#include "dizzy.hh"

ld::DaisySeed seed{};

struct Time {
    Time()
    {
        msec = seed.system.GetNow();
        usec = seed.system.GetUs();
        tick = seed.system.GetTick();
    }

    u32 msec;
    u32 usec;
    u32 tick;
};


std::string to_string(Time &obj)
{
    std::string ret{ "Time: " };
    ret += std::to_string(obj.msec);
    ret += " / ";
    ret += std::to_string(obj.usec);
    ret += "  / ";
    ret += std::to_string(obj.tick);
    return ret;
}

void print_uptime(u32 time)
{
    Time t{};
    std::string str{ to_string(t) + "\n\r" };
    dz::Console::tx(str.c_str(), str.size());
}

dz::PeriodicTaskCT<print_uptime, 1000> task1{};

int main(void)
{
    seed.Init();

    dz::Console::init();
    while (!dz::Console::has_next()) {};

    std::string motd{ "dizzy console\n" };
    dz::Console::tx(motd.c_str(), motd.size());

    while (true) {
        Time time_mainloop_begin{};
        while (dz::Console::has_next()) {
            char b = dz::Console::rx();
            dz::Console::tx(&b, 1);
        }

        task1.run_pending(time_mainloop_begin.msec);
    }
}