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ouroboros.rocks | ||
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sookocheff.com
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| | | | | When building and running a system deployed as a monolith, we are able to make a certain set of assumptions about the behaviour of the overall application. One of the biggest assumptions we make is that the memory space for the application all resides on the same machine. With this model, function and library calls can assume that their view of the data structures for the application are accurate, and that you can retrieve or mutate that data immediately and deterministically (leaving the thornier issues of multi-threaded applications aside for a minute). These assumptions allow teams of programmers to work effectively and efficiently across multiple packages, libraries, classes and functions. | |
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www.memorysafety.org
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| | | | | ISRG's Prossimo is committed to moving the Internet's security-sensitive software to memory safe code and to encouraging people to prioritize memory safety. | |
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www.opensourceforu.com
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| | | | | Internet protocols refer to the rules required by different applications for the exchange of data over the internet. In layman terms, they are like languages. | |
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jreypo.io
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| | | In a previous article about exposing services in Azure Kubernetes Services I briefly touched on the Gateway API topic. This article is a first follow up on that one, it provides a deep dive into the Gateway API: what it is, why it exists, how it works, and what it enables for Kubernetes users. In the next one I will go deeper in the differences between the two main Ingress solutions in Azure, Azure Application Gateway Ingress Controller (AGIC) and Application Gateway for Containers (AGC). | ||
