def startScan(self):
global globalScanStatus
self.ts = threading.local()
self.ts.moduleInstances = dict()
self.ts.sf = SpiderFoot(self.temp['config'])
self.ts.config = deepcopy(self.temp['config'])
self.ts.dbh = SpiderFootDb(self.temp['config'])
self.ts.targetValue = self.temp['targetValue']
self.ts.targetType = self.temp['targetType']
self.ts.moduleList = self.temp['moduleList']
self.ts.modconfig = dict()
self.ts.scanName = self.temp['scanName']
self.ts.scanId = self.temp['scanId']
aborted = False
self.ts.sf.setDbh(self.ts.dbh)
# Create a unique ID for this scan and create it in the back-end DB.
self.ts.sf.setGUID(self.ts.scanId)
self.ts.dbh.scanInstanceCreate(self.ts.scanId,
self.ts.scanName, self.ts.targetValue)
self.setStatus("STARTING", time.time() * 1000, None)
# Create our target
target = SpiderFootTarget(self.ts.targetValue, self.ts.targetType)
# Save the config current set for this scan
self.ts.config['_modulesenabled'] = self.ts.moduleList
self.ts.dbh.scanConfigSet(self.ts.scanId,
self.ts.sf.configSerialize(deepcopy(self.ts.config)))
self.ts.sf.status("Scan [" + self.ts.scanId + "] initiated.")
# moduleList = list of modules the user wants to run
try:
# Process global options that point to other places for data
# If a SOCKS server was specified, set it up
if self.ts.config['_socks1type'] != '':
socksType = socks.PROXY_TYPE_SOCKS4
socksDns = self.ts.config['_socks6dns']
socksAddr = self.ts.config['_socks2addr']
socksPort = int(self.ts.config['_socks3port'])
socksUsername = ''
socksPassword = ''
if self.ts.config['_socks1type'] == '4':
socksType = socks.PROXY_TYPE_SOCKS4
if self.ts.config['_socks1type'] == '5':
socksType = socks.PROXY_TYPE_SOCKS5
socksUsername = self.ts.config['_socks4user']
socksPassword = self.ts.config['_socks5pwd']
if self.ts.config['_socks1type'] == 'HTTP':
socksType = socks.PROXY_TYPE_HTTP
self.ts.sf.debug("SOCKS: " + socksAddr + ":" + str(socksPort) + \
"(" + socksUsername + ":" + socksPassword + ")")
socks.setdefaultproxy(socksType, socksAddr, socksPort,
socksDns, socksUsername, socksPassword)
# Override the default socket and getaddrinfo calls with the
# SOCKS ones
socket.socket = socks.socksocket
socket.create_connection = socks.create_connection
socket.getaddrinfo = socks.getaddrinfo
self.ts.sf.updateSocket(socket)
# Override the default DNS server
if self.ts.config['_dnsserver'] != "":
res = dns.resolver.Resolver()
res.nameservers = [self.ts.config['_dnsserver']]
dns.resolver.override_system_resolver(res)
else:
dns.resolver.restore_system_resolver()
# Set the user agent
self.ts.config['_useragent'] = self.ts.sf.optValueToData(
self.ts.config['_useragent'])
# Get internet TLDs
tlddata = self.ts.sf.cacheGet("internet_tlds",
self.ts.config['_internettlds_cache'])
# If it wasn't loadable from cache, load it from scratch
if tlddata is None:
self.ts.config['_internettlds'] = self.ts.sf.optValueToData(
self.ts.config['_internettlds'])
self.ts.sf.cachePut("internet_tlds", self.ts.config['_internettlds'])
else:
self.ts.config["_internettlds"] = tlddata.splitlines()
for modName in self.ts.moduleList:
if modName == '':
continue
module = __import__('modules.' + modName, globals(), locals(),
[modName])
mod = getattr(module, modName)()
mod.__name__ = modName
# Set up the module
# Configuration is a combined global config with module-specific options
self.ts.modconfig[modName] = deepcopy(self.ts.config['__modules__'][modName]['opts'])
for opt in self.ts.config.keys():
self.ts.modconfig[modName][opt] = deepcopy(self.ts.config[opt])
mod.clearListeners() # clear any listener relationships from the past
mod.setup(self.ts.sf, self.ts.modconfig[modName])
mod.setDbh(self.ts.dbh)
mod.setScanId(self.ts.scanId)
# Give modules a chance to 'enrich' the original target with
# aliases of that target.
newTarget = mod.enrichTarget(target)
if newTarget is not None:
target = newTarget
self.ts.moduleInstances[modName] = mod
# Override the module's local socket module
# to be the SOCKS one.
if self.ts.config['_socks1type'] != '':
mod._updateSocket(socket)
self.ts.sf.status(modName + " module loaded.")
# Register listener modules and then start all modules sequentially
for module in self.ts.moduleInstances.values():
# Register the target with the module
module.setTarget(target)
for listenerModule in self.ts.moduleInstances.values():
# Careful not to register twice or you will get duplicate events
if listenerModule in module._listenerModules:
continue
# Note the absence of a check for whether a module can register
# to itself. That is intentional because some modules will
# act on their own notifications (e.g. sfp_dns)!
if listenerModule.watchedEvents() is not None:
module.registerListener(listenerModule)
# Now we are ready to roll..
self.setStatus("RUNNING")
# Create a pseudo module for the root event to originate from
psMod = SpiderFootPlugin()
psMod.__name__ = "SpiderFoot UI"
psMod.setTarget(target)
psMod.clearListeners()
for mod in self.ts.moduleInstances.values():
if mod.watchedEvents() is not None:
psMod.registerListener(mod)
# Create the "ROOT" event which un-triggered modules will link events to
rootEvent = SpiderFootEvent("ROOT", self.ts.targetValue, "", None)
psMod.notifyListeners(rootEvent)
firstEvent = SpiderFootEvent(self.ts.targetType, self.ts.targetValue,
"SpiderFoot UI", rootEvent)
psMod.notifyListeners(firstEvent)
# Check in case the user requested to stop the scan between modules
# initializing
for module in self.ts.moduleInstances.values():
if module.checkForStop():
self.setStatus('ABORTING')
aborted = True
break
if aborted:
self.ts.sf.status("Scan [" + self.ts.scanId + "] aborted.")
self.setStatus("ABORTED", None, time.time() * 1000)
else:
self.ts.sf.status("Scan [" + self.ts.scanId + "] completed.")
self.setStatus("FINISHED", None, time.time() * 1000)
except BaseException as e:
exc_type, exc_value, exc_traceback = sys.exc_info()
self.ts.sf.error("Unhandled exception (" + e.__class__.__name__ + ") " + \
"encountered during scan. Please report this as a bug: " + \
repr(traceback.format_exception(exc_type, exc_value, exc_traceback)), False)
self.ts.sf.status("Scan [" + self.ts.scanId + "] failed: " + str(e))
self.setStatus("ERROR-FAILED", None, time.time() * 1000)
self.ts.dbh.close()
del self.ts
del self.temp
def startScan(self):
"""Start running a scan."""
aborted = False
self.setStatus("STARTING", time.time() * 1000, None)
self.sf.status("Scan [" + self.scanId + "] initiated.")
try:
# moduleList = list of modules the user wants to run
for modName in self.moduleList:
if modName == '':
continue
try:
module = __import__('modules.' + modName, globals(), locals(),
[modName])
except ImportError:
self.sf.error("Failed to load module: " + modName, False)
continue
mod = getattr(module, modName)()
mod.__name__ = modName
# Module may have been renamed or removed
if modName not in self.config['__modules__']:
continue
# Set up the module
# Configuration is a combined global config with module-specific options
self.modconfig[modName] = deepcopy(self.config['__modules__'][modName]['opts'])
for opt in list(self.config.keys()):
self.modconfig[modName][opt] = deepcopy(self.config[opt])
mod.clearListeners() # clear any listener relationships from the past
mod.setup(self.sf, self.modconfig[modName])
mod.setDbh(self.dbh)
mod.setScanId(self.scanId)
# Give modules a chance to 'enrich' the original target with
# aliases of that target.
newTarget = mod.enrichTarget(self.target)
if newTarget is not None:
self.target = newTarget
self.moduleInstances[modName] = mod
# Override the module's local socket module
# to be the SOCKS one.
if self.config['_socks1type'] != '':
mod._updateSocket(socket)
# Set up event output filters if requested
if self.config['__outputfilter']:
mod.setOutputFilter(self.config['__outputfilter'])
self.sf.status(modName + " module loaded.")
# Register listener modules and then start all modules sequentially
for module in list(self.moduleInstances.values()):
# Register the target with the module
module.setTarget(self.target)
for listenerModule in list(self.moduleInstances.values()):
# Careful not to register twice or you will get duplicate events
if listenerModule in module._listenerModules:
continue
# Note the absence of a check for whether a module can register
# to itself. That is intentional because some modules will
# act on their own notifications (e.g. sfp_dns)!
if listenerModule.watchedEvents() is not None:
module.registerListener(listenerModule)
# Now we are ready to roll..
self.setStatus("RUNNING")
# Create a pseudo module for the root event to originate from
psMod = SpiderFootPlugin()
psMod.__name__ = "SpiderFoot UI"
psMod.setTarget(self.target)
psMod.setDbh(self.dbh)
psMod.clearListeners()
for mod in list(self.moduleInstances.values()):
if mod.watchedEvents() is not None:
psMod.registerListener(mod)
# Create the "ROOT" event which un-triggered modules will link events to
rootEvent = SpiderFootEvent("ROOT", self.targetValue, "", None)
psMod.notifyListeners(rootEvent)
firstEvent = SpiderFootEvent(self.targetType, self.targetValue,
"SpiderFoot UI", rootEvent)
psMod.notifyListeners(firstEvent)
# Special case.. check if an INTERNET_NAME is also a domain
if self.targetType == 'INTERNET_NAME':
if self.sf.isDomain(self.targetValue, self.config['_internettlds']):
firstEvent = SpiderFootEvent('DOMAIN_NAME', self.targetValue,
"SpiderFoot UI", rootEvent)
psMod.notifyListeners(firstEvent)
# If in interactive mode, loop through this shared global variable
# waiting for inputs, and process them until my status is set to
# FINISHED.
# Check in case the user requested to stop the scan between modules
# initializing
for module in list(self.moduleInstances.values()):
if module.checkForStop():
self.setStatus('ABORTING')
aborted = True
break
if aborted:
self.sf.status("Scan [" + self.scanId + "] aborted.")
self.setStatus("ABORTED", None, time.time() * 1000)
else:
self.sf.status("Scan [" + self.scanId + "] completed.")
self.setStatus("FINISHED", None, time.time() * 1000)
except BaseException as e:
exc_type, exc_value, exc_traceback = sys.exc_info()
self.sf.error("Unhandled exception (" + e.__class__.__name__ + ") " + \
"encountered during scan. Please report this as a bug: " + \
repr(traceback.format_exception(exc_type, exc_value, exc_traceback)), False)
self.sf.status("Scan [" + self.scanId + "] failed: " + str(e))
self.setStatus("ERROR-FAILED", None, time.time() * 1000)
self.dbh.close()
def startScan(self):
"""Start running a scan."""
self.moduleInstances = dict()
self.sf = SpiderFoot(self.temp['config'])
self.config = deepcopy(self.temp['config'])
self.dbh = SpiderFootDb(self.temp['config'])
self.targetValue = self.temp['targetValue']
self.targetType = self.temp['targetType']
self.moduleList = self.temp['moduleList']
self.modconfig = dict()
self.scanName = self.temp['scanName']
self.scanId = self.temp['scanId']
aborted = False
self.sf.setDbh(self.dbh)
# Create a unique ID for this scan and create it in the back-end DB.
self.sf.setGUID(self.scanId)
self.dbh.scanInstanceCreate(self.scanId,
self.scanName, self.targetValue)
self.setStatus("STARTING", time.time() * 1000, None)
# Create our target
try:
target = SpiderFootTarget(self.targetValue, self.targetType)
except BaseException as e:
self.sf.status("Scan [%s] failed: %s" % (self.scanId, e))
self.setStatus("ERROR-FAILED", None, time.time() * 1000)
return None
# Save the config current set for this scan
self.config['_modulesenabled'] = self.moduleList
self.dbh.scanConfigSet(self.scanId,
self.sf.configSerialize(deepcopy(self.config)))
self.sf.status("Scan [" + self.scanId + "] initiated.")
# moduleList = list of modules the user wants to run
try:
# Process global options that point to other places for data
# If a SOCKS server was specified, set it up
if self.config['_socks1type'] != '':
socksDns = self.config['_socks6dns']
socksAddr = self.config['_socks2addr']
socksPort = int(self.config['_socks3port'])
socksUsername = self.config['_socks4user'] or ''
socksPassword = self.config['_socks5pwd'] or ''
creds = ""
if socksUsername and socksPassword:
creds = socksUsername + ":" + socksPassword + "@"
proxy = creds + socksAddr + ":" + str(socksPort)
if self.config['_socks1type'] == '4':
proxy = 'socks4://' + proxy
elif self.config['_socks1type'] == '5':
proxy = 'socks5://' + proxy
elif self.config['_socks1type'] == 'HTTP':
proxy = 'http://' + proxy
elif self.config['_socks1type'] == 'TOR':
proxy = 'socks5h://' + proxy
self.sf.debug("SOCKS: " + socksAddr + ":" + str(socksPort) + \
"(" + socksUsername + ":" + socksPassword + ")")
self.sf.updateSocket(proxy)
else:
self.sf.revertSocket()
# Override the default DNS server
if self.config['_dnsserver'] != "":
res = dns.resolver.Resolver()
res.nameservers = [self.config['_dnsserver']]
dns.resolver.override_system_resolver(res)
else:
dns.resolver.restore_system_resolver()
# Set the user agent
self.config['_useragent'] = self.sf.optValueToData(
self.config['_useragent'])
# Get internet TLDs
tlddata = self.sf.cacheGet("internet_tlds",
self.config['_internettlds_cache'])
# If it wasn't loadable from cache, load it from scratch
if tlddata is None:
self.config['_internettlds'] = self.sf.optValueToData(
self.config['_internettlds'])
self.sf.cachePut("internet_tlds", self.config['_internettlds'])
else:
self.config["_internettlds"] = tlddata.splitlines()
for modName in self.moduleList:
if modName == '':
continue
try:
module = __import__('modules.' + modName, globals(), locals(),
[modName])
except ImportError:
self.sf.error("Failed to load module: " + modName, False)
continue
mod = getattr(module, modName)()
mod.__name__ = modName
# Module may have been renamed or removed
if modName not in self.config['__modules__']:
continue
# Set up the module
# Configuration is a combined global config with module-specific options
self.modconfig[modName] = deepcopy(self.config['__modules__'][modName]['opts'])
for opt in list(self.config.keys()):
self.modconfig[modName][opt] = deepcopy(self.config[opt])
mod.clearListeners() # clear any listener relationships from the past
mod.setup(self.sf, self.modconfig[modName])
mod.setDbh(self.dbh)
mod.setScanId(self.scanId)
# Give modules a chance to 'enrich' the original target with
# aliases of that target.
newTarget = mod.enrichTarget(target)
if newTarget is not None:
target = newTarget
self.moduleInstances[modName] = mod
# Override the module's local socket module
# to be the SOCKS one.
if self.config['_socks1type'] != '':
mod._updateSocket(socket)
# Set up event output filters if requested
if self.config['__outputfilter']:
mod.setOutputFilter(self.config['__outputfilter'])
self.sf.status(modName + " module loaded.")
# Register listener modules and then start all modules sequentially
for module in list(self.moduleInstances.values()):
# Register the target with the module
module.setTarget(target)
for listenerModule in list(self.moduleInstances.values()):
# Careful not to register twice or you will get duplicate events
if listenerModule in module._listenerModules:
continue
# Note the absence of a check for whether a module can register
# to itself. That is intentional because some modules will
# act on their own notifications (e.g. sfp_dns)!
if listenerModule.watchedEvents() is not None:
module.registerListener(listenerModule)
# Now we are ready to roll..
self.setStatus("RUNNING")
# Create a pseudo module for the root event to originate from
psMod = SpiderFootPlugin()
psMod.__name__ = "SpiderFoot UI"
psMod.setTarget(target)
psMod.setDbh(self.dbh)
psMod.clearListeners()
for mod in list(self.moduleInstances.values()):
if mod.watchedEvents() is not None:
psMod.registerListener(mod)
# Create the "ROOT" event which un-triggered modules will link events to
rootEvent = SpiderFootEvent("ROOT", self.targetValue, "", None)
psMod.notifyListeners(rootEvent)
firstEvent = SpiderFootEvent(self.targetType, self.targetValue,
"SpiderFoot UI", rootEvent)
psMod.notifyListeners(firstEvent)
# Special case.. check if an INTERNET_NAME is also a domain
if self.targetType == 'INTERNET_NAME':
if self.sf.isDomain(self.targetValue, self.config['_internettlds']):
firstEvent = SpiderFootEvent('DOMAIN_NAME', self.targetValue,
"SpiderFoot UI", rootEvent)
psMod.notifyListeners(firstEvent)
# If in interactive mode, loop through this shared global variable
# waiting for inputs, and process them until my status is set to
# FINISHED.
# Check in case the user requested to stop the scan between modules
# initializing
for module in list(self.moduleInstances.values()):
if module.checkForStop():
self.setStatus('ABORTING')
aborted = True
break
if aborted:
self.sf.status("Scan [" + self.scanId + "] aborted.")
self.setStatus("ABORTED", None, time.time() * 1000)
else:
self.sf.status("Scan [" + self.scanId + "] completed.")
self.setStatus("FINISHED", None, time.time() * 1000)
except BaseException as e:
exc_type, exc_value, exc_traceback = sys.exc_info()
self.sf.error("Unhandled exception (" + e.__class__.__name__ + ") " + \
"encountered during scan. Please report this as a bug: " + \
repr(traceback.format_exception(exc_type, exc_value, exc_traceback)), False)
self.sf.status("Scan [" + self.scanId + "] failed: " + str(e))
self.setStatus("ERROR-FAILED", None, time.time() * 1000)
self.dbh.close()
def startScan(self):
global globalScanStatus
self.ts = threading.local()
self.ts.moduleInstances = dict()
self.ts.sf = SpiderFoot(self.temp['config'])
self.ts.config = deepcopy(self.temp['config'])
self.ts.dbh = SpiderFootDb(self.temp['config'])
self.ts.targetValue = self.temp['targetValue']
self.ts.targetType = self.temp['targetType']
self.ts.moduleList = self.temp['moduleList']
self.ts.modconfig = dict()
self.ts.scanName = self.temp['scanName']
self.ts.scanId = self.temp['scanId']
aborted = False
self.ts.sf.setDbh(self.ts.dbh)
# Create a unique ID for this scan and create it in the back-end DB.
self.ts.sf.setGUID(self.ts.scanId)
self.ts.dbh.scanInstanceCreate(self.ts.scanId, self.ts.scanName,
self.ts.targetValue)
self.setStatus("STARTING", time.time() * 1000, None)
# Create our target
target = SpiderFootTarget(self.ts.targetValue, self.ts.targetType)
# Save the config current set for this scan
self.ts.config['_modulesenabled'] = self.ts.moduleList
self.ts.dbh.scanConfigSet(
self.ts.scanId,
self.ts.sf.configSerialize(deepcopy(self.ts.config)))
self.ts.sf.status("Scan [" + self.ts.scanId + "] initiated.")
# moduleList = list of modules the user wants to run
try:
# Process global options that point to other places for data
# Save default socket methods that will be overridden
if not hasattr(socket, 'savedsocket'):
socket.savedsocket = socket.socket
socket.savedcreate_connection = socket.create_connection
#socket.savedgetaddrinfo = socket.getaddrinfo
# If a SOCKS server was specified, set it up
if self.ts.config['_socks1type'] != '':
socksType = socks.PROXY_TYPE_SOCKS4
socksDns = self.ts.config['_socks6dns']
socksAddr = self.ts.config['_socks2addr']
socksPort = int(self.ts.config['_socks3port'])
socksUsername = ''
socksPassword = ''
if self.ts.config['_socks1type'] == '4':
socksType = socks.PROXY_TYPE_SOCKS4
if self.ts.config['_socks1type'] == '5':
socksType = socks.PROXY_TYPE_SOCKS5
socksUsername = self.ts.config['_socks4user']
socksPassword = self.ts.config['_socks5pwd']
if self.ts.config['_socks1type'] == 'HTTP':
socksType = socks.PROXY_TYPE_HTTP
if self.ts.config['_socks1type'] == 'TOR':
socksType = socks.PROXY_TYPE_SOCKS5
self.ts.sf.debug("SOCKS: " + socksAddr + ":" + str(socksPort) + \
"(" + socksUsername + ":" + socksPassword + ")")
socks.setdefaultproxy(socksType, socksAddr, socksPort,
socksDns, socksUsername, socksPassword)
# Override the default socket and getaddrinfo calls with the
# SOCKS ones. Just ensure we don't also try and SOCKS-proxy
# connectivity to the TOR control port.
def _create_connection(address,
timeout=None,
source_address=None):
if socksAddr not in address:
sock = socks.socksocket()
sock.setproxy(socks.PROXY_TYPE_SOCKS5, socksAddr,
socksPort)
sock.settimeout(self.ts.config['_fetchtimeout'])
sock.connect(address)
return sock
else:
sock = socket.socket
sock.settimeout(self.ts.config['_fetchtimeout'])
sock.connect(address)
return sock
socket.socket = socks.socksocket
socket.setdefaulttimeout(self.ts.config['_fetchtimeout'])
socket.create_connection = _create_connection
#socket.getaddrinfo = socks.getaddrinfo
self.ts.sf.updateSocket(socket)
else:
# BUG: If the user had a SOCKS proxy set
# and then decided to unset it, the original socket class
# is not reverted to its default state - we still have
# the SOCKS version of socket.
socket.socket = socket.savedsocket
socket.setdefaulttimeout(self.ts.config['_fetchtimeout'])
socket.create_connection = socket.savedcreate_connection
#socket.getaddrinfo = socket.savedgetaddrinfo
self.ts.sf.revertSocket()
# Override the default DNS server
if self.ts.config['_dnsserver'] != "":
res = dns.resolver.Resolver()
res.nameservers = [self.ts.config['_dnsserver']]
dns.resolver.override_system_resolver(res)
else:
dns.resolver.restore_system_resolver()
# Set the user agent
self.ts.config['_useragent'] = self.ts.sf.optValueToData(
self.ts.config['_useragent'])
# Get internet TLDs
tlddata = self.ts.sf.cacheGet(
"internet_tlds", self.ts.config['_internettlds_cache'])
# If it wasn't loadable from cache, load it from scratch
if tlddata is None:
self.ts.config['_internettlds'] = self.ts.sf.optValueToData(
self.ts.config['_internettlds'])
self.ts.sf.cachePut("internet_tlds",
self.ts.config['_internettlds'])
else:
self.ts.config["_internettlds"] = tlddata.splitlines()
for modName in self.ts.moduleList:
if modName == '':
continue
module = __import__('modules.' + modName, globals(), locals(),
[modName])
mod = getattr(module, modName)()
mod.__name__ = modName
# Module may have been renamed or removed
if modName not in self.ts.config['__modules__']:
continue
# Set up the module
# Configuration is a combined global config with module-specific options
self.ts.modconfig[modName] = deepcopy(
self.ts.config['__modules__'][modName]['opts'])
for opt in self.ts.config.keys():
self.ts.modconfig[modName][opt] = deepcopy(
self.ts.config[opt])
mod.clearListeners(
) # clear any listener relationships from the past
mod.setup(self.ts.sf, self.ts.modconfig[modName])
mod.setDbh(self.ts.dbh)
mod.setScanId(self.ts.scanId)
# Give modules a chance to 'enrich' the original target with
# aliases of that target.
newTarget = mod.enrichTarget(target)
if newTarget is not None:
target = newTarget
self.ts.moduleInstances[modName] = mod
# Override the module's local socket module
# to be the SOCKS one.
if self.ts.config['_socks1type'] != '':
mod._updateSocket(socket)
# Set up event output filters if requested
if self.ts.config['__outputfilter']:
mod.setOutputFilter(self.ts.config['__outputfilter'])
self.ts.sf.status(modName + " module loaded.")
# Register listener modules and then start all modules sequentially
for module in self.ts.moduleInstances.values():
# Register the target with the module
module.setTarget(target)
for listenerModule in self.ts.moduleInstances.values():
# Careful not to register twice or you will get duplicate events
if listenerModule in module._listenerModules:
continue
# Note the absence of a check for whether a module can register
# to itself. That is intentional because some modules will
# act on their own notifications (e.g. sfp_dns)!
if listenerModule.watchedEvents() is not None:
module.registerListener(listenerModule)
# Now we are ready to roll..
self.setStatus("RUNNING")
# Create a pseudo module for the root event to originate from
psMod = SpiderFootPlugin()
psMod.__name__ = "SpiderFoot UI"
psMod.setTarget(target)
psMod.clearListeners()
for mod in self.ts.moduleInstances.values():
if mod.watchedEvents() is not None:
psMod.registerListener(mod)
# Create the "ROOT" event which un-triggered modules will link events to
rootEvent = SpiderFootEvent("ROOT", self.ts.targetValue, "", None)
psMod.notifyListeners(rootEvent)
firstEvent = SpiderFootEvent(self.ts.targetType,
self.ts.targetValue, "SpiderFoot UI",
rootEvent)
psMod.notifyListeners(firstEvent)
# If in interactive mode, loop through this shared global variable
# waiting for inputs, and process them until my status is set to
# FINISHED.
# Check in case the user requested to stop the scan between modules
# initializing
for module in self.ts.moduleInstances.values():
if module.checkForStop():
self.setStatus('ABORTING')
aborted = True
break
if aborted:
self.ts.sf.status("Scan [" + self.ts.scanId + "] aborted.")
self.setStatus("ABORTED", None, time.time() * 1000)
else:
self.ts.sf.status("Scan [" + self.ts.scanId + "] completed.")
self.setStatus("FINISHED", None, time.time() * 1000)
except BaseException as e:
exc_type, exc_value, exc_traceback = sys.exc_info()
self.ts.sf.error("Unhandled exception (" + e.__class__.__name__ + ") " + \
"encountered during scan. Please report this as a bug: " + \
repr(traceback.format_exception(exc_type, exc_value, exc_traceback)), False)
self.ts.sf.status("Scan [" + self.ts.scanId + "] failed: " +
str(e))
self.setStatus("ERROR-FAILED", None, time.time() * 1000)
self.ts.dbh.close()
del self.ts
del self.temp