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IntroductionThe first thing I did when I started programming in Go was begin porting my Windows utilities classes and service frameworks over to Linux. This is what I did when I moved from C++ to C#. Thank goodness, I soon learned about Iron.IO and the services they offered. Then it hit me, if I wanted true scalability, I needed to start building worker tasks that could be queued to run anywhere at any time. It was not about how many machines I needed, it was about how much compute time I needed.
The freedom that comes with architecting a solution around web services and worker tasks is refreshing. If I need 1,000 instances of a task to run, I can just queue it up. I don’t need to worry about capacity, resources, or any other IT related issues. If my service becomes an instant hit overnight, the architecture is ready, the capacity is available.My mobile weather application Outcast is a prime example. I currently have a single scheduled task that runs in Iron.IO every 10 minutes. This task updates marine forecast areas for the United States and downloads and parses 472 web pages from the NOAA website. We are about to add Canada and eventually we want to move into Europe and Australia. At that point a single scheduled task is not a scalable or redundant architecture for this process.Thanks to the Go Client from Iron.IO, I can build a task that wakes up on a schedule and queues up as many marine forecast area worker tasks as needed. I can use this architecture to process each marine forecast area independently, in their own worker task, providing incredible scalability and redundancy. The best part, I don’t have to think about hardware or IT related capacity issues.Create a Worker TaskBack in September I wrote a post about building and uploading an Iron.IO worker task using Go:https://www.ardanlabs.com/blog/2013/09/running-go-programs-in-ironworker.htmlThis task simulated 60 seconds of work and ran experiments to understand some of the capabilities of the worker task container. We are going to use this worker task to demonstrate how to use the Go Client to queue a task. If you want to follow along, go ahead and walk through the post and create the worker task.I am going to assume you walked through the post and created the worker called "task" as depicted in the image below:Download The Go ClientDownload the Go Client from Iron.IO:
"code_name" : "<b>task</b>",<br />
"timeout" : <b>120</b>,<br />
"payload" : ""<br />
We have taught Go to thousands of developers all around the world since 2014. There is no other company that has been doing it longer and our material has proven to help jump start developers 6 to 12 months ahead of their knowledge of Go. We know what knowledge developers need in order to be productive and efficient when writing software in Go.
Our classes are perfect for both experienced and beginning engineers. We start every class from the beginning and get very detailed about the internals, mechanics, specification, guidelines, best practices and design philosophies. We cover a lot about "if performance matters" with a focus on mechanical sympathy, data oriented design, decoupling and writing production software.
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