<p>We so can't wait to see you all at Granite State Code Camp 2022!<br><br>GSCC2022 is a one-day conference on Saturday, November 12th, 2022, simultaneously online AND in-person at Manchester Community College in Manchester, NH. The event is for the tech community that focuses on software development and software engineering. There is no charge for attendees. Dozens of professionals volunteer their time to share knowledge with fellow developers. All technology tribes are welcome, and topics are only constrained by what speakers volunteer to present (about code). There are a wide range of coding related topics that make Code Camp a popular and valuable event for professionals at all stages of their careers, rivaling conferences that cost thousands of dollars to attend. The conference is organized by software developers of the New Hampshire developer community who also volunteer, with the encouragement of the New Hampshire Technical Alliance and fiscal organizational support of Granite State Users Groups, LLC. Food, raffles and other considerations included in free admission are paid for in-person attendees by the generosity of our sponsors, who represent the best of the best community-promoting companies to work with and/or for in the Greater New Hampshire Area. #gscc2022 <a href="https://granitestatecodecamp.org">https://granitestatecodecamp.o...</a></p>

Granite State Code Camp

Homomorphic Encryption is a type of encryption in where operations can be performed on the data without decrypting it.  We'll discuss how it works, and it's limitations

Introduction to Homomorphic Encryption

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Does your application reach out to services or databases over a network. Do you assume that these calls always succeed?

In this talk we will cover different reasons for failures and organize them into those that make sense to retry (e.g., "transient" failures) and those that don't.

Where retrying makes sense, we'll cover some tools and techniques to handle retries automatically, sort out how to select appropriate retry parameters depending on the scenario (e.g., batch job vs. interactive UI with a user waiting), and consider how to test such scenarios (hint: there are some tools to help force transient errors).

Planned examples will include C# in Azure, but open to demonstrating other languages and platforms. You can hit me up on Twitter to request a specific scenario (https://twitter.com/codingoutloud/status/1574138969134088192), though the concepts and patterns are generic.