/*
* are these really not needed anymore?
* protected override void onPartDestroy()
* {
* if (partActive) {
* vessel.OnFlyByWire -= new FlightInputCallback(performManouvers);
*
* //remove manouver-stuff when the part is destroyed
* if (this.vessel.isActiveVessel) {
* RenderingManager.RemoveFromPostDrawQueue(3, new Callback(drawGUI)); //close the GUI
* RenderingManager.RemoveFromPostDrawQueue(3, new Callback(monitor.draw));
* RenderingManager.RemoveFromPostDrawQueue(3, new Callback(keyb.draw));//start the keyboard
* }
* }
* }
*
* protected override void onDisconnect()
* {
* //remove manouver sFlyByWire stuff when the part is disconnected
* if (this.vessel.isActiveVessel && partActive) {
* vessel.OnFlyByWire -= new FlightInputCallback(performManouvers);//this is in here to avoid potential nastiness related to removing nonexistant FlightInputCallbacks.
* RenderingManager.RemoveFromPostDrawQueue(3, new Callback(drawGUI)); //close the GUI
* RenderingManager.RemoveFromPostDrawQueue(3, new Callback(monitor.draw));
* RenderingManager.RemoveFromPostDrawQueue(3, new Callback(keyb.draw));//start the keyboard
* }
* }
*/
private void init()
{
//print("PROGCOM INITIALISING");
//initialise cpu-emulator
//lastLoaded = 128;
CPU = new CPUem();
windowID = Util.random();
//connect various peripherals to the CPU
//when possible, separate these out as normal partmodules
//connect the console memory wrapper
CPU.hwConnect(ConsoleMemWrapper);
running = false;
//iterate through all partmodules connected to the part, make sure all partmodules are aware of this part.
print("scanning for local progCom hardware...");
foreach (PartModule pm in this.part.Modules)
{
if (pm == this)
{
continue;
}
//connect all hardware to this part
if (pm is IPCHardware)
{
//print("HARDWARE IS FOUND");
print("found " + pm.GetType().ToString());
try {
CPU.hwConnect((IPCHardware)pm);
}
catch (ArgumentException e) {
consoleWrite("Error when connecting hardware:");
consoleWrite(e.Message);
}
catch (Exception e) {
consoleWrite("Unexpected error when connecting hardware:");
consoleWrite(e.Message);
}
}
//make sure all partmodules can read the gui state
if (pm is PCGUIListener)
{
//print("GUIListener found!");
try {
((PCGUIListener)pm).recGUIState(GUIstate);
}
catch (Exception e) {
consoleWrite("Error when connecting gui:");
consoleWrite(e.Message);
}
}
}
//initialise the assembler
assembler = new Assembler2();
}
public InterruptHandle(CPUem c)
{
cpu = c;
}
private void init()
{
//initialise cpu-emulator
lastLoaded = 128;
CPU = new CPUem();
removeExternalGUI();
monitor = new Monitor(CPU.Memory, 63488, 65024, 63472, 42);
keyb = new Keyboard();
initExternalGUI();
//connect keyboard to serial port
connect(keyb, 1);
running = false;
//init default values in memory
CPU.Memory[41] = 1024;//init vector precision
CPU.Memory[43] = 16;//default speed precision
int i = 65024;
foreach (UInt32 font in monitor.getDefaultFont()) {
CPU.Memory[i] = (Int32)font;
++i;
}
i = 63472;
foreach (Int32 col in monitor.getDefaultColors()) {
CPU.Memory[i] = col;
++i;
}
//initialise the assembler
assembler = CPU.getCompatibleAssembler();
assembler.bindGlobalCall("GLOBAL_MAINTHROTTLE", 0);//init all globaly shared memory positions
assembler.bindGlobalCall("GLOBAL_YAW", 1);
assembler.bindGlobalCall("GLOBAL_PITCH", 2);
assembler.bindGlobalCall("GLOBAL_ROLL", 3);
assembler.bindGlobalCall("GLOBAL_SURFACE_EAST", 4);
assembler.bindGlobalCall("GLOBAL_SURFACE_UP", 7);
assembler.bindGlobalCall("GLOBAL_SURFACE_NORTH", 10);
assembler.bindGlobalCall("GLOBAL_VESSEL_X", 13);
assembler.bindGlobalCall("GLOBAL_VESSEL_Y", 16);
assembler.bindGlobalCall("GLOBAL_VESSEL_HEADING", 16);//ALTERNATE
assembler.bindGlobalCall("GLOBAL_VESSEL_Z", 19);
assembler.bindGlobalCall("GLOBAL_ORBITSPEED", 22);
assembler.bindGlobalCall("GLOBAL_SURFACESPEED", 25);
assembler.bindGlobalCall("GLOBAL_ANGULARVELOCITY", 28);
assembler.bindGlobalCall("GLOBAL_ALTITUDE", 31);
assembler.bindGlobalCall("GLOBAL_NUMPAD_OUT", 32);
assembler.bindGlobalCall("GLOBAL_NUMPAD_MSG", 36);
assembler.bindGlobalCall("GLOBAL_NUMPAD_IN", 37);
assembler.bindGlobalCall("GLOBAL_NUMPAD_NEWIN", 38);
assembler.bindGlobalCall("GLOBAL_NUMPAD_FORMAT", 39);
assembler.bindGlobalCall("GLOBAL_TIMER", 40);
assembler.bindGlobalCall("GLOBAL_VECTORACCURACY", 41);
assembler.bindGlobalCall("GLOBAL_SCREEN_MODE", 42);
assembler.bindGlobalCall("GLOBAL_SPEEDACCURACY", 43);
assembler.bindGlobalCall("GLOBAL_IENABLE", 44);
assembler.bindGlobalCall("GLOBAL_CLOCK", 45);
assembler.bindGlobalCall("GLOBAL_IADRESS", 46);
assembler.bindGlobalCall("GLOBAL_TIMER_MAX", 47);
assembler.bindGlobalCall("GLOBAL_PILOT_THROTTLE", 48);
assembler.bindGlobalCall("GLOBAL_PILOT_YAW", 49);
assembler.bindGlobalCall("GLOBAL_PILOT_PITCH", 50);
assembler.bindGlobalCall("GLOBAL_PILOT_ROLL", 51);
assembler.bindGlobalCall("GLOBAL_PILOT_RCS_RIGHT", 52);
assembler.bindGlobalCall("GLOBAL_PILOT_RCS_UP", 53);
assembler.bindGlobalCall("GLOBAL_PILOT_RCS_FORWARD", 54);
assembler.bindGlobalCall("GLOBAL_RCS_RIGHT", 52);
assembler.bindGlobalCall("GLOBAL_RCS_UP", 53);
assembler.bindGlobalCall("GLOBAL_RCS_FORWARD", 54);
assembler.bindGlobalCall("GLOBAL_ACTIONGROUP", 55);
//serial buses
assembler.bindGlobalCall("GLOBAL_GSB0", 64);
assembler.bindGlobalCall("GLOBAL_GSB1", 68);
assembler.bindGlobalCall("GLOBAL_GSB2", 72);
assembler.bindGlobalCall("GLOBAL_GSB3", 76);
assembler.bindGlobalCall("GLOBAL_GSB4", 80);
assembler.bindGlobalCall("GLOBAL_GSB5", 84);
assembler.bindGlobalCall("GLOBAL_GSB6", 88);
assembler.bindGlobalCall("GLOBAL_GSB7", 92);
//monitor stuff
assembler.bindGlobalCall("GLOBAL_SCREEN", 63488);
assembler.bindGlobalCall("GLOBAL_SCREEN_COLOR", 63472);
assembler.bindGlobalCall("GLOBAL_SCREEN_FONT", 65024);
//other stuff
assembler.bindGlobalCall("CPU_CLOCKRATE", CPU.ClockRate);
assembler.bindGlobalCall("CPU_RAM", CPU.Memory.Length);
assembler.bindGlobalCall("CPU_MAXADDRESS", CPU.Memory.Length-1);
}
public InterruptHandle(CPUem c)
{
cpu = c;
}
/*
* are these really not needed anymore?
protected override void onPartDestroy()
{
if (partActive) {
vessel.OnFlyByWire -= new FlightInputCallback(performManouvers);
//remove manouver-stuff when the part is destroyed
if (this.vessel.isActiveVessel) {
RenderingManager.RemoveFromPostDrawQueue(3, new Callback(drawGUI)); //close the GUI
RenderingManager.RemoveFromPostDrawQueue(3, new Callback(monitor.draw));
RenderingManager.RemoveFromPostDrawQueue(3, new Callback(keyb.draw));//start the keyboard
}
}
}
protected override void onDisconnect()
{
//remove manouver sFlyByWire stuff when the part is disconnected
if (this.vessel.isActiveVessel && partActive) {
vessel.OnFlyByWire -= new FlightInputCallback(performManouvers);//this is in here to avoid potential nastiness related to removing nonexistant FlightInputCallbacks.
RenderingManager.RemoveFromPostDrawQueue(3, new Callback(drawGUI)); //close the GUI
RenderingManager.RemoveFromPostDrawQueue(3, new Callback(monitor.draw));
RenderingManager.RemoveFromPostDrawQueue(3, new Callback(keyb.draw));//start the keyboard
}
}
*/
private void init()
{
//print("PROGCOM INITIALISING");
//initialise cpu-emulator
//lastLoaded = 128;
CPU = new CPUem();
windowID = Util.random();
//connect various peripherals to the CPU
//when possible, separate these out as normal partmodules
//connect the console memory wrapper
CPU.hwConnect(ConsoleMemWrapper);
running = false;
//iterate through all partmodules connected to the part, make sure all partmodules are aware of this part.
print("scanning for local progCom hardware...");
foreach (PartModule pm in this.part.Modules) {
if (pm == this) continue;
//connect all hardware to this part
if (pm is IPCHardware) {
//print("HARDWARE IS FOUND");
print("found " + pm.GetType().ToString());
try {
CPU.hwConnect((IPCHardware)pm);
}
catch (ArgumentException e) {
consoleWrite("Error when connecting hardware:");
consoleWrite(e.Message);
}
catch (Exception e) {
consoleWrite("Unexpected error when connecting hardware:");
consoleWrite(e.Message);
}
}
//make sure all partmodules can read the gui state
if (pm is PCGUIListener) {
//print("GUIListener found!");
try {
((PCGUIListener)pm).recGUIState(GUIstate);
}
catch (Exception e) {
consoleWrite("Error when connecting gui:");
consoleWrite(e.Message);
}
}
}
//initialise the assembler
assembler = new Assembler2();
}