def compose(request):
if request.method == 'POST':
form = MessageForm(request.POST)
if not form.is_valid():
messages.add_message(
request, messages.ERROR,
'There was a problem sending your message. Please review your inputs and try again'
)
context = RequestContext(request, {'form': form})
return render_to_response('inbox/compose.html/', context)
else:
recipient = form.cleaned_data.get('recipient')
subject = form.cleaned_data.get('subject')
content = form.cleaned_data.get('content')
m = Message(sender=request.user,
recipient=recipient,
subject=subject,
content=content)
m.save()
messages.add_message(request, messages.SUCCESS,
'Your message was successfully sent.')
return HttpResponseRedirect("/inbox/compose/")
else:
context = RequestContext(request, {'form': MessageForm()})
return render_to_response('inbox/compose.html/', context)
def test_threading_limit(db, folder_sync_engine, monkeypatch):
"""Test that custom threading doesn't produce arbitrarily long threads,
which eventually break things."""
from inbox.models import Message, Thread, Account
# Shorten bound to make test faster
MAX_THREAD_LENGTH = 10
monkeypatch.setattr(
'inbox.mailsync.backends.imap.generic.MAX_THREAD_LENGTH',
MAX_THREAD_LENGTH)
namespace_id = folder_sync_engine.namespace_id
account = db.session.query(Account).get(folder_sync_engine.account_id)
folder = MockFolder('inbox', 'inbox')
msg = MockRawMessage(None)
for _ in range(3 * MAX_THREAD_LENGTH):
m = Message()
m.namespace_id = namespace_id
m.received_date = datetime.datetime.utcnow()
m.references = []
m.size = 0
m.sanitized_body = ''
m.snippet = ''
m.subject = 'unique subject'
uid = MockImapUID(m, account)
folder_sync_engine.add_message_attrs(db.session, uid, msg, folder)
db.session.add(m)
db.session.commit()
new_threads = db.session.query(Thread). \
filter(Thread.subject == 'unique subject').all()
assert len(new_threads) == 3
assert all(
len(thread.messages) == MAX_THREAD_LENGTH for thread in new_threads)
def test_calculate_snippet():
m = Message()
# Check that we strip contents of title, script, style tags
body = ("<title>EMAIL</title><script>function() {}</script>"
"<style>h1 {color:red;}</style>Hello, world")
assert m.calculate_html_snippet(body) == "Hello, world"
# Check that we replace various incarnations of <br> by spaces
body = "Hello,<br>world"
assert m.calculate_html_snippet(body) == "Hello, world"
body = 'Hello,<br class="">world'
assert m.calculate_html_snippet(body) == "Hello, world"
body = "Hello,<br />world"
assert m.calculate_html_snippet(body) == "Hello, world"
body = "Hello,<br><br> world"
assert m.calculate_html_snippet(body) == "Hello, world"
body = '<div dir="ltr">line1<div>line2</div><div>line3</div><div><br></div></div>'
assert m.calculate_html_snippet(body) == "line1 line2 line3"
# Check that snippets are properly truncated to 191 characters.
body = """Etenim quid est, <strong>Catilina</strong>, quod iam amplius
exspectes, si neque nox tenebris obscurare coetus nefarios nec
privata domus parietibus continere voces coniurationis tuae
potest, si illustrantur, si erumpunt omnia?"""
expected_snippet = ("Etenim quid est, Catilina, quod iam amplius "
"exspectes, si neque nox tenebris obscurare coetus "
"nefarios nec privata domus parietibus continere "
"voces coniurationis tuae potest, si illustrantur,")
assert len(expected_snippet) == 191
assert m.calculate_html_snippet(body) == expected_snippet
def test_calculate_snippet():
m = Message()
# Check that we strip contents of title, script, style tags
body = '<title>EMAIL</title><script>function() {}</script>' \
'<style>h1 {color:red;}</style>Hello, world'
assert m.calculate_html_snippet(body) == 'Hello, world'
# Check that we replace various incarnations of <br> by spaces
body = 'Hello,<br>world'
assert m.calculate_html_snippet(body) == 'Hello, world'
body = 'Hello,<br class=\"\">world'
assert m.calculate_html_snippet(body) == 'Hello, world'
body = 'Hello,<br />world'
assert m.calculate_html_snippet(body) == 'Hello, world'
body = 'Hello,<br><br> world'
assert m.calculate_html_snippet(body) == 'Hello, world'
body = '<div dir="ltr">line1<div>line2</div><div>line3</div><div><br></div></div>'
assert m.calculate_html_snippet(body) == 'line1 line2 line3'
# Check that snippets are properly truncated to 191 characters.
body = '''Etenim quid est, <strong>Catilina</strong>, quod iam amplius
exspectes, si neque nox tenebris obscurare coetus nefarios nec
privata domus parietibus continere voces coniurationis tuae
potest, si illustrantur, si erumpunt omnia?'''
expected_snippet = 'Etenim quid est, Catilina, quod iam amplius ' \
'exspectes, si neque nox tenebris obscurare coetus ' \
'nefarios nec privata domus parietibus continere ' \
'voces coniurationis tuae potest, si illustrantur,'
assert len(expected_snippet) == 191
assert m.calculate_html_snippet(body) == expected_snippet
def test_threading_limit(db, folder_sync_engine, monkeypatch):
"""Test that custom threading doesn't produce arbitrarily long threads,
which eventually break things."""
from inbox.models import Message, Thread, Account
# Shorten bound to make test faster
MAX_THREAD_LENGTH = 10
monkeypatch.setattr(
'inbox.mailsync.backends.imap.generic.MAX_THREAD_LENGTH',
MAX_THREAD_LENGTH)
namespace_id = folder_sync_engine.namespace_id
account = db.session.query(Account).get(folder_sync_engine.account_id)
account.inbox_folder = Folder(account=account,
name='Inbox',
canonical_name='inbox')
folder = account.inbox_folder
msg = MockRawMessage([])
for i in range(3 * MAX_THREAD_LENGTH):
m = Message()
m.namespace_id = namespace_id
m.received_date = datetime.datetime.utcnow()
m.references = []
m.size = 0
m.sanitized_body = ''
m.snippet = ''
m.subject = 'unique subject'
uid = ImapUid(message=m, account=account, msg_uid=2222 + i,
folder=folder)
folder_sync_engine.add_message_attrs(db.session, uid, msg, folder)
db.session.add(m)
db.session.commit()
new_threads = db.session.query(Thread). \
filter(Thread.subject == 'unique subject').all()
assert len(new_threads) == 3
assert all(len(thread.messages) == MAX_THREAD_LENGTH for thread in
new_threads)
def test_calculate_snippet():
m = Message()
# Check that we strip contents of title, script, style tags
body = '<title>EMAIL</title><script>function() {}</script>' \
'<style>h1 {color:red;}</style>Hello, world'
assert m.calculate_html_snippet(body) == 'Hello, world'
# Check that we replace various incarnations of <br> by spaces
body = 'Hello,<br>world'
assert m.calculate_html_snippet(body) == 'Hello, world'
body = 'Hello,<br class=\"\">world'
assert m.calculate_html_snippet(body) == 'Hello, world'
body = 'Hello,<br />world'
assert m.calculate_html_snippet(body) == 'Hello, world'
body = 'Hello,<br><br> world'
assert m.calculate_html_snippet(body) == 'Hello, world'
# Check that snippets are properly truncated to 191 characters.
body = '''Etenim quid est, <strong>Catilina</strong>, quod iam amplius
exspectes, si neque nox tenebris obscurare coetus nefarios nec
privata domus parietibus continere voces coniurationis tuae
potest, si illustrantur, si erumpunt omnia?'''
expected_snippet = 'Etenim quid est, Catilina, quod iam amplius ' \
'exspectes, si neque nox tenebris obscurare coetus ' \
'nefarios nec privata domus parietibus continere ' \
'voces coniurationis tuae potest, si illustrantur,'
assert len(expected_snippet) == 191
assert m.calculate_html_snippet(body) == expected_snippet
def add_fake_message(namespace_id, thread, to_email, received_date, subject,
db_session):
""" One-off helper function to add 'fake' messages to the datastore."""
m = Message()
m.namespace_id = namespace_id
m.from_addr = [('', to_email)]
m.received_date = received_date
m.subject = subject
m.size = 0
m.sanitized_body = ''
m.snippet = ''
m.thread = thread
update_contacts_from_message(db_session, m, thread.namespace)
db_session.add(m)
db_session.commit()
def test_store_full_body_on_parse_error(default_account,
mime_message_with_bad_date):
received_date = None
m = Message.create_from_synced(default_account, 139219, '[Gmail]/All Mail',
received_date,
mime_message_with_bad_date.to_string())
assert get_from_blockstore(m.data_sha256)
def test_store_full_body_on_parse_error(
default_account, mime_message_with_bad_date):
received_date = None
m = Message.create_from_synced(default_account, 139219, '[Gmail]/All Mail',
received_date,
mime_message_with_bad_date.to_string())
assert m.full_body
def new_message_from_synced(db):
received_date = datetime.datetime(2014, 9, 22, 17, 25, 46)
new_msg = Message.create_from_synced(default_account(db), 139219,
'[Gmail]/All Mail', received_date,
raw_message())
assert new_msg.received_date == received_date
return new_msg
def test_sanitize_subject(default_account):
from inbox.log import configure_logging
configure_logging()
# Raw message with encoded null bytes in subject header.
raw_message_with_wonky_subject = \
'''From: "UPS My Choice" <*****@*****.**>
To: [email protected]
Subject: =?UTF-8?B?WW91ciBVUFMgUGFja2FnZSB3YXMgZGVsaXZlcmVkAAAA?=
Content-Type: text/html; charset=UTF-8
MIME-Version: 1.0
Content-Type: multipart/alternative; boundary=--==_mimepart_553921a23aa2c_3aee3fe2e442b2b815347
--==_mimepart_553921a23aa2c_3aee3fe2e442b2b815347
Content-Type: text/plain; charset=UTF-8
Content-Transfer-Encoding: quoted-printable
--==_mimepart_553921a23aa2c_3aee3fe2e442b2b815347
Content-Type: text/html; charset=UTF-8
Content-Transfer-Encoding: quoted-printable
--==_mimepart_553921a23aa2c_3aee3fe2e442b2b815347
'''
m = Message.create_from_synced(default_account, 22, '[Gmail]/All Mail',
datetime.datetime.utcnow(),
raw_message_with_wonky_subject)
assert m.subject == u'Your UPS Package was delivered'
def test_sanitize_subject(default_account):
from inbox.log import configure_logging
configure_logging()
# Raw message with encoded null bytes in subject header.
raw_message_with_wonky_subject = \
'''From: "UPS My Choice" <*****@*****.**>
To: [email protected]
Subject: =?UTF-8?B?WW91ciBVUFMgUGFja2FnZSB3YXMgZGVsaXZlcmVkAAAA?=
Content-Type: text/html; charset=UTF-8
MIME-Version: 1.0
Content-Type: multipart/alternative; boundary=--==_mimepart_553921a23aa2c_3aee3fe2e442b2b815347
--==_mimepart_553921a23aa2c_3aee3fe2e442b2b815347
Content-Type: text/plain; charset=UTF-8
Content-Transfer-Encoding: quoted-printable
--==_mimepart_553921a23aa2c_3aee3fe2e442b2b815347
Content-Type: text/html; charset=UTF-8
Content-Transfer-Encoding: quoted-printable
--==_mimepart_553921a23aa2c_3aee3fe2e442b2b815347
'''
m = Message.create_from_synced(default_account, 22, '[Gmail]/All Mail',
datetime.datetime.utcnow(),
raw_message_with_wonky_subject)
assert m.subject == u'Your UPS Package was delivered'
def create_imap_message(db_session, account, folder, msg):
"""
IMAP-specific message creation logic.
Returns
-------
imapuid : inbox.models.backends.imap.ImapUid
New db object, which links to new Message and Block objects through
relationships. All new objects are uncommitted.
"""
new_message = Message.create_from_synced(
account=account, mid=msg.uid, folder_name=folder.name, received_date=msg.internaldate, body_string=msg.body
)
# Check to see if this is a copy of a message that was first created
# by the Nylas API. If so, don't create a new object; just use the old one.
existing_copy = reconcile_message(new_message, db_session)
if existing_copy is not None:
new_message = existing_copy
imapuid = ImapUid(account=account, folder=folder, msg_uid=msg.uid, message=new_message)
imapuid.update_flags(msg.flags)
if msg.g_labels is not None:
imapuid.update_labels(msg.g_labels)
# Update the message's metadata
with db_session.no_autoflush:
is_draft = imapuid.is_draft and (folder.canonical_name == "drafts" or folder.canonical_name == "all")
update_message_metadata(db_session, account, new_message, is_draft)
update_contacts_from_message(db_session, new_message, account.namespace)
return imapuid
def create_imap_message(db_session, log, account, folder, msg):
""" IMAP-specific message creation logic.
This is the one function in this file that gets to take an account
object instead of an account_id, because we need to relate the
account to ImapUids for versioning to work, since it needs to look
up the namespace.
Returns
-------
imapuid : inbox.models.tables.imap.ImapUid
New db object, which links to new Message and Block objects through
relationships. All new objects are uncommitted.
"""
new_msg = Message.create_from_synced(account=account, mid=msg.uid,
folder_name=folder.name,
received_date=msg.internaldate,
body_string=msg.body)
# Check to see if this is a copy of a message that was first created
# by the Inbox API. If so, don't create a new object; just use the old one.
existing_copy = reconcile_message(new_msg, db_session)
if existing_copy is not None:
new_msg = existing_copy
imapuid = ImapUid(account=account, folder=folder, msg_uid=msg.uid,
message=new_msg)
imapuid.update_flags_and_labels(msg.flags, msg.g_labels)
new_msg.is_draft = imapuid.is_draft
new_msg.is_read = imapuid.is_seen
update_contacts_from_message(db_session, new_msg, account.namespace)
return imapuid
def create_imap_message(db_session, log, account, folder, msg):
""" IMAP-specific message creation logic.
This is the one function in this file that gets to take an account
object instead of an account_id, because we need to relate the
account to ImapUids for versioning to work, since it needs to look
up the namespace.
Returns
-------
imapuid : inbox.models.tables.imap.ImapUid
New db object, which links to new Message and Block objects through
relationships. All new objects are uncommitted.
"""
new_msg = Message.create_from_synced(account=account, mid=msg.uid,
folder_name=folder.name,
received_date=msg.internaldate,
body_string=msg.body)
# Check to see if this is a copy of a message that was first created
# by the Inbox API. If so, don't create a new object; just use the old one.
existing_copy = reconcile_message(new_msg, db_session)
if existing_copy is not None:
new_msg = existing_copy
imapuid = ImapUid(account=account, folder=folder, msg_uid=msg.uid,
message=new_msg)
imapuid.update_flags_and_labels(msg.flags, msg.g_labels)
new_msg.is_draft = imapuid.is_draft
new_msg.is_read = imapuid.is_seen
update_contacts_from_message(db_session, new_msg, account.namespace)
return imapuid
def gmail_message():
received_date = datetime.datetime.utcfromtimestamp(10**9 + 1)
new_msg = Message()
new_msg.to_addr = ((u'Somebody', u'*****@*****.**'),
(u'Somebody', u'*****@*****.**'),)
new_msg.thread_id = 1
new_msg.size = 22
new_msg.is_draft = False
new_msg.decode_error = False
new_msg.sanitized_body = 'Are you there?'
new_msg.snippet = 'Are you there?'
new_msg.received_date = received_date
return new_msg
def add_fake_message(db_session, thread, from_addr=None, to_addr=None,
cc_addr=None, bcc_addr=None):
m = Message()
m.from_addr = from_addr or []
m.to_addr = to_addr or []
m.cc_addr = cc_addr or []
m.bcc_addr = bcc_addr or []
m.received_date = datetime.utcnow()
m.size = 0
m.sanitized_body = ''
m.snippet = ''
m.thread = thread
account_id = thread.namespace.account_id
update_contacts_from_message(db_session, m, account_id)
db_session.add(m)
db_session.commit()
return m
def test_store_full_body_on_parse_error(
default_account, default_namespace,
raw_message_with_bad_date):
received_date = None
m = Message.create_from_synced(default_account, 139219, '[Gmail]/All Mail',
received_date,
raw_message_with_bad_date)
assert m.full_body
def test_parse_body_on_bad_attachment(
default_account, raw_message_with_bad_attachment):
received_date = None
m = Message.create_from_synced(default_account, 139219, '[Gmail]/All Mail',
received_date,
raw_message_with_bad_attachment)
assert m.decode_error
assert 'dingy blue carpet' in m.body
def test_parse_body_on_bad_attachment(
default_account, raw_message_with_bad_attachment):
received_date = None
m = Message.create_from_synced(default_account, 139219, '[Gmail]/All Mail',
received_date,
raw_message_with_bad_attachment)
assert m.decode_error
assert 'dingy blue carpet' in m.body
def test_calculate_snippet():
m = Message()
# Check that we strip contents of title, script, style tags
body = "<title>EMAIL</title><script>function() {}</script>" "<style>h1 {color:red;}</style>Hello, world"
assert m.calculate_html_snippet(body) == "Hello, world"
# Check that we replace various incarnations of <br> by spaces
body = "Hello,<br>world"
assert m.calculate_html_snippet(body) == "Hello, world"
body = 'Hello,<br class="">world'
assert m.calculate_html_snippet(body) == "Hello, world"
body = "Hello,<br />world"
assert m.calculate_html_snippet(body) == "Hello, world"
body = "Hello,<br><br> world"
assert m.calculate_html_snippet(body) == "Hello, world"
# Check that snippets are properly truncated to 191 characters.
body = """Etenim quid est, <strong>Catilina</strong>, quod iam amplius
exspectes, si neque nox tenebris obscurare coetus nefarios nec
privata domus parietibus continere voces coniurationis tuae
potest, si illustrantur, si erumpunt omnia?"""
expected_snippet = (
"Etenim quid est, Catilina, quod iam amplius "
"exspectes, si neque nox tenebris obscurare coetus "
"nefarios nec privata domus parietibus continere "
"voces coniurationis tuae potest, si illustrantur,"
)
assert len(expected_snippet) == 191
assert m.calculate_html_snippet(body) == expected_snippet
def new_message_from_synced(db):
received_date = datetime.datetime(2014, 9, 22, 17, 25, 46)
new_msg = Message.create_from_synced(default_account(db),
139219,
'[Gmail]/All Mail',
received_date,
raw_message())
assert new_msg.received_date == received_date
return new_msg
def test_truncate_recipients(db, default_account, default_namespace, thread, raw_message_with_many_recipients):
received_date = datetime.datetime(2014, 9, 22, 17, 25, 46)
m = Message.create_from_synced(
default_account, 139219, "[Gmail]/All Mail", received_date, raw_message_with_many_recipients
)
m.thread = thread
db.session.add(m)
# Check that no database error is raised.
db.session.commit()
def create_from_synced(db, account, raw_message):
thread = add_fake_thread(db.session, account.namespace.id)
received_date = datetime.datetime.utcnow()
m = Message.create_from_synced(account, 22, '[Gmail]/All Mail',
received_date, raw_message)
m.thread = thread
db.session.add(m)
db.session.commit()
return m
def test_sanitize_subject(default_account, mime_message):
# Parse a raw message with encoded null bytes in subject header;
# check that we strip the null bytes.
mime_message.headers['Subject'] = \
'=?UTF-8?B?WW91ciBVUFMgUGFja2FnZSB3YXMgZGVsaXZlcmVkAAAA?='
m = Message.create_from_synced(default_account, 22, '[Gmail]/All Mail',
datetime.datetime.utcnow(),
mime_message.to_string())
assert m.subject == u'Your UPS Package was delivered'
def compose(request):
if request.method == 'POST':
form = MessageForm(request.POST)
if not form.is_valid():
messages.add_message(request, messages.ERROR, 'There was a problem sending your message. Please review your inputs and try again')
context = RequestContext(request, {'form': form})
return render_to_response('inbox/compose.html/', context)
else:
recipient = form.cleaned_data.get('recipient')
subject = form.cleaned_data.get('subject')
content = form.cleaned_data.get('content')
m = Message(sender=request.user, recipient=recipient, subject=subject, content=content)
m.save()
messages.add_message(request, messages.SUCCESS, 'Your message was successfully sent.')
return HttpResponseRedirect("/inbox/compose/")
else:
context = RequestContext(request, {'form': MessageForm() })
return render_to_response('inbox/compose.html/', context)
def create_from_synced(db, account, raw_message):
thread = add_fake_thread(db.session, account.namespace.id)
received_date = datetime.datetime.utcnow()
m = Message.create_from_synced(account, 22, "[Gmail]/All Mail",
received_date, raw_message)
m.thread = thread
db.session.add(m)
db.session.commit()
return m
def test_sanitize_subject(default_account, mime_message):
# Parse a raw message with encoded null bytes in subject header;
# check that we strip the null bytes.
mime_message.headers['Subject'] = \
'=?UTF-8?B?WW91ciBVUFMgUGFja2FnZSB3YXMgZGVsaXZlcmVkAAAA?='
m = Message.create_from_synced(
default_account, 22, '[Gmail]/All Mail', datetime.datetime.utcnow(),
mime_message.to_string())
assert m.subject == u'Your UPS Package was delivered'
def new_message_from_synced(db, default_account, mime_message):
from inbox.models import Message
received_date = datetime(2014, 9, 22, 17, 25, 46)
new_msg = Message.create_from_synced(default_account, 139219,
'[Gmail]/All Mail', received_date,
mime_message.to_string())
assert new_msg.received_date == received_date
new_msg.is_read = True
new_msg.is_starred = False
return new_msg
def test_parse_body_on_bad_attachment(default_account, default_namespace, raw_message_with_bad_attachment):
received_date = None
m = Message.create_from_synced(
default_account, 139219, "[Gmail]/All Mail", received_date, raw_message_with_bad_attachment
)
assert m.decode_error
plain_part, html_part = m.body_parts
assert "dingy blue carpet" in plain_part
assert "dingy blue carpet" in html_part
assert "dingy blue carpet" in m.body
def new_message_from_synced(db, default_account, mime_message):
from inbox.models import Message
received_date = datetime(2014, 9, 22, 17, 25, 46)
new_msg = Message.create_from_synced(default_account,
139219,
'[Gmail]/All Mail',
received_date,
mime_message.to_string())
assert new_msg.received_date == received_date
return new_msg
def test_truncate_recipients(db, default_account, default_namespace, thread,
raw_message_with_many_recipients):
received_date = datetime.datetime(2014, 9, 22, 17, 25, 46)
m = Message.create_from_synced(default_account, 139219, '[Gmail]/All Mail',
received_date,
raw_message_with_many_recipients)
m.thread = thread
db.session.add(m)
# Check that no database error is raised.
db.session.commit()
def add_fake_msg_with_calendar_part(db_session, account, ics_str):
parsed = mime.create.multipart('mixed')
parsed.append(
mime.create.attachment('text/calendar', ics_str, disposition=None))
msg = Message.create_from_synced(account, 22, '[Gmail]/All Mail',
datetime.utcnow(), parsed.to_string())
msg.thread = add_fake_thread(db_session, account.namespace.id)
assert msg.has_attached_events
return msg
def test_truncate_recipients(db, raw_message_with_many_recipients):
account = db.session.query(Account).get(ACCOUNT_ID)
assert account.namespace.id == NAMESPACE_ID
received_date = datetime.datetime(2014, 9, 22, 17, 25, 46),
m = Message.create_from_synced(account, 139219, '[Gmail]/All Mail',
received_date,
raw_message_with_many_recipients)
m.thread_id = 1
db.session.add(m)
# Check that no database error is raised.
db.session.commit()
def test_truncate_recipients(db, raw_message_with_many_recipients):
account = db.session.query(Account).get(ACCOUNT_ID)
assert account.namespace.id == NAMESPACE_ID
received_date = datetime.datetime(2014, 9, 22, 17, 25, 46),
m = Message.create_from_synced(account, 139219, '[Gmail]/All Mail',
received_date,
raw_message_with_many_recipients)
m.thread_id = 1
db.session.add(m)
# Check that no database error is raised.
db.session.commit()
def add_fake_msg_with_calendar_part(db_session, account, ics_str):
parsed = mime.create.multipart('mixed')
parsed.append(
mime.create.attachment('text/calendar',
ics_str,
disposition=None)
)
msg = Message.create_from_synced(
account, 22, '[Gmail]/All Mail', datetime.utcnow(), parsed.to_string())
msg.thread = add_fake_thread(db_session, account.namespace.id)
assert msg.has_attached_events
return msg
def test_handle_bad_content_disposition(
default_account, default_namespace,
raw_message_with_bad_content_disposition):
received_date = datetime.datetime(2014, 9, 22, 17, 25, 46)
m = Message.create_from_synced(default_account, 139219, '[Gmail]/All Mail',
received_date,
raw_message_with_bad_content_disposition)
assert m.namespace_id == default_namespace.id
assert sorted(m.to_addr) == [(u'', u'*****@*****.**'),
(u'', u'*****@*****.**'),
(u'', u'*****@*****.**')]
assert len(m.parts) == 3
assert m.received_date == received_date
assert all(part.block.namespace_id == m.namespace_id for part in m.parts)
def send(request):
if request.method == 'POST':
sender = request.user
query_set = User.objects.filter(username=request.POST.get('recipient'))
if not query_set.exists():
return index(request, error_messages = ['User "' + str(request.POST.get('recipient')) + '" could not be found.'])
recipient = query_set[0]
body = request.POST.get('body')
encrypt = True if request.POST.get('encrypt') else False
key = None
if encrypt:
key = os.urandom(32)
body = AESCipher(key).encrypt(body).decode('utf-8')
message = Message(sender=sender, recipient=recipient, body=body, encrypted=encrypt, key=key)
message.save()
return HttpResponseRedirect('/inbox')
else:
# This should never happen
return index(request, error_messages = ['Invalid request.'])
def test_handle_bad_content_disposition(
default_account, default_namespace,
raw_message_with_bad_content_disposition):
received_date = datetime.datetime(2014, 9, 22, 17, 25, 46)
m = Message.create_from_synced(default_account, 139219, '[Gmail]/All Mail',
received_date,
raw_message_with_bad_content_disposition)
assert m.namespace_id == default_namespace.id
assert sorted(m.to_addr) == [(u'', u'*****@*****.**'),
(u'', u'*****@*****.**'),
(u'', u'*****@*****.**')]
assert len(m.parts) == 3
assert m.received_date == received_date
assert all(part.block.namespace_id == m.namespace_id for part in m.parts)
def test_message_from_synced(db, raw_message):
account = db.session.query(Account).get(ACCOUNT_ID)
assert account.namespace.id == NAMESPACE_ID
received_date = datetime.datetime(2014, 9, 22, 17, 25, 46),
m = Message.create_from_synced(account, 139219, '[Gmail]/All Mail',
received_date, raw_message)
assert m.namespace_id == NAMESPACE_ID
assert sorted(m.to_addr) == [(u'', u'*****@*****.**'),
(u'', u'*****@*****.**'),
(u'', u'*****@*****.**')]
assert len(m.parts) == 4
assert 'Attached Message Part' in [part.block.filename for part in m.parts]
assert m.received_date == received_date
assert all(part.block.namespace_id == m.namespace_id for part in m.parts)
def test_message_from_synced(db, raw_message):
account = db.session.query(Account).get(ACCOUNT_ID)
assert account.namespace.id == NAMESPACE_ID
received_date = datetime.datetime(2014, 9, 22, 17, 25, 46),
m = Message.create_from_synced(account, 139219, '[Gmail]/All Mail',
received_date, raw_message)
assert m.namespace_id == NAMESPACE_ID
assert sorted(m.to_addr) == [(u'', u'*****@*****.**'),
(u'', u'*****@*****.**'),
(u'', u'*****@*****.**')]
assert len(m.parts) == 4
assert 'Attached Message Part' in [part.block.filename for part in m.parts]
assert m.received_date == received_date
assert all(part.block.namespace_id == m.namespace_id for part in m.parts)
def add_fake_message(account_id, thread, to_email, received_date,
db_session):
""" One-off helper function to add 'fake' messages to the datastore."""
m = Message()
m.from_addr = [('', to_email)]
m.received_date = received_date
m.size = 0
m.sanitized_body = ''
m.snippet = ''
m.thread = thread
update_contacts_from_message(db_session, m, account_id)
db_session.add(m)
db_session.commit()
def test_local_storage(db, config):
account = db.session.query(Account).get(ACCOUNT_ID)
m = Message(account=account, mid='', folder_name='',
received_date=datetime.utcnow(),
flags='', body_string=message)
m.thread_id = THREAD_ID
db.session.add(m)
db.session.commit()
msg = db.session.query(Message).get(m.id)
# Ensure .data will access and decrypt the encrypted data from disk
assert not hasattr(msg, '_data')
for p in msg.parts:
assert p.encryption_scheme == \
EncryptionScheme.SECRETBOX_WITH_STATIC_KEY
# Accessing .data verifies data integrity
data = p.data
raw = p._get_from_disk
assert data != raw
def add_fake_msg_with_calendar_part(db_session, account, ics_str, thread=None):
from inbox.models import Message
parsed = mime.create.multipart("mixed")
parsed.append(mime.create.attachment("text/calendar", ics_str, disposition=None))
msg = Message.create_from_synced(account, 22, "[Gmail]/All Mail", datetime.utcnow(), parsed.to_string())
msg.from_addr = [("Ben Bitdiddle", "*****@*****.**")]
if thread is None:
msg.thread = add_fake_thread(db_session, account.namespace.id)
else:
msg.thread = thread
assert msg.has_attached_events
return msg
def add_fake_msg_with_calendar_part(db_session, account, ics_str, thread=None):
from inbox.models import Message
parsed = mime.create.multipart('mixed')
parsed.append(
mime.create.attachment('text/calendar', ics_str, disposition=None))
msg = Message.create_from_synced(account, 22, '[Gmail]/All Mail',
datetime.utcnow(), parsed.to_string())
msg.from_addr = [('Ben Bitdiddle', '*****@*****.**')]
if thread is None:
msg.thread = add_fake_thread(db_session, account.namespace.id)
else:
msg.thread = thread
assert msg.has_attached_events
return msg
def create_imap_message(db_session, account, folder, msg):
"""
IMAP-specific message creation logic.
Returns
-------
imapuid : inbox.models.backends.imap.ImapUid
New db object, which links to new Message and Block objects through
relationships. All new objects are uncommitted.
"""
log.debug("creating message",
account_id=account.id,
folder_name=folder.name,
mid=msg.uid)
new_message = Message.create_from_synced(
account=account,
mid=msg.uid,
folder_name=folder.name,
received_date=msg.internaldate,
body_string=msg.body,
)
# Check to see if this is a copy of a message that was first created
# by the Nylas API. If so, don't create a new object; just use the old one.
existing_copy = reconcile_message(new_message, db_session)
if existing_copy is not None:
new_message = existing_copy
imapuid = ImapUid(account=account,
folder=folder,
msg_uid=msg.uid,
message=new_message)
imapuid.update_flags(msg.flags)
if msg.g_labels is not None:
imapuid.update_labels(msg.g_labels)
# Update the message's metadata
with db_session.no_autoflush:
is_draft = imapuid.is_draft and (folder.canonical_name == "drafts"
or folder.canonical_name == "all")
update_message_metadata(db_session, account, new_message, is_draft)
update_contacts_from_message(db_session, new_message, account.namespace.id)
return imapuid
def test_soft_delete(db, config):
from inbox.models import Folder, Message
from inbox.models.backends.imap import ImapUid
f = Folder(name='DOES NOT EXIST', account_id=ACCOUNT_ID)
db.session.add(f)
db.session.flush()
m = Message()
m.namespace_id = NAMESPACE_ID
m.thread_id = 1
m.received_date = datetime.datetime.utcnow()
m.size = 0
m.sanitized_body = ""
m.snippet = ""
u = ImapUid(message=m,
account_id=ACCOUNT_ID,
folder_id=f.id,
msg_uid=9999,
extra_flags="")
db.session.add_all([m, u])
f.mark_deleted()
u.mark_deleted()
db.session.commit()
m_id = m.id
# bypass custom query method to confirm creation
db.new_session(ignore_soft_deletes=False)
f = db.session.query(Folder).filter_by(name='DOES NOT EXIST').one()
assert f, "Can't find Folder object"
assert f.deleted_at is not None, "Folder not marked as deleted"
db.new_session(ignore_soft_deletes=True)
with pytest.raises(NoResultFound):
db.session.query(Folder).filter(Folder.name == 'DOES NOT EXIST').one()
count = db.session.query(Folder).filter(
Folder.name == 'DOES NOT EXIST').count()
assert count == 0, "Shouldn't find any deleted folders!"
m = db.session.query(Message).filter_by(id=m_id).one()
assert not m.imapuids, "imapuid was deleted!"
def create_draft_from_mime(account, raw_mime, db_session):
our_uid = generate_public_id() # base-36 encoded string
new_headers = ('X-INBOX-ID: {0}-0\r\n'
'Message-Id: <{0}[email protected]>\r\n'
'User-Agent: NylasMailer/{1}\r\n').format(our_uid, VERSION)
new_body = new_headers + raw_mime
with db_session.no_autoflush:
msg = Message.create_from_synced(account, '', '',
datetime.utcnow(), new_body)
if msg.from_addr and len(msg.from_addr) > 1:
raise InputError("from_addr field can have at most one item")
if msg.reply_to and len(msg.reply_to) > 1:
raise InputError("reply_to field can have at most one item")
if msg.subject is not None and not \
isinstance(msg.subject, basestring):
raise InputError('"subject" should be a string')
if not isinstance(msg.body, basestring):
raise InputError('"body" should be a string')
if msg.references or msg.in_reply_to:
msg.is_reply = True
thread_cls = account.thread_cls
msg.thread = thread_cls(
subject=msg.subject,
recentdate=msg.received_date,
namespace=account.namespace,
subjectdate=msg.received_date)
if msg.attachments:
attachment_tag = account.namespace.tags['attachment']
msg.thread.apply_tag(attachment_tag)
msg.is_created = True
msg.is_sent = True
msg.is_draft = False
msg.is_read = True
db_session.add(msg)
db_session.flush()
return msg
def create_draft_from_mime(account, raw_mime, db_session):
our_uid = generate_public_id() # base-36 encoded string
new_headers = ('X-INBOX-ID: {0}-0\r\n'
'Message-Id: <{0}[email protected]>\r\n'
'User-Agent: NylasMailer/{1}\r\n').format(our_uid, VERSION)
new_body = new_headers + raw_mime
with db_session.no_autoflush:
msg = Message.create_from_synced(account, '', '', datetime.utcnow(),
new_body)
if msg.from_addr and len(msg.from_addr) > 1:
raise InputError("from_addr field can have at most one item")
if msg.reply_to and len(msg.reply_to) > 1:
raise InputError("reply_to field can have at most one item")
if msg.subject is not None and not \
isinstance(msg.subject, basestring):
raise InputError('"subject" should be a string')
if not isinstance(msg.body, basestring):
raise InputError('"body" should be a string')
if msg.references or msg.in_reply_to:
msg.is_reply = True
thread_cls = account.thread_cls
msg.thread = thread_cls(subject=msg.subject,
recentdate=msg.received_date,
namespace=account.namespace,
subjectdate=msg.received_date)
if msg.attachments:
attachment_tag = account.namespace.tags['attachment']
msg.thread.apply_tag(attachment_tag)
msg.is_created = True
msg.is_sent = True
msg.is_draft = False
msg.is_read = True
db_session.add(msg)
db_session.flush()
return msg
def test_soft_delete(db, config):
from inbox.models import Folder, Message
from inbox.models.backends.imap import ImapUid
f = Folder(name='DOES NOT EXIST', account_id=ACCOUNT_ID)
db.session.add(f)
db.session.flush()
m = Message()
m.namespace_id = NAMESPACE_ID
m.thread_id = 1
m.received_date = datetime.datetime.utcnow()
m.size = 0
m.sanitized_body = ""
m.snippet = ""
u = ImapUid(message=m, account_id=ACCOUNT_ID, folder_id=f.id,
msg_uid=9999, extra_flags="")
db.session.add_all([m, u])
f.mark_deleted()
u.mark_deleted()
db.session.commit()
m_id = m.id
# bypass custom query method to confirm creation
db.new_session(ignore_soft_deletes=False)
f = db.session.query(Folder).filter_by(name='DOES NOT EXIST').one()
assert f, "Can't find Folder object"
assert f.deleted_at is not None, "Folder not marked as deleted"
db.new_session(ignore_soft_deletes=True)
with pytest.raises(NoResultFound):
db.session.query(Folder).filter(Folder.name == 'DOES NOT EXIST').one()
count = db.session.query(Folder).filter(
Folder.name == 'DOES NOT EXIST').count()
assert count == 0, "Shouldn't find any deleted folders!"
m = db.session.query(Message).filter_by(id=m_id).one()
assert not m.imapuids, "imapuid was deleted!"
def format_transactions_after_pointer(namespace,
pointer,
db_session,
result_limit,
exclude_types=None,
include_types=None,
exclude_folders=True,
expand=False):
"""
Return a pair (deltas, new_pointer), where deltas is a list of change
events, represented as dictionaries:
{
"object": <API object type, e.g. "thread">,
"event": <"create", "modify", or "delete>,
"attributes": <API representation of the object for insert/update events>
"cursor": <public_id of the transaction>
}
and new_pointer is the integer id of the last included transaction
Arguments
---------
namespace_id: int
Id of the namespace for which to get changes.
pointer: int
Process transactions starting after this id.
db_session: new_session
database session
result_limit: int
Maximum number of results to return. (Because we may roll up multiple
changes to the same object, fewer results can be returned.)
format_transaction_fn: function pointer
Function that defines how to format the transactions.
exclude_types: list, optional
If given, don't include transactions for these types of objects.
"""
exclude_types = set(exclude_types) if exclude_types else set()
# Begin backwards-compatibility shim -- suppress new object types for now,
# because clients may not be able to deal with them.
exclude_types.add('account')
if exclude_folders is True:
exclude_types.update(('folder', 'label'))
# End backwards-compatibility shim.
last_trx = _get_last_trx_id_for_namespace(namespace.id, db_session)
if last_trx == pointer:
return ([], pointer)
while True:
# deleted_at condition included to allow this query to be satisfied via
# the legacy index on (namespace_id, deleted_at) for performance.
# Also need to explicitly specify the index hint because the query
# planner is dumb as nails and otherwise would make this super slow for
# some values of namespace_id and pointer.
# TODO(emfree): Remove this hack and ensure that the right index (on
# namespace_id only) exists.
transactions = db_session.query(Transaction). \
filter(
Transaction.id > pointer,
Transaction.namespace_id == namespace.id,
Transaction.deleted_at.is_(None)). \
with_hint(Transaction, 'USE INDEX (namespace_id_deleted_at)')
if exclude_types is not None:
transactions = transactions.filter(
~Transaction.object_type.in_(exclude_types))
if include_types is not None:
transactions = transactions.filter(
Transaction.object_type.in_(include_types))
transactions = transactions. \
order_by(asc(Transaction.id)).limit(result_limit).all()
if not transactions:
return ([], pointer)
results = []
# Group deltas by object type.
trxs_by_obj_type = collections.defaultdict(list)
for trx in transactions:
trxs_by_obj_type[trx.object_type].append(trx)
for obj_type, trxs in trxs_by_obj_type.items():
# Build a dictionary mapping pairs (record_id, command) to
# transaction. If successive modifies for a given record id appear
# in the list of transactions, this will only keep the latest
# one (which is what we want).
latest_trxs = {(trx.record_id, trx.command): trx
for trx in sorted(trxs, key=lambda t: t.id)
}.values()
# Load all referenced not-deleted objects.
ids_to_query = [
trx.record_id for trx in latest_trxs if trx.command != 'delete'
]
object_cls = transaction_objects()[obj_type]
query = db_session.query(object_cls).filter(
object_cls.id.in_(ids_to_query),
object_cls.namespace_id == namespace.id)
if object_cls == Thread:
query = query.options(*Thread.api_loading_options(expand))
elif object_cls == Message:
query = query.options(*Message.api_loading_options(expand))
objects = {obj.id: obj for obj in query}
for trx in latest_trxs:
delta = {
'object': trx.object_type,
'event': EVENT_NAME_FOR_COMMAND[trx.command],
'id': trx.object_public_id,
'cursor': trx.public_id
}
if trx.command != 'delete':
obj = objects.get(trx.record_id)
if obj is None:
continue
repr_ = encode(obj,
namespace_public_id=namespace.public_id,
expand=expand)
delta['attributes'] = repr_
results.append((trx.id, delta))
if results:
# Sort deltas by id of the underlying transactions.
results.sort()
deltas = [d for _, d in results]
return (deltas, results[-1][0])
else:
# It's possible that none of the referenced objects exist any more,
# meaning the result list is empty. In that case, keep traversing
# the log until we get actual results or reach the end.
pointer = transactions[-1].id
def create_from_synced(account, raw_message):
received_date = datetime.datetime.utcnow()
return Message.create_from_synced(account, 22, '[Gmail]/All Mail',
received_date, raw_message)
def create_from_synced(account, raw_message):
received_date = datetime.datetime.utcnow()
return Message.create_from_synced(account, 22, '[Gmail]/All Mail',
received_date, raw_message)
def create_message_from_json(data, namespace, db_session, is_draft):
""" Construct a Message instance from `data`, a dictionary representing the
POST body of an API request. All new objects are added to the session, but
not committed."""
# Validate the input and get referenced objects (thread, attachments)
# as necessary.
to_addr = get_recipients(data.get('to'), 'to')
cc_addr = get_recipients(data.get('cc'), 'cc')
bcc_addr = get_recipients(data.get('bcc'), 'bcc')
from_addr = get_recipients(data.get('from'), 'from')
reply_to = get_recipients(data.get('reply_to'), 'reply_to')
if from_addr and len(from_addr) > 1:
raise InputError("from_addr field can have at most one item")
if reply_to and len(reply_to) > 1:
raise InputError("reply_to field can have at most one item")
subject = data.get('subject')
if subject is not None and not isinstance(subject, basestring):
raise InputError('"subject" should be a string')
body = data.get('body', '')
if not isinstance(body, basestring):
raise InputError('"body" should be a string')
blocks = get_attachments(data.get('file_ids'), namespace.id, db_session)
reply_to_thread = get_thread(data.get('thread_id'), namespace.id,
db_session)
reply_to_message = get_message(data.get('reply_to_message_id'),
namespace.id, db_session)
if reply_to_message is not None and reply_to_thread is not None:
if reply_to_message not in reply_to_thread.messages:
raise InputError('Message {} is not in thread {}'.format(
reply_to_message.public_id, reply_to_thread.public_id))
with db_session.no_autoflush:
account = namespace.account
dt = datetime.utcnow()
uid = generate_public_id()
to_addr = to_addr or []
cc_addr = cc_addr or []
bcc_addr = bcc_addr or []
blocks = blocks or []
if subject is None:
# If this is a reply with no explicitly specified subject, set the
# subject from the prior message/thread by default.
# TODO(emfree): Do we want to allow changing the subject on a reply
# at all?
if reply_to_message is not None:
subject = reply_to_message.subject
elif reply_to_thread is not None:
subject = reply_to_thread.subject
subject = subject or ''
message = Message()
message.namespace = namespace
message.is_created = True
message.is_draft = is_draft
message.from_addr = from_addr if from_addr else \
[(account.name, account.email_address)]
# TODO(emfree): we should maybe make received_date nullable, so its
# value doesn't change in the case of a drafted-and-later-reconciled
# message.
message.received_date = dt
message.subject = subject
message.body = body
message.to_addr = to_addr
message.cc_addr = cc_addr
message.bcc_addr = bcc_addr
message.reply_to = reply_to
# TODO(emfree): this is different from the normal 'size' value of a
# message, which is the size of the entire MIME message.
message.size = len(body)
message.is_read = True
message.is_sent = False
message.public_id = uid
message.version = 0
message.regenerate_inbox_uid()
# Set the snippet
message.snippet = message.calculate_html_snippet(body)
# Associate attachments to the draft message
for block in blocks:
# Create a new Part object to associate to the message object.
# (You can't just set block.message, because if block is an
# attachment on an existing message, that would dissociate it from
# the existing message.)
part = Part(block=block)
part.namespace_id = namespace.id
part.content_disposition = 'attachment'
part.is_inboxapp_attachment = True
message.parts.append(part)
update_contacts_from_message(db_session, message, namespace)
if reply_to_message is not None:
message.is_reply = True
_set_reply_headers(message, reply_to_message)
thread = reply_to_message.thread
message.reply_to_message = reply_to_message
elif reply_to_thread is not None:
message.is_reply = True
thread = reply_to_thread
# Construct the in-reply-to and references headers from the last
# message currently in the thread.
previous_messages = [m for m in thread.messages if not m.is_draft]
if previous_messages:
last_message = previous_messages[-1]
message.reply_to_message = last_message
_set_reply_headers(message, last_message)
else:
# If this isn't a reply to anything, create a new thread object for
# the draft. We specialize the thread class so that we can, for
# example, add the g_thrid for Gmail later if we reconcile a synced
# message with this one. This is a huge hack, but works.
message.is_reply = False
thread_cls = account.thread_cls
thread = thread_cls(subject=message.subject,
recentdate=message.received_date,
namespace=namespace,
subjectdate=message.received_date)
message.thread = thread
db_session.add(message)
if is_draft:
schedule_action('save_draft',
message,
namespace.id,
db_session,
version=message.version)
db_session.flush()
return message
def format_transactions_after_pointer(namespace,
pointer,
db_session,
result_limit,
exclude_types=None,
include_types=None,
exclude_folders=True,
exclude_metadata=True,
exclude_account=True,
expand=False,
is_n1=False):
"""
Return a pair (deltas, new_pointer), where deltas is a list of change
events, represented as dictionaries:
{
"object": <API object type, e.g. "thread">,
"event": <"create", "modify", or "delete>,
"attributes": <API representation of the object for insert/update events>
"cursor": <public_id of the transaction>
}
and new_pointer is the integer id of the last included transaction
Arguments
---------
namespace_id: int
Id of the namespace for which to get changes.
pointer: int
Process transactions starting after this id.
db_session: new_session
database session
result_limit: int
Maximum number of results to return. (Because we may roll up multiple
changes to the same object, fewer results can be returned.)
format_transaction_fn: function pointer
Function that defines how to format the transactions.
exclude_types: list, optional
If given, don't include transactions for these types of objects.
"""
exclude_types = set(exclude_types) if exclude_types else set()
# Begin backwards-compatibility shim -- suppress new object types for now,
# because clients may not be able to deal with them.
if exclude_folders is True:
exclude_types.update(('folder', 'label'))
if exclude_account is True:
exclude_types.add('account')
# End backwards-compatibility shim.
# Metadata is excluded by default, and can only be included by setting the
# exclude_metadata flag to False. If listed in include_types, remove it.
if exclude_metadata is True:
exclude_types.add('metadata')
if include_types is not None and 'metadata' in include_types:
include_types.remove('metadata')
last_trx = _get_last_trx_id_for_namespace(namespace.id, db_session)
if last_trx == pointer:
return ([], pointer)
while True:
transactions = db_session.query(Transaction). \
filter(
Transaction.id > pointer,
Transaction.namespace_id == namespace.id)
if exclude_types is not None:
transactions = transactions.filter(
~Transaction.object_type.in_(exclude_types))
if include_types is not None:
transactions = transactions.filter(
Transaction.object_type.in_(include_types))
transactions = transactions. \
order_by(asc(Transaction.id)).limit(result_limit).all()
if not transactions:
return ([], pointer)
results = []
# Group deltas by object type.
trxs_by_obj_type = collections.defaultdict(list)
for trx in transactions:
trxs_by_obj_type[trx.object_type].append(trx)
for obj_type, trxs in trxs_by_obj_type.items():
# Build a dictionary mapping pairs (record_id, command) to
# transaction. If successive modifies for a given record id appear
# in the list of transactions, this will only keep the latest
# one (which is what we want).
latest_trxs = {(trx.record_id, trx.command): trx
for trx in sorted(trxs, key=lambda t: t.id)
}.values()
# Load all referenced not-deleted objects.
ids_to_query = [
trx.record_id for trx in latest_trxs if trx.command != 'delete'
]
object_cls = transaction_objects()[obj_type]
if object_cls == Account:
# The base query for Account queries the /Namespace/ table
# since the API-returned "`account`" is a `namespace`
# under-the-hood.
query = db_session.query(Namespace).join(Account).filter(
Account.id.in_(ids_to_query), Namespace.id == namespace.id)
# Key by /namespace.account_id/ --
# namespace.id may not be equal to account.id
# and trx.record_id == account.id for `account` trxs.
objects = {obj.account_id: obj for obj in query}
else:
query = db_session.query(object_cls).filter(
object_cls.id.in_(ids_to_query),
object_cls.namespace_id == namespace.id)
if object_cls == Thread:
query = query.options(*Thread.api_loading_options(expand))
elif object_cls == Message:
query = query.options(*Message.api_loading_options(expand))
objects = {obj.id: obj for obj in query}
for trx in latest_trxs:
delta = {
'object': trx.object_type,
'event': EVENT_NAME_FOR_COMMAND[trx.command],
'id': trx.object_public_id,
'cursor': trx.public_id
}
if trx.command != 'delete':
obj = objects.get(trx.record_id)
if obj is None:
continue
repr_ = encode(obj,
namespace_public_id=namespace.public_id,
expand=expand,
is_n1=is_n1)
delta['attributes'] = repr_
results.append((trx.id, delta))
if results:
# Sort deltas by id of the underlying transactions.
results.sort()
deltas = [d for _, d in results]
return (deltas, results[-1][0])
else:
# It's possible that none of the referenced objects exist any more,
# meaning the result list is empty. In that case, keep traversing
# the log until we get actual results or reach the end.
pointer = transactions[-1].id
def add_fake_message(db_session,
namespace_id,
thread=None,
from_addr=None,
to_addr=None,
cc_addr=None,
bcc_addr=None,
received_date=None,
subject='',
body='',
snippet='',
g_msgid=None,
add_sent_category=False):
from inbox.models import Message, Category
from inbox.contacts.process_mail import update_contacts_from_message
m = Message()
m.namespace_id = namespace_id
m.from_addr = from_addr or []
m.to_addr = to_addr or []
m.cc_addr = cc_addr or []
m.bcc_addr = bcc_addr or []
m.received_date = received_date or datetime.utcnow()
m.size = 0
m.is_read = False
m.is_starred = False
m.body = body
m.snippet = snippet
m.subject = subject
m.g_msgid = g_msgid
if thread:
thread.messages.append(m)
update_contacts_from_message(db_session, m, thread.namespace)
db_session.add(m)
db_session.commit()
if add_sent_category:
category = Category.find_or_create(db_session,
namespace_id,
'sent',
'sent',
type_='folder')
if category not in m.categories:
m.categories.add(category)
db_session.commit()
return m
def add_fake_message(db_session, namespace_id, thread=None, from_addr=None,
to_addr=None, cc_addr=None, bcc_addr=None,
received_date=None, subject='',
body='', snippet='', g_msgid=None,
add_sent_category=False):
from inbox.models import Message, Category
from inbox.contacts.process_mail import update_contacts_from_message
m = Message()
m.namespace_id = namespace_id
m.from_addr = from_addr or []
m.to_addr = to_addr or []
m.cc_addr = cc_addr or []
m.bcc_addr = bcc_addr or []
m.received_date = received_date or datetime.utcnow()
m.size = 0
m.is_read = False
m.is_starred = False
m.body = body
m.snippet = snippet
m.subject = subject
m.g_msgid = g_msgid
if thread:
thread.messages.append(m)
update_contacts_from_message(db_session, m, thread.namespace)
db_session.add(m)
db_session.commit()
if add_sent_category:
category = Category.find_or_create(
db_session, namespace_id, 'sent', 'sent', type_='folder')
if category not in m.categories:
m.categories.add(category)
db_session.commit()
return m
def test_threading_limit(db, folder_sync_engine, monkeypatch):
"""Test that custom threading doesn't produce arbitrarily long threads,
which eventually break things."""
from inbox.models import Message, Thread
# Shorten bound to make test faster
MAX_THREAD_LENGTH = 10
monkeypatch.setattr(
'inbox.mailsync.backends.imap.generic.MAX_THREAD_LENGTH',
MAX_THREAD_LENGTH)
namespace_id = folder_sync_engine.namespace_id
msg = MockRawMessage([])
for i in range(3 * MAX_THREAD_LENGTH):
m = Message()
m.namespace_id = namespace_id
m.received_date = datetime.datetime.utcnow()
m.references = []
m.size = 0
m.body = ''
m.from_addr = [("Karim Hamidou", "*****@*****.**")]
m.to_addr = [("Eben Freeman", "*****@*****.**")]
m.snippet = ''
m.subject = 'unique subject'
db.session.add(m)
folder_sync_engine.add_message_to_thread(db.session, m, msg)
db.session.commit()
new_threads = db.session.query(Thread). \
filter(Thread.subject == 'unique subject').all()
assert len(new_threads) == 3
assert all(len(thread.messages) == MAX_THREAD_LENGTH for thread in
new_threads)
def add_fake_message(db_session,
thread,
from_addr=None,
to_addr=None,
cc_addr=None,
bcc_addr=None):
m = Message()
m.namespace_id = NAMESPACE_ID
m.from_addr = from_addr or []
m.to_addr = to_addr or []
m.cc_addr = cc_addr or []
m.bcc_addr = bcc_addr or []
m.received_date = datetime.utcnow()
m.size = 0
m.sanitized_body = ''
m.snippet = ''
m.thread = thread
update_contacts_from_message(db_session, m, thread.namespace)
db_session.add(m)
db_session.commit()
return m