Breaking down FRP - Jane Street Tech Blogs
As anyone who has looked into functional reactive programming (FRP) knows, there are lots of competing approaches to it, and not a lot of conceptual clarity about how they relate to each other. In this post, I’ll try to shed some light, and in particular give you some guide posts for understanding how the different versions of FRP relate to each other. Plus, I’ll show some connections to a similar
Introducing Incremental
I’m pleased to announce the release of Incremental (well commented mli here), a powerful library for building self-adjusting computations, i.e., computations that can be updated efficiently when their inputs change. At its simplest, you can think of a self-adjusting computation as a fancy spreadsheet. In a spreadsheet, each cell contains either simple data, or an equation that describes how the va
Umut A. Acar - Self-Adjusting Computation
Self-adjusting computation refers a technique that enables computations to respond to dynamically changing (input) data automatically. The fundamental idea is to track the control and data dependencies in a computation in such a way that changes to data can be propagated through the computation by identifying the affected pieces that depend on the changes and re-doing the affected pieces. Self-adj
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incremental_kernel/incremental_intf.ml at master · janestreet/incremental_kernel · GitHub
GitHub - janestreet/incremental: A library for incremental computations
Self-Adjusting Computation | Hacker News
