#compression

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castesystem
castesystem

instream for sly, inty (aggron) gettin compressed into some funny hemispheres

see all my work early over at patreon.com/itscaste!

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spunkyathlete
spunkyathlete
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spunkyathlete
spunkyathlete
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spunkytorture
spunkytorture
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jkresearch
jkresearch

Using the Browser’s <canvas> for Data Compression

Using the Browser’s <canvas> for Data Compression
jstrieb.github.io
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roadtrailrunner
roadtrailrunner

Leg fatigue on long runs? FITRELL Compression Socks (20-30mmHg) boost circulation and speed recovery. 3-pack for $16 means a fresh pair every run. Who it’s for: marathon training, nurses, travelers. Check it out 👇

https://www.amazon.com/dp/B07X8W51BD?tag=roadtrailrunn-20

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getpagespeed
getpagespeed

NGINX Concat Module: Combine CSS and JS Files

The NGINX concat module combines multiple CSS and JavaScript files into a single HTTP response, reducing request overhead and improving page load performance. Every additional HTTP request adds latency — DNS lookups, TCP handshakes, TLS negotiations, and round-trip delays. This module eliminates that overhead for static assets.
Originally developed by Alibaba for the Tengine web server that…

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roadtrailrunner
roadtrailrunner

Layer smarter this spring 🏃 Zensah Compression Arm Sleeves keep muscles warm, improve circulation, and add UPF 50+ sun protection. Made in USA, moisture-wicking, seamless construction. Perfect for changing conditions. Check it out 👇

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getpagespeed
getpagespeed

NGINX Compression Vary: Fix Broken Vary Headers

The NGINX compression vary module is a drop-in replacement for the standard gzip_vary directive. It fixes a long-standing problem with how NGINX handles the Vary response header when compression is active.
When you enable compression in NGINX, the gzip_vary on directive adds Vary: Accept-Encoding to tell caches that the response differs based on encoding. However, this directive has a significant…

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getpagespeed
getpagespeed

Accept-Encoding Normalization in NGINX for Better Caching

Accept-Encoding normalization is a critical optimization for any NGINX reverse proxy that uses caching. When NGINX acts as a reverse proxy with caching enabled, the Vary: Accept-Encoding response header tells the cache to store separate variants for each unique Accept-Encoding request header value. However, browsers and HTTP clients send this header in wildly different formats. One client sends…

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roadtrailrunner
roadtrailrunner

Compression recovery systems aren’t just for the pros anymore. This guide breaks down what Indian athletes should know about pneumatic compression—great tips for anyone serious about bouncing back faster after hard sessions.

https://www.wodarmour.in/blogs/news/best-recovery-compression-systems-for-athletes-in-india-complete-guide-2026

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vertigemat
vertigemat
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castesystem
castesystem

wing-it for acedecker!

see all my work early over at patreon.com/itscaste!

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tjkl895
tjkl895
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tjkl895
tjkl895
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spunkyathlete
spunkyathlete
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getpagespeed
getpagespeed

NGINX Unbrotli Module: Decompress Brotli Responses

Brotli compression delivers superior compression ratios compared to gzip, making it ideal for serving web content. However, what happens when your storage backend already has Brotli-compressed files, but some clients cannot decompress them? The unbrotli module solves this problem by transparently decompressing Brotli-encoded responses for clients that lack Brotli support.
What Is the Unbrotli…

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castesystem
castesystem

shapetf for electricgiga!

see all my work early over at patreon.com/itscaste!

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getpagespeed
getpagespeed

NGINX mod_zip: Dynamic ZIP Archives Guide

When users need to download multiple files from your server, the traditional approach involves pre-generating ZIP archives on disk or assembling them entirely in memory before sending. Both methods have significant drawbacks: disk-based archives consume storage and require background jobs, while memory-based assembly can exhaust server RAM when dealing with large files.
The NGINX mod_zip module…

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xenonreality
xenonreality

The 18 to 1 compression ratio in F1 solved, most likely for most teams

I decided to take a whack at it, so thicker circle poppet vales does this easily! I had a Eureka moment, the cam shaft is rotating, it doesn’t change geometry, it simply hangs down a little further until it fully lets go of it but remain just fine in terms of seal.


It needs to be made to allow for that angle to seal properly at those heats & pressures but a “squishy” ring does it easily. So much easier, probably what they are doing in F1 right now then.


Edit 1: yes squishier valve seal, a rotation to it will work, same for a better valve seal & vale shape geometry. I hear you, yes the pedantic isn’t needed so stop. You are being gabagoo in your minimization of this.

Others know what I meant, & yes I got the rotation thing from someone else I was telepathically talking to, you driver61, thinking & saying it out loud upon reading this comment.

That is also an absolutely great way as well to accomplish this. I have no idea, how to be fair because it might be a little more complicated than desired, but still.