I've done this kind of thing many times with codex and sqlite, and it works very well. It's one prompt that looks something like this:
- inspect and understand the downloaded data in directory /path/..., then come up with an sqlite data model for doing detailed analytics and ingest everything into an sqlite db in data.sqlite, and document the model in model.md.
Then you can query the database adhoc pretty easily with codex prompts (and also generate PDF graphs as needed.)
I typically use the highest reasoning level for the initial prompt, and as I get deeper into the data, continuously improve on the model, indexes, etc., and just have codex handle any data migration.
I don't quite understand how Modolap differs from just asking AI to use any other OLAP engine? Both your website and the github readme just emphasise that it's idiosyncratic and your personal approach, without explaining what that is or why anyone should care.
Appreciate the feedback. I shall certainly revamp the README; it is rather stale.
> "how Modolap differs from just asking AI to use any other OLAP engine"
There presently exist two components, the OLAP query engine and the remote infrastructure service. The service enables systems like Codex (or developers as well) to manage datasets, maintain version control over queries, and offload the computational burden to dedicated machines. This is especially beneficial given the current trend of running agents inside micro-VMs.
In addition, it is designed with AI usage in mind. There is significant value in co-design. One could argue that models can use Polars or DuckDB just as well, and that there is no room for improvement, but I do not think this is true.
I don't get the value proposition either; your landing page is underdeveloped. Tracking the query history is trivial. Offloading computation could be done with Polars Cloud or MotherDuck. Can you expand on the "manage datasets" part?
When searching for references to Go, what does it actually look for? "Go" is a relatively common word, and I hardly see anyone referring to it as Golang
5% of all comments mention Claude code?
Am I reading that right?
I've done this kind of thing many times with codex and sqlite, and it works very well. It's one prompt that looks something like this:
- inspect and understand the downloaded data in directory /path/..., then come up with an sqlite data model for doing detailed analytics and ingest everything into an sqlite db in data.sqlite, and document the model in model.md.
Then you can query the database adhoc pretty easily with codex prompts (and also generate PDF graphs as needed.)
I typically use the highest reasoning level for the initial prompt, and as I get deeper into the data, continuously improve on the model, indexes, etc., and just have codex handle any data migration.
I don't quite understand how Modolap differs from just asking AI to use any other OLAP engine? Both your website and the github readme just emphasise that it's idiosyncratic and your personal approach, without explaining what that is or why anyone should care.
Appreciate the feedback. I shall certainly revamp the README; it is rather stale.
> "how Modolap differs from just asking AI to use any other OLAP engine"
There presently exist two components, the OLAP query engine and the remote infrastructure service. The service enables systems like Codex (or developers as well) to manage datasets, maintain version control over queries, and offload the computational burden to dedicated machines. This is especially beneficial given the current trend of running agents inside micro-VMs.
In addition, it is designed with AI usage in mind. There is significant value in co-design. One could argue that models can use Polars or DuckDB just as well, and that there is no room for improvement, but I do not think this is true.
What room for improvement is there?
I don't get the value proposition either; your landing page is underdeveloped. Tracking the query history is trivial. Offloading computation could be done with Polars Cloud or MotherDuck. Can you expand on the "manage datasets" part?
When searching for references to Go, what does it actually look for? "Go" is a relatively common word, and I hardly see anyone referring to it as Golang
HN data is open? Under what conditions it's distributed?
There's an API link at the bottom of every page.