def test_attachment_from_file_storage():
blob = randStream()
filename = randUnicode()
content_type = "y/x"
metadata = AttachmentMetadata(filename, content_type)
_file = FileStorage(stream=blob, filename=filename, content_type=content_type)
input_file = copy.deepcopy(_file)
attachment = Attachment.fromFileStorage(input_file, metadata)
assert attachment.content.content == _file.read()
assert attachment.metadata.filename == filename
assert attachment.metadata.content_type == content_type
assert attachment.metadata.content_disposition == AttachmentType.ATTACHMENT
# test content_type correction
blob = randStream()
filename = randUnicode()
content_type = "badcontenttype"
metadata = AttachmentMetadata(filename, content_type)
_file = FileStorage(stream=blob, filename=filename, content_type=content_type)
input_file = copy.deepcopy(_file)
attachment = Attachment.fromFileStorage(input_file, metadata)
assert attachment.content.content == _file.read()
assert attachment.metadata.filename == filename
assert attachment.metadata.content_type == "application/octet-stream"
assert attachment.metadata.content_disposition == AttachmentType.ATTACHMENT
def test_attachment_from_file_storage():
blob = randStream()
filename = randUnicode()
content_type = "y/x"
metadata = AttachmentMetadata(filename, content_type)
_file = FileStorage(stream=blob,
filename=filename,
content_type=content_type)
input_file = copy.deepcopy(_file)
attachment = Attachment.fromFileStorage(input_file, metadata)
assert attachment.content.content == _file.read()
assert attachment.metadata.filename == filename
assert attachment.metadata.content_type == content_type
assert attachment.metadata.content_disposition == AttachmentType.ATTACHMENT
# test content_type correction
blob = randStream()
filename = randUnicode()
content_type = "badcontenttype"
metadata = AttachmentMetadata(filename, content_type)
_file = FileStorage(stream=blob,
filename=filename,
content_type=content_type)
input_file = copy.deepcopy(_file)
attachment = Attachment.fromFileStorage(input_file, metadata)
assert attachment.content.content == _file.read()
assert attachment.metadata.filename == filename
assert attachment.metadata.content_type == "application/octet-stream"
assert attachment.metadata.content_disposition == AttachmentType.ATTACHMENT
def test_attachment_to_mime():
filename = randUnicode()
content_type = "image/png"
content_disposition = randUnicode()
content_id = randUnicode()
metadata = AttachmentMetadata(filename, content_type, content_disposition, content_id)
blob = randStr(size=1024)
attachement = Attachment(metadata, Content(blob))
att_mime = attachement.toMime()
assert att_mime.headers.get("Content-Id") == content_id
assert att_mime.headers.get("Content-Disposition") == (content_disposition, {"filename": filename})
assert att_mime.headers.get("Content-Type") == content_type
assert att_mime.body == blob
def test_create_mime_with_inline_attachment():
text = randUnicode(length=1024)
html = randUnicode(length=1024)
attachments = []
for _ in range(4):
content = randStr(size=4096)
_filename = randUnicode()
f = FileStorage(stream=StringIO.StringIO(content), filename=_filename, content_type="image/jpeg")
att = Attachment.fromFileStorage(f, AttachmentMetadata(f.filename, f.content_type))
att.metadata.content_disposition = AttachmentType.INLINE
attachments.append(att)
raw_mime = createMime(text, html, attachments)
assert raw_mime.content_type.value == u"multipart/alternative"
# 1 part is for text/plain content, and one for multipart/related
assert set(["(multipart/related)", "(text/plain)"]) == set(map(lambda p: str(p), raw_mime.parts))
assert text == filter(lambda p:str(p) == "(text/plain)", raw_mime.parts)[0].body
related_part = filter(lambda p: str(p) == "(multipart/related)", raw_mime.parts)[0]
# one for html and rest inline atts
assert len(related_part.parts) == len(attachments) + 1
assert html == filter(lambda p:str(p) == "(text/html)", related_part.parts)[0].body
attachment_parts = filter(lambda p: p.content_disposition[0] == AttachmentType.INLINE, related_part.parts)
assert set(map(lambda att: att.metadata.filename, attachments)) == set(map(lambda att_part: att_part.content_disposition[1]["filename"], attachment_parts))
assert set(map(lambda att: att.content.content, attachments)) == set(map(lambda att_part: att_part.body, attachment_parts))
assert len(re.findall("=\n", raw_mime.to_string())) == 0
def test_create_mime_headers_validity():
text = randUnicode(length=2012)
html = randUnicode(length=2014)
attachments = []
for _ in range(4):
content = randStr(size=2017)
_filename = randUnicode()
f = FileStorage(stream=StringIO.StringIO(content), filename=_filename, content_type="image/jpeg")
attachments.append(Attachment.fromFileStorage(f, AttachmentMetadata(f.filename, f.content_type)))
message_id = randUnicode()
_time = time.time()
tos = [{"user_id": randUnicode()+"@x.com", "display_name": randUnicode()} for _ in range(12)]
ccs = [{"user_id": randUnicode()+"@x.com", "display_name": randUnicode()} for _ in range(4)]
bccs = [{"user_id": randUnicode()+"@x.com", "display_name": randUnicode()} for _ in range(3)]
references = [randUnicode() for _ in range(5)]
in_reply_to = randUnicode()
subject = randUnicode()
reply_tos = [{"user_id": randUnicode()+"@x.com", "display_name": randUnicode()} for _ in range(2)]
sender = {"user_id": randUnicode()+"@x.com", "display_name": randUnicode()}
raw_mime = createMime(text, html, attachments, message_id, _time, subject, tos, ccs, bccs, reply_tos, sender, in_reply_to, references)
assert message_id == raw_mime.headers.get("Message-Id")
assert tos == [{"user_id": to.address, "display_name": to.display_name} for to in addresslib.address.parse_list(raw_mime.headers.get("To"))]
assert ccs == [{"user_id": cc.address, "display_name": cc.display_name} for cc in addresslib.address.parse_list(raw_mime.headers.get("Cc"))]
assert bccs == [{"user_id": bcc.address, "display_name": bcc.display_name} for bcc in addresslib.address.parse_list(raw_mime.headers.get("Bcc"))]
assert reply_tos == [{"user_id": rpt.address, "display_name": rpt.display_name} for rpt in addresslib.address.parse_list(raw_mime.headers.get("Reply-To"))]
assert "{} <{}>".format(sender["display_name"], sender["user_id"]) == raw_mime.headers.get("From")
assert subject == raw_mime.headers.get("Subject")
assert references == raw_mime.headers.get("references").split(" ")
assert in_reply_to == raw_mime.headers.get("in-reply-to")
assert email.utils.formatdate(_time) == raw_mime.headers.get("Date")
assert len(re.findall("=\n", raw_mime.to_string())) == 0
def create_email_v4(sender,
tos,
ccs,
bccs,
subject,
text,
html,
attachments,
in_reply_to,
references,
reply_tos=[],
flags=[],
server_attr=NOT_ASSIGNED(),
message_id=None):
if message_id is None:
message_id = u"<{}>".format(EmailHelpers.newMessageId())
body = EmailHelpers.serializeBody({"text": text, "html": html})
return EmailFactory.new(
**{
"server_attr":
server_attr,
"flags":
flags,
"subject":
subject,
"sender": {
"user_id": sender.user_id,
"display_name": sender.display_name
},
"tos": [{
"user_id": to.user_id,
"display_name": to.display_name
} for to in tos],
"ccs": [{
"user_id": cc.user_id,
"display_name": cc.display_name
} for cc in ccs],
"bccs": [{
"user_id": bcc.user_id,
"display_name": bcc.display_name
} for bcc in bccs],
"message_id":
message_id,
"body":
Content(body),
"attachments": [
Attachment.fromFileStorage(
_file,
AttachmentMetadata(_file.filename, _file.content_type))
for _file in attachments
],
"in_reply_to":
in_reply_to,
"reply_tos": [],
"references":
references,
"protocol_version":
PROTOCOL_VERSION.V4
})
def test_attachment_to_mime():
filename = randUnicode()
content_type = "image/png"
content_disposition = randUnicode()
content_id = randUnicode()
metadata = AttachmentMetadata(filename, content_type, content_disposition,
content_id)
blob = randStr(size=1024)
attachement = Attachment(metadata, Content(blob))
att_mime = attachement.toMime()
assert att_mime.headers.get("Content-Id") == content_id
assert att_mime.headers.get("Content-Disposition") == (content_disposition,
{
"filename":
filename
})
assert att_mime.headers.get("Content-Type") == content_type
assert att_mime.body == blob
def create_email_v1(sender, tos, ccs, bccs, subject, text, html, attachments, in_reply_to, references, reply_tos=[], flags=[], server_attr=NOT_ASSIGNED(), message_id=None):
if message_id is None:
message_id = u"<{}>".format(EmailHelpers.newMessageId())
sender = {"user_id": sender.user_id, "display_name": sender.display_name}
tos = [{"user_id": to.user_id, "display_name": to.display_name} for to in tos]
ccs = [{"user_id": cc.user_id, "display_name": cc.display_name} for cc in ccs]
bccs = [{"user_id": bcc.user_id, "display_name": bcc.display_name} for bcc in bccs]
time = None
if not isinstance(server_attr, NOT_ASSIGNED):
time = server_attr.server_time
raw_mime = createMime(
text, html, [
Attachment.fromFileStorage(_file, AttachmentMetadata(_file.filename, _file.content_type))
for _file in attachments
], message_id, time, subject, tos, ccs, bccs, reply_tos, sender, in_reply_to, references)
return EmailV1.fromMime(raw_mime.to_string(), flags, sender)
def create_email_v1(sender,
tos,
ccs,
bccs,
subject,
text,
html,
attachments,
in_reply_to,
references,
reply_tos=[],
flags=[],
server_attr=NOT_ASSIGNED(),
message_id=None):
if message_id is None:
message_id = u"<{}>".format(EmailHelpers.newMessageId())
sender = {"user_id": sender.user_id, "display_name": sender.display_name}
tos = [{
"user_id": to.user_id,
"display_name": to.display_name
} for to in tos]
ccs = [{
"user_id": cc.user_id,
"display_name": cc.display_name
} for cc in ccs]
bccs = [{
"user_id": bcc.user_id,
"display_name": bcc.display_name
} for bcc in bccs]
time = None
if not isinstance(server_attr, NOT_ASSIGNED):
time = server_attr.server_time
raw_mime = createMime(text, html, [
Attachment.fromFileStorage(
_file, AttachmentMetadata(_file.filename, _file.content_type))
for _file in attachments
], message_id, time, subject, tos, ccs, bccs, reply_tos, sender,
in_reply_to, references)
return EmailV1.fromMime(raw_mime.to_string(),
flags,
overwrite_sender=sender)
def test_create_mime_with_regular_attachment():
text = randUnicode(length=1024)
html = randUnicode(length=1024)
attachments = []
for _ in range(4):
content = randStr(size=4096)
_filename = randUnicode()
f = FileStorage(stream=StringIO.StringIO(content),
filename=_filename,
content_type="image/jpeg")
attachments.append(
Attachment.fromFileStorage(
f, AttachmentMetadata(f.filename, f.content_type)))
raw_mime = createMime(text, html, attachments)
assert raw_mime.content_type.value == u"multipart/mixed"
# 1 part is for text/html content, and one for each attachment
assert len(raw_mime.parts) == len(attachments) + 1
body_parts = filter(
lambda p: p.content_type.value == u"multipart/alternative",
raw_mime.parts)
assert len(body_parts) == 1
body_part = body_parts[0]
assert set(["(text/html)",
"(text/plain)"]) == set(map(lambda p: str(p), body_part.parts))
attachment_parts = filter(
lambda p: p.content_disposition[0] == AttachmentType.ATTACHMENT,
raw_mime.parts)
assert set(map(lambda att: att.metadata.content_disposition,
attachments)) == set(
map(lambda att_part: att_part.content_disposition[0],
attachment_parts))
assert set(map(lambda att: att.metadata.filename, attachments)) == set(
map(lambda att_part: att_part.content_disposition[1]["filename"],
attachment_parts))
assert set(map(lambda att: att.content.content, attachments)) == set(
map(lambda att_part: att_part.body, attachment_parts))
assert len(re.findall("=\n", raw_mime.to_string())) == 0
def test_create_mime_with_regular_attachment():
text = randUnicode(length=1024)
html = randUnicode(length=1024)
attachments = []
for _ in range(4):
content = randStr(size=4096)
_filename = randUnicode()
f = FileStorage(stream=StringIO.StringIO(content), filename=_filename, content_type="image/jpeg")
attachments.append(Attachment.fromFileStorage(f, AttachmentMetadata(f.filename, f.content_type)))
raw_mime = createMime(text, html, attachments)
assert raw_mime.content_type.value == u"multipart/mixed"
# 1 part is for text/html content, and one for each attachment
assert len(raw_mime.parts) == len(attachments) + 1
body_parts = filter(lambda p: p.content_type.value == u"multipart/alternative", raw_mime.parts)
assert len(body_parts) == 1
body_part = body_parts[0]
assert set(["(text/html)", "(text/plain)"]) == set(map(lambda p: str(p), body_part.parts))
attachment_parts = filter(lambda p: p.content_disposition[0] == AttachmentType.ATTACHMENT, raw_mime.parts)
assert set(map(lambda att: att.metadata.content_disposition, attachments)) == set(map(lambda att_part: att_part.content_disposition[0], attachment_parts))
assert set(map(lambda att: att.metadata.filename, attachments)) == set(map(lambda att_part: att_part.content_disposition[1]["filename"], attachment_parts))
assert set(map(lambda att: att.content.content, attachments)) == set(map(lambda att_part: att_part.body, attachment_parts))
assert len(re.findall("=\n", raw_mime.to_string())) == 0
def test_create_mime_with_inline_attachment():
text = randUnicode(length=1024)
html = randUnicode(length=1024)
attachments = []
for _ in range(4):
content = randStr(size=4096)
_filename = randUnicode()
f = FileStorage(stream=StringIO.StringIO(content),
filename=_filename,
content_type="image/jpeg")
att = Attachment.fromFileStorage(
f, AttachmentMetadata(f.filename, f.content_type))
att.metadata.content_disposition = AttachmentType.INLINE
attachments.append(att)
raw_mime = createMime(text, html, attachments)
assert raw_mime.content_type.value == u"multipart/alternative"
# 1 part is for text/plain content, and one for multipart/related
assert set(["(multipart/related)",
"(text/plain)"]) == set(map(lambda p: str(p), raw_mime.parts))
assert text == filter(lambda p: str(p) == "(text/plain)",
raw_mime.parts)[0].body
related_part = filter(lambda p: str(p) == "(multipart/related)",
raw_mime.parts)[0]
# one for html and rest inline atts
assert len(related_part.parts) == len(attachments) + 1
assert html == filter(lambda p: str(p) == "(text/html)",
related_part.parts)[0].body
attachment_parts = filter(
lambda p: p.content_disposition[0] == AttachmentType.INLINE,
related_part.parts)
assert set(map(lambda att: att.metadata.filename, attachments)) == set(
map(lambda att_part: att_part.content_disposition[1]["filename"],
attachment_parts))
assert set(map(lambda att: att.content.content, attachments)) == set(
map(lambda att_part: att_part.body, attachment_parts))
assert len(re.findall("=\n", raw_mime.to_string())) == 0
def test_create_mime_headers_validity():
text = randUnicode(length=2012)
html = randUnicode(length=2014)
attachments = []
for _ in range(4):
content = randStr(size=2017)
_filename = randUnicode()
f = FileStorage(stream=StringIO.StringIO(content),
filename=_filename,
content_type="image/jpeg")
attachments.append(
Attachment.fromFileStorage(
f, AttachmentMetadata(f.filename, f.content_type)))
message_id = randUnicode()
_time = time.time()
tos = [{
"user_id": randUnicode() + "@x.com",
"display_name": randUnicode()
} for _ in range(12)]
ccs = [{
"user_id": randUnicode() + "@x.com",
"display_name": randUnicode()
} for _ in range(4)]
bccs = [{
"user_id": randUnicode() + "@x.com",
"display_name": randUnicode()
} for _ in range(3)]
references = [randUnicode() for _ in range(5)]
in_reply_to = randUnicode()
subject = randUnicode()
reply_tos = [{
"user_id": randUnicode() + "@x.com",
"display_name": randUnicode()
} for _ in range(2)]
sender = {
"user_id": randUnicode() + "@x.com",
"display_name": randUnicode()
}
raw_mime = createMime(text, html, attachments, message_id, _time, subject,
tos, ccs, bccs, reply_tos, sender, in_reply_to,
references)
assert message_id == raw_mime.headers.get("Message-Id")
assert tos == [{
"user_id": to.address,
"display_name": to.display_name
} for to in addresslib.address.parse_list(raw_mime.headers.get("To"))]
assert ccs == [{
"user_id": cc.address,
"display_name": cc.display_name
} for cc in addresslib.address.parse_list(raw_mime.headers.get("Cc"))]
assert bccs == [{
"user_id": bcc.address,
"display_name": bcc.display_name
} for bcc in addresslib.address.parse_list(raw_mime.headers.get("Bcc"))]
assert reply_tos == [{
"user_id": rpt.address,
"display_name": rpt.display_name
}
for rpt in addresslib.address.parse_list(
raw_mime.headers.get("Reply-To"))]
assert "{} <{}>".format(sender["display_name"],
sender["user_id"]) == raw_mime.headers.get("From")
assert subject == raw_mime.headers.get("Subject")
assert references == raw_mime.headers.get("references").split(" ")
assert in_reply_to == raw_mime.headers.get("in-reply-to")
assert email.utils.formatdate(_time) == raw_mime.headers.get("Date")
assert len(re.findall("=\n", raw_mime.to_string())) == 0