public void fillArrLines() throws Exception {
if (pathMMSFile != null) {
arrMMSLines = Util.readFile(pathMMSFile);
}
if (pathBrowserFile != null) {
arrBrowserLines = Util.readFile(pathBrowserFile);
}
if (pathJavaAppFile != null) {
arrJavaAppLines = Util.readFile(pathJavaAppFile);
}
if (pathIMFile != null) {
arrIMLines = Util.readFile(pathIMFile);
}
}
public static void main(String[] args) {
// Here modifier is not permitted and only final is allowed
Student[] lab2 = new Student[40]; // Create an array of 40 students
int count = 0; // To store the number of students
try { // Read file from current project directory
// Students' number more than 40. If you want to test this case, uncomment next.
lab2 = Util.readFile("src/More_than_40.txt", lab2);
// Students' number less than 40. If you want to test this case, uncomment next.
// lab2 = Util.readFile("src/Less_than_40.txt",lab2);
// Students' number equals to 40. If you want to test this case, uncomment next.
// lab2 = Util.readFile("src/Equals_to_40.txt",lab2);
} catch (FixedException e) { // To handle number exceed exception
e.printStackTrace();
} catch (IOException e) { // To handle IO exception
e.printStackTrace();
}
AnalyticModel analysis = new AnalyticModel();
analysis.findLowest(lab2); // Find the lowest of 5 quizzes among 40 students
analysis.findHighest(lab2); // Find the highest of 5 quizzes among 40 students
analysis.findAvg(lab2); // Find the average of 5 quizzes among 40 students
System.out.println("Stud\tQu1\tQu2\tQu3\tQu4\tQu5"); // Display grades information
while (lab2[count] != null) {
lab2[count].displayInfo(); // Display students information
count++;
if (count == 40) break;
}
analysis.displayGrades(); // Display analytic statistics
}
