How to optimize SVG files: A complete guide for beginners
SVG files use mathematical formulas to create graphics, allowing infinite scaling without losing quality, and making them perfect for high-res displays and responsive design.
A version of `make` that supports (almost) all Erlang source types - Erlang/OTP Proposals / Proposals: Ideas - Erlang Forums
I decided to make a fairly small extension to the `make` module: It addresses two limitations that I’ve personally found a bit annoying: It supports all file types that can be built using `erlc` (except `.idl`) It allows for selective loading of compiled modules in the `Emakefile` The latter is useful if you have parse-transforms. E.g. uwmbp:plain_fsm uwiger$ cat Emakefile {“src/plain_fsm_xform.erl”, [debug_info, {i, “include/”}, {outdir, “ebin/”}, load]}. {“src/*”, [debug_info, {i, “inc...
Ecto Types in Elixir: A Hidden Feature That Simplifies Your Code
Learn how to use custom Ecto Types in Elixir to create cleaner, more expressive schemas. See how Mimiquate’s team used them in Elixir Observer to eliminate boilerplate and improve design.
Use processes directly for Elixir by josevalim · Pull Request #7 · pkolaczk/async-runtimes-benchmarks
Tasks are a higher-level abstraction and they will include additional features for tracking responses.
So we change Elixir to use processes directly, reflecting the other processes and reducing mem...
Common Locale Data Repository (CLDR) functions for Elixir to localize and format numbers,
dates, lists, messages, languages, territories and units with support
The Hacker's Playbook: Understanding Common Hacking Techniques | Abdul Wahab Junaid
1. The Art of Anonymity A hacker's first priority is to remain anonymous. They don't want you to know they've been in your system. To achieve this, they
[RFC] Ripple: A compiler-interpreted API to support SPMD and loop annotation programming for SIMD targets - LLVM Project - LLVM Discussion Forums
[RFC] Ripple: A Compiler-Interpreted API for Efficient SIMD Programming TL;DR We have been working on Ripple, a lean addition to LLVM to support Single-Program, Multiple-Data (SPMD) and loop-annotation-based parallel programming for SIMD hardware. We propose a parallel programming API to support these two models, which departs from GPU-style SPMD programming, in that block computations of different dimensions (including 0) can coexist in the same function. This makes it easier to explicitly expr...