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We're here to help you find itThe Ansible with Linux and Windows Administration course is designed to equip learners with the skills required to automate IT infrastructure using Ansible, a powerful open-source tool for configuration management and application deployment. This comprehensive course begins with an introduction to Ansible, exploring its history, how it works, and the current state of IT automation. As students progress through the modules, they will gain a deep understanding of the Ansible framework, including core concepts like Infrastructure as a Code (IaC), Idempotency, and essential Ansible terminologies.
Learners will get hands-on experience in setting up Ansible environments, writing Playbooks, Managing variables, and implementing Error handling with conditionals, loops, and handlers. The course also covers advanced topics like Ansible roles, the use of Ansible Galaxy, and secure management of sensitive data with Ansible Vault. Additionally, it delves into Jinja2 templates for dynamic expressions and file generation.
The latter modules focus on practical administration tasks for Linux and Windows environments, such as Package management, User and group management, Partition handling, Service management, and SSH key management. By the end of the course, participants will be well-versed in automating and streamlining Linux and Windows server configurations, ensuring consistent and repeatable IT environments.
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♱ Excluding VAT/GST
Classroom Training price is on request
You can request classroom training in any city on any date by Requesting More Information
1. DO417 - Microsoft Windows Automation with Red Hat Ansible Microsoft Windows Automation with Red Hat Ansible and Ansible with Linux and Windows Administration cover similar topics such as automation and Ansible tools, but the former focuses on Windows environments Read More
2. Configuration Management with Ansible "Configuration management with Ansible" and "Ansible with Linux and Windows Administration" will be similar course because "Ansible with Linux and Windows Administration" course cover all the modules of "Configuration management with Ansible" with two extra modules Read More
To ensure that participants are well-prepared and can make the most out of the Ansible with Linux and Windows Administration course, the following prerequisites are recommended:
No prior experience with Ansible or advanced programming skills is required. This course is designed to guide you from the fundamentals of Ansible to more advanced topics, regardless of your previous automation experience.
The Ansible with Linux and Windows Administration course is ideal for IT professionals seeking automation and configuration management skills.
Target audience and job roles for the course:
Gain mastery in automation with Ansible and enhance Linux and Windows systems administration skills through comprehensive modules covering setup, configuration, playbooks, roles, and more.
Configuration management is a process in technology used to maintain and track all the components of a software system, ensuring consistency in performance and functionality throughout its lifecycle. It involves managing changes systematically so that systems maintain integrity over time. This practice helps in automating tasks, boosting repeatability, and enhancing the reliability of systems, servers, and software. Tools like Ansible are often employed to make configuration management more efficient, even in complex environments such as Windows administration, ensuring that all parts of the system are configured correctly and consistently.
Ansible is an open-source tool used for IT tasks like configuration management, application deployment, and task automation. It uses simple scripts called Playbooks that automate processes in multiple systems. This makes it highly valuable, especially in complex environments like Windows administration, where managing numerous systems efficiently is crucial. With Ansible, Windows administrators can automate repetitive tasks, streamline system updates, and ensure that all machines are configured consistently, reducing errors and saving time. Essentially, Ansible helps maintain the desired state of server configurations with ease and accuracy across various platforms.
Idempotency in computing means that no matter how many times you perform a particular operation, the result will be the same after the first execution. This concept is crucial when designing systems that must handle retries safely and consistently, such as in web services and APIs, where network failures may cause users to retry an operation. Ensuring an operation is idempotent prevents duplicate processing, maintaining data integrity and system stability.
Ansible is an open-source automation tool that simplifies complex tasks such as software deployment, configuration management, and orchestration. It uses simple, human-readable language for scripting automation tasks, which can be run across multiple servers from a single control machine, removing the need for manual intervention. Particularly useful in Windows administration, Ansible automates repetitive tasks, enhances consistency, and improves efficiency in managing diverse Windows environments. By automating with Ansible, administrators can ensure configurations are applied uniformly, reducing errors and aligning systems with required standards effortlessly.
Playbooks in the context of IT, particularly with tools like Ansible, refer to simple-to-read automation scripts. They are designed to perform a set of tasks sequentially across a group of servers or devices, helping system administrators and developers automate complex multi-tier IT application environments. Each playbook contains one or more 'plays', which target particular hosts, executing various tasks. This automation can greatly simplify Windows administration, ensuring that repetitive tasks are carried out consistently and efficiently. Playbooks help reduce human error, improve scalability, and streamline operations across platforms, including Windows environments.
Managing variables in the context of technology refers to the practice of handling data points that can change in different environments or throughout the execution of a program or script. Effective variable management ensures that values can be properly initialized, modified, and accessed during operations, thus maintaining consistency, reducing errors, and enhancing the performance of software applications. It is crucial for automating tasks, especially in complex systems administration, such as using Ansible for Windows administration, where variables allow the customization of configurations across multiple systems smoothly and predictably.
Error handling with conditionals, loops, and handlers involves managing and responding to potential errors in a program. Conditionals (if-else statements) check conditions and control the program's flow accordingly. Loops (for, while) repeat a block of code until a set condition changes, which requires monitoring for errors within these repetitions. Handlers specifically catch and manage exceptions, allowing the program to continue functioning or gracefully exit if errors occur. Together, they ensure a robust, error-resistant system that can identify, handle, and log errors systematically. This technique is essential in maintaining application reliability and user satisfaction.
Ansible roles are a framework for fully independent, or interdependent collections of variables, tasks, files, templates, and modules organized around a specific automation theme. By packaging related tasks together, roles allow you to simplify the management of Ansible projects, enable reuse of Ansible code, and make the automation more maintainable and scalable. Essentially, roles are used to break down complex playbooks into simpler, reusable components that can be easily shared between teams and projects, enhancing collaboration and efficiency in automation practices, such as those for Windows administration.
Ansible Galaxy is a hub for sharing and managing Ansible content. It provides user-created roles and collections that can be downloaded and used in Ansible projects to automate tasks. These roles simplify setup, configuration, and management tasks on various platforms, including Windows, which can streamline Windows administration. Using Galaxy can help with the quick deployment of software, configuration management, and development processes by offering reusable components, thereby making it easier to maintain and scale systems.
Ansible Vault is a feature within the Ansible automation tool that allows users to keep sensitive data such as passwords or keys secure. When you store your data encrypted with Ansible Vault, you need a password to decrypt it during playbook runs. This ensures that sensitive information is not exposed in your automation scripts and provides an added layer of security for managing infrastructure, including tasks like Windows administration.
Jinja2 templates are tools used in web development to create HTML files. They help you design web pages by providing a structure that you fill with specific data dynamically. This means you can reuse the same template but change the data according to the user's input or other conditions. Jinja2 works by marking certain parts of the template where data should be inserted; it then processes the template and replaces those markers with actual data, creating a final document that is sent to the user's web browser. This technique is efficient for managing web content that changes frequently.
Package management is a method used to handle the installation, upgrading, and removal of software packages in a computer system. It ensures that software is systematically managed and kept up to date. Package managers manage the complexities of software dependencies, versioning, and compatibility issues, making it easier for users to maintain their software environment efficiently. This tool is essential in systems administration, including environments managed with tools like Ansible for streamlined and automated configurations across platforms, including Windows.
User and group management in computing involves the administration of user accounts and their categorization into groups. This process ensures that individuals have the appropriate access rights to the systems and resources of an organization. Managing users and groups helps in securing sensitive data and tools from unauthorized access. Effective management includes creating user profiles, setting permissions, and defining group roles, often streamlined through administrative software. Regular updates and audits of user access rights are crucial for maintaining network security and operational efficiency. This fundamental aspect of IT administration supports organizational control and resource management.
Partition handling in computing refers to the method of managing and dividing the storage space of a hard drive into discrete sections, called partitions. This allows multiple systems or data types to reside on a single physical disk, with each partition functioning as a separate drive. Effective partition handling is crucial for optimizing storage utilization, improving system organization, and securing data by isolating different operating environments or data sets. It's a foundational skill in systems administration, aiding in tasks ranging from installing multiple operating systems to segregating application data for better performance and security.
Service management in technology refers to the strategic approach to designing, delivering, managing, and improving the way IT is used within an organization. The goal is to ensure that IT services align with business needs, providing value and supporting core business processes efficiently. This involves tasks such as managing IT hardware and software, ensuring technology supports business objectives, dealing with vendors, and managing IT-related projects. Effective service management results in reliable, scalable, and available IT infrastructure that businesses can depend on to meet their strategic goals.
SSH key management involves the creation, distribution, and maintenance of Secure Shell (SSH) keys. These keys are used for secure access to remote systems, enabling encrypted communication between devices. Proper management is critical to avoid unauthorized access and includes generating unique keys, securely distributing them to the intended users, and regularly updating or revoking them as needed. Effective key management improves cybersecurity by ensuring only authenticated users can access critical systems. It includes automated tools and processes to handle the lifecycle of thousands of keys, minimizing human error and resource consumption.
The Ansible with Linux and Windows Administration course is ideal for IT professionals seeking automation and configuration management skills.
Target audience and job roles for the course:
Gain mastery in automation with Ansible and enhance Linux and Windows systems administration skills through comprehensive modules covering setup, configuration, playbooks, roles, and more.
