58 lines
5.7 KiB
JavaScript
58 lines
5.7 KiB
JavaScript
import {test} from 'node:test';
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import assert from 'node:assert/strict';
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import {createDocument,createRegistry,builtinComponents,planDuplicate,planDuplicateSteps,applyChanges,validateDocument,validateDocumentSteps,validJson} from '../../src/lib/canvas-core/index.ts';
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import {planDuplicateAsync} from '../../src/lib/canvas-runtime/duplicate.ts';
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const registry=createRegistry(builtinComponents());
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const node=(id,owner='P',componentId='text')=>({id,incarnation:1,ownerCanvasId:owner,componentId,dataVersion:1,structure:'node',data:{title:id,text:'copy'},geometry:{x:0,y:0,width:100,height:100,rotation:0}});
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const edge={id:'edge',incarnation:1,ownerCanvasId:'P',componentId:'connection',dataVersion:1,structure:'connection',source:{elementId:'C'},target:{elementId:'F'},path:null,data:{title:''}};
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const document=createDocument('project',[{id:'P',parent:null},{id:'S',parent:{canvasId:'P',entryElementId:'F'}}],[node('F','P','frame'),node('C'),...Array.from({length:2000},(_,i)=>node(`n${i}`,'S')),edge]);
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const selection=[{id:'F',incarnation:1}],options=()=>{let id=0;return{createId:()=>`new-${++id}`};};
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test('cooperative deep planning yields throughout scanning, allocation and remapping and matches the synchronous plan',async()=>{
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let slices=0;const plan=await planDuplicateAsync(document,registry,selection,options(),{now:()=>0,maxStepsPerSlice:64,yieldTask:async()=>{slices++;}});
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assert.ok(slices>200);assert.deepEqual(plan,planDuplicate(document,registry,selection,options()));assert.equal(validJson(plan),true);
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const after=applyChanges(document,plan.changes);validateDocument(after,registry);
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assert.equal(after.elements.get(plan.elementIds.edge).source.elementId,'C');assert.equal(after.elements.get(plan.elementIds.edge).target.elementId,plan.elementIds.F);
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assert.equal(Object.isFrozen(plan.changes[0].after.data),true);assert.equal(document.elements.size,2003);
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});
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test('default task yielding lets actual timers cancel a large copy without publishing content',async()=>{
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const controller=new AbortController();let ids=0,ran=false;
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const timer=setTimeout(()=>{ran=true;controller.abort();},0);
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try{await assert.rejects(planDuplicateAsync(document,registry,selection,{createId:()=>`unused-${++ids}`},{signal:controller.signal,maxStepsPerSlice:16}),/copy_aborted/);assert.equal(ran,true);assert.equal(ids,0);assert.equal(document.elements.size,2003);}finally{clearTimeout(timer);}
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});
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test('cancellation during allocation never returns a partial plan or changes the source',async()=>{
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const controller=new AbortController();let allocated=0,slices=0;
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await assert.rejects(planDuplicateAsync(document,registry,selection,{createId:()=>`new-${++allocated}`},{signal:controller.signal,now:()=>0,maxStepsPerSlice:32,yieldTask:async()=>{slices++;if(allocated>20)controller.abort();}}),/copy_aborted/);
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assert.ok(allocated>20&&allocated<2003);assert.ok(slices>1);assert.equal(document.elements.has('new-1'),false);
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});
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test('planning captures caller inputs and retains the original document when the live root changes',async()=>{
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const small=createDocument('project',[{id:'P',parent:null}],[node('A')]);let live=small,changed=false;
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const targets=[{id:'A',incarnation:1}],settings={...options(),worldOffset:{x:40,y:50}};
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const result=await planDuplicateAsync(live,registry,targets,settings,{now:()=>0,maxStepsPerSlice:1,yieldTask:async()=>{if(changed)return;changed=true;targets[0].id='missing';settings.worldOffset.x=999;live=applyChanges(small,[{kind:'element',id:'A',before:small.elements.get('A'),after:null}]);}});
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assert.equal(live.elements.size,0);assert.equal(result.changes[0].after.geometry.x,40);assert.equal(result.changes[0].after.geometry.y,50);assert.equal(small.elements.size,1);
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});
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test('time budget forces a task yield even when the step limit is high and scheduler errors propagate',async()=>{
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let tick=0,yields=0;
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await planDuplicateAsync(createDocument('p',[{id:'P',parent:null}],[node('A')]),registry,[{id:'A',incarnation:1}],options(),{now:()=>++tick,frameBudgetMs:1,maxStepsPerSlice:99999,yieldTask:async()=>{yields++;}});assert.ok(yields>10);
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await assert.rejects(planDuplicateAsync(document,registry,selection,options(),{maxStepsPerSlice:1,yieldTask:async()=>{throw Error('host stopped');}}),/host stopped/);
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for(const value of [0,-1,NaN,Infinity])await assert.rejects(planDuplicateAsync(document,registry,selection,options(),{frameBudgetMs:value}),/invalid_copy_budget/);
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const controller=new AbortController();controller.abort();await assert.rejects(planDuplicateAsync(document,registry,selection,options(),{signal:controller.signal}),/copy_aborted/);
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});
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test('cooperative validation and planning retain invalid-input errors rather than skipping failed records',async()=>{
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const invalid={...document,canvases:new Map([...document.canvases,['bad',{id:'bad',parent:null}]])};
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assert.throws(()=>validateDocument(invalid,registry),/invalid_roots/);assert.throws(()=>[...validateDocumentSteps(invalid,registry)],/invalid_roots/);
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await assert.rejects(planDuplicateAsync(invalid,registry,selection,options(),{maxStepsPerSlice:10,yieldTask:async()=>{}}),/invalid_roots/);
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assert.throws(()=>[...planDuplicateSteps(document,registry,[{id:'F',incarnation:9}],options())],/stale_incarnation/);
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});
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test('mapping output preserves special source IDs as own JSON fields without prototype mutation',async()=>{
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const source=createDocument('special',[{id:'P',parent:null}],[node('__proto__'),node('constructor')]);
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const plan=await planDuplicateAsync(source,registry,[{id:'__proto__',incarnation:1},{id:'constructor',incarnation:1}],options());
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assert.equal(Object.getPrototypeOf(plan.elementIds),Object.prototype);assert.equal(Object.hasOwn(plan.elementIds,'__proto__'),true);assert.equal(validJson(plan),true);assert.deepEqual(JSON.parse(JSON.stringify(plan.elementIds)),{['__proto__']:'new-1',constructor:'new-2'});
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});
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