# difyctl CLI client for [Dify] platform. Browser device-flow signin, list/inspect apps, run with structured input, parse output as JSON, YAML, or human text. ## Install (edge, internal) Per-commit `edge` builds are published to Cloudflare R2. The installer script lives in this repo; binaries are fetched from R2 via `DIFYCTL_R2_BASE` (shared internally): ```sh curl -fsSL https://raw.githubusercontent.com/langgenius/dify/main/cli/scripts/install-r2.sh | DIFYCTL_R2_BASE= sh ``` | Env | Default | Purpose | | ----------------------- | ------------------ | ------------------------------------------------------------------- | | `DIFYCTL_R2_BASE` | — (required) | R2 public base, e.g. `https://pub-….r2.dev`. | | `DIFYCTL_CHANNEL` | `edge` | Channel to install. | | `DIFYCTL_INSTALL_DIR` | `$HOME/.local/bin` | Directory the binary is written to (`/difyctl`). | | `DIFYCTL_VERSION` | latest | Pin an exact published version. | | `DIFYCTL_COMMIT` | latest | Pin by git commit (short or full sha). | | `DIFYCTL_R2_PREFIX` | `difyctl` | R2 key root for the pointer JSONs (`manifest.json` / `index.json`). | | `DIFYCTL_R2_BIN_PREFIX` | `difyctl/bin` | R2 key root for binaries (the lifecycle/TTL target). | By default the channel pointer (latest build) is installed. Set `DIFYCTL_COMMIT` (e.g. `ce4af86`) or `DIFYCTL_VERSION` to install a specific past build — both resolve through the channel's `index.json`: ```sh curl -fsSL https://raw.githubusercontent.com/langgenius/dify/main/cli/scripts/install-r2.sh | DIFYCTL_R2_BASE= DIFYCTL_COMMIT=ce4af86 sh ``` Windows: `$env:DIFYCTL_R2_BASE=''; irm https://raw.githubusercontent.com/langgenius/dify/main/cli/scripts/install-r2.ps1 | iex` (same env vars, e.g. `$env:DIFYCTL_COMMIT='ce4af86'`). Re-run to upgrade. For tagged `rc`/`stable` builds, use the GitHub installer (`install-cli.sh`). ## Quickstart ```sh difyctl auth login # opens browser; paste the device code shown difyctl get app # list apps in default workspace difyctl describe app # inspect parameters difyctl run app "hello" # run, blocking difyctl run app "hello" -o json | jq .answer # JSON output difyctl run app --input name=world --input topic=cats # workflow inputs ``` Background docs: `difyctl help account`, `difyctl help external`, `difyctl help environment`, `difyctl help agent`. ## Commands Run `difyctl --help` for the full list of commands. Run `difyctl --help` for per-command reference. For agents (and scripting), start with `difyctl help agent` — the cross-command operating guide (output, discovery, auth, exit codes, errors, HITL, retry). Every help surface is also machine-readable: `difyctl help -o json` dumps the whole command tree plus the global contract (exit codes, output formats, error envelope, HITL protocol), and `difyctl --help -o json` returns one command's descriptor. ## Agent skill `difyctl skills install` installs a single, pure-delegation `SKILL.md` into your local agents so they auto-load it. The skill does not freeze the command set — it points the agent at `difyctl help -o json` for the live surface, so it never drifts from your binary. It is embedded in the binary (version-stamped) rather than checked in. - `difyctl skills install` — dry-run: detect installed agents (Claude Code, Codex, opencode, Cursor, pi) and print where the skill would land. Writes nothing. - `difyctl skills install --yes` — write to every detected agent, printing each path. `--agent claude-code[,cursor]` restricts to a subset; `` forces one explicit directory (handy when your agent isn't detected). - `difyctl skills install --stdout` — print the `SKILL.md` to stdout (for piping or self-install); writes nothing. Detection is by config-directory existence (`~/.claude`, `~/.codex`, `~/.config/opencode`, `~/.cursor`, `~/.pi`). If a copy ever looks stale, run `difyctl version` and re-run `difyctl skills install`. ## Output formats | Flag | Behavior | | --------- | ------------------------------------------------------ | | (none) | Human table, columns auto-sized to terminal. | | `-o wide` | Same as table, no column truncation. | | `-o json` | Pretty-printed JSON, machine-parseable, stable shape. | | `-o yaml` | YAML mirror of `-o json`. | | `-o name` | IDs only, newline-separated — pipes into `xargs`. | | `-o text` | kubectl-describe style human text (`describe`, `run`). | Errors emit JSON envelope to stderr in `-o json` mode; else human message. Exit codes deterministic. ## Configuration | OS | Config path | | ------- | -------------------------------------------- | | Linux | `${XDG_CONFIG_HOME:-$HOME/.config}/difyctl/` | | macOS | `$HOME/.config/difyctl/` | | Windows | `%APPDATA%\difyctl\` | Override with `DIFY_CONFIG_DIR=/some/path`. Files written `0600`, directory `0700`. Tokens use OS keychain by default, fall back to sealed file on hosts without one. For every env var `difyctl` reads, run `difyctl env list` (machine-readable) or `difyctl help environment` (narrative). ## Streaming `run app` uses blocking transport by default. For long-running apps (likely exceed ~30s) pass `--stream`: ```sh difyctl run app app-1 "tell me about cats" --stream ``` Agent apps (`mode === 'agent-chat'` or `is_agent` flag set) stream regardless — Dify backend rejects blocking requests for agent mode. Combining `--stream` with `-o json` or `-o yaml` aggregates SSE events into same envelope shape as blocking response, so structured output identical regardless of transport. ## HTTP retry Idempotent requests (`GET`, `PUT`, `DELETE`) retry on transient network/DNS failures with exponential backoff. Default count: **3**. `POST` and `PATCH` never retry — side effects possible. | Knob | Effect | | ------------------------ | ---------------------------------------------- | | `--http-retry ` | Per-invocation override. `0` disables retries. | | `DIFYCTL_HTTP_RETRY=` | Process-level default. | Resolution: flag → env → 3. ## Contributing See [`ARD.md`] for architecture patterns, scaffolding recipe, dev workflow. ## License Apache-2.0. [Dify]: https://dify.ai [`ARD.md`]: ARD.md