def code_search():
"""Searches files in specified folder for occurances substring.
"""
H()
sprint('Enter phrase or code snippet')
term = display_manager.input_prompt()
H()
sprint(
"Please enter the path to the folder you'd like to begin the search from."
)
root_dir = display_manager.input_prompt()
try:
H()
sprint("Looking it up..")
os.system("gnome-terminal -e \"grep -rnw '%s' -e '%s'\"" %
(root_dir, term))
except KeyboardInterrupt as e:
return
except Exception as e:
rollbar.report_exc_info()
print(e)
pass
return
def porter():
"""Sends an email to a specified email address.
"""
uheader = '[' + user[0].upper() + ']'
H()
sprint("Enter payload\n")
lines = []
try:
while True:
lines.append(input(u"\u262F "))
except EOFError:
pass
except KeyboardInterrupt:
H()
sprint("Aborted.")
payload = "\n".join(lines)
print('\n')
H()
sprint("Label the package")
subject = display_manager.input_prompt()
H()
sprint("Who's the mark?")
target = display_manager.input_prompt()
try:
fa = os.getenv('LUNADDR')
if not target: # Env vars
ta = os.getenv('MYEMAIL')
else:
ta = target
msg = MIMEMultipart()
msg['From'] = fa
msg['To'] = ta
msg['Subject'] = subject
body = payload
msg.attach(MIMEText(body, 'plain'))
server = smtplib.SMTP('smtp.gmail.com', 587)
server.starttls()
server.login(fa, os.getenv('EMAILPWD'))
text = msg.as_string()
server.sendmail(fa, ta, text)
server.quit()
H()
sprint("Package sent.")
delete_latest()
return
except:
rollbar.report_exc_info()
H()
sprint('Package sending failed.')
return
def population_density():
"""Measures the population density of a specified area, given the population.
"""
H()
sprint("Please enter the number of people who live in this area.")
population = display_manager.input_prompt().replace(',', '')
H()
sprint("Enter the size of the area in square kilometers.")
area = display_manager.input_prompt().replace(',', '')
H()
sprint(
"The population density of this area is %s people per square kilometer."
% str(int(population) / int(area)))
def find_related(key_word):
"""Finds articles in main database (intel, in this case) that contain keyword.
"""
H()
sprint('This might take a while so please be patient.')
try:
keyword = key_word
found = []
count = 0
cycle = 0
for file in intel.find():
if ' ' + keyword.lower() + ' ' in file['payload'][0].lower():
found.append([
file['payload'][0].lower().count(keyword.lower()),
file['title']
])
count += file['payload'][0].lower().count(keyword.lower())
cycle += 1
if cycle == 1 or cycle == 100000:
logging.debug(
'<<<%s>>>...>' %
file['payload'][0].lower().count(keyword.lower()))
cycle = 0
except KeyboardInterrupt:
logging.warning('User aborted search for keyword "%s".' % key_word)
H()
sprint("I guess patience isn't your strong suit.")
return
if found:
logging.debug('keyword "%s" appears %s times in current universe.' %
(key_word, str(count)))
try:
found.sort()
found.reverse()
for title in found:
print('%s (%s)' % (title[1].strip(), str(title[0])))
time.sleep(0.02)
return
except KeyboardInterrupt:
return
else:
H()
sprint(
"No mentions of %s exist locally, shall I do an internet sweep for requested data?"
% key_word)
response = display_manager.input_prompt()
if 'yes' in response:
logging.debug('relation seeker sent "%s" to informant.' % key_word)
H()
sprint('Doing that.')
informant(key_word, False, 0, False, *['relation seeker'])
else:
controlCentre(*[response])
return
def start_over():
H()
sprint('Would you like to start over?')
directive = display_manager.input_prompt()
if 'yes' in directive:
laFibonacci()
else:
H()
sprint("Cool. It was nice reminding you who's the boss around here.")
return
def init_translator(*session):
"""Initialises and terminates translator mode.
"""
if not session:
H()
sprint('translator activated.')
raw_text = display_manager.input_prompt()
if raw_text.lower() != 'exit':
human_lang_translator(raw_text)
else:
H()
sprint('translator terminated.')
def wolfram(init=True):
if init:
H()
sprint('Game face activated')
command = display_manager.input_prompt()
if command.lower() != 'exit':
search_wolfram(command)
wolfram(False)
else:
H()
sprint('Normal operations resumed')
return
def ethan():
inp = display_manager.input_prompt()
if inp.startswith('open'):
target = inp[5:]
try:
x = hades.find_one({'title': target})
sprint(x['payload'])
except Exception as e:
rollbar.report_exc_info()
H()
sprint("No record found.")
else:
controlCentre(*[inp])
def dictionaryHelper(dictionary):
# todo: auto suggest from wordlist
# print(dict_header, end='')
# word = prompt('', history=FileHistory('wordlist.txt'), auto_suggest=AutoSuggestFromHistory())
word = display_manager.input_prompt()
if word != 'exit':
try:
H(dict_header)
os.system('dict -d %s %s' % (dictionary, word))
dictionaryHelper(dictionary)
except Exception as e:
rollbar.report_exc_info()
H()
sprint(e)
return
else:
H()
sprint('Dictionary closed.')
return
def main():
try:
global state_object
state_object = {
'value': 'initialise',
'last_displayed': [],
'index': 0
}
while state_object['value'] != 'exit':
H()
sprint('Enter a search critria')
topic = display_manager.input_prompt()
print('')
list_urls(topic)
logging.info('News crawler deactivated')
return
except Exception as e:
logging.error('ERROR: %s' % e)
state_object = {'value': 'exit', 'last_displayed': [], 'index': 0}
return
def dictionary():
try:
H(dict_header)
print("Choose a dictionary database (enter the associated number)\n\n",
"1. The Collaborative International Dictionary of English\n",
"2. Wordnet (2006)\n", "3. The Devil's Dictionary (1881-1906)\n",
"4. The Moby Thesaurus II by Grady Ward")
dic = display_manager.input_prompt()
mapper = {'1': 'gcide', '2': 'wn', '3': 'devil', '4': 'moby-thesaurus'}
mapper2 = {
'1': 'The Collaborative International Dictionary of English',
'2': 'Wordnet (2006)',
'3': "The Devil's Dictionary (1881-1906)",
'4': 'The Moby Thesaurus II by Grady Ward'
}
H(dict_header)
sprint("You are now in %s" % mapper2[dic])
dictionaryHelper(mapper[dic])
except KeyboardInterrupt:
H()
sprint('Aborted')
return
def find_external_resource():
"""Searches for links related to a specified subject. e.g., It can be used to search for pdf
links that can then be curled through Luna's ghost terminal."""
H()
sprint("What do you need?")
res = display_manager.input_prompt()
try:
# for anonymity edit google library to run through proxychains
urls = search(res, stop=20)
H()
sprint("Take your pick.")
for url in urls:
print(url)
time.sleep(0.03)
return
except Exception as e:
logging.debug(str(e))
H()
sprint(random.choice(bad_connection_responses))
return
def usersTurn(n1=1, n2=1, depth=0):
try:
start = time.time()
nextInt = n1 + n2
try:
userNext = display_manager.input_prompt()
test = int(userNext)
except Exception as e:
logging.error(e)
return
end = time.time()
gameOver = False
if int(end - start) > 10:
H()
sprint('You took too long. Your max depth is %s.' % depth)
start_over()
if int(userNext) != nextInt:
H()
sprint('Cute. Max depth is %s.' % depth)
gameOver = True
if gameOver:
start_over()
# todo: save high score to file. Sustain if depth is lower.
else:
n1 = n2
n2 = nextInt
depth += 1
lunasTurn(n1, n2, depth)
except KeyboardInterrupt as e:
H()
sprint("Sequence terminated.")
return
def select_option(display_object, display_range, criteria=None):
global state_object
for i in range(display_range[0], display_range[1]):
print(f'{i+1} {display_object[str(i)]}')
# context management
active_navigation_options = ['99']
default_navigation_options = ['99', 'b', 'n', 'm', 'c']
if (display_range[0] > 0):
print('b back ', end='')
active_navigation_options.append('b')
if (display_range[1] + 1 < len(display_object)):
print('n next')
active_navigation_options.append('n')
print('\n99 exit | m main menu | c criteria selection')
displayed_options = [*range(display_range[0] + 1, display_range[1] + 1)]
logging.info('Got rows on current page: %s' % displayed_options)
user_input = display_manager.input_prompt()
print('')
# selection logic
if (user_input.isnumeric() and int(user_input) in displayed_options):
index = int(
user_input
) - 1 # displayed indexes are 1-based, their source object is 0-based
logging.info('Selected row number: %s' % index)
logging.info('Applying to object: %s' % display_object)
state_object = {
'value': display_object[f'{index}'],
'last_displayed': display_range,
'index': index
}
logging.info('State object: %s' % state_object)
return
# navigation logic
if (user_input in default_navigation_options):
if (user_input.lower() == 'n'):
page_size = 10 if len(
display_object) > 10 else len(display_object) - 1
range_start = display_range[0] + page_size
range_end = display_range[1] + page_size
if range_end > len(display_object):
range_end = len(display_object)
if (user_input in default_navigation_options
and user_input not in active_navigation_options):
range_start = 0
range_end = 10 if len(display_object) > 10 else len(
display_object)
logging.info(f'Requesting pages {range_start} to {range_end}')
select_option(display_object, [range_start, range_end], criteria)
if (user_input.lower() == 'b'):
if (displayed_options[0] == 1):
logging.info('Return to main menu requested')
list_urls(criteria)
return
range_start = display_range[0] - 10 if display_range[0] > 10 else 0
range_end = range_start + 10
logging.info(f'Requesting pages {range_start} to {range_end + 5}')
select_option(display_object, [range_start, range_end], criteria)
if (user_input.lower() == 'm'):
logging.info('Return to main menu requested')
list_urls(criteria)
return
if (user_input.lower() == 'c'):
logging.info('Return to criteria selection requested')
main()
return
if (user_input == '99'):
state_object = {
'value': 'exit',
'last_displayed': display_range,
'index': 0
}
logging.info('Exiting with state: %s' % state_object)
return
return
def directive(content, title, interm, *mode):
"""This fuction is informants() helper. It can save or show more data from the
data displayed by informant. If user request is neither of these two actions
it is sent to NLU and coordinated as necessary.
"""
if mode and mode[0] == 'flesh':
text_normaliser(content[interm:])
action = display_manager.input_prompt()
if (not mode) or (mode[0] != 'flesh') and ('more' in action):
logging.info('Displaying the rest of document "%s".' % title)
if 'displaystyle' not in content[interm:] and 'textstyle' not in content[interm:]:
display_manager.output_prompt(); print(content[interm:])
directive(content, title, interm, *['break'])
else:
display_manager.output_prompt(); output_controller(content[interm:], True)
directive(content, title, interm, *['break'])
elif action == 'save':
try:
insertion_res = persistence.insert_document('intelligence', title, content)
logging.info(insertion_res)
display_manager.output_prompt(); sprint("Saved.")
return
except ValueError as e:
logging.error(e)
display_manager.output_prompt(); sprint("Previous intell already exists. Update?[yes/no]")
user_action = display_manager.input_prompt().lower()
if user_action == 'yes':
try:
old_entry = persistence.get_document('intelligence', title)
insertion_res = persistence.insert_document('archive', title, old_entry)
logging.info(insertion_res)
deletion_res = persistence.delete_document(title)
logging.info(deletion_res)
insertion_res = persistence.insert_document('intelligence', title, content)
logging.info(insertion_res)
display_manager.output_prompt(); sprint("Done.")
return
except Exception as e:
rollbar.report_exc_info()
logging.error(str(e))
display_manager.output_prompt(); sprint('I ran into trouble. Check the logs.')
return
else:
if user_action == 'no':
display_manager.output_prompt(); sprint("Old entry sustained.")
return
except Exception as e:
rollbar.report_exc_info()
logging.error(str(e))
display_manager.output_prompt(); sprint('I ran into trouble. Check the logs.')
return
elif action.lower() == 'pin':
result = persistence.update_doc_flags('intelligence', title, 'PIN_TO_START')
logging.debug(result)
if (result.startswith('Success')):
display_manager.output_prompt(); sprint('Pinned.')
else:
display_manager.output_prompt(); sprint('I couldnt pin this article. Check the logs.')
return
else:
logging.info(f"Returning '{action}' to caller")
return action
