Contact Opscode, Inc for event and ticket information.

Looks like this event has already ended.

Check out upcoming events by this organizer, or organize your very own event.

View upcoming events Create an event

Chef Fundamentals (3 Days)

Monday, July 26, 2010 at 9:00 PM - Wednesday, July 28, 2010 at 4:00 PM (PT)

San Francisco, CA

Chef Fundamentals (3 Days)

Ticket Information

Ticket Type Sales End Price Fee Quantity
Chef Fundamentals Ended $1,450.00 $53.45
SHARE THIS EVENT

Event Details

Chef Fundamentals (3 Days)

Chef Fundamentals is a three-day comprehensive class covering the basic architecture of Chef and all of the underlying components. We will be covering installation basics of Chef Client and Chef Solo. Other topics will include: creating Chef repositories, creating cookbooks and advanced using of the new command line utility called Knife. This class will include lecture, labs and some comprehensive case studies.

Topics covered include:

Day 1

  • Introductions
  • Overview
  • Configuration Management
  • System Integration
  • Sample Infrastructure
  • Platform introduction
  • Overview
  • Getting started
  • Lab 1. Initial setup
  • Architecture
  • Chef Server
  • Chef Client Nodes
  • Operating Modes
  • Platform Features
  • Clients and Authentication
  • Chef::Speak
  • Chef Run Anatomy
  • Lab 2. Working example

Day 2

  • Cookbooks
  • Recipes
  • Attributes
  • Assets (Files/Templates)
  • Supporting Code (LWRP, Libraries)
  • API Interaction
  • Troubleshooting
  • Lab 3. Write cookbook

Day 3

  • Orchestration
  • Cloudy cookbooks
  • Repository workflow
  • Lab 3. Write cloudy cookbook

Students should bring WiFi enabled laptops. The labs will be run on Amazon's EC2.

When & Where


Downtown San Francisco
TBD
San Francisco, CA

Monday, July 26, 2010 at 9:00 PM - Wednesday, July 28, 2010 at 4:00 PM (PT)


  Add to my calendar

Hosted By

Opscode, Inc



Opscode is the leader in cloud infrastructure automation. We help companies of all sizes develop fully automated server infrastructures that scale easily and predictably, and can be quickly rebuilt in any environment, saving developers and systems engineers time and money.