12/28/2023 0 Comments Transmission openvpnSed: cannot rename /etc/openvpn/custom/sedael1fn: Device or resource busyĪdding route to local network 172.16.2.0/24 via 172.17.0.1 dev eth0 Sed: cannot rename /etc/openvpn/custom/sed9tqhzg: Device or resource busy Modification: Remap SIGUSR1 signal to SIGTERM, avoid OpenVPN restart loop Sed: cannot rename /etc/openvpn/custom/sedjJMcte: Device or resource busy Sed: cannot rename /etc/openvpn/custom/sedTNzts8: Device or resource busy Sed: cannot rename /etc/openvpn/custom/sedWn0Ih5: Device or resource busy Modification: Change tls-crypt keyfile path Sed: cannot rename /etc/openvpn/custom/sedXAencU: Device or resource busy Sed: cannot rename /etc/openvpn/custom/sedXb39bP: Device or resource busy Modification: Update/set resolv-retry to 15 seconds Sed: cannot rename /etc/openvpn/custom/sed54pOmM: Device or resource busy Sed: cannot rename /etc/openvpn/custom/sedSXaqqI: Device or resource busy Sed: cannot rename /etc/openvpn/custom/sednyjfiD: Device or resource busy Sed: cannot rename /etc/openvpn/custom/sedZPHL0z: Device or resource busy Sed: cannot rename /etc/openvpn/custom/sediFmU6r: Device or resource busy Sed: cannot rename /etc/openvpn/custom/sedy7Hb5i: Device or resource busy Modification: Point auth-user-pass option to the username/password file Modifying /etc/openvpn/custom/default.ovpn for best behaviour in this container Defaulting to external configĭownloading configs from into /tmp/tmp.6Hq7eqBbqrĮxtracting configs to /tmp/tmp.FGlqFS1XroĮRROR: Could not find any configs for provider CUSTOM in downloaded configsĬleanup: deleting /tmp/tmp.6Hq7eqBbqr and /tmp/tmp.FGlqFS1Xro No bundled config script found for CUSTOM. Starting container with revision: 94754fe91d3a430bafa6b0dec75f56ded43ef1df The logs should also not have those sed errors. I expect the OpenVPN file to be modified correctly, and not end up with a mile-long ovpn file after a couple reboots. Websocket transmission support to realize CDN traffic transfer (based on WebSocket over TLS) and counter GFW man-in-the-middle attacks.Verify-x509-name nameĪuth-user-pass /config/openvpn-credentials.txt.Socks5 / HTTP proxy automatic adaptation.Countermeasures against GFW passive detection/active detection mechanism.Transparent proxy based on TProxy (TCP / UDP).It can be run directly after decompression, no other components depend on it. The pre-compiled binary executable file can be downloaded on the Release page. supports pluggable The unplugged transport layer plug-in allows to replace TLS and use other encrypted tunnels to transmit Trojan protocol traffic. supports the use of AEAD for secondary encryption of Trojan traffic (based on Shadowsocks AEAD). supports CDN traffic transfer (based on WebSocket over TLS). uses routing modules to achieve domestic and foreign traffic distribution. Trojan-Go supports multiplexing to improve concurrency performance. Safe, efficient, lightweight and easy to use. A complete Trojan proxy implemented using Go, compatible with the original Trojan protocol and configuration file format. Under this premise, the transmission performance and ease of use should be improved as much as possible. The primary goal of Trojan-Go is to ensure transmission security and concealment. It supports and is compatible with most functions of the Trojan-GFW version, and has expanded more practical functions. Trojan-Go is a complete Trojan agent implemented in Go language, compatible with the Trojan protocol and the original configuration file format. However, trojan implements the direct opposite: it imitates the most common protocol across the wall, HTTPS, to trick GFW into thinking that it is HTTPS. On penetrating GFW, people assume that strong encryption and random obfuscation may cheat GFW’s filtration mechanism. We are the GreatER Fire we ship Trojan Horses. It's an idea, an idea that imitating the most common service, to an extent that it behaves identically, could help you get across the Great FireWall permanently, without being identified ever. Trojan is not a fixed program or protocol. Trojan features multiple protocols over TLS to avoid both active/passive detections and ISP QoS limitations. An unidentifiable mechanism that helps you bypass GFW.
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