#pragma once
#include "sysdefs.h"
#include "z80/defs.h"
#include "sndrender/sndrender.h"
#include "savevid.h"
#define EMUL_DEBUG
#define TRASH_PAGE
#define PAGE 0x4000
#define MAX_RAM_PAGES 256 // 4Mb RAM
#define MAX_CACHE_PAGES 2 // 32K cache
#define MAX_MISC_PAGES 1 // trash page
#define MAX_ROM_PAGES 64 // 1Mb
#define GS4MB //0.37.0
#ifdef MOD_GSZ80
#define MAX_GSROM_PAGES 32U // 512Kb
#ifdef GS4MB
#define MAX_GSRAM_PAGES 256U // for gs4mb
#else
#define MAX_GSRAM_PAGES 30U // for gs512 (last 32k unusable)
#endif
#else
#define MAX_GSROM_PAGES 0
#define MAX_GSRAM_PAGES 0
#endif
#define MAX_PAGES (MAX_RAM_PAGES + MAX_CACHE_PAGES + MAX_MISC_PAGES + MAX_ROM_PAGES + MAX_GSROM_PAGES + MAX_GSRAM_PAGES)
#define RAM_BASE_M memory
#define CACHE_M (RAM_BASE_M + MAX_RAM_PAGES*PAGE)
#define MISC_BASE_M (CACHE_M + MAX_CACHE_PAGES*PAGE)
#define ROM_BASE_M (MISC_BASE_M + MAX_MISC_PAGES*PAGE)
#ifdef MOD_GSZ80
#define ROM_GS_M (ROM_BASE_M + MAX_ROM_PAGES*PAGE)
#define GSRAM_M (ROM_GS_M + MAX_GSROM_PAGES*PAGE)
#endif
#define TRASH_M (MISC_BASE_M+0*PAGE)
enum IDE_SCHEME
{
IDE_NONE = 0,
IDE_ATM,
IDE_NEMO, IDE_NEMO_A8, IDE_NEMO_DIVIDE,
IDE_SMUC,
IDE_PROFI,
IDE_DIVIDE
};
enum MOUSE_WHEEL_MODE { MOUSE_WHEEL_NONE, MOUSE_WHEEL_KEYBOARD, MOUSE_WHEEL_KEMPSTON }; //0.36.6 from 0.35b2
enum MEM_MODEL
{
MM_PENTAGON = 0,
MM_SCORP, MM_PROFSCORP,
MM_PROFI,
MM_ATM450, MM_ATM710, MM_ATM3,
MM_KAY,
MM_PLUS3,
MM_QUORUM,
N_MM_MODELS
};
enum ROM_MODE { RM_NOCHANGE=0, RM_SOS, RM_DOS, RM_SYS, RM_128, RM_CACHE };
const int RAM_128 = 128, RAM_256 = 256, RAM_512 = 512, RAM_1024 = 1024, RAM_4096 = 4096;
struct TMemModel
{
const char *fullname, *shortname;
MEM_MODEL Model;
unsigned defaultRAM;
unsigned availRAMs;
};
typedef void (__fastcall *VOID_FUNC)(void);
typedef void (__fastcall *RENDER_FUNC)(unsigned char*,unsigned);
struct RENDER
{
const char *name;
RENDER_FUNC func;
const char *nick;
unsigned flags;
};
struct IDE_CONFIG
{
char image[512];
unsigned c, h, s;
u64 lba;
unsigned char readonly;
u8 cd;
};
enum RSM_MODE { RSM_SIMPLE, RSM_FIR0, RSM_FIR1, RSM_FIR2 };
enum SYNC_MODE { SM_SOUND, SM_TSC, SM_VIDEO };
struct zxkeymap ;
struct CONFIG
{
unsigned paper; // start of paper
unsigned t_line; // t-states per line
unsigned frame; // t-states per frame
unsigned intfq; // usually 50Hz
unsigned intlen; // length of INT signal (for Z80)
unsigned nopaper;// hide paper
unsigned render, driver, fontsize;
unsigned soundbuffer, refresh;
unsigned char flashcolor, noflic, fast_sl, alt_nf;
unsigned char frameskip, frameskipmax;
unsigned char flip, fullscr;
unsigned char lockmouse;
unsigned char detect_video;
unsigned char tape_traps;
unsigned char tape_autostart;
int scrshot;
char scrshot_dir[FILENAME_MAX];
unsigned char ch_size;
unsigned char EFF7_mask;
unsigned char reset_rom;
unsigned char use_romset;
unsigned char updateb, bordersize;
unsigned char even_M1, border_4T;
unsigned char floatbus, floatdos;
bool portff;
// border small
unsigned mcx_small; // ├юЁшчюэЄры№э√щ ЁрчьхЁ тшфшьюую ¤ъЁрэр (pix)
unsigned mcy_small; // ┬хЁЄшъры№э√щ ЁрчьхЁ тшфшьюую ¤ъЁрэр (lines)
unsigned b_top_small; // ╫шёыю тшфшь√ї ёЄЁюъ тхЁїэхую сюЁф■Ёр
unsigned b_left_small; // ╫шёыю тшфшь√ї яшъёхыхщ ыхтюую сюЁф■Ёр
// border full
unsigned mcx_full; // ├юЁшчюэЄры№э√щ ЁрчьхЁ тшфшьюую ¤ъЁрэр pix
unsigned mcy_full; // ┬хЁЄшъры№э√щ ЁрчьхЁ тшфшьюую ¤ъЁрэр lines
unsigned b_top_full; // ╫шёыю тшфшь√ї ёЄЁюъ тхЁїэхую сюЁф■Ёр
unsigned b_left_full; // ╫шёыю тшфшь√ї яшъёхыхщ ыхтюую сюЁф■Ёр
int modem_port; //, modem_scheme;
unsigned char fdd_noise;
unsigned char trdos_present, trdos_interleave;
unsigned char trdos_traps, wd93_nodelay;
unsigned char trdos_wp[4];
unsigned char cache;
unsigned char cmos;
unsigned char smuc;
unsigned char ula_preset;
unsigned char gs_type;
unsigned char pixelscroll;
unsigned char sleepidle;
unsigned char rsrvd1_;
unsigned char ConfirmExit;
unsigned char highpriority;
SYNC_MODE SyncMode;
bool HighResolutionTimer;
unsigned char videoscale;
MEM_MODEL mem_model;
unsigned ramsize, romsize;
bool Sna128Lock;
IDE_SCHEME ide_scheme;
IDE_CONFIG ide[2];
unsigned char ide_skip_real;
unsigned char cd_aspi;
unsigned char soundfilter; //Alone Coder (IDC_SOUNDFILTER)
unsigned char RejectDC;
struct
{
unsigned fq, ayfq, saa1099fq;
int covoxFB, covoxDD, sd, saa1099;
int beeper_vol, micout_vol, micin_vol, ay_vol, aydig_vol,
covoxFB_vol, covoxDD_vol, sd_vol, gs_vol, bass_vol;
VOID_FUNC do_sound;
unsigned char enabled, gsreset, dsprimary;
unsigned char ay_chip, ay_scheme, ay_stereo, ay_vols, ay_samples;
unsigned ay_stereo_tab[6], ay_voltab[32];
} sound;
struct {
unsigned firenum;
unsigned char altlock, fire, firedelay;
unsigned char paste_hold, paste_release, paste_newline;
unsigned char mouse, mouseswap, kjoy, keymatrix, joymouse;
bool fjoy; // fuller joystick
unsigned char keybpcmode;
signed char mousescale;
unsigned char mousewheel; // enum MOUSE_WHEEL_MODE //0.36.6 from 0.35b2
zxkeymap *active_zxk;
unsigned JoyId;
} input;
struct {
unsigned char enabled;
unsigned char flash_ay_kbd;
unsigned char perf_t;
unsigned char reserved1;
unsigned bandBpp;
#define NUM_LEDS 7
unsigned ay;
unsigned perf;
unsigned load;
unsigned input;
unsigned time;
unsigned osw;
unsigned memband;
} led;
struct {
unsigned char mem_swap;
unsigned char xt_kbd;
unsigned char reserved1;
} atm;
unsigned char use_comp_pal;
unsigned pal, num_pals; // selected palette and total number of pals
unsigned minres; // min. screen x-resolution
unsigned scanbright; // scanlines intensity
struct {
unsigned char mix_frames;
unsigned char mode; // RSM_MODE
} rsm;
char sos_rom_path[FILENAME_MAX];
char dos_rom_path[FILENAME_MAX];
char zx128_rom_path[FILENAME_MAX];
char sys_rom_path[FILENAME_MAX];
char atm1_rom_path[FILENAME_MAX];
char atm2_rom_path[FILENAME_MAX];
char atm3_rom_path[FILENAME_MAX];
char scorp_rom_path[FILENAME_MAX];
char prof_rom_path[FILENAME_MAX];
char profi_rom_path[FILENAME_MAX];
//[vv] char kay_rom_path[FILENAME_MAX];
char plus3_rom_path[FILENAME_MAX];
char quorum_rom_path[FILENAME_MAX];
#ifdef MOD_GSZ80
unsigned gs_ramsize;
char gs_rom_path[FILENAME_MAX];
#endif
#ifdef MOD_MONITOR
char sos_labels_path[FILENAME_MAX];
#endif
char ngs_sd_card_path[FILENAME_MAX];
unsigned char zc;
char zc_sd_card_path[FILENAME_MAX];
char atariset[64]; // preset for atari mode
char zxkeymap[64]; // name of ZX keys map
char keyset[64]; // short name of keyboard layout
char appendboot[FILENAME_MAX];
char workdir[FILENAME_MAX];
u8 profi_monochrome;
struct
{
char exec[VS_MAX_FFPATH]; // ffmpeg path/name
char parm[VS_MAX_FFPARM]; // enc. parameters for ffmpeg
char vout[VS_MAX_FFVOUT]; // output video file name
char newcons; // open new console for ffmpeg
} ffmpeg;
bool ula_plus;
};
struct TEMP
{
unsigned char win9x;// if we have old OS //Dexus
unsigned rflags; // render_func flags
unsigned border_add, border_and; // for scorpion 4T border update
unsigned char *base, *base_2; // pointers to Spectrum screen memory
unsigned char rom_mask, ram_mask;
unsigned char evenM1_C0; // C0 for scorpion, 00 for pentagon
unsigned char hi15; // 0 - 16bit color, 1 - 15bit color, 2 - YUY2 colorspace
unsigned snd_frame_samples; // samples / frame
unsigned snd_frame_ticks; // sound ticks / frame
unsigned cpu_t_at_frame_start;
unsigned gx, gy, gdx, gdy; // updating rectangle (used by GDI renderer)
RECT client; // updating rectangle (used by DD_blt renderer)
bool Minimized; // window is minimized
HDC gdidc;
unsigned ox, oy, obpp, ofq; // destination video format
unsigned scx, scy; // multicolor area (320x240 or 384x300), used in MCR renderer
unsigned odx, ody; // offset to border in surface, used only in flip()
unsigned rsx, rsy; // screen resolution
unsigned b_top, b_left, b_right, b_bottom; // border frame used to setup MCR
unsigned scale; // window scale (x1, x2, x3, x4)
unsigned mon_scale; // window scale in monitor mode(debugger)
unsigned ataricolors[0x100];
unsigned shift_mask; // for 16/32 bit modes masks low bits of color components
struct { // led coords
unsigned char *ay;
unsigned char *perf;
unsigned char *load;
unsigned char *input;
unsigned char *time;
unsigned char *osw;
unsigned char *memband;
unsigned char *fdd;
__int64 tape_started;
} led;
unsigned char profrom_mask;
unsigned char comp_pal_changed;
// CPU features
unsigned char mmx, sse, sse2;
u64 cpufq; // x86 t-states per second
unsigned ticks_frame; // x86 t-states in frame
unsigned char vidblock, sndblock, inputblock, frameskip;
bool PngSupport;
bool ZlibSupport;
unsigned gsdmaaddr;
u8 gsdmaon;
u8 gs_ram_mask;
u8 offset_vscroll;
u8 offset_vscroll_prev;
u8 offset_hscroll;
u8 offset_hscroll_prev;
char RomDir[FILENAME_MAX];
char SnapDir[FILENAME_MAX];
char HddDir[FILENAME_MAX];
char SdDir[FILENAME_MAX];
char LastSnapName[FILENAME_MAX]; // ╚ь яюёыхфэхую чруЁєцхээюую Їрщыр схч Ёрё°шЁхэш
};
extern TEMP temp;
extern unsigned sb_start_frame;
// ╬Є ¤Єюую enum'р чртштшЄ яюЁ фюъ ёЄЁюъ т ьрёёштх ay_schemes
enum AY_SCHEME
{
AY_SCHEME_NONE = 0,
AY_SCHEME_FULLER, // fuller фюыцхэ шфЄш юс чрЄхы№эю фю single
AY_SCHEME_SINGLE,
AY_SCHEME_PSEUDO,
AY_SCHEME_QUADRO,
AY_SCHEME_POS,
AY_SCHEME_CHRV,
AY_SCHEME_MAX
};
#include "wd93.h"
#include "fdd.h"
#include "hddio.h"
#include "hdd.h"
#include "input.h"
#include "modem.h"
#if defined(MOD_GSZ80) || defined(MOD_GSBASS)
#include "bass.h"
#include "snd_bass.h"
#endif
#ifdef MOD_GSBASS
#include "gshlbass.h"
#include "gshle.h"
#endif
#define EFF7_4BPP 0x01
#define EFF7_512 0x02
#define EFF7_LOCKMEM 0x04
#define EFF7_ROCACHE 0x08
#define EFF7_GIGASCREEN 0x10
#define EFF7_HWMC 0x20
#define EFF7_384 0x40
#define EFF7_CMOS 0x80
// ┴шЄ√ яюЁЄр 00 фы ътюЁєьр
static const u8 Q_F_RAM = 0x01;
static const u8 Q_RAM_8 = 0x08;
static const u8 Q_B_ROM = 0x20;
static const u8 Q_BLK_WR = 0x40;
static const u8 Q_TR_DOS = 0x80;
enum SNAP
{
snNOFILE, snUNKNOWN, snTOOLARGE,
snSP, snZ80, snSNA_48, snSNA_128,
snTAP, snTZX, snCSW,
snPAL,
// ─шёъют√х ЇюЁьрЄ√ т ъюэЎх, фы эшї юЄфхы№эр яЁютхЁър яю эрышўш■ фшёъютющ яюфёшёЄхь√
snHOB, snSCL, snTRD, snFDI, snTD0, snUDI, snISD, snPRO, snDSK, snIPF
};
struct NVRAM
{
enum EEPROM_STATE { IDLE = 0, RCV_CMD, RCV_ADDR, RCV_DATA, SEND_DATA, RD_ACK };
unsigned address;
unsigned char datain, dataout, bitsin, bitsout;
unsigned char state;
unsigned char prev;
unsigned char out;
unsigned char out_z;
void write(unsigned char val);
};
struct COMPUTER
{
unsigned char p7FFD, pFE, pEFF7, pXXXX;
unsigned char pDFFD, pFDFD, p1FFD, pFF77;
u8 p7EFD; // gmx
u8 p00, p80FD; // quorum
__int64 t_states; // inc with conf.frame by each frame
unsigned frame_counter; // inc each frame
unsigned char aFE, aFB; // ATM 4.50 system ports
unsigned pFFF7[8]; // ATM 7.10 / ATM3(4Mb) memory map
// |7ffd|rom|b7b6|b5..b0| b7b6 = 0 for atm2
u8 wd_shadow[5]; // 2F, 4F, 6F, 8F, AF
unsigned aFF77;
unsigned active_ay;
u8 pBF; // ATM3
u8 pBE; // ATM3
unsigned char flags;
// ╓тхЄ сюЁф■Ёр (Єю, ўЄю т√тюфшЄё т яюЁЄ сюЁф■Ёр, чэрўхэшх 0..7, шыш 0..F (фы ATM, PROFI))
// чэрўхэшх тёхуфр фюыцэю с√Є№ < 0x10, Є.ъ. фы Ёрчьэюцхэш ЎтхЄр шёяюы№чєхЄё єьэюцхэшх эр ъюэёЄрэЄє 0x11001100
unsigned char border_attr;
unsigned char cmos_addr;
unsigned char pVD;
#ifdef MOD_VID_VD
unsigned char *vdbase;
#endif
unsigned char pFFBA, p7FBA; // SMUC
unsigned char res1, res2;
unsigned char p0F, p1F, p4F, p5F; // soundrive
struct WD1793 wd;
FDD fdd[4];
struct NVRAM nvram;
struct {
__int64 edge_change;
unsigned char *play_pointer; // or NULL if tape stopped
unsigned char *end_of_tape; // where to stop tape
unsigned index; // current tape block
unsigned tape_bit;
bool stopped;
SNDRENDER sound;
} tape;
unsigned char comp_pal[0x40]; // ╘юЁьрЄ ярышЄЁ√ GggRrrBb (ЇюЁьрЄ ULA+)
unsigned char ide_hi_byte_r, ide_hi_byte_w, ide_hi_byte_w1, ide_read, ide_write; // high byte in IDE i/o
unsigned char profrom_bank;
u8 ula_plus_group;
u8 ula_plus_pal_idx;
bool ula_plus_en;
COMPUTER();
};
// bits for COMPUTER::flags
#define CF_DOSPORTS 0x01 // tr-dos ports are accessible
#define CF_TRDOS 0x02 // DOSEN trigger
#define CF_SETDOSROM 0x04 // tr-dos ROM become active at #3Dxx
#define CF_LEAVEDOSRAM 0x08 // DOS ROM will be closed at executing RAM
#define CF_LEAVEDOSADR 0x10 // DOS ROM will be closed at pc>#4000
#define CF_CACHEON 0x20 // cache active
#define CF_Z80FBUS 0x40 // unstable data bus
#define CF_PROFROM 0x80 // PROF-ROM active
#define TAPE_QUANTUM 64
struct tzx_block
{
unsigned char *data;
unsigned datasize; // data size, in bytes
unsigned pause;
union {
struct {
unsigned pilot_t, s1_t, s2_t, zero_t, one_t;
unsigned pilot_len;
};
struct {
unsigned numblocks, numpulses;
};
unsigned param;
};
unsigned char type; // 0-playable, 1-pulses, 10-20 - info, etc...
unsigned char crc; // xor of all bytes
char desc[128];
};
struct SNDVAL {
union {
unsigned data;
struct {
short left, right;
};
};
};
struct virtkeyt {
const char *name;
unsigned short virtkey;
};
struct keyports
{
volatile unsigned char *port1, *port2;
unsigned char mask1, mask2;
};
struct zxkey {
const char *name;
volatile unsigned char * /*const*/ port; //Alone Coder
/*const*/ unsigned char mask; //Alone Coder
};
struct zxkeymap {
const char *name;
zxkey *zxk;
unsigned zxk_size ;
} ;
struct action {
const char *name;
void (*func)();
unsigned short k1, k2, k3, k4;
};
typedef void (*TColorConverter)(u8 *dst, u8 *scrbuf, int dx);
void ConvBgr32ToBgr24(u8 *dst, u8 *scrbuf, int dx);
void ConvYuy2ToBgr24(u8 *dst, u8 *scrbuf, int dx);
void ConvRgb16ToBgr24(u8 *dst, u8 *scrbuf, int dx);
void ConvRgb15ToBgr24(u8 *dst, u8 *scrbuf, int dx);
void ConvPal8ToBgr24(u8 *dst, u8 *scrbuf, int dx);
extern TColorConverter ConvBgr24;
// flags for video filters
// misc options
#define RF_BORDER 0x00000002 // no multicolor painter, read directly from spectrum memory
#define RF_MON 0x00000004 // not-flippable surface, show mouse cursor
#define RF_DRIVER 0x00000008 // use options from driver
//#define RF_VSYNC 0x00000010 // force VSYNC
#define RF_D3D 0x00000010 // use d3d for windowed mode
#define RF_GDI 0x00000020 // output to window
#define RF_CLIP 0x00000040 // use DirectDraw clipper for windowed mode
#define RF_OVR 0x00000080 // output to overlay
// main area size
#define RF_1X 0x00000000 // 256x192,320x240 with border (default)
#define RF_2X 0x00000100 // default x2
#define RF_3X 0x00000001 // default x3
#define RF_4X 0x00000200 // default x4
#define RF_64x48 0x00000400U // 64x48 (for chunky 4x4)
#define RF_128x96 0x00000800U // 128x96 (for chunky 2x2)
#define RF_8 0x00000000 // 8 bit (default)
#define RF_8BPCH 0x00001000 // 8-bit per color channel. GDI mode => 32-bit surface. 8-bit mode => grayscale palette
#define RF_YUY2 0x00002000 // pixel format: 16bit, YUY2
#define RF_16 0x00004000 // hicolor mode (RGB555/RGB565)
#define RF_32 0x00008000 // true color
#define RF_USEC32 0x00010000 // use c32tab
#define RF_USE32AS16 0x0020000 // c32tab contain hi-color WORDS
#define RF_USEFONT 0x00040000 // use font_tables
#define RF_PALB 0x00080000 // palette for bilinear filter
#define RF_COMPPAL 0x00100000 // use palette from ATM palette registers
#define RF_GRAY 0x00200000 // grayscale palette
#define RF_D3DE 0x00400000 // use d3d for full screen mode
#define RF_MONITOR (RF_MON | RF_GDI | RF_2X)
extern unsigned frametime;
extern unsigned nmi_pending;
bool ConfirmExit();
BOOL WINAPI ConsoleHandler(DWORD CtrlType);
void showhelp(const char *anchor = nullptr);