Ten Brainstorms (Claude) GitHub issue
- Time-travel debugger for Caspian
- Visual Xeme tree renderer
- Test analytics service
- Jasmine → notifications service
- TryCaspian — browser playground
- Puck CLI tool
- Universal logger sidecar
- Federated mikobases
- Time-bounded objects
- Lazy mikobase records
- Status
vibecode
{"vibecode": { "doc": "claude-brainstorms", "role": "ten short, undiscussed-with-the-project new-direction seeds from Claude: time-travel debugger, Xeme viewer, and other 30-second-read ideas not yet specified", "key_concepts": ["seed_ideas_not_specs", "time_travel_debugger", "xeme_tree_renderer", "speculative_directions"], "status": "brainstorm" }}
Ten new-to-the-project ideas I came up with while you were at 7-Eleven. None of these have been explicitly discussed; some overlap conceptually with existing work but propose new directions.
These are seeds, not specs. Most are worth at most a 30-second read each.
1. Time-travel debugger for Caspian GitHub issue
Mikobase already supports time-travel reads (querying state as of any past timestamp). A debugger could exploit this: step backwards through state changes, not just forwards. Pair with Caspian's deterministic GC (collection happens at known moments) and the auto-recorded Jasmine call frames, and you have the ingredients for a real "rewind execution to before the bug" experience.
Would require recording function-call entries in something mikobase-shaped during a debug run. Heavy but feasible.
2. Visual Xeme tree renderer GitHub issue
The icons we just spent time organizing are a contract waiting for a client. A browser-based (or desktop) viewer that:
- Reads Xeme JSON (file, URL, stdin).
- Renders the tree using the canonical icon set.
- Supports filtering (show only failures), trimming, expanding branches.
- Live-updates from streaming Xeme output during a Bryton run.
Becomes the canonical "see your test results" tool. Implements the icon-fallback rule once, in one place.
3. Test analytics service GitHub issue
A hosted service that consumes Xeme trees over time and surfaces:
- Flaky-test detection — same test, different verdicts across runs.
- Reliability trends — pass rate over time per test, per directory, per project.
- Regression flags — tests that started failing after a given commit/deployment.
- Owner attribution — Xeme metadata (
meta.uuid, file ownership) → who should look at it.
Natural paid-tier upgrade on top of the planned logging/Jasmine service.
4. Jasmine → notifications service GitHub issue
A hosted service that consumes Jasmine entries and routes attention-worthy events to email / SMS / Slack / Pushover / etc.
- Rules engine: severity > X, class matches pattern, occurs > N times in 5 minutes → send.
- Deduplication: don't alert on the same recurring error 100 times.
- Per-class subscriptions: ops cares about one set of classes; product cares about another.
Builds on top of the hosted logging service rather than competing with it.
5. TryCaspian — browser playground GitHub issue
A web page where someone can type Caspian and see it run. Mimics TryRuby, Replit, the various "play with this language" pages.
- Sandboxed Caspian runtime in WebAssembly or compiled-to-JS.
- Persistent saved snippets for sharing.
- Pre-loaded mikobase examples, blockchain examples, Sammy/Bryton skeletons.
- A real first-contact surface: someone reads a Puck article, clicks a "try it" link, and 30 seconds later is running Caspian in their browser.
Aligns with the first-contact strategy memory.
6. Puck CLI tool GitHub issue
A unified command-line tool — puck — for everyday Puck operations. Like kubectl for Kubernetes or gh for GitHub.
puck object get foo.com/widget/42
puck mikobase create scratch
puck mikobase sync source=... target=...
puck class show puck.uno/jasmine
puck blockchain verify
puck test run # wraps bryton
Single entry point for what's currently a constellation of specific scripts. Discoverable via puck --help.
7. Universal logger sidecar GitHub issue
A small daemon — puck-log — that reads Jasmine entries on stdin (or a Unix socket) and routes them to whatever's configured (local files, the hosted logging service, syslog, Slack, etc.).
Apps just write Jasmine to their local sidecar — they don't need to know where logs ultimately go. The sidecar's routing config is the one knob the operator turns.
Inspired by Fluentd / Vector but Jasmine-native. Small enough to ship as part of the core toolset.
8. Federated mikobases GitHub issue
Multiple mikobases can be queried as a single virtual store. The federation layer:
- Takes a Q0 query.
- Routes sub-queries to each underlying mikobase based on schema.
- Merges results respecting cross-mikobase references.
Use case: an "all my data" view spanning a local mikobase, a remote shared mikobase, and a third-party mikobase the user has access to. None merge physically; the view is a join.
Hard to do well (cross-mikobase joins are nontrivial) but philosophically aligned with Puck's "objects everywhere" posture.
9. Time-bounded objects GitHub issue
A class capability: objects with an explicit lifetime. The mikobase auto-collects them after their TTL expires.
$token = %['puck.uno/auth/token'].new(
expires_at: %now + 3600,
user: $user
)
$mikobase.save($token)
# 1 hour later: $token is gone, automatically
Common need (auth tokens, session caches, throttling windows, temporary shares). Mikobase already has the time-travel infrastructure to implement this cleanly — TTL is "this object is collectible after timestamp X."
10. Lazy mikobase records GitHub issue
A record whose value is computed on demand by a function, not stored. The mikobase keeps the recipe (the function + its dependencies) and re-evaluates when the record is read.
$mikobase.save({
'class': 'lazy_record',
'key': 'total_users',
'compute': function() %query.count('users') end
})
# Reading 'total_users' runs the compute function each time
Useful for derived data that doesn't fit a static record (counts, aggregates, computed views) without inventing a separate materialized-view system. The lazy record IS the view.
Caching strategies, dependency tracking, and invalidation are the hard parts.