This project is licensed under the MIT (Expat) license, which can be found here. Issues and Pull Requests should use these templates: ISSUE and PULL REQUEST.
#PRIVATE INTERNET ACCESS WIREGUARD LICENSE#
Contributingīy contributing to this project you are agreeing to the terms stated in the Contributor License Agreement (CLA) here.įor more details please see CONTRIBUTING. There are different WGPacketTunnelProvider class extensions to separate Message, Connectivity, API methods.Ĭurrently, WireGuard® VPN only works over UDP. You will find the main implementation in the WGPacketTunnelProvider class. The goal of this module is packaging up a black box implementation of a NEPacketTunnelProvider, which is the essential part of a Packet Tunnel Provider app extension. The Core module depends on Alamofire and is mostly platform-agnostic. Crypto, Logger and WireGuard® classes are in this module. Here you will find the WireGuard® utility classes and the low-level entities that we need to use from the AppExtension module. If after send the pings we still don't see an increment in the received bytes, we stop the tunnel. If after wireGuardMaxConnectionAttempts attempts we don't see an increment, we start to make ICMP pings to the pingAddress hostname or IP every pingInterval until we see the increment for a max of wireGuardMaxConnectionAttempts. To check the connectivity inside the tunnel we compare the received bytes every connectivityInterval seconds. With the WGServerResponse json object response, you need to create the uapi configuration as Go string and start the tunnel. The information retrieved from the request, is used to set the tunnel settings, as IP, DNS, etc. This server should return a WGServerResponse json object. You need to implement an endpoint in your server where you can add the public key generated from the library before to establish the connection with the WireGuard® server. The library is split into two modules, in order to decouple the low-level protocol implementation from the platform-specific bridging, namely the NetworkExtension VPN framework. Pod 'PIAWireguard', :git => "" Documentation To use with CocoaPods just add this to your Podfile: Git (preinstalled with Xcode Command Line Tools).It generates a amework for the following archs arm64 armv7 x86_64.
#PRIVATE INTERNET ACCESS WIREGUARD INSTALL#
The library uses 2 scripts to generate the WireGuard framework that can be used in other projects when you install PIAWireGuard as a pod: This library is based in the WireGuard® library for Apple platforms from Jason A. This library provides a simplified Swift implementation of the WireGuard® protocol for iOS, while also taking advantage of the Private Internet Access. Private Internet Access is about transparency, security, privacy, and delivering a world-class VPN service to its customers. Being in the industry for more than 10 years, PIA has garnered a base of 15 million satisfied customers. For more information about the PIA service, please visit our website or check out the Wiki. Private Internet Access (PIA) is a reputable VPN service that offers excellent digital privacy. At Private Internet Access we believe in unfettered access for all, and as a firm supporter of the open source ecosystem we have made the decision to open source our VPN clients. Private Internet Access is the world's leading consumer VPN service.
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