#pragma once #include #include #include #include #include "common.hpp" #include "settings.hpp" #include "errors.hpp" #include "components/logger.hpp" #include "utils/math.hpp" #if WITH_LIBNL #include struct nl_msg; struct nlattr; #else #include /* * wirless_tools 29 (and possibly earlier) redefines 'inline' in iwlib.h * With clang this leads to a conflict in the POLYBAR_NS macro * wirless_tools 30 doesn't have that issue anymore */ #ifdef inline #undef inline #endif #endif POLYBAR_NS class file_descriptor; namespace net { DEFINE_ERROR(network_error); bool is_wireless_interface(const string& ifname); // types {{{ struct quality_range { int val{0}; int max{0}; int percentage() const { if (val < 0) { return std::max(std::min(std::abs(math_util::percentage(val, max, -20)), 100), 0); } return std::max(std::min(math_util::percentage(val, 0, max), 100), 0); } }; using bytes_t = unsigned int; struct link_activity { bytes_t transmitted{0}; bytes_t received{0}; std::chrono::system_clock::time_point time; }; struct link_status { string ip; string ip6; link_activity previous{}; link_activity current{}; }; // }}} // class : network {{{ class network { public: explicit network(string interface); virtual ~network() {} virtual bool query(bool accumulate = false); virtual bool connected() const = 0; virtual bool ping() const; string ip() const; string ip6() const; string downspeed(int minwidth = 3, const string& unit = "B/s") const; string upspeed(int minwidth = 3, const string& unit = "B/s") const; void set_unknown_up(bool unknown = true); protected: void check_tuntap_or_bridge(); bool test_interface() const; string format_speedrate(float bytes_diff, int minwidth, const string& unit) const; void query_ip6(); const logger& m_log; unique_ptr m_socketfd; link_status m_status{}; string m_interface; bool m_tuntap{false}; bool m_bridge{false}; bool m_unknown_up{false}; }; // }}} // class : wired_network {{{ class wired_network : public network { public: explicit wired_network(string interface) : network(interface) {} bool query(bool accumulate = false) override; bool connected() const override; string linkspeed() const; private: int m_linkspeed{0}; }; // }}} #if WITH_LIBNL // class : wireless_network {{{ class wireless_network : public network { public: wireless_network(string interface) : network(interface), m_ifid(if_nametoindex(interface.c_str())){}; bool query(bool accumulate = false) override; bool connected() const override; string essid() const; int signal() const; int quality() const; protected: static int scan_cb(struct nl_msg* msg, void* instance); bool associated_or_joined(struct nlattr** bss); void parse_essid(struct nlattr** bss); void parse_frequency(struct nlattr** bss); void parse_quality(struct nlattr** bss); void parse_signal(struct nlattr** bss); private: unsigned int m_ifid{}; string m_essid{}; int m_frequency{}; quality_range m_signalstrength{}; quality_range m_linkquality{}; }; // }}} #else // class : wireless_network {{{ class wireless_network : public network { public: wireless_network(string interface) : network(interface) {} bool query(bool accumulate = false) override; bool connected() const override; string essid() const; int signal() const; int quality() const; protected: void query_essid(const int& socket_fd); void query_quality(const int& socket_fd); private: shared_ptr m_info{}; string m_essid{}; quality_range m_signalstrength{}; quality_range m_linkquality{}; }; // }}} #endif using wireless_t = unique_ptr; using wired_t = unique_ptr; } // namespace net POLYBAR_NS_END