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Discussion Sentiment
69% Positive
Analyzed from 1565 words in the discussion.
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#litellm#project#llm#https#readme#loc#features#same#bloat#core

Discussion (61 Comments)Read Original on HackerNews
The only thing I take issue with is the phrase "LiteLLM Without the Bloat." A lot of the features that have been removed (like cost tracking, streaming, caching) are... kind of the core value proposition of LiteLLM for many of their users.
The fix was deployed 2 weeks later (!!) to main (but you could downgrade of course).
Or that other time they broke model selection if you had selected "this key can used all models of their team" than the only model in the auto-selection for harnesses was an invalid "all-team-models" entry. Fixes this one in 1 week though.
all of them on the :latest docker tag btw
https://docs.litellm.ai/blog/litellm-rust-launch
THIS! And it's way cheaper than others like Kong =)
Imagine Sqlite adding heavy features from Postgresql, e.g. row-level security.
https://www.getmaxim.ai/bifrost/resources/benchmarks
Having ran both LiteLLM and Bifrost for months, I can largely confirm the numbers from those benchmarks for myself.
E.g. in the readme: "LiteLLM routes LLM calls across providers and translates between message formats. That core is buried under 100k+ LOC of proxy servers, caching layers [etc...]".
Those two sentences have opposite sentiment on LiteLLM, so a human author would at least put a "but" between them. In contrast, the LLM just strings them together.
This reads "blunt" and "matter-of-fact" at first glance, but I wonder if it's really just an artifact of allocating less space for text generation and more for code in LLMs.
"Twelve years Light worked and on a cold night in the year 200X, Protoman was born. A perfect man, an unbeatable machine, hell-bent on destroying every evil standing between man and freedom, built for one purpose, to destroy Wily's army of evil robots. Ready. Willing. Prepared to fight."
For the Protomen it makes sense. But for a project README it's so absurdly melodramatic.
> Please don't post shallow dismissals
> Please don't complain about tangential annoyances—e.g. article or website formats, name collisions, or back-button breakage.
See: Hacker News Guidelines
Thanks for the cool project.
LiteLLM and LangChain are AWFUL pieces of software and should be avoided at ALL costs.
Btw, you should update httpx to httpx2, and I think it's not much effort to remove openai's SDK compatibility.
I'd love to have a provider-agnostic LLM router (almost) dependency free (aside from httpx2).
I’m biased but I think mine is coded to a higher standard than litelm. https://github.com/s-banach/langchaint
I think the main thing the readme is missing is the core benefits. Reducing LOC and dependencies is cool, but it would be great to understand if this provides some additional benefits like lower latency or memory requirements.
"Without the Bloat"
vs.
"litellm routes LLM calls across providers and translates between message formats. That core is buried under 100k+ LOC"
Seriously anybody considering 100k+ LOC not a bloat? You made my day!
Let's just say the author's and my definition of bloat is not the same. Full disclosure, I'm the guy who reimplemented etcher (over 400Mb) in a mere 300Kb, Capstone (over 1Mb) in only 66Kb and who compressed LPC charactersheets (over 700Mb) into 4Mb. That's my interpretation of "non-bloated".
I wrote an entire https client from ground up in 117 LOC (and in a low level language, not Python): https://gitlab.com/bztsrc/skrellm/-/blob/main/src/https.c
Again, this guy and me disagree on what "not a bloat" means.
I'm not an AI bro, but I've dabbled. It's kind of remarkable that all the different providers speak the same "openai compatibile" https endpoints. In other realms of software development, real interoperability like that can be kind of rare. Even if people support conceptually the same API, everybody always puts their unique incompatible spin on it. In the dabbling that I've done, big incompatibilities seem rare.
Yes, LLMs can do a great job at writing semi-working MVP. Turning it into a usable project still requires a team.
Yeah, maybe for your toy project you can use a LLM written tool.
Also, I am not saying LiteLLM is good either.