def test_dkim():
priv_key, pub_key = _generate_key(length=1024)
DKIM_PARAMS = [
dict(key=NativeStringIO(to_native(priv_key)),
selector='_dkim',
domain='somewhere1.net'),
dict(key=priv_key, selector='_dkim', domain='somewhere2.net'),
# legacy key argument name
dict(privkey=priv_key, selector='_dkim', domain='somewhere3.net'),
]
if is_py26:
load_email_charsets()
for dkimparams in DKIM_PARAMS:
message = Message(**common_email_data())
message.dkim(**dkimparams)
# check DKIM header exist
assert message.as_message()['DKIM-Signature']
#print(__name__, "type message.as_string()==", type(message.as_string()))
#print(message.as_string())
#print(type(message.as_string()))
#print(email.__file__)
#print(email.charset.CHARSETS)
#print('adding utf-8 charset...')
#email.charset.add_charset('utf-8', email.charset.BASE64, email.charset.BASE64)
#print(email.charset.CHARSETS)
assert 'DKIM-Signature: ' in message.as_string()
assert _check_dkim(message, pub_key)
def test_dkim_sign_twice():
# Test #44:
# " if you put the open there and send more than one messages it fails
# (the first works but the next will not if you dont seek(0) the dkim file first)"
# Actually not.
priv_key, pub_key = _generate_key(length=1024)
message = Message(**common_email_data())
message.dkim(key=NativeStringIO(to_native(priv_key)), selector='_dkim', domain='somewhere.net')
for n in range(2):
message.subject = 'Test %s' % n
assert _check_dkim(message, pub_key)
def test_dkim_sign_twice():
# Test #44:
# " if you put the open there and send more than one messages it fails
# (the first works but the next will not if you dont seek(0) the dkim file first)"
# Actually not.
priv_key, pub_key = _generate_key(length=1024)
message = Message(**common_email_data())
message.dkim(key=NativeStringIO(to_native(priv_key)),
selector='_dkim',
domain='somewhere.net')
for n in range(2):
message.subject = 'Test %s' % n
assert _check_dkim(message, pub_key)
def test_dkim():
priv_key, pub_key = _generate_key(length=1024)
DKIM_PARAMS = [dict(key=NativeStringIO(to_native(priv_key)),
selector='_dkim',
domain='somewhere1.net'),
dict(key=priv_key,
selector='_dkim',
domain='somewhere2.net'),
# legacy key argument name
dict(privkey=priv_key,
selector='_dkim',
domain='somewhere3.net'),
]
if is_py26:
load_email_charsets()
for dkimparams in DKIM_PARAMS:
message = Message(**common_email_data())
message.dkim(**dkimparams)
# check DKIM header exist
assert message.as_message()['DKIM-Signature']
#print(__name__, "type message.as_string()==", type(message.as_string()))
#print(message.as_string())
#print(type(message.as_string()))
#print(email.__file__)
#print(email.charset.CHARSETS)
#print('adding utf-8 charset...')
#email.charset.add_charset('utf-8', email.charset.BASE64, email.charset.BASE64)
#print(email.charset.CHARSETS)
assert 'DKIM-Signature: ' in message.as_string()
assert _check_dkim(message, pub_key)
