git-svn-id: svn://db.shs.com.ru/pip@400 12ceb7fc-bf1f-11e4-8940-5bc7170c53b5
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src_main/thread/pitimer.h
Executable file
253
src_main/thread/pitimer.h
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/*! \file pitimer.h
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* \brief Timer
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*/
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/*
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PIP - Platform Independent Primitives
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Timer
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Copyright (C) 2016 Ivan Pelipenko peri4ko@yandex.ru
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This program is free software: you can redistribute it and/or modify
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it under the terms of the GNU General Public License as published by
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the Free Software Foundation, either version 3 of the License, or
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(at your option) any later version.
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This program is distributed in the hope that it will be useful,
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but WITHOUT ANY WARRANTY; without even the implied warranty of
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MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
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GNU General Public License for more details.
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You should have received a copy of the GNU General Public License
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along with this program. If not, see <http://www.gnu.org/licenses/>.
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*/
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#ifndef PITIMER_H
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#define PITIMER_H
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#include "pithread.h"
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#include "pitime.h"
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typedef void (*TimerEvent)(void * , int );
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class PITimer;
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class _PITimerBase {
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friend class PITimer;
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public:
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_PITimerBase();
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virtual ~_PITimerBase() {stop();}
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double interval() const {return interval_;}
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void setInterval(double i);
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// ! \brief Return \c true if thread is running
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bool isRunning() const {return running_;}
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bool isStopped() const {return !running_;}
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bool start() {return start(interval_);}
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bool start(double interval_ms);
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void startDeferred(double delay_ms) {startDeferred(interval_, delay_ms);}
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void startDeferred(double interval_ms, double delay_ms);
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void startDeferred(PIDateTime start_datetime) {startDeferred(interval_, start_datetime);}
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void startDeferred(double interval_ms, PIDateTime start_datetime);
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bool stop();
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typedef void(*TickFunc)(PITimer*);
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TickFunc tfunc;
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PITimer * parent;
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protected:
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virtual bool startTimer(double interval_ms) = 0;
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virtual bool stopTimer() = 0;
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double interval_, deferred_delay;
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bool deferred_, deferred_mode; // mode: true - date, false - delay
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volatile bool running_;
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PIDateTime deferred_datetime;
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};
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class PITimer: public PIObject {
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PIOBJECT_SUBCLASS(PITimer, PIObject)
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public:
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//! \brief Constructs timer with PITimer::Thread implementation
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explicit PITimer();
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//! \brief Timer implementations
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enum TimerImplementation {
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Thread /*! Timer works in his own thread. Intervals are measured by the system time */ = 0x01,
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ThreadRT /*! Using POSIX timer with SIGEV_THREAD notification. \attention Doesn`t support on Windows and Mac OS! */ = 0x02,
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// SignalRT /*! */ = 0x03,
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Pool /*! Using single TimerPool for all timers with this implementation. TimerPool works as Thread implementation and
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* sequentially executes all timers. \attention Use this implementation with care! */ = 0x04
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};
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//! \brief Constructs timer with "ti" implementation
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explicit PITimer(TimerImplementation ti);
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//! \brief Constructs timer with "slot" slot, "data" data and "ti" implementation
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explicit PITimer(TimerEvent slot, void * data = 0, TimerImplementation ti = Thread);
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PITimer(const PITimer & other);
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virtual ~PITimer();
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//! \brief Returns timer implementation
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PITimer::TimerImplementation implementation() const {return imp_mode;}
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//! \brief Returns timer loop delay in milliseconds
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double interval() const {return imp->interval_;}
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//! \brief Set timer loop delay in milliseconds
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EVENT_HANDLER1(void, setInterval, double, ms) {setProperty("interval", ms); imp->setInterval(ms);}
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//! \brief Returns if timer is started
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bool isRunning() const {return imp->running_;}
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//! \brief Returns if timer is not started
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bool isStopped() const {return !imp->running_;}
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EVENT_HANDLER0(bool, start) {return imp->start();}
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EVENT_HANDLER1(bool, start, int, interval_ms_i) {setInterval(double(interval_ms_i)); return imp->start(double(interval_ms_i));}
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EVENT_HANDLER1(bool, start, double, interval_ms_d) {setInterval(interval_ms_d); return imp->start(interval_ms_d);}
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EVENT_HANDLER0(bool, restart) {imp->stop(); return imp->start();}
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EVENT_HANDLER1(void, startDeferred, double, delay_ms) {imp->startDeferred(delay_ms);}
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EVENT_HANDLER2(void, startDeferred, double, interval_ms, double, delay_ms) {imp->startDeferred(interval_ms, delay_ms);}
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EVENT_HANDLER1(void, startDeferred, PIDateTime, start_datetime) {startDeferred(imp->interval_, start_datetime);}
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EVENT_HANDLER2(void, startDeferred, double, interval_ms, PIDateTime, start_datetime) {imp->startDeferred(interval_ms, start_datetime);}
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EVENT_HANDLER0(bool, stop) {return imp->stop();}
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bool waitForFinish() {return waitForFinish(-1);}
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bool waitForFinish(int timeout_msecs);
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//! \brief Set custom data
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void setData(void * data_) {data_t = data_;}
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//! \brief Set timer tick function
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void setSlot(TimerEvent slot) {ret_func = slot;}
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//! \brief Returns common data passed to tick functions
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void * data() const {return data_t;}
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void needLockRun(bool need) {lockRun = need;}
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EVENT_HANDLER0(void, lock) {mutex_.lock();}
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EVENT_HANDLER0(void, unlock) {mutex_.unlock();}
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//! \brief Add frequency delimiter \b delim with optional delimiter slot \b slot.
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void addDelimiter(int delim, TimerEvent slot = 0) {delims << Delimiter(slot, delim);}
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//! \brief Remove all frequency delimiters \b delim.
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void removeDelimiter(int delim) {for (int i = 0; i < delims.size_s(); ++i) if (delims[i].delim == delim) {delims.remove(i); i--;}}
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//! \brief Remove all frequency delimiters with slot \b slot.
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void removeDelimiter(TimerEvent slot) {for (int i = 0; i < delims.size_s(); ++i) if (delims[i].slot == slot) {delims.remove(i); i--;}}
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//! \brief Remove all frequency delimiters \b delim with slot \b slot.
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void removeDelimiter(int delim, TimerEvent slot) {for (int i = 0; i < delims.size_s(); ++i) if (delims[i].slot == slot && delims[i].delim == delim) {delims.remove(i); i--;}}
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void setDelimiterValue(int delim, int value) {for (int i = 0; i < delims.size_s(); ++i) if (delims[i].delim == delim) delims[i].tick = value;}
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void setDelimiterValue(TimerEvent slot, int value) {for (int i = 0; i < delims.size_s(); ++i) if (delims[i].slot == slot) delims[i].tick = value;}
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void setDelimiterValue(int delim, TimerEvent slot, int value) {for (int i = 0; i < delims.size_s(); ++i) if (delims[i].slot == slot && delims[i].delim == delim) delims[i].tick = value;}
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int delimiterValue(int delim) {for (int i = 0; i < delims.size_s(); ++i) if (delims[i].delim == delim) return delims[i].tick; return -1;}
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int delimiterValue(int delim, TimerEvent slot) {for (int i = 0; i < delims.size_s(); ++i) if (delims[i].slot == slot && delims[i].delim == delim) return delims[i].tick; return -1;}
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EVENT_HANDLER0(void, clearDelimiters) {delims.clear();}
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EVENT2(tickEvent, void * , data_, int, delimiter)
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//! \handlers
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//! \{
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/** \fn bool start()
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* \brief Start timer with \a interval() loop delay
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* \details Start execution of timer functions with frequency = 1 / msecs Hz. */
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/** \fn bool start(int msecs)
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* \brief Start timer with \b msecs loop delay
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* \details Start execution of timer functions with frequency = 1 / msecs Hz. */
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/** \fn bool start(double msecs)
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* \brief Start timer with \b msecs loop delay
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* \details Start execution of timer functions with frequency = 1. / msecs Hz.
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* Instead of \a start(int msecs) function this variant allow start timer
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* with frequencies more than 1 kHz */
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//! \fn bool restart()
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//! \brief Stop and start timer with \a interval() loop delay
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//! \fn bool stop()
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//! \brief Stop timer
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/** \fn void deferredStart(double delay_msecs)
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* \brief Start timer with \b interval() loop delay after \b delay_msecs delay.
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* \details Timer wait \b delay_msecs milliseconds and then normally starts with
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* \b interval() loop delay. */
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/** \fn void deferredStart(const PIDateTime & start_datetime)
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* \brief Start timer with \b interval() loop delay after \b start_datetime date and time.
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* \details Timer wait until \b start_datetime and then normally starts with
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* \b interval() loop delay. */
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/** \fn void deferredStart(double interval_msecs, double delay_msecs)
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* \brief Start timer with \b interval_msecs loop delay after \b delay_msecs delay.
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* \details Timer wait \b delay_msecs milliseconds and then normally starts with
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* \b interval_msecs loop delay. */
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/** \fn void deferredStart(double interval_msecs, const PIDateTime & start_datetime)
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* \brief Start timer with \b interval_msecs loop delay after \b start_datetime date and time.
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* \details Timer wait until \b start_datetime and then normally starts with
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* \b interval_msecs loop delay. */
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//! \fn void clearDelimiters()
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//! \brief Remove all frequency delimiters
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//! \}
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//! \events
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//! \{
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/** \fn void tickEvent(void * data, int delimiter)
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* \brief Raise on timer tick
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* \details \b Data can be set with function \a setData(void * data) or from constructor.
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* \b Delimiter is frequency delimiter, 1 for main loop. */
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//! \}
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protected:
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struct Delimiter {
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Delimiter(TimerEvent slot_ = 0, int delim_ = 1) {slot = slot_; delim = delim_; tick = 0;}
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TimerEvent slot;
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int delim;
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int tick;
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};
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void initFirst();
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void init();
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void destroy();
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static void tickImpS(PITimer * t) {t->tickImp();}
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void tickImp();
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//! Virtual timer execution function, similar to "slot" or event \a void timeout(void * data, int delimiter).
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//! By default is empty.
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virtual void tick(void * data_, int delimiter) {}
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void * data_t;
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volatile bool lockRun;
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PIMutex mutex_;
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TimerEvent ret_func;
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TimerImplementation imp_mode;
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PIVector<Delimiter> delims;
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_PITimerBase * imp;
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};
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#endif // PITIMER_H
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