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[no bump] Move technical docs to docs/, add icon and PNG export tool
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README now carries the icon, TL;DR, description and features; the technical sections live in docs/. tools/icon_png.py renders images/icon.svg to a square PNG (512x512 by default, --resolution N). plugin.json points at the plugin's own icon. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
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# Development
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## Writing your own plugin
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1. Run `python3 tools/bundle.py --check` once. It enables the git hooks that auto-bump the
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version on commit (see [Git hooks and versioning](versioning-and-releases.md#git-hooks-and-versioning)).
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2. Edit `plugin.json` (id, name, description, etc.).
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3. Write your plugin under `src/`, with `src/main.py` as the entry module (absolute imports
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only — it's executed at plugin-module top level, not inside a package).
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4. `python3 tools/bundle.py --release && python3 tools/verify_bundle.py dist/<id>.plugin`
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(substitute your `id` from `plugin.json`).
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5. `bash scripts/deploy.sh --enable` with a device connected.
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## Repo layout
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```
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plugin.json single source of truth for plugin metadata
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src/ the plugin, written as an ordinary Python package
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main.py entry module — exactly one BasePlugin subclass, absolute imports only
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config.py setting keys, defaults and tunables
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diagnostics.py bounded in-memory log, mirrored to a file (logcat is restricted here)
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providers/ endpoint settings, prompt assembly and SSE streaming
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services/ history fetch, anonymized transcript, markdown→RichMessage, injection, SQLite store
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hooks/ Xposed hooks (unread-button entry points, summary restore on chat open,
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forgetting a summary when its card is deleted)
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ui/ summarize dialog, bulletin and theme helpers
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tools/
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bundle.py compiles plugin.json + src/ into dist/<id>.plugin
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devclient.py speaks the on-device dev-server protocol (127.0.0.1:42690)
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verify_bundle.py offline harness that proves a built bundle behaves correctly, no phone needed
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release.py publishes a built bundle to a Gitea release (used by CI)
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icon_png.py renders images/icon.svg to a square PNG
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images/icon.svg the plugin icon, source of truth for any PNG export
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.gitea/workflows/ CI that builds, verifies and publishes the .plugin to Releases
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scripts/ ADB debug-loop automation and the git hooks
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docs/ these notes + sdk-notes.md, the condensed SDK API surface
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```
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## The three commands that matter
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```bash
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python3 tools/bundle.py --release # compile src/ -> dist/<id>.plugin
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python3 tools/verify_bundle.py dist/<id>.plugin # offline proof the bundle works, no device needed
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bash scripts/deploy.sh --enable # build (--dev) + push to a connected device + enable + reload
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```
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`bundle.py` walks `src/` recursively, embeds every `.py` file's source and dotted module name
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into a compressed, base64-encoded payload, and appends a small runtime preamble that installs
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a private import hook (scoped to a per-module `__builtins__` dict, never touching
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`sys.modules`) so cross-module and cross-package imports resolve exactly as they would if the
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files were still on disk. `--dev` (the default) embeds absolute local paths so a debugger
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resolves breakpoints against your real source files; `--release` embeds repo-relative paths
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for distribution. Both modes produce byte-reproducible output for a given `src/` + `plugin.json`.
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Its first run in a clone also enables the repo's git hooks (see
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[Git hooks and versioning](versioning-and-releases.md#git-hooks-and-versioning)).
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## Exporting the icon as PNG
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`tools/icon_png.py` renders `images/icon.svg` to `images/icon.png`, 512x512 by default.
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`--resolution` sets the size of both sides, so `--resolution 1024` gives 1024x1024:
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```bash
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python3 tools/icon_png.py # images/icon.png, 512x512
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python3 tools/icon_png.py --resolution 1024 # images/icon.png, 1024x1024
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python3 tools/icon_png.py some.svg -o out.png
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```
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The output is always PNG; any other `-o` extension is rejected. The script itself is stdlib
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only and hands the rendering to the first renderer it finds: the `cairosvg` Python package,
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`rsvg-convert` (librsvg), ImageMagick or Inkscape. Install any one of them.
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# Device setup and ADB automation
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## Device prerequisites
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- exteraGram 12.5.1+.
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- In-app: Preferences → Plugins → enable the plugin engine, then enable developer mode.
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- USB debugging enabled, device authorized (`adb devices`).
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Release-build APKs disallow `adb run-as`, so you cannot `adb push` a file straight into the
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app's private plugin directory. The on-device **dev server** (`tools/devclient.py`,
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`scripts/deploy.sh`) is the actual install path — it talks to the running app over a TCP
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socket forwarded with `adb forward`, and the app writes the file into its own storage.
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## ADB automation
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All scripts live in `scripts/`, are runnable from any working directory, and honor the
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standard `ANDROID_SERIAL` env var for device selection.
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- `scripts/adb-connect.sh [--debug]` — starts adb, waits for the device, (re)creates the
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`tcp:42690` port forward (and `tcp:5678` with `--debug`), pings the dev server.
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- `scripts/deploy.sh [--release] [--enable] [--no-connect]` — bundles, connects, writes the
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plugin to the device, optionally enables it, reloads it.
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- `scripts/watch.sh [deploy args…]` — watches `src/` and `plugin.json`, redeploys on change
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(uses `inotifywait` if available, otherwise polls).
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- `scripts/logs.sh [-c] [-t] [-g PATTERN]` — streams logcat for the running app (`-t` for the
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raw Chaquopy stdio tags, `-g` to grep, `-c` to clear first).
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- `scripts/debug.sh start|stop [--platform vscode|pycharm]` — forwards the debugger port and
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tells the dev server to start/stop the in-app debugger. Requires `debugpy` (vscode) or
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`pydevd-pycharm` (pycharm) present in the app's Python runtime — add it to `requirements` in
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`plugin.json` if it's missing.
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- `scripts/fetch-sdk-stubs.sh [--beta]` — downloads the latest SDK type stubs into `stubs/`
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for editor autocomplete.
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# How Chat Summaries works
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## Summarize flow
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**Summarize** (⋮ → Plugins → Summarize, or hold the unread button) runs in this order:
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1. A bulletin confirms the press, then the history is fetched.
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2. The transcript streams to the configured OpenAI-compatible endpoint.
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3. Only when the first chunk arrives is a summary card injected, directly after the newest
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analyzed message. If that message is not loaded (an offset, or history scrolled away),
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the chat is asked to load it first. The chat then jumps to the card once.
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4. Reasoning and answer stream into the card. The finished summary ends with a native
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`#aisummaries` hashtag and is saved to a local SQLite store, from which it is restored
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whenever the chat is reopened.
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Any failure before step 3 (fetch error, empty history, unreachable host, bad key, HTTP
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error) is reported as a bulletin only: the chat is not modified and the view does not move.
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A failure mid-stream is written onto the card, and a summary saved earlier for the same
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range is kept.
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Deleting a card like any other message removes its saved row. The settings page shows how
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many summaries are saved and roughly how much space they take, and offers **Clear all
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summaries** (with a confirmation step).
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Summaries exist only on this device, so Telegram's own search, which runs on the server,
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does not find them, including a search for `#aisummaries`.
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# How exteraGram plugins work
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## How exteraGram plugins actually work
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A plugin, as exteraGram loads it, is exactly **one Python file** on the device:
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`/data/user/0/com.exteragram.messenger/files/plugins/<plugin_id>.py`. The distribution
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convention names the same content `<id>.plugin`.
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The app reads plugin metadata **statically via AST** — it looks for top-level constant
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assignments (`__id__`, `__name__`, `__description__`, `__author__`, `__version__`,
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`__icon__`, `__app_version__`, `__sdk_version__`, `__requirements__`) without executing the
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file. Only `__id__` and `__name__` are required.
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The file must define exactly one class inheriting `BasePlugin` (`from base_plugin import
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BasePlugin`). Lifecycle methods (`on_plugin_load`, `on_plugin_unload`, `create_settings`) and
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hooks (`on_send_message_hook`, `pre_request_hook`, `post_request_hook`, `on_update_hook(s)`,
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`on_app_event`) are all called by the host; hooks must be registered inside
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`on_plugin_load` (e.g. `self.add_on_send_message_hook()`). A hook returns a
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`HookResult(strategy=HookStrategy.MODIFY, params=params)` to apply changes, or a bare
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`HookResult()` to pass through. Settings rows returned from `create_settings` come from
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`ui.settings` (`Header`, `Input`, `Switch`, `Text`, `Selector`, `Divider`) and persist through
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`self.get_setting`/`self.set_setting`. Logging goes through `android_utils.log`; Chaquopy also
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redirects `sys.stdout`/`sys.stderr` to the logcat tags `python.stdout`/`python.stderr`.
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This repo does not use the official Elyx/ElyxBuilder archive format — see
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[`sdk-notes.md`](sdk-notes.md) for why.
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# Versioning and releases
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## Git hooks and versioning
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`scripts/pre-commit` bumps the patch number of `version` in `plugin.json` on every commit
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(`1.0.0` → `1.0.1`) and stages it into that same commit. `scripts/post-commit` re-stages
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`plugin.json` afterwards, because commits of a file selection (`git commit -- <paths>`, which
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some IDEs use) are built from a temporary index and would otherwise leave it looking modified.
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**The hooks enable themselves.** Git never activates hooks from repository content, so a
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fresh clone, or a repo created from this template, starts without them. The first run of
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`tools/bundle.py` fixes that by running `git config core.hooksPath scripts`, and every
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workflow runs it: directly, or through `scripts/deploy.sh` and `scripts/watch.sh`. That
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includes `--check`, so after cloning run
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```bash
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python3 tools/bundle.py --check
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```
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once, before your first commit. A commit made before any build runs without the hooks.
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`bundle.py` leaves `core.hooksPath` alone when it is already set (so pointing it elsewhere on
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purpose sticks), skips the step in CI (whenever `CI` is set) and outside a git work tree, and
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never fails a build over it. To turn the hooks off for a clone, run
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`git config core.hooksPath .git/hooks`; `git config --unset core.hooksPath` only lasts
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until the next build.
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The bump is skipped when:
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- the commit message contains `[no bump]`, `[skip bump]`, `[no version bump]` or
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`[skip version]` (case-insensitive; `nobump`, `no-bump` and `no_bump` also work),
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- `NO_BUMP=1` (or `GIT_NO_BUMP=1`) is set, e.g. `NO_BUMP=1 git commit`, which is the only way
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for commits written in an editor, since their message doesn't exist yet when the hook runs,
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- `version` in `plugin.json` already differs from `HEAD` (you bumped it by hand, e.g. for a
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minor or major release),
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- a merge, rebase, cherry-pick or revert is in progress.
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Because every version change publishes a release (see [Publishing a release](#publishing-a-release)), a normal commit + push to
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`main` ships a new patch release. Use a stop word for commits that should not.
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## Publishing a release
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`.gitea/workflows/release.yml` builds, verifies and publishes the `.plugin` to the repo's
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Releases tab on every push to `main`. `dist/` is gitignored, so the artifact is always built
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by CI rather than committed.
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The `version` field in `plugin.json` is the single source of truth:
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| Push to `main` with… | Result |
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| --- | --- |
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| a new `version` | creates tag `v<version>` and a new release |
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| the same `version` | rebuilds the existing release, replacing its attachment |
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So every push leaves a downloadable build attached to the current version, and bumping
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`version` is what cuts a new release. With the git hooks enabled every commit bumps it,
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so every push of a normal commit cuts a new patch release. Pushing a `v*` tag by hand still works and uses that
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tag verbatim, as does a manual run (Actions → Publish plugin → Run workflow).
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Every path runs `--check`, builds with `--release`, and gates the upload on
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`verify_bundle.py`, so a bundle that fails verification is never published. A rebuild
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replaces the attachment rather than piling up duplicates, and refreshes the release notes to
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name the commit it came from. The tag itself is never moved: it keeps pointing at the commit
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that first introduced that version.
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Authentication uses `secrets.API_TOKEN`, an organisation-level Actions secret holding a user
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token with the `write:repository` scope (which covers releases). Set it once under
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**Org → Settings → Actions → Secrets** and every repo in the organisation inherits it; a
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repo-level secret of the same name takes precedence if one repo ever needs different
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credentials.
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The workflow passes it to `release.py` as `RELEASE_TOKEN`, **not** `GITEA_TOKEN`. The Actions
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runner injects its own `GITEA_TOKEN` into every step, and that value overrides a step-level
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`env:` entry of the same name, so the org secret would be silently ignored.
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If the org secret does not reach a repository the publish still works: `release.py` tries
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`RELEASE_TOKEN` first and then falls back to the runner's `GITEA_TOKEN`, which can publish
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releases in its own repository, and prints which one it used. An organisation secret is only
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exposed to a repository that has Actions enabled, so check **Repo → Settings → Actions** if a
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repo unexpectedly falls back.
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If you would rather not manage a token at all, that injected `GITEA_TOKEN` can create
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releases in its own repo: pass `--token-env GITEA_TOKEN` and drop the org secret. It is
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scoped to the single job and expires with it, so it is the safer default; `API_TOKEN` is what
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you want when publishing needs to reach beyond this repo.
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