public string ToCollectionName(CalculType calculType)
{
Enum.TryParse(this.DeviceType, out DeviceTypes type);
var DataType = DeviceTypeToDataType(type);
if (DataType != null)
{
return(DataType + calculType + this.Delay);
}
return(null);
}
public void SaveReport(string flightName, CalculType calculType, double result)
{
using (var connection = new SQLiteConnection(_connectionString))
using (var command = connection.CreateCommand())
{
connection.Open();
command.CommandText = "INSERT INTO report (flight_name, calculType, calculDate, result)" +
$" VALUES ('{flightName}', '{calculType.ToString()}', '{DateTime.Now.ToShortDateString()}', {result})";
command.ExecuteNonQuery();
}
}
public ComplexData(Delay delay, CalculType calculType, DeviceTypes deviceType)
: base(delay, deviceType)
{
this.CalculType = calculType.ToString();
}
public EmbedBuilder GenerateMathContent(Question q, CalculType t = CalculType.Multiplication)
{
var eb = new EmbedBuilder();
if (t == CalculType.Multiplication)
{
int a = n.Next(3, 20);
int b = n.Next(3, 20);
result = a * b;
eb.WithTitle("QCM de mathématiques\n" + a + " * " + b + " = ? ");
}
else if (t == CalculType.Addition)
{
int a = n.Next(100, 2000);
int b = n.Next(100, 2000);
result = a + b;
eb.WithTitle("QCM de mathématiques\n" + a + " + " + b + " = ? ");
}
else if (t == CalculType.Soustraction)
{
int a = n.Next(500, 2000);
int b = n.Next(50, 300);
result = a - b;
eb.WithTitle("QCM de mathématiques\n" + a + " - " + b + " = ? ");
}
else
{
eb.WithTitle("Type de calcul inconnu :" + t);
}
Console.WriteLine("Reach 1.5");
q.answer = result.ToString();
List <int> listToRandomizeAnswers = new List <int>();
Console.WriteLine("Reach2");
listToRandomizeAnswers.Add(result);
listToRandomizeAnswers.Add(result - 1);
listToRandomizeAnswers.Add(result + 1);
listToRandomizeAnswers.Add(result + 3);
var listMel = listToRandomizeAnswers.OrderBy(a => Guid.NewGuid()).ToList();
Console.WriteLine("Reach3 ");
eb.AddField("a) ", listMel[0]);
eb.AddField("b) ", listMel[1]);
eb.AddField("c) ", listMel[2]);
eb.AddField("d) ", listMel[3]);
if (listMel[0] == result)
{
q.answerLetter = "🇦";
}
else if (listMel[1] == result)
{
q.answerLetter = "🇧";
}
else if (listMel[2] == result)
{
q.answerLetter = "🇨";
}
else if (listMel[3] == result)
{
q.answerLetter = "🇩";
}
Console.WriteLine("Reach4");
Console.WriteLine("Bonne réponse : " + q.answerLetter + ":" + q.answer);
// On Enleve avec RemoveAt() l'élément pour ne pas pouvoir le reprendre
eb.WithColor(Color.DarkGreen);
return(eb);
}
public Question AddQuestion(int type, bool SingleImage = false, TextQuestion tq = TextQuestion.MathContent, int pos = -1)
{
Question qToAdd = null;
if (type == QType.text)
{
if (tq == TextQuestion.MathContent)
{
CalculType[] valeurs = { CalculType.Addition, CalculType.Multiplication, CalculType.Soustraction };
CalculType CalculTypeAleatoire = valeurs[r.Next(valeurs.Length)];
qToAdd = new Question(null, type, "Question texte Maths");
qToAdd.content = GenerateMathContent(qToAdd, CalculTypeAleatoire);
}
else if (tq == TextQuestion.DefaultContent)
{
List <int> IDAll = new List <int>();
qToAdd = new Question(null, type, null, "Question Texte");
// On ajoute les questions dans l'ordre
int newRandom = n.Next(0, qCount);
while (uniqueList.Contains(newRandom))
{
newRandom = n.Next(0, qCount);
// On cherche au hasard tant que l'on a pas un bon random
}
uniqueList.Add(newRandom);
qToAdd.content = GenerateDefaultContent(qToAdd, uniqueList[textQuestionNumber]);
textQuestionNumber++;
}
}
else if (type == QType.image)
{
qToAdd = new Question(null, type, "Question visuelle");
if (SingleImage)
{
qToAdd.content = GeneratePictureContent(qToAdd);
}
else
{
qToAdd.content = GeneratePictureContent(qToAdd, ImageQuestion.CorrespondingImageMultiple);
}
}
else if (type == QType.audio)
{
Console.WriteLine("Gen");
qToAdd = new Question(null, type, "Question audio");
qToAdd.content = GenerateAudioContent(qToAdd);
Console.WriteLine("Gen à priori ok");
}
else
{
qToAdd = new Question(null, type, "Autre");
}
if (pos < 0)
{
questions.Add(qToAdd);
// Console.WriteLine(qToAdd.name + "|" + qToAdd.type + "|" + qToAdd.content);
}
else
{
questions.Insert(pos, qToAdd);
}
return(qToAdd);
}
public ComplexDataRequest(Delay delay, CalculType calculType, DeviceTypes deviceType, string from, string to)
: base(delay, calculType, deviceType)
{
this.From = from;
this.To = to;
}
