static void Main(string[] args)
{
AppDomain.CurrentDomain.ProcessExit += DoEventAction;
AppDomain.CurrentDomain.ProcessExit += (object sender, EventArgs e) => Beep(100, 100, 1);
var engine = new SchoolEngine();
engine.Initialize();
PrintTitle("Bienvenidos a la escuela");
var reporter = new Reporter(engine.GetObjectsDictionary());
var evaluationList = reporter.GetEvaluationsList();
var subjectList = reporter.GetSubjectList();
var evaluationBySubjectList = reporter.GetEvaluationDictionaryBySubject();
Dictionary <string, IEnumerable <StudentAverage> > averageScoreBySubject = reporter.GetScoreStudentsBySubject();
var topAveragesPerSubject = reporter.GetTopStudentsBySubjects(averageScoreBySubject);
getEvaluationByConsole();
}
static void Main(string[] args)
{
// How to make an event listener. ProcessExit is name of event, EventAction is the callback
// we can use lambda for the callback
AppDomain.CurrentDomain.ProcessExit += EventAction;
AppDomain.CurrentDomain.ProcessExit += (obj, e) => Printer.DrawTitle("Printer Line!");
// Engine initialization
var engine = new SchoolEngine();
engine.Initialize();
Printer.DrawTitle("Welcome to the school!");
// Print
PrintCourses(engine.School);
// Obtain Core Objects with params to loop conditionally
var objList = engine.ObtainCoreObjects(
out int examsCounter,
out int coursesCounter,
out int subjectsCounter,
out int studentsCounter
);
// using Linq to obtain list of addresses
var iAddressList =
from obj in objList
where obj is IAddress
select(IAddress) obj;
engine.School.ClearAddress();
#region Studying dictionaries
// Dictionary
/*
* // We can set ket and value pairs like --> <int (key), string (value)>
* Dictionary<int, string> dictionary = new Dictionary<int, string>();
*
* // Ways to update it:
* dictionary[0] = "Test 0";
* dictionary.Add(10, "Test");
* dictionary.Add(23, "Test 2");
* Printer.DrawTitle("Dictionaries");
*
* // Ways to access the contents
*
* foreach (var keyValPair in dictionary)
* {
* // Like this
* WriteLine($"Key: {keyValPair.Key}, Value: {keyValPair.Value}");
* }
* // Like this
* WriteLine(dictionary[0]);
*
* // We can set the key as a string
*
* var otherDic = new Dictionary<string, string>();
* otherDic["Moon"] = "What we see at the night in the sky... reflecting the sun's light";
* WriteLine($"Moon: {otherDic["Moon"]}");
* // Can we change it? No, we can replace it. Keys are UNIQUE
* otherDic["Moon"] = "Another description";
*/
// Implementing the dictionary used for the school
var dictionary = engine.GetObjectsDictionary();
engine.PrintDictionary(dictionary, true);
#endregion
/*
* // Polymorphism tests
* Printer.DrawLine();
* Printer.DrawLine();
* Printer.DrawLine();
* Printer.DrawTitle("Polymorphism tests:");
*
* var studentTest = new Student("Pablito");
* BaseSchool ob = studentTest;
*
* WriteLine("Student: Polymorphism works?");
* WriteLine($"{studentTest.GetType()}");
* WriteLine($"{ob.GetType()}");
*/
// Exams Reporter
var reporter = new Reporter(engine.GetObjectsDictionary());
var examsList = reporter.GetExamsList();
// Capture Exam
Exam myExam;
string name;
string student;
string result;
Printer.DrawTitle("Capturing exam by the console...");
WriteLine("Please provide the name of the exam.");
Printer.PressEnter();
name = ReadLine();
WriteLine("Please provide the student name of the exam:");
Printer.PressEnter();
student = ReadLine();
WriteLine("Please provide the result of the exam:");
Printer.PressEnter();
result = ReadLine();
if (string.IsNullOrWhiteSpace(name) || string.IsNullOrWhiteSpace(student) || string.IsNullOrWhiteSpace(result))
{
throw new ArgumentException("The value provided cannot be empty");
}
myExam = new Exam(name, student, double.Parse(result));
WriteLine($"{myExam.Name}, {myExam.StudentName}, {myExam.Result}");
}
