def update(self, usage_id, recalculate=False, **mod_data):
usage = usage_store.get(usage_id)
if not recalculate:
# attrs that force cost recalculation
cost_affecting_attrs = set(('start_time', 'end_time', 'resource_id', 'quantity', 'member', 'cost'))
recalculate = bool(cost_affecting_attrs.intersection(mod_data.keys()))
recalculate = recalculate and not usage.cancelled_against
if recalculate:
usage_data = dict(member_id=mod_data.get('member', usage.member),
resource_id=mod_data.get('resource_id', usage.resource_id),
resource_owner=mod_data.get('resource_owner', usage.resource_owner),
quantity=mod_data.get('quantity', usage.quantity),
starts=mod_data.get('start_time', usage.start_time),
cost=mod_data.get('cost'),
ends=mod_data.get('end_time', usage.end_time) )
result = pricinglib.calculate_cost(return_taxes=True, **usage_data)
mod_data.update(calculated_cost = result['calculated_cost'],
total = result['total'],
tax_dict = result['taxes'],
pricing = pricinglib.pricings.get(usage.member, usage.resource_id, usage.start_time) if usage.resource_id else None)
if not 'cost' in mod_data:
if usage.cost is None:
mod_data['cost'] = result['calculated_cost']
if 'usages' in mod_data:
usages = mod_data.pop('usages')
for suggested_usage_id in usage.usages_suggested:
usage_collection.delete(suggested_usage_id)
relations = resourcelib.resource_resource.get_relations(usage.resource_id)
mod_data['usages_suggested'] = add_suggested_usages(usage.resource_owner, usage, relations[False], usages)
if 'start_time' in mod_data or 'end_time' in mod_data:
start_time = mod_data.get('start_time', usage.start_time)
end_time = mod_data.get('end_time', usage.end_time)
update_slots(usage_id, usage.resource_id, start_time, end_time)
usage_store.update(usage_id, **mod_data)
def new(self, resource_id, resource_name, resource_owner, member, start_time, end_time=None, quantity=1, cost=None, tax_dict={}, invoice=None, cancelled_against=None, calculated_cost=None, notes=None, usages=[], name=None, description=None, no_of_people=0, suppress_notification=False, public=False, repetition_id=None):
# TODO shouldn't we name the parameter member_id and not member
if quantity is None: quantity = 1
if not end_time: end_time = start_time
resource = resourcelib.resource_resource.info(resource_id) if resource_id else None
member_dict = member_store.get(member, ['id', 'first_name', 'name', 'email'])
if resource:
resource_owner = resource.owner
if not resource.enabled or resource.archived:
raise be.errors.ErrorWithHint('Resource is either not enabled or is archived')
if end_time < start_time:
raise be.errors.ErrorWithHint('Start time is less than end time')
created = datetime.datetime.now()
if cancelled_against:
total = cost + costlib.to_decimal(tax_dict.get('total', 0))
else:
result = pricinglib.calculate_cost(member_id=member, resource_id=resource_id, resource_owner=resource_owner, quantity=quantity, starts=start_time, ends=end_time, cost=cost, return_taxes=True)
calculated_cost = result['calculated_cost']
total = result['total']
tax_dict = result['taxes']
if cost is None:
cost = calculated_cost
pricing = pricinglib.pricings.get(member, resource_id, start_time) if resource_id else None
data = dict(resource_id=resource_id, resource_name=resource_name, resource_owner=resource_owner, quantity=quantity, calculated_cost=calculated_cost, cost=cost, total=total, tax_dict=tax_dict, invoice=invoice, start_time=start_time, end_time=end_time, member=member, created_by=env.context.user_id, created=created, cancelled_against=cancelled_against, pricing=pricing, notes=notes, name=name, description=description, no_of_people=no_of_people, public=public, repetition_id=repetition_id)
if resource and (resource.calc_mode == resourcelib.CalcMode.quantity_based):
data['end_time'] == start_time
else:
data['quantity'] == 1
if not cancelled_against and not resource_id == 0:
usages_dict = dict((usage['resource_id'], usage) for usage in usages)
relations = resourcelib.resource_resource.get_relations(resource_id)
contained_usages_data = []
suggested_usages_data = []
for res in relations[True]:
usage = usages_dict.get(res.id, {})
new_data = dict(resource_id=res.id,
resource_name=res.name,
resource_owner=resource_owner,
member=member,
suppress_notification=True,
start_time=start_time,
end_time=start_time if res.calc_mode == resourcelib.CalcMode.quantity_based else data['end_time'],
quantity=usage.get('quantity', 1))
contained_usages_data.append(new_data)
contained_usage_ids = [self.new(**new_data) for new_data in contained_usages_data]
suggested_usage_ids = add_suggested_usages(resource['owner_id'], data, relations[False], usages)
also_booked_text = ', '.join(res.name for res in relations[False] if res.id in usages_dict)
data['usages_contained'] = contained_usage_ids
data['usages_suggested'] = suggested_usage_ids
usage_id = usage_store.add(**data)
if resource and resource.calc_mode == resourcelib.CalcMode.time_based:
reserve_slots(usage_id, resource.id, start_time, end_time)
suppress_email = cancelled_against or suppress_notification or resource_id == 0 or \
(resource and resource.calc_mode != resourcelib.CalcMode.time_based)
if not suppress_email:
owner = bizplace_store.get(resource_owner, ['id', 'name', 'booking_email', 'currency', 'host_email', 'phone'])
also_booked_text = 'Also booked: ' + also_booked_text if also_booked_text else ''
email_data = dict(LOCATION=owner.name, MEMBER_EMAIL=member_dict.email, BOOKING_CONTACT=owner.booking_email or owner.host_email, MEMBER_FIRST_NAME=member_dict.first_name, RESOURCE=resource_name, BOOKING_START=commonlib.helpers.time4human(start_time), BOOKING_END=commonlib.helpers.time4human(end_time), BOOKING_DATE=commonlib.helpers.date4human(start_time), CURRENCY=owner.currency, COST=cost, HOSTS_EMAIL=owner.host_email, LOCATION_PHONE=owner.phone)
mailtext = messagecustlib.get(owner.id, 'booking_confirmation')
notification = commonlib.messaging.messages.booking_confirmation(email_data, overrides=dict(plain=mailtext, bcc='*****@*****.**'))
notification.build()
notification.email()
a_data = dict(resource_id=resource_id, resource_name=resource_name, resource_owner=resource_owner, member_id=member_dict.id, member_name=member_dict.name, start_time=start_time, end_time=end_time, actor_id=env.context.user_id, actor_name=env.context.name, created=created)
activity_id = activitylib.add('booking', 'booking_created', a_data, created)
return usage_id
