def actor_followers(request, nick=None, format='html'):
nick = clean.nick(nick)
view = api.actor_lookup_nick(request.user, nick)
if not view:
raise exception.UserDoesNotExistError(nick, request.user)
handled = common_views.handle_view_action(
request,
{ 'actor_add_contact': request.path,
'actor_remove_contact': request.path, })
if handled:
return handled
per_page = CONTACTS_PER_PAGE
offset, prev = util.page_offset_nick(request)
follower_nicks = api.actor_get_followers(request.user,
view.nick,
limit=(per_page + 1),
offset=offset)
actor_nicks = follower_nicks
actors = api.actor_get_actors(request.user, actor_nicks)
# clear deleted actors
actors = dict([(k, v) for k, v in actors.iteritems() if v])
per_page = per_page - (len(follower_nicks) - len(actors))
# TODO(termie): incorporate this into paging so we only fetch the range
# on this page
# add some extra info so we can let the user do contextual actions
# on these homeboys
if request.user and request.user.nick == view.nick:
for actor in actors:
if api.actor_is_contact(request.user, view.nick, actor):
actors[actor].my_contact = True
whose = 'Your'
else:
whose = "%s's" % view.display_nick()
# here comes lots of munging data into shape
actor_tiles = [actors[x] for x in follower_nicks if x in actors]
actor_tiles_count = view.extra.get('follower_count', 0)
actor_tiles, actor_tiles_more = util.page_actors(request,
actor_tiles,
per_page)
area = 'people'
c = template.RequestContext(request, locals())
if format == 'html':
t = loader.get_template('followers.html')
return http.HttpResponse(t.render(c))
def channel_item(request, nick, item=None, format='html'):
nick = clean.channel(nick)
view = api.actor_lookup_nick(request.user, nick)
if not view:
raise http.Http404()
stream_ref = api.stream_get_presence(request.user, view.nick)
entry = '%s/%s' % (stream_ref.key().name(), item)
entry_ref = api.entry_get(request.user, entry)
if not entry_ref:
raise http.Http404()
handled = common_views.handle_view_action(
request,
{'entry_add_comment': entry_ref.url(),
'entry_remove': view.url(),
'entry_remove_comment': entry_ref.url(),
'entry_mark_as_spam': entry_ref.url()
}
)
if handled:
return handled
admins = api.channel_get_admins(request.user, channel=view.nick)
user_is_admin = request.user and request.user.nick in admins
comments = api.entry_get_comments(request.user, entry)
actor_nicks = [entry_ref.owner, entry_ref.actor] + [c.actor for c in comments]
actors = api.actor_get_actors(request.user, actor_nicks)
# display munge
entry = display.prep_entry(entry_ref,
{ stream_ref.key().name(): stream_ref },
actors)
comments = display.prep_comment_list(comments, actors)
# config for template
green_top = True
sidebar_green_top = True
# rendering
c = template.RequestContext(request, locals())
if format == 'html':
t = loader.get_template('item.html')
return http.HttpResponse(t.render(c))
elif format == 'json':
t = loader.get_template('/item.json')
r = http.HttpResponse(t.render(c))
r['Content-type'] = 'text/javascript'
return r
def invite_email(request, code):
"""User has received the invite email, and has followed the link to accept or
or refuse it."""
if request.user:
handled = common_views.handle_view_action(
request,
{'invite_accept': request.user.url('/overview'),
'invite_reject': request.user.url('/overview')
}
)
if handled:
return handled
# Retrieve the invite
invite = api.invite_get(api.ROOT, code)
from_actor = invite.from_actor
# Translate the from_actor into a display name
from_actor_ref = api.actor_get(api.ROOT, from_actor)
view = from_actor_ref
if not from_actor_ref:
# Corner case: from_actor was deleted since the invite was sent.
# In this case, do we want to consider the invitation invalid?
# (probably we do, because it's more likely that it was spam)
return util.RedirectError("That invite is no longer valid")
# We use api.ROOT in the next set of functions because the
# invite is giving possibly private access to the user
inbox = api.inbox_get_actor_contacts(api.ROOT,
view.nick,
limit=5)
entries = api.entry_get_entries(api.ROOT, inbox)
stream_keys = [e.stream for e in entries]
streams = api.stream_get_streams(api.ROOT, stream_keys)
actor_nicks = ([view.nick] +
[s.owner for s in streams.values() if s] +
[e.owner for e in entries] +
[e.actor for e in entries])
actors = api.actor_get_actors(api.ROOT, actor_nicks)
streams = display.prep_stream_dict(streams, actors)
entries = display.prep_entry_list(entries, streams, actors)
sidebar_green_top = True
c = template.RequestContext(request, locals())
t = loader.get_template('email.html')
return http.HttpResponse(t.render(c))
def explore_recent(request, format="html"):
per_page = ENTRIES_PER_PAGE
offset, prev = util.page_offset(request)
inbox = api.inbox_get_explore(request.user, limit=(per_page + 1),
offset=offset)
# START inbox generation chaos
# TODO(termie): refacccttttooorrrrr
entries = api.entry_get_entries(request.user, inbox)
per_page = per_page - (len(inbox) - len(entries))
entries, more = util.page_entries(request, entries, per_page)
stream_keys = [e.stream for e in entries]
streams = api.stream_get_streams(request.user, stream_keys)
actor_nicks = [e.owner for e in entries] + [e.actor for e in entries]
actors = api.actor_get_actors(request.user, actor_nicks)
# here comes lots of munging data into shape
streams = prep_stream_dict(streams, actors)
entries = prep_entry_list(entries, streams, actors)
# END inbox generation chaos
area = 'explore'
sidebar_green_top = True
c = template.RequestContext(request, locals())
if format == 'html':
t = loader.get_template('recent.html')
return http.HttpResponse(t.render(c));
elif format == 'json':
t = loader.get_template('recent.json')
r = util.HttpJsonResponse(t.render(c), request)
return r
elif format == 'atom':
t = loader.get_template('recent.atom')
r = util.HttpAtomResponse(t.render(c), request)
return r
elif format == 'rss':
t = loader.get_template('recent.rss')
r = util.HttpRssResponse(t.render(c), request)
return r
def channel_members(request, nick=None, format='html'):
nick = clean.channel(nick)
view = api.actor_lookup_nick(request.user, nick)
if not view:
raise exception.UserDoesNotExistError(nick, request.user)
handled = common_views.handle_view_action(
request,
{ 'actor_add_contact': request.path,
'actor_remove_contact': request.path, })
if handled:
return handled
per_page = CONTACTS_PER_PAGE
offset, prev = util.page_offset_nick(request)
follower_nicks = api.channel_get_members(request.user,
view.nick,
limit=(per_page + 1),
offset=offset)
actor_nicks = follower_nicks
actors = api.actor_get_actors(request.user, actor_nicks)
# clear deleted actors
actors = dict([(k, v) for k, v in actors.iteritems() if v])
per_page = per_page - (len(follower_nicks) - len(actors))
whose = "%s's" % view.display_nick()
# here comes lots of munging data into shape
actor_tiles = [actors[x] for x in follower_nicks if x in actors]
actor_tiles_count = view.extra.get('member_count', 0)
actor_tiles, actor_tiles_more = util.page_actors(request,
actor_tiles,
per_page)
area = 'channels'
c = template.RequestContext(request, locals())
if format == 'html':
t = loader.get_template('members.html')
return http.HttpResponse(t.render(c))
def front_front(request):
# if the user is logged in take them to their overview
if request.user:
return HttpResponseRedirect(request.user.url() + "/overview")
# NOTE: grab a bunch of extra so that we don't ever end up with
# less than 5
per_page = ENTRIES_PER_PAGE * 2
inbox = api.inbox_get_explore(request.user, limit=per_page)
# START inbox generation chaos
# TODO(termie): refacccttttooorrrrr
entries = api.entry_get_entries(request.user, inbox)
per_page = per_page - (len(inbox) - len(entries))
entries, more = util.page_entries(request, entries, per_page)
stream_keys = [e.stream for e in entries]
streams = api.stream_get_streams(request.user, stream_keys)
actor_nicks = [e.owner for e in entries] + [e.actor for e in entries]
actors = api.actor_get_actors(request.user, actor_nicks)
# take it back down and don't show a more link
entries = entries[:ENTRIES_PER_PAGE]
more = None
# here comes lots of munging data into shape
streams = prep_stream_dict(streams, actors)
entries = prep_entry_list(entries, streams, actors)
# END inbox generation chaos
try:
# Featured Channels -- Ones to which the ROOT user is a member
featured_channels = api.actor_get_channels_member(
request.user, api.ROOT.nick, limit=SIDEBAR_FETCH_LIMIT)
random.shuffle(featured_channels)
# Just in case any are deleted:
featured_channels = featured_channels[:2*SIDEBAR_LIMIT]
featured_channels = api.channel_get_channels(
request.user, featured_channels)
featured_channels = [x for x in featured_channels.values() if x]
featured_channels = featured_channels[:SIDEBAR_LIMIT]
featured_members = api.actor_get_contacts(
request.user, api.ROOT.nick, limit=SIDEBAR_FETCH_LIMIT)
random.shuffle(featured_members)
# Just in case any are deleted:
featured_members = featured_members[:2*SIDEBAR_LIMIT]
featured_members = api.actor_get_actors(request.user, featured_members)
featured_members = [x for x in featured_members.values() if x]
featured_members = featured_members[:SIDEBAR_LIMIT]
except exception.ApiNotFound:
pass
root = api.ROOT
area = 'frontpage'
t = loader.get_template('front.html')
c = RequestContext(request, locals())
return HttpResponse(t.render(c));
def actor_history(request, nick=None, format='html'):
nick = clean.nick(nick)
view = api.actor_lookup_nick(request.user, nick)
if not view:
raise exception.UserDoesNotExistError(nick, request.user)
called_subscribe, sub_ref = common_views.call_api_from_request(
request, 'subscription_request')
if called_subscribe:
if sub_ref.state == 'subscribed':
message = 'Subscribed.'
else:
message = 'Subscription requested.'
return util.RedirectFlash(view.url(), message)
handled = common_views.handle_view_action(
request,
{ 'entry_remove': request.path,
'entry_remove_comment': request.path,
'entry_mark_as_spam': request.path,
'subscription_remove': view.url(),
'actor_add_contact': request.path,
'actor_remove_contact': request.path,
'post': request.path,
'presence_set': request.path,
}
)
if handled:
return handled
privacy = 'public'
if request.user:
if view.nick == request.user.nick:
privacy = 'private'
# ROOT because we care whether or not request.user is a contact of
# the view user's, not whether the request.user can see the contacts
elif api.actor_has_contact(api.ROOT, view.nick, request.user.nick):
privacy = 'contacts'
# we're going to hide a bunch of stuff if this user is private and we
# aren't allowed to see
user_is_private = False
if view.privacy < models.PRIVACY_PUBLIC and privacy == 'public':
user_is_private = True
per_page = ENTRIES_PER_PAGE
offset, prev = util.page_offset(request)
if privacy == 'public':
if user_is_private:
inbox = []
else:
inbox = api.inbox_get_actor_public(request.user, view.nick,
limit=(per_page + 1), offset=offset)
elif privacy == 'contacts':
inbox = api.inbox_get_actor_contacts(request.user, view.nick,
limit=(per_page + 1), offset=offset)
elif privacy == 'private':
inbox = api.inbox_get_actor_private(request.user, view.nick,
limit=(per_page + 1), offset=offset)
# START inbox generation chaos
# TODO(termie): refacccttttooorrrrr
entries = api.entry_get_entries(request.user, inbox)
per_page = per_page - (len(inbox) - len(entries))
entries, more = util.page_entries(request, entries, per_page)
stream_keys = [e.stream for e in entries]
try:
actor_streams = api.stream_get_actor(request.user, view.nick)
except exception.ApiException:
actor_streams = []
stream_keys += [s.key().name() for s in actor_streams]
streams = api.stream_get_streams(request.user, stream_keys)
try:
contact_nicks = api.actor_get_contacts(request.user,
view.nick,
limit=CONTACTS_PER_PAGE)
except exception.ApiException:
contact_nicks = []
actor_nicks = (contact_nicks +
[view.nick] +
[s.owner for s in streams.values()] +
[e.owner for e in entries] +
[e.actor for e in entries])
actors = api.actor_get_actors(request.user, actor_nicks)
# here comes lots of munging data into shape
contacts = [actors[x] for x in contact_nicks if actors[x]]
streams = display.prep_stream_dict(streams, actors)
entries = display.prep_entry_list(entries, streams, actors)
# END inbox generation chaos
# If not logged in, cannot write
is_owner = request.user and view.nick == request.user.nick
try:
presence = api.presence_get(request.user, view.nick)
presence_stream = api.stream_get_presence(request.user, view.nick)
last_entry = api.entry_get_last(request.user, presence_stream.keyname())
view.last_entry = last_entry
except exception.ApiException:
pass
# for add/remove contact
if request.user:
user_is_contact = api.actor_has_contact(request.user,
request.user.nick,
view.nick)
view.my_contact = user_is_contact
else:
user_is_contact = False
# for sidebar streams
view_streams = dict([(x.key().name(), streams[x.key().name()])
for x in actor_streams])
if request.user:
# un/subscribe buttons are possible only, when logged in
# TODO(termie): what if there are quite a lot of streams?
for stream in view_streams.values():
stream.subscribed = api.subscription_exists(
request.user,
stream.key().name(),
'inbox/%s/overview' % request.user.nick
)
# for sidebar_contacts
contacts_count = view.extra.get('contact_count', 0)
contacts_more = contacts_count > CONTACTS_PER_PAGE
# Config for the template
green_top = True
sidebar_green_top = True
selectable_icons = display.SELECTABLE_ICONS
area = 'user'
c = template.RequestContext(request, locals())
if format == 'html':
t = loader.get_template('history.html')
return http.HttpResponse(t.render(c))
elif format == 'json':
t = loader.get_template('history.json')
r = util.HttpJsonResponse(t.render(c), request)
return r
elif format == 'atom':
t = loader.get_template('history.atom')
r = util.HttpAtomResponse(t.render(c), request)
return r
elif format == 'rss':
t = loader.get_template('history.rss')
r = util.HttpRssResponse(t.render(c), request)
return r
def actor_item(request, nick=None, item=None, format='html'):
# The nick passed in the url looks ugly with the escaped @ in it and is
# generally just shorter if we only use the lead part of the nick
# however the entire system expects full nicks so we should expand this
# as soon as possible
nick = clean.nick(nick)
# Most pages have the concept of a viewer and an actor being viewed,
# in all cases the viewer is `request.user` and the actor being viewed
# should be named `view`
view = api.actor_lookup_nick(request.user, nick)
if not view:
raise exception.UserDoesNotExistError(nick, request.user)
# With very few exceptions, whenever we are referring to a an
# instance that is an entity from the datastore we append `_ref`
# to the variable name to distinguish it from the variable that
# is simply a string identifier.
# In the code below `stream_ref` and `entry_ref` are both entity
# references, while `entry` is simply the string key_name of an entry
stream_ref = api.stream_get_presence(request.user, view.nick)
if not stream_ref:
raise http.Http404()
if item == 'last':
entry_ref = api.entry_get_last(request.user, stream_ref.keyname())
return http.HttpResponseRedirect(entry_ref.url())
else:
entry = '%s/%s' % (stream_ref.key().name(), item)
entry_ref = api.entry_get_safe(request.user, entry)
# Most api calls will return None if the entity being looked up does
# not exist so we usually want to verify the return values
if not entry_ref:
raise http.Http404()
# When handling user actions the following pattern more or less applies
# if 'parameter_unique_to_action' in request.(POST|GET|REQUEST):
# try:
# validate.nonce(request, 'nonce_action')
# validate.anything_else_that_is_related_to_ui_rather_than_call()
#
# local_variable = request.(POST|GET|REQUEST).get('request_arg')
# # or
# params = util.query_dict_to_keywords(request.(POST|GET|REQUEST))
#
# # Our goal is to have most of the logic for any action translate
# # directly into an api call on behalf of the requesting user
# # such that the api call is responsible for validating all input
# # and raising any applicable errors
# result = api.some_api_method(request.user,
# method_variable=local_variable,
# ...)
# # or
# result = api.some_api_method(request.user, **params)
#
# # All actions should issue a redirect with a success message
# return util.RedirectFlash('some_url', 'some success message')
# except:
# exception.handle_exception(request)
#
# When an exception occurs we expect the rest of the page to be able
# to be processed normally as if no action had been taken, the error
# handling section of the template should display the errors caught
# by the exception.handle_exception() call
handled = common_views.handle_view_action(
request,
{'entry_add_comment': entry_ref.url(),
'entry_remove': view.url(),
'entry_remove_comment': entry_ref.url(),
'entry_mark_as_spam': entry_ref.url()
}
)
if handled:
return handled
comments = api.entry_get_comments(request.user, entry_ref.key().name())
# To minimize the number of lookups to the datastore once we know
# all the data we will be displaying on a page we attempt to make
# a list of all the actors associated with that data so that we can
# fetch them all at once
actor_nicks = [entry_ref.owner, entry_ref.actor] + [c.actor for c in comments]
actors = api.actor_get_actors(request.user, actor_nicks)
# Due to restrictions on Django's templating language most of the time
# we will have to take an additional step of preparing all of our data
# for display, this usually translates to attaching references to
# actor or stream entities.
# Functions that handle this preparation should be added to the
# common.display module
entry = display.prep_entry(entry_ref,
{stream_ref.key().name(): stream_ref}, actors)
comments = display.prep_comment_list(comments, actors)
# Additionally, to minimize more logic in the templates some variables
# can be defined to configure the output, these are usually template specific
# though some are common variables for anything that inherits from the
# base templates
green_top = True
sidebar_green_top = True
# The quickest way to make sure we are getting all of the things we care
# about passed to the template without the temptation of making last minute
# changes is just to pass `locals()` to the template context
c = template.RequestContext(request, locals())
# Ideally this is all that should be necessary to add additional output
# formats, in practice it is yet to be seen whether additional data
# preparation will be necessary before outputting in JSON or ATOM formats
if format == 'html':
# We always use the full path to the template to prevent naming conflicts
# and difficult searches.
t = loader.get_template('item.html')
return http.HttpResponse(t.render(c))
elif format == 'json':
t = loader.get_template('item.json')
r = http.HttpResponse(t.render(c))
r['Content-type'] = 'text/javascript'
return r
def actor_overview(request, nick, format='html'):
nick = clean.nick(nick)
view = api.actor_lookup_nick(request.user, nick)
if not view:
raise exception.UserDoesNotExistError(nick, request.user)
if not request.user or view.nick != request.user.nick:
# Instead of displaying the overview, redirect to the public-facing page
return http.HttpResponseRedirect(view.url())
handled = common_views.handle_view_action(
request,
{
'entry_remove': request.path,
'entry_remove_comment': request.path,
'entry_mark_as_spam': request.path,
'presence_set': request.path,
'settings_hide_comments': request.path,
'post': request.path,
}
)
if handled:
return handled
per_page = ENTRIES_PER_PAGE
offset, prev = util.page_offset(request)
inbox = api.inbox_get_actor_overview(request.user,
view.nick,
limit=(per_page + 1),
offset=offset)
# START inbox generation chaos
# TODO(termie): refacccttttooorrrrr
entries = api.entry_get_entries(request.user, inbox)
if view.extra.get('comments_hide', 0):
# TODO(tyler): This is certainly not the most eloquent way to filter
# through entries to remove comments.
entries = [x for x in entries if not x.stream.endswith('comments')]
per_page = per_page - (len(inbox) - len(entries))
entries, more = util.page_entries(request, entries, per_page)
stream_keys = [e.stream for e in entries]
actor_streams = api.stream_get_actor(request.user, view.nick)
stream_keys += [s.key().name() for s in actor_streams]
streams = api.stream_get_streams(request.user, stream_keys)
contact_nicks = api.actor_get_contacts(request.user,
view.nick,
limit=CONTACTS_PER_PAGE)
actor_nicks = (contact_nicks +
[view.nick] +
[s.owner for s in streams.values()] +
[e.owner for e in entries] +
[e.actor for e in entries])
actors = api.actor_get_actors(request.user, actor_nicks)
# here comes lots of munging data into shape
# clear deleted contacts
contacts = [actors[x] for x in contact_nicks if actors[x]]
streams = display.prep_stream_dict(streams, actors)
entries = display.prep_entry_list(entries, streams, actors)
# END inbox generation chaos
# Check for unconfirmed emails
unconfirmeds = api.activation_get_actor_email(request.user, view.nick)
if unconfirmeds:
unconfirmed_email = unconfirmeds[0].content
# If not logged in, cannot write
is_owner = False
try:
is_owner = view.nick == request.user.nick
except:
pass
presence = api.presence_get(request.user, view.nick)
# for sidebar streams
view_streams = dict([(x.key().name(), streams[x.key().name()])
for x in actor_streams])
# for sidebar_contacts
contacts_count = view.extra.get('contact_count', 0)
contacts_more = contacts_count > CONTACTS_PER_PAGE
# Config for the template
green_top = True
sidebar_green_top = True
selectable_icons = display.SELECTABLE_ICONS
area = 'home'
# TODO(tyler/termie): This conflicts with the global settings import.
# Also, this seems fishy. Do none of the settings.* items work in templates?
import settings
c = template.RequestContext(request, locals())
if format == 'html':
t = loader.get_template('overview.html')
return http.HttpResponse(t.render(c))
elif format == 'json':
t = loader.get_template('overview.json')
r = util.HttpJsonResponse(t.render(c), request)
return r
elif format == 'atom':
t = loader.get_template('overview.atom')
r = util.HttpAtomResponse(t.render(c), request)
return r
elif format == 'rss':
t = loader.get_template('overview.rss')
r = util.HttpRssResponse(t.render(c), request)
return r
def channel_history(request, nick, format='html'):
""" the page for a channel
if the channel does not exist we go to create channel instead
should let you join a channel or post to it if you already are a member
also leave it if you are a member,
display the posts to this channel and the member list if you are allowed
to see them
if you are an admin you should have the options to modify the channel
"""
nick = clean.channel(nick)
view = api.actor_lookup_nick(request.user, nick)
if not view:
return http.HttpResponseRedirect('/channel/create?channel=%s' % nick)
admins = api.channel_get_admins(request.user, channel=view.nick)
members = api.channel_get_members(request.user, channel=view.nick)
handled = common_views.handle_view_action(
request,
{'channel_join': request.path,
'channel_part': request.path,
'channel_post': request.path,
'entry_remove': request.path,
'entry_remove_comment': request.path,
'entry_mark_as_spam': request.path,
'subscription_remove': request.path,
'subscription_request': request.path,
}
)
if handled:
return handled
privacy = 'public'
user_can_post = False
user_is_admin = False
if not request.user:
pass
elif api.channel_has_admin(request.user, view.nick, request.user.nick):
privacy = 'private'
user_can_post = True
user_is_admin = True
elif api.channel_has_member(request.user, view.nick, request.user.nick):
privacy = 'contacts'
user_can_post = True
per_page = CHANNEL_HISTORY_PER_PAGE
offset, prev = util.page_offset(request)
if privacy == 'public':
inbox = api.inbox_get_actor_public(
request.user,
view.nick,
limit=(per_page + 1),
offset=offset)
elif privacy == 'contacts':
inbox = api.inbox_get_actor_contacts(
request.user,
view.nick,
limit=(per_page + 1),
offset=offset)
elif privacy == 'private':
inbox = api.inbox_get_actor_private(
api.ROOT,
view.nick,
limit=(per_page + 1),
offset=offset)
# START inbox generation chaos
# TODO(termie): refacccttttooorrrrr
entries = api.entry_get_entries(request.user, inbox)
# clear out deleted entries
per_page = per_page - (len(inbox) - len(entries))
entries, more = util.page_entries(request, entries, per_page)
stream_keys = [e.stream for e in entries]
actor_streams = api.stream_get_actor(request.user, view.nick)
stream_keys += [s.key().name() for s in actor_streams]
streams = api.stream_get_streams(request.user, stream_keys)
contact_nicks = api.actor_get_contacts(request.user, view.nick)
actor_nicks = (contact_nicks +
admins +
members +
[view.nick] +
[s.owner for s in streams.values()] +
[e.actor for e in entries])
actors = api.actor_get_actors(request.user, actor_nicks)
# here comes lots of munging data into shape
contacts = [actors[x] for x in contact_nicks if actors[x]]
streams = display.prep_stream_dict(streams, actors)
entries = display.prep_entry_list(entries, streams, actors)
admins = [actors[x] for x in admins if actors[x]]
members = [actors[x] for x in members if actors[x]]
# END inbox generation chaos
presence = api.presence_get(request.user, view.nick)
# for sidebar_members
members_count = view.extra['member_count']
members_more = members_count > CONTACTS_PER_PAGE
# for sidebar_admins
admins_count = view.extra['admin_count']
admins_more = admins_count > CONTACTS_PER_PAGE
# config for templates
green_top = True
sidebar_green_top = True
selectable_icons = display.SELECTABLE_ICONS
# for sidebar streams (copied from actor/views.py. refactor)
view_streams = dict([(x.key().name(), streams[x.key().name()])
for x in actor_streams])
if request.user:
# un/subscribe buttons are possible only, when logged in
# TODO(termie): what if there are quite a lot of streams?
for stream in view_streams.values():
stream.subscribed = api.subscription_exists(
request.user,
stream.key().name(),
'inbox/%s/overview' % request.user.nick
)
area = 'channel'
c = template.RequestContext(request, locals())
if format == 'html':
t = loader.get_template('history.html')
return http.HttpResponse(t.render(c))
elif format == 'json':
t = loader.get_template('/history.json')
r = util.HttpJsonResponse(t.render(c), request)
return r
elif format == 'atom':
t = loader.get_template('/history.atom')
r = util.HttpAtomResponse(t.render(c), request)
return r
elif format == 'rss':
t = loader.get_template('/history.rss')
r = util.HttpRssResponse(t.render(c), request)
return r
