public static void Main()
{
StreamReader reader = FIO.OpenReader("help_not_defaults.txt");
// special data is in the first two paragraphs
string welcome = FileUtil.ReadParagraph(reader);
string goodbye = FileUtil.ReadParagraph(reader);
List <string> guessList = // rest of the file gives a
FileUtil.GetParagraphs(reader); // list of random responses
reader.Close();
reader = FIO.OpenReader("help_not_responses.txt");
Dictionary <string, string> responses =
FileUtil.GetDictionary(reader);
reader.Close();
Console.Write(welcome);
string prompt = "\n> ";
Console.WriteLine("Enter 'bye' to end our session.");
string fromUser;
do
{
fromUser = UI.PromptLine(prompt).ToLower().Trim();
if (fromUser != "bye")
{
string answer = Response(fromUser, guessList, responses);
Console.Write("\n" + answer);
}
} while (fromUser != "bye");
Console.Write("\n" + goodbye);
}
public static void Main(string[] args)
{
string sample = "sample.dat";
string output = "output.dat";
Console.WriteLine(FIO.GetLocation(sample));
Console.WriteLine(FIO.GetPath(sample));
StreamReader reader1 = FIO.OpenReader(sample);
if (reader1 != null)
{
Console.WriteLine("first reader test passed");
reader1.Close();
}
StreamReader reader2 = FIO.OpenReader(FIO.GetLocation(sample),
sample);
if (reader2 != null)
{
Console.WriteLine("second reader test passed");
reader2.Close();
}
StreamWriter writer1 = FIO.OpenWriter(FIO.GetLocation(sample),
output);
writer1.Close();
Console.WriteLine("writer test passed; file written at {0}",
FIO.GetPath(output));
}
public static void Main(string[] args)
{
string sample = "sample.txt";
string output = "output.txt";
Console.WriteLine("Directory of {0}: {1}",
sample, FIO.GetLocation(sample));
Console.WriteLine("Path to {0}: {1}",
sample, FIO.GetPath(sample));
StreamReader reader1 = FIO.OpenReader(sample);
if (reader1 != null)
{
Console.Write(reader1.ReadToEnd());
Console.WriteLine("First reader test passed.");
reader1.Close();
}
StreamReader reader2 = FIO.OpenReader(FIO.GetLocation(sample),
sample);
if (reader2 != null)
{
Console.WriteLine("Second reader test passed.");
reader2.Close();
}
StreamWriter writer1 = FIO.OpenWriter(FIO.GetLocation(sample),
output);
writer1.WriteLine("File in the same directory as {0}.", sample);
writer1.Close();
Console.WriteLine("Writer test passed; file written at \n {0}",
FIO.GetPath(output));
}
/// Create places and their interconnections by taking place names, exit
/// data and descriptions from a text file.
/// Return a map of place names to places. File format for each place:
/// First line: place name (one word)
/// Second line: pairs of exit direction and neighbor place name
/// Remaining paragraph: place description, blank line terminated
public static Dictionary <string, Place> createPlaces(string fileName)
{
StreamReader reader = FIO.OpenReader(fileName);
// Map to return
Dictionary <string, Place> places = new Dictionary <string, Place> ();
// temporary Map to delay recording exits until all places exist
Dictionary <string, string> exitStrings =
new Dictionary <string, string> ();
while (!reader.EndOfStream)
{
string name = reader.ReadLine();
string exitPairs = reader.ReadLine();
// You could also substitute your lab's ReadParagraph for the two
// lines below if you want to format each paragraph line yourself.
string description = TextUtil.LineWrap(reader);
reader.ReadLine(); // assume empty line after description
places [name] = new Place(description);
exitStrings [name] = exitPairs;
}
reader.Close();
// need places before you can map exits
// go back and use exitPairs to map exits:
foreach (string name in places.Keys)
{
Place place = places [name];
string[] parts = TextUtil.SplitWhite(exitStrings[name]);
for (int i = 0; i < parts.Length; i += 2)
{
place.setExit(parts [i], places [parts [i + 1]]);
}
}
return(places);
}
static double[] RunningTotal(string studentID, string course, string[] categories)
{
StreamReader reader3 = FIO.OpenReader(studentID + course + ".data");
double [] runningTotals = new double[categories.Length];
while (!reader3.EndOfStream)
{
string data = reader3.ReadLine().Trim();
string[] info = data.Split(',');
runningTotals[codeIndex(info[0], categories)] += int.Parse(info[2]);
}
return(runningTotals);
}
public static void Main(string[] args)
{
string course = UIF.PromptLine("Enter course abbreviation: ");
StreamReader reader = FIO.OpenReader("categories_" + course + ".txt");
string category = reader.ReadLine();
string[] categories = category.Split(',');
for (int i = 0; i < categories.Length; i++)
{
categories[i] = categories[i].Trim();
}
string weights = reader.ReadLine().Trim();
string[] weightAmount = weights.Split(',');
double[] WeightNumbers = new double[weightAmount.Length];
double[] weightTotal = { 0 };
for (int i = 0; i < WeightNumbers.Length; i++)
{
WeightNumbers[i] = double.Parse(weightAmount[i]);
}
for (int i = 0; i < WeightNumbers.Length; i++)
{
weightTotal[0] += WeightNumbers[i];
}
string items = reader.ReadLine().Trim();
string[] itemAmount = items.Split(',');
double[] itemNumbers = new double[itemAmount.Length];
for (int i = 0; i < itemNumbers.Length; i++)
{
itemNumbers[i] = int.Parse(itemAmount[i]);
}
StreamWriter writer = new StreamWriter("report_" + course + ".txt");
StreamReader reader2 = FIO.OpenReader("students_" + course + ".txt");
while (!reader2.EndOfStream)
{
string StudentData = reader2.ReadLine().Trim();
string[] StudentInfo = StudentData.Split(',');
double percentage = Final(FinalCategory(CategoryAverage(RunningTotal(StudentInfo[0], course, categories), itemNumbers), WeightNumbers, weightTotal));
string letter = LetterGrade(Final(FinalCategory(CategoryAverage(RunningTotal(StudentInfo[0], course, categories), itemNumbers), WeightNumbers, weightTotal)));
writer.WriteLine("{0},{1} {2:F1} {3}", StudentInfo[1], StudentInfo[2], percentage, letter);
}
writer.Close();
reader.Close();
}