timer_test.h

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#include <cppunit/TestFixture.h>
#include <cppunit/extensions/HelperMacros.h>
 
#include "glibmm/main.h"
 
#include "pbd/timing.h"
 
class TimerTest : public CppUnit::TestFixture
{
        CPPUNIT_TEST_SUITE (TimerTest);
        CPPUNIT_TEST (testGlibTimeoutSources);
        CPPUNIT_TEST (testGlibmmSignalTimeouts);
        CPPUNIT_TEST (testGlibmmTimeoutSources);
        CPPUNIT_TEST (testTimers);
        CPPUNIT_TEST (testTimersIdleFrequency);
        CPPUNIT_TEST (testTimersBlockIdle);
#ifdef PLATFORM_WINDOWS
        CPPUNIT_TEST (testGlibTimeoutSourcesHR);
        CPPUNIT_TEST (testGlibmmSignalTimeoutsHR);
        CPPUNIT_TEST (testGlibmmTimeoutSourcesHR);
        CPPUNIT_TEST (testTimersHR);
        CPPUNIT_TEST (testTimersIdleFrequencyHR);
        CPPUNIT_TEST (testTimersBlockIdleHR);
#endif
        CPPUNIT_TEST_SUITE_END ();
 
public:
 
        TimerTest ()
                : m_connect_idle(false)
                , m_block_idle(false)
        { }
 
        void _testGlibTimeoutSources ();
        void _testGlibmmSignalTimeouts ();
        void _testGlibmmTimeoutSources ();
        void _testTimers ();
        void _testTimersIdleFrequency ();
        void _testTimersBlockIdle ();
 
        void testGlibTimeoutSources ();
        void testGlibmmSignalTimeouts ();
        void testGlibmmTimeoutSources ();
        void testTimers ();
        void testTimersIdleFrequency ();
        void testTimersBlockIdle ();
 
#ifdef PLATFORM_WINDOWS
        void testGlibTimeoutSourcesHR ();
        void testGlibmmSignalTimeoutsHR ();
        void testGlibmmTimeoutSourcesHR ();
        void testTimersHR ();
        void testTimersIdleFrequencyHR ();
        void testTimersBlockIdleHR ();
#endif
 
private:
 
        static guint64 second_timer_usecs ()
        { return 1000000; }
 
        static guint64 fast_timer_usecs ()
        { return 100000; }
 
        static guint64 rapid1_timer_usecs ()
        { return 40000; }
 
        static guint64 rapid2_timer_usecs ()
        { return 15000; }
 
        static guint64 second_timer_ms ()
        { return second_timer_usecs () / 1000; }
 
        static guint64 fast_timer_ms ()
        { return fast_timer_usecs () / 1000; }
 
        static guint64 rapid1_timer_ms ()
        { return rapid1_timer_usecs () / 1000; }
 
        static guint64 rapid2_timer_ms ()
        { return rapid2_timer_usecs () / 1000; }
 
        static guint64 test_length_ms ()
        { return 2 * 1000; }
 
        std::string m_current_test_name;
 
        bool m_connect_idle;
        bool m_block_idle;
 
        bool on_idle_handler ();
        bool on_quit_handler ();
 
        void on_second_timeout ();
        void on_fast_timeout ();
        void on_rapid1_timeout ();
        void on_rapid2_timeout ();
 
        bool on_second_timeout_glibmm ();
        bool on_fast_timeout_glibmm ();
        bool on_rapid1_timeout_glibmm ();
        bool on_rapid2_timeout_glibmm ();
 
        static gboolean _second_timeout_handler (void*);
        static gboolean _fast_timeout_handler (void*);
        static gboolean _rapid1_timeout_handler (void*);
        static gboolean _rapid2_timeout_handler (void*);
 
        void start_timing ();
        void reset_timing ();
 
        void reset_timing_run_main ();
 
        static void
        simulate_load (const std::string& name, guint64 time_usecs);
        Glib::RefPtr<Glib::MainLoop> m_main;
        Glib::RefPtr<Glib::MainContext> m_context;
 
        void connect_idle_handler ();
        void connect_quit_timeout ();
 
        PBD::TimingData m_idle_timing_data;
        PBD::TimingData m_second_timing_data;
        PBD::TimingData m_fast_timing_data;
        PBD::TimingData m_rapid1_timing_data;
        PBD::TimingData m_rapid2_timing_data;
};