//A solution that parses a sentence(s) and produces an output of a shortened sentence:
//Input a sentence.
//*parses the first letter
//*the number of distinct characters between the beginning character and the ending character,
//*parser the last letter
//Output the shortened word
//An example input: The smooth cat programmed.
//An example output: T1e s4h c1t p8d
static int Main(string[] args)
{
System.Diagnostics.Trace.Listeners.Add(new System.Diagnostics.ConsoleTraceListener());
//TODO:implement a an nugget command line parser to handle input
bool errorInCommandLine = false;
if (args == null || args.Length < 1 || String.IsNullOrEmpty(args[0]))
{
ShowHelp();
errorInCommandLine = true;
}
var outputMethod = SentenceBufferOutput.getOutput();
if (!errorInCommandLine)
{
foreach (var givenInput in args)
{
var inputIsSetenceFile = SentenceTextFile.IsStringASetenceFile(givenInput);
if (inputIsSetenceFile)
{
var fileToHandle = new SentenceTextFile(givenInput);
fileToHandle.FindShortenedSentencesForFile(outputMethod);
}
else if (Sentence.IsStringASetence(givenInput))
{
var setenceToHandle = new Sentence(givenInput);
outputMethod.WriteShortenedSentence(setenceToHandle.short_sentence);
}
//TODO:add command line option to control invalid input or throw exception when errors are found
//for now this will run clean
}
}
outputMethod.finshedOutput();
return errorInCommandLine ? program_had_error : program_had_no_error;
}
public Sentence[] ResolveAllSentenceDetail()
{
var sentenceDetailToReturn = new List<Sentence>();
var linesFromFiles = File.ReadAllLines(file_location, file_encoding);
foreach (var line in linesFromFiles)
{
if (String.IsNullOrEmpty(line))
{
var itemToAdd = new Sentence(line);
sentenceDetailToReturn.Add(itemToAdd);
}
}
return sentenceDetailToReturn.ToArray();
}