static void Main(string[] args)
{
string FileNamePathToWrite;
ILogger logger = LogFactory.CreatLogger();
IMessage errorMessage = MessageFactory.CreatMessage(Message.MessageType.Error);
IDisplay display;
NamesFile file;
List <Name> names;
try
{
//
//Get file name/path from app.config
//
FileNamePathToWrite = ConfigurationManager.AppSettings["FileNamePathToWrite"];
//
//create screen display object from the factory
//
display = DisplayFactory.CreatDisplay();
//
//get file name and path for reading names from command parameter; file name and path for writing names to is set by program
//
file = FileInfoValidator.GetFile(args, FileNamePathToWrite);
//
//only proceed further if file is available
//
if (file != null)
{
//
// get list of name object by reading
//
names = ReadNamesHelper.ReadNamesFromStorage(file);
//
//do sorting on names
//
names = NameSorter.Sort(names);
//
//writing sorted names to a storage
//
WriteNamesHelper.WriteNamesToStorage(file, names);
//
//display sorted name list on screen
//
display.DisplayName(names);
}
}
catch (Exception ex)
{
logger.Log(ex.Message);
errorMessage.DisplayMessage(ex.Message);
}
}
public void TestNameSorter()
{
string input = "unsorted-names-list.txt";
string output = "Test-ouput.txt";
ISorter GlobalXNameSorter = new NameSorter(input, output);
GlobalXNameSorter.Sort();
}
public void Sort_NamesShouldSort()
{
//
//names for testing
//
Name name1 = new Name("John", "Smith");
Name name2 = new Name("Jake Jackson", "Lee");
Name name3 = new Name("Rob", "Smyth");
Name name4 = new Name("Angela", "Nash");
//
//unsorted name list
//
List <Name> unsorted = new List <Name>();
unsorted.Add(name1);
unsorted.Add(name2);
unsorted.Add(name3);
unsorted.Add(name4);
//
//expected name list
//
List <Name> expected = new List <Name>();
expected.Add(name2);
expected.Add(name4);
expected.Add(name1);
expected.Add(name3);
//
//actual sorted name list
//
List <Name> actual = NameSorter.Sort(unsorted);
//
//Assert
//
Assert.Equal(expected[0].FirstName, actual[0].FirstName);
Assert.Equal(expected[0].LastName, actual[0].LastName);
Assert.Equal(expected[1].FirstName, actual[1].FirstName);
Assert.Equal(expected[1].LastName, actual[1].LastName);
Assert.Equal(expected[2].FirstName, actual[2].FirstName);
Assert.Equal(expected[2].LastName, actual[2].LastName);
Assert.Equal(expected[3].FirstName, actual[3].FirstName);
Assert.Equal(expected[3].LastName, actual[3].LastName);
//Assert.Equal(expected, actual);
}
static void Main(string[] args)
{
IDataProvider dataProvider = new HardcodedDataProvider();
IDataSorter dataSorter = new NameSorter();
var data = dataProvider.GetPeople();
var sortedData = dataSorter.Sort(data);
foreach (var item in sortedData)
{
Console.WriteLine($"{item.name} {item.LastName} {item.Position});
public void TestSorterWithSameLastNames()
{
// Arrange
List <Name> input = new List <Name>();
input.Add(new Name("Yuzuru Nishimiya"));
input.Add(new Name("Shouko Nishimiya"));
List <Name> expected = new List <Name>();
expected.Add(new Name("Shouko Nishimiya"));
expected.Add(new Name("Yuzuru Nishimiya"));
// Act
List <Name> actual = NameSorter.Sort(input);
// Assert
Assert.Equal(expected, actual);
}
public void TestSorterWithUniqueNames()
{
// Arrange
List <Name> input = new List <Name>();
input.Add(new Name("Janet Parsons"));
input.Add(new Name("Beau Tristan Bentley"));
input.Add(new Name("Hunter Uriah Mathew Clarke"));
List <Name> expected = new List <Name>();
expected.Add(new Name("Beau Tristan Bentley"));
expected.Add(new Name("Hunter Uriah Mathew Clarke"));
expected.Add(new Name("Janet Parsons"));
// Act
List <Name> actual = NameSorter.Sort(input);
// Assert
Assert.Equal(expected, actual);
}
public void NameSorter_ShouldWork()
{
//
//names for testing
//
Name name1 = new Name("John", "Smith");
Name name2 = new Name("Jake Jackson", "Lee");
Name name3 = new Name("Rob", "Smyth");
Name name4 = new Name("Angela", "Nash");
//
//unsorted name list
//
List <Name> unsorted = new List <Name>();
unsorted.Add(name1);
unsorted.Add(name2);
unsorted.Add(name3);
unsorted.Add(name4);
//
//expected sorted name list
//
List <Name> expected = new List <Name>();
expected.Add(name2);
expected.Add(name4);
expected.Add(name1);
expected.Add(name3);
//
//actual sorted name list
//
List <Name> actual = NameSorter.Sort(unsorted);
//
//Assert
//
Assert.Equal(expected, actual);
}
// Main: Used to demonstrate usage of IFileProcessor & INameSorter functions
private static void Main(string[] args)
{
// 1st argument is taken in as directory param
string directory = args[0];
// Initializes FileProcessor & NameSorter
IFileProcessor processor = new FileProcessor(directory);
INameSorter sorter = new NameSorter();
// Finds filename from given directory, reads file & map to NameModel
IEnumerable <NameModel> nameList = processor.ReadFile(FileName.SOURCE);
// Performs sorting on name list
IEnumerable <NameModel> sortedList = sorter.Sort(nameList);
// Writes to console
processor.WriteToConsole(sortedList);
// Writes to file
processor.WriteToFile(sortedList, FileName.DESTINATION);
}
