def search():
#User is prompted to search for something
search = raw_input("*Needs work*Search for: ")
#Search is sent
response = urllib.urlopen("http://pgp.mit.edu:11371/pks/lookup?options=mr&op=get&search=" + search)
#Result is safed to pub_key
pub_key = response.read()
#pub_key is stripped of they PGP lines
test = AsciiData(pub_key)
test.strip_magic(pub_key)
#Pub key packets are listed
packets = list(test.packets())
#Print Name/Email of pub_key owner
for packet in packets:
print packet
#Promt user if add pub_key
add_response = raw_input("Add this Pubkey? (yes or no) ")
#If yes import key, need to update this section to parse through each key to allow selection
#Mirror how pub and private keys are selected
if add_response == 'yes':
print "Import: ", gpg.import_keys(packet).summary()
else:
print "Returning"
m = rs[0]
pulled_encrypt_message = m.get_body()
print "Pulled Encrypted Message: " + pulled_encrypt_message
decrypted_message = str(gpg.decrypt(str(pulled_encrypt_message), passphrase=password))
if decrypted_message == '':
print "Posting back to SQS, incorrect key or password"
q.write(m)
else:
print "Decrypted Message: " + decrypted_message
if n.strip() == 'search':
search = raw_input("Search for: ")
response = urllib.urlopen("http://pgp.mit.edu:11371/pks/lookup?options=mr&op=get&search=" + search)
pub_key = response.read()
from pgpdump import AsciiData
test = AsciiData(pub_key)
test.strip_magic(pub_key)
packets = list(test.packets())
print packets[1]
add_response = raw_input("Add this Pubkey? (yes or no) ")
if add_response == 'yes':
print "Import: ", gpg.import_keys(pub_key).summary()
else:
print "Returning"
if n.strip() == 'delete':
key_id_queue = raw_input("GPG Key ID: ")
sure = raw_input("Are you sure you want to delete the queue: (yes or no)")
if sure == 'yes':
conn.delete_queue(key_id_queue)
else:
print "Returning"
