# Changelog ## 0.2.3 — 2026-10-24 - Counts model steps in both default and Turbo modes so ON/OFF comparisons use the same metric. - Recognizes `ops_bash` and Python `unittest` runs in verification evidence. - Keeps Turbo planning compact and moves implementation into tool calls sooner. - Adds an `orders-py` regression benchmark and documents the measured, non-guaranteed results. - Documents the GitHub/market installation path to avoid the unrelated npm package with the same name. ## 0.2.1 — 2026-10-23 - Adopts **DSH OVERDRIVE** as the public product name and the tagline “少走弯路,火力全开”。 - Keeps the package id, plugin id, API routes and repository URL as `dsh-turbo` for compatibility. - Updates the composer and result panel branding without changing Fast/Max behavior. ## 0.2.0 — 2026-10-23 - Adds a draggable two-position Fast/Max gear control while preserving the Turbo OFF fallback. - Fast keeps the existing low-cost direct path; Max permits extra token/tool spend for parallel context gathering and independent work. - Makes the gear Host-authoritative, revision-guarded and persistent per session; version 1 state migrates to Fast automatically. - Adds separate Fast/Max reasoning-effort configuration and records the selected gear in execution evidence. - Expands the suite from 40 to 44 automated tests, including gear migration, conflicts, Max policy rendering and request behavior. ## 0.1.4 — 2026-10-23 First public release. - Adds a native Web UI Turbo toggle for each DSH session. - Applies a Host-authoritative runtime execution policy without replacing the agent loop. - Persists per-session state and exposes revision-safe Host endpoints. - Adds optional request-level reasoning-effort control with refusal-safe fallback. - Replaces the technical `?` popup with a user-facing benefit summary and test invitation. - Documents a single same-prompt UI pilot: 29% less elapsed time, 51% lower displayed token usage, and 42% fewer steps/tool calls. This is pilot evidence, not a universal performance guarantee. - Includes 40 automated tests, reproducible benchmark tooling and generated runtime bundles.