We do plan to modestly monetize the app when released publicly (paid download, in-app-purchases and/or ads) and would appreciate your feedback on which model you’d prefer. The modifications to Syncthing for iOS are published at under MPLv2 but the iOS wrapper around it is closed source.
#Syncthing github install#
You can install the beta through Apple TestFlight using the link below. Pickup Infinity is happy to announce we’re now releasing a beta version of iSyncthing, a new iOS client for iSyncthing. # If this is a fresh deployment, copy in the config and certĬp /opt/ /srv/config/config.ISyncthing iOS client for Syncthing now in beta Path: _root_path _name name: start-script '/srv/syncthing/syncthing -home=/srv/config ' path: _name 80Īpp: _name Īpp: _name name: registry-auth auth-secret: _name 'Authentication Required '
# To enable basic HTTP authentication, uncomment the following lines: Proxy_set_header X-Forwarded-Proto $scheme Proxy_set_header X-Forwarded-For $proxy_add_x_forwarded_for Name: _name Īpp: _name image: nginx:1.19.0 The authentication credentials for this HTTP basic auth are stored as a standard Secret. The Syncthing GUI is protected at the ingress controller level using Kubernetes annotations on the Ingress defined for the app. The config file was generated automatically in an initial deployment, then customized, and then stored as a ConfigMap that is mounted as a Volume in the init container so that it can be copied in as a file where Syncthing expects it. The Persistent Peer configuration files include a config.xml and two files needed for the Persistent Peer identity certificate. The second deployment is an NGINX webserver for use as a reverse-proxy, allowing the web GUI to be accessible at some path of an existing domain (which already has a TLS cert) such as. The first uses a custom-built image from a Dockerfile that essentially just downloads a particular version of Syncthing. When accepting their offered Device, team members can select "Introducer" and "Auto Accept" so that the Persistent Peer will automatically accept any folder they share with it.
Then they will need to login to the web GUI at and allow the Persistent Peer to accept this connection.
Team members can add the Persistent Peer Device ID to their individual Syncthing apps on their workstations. This is where a Persistent Peer is helpful, because in this situation, it is always online to receive updates and then sync them with the other team members when they come online again.
#Syncthing github Offline#
However, what if one person modifies or adds a file while the other two are offline, and then that person goes offline before the other two come online? In that event, they would not receive the update. They can accomplish this with Syncthing using only their three workstations, by exchanging Device IDs and sharing the folders. This deployment app launches a Syncthing "device" (Persistent Peer) that offers a high-availability peer for members of a team to include in their file shares.įor example, imagine there are three people in a team who want to share various folders with each other during the course of their work. It is a peer-to-peer (P2P) application that automagically syncs files in the background. Syncthing provides a way to share arbitrary numbers of files between any number of people without the need for a central server. Syncthing Device for a Persistent Peer Overview
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