def get_email_ids(message):
parent_email_id = None
other_email_ids = []
if message.parent_id:
parent = Message._byID(message.parent_id, data=True)
if parent.email_id:
other_email_ids.append(parent.email_id)
parent_email_id = parent.email_id
if message.first_message:
first_message = Message._byID(message.first_message, data=True)
if first_message.email_id:
other_email_ids.append(first_message.email_id)
return parent_email_id, other_email_ids
def get_email_ids(message):
parent_email_id = None
other_email_ids = []
if message.parent_id:
parent = Message._byID(message.parent_id, data=True)
if parent.email_id:
other_email_ids.append(parent.email_id)
parent_email_id = parent.email_id
if message.first_message:
first_message = Message._byID(message.first_message, data=True)
if first_message.email_id:
other_email_ids.append(first_message.email_id)
return parent_email_id, other_email_ids
def get_reply_to_address(message):
"""Construct a reply-to address that encodes the message id.
The address is of the form:
zendeskreply+{message_id36}-{email_mac}
where the mac is generated from {message_id36} using the
`modmail_email_secret`
The reply address should be configured with the inbound email service so
that replies to our messages are routed back to the app somehow. For mailgun
this involves adding a Routes filter for messages sent to
"zendeskreply\+*@". to be forwarded to POST /api/zendeskreply.
"""
# all email replies are treated as replies to the first message in the
# conversation. this is to get around some peculiarities of zendesk
if message.first_message:
first_message = Message._byID(message.first_message, data=True)
else:
first_message = message
email_id = first_message._id36
email_mac = hmac.new(
g.secrets['modmail_email_secret'], email_id, hashlib.sha256).hexdigest()
reply_id = "zendeskreply+{email_id}-{email_mac}".format(
email_id=email_id, email_mac=email_mac)
sr = Subreddit._byID(message.sr_id, data=True)
return "{brander_community_abbr}/{subreddit} mail <{reply_id}@{domain}>".format(
subreddit=sr.name, reply_id=reply_id, domain=g.modmail_email_domain, brander_community_abbr = g.brander_community_abbr)
def __init__(self, thing, delete = False, report = True):
was_comment = getattr(thing, 'was_comment', False)
permalink = thing.permalink
# don't allow replying to self unless it's modmail
valid_recipient = (thing.author_id != c.user._id or
thing.sr_id)
can_reply = (c.user_is_loggedin and
getattr(thing, "repliable", True) and
valid_recipient)
can_block = True
can_mute = False
is_admin_message = False
del_on_recipient = (isinstance(thing, Message) and
thing.del_on_recipient)
if not was_comment:
first_message = thing
if getattr(thing, 'first_message', False):
first_message = Message._byID(thing.first_message, data=True)
if thing.sr_id:
sr = thing.subreddit_slow
is_admin_message = '/r/%s' % sr.name == g.admin_message_acct
if (sr.is_muted(first_message.author_slow) or
(first_message.to_id and
sr.is_muted(first_message.recipient_slow))):
can_reply = False
can_mute = sr.can_mute(c.user, thing.author_slow)
if not was_comment and thing.display_author:
can_block = False
if was_comment:
link = thing.link_slow
if link.archived or link.locked:
can_reply = False
# Allow comment-reply messages to have links to the full thread.
if was_comment:
self.full_comment_path = thing.link_permalink
self.full_comment_count = thing.full_comment_count
PrintableButtons.__init__(self, "messagebuttons", thing,
profilepage = c.profilepage,
permalink = permalink,
was_comment = was_comment,
unread = thing.new,
user_is_recipient = thing.user_is_recipient,
can_reply = can_reply,
parent_id = getattr(thing, "parent_id", None),
show_report = True,
show_delete = False,
can_block = can_block,
can_mute = can_mute,
is_admin_message = is_admin_message,
del_on_recipient=del_on_recipient,
)
def compute_message_trees(messages):
from r2.models import Message
roots = set()
threads = {}
mdict = {}
messages = sorted(messages, key = lambda m: m._date, reverse = True)
for m in messages:
if not m._loaded:
m._load()
mdict[m._id] = m
if m.first_message:
roots.add(m.first_message)
threads.setdefault(m.first_message, set()).add(m._id)
else:
roots.add(m._id)
# load any top-level messages which are not in the original list
missing = [m for m in roots if m not in mdict]
if missing:
mdict.update(Message._byID(tup(missing),
return_dict = True, data = True))
# sort threads in chrono order
for k in threads:
threads[k] = list(sorted(threads[k]))
tree = [(root, threads.get(root, [])) for root in roots]
tree.sort(key = tree_sort_fn, reverse = True)
return tree
def compute_message_trees(messages):
from r2.models import Message
roots = set()
threads = {}
mdict = {}
messages = sorted(messages, key=lambda m: m._date, reverse=True)
for m in messages:
if not m._loaded:
m._load()
mdict[m._id] = m
if m.first_message:
roots.add(m.first_message)
threads.setdefault(m.first_message, set()).add(m._id)
else:
roots.add(m._id)
# load any top-level messages which are not in the original list
missing = [m for m in roots if m not in mdict]
if missing:
mdict.update(Message._byID(tup(missing), return_dict=True, data=True))
# sort threads in chrono order
for k in threads:
threads[k] = list(sorted(threads[k]))
tree = [(root, threads.get(root, [])) for root in roots]
tree.sort(key=tree_sort_fn, reverse=True)
return tree
def get_reply_to_address(message):
"""Construct a reply-to address that encodes the message id.
The address is of the form:
zendeskreply+{message_id36}-{email_mac}
where the mac is generated from {message_id36} using the
`modmail_email_secret`
The reply address should be configured with the inbound email service so
that replies to our messages are routed back to the app somehow. For mailgun
this involves adding a Routes filter for messages sent to
"zendeskreply\+*@". to be forwarded to POST /api/zendeskreply.
"""
# all email replies are treated as replies to the first message in the
# conversation. this is to get around some peculiarities of zendesk
if message.first_message:
first_message = Message._byID(message.first_message, data=True)
else:
first_message = message
email_id = first_message._id36
email_mac = hmac.new(
g.secrets['modmail_email_secret'], email_id, hashlib.sha256).hexdigest()
reply_id = "zendeskreply+{email_id}-{email_mac}".format(
email_id=email_id, email_mac=email_mac)
sr = Subreddit._byID(message.sr_id, data=True)
return "r/{subreddit} mail <{reply_id}@{domain}>".format(
subreddit=sr.name, reply_id=reply_id, domain=g.modmail_email_domain)
def get_message_subject(message):
sr = Subreddit._byID(message.sr_id, data=True)
if message.first_message:
first_message = Message._byID(message.first_message, data=True)
conversation_subject = first_message.subject
else:
conversation_subject = message.subject
return u"[{brander_community_abbr}/{subreddit} mail]: {subject}".format(
subreddit=sr.name, subject=_force_unicode(conversation_subject, brander_community_abbr=g.brander_community_abbr))
def get_message_subject(message):
sr = Subreddit._byID(message.sr_id, data=True)
if message.first_message:
first_message = Message._byID(message.first_message, data=True)
conversation_subject = first_message.subject
else:
conversation_subject = message.subject
return u"[r/{subreddit} mail]: {subject}".format(
subreddit=sr.name, subject=_force_unicode(conversation_subject))
def __init__(self, thing, delete = False, report = True):
was_comment = getattr(thing, 'was_comment', False)
permalink = thing.permalink
# don't allow replying to self unless it's modmail
valid_recipient = (thing.author_id != c.user._id or
thing.sr_id)
is_muted = False
can_mute = False
if not was_comment:
first_message = thing
if getattr(thing, 'first_message', False):
first_message = Message._byID(thing.first_message, data=True)
if thing.sr_id:
sr = thing.subreddit_slow
if feature.is_enabled('modmail_muting', subreddit=sr.name):
if (sr.is_muted(first_message.author_slow) or
(first_message.to_id and
sr.is_muted(first_message.recipient_slow))):
is_muted = True
if (not sr.is_moderator(thing.author_slow) and
sr.is_moderator_with_perms(c.user, 'access', 'mail')):
can_mute = True
can_reply = (c.user_is_loggedin and
getattr(thing, "repliable", True) and
valid_recipient and
not is_muted)
can_block = True
if not thing.was_comment and thing.display_author:
can_block = False
# Allow comment-reply messages to have links to the full thread.
if was_comment:
self.full_comment_path = thing.link_permalink
self.full_comment_count = thing.full_comment_count
PrintableButtons.__init__(self, "messagebuttons", thing,
profilepage = c.profilepage,
permalink = permalink,
was_comment = was_comment,
unread = thing.new,
user_is_recipient = thing.user_is_recipient,
can_reply = can_reply,
parent_id = getattr(thing, "parent_id", None),
show_report = True,
show_delete = False,
can_block = can_block,
can_mute = can_mute,
)
def __init__(self, thing, delete = False, report = True):
was_comment = getattr(thing, 'was_comment', False)
permalink = thing.permalink
# don't allow replying to self unless it's modmail
valid_recipient = (thing.author_id != c.user._id or
thing.sr_id)
is_muted = False
can_mute = False
if not was_comment:
first_message = thing
if getattr(thing, 'first_message', False):
first_message = Message._byID(thing.first_message, data=True)
if thing.sr_id:
sr = thing.subreddit_slow
if feature.is_enabled('modmail_muting', subreddit=sr.name):
if (sr.is_muted(first_message.author_slow) or
(first_message.to_id and
sr.is_muted(first_message.recipient_slow))):
is_muted = True
if (not sr.is_moderator(thing.author_slow) and
sr.is_moderator_with_perms(c.user, 'access', 'mail')):
can_mute = True
can_reply = (c.user_is_loggedin and
getattr(thing, "repliable", True) and
valid_recipient and
not is_muted)
can_block = True
if not thing.was_comment and thing.display_author:
can_block = False
# Allow comment-reply messages to have links to the full thread.
if was_comment:
self.full_comment_path = thing.link_permalink
self.full_comment_count = thing.full_comment_count
PrintableButtons.__init__(self, "messagebuttons", thing,
profilepage = c.profilepage,
permalink = permalink,
was_comment = was_comment,
unread = thing.new,
user_is_recipient = thing.user_is_recipient,
can_reply = can_reply,
parent_id = getattr(thing, "parent_id", None),
show_report = True,
show_delete = False,
can_block = can_block,
can_mute = can_mute,
)
def _conversation(trees, parent):
from r2.models import Message
if parent._id in trees:
convo = trees[parent._id]
if convo:
m = Message._byID(convo[0], data=True)
if not convo or m.first_message == m.parent_id:
return [(parent._id, convo)]
# if we get to this point, either we didn't find the conversation,
# or the first child of the result was not the actual first child.
# To the database!
m = Message._query(Message.c.first_message == parent._id, data=True)
return compute_message_trees([parent] + list(m))
def _conversation(trees, parent):
from r2.models import Message
if parent._id in trees:
convo = trees[parent._id]
if convo:
m = Message._byID(convo[0], data=True)
if not convo or m.first_message == m.parent_id:
return [(parent._id, convo)]
# if we get to this point, either we didn't find the conversation,
# or the first child of the result was not the actual first child.
# To the database!
m = Message._query(Message.c.first_message == parent._id, data=True)
return compute_message_trees([parent] + list(m))
def _conversation(trees, parent):
from r2.models import Message
if parent._id in trees:
convo = trees[parent._id]
if convo:
m = Message._byID(convo[0], data=True)
if not convo or m.first_message == m.parent_id:
return [(parent._id, convo)]
# if we get to this point, either we didn't find the conversation,
# or the first child of the result was not the actual first child.
# To the database!
rules = [Message.c.first_message == parent._id]
if c.user_is_admin:
rules.append(Message.c._spam == (True, False))
rules.append(Message.c._deleted == (True, False))
m = Message._query(*rules, data=True)
return compute_message_trees([parent] + list(m))
def _conversation(trees, parent):
from r2.models import Message
if parent._id in trees:
convo = trees[parent._id]
if convo:
m = Message._byID(convo[0], data = True)
if not convo or m.first_message == m.parent_id:
return [(parent._id, convo)]
# if we get to this point, either we didn't find the conversation,
# or the first child of the result was not the actual first child.
# To the database!
rules = [Message.c.first_message == parent._id]
if c.user_is_admin:
rules.append(Message.c._spam == (True, False))
rules.append(Message.c._deleted == (True, False))
m = Message._query(*rules, data=True)
return compute_message_trees([parent] + list(m))
def get_items(self):
tree = self.get_tree()
prev_item = next_item = None
if not self.parent:
if self.num is not None:
if self.after:
if self.reverse:
tree = filter(
self._tree_filter_reverse,
tree)
next_item = self.after._id
if len(tree) > self.num:
first = tree[-(self.num+1)]
prev_item = first[1][-1] if first[1] else first[0]
tree = tree[-self.num:]
else:
prev_item = self.after._id
tree = filter(
self._tree_filter,
tree)
if len(tree) > self.num:
tree = tree[:self.num]
last = tree[-1]
next_item = last[1][-1] if last[1] else last[0]
# generate the set of ids to look up and look them up
message_ids = []
for root, thread in tree:
message_ids.append(root)
message_ids.extend(thread)
if prev_item:
message_ids.append(prev_item)
messages = Message._byID(message_ids, data = True, return_dict = False)
wrapped = {}
for m in self.wrap_items(messages):
if not self._viewable_message(m):
g.log.warning("%r is not viewable by %s; path is %s" %
(m, c.user.name, request.fullpath))
continue
wrapped[m._id] = m
if prev_item:
prev_item = wrapped[prev_item]
if next_item:
next_item = wrapped[next_item]
final = []
for parent, children in tree:
if parent not in wrapped:
continue
parent = wrapped[parent]
if children:
# if no parent is specified, check if any of the messages are
# uncollapsed, and truncate the thread
children = [wrapped[child] for child in children
if child in wrapped]
parent.child = empty_listing()
# if the parent is new, uncollapsed, or focal we don't
# want it to become a moremessages wrapper.
if (self.skip and
not self.parent and not parent.new and parent.is_collapsed
and not (self.focal and self.focal._id == parent._id)):
for i, child in enumerate(children):
if (child.new or not child.is_collapsed or
(self.focal and self.focal._id == child._id)):
break
else:
i = -1
parent = Wrapped(MoreMessages(parent, empty_listing()))
children = children[i:]
parent.child.parent_name = parent._fullname
parent.child.things = []
for child in children:
child.is_child = True
if self.focal and child._id == self.focal._id:
# focal message is never collapsed
child.collapsed = False
child.focal = True
else:
child.collapsed = child.is_collapsed
parent.child.things.append(child)
parent.is_parent = True
# the parent might be the focal message on a permalink page
if self.focal and parent._id == self.focal._id:
parent.collapsed = False
parent.focal = True
else:
parent.collapsed = parent.is_collapsed
final.append(parent)
return (final, prev_item, next_item, len(final), len(final))
def get_items(self):
tree = self.get_tree()
tree, prev_item, next_item = self._apply_pagination(tree)
message_ids = []
for parent_id, child_ids in tree:
message_ids.append(parent_id)
message_ids.extend(child_ids)
if prev_item:
message_ids.append(prev_item)
messages = Message._byID(message_ids, data=True, return_dict=False)
wrapped = {m._id: m for m in self.wrap_items(messages)}
if prev_item:
prev_item = wrapped[prev_item]
if next_item:
next_item = wrapped[next_item]
final = []
for parent_id, child_ids in tree:
if parent_id not in wrapped:
continue
parent = wrapped[parent_id]
if not self._viewable_message(parent):
continue
children = [wrapped[child_id] for child_id in child_ids if child_id in wrapped]
depth = {parent_id: 0}
substitute_parents = {}
if (
children
and self.skip
and not self.threaded
and not self.parent
and not parent.new
and parent.is_collapsed
):
for i, child in enumerate(children):
if child.new or not child.is_collapsed:
break
else:
i = -1
# in flat view replace collapsed chain with MoreMessages
add_child_listing(parent)
parent = Wrapped(MoreMessages(parent, parent.child))
children = children[i:]
for child in sorted(children, key=lambda child: child._id):
# iterate from the root outwards so we can check the depth
if self.threaded:
try:
child_parent = wrapped[child.parent_id]
except KeyError:
# the stored comment tree was missing this message's
# parent, treat it as a top level reply
child_parent = parent
else:
# for flat view all messages are decendants of the
# parent message
child_parent = parent
parent_depth = depth[child_parent._id]
child_depth = parent_depth + 1
depth[child._id] = child_depth
if child_depth == MAX_RECURSION:
# current message is at maximum depth level, all its
# children will be displayed as children of its parent
substitute_parents[child._id] = child_parent._id
if child_depth > MAX_RECURSION:
child_parent_id = substitute_parents[child.parent_id]
substitute_parents[child._id] = child_parent_id
child_parent = wrapped[child_parent_id]
if not hasattr(child_parent, "child"):
add_child_listing(child_parent)
child.is_child = True
child_parent.child.things.append(child)
for child in children:
# look over the children again to decide whether they can be
# collapsed
child.threaded = self.threaded
child.collapsed = self.should_collapse(child)
if self.threaded and children:
most_recent_child_id = max(child._id for child in children)
most_recent_child = wrapped[most_recent_child_id]
most_recent_child.most_recent = True
parent.is_parent = True
parent.threaded = self.threaded
parent.collapsed = self.should_collapse(parent)
final.append(parent)
return (final, prev_item, next_item, len(final), len(final))
def get_items(self):
tree = self.get_tree()
prev_item = next_item = None
if not self.parent:
if self.num is not None:
if self.after:
if self.reverse:
tree = filter(self._tree_filter_reverse, tree)
next_item = self.after._id
if len(tree) > self.num:
first = tree[-(self.num + 1)]
prev_item = first[1][-1] if first[1] else first[0]
tree = tree[-self.num:]
else:
prev_item = self.after._id
tree = filter(self._tree_filter, tree)
if len(tree) > self.num:
tree = tree[:self.num]
last = tree[-1]
next_item = last[1][-1] if last[1] else last[0]
# generate the set of ids to look up and look them up
message_ids = []
for root, thread in tree:
message_ids.append(root)
message_ids.extend(thread)
if prev_item:
message_ids.append(prev_item)
messages = Message._byID(message_ids, data=True, return_dict=False)
wrapped = {m._id: m for m in self.wrap_items(messages)}
if prev_item:
prev_item = wrapped[prev_item]
if next_item:
next_item = wrapped[next_item]
final = []
for parent, children in tree:
if parent not in wrapped:
continue
parent = wrapped[parent]
if not self._viewable_message(parent):
continue
if children:
# if no parent is specified, check if any of the messages are
# uncollapsed, and truncate the thread
children = [
wrapped[child] for child in children if child in wrapped
]
add_child_listing(parent)
# if the parent is new, uncollapsed, or focal we don't
# want it to become a moremessages wrapper.
if (self.skip and not self.parent and not parent.new
and parent.is_collapsed
and not (self.focal and self.focal._id == parent._id)):
for i, child in enumerate(children):
if (child.new or not child.is_collapsed or
(self.focal and self.focal._id == child._id)):
break
else:
i = -1
parent = Wrapped(MoreMessages(parent, parent.child))
children = children[i:]
parent.child.parent_name = parent._fullname
parent.child.things = []
for child in children:
child.is_child = True
if self.focal and child._id == self.focal._id:
# focal message is never collapsed
child.collapsed = False
child.focal = True
else:
child.collapsed = child.is_collapsed
parent.child.things.append(child)
parent.is_parent = True
# the parent might be the focal message on a permalink page
if self.focal and parent._id == self.focal._id:
parent.collapsed = False
parent.focal = True
else:
parent.collapsed = parent.is_collapsed
final.append(parent)
return (final, prev_item, next_item, len(final), len(final))
def modmail_event(self, message, request=None, context=None):
"""Create a 'modmail' event for event-collector.
message: An r2.models.Message object
request: pylons.request of the request that created the message
context: pylons.tmpl_context of the request that created the message
"""
from r2.models import Account, Message
sender = message.author_slow
sr = message.subreddit_slow
sender_is_moderator = sr.is_moderator_with_perms(sender, "mail")
if message.first_message:
first_message = Message._byID(message.first_message, data=True)
else:
first_message = message
event = EventV2(
topic="message_events",
event_type="ss.send_message",
time=message._date,
request=request,
context=context,
data={
# set these manually rather than allowing them to be set from
# the request context because the loggedin user might not
# be the message sender
"user_id": sender._id,
"user_name": sender.name,
},
)
if sender == Account.system_user():
sender_type = "automated"
elif sender_is_moderator:
sender_type = "moderator"
else:
sender_type = "user"
event.add("sender_type", sender_type)
event.add("sr_id", sr._id)
event.add("sr_name", sr.name)
event.add("message_id", message._id)
event.add("message_fullname", message._fullname)
event.add("first_message_id", first_message._id)
event.add("first_message_fullname", first_message._fullname)
if request and request.POST.get("source", None):
source = request.POST["source"]
if source in {"compose", "permalink", "modmail", "usermail"}:
event.add("page", source)
if message.sent_via_email:
event.add("is_third_party", True)
event.add("third_party_metadata", "mailgun")
if not message.to_id:
target = sr
else:
target = Account._byID(message.to_id, data=True)
event.add_target_fields(target)
self.save_event(event)
def message_event(self, message, request=None, context=None):
"""Create a 'message' event for event-collector.
message: An r2.models.Message object
request: pylons.request of the request that created the message
context: pylons.tmpl_context of the request that created the message
"""
from r2.models import Account, Message
sender = message.author_slow
if message.first_message:
first_message = Message._byID(message.first_message, data=True)
else:
first_message = message
event = Event(
topic="message_events",
event_type="ss.send_message",
time=message._date,
request=request,
context=context,
data={
# set these manually rather than allowing them to be set from
# the request context because the loggedin user might not
# be the message sender
"user_id": sender._id,
"user_name": sender.name,
},
)
if sender == Account.system_user():
sender_type = "automated"
else:
sender_type = "user"
event.add("sender_type", sender_type)
event.add("message_kind", "message")
event.add("message_id", message._id)
event.add("message_fullname", message._fullname)
event.add_text("message_body", message.body)
event.add_text("message_subject", message.subject)
event.add("first_message_id", first_message._id)
event.add("first_message_fullname", first_message._fullname)
if request and request.POST.get("source", None):
source = request.POST["source"]
if source in {"compose", "permalink", "usermail"}:
event.add("page", source)
if message.sent_via_email:
event.add("is_third_party", True)
event.add("third_party_metadata", "mailgun")
target = Account._byID(message.to_id, data=True)
event.add_target_fields(target)
self.save_event(event)
def POST_mod_messages(self, conversation, msg_body, is_author_hidden,
is_internal):
"""Creates a new message for a particular ModmailConversation
URL Params:
conversation_id -- id of the conversation to post a new message to
POST Params:
body -- this is the message body
isAuthorHidden -- boolean on whether to hide author, i.e. respond as
the subreddit
isInternal -- boolean to signify a moderator only message
"""
self._validate_vmodconversation()
sr = Subreddit._by_fullname(conversation.owner_fullname)
self._feature_enabled_check(sr)
# make sure the user is not muted before posting a message
if sr.is_muted(c.user):
return self.send_error(400, errors.USER_MUTED)
if conversation.is_internal and not is_internal:
is_internal = True
is_mod = sr.is_moderator(c.user)
if not is_mod and is_author_hidden:
return self.send_error(
403,
errors.MOD_REQUIRED,
fields='isAuthorHidden',
)
elif not is_mod and is_internal:
return self.send_error(
403,
errors.MOD_REQUIRED,
fields='isInternal',
)
try:
if not conversation.is_internal and not conversation.is_auto:
participant = conversation.get_participant_account()
if participant and sr.is_muted(participant):
return self.send_error(
400,
errors.MUTED_FROM_SUBREDDIT,
)
except NotFound:
pass
try:
new_message = conversation.add_message(
c.user,
msg_body,
is_author_hidden=is_author_hidden,
is_internal=is_internal,
)
except:
return self.send_error(500, errors.MODMAIL_MESSAGE_NOT_SAVED)
# Add the message to the legacy messaging system as well (unless it's
# an internal message on a non-internal conversation, since we have no
# way to hide specific messages from the external participant)
legacy_incompatible = is_internal and not conversation.is_internal
if (conversation.legacy_first_message_id and not legacy_incompatible):
first_message = Message._byID(conversation.legacy_first_message_id)
subject = conversation.subject
if not subject.startswith('re: '):
subject = 're: ' + subject
# Retrieve the participant to decide whether to send the message
# to the sr or to the participant. If the currently logged in user
# is the same as the participant then address the message to the
# sr.
recipient = sr
if not is_internal:
try:
participant = (
ModmailConversationParticipant.get_participant(
conversation.id))
is_participant = (
(c.user._id == participant.account_id)
and not sr.is_moderator_with_perms(c.user, 'mail'))
if not is_participant:
recipient = Account._byID(participant.account_id)
except NotFound:
pass
message, inbox_rel = Message._new(
c.user,
recipient,
subject,
msg_body,
request.ip,
parent=first_message,
from_sr=is_author_hidden,
create_modmail=False,
)
queries.new_message(message, inbox_rel)
serializable_convo = conversation.to_serializable(
entity=sr,
all_messages=True,
current_user=c.user,
)
messages = serializable_convo.pop('messages')
g.events.new_modmail_event(
'ss.send_modmail_message',
conversation,
message=new_message,
msg_author=c.user,
sr=sr,
request=request,
context=c,
)
response.status_code = 201
return simplejson.dumps({
'conversation': serializable_convo,
'messages': messages,
})
