def load_json(cls, data, default_rule=None):
"""
Allow loading of JSON rule data.
"""
# Suck in the JSON data and parse the rules
rules = dict((k, parse_rule(v)) for k, v in
jsonutils.loads(data).items())
return cls(rules, default_rule)
def calculate_consumption(self):
"""Calculate the consumption by delta time and price."""
self.unit_price = self.get_price()
self.start_at = self.get_start_at()
total_seconds = self.get_total_seconds(self.start_at, self.event_time)
delta_time = total_seconds / 3600.0
pre_content = jsonutils.loads(self.exist_resource.content)
if self.event_type == 'resize':
size = pre_content.get('size', 0)
else:
pre_size = pre_content.get('size', 0)
if pre_size != self.size:
# TBD(fandeliang)
# Log.warning("Miss resize event.")
pass
size = min(self.size, pre_size)
consumption = self.unit_price * delta_time * size
return consumption
def calculate_consumption(self):
"""Calculate the consumption by delta time and price."""
self.unit_price = self.get_price()
self.start_at = self.get_start_at()
total_seconds = self.get_total_seconds(self.start_at, self.event_time)
delta_time = total_seconds / 3600.0
pre_content = jsonutils.loads(self.exist_resource.content)
if self.event_type == 'resize':
size = pre_content.get('size', 0)
else:
pre_size = pre_content.get('size', 0)
if pre_size != self.size:
# TBD(fandeliang)
# Log.warning("Miss resize event.")
pass
size = min(self.size, pre_size)
consumption = self.unit_price * delta_time * size
return consumption
def calculate_consumption(self):
"""Calculate the consumption by delta time and price."""
# Note(fandeliang) for instance, we should care the status.
self.instance_price = self.get_instance_price()
self.start_at = self.get_start_at()
total_seconds = self.get_total_seconds(self.start_at, self.event_time)
delta_time = total_seconds / 3600.0
pre_content = jsonutils.loads(self.exist_resource.content)
if self.event_type == 'resize':
vcpu = pre_content.get('vcpu', 0)
ram = pre_content.get('ram', 0)
disk = pre_content.get('disk', 0)
else:
if (self.vcpu != pre_content.get('vcpu', 0) or
self.ram != pre_content.get('ram', 0) or
self.disk != pre_content.get('disk', 0)):
# TBD(fandeliang)
# Log.warning("Miss resize event.")
pass
vcpu = min(self.vcpu, pre_content.get('vcpu', 0))
ram = min(self.ram, pre_content.get('ram', 0))
disk = min(self.disk, pre_content.get('disk', 0))
previous_status = self.get_instance_previous_status()
# If the instance is shut off, we only billing the disk costs.
if previous_status == 'shutoff':
self.unit_price = self.instance_price['disk'] * disk
else:
self.unit_price = self.instance_price['vcpu'] * vcpu
self.unit_price += self.instance_price['ram'] * ram
self.unit_price += self.instance_price['disk'] * disk
consumption = self.unit_price * delta_time
return consumption
def calculate_consumption(self):
"""Calculate the consumption by delta time and price."""
# Note(fandeliang) for instance, we should care the status.
self.instance_price = self.get_instance_price()
self.start_at = self.get_start_at()
total_seconds = self.get_total_seconds(self.start_at, self.event_time)
delta_time = total_seconds / 3600.0
pre_content = jsonutils.loads(self.exist_resource.content)
if self.event_type == 'resize':
vcpu = pre_content.get('vcpu', 0)
ram = pre_content.get('ram', 0)
disk = pre_content.get('disk', 0)
else:
if (self.vcpu != pre_content.get('vcpu', 0)
or self.ram != pre_content.get('ram', 0)
or self.disk != pre_content.get('disk', 0)):
# TBD(fandeliang)
# Log.warning("Miss resize event.")
pass
vcpu = min(self.vcpu, pre_content.get('vcpu', 0))
ram = min(self.ram, pre_content.get('ram', 0))
disk = min(self.disk, pre_content.get('disk', 0))
previous_status = self.get_instance_previous_status()
# If the instance is shut off, we only billing the disk costs.
if previous_status == 'shutoff':
self.unit_price = self.instance_price['disk'] * disk
else:
self.unit_price = self.instance_price['vcpu'] * vcpu
self.unit_price += self.instance_price['ram'] * ram
self.unit_price += self.instance_price['disk'] * disk
consumption = self.unit_price * delta_time
return consumption
