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We're here to help you find itThe Junos Platform Automation and DevOps (JAUT) course is an in-depth program designed to provide learners with the knowledge and skills necessary to automate and optimize Junos device management. Covering a broad range of topics, the course begins with an Introduction to why automation is essential in modern network management and an overview of the Junos Automation Architecture.
Participants will explore the NETCONF protocol, the XML API, and the associated programming languages and tools, gaining proficiency in creating and manipulating network configurations. The course also delves into the practicalities of data serialization formats such as JSON and YAML, emphasizing their role in Junos Automation.
A significant portion of the curriculum is dedicated to Python and Junos PyEZ, where learners will understand how to interact with Junos devices programmatically. With a hands-on approach, the course teaches the creation and manipulation of configurations using the Jinja2 templating language in conjunction with PyEZ, YAML, and Ansible.
Ansible's role in automating Junos is explored through a series of use cases, enabling participants to manage, configure, and update Junos OS devices efficiently. The course also introduces JSNAPy for network testing, as well as scripting techniques for commit, operation, and event automation within the Junos OS.
Learners will gain insights into the YANG data modeling language, OpenConfig standards, and the Junos Extension Toolkit (JET), all of which play a crucial role in advanced automation scenarios. Finally, the course covers the Junos OS REST API, demonstrating how to interact with Junos using RESTful calls.
By the end of the JAUT course, learners will be equipped with the automation tools and DevOps practices necessary to streamline network operations, improve efficiency, and reduce errors within a Junos environment.
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♱ Excluding VAT/GST
You can request classroom training in any city on any date by Requesting More Information
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To ensure a successful learning experience in the Junos Platform Automation and DevOps (JAUT) course, participants are expected to possess the following minimum prerequisites:
While prior experience with automation tools and DevOps practices is helpful, it is not strictly required to begin this course. The curriculum is designed to introduce and guide learners through the necessary concepts and techniques for Junos automation and DevOps practices.
| Exam Component | Details |
|---|---|
| Exam Name | Junos Platform Automation and DevOps (JAUT) |
| Exam Type | Likely to include Multiple Choice Questions (MCQs) and practical components |
| Total Questions | Information not specifically available |
| Passing Score | Information not specifically available |
| Exam Duration | Typically ranges from 90 to 120 minutes |
| Language | English |
| Exam Provider | Juniper Networks |
| Exam Registration | Through Juniper Networks’ official certification page or authorized testing centers |
| Certification Validity | Typically 3 years |
| Recommended Training | Junos Automation courses and resources provided by Juniper Networks |
The Junos Platform Automation and DevOps course is designed for professionals seeking to automate and optimize Junos network environments.
Target Audience:
Introduction to the course’s learning outcomes: The Junos Platform Automation and DevOps (JAUT) course equips students with the skills to automate and optimize Junos networks using various tools, languages, and frameworks.
Learning objectives and outcomes:
Junos Automation Architecture is the framework used in Juniper Networks devices that simplifies and automates network management. It uses scripting and programming tools like SLAX, Python, and Ansible to create scripts and applications that manage network configurations, automate tasks, and respond to network events. This automation helps reduce human errors, speed up network operations, and makes the network management more efficient and reliable.
NETCONF, or Network Configuration Protocol, is a network management protocol designed to simplify the configuration and management of hardware and software devices on a network. It provides mechanisms to install, manipulate, and delete the configuration of network devices. Using XML to encode data and remote procedure calls (RPC) to communicate, NETCONF allows for better precision and consistency in managing device configurations compared to older, more error-prone methods. It supports multiple configurations and includes robust error-handling features, making it a reliable choice for modern network administration.
An XML API is a tool that allows different software systems to communicate by exchanging data formatted as XML, a markup language used to encode documents in a format that is readable for both humans and machines. These APIs define a set of rules for how the data can be sent, received, and processed across the web, enabling seamless data sharing and integration between diverse systems and platforms.
JSON (JavaScript Object Notation) and YAML (YAML Ain't Markup Language) are formats used for data interchange between systems. JSON, using a concise syntax with curly braces and comma-separation, is highly readable and universally recognized by programming languages. YAML adopts a more human-friendly approach, prioritizing readability with its indentation-based structure, making it ideal for configuration files. Both are used to encode data, like settings or document content, ensuring smooth data operations across diverse software environments. JSON tends to be slightly faster to process and widely used in web applications, while YAML is preferable for complex configurations.
Python is a popular programming language known for its simplicity and versatility. It is used in web development, data science, artificial intelligence, and more, enabling professionals to build a wide range of applications easily. Junos PyEZ is a Python library used specifically to automate tasks on devices that run the Juniper Networks Junos operating system. It simplifies interfacing with Junos devices using a set of Pythonic idioms, making it easier for developers to manage network configurations and gather system information programmatically without needing extensive knowledge of the underlying command-line interface.
Jinja2 is a popular templating language for Python, used to create HTML, XML, or other markup formats that are returned to the user via an HTTP request. It operates by marking up static template files, which describe the structure of the final document, with placeholders for dynamic content. These templates are then filled with actual data at runtime, allowing for highly customizable output based on current context or user inputs, thereby separating design from data in web applications to enhance maintainability and scalability.
Ansible is a powerful tool that simplifies the automation of network devices, including Junos OS on Juniper Networks equipment. It allows network administrators and teams to configure devices, manage software upgrades, and apply settings across numerous devices without having to perform manual updates. Using Ansible, routines are automated through playbooks, reducing the potential for human errors and streamlining operations. This enhances the consistency and reliability of network environments, making it easier to manage complex configurations and ensure compliance with industry standards or company policies, fundamentally simplifying network management tasks.
JSNAPy (Junos Snapshot Administrator) is a Python framework for automating network equipment testing and configuration audits. It allows network administrators to take "snapshots" of their Juniper network device configurations and operational states. These snapshots are then used to verify the current network state against a predefined set of conditions or standards, ensuring consistency and helping identify potential issues before they cause network disruptions. JSNAPy is useful for routine network maintenance and compliance checks, making network management more efficient and reliable.
YANG is a data modeling language used to define the structure of network configuration and state data manipulated by the Network Configuration Protocol (NETCONF). It provides a clear, hierarchical structure that helps network administrators and developers describe network devices and their operations, ensuring consistent management across different devices. With YANG, you can also validate the configuration data for accuracy and apply constraints to maintain network integrity and efficiency. This makes it an essential tool for managing complex network configurations and automating network operations.
OpenConfig is a collaborative effort among network operators to develop and promote data models that standardize the management of network devices using a programmatic interface. These standards are designed to simplify and unify the configuration and management of hardware across various manufacturers, aiming to provide more consistent and streamlined network operations. The OpenConfig standards aspire to make network configurations more accessible and easier to adjust, supporting automated management actions and improving overall system reliability and performance.
Junos Extension Toolkit (JET) is a suite of tools provided by Juniper Networks that allows developers to enhance and automate network operations on devices running the Junos OS. It provides APIs (Application Programming Interfaces) for creating custom applications that can interact directly with the underlying routing, switching, and security features. JET enables developers to build more flexible, scalable network applications that can adapt to changing network conditions and requirements, improving network performance and management.
The Junos OS REST API is a feature that allows you to manage and monitor Juniper network devices using a web-based interface. This API uses standard HTTP methods, making it accessible via most programming languages. With the REST API, network administrators can automate tasks, retrieve configuration data, and send changes to their Juniper devices over the network. This simplifies network management and enhances the ability to respond dynamically to changing network conditions.
The Junos Platform Automation and DevOps course is designed for professionals seeking to automate and optimize Junos network environments.
Target Audience:
Introduction to the course’s learning outcomes: The Junos Platform Automation and DevOps (JAUT) course equips students with the skills to automate and optimize Junos networks using various tools, languages, and frameworks.
Learning objectives and outcomes:
