def show(self):
"""Display selected credentials"""
results = self.get_results()
if not results:
logger.warning('No credential to display')
else:
data = list()
columns = [
'IP',
'Hostname',
'Service',
'Port',
'Proto',
'Type',
'Username',
'Password',
'URL',
'Comment',
]
for r in results:
data.append([
r.service.host.ip,
r.service.host.hostname \
if r.service.host.hostname != str(r.service.host.ip) else '',
r.service.name,
r.service.port,
{Protocol.TCP: 'tcp', Protocol.UDP: 'udp'}.get(r.service.protocol),
r.type or '',
'<empty>' if r.username == '' else r.username,
{'': '<empty>', None: '<???>'}.get(r.password, r.password),
StringUtils.wrap(r.service.url, 50),
StringUtils.wrap(r.comment, 50),
])
Output.table(columns, data, hrules=False)
def show(self):
"""Show selected products"""
results = self.get_results()
if not results:
logger.warning('No product to display')
else:
data = list()
columns = [
'IP',
'Hostname',
'Service',
'Port',
'Proto',
'Type',
'Name',
'Version',
]
for r in results:
data.append([
r.service.host.ip,
r.service.host.hostname \
if r.service.host.hostname != str(r.service.host.ip) else '',
r.service.name,
r.service.port,
{Protocol.TCP: 'tcp', Protocol.UDP: 'udp'}.get(r.service.protocol),
r.type,
r.name,
r.version,
])
Output.table(columns, data, hrules=False)
def add_cred(self, service_id, username, password, auth_type=None):
cred = self.sqlsess.query(Credential).join(Service)\
.filter(Service.id == service_id)\
.filter(Credential.username == username)\
.filter(Credential.password == password)\
.filter(Credential.type == auth_type).first()
if cred:
logger.warning('Credential already exists in database')
else:
service = self.sqlsess.query(Service).filter(
Service.id == service_id).first()
if not service:
logger.error(
'Service id {id} is invalid'.format(id=service_id))
else:
cred = Credential(username=username,
password=password,
type=auth_type if service.name == 'http' else
None) # auth type relevant only for http
self.sqlsess.add(cred)
service.credentials.append(cred)
logger.success('Credential {username}/{password}{auth_type} added to service {service} '\
'host={ip}{hostname} port={port}/{proto}'.format(
username = '******' if username == '' else username,
password = {'': '<empty>', None: '<???>'}.get(password, password),
auth_type = '('+str(auth_type)+')' if auth_type else '',
service = service.name,
ip = service.host.ip,
hostname = '('+service.host.hostname+')' if service.host.hostname else '',
port = service.port,
proto = {Protocol.TCP: 'tcp', Protocol.UDP: 'udp'}.get(service.protocol)))
self.sqlsess.commit()
def do_nmap(self, args):
"""Import Nmap results"""
print()
file = os.path.expanduser(args.file[0])
if not FileUtils.can_read(file):
logger.error('Cannot read specified file')
return
logger.info('Importing Nmap results from {file}'.format(file=file))
if not args.no_http_recheck:
logger.info('Each service will be re-checked to detect HTTP services. Use --no-http-recheck if you want to disable it (faster import)')
parser = NmapResultsParser(file, self.settings.services)
results = parser.parse(not args.no_http_recheck)
if results is not None:
if len(results) == 0:
logger.warning('No new service has been added into current mission')
else:
req = HostsRequester(self.sqlsess)
req.select_mission(self.current_mission)
for host in results:
req.add_or_merge_host(host)
logger.success('Nmap results imported with success into current mission')
print()
def show(self, highlight=None):
"""
Display selected missions.
:param str highlight: Name of the mission to highlight
"""
results = self.get_results()
if not results:
logger.warning('No matching mission')
else:
data = list()
columns = [
'Mission',
'Creation date',
'Comment',
'# Hosts',
'# Services',
]
for mission in results:
color = 'light_green' if mission.name == highlight else None
data.append([
Output.colored(mission.name, color=color),
Output.colored(str(mission.creation_date), color=color),
Output.colored(StringUtils.wrap(mission.comment, 50), color=color),
Output.colored(len(mission.hosts), color=color),
Output.colored(mission.get_nb_services(), color=color),
])
Output.table(columns, data, hrules=False)
def detect_os(self):
"""
Detect product from command output
"""
for os in os_match.keys():
if self.tool_name in os_match[os].keys():
patterns = os_match[os][self.tool_name]
if type(patterns) == str:
patterns = [patterns]
for pattern in patterns:
logger.debug('Search for os pattern: {pattern}'.format(
pattern=pattern))
try:
m = re.search(pattern, self.cmd_output, re.IGNORECASE)
except Exception as e:
logger.warning('Error with matchstring [{pattern}], ' \
'you should review it. Exception: {exc}'.format(
pattern=pattern, exc=e))
break
# If pattern matches, add detected OS
if m:
logger.debug('OS pattern matches')
# Add detected OS to the context
self.cu.add_os(os)
return
def attack(self):
"""
Run the attack against all targets
:param fast_mode:
"""
# Initialize top status/progress bar
# If single target (total=None), the counter format will be used instead of the progress bar format
attack_progress = manager.counter(
total=len(self.targets) + 1 if len(self.targets) > 1 else None,
desc='',
unit='target',
bar_format=STATUSBAR_FORMAT, # For multi targets
counter_format=STATUSBAR_FORMAT_SINGLE) # For single target
time.sleep(.5) # hack for progress bar display
for i in range(1, len(self.targets) + 1):
print()
self.show_summary()
print()
# Target selection
if not self.fast_mode:
if len(self.targets) > 1:
self.current_targetid = Output.prompt_choice_range(
'Attack target # ? [{default}] '.format(
default=self.current_targetid), 1,
len(self.targets), self.current_targetid)
else:
if Output.prompt_confirm('Start attack ?', default=True):
self.current_targetid = 1
else:
logger.warning('Attack canceled !')
sys.exit(1)
target = self.targets[self.current_targetid - 1]
# Update status/progress bar
status = 'Current target [{cur}/{total}]: host {ip} | port {port}/{proto} | service {service}'.format(
cur=i,
total=len(self.targets),
ip=target.get_ip(),
port=target.get_port(),
proto=target.get_protocol(),
service=target.get_service_name())
attack_progress.desc = '{status}{fill}'.format(
status=status, fill=' ' * (DESC_LENGTH - len(status)))
attack_progress.update()
print()
# Launch the attack on the selected target
self.__attack_target(self.current_targetid, attack_progress)
self.current_targetid += 1
attack_progress.update()
time.sleep(.5)
attack_progress.close()
manager.stop() # Clear progress bars
def __run_install_update(self, fast_mode, update=False):
"""
Run install or update command.
:param fast_mode: Set to true to disable prompts
:param update: Mode selector, True for update | False for install (default)
:return: Install/Update status
:rtype: bool
"""
if update : cmd = self.update_command.get_cmdline(self.tool_dir)
else : cmd = self.install_command.get_cmdline(self.tool_dir)
mode = 'update' if update else 'install'
logger.info('Description: {descr}'.format(descr=self.description))
#Output.print('{mode} command : {cmd}'.format(
# mode=mode.capitalize(), cmd=cmd_short))
if fast_mode \
or Output.prompt_confirm('Confirm {mode} ?'.format(mode=mode), default=True):
Output.begin_cmd(cmd)
ProcessLauncher(cmd).start()
Output.delimiter()
logger.success('Tool {mode} has finished'.format(mode=mode))
return True
else:
logger.warning('Tool {mode} aborted'.format(mode=mode))
return False
def show(self):
"""Display selected vulnerabilities"""
results = self.get_results()
if not results:
logger.warning('No vulnerability to display')
else:
data = list()
columns = [
'IP',
'Service',
'Port',
'Proto',
'Vulnerability',
]
for r in results:
data.append([
r.service.host.ip,
r.service.name,
r.service.port,
{
Protocol.TCP: 'tcp',
Protocol.UDP: 'udp'
}.get(r.service.protocol),
StringUtils.wrap(r.name, 140),
])
Output.table(columns, data, hrules=False)
def show(self):
"""Display selected specific options"""
results = self.get_results()
if not results:
logger.warning('No specific option to display')
else:
data = list()
columns = [
'IP',
'Hostname',
'Service',
'Port',
'Proto',
'Name',
'Value',
]
for r in results:
data.append([
r.service.host.ip,
r.service.host.hostname \
if r.service.host.hostname != str(r.service.host.ip) else '',
r.service.name,
r.service.port,
{Protocol.TCP: 'tcp', Protocol.UDP: 'udp'}.get(r.service.protocol),
r.name,
r.value,
])
Output.table(columns, data, hrules=False)
def show(self):
"""Display selected results"""
results = self.get_results()
Output.title2('Attacks results:')
if not results:
logger.warning('No results to display')
else:
data = list()
columns = [
'IP',
'Port',
'Proto',
'Service',
'Check id',
'Category',
'Check',
'# Commands run',
]
for r in results:
data.append([
r.service.host.ip,
r.service.port,
{
Protocol.TCP: 'tcp',
Protocol.UDP: 'udp'
}.get(r.service.protocol),
r.service.name,
r.id,
r.category,
r.check,
len(r.command_outputs),
])
Output.table(columns, data, hrules=False)
def __parse_commands(self, service, section):
"""
Create Commands object for a given tool.
Each command is defined in settings file by:
- command_<command_number>
- context_<command_number> (optional)
:param service: Service name
:param section: Section name [check_(.+)]
:return: List of Command instances
"""
log_prefix = '[{filename}{ext} | Section "{section}"]'.format(
filename=service, ext=CONF_EXT, section=section)
commands = list()
cmdlines = self.config_parsers[service].safe_get_multi(section, 'command', default=None)
i = 0
for cmd in cmdlines:
context = self.config_parsers[service].safe_get(section, 'context_'+str(i+1), default=None)
context = self.__parse_context(service, section, i, context)
if context is None:
logger.warning('{prefix} Context is invalid, the check is ignored'.format(prefix=log_prefix))
return None
commands.append(Command(cmdtype=CMD_RUN,
cmdline=cmdlines[i],
context=context,
services_config=self.services))
i += 1
if not commands:
logger.warning('{prefix} No command is specified, the check is ignored'.format(prefix=log_prefix))
return commands
def __check_pre_update(self, settings, fast_mode):
"""
Checks to run before updating the tool
:param settings: Settings instance
:param fast_mode: Boolean indicating whether prompts must be displayed or not
:return: Boolean indicating status
"""
if not self.installed:
logger.info(
'{tool} is not installed yet (according to settings), skipped'.
format(tool=self.name_display))
return False
elif not self.update_command:
logger.warning(
'No tool update command specified in config file, skipped.')
return False
# Create directory for the tool if necessary (should not be necessary because only update)
if self.install_command and not FileUtils.is_dir(self.tool_dir):
logger.warning(
'Tool directory does not exist but tool marked as installed. Trying to re-install it...'
)
return self.install(settings, fast_mode)
return True
def __recreate_driver(self):
"""
Attempt to re-create selenium FirefoxDriver.
Called when an error has occured and before making a retry.
:return: Boolean indicating status
:rtype: bool
"""
self.driver.quit()
self.create_driver()
if not self.driver:
logger.warning('Web Screenshot: An error occured when reinitializing ' \
'WebDriver')
return False
else:
return True
# driver = create_driver()
# if not driver :
# screenshot = capture_host('https://github.com/', driver)
# import io
# from PIL import Image
# size = 300,300
# image = Image.open(io.BytesIO(screenshot))
# image.thumbnail(size, Image.ANTIALIAS)
# image.save('screen.thumb.png')
# region = image.crop(size)
# region.save('sample_screenshot_3.jpg', 'JPEG', optimize=True, quality=95)
def show_products(self, filter_service=None):
"""
Display supported products in a table
:param list filter_service: Filter on services (default: all)
"""
data = list()
columns = [
'Type',
'Product Names',
]
services = self.list_services() if filter_service is None else [
filter_service
]
for service in services:
products = self.services[service]['products']
for product_type in products:
names = sorted(
self.services[service]['products'][product_type])
names = StringUtils.wrap(', '.join(names), 100)
data.append([product_type, names])
Output.title1('Available products for {filter}'.format(
filter='all services' if filter_service is None \
else 'service ' + filter_service))
if not data:
logger.warning('No product')
else:
Output.table(columns, data)
def show(self):
"""Display selected hosts"""
results = self.get_results()
if not results:
logger.warning('No host to display')
else:
data = list()
columns = [
'IP',
'Hostname',
'OS',
'Type',
'Vendor',
'Comment',
'TCP',
'UDP',
]
for r in results:
data.append([
r.ip,
StringUtils.wrap(r.hostname, 45) if r.hostname != str(r.ip) else '',
StringUtils.wrap(r.os, 50),
r.type,
StringUtils.wrap(r.vendor, 30),
StringUtils.shorten(r.comment, 40),
r.get_nb_services(Protocol.TCP),
r.get_nb_services(Protocol.UDP),
])
Output.table(columns, data, hrules=False)
def __check_pre_update(self, settings, fast_mode=False):
"""
Perform some checks before trying to update the tool (already installed ?,
update command ?).
:param Settings settings: Settings from config files
:param bool fast_mode: Set to true to disable prompts
:return: Result of checks
:rtype: bool
"""
if not self.installed:
logger.info('{tool} is not installed yet (according to settings), ' \
'skipped'.format(tool=self.name))
return False
elif not self.update_command:
logger.warning('No tool update command specified in config file, skipped.')
return False
# Create directory for the tool if necessary
# (should not be necessary because only update)
if self.install_command and not FileUtils.is_dir(self.tool_dir):
logger.warning('Tool directory does not exist but tool marked as ' \
'installed. Trying to re-install it...')
return self.install(settings, fast_mode)
return True
def show(self):
"""Display selected services"""
results = self.get_results()
if not results:
logger.warning('No service to display')
else:
data = list()
columns = [
'id',
'IP',
#'Hostname',
'Port',
'Proto',
'Service',
'Banner',
'URL',
'Comment/Title',
'Checks',
'Creds',
'Vulns',
]
for r in results:
# Creds numbers
nb_userpass = r.get_nb_credentials(single_username=False)
nb_usernames = r.get_nb_credentials(single_username=True)
nb_creds = '{}{}{}'.format(
'{}'.format(Output.colored(str(nb_userpass), color='green' \
if nb_userpass > 0 else None)) if nb_userpass > 0 else '',
'/' if nb_userpass > 0 and nb_usernames > 0 else '',
'{} usr'.format(Output.colored(str(nb_usernames), color='yellow' \
if nb_usernames > 0 else None)) if nb_usernames > 0 else '')
nb_vulns = Output.colored(str(len(r.vulns)), color='green' \
if len(r.vulns) > 0 else None) if len(r.vulns) > 0 else ''
# Col "Comment/Title" (title is for HTML title for HTTP)
if r.html_title:
comment = r.html_title
else:
comment = r.comment
data.append([
r.id,
r.host.ip,
#r.host.hostname,
r.port,
{
Protocol.TCP: 'tcp',
Protocol.UDP: 'udp'
}.get(r.protocol),
r.name,
StringUtils.wrap(r.banner, 55),
StringUtils.wrap(r.url, 50),
StringUtils.shorten(comment, 40),
len(r.results),
nb_creds,
nb_vulns,
])
Output.table(columns, data, hrules=False)
def rename(self, old, new):
if old == 'default':
logger.warning('Default mission cannot be renamed')
else:
mission = self.sqlsess.query(Mission).filter(
Mission.name == old).first()
mission.name = new
self.sqlsess.commit()
logger.success('Mission renamed: {old} -> {new}'.format())
def add_service(self, ip, hostname, port, protocol, service):
protocol = {
'tcp': Protocol.TCP,
'udp': Protocol.UDP
}.get(protocol, Protocol.TCP)
matching_service = self.sqlsess.query(Service).join(Host).join(Mission)\
.filter(Mission.name == self.current_mission)\
.filter(Host.ip == ip)\
.filter(Service.port == int(port))\
.filter(Service.protocol == protocol).first()
if protocol == Protocol.TCP:
up = NetUtils.is_tcp_port_open(ip, port)
else:
up = NetUtils.is_udp_port_open(ip, port)
if matching_service:
logger.warning('Service already present into database')
else:
if up:
logger.info(
'Grabbing banner from {ip}:{port} with Nmap...'.format(
ip=ip, port=port))
banner = NetUtils.grab_banner_nmap(ip, port)
logger.info('Banner: {}'.format(banner or 'None'))
os = NetUtils.os_from_nmap_banner(banner)
if os:
logger.info('Detected Host OS: {}'.format(os))
else:
logger.warning('Port seems to be closed !')
# Add service in db (and host if not existing)
service = Service(name=service,
port=int(port),
protocol=protocol,
up=up,
banner=banner)
matching_host = self.sqlsess.query(Host).join(Mission)\
.filter(Mission.name == self.current_mission)\
.filter(Host.ip == ip).first()
new_host = Host(ip=ip, hostname=hostname, os=os)
if matching_host:
matching_host.merge(new_host)
self.sqlsess.commit()
service.host = matching_host
else:
mission = self.sqlsess.query(Mission).filter(
Mission.name == self.current_mission).first()
new_host.mission = mission
service.host = new_host
self.sqlsess.add(new_host)
self.sqlsess.add(service)
self.sqlsess.commit()
logger.success('Service added')
def add_cred(self, service_id, username, password, auth_type=None):
"""
Add new credential for a given service.
:param int service_id: Id of service
:param str username: Username
:param str password: Password (None if unknown)
:param str auth_type: Authentication type for HTTP service
"""
cred = self.sqlsess.query(Credential).join(Service)\
.filter(Service.id == service_id)\
.filter(Credential.username == username)\
.filter(Credential.password == password)\
.filter(Credential.type == auth_type).first()
if cred:
logger.warning('Credential already exists in database')
else:
service = self.sqlsess.query(Service).filter(Service.id == service_id)\
.first()
if not service:
logger.error(
'Service id {id} is invalid'.format(id=service_id))
else:
cred = Credential(
username=username,
password=password,
type=auth_type if service.name == 'http' else None)
self.sqlsess.add(cred)
service.credentials.append(cred)
username = '******' if username == '' else username
password = {
'': '<empty>',
None: '<???>'
}.get(password, password)
auth_typ = '(' + str(auth_type) + ')' if auth_type else ''
hostname = '(' + service.host.hostname + ')' if service.host.hostname else ''
protocol = {
Protocol.TCP: 'tcp',
Protocol.UDP: 'udp'
}.get(service.protocol)
logger.success('Credential {username}/{password}{auth_type} added ' \
'to service {service} host={ip}{hostname} ' \
'port={port}/{proto}'.format(
username = username,
password = password,
auth_type = auth_typ,
service = service.name,
ip = service.host.ip,
hostname = hostname,
port = service.port,
proto = protocol))
self.sqlsess.commit()
def order_by(self, column):
mapping = {
'ip': Host.ip,
'hostname': Host.hostname,
'os': Host.os,
'comment': Host.comment,
}
if column.lower() not in mapping.keys():
logger.warning('Ordering by column {col} is not supported'.format(
col=column.lower()))
return
super().order_by(mapping[column.lower()])
def print_technos(self):
"""
Display web technologies detected in a table.
"""
if len(self.technos) > 0:
data = list()
columns = ['Name', 'Version']
for t in self.technos:
data.append([t['name'], t['version']])
Output.table(columns, data, hrules=False)
else:
logger.warning('No technology detected')
def __check_post_install_update(self, settings, fast_mode, update=False):
"""
Post-install/update checks
:param settings: Settings instance
:param fast_mode: Boolean indicating whether prompts must be displayed or not
:return: Boolean indicating status
"""
mode = ('update', 'updated') if update else ('install', 'installed')
status = True
if not fast_mode:
if not self.check_command:
logger.info('No check_command defined in settings for {tool}, will assume it is ' \
'correctly {mode}'.format(tool=self.name_display, mode=mode[1]))
else:
logger.info(
'Now, checking if {tool} has been {mode} correctly. Hit any key to run test...'
.format(tool=self.name_display, mode=mode[1]))
CLIUtils.getch()
status = self.__run_check_command()
# Change install status in configuration file
if status:
try:
if settings.change_installed_status(self.target_service,
self.name_clean,
install_status=True):
logger.success(
'Tool {tool} has been marked as successfully {mode}'.
format(tool=self.name_display, mode=mode[1]))
return True
else:
logger.error(
'Error when updating configuration file "{filename}{ext}"'
.format(filename=INSTALL_STATUS_CONF_FILE,
ext=CONF_EXT))
return False
except SettingsException as e:
logger.error('An unexpected error occured when trying to mark the tool as {mode}: ' \
'{exception}'.format(exception=e, mode=mode[1]))
if not update:
self.remove(settings)
return False
else:
logger.warning('Tool {tool} has not been marked as {mode}'.format(
tool=self.name_display, mode=mode[1]))
if not update:
self.remove(settings)
else:
if not fast_mode and Output.prompt_confirm(
'Do you want to try to re-install ?', default=True):
return self.__reinstall(settings, fast_mode)
return False
def __parse_commands(self, service, section):
"""
Parse commands for a given tool and create Commands object.
Each command is defined in configuration file by:
- command_<command_number>
- context_<command_number> (optional)
:param str service: Service name
:param str section: Section name of the check
:return: Created Command objects
:rtype: list(Command)
"""
log_prefix = '[{filename}{ext} | Section "{section}"]'.format(
filename=service, ext=CONF_EXT, section=section)
commands = list()
# Get command lines
cmdlines = self.config_parsers[service].safe_get_multi(section,
'command',
default=None)
i = 0
# Loop over command lines
for cmd in cmdlines:
# Parse context requirements and create ContextRequirements object
context = self.config_parsers[service].safe_get(section,
'context_' +
str(i + 1),
default=None)
context_requirements = self.__parse_context_requirements(
service, section, i + 1, context)
if context_requirements is None:
logger.warning('{prefix} Context requirements are invalid, the check ' \
'is ignored'.format(prefix=log_prefix))
return None
# Create the Command object
command = Command(cmdtype=CmdType.RUN,
cmdline=cmdlines[i],
context_requirements=context_requirements,
services_config=self.services)
commands.append(command)
i += 1
if not commands:
logger.warning('{prefix} No command is specified, the check is ' \
'ignored'.format(prefix=log_prefix))
return commands
def __detect_specific_options(self):
"""Detect specific option update from command output"""
if self.service.name in options_match.keys():
if self.tool_name in options_match[self.service.name].keys():
p = options_match[self.service.name][self.tool_name]
for pattern in p.keys():
logger.debug('Search for option pattern: {pattern}'.format(
pattern=pattern))
try:
m = re.search(pattern,
self.cmd_output,
re.IGNORECASE|re.MULTILINE)
except Exception as e:
logger.warning('Error with matchstring [{pattern}], you should '\
'review it. Exception: {exception}'.format(
pattern=pattern, exception=e))
break
# If pattern matches cmd output, update specific option
if m:
logger.debug('Option pattern matches')
if 'name' in p[pattern]:
name = self.__replace_tokens_from_matchobj(
p[pattern]['name'], m)
if name is None:
continue
else:
logger.smarterror('Invalid matchstring for ' \
'service={service}, tool={tool}: Missing ' \
'"name" key'.format(
service=self.service.name,
tool=self.tool_name))
continue
if 'value' in p[pattern]:
value = self.__replace_tokens_from_matchobj(
p[pattern]['value'], m)
if value is None:
continue
else:
logger.smarterror('Invalid matchstring for ' \
'service={service}, tool={tool}: Missing ' \
'"value" key'.format(
service=self.service.name,
tool=self.tool_name))
continue
# Add specific option to context
self.cu.add_option(name, value)
def __create_toolbox(self):
"""
Create the toolbox
:return: None
"""
self.toolbox = Toolbox(self, self.services.list_services(multi=True))
for section in self.config_parsers[TOOLBOX_CONF_FILE].sections():
newtool = self.__create_tool(section)
if newtool is not None:
if not self.toolbox.add_tool(newtool):
logger.warning('[{filename}{ext} | Section "{section}"] Unable to add tool "{tool}" into the toolbox'.format(
filename=TOOLBOX_CONF_FILE, ext=CONF_EXT, section=section, tool=newtool.name))
def rename(self, old, new):
"""
Rename selected missions.
:param str old: Name of the mission to rename
:param str new: New mission name
"""
if old == 'default':
logger.warning('Default mission cannot be renamed')
else:
mission = self.sqlsess.query(Mission).filter(Mission.name == old).first()
mission.name = new
self.sqlsess.commit()
logger.success('Mission renamed: {old} -> {new}'.format())
def add(self, name):
mission = self.sqlsess.query(Mission).filter(
Mission.name == name).first()
if mission:
logger.warning('A mission named "{name}" already exists'.format(
name=mission.name))
return False
else:
self.sqlsess.add(Mission(name=name))
self.sqlsess.commit()
logger.success(
'Mission "{name}" successfully added'.format(name=name))
return True
def remove_tool(self, tool_name):
"""
Remove one tool from the toolbox.
:param str tool_name: Name of the tool to remove
:return: Status of removal
:rtype: bool
"""
tool = self.get_tool(tool_name)
if not tool:
logger.warning('No tool with this name in the toolbox')
return False
else:
return tool.remove(self.settings)
