Day 8 Technology
Official@day8
Offers specialized diagnostic instrumentation for ClojureScript state inspection and event-driven debugging within re-frame architectures.
Agent Skills by Day 8 Technology
Showing 11 vetted skills indexed across 3 GitHub repositories.
day8re-frame2-implementor
Guides engineers porting the re-frame2 pattern to JS-cross-compiling host languages via a two-phase conformance-driven workflow.
day8re-frame2
Writes re-frame2 ClojureScript application code including events, subscriptions, effects, and state machines.
day8re-frame2-improver
Reviews existing re-frame2 ClojureScript code against an anti-pattern catalogue and reports severity-ordered findings.
day8re-frame2-pair
Inspect, debug, and hot-swap a running re-frame2 application over a live shadow-cljs nREPL connection.
day8re-frame2-xray
Routes debugging questions to the correct Xray devtools panel, launch mode, and chrome control.
day8re-frame2-setup
Scaffolds greenfield re-frame2 ClojureScript projects with shadow-cljs and a working counter app.
day8re-frame2-pair-retro
Retrospects on re-frame2-pair sessions and drafts prioritized GitHub issue improvements.
day8reagent-migration
Rewrites Reagent view code into Fresco, re-frame2's re-frame-native view layer.
day8re-frame-migration
Migrates re-frame v1.x ClojureScript codebases to re-frame2 with automated rewrites and guided review.
day8re-frame-pair-improver
Extract session goals, friction points, and root causes from re-frame-pair transcripts.
day8re-frame-pair
Trace re-frame dispatches and inspect live runtime state via shadow-cljs nREPL.
Frequently Asked Questions About Day 8 Technology
FAQPage SchemaWhat specific debugging tasks does Day 8 Technology enable?▼
These capabilities enable developers to trace re-frame event dispatches and inspect live runtime state directly. By utilizing nREPL integration, engineers can monitor application behavior in real-time and extract session-based friction points or root causes from captured event transcripts.
Which technical personas benefit from these diagnostic capabilities?▼
These capabilities are designed for ClojureScript engineers and frontend developers working within the re-frame ecosystem. They are specifically intended for those requiring deep visibility into event-driven state transitions and complex application logic during the development and testing phases.
What are the primary prerequisites for implementing these diagnostic features?▼
Implementation requires an existing ClojureScript project utilizing the re-frame framework and shadow-cljs. Users must have an active nREPL connection established to facilitate the communication between the runtime environment and the diagnostic inspection layer.