public void CalculateReadVelocity_PomodorosRequired()
{
// Arrange : precondition of test
var velocityCalculator = new VelocityReadCalculator(_book, _pomodoroSettings, _timeSettings);
// Act : the performance of the act that is being tested
var ResultVelocity = velocityCalculator.Execute();
// assert: the assertion that the expected behavior occurred
Assert.IsTrue(ResultVelocity.PomodorsRequired == 2);
}
public void GetTimeRequiredToRead()
{
// arragment
_timeSettings.Second = 30;
var velocityCalculator = new VelocityReadCalculator(_book, _pomodoroSettings, _timeSettings);
// act
var timerRequiredResult = velocityCalculator.GetTimeRequiredToRead();
//assert
Assert.IsTrue(timerRequiredResult.Hour == 1);
Assert.IsTrue(timerRequiredResult.Minute == 15);
}
public void GetTimeRequiredToRead_DateTimeFormat()
{
// arragment
_timeSettings.Second = 30;
var velocityCalculator = new VelocityReadCalculator(_book, _pomodoroSettings, _timeSettings);
// act
var timerRequiredResult = velocityCalculator.GetTimeRequiredToRead();
// 2 min and 30 seconds per page, 30 pages should be 75 minutes
// the result should be 1:15:00 One hour, fifteen minutes.
//assert
Assert.IsTrue(timerRequiredResult.GetDateTimeFormat() == DateTime.Parse("1:15:00"));
}
public void GetPomodoroRequiredToRead()
{
// arragment
var velocityCalculator = new VelocityReadCalculator(_book, _pomodoroSettings, _timeSettings);
var timeRequired = velocityCalculator.GetTimeRequiredToRead();
// act
var pomodoroRequiredResult = velocityCalculator.GetPomodoroRequired(timeRequired);
// 1 pomodoro --> 30 minutes, since the current pages is 30pg and the velocity per page is 2 min
// the result should be 2p hours
//assert
Assert.IsTrue(pomodoroRequiredResult == 2);
}
public void GetSessionRequiredToRead_totalpomodorosDecimals()
{
// arragment
var velocityCalculator = new VelocityReadCalculator(_book, _pomodoroSettings, _timeSettings);
// act
var sessionRequiredResult_3_5p = velocityCalculator.GetSessionRequired(3.5);
var sessionRequiredResult_2_5p = velocityCalculator.GetSessionRequired(2.5);
// 1 session --> 3p minutes
// if the pomodoros is 3.5 , it will be return 1.2 --> (total pomodoros/ pomodoros per session)
// if the pomodoros is 2.5 , it will be return 0 --> (2.5 / 3)
//assert
Assert.IsTrue(sessionRequiredResult_3_5p == 1.2);
Assert.IsTrue(sessionRequiredResult_2_5p == 0);
}
public void GetTimeRequiredToRead_FractionFormat()
{
// arragment
_timeSettings.Second = 30;
var velocityCalculator = new VelocityReadCalculator(_book, _pomodoroSettings, _timeSettings);
// act
var timerRequiredResult = velocityCalculator.GetTimeRequiredToRead();
// 2 min and 30 seconds per page, 30 pages should be 75 minutes
// 60 min --> 1 whole
// 75 min --> ? part
// the result should be 1.25 hours
//assert
Assert.IsTrue(timerRequiredResult.GetFractionFormat() == 1.2);
}
public void GetSessionRequiredToRead_totalpomodorosInIntegers()
{
// arragment
var velocityCalculator = new VelocityReadCalculator(_book, _pomodoroSettings, _timeSettings);
// act
var sessionRequiredResult_2p = velocityCalculator.GetSessionRequired(2);
var sessionRequiredResult_8p = velocityCalculator.GetSessionRequired(8);
// 1 session --> 3p minutes
// if the pomodoros is 2 , it will be return 0 --> (total pomodoros/ pomodoros per session)
// if the pomodoros is 8 , it will be return 2.7 --> (8 / 3)
//assert
Assert.IsTrue(sessionRequiredResult_2p == 0);
Assert.IsTrue(sessionRequiredResult_8p == 2.7);
}
