public void PassSmall()
{
List <Card> trips = new List <Card>()
{
new Card()
{
From = "Мельбурн", To = "Кельн"
},
new Card()
{
From = "Москва", To = "Париж"
},
new Card()
{
From = "Кельн", To = "Москва"
},
};
SortCardAlgorithm sca = new SortCardAlgorithm(trips);
var result = sca.SortSecondMethod();
int count = 0;
for (int i = 0; i < result.Count - 1; i++)
{
if (result[i].To == result[i + 1].From)
{
count++;
}
}
Assert.Equal(count + 1, result.Count);
}
public void TestInvalidPath1()
{
List <Card> trips = new List <Card>()
{
new Card()
{
From = "Мельбурн", To = "Кельн"
},
new Card()
{
From = "Москва", To = "Париж"
},
new Card()
{
From = "Кельн", To = "Москва"
},
new Card()
{
From = "Мельбурн", To = "Москва"
},
};
SortCardAlgorithm sca = new SortCardAlgorithm(trips);
Assert.Throws(typeof(InvalidPathException), () => { sca.SortSecondMethod(); });
}
public void TestRecursiveOneElement()
{
List <Card> trips = new List <Card>()
{
new Card()
{
From = "Мельбурн", To = "Мельбурн"
}
};
SortCardAlgorithm sca = new SortCardAlgorithm(trips);
Assert.Throws(typeof(RecursivePathException), () => { sca.SortSecondMethod(); });
}
public void PassMiddle()
{
List <Card> trips = new List <Card>()
{
new Card()
{
From = "Кельн", To = "Париж"
},
new Card()
{
From = "Париж", To = "Москва"
},
new Card()
{
From = "Москва", To = "Пенза"
},
new Card()
{
From = "Пенза", To = "Рязань"
},
new Card()
{
From = "Рязань", To = "Новгород"
},
new Card()
{
From = "Новгород", To = "Сочи"
},
new Card()
{
From = "Сочи", To = "Ростов"
},
new Card()
{
From = "Ростов", To = "Краков"
},
new Card()
{
From = "Краков", To = "Лондон"
},
new Card()
{
From = "Лондон", To = "Милан"
}
};
// шаффл по методу Кнута
ShuffleCard.Shuffle <Card>(trips);
trips.Insert(0, new Card()
{
From = "Мельбурн", To = "Кельн"
});
foreach (var trip in trips)
{
_output.WriteLine("Из " + trip.From + " в " + trip.To);
}
SortCardAlgorithm sca = new SortCardAlgorithm(trips);
var result = sca.SortSecondMethod();
int count = 0;
for (int i = 0; i < result.Count - 1; i++)
{
if (result[i].To == result[i + 1].From)
{
count++;
}
}
Assert.Equal(count + 1, result.Count);
}
