Become a DevOps & Jenkins Superstar! Learn As Easy As 1-2-3
Learn DevOps today and get a practical introduction to (Jenkins, Docker, Kubernetes etc.). Get ready for your promotion!
What you will learn
Understand the fundamental concepts of DevOps. We will cover both the cultural and the theoretical aspect, so you'll have the correct foundation to build your practical skills upon.
An overview of the tools most often used in a DevOps environment like Docker, Jenkins and Ansible
What container technology is and a practical introduction on how use container technology like Docker to deploy containers, microservices and more
Acquire automation, provisioning & configuration management skills with Ansible
Learn Continuous Integration & Continuous Delivery (CI/CD) with Jenkins step-by-step
Source code management with Git
Container Management with Openshift
Much more...
How to further your career by learning DevOps
Why take this course?
¡Hola! Me parece que has proporcionado una explicación detallada sobre qué es DevOps, por qué es importante y cómo puedes asegurarte de que tu inversión en un curso de DevOps es segura con la opción de un reembolso dentro de 30 días si no estás satisfecho.
DevOps, que se traduce como "Desarrollo e Ingeniería de Operaciones", es una metodología que busca eliminar las barreras entre los equipos de desarrollo y operaciones para mejorar la calidad del software y la velocidad con la que se entrega. A través de la automatización, la integración continua y el despliegue continuo (CI/CD), los equipos pueden trabajar juntos de manera más eficiente, implementando cambios de manera rápida y segura.
Aquí te dejo algunas sugerencias sobre cómo puedes comenzar a practicar tus habilidades de DevOps en casa o en tu entorno actual:
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Aprende los fundamentos: Antes de sumergirte en las herramientas y prácticas avanzadas, asegúrate de tener una buena comprensión de los conceptos básicos de DevOps, incluyendo CI/CD, infraestructura como código (Infrastructure as Code - IaC), y la importancia de la cultura de colaboración.
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Herramientas de CI/CD: Experimenta con diferentes herramientas de integración y despliegue continuo, como Jenkins, GitLab CI/CD, CircleCI, Travis CI, etc. Puedes configurar tus propios pipelines para proyectos de software que estés trabajando o ejemplos de proyectos open source.
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Infraestructura como Código: Aprende y utiliza herramientas como Terraform, AWS CloudFormation o Ansible para definir y provisionar infraestructuras en la nube de manera declarativa.
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Containerización y Orquestación: Practica el uso de Docker para contenerizar aplicaciones y luego usa plataformas como Kubernetes para orquestar estos contenedores.
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Automatización de Pruebas: Escribe pruebas automáticas para tu código, utilizando frameworks de pruebas como JUnit (para Java), PyTest (para Python) o Mocha (para JavaScript).
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Monitoreo y Registro: Configura sistemas de monitoreo y registro, como Prometheus y Grafana, para supervisar el rendimiento de tus aplicaciones y servicios.
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Seguridad (Security): Asegúrate de incluir prácticas de seguridad en todo el ciclo de vida del desarrollo (DevSecOps). Usa herramientas como SonarQube para análisis de código y Kubernetes Security Context Constraints (SCCs) para restrict the capabilities of your pods.
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Proyectos de Código Abrido (Open Source): Contribuye a proyectos de código abierto que sean relevantes para DevOps. Esto te dará experiencia práctica y la oportunidad de trabajar con otros en colaboración.
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Documenta todo: Mantén un registro detallado de lo que aprendes y los proyectos en los que trabajas. Esto no solo es útil para tu propio aprendizaje, sino que también puede ser una excelente forma de demostrar tu habilidad y experiencia a futuros empleadores.
Recuerda que el aprendizaje continuo es clave en DevOps y en cualquier campo tecnológico. Mantén las buenas prácticas, te documentes y no tengas miedo de experimentar y hacer errores, ya que cada uno de estos es un paso hacia la maestría en DevOps.
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Our review
Course Review for DevOps Fundamentals Course
Overview: The DevOps Fundamentals course has garnered a global rating of 3.05 from recent reviews, indicating a mixed set of experiences among the learners. The course offers an insightful walkthrough of setting up a development workflow and provides valuable information on DevOps tools and practices. It aims to help individuals understand and implement a DevOps workflow effectively.
Pros:
- Expertise of Instructors: The team is knowledgeable about the material, which is evident in their ability to walk learners through setting up a development workflow.
- Coverage of Important Tools: The course introduces important DevOps tools such as Jenkins and Docker, offering a comprehensive introduction for beginners.
- Real-World Application: Learners report picking up information and techniques that will be useful in the future, highlighting the practical application of the knowledge imparted.
- Comprehensive Content: The course covers both cultural and technical aspects of DevOps, providing a well-rounded understanding.
- Resource for Career Starters: For those new to IT or starting in the DevOps field, this course serves as a great introductory resource.
Cons:
- Presentation Quality: Some reviews mention issues with presentation quality, including spell checking errors, background noise, and presenter errors during the course material.
- Availability of Code Scripts: There is a lack of code scripts available for download, which could hinder learners' ability to practice and apply what they have learned.
- Language Clarity: The instructor's voice can be hard to understand at times, especially when reading from text on slides.
- Course Structure: The course's flow and structure are criticized for jumping from topic to topic without proper context or sequence, making it difficult to follow.
- Practical Application: Some learners found practical exercises, particularly those involving Git, unclear or not functioning properly.
- Resource Confusion: Resources used in the course are sometimes confusing and do not always enlighten learners as they could.
- Engagement: The lecture style is described as boring and not engaging, potentially impacting learner retention.
- Content Consistency: Some sections of the course end abruptly with little consolidation of material, leading to a disjointed learning experience.
- Updating Content: There are concerns that some information presented in the course may be outdated.
Recommendations for Improvement:
- Improve Presentation Quality: Address technical issues such as background noise and presenter errors. Ensure that all presentation materials are well-proofread and free from distractions.
- Provide Code Scripts: Offer downloadable code scripts to accompany the course content, enabling learners to practice along with the instructor.
- Enhance Voice Clarity: Work on improving the clarity of the instructor's voice during slide presentations, especially when reading from text.
- Streamline Course Content: Reorganize the course content for better flow and context, ensuring each section builds upon the previous one.
- Update Content Regularly: Keep the course material up-to-date to ensure learners are receiving the most current information regarding DevOps practices and tools.
- Improve Practical Exercises: Ensure that practical exercises, especially those involving Git, are clear and functional, providing a real-world application of the concepts taught.
Conclusion: The DevOps Fundamentals course offers valuable content for beginners and those looking to deepen their understanding of DevOps practices. While there are issues with presentation quality and some structural aspects, the course still presents a solid foundation in the field of DevOps. With careful attention to the identified areas for improvement, this course has the potential to be a highly effective learning tool. It is recommended, especially considering the positive feedback from many users who found it helpful and informative.