cpu-simulator/build/editor/js/components.js

class Component {	
	type;
  image;
  inputs=0;
  pins = [];
  subComponents = [this];
	zIndex = [];
  wires = [];
	position = { x: 0, y: 0 };
  groups = [];
  tooltips=[];
  getJSONandName(name){
    var niceStructure={type:name,image:this.image,groups:this.groups,inputs:this.inputs,tooltips:this.tooltips,pins:new Array(this.pins.length).fill(0),subComponents:[],positions:[],wires:this.wires};
    this.subComponents.forEach(c=>{
      if (c!==this){
        niceStructure.subComponents.push(c.type);
        niceStructure.positions.push(c.position);
      }
    });
    return JSON.stringify(niceStructure);

  }
  constructor(name,direct=false,djson=""){
		this.type = name;
		if (!(name in chips) && !direct) {
			return;
		}
    var chip;
    if(!direct){
      chip = JSON.parse(JSON.stringify(chips[name]));
    } else {
      chip = JSON.parse(djson);
    }
    this.image = chip.image;
    this.groups = [1,2,3]//chip.groups || [];
    this.pins = chip.pins;
    this.wires = chip.wires;
    this.inputs = chip.inputs;
    this.tooltips = chip.tooltips;
    chip.subComponents.forEach((sc,i)=>{
      this.subComponents.push(new Component(sc));
			this.zIndex.push(this.subComponents[i+1]);
      if(chip.type=="main"){
       this.subComponents[i+1].position = chip.positions[i];
      }

    });
    this.process();
  }
  process(){
    //var startTime = performance.now()
    if (this.type=="nand"){
      this.pins[2] = (this.pins[0] && this.pins[1])?0:1;
    } else {
      this.subComponents.forEach(s=>{if(s != this) {s.process()}});
      this.wires.forEach(w=>{
        this.subComponents[w.destination.component].pins[w.destination.pin] = this.subComponents[w.source.component].pins[w.source.pin]
      });
    }
    //var endTime = performance.now()
    //if(this.type=="main")
    //  console.log(`Updating ${this.type} took ${endTime - startTime} milliseconds`)
    return this.pins;
  }
	addComponent(name){
		var nc = new Component(name);
		this.subComponents.push(nc);
		this.zIndex.unshift(nc);
	}
	removeComponent(index){
		this.zIndex = this.zIndex.filter(zEntry=> this.getProperIndex(zEntry) !== index);
		this.wires.forEach(w=>{
			if(w.source.component == index)
				this.subComponents[w.destination.component].pins[w.destination.pin] = 0;
		});
		this.wires = this.wires.filter(w=>w.source.component != index && w.destination.component != index).map(w => { if(w.destination.component>index){w.destination.component-=1};if(w.source.component>index){w.source.component-=1}; return w });

    this.subComponents.splice(index,1);
    console.log("hi");
    console.log(this.subComponents);
  
	}
	sendToFront(index){
			this.zIndex=this.zIndex.filter(zEntry=>this.getProperIndex(zEntry)!==index);
			this.zIndex.push(this.subComponents[index]);
	}
	getProperIndex(zEntry){
		return this.subComponents.indexOf(zEntry);
	}
  connect(source,destination,wid){
    var sourceIsInput,destinationIsOutput;
    sourceIsInput=destinationIsOutput=0;
    if (source.pin < this.subComponents[source.component].inputs)
        sourceIsInput = true;
      if (destination.pin >= this.subComponents[destination.component].inputs)
        destinationIsOutput = true;
    source = {component:source.component, pin:source.pin};
    destination={component:destination.component,pin:destination.pin};
    if(sourceIsInput){
      if(source.component == 0){
        if((destinationIsOutput&&destination.component!=0)||(!destinationIsOutput && destination.component==0)){
          console.log(1);
          return false;
        }
      } else {
        if(destinationIsOutput && destination.component==0){
          console.log({n:2,c:source.component});
          return false;
        } else if (destinationIsOutput||destination.component==0){
          console.log("swap");
          var tmp = source;
          source=destination;
          destination = tmp;
        } else if(!destinationIsOutput&&destination.component==0) {
        } else {
        console.log(3);
          return false;
        }
      }
    } else {
      if(source.component==0){
        if((destinationIsOutput&&destination.component!=0)||(!destinationIsOutput&&destination.component==0)){
          console.log("swap");
          var tmp=source;
          source=destination;
          destination=tmp;
        } else {
          console.log(4);
          return false;
        }

      } else {
        if(destinationIsOutput&&destination.component!=0){
          console.log(5);
          return false;
          /*
        } else if (!destinationIsOutput){
          console.log("swap");
          var tmp=source;
          source=destination;
          destination=tmp;
*/
        } else if(destination.component==0&&!destinationIsOutput){
          console.log(6);
          return false;
        }
      }
    }
     this.wires = this.wires.filter(w=>JSON.stringify(w.destination)!=JSON.stringify(destination));
    this.wires.push({ source: source, destination: destination, wireId:wid });
    return true;
  
  }
  disconnect(source,destination){
    this.wires = this.wires.filter(w=>JSON.stringify(w)!=JSON.stringify({source:source,destination:destination}));
  }
  addPin(isInput){
    if(isInput){
      this.inputs++;
      this.pins.unshift(0);
      this.wires.forEach(w=>{ if(w.destination.component==0){w.destination.pin+=1} });
    } else {
      this.pins.push(0);
    }
  }
  removePin(i){;
    this.wires = this.wires.filter(w=>!((w.source.component==0 && w.source.pin == pin)||(w.destination.component==0 && w.destination.pin == pin)));
    if(i<this.inputs){
      this.pins.shift();
      this.wires.forEach(w=>{ if(w.source.component==0){w.source.pin-=1}});
    } else {
      this.pins.pop();
    }
  }
}