Python models.Actor类代码示例

    def handle(self, *args, **options):

        members = User.objects.filter(memberid__isnull=False)
        pending_users = members.filter(is_pending=True)
        normal_users = members.filter(is_pending=False)

        # Check for pending users that recently got their Actor, and shouldn't be pending
        for u in pending_users.filter(is_expired=False):
            # This method automatically updates the user if not pending anymore
            u.verify_still_pending(ignore_cache=True)

        # Check for expired pending users that may have gotten their Actor or Enrollment object back
        # (doesn't make sense that this actually happens, but let's not make assumptions for Focus)
        for u in pending_users.filter(is_expired=True):
            if Actor.get_personal_members().filter(memberid=u.memberid).exists():
                u.is_expired = False
                u.is_pending = False
                u.save()
            elif Enrollment.objects.filter(memberid=u.memberid).exists():
                u.is_expired = False
                u.save()

        # Check for normal expired users that regained their Actor and shouldn't be expired anymore
        for u in normal_users.filter(is_expired=True):
            if Actor.get_personal_members().filter(memberid=u.memberid).exists():
                u.is_expired = False
                u.save()

        # Check for normal users that have lost their Actor and should be expired
        for u in normal_users.filter(is_expired=False):
            if not Actor.get_personal_members().filter(memberid=u.memberid).exists():
                u.is_expired = True
                u.save()

    def confirm_membership(self):
        """Register that this member has confirmed their membership"""
        status = self.actor.get_membership_confirmation_status()
        if status.Bekreftet:
            return

        Actor.confirm_membership_by_token(status.Token)

def search(request):
    if not request.is_ajax() or request.method != 'POST':
        return redirect('admin.users.views.index')

    if len(request.POST['q']) < settings.ADMIN_USER_SEARCH_CHAR_LENGTH:
        raise PermissionDenied

    local_users = User.get_users().filter(memberid__isnull=True)
    for word in request.POST['q'].split():
        local_users = local_users.filter(
            Q(first_name__icontains=word) |
            Q(last_name__icontains=word))
    local_users = local_users.order_by('first_name')

    actors = Actor.get_personal_members()
    for word in request.POST['q'].split():
        actors = actors.filter(
            Q(first_name__icontains=word) |
            Q(last_name__icontains=word) |
            Q(memberid__icontains=word))
    actors = actors.order_by('first_name')

    # Match expired users only on memberid
    expired_users = User.objects.all()
    for word in request.POST['q'].split():
        expired_users = expired_users.filter(memberid__icontains=word)
    expired_users = [u for u in expired_users if not Actor.get_personal_members().filter(memberid=u.memberid).exists()]

    # Pending users
    pending_enrollment = Enrollment.get_active()
    for word in request.POST['q'].split():
        pending_enrollment = pending_enrollment.filter(
            Q(first_name__icontains=word) |
            Q(last_name__icontains=word) |
            Q(memberid__icontains=word))
    pending_enrollment = pending_enrollment.order_by('first_name')

    members = User.get_users().filter(memberid__in=[a.memberid for a in actors])
    pending_users = User.get_users(include_pending=True).filter(memberid__in=[e.memberid for e in pending_enrollment])
    actors_without_user = [a for a in actors if a.memberid not in list(members.values_list('memberid', flat=True))]
    users = list(local_users) + list(members) + list(pending_users)

    context = RequestContext(request, {
        'users': users,
        'actors_without_user': actors_without_user,
        'expired_users': expired_users
    })
    return HttpResponse(render_to_string('common/admin/users/user_results.html', context))

def attempt_login(request):
    matches = authenticate_users(request.POST['email'], request.POST['password'])

    if len(matches) == 1:
        # Exactly one match, cool, just authenticate the user
        user = authenticate(user=matches[0])
        log_user_in(request, user)
        return matches, None

    elif len(matches) > 1:
        # Multiple matches, let the caller handle this
        return matches, None

    elif len(matches) == 0:
        # Incorrect credentials. Check if this is a user from the old userpage system
        old_member = authenticate_sherpa2_user(request.POST['email'], request.POST['password'])
        if old_member is not None:
            # Actually, it is! Let's try to import them.
            if User.get_users().filter(memberid=old_member.memberid, is_inactive=False).exists():
                return matches, 'old_memberid_but_memberid_exists'

            # Check if a pending user exists. This shouldn't ever happen (a pending user is recently
            # enrolled, and an existing user will have been member for a long time).
            if User.objects.filter(memberid=old_member.memberid, is_pending=True).exists():
                # Give the same error ("user exists, you need to use your new password")
                return matches, 'old_memberid_but_memberid_exists'

            # Verify that they exist in the membersystem (this turned out to be an incorrect assumption)
            if not Actor.get_personal_members().filter(memberid=old_member.memberid).exists():
                # We're not quite sure why this can happen, so we'll just give them the invalid
                # credentials message - but this might be confusing for those who were able to log
                # in previously.
                return matches, 'invalid_credentials'

            # Create the new user
            try:
                # Check if the user's already created as inactive
                user = User.get_users().get(memberid=old_member.memberid, is_inactive=True)
                user.is_inactive = False
                user.set_password(request.POST['password'])
                user.save()
            except User.DoesNotExist:
                # New user
                user = User(identifier=old_member.memberid, memberid=old_member.memberid)
                user.set_password(request.POST['password'])
                user.save()

            # Update the email on this actor, in case it were to differ from the sherpa2 email
            user.update_personal_data({'email': request.POST['email']})

            # Import any fjelltreffen-annonser from the old system
            import_fjelltreffen_annonser(user)

            authenticate(user=user)
            log_user_in(request, user)
            return [user], None

        else:
            # No luck, just provide the error message
            return matches, 'invalid_credentials'

    def update_from_actors(self):
        t1 = time.time()
        if self.print_log:
            print("  update_from_actors()")

        self.main_stats['actor']['started'] = str(datetime.now())

        actors = Actor.get_personal_members().order_by('id')
        if self.filter_from_date:
            actors = actors.filter(changed_date__gt=self.filter_from_date)

        bulk_count = 10000
        p = Paginator(actors, bulk_count)

        self.main_stats['actor']['num_pages'] = p.num_pages
        self.main_stats['actor']['pages'] = {}

        if self.task_log:
            self.task_log.data = self.main_stats
            self.task_log.save()

        self.update(p, 'actor')

        self.main_stats['actor']['ended'] = str(datetime.now())
        self.main_stats['actor']['duration'] = time.time() - t1

        if self.task_log:
            self.task_log.data = self.main_stats
            self.task_log.save()

        if self.print_log:
            self.print_stats(self.main_stats['actor'], 4)
            print("  update_from_actors() done in %0.2fs"
                  % self.main_stats['actor']['duration'])

 def __init__(self, memberid, actor=None):
     try:
         self.actor = actor if actor is not None else cache.get('actor.%s' % memberid)
         if self.actor is None:
             self.actor = Actor.get_personal_members().get(memberid=memberid)
             cache.set('actor.%s' % memberid, self.actor, settings.FOCUS_MEMBER_CACHE_PERIOD)
     except Actor.DoesNotExist:
         # The referenced memberid doesn't exist in the member system. This typically occurs when the member system
         # purges members who haven't been enrolled for 2 years or more.
         raise ExpiredMember("Actor with memberid '%s' does not exist" % memberid)

    def get_children(self):
        from user.models import User

        children = cache.get('actor.%s.children' % self.actor.memberid)
        if children is None:
            actor_children = Actor.get_personal_members().filter(parent=self.actor.memberid).exclude(id=self.actor.id)
            children = [
                User.get_or_create_inactive(memberid=actor_child.memberid)
                for actor_child in actor_children
            ]
            cache.set('actor.%s.children' % self.actor.memberid, children, settings.FOCUS_MEMBER_CACHE_PERIOD)
        return children

def contact_person_search(request, forening_id):
    current_forening = Forening.objects.get(id=forening_id)
    if current_forening not in request.user.all_foreninger():
        raise PermissionDenied

    MAX_HITS = 100

    if len(request.POST['q']) < settings.ADMIN_USER_SEARCH_CHAR_LENGTH:
        raise PermissionDenied

    local_nonmember_users = User.get_users().filter(memberid__isnull=True)
    for word in request.POST['q'].split():
        local_nonmember_users = local_nonmember_users.filter(
            Q(first_name__icontains=word) |
            Q(last_name__icontains=word)
        )
    local_nonmember_users = local_nonmember_users.order_by('first_name')

    actors = Actor.get_personal_members()
    for word in request.POST['q'].split():
        actors = actors.filter(
            Q(first_name__icontains=word) |
            Q(last_name__icontains=word) |
            Q(memberid__icontains=word)
        )
    actors = actors.order_by('first_name')

    # Get (or create) the user objects for the first MAX_HITS actor-hits
    users = [
        User.get_or_create_inactive(a.memberid)
        for a in actors[:MAX_HITS]]

    # Merge with non-members
    users = sorted(
        list(users) + list(local_nonmember_users),
        key=lambda u: u.get_full_name())

    context = {
        'current_forening': current_forening,
        'users': users[:MAX_HITS],
    }
    return HttpResponse(json.dumps({
        'results': render_to_string(
            'central/admin/foreninger/contact_person_search_results.html',
            context,
            request=request,
        ),
        'max_hits_exceeded': len(users) > MAX_HITS or len(actors) > MAX_HITS
    }))

def cache_actors(memberids):
    # Run a search with several memberids towards Focus and recieve all
    # relevant actor data. Then cache the result.
    # This prevents multiple queries to Focus when for instance looping
    # through users to display their name

    # If we have more than 2100 parameters, MSSQL will cry, so split it
    # up in bulks
    for i in range(0, len(memberids), settings.MSSQL_MAX_PARAMETER_COUNT):
        memberid_chunk = memberids[i:i + settings.MSSQL_MAX_PARAMETER_COUNT]
        actors = Actor.get_personal_members().filter(
            memberid__in=memberid_chunk)

        for actor in actors:
            cache.set(
                'actor.%s' % actor.memberid,
                actor,
                settings.FOCUS_MEMBER_CACHE_PERIOD
            )

    def enroll_family_member(self, user_data):
        """Enroll the given user and add them to this users' family membership.
        user_data is a dict with the following keys:
        - first_name
        - last_name
        - dob
        - gender
        - phone
        - email"""
        try:
            focus_service = suds.client.Client(settings.FOCUS_WSDL_URL)

            # Use a kwargs dictionary to avoid SyntaxError with non-ascii unicode characters for parameter names
            params = {
                'Token': settings.FOCUS_WSDL_TOKEN,
                'Hovedmedlem': self.actor.memberid,
                'Husstandsnummer': 0,
                'Fornavn': user_data['first_name'],
                'Etternavn': user_data['last_name'],
                'Født': datetime(
                    year=user_data['dob'].year,
                    month=user_data['dob'].month,
                    day=user_data['dob'].day,
                ),
                'Kjonn': Actor.convert_gender(user_data['gender']),
                'Mobil': user_data['phone'],
                'Epost': user_data['email'],
                'Gjensidige': user_data['accepts_partneroffers'],
            }
            result = focus_service.service.EndreHusstand(**params)
            if result != 'OK':
                raise Exception("Unknown Focus Webservice result '%s'" % result)
        except:
            logger.warning(
                "Feil med Focus webtjeneste",
                exc_info=sys.exc_info(),
                extra={
                    'member': self,
                    'user_data': user_data,
                },
            )
            raise FocusServiceError

    def get_queryset(self):
        # This method uses Focus and local users to compile a search result
        # containing valid turledere.

        # See the comment on the class definition of the lazy_queryset variable
        if self.lazy_queryset:
            return self.lazy_queryset

        SEARCH_MAX_HITS = 100
        search = self.request.query_params.get('search', '').strip()

        local_nonmember_users = User.get_users().filter(memberid__isnull=True)
        for word in search.split():
            local_nonmember_users = local_nonmember_users.filter(
                Q(first_name__icontains=word) |
                Q(last_name__icontains=word)
            )
        local_nonmember_users = local_nonmember_users.order_by('first_name')

        actors = Actor.get_personal_members()
        for word in search.split():
            actors = actors.filter(
                Q(first_name__icontains=word) |
                Q(last_name__icontains=word) |
                Q(memberid__icontains=word)
            )
        actors = actors.order_by('first_name')

        # Get (or create) the user objects for the first MAX_HITS actor-hits
        users = [
            User.get_or_create_inactive(a.memberid)
            for a in actors[:SEARCH_MAX_HITS]]

        # Merge with non-members
        users = sorted(
            list(users) + list(local_nonmember_users),
            key=lambda u: u.get_full_name())

        self.lazy_queryset = users
        return users

def validate_existing(enrollment):
    try:
        actor = Actor.get_personal_members().get(memberid=enrollment.existing_memberid)
    except (Actor.DoesNotExist, ValueError):
        return False

    if not actor.has_paid():
        return False

    if datetime.now().year - actor.birth_date.year < AGE_YOUTH:
        return False

    if actor.is_household_member():
        return False

    if actor.get_clean_address().country.code != enrollment.country:
        return False

    if enrollment.country == 'NO' and actor.get_clean_address().zipcode.zipcode != enrollment.zipcode:
        return False

    return True

def existing(request):
    if not request.is_ajax():
        return redirect('enrollment.views.household')

    # Note: This logic is duplicated in validate_existing()
    data = json.loads(request.POST['data'])
    if data['country'] == 'NO' and len(data['zipcode']) != 4:
        return HttpResponse(json.dumps({'error': 'bad_zipcode'}))
    try:
        actor = Actor.get_personal_members().get(memberid=data['id'])
    except Actor.DoesNotExist:
        return HttpResponse(json.dumps({'error': 'actor.does_not_exist'}))
    except ValueError:
        return HttpResponse(json.dumps({'error': 'invalid_id'}))

    try:
        if data['country'] == 'NO':
            # Include zipcode for norwegian members
            address = ActorAddress.objects.get(actor=actor.id, zipcode=data['zipcode'], country_code=data['country'])
        else:
            address = ActorAddress.objects.get(actor=actor.id, country_code=data['country'])
    except ActorAddress.DoesNotExist:
        return HttpResponse(json.dumps({'error': 'actoraddress.does_not_exist'}))

    if not actor.has_paid():
        return HttpResponse(json.dumps({'error': 'actor.has_not_paid'}))

    age = datetime.now().year - actor.birth_date.year
    if age < AGE_YOUTH:
        return HttpResponse(json.dumps({'error': 'actor.too_young', 'age': age}))

    if actor.is_household_member():
        return HttpResponse(json.dumps({'error': 'actor.is_household_member'}))

    return HttpResponse(json.dumps({
        'name': "%s %s" % (actor.first_name, actor.last_name),
        'address': address.a1
    }))

    def get_children_pending(self):
        """Returns existing single members who are *due to become* family members in this users' family"""
        from user.models import User

        children_pending = cache.get('actor.%s.children_pending' % self.actor.memberid)
        if children_pending is None:
            actors = Actor.get_personal_members().filter(
                pending_family_parent=self.actor.memberid,
            ).exclude(
                memberid=self.actor.memberid,
            ).exclude(
                # Exclude any actual family members. This is necessary because Focus doesn't clear the appropriate
                # fields when converting pending family members to actual family members.
                Q(services__code=get_membership_type_by_codename('family_household')['code']) |
                Q(services__code=get_membership_type_by_codename('family_primary')['code'])
            ).order_by('first_name', 'last_name')
            children_pending = [User.get_or_create_inactive(memberid=actor.memberid) for actor in actors]
            cache.set(
                'actor.%s.children_pending' % self.actor.memberid,
                children_pending,
                settings.FOCUS_MEMBER_CACHE_PERIOD,
            )
        return children_pending

def turleder_search(request):
    MAX_HITS = 100

    if len(request.POST['q']) < settings.ADMIN_USER_SEARCH_CHAR_LENGTH:
        raise PermissionDenied

    local_nonmember_users = User.get_users().filter(memberid__isnull=True)
    for word in request.POST['q'].split():
        local_nonmember_users = local_nonmember_users.filter(
            Q(first_name__icontains=word) |
            Q(last_name__icontains=word)
        )
    local_nonmember_users = local_nonmember_users.order_by('first_name')

    actors = Actor.get_personal_members()
    for word in request.POST['q'].split():
        actors = actors.filter(
            Q(first_name__icontains=word) |
            Q(last_name__icontains=word) |
            Q(memberid__icontains=word)
        )
    actors = actors.order_by('first_name')

    # Get (or create) the user objects for the first MAX_HITS actor-hits
    users = [User.get_or_create_inactive(a.memberid) for a in actors[:MAX_HITS]]

    # Merge with non-members
    users = sorted(list(users) + list(local_nonmember_users), key=lambda u: u.get_full_name())

    context = RequestContext(request, {
        'users': users[:MAX_HITS]
    })
    return HttpResponse(json.dumps({
        'results': render_to_string('common/admin/aktiviteter/edit/turleder_search_results.html', context),
        'max_hits_exceeded': len(users) > MAX_HITS or len(actors) > MAX_HITS
    }))