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Upplev en blandad inlärningsmetod som kombinerar det bästa av instruktörsledd utbildning och e-lärande i egen takt för att hjälpa dig att förbereda dig för ditt certifieringsprov.

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Cisco Learning Credits

Cisco Learning Credits (CLC) är förbetalda utbildningskuponger som löses in direkt med Cisco och som gör det enklare att planera för din framgång när du köper Ciscos produkter och tjänster.

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Certifierade medarbetare är VÄRDERADE tillgångar. Utforska Ciscos officiella digitala utbildningsbibliotek för att utbilda dig själv genom inspelade sessioner.

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Fortinet-certifieringar

Fortinet Network Security Expert (NSE) -programmet är ett utbildnings- och certifieringsprogram på åtta nivåer för att lära ingenjörer om deras nätverkssäkerhet för Fortinet FW-färdigheter och erfarenheter.

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  • +46 8 502 431 88
  • AJAUT – Advanced Junos Platform Automation and DevOps

    Duration
    4 Dagar
    Delivery
    (Online och på plats)
    Price
    Pris på begäran

    This four-day course introduces students to popular open-source applications that are used to manage Junos OS devices in DevOps environments. Through demonstrations and hands-on labs, students will gain experience managing Junos OS devices using Ansible, AWX, Jenkins, Robot Framework, and NITA. This course combines these popular open-source tools with DevOps principles and practices to demonstrate the automation capabilities of Junos OS devices. This course is based on Junos OS Release 22.1R1.10.

    • Explain DevOps principles.
    • Describe Infrastructure as Code.
    • Describe the benefits of container applications.
    • Create container images.
    • Configure Docker networking.
    • Deploy multi-container applications using Docker Compose.
    • Describe Git.
    • Create and manage a local Git repository.
    • Create connections to remote repositories.
    • Create and merge repository branches.
    • Describe Ansible fundamentals.
    • Create an Ansible DevOps environment.
    • Use JSNAPy modules to verify the Junos OS device state.
    • Create Ansible playbooks and roles for a Junos OS NOOB environment.
    • Use NAPALM modules to manage Junos OS devices.
    • Use Ansible to deploy Junos OS configuration.
    • Navigate the AWX UI.
    • Create AWX projects, inventory, and templates.
    • Create an AWX workflow template.
    • Use the AWX REST API.
    • Describe the Robot Framework.
    • Describe the Robot Framework project components.
    • Create a Robot Framework test case for Junos OS devices.
    • Create a custom Robot Framework library.
    • Navigate the Jenkins user interface.
    • Create Jenkins projects that integrate the Robot Framework plugin.
    • Create Jenkins projects that integrate the Ansible plugin.
    • Create Jenkins projects that integrate the Ansible Tower plugin.
    • Create Jenkins pipelines using a Jenkinsfile.
    • Explain NITA components.
    • Perform NITA operations.
    • Explain NITA customer use cases.
    • Explain the benefits of CI/CD.
    • Create a CI/CD environment

    DAY 1

    1. Course Introduction

     

    2. Introduction to DevOps

    • Explain DevOps principles
    • Describe infrastructure as code

     

    3. Using Docker for DevOps

    • Describe the benefits of container applications
    • Create container images
    • Configure Docker networking
    • Deploy multi-container applications using Docker Compose

    Lab 1: Using Docker for DevOps

     

    DAY 2

    4. Using Git

    • Describe Git
    • Create and manage a local Git repository
    • Create connections to remote repositories
    • Create and merge repository branches

     

    Lab 2: Using Git

     

    5. Ansible Fundamentals

    • Describe Ansible fundamentals
    • Create an Ansible DevOps environment

     

    Lab 3: Ansible Fundamentals

     

    6. Automating Junos OS Devices Using Ansible

    • Use JSNAPy modules to verify the Junos OS device state
    • Create Ansible playbooks and roles for a Junos OS NOOB environment
    • Use NAPALM modules to manage Junos OS devices
    • Use Ansible to deploy Junos OS configuration

     

    Lab 4: Automating Junos OS Devices Using Ansible

     

    DAY 3

    7. Automating Junos OS Devices Using AWX

    • Navigate the AWX UI
    • Create AWX projects, inventory, and templates
    • Create an AWX workflow template
    • Use the AWX REST API

     

    Lab 5: Automating Junos OS Devices Using AWX

     

    8. Testing Junos OS Devices Using the Robot Framework

    • Describe the Robot Framework
    • Describe the Robot Framework project components
    • Create a Robot Framework test case for Junos OS devices
    • Create a custom Robot Framework library

     

    Lab 6: Testing Junos OS Devices Using the Robot Framework

     

    9. Automating Junos OS Devices Using Jenkins

    • Navigate the Jenkins user interface
    • Create Jenkins projects that integrate the Robot Framework plugin
    • Create Jenkins projects that integrate the Ansible plugin
    • Create Jenkins projects that integrate the Ansible Towe plugin
    • Create Jenkins pipelines using a Jenkinsfile

     

    Lab 7: Automating Junos OS Devices Using Jenkins

     

    DAY 4

    10. Automating Junos OS Devices Using NITA

    • Explain NITA components
    • Perform NITA operations
    • Explain NITA customer use cases

     

    Lab 8: Automating Junos OS Devices Using NITA

     

    11. Continuous Integration and Continuous Delivery

    • Explain the benefits of CI/CD
    • Create a CI/CD environment

     

    Lab 9: Continuous Integration and Continuous Delivery

     

    A. Appendix: Kubernetes Overview

    • Describe Kubernetes fundamentals
    • Describe the Kubernetes Objects
    • Describe Kubernetes networking
    • Explore connecting applications with services
    • Individuals who want to use DevOps practices and principles to manage network devices
    • Network engineers and operators who are responsible for managing Junos OS devices
    • Network engineers and operators who are looking for open-source methods to deploy services
    • Developers who support network operations
    • Network integrators
    • Basic understanding of the Junos OS
    • General understanding of network concepts and devices
    • Basic understanding of scripting and automation

    This four-day course introduces students to popular open-source applications that are used to manage Junos OS devices in DevOps environments. Through demonstrations and hands-on labs, students will gain experience managing Junos OS devices using Ansible, AWX, Jenkins, Robot Framework, and NITA. This course combines these popular open-source tools with DevOps principles and practices to demonstrate the automation capabilities of Junos OS devices. This course is based on Junos OS Release 22.1R1.10.

    • Explain DevOps principles.
    • Describe Infrastructure as Code.
    • Describe the benefits of container applications.
    • Create container images.
    • Configure Docker networking.
    • Deploy multi-container applications using Docker Compose.
    • Describe Git.
    • Create and manage a local Git repository.
    • Create connections to remote repositories.
    • Create and merge repository branches.
    • Describe Ansible fundamentals.
    • Create an Ansible DevOps environment.
    • Use JSNAPy modules to verify the Junos OS device state.
    • Create Ansible playbooks and roles for a Junos OS NOOB environment.
    • Use NAPALM modules to manage Junos OS devices.
    • Use Ansible to deploy Junos OS configuration.
    • Navigate the AWX UI.
    • Create AWX projects, inventory, and templates.
    • Create an AWX workflow template.
    • Use the AWX REST API.
    • Describe the Robot Framework.
    • Describe the Robot Framework project components.
    • Create a Robot Framework test case for Junos OS devices.
    • Create a custom Robot Framework library.
    • Navigate the Jenkins user interface.
    • Create Jenkins projects that integrate the Robot Framework plugin.
    • Create Jenkins projects that integrate the Ansible plugin.
    • Create Jenkins projects that integrate the Ansible Tower plugin.
    • Create Jenkins pipelines using a Jenkinsfile.
    • Explain NITA components.
    • Perform NITA operations.
    • Explain NITA customer use cases.
    • Explain the benefits of CI/CD.
    • Create a CI/CD environment

    DAY 1

    1. Course Introduction

     

    2. Introduction to DevOps

    • Explain DevOps principles
    • Describe infrastructure as code

     

    3. Using Docker for DevOps

    • Describe the benefits of container applications
    • Create container images
    • Configure Docker networking
    • Deploy multi-container applications using Docker Compose

    Lab 1: Using Docker for DevOps

     

    DAY 2

    4. Using Git

    • Describe Git
    • Create and manage a local Git repository
    • Create connections to remote repositories
    • Create and merge repository branches

     

    Lab 2: Using Git

     

    5. Ansible Fundamentals

    • Describe Ansible fundamentals
    • Create an Ansible DevOps environment

     

    Lab 3: Ansible Fundamentals

     

    6. Automating Junos OS Devices Using Ansible

    • Use JSNAPy modules to verify the Junos OS device state
    • Create Ansible playbooks and roles for a Junos OS NOOB environment
    • Use NAPALM modules to manage Junos OS devices
    • Use Ansible to deploy Junos OS configuration

     

    Lab 4: Automating Junos OS Devices Using Ansible

     

    DAY 3

    7. Automating Junos OS Devices Using AWX

    • Navigate the AWX UI
    • Create AWX projects, inventory, and templates
    • Create an AWX workflow template
    • Use the AWX REST API

     

    Lab 5: Automating Junos OS Devices Using AWX

     

    8. Testing Junos OS Devices Using the Robot Framework

    • Describe the Robot Framework
    • Describe the Robot Framework project components
    • Create a Robot Framework test case for Junos OS devices
    • Create a custom Robot Framework library

     

    Lab 6: Testing Junos OS Devices Using the Robot Framework

     

    9. Automating Junos OS Devices Using Jenkins

    • Navigate the Jenkins user interface
    • Create Jenkins projects that integrate the Robot Framework plugin
    • Create Jenkins projects that integrate the Ansible plugin
    • Create Jenkins projects that integrate the Ansible Towe plugin
    • Create Jenkins pipelines using a Jenkinsfile

     

    Lab 7: Automating Junos OS Devices Using Jenkins

     

    DAY 4

    10. Automating Junos OS Devices Using NITA

    • Explain NITA components
    • Perform NITA operations
    • Explain NITA customer use cases

     

    Lab 8: Automating Junos OS Devices Using NITA

     

    11. Continuous Integration and Continuous Delivery

    • Explain the benefits of CI/CD
    • Create a CI/CD environment

     

    Lab 9: Continuous Integration and Continuous Delivery

     

    A. Appendix: Kubernetes Overview

    • Describe Kubernetes fundamentals
    • Describe the Kubernetes Objects
    • Describe Kubernetes networking
    • Explore connecting applications with services
    • Individuals who want to use DevOps practices and principles to manage network devices
    • Network engineers and operators who are responsible for managing Junos OS devices
    • Network engineers and operators who are looking for open-source methods to deploy services
    • Developers who support network operations
    • Network integrators
    • Basic understanding of the Junos OS
    • General understanding of network concepts and devices
    • Basic understanding of scripting and automation
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