file.write("confidential data, e.g., participant's drug-use history")
# To set up for encryption, give it to a SecFile:
sf = SecFile(datafile)
msg = 'make a file:\n file name: "%s"\n contents: "%s"'
print(msg % (sf.file, sf.snippet))
print(' is encrypted: %s' % sf.is_encrypted)
# These particular RSA keys are ONLY for testing
# see pyfilesec.genrsa() to make your own keys)
# paths to new tmp files that hold the keys
pubkey, privkey, passphrase = GenRSA().demo_rsa_keys()
# To encrypt the file, use the RSA public key:
sf.encrypt(pubkey)
msg = 'ENCRYPT it:\n file name: "%s"\n contents (base64): "%s . . ."'
print(msg % (sf.file, sf.snippet))
print(' is encrypted: %s' % sf.is_encrypted)
# To decrypt the file, use the matching RSA private key (and its passphrase):
sf.decrypt(privkey, passphrase)
msg = 'DECRYPT it:\n file name: "%s"\n contents: "%s"'
print(msg % (sf.file, sf.snippet))
print(' is encrypted: %s' % sf.is_encrypted)
# clean-up the tmp files:
for file in [sf.file, pubkey, privkey, passphrase]:
os.unlink(file)
# The contents of this file are in the public domain.
'decrypt:\n' + decrypt(str(self.etxt.get()), privatekey) + '\n')
self.history.config(state='disabled')
self.history.see(Tkinter.END)
#print "decrypt click!"
def clear_both(self):
self.etxt.set('')
self.ptxt.set('')
def clear_history(self):
self.history.config(state='normal')
self.history.delete(0.0, Tkinter.END)
self.history.config(state='disabled')
pass
'''if __name__ == "__main__":
app = crypt_mod(None)
app.title('Honey Encryption(RSA)')
app.mainloop()
'''
if __name__ == "__main__":
SS = SecFile("creditcard.enc")
rr = raw_input("Enter Phrase: ")
SS.decrypt("priv_RSA.pem", rr)
app = crypt_mod(None)
app.title('Honey Encryption(RSA)')
app.mainloop()
SS.encrypt("pub_RSA.pem")
def Open():
s = SecFile("creditcard.enc")
r = raw_input("Enter phrase: ")
s.decrypt("priv_RSA.pem", r)
file.write("confidential data, e.g., participant's drug-use history")
# To set up for encryption, give it to a SecFile:
sf = SecFile(datafile)
msg = 'make a file:\n file name: "%s"\n contents: "%s"'
print msg % (sf.file, sf.snippet)
print ' is encrypted: %s' % sf.is_encrypted
# These particular RSA keys are ONLY for testing
# see pyfilesec.genrsa() to make your own keys)
# paths to new tmp files that hold the keys
pubkey, privkey, passphrase = GenRSA().demo_rsa_keys()
# To encrypt the file, use the RSA public key:
sf.encrypt(pubkey)
msg = 'ENCRYPT it:\n file name: "%s"\n contents (base64): "%s . . ."'
print msg % (sf.file, sf.snippet)
print ' is encrypted: %s' % sf.is_encrypted
# To decrypt the file, use the matching RSA private key (and its passphrase):
sf.decrypt(privkey, passphrase)
msg = 'DECRYPT it:\n file name: "%s"\n contents: "%s"'
print msg % (sf.file, sf.snippet)
print ' is encrypted: %s' % sf.is_encrypted
# clean-up the tmp files:
for file in [sf.file, pubkey, privkey, passphrase]:
os.unlink(file)
# The contents of this file are in the public domain.
def Open():
s = SecFile("fruitcsv.enc")
r = raw_input("Enter phrase: ")
s.decrypt("priv_RSA.pem",r)