using Newtonsoft.Json; using ProxySuper.Core.Models.Projects; using System; using System.Text; using System.Web; namespace ProxySuper.Core.Services { public class ShareLink { public static string BuildBrook(BrookSettings settings) { var password = HttpUtility.UrlEncode(settings.Password); if (settings.BrookType == BrookType.server) { var address = HttpUtility.UrlEncode($"{settings.IP}:{settings.Port}"); return $"brook://server?password={password}&server={address}"; } if (settings.BrookType == BrookType.wsserver) { var address = HttpUtility.UrlEncode($"ws://{settings.IP}:{settings.Port}"); return $"brook://wsserver?password={password}&wsserver={address}"; } if (settings.BrookType == BrookType.wssserver) { var address = HttpUtility.UrlEncode($"wss://{settings.Domain}:{settings.Port}"); return $"brook://wssserver?password={password}&wssserver={address}"; } if (settings.BrookType == BrookType.socks5) { var address = HttpUtility.UrlEncode($"socks5://{settings.IP}:{settings.Port}"); return $"brook://socks5?password={password}&socks5={address}"; } return string.Empty; } public static string BuildNaiveProxy(NaiveProxySettings settings) { StringBuilder strBuilder = new StringBuilder(); strBuilder.Append("naive+https://"); strBuilder.Append($"{settings.UserName}:{settings.Password}"); strBuilder.Append($"@{settings.Domain}:{settings.Port}"); strBuilder.Append("?padding=true#naive_proxy"); return strBuilder.ToString(); } public static string BuildTrojanGo(TrojanGoSettings settings) { StringBuilder strBuilder = new StringBuilder(); strBuilder.Append("trojan-go://"); strBuilder.Append($"{HttpUtility.UrlEncode(settings.Password)}@{settings.Domain}:{settings.Port}/?"); if (settings.EnableWebSocket) { strBuilder.Append($"type=ws&path={HttpUtility.UrlEncode(settings.WebSocketPath)}&"); } else { strBuilder.Append("type=original&"); } strBuilder.Append($"#{HttpUtility.UrlEncode("trojan-go")}"); return strBuilder.ToString(); } public static string Build(RayType xrayType, V2raySettings settings) { switch (xrayType) { case RayType.VLESS_TCP: case RayType.VLESS_TCP_XTLS: case RayType.VLESS_WS: case RayType.VLESS_KCP: case RayType.VLESS_gRPC: case RayType.Trojan_TCP: return BuildVlessShareLink(xrayType, settings); case RayType.VMESS_TCP: case RayType.VMESS_WS: case RayType.VMESS_KCP: return BuildVmessShareLink(xrayType, settings); case RayType.ShadowsocksAEAD: return BuildShadowSocksShareLink(settings); default: return string.Empty; } } private static string BuildShadowSocksShareLink(V2raySettings settings) { var _method = settings.ShadowSocksMethod; var _password = settings.ShadowSocksPassword; var _server = settings.Domain; var _port = settings.ShadowSocksPort; var base64URL = Utils.Base64Encode($"{_method}:{_password}@{_server}:{_port}"); return "ss://" + base64URL + "#ShadowSocks"; } private static string BuildVmessShareLink(RayType xrayType, V2raySettings settings) { var vmess = new Vmess { v = "2", add = settings.Domain, port = settings.Port.ToString(), id = settings.UUID, aid = "0", net = "", type = "none", host = "", path = "", tls = "tls", ps = "", }; switch (xrayType) { case RayType.VMESS_TCP: vmess.ps = "vmess-tcp-tls"; vmess.net = "tcp"; vmess.type = "http"; vmess.path = settings.VMESS_TCP_Path; break; case RayType.VMESS_WS: vmess.ps = "vmess-ws-tls"; vmess.net = "ws"; vmess.type = "none"; vmess.path = settings.VMESS_WS_Path; break; case RayType.VMESS_KCP: vmess.ps = "vmess-mKCP"; vmess.port = settings.VMESS_KCP_Port.ToString(); vmess.net = "kcp"; vmess.type = settings.VMESS_KCP_Type; vmess.path = settings.VMESS_KCP_Seed; vmess.tls = ""; break; default: return string.Empty; } var base64Url = Utils.Base64Encode(JsonConvert.SerializeObject(vmess)); return $"vmess://" + base64Url; } private static string BuildVlessShareLink(RayType xrayType, V2raySettings settings) { var _protocol = string.Empty; var _uuid = settings.UUID; var _domain = settings.Domain; var _port = settings.Port; var _type = string.Empty; var _encryption = "none"; var _security = "tls"; var _path = "/"; var _host = settings.Domain; var _descriptiveText = string.Empty; var _headerType = "none"; var _seed = string.Empty; switch (xrayType) { case RayType.VLESS_TCP: _protocol = "vless"; _type = "tcp"; _descriptiveText = "vless-tcp-tls"; break; case RayType.VLESS_TCP_XTLS: _protocol = "vless"; _type = "tcp"; _security = "xtls"; _descriptiveText = "vless-tcp-xtls"; break; case RayType.VLESS_WS: _protocol = "vless"; _type = "ws"; _path = settings.VLESS_WS_Path; _descriptiveText = "vless-ws-tls"; break; case RayType.VLESS_KCP: _protocol = "vless"; _type = "kcp"; _headerType = settings.VLESS_KCP_Type; _seed = settings.VLESS_KCP_Seed; _port = settings.VLESS_KCP_Port; _security = "none"; _descriptiveText = "vless-mKCP"; break; case RayType.VLESS_gRPC: _protocol = "vless"; _type = "grpc"; _port = settings.VLESS_gRPC_Port; _descriptiveText = "vless-gRPC"; break; case RayType.Trojan_TCP: _protocol = "trojan"; _uuid = settings.TrojanPassword; _descriptiveText = "trojan-tcp"; break; default: throw new Exception("暂未实现的协议"); } string parametersURL = string.Empty; if (xrayType != RayType.Trojan_TCP) { // 4.3 传输层相关段 parametersURL = $"?type={_type}&encryption={_encryption}&security={_security}&path={HttpUtility.UrlEncode(_path)}&headerType={_headerType}"; // kcp if (xrayType == RayType.VLESS_KCP) { parametersURL += $"&seed={_seed}"; } // 4.4 TLS 相关段 if (xrayType == RayType.VLESS_TCP_XTLS) { parametersURL += "&flow=xtls-rprx-direct"; } if (xrayType == RayType.VLESS_gRPC) { parametersURL += $"&serviceName={settings.VLESS_gRPC_ServiceName}&mode=gun"; } } return $"{_protocol}://{HttpUtility.UrlEncode(_uuid)}@{_domain}:{_port}{parametersURL}#{HttpUtility.UrlEncode(_descriptiveText)}"; } } class Vmess { public string v { get; set; } public string ps { get; set; } public string add { get; set; } public string port { get; set; } public string id { get; set; } public string aid { get; set; } public string net { get; set; } public string type { get; set; } public string host { get; set; } public string path { get; set; } public string tls { get; set; } } }