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#include "std.h"
#include "emul.h"
#include "vars.h"
#include "debug.h"
#include "memory.h"
#include "gsz80.h"
#include "z80.h"
#include "util.h"
#include "sndrender/sndcounter.h"
#include "sound.h"
//=============================================================================
namespace z80fast
{
#include "z80_main.h"
}
//=============================================================================
int fmsoundon0 = 4; //Alone Coder
int tfmstatuson0 = 2; //Alone Coder
char pressedit = 0; //Alone Coder
//=============================================================================
void __fastcall wmdbg( u32 addr, u8 val);
u8 __fastcall rmdbg( u32 addr);
u8 *__fastcall MemDbg( u32 addr);
void __cdecl BankNames( int i, char *Name);
//=============================================================================
namespace z80dbg
{
void Z80FAST step();
__int64 __cdecl delta();
void __cdecl SetLastT();
}
//=============================================================================
#pragma pack(8)
void out( unsigned port, unsigned char val);
unsigned char in( unsigned port);
//=============================================================================
Z80INLINE unsigned char m1_cycle( Z80 *cpu)
{
// cpu->r_low++; cpu->t += 4; //0.39.0
// return cpu->MemIf->xm(cpu->pc++);
unsigned char temp_op_code; //NEDOREPO
cpu->r_low++;
cpu->t += 4;
temp_op_code = cpu->MemIf->xm( cpu->pc++);
//-------------------------------------------------------------------------
if ((conf.mem_model == MM_ATM3) && (comp.pBE) && cpu->nmi_in_progress)
{
if (comp.pBE == 1)
{
if (trdos_in_nmi)
{
comp.flags |= CF_SETDOSROM | CF_TRDOS;
}
cpu->nmi_in_progress = false;
set_banks();
}
comp.pBE--;
}
//-------------------------------------------------------------------------
return temp_op_code; //NEDOREPO
}
//=============================================================================
/*
unsigned char TMainZ80::rm(unsigned addr)
{
return z80fast::rm(addr);
}
unsigned char TMainZ80::dbgrm(unsigned addr)
{
return ::rmdbg(addr);
}
void TMainZ80::wm(unsigned addr, unsigned char val)
{
z80fast::wm(addr, val);
}
void TMainZ80::dbgwm(unsigned addr, unsigned char val)
{
::wmdbg(addr, val);
}
*/
//=============================================================================
u8 *TMainZ80::DirectMem(unsigned addr) const
{
return am_r(addr);
}
//=============================================================================
unsigned char TMainZ80::m1_cycle()
{
return ::m1_cycle(this);
}
//=============================================================================
unsigned char TMainZ80::in(unsigned port)
{
return ::in(port);
}
//=============================================================================
void TMainZ80::out(unsigned port, unsigned char val)
{
::out(port, val);
}
//=============================================================================
u8 TMainZ80::IntVec()
{
return (comp.flags & CF_Z80FBUS) ? u8(rdtsc() & 0xFF) :
0xFF;
}
//=============================================================================
void TMainZ80::CheckNextFrame()
{
if (t >= conf.frame)
{
comp.t_states += conf.frame;
t -= conf.frame;
eipos -= conf.frame;
comp.frame_counter++;
int_pend = true;
}
}
//=============================================================================
void TMainZ80::retn()
{
// nmi_in_progress = false; //ÇÀÊÎÌÅÍÒÈËÈ Â NEDOREPO
// set_banks(); //ÅÑÒÜ Â 0.39.0
}
//=============================================================================
static const TMemIf FastMemIf =
{
Xm,
Rm,
Wm
};
//=============================================================================
static const TMemIf DbgMemIf =
{
DbgXm,
DbgRm,
DbgWm
};
//=============================================================================
TMainZ80 cpu( 0,
BankNames,
z80dbg::step,
z80dbg::delta,
z80dbg::SetLastT,
membits,
io_bits, // [NS]
bp_disable_bits, // [NS]
&FastMemIf,
&DbgMemIf
);
//=============================================================================
//=============================================================================
#ifdef MOD_GSZ80
//-------------------------------------------------------------------------
namespace z80gs
{
//---------------------------------------------------------------------
u8 __fastcall dbgrm(u32 addr);
void __fastcall dbgwm(u32 addr, u8 val);
u8 *__fastcall MemDbg(u32 addr);
void __cdecl BankNames(int i, char *Name);
void Z80FAST step();
__int64 __cdecl delta();
void __cdecl SetLastT();
//---------------------------------------------------------------------
u8 membits[ 0x10000];
u8 io_bits[ 0x10000]; // [NS]
u8 bp_disable_bits[ 0x10000]; // [NS]
SNDRENDER sound;
//---------------------------------------------------------------------
static const TMemIf FastMemIf =
{
z80gs::Xm,
z80gs::Rm,
z80gs::Wm
};
//---------------------------------------------------------------------
static const TMemIf DbgMemIf =
{
z80gs::DbgXm,
z80gs::DbgRm,
z80gs::DbgWm
};
//---------------------------------------------------------------------
} //namespace z80gs
//-------------------------------------------------------------------------
u8 TGsZ80::IntVec()
{
return 0xFF;
}
//-------------------------------------------------------------------------
void TGsZ80::CheckNextFrame()
{
if (t >= z80gs::GSCPUINT)
{
t -= z80gs::GSCPUINT;
eipos -= z80gs::GSCPUINT;
z80gs::gs_t_states += z80gs::GSCPUINT;
int_pend = true;
}
}
//-------------------------------------------------------------------------
TGsZ80 gscpu(
1,
z80gs::BankNames,
z80gs::step,
z80gs::delta,
z80gs::SetLastT,
z80gs::membits,
z80gs::io_bits, // [NS]
z80gs::bp_disable_bits, // [NS]
&z80gs::FastMemIf,
&z80gs::DbgMemIf
);
//-------------------------------------------------------------------------
#endif
//=============================================================================
//=============================================================================
TCpuMgr CpuMgr;
//=============================================================================
void TCpuMgr::SwitchCpu()
{
CurrentCpu++;
CurrentCpu %= Count;
}
//=============================================================================
Z80 *TCpuMgr::Cpus[] =
{
//-----------------------------------------------------------------------------
&cpu,
//-----------------------------------------------------------------------------
#ifdef MOD_GSZ80
&gscpu
#endif
//-----------------------------------------------------------------------------
};
//=============================================================================
const unsigned TCpuMgr::Count = _countof( Cpus);
TZ80State TCpuMgr::PrevCpus[ TCpuMgr::Count];
unsigned TCpuMgr::CurrentCpu = 0;
//=============================================================================
#ifdef MOD_GSBASS
GSHLE gs;
#endif
//=============================================================================
unsigned char dbgbreak = 0;
//=============================================================================
CONFIG conf;
COMPUTER comp;
TEMP temp;
ATA_PORT hdd; // not in `comp' - not cleared in reset()
K_INPUT input;
ISA_MODEM modem;
//=============================================================================
SNDRENDER sound;
SNDCHIP ay[ 2];
SNDCOUNTER sndcounter;
//=============================================================================
unsigned char *base_sos_rom;
unsigned char *base_dos_rom;
unsigned char *base_128_rom;
unsigned char *base_sys_rom;
//=============================================================================
#ifdef CACHE_ALIGNED
ATTR_ALIGN( 4096)
unsigned char memory[ PAGE * MAX_PAGES];
#else // __declspec(align) not available, force QWORD align with old method
__int64 memory__[PAGE * MAX_PAGES / sizeof( __int64)];
unsigned char * const memory = (unsigned char*) memory__;
#endif
//=============================================================================
#ifdef MOD_VID_VD
CACHE_ALIGNED unsigned char vdmem[4][0x2000];
#endif
//=============================================================================
unsigned char membits[ 0x10000]; // äëÿ áðÿêîâ è ìåìîðè áåíäà
// MEMBITS_R = 0x01
// MEMBITS_W = 0x02
// MEMBITS_X = 0x04
// MEMBITS_BPR = 0x10
// MEMBITS_BPW = 0x20
// MEMBITS_BPX = 0x40
// 2 FREE
//
// òê ðàñøèðèòü øèðèíó membits-îâ íåñêîëüêî ïðîáëåìàòè÷íî ñ òî÷êè çðåíèÿ ïîäâîäíûõ ãðàáëåé
// òî äëÿ íåäîñòàþùåãî ôóíêöèîíàëà åùå áóôåðà
unsigned char io_bits[ 0x10000]; // äëÿ IO [NS]
// IO_BITS_IN
// IO_BITS_OUT
// IO_BITS_BP_IN
// IO_BITS_BP_OUT
// 4 FREE
unsigned char bp_disable_bits[ 0x10000]; // äëÿ îòêëþ÷åíèÿ áðÿêîâ [NS]
// BP_DISABLE_BPR
// BP_DISABLE_BPW
// BP_DISABLE_BPX
//
// BP_DISABLE_BP_IN
// BP_DISABLE_BP_OUT
// 3 FREE
unsigned char *bankr[ 4];
unsigned char *bankw[ 4];
unsigned char cmos[ 0x100];
unsigned char nvram[ 0x800];
//=============================================================================
unsigned sndplaybuf[ PLAYBUFSIZE];
unsigned spbsize;
//=============================================================================
FILE *savesnd;
unsigned char savesndtype; // 0-none,
// 1-wave,
// 2-vtx
unsigned char *vtxbuf;
unsigned vtxbufsize;
unsigned vtxbuffilled;
//=============================================================================
unsigned char trdos_load; // for leds
unsigned char trdos_save;
unsigned char trdos_format;
unsigned char trdos_seek;
//=============================================================================
unsigned char needclr; // clear screenbuffer before rendering (äëÿ äåáàãåðà)
//=============================================================================
HWND wnd;
HINSTANCE hIn;
//=============================================================================
char droppedFile[ 512];
//=============================================================================
const TMemModel mem_model[ N_MM_MODELS] =
{
{ "PENTAGON", "PENTAGON", MM_PENTAGON, 128, RAM_128 | RAM_256 | RAM_512 | RAM_1024 },
{ "ZS SCORPION", "SCORPION", MM_SCORP, 256, RAM_256 | RAM_1024 },
{ "ZS SCORPION + PROF ROM", "PROFSCORP", MM_PROFSCORP, 256, RAM_256 | RAM_1024 },
{ "PROFI", "PROFI", MM_PROFI, 1024, RAM_1024 },
{ "ATM-TURBO v4.50", "ATM450", MM_ATM450, 512, RAM_512 | RAM_1024 },
{ "ATM-TURBO 2+ v7.10", "ATM710", MM_ATM710, 1024, RAM_128 | RAM_256 | RAM_512 | RAM_1024 },
// { "ATM-TURBO 3", "ATM3", MM_ATM3, 4096, RAM_4096 },
// { "ZX-EVO", "ATM3", MM_ATM3, 4096, RAM_4096 }, // NEDOREPO
// { "PENTEVO", "PENTEVO", MM_ATM3, 4096, RAM_4096 }, // [NS]
// { "ZX-Evolution", "ZX_EVO", MM_ATM3, 4096, RAM_4096 }, // [NS] r0111
{ "ZX-EVO", "ZX_EVO", MM_ATM3, 4096, RAM_4096 }, // [NS] r0111
{ "Nemo's KAY", "KAY", MM_KAY, 256, RAM_256 | RAM_1024 },
// { "KAY", "KAY", MM_KAY, 256, RAM_256 | RAM_1024 },
// { "ZX-Spectrum +3", "PLUS3", MM_PLUS3, 128, RAM_128 },
{ "ZX-SPECTRUM +3", "PLUS3", MM_PLUS3, 128, RAM_128 },
{ "QUORUM", "QUORUM", MM_QUORUM, 1024, RAM_128 | RAM_1024 },
};
//=============================================================================
unsigned char kbdpc[ VK_MAX]; // add cells for mouse & joystick
unsigned char kbdpc_prev[ VK_MAX]; // static // thims zxevo_ps/2 NEDOREPO
unsigned char kbdpcEX[ 6]; // Dexus
keyports inports[ VK_MAX];
//=============================================================================
char statusline[ 128];
unsigned statcnt;
//=============================================================================
char arcbuffer[ 0x2000]; // extensions and command lines for archivers
char skiparc[ 0x400]; // ignore this files in archive
//=============================================================================
unsigned char exitflag = 0; // avoid call exit() twice
//=============================================================================
// beta128 vars
unsigned trd_toload = 0; // drive to load
unsigned DefaultDrive = -1U; // Äèñêîâîä ïî óìîë÷àíèþ â êîòîðûé ãðóçÿòñÿ îáðàçû äèñêîâ ïðè ñòàðòå
char trd_loaded[ 4]; // used to get first free drive with no account of autoloaded images
char ininame[ 0x200];
char helpname[ 0x200];
unsigned snapsize;
//=============================================================================
// conditional breakpoints support
unsigned brk_port_in;
unsigned brk_port_out;
unsigned char brk_port_val;
//=============================================================================
virtkeyt pckeys[] =
{
{ "ESC", DIK_ESCAPE },
{ "F1", DIK_F1 },
{ "F2", DIK_F2 },
{ "F3", DIK_F3 },
{ "F4", DIK_F4 },
{ "F5", DIK_F5 },
{ "F6", DIK_F6 },
{ "F7", DIK_F7 },
{ "F8", DIK_F8 },
{ "F9", DIK_F9 },
{ "F10", DIK_F10 },
{ "F11", DIK_F11 },
{ "F12", DIK_F12 },
{ "PRSCR", DIK_SYSRQ },
{ "SCLOCK", DIK_SCROLL },
{ "PAUSE", DIK_PAUSE },
{ "1", DIK_1 },
{ "2", DIK_2 },
{ "3", DIK_3 },
{ "4", DIK_4 },
{ "5", DIK_5 },
{ "6", DIK_6 },
{ "7", DIK_7 },
{ "8", DIK_8 },
{ "9", DIK_9 },
{ "0", DIK_0 },
{ "Q", DIK_Q },
{ "W", DIK_W },
{ "E", DIK_E },
{ "R", DIK_R },
{ "T", DIK_T },
{ "Y", DIK_Y },
{ "U", DIK_U },
{ "I", DIK_I },
{ "O", DIK_O },
{ "P", DIK_P },
{ "A", DIK_A },
{ "S", DIK_S },
{ "D", DIK_D },
{ "F", DIK_F },
{ "G", DIK_G },
{ "H", DIK_H },
{ "J", DIK_J },
{ "K", DIK_K },
{ "L", DIK_L },
{ "Z", DIK_Z },
{ "X", DIK_X },
{ "C", DIK_C },
{ "V", DIK_V },
{ "B", DIK_B },
{ "N", DIK_N },
{ "M", DIK_M },
{ "MINUS", DIK_MINUS },
{ "PLUS", DIK_EQUALS },
{ "BACK", DIK_BACK },
{ "TAB", DIK_TAB },
{ "LB", DIK_LBRACKET },
{ "RB", DIK_RBRACKET },
{ "CAPS", DIK_CAPITAL },
{ "TIL", DIK_GRAVE },
{ "SPACE", DIK_SPACE },
{ "COL", DIK_SEMICOLON },
{ "QUOTE", DIK_APOSTROPHE },
{ "ENTER", DIK_RETURN },
{ "COMMA", DIK_COMMA },
{ "POINT", DIK_PERIOD },
{ "SLASH", DIK_SLASH },
{ "BACKSL", DIK_BACKSLASH },
{ "SHIFT", DIK_SHIFT },
{ "ALT", DIK_MENU },
{ "CONTROL", DIK_CONTROL },
{ "LSHIFT", DIK_LSHIFT },
{ "LALT", DIK_LMENU },
{ "LCONTROL", DIK_LCONTROL },
{ "RSHIFT", DIK_RSHIFT },
{ "RALT", DIK_RMENU },
{ "RCONTROL", DIK_RCONTROL },
{ "INS", DIK_INSERT },
{ "HOME", DIK_HOME },
{ "PGUP", DIK_PRIOR },
{ "DEL", DIK_DELETE },
{ "END", DIK_END },
{ "PGDN", DIK_NEXT },
{ "UP", DIK_UP },
{ "DOWN", DIK_DOWN },
{ "LEFT", DIK_LEFT },
{ "RIGHT", DIK_RIGHT },
{ "NUMLOCK", DIK_NUMLOCK },
{ "GRDIV", DIK_DIVIDE },
{ "GRMUL", DIK_MULTIPLY },
{ "GRSUB", DIK_SUBTRACT },
{ "GRADD", DIK_ADD },
{ "GRENTER", DIK_NUMPADENTER },
{ "N0", DIK_NUMPAD0 },
{ "N1", DIK_NUMPAD1 },
{ "N2", DIK_NUMPAD2 },
{ "N3", DIK_NUMPAD3 },
{ "N4", DIK_NUMPAD4 },
{ "N5", DIK_NUMPAD5 },
{ "N6", DIK_NUMPAD6 },
{ "N7", DIK_NUMPAD7 },
{ "N8", DIK_NUMPAD8 },
{ "N9", DIK_NUMPAD9 },
{ "NP", DIK_DECIMAL },
{ "LMB", VK_LMB },
{ "RMB", VK_RMB },
{ "MMB", VK_MMB },
{ "MWU", VK_MWU },
{ "MWD", VK_MWD },
{ "JLEFT", VK_JLEFT },
{ "JRIGHT", VK_JRIGHT },
{ "JUP", VK_JUP },
{ "JDOWN", VK_JDOWN },
{ "JFIRE", VK_JFIRE },
{ "JB0", VK_JB0 },
{ "JB1", VK_JB1 },
{ "JB2", VK_JB2 },
{ "JB3", VK_JB3 },
{ "JB4", VK_JB4 },
{ "JB5", VK_JB5 },
{ "JB6", VK_JB6 },
{ "JB7", VK_JB7 },
{ "JB8", VK_JB8 },
{ "JB9", VK_JB9 },
{ "JB10", VK_JB10 },
{ "JB11", VK_JB11 },
{ "JB12", VK_JB12 },
{ "JB13", VK_JB13 },
{ "JB14", VK_JB14 },
{ "JB15", VK_JB15 },
{ "JB16", VK_JB16 },
{ "JB17", VK_JB17 },
{ "JB18", VK_JB18 },
{ "JB19", VK_JB19 },
{ "JB20", VK_JB20 },
{ "JB21", VK_JB21 },
{ "JB22", VK_JB22 },
{ "JB23", VK_JB23 },
{ "JB24", VK_JB24 },
{ "JB25", VK_JB25 },
{ "JB26", VK_JB26 },
{ "JB27", VK_JB27 },
{ "JB28", VK_JB28 },
{ "JB29", VK_JB29 },
{ "JB30", VK_JB30 },
{ "JB31", VK_JB31 },
};
const size_t pckeys_count = _countof( pckeys);
//=============================================================================
//=============================================================================
static zxkey zxk_default[] =
{
{ "KRIGHT", &input.kjoy, u8( ~1U) },
{ "KLEFT", &input.kjoy, u8( ~2U) },
{ "KDOWN", &input.kjoy, u8( ~4U) },
{ "KUP", &input.kjoy, u8( ~8U) },
{ "KFIRE", &input.kjoy, u8( ~16U) },
{ "KFIRE1", &input.kjoy, u8( ~16U) },
{ "KFIRE2", &input.kjoy, u8( ~32U) },
{ "KFIRE3", &input.kjoy, u8( ~64U) },
// fuller joystick
{ "FRIGHT", &input.fjoy, u8( ~8U) },
{ "FLEFT", &input.fjoy, u8( ~4U) },
{ "FDOWN", &input.fjoy, u8( ~2U) },
{ "FUP", &input.fjoy, u8( ~1U) },
{ "FFIRE", &input.fjoy, u8( ~128U) },
{ "FFIRE1", &input.fjoy, u8( ~128U) },
{ "FFIRE2", &input.fjoy, u8( ~64U) },
{ "FFIRE3", &input.fjoy, u8( ~32U) },
{ "ENT", input.kbd + 6, u8( ~0x01U) },
{ "SPC", input.kbd + 7, u8( ~0x01U) },
{ "SYM", input.kbd + 7, u8( ~0x02U) },
{ "CAP", input.kbd + 0, u8( ~0x01U) },
{ "Z", input.kbd + 0, u8( ~0x02U) },
{ "X", input.kbd + 0, u8( ~0x04U) },
{ "C", input.kbd + 0, u8( ~0x08U) },
{ "V", input.kbd + 0, u8( ~0x10U) },
{ "A", input.kbd + 1, u8( ~0x01U) },
{ "S", input.kbd + 1, u8( ~0x02U) },
{ "D", input.kbd + 1, u8( ~0x04U) },
{ "F", input.kbd + 1, u8( ~0x08U) },
{ "G", input.kbd + 1, u8( ~0x10U) },
{ "Q", input.kbd + 2, u8( ~0x01U) },
{ "W", input.kbd + 2, u8( ~0x02U) },
{ "E", input.kbd + 2, u8( ~0x04U) },
{ "R", input.kbd + 2, u8( ~0x08U) },
{ "T", input.kbd + 2, u8( ~0x10U) },
{ "1", input.kbd + 3, u8( ~0x01U) },
{ "2", input.kbd + 3, u8( ~0x02U) },
{ "3", input.kbd + 3, u8( ~0x04U) },
{ "4", input.kbd + 3, u8( ~0x08U) },
{ "5", input.kbd + 3, u8( ~0x10U) },
{ "0", input.kbd + 4, u8( ~0x01U) },
{ "9", input.kbd + 4, u8( ~0x02U) },
{ "8", input.kbd + 4, u8( ~0x04U) },
{ "7", input.kbd + 4, u8( ~0x08U) },
{ "6", input.kbd + 4, u8( ~0x10U) },
{ "P", input.kbd + 5, u8( ~0x01U) },
{ "O", input.kbd + 5, u8( ~0x02U) },
{ "I", input.kbd + 5, u8( ~0x04U) },
{ "U", input.kbd + 5, u8( ~0x08U) },
{ "Y", input.kbd + 5, u8( ~0x10U) },
{ "L", input.kbd + 6, u8( ~0x02U) },
{ "K", input.kbd + 6, u8( ~0x04U) },
{ "J", input.kbd + 6, u8( ~0x08U) },
{ "H", input.kbd + 6, u8( ~0x10U) },
{ "M", input.kbd + 7, u8( ~0x04U) },
{ "N", input.kbd + 7, u8( ~0x08U) },
{ "B", input.kbd + 7, u8( ~0x10U) },
};
//=============================================================================
//=============================================================================
static zxkey zxk_bk08[] =
{
{ "KRIGHT", &input.kjoy, u8(~1U) },
{ "KLEFT", &input.kjoy, u8(~2U) },
{ "KDOWN", &input.kjoy, u8(~4U) },
{ "KUP", &input.kjoy, u8(~8U) },
{ "KFIRE", &input.kjoy, u8(~16U) },
{ "KFIRE1", &input.kjoy, u8(~16U) },
{ "KFIRE2", &input.kjoy, u8(~32U) },
{ "KFIRE3", &input.kjoy, u8(~64U) },
// fuller joystick
{ "FRIGHT", &input.fjoy, u8(~8U) },
{ "FLEFT", &input.fjoy, u8(~4U) },
{ "FDOWN", &input.fjoy, u8(~2U) },
{ "FUP", &input.fjoy, u8(~1U) },
{ "FFIRE", &input.fjoy, u8(~128U) },
{ "FFIRE1", &input.fjoy, u8(~128U) },
{ "FFIRE2", &input.fjoy, u8(~64U) },
{ "FFIRE3", &input.fjoy, u8(~32U) },
{ "ALT", input.kbd + 0, u8(~0x01U) },
{ "Z", input.kbd + 0, u8(~0x02U) },
{ "X", input.kbd + 0, u8(~0x04U) },
{ "C", input.kbd + 0, u8(~0x08U) },
{ "V", input.kbd + 0, u8(~0x10U) },
{ "RUS", input.kbd + 0, u8(~0x20U) },
{ "SHF", input.kbd + 0, u8( 0x7FU) },
{ "A", input.kbd + 1, u8(~0x01U) },
{ "S", input.kbd + 1, u8(~0x02U) },
{ "D", input.kbd + 1, u8(~0x04U) },
{ "F", input.kbd + 1, u8(~0x08U) },
{ "G", input.kbd + 1, u8(~0x10U) },
{ "BSL", input.kbd + 1, u8(~0x20U) },
{ "SL", input.kbd + 1, u8( 0x7FU) },
{ "Q", input.kbd + 2, u8(~0x01U) },
{ "W", input.kbd + 2, u8(~0x02U) },
{ "E", input.kbd + 2, u8(~0x04U) },
{ "R", input.kbd + 2, u8(~0x08U) },
{ "T", input.kbd + 2, u8(~0x10U) },
{ "CMA", input.kbd + 2, u8(~0x20U) },
{ "PNT", input.kbd + 2, u8( 0x7FU) },
{ "1", input.kbd + 3, u8(~0x01U) },
{ "2", input.kbd + 3, u8(~0x02U) },
{ "3", input.kbd + 3, u8(~0x04U) },
{ "4", input.kbd + 3, u8(~0x08U) },
{ "5", input.kbd + 3, u8(~0x10U) },
{ "TIL", input.kbd + 3, u8(~0x20U) },
{ "TAB", input.kbd + 3, u8( 0x7FU) },
{ "0", input.kbd + 4, u8(~0x01U) },
{ "9", input.kbd + 4, u8(~0x02U) },
{ "8", input.kbd + 4, u8(~0x04U) },
{ "7", input.kbd + 4, u8(~0x08U) },
{ "6", input.kbd + 4, u8(~0x10U) },
{ "MNS", input.kbd + 4, u8(~0x20U) },
{ "PLS", input.kbd + 4, u8( 0x7FU) },
{ "P", input.kbd + 5, u8(~0x01U) },
{ "O", input.kbd + 5, u8(~0x02U) },
{ "I", input.kbd + 5, u8(~0x04U) },
{ "U", input.kbd + 5, u8(~0x08U) },
{ "Y", input.kbd + 5, u8(~0x10U) },
{ "LB", input.kbd + 5, u8(~0x20U) },
{ "RB", input.kbd + 5, u8( 0x7FU) },
{ "ENT", input.kbd + 6, u8(~0x01U) },
{ "L", input.kbd + 6, u8(~0x02U) },
{ "K", input.kbd + 6, u8(~0x04U) },
{ "J", input.kbd + 6, u8(~0x08U) },
{ "H", input.kbd + 6, u8(~0x10U) },
{ "COL", input.kbd + 6, u8(~0x20U) },
{ "QUO", input.kbd + 6, u8( 0x7FU) },
{ "SPC", input.kbd + 7, u8(~0x01U) },
{ "CTL", input.kbd + 7, u8(~0x02U) },
{ "M", input.kbd + 7, u8(~0x04U) },
{ "N", input.kbd + 7, u8(~0x08U) },
{ "B", input.kbd + 7, u8(~0x10U) },
{ "R/A", input.kbd + 7, u8(~0x20U) },
{ "CPS", input.kbd + 7, u8( 0x7FU) }
};
//=============================================================================
//=============================================================================
static zxkey zxk_quorum[] =
{
{ "KRIGHT", &input.kjoy, u8(~1U) },
{ "KLEFT", &input.kjoy, u8(~2U) },
{ "KDOWN", &input.kjoy, u8(~4U) },
{ "KUP", &input.kjoy, u8(~8U) },
{ "KFIRE", &input.kjoy, u8(~16U) },
{ "KFIRE1", &input.kjoy, u8(~16U) },
{ "KFIRE2", &input.kjoy, u8(~32U) },
{ "KFIRE3", &input.kjoy, u8(~64U) },
// fuller joystick
{ "FRIGHT", &input.fjoy, u8(~8U) },
{ "FLEFT", &input.fjoy, u8(~4U) },
{ "FDOWN", &input.fjoy, u8(~2U) },
{ "FUP", &input.fjoy, u8(~1U) },
{ "FFIRE", &input.fjoy, u8(~128U) },
{ "FFIRE1", &input.fjoy, u8(~128U) },
{ "FFIRE2", &input.fjoy, u8(~64U) },
{ "FFIRE3", &input.fjoy, u8(~32U) },
{ "ENT", input.kbd + 6, u8(~0x01U) },
{ "SPC", input.kbd + 7, u8(~0x01U) },
{ "SYM", input.kbd + 7, u8(~0x02U) },
{ "CAP", input.kbd + 0, u8(~0x01U) },
{ "Z", input.kbd + 0, u8(~0x02U) },
{ "X", input.kbd + 0, u8(~0x04U) },
{ "C", input.kbd + 0, u8(~0x08U) },
{ "V", input.kbd + 0, u8(~0x10U) },
{ "A", input.kbd + 1, u8(~0x01U) },
{ "S", input.kbd + 1, u8(~0x02U) },
{ "D", input.kbd + 1, u8(~0x04U) },
{ "F", input.kbd + 1, u8(~0x08U) },
{ "G", input.kbd + 1, u8(~0x10U) },
{ "Q", input.kbd + 2, u8(~0x01U) },
{ "W", input.kbd + 2, u8(~0x02U) },
{ "E", input.kbd + 2, u8(~0x04U) },
{ "R", input.kbd + 2, u8(~0x08U) },
{ "T", input.kbd + 2, u8(~0x10U) },
{ "1", input.kbd + 3, u8(~0x01U) },
{ "2", input.kbd + 3, u8(~0x02U) },
{ "3", input.kbd + 3, u8(~0x04U) },
{ "4", input.kbd + 3, u8(~0x08U) },
{ "5", input.kbd + 3, u8(~0x10U) },
{ "0", input.kbd + 4, u8(~0x01U) },
{ "9", input.kbd + 4, u8(~0x02U) },
{ "8", input.kbd + 4, u8(~0x04U) },
{ "7", input.kbd + 4, u8(~0x08U) },
{ "6", input.kbd + 4, u8(~0x10U) },
{ "P", input.kbd + 5, u8(~0x01U) },
{ "O", input.kbd + 5, u8(~0x02U) },
{ "I", input.kbd + 5, u8(~0x04U) },
{ "U", input.kbd + 5, u8(~0x08U) },
{ "Y", input.kbd + 5, u8(~0x10U) },
{ "L", input.kbd + 6, u8(~0x02U) },
{ "K", input.kbd + 6, u8(~0x04U) },
{ "J", input.kbd + 6, u8(~0x08U) },
{ "H", input.kbd + 6, u8(~0x10U) },
{ "M", input.kbd + 7, u8(~0x04U) },
{ "N", input.kbd + 7, u8(~0x08U) },
{ "B", input.kbd + 7, u8(~0x10U) },
// quorum additional keys
{ "RUS", input.kbd + 8, u8(~0x01U) },
{ "LAT", input.kbd + 8, u8(~0x02U) },
{ "N1", input.kbd + 8, u8(~0x08U) },
{ "N2", input.kbd + 8, u8(~0x10U) },
{ ".", input.kbd + 8, u8(~0x20U) },
{ "CAPS", input.kbd + 9, u8(~0x01U) },
{ "F2", input.kbd + 9, u8(~0x02U) },
{ "TILDA", input.kbd + 9, u8(~0x04U) },
{ "N4", input.kbd + 9, u8(~0x08U) },
{ "QUOTE", input.kbd + 9, u8(~0x10U) },
{ "N6", input.kbd + 9, u8(~0x20U) },
{ "TAB", input.kbd + 10, u8(~0x01U) },
{ "F4", input.kbd + 10, u8(~0x02U) },
{ "N7", input.kbd + 10, u8(~0x08U) },
{ "N5", input.kbd + 10, u8(~0x10U) },
{ "N9", input.kbd + 10, u8(~0x20U) },
{ "EBOX", input.kbd + 11, u8(~0x01U) },
{ "F5", input.kbd + 11, u8(~0x02U) },
{ "BS", input.kbd + 11, u8(~0x04U) },
{ "NSLASH", input.kbd + 11, u8(~0x08U) },
{ "N8", input.kbd + 11, u8(~0x10U) },
{ "NMINUS", input.kbd + 11, u8(~0x20U) },
{ "-", input.kbd + 12, u8(~0x01U) },
{ "+", input.kbd + 12, u8(~0x04U) },
{ "DEL", input.kbd + 12, u8(~0x08U) },
{ "NSTAR", input.kbd + 12, u8(~0x10U) },
{ "GBOX", input.kbd + 12, u8(~0x20U) },
{ "COLON", input.kbd + 13, u8(~0x01U) },
{ "F3", input.kbd + 13, u8(~0x02U) },
{ "\\", input.kbd + 13, u8(~0x04U) },
{ "]", input.kbd + 13, u8(~0x10U) },
{ "[", input.kbd + 13, u8(~0x20U) },
{ ",", input.kbd + 14, u8(~0x01U) },
{ "/", input.kbd + 14, u8(~0x10U) },
{ "N3", input.kbd + 14, u8(~0x20U) },
{ "F1", input.kbd + 15, u8(~0x02U) },
{ "N0", input.kbd + 15, u8(~0x08U) },
{ "NPOINT", input.kbd + 15, u8(~0x10U) },
{ "NPLUS", input.kbd + 15, u8(~0x20U) },
};
//=============================================================================
//=============================================================================
zxkeymap zxk_maps[] =
{
{ "default", zxk_default, _countof(zxk_default) },
{ "BK08", zxk_bk08, _countof(zxk_bk08) },
{ "quorum", zxk_quorum, _countof(zxk_quorum) },
};
//=============================================================================
//=============================================================================
const size_t zxk_maps_count = _countof(zxk_maps);
//=============================================================================
PALETTEENTRY syspalette[0x100];
//=============================================================================
GDIBMP gdibmp =
{ { {
sizeof(BITMAPINFOHEADER),
320,
-240,
1,
8,
BI_RGB,
0
} } };
//-----------------------------------------------------------------------------
// îòäåëüíûé äëÿ äåáàãåðà // [NS]
GDIBMP gdi_dbg_bmp =
{ { {
sizeof(BITMAPINFOHEADER),
320,
-240,
1,
8,
BI_RGB,
0
} } };
//=============================================================================
PALETTE_OPTIONS pals[32] =
{{
"default",
0x00,
0x80,
0xC0,
0xE0,
0xFF,
0xC8,
0xFF,
0x00,
0x00,
0x00,
0xFF,
0x00,
0x00,
0x00,
0xFF
}};
//=============================================================================
#pragma pack()
unsigned char snbuf[ 4 * 1048576]; //4MB // large temporary buffer (for reading snapshots)
//-----------------------------------------------------------------------------
unsigned char gdibuf[ 2 * 1048576]; //2MB
//ñâîé áóôåð äëÿ äåáàãåðà
unsigned char gdi_dbg_buf[ 2 * 1048576]; //2MB // [NS]
//-----------------------------------------------------------------------------
// on-screen watches block
uintptr_t watch_script[4][64];
unsigned char watch_enabled[4];
unsigned char used_banks[ MAX_PAGES];
unsigned char trace_rom=1, trace_ram=1;
//-----------------------------------------------------------------------------
DWORD WinVerMajor;
DWORD WinVerMinor;
HWND dlg; // used in setcheck/getcheck: gui settings, monitor dialogs
//-----------------------------------------------------------------------------
HBITMAP hbm; // bitmap for repaint background
DWORD bm_dx;
DWORD bm_dy;
//-----------------------------------------------------------------------------
DWORD mousepos; // left-clicked point in monitor
// 0x80000000 èñïîëüçóåòñî êàêèìè òî óøëåïêàìè
// êàê right click ôëàã
// íóæíî çàìåíèòü íà debug_mouse_keys âåçäå
// èëè íà 32Ê ìîíèòîðå áóäåò Îé
DWORD debug_mouse_keys;
//#define DEBUG_MOUSE_LEFT_RES 0xFFFFFFF0 //
//#define DEBUG_MOUSE_LEFT_ON 0x00000001 // left on [NS]
//#define DEBUG_MOUSE_LEFT_DBL 0x00000002 // left double
//#define DEBUG_MOUSE_LEFT_OFF 0x00000004 // left off
// 0x00000008 //
//#define DEBUG_MOUSE_RIGHT_RES 0xFFFFFF0F //
//#define DEBUG_MOUSE_RIGHT_ON 0x00000010 // right on
//#define DEBUG_MOUSE_RIGHT_DBL 0x00000020 // right double
//#define DEBUG_MOUSE_RIGHT_OFF 0x00000040 // right off
// 0x00000080 //
//#define DEBUG_MOUSE_MIDDLE_RES 0xFFFFF0FF //
//#define DEBUG_MOUSE_MIDDLE_ON 0x00000100 // middle on
//#define DEBUG_MOUSE_MIDDLE_DBL 0x00000200 // middle double
//#define DEBUG_MOUSE_MIDDLE_OFF 0x00000400 // middle off
// 0x00000800
//-----------------------------------------------------------------------------
unsigned nowait; // don't close console window after error if started from GUI
bool normal_exit = false; // true on correct exit, false on failure exit
//-----------------------------------------------------------------------------
char *ayvols[64];
unsigned num_ayvols;
//-----------------------------------------------------------------------------
char *aystereo[64];
unsigned num_aystereo;
//-----------------------------------------------------------------------------
char *ulapreset[64];
unsigned num_ula;
//-----------------------------------------------------------------------------
static char presetbuf[0x4000];
char *setptr = presetbuf;
//-----------------------------------------------------------------------------
/*
#include "fontdata.cpp"
#include "font8.cpp"
#include "font14.cpp"
#include "font16.cpp"
#include "fontatm2.cpp"
*/
//=============================================================================
// Ïîðÿäîê ñòðîê â ýòîì ìàññèâå äîëæåí ñîîòâåòñòâîâàòü enum AY_SCHEME
const char * const ay_schemes[] =
{
"no soundchip",
"fuller box",
"single chip",
"pseudo-turbo",
"quadro-AY",
"turbo-AY // POS",
"turbo-sound // NedoPC"
};
//=============================================================================
int trdos_in_nmi = 0; //NEDOREPO
//=============================================================================