Plugins

Peer channels between conversations at the same level: user-granted, symmetric, with durable grants that survive a restart and burst messages merged into one ordered delivery.

Skills and MCP management console in the settings panel: merged skill catalog across every provider (hierarchical browse by source, online create/edit, independent model and user invocation switches, recoverable trash), GitHub install with multi-select batch install and update checks, MCP server add/edit/remove and enable/disable through the profile patch layer, cross-agent import from Claude Code, Cursor, Codex, Cline, Roo Code, Continue and Windsurf, and an independent SDK connection probe.

Complementary web-search provider: every web_search merges the DeepSeek Search API (primary) with serper.dev Google results (secondary) at a fixed 2:1 ratio. Both sides are direct HTTP retrievals with no auxiliary model turn: URL-deduped sources, long DeepSeek summaries clipped into snippets, per-backend timeouts and graceful degradation to whichever backend answers.

Windows computer use for DeepSeek Harness: a persistent PowerShell UIA backend behind 16 merged MCP entries (read/click/type/observe/verify), a hardened policy layer (red lines, approvals, observation binding, point-ownership and focus guards) and a performance pass (prewarm, caching, pixel-hash stability probe). Fork of dsh-computer-use-win.

Extreme LLM-call compression for DeepSeek Harness: title short-circuit, in-flight dedup, 24h replay cache, and batch-merging N parallel requests into 1 upstream call via a `[[TASK n]]`/`[[ANSWER n]]` delimiter protocol - fewer API calls, less spend, same answers.

Realtime token counter beside the deep-thinking indicator in chat, with merged or split input/output display, per-step operation counts, and auto-scaling K/M/G/T units.

Honest merge of two community plugins into one calmer display: the streaming reading view from dsh-better-display (fork) and the message rail from dsh-tidychat. For theme lovers it wraps reasoning prose and tool-call output in translucent message bubbles, so text no longer sits directly on busy wallpapers or skins where it is hard to read. Cross-version rc adaptation attempted across DSH 0.1.0-0.2.0 (all rc); no obvious problems so far.

Back up your DSH profile configuration to a private GitHub Gist on a schedule, with merged restore.

GitLab and Kubernetes monitoring for DSH: merge request and pipeline management, deployment and pod status with logs and events, webhook-triggered alerts, and a dashboard UI.

Global cross-session todo inbox for DSH web: any session's agent records human-action todos (merge MRs, approve work orders, reviews) via inbox_add/inbox_done/inbox_list; a sidebar entry shows a count badge and an expandable list to open and complete them, persisted to ~/.dsh/todo-inbox.json.

Convierte la revisión de código en un control obligatorio: reglas deterministas de severidad, hallazgos asistidos por LLM, quórum de aprobación del equipo y registro de auditoría de cumplimiento duradero que debe aprobarse antes del merge.

Protección de roles de ramas para agentes de programación con IA: configura roles integration/preview/production/archive y bloquea push directo, force-push y borrado de ramas protegidas, además de merges de agentes a production/archive.

Superposición de ajustes por perfil para DeepSeek Harness: settings.yaml global es la base; cada perfil sobrescribe cualquier espacio de nombres con su profiles/<name>/settings.patch.yml: secciones de objeto se fusionan recursivamente, escalares y arrays se reemplazan por completo, y !unset enmascara un valor heredado. Transparente para plugins existentes (siguen leyendo ctx.settings sin cambios); las escrituras solo van a la superposición del perfil; validación oficial del esquema, semántica de revisión, conflictos de expectedRevision, watchers y eventos intactos. Incluye comandos settings (get/set/unset/mask/unmask/promote/demote/migrate/diff/layers) y una sección Profile Settings en el panel web Settings por canal RPC loopback.

Flujo de trabajo de traducción de subtítulos multilingüe para dsh: análisis de SRT/VTT, traducción por LLM a nivel de frase, fusión bilingüe, por lotes con puntos de control reanudables.

Canal de Telegram para DeepSeek Harness — un módulo compartido que atiende a varios agentes, con marcas de remitente infalsificables, memoria combinada de propietario y coordinador, y un modo de entrega que se cambia en un archivo fuera del código.

Tablero de tareas de Git worktree operado por humanos para DeepSeek Harness con entrega de fusión vinculada a validación.

Move an entire dsh installation to another machine and check it item by item. Three layers go across: the declaration layer (settings, credentials, plugin declarations and vendored link: sources), the state layer (sessions, storages, skills, attachments) and, optionally, the workspace project code. Sessions are rewritten at the zstd header frame only, workspace paths are remapped through an explicit path mapping, and at the end 14 checks (I1–I13 plus I6b) report PASS / FAIL / WARN. A LAN route pairs two machines and pulls the bundle over directly; merge mode diffs a bundle against a machine that has already been in use and stops before writing anything while conflicts are undecided.

Backup, restore and machine-migration for DSH: packs skills (which live outside ~/.dsh, in ~/.agents/skills), plugin manifests, core config, memories, todos and optionally sessions into a tar.gz with a sha256 sidecar, then imports it on another machine as a three-way merge against a baseline, listing per-file differences instead of overwriting changes made there. Credentials never enter an archive (filename deny-list of 27 names plus 7 private-key suffixes plus a content gate, enforced again on the import side), every import writes a pre-restore snapshot first, and an archive can be uploaded to any WebDAV server and pulled back on the new machine. Also includes scheduled backups, a read-only viewer for individual files, and an in-panel cloud card; no npm runtime dependencies (packing uses the system tar).

Redundant branch cleaner: finds branches whose work already landed in the mainline — merged, squash-merged, patch-equivalent after rebase or cherry-pick, upstream-gone, or PR-merged — and deletes them when asked. It only reports by default, never switches branches or rebases, and backs every deleted local branch up under refs/backup/branch-cleaner/ (deleting remote branches has no backup).

Branch panel for the composer: creates rule-checked branches from production6, validates commit messages against a type(scope) convention, and commits, pushes, or merges into stage in one click.

Tracks successful DSH plugin installs per device, merges the ledger across devices through a user-authorized Baidu Netdisk account, and supports preflighted batch reinstalls.

Prose review for human-facing writes. The write and edit tools require a human_facing flag; the plugin reviews the text against layered PROSE.md rules in the background, stages annotations, reconciles them against the full file, and merges them through /humanize, /humanize-loop or post-compaction while the main session keeps working. /humanize-review runs a batch over git-tracked files on demand.

Windows x64 only, 0.5.4 preview: two scoped tools (dragon_browser and dragon_desktop) that drive a visible browser through the DOM or CDP and Windows apps through UI Automation, with per-origin and per-executable read/control scopes, batch steps, a physical-Esc emergency stop and a redacted action log. 0.5.4 only widens the DSH compatibility range to 0.2.0-rc.2 through 0.2.1.x, because 0.5.3 pinned it to an exact DSH version and was silently skipped on DSH Desktop 0.2.1. Two long-lived native processes remove the per-action process spawn, so a single key step takes about 0.7 s on the same machine; when another window steals the foreground the step is aborted instead of typing into the wrong place. The browser side ships its own Edge/Chrome launcher and CDP client, so it no longer needs another browser plugin or the Electron runtime. It is not an OS sandbox; logins, admin windows and secure desktops stay with the user.

Lets the agent drive Windows by sight: Windows OCR turns on-screen text into clickable targets, then clicks, drags, scrolls, types and presses keys, verifying each action with a per-pixel diff and an OCR text delta; F6+F7 is a separate emergency stop.