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- # mconnect
- mconnect - KDE Connect protocol implementation in Vala/C
-
- GLib and Gio should be available even on trimmed down systems. Vala is
- really needed only at build time. OpenSSL does the packet
- encryption/decryption at the protocol level, while Json-glib does
- packet parsing. Libnotify is responsible for displaying shell popups.
-
- # Building
-
- Build dependencies (using package names as found in Fedora):
-
- - vala
- - glib2-devel
- - gobject-introspection-devel
- - libgee-devel
- - json-glib
- - openssl-devel
- - libnotify-devel
- - gtk3-devel
- - at-spi2-core-devel (and at-spi2-atk)
-
- or see `mconnect.spec` in source tree. Once build deps are in place, run:
-
- autoreconf -if
- ./configure --prefix=<your favorite prefix>
- make
- make install
- # or make DESTDIR=<somedir> install if you want to inspect what
- # gets installed
-
- # Configuration
-
- A sample configuration file is provided in source tree, see
- `mconnect.conf`. It will get installed to `${datadir}/mconnect/`
- (usually corresponding to `/usr/share/mconnect/`) by default. Once
- `mconnect` starts it will pick the default file and make a copy of it
- in user's config directory, specifically `~/.config/mconnect/`.
-
- A device described in it's own group and listed in `main.devices`, has
- to match exactly with incoming identity packets. However, since
- `deviceId` is not known beforehand, neither shown in KDE Connect
- Android application, only `name` and `type` are used for matching.
-
- # Usage
-
- Start it by running:
-
- mconnect -d
-
- # Operation
-
- The daemon starts listening on `0.0.0.0:1714` for incoming UDP
- packets. Once an identity packet (a sort of a handshake) is received,
- a connection at the sender's address will be made only if the device
- is listed as `allowed` in `mconnect.conf` (see the sample config).
- Should the device be whitelisted in configuration, pairing will happen
- automatically.
-
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