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Selenium 4.0 Observability
Rating: 4.5 out of 5(21 ratings)
4,355 students

Selenium 4.0 Observability

Learn how to implement observability with Selenium
Last updated 12/2021
English
English [Auto],

What you'll learn

  • Observability
  • Selenium
  • Selenium Webdriver
  • Observability with Selenium

Course content

1 section7 lectures1h 28m total length
  • Part 115:00

    This 90-minute lab on selenium 4.0 observability guides you to install corsair and jaggar on Google Cloud, set up traceability for a distributed selenium grid, and observe hub and nodes.

  • Part 215:00

    Learn how Selenium 4.5 enables end-to-end observability with OpenTelemetry, tracing, and real-time logs. Connect telemetry to Jaggar for visualizing requests and component timings across Docker containers.

  • Part 315:00

    Launch a google cloud docker engine through marketplace, create a compute engine VM, enable services, and run a hello world in the terminal to grasp docker setup.

  • Part 415:00

    Deploy a Docker Jaeger backend on a GCP VM, open ports 16686 and 14250 via firewall, access the UI, and learn Selenium 4.0 observability with OpenTelemetry and distributed mode.

  • Part 515:00

    Set up and observe a Selenium 4.0 grid with Jagger, configure IP rules, start services in order, and run remote tests with telemetry and traces.

  • Part 613:54

    Explore how Selenium 4.0 observability traces requests across a distributed grid, monitors node health, and detects failures, with instrumentation and alerts, and integration with Datadog via OpenTelemetry.

  • Github link

Requirements

  • Knowledge of Selenium and Java

Description

With the rise in importance of non functional tests, it has become inevitable that the systems developed are observable. Being observable means providing external evidences using which one is able to understand the internal state of the system in function.

With the release of Selenium 4, observability is now an integral part of the tool. It allows Selenium to be integrated using open telemetry to tools like Jaeger to understand and log information of a web application under test.


To understand this, we have used a gcp machine on which we invoke selenium grid using docker. We use the open telemetry with tool Jaeger to observe the system as various commands drive the web application.

This course provides a hands on experience to set up a lab on the go, and with use of direct commands provided one will be able to implement observability at their own system.

The course provides a step by step instructions.

The course was recorded as part of the global testing conference 6th edition brought by agile testing alliance.

This course was the keynote delivered by Aditya garg.


In this course series following topics are covered -


1.Selenium Grid and importance of traceability in Distributed architecture

2.Understanding Observability components in Selenium 4.0 and installing coursier

3.Setting up a GCP machine with docker

4.Opening up necessary ports

5.Running Jaeger on the GCP machine

6.Setting up traceability in SeleniumGrid 4.0

Executing the tests and observing the trace




Who this course is for:

  • Software Test Engineers