For the ad buy side; I made a live data terminal app for tracking the order book, purchased block burndown, and bid pricing calc against volume-weighted average price of the order book.
Tracks which ads are actually getting served and what to bid to not overpay or get buried.
943.1 imps/min
Top bid now | $111.00
Serving floor | $31.00
Open interest | $1,506
Imps in book | 38.6K
For the ad buy side; I made a live data terminal app for tracking the order book, purchased block burndown, and bid pricing calc against volume-weighted average price of the order book.
Tracks which ads are actually getting served and what to bid to not overpay or get buried.
943.1 imps/min
Top bid now | $111.00
Serving floor | $31.00
Open interest | $1,506
Imps in book | 38.6K
It's hard as yet for me to feel skilled in interacting with AI agents when coding, and the challenges I face are more interaction with agents, and less around the object of the coding.
an agentic coding scaffold/framework you can reference when building out your next random raspi project. prefer to build around systemd units first; make an idempotent installer script, then put as little as possible custom coding around that.
`impl muster` comes down to: /build out this tool wiring together `patterns` like: C3.dropfolder-trigger; R2.device-binding; C4.lazy-resource-gate
or composite patterns like:
T2R4.device-triggered-conveyor
"Bind a physical device event to a bounded ingest job that waits for hot-storage capacity, proves cold-storage capability, stages local work, and hands output to a hot/cold conveyor."
I need to back up a couple hundred DVDs, so with muster I get out:
dvd-ingester
T2R4.device-triggered-conveyor
Architecture
DVD media becomes ready
-> udev rule adds SYSTEMD_WANTS=dvd-rip@%k.service
-> systemd runs /opt/dvd-ingester/current/bin/dvd-rip-one /dev/%I --apply
-> dvd-rip-one proves DEST_DIR and waits for HOT_DIR capacity
-> completed rip moves to HOT_DIR/<run-id>
-> dvd-publish-one.timer drains HOT_DIR to DEST_DIR
-> publish writes DEST_DIR/.incoming-<run-id> and atomically renames final output
Pipelined; ejects after rip completed. Monitors local disk capacity, retries after NAS comes back online; resumes after random reboot; etc.
Tracks which ads are actually getting served and what to bid to not overpay or get buried.
943.1 imps/min
Top bid now | $111.00 Serving floor | $31.00 Open interest | $1,506 Imps in book | 38.6K
https://www.insapio.com/