#### decrypted = cipher.decryptCBC(crypted)
#### print "\tDecrypted:\t", decrypted
##
## print 'RC4\n'
## print '\t2 text\t\t',text
## crypted = encrypt(crypted, key)
## print '\t2 Encrypted text\t',(crypted)
## crypted = decrypt(crypted, key)
## print '\t2 Decrypted text\t',(crypted)
##
## cipher.initCBC()
## decrypted = cipher.decryptCBC(crypted)
## print "\t1 Decrypted:\t", decrypted
import pavanclient
pavanclient.send(crypted)
## print "Testing speed"
## from time import time
## t1 = time()
## n = 0
## tlen = 0
## while True:
## for i in xrange(1000):
## tstr = "The quick brown fox jumps over the lazy dog %d" % i
## enc = cipher.encryptCTR(tstr)
## tlen += len(tstr)
## n += 1000
## t2 = time()
## if t2 - t1 > 5:
## break
print "Testing CBC encrypt:"
cipher.initCBC()
text = "Owen's Ornery Old Oryx Obstructed Olga's Optics."
## text = "The implementation passes algorithm test vectors (ECB)."
print "\t1 Text:\t\t", text
print '\t2 Decrypted text\t',(crypted)
cipher.initCBC()
decrypted = cipher.decryptCBC(crypted)
print "\t1 Decrypted:\t", decrypted
import pavanclient
pavanclient.send("giidhar loves gokila")
print "Testing speed"
from time import time
t1 = time()
n = 0
tlen = 0
while True:
for i in xrange(1000):
tstr = "The quick brown fox jumps over the lazy dog %d" % i
enc = cipher.encryptCTR(tstr)
tlen += len(tstr)
n += 1000
t2 = time()
if t2 - t1 > 5:
break
#### decrypted = cipher.decryptCBC(crypted)
#### print "\tDecrypted:\t", decrypted
##
## print 'RC4\n'
## print '\t2 text\t\t',text
## crypted = encrypt(crypted, key)
## print '\t2 Encrypted text\t',(crypted)
## crypted = decrypt(crypted, key)
## print '\t2 Decrypted text\t',(crypted)
##
## cipher.initCBC()
## decrypted = cipher.decryptCBC(crypted)
## print "\t1 Decrypted:\t", decrypted
import pavanclient
pavanclient.send(d)
## print "Testing speed"
## from time import time
## t1 = time()
## n = 0
## tlen = 0
## while True:
## for i in xrange(1000):
## tstr = "The quick brown fox jumps over the lazy dog %d" % i
## enc = cipher.encryptCTR(tstr)
## tlen += len(tstr)
## n += 1000
## t2 = time()
## if t2 - t1 > 5:
## break