"use strict"; Object.defineProperty(exports, "__esModule", { value: true }); const baseplatform_1 = require("../common/baseplatform"); const emu_1 = require("../common/emu"); const util_1 = require("../common/util"); const audio_1 = require("../common/audio"); const recorder_1 = require("../common/recorder"); const devices_1 = require("../common/devices"); // emulator from https://github.com/raz0red/jsvecx // https://roadsidethoughts.com/vectrex/vectrex-memory-map.htm // http://www.playvectrex.com/designit/chrissalo/memorymap.htm // http://vectrexmuseum.com/share/coder/other/TEXT/VECTREX/INTERNAL.TXT // http://vide.malban.de/help/vectrex-tutorial-ii-starting-with-bios // http://www.playvectrex.com/designit/chrissalo/bios.asm // https://www.6809.org.uk/asm6809/doc/asm6809.shtml // http://www.playvectrex.com/ // http://vectrexmuseum.com/vectrexhistory.php var VECTREX_PRESETS = [ { id: 'hello.xasm', name: 'Hello World (ASM)' }, { id: 'hello.c', name: 'Hello World (CMOC)' }, { id: 'joystick.c', name: 'Joystick Test (CMOC)' }, { id: 'threed.c', name: '3D Transformations (CMOC)' }, ]; // TODO: player 2 var VECTREX_KEYCODE_MAP = (0, emu_1.makeKeycodeMap)([ [emu_1.Keys.LEFT, 0, 0x01], [emu_1.Keys.RIGHT, 0, 0x02], [emu_1.Keys.DOWN, 0, 0x04], [emu_1.Keys.UP, 0, 0x08], [emu_1.Keys.GP_B, 2, 0x01], [emu_1.Keys.GP_A, 2, 0x02], [emu_1.Keys.GP_D, 2, 0x04], [emu_1.Keys.GP_C, 2, 0x08], [emu_1.Keys.P2_LEFT, 1, 0x01], [emu_1.Keys.P2_RIGHT, 1, 0x02], [emu_1.Keys.P2_DOWN, 1, 0x04], [emu_1.Keys.P2_UP, 1, 0x08], [emu_1.Keys.P2_GP_B, 2, 0x10], [emu_1.Keys.P2_GP_A, 2, 0x20], [emu_1.Keys.P2_GP_D, 2, 0x40], [emu_1.Keys.P2_GP_C, 2, 0x80], ]); // class VIA6522 { constructor(vectrex) { //static unsigned via_ora; this.ora = 0; //static unsigned via_orb; this.orb = 0; //static unsigned via_ddra; this.ddra = 0; //static unsigned via_ddrb; this.ddrb = 0; //static unsigned via_t1on; /* is timer 1 on? */ this.t1on = 0; //static unsigned via_t1int; /* are timer 1 interrupts allowed? */ this.t1int = 0; //static unsigned via_t1c; this.t1c = 0; //static unsigned via_t1ll; this.t1ll = 0; //static unsigned via_t1lh; this.t1lh = 0; //static unsigned via_t1pb7; /* timer 1 controlled version of pb7 */ this.t1pb7 = 0; //static unsigned via_t2on; /* is timer 2 on? */ this.t2on = 0; //static unsigned via_t2int; /* are timer 2 interrupts allowed? */ this.t2int = 0; //static unsigned via_t2c; this.t2c = 0; //static unsigned via_t2ll; this.t2ll = 0; //static unsigned via_sr; this.sr = 0; //static unsigned via_srb; /* number of bits shifted so far */ this.srb = 0; //static unsigned via_src; /* shift counter */ this.src = 0; //static unsigned via_srclk; this.srclk = 0; //static unsigned via_acr; this.acr = 0; //static unsigned via_pcr; this.pcr = 0; //static unsigned via_ifr; this.ifr = 0; //static unsigned via_ier; this.ier = 0; //static unsigned via_ca2; this.ca2 = 0; //static unsigned via_cb2h; /* basic handshake version of cb2 */ this.cb2h = 0; //static unsigned via_cb2s; /* version of cb2 controlled by the shift register */ this.cb2s = 0; this.vectrex = vectrex; } reset() { // http://archive.6502.org/datasheets/mos_6522_preliminary_nov_1977.pdf // "Reset sets all registers to zero except t1 t2 and sr" this.ora = 0; this.orb = 0; this.ddra = 0; this.ddrb = 0; this.t1on = 0; this.t1int = 0; this.t1c = 0; this.t1ll = 0; this.t1lh = 0; this.t1pb7 = 0x80; this.t2on = 0; this.t2int = 0; this.t2c = 0; this.t2ll = 0; this.sr = 0; this.srb = 8; this.src = 0; this.srclk = 0; this.acr = 0; this.pcr = 0; this.ifr = 0; this.ier = 0; this.ca2 = 1; this.cb2h = 1; this.cb2s = 0; } ; int_update() { if ((this.ifr & 0x7f) & (this.ier & 0x7f)) { this.ifr |= 0x80; } else { this.ifr &= 0x7f; } } step0() { var t2shift = 0; if (this.t1on) { this.t1c = (this.t1c > 0 ? this.t1c - 1 : 0xffff); if ((this.t1c & 0xffff) == 0xffff) { /* counter just rolled over */ if (this.acr & 0x40) { /* continuous interrupt mode */ this.ifr |= 0x40; this.int_update(); this.t1pb7 ^= 0x80; /* reload counter */ this.t1c = (this.t1lh << 8) | this.t1ll; } else { /* one shot mode */ if (this.t1int) { this.ifr |= 0x40; this.int_update(); this.t1pb7 = 0x80; this.t1int = 0; } } } } if (this.t2on && (this.acr & 0x20) == 0x00) { this.t2c = (this.t2c > 0 ? this.t2c - 1 : 0xffff); if ((this.t2c & 0xffff) == 0xffff) { /* one shot mode */ if (this.t2int) { this.ifr |= 0x20; this.int_update(); this.t2int = 0; } } } /* shift counter */ this.src = (this.src > 0 ? this.src - 1 : 0xff); // raz was 0xffffffff if ((this.src & 0xff) == 0xff) { this.src = this.t2ll; if (this.srclk) { t2shift = 1; this.srclk = 0; } else { t2shift = 0; this.srclk = 1; } } else { t2shift = 0; } if (this.srb < 8) { switch (this.acr & 0x1c) { case 0x00: /* disabled */ break; case 0x04: /* shift in under control of t2 */ if (t2shift) { /* shifting in 0s since cb2 is always an output */ this.sr <<= 1; this.srb++; } break; case 0x08: /* shift in under system clk control */ this.sr <<= 1; this.srb++; break; case 0x0c: /* shift in under cb1 control */ break; case 0x10: /* shift out under t2 control (free run) */ if (t2shift) { this.cb2s = (this.sr >> 7) & 1; this.sr <<= 1; this.sr |= this.cb2s; } break; case 0x14: /* shift out under t2 control */ if (t2shift) { this.cb2s = (this.sr >> 7) & 1; this.sr <<= 1; this.sr |= this.cb2s; this.srb++; } break; case 0x18: /* shift out under system clock control */ this.cb2s = (this.sr >> 7) & 1; this.sr <<= 1; this.sr |= this.cb2s; this.srb++; break; case 0x1c: /* shift out under cb1 control */ break; } if (this.srb == 8) { this.ifr |= 0x04; this.int_update(); } } } step1() { if ((this.pcr & 0x0e) == 0x0a) { /* if ca2 is in pulse mode, then make sure * it gets restored to '1' after the pulse. */ this.ca2 = 1; } if ((this.pcr & 0xe0) == 0xa0) { /* if cb2 is in pulse mode, then make sure * it gets restored to '1' after the pulse. */ this.cb2h = 1; } } read(address) { var data; /* io */ switch (address & 0xf) { case 0x0: /* compare signal is an input so the value does not come from * orb. */ if (this.acr & 0x80) { /* timer 1 has control of bit 7 */ data = ((this.orb & 0x5f) | this.t1pb7 | this.vectrex.alg.compare); } else { /* bit 7 is being driven by orb */ data = ((this.orb & 0xdf) | this.vectrex.alg.compare); } return data & 0xff; case 0x1: /* register 1 also performs handshakes if necessary */ if ((this.pcr & 0x0e) == 0x08) { /* if ca2 is in pulse mode or handshake mode, then it * goes low whenever ira is read. */ this.ca2 = 0; } /* fall through */ case 0xf: if ((this.orb & 0x18) == 0x08) { /* the snd chip is driving port a */ data = this.vectrex.psg.readData(); //console.log(this.vectrex.psg.currentRegister(), data); } else { data = this.ora; } return data & 0xff; case 0x2: return this.ddrb & 0xff; case 0x3: return this.ddra & 0xff; case 0x4: /* T1 low order counter */ data = this.t1c; this.ifr &= 0xbf; /* remove timer 1 interrupt flag */ this.t1on = 0; /* timer 1 is stopped */ this.t1int = 0; this.t1pb7 = 0x80; this.int_update(); return data & 0xff; case 0x5: /* T1 high order counter */ return (this.t1c >> 8) & 0xff; case 0x6: /* T1 low order latch */ return this.t1ll & 0xff; case 0x7: /* T1 high order latch */ return this.t1lh & 0xff; case 0x8: /* T2 low order counter */ data = this.t2c; this.ifr &= 0xdf; /* remove timer 2 interrupt flag */ this.t2on = 0; /* timer 2 is stopped */ this.t2int = 0; this.int_update(); return data & 0xff; case 0x9: /* T2 high order counter */ return (this.t2c >> 8); case 0xa: data = this.sr; this.ifr &= 0xfb; /* remove shift register interrupt flag */ this.srb = 0; this.srclk = 1; this.int_update(); return data & 0xff; case 0xb: return this.acr & 0xff; case 0xc: return this.pcr & 0xff; case 0xd: /* interrupt flag register */ return this.ifr & 0xff; case 0xe: /* interrupt enable register */ return (this.ier | 0x80) & 0xff; } } write(address, data) { switch (address & 0xf) { case 0x0: this.orb = data; this.vectrex.snd_update(); this.vectrex.alg.update(); if ((this.pcr & 0xe0) == 0x80) { /* if cb2 is in pulse mode or handshake mode, then it * goes low whenever orb is written. */ this.cb2h = 0; } break; case 0x1: /* register 1 also performs handshakes if necessary */ if ((this.pcr & 0x0e) == 0x08) { /* if ca2 is in pulse mode or handshake mode, then it * goes low whenever ora is written. */ this.ca2 = 0; } /* fall through */ case 0xf: this.ora = data; this.vectrex.snd_update(); /* output of port a feeds directly into the dac which then * feeds the x axis sample and hold. */ this.vectrex.alg.xsh = data ^ 0x80; this.vectrex.alg.update(); break; case 0x2: this.ddrb = data; break; case 0x3: this.ddra = data; break; case 0x4: /* T1 low order counter */ this.t1ll = data; break; case 0x5: /* T1 high order counter */ this.t1lh = data; this.t1c = (this.t1lh << 8) | this.t1ll; this.ifr &= 0xbf; /* remove timer 1 interrupt flag */ this.t1on = 1; /* timer 1 starts running */ this.t1int = 1; this.t1pb7 = 0; this.int_update(); break; case 0x6: /* T1 low order latch */ this.t1ll = data; break; case 0x7: /* T1 high order latch */ this.t1lh = data; break; case 0x8: /* T2 low order latch */ this.t2ll = data; break; case 0x9: /* T2 high order latch/counter */ this.t2c = (data << 8) | this.t2ll; this.ifr &= 0xdf; this.t2on = 1; /* timer 2 starts running */ this.t2int = 1; this.int_update(); break; case 0xa: this.sr = data; this.ifr &= 0xfb; /* remove shift register interrupt flag */ this.srb = 0; this.srclk = 1; this.int_update(); break; case 0xb: this.acr = data; break; case 0xc: this.pcr = data; if ((this.pcr & 0x0e) == 0x0c) { /* ca2 is outputting low */ this.ca2 = 0; } else { /* ca2 is disabled or in pulse mode or is * outputting high. */ this.ca2 = 1; } if ((this.pcr & 0xe0) == 0xc0) { /* cb2 is outputting low */ this.cb2h = 0; } else { /* cb2 is disabled or is in pulse mode or is * outputting high. */ this.cb2h = 1; } break; case 0xd: /* interrupt flag register */ this.ifr &= (~(data & 0x7f)); // & 0xffff ); // raz this.int_update(); break; case 0xe: /* interrupt enable register */ if (data & 0x80) { this.ier |= data & 0x7f; } else { this.ier &= (~(data & 0x7f)); // & 0xffff ); // raz } this.int_update(); break; } } saveState() { return (0, util_1.safe_extend)(null, {}, this); } loadState(state) { (0, util_1.safe_extend)(null, this, state); } toLongString(state) { var s = ""; for (var key in state) { s += key + ": " + (0, util_1.hex)(state[key]) + "\n"; } return s; } } ; const Globals = { VECTREX_MHZ: 1500000, VECTREX_COLORS: 128, ALG_MAX_X: 33000, ALG_MAX_Y: 41000, //VECTREX_PDECAY: 30, /* phosphor decay rate */ //VECTOR_HASH: 65521, SCREEN_X_DEFAULT: 900, SCREEN_Y_DEFAULT: 1100, BOUNDS_MIN_X: 0, BOUNDS_MAX_X: 30000, BOUNDS_MIN_Y: 41000, BOUNDS_MAX_Y: 0, }; class VectrexAnalog { constructor(vectrex) { this.videoEnabled = true; //static unsigned rsh; /* zero ref sample and hold */ this.rsh = 0; //static unsigned xsh; /* x sample and hold */ this.xsh = 0; //static unsigned ysh; /* y sample and hold */ this.ysh = 0; //static unsigned zsh; /* z sample and hold */ this.zsh = 0; //unsigned jch0; /* joystick direction channel 0 */ this.jch0 = 0; //unsigned jch1; /* joystick direction channel 1 */ this.jch1 = 0; //unsigned jch2; /* joystick direction channel 2 */ this.jch2 = 0; //unsigned jch3; /* joystick direction channel 3 */ this.jch3 = 0; //static unsigned jsh; /* joystick sample and hold */ this.jsh = 0; //static unsigned compare; this.compare = 0; //static long dx; /* delta x */ this.dx = 0; //static long dy; /* delta y */ this.dy = 0; //static long curr_x; /* current x position */ this.curr_x = 0; //static long curr_y; /* current y position */ this.curr_y = 0; this.max_x = Globals.ALG_MAX_X >> 1; this.max_y = Globals.ALG_MAX_Y >> 1; //static unsigned vectoring; /* are we drawing a vector right now? */ this.vectoring = false; //static long vector_x0; this.vector_x0 = 0; //static long vector_y0; this.vector_y0 = 0; //static long vector_x1; this.vector_x1 = 0; //static long vector_y1; this.vector_y1 = 0; //static long vector_dx; this.vector_dx = 0; //static long vector_dy; this.vector_dy = 0; //static unsigned char vector_color; this.vector_color = 0; this.vectrex = vectrex; } reset() { this.rsh = 128; this.xsh = 128; this.ysh = 128; this.zsh = 0; this.jch0 = 128; this.jch1 = 128; this.jch2 = 128; this.jch3 = 128; this.jsh = 128; this.compare = 0; /* check this */ this.dx = 0; this.dy = 0; this.curr_x = Globals.ALG_MAX_X >> 1; this.curr_y = Globals.ALG_MAX_Y >> 1; this.vectoring = false; } update() { var via = this.vectrex.via; switch (via.orb & 0x06) { case 0x00: this.jsh = this.jch0; if ((via.orb & 0x01) == 0x00) { /* demultiplexor is on */ this.ysh = this.xsh; } break; case 0x02: this.jsh = this.jch1; if ((via.orb & 0x01) == 0x00) { /* demultiplexor is on */ this.rsh = this.xsh; } break; case 0x04: this.jsh = this.jch2; if ((via.orb & 0x01) == 0x00) { /* demultiplexor is on */ if (this.xsh > 0x80) { this.zsh = this.xsh - 0x80; } else { this.zsh = 0; } } break; case 0x06: /* sound output line */ this.jsh = this.jch3; break; } /* compare the current joystick direction with a reference */ if (this.jsh > this.xsh) { this.compare = 0x20; } else { this.compare = 0; } /* compute the new "deltas" */ this.dx = this.xsh - this.rsh; this.dy = this.rsh - this.ysh; } step() { var via = this.vectrex.via; var sig_dx = 0; var sig_dy = 0; var sig_ramp = 0; var sig_blank = 0; if (via.acr & 0x10) { sig_blank = via.cb2s; } else { sig_blank = via.cb2h; } if (via.ca2 == 0) { /* need to force the current point to the 'orgin' so just * calculate distance to origin and use that as dx,dy. */ sig_dx = this.max_x - this.curr_x; sig_dy = this.max_y - this.curr_y; } else { if (via.acr & 0x80) { sig_ramp = via.t1pb7; } else { sig_ramp = via.orb & 0x80; } if (sig_ramp == 0) { sig_dx = this.dx; sig_dy = this.dy; } else { sig_dx = 0; sig_dy = 0; } } //if (sig_dx || sig_dy) console.log(via.ca2, this.curr_x, this.curr_y, this.dx, this.dy, sig_dx, sig_dy, sig_ramp, sig_blank); if (!this.vectoring) { if (sig_blank == 1 && this.curr_x >= 0 && this.curr_x < Globals.ALG_MAX_X && this.curr_y >= 0 && this.curr_y < Globals.ALG_MAX_Y) { /* start a new vector */ this.vectoring = true; this.vector_x0 = this.curr_x; this.vector_y0 = this.curr_y; this.vector_x1 = this.curr_x; this.vector_y1 = this.curr_y; this.vector_dx = sig_dx; this.vector_dy = sig_dy; this.vector_color = this.zsh & 0xff; } } else { /* already drawing a vector ... check if we need to turn it off */ if (sig_blank == 0) { /* blank just went on, vectoring turns off, and we've got a * new line. */ this.vectoring = false; this.addline(this.vector_x0, this.vector_y0, this.vector_x1, this.vector_y1, this.vector_color); } else if (sig_dx != this.vector_dx || sig_dy != this.vector_dy || (this.zsh & 0xff) != this.vector_color) { /* the parameters of the vectoring processing has changed. * so end the current line. */ this.addline(this.vector_x0, this.vector_y0, this.vector_x1, this.vector_y1, this.vector_color); /* we continue vectoring with a new set of parameters if the * current point is not out of limits. */ if (this.curr_x >= 0 && this.curr_x < Globals.ALG_MAX_X && this.curr_y >= 0 && this.curr_y < Globals.ALG_MAX_Y) { this.vector_x0 = this.curr_x; this.vector_y0 = this.curr_y; this.vector_x1 = this.curr_x; this.vector_y1 = this.curr_y; this.vector_dx = sig_dx; this.vector_dy = sig_dy; this.vector_color = this.zsh & 0xff; } else { this.vectoring = false; } } } this.curr_x += sig_dx; this.curr_y += sig_dy; if (this.vectoring && this.curr_x >= 0 && this.curr_x < Globals.ALG_MAX_X && this.curr_y >= 0 && this.curr_y < Globals.ALG_MAX_Y) { /* we're vectoring ... current point is still within limits so * extend the current vector. */ this.vector_x1 = this.curr_x; this.vector_y1 = this.curr_y; } } addline(x0, y0, x1, y1, color) { if (!this.videoEnabled) return; // TODO //console.log(x0, y0, x1, y1, color); x0 = (x0 - Globals.BOUNDS_MIN_X) / (Globals.BOUNDS_MAX_X - Globals.BOUNDS_MIN_X) * Globals.SCREEN_X_DEFAULT; x1 = (x1 - Globals.BOUNDS_MIN_X) / (Globals.BOUNDS_MAX_X - Globals.BOUNDS_MIN_X) * Globals.SCREEN_X_DEFAULT; y0 = (y0 - Globals.BOUNDS_MIN_Y) / (Globals.BOUNDS_MAX_Y - Globals.BOUNDS_MIN_Y) * Globals.SCREEN_Y_DEFAULT; y1 = (y1 - Globals.BOUNDS_MIN_Y) / (Globals.BOUNDS_MAX_Y - Globals.BOUNDS_MIN_Y) * Globals.SCREEN_Y_DEFAULT; this.vectrex.video.drawLine(x0, y0, x1, y1, color, 7); } saveState() { return (0, util_1.safe_extend)(null, {}, this); } loadState(state) { (0, util_1.safe_extend)(null, this, state); } toLongString(state) { var s = ""; for (var key in state) { s += key + ": " + state[key] + "\n"; } return s; } } // class VectrexPlatform extends baseplatform_1.Base6809Platform { constructor(mainElement) { super(); // probing this.nullProbe = new devices_1.NullProbe(); this.probe = this.nullProbe; this.mainElement = mainElement; } getPresets() { return VECTREX_PRESETS; } start() { this.via = new VIA6522(this); this.alg = new VectrexAnalog(this); this.bios = (0, emu_1.padBytes)(new util_1.lzgmini().decode((0, util_1.stringToByteArray)(atob(VECTREX_FASTROM_LZG))), 0x2000); this.ram = new Uint8Array(0x400); this.inputs = new Uint8Array(4); var mbus = { read: (0, emu_1.newAddressDecoder)([ [0x0000, 0x7fff, 0, (a) => { return this.rom && this.rom[a]; }], [0xc800, 0xcfff, 0x3ff, (a) => { return this.ram[a]; }], [0xd000, 0xdfff, 0xf, (a) => { return this.via.read(a); }], [0xe000, 0xffff, 0x1fff, (a) => { return this.bios && this.bios[a]; }], ]), write: (0, emu_1.newAddressDecoder)([ [0xc800, 0xcfff, 0x3ff, (a, v) => { this.ram[a] = v; }], [0xd000, 0xd7ff, 0x3ff, (a, v) => { this.via.write(a & 0xf, v); }], [0xd800, 0xdfff, 0x3ff, (a, v) => { this.ram[a] = v; this.via.write(a & 0xf, v); }], ]) }; this.bus = { read: (a) => { var v = mbus.read(a); this.probe.logRead(a, v); return v; }, write: (a, v) => { this.probe.logWrite(a, v); mbus.write(a, v); } }; this._cpu = this.newCPU(this.bus); // create video/audio this.video = new emu_1.VectorVideo(this.mainElement, Globals.SCREEN_X_DEFAULT, Globals.SCREEN_Y_DEFAULT); this.video.persistenceAlpha = 0.2; this.audio = new audio_1.MasterAudio(); this.psg = new audio_1.AY38910_Audio(this.audio); this.video.create(); this.timer = new emu_1.AnimationTimer(60, this.nextFrame.bind(this)); (0, emu_1.setKeyboardFromMap)(this.video, this.inputs, VECTREX_KEYCODE_MAP); // true = always send function); } // TODO: loadControlsState updateControls() { // joystick (analog simulation) this.alg.jch0 = (this.inputs[0] & 0x1) ? 0x00 : (this.inputs[0] & 0x2) ? 0xff : 0x80; this.alg.jch1 = (this.inputs[0] & 0x4) ? 0x00 : (this.inputs[0] & 0x8) ? 0xff : 0x80; this.alg.jch2 = (this.inputs[1] & 0x1) ? 0x00 : (this.inputs[1] & 0x2) ? 0xff : 0x80; this.alg.jch3 = (this.inputs[1] & 0x4) ? 0x00 : (this.inputs[1] & 0x8) ? 0xff : 0x80; // buttons (digital) this.psg.psg.register[14] = ~this.inputs[2]; } advance(novideo) { if (!novideo) this.video.clear(); this.alg.videoEnabled = !novideo; this.updateControls(); this.probe.logNewFrame(); var frameCycles = 1500000 / 60; var cycles = 0; while (cycles < frameCycles) { cycles += this.step(); } return cycles; } step() { this.probe.logExecute(this.getPC(), this.getSP()); if (this.via.ifr & 0x80) { this._cpu.interrupt(); } var n = this.runCPU(this._cpu, 1); if (n == 0) n = 1; // TODO? this.probe.logClocks(n); for (var i = 0; i < n; i++) { this.via.step0(); this.alg.step(); this.via.step1(); } return n; } snd_update() { switch (this.via.orb & 0x18) { case 0x00: /* the sound chip is disabled */ break; case 0x08: /* the sound chip is sending data */ break; case 0x10: /* the sound chip is recieving data */ if (this.psg.curreg != 14) { this.psg.setData(this.via.ora); } break; case 0x18: /* the sound chip is latching an address */ if ((this.via.ora & 0xf0) == 0x00) { this.psg.selectRegister(this.via.ora & 0x0f); } break; } } getCPUState() { return this._cpu.saveState(); } loadROM(title, data) { this.rom = (0, emu_1.padBytes)(data, 0x8000); this.reset(); } loadBIOS(title, data) { this.bios = (0, emu_1.padBytes)(data, 0x2000); this.reset(); } isRunning() { return this.timer.isRunning(); } pause() { this.timer.stop(); this.audio.stop(); } resume() { this.timer.start(); this.audio.start(); } reset() { this._cpu.reset(); this.via.reset(); this.alg.reset(); } readAddress(addr) { return ((addr & 0xf000) != 0xd000) ? this.bus.read(addr) : null; // ignore I/O space } loadState(state) { this._cpu.loadState(state.c); this.ram.set(state.b); this.via.loadState(state.via); this.alg.loadState(state.alg); this.loadControlsState(state); } saveState() { return { c: this.getCPUState(), b: this.ram.slice(0), via: this.via.saveState(), alg: this.alg.saveState(), in: this.inputs.slice(0) }; } loadControlsState(state) { this.inputs.set(state.in); } saveControlsState() { return { in: this.inputs.slice(0) }; } getMemoryMap() { return { main: [ { name: 'Cartridge ROM', start: 0x0000, size: 0x8000, type: 'rom' }, { name: 'RAM', start: 0xc800, size: 0x400, type: 'ram' }, { name: 'I/O Registers', start: 0xd000, size: 0x80, type: 'io' }, { name: 'BIOS', start: 0xe000, size: 0x2000, type: 'rom' }, ] }; } ; getDebugCategories() { return super.getDebugCategories().concat(['VIA6522', 'ANALOG']); } getDebugInfo(category, state) { switch (category) { case 'VIA6522': return this.via.toLongString(state.via); case 'ANALOG': return this.alg.toLongString(state.alg); default: return super.getDebugInfo(category, state); } } startProbing() { var rec = new recorder_1.ProbeRecorder(this); this.connectProbe(rec); return rec; } stopProbing() { this.connectProbe(null); } connectProbe(probe) { this.probe = probe || this.nullProbe; } } // emu_1.PLATFORMS['vectrex'] = VectrexPlatform; var VECTREX_FASTROM_LZG = `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`; //# sourceMappingURL=vectrex.js.map