Cfp100::Cfp100(CPObject *parent):Cce515p(this) {
setfrequency( 4000);
ioFreq = 0;
setcfgfname(QString("fp100"));
BackGroundFname = P_RES(":/ext/fp100.png");
delete pKEYB;
pKEYB = new Ckeyb(this,"x710.map");
setDXmm(302);//Pc_DX_mm = 256;
setDYmm(120);//Pc_DY_mm = 185;
setDZmm(36);//Pc_DZ_mm = 42;
setDX(1078);//Pc_DX = 895;
setDY(817);//Pc_DY = 615;
printerACK = false;
printerBUSY = false;
capot = LoadImage(QSize(849,274),P_RES(":/ext/fp100-capot.png"));
head = LoadImage(QSize(79,161),P_RES(":/ext/fp100head.png"));
cable = LoadImage(QSize(75,10),P_RES(":/ext/fp100cable.png"));
margin = 40;
Paper_DX = 960+2*margin;
setPaperPos(QRect(154,26,731,300));
}
bool Crlp4002::init(void)
{
CPObject::init();
setfrequency( 0);
pCONNECTOR = new Cconnector(this,44,0,
Cconnector::Panasonic_44,
"44 pins conector",
true,
QPoint(30,72),
Cconnector::WEST);
publish(pCONNECTOR);
WatchPoint.add(&pCONNECTOR_value,64,44,this,"Printer connector");
AddLog(LOG_PRINTER,tr("PRT initializing..."));
if(pKEYB) pKEYB->init();
if(pTIMER) pTIMER->init();
// inBuffer.append("PREMIERE COMMUNICATION SERIE");
statusReg = 0;
outputReg = 0;
controlReg = 0;
xon = true;
soc.connectToHost("127.0.0.1",4000);
QObject:: connect(&soc, SIGNAL(readyRead()), this, SLOT(readData()));
return true;
}
Cpc2021::Cpc2021(CPObject *parent):Cprinter(parent)
{ //[constructor]
setfrequency( 0);
pc2021buf = 0;
pc2021display= 0;
//bells = 0;
charTable = 0;
margin = 25;
ToDestroy = false;
BackGroundFname = P_RES(":/ext/pc-2021.png");
setcfgfname("pc2021");
settop(10);
setposX(0);
pTIMER = new Ctimer(this);
KeyMap = KeyMappc2021;
KeyMapLenght= KeyMappc2021Lenght;
pKEYB->setMap("pc2021.map");
setDXmm(108);
setDYmm(130);
setDZmm(43);
setDX(386);
setDY(464);
setPaperPos(QRect(70,-3,275,149));
ctrl_char = false;
t = 0;
c = 0;
rmtSwitch = false;
internal_device_code = 0x0f;
}
Crlp4002::Crlp4002(CPObject *parent):CPObject(parent)
{ //[constructor]
Q_UNUSED(parent)
setfrequency( 0);
BackGroundFname = P_RES(":/rlh1000/rlp4002.png");
setcfgfname("rlp4002");
pTIMER = new Ctimer(this);
pKEYB->setMap("rlp4002.map");
setDXmm(227);
setDYmm(95);
setDZmm(31);
// Ratio = 3,57
setDX(848);//Pc_DX = 75;
setDY(340);//Pc_DY = 20;
rotate = false;
slotChanged = false;
connected = false;
rts = false;
cts = false;
memsize = 0x2000;
InitMemValue = 0x7f;
SlotList.clear();
SlotList.append(CSlot(8 , 0x0000 , P_RES(":/rlh1000/Telecomputing_2.bin") , "" , CSlot::ROM , "ROM"));
}
Ce500::Ce500(CPObject *parent) : CpcXXXX(parent)
{ //[constructor]
setfrequency( (int) 3072000/3);
setcfgfname(QString("e500"));
SessionHeader = "E500PKM";
Initial_Session_Fname ="e500.pkm";
BackGroundFname = P_RES(":/e500/pc-e500.png");
LcdFname = P_RES(":/e500/e500lcd.png");
SymbFname = P_RES(":/e500/e500symb.png");
memsize = 0x100000;
InitMemValue = 0xff;
/* ROM area(c0000-fffff) S3: */
SlotList.clear();
SlotList.append(CSlot(256, 0x40000 , "" , "" , RAM , "RAM S1"));
SlotList.append(CSlot(256, 0x80000 , "" , "" , RAM , "RAM S2"));
SlotList.append(CSlot(256, 0xC0000 , P_RES(":/e500/s3.rom"), "e500/s3.rom" , ROM , "ROM S3"));
PowerSwitch = 0;
Pc_Offset_X = Pc_Offset_Y = 0;
setDXmm(200);
setDYmm(100);
setDZmm(14);
setDX(715);
setDY(357);
Lcd_X = 69;
Lcd_Y = 99;
Lcd_DX = 240;//168;//144 ;
Lcd_DY = 32;
Lcd_ratio_X = 348.0/240;
Lcd_ratio_Y = 60.0/32;
Lcd_Symb_X = 69;//(int) (45 * 1.18);
Lcd_Symb_Y = 79;//(int) (35 * 1.18);
Lcd_Symb_DX = 348;
Lcd_Symb_DY = 20;
Lcd_Symb_ratio_X = 1;//1.18;
pLCDC = new Clcdc_e500(this);
pCPU = new Csc62015(this);
pTIMER = new Ctimer(this);
pKEYB = new Ckeyb(this,"e500.map");
pHD61102_1 = new CHD61102(this);
pHD61102_2 = new CHD61102(this);
// pRP5C01 = new CRP5C01(this);
start2khz = 0;
start4khz = 0;
Xin=Xout=false;
tmp_state=0;
ioFreq=0;
}
Crlh1000::Crlh1000(CPObject *parent) : CpcXXXX(parent)
{ //[constructor]
setfrequency( (int) 4194300/4);
setcfgfname(QString("rlh1000"));
SessionHeader = "RLH1000PKM";
Initial_Session_Fname ="rlh1000.pkm";
BackGroundFname = P_RES(":/rlh1000/rlh1000.png");
LeftFname = P_RES(":/rlh1000/rlh1000Left.png");
// RightFname = P_RES(":/rlh1000/rlh1000Right.png");
BackFname = P_RES(":/rlh1000/rlh1000BackOpen.png");
TopFname = P_RES(":/rlh1000/rlh1000Top.png");
BottomFname = P_RES(":/rlh1000/rlh1000Bottom.png");
backDoorImage = new QImage(QString(P_RES(":/rlh1000/trappe.png")));
memsize = 0x20000;
InitMemValue = 0x7F;
SlotList.clear();
SlotList.append(CSlot(8 , 0x0000 , "" , "" , CSlot::RAM , "RAM"));
SlotList.append(CSlot(8 , 0x2000 , "" , "" , CSlot::ROM , "Ext ROM"));
SlotList.append(CSlot(16, 0x4000 , "" , "" , CSlot::ROM , "ROM Capsules 1"));
SlotList.append(CSlot(16, 0x8000 , "" , "" , CSlot::NOT_USED , "Ext RAM"));
SlotList.append(CSlot(16, 0xC000 , P_RES(":/rlh1000/HHC-rom-C000-FFFF.bin"),"" , CSlot::ROM , "ROM"));
SlotList.append(CSlot(16, 0x10000 , "" , "" , CSlot::ROM , "ROM Capsules 2"));
SlotList.append(CSlot(16, 0x14000 , "" , "" , CSlot::ROM , "ROM Capsules 3"));
// Ratio = 3,57
setDXmm(227);
setDYmm(95);
setDZmm(31);
setDX(811);
setDY(340);
PowerSwitch = 0;
pLCDC = new Clcdc_rlh1000(this,
QRect(205,55,159*2.5,8*3),
QRect());
pCPU = new Cm6502(this); m6502 = (Cm6502*)pCPU;
pTIMER = new Ctimer(this);
pKEYB->setMap("rlh1000.map");
backdoorKeyIndex=0;
capsuleKeyIndex=0;
ioFreq = 0;
extrinsicRAM = 0xff;
extrinsicROM = 0xff;
bus = new CbusPanasonic();
backdoorOpen = false;
backdoorFlipping = false;
m_backdoorAngle = 0;
}
Cpb1000::Cpb1000(CPObject *parent) : CpcXXXX(parent)
{ //[constructor]
setfrequency( (int) 910000/1);
ioFreq = 0;
setcfgfname(QString("pb1000"));
SessionHeader = "PB1000PKM";
Initial_Session_Fname ="pb1000.pkm";
BackGroundFname = P_RES(":/pb1000/pb-1000.png");
back = new QImage(P_RES(":/pb1000/pb1000back.png"));
memsize = 0x20000;
InitMemValue = 0xff;
SlotList.clear();
SlotList.append(CSlot(6 , 0x0000 , P_RES(":/pb1000/rom0.bin") , "" , CSlot::ROM , "CPU ROM"));
SlotList.append(CSlot(8 , 0x6000 , "" , "" , CSlot::RAM , "RAM0"));
SlotList.append(CSlot(32, 0x8000 , P_RES(":/pb1000/rom1.bin") , "" , CSlot::ROM , "ROM"));
SlotList.append(CSlot(32, 0x18000 , "" , "" , CSlot::RAM , "RAM1"));
SlotList.append(CSlot(1 , 0x1800 , "" , "" , CSlot::ROM , "PORT"));
PowerSwitch = 0;
setDXmm(187);
setDYmm(177);
setDZmm(24);
setDX(668);//715);
setDY(633);//465);
PowerSwitch = 0;
pLCDC = new Clcdc_pb1000(this,
QRect(90,130,192*2,32*2),
QRect());
pCPU = new CHD61700(this);
pTIMER = new Ctimer(this);
pKEYB->setMap("pb1000.map");
pHD44352 = new CHD44352(this,P_RES(":/pb1000/chr.bin"));
m_kb_matrix = 0;
// shift=fct = false;
closed = false;
loc_flipping = false;
loc_m_angle = 180;
loc_m_zoom = 1;
writeIO = false;
adrBus = 0;
}
bool Ccemem::init()
{
CPObject::init();
setfrequency( 0);
pCONNECTOR = new Cconnector(this,40,3,Cconnector::Sharp_40,"Memory connector",false,QPoint(0,90)); publish(pCONNECTOR);
if(pKEYB) pKEYB->init();
if(pTIMER) pTIMER->init();
return true;
}
bool Cce1600f::init()
{
CPObject::init();
setfrequency( 0);
pCONNECTOR = new Cconnector(this,50,0,Cconnector::Sharp_50,"Connector 50 pins",false,QPoint(339,225),Cconnector::EAST); publish(pCONNECTOR);
WatchPoint.add(&pCONNECTOR_value,64,50,this,"50 pins connector");
AddLog(LOG_PRINTER,tr("CE-1600F initializing..."));
if(pKEYB) pKEYB->init();
if(pTIMER) pTIMER->init();
return true;
}
Crlp6001::Crlp6001(CPObject *parent ) : CPObject(this)
{ //[constructor]
setfrequency( 0);
BackGroundFname = P_RES(":/rlh1000/rlp6001.png");
setDXmm(85);
setDYmm(318);
setDZmm(51);
// Ratio = 3,57
setDX(303);//Pc_DX = 75;
setDY(1035);//Pc_DY = 20;
}
Cpc1421::Cpc1421(CPObject *parent) : Cpc1401(parent)
{ //[constructor]
setfrequency( (int) 768000/3);
setcfgfname("pc1421");
SessionHeader = "PC1421PKM";
Initial_Session_Fname ="pc1421.pkm";
BackGroundFname = P_RES(":/pc1421/pc-1421.png");
SlotList.clear();
SlotList.append(CSlot(8 , 0x0000 , P_RES(":/pc1421/cpu-1421.rom"), "pc-1421/cpu-1421.rom" , CSlot::ROM , "CPU ROM"));
SlotList.append(CSlot(24, 0x2000 , "", "pc-1421/R1-1421.ram" , CSlot::RAM , "RAM"));
SlotList.append(CSlot(32, 0x8000 , P_RES(":/pc1421/bas-1421.rom"), "pc-1421/bas-1421.rom" , CSlot::ROM , "BASIC ROM"));
}
/**
* @brief
*
* @param parent
*/
Cjr800::Cjr800(CPObject *parent) : CpcXXXX(parent)
{ //[constructor]
setfrequency( (int) 4915200/4);
setcfgfname(QString("jr800"));
SessionHeader = "JR800PKM";
Initial_Session_Fname ="jr800.pkm";
BackGroundFname = P_RES(":/jr800/jr800.png");
RightFname = P_RES(":/jr800/jr800Right.png");
LeftFname = P_RES(":/jr800/jr800Left.png");
TopFname = P_RES(":/jr800/jr800Top.png");
// BackFname = P_RES(":/jr800/jr800Back.png");
memsize = 0xFFFF;
InitMemValue = 0xFF;
SlotList.clear();
SlotList.append(CSlot(32 ,0x0000 , "" , "" , CSlot::RAM , "RAM"));
SlotList.append(CSlot(32, 0x8000 , P_RES(":/jr800/rom-8000-FFFF.bin"), "" , CSlot::ROM , "ROM"));
PowerSwitch = 0;
setDXmm(255);
setDYmm(140);
setDZmm(32);
setDX(911);
setDY(501);
PowerSwitch = 0;
pLCDC = new Clcdc_jr800(this,
QRect(98,94,340,115),
QRect(86,94,364,115));
pCPU = new Cmc6800(this);
for (int i=0;i<8;i++) {
hd44102[i] = new CHD44102(this);
hd44102[i]->setObjectName(QString("%1").arg(i));
qWarning()<<hd44102[i];
}
pTIMER = new Ctimer(this);
pKEYB->setMap("jr800.map");
ioFreq = 9600;
}
bool Cpc2021::init(void)
{
CPObject::init();
setfrequency( 0);
pCONNECTOR = new Cconnector(this,
9,
0,
Cconnector::DIN_8,
"Printer connector",
true,
QPoint(386,238),
Cconnector::EAST);
publish(pCONNECTOR);
WatchPoint.add(&pCONNECTOR_value,64,11,this,"Printer connector");
AddLog(LOG_PRINTER,tr("PRT initializing..."));
if(pKEYB) pKEYB->init();
if(pTIMER) pTIMER->init();
// Create CE-126 Paper Image
// The final paper image is 207 x 149 at (277,0) for the ce125
pc2021buf = new QImage(QSize(170, 3000),QImage::Format_ARGB32);
pc2021display= new QImage(QSize(170, 149),QImage::Format_ARGB32);
//TODO Update the chartable with upd16343 char table
charTable = new QImage(P_RES(":/ext/ce126ptable.bmp"));
// bells = new QSound("ce.wav");
// Create a paper widget
paperWidget = new CpaperWidget(PaperPos(),pc2021buf,this);
paperWidget->updated = true;
paperWidget->show();
// Fill it blank
clearPaper();
run_oldstate = -1;
return true;
}
Csio::Csio(CPObject *parent) : CPObject(parent)
{ //[constructor]
si=so=0; //si,so port access?(0:none, 1:access)
plink=0; //aplinks using?(0:none, 1:using)
plinkmode=0; //select plink client(0:plink, 1:plinkc)
exportbit=0;
exportbyte=1;
convCRLF=1;
currentBit=oldstate_in=0;
Start_Bit_Sent = false;
t=c=0;waitbitstart=1;waitbitstop=waitparity=0;
baudrate = 9600;
ToDestroy = false;
outBitNb = 0;
Sii_ndx = 0;
Sii_wait = 0;
Sii_wait_recv = 0;
Sii_startbitsent = false;
Sii_stopbitsent = true;
Sii_TransferStarted = false;
Sii_TextLength = 0;
Sii_Bit_Nb = 0;
Sii_LfWait = 500;
setfrequency( 0);
ioFreq = 0;
BackGroundFname = P_RES(":/ext/serial.png");
pTIMER = new Ctimer(this);
setDX(195);
setDY(145);
setDXmm(50);
setDYmm(55);
setDZmm(33);
dialogconsole = new DialogConsole(this);
}
bool Cce122::init(void)
{
Cce126::init();
setfrequency( 0);
remove(pCONNECTOR); delete pCONNECTOR;
pCONNECTOR = new Cconnector(this,9,0,Cconnector::Sharp_9,"Connector 9 pins",true,QPoint(372,107)); publish(pCONNECTOR);
WatchPoint.add(&pCONNECTOR_value,64,9,this,"Standard 11pins connector");
WatchPoint.add(&pTAPECONNECTOR_value,64,2,this,"Line In / Rec");
AddLog(LOG_PRINTER,tr("PRT initializing..."));
if(pKEYB) pKEYB->init();
if(pTIMER) pTIMER->init();
// Create CE-122 Paper Image
// The final paper image is 207 x 149 at (277,0) for the ce125
ce126buf = new QImage(QSize(130, 3000),QImage::Format_ARGB32);
ce126display= new QImage(QSize(130, 149),QImage::Format_ARGB32);
margin = 5;
charTable = new QImage(P_RES(":/ext/ce122table.bmp"));
// bells = new QSound("ce.wav");
// Create a paper widget
paperWidget = new CpaperWidget(PaperPos(),ce126buf,this);
paperWidget->updated = true;
paperWidget->show();
// Fill it blank
clearPaper();
return true;
}
bool Cce152::init(void)
{
AddLog(LOG_TAPE,"Tape initializing...")
info.ptrFd = 0;
mode = EJECT;
CPObject::init();
setfrequency( 0);
pTAPECONNECTOR = new Cconnector(this,3,0,Cconnector::Jack,"Line in / Rec / Rmt",true,
QPoint(0,150),Cconnector::WEST); publish(pTAPECONNECTOR);
WatchPoint.add(&pTAPECONNECTOR_value,64,2,this,"Line In / Rec");
if(pKEYB) pKEYB->init();
if(pTIMER) pTIMER->init();
if (fp_tape==NULL) fp_tape=fopen("LOG TAPE.txt","wb");
return true;
}
bool Crlp1002::init(void)
{
Cce515p::init();
setfrequency( 0);
pCONNECTOR = new Cconnector(this,44,0,
Cconnector::Panasonic_44,
"44 pins conector",
true,
QPoint(37,72),
Cconnector::WEST);
publish(pCONNECTOR);
WatchPoint.add(&pCONNECTOR_value,64,44,this,"Printer connector");
AddLog(LOG_PRINTER,tr("PRT initializing..."));
if(pKEYB) pKEYB->init();
if(pTIMER) pTIMER->init();
paperWidget->hide();
return true;
}
Cmd100::Cmd100(CPObject *parent):CPObject(parent)
{ //[constructor]
setfrequency( 0);
BackGroundFname = P_RES(":/md100/md-100.png");
setcfgfname("md100");
pTIMER = new Ctimer(this);
setDX(1203);//Pc_DX = 620;//480;
setDY(779);//Pc_DY = 488;//420;
setDXmm(337);
setDYmm(218);
setDZmm(46);
port = 0x08;
adrBus=prev_adrBus=0;
}
Crlp9001::Crlp9001(CPObject *parent ) : CPObject(this)
{ //[constructor]
setfrequency( 0);
BackGroundFname = P_RES(":/rlh1000/rlp9002.png");
setDXmm(113);
setDYmm(95);
setDZmm(51);
// Ratio = 3,57
setDX(403);//Pc_DX = 75;
setDY(340);//Pc_DY = 20;
rotate = false;
memsize = 0x4000;
InitMemValue = 0xff;
SlotList.clear();
SlotList.append(CSlot(16 , 0x0000 , "" , "" , RAM , "RAM 16Ko"));
}
Ccl1000::Ccl1000(CPObject *parent):Cce515p(this) {
setfrequency( 0);
ioFreq = 0;
setcfgfname(QString("cl1000"));
BackGroundFname = P_RES(":/ext/cl-1000.png");
delete pKEYB;
pKEYB = new Ckeyb(this,"cl1000.map");
setDXmm(260);//Pc_DX_mm = 256;
setDYmm(225);//Pc_DY_mm = 185;
setDZmm(42);//Pc_DZ_mm = 42;
setDX(928);//Pc_DX = 895;
setDY(804);//Pc_DY = 615;
printerACK = false;
printerBUSY = false;
margin = 20;
Paper_DX = 240+2*margin;
setPaperPos(QRect(90,0,214,245));
}
Cce126::Cce126(CPObject *parent):Cprinter(parent)
{ //[constructor]
Q_UNUSED(parent)
setfrequency( 0);
ce126buf = 0;
ce126display= 0;
//bells = 0;
charTable = 0;
margin = 25;
ToDestroy = false;
BackGroundFname = P_RES(":/ext/ce-126p.png");
setcfgfname("ce126p");
settop(10);
setposX(0);
pTIMER = new Ctimer(this);
KeyMap = KeyMapce126;
KeyMapLenght= KeyMapce126Lenght;
pKEYB->setMap("ce126.map");
setDX(620);
setDY(488);
setDXmm(116);
setDYmm(140);
setDZmm(23);
setPaperPos(QRect(150,-3,207,149));
ctrl_char = false;
t = 0;
c = 0;
rmtSwitch = false;
internal_device_code = 0x0f;
}
Cpc1475::Cpc1475(CPObject *parent) : Cpc1360(parent)
{ //[constructor]
setfrequency(768000/3);
setcfgfname("pc1475");
SessionHeader = "PC1475PKM";
Initial_Session_Fname ="pc1475.pkm";
BackGroundFname = P_RES(":/pc1475/pc1475.png");
memsize = 0x40000;
SlotList.clear();
SlotList.append(CSlot(8 , 0x0000 , P_RES(":/pc1475/cpu-1475.rom") , "" ,CSlot::ROM , "CPU ROM"));
SlotList.append(CSlot(8 , 0x2000 , "" , "" , CSlot::RAM , "SYSTEM RAM"));
SlotList.append(CSlot(16, 0x4000 , P_RES(":/pc1475/b0-1475.rom") , "" , CSlot::ROM , "ROM"));
SlotList.append(CSlot(32, 0x8000 , "" , "" , CSlot::RAM , "RAM"));
SlotList.append(CSlot(16, 0x10000 , P_RES(":/pc1475/b0-1475.rom") , "" , CSlot::ROM , "BANK 0"));
SlotList.append(CSlot(16, 0x14000 , P_RES(":/pc1475/b1-1475.rom") , "" , CSlot::ROM , "BANK 1"));
SlotList.append(CSlot(16, 0x18000 , P_RES(":/pc1475/b2-1475.rom") , "" , CSlot::ROM , "BANK 2"));
SlotList.append(CSlot(16, 0x1C000 , P_RES(":/pc1475/b3-1475.rom") , "" , CSlot::ROM , "BANK 3"));
SlotList.append(CSlot(16, 0x20000 , P_RES(":/pc1475/b4-1475.rom") , "" , CSlot::ROM , "BANK 4"));
SlotList.append(CSlot(16, 0x24000 , P_RES(":/pc1475/b5-1475.rom") , "" , CSlot::ROM , "BANK 5"));
SlotList.append(CSlot(16, 0x28000 , P_RES(":/pc1475/b6-1475.rom") , "" , CSlot::ROM , "BANK 6"));
SlotList.append(CSlot(16, 0x2C000 , P_RES(":/pc1475/b7-1475.rom") , "" , CSlot::ROM , "BANK 7"));
SlotList.append(CSlot(32, 0x30000 , "" , "" , CSlot::RAM , "RAM S1"));
SlotList.append(CSlot(32, 0x38000 , "" , "" , CSlot::RAM , "RAM S2"));
KeyMap = KeyMap1450;
KeyMapLenght = KeyMap1450Lenght;
delete pLCDC; pLCDC = new Clcdc_pc1475(this,
QRect(111,48,264*.9,30),
QRect(111,38,264*.9,45));
pKEYB->setMap("pc1475.map",scandef_pc1450);
}
Crlp1002::Crlp1002(CPObject *parent):Cce515p(parent)
{ //[constructor]
Q_UNUSED(parent)
setfrequency( 0);
margin = 25;
BackGroundFname = P_RES(":/rlh1000/rlp1002.png");
setcfgfname("rlp1002");
pTIMER = new Ctimer(this);
pKEYB->setMap("rlp1002.map");
setDXmm(227);
setDYmm(95);
setDZmm(31);
setDX(848);
setDY(340);
setPaperPos(QRect(57,-20,318,236));
rotate = false;
INTrequest = false;
printing = false;
receiveMode = false;
CRLFPending = false;
memsize = 0x2000;
InitMemValue = 0x7f;
SlotList.clear();
SlotList.append(CSlot(8 , 0x0000 , P_RES(":/rlh1000/rlp1002.bin") , "" , CSlot::ROM , "Printer ROM"));
}
bool Cmd100::init(void)
{
CPObject::init();
setfrequency( 0);
pCONNECTOR = new Cconnector(this,30,0,Cconnector::Casio_30,"Connector 30 pins",true,QPoint(666,540)); publish(pCONNECTOR);
pCENTCONNECTOR = new Cconnector(this,36,1,Cconnector::Centronics_36,"Centronic 36 pins",false,QPoint(417,13)); publish(pCENTCONNECTOR);
pSIOCONNECTOR = new Cconnector(this,9,2,Cconnector::DB_25,"Serial 25 pins",false,QPoint(517,13)); publish(pSIOCONNECTOR);
QHash<int,QString> lbl;
lbl[ 4]="A0";
lbl[18]="A1";
lbl[ 6]="A2";
lbl[ 3]="A3";
lbl[22]="I00";
lbl[19]="I01";
lbl[ 9]="I02";
lbl[24]="I03";
lbl[21]="I04";
lbl[ 8]="I05";
lbl[20]="I06";
lbl[23]="I07";
lbl[25]="P0";
lbl[11]="P1";
lbl[26]="P2";
lbl[12]="P3";
lbl[27]="P4";
WatchPoint.add(&pCONNECTOR_value,64,30,this,"Standard 30pins connector",lbl);
lbl.clear();
lbl[1] = "STROBE";
lbl[2] = "D1";
lbl[3] = "D2";
lbl[4] = "D3";
lbl[5] = "D4";
lbl[6] = "D5";
lbl[7] = "D6";
lbl[8] = "D7";
lbl[9] = "D8";
lbl[10]= "ACK";
lbl[11]= "BUSY";
lbl[31]= "INIT";
lbl[32]= "ERROR";
WatchPoint.add(&pCENTCONNECTOR_value,64,36,this,"Centronic 36pins connector",lbl);
lbl.clear();
lbl[1] = "GND";
lbl[2] = "TXD";
lbl[3] = "RXD";
lbl[4] = "RTS";
lbl[5] = "CTS";
lbl[6] = "DSR";
lbl[7] = "GND";
lbl[8] = "DCD";
lbl[20]= "DTR";
WatchPoint.add(&pSIOCONNECTOR_value,64,25,this,"Serial 25pins connector",lbl);
AddLog(LOG_PRINTER,tr("MD-100 initializing..."));
if(pTIMER) pTIMER->init();
mdFileNotOpened = 0x80;
mdNoRoom = 0x40;
mdInvalidCommand = 0x20;
mdFileFound = 0x10;
mdRenameFailed = 0x08;
mdNoData = 0x04;
mdWriteProtected = 0x02;
mdEndOfFile = 0x01;
mdOK = 0x00;
data = 0;
sendData = false;
FddOpen();
return true;
}
Cz1::Cz1(CPObject *parent, Models mod) : CpcXXXX(parent)
{ //[constructor]
setfrequency( (int) 3686400);
model = mod;
switch (model) {
case Z1GR:
setcfgfname(QString("z1gr"));
setresName("z1");
SessionHeader = "Z1GGRPKM";
Initial_Session_Fname ="z1gr.pkm";
BackGroundFname = P_RES(":/z1/z1gr.png");
break;
case FX890P:
setcfgfname(QString("fx890p"));
setresName("z1");
SessionHeader = "FX890PPKM";
Initial_Session_Fname ="fx890p.pkm";
BackGroundFname = P_RES(":/z1/fx-890p.png");
break;
default:
setcfgfname(QString("z1"));
setresName("z1");
SessionHeader = "Z1PKM";
Initial_Session_Fname ="z1.pkm";
BackGroundFname = P_RES(":/z1/z1.png");
}
LeftFname = P_RES(":/z1/z1Left.png");
memsize = 0x100000;
InitMemValue = 0x00;
SlotList.clear();
SlotList.append(CSlot(64 , 0x00000 , "" , "" , CSlot::RAM , "RAM"));
SlotList.append(CSlot(64 , 0x10000 , "" , "" , CSlot::RAM , "RAM"));
SlotList.append(CSlot(64 , 0x20000 , "" , "" , CSlot::RAM , "RAM"));
SlotList.append(CSlot(64 , 0x30000 , "" , "" , CSlot::RAM , "RAM"));
SlotList.append(CSlot(32 , 0x40000 , "" , "" , CSlot::RAM , "RAM"));
SlotList.append(CSlot(64 , 0xa0000 , "" , "" , CSlot::RAM , "VIDEO RAM"));
if (model==Z1GR)
SlotList.append(CSlot(128 , 0xE0000 , P_RES(":/z1/romz1gr.bin") , "" , CSlot::ROM , "ROM"));
else
SlotList.append(CSlot(128 , 0xE0000 , P_RES(":/z1/romz1.bin") , "" , CSlot::ROM , "ROM"));
PowerSwitch = 0;
setDXmm(206);
setDYmm(83);
setDZmm(25);
setDX(736);
setDY(297);
PowerSwitch = 0;
pLCDC = new Clcdc_z1(this,
QRect(91,44,370,64),
QRect(81,44,89,64));
// QRect(77,44,384,64),
// QRect(67,44,75,64));
pCPU = new Ci80L188EB(this);
pFPU = new CCF79107PJ(this);
pTIMER = new Ctimer(this);
pHD66108 = new CHD66108(this);
pKEYB->setMap("z1.map");
pCENT = new Cctronics(this); pCENT->pTIMER = pTIMER;
lastKeyBufSize = 0;
newKey = false;
i80l188ebcpu = (Ci80L188EB*)pCPU;
ioFreq = 0;
pCENTflip = true;
}
