564 lines
30 KiB
TypeScript
564 lines
30 KiB
TypeScript
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import { MOS6502, MOS6502State } from "../common/cpu/MOS6502";
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import { BasicMachine, RasterFrameBased, Bus, ProbeAll } from "../common/devices";
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import { KeyFlags, newAddressDecoder, padBytes, Keys, makeKeycodeMap, newKeyboardHandler, EmuHalt, dumpRAM } from "../common/emu";
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import { lzgmini, stringToByteArray, hex, rgb2bgr } from "../common/util";
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// https://www.c64-wiki.com/wiki/C64
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// http://www.zimmers.net/cbmpics/cbm/c64/vic-ii.txt
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// http://www.zimmers.net/cbmpics/cbm/c64/c64prg.txt
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// http://sta.c64.org/cbm64mem.html
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// http://hitmen.c02.at/temp/palstuff/
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const KEYBOARD_ROW_0 = 0;
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const SWCHA = 8;
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const SWCHB = 9;
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const INPT0 = 10;
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const C64_KEYCODE_MAP = makeKeycodeMap([
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[Keys.A, INPT0+0, 0x80],
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[Keys.B, INPT0+1, 0x80],
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[Keys.SELECT, SWCHB, -0x02],
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[Keys.START, SWCHB, -0x01],
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[Keys.UP, SWCHA, -0x10],
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[Keys.DOWN, SWCHA, -0x20],
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[Keys.LEFT, SWCHA, -0x40],
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[Keys.RIGHT, SWCHA, -0x80],
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[Keys.P2_A, INPT0+2, 0x80],
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[Keys.P2_B, INPT0+3, 0x80],
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//[Keys.P2_SELECT, 1, 2],
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//[Keys.P2_START, 1, 3],
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[Keys.P2_UP, SWCHA, -0x01],
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[Keys.P2_DOWN, SWCHA, -0x02],
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[Keys.P2_LEFT, SWCHA, -0x04],
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[Keys.P2_RIGHT, SWCHA, -0x08],
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]);
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const C64_KEYMATRIX_NOSHIFT = [
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Keys.VK_DELETE, Keys.VK_ENTER, Keys.VK_RIGHT, Keys.VK_F7, Keys.VK_F1, Keys.VK_F3, Keys.VK_F5, Keys.VK_DOWN,
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Keys.VK_3, Keys.VK_W, Keys.VK_A, Keys.VK_4, Keys.VK_Z, Keys.VK_S, Keys.VK_E, Keys.VK_SHIFT,
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Keys.VK_5, Keys.VK_R, Keys.VK_D, Keys.VK_6, Keys.VK_C, Keys.VK_F, Keys.VK_T, Keys.VK_X,
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Keys.VK_7, Keys.VK_Y, Keys.VK_G, Keys.VK_8, Keys.VK_B, Keys.VK_H, Keys.VK_U, Keys.VK_V,
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Keys.VK_9, Keys.VK_I, Keys.VK_J, Keys.VK_0, Keys.VK_M, Keys.VK_K, Keys.VK_O, Keys.VK_N,
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null/*Keys.VK_PLUS*/, Keys.VK_P, Keys.VK_L, Keys.VK_MINUS, Keys.VK_PERIOD, null/*Keys.VK_COLON*/, null/*Keys.VK_AT*/, Keys.VK_COMMA,
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null/*Keys.VK_POUND*/, null/*TIMES*/, Keys.VK_SEMICOLON, Keys.VK_HOME, Keys.VK_SHIFT/*right*/, Keys.VK_EQUALS, Keys.VK_TILDE, Keys.VK_SLASH,
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Keys.VK_1, Keys.VK_LEFT, Keys.VK_CONTROL, Keys.VK_2, Keys.VK_SPACE, Keys.VK_ALT, Keys.VK_Q, null/*STOP*/,
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];
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// CIA
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// TODO: https://www.c64-wiki.com/wiki/CIA
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class CIA {
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regs = new Uint8Array(0x10);
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reset() {
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this.regs.fill(0);
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}
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read(a : number) : number {
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return this.regs[a] | 0;
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}
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write(a : number, v : number) {
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this.regs[a] = v;
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}
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}
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// VIC-II chip
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class VIC_II {
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platform : C64;
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scanline : number = 0;
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regs = new Uint8Array(0x40); // 64 bytes
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cram = new Uint8Array(0x400); // color RAM
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pixels = new Uint8Array(numVisiblePixels); // output pixel buffer
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cycle : number = 0;
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vc : number = 0;
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vcbase : number = 0;
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rc : number = 0;
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vmli : number = 0; // TODO: we don't use
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constructor(platform) {
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this.platform = platform;
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}
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reset() {
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this.regs.fill(0);
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this.cram.fill(0);
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this.vc = 0;
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this.vcbase = 0;
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this.rc = 0;
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this.vmli = 0;
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}
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read(a : number) : number {
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switch (a) {
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case 0x12: return this.scanline;
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}
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return this.regs[a] | 0;
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}
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write(a : number, v : number) {
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this.regs[a] = v;
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}
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setScanline(sl : number) {
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this.scanline = sl;
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// interrupt?
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if (sl == (this.regs[0x12] | ((this.regs[0x11]&0x80)<<1))) {
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this.regs[0x19] |= 0x81;
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}
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// reset pixel clock
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this.cycle = 0;
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// reset VCBASE
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if (sl < firstScanline) this.vcbase = 0;
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// clear pixel buffer w/ background
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this.pixels.fill(this.regs[0x21]);
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}
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saveState() {
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return {
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regs: this.regs.slice(0),
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cram: this.cram.slice(0)
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};
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}
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loadState(s) {
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for (let i=0; i<32; i++)
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this.write(i, s.regs[i]);
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this.cram.set(s.cram);
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}
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c_access() : number {
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let vm = this.regs[0x18];
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let vadr = (this.vc & 0x3ff) | ((vm & 0xf0) << 6);
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//this.platform.profiler && this.platform.profiler.logRead(vadr);
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return this.platform.readVRAMAddress(vadr) | (this.cram[vadr & 0x3ff] << 8);
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}
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g_access(data : number) : number {
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let cb = this.regs[0x18];
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let vadr = (this.rc & 7) | ((data & 0xff) << 3) | ((cb & 0xe) << 10);
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this.vc = (this.vc + 1) & 0x3ff;
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//this.vcbase = (this.vcbase + 1) & 0x3ff;
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//this.platform.profiler && this.platform.profiler.logRead(vadr);
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return this.platform.readVRAMAddress(vadr);
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}
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getx() : number {
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// TODO: left border 0x1f, 0x18
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return (this.cycle - 16)*8 + numBorderPixels;
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}
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clockPulse() {
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switch (this.cycle) {
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case 14:
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this.vc = this.vcbase;
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//console.log("VC ->",hex(this.vc));
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this.vmli = 0;
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break;
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case 58:
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if (this.rc == 7) {
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this.vcbase = this.vc;
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//console.log("VCBASE",hex(this.vc));
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// TODO
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}
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this.rc = (this.rc + 1) & 7;
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break;
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}
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let x = this.getx();
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if (this.cycle >= 16 && this.cycle < 56) {
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var cdata = this.c_access();
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let gdata = this.g_access(cdata);
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let fgcol = cdata >> 8;
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let bgcol = this.regs[0x21];
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for (let i=0; i<8; i++) {
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this.pixels[x+i] = (gdata & 0x80) ? fgcol : bgcol;
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gdata <<= 1;
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}
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}
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this.cycle++;
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}
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doDMA() {
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// TODO
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//let bus = this.platform.bus;
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//let profiler = this.platform.profiler;
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if (true) { //this.isDMAEnabled()) {
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}
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return 0; //TODO
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}
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doInterrupt() : boolean {
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return false; // TODO
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}
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static stateToLongString(state) : string {
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let s = "";
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s += dumpRAM(state.regs, 0, 64);
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//s += "\nScanline: " + state.scanline;
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//s += "\n DLL: $" + hex((state.regs[0x0c] << 8) + state.regs[0x10],4) + " @ $" + hex(state.dll,4);
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return s;
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}
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}
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const cpuFrequency = 10227273; // NTSC
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const linesPerFrame = 263; // (6567R8)
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const firstScanline = 0x30;
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const lastScanline = 0xf7;
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const numVisibleLines = 235; // (6567R8)
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const numScreenPixels = 320;
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const numBorderPixels = 16;
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const numVisiblePixels = numScreenPixels+numBorderPixels*2; // (6567R8)
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const cpuClocksPerLine = 65; // 65*8 (6567R8)
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const cpuClocksPreDMA = 7; // TODO
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const audioOversample = 4;
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const audioSampleRate = linesPerFrame*60*audioOversample;
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export class C64 extends BasicMachine implements RasterFrameBased {
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cpuFrequency = cpuFrequency;
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canvasWidth = numVisiblePixels;
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overscan = true;
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numTotalScanlines = linesPerFrame;
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numVisibleScanlines = numVisibleLines;
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defaultROMSize = 0x6000;
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cpuCyclesPerLine = 65; // 65*8 (6567R8)
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cpuCyclesPreDMA = 7; // TODO
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sampleRate = audioSampleRate;
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cpu : MOS6502;
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ram : Uint8Array;
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rom : Uint8Array; // cartridge ROM
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bios : Uint8Array;
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vic : VIC_II = new VIC_II(this);
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cia1 : CIA = new CIA();
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cia2 : CIA = new CIA();
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probeDMABus;
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lastFrameCycles : number = 0;
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enableKERNAL : boolean = true;
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enableIO : boolean = true;
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enableBASIC : boolean = true;
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enableCART : boolean = true;
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constructor() {
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super();
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this.cpu = new MOS6502();
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this.ram = new Uint8Array(0x10000); // 64 KB, of course
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this.bios = new lzgmini().decode(stringToByteArray(atob(C64_BIOS_LZG))); // BASIC-CHAR-KERNAL ROMs
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this.connectCPUMemoryBus(this);
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this.probeDMABus = this.probeIOBus(this);
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this.handler = newKeyboardHandler(this.inputs, C64_KEYCODE_MAP, this.getKeyboardFunction(), true);
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}
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read = newAddressDecoder([
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[0x8000, 0x9fff, 0x1fff, (a) => { return this.enableCART ? (this.rom&&this.rom[a]) : this.ram[a|0x8000]; }], // CART ROM
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[0xa000, 0xbfff, 0x1fff, (a) => { return this.enableBASIC ? this.bios[a] : this.ram[a|0xa000]; }], // BASIC ROM
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[0xd000, 0xdfff, 0xfff, (a) => { return !this.enableIO ? this.bios[a + 0x2000] : this.readIO(a) }], // CHAR ROM
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[0xe000, 0xffff, 0x1fff, (a) => { return this.enableKERNAL ? this.bios[a + 0x3000] : this.ram[a|0xe000]; }], // KERNAL ROM
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[0x0000, 0xffff, 0xffff, (a) => { return this.ram[a]; }],
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]);
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write = newAddressDecoder([
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[0x0000, 0x0001, 0xffff, (a,v) => { this.write6510(a,v); }],
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[0xd000, 0xdfff, 0xfff, (a,v) => { this.writeIO(a,v); }],
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[0x0000, 0xffff, 0xffff, (a,v) => { this.ram[a] = v; }],
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]);
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getKeyboardMap() { return null; /* TODO: C64_KEYCODE_MAP;*/ }
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// http://map.grauw.nl/articles/keymatrix.php
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// https://codebase64.org/doku.php?id=base:reading_the_keyboard
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// http://www.c64os.com/post?p=45
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// https://www.c64-wiki.com/wiki/Keyboard
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getKeyboardFunction() {
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return (o,key,code,flags) => {
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//console.log(o,key,code,flags);
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var keymap = C64_KEYMATRIX_NOSHIFT;
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for (var i=0; i<keymap.length; i++) {
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if (keymap[i] && keymap[i].c == key) {
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let row = i >> 3;
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let col = i & 7;
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// is column selected?
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if (flags & KeyFlags.KeyDown) {
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this.inputs[KEYBOARD_ROW_0 + row] |= (1<<col);
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} else if (flags & KeyFlags.KeyUp) {
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this.inputs[KEYBOARD_ROW_0 + row] &= ~(1<<col);
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}
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//console.log(key, row, col, hex(this.inputs[KEYBOARD_ROW_0 + row]));
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break;
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}
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}
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}
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}
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// TODO: https://www.c64-wiki.com/wiki/Zeropage
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write6510(a:number, v:number) {
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this.ram[a] = v;
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switch (a) {
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case 0:
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this.enableBASIC = (v & 0x1) != 0; // LORAM
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this.enableKERNAL = (v & 0x2) != 0; // HIRAM
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this.enableIO = (v & 0x4) != 0; // CHAREN
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break;
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}
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}
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writeIO(a:number, v:number) {
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//this.profiler && this.profiler.logWrite(a+0xd000);
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var page = (a>>8);
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switch (page) {
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case 0x0: case 0x1: case 0x2: case 0x3:
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this.vic.write(a & 0x3f, v);
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break;
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case 0x8: case 0x9: case 0xa: case 0xb:
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this.vic.cram[a & 0x3ff] = v;
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break;
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case 0xc:
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this.cia1.write(a & 0xf, v);
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break;
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case 0xd:
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this.cia2.write(a & 0xf, v);
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break;
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default:
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return; //TODO
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}
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}
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readIO(a:number) : number {
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//this.profiler && this.profiler.logRead(a+0xd000);
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var page = (a>>8);
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switch (page) {
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case 0x0: case 0x1: case 0x2: case 0x3: // VIC-II
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return this.vic.read(a & 0x3f);
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case 0x8: case 0x9: case 0xa: case 0xb:
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return this.vic.cram[a & 0x3ff];
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case 0xc:
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switch (a & 0xf) {
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// scan keyboard matrix for CIA 1
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// CIA 1 regs: [00, 00, ff, 00] or [ff, 00, ff, 00]
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// http://www.c64os.com/post?p=45
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case 0x1:
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let cols = 0;
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for (let i=0; i<8; i++)
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if ((this.cia1.regs[0] & (1<<i)) == 0)
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cols |= this.inputs[KEYBOARD_ROW_0 + i];
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//if (cols) console.log(this.cia1.regs[0], cols);
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return cols ^ 0xff;
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}
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return this.cia1.read(a & 0xf);
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case 0xd:
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return this.cia2.read(a & 0xf);
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default:
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return 0; //TODO
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}
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}
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readVRAMAddress(a:number) {
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let bank = ~this.cia2.regs[0] & 3; // CIA 2 port A
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a &= 0x3fff; // VIC II sees 14 bits
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if ((a >= 0x1000 && a < 0x2000) && (bank == 0 || bank == 2)) return this.bios[0x1000 + a]; // CHAR ROM
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else return this.ram[a];
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}
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advanceFrame(trap) : number {
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var idata = this.pixels;
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var iofs = 0;
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var vicClocks = cpuClocksPreDMA;
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var fc = 0;
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this.probe.logNewFrame();
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// visible lines
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for (var sl=0; sl<linesPerFrame; sl++) {
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this.vic.setScanline(sl);
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// interrupt?
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// TODO: https://www.c64-wiki.com/wiki/Raster_interrupt
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if (this.vic.regs[0x19] & 0x1) {
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this.vic.regs[0x19] &= 0x7e;
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//TODO: this.cpu.IRQ();
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//this.profiler && this.profiler.logInterrupt(0x1);
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}
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// is this scanline visible?
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let visible = sl >= firstScanline && sl <= lastScanline;
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// iterate CPU with free clocks
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while (vicClocks > 0) {
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// next CPU clock
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vicClocks--;
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if (trap && trap()) {
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trap = null;
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sl = 999;
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break;
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}
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if (visible) this.vic.clockPulse(); // VIC first
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this.advanceCPU();
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fc++;
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}
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vicClocks += cpuClocksPerLine;
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if (visible) {
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// do DMA for scanline?
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vicClocks -= this.vic.doDMA();
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}
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// copy line to frame buffer
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if (idata && sl > firstScanline-24 && iofs < idata.length) {
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for (var i=0; i<numVisiblePixels; i++) {
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idata[iofs++] = COLORS_RGBA[this.vic.pixels[i]];
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}
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}
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this.probe.logNewScanline();
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}
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return this.lastFrameCycles = fc;
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}
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getRasterX() { return this.lastFrameCycles % this.cpuCyclesPerLine; }
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getRasterY() { return Math.floor(this.lastFrameCycles / this.cpuCyclesPerLine); }
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loadROM(data) {
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// BASIC stub?
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if (data[0] == 0x01 && data[1] == 0x08) {
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this.ram.set(data.slice(2), 0x801);
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this.enableCART = false;
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// hack BASIC interpreter loop (TODO?)
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var prgstart = 0x80a; //TODO (this.debugSymbols && this.debugSymbols.symbolmap['__MAIN_START__']) || 0x80a;
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this.bios[0x3f9b] = 0x4c;
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this.bios[0x3f9c] = prgstart & 0xff;
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this.bios[0x3f9d] = prgstart >> 8;
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} else {
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// assume cartridge ROM
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this.rom = padBytes(data, this.defaultROMSize);
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}
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this.reset();
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}
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// BASIC (0x2000 bytes)
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// CHAR (0x1000 bytes)
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// KERNAL (0x2000 bytes)
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loadBIOS(data) {
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this.bios = padBytes(data, 0x5000);
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this.reset();
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}
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reset() {
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super.reset();
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this.vic.reset();
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this.cia1.reset();
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this.cia2.reset();
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this.write6510(0, 0xff);
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this.inputs.fill(0x0);
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}
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// TODO: don't log if profiler active
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readConst(addr : number) {
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return this.read(addr) | 0;
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}
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loadState(state) {
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this.cpu.loadState(state.c);
|
|
this.ram.set(state.ram);
|
|
this.vic.loadState(state.vic);
|
|
this.loadControlsState(state);
|
|
}
|
|
saveState() {
|
|
return {
|
|
c:this.getCPUState(),
|
|
ram:this.ram.slice(0),
|
|
vic:this.vic.saveState(),
|
|
inputs:this.inputs.slice(0)
|
|
};
|
|
}
|
|
|
|
loadControlsState(state) {
|
|
this.inputs.set(state.inputs);
|
|
}
|
|
|
|
saveControlsState() {
|
|
return {
|
|
inputs:this.inputs.slice(0)
|
|
};
|
|
}
|
|
|
|
getCPUState() {
|
|
return this.cpu.saveState();
|
|
}
|
|
|
|
getRasterScanline() {
|
|
return this.vic.scanline;
|
|
}
|
|
|
|
getDebugCategories() {
|
|
return ['CPU','Stack','VIC-II'];
|
|
}
|
|
getDebugInfo(category, state) {
|
|
switch (category) {
|
|
case 'VIC-II': return VIC_II.stateToLongString(state.vic);
|
|
}
|
|
}
|
|
|
|
}
|
|
|
|
|
|
const VIC_NTSC_RGB = [
|
|
0x000000,
|
|
0xFFFFFF,
|
|
0x880000,
|
|
0xAAFFEE,
|
|
0xCC44CC,
|
|
0x00CC55,
|
|
0x00CC55,
|
|
0xEEEE77,
|
|
0xDD8855,
|
|
0x664400,
|
|
0xFF7777,
|
|
0x333333,
|
|
0x777777,
|
|
0xAAFF66,
|
|
0x0088FF,
|
|
0xBBBBBB,
|
|
];
|
|
|
|
var COLORS_RGBA = new Uint32Array(256);
|
|
var COLORS_WEB = [];
|
|
for (var i=0; i<256; i++) {
|
|
COLORS_RGBA[i] = rgb2bgr(VIC_NTSC_RGB[i & 15]) | 0xff000000;
|
|
COLORS_WEB[i] = "#"+hex(VIC_NTSC_RGB[i & 15],6);
|
|
}
|
|
|
|
// bank-switching table
|
|
// TODO: https://www.c64-wiki.com/wiki/Bank_Switching
|
|
|
|
enum BankSwitchFlags {
|
|
LORAM=1, HIRAM=2, CHAREN=4, _GAME=8, _EXROM=16
|
|
};
|
|
|
|
enum Bank {
|
|
NONE, RAM, IO, CART_ROM_LO, CART_ROM_HI, CHAR_ROM, KERN_ROM, BASIC_ROM
|
|
};
|
|
|
|
function getBankMapping(flags:number, region:number) : Bank {
|
|
return BANK_TABLE[flags & 0x1f][region];
|
|
};
|
|
|
|
const BANK_TABLE : Bank[][] = [
|
|
[ Bank.RAM, Bank.RAM, Bank.RAM, Bank.RAM, Bank.RAM, Bank.RAM, Bank.RAM ],
|
|
[ Bank.RAM, Bank.RAM, Bank.RAM, Bank.RAM, Bank.RAM, Bank.RAM, Bank.RAM ],
|
|
[ Bank.RAM, Bank.RAM, Bank.RAM, Bank.CART_ROM_HI, Bank.RAM, Bank.CHAR_ROM, Bank.KERN_ROM ],
|
|
[ Bank.RAM, Bank.RAM, Bank.CART_ROM_LO, Bank.CART_ROM_HI, Bank.RAM, Bank.CHAR_ROM, Bank.KERN_ROM ],
|
|
[ Bank.RAM, Bank.RAM, Bank.RAM, Bank.RAM, Bank.RAM, Bank.RAM, Bank.RAM ],
|
|
[ Bank.RAM, Bank.RAM, Bank.RAM, Bank.RAM, Bank.RAM, Bank.IO, Bank.RAM ],
|
|
[ Bank.RAM, Bank.RAM, Bank.RAM, Bank.CART_ROM_HI, Bank.RAM, Bank.IO, Bank.KERN_ROM ],
|
|
[ Bank.RAM, Bank.RAM, Bank.CART_ROM_LO, Bank.CART_ROM_HI, Bank.RAM, Bank.IO, Bank.KERN_ROM ],
|
|
[ Bank.RAM, Bank.RAM, Bank.RAM, Bank.RAM, Bank.RAM, Bank.RAM, Bank.RAM ],
|
|
[ Bank.RAM, Bank.RAM, Bank.RAM, Bank.RAM, Bank.RAM, Bank.CHAR_ROM, Bank.RAM ],
|
|
[ Bank.RAM, Bank.RAM, Bank.RAM, Bank.RAM, Bank.RAM, Bank.CHAR_ROM, Bank.KERN_ROM ],
|
|
[ Bank.RAM, Bank.RAM, Bank.CART_ROM_LO, Bank.BASIC_ROM, Bank.RAM, Bank.CHAR_ROM, Bank.KERN_ROM ],
|
|
[ Bank.RAM, Bank.RAM, Bank.RAM, Bank.RAM, Bank.RAM, Bank.RAM, Bank.RAM ],
|
|
[ Bank.RAM, Bank.RAM, Bank.RAM, Bank.RAM, Bank.RAM, Bank.IO, Bank.RAM ],
|
|
[ Bank.RAM, Bank.RAM, Bank.RAM, Bank.RAM, Bank.RAM, Bank.IO, Bank.KERN_ROM ],
|
|
[ Bank.RAM, Bank.RAM, Bank.CART_ROM_LO, Bank.BASIC_ROM, Bank.RAM, Bank.IO, Bank.KERN_ROM ],
|
|
[ Bank.RAM, Bank.NONE, Bank.CART_ROM_LO, Bank.NONE, Bank.NONE, Bank.IO, Bank.CART_ROM_HI ],
|
|
[ Bank.RAM, Bank.NONE, Bank.CART_ROM_LO, Bank.NONE, Bank.NONE, Bank.IO, Bank.CART_ROM_HI ],
|
|
[ Bank.RAM, Bank.NONE, Bank.CART_ROM_LO, Bank.NONE, Bank.NONE, Bank.IO, Bank.CART_ROM_HI ],
|
|
[ Bank.RAM, Bank.NONE, Bank.CART_ROM_LO, Bank.NONE, Bank.NONE, Bank.IO, Bank.CART_ROM_HI ],
|
|
[ Bank.RAM, Bank.NONE, Bank.CART_ROM_LO, Bank.NONE, Bank.NONE, Bank.IO, Bank.CART_ROM_HI ],
|
|
[ Bank.RAM, Bank.NONE, Bank.CART_ROM_LO, Bank.NONE, Bank.NONE, Bank.IO, Bank.CART_ROM_HI ],
|
|
[ Bank.RAM, Bank.NONE, Bank.CART_ROM_LO, Bank.NONE, Bank.NONE, Bank.IO, Bank.CART_ROM_HI ],
|
|
[ Bank.RAM, Bank.NONE, Bank.CART_ROM_LO, Bank.NONE, Bank.NONE, Bank.IO, Bank.CART_ROM_HI ],
|
|
[ Bank.RAM, Bank.RAM, Bank.RAM, Bank.RAM, Bank.RAM, Bank.RAM, Bank.RAM ],
|
|
[ Bank.RAM, Bank.RAM, Bank.RAM, Bank.RAM, Bank.RAM, Bank.CHAR_ROM, Bank.RAM ],
|
|
[ Bank.RAM, Bank.RAM, Bank.RAM, Bank.RAM, Bank.RAM, Bank.CHAR_ROM, Bank.KERN_ROM ],
|
|
[ Bank.RAM, Bank.RAM, Bank.RAM, Bank.BASIC_ROM, Bank.RAM, Bank.CHAR_ROM, Bank.KERN_ROM ],
|
|
[ Bank.RAM, Bank.RAM, Bank.RAM, Bank.RAM, Bank.RAM, Bank.RAM, Bank.RAM ],
|
|
[ Bank.RAM, Bank.RAM, Bank.RAM, Bank.RAM, Bank.RAM, Bank.IO, Bank.RAM ],
|
|
[ Bank.RAM, Bank.RAM, Bank.RAM, Bank.RAM, Bank.RAM, Bank.IO, Bank.KERN_ROM ],
|
|
[ Bank.RAM, Bank.RAM, Bank.RAM, Bank.BASIC_ROM, Bank.RAM, Bank.IO, Bank.KERN_ROM ],
|
|
];
|
|
|
|
// https://github.com/MEGA65/open-roms
|
|
var C64_BIOS_LZG = `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`;
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