mn_timer_esp32.hpp

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#ifndef MINLIB_ESP32_TIMER_
#define MINLIB_ESP32_TIMER_
 
#include "mn_config.hpp"
 
#include <esp_timer.h>
 
#include "mn_itimer.hpp"
 
 
namespace mn {
    namespace esp32 {
 
        class basic_esp32_timer : public ITimer {
        public:
            basic_esp32_timer(const char * strName, unsigned int uiPeriod, bool bIsOneShot = true);
 
            virtual ~basic_esp32_timer() { destroy(); }
 
            virtual int create();
 
            virtual int destroy(unsigned int timeout = (unsigned int) 0xffffffffUL);
 
            virtual int active(unsigned int timeout = (unsigned int) 0xffffffffUL);
 
            virtual int inactive(unsigned int timeout = (unsigned int) 0xffffffffUL);
 
            virtual int reset(unsigned int timeout = (unsigned int) 0xffffffffUL);
 
            virtual bool set_period(unsigned int uiNewPeriod, unsigned int timeout = (unsigned int) 0xffffffffUL);
            virtual unsigned int get_period() { return m_uiPeriod; }
 
            virtual void*  get_handle();
 
            virtual void set_id(int nId) { /* NOT IMPL */ }
 
            virtual bool        is_running() { return m_bIsRunning; }
 
            virtual operator bool() { return is_running(); }
        protected:
            virtual void on_timer() = 0;
 
            virtual void on_enter() { }
            virtual void on_exit() { }
        private:
            static void runtimerstub(void* xTimer);
        private:
            esp_timer_handle_t m_pHandle;
 
            bool m_bIsOneShot;
            unsigned int m_uiPeriod;
            const char* m_strName;
 
            bool m_bIsRunning;
 
            bool m_bIsInit;
        };
 
        using timer32_t = basic_esp32_timer;
    }
}
#endif