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Version: 4.2.0

Fix Inventory Notebook

Fix Inventory Notebook is a library that allows you to interact with Fix Inventory Core using Jupyter Notebook, a web-based interactive Python shell. It is a powerful tool for interactive data analysis and visualization.

Installation​

Simply install the fixnotebook package and Jupyter's notebook package using pip:

pip install notebook fixnotebook

Then, start Jupyter Notebook:

jupyter notebook

Usage​

Setup​

First, create a new notebook by clicking New → Python 3:

Create a new notebook

Then, instantiate the FixNotebook object with the URL and PSK (if configured) of your Fix Inventory Core instance:

from fixnotebook import FixNotebook
rnb = FixNotebook("https://localhost:8900", psk=None)

Visualization​

Visualizing the dependencies between resources as a graph can be useful to understand what's running in your cloud. Here are some examples:

Render the accounts as an svg graph:

from IPython.display import display_png as render_png, display_svg as render_svg
render_svg(rnb.graph("is(cloud)"))

render_cloud

Make a graph of all clouds with name do and their successors one level deep and render it as a PNG image:

render_png(rnb.graph("is(cloud) and name=do <-[0:2]->"))

render_cloud_do

Show the instances/cores/account heatmap, to see which accounts use a lot of expensive instances:

import plotly.express as px
data = rnb.search("is(instance)")
px.density_heatmap(data, x="account_id", y="instance_cores")

heatmap

Full-Text Search​

Search all resources for a properties with values digitalocean and foobar. Full text search is useful when you have a keyword, e.g. e-mail address or name, and you want to find all resources related to it:

rnb.search('"digitalocean" and "foobar"')

search_foo

Counting​

Get number of all collected instances by kind:

rnb.search("is(instance)").groupby(["kind"])["kind"].count()

count

Searching by Kind​

Get list of all the DigitalOcean droplets:

rnb.search("is(digitalocean_droplet)")

search_by_kind

Selecting Properties​

Get list of name, type, cores, and memory for each instance:

rnb.search("is(instance)")[["region_id", "instance_type","instance_cores", "instance_memory"]]

instance_list

Filtering​

Get list of all compute instances with more than two CPU cores:

rnb.search("is(instance) and instance_cores > 2")['id']

filter

Get list volumes that are not in use, larger than 10GB, older than 30 days.

rnb.search("is(volume) and volume_status != in-use and volume_size > 10 and age > 30d")['id']

filter2

Aggregation​

Count the number of instances by account ID:

rnb.search("is(instance)").groupby(["account_id"])["account_id"].count()

aggreagation-1

Aggregate CPU cores data grouped by account and cloud. This is useful for identifying the most expensive accounts:

rnb.search("is(instance) and instance_status == running") \
    .groupby(["account_id", "cloud_id"], as_index=False)[["instance_cores"]] \
    .sum()

aggregation-2

Next Steps​

You can find the examples from this page in the someengineering/fixinventorynotebook GitHub repository.

That's it for now. Happy exploring!