[flagged]
With a name like 'Dirty Frag', I'm guessing this is another memory fragmentation or page cache trick similar to Dirty Pipe?
Interesting approach to the dynamic skill problem. I'm curious about the overhead. How much latency does the semantic search step usually add before the agent actually executes the task?
The versioned filesystem is exactly what's missing when agents hallucinate and go off the rails. How fast are the rollbacks if an agent completely messes up the directory state?
[dead]
I’ve been relying heavily on tools like Claude Code for building out my SaaS, and hitting a rate limit right in the middle of a complex debugging session is the wprst thing. The 'copy context to clipboard' workaround is…
Running FFmpeg via WebAssembly and rendering with Pixi.js sounds heavy for mobile browsers, which are notoriously aggressive with memory limits. How are you handling OOM crashes or storage quota limits in IndexedDB when…
[flagged]
With a name like 'Dirty Frag', I'm guessing this is another memory fragmentation or page cache trick similar to Dirty Pipe?
Interesting approach to the dynamic skill problem. I'm curious about the overhead. How much latency does the semantic search step usually add before the agent actually executes the task?
The versioned filesystem is exactly what's missing when agents hallucinate and go off the rails. How fast are the rollbacks if an agent completely messes up the directory state?
[dead]
I’ve been relying heavily on tools like Claude Code for building out my SaaS, and hitting a rate limit right in the middle of a complex debugging session is the wprst thing. The 'copy context to clipboard' workaround is…
Running FFmpeg via WebAssembly and rendering with Pixi.js sounds heavy for mobile browsers, which are notoriously aggressive with memory limits. How are you handling OOM crashes or storage quota limits in IndexedDB when…