BoaviztaCloudServer

Params

name

A human readable description of the object.

provider

Serverless cloud functions cloud provider.

For example, scaleway.

instance_type

Serverless cloud functions instance type.

For example, ent1-s.

server_type

Server type of serverless cloud functions.

For example, serverless.

lifespan

Lifespan of serverless cloud functions in year.

idle_power

Idle power of serverless cloud functions in watt.

power_usage_effectiveness

Pue of serverless cloud functions in dimensionless.

average_carbon_intensity

Average carbon intensity of serverless cloud functions electricity in gram / kilowatt_hour.

utilization_rate

Serverless cloud functions utilization rate in dimensionless.

base_ram_consumption

Base ram consumption of serverless cloud functions in gigabyte_ram.

base_compute_consumption

Base cpu core consumption of serverless cloud functions in cpu_core.

storage

An instance of Storage.

fixed_nb_of_instances

User defined number of serverless cloud functions instances. Can be an EmptyExplainableObject in which case the optimum number of instances will be computed, or an ExplainableQuantity with a dimensionless value, in which case e-footprint will raise an error if the object needs more instances than available.

Backwards links

Calculated attributes

api_call_response

Example value: no value

Depends directly on:

through the following calculations:

You can also visit the link to no value’s full calculation graph.

carbon_footprint_fabrication

ExplainableQuantity in kilogram, representing the Carbon footprint fabrication of serverless cloud functions from e-footprint hypothesis.

Example value: 0.0 kilogram

Depends directly on:

through the following calculations:

You can also visit the link to Carbon footprint fabrication of serverless cloud functions from e-footprint hypothesis’s full calculation graph.

power

ExplainableQuantity in watt, representing the Power of serverless cloud functions from e-footprint hypothesis.

Example value: 0.0 watt

Depends directly on:

through the following calculations:

You can also visit the link to Power of serverless cloud functions from e-footprint hypothesis’s full calculation graph.

ram

ExplainableQuantity in gigabyte_ram, representing the Ram of serverless cloud functions from e-footprint hypothesis.

Example value: 0.0 gigabyte_ram

Depends directly on:

through the following calculations:

You can also visit the link to RAM of serverless cloud functions from e-footprint hypothesis’s full calculation graph.

compute

ExplainableQuantity in cpu_core, representing the Nb cpu cores of serverless cloud functions from e-footprint hypothesis.

Example value: 0.0 cpu_core

Depends directly on:

through the following calculations:

You can also visit the link to Nb cpu cores of serverless cloud functions from e-footprint hypothesis’s full calculation graph.

hour_by_hour_ram_need

Example value: no value

Depends directly on:

through the following calculations:

You can also visit the link to no value’s full calculation graph.

hour_by_hour_compute_need

Example value: no value

Depends directly on:

through the following calculations:

You can also visit the link to no value’s full calculation graph.

occupied_ram_per_instance

Example value: no value

Depends directly on:

through the following calculations:

You can also visit the link to no value’s full calculation graph.

occupied_compute_per_instance

Example value: no value

Depends directly on:

through the following calculations:

You can also visit the link to no value’s full calculation graph.

available_ram_per_instance

Example value: no value

Depends directly on:

through the following calculations:

You can also visit the link to no value’s full calculation graph.

available_compute_per_instance

Example value: no value

Depends directly on:

through the following calculations:

You can also visit the link to no value’s full calculation graph.

raw_nb_of_instances

Example value: no value

Depends directly on:

through the following calculations:

You can also visit the link to no value’s full calculation graph.

nb_of_instances

Example value: no value

Depends directly on:

through the following calculations:

You can also visit the link to no value’s full calculation graph.

instances_fabrication_footprint

Example value: no value

Depends directly on:

through the following calculations:

You can also visit the link to no value’s full calculation graph.

instances_energy

Example value: no value

Depends directly on:

through the following calculations:

You can also visit the link to no value’s full calculation graph.

energy_footprint

Example value: no value

Depends directly on:

through the following calculations:

You can also visit the link to no value’s full calculation graph.