public CalculatorTests()
{
//memfile = @"C:\Users\Filipe\Documents\git\Simple-C-Compiler\mem\neander\calculadora-lfzawacki.mem";
//memfile = @"C:\Users\Filipe\Documents\git\Simple-C-Compiler\mem\neander\calculadora-bjurkowski.MEM";
//memfile = @"C:\Users\Filipe\Documents\git\Simple-C-Compiler\mem\neander\calculadora-cmdalbem.MEM";
memfile = @"C:\Users\Filipe\Documents\git\Simple-C-Compiler\mem\neander\calculadora-labianchin.mem";
n = new Neander();
ReadMemToNeander(memfile, n);
}
private void NeanderForm_Load(object sender, EventArgs e)
{
negativeCheckbox.Enabled = false;
zeroCheckbox.Enabled = false;
neander = new NeanderSharp.Neander();
neander.PropertyChanged += new PropertyChangedEventHandler(neander_PropertyChanged);
programa = new ProgramForm();
programa.DataSource = new MemEntryBindingList(neander.Memory);
programa.Show();
}
public void TestSta()
{
Neander n = new Neander();
//STA end: MEM(end) ← AC
n.AC = 24;
n.Memory[0] = (byte)Command.STA;
n.Memory[1] = 255;
n.Memory[2] = (byte)Command.HLT;
n.Run();
Console.WriteLine(n.PC);
Assert.AreEqual(n.Memory[255], 24);
}
public void TestLDA()
{
Neander n = new Neander();
//LDA end: AC← MEM(end)
n.Memory[0] = (byte)Command.LDA;
n.Memory[1] = 255;
n.Memory[2] = (byte)Command.HLT;
n.Memory[255] = 24;
n.Run();
Assert.AreEqual(n.AC, 24);
}
public void TestADD_Overflow()
{
Neander n = new Neander();
//ADD end: AC← MEM(end) + AC
n.AC = 2;
n.Memory[0] = (byte)Command.ADD;
n.Memory[1] = 255;
n.Memory[2] = (byte)Command.HLT;
n.Memory[255] = 255;
n.Run();
Assert.AreEqual(n.AC, 1);
}
public void TestReadMEMFile()
{
Neander n = new Neander();
ReadMemToNeander(@"C:\Users\Kidbomb\git\Simple-C-Compiler\exemplo.MEM", n);
n.Run();
}
private void ReadMemToNeander(string file, Neander n)
{
MemReader r = new MemReader(file);
r.ReadHeader();
for (int i = 0; i <= 255; i++)
{
n.Memory[i] = r.ReadByte();
}
}
