def test_lazy_translated():
# prepare translations
T = gettext.GNUTranslations()
T._catalog = {'invitation': 'invitaci\xf3n'}
_ = T.gettext
msg = Message(html='...', subject=lazy_string(_, 'invitation'))
assert decode_header(msg.as_message()['subject']) == _('invitation')
msg = Message(html='...', subject='invitaci\xf3n')
assert decode_header(msg.as_message()['subject']) == 'invitaci\xf3n'
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_message_id():
params = dict(html='...', mail_from='[email protected]', mail_to='[email protected]')
# Check message-id not exists by default
m = Message(**params)
assert not m.as_message()['Message-ID']
# Check message-id property setter
m.message_id = 'ZZZ'
assert m.as_message()['Message-ID'] == 'ZZZ'
# Check message-id exists when argument specified
m = Message(message_id=MessageID(), **params)
assert m.as_message()['Message-ID']
m = Message(message_id='XXX', **params)
assert m.as_message()['Message-ID'] == 'XXX'
def test_message_id():
params = dict(html='...', mail_from='[email protected]', mail_to='[email protected]')
# Check message-id not exists by default
m = Message(**params)
assert not m.as_message()['Message-ID']
# Check message-id property setter
m.message_id = 'ZZZ'
assert m.as_message()['Message-ID'] == 'ZZZ'
# Check message-id exists when argument specified
m = Message(message_id=MessageID(), **params)
assert m.as_message()['Message-ID']
m = Message(message_id='XXX', **params)
assert m.as_message()['Message-ID'] == 'XXX'
def test_several_recipients():
# Test multiple recipients in "To" header
params = dict(html='...', mail_from='[email protected]')
m = Message(mail_to=['[email protected]', '[email protected]'], cc='[email protected]', **params)
assert m.as_message()['To'] == '[email protected], [email protected]'
assert m.as_message()['cc'] == '[email protected]'
m = Message(mail_to=[('♡', '[email protected]'), ('웃', '[email protected]')], **params)
assert m.as_message()['To'] == '=?utf-8?b?4pmh?= <[email protected]>, =?utf-8?b?7JuD?= <[email protected]>'
# Test sending to several emails
backend = InMemoryBackend()
m = Message(mail_to=[('♡', '[email protected]'), ('웃', '[email protected]')], cc=['[email protected]', '[email protected]'], bcc=['[email protected]', '[email protected]'], **params)
m.send(smtp=backend)
for addr in ['[email protected]', '[email protected]', '[email protected]', '[email protected]']:
assert len(backend.messages[addr]) == 1
def test_headers_not_double_encoded():
TEXT = '웃'
m = Message()
m.mail_from = (TEXT, '[email protected]')
m.mail_to = (TEXT, '[email protected]')
m.subject = TEXT
m.html = '...'
msg = m.as_message()
assert decode_header(parseaddr(msg['From'])[0]) == TEXT
assert decode_header(parseaddr(msg['To'])[0]) == TEXT
assert decode_header(msg['Subject']) == TEXT
def test_headers_not_double_encoded():
TEXT = '웃'
m = Message()
m.mail_from = (TEXT, '[email protected]')
m.mail_to = (TEXT, '[email protected]')
m.subject = TEXT
m.html = '...'
msg = m.as_message()
assert decode_header(parseaddr(msg['From'])[0]) == TEXT
assert decode_header(parseaddr(msg['To'])[0]) == TEXT
assert decode_header(msg['Subject']) == TEXT
def test_several_recipients():
# Test multiple recipients in "To" header
params = dict(html='...', mail_from='[email protected]')
m = Message(mail_to=['[email protected]', '[email protected]'], cc='[email protected]', **params)
assert m.as_message()['To'] == '[email protected], [email protected]'
assert m.as_message()['cc'] == '[email protected]'
m = Message(mail_to=[('♡', '[email protected]'), ('웃', '[email protected]')], **params)
assert m.as_message(
)['To'] == '=?utf-8?b?4pmh?= <[email protected]>, =?utf-8?b?7JuD?= <[email protected]>'
# Test sending to several emails
backend = InMemoryBackend()
m = Message(mail_to=[('♡', '[email protected]'), ('웃', '[email protected]')],
cc=['[email protected]', '[email protected]'],
bcc=['[email protected]', '[email protected]'],
**params)
m.send(smtp=backend)
for addr in ['[email protected]', '[email protected]', '[email protected]', '[email protected]']:
assert len(backend.messages[addr]) == 1
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)
