Thomas Camlong
37dead1690
The off-screen work was committed unmeasured; this closes that debt. Measured on two
containers restored from identical data:
image requests 138, 135 -> 22, 22 (-84%)
image bytes 12.27 MiB -> 0.03 MiB
layout objects 11611, 7836 -> 3694, 3705 (-53%)
A 99.8% drop in image bytes is not believable, so it was checked instead of reported. Two
checks were bad instruments before one worked:
- Counting decoded images via getBoundingClientRect() reported 80/80 loaded in BOTH arms.
Reading geometry forces layout, which forces content-visibility subtrees to render, which
triggers the very image loads being tested for. The instrument caused the result.
- Screenshots came back byte-identical in both arms, because this environment shows an
onboarding overlay and media-requests renders blank with unreachable integrations. Good
evidence of no visual difference; useless as evidence that images render.
- Counting img.complete && naturalWidth > 0 reads no geometry and gave the answer: 80/80
decoded in both arms, 138 responses before against 25 after.
So nothing is visually broken. The 80 imgs are integration icons sharing URLs, deduplicated to
~25 unique fetches in both arms; the ~113 avoided requests are other widgets' off-screen
artwork, chiefly media-requests' full-size per-card backdrops, which is also where the 12 MiB
came from.
Stated limit: media-requests renders blank in this environment, so its visible-card behaviour
after the change is unverified. Media-releases is verified at 80/80 decoded.
Live Demo 🎮 • Install 💻 • Translations 🈺 • Discord 👋
- 🖌️ Highly customizable with an extensive drag and drop grid system
- ✨ Integrates seamlessly with your favorite self-hosted applications
- 📌 Easy and fast app management - no YAML involved
- 👤 Detailed and easy to use user management with permissions and groups
- 👥 Support for single sign on via OIDC / LDAP
- 🙊 Safe encryption using BCrypt and AES-256-CBC for your valuable data
- 🕔 Realtime widget updates using WebSockets, tRPC and Redis
- 🔍 Search through thousands of data points in supported integrations or your data in Homarr using the fast built-in search
- 🦞 Icon picker with over 11K icons
- 🚀 Compatible with any major consumer hardware (x86, Raspberry Pi, old laptops, ...) and most OS (Windows, Linux, TrueNAS, Unraid)
- 🖥️ Extensive Kubernetes support with Helm for efficient scaling & high reliability
Please click here for official installation instructions
Homarr is a free-to-use open source project maintained by volunteers and developers from all over the world.
We publish under the Apache License 2.0 license which allows commercial usage.
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