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#include "utest.h"
#include "models/timer.hpp"
uint64_t _timestamp_ms_value = 0;
uint64_t monotonic_timestamp_ms() {
return _timestamp_ms_value;
}
#define MILISEC 1
#define SEC (1000 * MILISEC)
#define MIN (60 * SEC)
#define HOUR (60 * MIN)
#define DAY (60 * HOUR)
UTEST(timer, stopwatch_mode) {
FreqTimer timer;
_timestamp_ms_value = SEC;
timer.toggleStart();
ASSERT_TRUE(timer.running());
_timestamp_ms_value += 2 * SEC;
ASSERT_EQ(2 * SEC, timer.time_ms());
ASSERT_NEAR(30.0, timer.record_floor(), 1e-7);
_timestamp_ms_value += SEC;
timer.toggleStart(); // stop
ASSERT_FALSE(timer.running());
_timestamp_ms_value += 10 * SEC;
timer.toggleStart(); // start
_timestamp_ms_value += SEC;
ASSERT_EQ(4 * SEC, timer.time_ms());
}
UTEST(timer, timer_mode) {
FreqTimer timer;
_timestamp_ms_value = SEC;
// set preset
ASSERT_FALSE(timer.has_preset());
timer.increment_preset_ms(1 * SEC);
timer.increment_preset_ms(9 * SEC);
ASSERT_NEAR(6.0, timer.record_floor(), 1e-7);
ASSERT_FALSE(timer.running());
ASSERT_TRUE(timer.has_preset());
// counts down
ASSERT_EQ(10 * SEC, timer.preset_ms());
timer.toggleStart();
_timestamp_ms_value += 5 * SEC;
ASSERT_EQ(5 * SEC, timer.time_ms());
_timestamp_ms_value += 6 * SEC;
ASSERT_EQ(-SEC, timer.time_ms());
// reset returns to preset
timer.reset();
ASSERT_FALSE(timer.running());
ASSERT_EQ(10 * SEC, timer.time_ms());
timer.increment_preset_ms(SEC);
ASSERT_EQ(SEC, timer.preset_ms());
// increment causes reset
timer.toggleStart();
ASSERT_TRUE(timer.running());
timer.increment_preset_ms(2 * SEC);
ASSERT_FALSE(timer.running());
ASSERT_EQ(2 * SEC, timer.preset_ms());
}
UTEST(timer, display_value) {
// The display value should count up in stopwatch mode
FreqTimer timer;
_timestamp_ms_value = 0;
timer.toggleStart();
_timestamp_ms_value = 10 * SEC + 100;
std::string display_val = timer.counter_display_value();
ASSERT_STREQ("00 : 00 : 10.1", display_val.c_str());
timer.reset();
timer.toggleStart();
_timestamp_ms_value += 95 * HOUR + 59 * MIN + 48 * SEC + 800 * MILISEC;
display_val = timer.counter_display_value();
ASSERT_STREQ("95 : 59 : 48.8", display_val.c_str());
timer.reset();
timer.toggleStart();
_timestamp_ms_value += 99 * HOUR + MILISEC;
display_val = timer.counter_display_value();
ASSERT_STREQ("MAX TIME EXCEEDED", display_val.c_str());
// The display value should countdown if the timer has a preset
timer.increment_preset_ms(10 * SEC);
display_val = timer.counter_display_value();
ASSERT_STREQ("00 : 00 : 10.0", display_val.c_str());
timer.toggleStart();
_timestamp_ms_value += 6 * SEC;
display_val = timer.counter_display_value();
ASSERT_STREQ("00 : 00 : 04.0", display_val.c_str());
_timestamp_ms_value += 5 * SEC;
display_val = timer.counter_display_value();
ASSERT_STREQ("+ 00 : 00 : 01.0", display_val.c_str());
}
UTEST_MAIN();
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