public void TestAdventure_ThrowsOverflow_OnTooLongTimespan()
{
SeedData();
_adventureData.Hikers.Add(new Hiker {
Name = "Hiker E", Speed = .1, StartingLocation = 0
});
_adventureData.Hikers.Add(new Hiker {
Name = "Hiker F", Speed = 999, StartingLocation = 2
});
_adventureData.Hikers.Add(new Hiker {
Name = "Hiker G", Speed = 200000, StartingLocation = 1
});
_adventureData.Hikers.Add(new Hiker {
Name = "Hiker H", Speed = 1, StartingLocation = 3
});
_adventureData.Hikers.Add(new Hiker {
Name = "Hiker I", Speed = 33, StartingLocation = 4
});
_adventureData.Hikers.Add(new Hiker {
Name = "Hiker J", Speed = 99999, StartingLocation = 1
});
_adventureData.Hikers.Add(new Hiker {
Name = "Hiker K", Speed = 555, StartingLocation = 2
});
_adventureData.Hikers.Add(new Hiker {
Name = "Hiker L", Speed = 110, StartingLocation = 4
});
_adventureData.Bridges.Add(new Bridge {
Location = 4, Length = 99999999999999999
});
_adventureData.Bridges.Add(new Bridge {
Location = 5, Length = 666666666666
});
_adventureData.Bridges.Add(new Bridge {
Location = 6, Length = 4444444444444
});
_adventureData.Bridges.Add(new Bridge {
Location = 7, Length = 66666666
});
_adventureData.Bridges.Add(new Bridge {
Location = 8, Length = .1
});
_adventureData.Bridges.Add(new Bridge {
Location = 9, Length = 1111
});
_adventureData.Bridges.Add(new Bridge {
Location = 10, Length = 99999
});
Adventure currentAdventure = new Adventure(_adventureData);
AdventureObserver adventureObserver = new AdventureObserver(currentAdventure);
currentAdventure.Attach(adventureObserver);
Assert.Throws <System.OverflowException>(() => currentAdventure.Start());
}
public void TestAdventure_EmptyData_ThrowsException()
{
Adventure currentAdventure = new Adventure(_adventureData);
AdventureObserver adventureObserver = new AdventureObserver(currentAdventure);
currentAdventure.Attach(adventureObserver);
Assert.Throws <System.ArgumentNullException>(() => currentAdventure.Start());
}
public void TestAdventureFinishes_WithObserver()
{
SeedData();
Adventure currentAdventure = new Adventure(_adventureData);
AdventureObserver adventureObserver = new AdventureObserver(currentAdventure);
currentAdventure.Attach(adventureObserver);
currentAdventure.Start();
Assert.IsTrue(currentAdventure.IsFinished);
}
public void TestAdventure_HikerWithNegativeSpeed_ThrowsException()
{
SeedData();
_adventureData.Hikers.Add(new Hiker {
Name = "Hiker I", Speed = -1, StartingLocation = 4
});
Adventure currentAdventure = new Adventure(_adventureData);
AdventureObserver adventureObserver = new AdventureObserver(currentAdventure);
currentAdventure.Attach(adventureObserver);
Assert.Throws <System.ArgumentException>(() => currentAdventure.Start());
}
public void TestAdventure_HikersNull_ThrowsException()
{
_adventureData.Bridges = new List <Bridge>();
_adventureData.Bridges.Add(new Bridge {
Location = 1, Length = 100
});
Adventure currentAdventure = new Adventure(_adventureData);
AdventureObserver adventureObserver = new AdventureObserver(currentAdventure);
currentAdventure.Attach(adventureObserver);
Assert.Throws <System.ArgumentNullException>(() => currentAdventure.Start());
}
public void TestAdventure_Bridges_MultipleBridgesInSameLocation_ThrowsExeption()
{
SeedData();
_adventureData.Bridges.Add(new Bridge {
Location = 1, Length = 44444
});
Adventure currentAdventure = new Adventure(_adventureData);
AdventureObserver adventureObserver = new AdventureObserver(currentAdventure);
currentAdventure.Attach(adventureObserver);
Assert.Throws <System.ArgumentException>(() => currentAdventure.Start());
}
public void TestAdventure_Bridges_BridgesNull_ThrowsExeption()
{
_adventureData.Hikers = new List <Hiker>();
_adventureData.Hikers.Add(new Hiker {
Name = "Hiker A", Speed = 10, StartingLocation = 0
});
Adventure currentAdventure = new Adventure(_adventureData);
AdventureObserver adventureObserver = new AdventureObserver(currentAdventure);
currentAdventure.Attach(adventureObserver);
Assert.Throws <System.ArgumentNullException>(() => currentAdventure.Start());
}
public void TestAdventure_NoHikersAtStartingLocation_ThrowsException()
{
_adventureData.Bridges = new List <Bridge>();
_adventureData.Bridges.Add(new Bridge {
Location = 1, Length = 100
});
_adventureData.Hikers = new List <Hiker>();
_adventureData.Hikers.Add(new Hiker {
Name = "Hiker I", Speed = 33, StartingLocation = 4
});
Adventure currentAdventure = new Adventure(_adventureData);
AdventureObserver adventureObserver = new AdventureObserver(currentAdventure);
currentAdventure.Attach(adventureObserver);
Assert.Throws <System.ArgumentException>(() => currentAdventure.Start());
}
static void Main(string[] args)
{
//Instructions:
//Write a C# program that simulates a team hiking through a forest at night.
//The team encounters a series of narrow bridges along the way. At each bridge they may meet additional hikers who need their help to cross the bridge.
//The narrow bridge can only hold two people at a time.
//They have one torch and because it's night, the torch has to be used when crossing the bridge.
//Each hiker can cross the bridge at different speeds. When two hikers cross the bridge together, they must move at the slower person's pace.
//Determine the fastest time that the hikers can cross each bridge and the total time for all crossings.
//The input to the program will be a yaml file that describes the speeds of each person, the bridges encountered, their length,
//and the additional hikers encountered along the way.
//Your solution should assume any number of people and bridges can be provided as inputs.
//Demonstrate the operation of your program using the following inputs:
//the hikers cross 3 bridges, at the first bridge(100 ft long)
//4 hikers cross(hiker A can cross at 100 ft/minute, B at 50 ft/minute, C at 20 ft/minute, and D at 10 ft/minute),
//at the second bridge(250 ft long) an additional hiker crosses with the team(E at 2.5 ft / minute),
//and finally at the last bridge(150 ft long) two hikers are encountered(F at 25 ft / minute and G at 15 ft / minute).
//You will be judged on the following:
//Strategy(s) - there are several ways to solve the problem, you can provide more than one. The goal is to show us how you think.
//Architecture and design - we want to see how well you architect and design solutions to complex problems.
//Testing - we want to see how you approach testing of the solution.
//Standards and best practices.
//Explanation - as a C# thought leader in the organization you will be working with and mentoring other engineers. How well you can describe and explain your solution is very important.
//Please provide a link to your git repo such as github or bitbucket with your solution.
//I'm building the Adventure ata from the yaml file with a builder pattern.
string inputFilePath = "./Data/Input.yaml";
AdventureDataBuilder adventureDataBuilder = new AdventureDataBuilder(inputFilePath);
adventureDataBuilder.Build();
Adventure currentAdventure = new Adventure(adventureDataBuilder.GetAdventureData());
//I'm using the observer pattern to fetch information about the adventure to log to the console to track progress.
AdventureObserver adventureObserver = new AdventureObserver(currentAdventure);
currentAdventure.Attach(adventureObserver);
currentAdventure.Start();
}