#include namespace llarp { namespace exit { Context::Context(llarp::Router* r) : m_Router(r) { } Context::~Context() { } void Context::Tick(llarp_time_t now) { auto itr = m_Exits.begin(); while(itr != m_Exits.end()) { itr->second->Tick(now); ++itr; } } void Context::CalculateExitTraffic(TrafficStats& stats) { auto itr = m_Exits.begin(); while(itr != m_Exits.end()) { itr->second->CalculateTrafficStats(stats); ++itr; } } llarp::exit::Endpoint* Context::FindEndpointForPath(const llarp::PathID_t& path) const { auto itr = m_Exits.begin(); while(itr != m_Exits.end()) { auto ep = itr->second->FindEndpointByPath(path); if(ep) return ep; ++itr; } return nullptr; } bool Context::ObtainNewExit(const llarp::PubKey& pk, const llarp::PathID_t& path, bool permitInternet) { auto itr = m_Exits.begin(); while(itr != m_Exits.end()) { if(itr->second->AllocateNewExit(pk, path, permitInternet)) return true; ++itr; } return false; } bool Context::AddExitEndpoint(const std::string& name, const Config_t& conf) { // check for duplicate exit by name { auto itr = m_Exits.find(name); if(itr != m_Exits.end()) { llarp::LogError("duplicate exit with name ", name); return false; } } std::unique_ptr< llarp::handlers::ExitEndpoint > endpoint; // make new endpoint endpoint.reset(new llarp::handlers::ExitEndpoint(name, m_Router)); // configure { auto itr = conf.begin(); while(itr != conf.end()) { if(!endpoint->SetOption(itr->first, itr->second)) return false; ++itr; } } // add endpoint if(!endpoint->Start()) return false; m_Exits.emplace(name, std::move(endpoint)); return true; } } // namespace exit } // namespace llarp