@pi-sparkles/pi-sparkles
dist/npm/t6/pi-sparkles-pi-sparkles-0.1.13.tgz
Ledger snapshot · 2026-10-04
Pi 0.1.13 is tested with Pi 1.0.2. DSH 0.1.15 targets DSH 0.2.0-rc.2 and the matching service peers. It requires that exact DSH 0.2.0-rc.2 prerelease host; DSH 0.1.7-rc.2 and earlier hosts are unsupported. Both packages retain the same 135-component inventory and separate host verification.
Published release artifacts
@pi-sparkles/pi-sparklesdist/npm/t6/pi-sparkles-pi-sparkles-0.1.13.tgz
@dsh-sparkles/dsh-sparklesdist/dsh/npm/t6/dsh-sparkles-dsh-sparkles-0.1.15.tgz
@latest resolves to 0.1.13; DSH @latest resolves to 0.1.15. Each host keeps its own release gate and artifact integrity.Pi product ledger
The tier maturity counts and table below describe Pi product planning. DSH publication is described separately through DSH-native package and runtime checks.
A CN swing trader can select an exact listing; acquire supported daily market, calendar, rule, universe, event, classification, and provenance inputs; screen and inspect it; calculate technicals; create and simulate a plan; and resume an auditable journal-backed review loop. Exact HK/US input operations remain separately labelled capabilities, not duplicate role products.
A US long-term investor can complete a cited company review from original filings and exact accounting/ownership/event evidence through normalized fundamentals, comparisons, valuation, quality/growth, governance, thesis, and a reproducible research report. CN/HK capabilities remain exact and isolated without duplicating the full journey.
A portfolio owner or manager can import and reconcile holdings, calculate risk/scenario/attribution/rebalance/tax-lot facts, define durable company and portfolio monitors, receive separately authorized alerts, resume across sessions, and audit every state and notification event.
A quant researcher can bind a point-in-time universe and dataset, calculate explicit market/factor/event features, execute bounded replay and backtests, compare declared trials, and reproduce the complete run from canonical manifests without survivorship, vintage, or experiment-ledger ambiguity.
A multi-asset researcher can identify exact fund, bond, convertible, option, future, commodity, crypto, macro, rate, and FX legs; acquire supported source evidence; run the reviewed calculations; and compose separately labelled global comparisons without equity-track leakage.
A CN, HK, or US day trader can inspect an exact bounded transaction-tape packet supplied by an explicit external provider capability, run the shared session workflow, plan and simulate action locally, review applicable read-only account and externally executed order/fill evidence, evaluate supplied track-owned compliance rules, export a non-executable handoff, and reconcile imported or read-only receipts. Every plugin result retains its exact track, venue, provider/feed declaration, entitlement, clocks, conditions, limitations, and content receipt while stating that provider identity and completeness are not authenticated by the package. No plugin bundles or invokes OpenD, a provider SDK, credentials, or a provider adapter; no Pi plugin acquires a stock quote, bid, offer, or order book; and no Pi plugin can place, route, cancel, replace, or otherwise mutate any paper or live order.
Distribution lanes
@pi-sparkles/pi-sparkles@latestThe published package loads the cumulative T1-through-T6 inventory behind one Pi extension entrypoint, including width-proportional Unicode OHLCV charts as ordinary terminal output. Its normal release verification loads that aggregate as a unit.
pi install npm:@pi-sparkles/pi-sparkles@latest@dsh-sparkles/dsh-sparkles@latestRequires exactly DSH 0.2.0-rc.2. Upgrade the host, install Sparkles, and restart the DSH process before resuming a session.
The published DSH package provides 135 Sparkles capability components through 131 global-compatible shells, four per-agent counterparts, one DSH-native finance-track overlay, and keyed inline SVG OHLCV cards. This release passes real-runtime, clean-install, browser-asset, agent-isolation, and receipt-restoration checks, with indicator receipt consumption confirmed after a real DSH restart.
dsh plugin --profile web add @dsh-sparkles/dsh-sparkles@latestT6 day-trader and execution review
All eleven T6 proposals are ProductUseful. The product validates bounded provider capability packets and caller-owned receipts; providers remain separately installed, authenticated, selected, and entitled by the caller.
Each labelled leg retains exact provider, track, venue, identity, rights, sequence, gap/reset, correction, clocks, conditions, recovery, budgets, and limitations. No leg silently supplies another.
Deterministic transaction-print scenarios calculate possible fills without treating a print as an observed broker fill and without touching an account.
Pure effective-interval expressions retain true, false, unknown, not-applicable, conflict, explanations, and correction-version comparisons.
Bounded read-only broker evidence becomes a non-executable handoff and a content-bound reconciliation result. Raw secrets and receipt text never become product state.
Explicit external dependencies
Futu OpenD, Alpaca, IBKR, their SDKs or gateways, credentials, login state, quote or account entitlements, and live-provider certification are caller-owned. They are never bundled by either npm package. The caller must select and operate the provider path explicitly and supply its bounded capability packet or receipt; Sparkles never falls back to another provider or track.
Product authority: read-only evidence review, local simulation, compliance, non-executable handoff, and reconciliation only. Order placement, routing, cancellation, replacement, and all other broker mutation stay outside Sparkles.
All-in-one selection
135 proposals in canonical tier and proposal order. Each distribution turns that inventory into one host-native entrypoint.
Pi loads its extension aggregate in Pi. DSH composes its global and per-agent surfaces in DeepSeek Harness, including profile installation, session lifecycle, browser assets, and inline charts.
Pi product-ledger vocabulary
Experimental is an inventory label for existing code. It is not a completed product and not permission to hide unknowns.
Experimental describes existing package behavior. ProductUseful applies only to a whole role tier with a supported repeatable input path and a complete professional journey. The shared ledger marks T1 through T6 ProductUseful; publishing remains host-specific.
Release notes