JAUTJPJuniper NetworksJP-JAUT17.a<ul> <li>Describe Junos automation architecture and tools.</li><li>Describe how to use Docker for NetDevOps.</li><li>Describe Junos Evolved automation.</li><li>Describe Jinja2 templates for Junos automation.</li><li>Perform network testing with JSNAPy.</li><li>Describe Ansible automation.</li><li>Use Ansible to configure Junos devices.</li><li>Configure Ansible with Jinja2 templates and JSNAPy.</li><li>Describe how to develop Junos op scripts using Python.</li><li>Describe how to develop Junos commit scripts using Python.</li><li>Describe Junos event policies.</li><li>Describe how to develop Junos event scripts using Python.</li><li>Describe the basics of the SLAX language.</li><li>Describe extension functions in Junos OS automation scripts.</li><li>Describe Junos op scripts using SLAX.</li><li>Describe Junos commit scripts and event scripts using SLAX.</li><li>Describe the syntax and semantics of the YANG language.</li><li>Use OpenConfig with Junos OS.</li><li>Create custom Junos YANG modules.</li><li>Describe how Terraform can be used to automate Junos.</li><li>Describe the syntax and semantics of protocol buffers and gRPC.</li><li>Describe the syntax and semantics of the gNMI service.</li><li>Configure Junos gNMI (dial-in) telemetry using TIG stack.</li><li>Perform basic Junos OS Evolved automation tasks.</li><li>Develop Junos SNMP scripts.</li><li>Describe JET functionality and how to use JET APIs to automate Junos.</li></ul><ul> <li>Intermediate-level networking knowledge</li><li>Understanding of the OSI model and the TCP/IP protocol suite</li><li>Completion of the <span class="cms-link-marked"><a class="fl-href-prod" href="/swisscom/en/course/juniper-ijaut"><svg role="img" aria-hidden="true" focusable="false" data-nosnippet class="cms-linkmark"><use xlink:href="/css/img/icnset-linkmarks.svg#linkmark"></use></svg>Introduction to Juniper Platform Automation and NetDevOps <span class="fl-prod-pcode">(IJAUT)</span></a></span> course or equivalent experience</li></ul><p>Individuals responsible for configuring and monitoring devices running the Junos OS.</p><ul> <li>Junos Automation Fundamentals</li><li>Using Docker for NetDevOps</li><li>Jinja2 Fundamentals</li><li>Automating Junos Using JSNAPy</li><li>Introduction to Ansible</li><li>Automating Junos Using Ansible</li><li>Ansible with Jinja2 Templates and JSNAPy</li><li>Junos Op Scripts Using Python</li><li>Junos Commit Scripts Using Python</li><li>Junos Event Policies</li><li>Junos Event Scripts Using Python</li><li>SLAX Fundamentals</li><li>SLAX Extension Functions</li><li>Junos Op Scripts Using SLAX</li><li>Junos Commit Scripts and Event Scripts Using SLAX</li><li>YANG Language</li><li>OpenConfig</li><li>Custom YANG Modules</li><li>Terraform (Experimental)</li><li>Protocol Buffers and gRPC</li><li>gNMI</li><li>Junos gNMI (Dial-In) Telemetry</li></ul><h5>Self-Study Modules</h5><ul> <li>Junos OS Evolved Automation</li><li>Junos SNMP Scripts</li><li>Juniper Extension Toolkit</li></ul><h5>Module 01: Junos Automation Fundamentals</h5><ul> <li>List the benefits of Junos automation and NetDevOps</li><li>Explain the Junos automation stack and Junos APIs</li><li>Describe the difference between on-box automation and off-box automation</li><li>Describe the purpose of op, commit, event, and SNMP scripts</li><li>Describe the various tools, languages, and libraries used to automate Junos devices</li></ul><h5>Module 02: Using Docker for NetDevOps</h5><ul> <li>Explain the basic concepts of Docker</li><li>Explain how to create and manage containers</li><li>Configure networks for Docker containers</li></ul><p>Lab 01: Using Docker for NetDevOps</p> <h5>Module 03: Jinja2 Fundamentals</h5><ul> <li>Explain how to use Jinja2 templates for Junos automation</li><li>Explain how to create Jinja2 templates</li></ul><p>Lab 02: Creating Jinja2 Templates</p> <h5>Module 04: Automating Junos Using JSNAPy</h5><ul> <li>Describe how JSNAPy can automate Junos OS</li><li>Explain how to install and configure JSNAPy</li><li>Create snapshots and perform tests using JSNAPy</li><li>Explain the integration of JSNAPy with other automation tools</li></ul><h5>Module 05: Introduction to Ansible</h5><ul> <li>Explain the fundamentals of Ansible</li><li>Describe the elements in the Ansible environment for network device management</li><li>Explain how to retrieve information from Junos devices using Ansible</li></ul><p>Lab 04: Ansible Operations with Junos</p> <h5>Module 06: Automating Junos Using Ansible</h5><ul> <li>Configure Ansible vault to securely connect to Junos devices</li><li>Use Ansible to manage Junos device configurations</li><li>Optimize Ansible playbook operations with extended features</li></ul><p>Lab 05: Using Ansible for Junos Configuration Management</p> <h5>Module 07: Ansible with Jinja2 Templates and JSNAPy</h5><ul> <li>Create Ansible playbooks that use variables and templates</li><li>Configure Ansible and Jinja2 templates to manage Junos device configurations</li><li>Configure Ansible to generate JSNAPy snapshots</li></ul><p>Lab 06: Using Ansible with Jinja2 Templates and JSNAPy</p> <h5>Module 08: Junos Op Scripts Using Python</h5><ul> <li>Explain how to create and execute Python op scripts</li><li>Describe how to use arguments with Python op scripts</li><li>Explain how to execute Junos RPCs from Python op scripts</li><li>Describe how to configure Junos devices with Python op scripts</li></ul><p>Lab 07: Junos Op Scripts Using Python</p> <h5>Module 09: Junos Commit Scripts Using Python</h5><ul> <li>Describe how Python commit scripts can perform different actions</li><li>Develop Python commit scripts that perform configuration changes</li><li>Configure and enable Python commit scripts</li></ul><p>Lab 08: Junos Commit Scripts Using Python</p> <h5>Module 10: Junos Event Policies</h5><ul> <li>Identify Junos OS events</li><li>Describe how to create Junos OS event policies</li></ul><h5>Module 11: Junos Event Scripts Using Python</h5><ul> <li>Describe how to create Junos event scripts</li></ul><p>Lab 09: Junos Event Policies and Event Scripts</p> <h5>Module 12: SLAX Fundamentals</h5><ul> <li>Describe the relation of SLAX to XML, XPath, and Junos XML API</li><li>Create simple SLAX scripts</li><li>Describe SLAX templates, variables, and flow control statements</li></ul><h5>Module 13: SLAX Extension Functions</h5><ul> <li>Explain how to use the Junos function library</li><li>Describe the difference between the available SLAX versions</li></ul><h5>Module 14: Junos Op Scripts Using SLAX</h5><ul> <li>Describe how to create and execute SLAX op scripts</li><li>Explain how to use arguments with SLAX op scripts</li><li>Describe how to execute Junos RPCs from SLAX op scripts</li><li>Explain how to configure Junos devices with SLAX op scripts</li></ul><p>Lab 10: Junos Op Scripts Using SLAX</p> <h5>Module 15: Junos Commit Scripts and Event Scripts Using SLAX</h5><ul> <li>Describe the basic SLAX commit script operation</li><li>Develop SLAX commit scripts that perform transient and persistent changes</li><li>Configure and enable SLAX commit scripts</li><li>Describe how to create event scripts using SLAX</li></ul><p>Lab 11: Junos Commit Scripts Using SLAX</p> <h5>Module 16: YANG Language</h5><ul> <li>List the main features and the language syntax of YANG</li><li>Identify YANG language use cases with Junos OS</li></ul><p>Lab 12: Using pyang with Juniper YANG Models</p> <h5>Module 17: OpenConfig</h5><ul> <li>Describe the advantages of OpenConfig</li><li>Modify the Junos OS configuration using OpenConfig</li></ul><p>Lab 13: Implementing OpenConfig</p> <h5>Module 18: Custom YANG Modules</h5><ul> <li>Describe custom configuration statements and translation scripts</li><li>Describe custom RPCs and action scripts</li></ul><p>Lab 14: Implementing a Custom YANG Module</p> <h5>Module 19: Terraform (Experimental)</h5><ul> <li>Describe the Infrastructure as Code workflow with Terraform</li><li>Create a Junos Terraform provider using Junos Terraform Automation Framework</li><li>Automate Junos configuration with custom Junos Terraform provider</li></ul><p>Lab 15: Using Junos Terraform Provider</p> <h5>Module 20: Protocol Buffers and gRPC</h5><ul> <li>List the main features and the workflow of protocol buffers</li><li>Describe gRPC and implement a simple service</li></ul><p>Lab 16: Protocol Buffers and gRPC</p> <h5>Module 21: gNMI</h5><ul> <li>Describe the RPCs and main messages of the gNMI service</li><li>Use the gNMIc client with the Junos target</li></ul><p>Lab 17: Using gNMIc with Junos Targets</p> <h5>Module 22: Junos gNMI (Dial-In) Telemetry</h5><ul> <li>Describe how to collect telemetry from Junos using gNMI and TIG stack</li><li>Describe how to display telemetry data in Grafana</li></ul><p>Lab 18: Junos gNMI Telemetry with TIG Stack</p> <h4>Self-Study Modules</h4><h5>Module 23: Junos OS Evolved Automation</h5><ul> <li>Describe Junos OS Evolved</li><li>Explain how to install and manage vJunosEvolved</li><li>Describe how to run the third-party applications in the containers</li><li>Describe how to automate Junos OS Evolved using Junos PyEZ</li></ul><h5>Module 24: Junos SNMP Scripts</h5><ul> <li>Describe how Junos OS SNMP scripts are used</li><li>Create and configure Junos OS SNMP scripts</li></ul><p>Lab 19: Junos SNMP Scripts (Optional)</p> <h5>Module 25: Juniper Extension Toolkit</h5><ul> <li>List the main JET components and use cases</li><li>Describe gRPC and JET IDL files</li><li>Develop JET applications using Service API</li></ul><p>Lab 20: Using JET Service API (Optional)</p>- Describe Junos automation architecture and tools. - Describe how to use Docker for NetDevOps. - Describe Junos Evolved automation. - Describe Jinja2 templates for Junos automation. - Perform network testing with JSNAPy. - Describe Ansible automation. - Use Ansible to configure Junos devices. - Configure Ansible with Jinja2 templates and JSNAPy. - Describe how to develop Junos op scripts using Python. - Describe how to develop Junos commit scripts using Python. - Describe Junos event policies. - Describe how to develop Junos event scripts using Python. - Describe the basics of the SLAX language. - Describe extension functions in Junos OS automation scripts. - Describe Junos op scripts using SLAX. - Describe Junos commit scripts and event scripts using SLAX. - Describe the syntax and semantics of the YANG language. - Use OpenConfig with Junos OS. - Create custom Junos YANG modules. - Describe how Terraform can be used to automate Junos. - Describe the syntax and semantics of protocol buffers and gRPC. - Describe the syntax and semantics of the gNMI service. - Configure Junos gNMI (dial-in) telemetry using TIG stack. - Perform basic Junos OS Evolved automation tasks. - Develop Junos SNMP scripts. - Describe JET functionality and how to use JET APIs to automate Junos.- Intermediate-level networking knowledge - Understanding of the OSI model and the TCP/IP protocol suite - Completion of the Introduction to Juniper Platform Automation and NetDevOps (IJAUT) course or equivalent experienceIndividuals responsible for configuring and monitoring devices running the Junos OS.- Junos Automation Fundamentals - Using Docker for NetDevOps - Jinja2 Fundamentals - Automating Junos Using JSNAPy - Introduction to Ansible - Automating Junos Using Ansible - Ansible with Jinja2 Templates and JSNAPy - Junos Op Scripts Using Python - Junos Commit Scripts Using Python - Junos Event Policies - Junos Event Scripts Using Python - SLAX Fundamentals - SLAX Extension Functions - Junos Op Scripts Using SLAX - Junos Commit Scripts and Event Scripts Using SLAX - YANG Language - OpenConfig - Custom YANG Modules - Terraform (Experimental) - Protocol Buffers and gRPC - gNMI - Junos gNMI (Dial-In) Telemetry Self-Study Modules - Junos OS Evolved Automation - Junos SNMP Scripts - Juniper Extension ToolkitModule 01: Junos Automation Fundamentals - List the benefits of Junos automation and NetDevOps - Explain the Junos automation stack and Junos APIs - Describe the difference between on-box automation and off-box automation - Describe the purpose of op, commit, event, and SNMP scripts - Describe the various tools, languages, and libraries used to automate Junos devices Module 02: Using Docker for NetDevOps - Explain the basic concepts of Docker - Explain how to create and manage containers - Configure networks for Docker containers Lab 01: Using Docker for NetDevOps Module 03: Jinja2 Fundamentals - Explain how to use Jinja2 templates for Junos automation - Explain how to create Jinja2 templates Lab 02: Creating Jinja2 Templates Module 04: Automating Junos Using JSNAPy - Describe how JSNAPy can automate Junos OS - Explain how to install and configure JSNAPy - Create snapshots and perform tests using JSNAPy - Explain the integration of JSNAPy with other automation tools Module 05: Introduction to Ansible - Explain the fundamentals of Ansible - Describe the elements in the Ansible environment for network device management - Explain how to retrieve information from Junos devices using Ansible Lab 04: Ansible Operations with Junos Module 06: Automating Junos Using Ansible - Configure Ansible vault to securely connect to Junos devices - Use Ansible to manage Junos device configurations - Optimize Ansible playbook operations with extended features Lab 05: Using Ansible for Junos Configuration Management Module 07: Ansible with Jinja2 Templates and JSNAPy - Create Ansible playbooks that use variables and templates - Configure Ansible and Jinja2 templates to manage Junos device configurations - Configure Ansible to generate JSNAPy snapshots Lab 06: Using Ansible with Jinja2 Templates and JSNAPy Module 08: Junos Op Scripts Using Python - Explain how to create and execute Python op scripts - Describe how to use arguments with Python op scripts - Explain how to execute Junos RPCs from Python op scripts - Describe how to configure Junos devices with Python op scripts Lab 07: Junos Op Scripts Using Python Module 09: Junos Commit Scripts Using Python - Describe how Python commit scripts can perform different actions - Develop Python commit scripts that perform configuration changes - Configure and enable Python commit scripts Lab 08: Junos Commit Scripts Using Python Module 10: Junos Event Policies - Identify Junos OS events - Describe how to create Junos OS event policies Module 11: Junos Event Scripts Using Python - Describe how to create Junos event scripts Lab 09: Junos Event Policies and Event Scripts Module 12: SLAX Fundamentals - Describe the relation of SLAX to XML, XPath, and Junos XML API - Create simple SLAX scripts - Describe SLAX templates, variables, and flow control statements Module 13: SLAX Extension Functions - Explain how to use the Junos function library - Describe the difference between the available SLAX versions Module 14: Junos Op Scripts Using SLAX - Describe how to create and execute SLAX op scripts - Explain how to use arguments with SLAX op scripts - Describe how to execute Junos RPCs from SLAX op scripts - Explain how to configure Junos devices with SLAX op scripts Lab 10: Junos Op Scripts Using SLAX Module 15: Junos Commit Scripts and Event Scripts Using SLAX - Describe the basic SLAX commit script operation - Develop SLAX commit scripts that perform transient and persistent changes - Configure and enable SLAX commit scripts - Describe how to create event scripts using SLAX Lab 11: Junos Commit Scripts Using SLAX Module 16: YANG Language - List the main features and the language syntax of YANG - Identify YANG language use cases with Junos OS Lab 12: Using pyang with Juniper YANG Models Module 17: OpenConfig - Describe the advantages of OpenConfig - Modify the Junos OS configuration using OpenConfig Lab 13: Implementing OpenConfig Module 18: Custom YANG Modules - Describe custom configuration statements and translation scripts - Describe custom RPCs and action scripts Lab 14: Implementing a Custom YANG Module Module 19: Terraform (Experimental) - Describe the Infrastructure as Code workflow with Terraform - Create a Junos Terraform provider using Junos Terraform Automation Framework - Automate Junos configuration with custom Junos Terraform provider Lab 15: Using Junos Terraform Provider Module 20: Protocol Buffers and gRPC - List the main features and the workflow of protocol buffers - Describe gRPC and implement a simple service Lab 16: Protocol Buffers and gRPC Module 21: gNMI - Describe the RPCs and main messages of the gNMI service - Use the gNMIc client with the Junos target Lab 17: Using gNMIc with Junos Targets Module 22: Junos gNMI (Dial-In) Telemetry - Describe how to collect telemetry from Junos using gNMI and TIG stack - Describe how to display telemetry data in Grafana Lab 18: Junos gNMI Telemetry with TIG Stack Self-Study Modules Module 23: Junos OS Evolved Automation - Describe Junos OS Evolved - Explain how to install and manage vJunosEvolved - Describe how to run the third-party applications in the containers - Describe how to automate Junos OS Evolved using Junos PyEZ Module 24: Junos SNMP Scripts - Describe how Junos OS SNMP scripts are used - Create and configure Junos OS SNMP scripts Lab 19: Junos SNMP Scripts (Optional) Module 25: Juniper Extension Toolkit - List the main JET components and use cases - Describe gRPC and JET IDL files - Develop JET applications using Service API Lab 20: Using JET Service API (Optional)5 days1325.001400.001400.001400.001500.004750.004750.004750.005000.005000.005000.005000.005000.005000.005000.005000.005000.004750.00