def calculate_cost(request, start_date, end_date):
starting_date = cost_tools.convert_to_date_time(start_date)
ending_date = cost_tools.convert_to_date_time(end_date)
total_hours_in_range = cost_tools.get_instance_hours_in_date_range(starting_date, ending_date)
cost = cost_tools.generate_cost(total_hours_in_range)
return HttpResponse("Calculating cost for date " + str(starting_date) + " to " + str(ending_date) + ". The total hours used in this range is " + str(total_hours_in_range) + " with cost $" + str(cost))
def get_deprovisioningEventsInDateRange(request, app_pk, start_date, end_date):
instances = AppCluster(app_pk).deleted
num_events = 0
starting_dateTime = convert_to_date_time(start_date)
ending_dateTime = convert_to_date_time(end_date)
for instance in instances:
if instance.shutdownDateTime > starting_dateTime and instance.shutdownDateTime < ending_dateTime:
num_events += 1
return HttpResponse(num_events)
def calculate_cost(request, start_date, end_date):
starting_date = cost_tools.convert_to_date_time(start_date)
ending_date = cost_tools.convert_to_date_time(end_date)
total_hours_in_range = cost_tools.get_instance_hours_in_date_range(
starting_date, ending_date)
cost = cost_tools.generate_cost(total_hours_in_range)
return HttpResponse("Calculating cost for date " + str(starting_date) +
" to " + str(ending_date) +
". The total hours used in this range is " +
str(total_hours_in_range) + " with cost $" + str(cost))
def get_nodesInCluster(request, app_pk, date_time):
instances = AppCluster(app_pk).nodes
date_time = convert_to_date_time(date_time)
num_nodes = 0
for instance in instances:
if instance.state == 5:
if instance.startUpDateTime < date_time and instance.shutdownDateTime > date_time:
num_nodes += 1
else:
if instance.startUpDateTime < date_time:
num_nodes += 1
return HttpResponse(num_nodes)