static void Main(string[] args)
{
string filePath = @"c:\temp\text.txt";
char separatorObject = ' ';
ReadingMethodology <int> threadMethodology = new ReadUsingThreads();
ReadingMethodology <int> threadPoolMethodology = new ReadUsingThreadPool();
ReadingMethodology <int> tasksMethodology = new ReadUsingTasks();
ReadingMethodology <Task <int> > asyncAwaitMethodology = new ReadUsingAsyncAwait();
MyFileReader <int> mfr = new MyFileReader <int>(filePath, separatorObject);
MyFileReader <Task <int> > mfr1 = new MyFileReader <Task <int> >(filePath, separatorObject);
Console.WriteLine("Using threads...");
int count = mfr.ReadFileBy(threadMethodology);
Console.WriteLine("Final Result = " + count);
Console.WriteLine("Using threadpool...");
count = mfr.ReadFileBy(threadPoolMethodology);
Console.WriteLine("Final Result = " + count);
Console.WriteLine("Using tasks...");
count = mfr.ReadFileBy(tasksMethodology);
Console.WriteLine("Final Result = " + count);
Console.WriteLine("Using async await...");
Task <int> result = mfr1.ReadFileBy(asyncAwaitMethodology);
Console.WriteLine("Final Result = " + result.Result);
Console.Read();
}
public static void Main(string[] args)
{
/*
* Create an instance of the LogicContoller class,
* give it a new instance of the MyObject class,
* then call the RunLogic method on the instance of
* the LogicController class
*/
var myObject = MyObjectFactory.GenerateMyObject();
var logicController = new LogicController(myObject);
logicController.RunLogic();
/*
* Create an instance of the FileReader class;
* Parse the contents of the medicationAttempt1.json;
* Create a new instance of the LogicController and pass
* it the parsed medication object;
* Call the RunLogic method of the LogicController
*/
var fileReader = new MyFileReader();
var fileContent = string.Empty;
// Only run the logic if we could read the file
if (fileReader.TryParseFile("medicationAttempt1.json", out fileContent))
{
var parsedMedication = JsonConvert.DeserializeObject <Medication>(fileContent);
var medsLogicController = new LogicController(parsedMedication);
medsLogicController.RunLogic();
}
}
static void Main(string[] args)
{
//Read file
string sampleFileName = "First.txt";
MyFileReader myFileReader = new MyFileReader(sampleFileName);
string text = myFileReader.ReadFile();
//Make tokens
Token[] tokens = new LexicalAnalysis().ProcessTextAndGenerateTokens(text);
tokens.ToList().ForEach(t => Console.WriteLine(t.ToString()));
Console.WriteLine("--------------------------------------------------------------------\n\n");
//Parse syntax analysis phase
SyntaxAnalysis syntaxAnalysis = new SyntaxAnalysis(tokens);
SyntaxAnalysisResult syntaxAnalysisResult = syntaxAnalysis.Parse();
if (!syntaxAnalysisResult.SyntaxParsed)
{
Console.WriteLine(syntaxAnalysisResult.Exception.Message);
}
else
{
Console.WriteLine("Syntax Analysis phase passed");
}
Console.Read();
}
private static void ViewInHex(Object fileName)
{
_workerStarted = true;
byte[] bytes;
using (MyFileReader reader = new MyFileReader((String)fileName))
{
bytes = reader.ReadContents(20);
} // Using block calls Dispose() for us here.
if (_printToConsole)
{
// Print up to 20 bytes.
int printNBytes = Math.Min(20, bytes.Length);
Console.WriteLine("First {0} bytes of {1} in hex", printNBytes, fileName);
for (int i = 0; i < printNBytes; i++)
{
Console.Write("{0:x} ", bytes[i]);
}
Console.WriteLine();
}
}
