${W}| ${N(H.getRegU32(Z+X))} | `);if(J.has(W))z.attr("bgcolor",J.get(W));K.append(z)}Q.append(K)}return q}makeVectorRegistersTable(J){let q=$(''),Q=q.find("tbody");for(let Y=0;Y<32;Y++){let Z=$("|
");const K=`V${Y}`;Z.append($(`${K} | `));for(let X=0;X<8;++X){let W=$(`${B(H.getVecU16(Y,X),16)} | `);if(J.has(K))W.attr("bgcolor",J.get(K));Z.append(W)}Q.append(Z)}return q}makeTaskTable(){const Q=n64js.hardware().sp_mem.subRegion(4032,64);let Y=$(''),Z=Y.find("tbody");const K=["type","flags","ucode_boot","ucode_boot_size","ucode","ucode_size","ucode_data","ucode_data_size","dram_stack","dram_stack_size","output_buff","output_buff_size","data_ptr","data_size","yield_data_ptr","yield_data_size"];for(let X=0;X<16;X++){const W=$(`| ${K[X]} | ${B(Q.getU32(X*4),32)} |
`);Z.append(W)}return Y}}class mY{constructor(){this.active=!1,this.$cpuContent=$("#cpu-content"),this.cpuTabs=[$("#cpu0-content"),$("#cpu1-content")],this.$cpu0Disassembly=$("#cpu-disasm"),this.$rspContent=$("#rsp-content"),this.rspTabs=[$("#rsp-scalar-content"),$("#rsp-vector-content"),$("#rsp-task-content")],this.$rspDisassembly=$("#rsp-disasm"),this.$dynarecContent=$("#dynarec-content"),this.$memoryContent=$("#memory-content"),this.$timelineContent=$("#timeline-content"),this.cpu0State=new w7,this.rspState=new k7,this.lastOpExecuted=0,this.recentMemoryAccesses=[],this.lastMemoryAccessAddress=0,this.lastStore=null,this.labelMap=new Map,this.debugCycles=Math.pow(10,0),zK($(".output"),()=>{return N(V.pc)}),n64js.addResetCallback(this.onReset.bind(this)),$("#output").find("#clear").click(function(){HK()});const J=this;$("#cpu-speed").change(function(){J.debugCycles=Math.pow(10,$(this).val()|0),M("Speed is now "+J.debugCycles)}),$("#cpu").find("#address").change(function(){J.disasmAddress=parseInt($(this).val(),16),J.updateCPU()}),this.refreshLabelSelect(),this.$memoryContent.find("input").change(function(){J.lastMemoryAccessAddress=parseInt($(this).val(),16),J.updateMemoryView()}),this.updateMemoryView(),$("body").keydown(function(q){let Q=!1;switch(q.key){case"ArrowDown":Q=!0,J.disassemblerDown();break;case"ArrowUp":Q=!0,J.disassemblerUp();break;case"PageDown":Q=!0,J.disassemblerPageDown();break;case"PageUp":Q=!0,J.disassemblerPageUp();break;case"F8":Q=!0,n64js.toggleRun();break;case"F9":Q=!0,AW();break;case"F10":Q=!0,n64js.step();break}if(Q)q.preventDefault()}),document.querySelector("#cpu-tab").addEventListener("click",()=>{this.updateCPU()}),document.querySelector("#rsp-tab").addEventListener("click",()=>{this.updateRSP()}),document.querySelector("#memory-tab").addEventListener("click",()=>{this.updateMemoryView()}),document.querySelector("#dynarec-tab").addEventListener("click",()=>{this.updateDynarec()}),document.querySelector("#timeline-tab").addEventListener("click",()=>{this.updateTimeline()})}visible(){return this.active}show(){this.setVisible(!0)}hide(){this.setVisible(!1)}toggle(){this.setVisible(!this.active)}setVisible(J){this.active=J,document.querySelectorAll(".debug").forEach((q)=>{q.classList.toggle("hidden",!J)}),WX(J)}showTimeline(){this.updateTimeline(),this.show(),$("#timeline-tab").tab("show")}updateMemoryView(){const J=this.lastMemoryAccessAddress||2147483648;this.$memoryContent.find("pre").empty().append(this.makeMemoryAccessRow(J,1024))}refreshLabelSelect(){const J=$("#cpu").find("#labels"),q=Array.from(this.labelMap.keys()),Q=this;q.sort((Y,Z)=>{const K=Q.labelMap.get(Y),X=Q.labelMap.get(Z);return K.localeCompare(X)}),J.html("");for(let Y of q){const Z=this.labelMap.get(Y),K=$(``);K.data("address",Y),J.append(K)}J.change(()=>{let Y=J.find("option:selected").data("address");Q.cpu0State.disasmAddress=Y>>>0,Q.updateCPU()})}onReset(){this.restoreLabelMap(),this.updateCPU(),this.updateRSP()}restoreLabelMap(){this.labelMap=n64js.getLocalStorageItem("debugLabelMap")||new Map,this.refreshLabelSelect()}storeLabelMap(){n64js.setLocalStorageItem("debugLabelMap",this.labelMap)}makeMemoryAccessRow(J,q,Q=64,Y=null){let Z=E7(J,Q)-E7(q/2,Q),K=Z+q,X="";for(let W=Z;W>>0,G=n64js.hardware().memMap.readMemoryInternal32(j),P="";if(Y&&Y.has(j))P=` style="background-color: ${Y.get(j)}"`;z+=` ${B(G,32)}`}z+="\n",X+=z}return $(`${X}`)}makeRecentMemoryAccessRow(J,q){let Q=q==="store"?"#faa":"#ffa";if(q==="update")Q="#afa";let Y=new Map,Z=(J&~3)>>>0;return Y.set(Z,Q),this.makeMemoryAccessRow(J,32,32,Y)}makeLabelColor(J){let q=J>>>2,Q=q>>>16^(q&65535)*2803,Y=Q&31,Z=Q>>>5&31,K=Q>>>10&31,X=Q>>>15&3;switch(Y*=4,Z*=4,K*=4,X){case 0:Y*=2,Z*=2;break;case 1:Z*=2,K*=2;break;case 2:K*=2,Y*=2;break;default:Y*=2,Z*=2,K*=2;break}return"#"+B(Y,8)+B(Z,8)+B(K,8)}setLabelText(J,q){if(this.labelMap.has(q))J.append(` (${this.labelMap.get(q)})`)}setLabelColor(J,q){J.css("color",this.makeLabelColor(q))}makeLabelText(J){let q=this.labelMap.get(J)||"";while(q.length<20)q+=" ";return q}onLabelClicked(J){let q=$(J.delegateTarget),Q=q.data("address")>>>0,Y=this.labelMap.get(Q)||"",Z=$(``);const K=this;Z.keypress((X)=>{if(X.which==13){const W=Z.val();if(W)K.labelMap.set(Q,W.toString());else K.labelMap.delete(Q);K.storeLabelMap(),K.refreshLabelSelect(),this.updateCPU()}}),Z.blur(()=>{q.html(K.makeLabelText(Q))}),q.empty().append(Z),Z.focus()}onFragmentClicked(J){let Q=$(J.delegateTarget).data("fragment");M(`${Q.func.toString()}`)}onClickBreakpoint(J){let Q=$(J.delegateTarget).data("address")>>>0;n64js.toggleBreakpoint(Q),this.updateCPU()}updateCPU(){this.cpu0State.setPC(V.pc);let J=V.getOpsExecuted(),q=this.lastOpExecuted===J-1;this.lastOpExecuted=J;let Q=zQ(),Y=this.cpu0State.disassembleRange(),Z=$(""),K=$(""),X;for(let z=0;z':'')+B(j,32)+":",L=`${this.makeLabelText(j)}`,U=`${P} ${B(F.instruction.opcode,32)} ${L}${F.disassembly}`,O=Q.get(j);if(O){const S=` frag - ops=${O.opsCompiled} hit=${O.executionCount}`;U+=S}let E=$(`${U}`);if(E.find(".dis-label").data("address",j).css("color",this.makeLabelColor(j)).click(this.onLabelClicked.bind(this)),O)E.find(".dis-fragment-link").data("fragment",O).click(this.onFragmentClicked.bind(this));if(j===V.pc)X=F.instruction,E.addClass("dis-line-cur");if(G)E.addClass("dis-line-target"),this.setLabelColor(E.find(".dis-address-target"),j);K.append(E),K.append("
");let w=" ";if(n64js.isBreakpoint(j))w="•";let y=$(`${w}`).data("address",j).click(this.onClickBreakpoint.bind(this));Z.append(y),Z.append("
")}K.find(".dis-address-jump").each(function(){let z=parseInt($(this).text(),16);this.setLabelText($(this),z),this.setLabelColor($(this),z),$(this).click(function(){this.cpu0state.disasmAddress=z,this.redraw()})}.bind(this));let W=this.makeRegisterColours(X);for(let[z,F]of W)K.find(".dis-reg-"+z).css("background-color",F);this.$cpu0Disassembly.find(".dis-recent-memory").html(this.makeRecentMemoryAccesses(q,X,V.calcDebuggerAddress.bind(V))),this.$cpu0Disassembly.find(".dis-gutter").empty().append(Z),this.$cpu0Disassembly.find(".dis-view").empty().append(K),this.cpu0State.updateStatusTable(),this.cpuTabs[0].empty().append(this.cpu0State.makeCop0RegistersTable(W)),this.cpuTabs[1].empty().append(this.cpu0State.makeCop1RegistersTable(W))}updateRSP(){this.rspState.setPC(H.pc);const J=!0;let q=this.rspState.disassembleRange(),Q=$(""),Y=$("");for(let W=0;W':'')+B(F,32)+":",P=`${this.makeLabelText(F)}`,L=`${G} ${B(z.instruction.opcode,32)} ${P}${z.disassembly}`,U=$(`${L}`);if(U.find(".dis-label").data("address",F).css("color",this.makeLabelColor(F)).click(this.onLabelClicked.bind(this)),F===H.pc)U.addClass("dis-line-cur");if(j)U.addClass("dis-line-target"),this.setLabelColor(U.find(".dis-address-target"),F);Y.append(U),Y.append("
");let O=" ";if(n64js.isBreakpoint(F))O="•";let E=$(`${O}`).data("address",F).click(this.onClickBreakpoint.bind(this));Q.append(E),Q.append("
")}Y.find(".dis-address-jump").each(function(){let W=parseInt($(this).text(),16);this.setLabelText($(this),W),this.setLabelColor($(this),W),$(this).click(function(){this.rspstate.disasmAddress=W,this.redraw()})}.bind(this));const K=XJ(H.pc,H.imem.getU32(H.pc)).instruction;let X=this.makeRegisterColours(K);for(let[W,z]of X)Y.find(".dis-reg-"+W).css("background-color",z);this.$rspDisassembly.find(".dis-recent-memory").html(this.makeRecentMemoryAccesses(J,K,H.calcDebuggerAddress.bind(H))),this.$rspDisassembly.find(".dis-gutter").empty().append(Q),this.$rspDisassembly.find(".dis-view").empty().append(Y),this.rspState.updateStatusTable(),this.rspTabs[0].empty().append(this.rspState.makeScalarRegistersTable(X)),this.rspTabs[1].empty().append(this.rspState.makeVectorRegistersTable(X)),this.rspTabs[2].empty().append(this.rspState.makeTaskTable())}makeRegisterColours(J){const q=["#fd7e14","#198754","#0d6efd"];let Q=new Map;if(J){let Y=0;for(let Z in J.srcRegs)if(!Object.prototype.hasOwnProperty.call(Q,Z))Q.set(Z,q[Y++]);for(let Z in J.dstRegs)if(!Object.prototype.hasOwnProperty.call(Q,Z))Q.set(Z,q[Y++])}return Q}makeRecentMemoryAccesses(J,q,Q){const Y=V.opsExecuted;if(J){if(this.lastStore){if(this.lastStore.cycle+1===Y){let X=this.makeRecentMemoryAccessRow(this.lastStore.address,"update");this.lastStore.element.append(X)}this.lastStore=null}const K=q.memory;if(K){const X=Q(q.opcode);let W=this.makeRecentMemoryAccessRow(X,K.mode);if(K.mode==="store")this.lastStore={address:X,cycle:Y,element:W};if(this.recentMemoryAccesses.push({element:W}),this.recentMemoryAccesses.length>4)this.recentMemoryAccesses.splice(0,1);this.lastMemoryAccessAddress=X}}else this.recentMemoryAccesses=[],this.lastStore=null;let Z=$("");if(this.recentMemoryAccesses.length>0){const K=["#bbb","#999","#666","#333"];for(let X=0;X0?Math.floor(Math.log10(z.executionCount)):0;q.set(F,(q.get(F)||0)+1),Y.push(z),Q=Math.max(Q,F)}Y.sort((W,z)=>{return z.opsCompiled*z.executionCount-W.opsCompiled*W.executionCount});let Z=$(''),K="";K+='',K+='
| Execution Count | Frequency |
|---|
';for(let W=0;W<=Q;W++){let z=q.get(W)||0,F=`< ${Math.pow(10,W+1)}`;K+=`| ${F} | ${z} |
`}K+="
",K+="
',K+='
',K+='
',K+="| Address | Length | System | Fragments Removed |
|---|
";for(let W=0;W${z.join(" | ")} | `}K+="
",K+="
",K+="
| ${Z.join(" | ")} |
|---|
`);for(let K=0;K${W.join(" | ")} | `);this.initFragmentRow(z,X,Q),Y.append(z)}if(J.find("#fragments").append(Y),q.length>0)Q.append(`${q[0].func.toString()}`)}initFragmentRow(J,q,Q){J.click(()=>{Q.html(`${q.func.toString()}`)})}updateTimeline(){const J=n64js.hardware().timeline,q=this.$timelineContent.find(".timeline-panel");q.empty();let Q=Number.MAX_VALUE,Y=0;J.tracks.forEach((z)=>{z.events.forEach((F)=>{if(F.startY)Y=F.end})});const Z=Y-Q;if(Z<=0)return;const K=4000,X=30;let W=0;J.tracks.forEach((z)=>{let F=0;z.events.forEach((j)=>{const G=K*(j.start-Q)/Z,P=K*(j.end-j.start)/Z,L=P<1?1:P,U=(W+j.depth)*X,O=X,E=j.name;let w="";if(w+=`",q.append(w),j.depth>F)F=j.depth}),W+=F+1})}disassemblerDown(){this.scrollActiveDisassemblyWindow(1),this.redraw()}disassemblerUp(){this.scrollActiveDisassemblyWindow(-1),this.redraw()}disassemblerPageDown(){this.scrollActiveDisassemblyWindow(16),this.redraw()}disassemblerPageUp(){this.scrollActiveDisassemblyWindow(-16),this.redraw()}scrollActiveDisassemblyWindow(J){const q=this.activeDisassemblyWindow();if(q)q.scroll(J)}activeDisassemblyWindow(){if(this.$cpuContent.hasClass("active"))return this.cpu0State;if(this.$rspContent.hasClass("active"))return this.rspState;return null}redraw(){if(!this.active)return;if(this.$cpuContent.hasClass("active"))this.updateCPU();if(this.$rspContent.hasClass("active"))this.updateRSP();if(this.$memoryContent.hasClass("active"))this.updateMemoryView();if(this.$dynarecContent.hasClass("active"))this.updateDynarec()}}function C7(J){var q=new DataView(J);switch(q.getUint32(0)){case 2151092800:break;case 1074935680:nY(J,3,2,1,0);break;case 306217015:nY(J,2,3,0,1);break;case 931151890:nY(J,1,0,3,2);break;default:throw"Unhandled byteswapping: "+q.getUint32(0).toString(16)}}var nY=function(J,q,Q,Y,Z){var K=new Uint8Array(J),X;for(X=0;X>>2,X=(Q&3)<<4|Y>>>4,W=(Y&15)<<2|Z>>>6,z=Z&63;if(F+1>=J.length)W=64;if(F+2>=J.length)z=64;q+="ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=".charAt(K)+"ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=".charAt(X)+"ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=".charAt(W)+"ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=".charAt(z)}return q}function oY(J,q){var Q=0;for(let j=0;j>>4,z=(Z&15)<<4|K>>>2,F=(K&3)<<6|X;if(q[Q++]=W,K!==64)q[Q++]=z;if(X!==64)q[Q++]=F}}var y7=0;class lY{constructor(J){this.getOpsExecuted=J,this.recording=!1,this.tracks=[new cY(this,"Default"),new cY(this,"Audio")],this.eventCount=0,this.curFrameEvent=0,this.frameCount=0}startRecording(){this.recording=!0;for(let J=0;J=1e4||this.frameCount>=10)this.recording=!1,this.curFrameEvent=null,n64js.debugger().showTimeline()}addEvent(J,q){if(!this.curFrameEvent)return null;const Q=this.startEventInternal(J,q);if(Q)Q.stop()}startEvent(J,q){if(!this.curFrameEvent)return null;return this.startEventInternal(J,q)}startEventInternal(J,q){const Q=q==void 0?1:q,Y=this.tracks[Q];return this.eventCount++,Y.startEvent(J)}}class cY{constructor(J,q){this.timeline=J,this.name=q,this.events=[],this.curEvent=null}reset(){this.events=[],this.curEvent=null}startEvent(J){const q=this.timeline.getOpsExecuted(),Q=new I7(this,this.curEvent,J,q);return this.events.push(Q),this.curEvent=Q,Q}stopEvent(J){if(J.end=this.timeline.getOpsExecuted(),this.curEvent==J)this.curEvent=J.parent}}class I7{constructor(J,q,Q,Y){this.track=J,this.parent=q,this.depth=q?q.depth+1:0,this.name=Q,this.start=Y,this.end=Y}stop(){this.track.stopEvent(this)}}var yU=function(J){if(J_7)return _7;return J},PU=0,LU=4,VU=8,B7=12,UU=16,MU=20,OU=1,AU=17825792,hU=33554432,EU=1073741824,wU=2147483648,kU=16777208,CU=262136,R7="AI DMA",b7=0.005,T7=3000,_7=96000,DU=0.1,S7=5;class dY extends n{constructor(J,q,Q){super("AIReg",J,J.ai_reg,q,Q);this.audioContext=new window.AudioContext,this.pendingAddress=0,this.dmaAddresses=new Uint32Array(2),this.dmaLengths=new Uint32Array(2),this.dmaDurations=new Uint32Array(2),this.dmaCount=0,this.dmaEnable=!1,this.dacRate=0,this.bitRate=15,this.precision=16,this.frequency=32000,this.time=0,this.dynamicRate=1,this.lastLogTime=0}readU32(J){return this.readS32(J)>>>0}readS32(J){const q=this.calcWriteEA(J);if(q+4>this.u8.length)throw"Write is out of range";if(!this.quiet)M(`Read from ${N(q)}`);if(q==B7){let Q=AU;return Q|=this.dmaEnable?hU:0,Q|=this.dmaCount>0?EU:0,Q|=this.dmaCount>1?wU:0,Q|=this.dmaCount>1?OU:0,Q}return this.dmaLengthRemaining()}write32(J,q){const Q=this.calcWriteEA(J);if(Q+4>this.u8.length)throw"Write is out of range";switch(Q){case PU:if(!this.quiet)M(`Wrote to AI_DRAM_ADDR_REG: ${N(q)}`);this.pendingAddress=q&kU;break;case LU:if(!this.quiet)M(`Wrote to AI_LEN_REG: ${N(q)}`);this.pushDMA(q&CU);break;case VU:if(!this.quiet)M(`Wrote to AI_CONTROL_REG: ${N(q)}`);this.dmaEnable=(q&1)!=0;break;case B7:this.clearAI();break;case UU:if(this.dacRate=q&16383,this.frequency=Math.max(1,this.viClock/(this.dacRate+1))>>0,!this.quiet)M(`AI dacrate changed to ${this.dacRate}, vi clock is ${this.viClock}, freq ${this.frequency}`);break;case MU:if(!this.quiet)M(`Wrote to AI_BITRATE_REG: ${N(q)}`);this.bitRate=q&15,this.precision=this.bitRate+1;break;default:M(`Unhandled write to AIReg: ${N(q)} -> [${N(J)}]`);break}}get viClock(){return this.hardware.viRegDevice.videoClock}pushDMA(J){if(!J){n64js.warn("AI received zero length write");return}if(this.dmaCount>=2){n64js.warn("AI DMA FIFO is full");return}if(this.dmaAddresses[this.dmaCount]=this.pendingAddress,this.dmaLengths[this.dmaCount]=J,this.dmaDurations[this.dmaCount]=this.estimateDMACyclesFromLength(J),this.dmaCount++,this.dmaCount==1)this.startPlayback()}popDMA(){if(this.dmaCount<=0){n64js.warn("AI DMA underflow");return}if(this.dmaCount==2)this.dmaAddresses[0]=this.dmaAddresses[1],this.dmaLengths[0]=this.dmaLengths[1],this.dmaDurations[0]=this.dmaDurations[1];if(this.dmaCount--,this.dmaCount==1)this.startPlayback()}estimateDMACyclesFromLength(J){const Q=(this.bitRate+1<<1)/8*this.frequency;return J*this.viClock/Q>>>0}startPlayback(){const J=this.dmaAddresses[0],q=this.dmaLengths[0],Q=this.dmaDurations[0],Y=q/4,Z=new Float32Array(Y),K=new Float32Array(Y),X=this.hardware.cachedMemDevice.u8,W=new DataView(X.buffer,J,q);for(let L=0;L0?+b7:-b7;const j=yU(this.frequency*(1+this.dynamicRate));if(S7>0&&z-this.lastLogTime>S7){const L=F>0?"leading":"lagging";console.log(`AI sync: timeDelta ${F}, ${L}, dynamic ${this.dynamicRate}, ${this.frequency} -> ${j}`),this.lastLogTime=z}const G=new AudioBuffer({length:Y,sampleRate:j,numberOfChannels:2});G.copyToChannel(Z,0),G.copyToChannel(K,1);const P=new AudioBufferSourceNode(this.audioContext,{buffer:G});if(P.connect(this.audioContext.destination),P.start(this.time),F<0)this.time=z;this.time+=G.duration,this.raiseAI(),this.addAIDMAEvent(Q)}shouldSkipFrame(){return this.time-this.audioContext.currentTime>DU}dmaLengthRemaining(){if(this.dmaCount==0||this.dmaDurations[0]==0)return 0;const J=n64js.cpu0.getCyclesUntilEvent(R7);if(J<=0)return 0;return J*this.dmaLengths[0]/this.dmaDurations[0]&~7}addAIDMAEvent(J){const q=n64js.hardware().timeline.startEvent("AI DMA",y7),Q=this;n64js.cpu0.addEvent(R7,J,()=>{if(Q.dmaComplete(),q)q.stop()})}dmaComplete(){this.popDMA()}raiseAI(){this.hardware.mi_reg.setBits32(W0,CJ),n64js.cpu0.updateCause3()}clearAI(){this.hardware.mi_reg.clearBits32(W0,CJ),n64js.cpu0.updateCause3()}}var IU=0,BU=4,v7=8,aY=12,RU=16,bU=20,TU=24,_U=28,SU=1,vU=2,fU=4;var uU=16,gU=32;var f7=1,xU=2,u7=4;class rY extends n{constructor(J,q,Q){super("DPC",J,J.dpc_mem,q,Q)}write32(J,q){this.writeReg32(this.calcWriteEA(J),q)}writeReg32(J,q){if(J+4>this.u8.length)throw"Write is out of range";switch(J){case IU:if(!this.quiet)M(`DPC start set to: ${N(q)}`);this.mem.set32(J,q),this.mem.set32(v7,q);break;case BU:if(!this.quiet)M(`DPC end set to: ${N(q)}`);this.mem.set32(J,q);break;case aY:this.updateStatus(q);break;case v7:case RU:case bU:case TU:case _U:M("Wrote to read only DPC reg");break;default:this.mem.set32(J,q);break}}readU32(J){return this.logRead(J),this.readRegU32(this.calcReadEA(J))}readS32(J){return this.logRead(J),this.readRegU32(this.calcReadEA(J))>>0}readRegU32(J){if(J+4>this.u8.length)throw"Read is out of range";return this.mem.getU32(J)}updateStatus(J){let q=this.mem.getU32(aY);if(J&SU)q&=~f7;if(J&vU)q|=f7;if(J&fU)q&=~xU;if(J&uU)q&=~u7;if(J&gU)q|=u7;this.mem.set32(aY,q)}}class sY extends n{constructor(J,q,Q){super("DPS",J,J.dps_mem,q,Q)}write32(J,q){if(this.calcWriteEA(J)+4>this.u8.length)throw"Write is out of range";throw"DPS writes are unhandled"}readS32(J){if(this.logRead(J),this.calcReadEA(J)+4>this.u8.length)throw"Read is out of range";throw"DPS reads are unhandled"}readU32(J){return this.readS32(J)>>>0}}function Q3(J){return J>=tU&&J=eY&&J=IJ&&J=JZ&&J<=J3}function K3(J){return J>=n7&&J<=q3}var p7=function(J){return J>=IJ&&J<=eU},f8=0,u8=4,iY=8,tY=12,N6=16,pU=20,mU=24,nU=28,oU=32,cU=36,lU=40,dU=44,aU=48,Tq=1;var rU=4,g7=8,sU=1,iU=2,tU=83886080,eY=100663296,IJ=134217728,eU=134348799,JZ=268435456,J3=532676607,n7=533725184,q3=2147483647,m7="PI Interrupt";class qZ extends n{constructor(J,q,Q){super("PIReg",J,J.pi_reg,q,Q);this.haveSetMemorySize=!1}reset(){this.haveSetMemorySize=!1}setMemorySize(){if(!this.haveSetMemorySize){const J=this.hardware.rominfo.cic==="6105"?2147484656:2147484440;this.hardware.ram.set32(J-2147483648,8388608),M("Setting memory size"),this.haveSetMemorySize=!0}}readS32(J){const q=this.calcReadEA(J);if(q+4>this.u8.length)throw"Read is out of range";let Q=this.mem.getS32(q);switch(q){case f8:Q&=16777214;break;case u8:Q&=4294967294;break;case iY:case tY:Q=127;break}if(!this.quiet)M(`Reading from PIReg: [${N(J)}] -> ${N(Q)}`);return Q}readU32(J){return this.readS32(J)>>>0}write32(J,q){const Q=this.calcWriteEA(J);if(Q+4>this.u8.length)throw"Write is out of range";if(!this.quiet)M(`Writing to PIReg: ${N(q)} -> [${N(J)}]`);if(this.busy()&&Q!=N6){n64js.warn("Write to PI registers while DMA or IO busy"),this.mem.setBits32(N6,rU);return}switch(Q){case f8:case u8:this.mem.set32(Q,q);break;case iY:this.mem.set32(Q,q),this.copyFromRDRAM();break;case tY:this.mem.set32(Q,q),this.copyToRDRAM();break;case N6:if(q&sU){if(!this.quiet)M("PI_STATUS_REG reset");this.mem.set32(N6,0),this.removePIInterrupt()}if(q&iU){if(!this.quiet)M("PI interrupt cleared");this.mem.clearBits32(N6,g7),this.hardware.mi_reg.clearBits32(W0,yJ),n64js.cpu0.updateCause3()}break;case pU:case mU:case nU:case oU:case cU:case lU:case dU:case aU:this.mem.set32(Q,q);break;default:M(`Unhandled write to PIReg: ${N(q)} -> [${N(J)}]`),this.mem.set32(Q,q);break}}busy(){return this.mem.getBits32(N6,Tq)!=0}copyFromRDRAM(){const J=this.mem.getU32(f8)&16777214,q=this.mem.getU32(u8)&4294967294;let Q=(this.mem.getU32(iY)&16777215)+1,Y,Z=0,K=4096;if(Q>=127&&Q&1)Q++;if(x7(q))if(p7(q))switch(this.hardware.saveType){case"SRAM":Y=this.hardware.saveMem,Z=q-IJ,this.hardware.saveDirty=!0;break;case"FlashRam":if(Y=this.hardware.romD2A2Device.flashBuffer,Z=0,Q>Y.length)n64js.warn(`PI DMA to FlashRam exceeds buffer length (${Q} > ${Y.length})`),Q=Y.length;break}else n64js.halt(`PI: unknown dom2addr2 address for ram->cart DMA: ${N(q)}`);else n64js.halt(`PI: unknown cart address for ram->cart DMA: ${N(q)}`);if(Y)Y.copy(Z,this.hardware.ram,J,Q);this.mem.setBits32(N6,Tq),this.addPIInterrupt(K)}copyToRDRAM(){const J=this.mem.getU32(f8)&16777214,q=this.mem.getU32(u8)&4294967294;let Q=(this.mem.getU32(tY)&16777215)+1;if(!this.quiet)M(`PI: copying ${Q} bytes of data from ${N(q)} to ${N(J)}`);if(Q>=127&&Q&1)Q++;if(Q<=128)Q-=J&7;let Y,Z=0,K=this.estimateDMACyclesFromLength(Q);if(Y3(q))Y=this.hardware.rom,Z=q-eY;else if(Z3(q))Y=this.hardware.rom,Z=q-JZ;else if(K3(q))Y=this.hardware.rom,Z=q-n7;else if(Q3(q))n64js.halt("PI: dom2addr1 transfer is unhandled (save)");else if(x7(q))if(p7(q)){switch(Z=q-IJ,this.hardware.saveType){case"SRAM":Y=this.hardware.saveMem;break;case"FlashRam":Y=this.hardware.romD2A2Device.flashDMASource();break}K=4096}else n64js.halt(`PI: unknown dom2addr2 address for cart->ram DMA: ${N(q)}`);else n64js.halt(`PI: unknown cart address for cart->ram DMA: ${N(q)}`);if(Y)this.hardware.ram.copy(J,Y,Z,Q);this.setMemorySize(),this.mem.setBits32(N6,Tq),this.mem.set32(f8,this.mem.getU32(f8)+Q+7&~7),this.mem.set32(u8,this.mem.getU32(u8)+Q+1&~1),this.addPIInterrupt(K)}estimateDMACyclesFromLength(J){const q=J>>>3;if(q)return q;return 16}removePIInterrupt(){n64js.cpu0.removeEvent(m7)}addPIInterrupt(J){const q=n64js.hardware().timeline.startEvent("PI DMA"),Q=this;n64js.cpu0.addEvent(m7,J,()=>{if(Q.dmaComplete(),q)q.stop()})}dmaComplete(){this.mem.clearBits32(N6,Tq),this.mem.setBits32(N6,g7),this.hardware.mi_reg.setBits32(W0,yJ),n64js.cpu0.updateCause3()}}var QZ=0,X3=4,W3=16,p6=24;var g8=4096;class YZ extends n{constructor(J,q,Q){super("SIReg",J,J.si_reg,q,Q)}readS32(J){this.logRead(J);const q=this.calcReadEA(J);if(q+4>this.u8.length)throw"Read is out of range";if(q===p6)this.checkStatusConsistent();return this.mem.getS32(q)}readU32(J){return this.readS32(J)>>>0}write32(J,q){const Q=this.calcWriteEA(J);if(Q+4>this.u8.length)throw"Write is out of range";switch(Q){case QZ:if(!this.quiet)M(`Writing to SI dram address reigster: ${N(q)}`);this.mem.set32(Q,q);break;case X3:this.mem.set32(Q,q),this.copyToRDRAM();break;case W3:this.mem.set32(Q,q),this.copyFromRDRAM();break;case p6:if(!this.quiet)M("SI interrupt cleared");this.mem.clearBits32(p6,g8),this.hardware.mi_reg.clearBits32(W0,w6),n64js.cpu0.updateCause3();break;default:M(`Unhandled write to SIReg: ${N(q)} -> [${N(J)}]`),this.mem.set32(Q,q);break}}checkStatusConsistent(){const J=this.hardware.mi_reg.getBits32(W0,w6)!==0,q=this.mem.getBits32(p6,g8)!==0;if(J!==q)n64js.halt("SI_STATUS register is in an inconsistent state")}copyFromRDRAM(){const J=this.mem.getU32(QZ)&536870911;if(!this.quiet)M(`SI: copying from ${N(J)} to PIF RAM`);n64js.joybus().dmaWrite(this.hardware.ram,J),this.mem.setBits32(p6,g8),this.hardware.mi_reg.setBits32(W0,w6),n64js.cpu0.updateCause3()}copyToRDRAM(){const J=this.mem.getU32(QZ)&536870911;if(!this.quiet)M(`SI: copying from PIF RAM to ${N(J)}`);n64js.joybus().dmaRead(this.hardware.ram,J),this.mem.setBits32(p6,g8),this.hardware.mi_reg.setBits32(W0,w6),n64js.cpu0.updateCause3()}}class ZZ extends n{constructor(J,q,Q){super("PIFMEM",J,J.pif_mem,q,Q)}readS32(J){const q=this.calcReadEA(J);if(q+4>this.u8.length)throw"Read is out of range";const Q=this.mem.getS32(q);if(q<1984)M(`Reading from PIF rom (${N(J)}). Got ${N(Q)}`);else{const Y=q-1984;switch(Y){case 36:M(`Reading PIF CIC values: ${N(Q)}`);break;case 60:M(`Reading PIF Control byte: ${N(Q)}`);break;default:M(`Reading from PIF ram [${N(J)}]. Got ${N(Q)}`);break}n64js.joybus().cpuRead(Y)}return Q}readU32(J){return this.readS32(J)>>>0}readS8(J){const q=this.calcReadEA(J),Q=this.mem.getU8(q);if(q<1984)M(`Reading from PIF rom (${N(J)}). Got ${M0(Q)}`);else{const Y=q-1984;switch(Y){case 36:M(`Reading PIF CIC values: ${M0(Q)}`);break;case 60:M(`Reading PIF Control byte: ${M0(Q)}`);break;default:M(`Reading from PIF ram [${N(J)}]. Got ${M0(Q)}`);break}n64js.joybus().cpuRead(Y)}return Q}readU8(J){return this.readS8(J)>>>0}write32(J,q){const Q=this.calcWriteEA(J);if(Q<1984){M("Attempting to write to PIF ROM");return}this.mem.set32(Q,q);const Y=Q-1984;switch(Y){case 36:M(`Writing PIF CIC values: ${N(q)}`);break;case 60:M(`Writing PIF Control byte: ${N(q)}`),this.updateControl();break;default:M(`Writing directly to PIF ram [${N(J)}] <-- ${N(q)}`);break}n64js.joybus().cpuWrite(Y)}write16(J,q){const Q=this.calcWriteEA(J);if(Q<1984){M("Attempting to write to PIF ROM");return}const Y=Q&~3,Z=8*(2-(Q&2));this.mem.set32(Y,q<>>0}readU16(J){return this.read(J)&65535}readU8(J){return this.read(J)&255}readS32(J){return this.read(J)>>0}readS16(J){return this.read(J)&65535}readS8(J){return this.read(J)&255}write32(J,q){this.write(J,q)}write16(J,q){this.write(J,q)}write8(J,q){this.write(J,q)}}class WZ extends n{constructor(J,q,Q){super("RDRAMReg",J,J.rdram_reg,q,Q)}calcEA(J){return J&255}}var z3=12;class $Z extends n{constructor(J,q,Q){super("RIReg",J,J.ri_reg,q,Q)}reset(){this.mem.set32(z3,1)}}class k6{constructor(J,q,Q){if(q===void 0)q=0;if(Q===void 0)Q=J.byteLength-q;this.arrayBuffer=J,this.offset=q,this.length=Q,this.u8=new Uint8Array(J,q,Q),this.dataView=new DataView(J,q,Q)}clear(){for(let J=0;Jthis.length)throw"end is out of bounds";return new k6(this.arrayBuffer,this.offset+J,q)}s32Array(){return new Int32Array(this.arrayBuffer,this.offset,this.length/4)}copy(J,q,Q,Y){if(J+Y>this.u8.length)throw"overflow dst";if(Q+Y>q.u8.length)throw"overflow src";for(let Z=0;Z>>0},H3=3019833364,zZ=3019833376,Sq=512,F3=zZ+Sq,j3=75,N3=120,G3=165,P3=180,L3=210,V3=225,U3=240,o7=0,c7=1,l7=2,d7=3,a7=4;class HZ extends n{constructor(J,q,Q){super("ROMd1a1",J,J.rom,q,Q)}write32(J,q){throw`Writing to rom d1a1 ${N(q)} -> [${N(J)}]`}write16(J,q){throw`Writing to rom d1a1 ${r(q)} -> [${N(J)}]`}write8(J,q){throw`Writing to rom d1a1 ${M0(q)} -> [${N(J)}]`}}class FZ extends n{constructor(J,q,Q){super("ROMd1a2",J,J.rom,q,Q);this.lastWrite=0,this.hasLastWrite=!1,this.debugBuffer=new ArrayBuffer(Sq),this.debugBufferU32=new Uint32Array(this.debugBuffer),this.debugBufferU8=new Uint8Array(this.debugBuffer),this.output=""}calcEA(J){return J-this.rangeStart+2&~2}write64(J,q){this.cacheLastWrite(Number(q>>32n))}write32(J,q){if(J==H3)return this.writeDebugBufferLen(q);if(J>=zZ&&J>>0)}write16(J,q){const Q=8*(2-(J&2));this.cacheLastWrite(q<>>0;return super.readU32(J)}readS32(J){if(this.hasLastWrite)return this.consumeLastWrite()>>0;return super.readS32(J)}readU16(J){if(this.hasLastWrite)return this.consumeLastWrite()>>>16;return super.readU16(J)}readS16(J){if(this.hasLastWrite)return this.consumeLastWrite()>>16;return super.readS16(J)}readU8(J){if(this.hasLastWrite)return this.consumeLastWrite()>>>24;return super.readU8(J)}readS8(J){if(this.hasLastWrite)return this.consumeLastWrite()>>24;return super.readS8(J)}cacheLastWrite(J){if(!this.hasLastWrite)this.lastWrite=J,this.hasLastWrite=!0}consumeLastWrite(){return this.hasLastWrite=!1,this.lastWrite}writeDebugBufferLen(J){if(J>Sq)console.log(`debug buffer value too long (${J}), truncating`),J=Sq;for(let q=0;q>>2;this.debugBufferU32[Q]=q}flushDebugOutput(){const J=this.output.lastIndexOf("\n");if(J>=0)console.log(this.output.substring(0,J+1)),this.output=this.output.substring(J+1)}}class jZ extends n{constructor(J,q,Q){super("ROMd1a3",J,J.rom,q,Q)}write32(J,q){throw`Writing to rom d1a3 ${N(q)} -> [${N(J)}]`}write16(J,q){throw`Writing to rom d1a3 ${r(q)} -> [${N(J)}]`}write8(J,q){throw`Writing to rom d1a3 ${M0(q)} -> [${N(J)}]`}}class NZ extends n{constructor(J,q,Q){super("ROMd2a1",J,null,q,Q)}read(J){if(J==2768241928)return M("Reading from ROMd2a1 0xa5000508 - spoofing ~0 value"),~0;return M(`Reading from invalid ROMd2a1 address ${N(J)}`),0}readU32(J){return this.read(J)>>>0}readU16(J){return this.read(J)&65535}readU8(J){return this.read(J)&255}readS32(J){return this.read(J)>>0}readS16(J){return this.read(J)&65535}readS8(J){return this.read(J)&255}write32(J,q){throw`Writing to rom ${N(q)} -> [${N(J)}]`}write16(J,q){throw`Writing to rom ${r(q)} -> [${N(J)}]`}write8(J,q){throw`Writing to rom ${M0(q)} -> [${N(J)}]`}}class GZ extends n{constructor(J,q,Q){super("ROMd2a2",J,null,q,Q);this.flashMode=o7,this.flashStatus=new k6(new ArrayBuffer(8)),this.flashBuffer=new k6(new ArrayBuffer(128)),this.flashOffset=0}hasFlashRam(){return this.hardware.saveType=="FlashRam"}readU32(J){return this.readS32(J)>>>0}readU16(J){return this.readS16(J)>>>0}readU8(J){return this.readS8(J)>>>0}readS32(J){const q=this.calcWriteEA(J);if(q>=557056)return M3(J);if(this.hasFlashRam()){const Q=q&4;return this.flashStatus.getS32(Q)}throw`Reading s32 from rom d2a2 [${N(J)}]`}readS16(J){throw`Reading s16 from rom d2a2 [${N(J)}]`}readS8(J){throw`Reading s8 from rom d2a2 [${N(J)}]`}write32(J,q){const Q=this.calcWriteEA(J);if(this.hasFlashRam()){if(Q!=0)this.flashCommand(q);return}throw`Writing s32 to rom ${N(q)} -> [${N(J)}]`}write16(J,q){throw`Writing s16 to rom ${r(q)} -> [${N(J)}]`}write8(J,q){throw`Writing s8 to rom ${M0(q)} -> [${N(J)}]`}flashDMASource(){switch(this.flashMode){case d7:return this.hardware.saveMem;case a7:return this.flashStatus}return n64js.warn(`Unexpected mode for flash DMA: ${this.flashMode}`),null}flashCommand(J){const q=J>>>24&255;switch(q){case j3:if(this.flashOffset=(J&65535)*128,!this.quiet)M(`set erase offset: ${N(this.flashOffset)}`);break;case N3:if(!this.quiet)M("set mode ERASE");this.flashMode=c7,this.flashStatus.set64(0,0x1111_8008_00c2_001dn);break;case G3:if(this.flashOffset=(J&65535)*128,!this.quiet)M(`set write offset: ${N(this.flashOffset)}`);this.flashStatus.set64(0,0x1111_8004_00c2_001dn);break;case P3:if(!this.quiet)M("setting mode WRITE");this.flashMode=l7;break;case L3:switch(this.flashMode){case o7:if(!this.quiet)M("execute IDLE (ignored)");break;case c7:if(!this.quiet)M(`execute ERASE flash @ ${N(this.flashOffset)} (set saveMem to 0xff)`);this.hardware.saveMem.set(this.flashOffset,128,255),this.hardware.saveDirty=!0;break;case l7:if(!this.quiet)M(`execute WRITE flash @ ${N(this.flashOffset)} (copy flashBuffer to saveMem)`);this.hardware.saveMem.copy(this.flashOffset,this.flashBuffer,0,128),this.hardware.saveDirty=!0;break;default:M(`execute (${N(J)}) with unhandled mode: ${this.flashMode}`);break}break;case V3:if(!this.quiet)M("setting mode STATUS");this.flashMode=a7,this.flashStatus.set64(0,0x1111_8001_00c2_001dn);break;case U3:if(!this.quiet)M("setting mode READ");this.flashMode=d7,this.flashStatus.set64(0,0x1111_8004_f000_001dn);break;default:if(!this.quiet)M(`execute with unknown command ${N(q)}`)}}}function i7(){const J=n64js.hardware(),q=J.cachedMemDevice.u8,Q=J.sp_mem.subRegion(A3,h3),Y=new s7(q,Q);let Z=!1;switch(Y.type){case I3:{const K=J.timeline.startEvent(`HLE Task ${Y.detectVersionString()}`);if(EW(Y),J.miRegDevice.interruptDP(),K)K.stop();Z=!0}break;case B3:Z=!r7.enableAudioLLE;break;case R3:break;case b3:break}return Z}var r7={enableAudioLLE:!0},O3=g0.addFolder("Audio");O3.add(r7,"enableAudioLLE").name("Audio LLE");var A3=4032,h3=64,E3=0;var w3=16,k3=20,C3=24,D3=28;var y3=48;var I3=1,B3=2,R3=3,b3=4;class s7{constructor(J,q){this.ram_u8=J,this.type=q.getU32(E3),this.codeAddr=q.getU32(w3)&536870911,this.codeSize=this.clampCodeSize(q.getU32(k3)),this.codeDataAddr=q.getU32(C3)&536870911,this.codeDataSize=q.getU32(D3),this.dataPtr=q.getU32(y3)}dumpCode(){const J=n64js.hardware().cachedMemDevice.mem,Q=ZQ(J,4224,this.codeAddr,this.codeSize);let Y=`${this.detectVersionString()}\n`;for(let Z of Q)Y+=`${B(Z.address,16)} ${Z.disassembly}\n`;Y+="\nDMEM\n",Y+=tK(J,0,this.codeDataAddr,this.codeDataSize),console.log(Y)}loadUcode(J,q,Q,Y){this.codeAddr=J&536870911,this.codeSize=this.clampCodeSize(q),this.codeDataAddr=Q&536870911,this.codeDataSize=Y}clampCodeSize(J){if(J==0||J>4096)return 4096;return J}dataByte(J){return this.ram_u8[this.codeDataAddr+J]}codeByte(J){return this.ram_u8[this.codeAddr+J]}detectVersionString(){const J="R".charCodeAt(0),q="S".charCodeAt(0),Q="P".charCodeAt(0);for(let Y=0;Y+2=32)Z+=String.fromCharCode(X)}return Z}return""}computeMicrocodeHash(){let J=0;for(let q=0;q>>0;return J}}var T3=!0,PZ=0,LZ=4,VZ=8,UZ=12,RJ=16,t7=20,e7=24,J5=28,_3=4294967288,S3=4294967288,q5=4287627256,Q5=4287627256,Y5=4096,Z5=4293918720,K5=20,x8=1044480,X5=12,p8=4095,m8=0,MZ=1,OZ=2,W5=4,AZ=8,hZ=16,$5=32,z5=64,H5=128,F5=256,j5=512,N5=1024,G5=2048,P5=4096,L5=8192,V5=16384,U5=32768,M5=65536,O5=131072,A5=262144,h5=524288,E5=1048576,w5=2097152,k5=4194304,C5=8388608,D5=16777216,EZ=1,y5=2,I5=4,B5=8;var v3=32,R5=64,f3=128,u3=256,T5=512,g3=1024,x3=2048,p3=4096,m3=8192,n3=16384;var o3=T5,c3=0,l3=4092,d3="SP DMA",b5=1,a3=2;class _5{constructor(J,q,Q,Y){this.isRead=J,this.spMemAddr=q,this.rdRamAddr=Q,this.len=Y}}class wZ extends n{constructor(J,q,Q){super("SPMem",J,J.sp_mem,q,Q);this.pendingSPMemAddr=0,this.pendingDRAMAddr=0}calcEA(J){return(J-this.rangeStart)%8192}write64(J,q){const Q=this.calcWriteEA(J);this.mem.set32(Q,Number(q>>32n))}write16(J,q){const Q=this.calcWriteEA(J),Y=Q&~3,Z=8*(2-(Q&2));this.mem.set32(Y,q< [${N(J)}]`)}}}class CZ extends n{constructor(J,q,Q){super("SPReg",J,J.sp_reg,q,Q);this.dmaQueue=[]}write32(J,q){this.writeReg32(this.calcWriteEA(J),q)}writeReg32(J,q){if(J+4>this.u8.length)throw"Write is out of range";switch(J){case PZ:this.pendingSPMemAddr=q&_3;break;case LZ:this.pendingDRAMAddr=q&S3;break;case VZ:this.mem.set32(J,q&q5),this.pushDMA(b5,q&q5);break;case UZ:this.mem.set32(J,q&Q5),this.pushDMA(a3,q&Q5);break;case RJ:this.spUpdateStatus(q);break;case t7:case e7:break;case J5:this.mem.set32(J,0);break;default:M(`Unhandled write to SPReg: ${N(q)} -> [${N(J)}]`),this.mem.set32(J,q)}}readU32(J){return this.logRead(J),this.readRegU32(this.calcReadEA(J))}readS32(J){return this.logRead(J),this.readRegU32(this.calcReadEA(J))>>0}readRegU32(J){if(J+4>this.u8.length)throw"Read is out of range";const q=this.mem.getU32(J);if(J==J5)this.mem.set32(J,1);return q}setStatusBits(J){if(this.mem.setBits32(RJ,J)&R5)this.hardware.miRegDevice.interruptSP()}spUpdateStatus(J){if(!this.quiet){if(J&MZ)M("SP: Clearing Halt");if(J&OZ)M("SP: Setting Halt");if(J&W5)M("SP: Clearing Broke");if(J&AZ)M("SP: Clearing Interrupt");if(J&hZ)M("SP: Setting Interrupt");if(J&$5)M("SP: Clearing Single Step");if(J&z5)M("SP: Setting Single Step");if(J&H5)M("SP: Clearing Interrupt on break");if(J&F5)M("SP: Setting Interrupt on break");if(J&j5)M("SP: Clearing Sig0 (Yield)");if(J&N5)M("SP: Setting Sig0 (Yield)");if(J&G5)M("SP: Clearing Sig1 (Yielded)");if(J&P5)M("SP: Setting Sig1 (Yielded)");if(J&L5)M("SP: Clearing Sig2 (TaskDone)");if(J&V5)M("SP: Setting Sig2 (TaskDone)");if(J&U5)M("SP: Clearing Sig3");if(J&M5)M("SP: Setting Sig3");if(J&O5)M("SP: Clearing Sig4");if(J&A5)M("SP: Setting Sig4");if(J&h5)M("SP: Clearing Sig5");if(J&E5)M("SP: Setting Sig5");if(J&w5)M("SP: Clearing Sig6");if(J&k5)M("SP: Setting Sig6");if(J&C5)M("SP: Clearing Sig7");if(J&D5)M("SP: Setting Sig7")}function q(K,X,W,z,F){const j=X&z,G=X&W;if(j&&!G)return K|F;else if(G&&!j)return K&~F;return K}let Q=this.mem.getU32(RJ),Y=!1,Z=!1;if(J&OZ&&J&MZ);else if(J&OZ)Q|=EZ,Z=!0;else if(J&MZ)Q&=~EZ,Y=!0;if(J&hZ&&J&AZ);else if(J&hZ)this.hardware.mi_reg.setBits32(W0,v8),n64js.cpu0.updateCause3();else if(J&AZ)this.hardware.mi_reg.clearBits32(W0,v8),n64js.cpu0.updateCause3();if(Q=q(Q,J,W5,0,y5),Q=q(Q,J,$5,z5,v3),Q=q(Q,J,H5,F5,R5),Q=q(Q,J,j5,N5,f3),Q=q(Q,J,G5,P5,u3),Q=q(Q,J,L5,V5,T5),Q=q(Q,J,U5,M5,g3),Q=q(Q,J,O5,A5,x3),Q=q(Q,J,h5,E5,p3),Q=q(Q,J,w5,k5,m3),Q=q(Q,J,C5,D5,n3),this.mem.set32(RJ,Q),Y)if(i7()||!T3)this.hardware.spRegDevice.setStatusBits(o3|y5|EZ);else H.unhalt();else if(Z)H.halt(0)}pushDMA(J,q){if(this.dmaQueue.length>=2){n64js.warn("RSP DMA FIFO is full");return}const Q=J==b5,Y=new _5(Q,this.pendingSPMemAddr,this.pendingDRAMAddr,q);if(this.dmaQueue.push(Y),this.setDMAStatus(),this.dmaQueue.length==1)this.startDMA(Y)}startDMA(J){if(J.isRead)this.spCopyFromRDRAM(J.spMemAddr,J.rdRamAddr,J.len);else this.spCopyToRDRAM(J.spMemAddr,J.rdRamAddr,J.len)}dmaComplete(){if(this.dmaQueue.shift(),this.dmaQueue.length>0)this.startDMA(this.dmaQueue[0]);this.setDMAStatus()}setDMAStatus(){const J=this.dmaQueue.length>=2?B5:0,q=this.dmaQueue.length>=1?I5:0;this.mem.set32(t7,J?1:0),this.mem.set32(e7,q?1:0),this.mem.set32masked(RJ,J|q,B5|I5)}spCopyFromRDRAM(J,q,Q){const Y=J&8191,Z=q&16777215,K=((Q&p8)>>>m8|7)+1,X=((Q&x8)>>>X5)+1,W=(Q&Z5)>>>K5,z=Y&Y5;if(!this.quiet)M(`SP: copying ${K} bytes from ram ${N(Z)} to sp ${r(Y)}, count ${X}, skip ${W}`);let F=Y,j=Z;for(let P=0;P>>m8|7)+1,X=((Q&x8)>>>X5)+1,W=(Q&Z5)>>>K5,z=Y&Y5;if(!this.quiet)M(`SP: copying ${K} bytes from sp ${r(Y)} to ram ${N(Z)}, count ${X}, skip ${W}`);let F=Z,j=Y;for(let P=0;P>>3;if(Y)return Y;return 16}addSPDMAEvent(J){const q=this;n64js.cpu0.addEvent(d3,J,()=>{q.dmaComplete()})}}var WM=function(J){switch(J){case X8:return KM;case qJ:return x5;case ZK:return XM}return x5},$M=function(J){return J==X8?50:60},S5=0,v5=4,f5=8,DZ=12,yZ=16,r3=20,vq=24,s3=28,i3=32,t3=36,e3=40,JM=44,qM=48,QM=52,u5=2,g5=3;var YM=64;var ZM=3,KM=49656530,x5=48681812,XM=48628316,IZ="VI Interrupt";class BZ extends n{constructor(J,q,Q){super("VIReg",J,J.vi_reg,q,Q);this.field=0,this.videoClock=0,this.refreshRate=0,this.countPerScanline=0,this.countPerVbl=0,this.reset()}reset(){const J=this.hardware.rominfo.tvType==qJ;this.videoClock=WM(J),this.refreshRate=$M(J),this.countPerScanline=0,this.countPerVbl=0,this.screenWidth=640,this.screenHeight=J?480:576,this.hScanMin=J?108:128,this.hScanMax=this.hScanMin+this.screenWidth,this.vScanMin=J?34:44,this.vScanMax=this.vScanMin+this.screenHeight,this.dims=new p5(this.screenWidth,this.screenHeight)}get controlReg(){return this.mem.getU32(S5)}get dramAddrReg(){return this.mem.getU32(v5)}get hWidthReg(){return this.mem.getU32(f5)}get vIntrReg(){return this.mem.getU32(DZ)}get vCurrentLineReg(){return this.mem.getU32(yZ)}get timingReg(){return this.mem.getU32(r3)}get vSyncReg(){return this.mem.getU32(vq)}get hSyncReg(){return this.mem.getU32(s3)}get hSyncLeapReg(){return this.mem.getU32(i3)}get hVideoReg(){return this.mem.getU32(t3)}get vVideoReg(){return this.mem.getU32(e3)}get vBurstReg(){return this.mem.getU32(JM)}get xScaleReg(){return this.mem.getU32(qM)}get yScaleReg(){return this.mem.getU32(QM)}get interlaced(){return(this.controlReg&YM)!=0}get modeType(){return this.controlReg&ZM}get is32BitMode(){return this.modeType==g5}get is16BitMode(){return this.modeType==u5}get xScale(){return(this.xScaleReg&4095)/1024}get yScale(){return(this.yScaleReg&4095)/1024}get bitDepth(){switch(this.modeType){case g5:return 32;case u5:return 16}return 0}dump(){console.log(`VI_CONTROL = ${N(this.controlReg)}`),console.log(`VI_DRAM_ADDR = ${N(this.dramAddrReg)}`),console.log(`VI_H_WIDTH = ${N(this.hWidthReg)}`),console.log(`VI_V_INTR = ${N(this.vIntrReg)}`),console.log(`VI_V_CURRENT_LINE = ${N(this.vCurrentLineReg)}`),console.log(`VI_TIMING = ${N(this.timingReg)}`),console.log(`VI_V_SYNC = ${N(this.vSyncReg)}`),console.log(`VI_H_SYNC = ${N(this.hSyncReg)}`),console.log(`VI_H_SYNC_LEAP = ${N(this.hSyncLeapReg)}`),console.log(`VI_H_VIDEO = ${N(this.hVideoReg)}`),console.log(`VI_V_VIDEO = ${N(this.vVideoReg)}`),console.log(`VI_V_BURST = ${N(this.vBurstReg)}`),console.log(`VI_X_SCALE = ${N(this.xScaleReg)} = ${this.xScale}`),console.log(`VI_Y_SCALE = ${N(this.yScaleReg)} = ${this.yScale}`)}verticalBlank(){this.hardware.verticalBlank(),this.field^=this.interlaced?1:0,this.addInterruptEvent(),this.hardware.mi_reg.setBits32(W0,DJ),n64js.cpu0.updateCause3(),x9(),n64js.returnControlToSystem()}initInterrupt(){if(n64js.cpu0.hasEvent(IZ))return;const J=this.mem.getU32(DZ),q=this.mem.getU32(vq);if(J>=q){M(`not setting VI interrupt - intr ${J} >= sync ${q}`);return}this.addInterruptEvent()}addInterruptEvent(){n64js.cpu0.addEvent(IZ,this.countPerVbl,()=>{this.verticalBlank()})}getVblCount(){const J=n64js.cpu0.getCyclesUntilEvent(IZ);return J>=0?J:0}write32(J,q){const Q=this.calcWriteEA(J);if(Q+4>this.u8.length)throw"Write is out of range";switch(Q){case v5:this.mem.set32(Q,q);break;case S5:if(!this.quiet)M(`VI control set to: ${N(q)}`);this.mem.set32(Q,q);break;case f5:if(!this.quiet)M(`VI width set to: ${q}`);this.mem.set32(Q,q);break;case DZ:if(!this.quiet)M(`VI intr set to: ${q}`);this.mem.set32(Q,q),this.initInterrupt();break;case yZ:if(!this.quiet)M(`VI current set to: ${N(q)}`);if(!this.quiet)M("VI interrupt cleared");this.hardware.mi_reg.clearBits32(W0,DJ),n64js.cpu0.updateCause3();break;case vq:if(this.mem.getU32(Q)!=q){const Z=q+1;this.countPerScanline=this.hardware.systemFrequency/this.refreshRate/Z>>0,this.countPerVbl=Z*this.countPerScanline,M(`VI_V_SYNC_REG set to ${q}, cycles per scanline = ${this.countPerScanline}, cycles per vbl = ${this.countPerVbl}`),this.mem.set32(Q,q),this.initInterrupt()}break;default:this.mem.set32(Q,q);break}}readS32(J){this.logRead(J);const q=this.calcReadEA(J);if(q+4>this.u8.length)throw"Read is out of range";if(q===yZ){const Q=this.getVblCount(),Z=(this.countPerVbl-Q)/this.countPerScanline>>0,K=this.mem.getU32(vq);let X=Z;if(X>=K)X-=K;X=X&~1|this.field,this.mem.set32(q,X)}return this.mem.getS32(q)}readU32(J){return this.readS32(J)>>>0}computeDimensions(){if(this.modeType==0)return M("mode type is 0 - not rendering"),null;const J=this.hVideoReg,q=J>>16&1023,Q=J&1023;let Y=Math.max(q,this.hScanMin),Z=Math.min(Q,this.hScanMax);const K=this.vVideoReg,X=K>>16&1023,W=K&1023;let z=Math.max(X,this.vScanMin),F=W=this.hScanMin)Y+=8;if(Z>16&4095,j.ySubpixel=this.yScaleReg>>16&4095,j.xScale=this.xScaleReg&4095,j.yScale=this.yScaleReg&4095,j.sx0=Y-q,j.sy0=z-X,j.dx0=Y-this.hScanMin,j.dy0=z-this.vScanMin,j.dstWidth=Z-Y,j.dstHeight=F-z,j.srcPitch=this.hWidthReg;const G=(j.sx0+j.dstWidth)*j.xScale>>10,P=(j.sy0+j.dstHeight)*j.yScale>>11,L=j.srcPitch>768||j.srcPitch>=G*2?2:1;return j.srcWidth=G,j.srcHeight=P*L,j}renderBackBuffer(){const J=this.computeDimensions();if(!J)return null;const q=this.dramAddrReg&16777214;if(!q)return null;const Q=this.hardware.cachedMemDevice.mem.dataView;if(this.is32BitMode)return J.renderBackBuffer32(Q,q);if(this.is16BitMode)return J.renderBackBuffer16(Q,q);return null}}class p5{constructor(J,q){this.screenWidth=640,this.screenHeight=480,this.pixels32bpp=new Uint8Array(J*q*4),this.pixels16bpp=new Uint16Array(J*q),this.interlaced=!1,this.field=0,this.dstWidth=640,this.dstHeight=480,this.srcPitch=320,this.srcWidth=320,this.srcHeight=240,this.xSubpixel=0,this.ySubpixel=0,this.xScale=512,this.yScale=1024,this.sx0=0,this.sy0=0,this.dx0=0,this.dy0=0}renderBackBuffer32(J,q){const Q=this.pixels32bpp,Y=-this.screenWidth;let Z=(this.screenHeight-1-this.dy0)*this.screenWidth;const K=255;let X=this.sy0*this.yScale+this.ySubpixel;for(let W=0;W>>11)*this.srcPitch*4;let F=Z+this.dx0,j=this.sx0*this.xScale+this.xSubpixel;for(let G=0;G>>10)*4,!1);Q[F*4+0]=P>>>24,Q[F*4+1]=P>>>16,Q[F*4+2]=P>>>8,Q[F*4+3]=K,F++,j+=this.xScale}}X+=this.yScale,Z+=Y}return Q}renderBackBuffer16(J,q){const Q=this.pixels16bpp,Y=-this.screenWidth;let Z=(this.screenHeight-1-this.dy0)*this.screenWidth;const K=1;let X=this.sy0*this.yScale+this.ySubpixel;for(let W=0;W>>11)*this.srcPitch*2;let F=Z+this.dx0,j=this.sx0*this.xScale+this.xSubpixel;for(let G=0;G>>10)*2,!1)|K,j+=this.xScale}X+=this.yScale,Z+=Y}return Q}}class RZ{constructor(J){this.map=this.createMemMap(J)}createMemMap(J){const q=[];for(let Q=0;Q<16384;++Q)q.push(void 0);if(J.map((Q)=>{const Y=Q.rangeStart>>>18,Z=Q.rangeEnd-1>>>18;for(let K=Y;K<=Z;++K)q[K]=Q}),q.length!==16384)throw"initialisation error";return q}getMemoryHandler(J){var q=this.map[J>>>18];if(q)return q;throw M(`accessing unhandled location ${N(J)}`),`unhandled access ${N(J)}`}readMemoryInternal32(J){const q=this.map[J>>>18];if(q)return q.readInternal32(J);return 3722304989}writeMemoryInternal32(J,q){const Q=this.map[J>>>18];if(Q)Q.writeInternal32(J,q)}}var S0=function(J){return new k6(new ArrayBuffer(J))},bZ=64,zM=4096,HM=93750000;class bJ{constructor(){this.data=new Uint8Array(32768),this.dirty=!1}init(J){this.dirty=!1;for(let q=0;qJSON.stringify(J,FM),m5=(J)=>JSON.parse(J,jM);var n5=function(J){return J>>24&255|J>>8&65280|J<<8&16711680|J<<24&4278190080};function o5(J,q){return B(n5(J),32)+B(n5(q),32)}function c5(J){let q=0;for(let Q=0;Q<4032;Q++)q=q+J[64+Q];switch(q){case 211495:return"6101";case 213534:return"6101";case 213060:return"6102";case 219088:return"6103";case 293505:return"6105";case 225740:return"6106";case 213961:return"6106";default:return M("Unknown CIC Code "+N(q)),"6102"}}function l5(J,q,Q){let Y="";for(let Z=0;Z{J.redraw()}),J.redraw()}triggerLoad(){const J=document.getElementById("fileInput");J.value="",J.click()}loadFile(){const J=document.getElementById("fileInput");if(J&&J.files.length>0){const q=J.files[0],Q=new FileReader;Q.onerror=(Y)=>{this.displayError("loading file")},Q.onload=(Y)=>{n64js.loadRomAndStartRunning(Y.target.result)},Q.readAsArrayBuffer(q)}}displayWarning(J){this.displayAlert("Warning",J)}displayError(J){this.displayAlert("Error",J)}displayAlert(J,q){const 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