def child(kind):
from blessed import Terminal
term = Terminal(kind)
test_right_string = term.blue(u"one" + term.move_right(5) + u"two")
assert term.truncate(test_right_string, 9) == term.blue(u"one t")
test_bs_string = term.blue(u"one\b\b\btwo")
assert term.truncate(test_bs_string, 3) == term.blue(u"two")
def child(kind):
from blessed import Terminal
term = Terminal(kind)
test = "Testing " + term.red("attention ") + term.blue("please.")
trunc = term.truncate(test)
assert term.length(trunc) <= term.width
assert term.truncate(term.red('x' * 1000)) == term.red('x' * term.width)
def child(kind):
from blessed import Terminal
term = Terminal(kind)
test_string = term.red("Testing ") + term.yellow("makes ") +\
term.green("me ") + term.blue("feel ") +\
term.indigo("good") + term.normal
stripped_string = term.strip_seqs(test_string)
for i in range(len(stripped_string)):
test_l = term.length(term.truncate(test_string, i))
assert test_l == len(stripped_string[:i])
test_nogood = term.red("Testing ") + term.yellow("makes ") +\
term.green("me ") + term.blue("feel ") +\
term.indigo("") + term.normal
trunc = term.truncate(test_string, term.length(test_string) - len("good"))
assert trunc == test_nogood
def day(args, *extra, **kwargs):
parser = argparse.ArgumentParser()
parser.add_argument(
'username',
help='The MyFitnessPal username for which to delete a stored password.'
)
parser.add_argument(
'date',
nargs='?',
default=datetime.now().strftime('%Y-%m-%d'),
type=lambda datestr: dateparse(datestr).date(),
help='The date for which to display information.'
)
args = parser.parse_args(extra)
password = get_password_from_keyring_or_interactive(args.username)
client = Client(args.username, password)
day = client.get_date(args.date)
t = Terminal()
print(t.blue(args.date.strftime('%Y-%m-%d')))
for meal in day.meals:
print(t.bold(meal.name.title()))
for entry in meal.entries:
print('* {entry.name}'.format(entry=entry))
print(
t.italic_bright_black(
' {entry.nutrition_information}'.format(entry=entry)
)
)
print('')
print(t.bold("Totals"))
for key, value in day.totals.items():
print(
'{key}: {value}'.format(
key=key.title(),
value=value,
)
)
print("Water: {amount}".format(amount=day.water))
if day.notes:
print(t.italic(day.notes))
def day(args, *extra, **kwargs):
parser = argparse.ArgumentParser()
parser.add_argument(
'username',
help='The MyFitnessPal username for which to delete a stored password.'
)
parser.add_argument('date',
nargs='?',
default=datetime.now().strftime('%Y-%m-%d'),
type=lambda datestr: dateparse(datestr).date(),
help=u'The date for which to display information.')
args = parser.parse_args(extra)
password = get_password_from_keyring_or_interactive(args.username)
client = Client(args.username, password)
day = client.get_date(args.date)
t = Terminal()
print(t.blue(args.date.strftime('%Y-%m-%d')))
for meal in day.meals:
print(t.bold(meal.name.title()))
for entry in meal.entries:
print(u'* {entry.name}'.format(entry=entry))
print(
t.italic_bright_black(
u' {entry.nutrition_information}'.format(entry=entry)))
print(u'')
print(t.bold("Totals"))
for key, value in day.totals.items():
print(u'{key}: {value}'.format(
key=key.title(),
value=value,
))
print(u'Water: {amount}'.format(amount=day.water))
if day.notes:
print(t.italic(day.notes))
import random
from blessed import Terminal
# CONSTANTS
COLUMNS = 7
ROWS = 6
# Terminal
t = Terminal()
# Player colors
# 0 is empty
pcolor = {
0: lambda x: t.white(x),
1: lambda x: t.blue(x),
2: lambda x: t.red(x)
}
def put_disc(board, player, column):
"""
Puts a disc of player `player` in column `column`.
Returns `False` if the column is full.
"""
row = -1
column -= 1
while board[row][column]:
row -= 1
if row < -ROWS:
return False
return text
try:
from blessed import Terminal
except ImportError, exc:
Terminal = FakeTerminal
TERMINAL = Terminal()
FLAGS = {
'done': TERMINAL.green('done'),
'orphan': TERMINAL.standout(TERMINAL.red('ORPHAN')),
'outdated_fs_version': TERMINAL.standout(
TERMINAL.red('FS-VERSION-OUTDATED')),
'deferrable': TERMINAL.standout(TERMINAL.blue('DEFERRABLE')),
'proposed': TERMINAL.blue('proposed')}
def print_table(data, titles=None, colspace=1):
if titles:
data.insert(0, map(TERMINAL.bright_black, titles))
column_lengths = map(max, zip(*map(
lambda row: map(TERMINAL.length, row), data)))
for row in data:
for col_num, cell in enumerate(row):
print TERMINAL.ljust(cell, column_lengths[col_num] + colspace),
print ''
try:
from blessed import Terminal
except ImportError, exc:
import sys
print >>sys.stderr, 'WARNING: Terminal colorization disabled' + \
' because of ImportError: {0}'.format(exc)
Terminal = FakeTerminal
TERMINAL = Terminal()
FLAGS = {
'done': TERMINAL.green('done'),
'orphan': TERMINAL.standout(TERMINAL.red('ORPHAN')),
'outdated_fs_version': TERMINAL.standout(
TERMINAL.red('FS-VERSION-OUTDATED')),
'proposed': TERMINAL.blue('proposed')}
def print_table(data, titles=None, colspace=1):
if titles:
data.insert(0, map(TERMINAL.bright_black, titles))
column_lengths = map(max, zip(*map(
lambda row: map(TERMINAL.length, row), data)))
for row in data:
for col_num, cell in enumerate(row):
print TERMINAL.ljust(cell, column_lengths[col_num] + colspace),
print ''
def upgrade_id_with_flags(upgrade, omit_flags=()):
def child(kind):
from blessed import Terminal
term = Terminal(kind)
assert term.truncate("", 4) == ""
test_string = term.blue(u"one\x01two")
assert term.truncate(test_string, 4) == term.blue(u"one\x01t")
class UI():
def __init__(self):
self.term = Terminal()
self.choice = None
def drawtop(self):
print(self.term.green('=============================='))
print(self.term.green(' HUNT THE WUMPUS'))
print(self.term.green('=============================='))
def mainmenu(self):
print('\nPRESS ANY KEY + INTRO TO START:')
input()
self.clear_screen()
def ingame(self, player):
print('I am in row %d and column number %d' % \
(player.row_position, player.column_position))
if player.orientation == 1:
print('I am looking up.')
elif player.orientation == 2:
print('I am looking to the right.')
elif player.orientation == 3:
print('I am looking down.')
elif player.orientation == 4:
print('I am looking to the left.')
print('I have %d arrows' % player.n_arrows)
if player.wumpus_alive:
print('The Wumpus is still alive')
else:
print(self.term.green('The Wumpus is dead.'))
if player.gold_in_bag:
print(self.term.yellow('I have a piece of gold.'))
exit_position = player.row_position == 0 and player.column_position == 0
self.choice = None
while self.choice is None:
if exit_position and player.gold_in_bag:
print('What should I do now? I can "MOVE" fordward, turn "CLOCKWISE", turn "COUNTERCLOCKWISE",\
"SHOOT" or "EXIT"')
else:
print('What should I do now? I can "MOVE" fordward, turn "CLOCKWISE", turn "COUNTERCLOCKWISE",\n \
or "SHOOT"')
self.choice = input('Type an action: ')
print(self.choice)
if self.choice in actions_list:
return self.choice
elif self.choice == 'EXIT':
if exit_position and player.gold_in_bag:
self.game_won()
else:
self.choice = None
print(self.term.yellow('I can`t exit now. I must be in the initial position with the gold.'))
else:
self.choice = None
print('I don`t understand!')
def sensing_info(self, sensing_data):
for data in sensing_data:
if data == 1:
print(self.term.blue(sense_msg['wumpus_close']))
elif data == 2:
print(self.term.blue(sense_msg['gold_close']))
elif data == 3:
print(self.term.blue(sense_msg['hole_close']) )
def display_msg(self, msg_ref):
print(self.term.yellow(sense_msg[msg_ref]))
def game_won(self):
print(self.term.green('CONGRATULATIONS YOU PASS DE THE LEVEL\nPRESS ANY KEY + INTRO TO EXIT:'))
input()
os.exit()
def game_over(self, circumstance):
if circumstance == 1:
print(self.term.red(sense_msg['wumpus_death']))
else:
print(self.term.red(sense_msg['hole_death']))
print(self.term.red('\nPRESS ANY KEY + INTRO TO EXIT:'))
input()
os.exit()
def clear_screen(self):
os.system('cls' if os.name=='nt' else 'clear')
self.drawtop()
def __call__(self, text):
return text
try:
from blessed import Terminal
except ImportError, exc:
Terminal = FakeTerminal
TERMINAL = Terminal()
FLAGS = {
'done': TERMINAL.green('done'),
'orphan': TERMINAL.standout(TERMINAL.red('ORPHAN')),
'outdated_fs_version':
TERMINAL.standout(TERMINAL.red('FS-VERSION-OUTDATED')),
'proposed': TERMINAL.blue('proposed')
}
def print_table(data, titles=None, colspace=1):
if titles:
data.insert(0, map(TERMINAL.bright_black, titles))
column_lengths = map(
max, zip(*map(lambda row: map(TERMINAL.length, row), data)))
for row in data:
for col_num, cell in enumerate(row):
print TERMINAL.ljust(cell, column_lengths[col_num] + colspace),
print ''
def __call__(self, text):
return text
try:
from blessed import Terminal
except ImportError, exc:
Terminal = FakeTerminal
TERMINAL = Terminal()
FLAGS = {
"done": TERMINAL.green("done"),
"orphan": TERMINAL.standout(TERMINAL.red("ORPHAN")),
"outdated_fs_version": TERMINAL.standout(TERMINAL.red("FS-VERSION-OUTDATED")),
"proposed": TERMINAL.blue("proposed"),
}
def print_table(data, titles=None, colspace=1):
if titles:
data.insert(0, map(TERMINAL.bright_black, titles))
column_lengths = map(max, zip(*map(lambda row: map(TERMINAL.length, row), data)))
for row in data:
for col_num, cell in enumerate(row):
print TERMINAL.ljust(cell, column_lengths[col_num] + colspace),
print ""
def upgrade_id_with_flags(upgrade, omit_flags=()):
def threaded_sniff():
q = Queue()
sniffer = Thread(target = threaded_sniff_target, args = (q,))
sniffer.daemon = True
sniffer.start()
time.sleep(1)
t = Terminal()
pkt_type = ""
ip_src = None
while True:
try:
pkt = q.get(timeout = 1)
if pkt.haslayer(Ether):
ethsrc = pkt.getlayer(Ether).src
ethdst = pkt.getlayer(Ether).dst
else:
# Skip non-Ethernet packets
pass
if pkt.haslayer(IP):
ipsrc = pkt.getlayer(IP).src
ipdst = pkt.getlayer(IP).dst
ttl = pkt.getlayer(IP).ttl
else:
# Skip non-IP packets
pass
if pkt.haslayer(TCP):
sport = pkt.getlayer(TCP).sport
dport = pkt.getlayer(TCP).dport
pkt_type = "TCP"
elif pkt.haslayer(UDP):
sport = pkt.getlayer(UDP).sport
dport = pkt.getlayer(UDP).dport
pkt_type = "UDP"
if pkt.haslayer(DNS):
pkt_type = "DNS"
if pkt.haslayer(NTP):
pkt_type = "NTP"
if pkt.haslayer(ICMP):
pkt_type = "ICMP"
if pkt.haslayer(http.HTTP):
pkt_type = "HTTP"
if pkt.haslayer(TLS):
pkt_type = "TLS"
if not dbconn.isipaddrindb(ipsrc):
# OS detection based on TTL
ret_ttl = getttl(ttl)
if ret_ttl is None:
if pkt.haslayer(TCP) or pkt.haslayer(UDP):
print "T", t.blue("%s" % datetime.datetime.now().strftime('%H:%M:%S')), t.bold_magenta("{:>4}".format(pkt_type)), "MAC src addr", t.cyan("%s" % ethsrc), "MAC dst addr", t.cyan("%s" % ethdst), "TTL", t.red("{:>7}".format(ttl)), "IP src addr", t.green("{:>15}".format(ipsrc)), "IP dst addr", t.green("{:>15}".format(ipdst)), "src port", t.yellow("{:>5}".format(sport)), "dst port", t.yellow("{:>5}".format(dport))
elif pkt.haslayer(ICMP):
print "T", t.blue("%s" % datetime.datetime.now().strftime('%H:%M:%S')), t.bold_magenta("{:>4}".format(pkt_type)), "MAC src addr", t.cyan("%s" % ethsrc), "MAC dst addr", t.cyan("%s" % ethdst), "TTL", t.red("{:>7}".format(ttl)), "IP src addr", t.green("{:>15}".format(ipsrc)), "IP dst addr", t.green("{:>15}".format(ipdst))
if pkt.getlayer(ICMP).type == 0x08:
print t.move_right, t.move_right, t.move_right, t.move_right, "ICMP Message type", t.green("Echo request"), "Sequence number", t.cyan("%s" % pkt.getlayer(ICMP).seq)
elif pkt.getlayer(ICMP).type == 0x00:
print t.move_right, t.move_right,t.move_right, t.move_right, "ICMP Message type", t.green("Echo response"), "Sequence number", t.cyan("%s" % pkt.getlayer(ICMP).seq)
else:
if pkt.haslayer(TCP) or pkt.haslayer(UDP):
print "T", t.blue("%s" % datetime.datetime.now().strftime('%H:%M:%S')), t.bold_magenta("{:>4}".format(pkt_type)), "MAC src addr", t.cyan("%s" % ethsrc), "MAC dst addr", t.cyan("%s" % ethdst), "OSv", t.red("%s" % ret_ttl), "IP src addr", t.green("{:>15}".format(ipsrc)), "IP dst addr", t.green("{:>15}".format(ipdst)), "src port", t.yellow("{:>5}".format(sport)), "dst port", t.yellow("{:>5}".format(dport))
elif pkt.haslayer(ICMP):
print "T", t.blue("%s" % datetime.datetime.now().strftime('%H:%M:%S')), t.bold_magenta("{:>4}".format(pkt_type)), "MAC src addr", t.cyan("%s" % ethsrc), "MAC dst addr", t.cyan("%s" % ethdst), "OSv", t.red("%s" % ret_ttl), "IP src addr", t.green("{:>15}".format(ipsrc)), "IP dst addr", t.green("{:>15}".format(ipdst))
if pkt.getlayer(ICMP).type == 0x08:
print t.move_right, t.move_right,t.move_right, t.move_right, "ICMP Message type", t.green("Echo request"), "Sequence number", t.cyan("%s" % pkt.getlayer(ICMP).seq)
elif pkt.getlayer(ICMP).type == 0x00:
print t.move_right, t.move_right,t.move_right, t.move_right, "ICMP Message type", t.green("Echo response"), "Sequence number", t.cyan("%s" % pkt.getlayer(ICMP).seq)
# Print out additional information if the packet contains HTTP requests or responses
if pkt.haslayer(DNS):
dns_layer = pkt.getlayer(DNS)
if 'an' in dns_layer.fields:
if dns_layer.fields['an'] is not None:
if dns_layer.fields['an'].fields['type'] == 0x01:
print t.move_right, t.move_right, "DNS response", t.yellow("A"), "record for hostname", t.cyan("%s" % dns_layer.fields['an'].fields['rrname'][:-1]), "has IP address", t.green("%s" % str(dns_layer.fields['an'].fields['rdata']))
elif 'qd' in dns_layer.fields:
if dns_layer.fields['qd'].fields['qtype'] == 0x01:
print t.move_right, t.move_right, "DNS request", t.yellow("A"), "record for hostname", t.cyan("%s" % dns_layer.fields['qd'].fields['qname'][:-1])
# Print out additional information if the packet contains HTTP requests or responses
if pkt.haslayer(http.HTTPRequest):
http_pkt = pkt.getlayer(http.HTTPRequest)
print t.move_right, t.move_right, "HTTP Method", t.yellow("%s" % http_pkt.fields['Method']), "Host", t.cyan("%s" % http_pkt.fields['Host']), "Path", t.green("%s" % http_pkt.fields['Path']),"User-Agent", t.blue("%s" % http_pkt.fields['User-Agent'])
elif pkt.haslayer(http.HTTPResponse):
http_pkt = pkt.getlayer(http.HTTPResponse)
try:
print t.move_right, t.move_right, "HTTP Response from", t.green("%s" % http_pkt.fields['Server']), "Date", t.yellow("%s" % http_pkt.fields['Date'])
except:
pass
# Print out additional information if the packet is part of a TLS connection
if pkt.haslayer(TLS):
try:
tls_packet = pkt.getlayer(TLS)
tls_record = tls_packet.fields['records'][0]
tls_record_type = tls_packet.fields['records'][0].fields['content_type']
if tls_record_type == 0x17:
try:
tls_version = tls_record['TLS Record'].fields['version']
if tls_version == 0x303:
print t.move_right, t.move_right,t.move_right, t.move_right, "Application Data from TLS version", t.yellow("v1.2")
elif tls_version == 0x302:
print t.move_right, t.move_right,t.move_right, t.move_right, "Application Data from TLS version", t.yellow("v1.1")
elif tls_version == 0x301:
print t.move_right, t.move_right,t.move_right, t.move_right, "Application Data from TLS version", t.yellow("v1.0")
elif tls_version == 0x300:
print t.move_right, t.move_right,t.move_right, t.move_right, "Application Data from SSL version", t.yellow("v3.0")
except:
pass
elif tls_record_type == 0x16:
for rec in tls_packet.fields['records']:
try:
# ClientHello
if rec['TLS Handshake'].fields['type'] == 1:
#print rec['TLS Client Hello'].fields['version']
tls_clienthello_version = tls_record['TLS Client Hello'].fields['version']
if tls_clienthello_version == 0x303:
print t.move_right, t.move_right, "Client Hello version", t.yellow("v1.2")
elif tls_clienthello_version == 0x302:
print t.move_right, t.move_right, "Client Hello version", t.yellow("v1.1")
elif tls_clienthello_version == 0x301:
print t.move_right, t.move_right, "Client Hello version", t.yellow("v1.0")
elif tls_clienthello_version == 0x300:
print t.move_right, t.move_right, "Client Hello version", t.yellow("v3.0")
# ServerHello
elif rec['TLS Handshake'].fields['type'] == 2:
#print rec['TLS Server Hello'].fields['version']
tls_serverhello_version = tls_record['TLS Server Hello'].fields['version']
if tls_serverhello_version == 0x303:
print t.move_right, t.move_right, "Server Hello version", t.yellow("v1.2")
elif tls_serverhello_version == 0x302:
print t.move_right, t.move_right, "Server Hello version", t.yellow("v1.1")
elif tls_serverhello_version == 0x301:
print t.move_right, t.move_right, "Server Hello version", t.yellow("v1.0")
elif tls_serverhello_version == 0x300:
print t.move_right, t.move_right, "Server Hello version", t.yellow("v3.0")
except:
pass
except:
pass
else:
dbconn.refreshtimestamp(ethsrc)
except Empty:
pass
