def event_reload_config(self, widget, event, data=None):
utils.get_user_config()
self.vbox.remove(self.tree_view.get_parent())
self.create_list()
Control.reload_notes = True
self.event_switch_to_list_view(None, None)
def event_reload_config(self, widget, event, data=None):
utils.get_user_config()
self.vbox.remove(self.tree_view.get_parent())
self.create_list()
Control.reload_notes = True
self.event_switch_to_list_view(None, None)
def __init__(self):
utils.get_user_config()
Control.regex_patterns = History.load_history_from_file(utils.get_search_history_path())
Control.file_history = History.load_history_from_file(utils.get_file_history_path())
self.stored_items = NoteList()
self.event_dict_commandline = dict({
gtk.keysyms.Escape: self.event_focus_list,
gtk.keysyms.Return: self.event_execute_command,
gtk.keysyms.Up: self.event_prev_search_regex,
gtk.keysyms.Down: self.event_next_search_regex,
gtk.keysyms.Home: self.event_commandline_home,
})
self.event_dict_list = dict({
# List to commandline
#gtk.keysyms.colon: self.event_focus_commandline_command_mode,
gtk.keysyms.slash: self.event_focus_commandline_search_mode,
gtk.keysyms.f: self.event_focus_commandline_search_mode,
gtk.keysyms.numbersign: self.event_focus_commandline_search_mode,
# List to editor
gtk.keysyms.Escape: self.event_reset_search,
#gtk.keysyms.Tab: self.event_toggle_view,
gtk.keysyms.a: self.event_add_new_note,
# List
#gtk.keysyms.q: self.event_destroy,
gtk.keysyms.j: self.event_select_next,
gtk.keysyms.k: self.event_select_prev,
gtk.keysyms.G: self.event_select_last,
gtk.keysyms.M: self.event_select_middle_visible,
gtk.keysyms.L: self.event_select_last_visible,
gtk.keysyms.H: self.event_select_first_visible,
gtk.keysyms.g: self.event_select_first,
gtk.keysyms.n: self.event_next_tag_mode,
gtk.keysyms.p: self.event_prev_tag_mode,
gtk.keysyms.F3: self.event_edit_config,
gtk.keysyms.F5: self.event_reload_config,
})
self.event_dict_editor = dict({
gtk.keysyms.Escape: self.event_switch_to_list_view,
gtk.keysyms.z: self.event_undo,
gtk.keysyms.r: self.event_redo,
gtk.keysyms.s: self.event_save,
gtk.keysyms.d: self.event_insert_date,
gtk.keysyms.F4: self.event_delete_note,
#gtk.keysyms.b: self.event_bold,
})
def ipa_wrapper(**validated_params):
# This method is called by both Click as a callback and manually for the simple commands.
# Using a defaultdict allows for handling these params in the same way regardless of
# how this method is called.
validated_params = defaultdict(lambda: None, validated_params)
# Get argument if present; the other params are options.
argument = validated_params.pop(argument_name)
# At somepoint during processing of the options, seemingly in click.Option, the '-' in ip-address
# is being replaced with an underscore
# I couldn't work out why so this is a messy fix for the time being
if 'ip_address' in validated_params:
validated_params['ip-address'] = validated_params['ip_address']
del validated_params['ip_address']
options = validated_params
args = _build_ipa_args(
argument,
options=options,
transform_options_callback=transform_options_callback)
# if the command is modify host & there's only one item in the args list it's neccesary not to call
# the ipa command as a) the option to modify it wouldn't do anything anyway and b) it would result
# in a spurious error message if the --ip-address option has been removed in transform_options_callback
if not (ipa_command == "host-mod" and len(args) == 1):
# want to check if attempting user-add with creation script but that script isn't usable
# before completing the user-add
if (ipa_command == "user-add" and utils.get_user_config('POST_CREATE_SCRIPT') \
and (not utils.detect_user_config \
or not os.access(utils.get_user_config('POST_CREATE_SCRIPT'), os.X_OK))\
):
raise click.ClickException(
"User create script unavailable - you need permissions to execute '{}' or alter your user config."
.format(utils.get_user_config('POST_CREATE_SCRIPT')))
result = ipa_utils.ipa_run(ipa_command, args)
utils.display_success()
handle_result_callback(argument, options, result)
def start(webserver_context):
# Read from home directory the user_key. If non-existent, get one from
# cloud.
config_dict = utils.get_user_config()
utils.log('[MAIN] Starting.')
# Set up environment
state = HostState()
state.user_key = config_dict['user_key']
state.secret_salt = config_dict['secret_salt']
state.host_mac = utils.get_my_mac()
state.gateway_ip, _, state.host_ip = utils.get_default_route()
webserver_context['host_state'] = state
assert utils.is_ipv4_addr(state.gateway_ip)
assert utils.is_ipv4_addr(state.host_ip)
state.packet_processor = PacketProcessor(state)
utils.log('Initialized:', state.__dict__)
# Continously discover devices
arp_scan_thread = ArpScan(state)
arp_scan_thread.start()
# Continuously gather SSDP data
netdisco_thread = NetdiscoWrapper(state)
netdisco_thread.start()
# Continuously capture packets
packet_capture_thread = PacketCapture(state)
packet_capture_thread.start()
# Continously spoof ARP
if '--no_spoofing' not in sys.argv:
arp_spoof_thread = ArpSpoof(state)
arp_spoof_thread.start()
# Continuously upload data
data_upload_thread = DataUploader(state)
data_upload_thread.start()
def init_data(self):
user_config_exist = get_user_config()
if not user_config_exist:
print("initial database")
init_result = init_database()
print("table not exist, initialing tables")
init_all_data(filt_path, init_result)
else:
pno, left_top_pot, right_bottom_pot, auto_apply, left_top_ans, right_bottom_ans, \
ans_1, ans_2, ans_3, ans_4 = user_config_exist
self.left_top = sg.Text(left_top_pot, size=ConstCode.TEXT_SIZE)
self.right_bottom = sg.Text(right_bottom_pot, size=ConstCode.TEXT_SIZE)
if auto_apply:
self.auto_apply_Y = sg.Radio("是:", "1", default=True, change_submits=True) # 0
else:
self.auto_apply_N = sg.Radio("否:", "1", default=True, change_submits=True) # 1
self.auto_apply = auto_apply
self.left_top_ans = sg.Text(left_top_ans, size=ConstCode.TEXT_SIZE)
self.right_bottom_ans = sg.Text(right_bottom_ans, size=ConstCode.TEXT_SIZE)
self.ans_click_1 = sg.Text(ans_1, size=ConstCode.TEXT_SIZE)
self.ans_click_2 = sg.Text(ans_2, size=ConstCode.TEXT_SIZE)
self.ans_click_3 = sg.Text(ans_3, size=ConstCode.TEXT_SIZE)
self.ans_click_4 = sg.Text(ans_4, size=ConstCode.TEXT_SIZE)
def main():
# Read from home directory the user_key. If non-existent, get one from
# cloud.
config_dict = utils.get_user_config()
# Where user would see report
url = server_config.REPORT_URL.format(user_key=config_dict['user_key'])
# Open a web browser only if non-root
if not is_root() and LAUNCH_WEB_BROWSER_UPON_START:
if 'no_browser' not in sys.argv:
webbrowser.open_new_tab(url)
os_platform = sys.platform
# Run as root
if os_platform.startswith('linux'):
elevate(graphical=False)
else:
elevate()
assert is_root()
utils.log('[MAIN] Starting.')
# Set up environment
state = HostState()
state.user_key = config_dict['user_key']
state.secret_salt = config_dict['secret_salt']
state.host_mac = utils.get_my_mac()
state.gateway_ip, _, state.host_ip = utils.get_default_route()
assert utils.is_ipv4_addr(state.gateway_ip)
assert utils.is_ipv4_addr(state.host_ip)
state.packet_processor = PacketProcessor(state)
utils.log('Initialized:', state.__dict__)
# Enable kernal forwarding.
if os_platform.startswith('darwin'):
cmd = ['/usr/sbin/sysctl', '-w', 'net.inet.ip.forwarding=1']
elif os_platform.startswith('linux'):
cmd = ['sysctl', '-w', 'net.ipv4.ip_forward=1']
else:
raise RuntimeError('Unsupported platform.')
assert subprocess.call(cmd) == 0
# Continously discover devices
arp_scan_thread = ArpScan(state)
arp_scan_thread.start()
# Continuously capture packets
packet_capture_thread = PacketCapture(state)
packet_capture_thread.start()
# Continously spoof ARP
arp_spoof_thread = ArpSpoof(state)
arp_spoof_thread.start()
# Continuously upload data
data_upload_thread = DataUploader(state)
data_upload_thread.start()
# UI
try:
ui.start_main_ui(url, state)
except KeyboardInterrupt:
pass
# Disable kernal forwarding.
if os_platform.startswith('darwin'):
cmd = ['/usr/sbin/sysctl', '-w', 'net.inet.ip.forwarding=0']
elif os_platform.startswith('linux'):
cmd = ['sysctl', '-w', 'net.ipv4.ip_forward=0']
assert subprocess.call(cmd) == 0
utils.log('[MAIN] Done.')
def start(webserver_context):
# Read from home directory the user_key. If non-existent, get one from
# cloud.
config_dict = utils.get_user_config()
utils.log('[MAIN] Starting.')
# Set up environment
state = HostState()
state.user_key = config_dict['user_key'].replace('-', '')
state.secret_salt = config_dict['secret_salt']
state.host_mac = utils.get_my_mac()
state.gateway_ip, _, state.host_ip = utils.get_default_route()
webserver_context['host_state'] = state
assert utils.is_ipv4_addr(state.gateway_ip)
assert utils.is_ipv4_addr(state.host_ip)
state.packet_processor = PacketProcessor(state)
utils.log('Initialized:', state.__dict__)
# Continously discover devices
arp_scan_thread = ArpScan(state)
arp_scan_thread.start()
# Continuously gather SSDP data
netdisco_thread = NetdiscoWrapper(state)
netdisco_thread.start()
# Continuously capture packets
packet_capture_thread = PacketCapture(state)
packet_capture_thread.start()
# Continously spoof ARP
if '--no_spoofing' not in sys.argv:
arp_spoof_thread = ArpSpoof(state)
arp_spoof_thread.start()
# Continuously upload data
data_upload_thread = DataUploader(state)
data_upload_thread.start()
# Suppress scapy warnings
try:
logging.getLogger("scapy.runtime").setLevel(logging.ERROR)
except Exception:
pass
# Suppress flask messages
try:
logging.getLogger('werkzeug').setLevel(logging.ERROR)
except Exception:
pass
if state.persistent_mode:
# Insert a dash every four characters to make user-key easier to type
pretty_user_key = ''
for (ix, char) in enumerate(state.user_key):
if (ix > 0) and (ix % 4 == 0):
pretty_user_key += '-'
pretty_user_key += char
path = 'persistent/' + pretty_user_key
caution = 'This is your private link. Open it only on trusted computers.' # noqa
else:
path = ''
caution = ''
print('\n' * 100)
print("""
===========================
Princeton IoT Inspector
===========================
View the IoT Inspector report at:
https://inspector.cs.princeton.edu/{0}
{1}
Hit Control + C to terminate this process and stop data collection.
""".format(path, caution))
def start():
"""
Initializes inspector by spawning a number of background threads.
Returns the host state once all background threats are started.
"""
# Read from home directory the user_key. If non-existent, get one from
# cloud.
config_dict = utils.get_user_config()
utils.log('[MAIN] Starting.')
# Set up environment
state = HostState()
state.user_key = config_dict['user_key'].replace('-', '')
state.secret_salt = config_dict['secret_salt']
state.host_mac = utils.get_my_mac()
state.gateway_ip, _, state.host_ip = utils.get_default_route()
# Read special command-line arguments
if '--raspberry_pi_mode' in sys.argv:
state.raspberry_pi_mode = True
assert utils.is_ipv4_addr(state.gateway_ip)
assert utils.is_ipv4_addr(state.host_ip)
state.packet_processor = PacketProcessor(state)
utils.log('Initialized:', state.__dict__)
# Continously discover devices
arp_scan_thread = ArpScan(state)
arp_scan_thread.start()
# Continously discover ports via SYN scans
syn_scan_thread = SynScan(state)
syn_scan_thread.start()
# Continuously gather SSDP data
netdisco_thread = NetdiscoWrapper(state)
netdisco_thread.start()
# Continuously capture packets
packet_capture_thread = PacketCapture(state)
packet_capture_thread.start()
# Continously spoof ARP
if '--no_spoofing' not in sys.argv:
arp_spoof_thread = ArpSpoof(state)
arp_spoof_thread.start()
# Continuously upload data
data_upload_thread = DataUploader(state)
data_upload_thread.start()
# Suppress scapy warnings
try:
logging.getLogger("scapy.runtime").setLevel(logging.ERROR)
except Exception:
pass
# Suppress flask messages
try:
logging.getLogger('werkzeug').setLevel(logging.ERROR)
except Exception:
pass
# Insert a dash every four characters to make user-key easier to type
pretty_user_key = ''
for (ix, char) in enumerate(state.user_key):
if (ix > 0) and (ix % 4 == 0):
pretty_user_key += '-'
pretty_user_key += char
print('\n' * 100)
os_platform = utils.get_os()
print(WINDOWS_STARTUP_TEXT.format(server_config.BASE_URL, pretty_user_key))
# Open a browser window on Windows 10. Note that a new webpage will be
# opened in a non-privileged mode. TODO: Not sure how to do the same
# for macOS, as the "open" call on macOS will open a browser window
# in privileged mode.
if os_platform == 'windows':
utils.open_browser_on_windows('{0}/user/{1}'.format(
server_config.BASE_URL, pretty_user_key))
return state
def main(self, stdscr, notes_root, recursive):
utils.get_user_config()
Control.regex_patterns = History.load_history_from_file(utils.get_search_history_path())
Control.file_history = History.load_history_from_file(utils.get_file_history_path())
if not os.path.exists(notes_root):
curses_view.end_curses()
print('No such directory "%s"' % notes_root)
exit()
self.stored_items = NoteList()
self.recursive = recursive
self.notes_root = notes_root
Control.reload_notes = True
self.is_searching = False # TODO convert this into a TixMode instead
# {{{ funcs for key events
def keypress_list_pageup():
Control.reload_notes = False
if TixMode.current == TixMode.LIST:
curses_view.list_scroll_top -= curses_view.get_list_capacity()
Control.list_visible_index -= curses_view.get_list_capacity()
curses_view.adjust_scroll(len(self.stored_items))
elif TixMode.current == TixMode.TAGS:
curses_view.tags_scroll_top -= curses_view.get_list_capacity()
Control.tags_visible_index -= curses_view.get_list_capacity()
curses_view.adjust_scroll(len(self.stored_items.modes()))
def keypress_list_pagedown():
Control.reload_notes = False
if TixMode.current == TixMode.LIST:
# TODO don't scroll if last item is in view
curses_view.list_scroll_top += curses_view.get_list_capacity()
Control.list_visible_index += curses_view.get_list_capacity()
curses_view.adjust_scroll(len(self.stored_items))
elif TixMode.current == TixMode.TAGS:
curses_view.tags_scroll_top += curses_view.get_list_capacity()
Control.tags_visible_index += curses_view.get_list_capacity()
curses_view.adjust_scroll(len(self.stored_items.modes()))
def keypress_select_first_in_view():
Control.reload_notes = False
if TixMode.current == TixMode.LIST:
i = Control.list_visible_index
Control.list_visible_index = curses_view.list_scroll_top
if i != Control.list_visible_index:
curses_view.adjust_scroll(len(self.stored_items))
elif TixMode.current == TixMode.TAGS:
i = Control.tags_visible_index
Control.tags_visible_index = curses_view.tags_scroll_top
if i != Control.tags_visible_index:
curses_view.adjust_scroll(len(self.stored_items.modes()))
def keypress_select_last_in_view():
Control.reload_notes = False
if TixMode.current == TixMode.LIST:
i = Control.list_visible_index
Control.list_visible_index = curses_view.list_scroll_top + curses_view.get_list_capacity() - 1
if i != Control.list_visible_index:
curses_view.adjust_scroll(len(self.stored_items))
elif TixMode.current == TixMode.TAGS:
i = Control.tags_visible_index
Control.tags_visible_index = curses_view.tags_scroll_top + curses_view.get_list_capacity() - 1
if i != Control.tags_visible_index:
curses_view.adjust_scroll(len(self.stored_items.modes()))
def keypress_select_middle_in_view():
Control.reload_notes = False
i_after = i_before = nbr_items = scroll_top = 0
max_items_in_screen = curses_view.get_list_capacity() - 1
if TixMode.current == TixMode.LIST:
i_after = i_before = Control.list_visible_index
scroll_top = curses_view.list_scroll_top
nbr_items = len(self.stored_items)
elif TixMode.current == TixMode.TAGS:
i_after = i_before = Control.tags_visible_index
scroll_top = curses_view.tags_scroll_top
nbr_items = len(self.stored_items.modes())
nbr_items_visible = min(nbr_items, nbr_items - scroll_top, max_items_in_screen)
i_after = scroll_top + nbr_items_visible / 2
if TixMode.current == TixMode.LIST:
Control.list_visible_index = i_after
elif TixMode.current == TixMode.TAGS:
Control.tags_visible_index = i_after
if i_before != i_after:
curses_view.adjust_scroll(nbr_items)
def keypress_select_next():
Control.reload_notes = False
if TixMode.current == TixMode.LIST:
Control.list_visible_index += 1
curses_view.adjust_scroll(len(self.stored_items))
elif TixMode.current == TixMode.TAGS:
Control.tags_visible_index += 1
nbr_modes = len(self.stored_items.modes())
curses_view.adjust_scroll(nbr_modes)
def keypress_select_prev():
Control.reload_notes = False
if TixMode.current == TixMode.LIST:
Control.list_visible_index -= 1
curses_view.adjust_scroll(len(self.stored_items))
elif TixMode.current == TixMode.TAGS:
Control.tags_visible_index -= 1
curses_view.adjust_scroll(len(self.stored_items.modes()))
def keypress_select_last():
Control.reload_notes = False
if TixMode.current == TixMode.LIST:
Control.list_visible_index = len(self.stored_items) - 1
curses_view.adjust_scroll(len(self.stored_items))
elif TixMode.current == TixMode.TAGS:
Control.tags_visible_index = len(self.stored_items.modes()) - 1
curses_view.adjust_scroll(len(self.stored_items.modes()))
def keypress_select_first():
Control.reload_notes = False
if TixMode.current == TixMode.LIST:
Control.list_visible_index = 0
curses_view.list_scroll_top = 0
elif TixMode.current == TixMode.TAGS:
Control.tags_visible_index = 0
curses_view.tags_scroll_top = 0
def keypress_change_sorting_order():
Control.reload_notes = False
if TixMode.current == TixMode.LIST:
SortMode.current = (SortMode.current + 1) % len(SortMode.OPTIONS)
if SortMode.current == SortMode.BY_SHUF:
SortMode.current = (SortMode.current + 1) % len(SortMode.OPTIONS)
item_id = self.stored_items.get_visible(Control.list_visible_index).id
if SortMode.current == SortMode.BY_DATE:
self.stored_items.sort_by_modification_date()
#self.stored_items.group_todo()
elif SortMode.current == SortMode.BY_FILENAME:
self.stored_items.sort_by_filename()
new_index = 0
for i, item in enumerate(self.stored_items):
if item.id == item_id:
new_index = i
break
Control.list_visible_index = new_index
def keypress_shuf_order():
Control.reload_notes = False
if TixMode.current == TixMode.LIST:
SortMode.current = SortMode.BY_SHUF
item_id = self.stored_items.get_visible(Control.list_visible_index).id
random.shuffle(self.stored_items)
#self.stored_items.group_todo()
new_index = 0
for i, item in enumerate(self.stored_items):
if item.id == item_id:
new_index = i
break
Control.list_visible_index = new_index
def keypress_insert():
Control.reload_notes = False
if TixMode.current == TixMode.LIST:
curses_view.end_curses()
list_modes = self.stored_items.modes()
current_mode = list_modes[UserMode.current]
if current_mode in (UserMode.ALL, UserMode.NOTAG):
current_mode = None
else:
current_mode = current_mode + "\n\n"
n = utils.new_note(current_mode)
curses_view.init_curses()
if n:
Control.list_visible_index = 0
curses_view.adjust_scroll(len(self.stored_items))
Control.reload_notes = True
def keypress_toggle_filename_view():
Control.reload_notes = False
if TixMode.current == TixMode.LIST:
Control.list_view_mode += 1
Control.list_view_mode = Control.list_view_mode % len(Control.LIST_VIEWS)
def keypress_cycle_modes_reverse():
keypress_cycle_modes(True)
def keypress_cycle_modes(reverse=False):
Control.reload_notes = False
if TixMode.current == TixMode.LIST:
list_modes = self.stored_items.modes()
nbr_modes = len(list_modes)
if nbr_modes == 0: return
addition = 1 if not reverse else -1
UserMode.current = (UserMode.current + addition) % nbr_modes
for note in self.stored_items:
if list_modes[UserMode.current] == UserMode.ALL or list_modes[UserMode.current] in note.modes:
note.visible(True)
elif list_modes[UserMode.current] == UserMode.NOTAG and not note.modes:
note.visible(True)
else:
note.visible(False)
def keypress_read():
Control.reload_notes = False
if TixMode.current == TixMode.LIST:
curses_view.end_curses()
filename = self.stored_items.get_visible(Control.list_visible_index).fullpath()
utils.open_file_in_reader(filename)
curses_view.init_curses()
def keypress_enter():
if TixMode.current == TixMode.LIST and len(self.stored_items) > 0:
curses_view.end_curses()
note_before = self.stored_items.get_visible(Control.list_visible_index)
note_after = note_before.edit()
curses_view.init_curses()
if note_before.text != note_after.text:
Control.reload_notes = True
Control.list_visible_index = 0
h = History(note_after.fullpath())
Control.file_history.append(h)
h.append_to_file(utils.get_file_history_path())
else:
Control.reload_notes = False
elif TixMode.current == TixMode.TAGS:
Control.reload_notes = False
TixMode.current = TixMode.LIST
if UserMode.current == Control.tags_visible_index:
return
else:
UserMode.current = Control.tags_visible_index
Control.list_visible_index = 0
list_modes = self.stored_items.modes()
for note in self.stored_items:
if list_modes[UserMode.current] == UserMode.ALL or list_modes[UserMode.current] in note.modes:
note.visible(True)
elif list_modes[UserMode.current] == UserMode.NOTAG and not note.modes:
note.visible(True)
else:
note.visible(False)
def keypress_cycle_tix_modes():
Control.reload_notes = False
nbr_modes = len(TixMode.OPTIONS)
if nbr_modes == 0: return
reverse = False
addition = 1 if not reverse else -1
TixMode.current = (TixMode.current + addition) % nbr_modes
if TixMode.current == TixMode.EDIT:
TixMode.current = (TixMode.current + addition) % nbr_modes
def keypress_switch_to_list_mode():
Control.reload_notes = False
TixMode.current = TixMode.LIST
def keypress_switch_to_tags_mode():
Control.reload_notes = False
if TixMode.current == TixMode.LIST:
TixMode.current = TixMode.TAGS
elif TixMode.current == TixMode.TAGS:
keypress_enter()
pass
def pressed_slash():
Control.reload_notes = False
if TixMode.current == TixMode.LIST:
Control.reload_thread_lock.acquire()
def validator(c):
if c == 27:
# ctrl A >then> ctrl K
# regex = None
return 7
elif c == 10:
return 7 # RETURN key -- CTRL-g = 7 and CTRL-j = 10
else:
curses_view.search_textbox.do_command(c)
if c == curses.KEY_UP and Control.current_regex_index > 0:
Control.current_regex_index -= 1
curses_view.footer_pad.clear()
CursesView.add_str(curses_view.footer_pad, Control.regex_patterns[Control.current_regex_index].value)
elif c == curses.KEY_DOWN and Control.current_regex_index < len(Control.regex_patterns) - 1:
Control.current_regex_index += 1
curses_view.footer_pad.clear()
CursesView.add_str(curses_view.footer_pad, Control.regex_patterns[Control.current_regex_index].value)
elif c == curses.KEY_DOWN and Control.current_regex_index == len(Control.regex_patterns) - 1:
Control.current_regex_index += 1
curses_view.footer_pad.clear()
CursesView.add_str(curses_view.footer_pad, curses_view.search_prompt)
if curses_view.search_textbox.gather() is '':
return 7
regex = ""
try:
curses.curs_set(1)
except curses.error: # iphone
pass
Control.current_regex_index = len(Control.regex_patterns)
curses_view.footer_pad.clear()
CursesView.add_str(curses_view.footer_pad, curses_view.search_prompt)
self.is_searching = True
regex = curses_view.search_textbox.edit(validator)
self.is_searching = False
try:
curses.curs_set(0)
except curses.error: # iphone
pass
if regex != None:
regex = regex[len(curses_view.search_prompt):]
if regex.strip():
h = History(curses_view.search_prompt + regex)
h.append_to_file(utils.get_search_history_path())
Control.regex_patterns.append(h)
Control.list_visible_index = 0
curses_view.adjust_scroll(len(self.stored_items))
list_modes = self.stored_items.modes()
current_mode = list_modes[UserMode.current]
for note in self.stored_items:
if note.is_search_match(regex):
if (current_mode == UserMode.ALL or current_mode in note.modes):
note.visible(True)
elif (current_mode == UserMode.NOTAG and not note.modes):
note.visible(True)
else:
note.visible(False)
Control.reload_thread_lock.release()
key_to_action = dict({
ord('M'): keypress_select_middle_in_view,
ord('H'): keypress_select_first_in_view,
ord('L'): keypress_select_last_in_view,
ord('j'): keypress_select_next,
ord('k'): keypress_select_prev,
#ord('h'): keypress_switch_to_list_mode,
ord('h'): keypress_switch_to_tags_mode,
ord('l'): keypress_switch_to_tags_mode,
ord('g'): keypress_select_first,
ord('G'): keypress_select_last,
ord('a'): keypress_insert,
ord('r'): keypress_read,
ord('n'): keypress_cycle_modes,
ord('p'): keypress_cycle_modes_reverse,
ord('\t'): keypress_cycle_tix_modes,
9: keypress_cycle_tix_modes, # = TAB
ord('#'): keypress_cycle_tix_modes,
ord('@'): keypress_cycle_tix_modes,
#353: keypress_cycle_modes_reverse, # = SHIFT + TAB
ord('f'): keypress_toggle_filename_view,
ord('s'): keypress_change_sorting_order,
ord('S'): keypress_shuf_order,
ord('/'): pressed_slash,
10: keypress_enter,
curses.KEY_ENTER: keypress_enter,
curses.KEY_DOWN: keypress_select_next,
curses.KEY_UP: keypress_select_prev,
curses.KEY_HOME: keypress_select_first,
curses.KEY_END: keypress_select_last,
curses.KEY_NPAGE: keypress_list_pagedown,
curses.KEY_PPAGE: keypress_list_pageup,
curses.KEY_LEFT: keypress_switch_to_list_mode,
curses.KEY_RIGHT: keypress_switch_to_tags_mode,
})
#}}}
while True:
curses_view.update_screen_size()
curses_view.recalculate_widths()
curses_view.create_footer_pad()
if Control.reload_notes:
if not Control.reload_thread_lock.locked():
t = self.Loader(self)
t.start()
elif not Control.reload_thread_lock.locked():
curses_view.complete_redraw(self.stored_items)
Control.reload_notes = False
c = curses_view.keyboard_pad.getch()
if c == ord('q'): break
f = key_to_action.get(c)
if f: f()
curses_view.end_curses()
def start():
"""
Initializes inspector by spawning a number of background threads.
Returns the host state once all background threats are started.
"""
# Read from home directory the user_key. If non-existent, get one from
# cloud.
config_dict = utils.get_user_config()
utils.log('[MAIN] Starting.')
# Set up environment
state = HostState()
state.user_key = config_dict['user_key'].replace('-', '')
state.secret_salt = config_dict['secret_salt']
state.host_mac = utils.get_my_mac()
state.gateway_ip, _, state.host_ip = utils.get_default_route()
assert utils.is_ipv4_addr(state.gateway_ip)
assert utils.is_ipv4_addr(state.host_ip)
state.packet_processor = PacketProcessor(state)
utils.log('Initialized:', state.__dict__)
# Start web API
webserver.start_thread(state)
# Continously discover devices
arp_scan_thread = ArpScan(state)
arp_scan_thread.start()
# Continously discover ports via SYN scans
syn_scan_thread = SynScan(state)
syn_scan_thread.start()
# # Continuously gather SSDP data
# netdisco_thread = NetdiscoWrapper(state)
# netdisco_thread.start()
# Continuously capture packets
packet_capture_thread = PacketCapture(state)
packet_capture_thread.start()
# Continously spoof ARP
if '--no_spoofing' not in sys.argv:
arp_spoof_thread = ArpSpoof(state)
arp_spoof_thread.start()
# Suppress scapy warnings
try:
logging.getLogger("scapy.runtime").setLevel(logging.ERROR)
except Exception:
pass
# Suppress flask messages
try:
logging.getLogger('werkzeug').setLevel(logging.ERROR)
except Exception:
pass
# Insert a dash every four characters to make user-key easier to type
pretty_user_key = ''
for (ix, char) in enumerate(state.user_key):
if (ix > 0) and (ix % 4 == 0):
pretty_user_key += '-'
pretty_user_key += char
print(
'Ready. To test if the API works, visit http://127.0.0.1:46241/get_device_list'
)
return state
def __init__(self):
utils.get_user_config()
Control.regex_patterns = History.load_history_from_file(
utils.get_search_history_path())
Control.file_history = History.load_history_from_file(
utils.get_file_history_path())
self.stored_items = NoteList()
self.event_dict_commandline = dict({
gtk.keysyms.Escape:
self.event_focus_list,
gtk.keysyms.Return:
self.event_execute_command,
gtk.keysyms.Up:
self.event_prev_search_regex,
gtk.keysyms.Down:
self.event_next_search_regex,
gtk.keysyms.Home:
self.event_commandline_home,
})
self.event_dict_list = dict({
# List to commandline
#gtk.keysyms.colon: self.event_focus_commandline_command_mode,
gtk.keysyms.slash:
self.event_focus_commandline_search_mode,
gtk.keysyms.f:
self.event_focus_commandline_search_mode,
gtk.keysyms.numbersign:
self.event_focus_commandline_search_mode,
# List to editor
gtk.keysyms.Escape:
self.event_reset_search,
#gtk.keysyms.Tab: self.event_toggle_view,
gtk.keysyms.a:
self.event_add_new_note,
# List
#gtk.keysyms.q: self.event_destroy,
gtk.keysyms.j:
self.event_select_next,
gtk.keysyms.k:
self.event_select_prev,
gtk.keysyms.G:
self.event_select_last,
gtk.keysyms.M:
self.event_select_middle_visible,
gtk.keysyms.L:
self.event_select_last_visible,
gtk.keysyms.H:
self.event_select_first_visible,
gtk.keysyms.g:
self.event_select_first,
gtk.keysyms.n:
self.event_next_tag_mode,
gtk.keysyms.p:
self.event_prev_tag_mode,
gtk.keysyms.F3:
self.event_edit_config,
gtk.keysyms.F5:
self.event_reload_config,
})
self.event_dict_editor = dict({
gtk.keysyms.Escape: self.event_switch_to_list_view,
gtk.keysyms.z: self.event_undo,
gtk.keysyms.r: self.event_redo,
gtk.keysyms.s: self.event_save,
gtk.keysyms.d: self.event_insert_date,
gtk.keysyms.F4: self.event_delete_note,
#gtk.keysyms.b: self.event_bold,
})
