protected override void OnCreate(Bundle savedInstanceState)
{
base.OnCreate(savedInstanceState);
// Set our view from the "main" layout resource
SetContentView(Resource.Layout.Main);
// Get our button from the layout resource,
// and attach an event to it
jumble = FindViewById <TextView>(Resource.Id.myjumble);
hint = FindViewById <TextView> (Resource.Id.hint);
Button submitbutton = FindViewById <Button>(Resource.Id.scorebutton);
var connectivityManager = (ConnectivityManager)Application.Context.GetSystemService(Context.ConnectivityService);
var activeNetworkInfo = connectivityManager.ActiveNetworkInfo;
bool isonlien = activeNetworkInfo.IsConnected;
bool isWifi = activeNetworkInfo.Type == ConnectivityType.Wifi;
WordBank = new ArrayList();
WordMeaning myfirstwordmeaning;
myfirstwordmeaning = new WordMeaning();
myfirstwordmeaning.word = "Small";
myfirstwordmeaning.meaning = "Chotu";
WordBank.Add(myfirstwordmeaning);
WordBank.Add(new WordMeaning("Small", "Chotu"));
WordBank.Add(new WordMeaning("Bucket", "Balti"));
WordBank.Add(new WordMeaning("name", "naam"));
// jumble.Text = x;
jumble.Click += delegate {
jumble.Text = $"Correct The Word -> {jumbleme()}";
};
EditText answer = FindViewById <EditText>(Resource.Id.AnswerInput);
answer.Click += delegate
{
answer.Text = "";
};
submitbutton.Click += async(object sender, EventArgs e) => {
Scoreclick(sender, e);
};
}
private async void Scoreclick(object sender, EventArgs e)
{
TextView score = FindViewById <TextView>(Resource.Id.score);
EditText answer = FindViewById <EditText>(Resource.Id.AnswerInput);
string JumbleAnswer = answer.Text;
if (JumbleWordSequnence >= WordBank.Count - 1)
{
JumbleWordSequnence = 0;
}
WordMeaning CurrentWordMeaningToJumble = new WordMeaning();
CurrentWordMeaningToJumble = (WordMeaning)WordBank[JumbleWordSequnence];
if (JumbleAnswer.ToLower() == CurrentWordMeaningToJumble.word.ToLower())
{
_player = MediaPlayer.Create(this, Resource.Raw.a);
_player.Start();
scorecount = scorecount + 1;
JumbleWordSequnence = JumbleWordSequnence + 1;
CurrentWordMeaningToJumble = (WordMeaning)WordBank[JumbleWordSequnence];
jumble.Text = $"GREAT!! NEXT WORD -> {jumbleme()}";
score.SetBackgroundColor((Android.Graphics.Color.Green));
score.SetTextColor((Android.Graphics.Color.White));
hint.Text = CurrentWordMeaningToJumble.meaning;
}
else
{
CurrentWordMeaningToJumble = (WordMeaning)WordBank[JumbleWordSequnence];
_player = MediaPlayer.Create(this, Resource.Raw.c);
_player.Start();
jumble.Text = $"Sorry!! NEXT Hint -> {jumbleme()}";
score.SetBackgroundColor((Android.Graphics.Color.Red));
score.SetTextColor((Android.Graphics.Color.White));
hint.Text = CurrentWordMeaningToJumble.meaning;
}
score.Text = scorecount.ToString();
if (WordBankUpdated == false)
{
string x = await Callweb().ConfigureAwait(false);
WordBankUpdated = true;
}
}
string jumbleme()
{
WordMeaning _wordMeaning = new WordMeaning();
_wordMeaning = (WordMeaning)WordBank[JumbleWordSequnence];
hint.Text = _wordMeaning.meaning;
Char[] WordChar = _wordMeaning.word.ToCharArray();
int _WordLength = WordChar.Length;
int CharCounter = 1;
string finalJumbledWord = "";
ArrayList RandomIntegerList = new ArrayList();
while (CharCounter <= _WordLength)
{
Random Jumbler = new Random();
int JumblerInt = Jumbler.Next(0, _WordLength);
if (!RandomIntegerList.Contains(JumblerInt))
{
RandomIntegerList.Add(JumblerInt);
finalJumbledWord = finalJumbledWord + WordChar[JumblerInt].ToString();
CharCounter++;
if (finalJumbledWord == _wordMeaning.word)
{
CharCounter = 1;
RandomIntegerList = null;
RandomIntegerList = new ArrayList();
finalJumbledWord = "";
}
}
}
return(finalJumbledWord);
}