + ".html") as landingFile:
temp_page.html = landingFile.read()
break
except EnvironmentError:
logging.critical(
f"ERROR- Landing Page File not found: {landing_file_name}.html"
)
print("Please try again...")
# Debug page information
logging.debug(f"Page Name: {temp_page.name}")
logging.debug(f"Redirect ULR: {temp_page.redirect_url}")
logging.debug(f"Capture Credentials: {temp_page.capture_credentials}")
logging.debug(f"Capture Passwords: {temp_page.capture_passwords}")
temp_page = review_page(temp_page)
pages.append(temp_page)
return pages
def run(input_file):
fish = [int(x) for x in get_input(input_file)[0].split(',')]
# Copy the fish for part one (slow) because the list is modified while simulating
part_one_slow([f for f in fish])
part_one_fast(fish)
part_two(fish)
def target_add_label(labels, email, target):
"""Add a label to a target."""
if labels == "yes" and not email[3]:
logging.error("Missing Label for {}".format(target.email))
target.position = get_input("Please enter a label:")
else:
target.position = email[3]
return target
def build_assessment(assessment_id):
"""Walk user through building a new assessment document.
:return an assessment object
"""
logging.info("Building Assessment")
# Initializes assessment object with ID and timezone
assessment = Assessment(id=assessment_id, timezone=set_time_zone())
# Uses prompt to set Assessment and target domains while not allowing blank input
assessment.domain = get_input(
" Assessment Domain (subdomain.domain.tld):")
assessment.target_domains = (get_input(
" Targeted domain(s) separated by spaces:").lower().split(" "))
# Uses functions to build out aspects of assessment.
assessment.pages = build_pages(assessment.id)
assessment.groups = build_groups(assessment.id, assessment.target_domains)
template_smtp = SMTP()
template_smtp.name = assessment.id + "-SP"
# Sets up smtp host info to be pre-populated.
template_smtp.host = prompt("Enter SMTP Host: ",
default=template_smtp.host,
validator=BlankInputValidator())
# Bandit complains about the input() function, but it is safe to
# use in Python 3, which is required by this project.
template_smtp.username = input("SMTP User: "******"SMTP Password: "******"Building Campaigns")
num_campaigns = get_number(" How many Campaigns?")
for campaign_number in range(0, num_campaigns):
campaign_data = build_campaigns(assessment, campaign_number + 1,
template_smtp)
assessment.campaigns.append(campaign_data)
set_date("start_date", assessment, campaign_data.launch_date)
set_date("end_date", assessment, campaign_data.complete_date)
return assessment
def run(input_file):
lines = [line for line in get_input(input_file)]
heightmap = list()
for line in lines:
line = list(line)
heightmap.append([int(x) for x in line])
part_one(heightmap)
part_two(heightmap)
def run(input_file):
input_lines = get_input(input_file)
earliest_time = int(input_lines[0])
buses = [int(n) for n in input_lines[1].split(',') if n != 'x']
part_one(earliest_time, buses)
offset_buses = [(i, int(n))
for i, n in enumerate(input_lines[1].split(','))
if n != 'x']
part_two(offset_buses)
def main() -> None:
"""Set up logging, connect to API, call requested function(s)."""
args: Dict[str, str] = docopt(__doc__, version=__version__)
# Set up logging
log_level = args["--log-level"]
try:
logging.basicConfig(
format="\n%(levelname)s: %(message)s", level=log_level.upper()
)
except ValueError:
logging.critical(
'"%s" is not a valid logging level. Possible values are debug, info, warning, and error.',
log_level,
)
sys.exit(1)
# Connect to API
try:
api = connect_api(args["API_KEY"], args["SERVER"])
logging.debug('Connected to: "%s"', args["SERVER"])
except Exception as e:
logging.critical(e.args[0])
sys.exit(1)
try:
if args["--campaign"]:
# Use campaign name to find campaign id.
campaigns = get_campaigns(api)
campaign_id = get_campaign_id(args["--campaign"], campaigns)
else:
# User inputs assessment id and selects campaign from lists.
assessment_id = get_input("Enter the Assessment ID:")
campaigns = get_campaigns(api, assessment_id)
campaign_id = select_campaign(campaigns)
except LookupError as err:
logging.error(err)
sys.exit(1)
if args["--summary-only"]:
# Output summary only.
print_summary(api, campaign_id)
else:
# Complete and output summary.
try:
complete_campaign(args["API_KEY"], args["SERVER"], campaign_id)
except UserWarning as err:
logging.warning(err)
sys.exit(1)
print_summary(api, campaign_id)
def run(input_file):
connectors = [int(n) for n in get_input(input_file)]
# The power supply is 0 jolts. Your device has a joltage rating 3 higher than the highest-rated
# connector you have. Add 0 and max+3 to model the supply and device as connectors.
connectors.append(0)
connectors.append(max(connectors) + 3)
connectors.sort()
part_one(connectors)
part_two(connectors)
def create_email(assessment, campaign_number=""):
"""Create email."""
temp_template = Template(name=assessment.id + "-T" + str(campaign_number))
temp_smtp = SMTP(name=f"{assessment.id}-SP-{campaign_number}")
# Receives the file name and checks if it exists.
while True:
try:
html_file_name = get_input("HTML Template File name:")
# Drops .html if included so it can always be added as fail safe.
html_file_name = html_file_name.split(".", 1)[0]
with open(html_file_name + ".html") as htmlFile:
temp_template.html = htmlFile.read()
break
except EnvironmentError:
logging.error(
f"HTML Template File not found: {html_file_name}.html")
print("Please try again...")
# Receives the file name and checks if it exists.
while True:
try:
text_file_name = get_input(" Text Template File name:")
# Drops .txt if included so it can always be added as fail safe.
text_file_name = text_file_name.split(".", 1)[0]
with open(text_file_name + ".txt") as textFile:
temp_template.text = textFile.read()
break
except EnvironmentError:
logging.critical(
"Text Template File not found: {}.txt".format(text_file_name))
print("Please try again...")
return temp_smtp, temp_template
def run(input_file):
potential_triangles = list()
for line in get_input(input_file):
s1, s2, s3 = int(line[:3]), int(line[3:8]), int(line[8:])
potential_triangles.append((s1, s2, s3))
part_one(potential_triangles)
potential_triangles = list()
tri1, tri2, tri3 = list(), list(), list()
for line in get_input(input_file):
s1, s2, s3 = int(line[:3]), int(line[3:8]), int(line[8:])
tri1.append(s1)
tri2.append(s2)
tri3.append(s3)
if len(tri1) == 3:
potential_triangles.append(tri1)
potential_triangles.append(tri2)
potential_triangles.append(tri3)
tri1, tri2, tri3 = list(), list(), list()
part_two(potential_triangles)
def add_group(api, assessment_id):
"""Create a test group."""
logging.info("Adding Test Group")
newGroup = Group()
newGroup.name = "Test-" + assessment_id
# Holds list of Users to be added to group.
targets = list()
target = User()
target.first_name = get_input("Enter First Name: ")
# Receives the file name and checks if it exists.
while target.first_name != "done" or target.first_name == "":
target.last_name = get_input("Enter Last Name: ")
while True:
target.email = get_input("Enter Email: ")
if not validate_email(target.email):
print("In Valid Email")
else:
break
target.position = get_input("Enter Org: ")
targets.append(target)
target = User()
target.first_name = get_input("Enter First Name or 'done': ")
newGroup.targets = targets
newGroup = api.groups.post(newGroup)
return newGroup.name
def import_email(assessment, campaign_number, template_smtp):
"""Import email from file."""
temp_template = Template(name=f"{assessment.id}-T{str(campaign_number)}")
temp_smtp = copy.deepcopy(template_smtp)
temp_smtp.name = f"{assessment.id}-SP-{campaign_number}"
# Receives the file name and checks if it exists.
while True:
try:
import_file_name = get_input(" Import File name?")
# Drops .json if included so it can always be added as fail safe.
import_file_name = import_file_name.split(".", 1)[0]
with open(import_file_name + ".json") as importFile:
import_temp = json.load(importFile)
# Validates that all fields are present or raise MissingKey Error.
email_import_validation(import_temp)
break
except EnvironmentError:
logging.critical(
"Import File not found: {}.json".format(import_file_name))
print("Please try again...")
except MissingKey as e:
# Logs and indicates the user should correct before clicking ok which will re-run the import.
logging.critical("Missing Field from import: {}".format(e.key))
message_dialog(
title="Missing Field",
text=
f'Email import is missing the "{e.key}" field, please correct before clicking Ok.\n {e.key}: {e.description}',
)
continue
# Finalize SMTP profile, push to GoPhish for check.
# TODO Need to valid this formatting.
temp_smtp.from_address = import_temp["from_address"]
# Load
temp_template.subject = import_temp["subject"]
temp_template.html = import_temp["html"]
temp_template.text = import_temp["text"]
temp_template.name = f"{assessment.id}-T{str(campaign_number)}-{import_temp['id']}"
return temp_smtp, temp_template
def run(input_file):
raw = get_input(input_file)
line_points = list()
for line in raw:
a, b = line.split(' -> ')
ax, ay = a.split(',')
point_a = Point(x=int(ax), y=int(ay))
bx, by = b.split(',')
point_b = Point(x=int(bx), y=int(by))
line_points.append((point_a, point_b))
part_one(line_points)
part_two(line_points)
def run(input_file):
lines = get_input(input_file)
bingo_numbers = [int(x) for x in lines[0].split(',')]
boards = list()
boards_workspace = [line for line in lines[1:] if line]
while True:
new_board = list()
for line in boards_workspace[0:5]:
row = [int(y) for y in line.split(' ') if y]
new_board.append(row)
boards.append(new_board)
boards_workspace = boards_workspace[5:]
if not boards_workspace:
break
part_one(bingo_numbers, boards)
part_two(bingo_numbers, boards)
def build_emails(domains, labels):
"""Build emails."""
# Holds list of Users to be added to group.
targets = list()
domain_miss_match = list()
format_error = list()
# Receives the file name and checks if it exists.
while True:
try:
email_file_name = get_input(" E-mail CSV name:")
# Drops .csv if included so it can always be added as fail safe.
email_file_name = email_file_name.split(".", 1)[0]
with open(email_file_name + ".csv") as csv_file:
read_csv = csv.reader(csv_file, delimiter=",")
next(read_csv)
for row in read_csv:
# Checks e-mail format, if false prints message.
if not validate_email(row[2]):
format_error.append(row)
# Checks that the domain matches, if false prints message,
elif not validate_domain(row[2], domains):
domain_miss_match.append(row)
else:
target = Target(first_name=row[0],
last_name=row[1],
email=row[2])
target = target_add_label(labels, row, target)
targets.append(target)
# Works through emails found to include formatting errors.
print("\n")
if len(format_error) < 2:
for email in format_error:
email[2] = prompt(
"Correct Email Formatting: ",
default=email[2],
validator=EmailValidator(),
)
if not validate_domain(email[2], domains):
domain_miss_match.append(email)
else:
target = Target(first_name=email[0],
last_name=email[1],
email=email[2])
target = target_add_label(labels, email, target)
targets.append(target)
else:
logging.error("{} Formatting Errors".format(
len(format_error)))
if yes_no_prompt(
"Would you like to correct each here") == "yes":
for email in format_error:
email[2] = prompt(
"Correct Email Formatting: ",
default=email[2],
validator=EmailValidator(),
)
if not validate_domain(email[2], domains):
domain_miss_match.append(email)
else:
target = Target(first_name=row[0],
last_name=row[1],
email=row[2])
target = target_add_label(
labels, email, target)
targets.append(target)
else:
logging.warning(
"Incorrectly formatted Emails will not be added, continuing..."
)
# Works through emails found to have domain miss match.
if len(domain_miss_match) < 2:
for email in domain_miss_match:
email[2] = prompt(
"Correct Email Domain: ",
default=email[2],
validator=EmailValidator(),
)
else:
logging.error("{} Domain Miss Match Errors".format(
len(format_error)))
if yes_no_prompt(
"Would you like to correct each here") == "yes":
for email in domain_miss_match:
while True:
email[2] = prompt(
"Correct Email Domain: ",
default=email[2],
validator=EmailValidator(),
)
if validate_domain(email[2], domains):
target = Target(
first_name=row[0],
last_name=row[1],
email=row[2],
)
target = target_add_label(
labels, email, target)
targets.append(target)
break
else:
logging.warning(
"Incorrectly formatted Emails will not be added, continuing..."
)
if len(targets) == 0:
raise Exception("No targets loaded")
break
except EnvironmentError:
logging.critical(
"Email File not found: {}.csv".format(email_file_name))
print("\t Please try again...")
except Exception:
# Logs and indicates the user should correct before clicking ok which will re-run the import.
logging.critical("No targets loaded")
message_dialog(
title="Missing Targets",
text=
"No targets loaded from file, please check file before clicking Ok.",
)
continue
return targets
def run(input_file):
document = loads(get_input(input_file)[0])
part_one(document)
part_two(document)
def run(input_file):
messages = get_input(input_file)
part_one(messages)
part_two(messages)
def run(input_file):
packages = [int(line) for line in get_input(input_file)]
part_one(packages, 3)
part_two(packages, 4)
def run(input_file):
encrypted_rooms = get_input(input_file)
part_one(encrypted_rooms)
part_two(encrypted_rooms)
def run(input_file):
entries = get_input(input_file)
part_one(entries)
part_two(entries)
def run(input_file):
part_one(get_input(input_file))
part_two(get_input(input_file))
def run(input_file):
directions = get_input(input_file)[0]
part_one(directions)
part_two(directions)
def run(input_file):
key = get_input(input_file)[0]
part_one(key)
part_two(key)
def run(input_file):
floor_instructions = get_input(input_file)[0]
part_one(floor_instructions)
part_two(floor_instructions)
def run(input_file):
door_id = get_input(input_file)[0]
part_one(door_id)
part_two(door_id)
def run(input_file):
target_present_count = int(get_input(input_file)[0])
part_one(target_present_count)
part_two(target_present_count)
def run(input_file):
reactions, medicine_molecule = __parse(get_input(input_file))
part_one(reactions, medicine_molecule)
part_two(reactions, medicine_molecule)
def run(input_file):
instructions = get_input(input_file)
part_one(instructions)
part_two(instructions)
def run(input_file):
crabs = [int(x) for x in get_input(input_file)[0].split(',')]
part_one(crabs)
part_two(crabs)
