public void NewPrefs(Prefs prefs)
{
open_close_reu(GlobalPrefs.ThePrefs.REUSize, prefs.REUSize);
}
public void NewPrefs(Prefs prefs)
{
// 1541 emulation turned off?
if (!prefs.Emul1541Proc)
close_d64_file();
// 1541 emulation turned on?
else if (!GlobalPrefs.ThePrefs.Emul1541Proc && prefs.Emul1541Proc)
open_d64_file(prefs.DrivePath[0]);
// .d64 file name changed?
else if (GlobalPrefs.ThePrefs.DrivePath[0] != prefs.DrivePath[0])
{
close_d64_file();
open_d64_file(prefs.DrivePath[0]);
disk_changed = true;
}
}
internal void NewPrefs(Prefs prefs)
{
throw new Exception("The method or operation is not implemented.");
}
public void NewPrefs(Prefs prefs)
{
// Delete and recreate all changed drives
for (int i = 0; i < 4; i++)
if ((GlobalPrefs.ThePrefs.DriveType[i] != prefs.DriveType[i]) || GlobalPrefs.ThePrefs.DrivePath[i] != prefs.DrivePath[i] || GlobalPrefs.ThePrefs.Emul1541Proc != prefs.Emul1541Proc)
{
drive[i] = null; // Important because UpdateLEDs is called from drive constructors (via set_error())
if (!prefs.Emul1541Proc)
{
if (prefs.DriveType[i] == DriveType.DRVTYPE_DIR)
drive[i] = new FSDrive(this, prefs.DrivePath[i]);
else if (prefs.DriveType[i] == DriveType.DRVTYPE_D64)
drive[i] = new D64Drive(this, prefs.DrivePath[i]);
else
drive[i] = new T64Drive(this, prefs.DrivePath[i]);
}
}
UpdateLEDs();
}
public abstract void NewPrefs(Prefs prefs);
public void NewPrefs(Prefs prefs)
{
open_close_reu(GlobalPrefs.ThePrefs.REUSize, prefs.REUSize);
}
public void NewPrefs(Prefs prefs)
{
open_close_joysticks(GlobalPrefs.ThePrefs.Joystick1On, GlobalPrefs.ThePrefs.Joystick2On, prefs.Joystick1On, prefs.Joystick2On);
patch_kernel(prefs.FastReset, prefs.Emul1541Proc);
TheDisplay.NewPrefs(prefs);
TheIEC.NewPrefs(prefs);
TheJob1541.NewPrefs(prefs);
TheREU.NewPrefs(prefs);
TheSID.NewPrefs(prefs);
// Reset 1541 processor if turned on
if (!GlobalPrefs.ThePrefs.Emul1541Proc && prefs.Emul1541Proc)
TheCPU1541.AsyncReset();
}
