public wordCalculator AnalyseText(IEnumerable <IGrouping <string, string> > wordlist)
{
wordCalculator analysis = new wordCalculator();
foreach (string word in words)
{
analysis.HighestLetterNumber = Math.Max(word.Length, analysis.HighestLetterNumber);
analysis.LowestLetterNumber = Math.Min(word.Length, analysis.LowestLetterNumber);
}
analysis.TotalWords = words.Count;
foreach (IGrouping <string, string> elm in wordlist)
{
analysis.MostOccurencesNumber = Math.Max(elm.Count(), analysis.MostOccurencesNumber);
analysis.LeastOccurencesNumber = Math.Min(elm.Count(), analysis.LeastOccurencesNumber);
}
return(analysis);
}
static void Main(string[] args)
{
wordWizard wizard = new wordWizard();
terminalTalker bot = new terminalTalker();
string input = bot.GetPath();
try
{
string textInput = File.ReadAllText(@input);
string text = wizard.TrimText(textInput);
var wordlist = wizard.GroupWords(text);
Console.WriteLine("The count of each unique word in your file is:");
foreach (var grp in wordlist)
{
Console.WriteLine("{0}: {1}", grp.Count(), grp.Key);
}
var listOfText = wizard.CreateList(text);
wizard.AddWords(listOfText);
wordCalculator analysis = wizard.AnalyseText(wordlist);
bool question = bot.AskAnalysis();
if (question)
{
Console.WriteLine("There is a total of {0} words in the text of your file. " +
"The word that has the highest occurences, appears {1} time(s) in the text, " +
"and the one with the least occurences, {2} time(s)." +
"The longest word has {3} letter(s), " +
"and the shortest {4} letter(s).",
analysis.TotalWords, analysis.MostOccurencesNumber,
analysis.LeastOccurencesNumber, analysis.HighestLetterNumber,
analysis.LowestLetterNumber);
}
}
catch (FileNotFoundException)
{
Console.WriteLine("The file name is not correct, please run the program again");
}
}
