Example #1
0
        private void btnSave_Click(object sender, EventArgs e)
        {
            int error = 0;

            try //if theres no exception in this block its going on
            {
                p1            = new NewProcess();
                p1.name       = boxName.Text;
                p1.ID         = Convert.ToInt32(boxID.Text);
                p1.time       = Convert.ToInt32(boxTime.Text);
                p1.switchTime = Convert.ToInt32(boxSW.Text);

                form.AddProcess(p1);
            }
            catch (Exception) //if theres exception n the try block it'll proccess here
            {
                MessageBox.Show("Заполните все поля!");
                error = 1;
            }

            if (error != 1)
            {
                boxName.Text  = "";
                boxTime.Text  = "";
                boxSW.Enabled = false;

                int tempID = Convert.ToInt32(boxID.Text); //auto increment ID field
                tempID     = tempID + 4;
                boxID.Text = tempID.ToString();
            }
        } //Сохранить
Example #2
0
        public void AddProcess(NewProcess tempProcess)
        {
            //Create Strings of each process value and send to Data Grid View
            string ID          = tempProcess.ID.ToString();
            string name        = tempProcess.name;
            string time        = tempProcess.time.ToString();
            string switch_time = tempProcess.switchTime.ToString();

            string[] tempProcessArray = { ID, name, time, switch_time, "Готов" };
            dataGridView.Rows.Add(tempProcessArray);

            //Add the process to processess list
            processesList.AddLast(tempProcess);
        }
Example #3
0
        //----------------Main Round Robin Algorithm Method-------------------
        public void runRoundRobin(ref NewProcess[] multiNewProcesses, int quantum)
        {
            int hv = 0, wh = 0, ww = 0; //for drawing rect; theyre like x, y, x.

            //Assign Each Process Its Execution Time
            foreach (var NewProcess in multiNewProcesses)
            {
                //RemaingTime = Total Time @ when process starts execution
                //because of the switch time (время переключения) its given in % so like if, for example, sw =10% from time, so remaining time =
                NewProcess.remainingTime = NewProcess.time - (NewProcess.time * NewProcess.switchTime / 100);

                drawRect(NewProcess.name, 0 + ww, (pictureBox1.Height - 30), Brushes.DarkKhaki); //show names of processes
                ww += 80;                                                                        //in order to draw them with spaces, its like margin-right
            }

            while (true)
            {
                //Close loop on default, if the value is not changed due to available processes executions
                bool executionFinished = true;

                //Loop through all processes until the loop ends
                foreach (var NewProcess in multiNewProcesses)
                {
                    if (NewProcess.remainingTime == 0)
                    {
                        NewProcess.status = "Завершен";
                        updateDataGridView(dataGridView, multiNewProcesses);
                    }
                    //Check if the process has any burst time left
                    else if (NewProcess.remainingTime > 0)
                    {
                        //Continue the loop, as a process is executing now and we need to recheck for others
                        executionFinished = false;

                        //Check if the process remaining time is greater than quantum
                        if (NewProcess.remainingTime > quantum)
                        {
                            //Process Status to Running as its Under Execution
                            NewProcess.status = "Выполняется";
                            updateDataGridView(dataGridView, multiNewProcesses);
                            executionTimer(quantum);

                            //Remove the quantum time from the remaining time
                            NewProcess.remainingTime = NewProcess.remainingTime - quantum;

                            //Swap Process to Ready State after execution and continue for next
                            NewProcess.status = "Готов";
                            updateDataGridView(dataGridView, multiNewProcesses);

                            string str = (NewProcess.remainingTime).ToString();
                            drawRect(str, 0 + hv, (pictureBox1.Height - 70) - wh, Brushes.BlueViolet); //draw rects with remaining times
                        }
                        //Only runs when the process is on its last cpu burst cycle
                        else
                        {
                            //Process Status to Running as its Under Execution
                            NewProcess.status = "Выполняется";
                            updateDataGridView(dataGridView, multiNewProcesses);
                            executionTimer(NewProcess.remainingTime);

                            //Set remaining time to 0, as the last cpu burst ended
                            NewProcess.remainingTime = 0;

                            //Change Process Status to Completed
                            NewProcess.status = "Завершен";
                            updateDataGridView(dataGridView, multiNewProcesses);

                            string str = (NewProcess.remainingTime).ToString();
                            drawRect(str, 0 + hv, (pictureBox1.Height - 70) - wh, Brushes.BlueViolet);
                        }
                    }


                    NewProcess last_one = multiNewProcesses.Last(); // this is for building rects in columns, so if its the last process  so the next one is gonna be set above the first one

                    if (NewProcess.ID == last_one.ID)
                    {
                        hv  = 0;
                        wh += 30; // y
                    }
                    else
                    {
                        hv += 80; // x
                    }
                }

                //When All Processes have completed their execution
                if (executionFinished == true)
                {
                    break;
                }
            }
        }