Arsen Musayelyan
d7bd94e164
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200 lines
6.8 KiB
Markdown
200 lines
6.8 KiB
Markdown
# ITD
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## InfiniTime Daemon
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`itd` is a daemon that uses my infinitime [library](https://go.arsenm.dev/infinitime) to interact with the [PineTime](https://www.pine64.org/pinetime/) running [InfiniTime](https://infinitime.io).
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[](https://ci.arsenm.dev/Arsen6331/itd)
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[](https://aur.archlinux.org/packages/itd-git/)
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[](https://aur.archlinux.org/packages/itd-bin/)
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---
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### Features
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- Notification relay
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- Notification transliteration
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- Call Notifications (ModemManager)
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- Music control
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- Get info from watch (HRM, Battery level, Firmware version, Motion)
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- Set current time
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- Control socket
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- Firmware upgrades
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- Weather
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- BLE Filesystem
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- Navigation (PureMaps)
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---
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### Installation
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Since ITD 0.0.7, packages are built and uploaded whenever a new release is created.
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#### Arch Linux
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Use the `itd-bin` or `itd-git` AUR packages.
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#### Debian/Ubuntu
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- Go to the [latest release](https://gitea.arsenm.dev/Arsen6331/itd/releases/latest) and download the `.deb` package for your CPU architecture. You can find your architecture by running `uname -m` in the terminal.
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- Run `sudo apt install <package>`, replacing `<package>` with the path to the downloaded file. Note: relative paths must begin with `./`.
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- Example: `sudo apt install ~/Downloads/itd-0.0.7-linux-aarch64.deb`
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#### Fedora
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- Go to the [latest release](https://gitea.arsenm.dev/Arsen6331/itd/releases/latest) and download the `.rpm` package for your CPU architecture. You can find your architecture by running `uname -m` in the terminal.
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- Run `sudo dnf install <package>`, replacing `<package>` with the path to the downloaded file.
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- Example: `sudo dnf install ~/Downloads/itd-0.0.7-linux-aarch64.rpm`
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#### Alpine (and postmarketOS)
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- Go to the [latest release](https://gitea.arsenm.dev/Arsen6331/itd/releases/latest) and download the `.apk` package for your CPU architecture. You can find your architecture by running `uname -m` in the terminal.
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- Run `sudo apk add --allow-untrusted <package>`, replacing `<package>` with the path to the downloaded file.
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- Example: `sudo apk add --allow-untrusted ~/Downloads/itd-0.0.7-linux-aarch64.apk`
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Note: `--allow-untrusted` is required because ITD isn't part of a repository, and therefore is not signed.
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---
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### `itctl`
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This daemon comes with a binary called `itctl` which uses the socket to control the daemon from the command line. As such, it can be scripted using bash.
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This is the `itctl` usage screen:
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```
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NAME:
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itctl - A new cli application
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USAGE:
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itctl [global options] command [command options] [arguments...]
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COMMANDS:
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help Display help screen for a command
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resources, res Handle InfiniTime resource loading
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filesystem, fs Perform filesystem operations on the PineTime
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firmware, fw Manage InfiniTime firmware
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get Get information from InfiniTime
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notify Send notification to InfiniTime
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set Set information on InfiniTime
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update, upd Update information on InfiniTime
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watch Watch a value for changes
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GLOBAL OPTIONS:
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--socket-path value, -s value Path to itd socket (default: "/tmp/itd/socket")
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```
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---
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### `itgui`
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In `cmd/itgui`, there is a gui frontend to the socket of `itd`. It uses the [Fyne library](https://fyne.io/) for Go.
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#### Easy Installation
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The easiest way to install `itgui` is to use my other project, [LURE](https://gitea.arsenm.dev/Arsen6331/lure). LURE will only work if your package manager is `apt`, `dnf`, `yum`, `zypper`, `pacman`, or `apk`.
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Instructions:
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1. Install LURE. This can be done with the following command: `curl https://www.arsenm.dev/lure.sh | bash`.
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2. Check to make sure LURE is properly installed by running `lure ref`.
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3. Run `lure in itgui`. This process may take a while as it will compile `itgui` from source and package it for your distro.
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4. Once the process is complete, you should be able to open and use `itgui` like any other app.
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#### Compilation
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Before compiling, certain prerequisites must be installed. These are listed on the following page: https://developer.fyne.io/started/#prerequisites
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It can be compiled by running:
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```shell
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go build ./cmd/itgui
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```
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#### Cross-compilation
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Due to the use of OpenGL, cross-compilation of `itgui` isn't as simple as that of `itd` and `itctl`. The following guide from the Fyne website should work for `itgui`: https://developer.fyne.io/started/cross-compiling.
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#### Screenshots
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---
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### Installation
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To install, install the go compiler and make. Usually, go is provided by a package either named `go` or `golang`, and make is usually provided by `make`. The go compiler must be version 1.17 or newer for various new `reflect` features.
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To install, run
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```shell
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make && sudo make install
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```
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---
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### Socket
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This daemon creates a UNIX socket at `/tmp/itd/socket`. It allows you to directly control the daemon and, by extension, the connected watch.
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The socket uses tge [DRPC](https://github.com/storj/drpc) library for requests. The code generated by this framework is located in [`internal/rpc`](/internal/rpc)
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The API description is located in the [`internal/rpc/itd.proto`](/internal/rpc/itd.proto) file.
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---
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### Starting
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To start the daemon, run the following **without root**:
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```shell
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systemctl --user start itd
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```
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To autostart on login, run:
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```shell
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systemctl --user enable itd
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```
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---
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### Cross compiling
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To cross compile, simply set the go environment variables. For example, for PinePhone, use:
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```shell
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make GOOS=linux GOARCH=arm64
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```
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This will compile `itd` and `itctl` for Linux aarch64 which is what runs on the PinePhone. This daemon only runs on Linux due to the library's dependencies (`dbus`, and `bluez` specifically).
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---
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### Configuration
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This daemon places a config file at `/etc/itd.toml`. This is the global config. `itd` will also look for a config at `~/.config/itd.toml`.
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Most of the time, the daemon does not need to be restarted for config changes to take effect.
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---
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### Attribution
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Location data from OpenStreetMap Nominatim, © [OpenStreetMap](https://www.openstreetmap.org/copyright) contributors
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Weather data from the [Norwegian Meteorological Institute](https://www.met.no/en) |