def test_base64(self):
hello = "aGVsbG8gd29ybGQ="
self.assertEqual(Envelope.load(f"\n{hello}").message(), hello)
self.assertEqual(
Envelope.load(
f"Content-Transfer-Encoding: base64\n\n{hello}").message(),
"hello world")
def test_default(self):
self.assertEqual(Envelope().subject(), "")
Envelope.default.subject("bar")
self.assertEqual(Envelope().subject("foo").subject(), "foo")
self.assertEqual(Envelope().subject(), "bar")
Envelope.default.subject("") # restore previous state
def test_different_order(self):
e = Envelope() \
.attach(Path(self.text_attachment), "text/csv", "foo") \
.attach(mimetype="text/csv", name="foo", path=self.text_attachment) \
.attach(Path(self.text_attachment), "foo", "text/csv")
model = repr(e.attachments()[0])
self.assertTrue(all(repr(a) == model for a in e.attachments()))
def __init__(self,
target,
exp_dir=None,
sim_dir=None,
policy_dir='PolicyFn',
ni=1,
nd=2):
super(SlowDgame, self).__init__(target,
exp_dir=exp_dir,
sim_dir=sim_dir,
ni=ni,
nd=nd)
# print('!!!!!!!!!!!!!! f*****g SlowDgame !!!!!!!!!!!!!!!')
self.policies = dict()
for role, p in self.players.items():
self.policies[role] = load_model('Policies/' + policy_dir + '_' +
role + '.h5')
# print(self.a)
self.s_lb = -asin(self.a)
self.gmm_lb = acos(self.a)
self.analytic_traj = Envelope(self.vi, self.vd, self.r)
self.policy_dict['nn'] = self.nn_strategy
self.policy_dict['w'] = self.w_strategy
self.policy_dict['h'] = self.h_strategy
self.strategy = closeWrapper(self.policy_dict[self.dstrategy],
self.policy_dict[self.istrategy])
def test_multiple_recipients(self):
from M2Crypto import SMIME
msg = "dumb message"
msg_b = bytes(msg, "utf-8")
def decrypt(key, cert, text):
try:
return Parser(key=key, cert=cert).smime_decrypt(text)
except SMIME.PKCS7_Error:
return False
# encrypt for both keys
output = (Envelope(msg).smime().reply_to(
"*****@*****.**").subject("my message").encrypt([
Path(self.smime_cert),
Path("tests/smime/[email protected]")
]))
self.assertEqual(
msg_b,
decrypt('tests/smime/[email protected]',
'tests/smime/[email protected]', output))
self.assertEqual(msg_b, decrypt(self.smime_key, self.smime_cert,
output))
# encrypt for single key only
output = (Envelope(msg).smime().reply_to(
"*****@*****.**").subject("my message").encrypt(
[Path(self.smime_cert)]))
self.assertFalse(
decrypt('tests/smime/[email protected]',
'tests/smime/[email protected]', output))
self.assertEqual(msg_b, decrypt(self.smime_key, self.smime_cert,
output))
def test_gpg_auto_sign(self):
# mail from "*****@*****.**" is in ring
self.check_lines(
Envelope("dumb message").gpg("tests/gpg_ring/").from_(
"*****@*****.**").sign("auto"), (
'dumb message',
'-----BEGIN PGP SIGNATURE-----',
'-----END PGP SIGNATURE-----',
), 10)
# mail from "*****@*****.**" should not be signed
output = str(
Envelope("dumb message").gpg("tests/gpg_ring/").from_(
"*****@*****.**").
sign("auto")).splitlines()
self.assertNotIn('-----BEGIN PGP SIGNATURE-----', output)
# force-signing without specifying a key nor sending address should produce a message signed with a first-found key
output = str(
Envelope("dumb message").gpg("tests/gpg_ring/").sign(
True)).splitlines()
self.assertIn('-----BEGIN PGP SIGNATURE-----', output)
# force-signing without specifying a key and with sending from an e-mail which is not in the keyring must fail
self.check_lines(Envelope("dumb message").gpg("tests/gpg_ring/").from_(
"*****@*****.**").
signature(True),
raises=RuntimeError)
def test_cache_recreation(self):
s1 = "Test"
s2 = "Another"
e = Envelope("dumb message").subject(s1)
self.check_lines(e, f"Subject: {s1}")
e.subject(s2)
self.check_lines(e, f"Subject: {s2}")
def test_contents_fetching(self):
t = "Small sample text attachment.\n"
with open("tests/eml/generic.txt") as f:
e1 = Envelope(f)
e2 = e1.copy() # stays intact even if copied to another instance
self.assertEqual(e1.message(), t)
self.assertEqual(e2.message(), t)
self.assertEqual(e2.copy().message(), t)
def _quoted_message(self, e: Envelope):
self.assertEqual(self.long_text, e.message())
self.assertIn(
self.long_text,
e.preview()) # when using preview, we receive original text
output = str(
e.send(False)) # but when sending, quoted text is got instead
self.assertNotIn(self.long_text, output)
self.assertIn(self.quoted, output)
def test_internationalized(self):
self.assertEqual("Žluťoučký kůň",
Envelope.load(self.internationalized).subject())
# when using preview, we do not want to end up with "Subject: =?utf-8?b?xb1sdcWlb3XEjWvDvSBrxa/FiA==?="
# which could appear even when .subject() shows decoded version
self.assertIn(
"Subject: Žluťoučký kůň",
Envelope.load(self.internationalized).preview().splitlines())
def test_only_2_alternatives_allowed(self):
e1 = Envelope().message("He<b>llo</b>").message("Hello",
alternative="plain")
# we can replace alternative
e1.copy().message("Test").message("Test", alternative="plain")
# but in the moment we set all three and call send or preview, we should fail
self.assertRaises(
ValueError,
e1.copy().message("Test", alternative="html").preview)
def test_invalid_email_addresses(self):
""" If we discard silently every invalid e-mail address received,
the user would not know their recipients are not valid. """
e = (Envelope().to(
'[email protected], [invalid!email], [email protected]'))
self.assertEqual(3, len(e.to()))
self.assertFalse(e.check(check_mx=False, check_smtp=False))
e = (Envelope().to('[email protected], [email protected]'))
self.assertTrue(e.check(check_mx=False, check_smtp=False))
def to_pcm_audio(self):
oscillator = Oscillator(self._frequency, self._phase)
envelope = Envelope()
for point in self._amplitude_envelope_points:
envelope.add_point(point)
samples = oscillator.get_output(self._sample_times)
samples *= envelope.get_output(self._sample_times)
if self._base_pcm_audio:
samples += self._base_pcm_audio.samples
return PcmAudio(self._reference_pcm_audio.sampling_rate, samples)
def test_nl2br(self):
nobr = "Second"
br = "Second<br>"
self.check_lines(
Envelope().message(self.html), nobr
) # there already is a <br> tag so nl2br "auto" should not convert it
self.check_lines(Envelope().message(self.html).mime(nl2br=True), br)
self.check_lines(Envelope().message(self.html_without_line_break), br)
self.check_lines(Envelope().message(self.html_without_line_break).mime(
"plain", True), nobr) # nl2br disabled in "plain"
self.check_lines(
Envelope().message(self.html_without_line_break).mime(nl2br=False),
nobr)
def test_alternative_and_related(self):
e = Envelope.load(path=self.inline_image)
self.assertEqual("Hi <img src='cid:image.gif'/>", e.message())
self.assertEqual("Inline image message", e.subject())
self.assertEqual("Plain alternative", e.message(alternative=PLAIN))
self.assertEqual(self.image_file.read_bytes(),
bytes(e.attachments()[0]))
def test_email_addresses(self):
e = (
Envelope().cc("*****@*****.**").to(
"*****@*****.**") # add as string
.to(["*****@*****.**", "*****@*****.**"]) # add as list
.to("*****@*****.**").to(
"Duplicated <*****@*****.**>"
) # duplicated person should be ignored without any warning
# we can delimit both by comma (standard) and semicolon (invalid but usual)
.to([
"[email protected]; Sixth <*****@*****.**>, Seventh <*****@*****.**>"
])
# even invalid delimiting works
.to([
"[email protected], , ; Ninth <*****@*****.**>, Seventh <*****@*****.**>"
]).to("Named person 1 again <*****@*****.**>"
) # appeared twice –> will be discarded
.bcc("*****@*****.**"))
self.assertEqual(9, len(e.to()))
self.assertEqual(1, len(e.cc()))
self.assertEqual(10, len(e.recipients()))
self.assertEqual(str, type(",".join(
e.to()))) # we can join elements as strings
self.assertIn("Sixth <*****@*****.**>",
e.to()) # we can compare look up specific recipient
def test_smime_sign(self):
# Message will look that way:
# MIME-Version: 1.0
# Content-Type: multipart/signed; protocol="application/x-pkcs7-signature"; micalg="sha1"; boundary="----DD291FCCF0F9F19D858D1A9200251EA5"
#
# This is an S/MIME signed message
#
# ------DD291FCCF0F9F19D858D1A9200251EA5
#
# dumb message
# ------DD291FCCF0F9F19D858D1A9200251EA5
# Content-Type: application/x-pkcs7-signature; name="smime.p7s"
# Content-Transfer-Encoding: base64
# Content-Disposition: attachment; filename="smime.p7s"
#
# MIIEggYJKoZIhvcNAQcCoIIEczCCBG8CAQExCzAJBgUrDgMCGgUAMAsGCSqGSIb3
# DQEHAaCCAmwwggJoMIIB0aADAgECAhROmwkIH63oarp3NpQqFoKTy1Q3tTANBgkq
# ... other lines changes every time
self.check_lines(
Envelope("dumb message").smime().subject("my subject").reply_to(
"*****@*****.**").signature(
Path("tests/smime/key.pem"),
cert=Path(self.smime_cert)).send(False),
(
"Subject: my subject",
"Reply-To: [email protected]",
"dumb message",
'Content-Disposition: attachment; filename="smime.p7s"',
"MIIEggYJKoZIhvcNAQcCoIIEczCCBG8CAQExCzAJBgUrDgMCGgUAMAsGCSqGSIb3",
), 10)
def test_smime_key_cert_together(self):
self.check_lines(
Envelope("dumb message").smime().signature(
self.key_cert_together).sign(),
('Content-Disposition: attachment; filename="smime.p7s"',
"MIIEggYJKoZIhvcNAQcCoIIEczCCBG8CAQExCzAJBgUrDgMCGgUAMAsGCSqGSIb3"
))
def test_alternative(self):
boundary = "=====envelope-test===="
# alternative="auto" can become both "html" and "plain"
e1 = Envelope().message("He<b>llo</b>").message("Hello",
alternative="plain",
boundary=boundary)
e2 = Envelope().message("He<b>llo</b>",
alternative="html").message("Hello",
boundary=boundary)
self.assertEqual(e1, e2)
# HTML variant is always the last even if defined before plain variant
self.check_lines(
e1, ('Content-Type: text/plain; charset="utf-8"', "Hello",
'Content-Type: text/html; charset="utf-8"', "He<b>llo</b>"))
def play(self):
"""
function that finds the envelope with the biggest amount of money by replacing the current max envelope since
the start of the list n times
:return: the envelope with biggest amount of money after n times of replacing the max
"""
# the biggest amount found - for start 0
max_sum_of_money = 0
# the envelope with the biggest amount of money that was found - just for start random envelope for sure will be
# replaced
max_envelope = Envelope()
# the number of times that the max had changed - for start 0
times_max_was_changed = 0
for envelope in self.env_arr:
if times_max_was_changed < self.N:
# checking if the envelope was not opened
if not envelope.used:
envelope.used = True
# checking if there is a new maximum since last one
if envelope.money > max_sum_of_money:
max_sum_of_money = envelope.money
max_envelope = envelope
# one more maximum changed - getting closer to N times maximum needs to change to stop
times_max_was_changed += 1
# if the n of times to change max reached stop the loop - if that never happens and loop ends last maximum
# will be returned
else:
break
return max_envelope
def send_email_api_key(email: EmailStr, api_key: str, days_valid: int):
""" function to send the api key to a user. Shamelessly stolen from the official docs """
subject = "API-key reset"
hostname = baseurl
smtp_from = config['MAIL_FROM']
body = """
Dear %s,
you (or someone) requested a new api-key for the service at %s.
Here is your new API key:
%s
This key is valid for %s days.
You can find instructions on how to use it at %s.
In case you did not request an API key, please ignore this email.
Kind regards,
the automatic API buttler
""" % (email, hostname, api_key, days_valid, hostname)
Envelope()\
.message(body)\
.subject(subject)\
.to(email)\
.sender(smtp_from)\
.smtp("localhost")\
.send()
def getEnvelope(self, i):
'''
get specific envelope
:param i: the index of the envelope
:return: the envelope
'''
env = Envelope(self.envelopes[i])
return env
def test_load_file(self):
e = Envelope.load(self.eml.read_text())
self.assertEqual(e.subject(), "Hello world subject")
# multiple headers returned as list and in the same order
self.assertEqual(len(e.header("Received")), 2)
self.assertEqual(
e.header("Received")[1][:26], "from receiver2.example.com")
def test_1000_split(self):
self.check_lines(
Envelope().message("short text").subject("my subject").send(False),
('Content-Transfer-Encoding: 7bit', "Subject: my subject",
"short text"), 10)
# this should be no more 7bit but base64 (or quoted-printable which is however not guaranteed)
e = Envelope().message("Longer than thousand chars. " *
1000).subject("my subject").send(False)
self.check_lines(e, (
"Content-Transfer-Encoding: base64",
"Subject: my subject",
),
100,
not_in=('Content-Transfer-Encoding: 7bit', ))
self.assertFalse(
any(line for line in str(e).splitlines() if len(line) > 999))
def test_addresses(self):
e = Envelope.load(path=self.eml)
self.assertEqual(1, len(e.to()))
contact = e.to()[0]
self.assertEqual("Person <*****@*****.**>", contact)
self.assertEqual("*****@*****.**", contact)
self.assertEqual("*****@*****.**", contact.address)
self.assertEqual("Person", contact.name)
def test_smime_key_cert_together_passphrase(self):
self.check_lines(
Envelope("dumb message").smime().signature(
Path("tests/smime/key-cert-together-passphrase.pem"),
passphrase=GPG_PASSPHRASE).sign(),
('Content-Disposition: attachment; filename="smime.p7s"',
"MIIEggYJKoZIhvcNAQcCoIIEczCCBG8CAQExCzAJBgUrDgMCGgUAMAsGCSqGSIb3"
), 10)
def test_gpg_encrypt(self):
# Message will look like this:
# ****************************************************************************************************
# Have not been sent from [email protected] to [email protected]
# Encrypted subject: None
# Encrypted message: b'message'
#
# Subject: Encrypted message
# MIME-Version: 1.0
# Content-Type: multipart/encrypted; protocol="application/pgp-encrypted";
# boundary="===============1001129828818615570=="
# From: [email protected]
# To: [email protected],[email protected]
# Date: Wed, 11 Dec 2019 17:56:03 +0100
# Message-ID: <157608336314.13303.1097227818284823500@promyka>
#
# --===============1001129828818615570==
# Content-Type: application/pgp-encrypted
#
# Version: 1
# --===============1001129828818615570==
# Content-Type: application/octet-stream; name="encrypted.asc"
# Content-Description: OpenPGP encrypted message
# Content-Disposition: inline; filename="encrypted.asc"
#
# -----BEGIN PGP MESSAGE-----
# ...
# -----END PGP MESSAGE-----
#
# --===============1001129828818615570==--
e = str(
Envelope("dumb message").to(
"*****@*****.**").gpg(
"tests/gpg_ring/").from_(
"*****@*****.**").subject(
"dumb subject").encryption())
self.check_lines(e, (
"Encrypted subject: dumb subject",
"Encrypted message: dumb message",
"Subject: Encrypted message",
'Content-Type: multipart/encrypted; protocol="application/pgp-encrypted";',
"From: [email protected]",
"To: [email protected]",
),
10,
not_in='Subject: dumb subject')
lines = e.splitlines()
message = "\n".join(lines[lines.index("-----BEGIN PGP MESSAGE-----"):])
self.check_lines(
self.bash("gpg", "--decrypt", piped=message, envelope=False),
('Content-Type: multipart/mixed; protected-headers="v1";',
'Subject: dumb subject',
'Content-Type: text/plain; charset="utf-8"', 'dumb message'))
def test_gpg_sign_passphrase(self):
self.check_lines(
Envelope("dumb message").to(
"*****@*****.**").gpg(
"tests/gpg_ring/").from_(
"*****@*****.**").signature(
"3C8124A8245618D286CF871E94CE2905DB00CDB7",
GPG_PASSPHRASE), # passphrase needed
("-----BEGIN PGP SIGNATURE-----", ),
10)
def test_encrypted_gpg_subject(self):
body = "just a body text"
subject = "This is an encrypted subject"
encrypted_eml = (
Envelope(body).gpg("tests/gpg_ring/").to(
"*****@*****.**").from_(
"*****@*****.**").subject(
subject).encryption()
# .attach(path=self.text_attachment)
# .attach(self.image_file, inline=True)
.as_message().as_string())
# subject has been encrypted
self.assertIn("Subject: Encrypted message", encrypted_eml)
self.assertNotIn(subject, encrypted_eml)
# subject has been decrypted
e = Envelope.load(encrypted_eml)
self.assertEqual(body, e.message())
self.assertEqual(subject, e.subject())
def test_gpg_auto_encrypt(self):
# mail `from` "*****@*****.**" is in ring
self.check_lines(Envelope("dumb message").gpg("tests/gpg_ring/").from_(
"*****@*****.**").to(
"*****@*****.**").encrypt("auto"), (
'-----BEGIN PGP MESSAGE-----',
'-----END PGP MESSAGE-----',
), (10, 15),
not_in="dumb message")
# mail `to` "*****@*****.**" unknown, must be both signed and encrypted
self.check_lines(Envelope("dumb message").gpg("tests/gpg_ring/").from_(
"*****@*****.**").to(
"*****@*****.**").signature(
"auto").encrypt("auto"), (
'-----BEGIN PGP MESSAGE-----',
'-----END PGP MESSAGE-----',
),
20,
not_in="dumb message")
# mail `from` "*****@*****.**" unknown, must not be encrypted
self.check_lines(Envelope("dumb message").gpg("tests/gpg_ring/").from_(
"*****@*****.**").to(
"*****@*****.**").encrypt("auto"),
('dumb message', ), (0, 2),
not_in='-----BEGIN PGP MESSAGE-----')
# mail `to` "*****@*****.**" unknown, must not be encrypted
self.check_lines(Envelope("dumb message").gpg("tests/gpg_ring/").from_(
"*****@*****.**").to(
"*****@*****.**").encrypt("auto"),
('dumb message', ), (0, 2),
not_in='-----BEGIN PGP MESSAGE-----')
# force-encrypting without having key must return empty response
self.check_lines(Envelope("dumb message").gpg("tests/gpg_ring/").from_(
"*****@*****.**").to(
"*****@*****.**").encryption(True),
longer=(0, 1),
result=False)
def send_msg_to_mq(self):
envelope = str(Envelope(self.message, self.routing_key))
properties = pika.BasicProperties(app_id=self.app_id,
content_type='text/plain',
delivery_mode=2)
self.channel.basic_publish(exchange=self.exchange,
routing_key=self.routing_key,
body=envelope,
properties=properties)
def get_sound_factory(reference_pcm_audio, base_pcm_audio=None):
class Sound(_Sound):
_reference_pcm_audio = reference_pcm_audio
_reference_spectrogram = Spectrogram(reference_pcm_audio.samples)
_base_pcm_audio = base_pcm_audio
_maximal_amplitude = numpy.max(
[magnitudes.max() for magnitudes in _reference_spectrogram])
_sample_times = numpy.linspace(
0, reference_pcm_audio.duration, len(reference_pcm_audio.samples))
base_sound_spectrogram = (
Spectrogram(base_pcm_audio.samples) if base_pcm_audio else None)
# Compute and overwrite maximal frequency
minimal_significant_amplitude = 20.0
significant_frequency_indices = [
index for index, amplitudes in enumerate(
zip(*Sound._reference_spectrogram))
if numpy.max(amplitudes) >= minimal_significant_amplitude]
maximal_frequency_index = numpy.max(significant_frequency_indices)
Sound._maximal_frequency = Sound._reference_spectrogram.get_frequencies(
Sound._reference_pcm_audio.sampling_rate)[maximal_frequency_index]
# Compute and overwrite minimal frequency
# if base_pcm_audio:
# significant_base_frequency_indices = [
# index for index, amplitudes in enumerate(
# zip(*base_sound_spectrogram))
# if numpy.max(amplitudes) >= minimal_significant_amplitude]
# minimal_frequency_index = numpy.min([
# index for index in significant_frequency_indices
# if index not in significant_base_frequency_indices])
# Sound._minimal_frequency = base_sound_spectrogram.get_frequencies(
# base_pcm_audio.sampling_rate)[minimal_frequency_index]
# print Sound._minimal_frequency
# Compute amplitude limit envelope
envelope = Envelope()
frame_length = (
Sound._reference_pcm_audio.duration / len(Sound._reference_spectrogram))
for frame_index, magnitudes in enumerate(Sound._reference_spectrogram):
if base_sound_spectrogram:
magnitudes = magnitudes - base_sound_spectrogram[frame_index]
envelope.add_point(
Envelope.Point(
time=frame_length * (frame_index + 0.5),
value=numpy.max(magnitudes)
)
)
Sound._amplitude_limit_envelope = envelope
# Compute weights by frequencies
def weight_by_frequency(frequency):
""" To calculate weights this function uses a technique called
"A-weighting" """
return (12200 ** 2) * (frequency ** 4) / (
(frequency ** 2 + 20.6 ** 2) *
numpy.sqrt(frequency ** 2 + 107.7 ** 2) *
numpy.sqrt(frequency ** 2 + 737.9 ** 2) *
(frequency ** 2 + 12200 ** 2)
)
Sound._frequencies_weights = numpy.array(
map(weight_by_frequency, Sound._reference_spectrogram.get_frequencies(
Sound._reference_pcm_audio.sampling_rate)))
return Sound
