@webqit/quantum-js/dist/main.lite.js

Runtime extension to JavaScript that let's us do Imperative Reactive Programming (IRP) in the very language.

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r;!["block"].includes(this.type)||!(r=this.context?.downstream)||(t?r.abort():e&&(r.state="resuming",this.runtime.schedule(r)))}handleRightstream(t,e){if(this.type!=="round")return;let r=this,i=new Set;for(;r=r.nextRound;)t?r.abort():e&&r.state!=="inert"&&(r.state="resuming",i.add(r));i.size&&this.runtime.schedule(...i),!t&&e&&this.runtime.on("reflection",()=>{this.context.iterating||this.context.iterate()},{once:!0})}abort(t=!1){return t&&(this.context?.breakpoint===this&&delete this.context.breakpoint,this.flowControl.clear()),this.state=t?"inert":"aborted",super.abort(t)}};var G=class extends R{rounds=new Map;constructor(t,e,r,i,o,a){r.$closure=a,super(t,e,r,i,o),this.manage(()=>{delete this.breakpoint,this.rounds.clear()})}pseudorun(t){return this.runtime.iThread.unshift(this),T(t(),e=>(this.runtime.iThread.pop(),e))}createIterator(){return this.spec.kind==="for-in"?function*(){for(let t in this.iteratee)yield t}.call(this):this.spec.kind==="for-of"?function*(){for(let t of this.iteratee)yield t}.call(this):{next:()=>({done:!this.pseudorun(()=>this.spec.test(this))})}}closure(){["for-of","for-in"].includes(this.spec.kind)?([this.production,this.iteratee]=this.spec.parameters(this),this.iterator=this.createIterator(),this.iterator.original=!0,this.watchMode()):(this.spec.kind==="for"&&this.spec.init(this),this.iterator=this.createIterator()),this.iterate()}terminated(){return this.breakpoint&&!this.breakpoint.flowControlApplied("continue",this.spec.label)&&this.breakpoint.flowControlApplied()}advance(){this.spec.kind==="for"&&this.pseudorun(()=>this.spec.advance(this))}iterate(){this.iterating=!0;let t=()=>!this.terminated()&&!(this.cursor=this.iterator.next()).done,e=()=>{this.createRound(this.cursor.value).execute(),this.advance()};if(this.spec.kind==="do-while")do e();while(t());else for(;t();)e();this.iterating=!1}createRound(t){let e=this.rounds.size,r={index:e},i=["for-in","for-of"].includes(this.spec.kind)?{[this.production]:t}:{...this.scope.state},o=new $(this.scope,"round",i);this.scope.symbols.forEach((f,u)=>{o.symbols.set(u,f)});let a=new R(this,"round",r,this.serial,o,this.spec.$closure),s=this.spec.kind==="for-in"?t:e;return this.rounds.set(s,a),this.lastRound&&(this.lastRound.nextRound=a,a.prevRound=this.lastRound),this.lastRound=a,a}watchMode(){if(this.spec.static)return;let t=(e,r)=>{let i=new Set,o=new Set;for(let a of e){if(Array.isArray(this.iteratee)&&a.key==="length")continue;let s=this.spec.kind==="for-in"?a.key:a.value,f=this.spec.kind==="for-in"?a.key:parseInt(a.key),u=this.rounds.get(f);if(u)g.set(u.scope.state,this.production,s),a.type==="delete"&&(this.rounds.set(f,void 0),u.prevRound&&(u.prevRound.nextRound=u.nextRound),u.nextRound&&(u.nextRound.prevRound=u.prevRound),i.add(u));else 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t;this.iterating=!0;let e=async()=>!this.terminated()&&(this.cursor=this.iterator.next())&&(t=await this.cursor)&&!t.done,r=async()=>{await this.createRound(t.value).execute(),await this.advance()};if(this.spec.kind==="do-while")do await r();while(await e());else for(;await e();)await r();this.iterating=!1}};var H=class{constructor(t){Object.defineProperty(this,"runtime",{value:t});let e={statechange:()=>{g.defineProperty(this,"value",{value:t.flowControl.get("return")?.arg,enumerable:!0,configurable:!0})}};for(let r in e)t.on(r,e[r]),e[r]();t.$params.sourceType==="module"&&Object.defineProperty(this,"exports",{value:t.exports})}dispose(){return this.runtime.abort(!0)}};var J=class extends R{locations=[];queue=new Set;thread=[];iThread=[];constructor(t,e,r,i,o){let{$serial:a=0,spec:s,...f}=r;super(t,e,s,-1,i,o),this.$serial=a,this.$params=f,this.$objects=new $(void 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r.isDynamic||this.$promises[r.forExport?"exports":"imports"].push(o),o}async export(...t){let e=Array.isArray(t[t.length-1])?null:t.pop(),r=e?await this.import({...e,forExport:!0}):this.scope.state;this.assignModules(t,this.exports,r,e?.serial)}assignModules(t,e,r,i=null){let o=[],a=["QuantumProgram","QuantumFunction"].includes(this.$params.executionMode);for(let[s,f,u]of t){if(s==="*"&&u){(a?g:Reflect).set(e,u,r);continue}g.has(r,s)||this.throw(new Error(`The requested module does not provide an export named "${s}".`),[f,i]),(a?g:Reflect).set(e,u||s,g.get(r,s)),o.push([s,f,u])}!o.length||!a||this.once(g.observe(r,s=>{for(let[f,,u]of o)for(let c of s)f==="*"?g.set(e,c.key,c.value):c.key===f&&g.set(e,u||f,c.value)}))}afterExecute(...t){return this.$params.sourceType==="module"&&this.$params.experimentalFeatures!==!1&&this.$params.exportNamespace&&(ft[this.$params.exportNamespace]=this.exports,this.once(()=>{delete 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