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jenkins |
Continuous integration with Jenkins |
14 hours |
Jenkins is an open-source continuous integration tool written in Java. It is a server-based system that runs in a servlet container such as Apache Tomcat. Jenkins supports a number of Software Configuration Management (SCM) tools, including CVS, Subversion, Git, Perforce, and Clearcase, among others. It is highly scriptable and provides support for Apache Ant, Apache Maven, shell scripts, and Windows batch commands.
This course covers the concepts, tools and techniques needed to carry out continuous integration of your software projects in an Agile environment. Participants carry out a series of hands-on exercises throughout the course to apply their knowledge in real situations. Interaction among instructor and participants is encouraged. Real-world cases are discussed and specific issues and questions are addressed and resolved in class.
Audience
Build engineers
Software developers involved in agile development
QA engineers
Project managers
Release managers
Format of the course
Part lecture, part discussion, heavy hands-on practice
Introduction to Jenkins
Why continuous integration?
Distributing builds across different systems.
Setting up Jenkins
Installing Jenkins plugins
Building with Jenkins
Testing with Jenkins
Deploying with Jenkins
Automating with Jenkins
Securing Jenkins
Best practices for Jenkins
Reporting in Jenkins
Closing remarks |
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DEVOPSJEE |
Fundamentals of Devops for Java Enterprise Edition Projects |
21 hours |
This training course introduces the core DevOps concepts and principles as well as the ways to stand up the DevOps practice in your organization. It is specifically focused on projects on the Java Platform. Upon completion of this training course, students will have a fundamental understanding of DevOps’ value proposition; they will also gain practical experience working with select DevOps tools, including Puppet, Jenkins, Git and others. This training course is supplemented by hands-on labs that help attendees reinforce their theoretical knowledge of the learned material.
Topics:
DevOps practices and tools
Puppet
Technical introduction to cloud computing
Jenkins
1. Introduction
Establish Goals and Current State
The Goal of DevOps
2. What Is DevOps?
Background and History
Symptoms and Problems in Today's Environment
The IT Core Chronic Conflict
DevOps Roles
DevOps Defined
Core Concepts
3. Ball Point Game
4. Why Do DevOps?
Driving Factors
Amazon's Process: A Case Study
State of DevOps Report
Manufacturing and DevOps
5. DevOps at Microsoft – a Case Study
Dark Launches
Feature Flags
Agile to DevOps
Branching
Teams
Live Site Culture
6. How Does DevOps Work
Continuous Integration
Continuous Deployment
Continuous Delivery
Continuous Testing
Continuous Monitoring
Automation
Kanban End-to-End
7. Culture and DevOps
People and Trust
Resilience
Engagement is Key
Change the Metrics!
Law of Motivation
Keys to Successful DevOps Culture
9. Tool Time
Build Automation
Test Automation
Deployment Automation
Git
Environment Provisioning
Automated Feedback and Monitoring
10. DevOps Assessment
12. Summary and Next Steps
In-Class Exercises:
Individual and Team Goals – Identifying current issues and goals
The Ball Point Game – Creative team game to learn about process optimization
The Penny Game – see how Kanban and batch sizes affect delivery
DISC Assessment – personality / culture exercise
DevOps Assessment – Where Are We?
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DEVOPS |
Fundamentals of Devops |
21 hours |
This training course introduces the core DevOps concepts and principles as well as the ways to stand up the DevOps practice in your organization.
Upon completion of this training course, students will have fundamental understanding of DevOps’ value proposition; they will also gain practical experience working with select DevOps tools, including Puppet, Jenkins, and others.
This training course is supplemented by hands-on labs that help attendees reinforce their theoretical knowledge of the learned material.
TOPICS
DevOps practices and tools
Puppet
Technical introduction to cloud computing
Jenkins1. Introduction
Establish Goals and Current State
The Goal of DevOps
2. What Is DevOps?
Background and History
Symptoms and Problems in Today's Environment
The IT Core Chronic Conflict
DevOps Roles
DevOps Defined
Core Concepts
3. Ball Point Game
4. Why Do DevOps?
Driving Factors
Amazon's Process: A Case Study
State of DevOps Report
Manufacturing and DevOps
5. DevOps at Microsoft – a Case Study
Dark Launches
Feature Flags
Agile to DevOps
Branching
Teams
Live Site Culture
6. How Does DevOps Work
Continuous Integration
Continuous Deployment
Continuous Delivery
Continuous Testing
Continuous Monitoring
Automation
Kanban End-to-End
7. Culture and DevOps
People and Trust
Resilience
Engagement is Key
Change the Metrics!
Law of Motivation
Keys to Successful DevOps Culture
9. Tool Time
Build Automation
Test Automation
Deployment Automation
Environment Provisioning
Automated Feedback and Monitoring
10. DevOps Assessment
12. Summary and Next Steps
In-Class Exercises:
Individual and Team Goals – Identifying current issues and goals
The Ball Point Game – Creative team game to learn about process optimization
The Penny Game – see how Kanban and batch sizes affect delivery
DISC Assessment – personality / culture exercise
DevOps Assessment – Where Are We?
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dockerswarm |
Docker with Swarm |
21 hours |
Docker is an open-source platform that automates the building, shipping and running of software applications inside containers. Multi-container Docker applications can be further defined using Compose.
Swarm is a tool that controls a cluster of Docker hosts and exposes them as a single "virtual" host. By pooling together numerous Docker engines, Swarm allows IT operations teams to transparently scale up their software deployment to many hosts.
In this instructor-led, live training, participants start with an overview of software containerization concepts, then carry out live exercises to put into practice the concepts learned.
By the end of the course, students will be able to
Deploy Docker hosts across multiple machines using Compose and Swarm.
Manage a Swarm cluster in a live lab environment.
Secure and troubleshoot Docker hosts within their Swarm cluster
Audience
Software developers
System administrator
IT managers and operations teams
Format of the course
Part lecture, part discussion, exercises and heavy hands-on practice
[DAY 1]
Preparing our infrastructure/Installing Docker
Container vs Virtual Machines
Container vs Images
Docker Architecture/Components
Running Containers
Building Images
Persistent Data Storage
Docker Compose
Docker Registry
[DAY 2]
Docker Networking
Docker Swarm Mode
Concepts - Manager & Workers
Overlay Network
Service Discovery
Load-balancing
Routing Mesh
Initializing Swarm
Docker Services
Performing Rolling Updates
Docker Logs
[DAY 3]
Docker Stacks
Docker Secrets
Partitioning / Node Labeling
Node Management
Troubleshooting
Securing the Docker Engine/Swarm
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DEVOPStoos |
DevOps Practical Implementation and Tools |
21 hours |
This course focuses on practical implementation and tooling. It assumes good knowledge on theoretical principals (see DEVOPS course) as it focuses on newest tools and methods of implementing DevOps principles.
Day 1
Introduction to Devops (with simple exercises)
How to introduce DevOps to existing Agile teams
Simple case studies
The IT Core Chronic Conflict
DevOps Roles
DevOps Defined
Core Concepts
How Does DevOps Work
Continuous Integration
Continuous Deployment
Continuous Delivery
Continuous Testing
Continuous Monitoring
Automation
Day 2
Build and Test Automation
Jenkins
Selenium
JMeter
Testing strategy for deployment
Quick feedback
Deployment Automation
Ansible
Managing mutliple machines
Writing simple Playbooks
Comparison to Chef and Puppet
Docker
Deployment throug registry
Kubernetes
Pod and Replication controller
Replication
Day 3
Environment Provisioning
Amazon AWS
Deployment strategicies
Automaticing provisioning
Comparision AWS to OpenStack
Automated Feedback and Monitoring
Nagios
Hosts and group hosts
Monitoring
Notifications
Comparision to Zabbix
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autzabbix |
Automated Monitoring with Zabbix |
14 hours |
This course focuses on practical implementation and tooling. This course covers the installation, planning and configuration of Zabbix
Installation and Configuration
Zabbix architecture
Installation: Server, WEB interface and agent
Initial configuration
Zabbix definitions
WEB interface overview
Data Collection and Monitoring
Configuration management by using templates
Agent-less monitoring
Data collection - hosts, Zabbix agent checks
Data visualization - simple graphs, overview
Problem detection - triggers, less sensitive triggers, dependencies
Data collection - aggregate and calculated checks
Data visualization - custom graphs
Events and Alerts
Events
Notifications and escalations - media types, actions, operations
Zabbix Administration and Monitoring
Automatic recovery by using remote commands
Host and host group level maintenance
Zabbix Administration - working time, housekeeper, authentication, front-end scripts
Managing permissions - users and user groups, audit
Automatic discovery - network discovery, active agent auto-registration
Command line utilities: zabbix_get, zabbix_sender
Maintenance
Proxy overview
Maintenance and operations - best practices, DB sizing, upgrades
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rancher |
Rancher: Manage your Docker containers |
14 hours |
Rancher is an open source software platform that enables organizations to run containers in production. With Rancher, organizations no longer have to cobble together distinct open-source technologies to build a container services platform. It includes a fully supported Kubernetes distribution as well as the option to choose from Docker Swarm and Apache Mesos. Rancher includes modular infrastructure services such as resource management, networking between containers, service discovery, container load balancing, container health monitoring, and backup and recovery, all under one roof.
This course provides participants with an overview of Rancher and demonstrates through hands-on practice how to deploy and manage a Rancher container management system.
Audience
Software engineers
System administrators
DevOps engineers
Format of the course
Part lecture, part discussion, heavy hands-on practice
Introduction
Rancher vs DC/OS
Installing and configuring Rancher
Starting the Rancher server
Adding hosts
Launching infrastructure services
Creating a container using the UI
Creating a container through Docker command line
Creating a multi-container application
Creating a multi-container application using Rancher Compose
Launching Kubernetes
Launching Mesos
Launching Swarm
Working with Catalogs
Working with the Rancher API
Closing remarks |
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Munin |
Monitoring your resources with Munin |
7 hours |
Munin is an open-source monitoring tool that helps system administrators monitor resources such as servers, workstations, networks, SANs, applications, network devices, etc. It shows resource trends and provides insights to into questions such as "what just happened to kill our performance?" It includes visualization tools and is available on various flavors of Linux and FreeBSD.
Audience
System administrators
Network administrators
Network engineers
IT managers
IT administrators
Format of the course
Heavy emphasis on hands-on practice. Most of the concepts are learned through samples, exercises and hands-on development.
Introduction
Master-node architecture
Installation
Requirements
Master and node setup
Monitoring with Munin
Visualizing resources and trends
Graphing system
Data logging
Integration with Nagios
Monitoring Windows nodes
Working with Plugins
Working with the API
Troubleshooting Munin
Closing remarks
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devopssecurity |
DevOps Security: Creating a DevOps security strategy |
7 hours |
DevOps is a software development approach that aligns application development with IT operations. Some of the tools that have emerged to support DevOps include: automation tools, containerization and orchestration platforms. Security has not kept up with these developments.
In this course, participants will learn how to formulate the proper security strategy to face the DevOps security challenge.
Audience
Devops engineers
Security engineers
Format of the course
Part lecture, part discussion, some hands-on practice
Introduction
How DevOps creates more security risk for organizations
The price of agility, speed and de-centralized control
Inadequacies of traditional security tools
Security policies
Firewall rules
Lack of APIs for integration
Lack of visualization tools
Implementing a DevOps-ready security program
Aligning security with business goals
Removing the security bottleneck
Implementing detailed visibility
Standardizing security configurations
Adding sensors into the application
Interactive Application Security Testing
Runtime Application Self-Protection
Providing security data to DevOps tools through RESTful APIs
On-demand scaling, micro-perimeterization of security controls
Per-resource granular security policies
Automating attacks against pre-production code
Continually testing the production environment
Protecting web applications from an Agile/DevOps perspective
Securing containers and clouds
Embracing next generation automated security tools
The future of DevOps and its strategic role in security
Closing remarks |
