public void CheckRegs(GBLib sys)
{
foreach (GBLocations reg in regs.Keys)
{
ushort inspected_value = (ushort)sys.Inspect((int)reg, 0);
ushort expectation = (ushort)regs[reg];
Assert.AreEqual(expectation, inspected_value);
}
}
public static void Run(String filename)
{
fn = filename;
sys = new GBLib();
//sys.onSerialDataReady += new OnSerialDataReady(CheckResult);
sys.LoadRom(filename);
sys.Start();
int test_status = sys.Inspect((int)GBLocations.MEM, (ushort)0xA000);
int pc = sys.Inspect((int)GBLocations.PC, 0);
//while (test_status == 0x80 || sys.Inspect((int)GBLocations.PC, 0) < 0x200)
while(true)
{
//Debug.WriteLine("PC: {0}", sys.Inspect((int)GBLocations.PC, 0));
sys.Step();
test_status = sys.Inspect((int)GBLocations.MEM, (ushort)0xA000);
pc = sys.Inspect((int)GBLocations.PC, 0);
Debug.WriteLine("PC: 0x{0:X}", pc);
Debug.WriteLine("Test Status: 0x{0:X}", test_status);
}
String result = "";
int character = '\0';
for(ushort start_addr = 0xA004; character != '\0'; ++start_addr)
{
result += (char)character;
}
result += '\0';
Debug.WriteLine(result);
if (test_status != 0x00)
{
Debug.WriteLine("Test " + fn + " Failed:");
Assert.Fail();
}
else
{
Debug.WriteLine("Test " + fn + " Passed:");
}
}
public void CheckRam(GBLib sys)
{
foreach (ushort loc in ram.Keys)
{
byte inspected_value = (byte)sys.Inspect((int)GBLocations.MEM, loc);
byte expectation = (byte)ram[loc];
Assert.AreEqual(expectation, inspected_value);
}
}