def get_fingerprint(md5=False):
"""
Fingerprint of the current operating system/platform.
If md5 is True, a digital fingerprint is returned.
"""
sb = []
sb.append(p.node())
sb.append(p.architecture()[0])
sb.append(p.architecture()[1])
sb.append(p.machine())
sb.append(p.processor())
sb.append(p.system())
sb.append(str(uuid.getnode())) # MAC address
text = '#'.join(sb)
if md5:
return string_to_md5(text)
else:
return text
def get_fingerprint(md5=False):
"""
Fingerprint of the current operating system/platform.
If md5 is True, a digital fingerprint is returned.
"""
sb = []
sb.append(p.node())
sb.append(p.architecture()[0])
sb.append(p.architecture()[1])
sb.append(p.machine())
sb.append(p.processor())
sb.append(p.system())
sb.append(str(uuid.getnode())) # MAC address
text = '#'.join(sb)
if md5:
return string_to_md5(text)
else:
return text
def test_string_to_md5(self):
assert hash.string_to_md5('uncrackable12') == '7e1f843673a0c8082378a0f7e6831c7b'
def test_string_to_md5(self):
assert hash.string_to_md5(
'uncrackable12') == '7e1f843673a0c8082378a0f7e6831c7b'
