test: fix sequential/test-performance delay

PR-URL: #25695Fixes: #23291 Reviewed-By: Tiancheng "Timothy" Gu <[email protected]> Reviewed-By: Rich Trott <[email protected]> Reviewed-By: Colin Ihrig <[email protected]> Reviewed-By: Jeremiah Senkpiel <[email protected]>

Author: apapirovski

test/sequential/test-performance.js

@@ -56,42 +56,17 @@ assert(inited < 15000);
 assert.strictEqual(performance.nodeTiming.name,'node');
 assert.strictEqual(performance.nodeTiming.entryType,'node');
 
-lettimeoutDelay=111;// An extra of 111 ms for the first call.
-
-functioncheckDelay(cb){
-constdefaultTimeout=1;
-consttimer=setInterval(checkDelay,defaultTimeout);
-consttimeouts=10;
-
-constnow=getTime();
-letresolved=0;
-
-functioncheckDelay(){
-resolved++;
-if(resolved===timeouts){
-clearInterval(timer);
-timeoutDelay=getTime()-now;
-cb();
-}
-}
-}
-
-functiongetTime(){
-constts=process.hrtime();
-returnMath.ceil((ts[0]*1e3)+(ts[1]/1e6));
-}
-
+constdelay=250;
 functioncheckNodeTiming(props){
 console.log(props);
 
 for(constpropofObject.keys(props)){
 if(props[prop].around!==undefined){
 assert.strictEqual(typeofperformance.nodeTiming[prop],'number');
 constdelta=performance.nodeTiming[prop]-props[prop].around;
-constdelay=1000+timeoutDelay;
 assert(
-Math.abs(delta)<delay,
-`${prop}: ${Math.abs(delta)} >= ${delay}`
+Math.abs(delta)<(props[prop].delay||delay),
+`${prop}: ${Math.abs(delta)} >= ${props[prop].delay||delay}`
 );
 }else{
 assert.strictEqual(performance.nodeTiming[prop],props[prop],
@@ -108,28 +83,26 @@ checkNodeTiming({
 duration: {around: performance.now()},
 nodeStart: {around: 0},
 v8Start: {around: 0},
-bootstrapComplete: {around: inited},
+bootstrapComplete: {around: inited,delay: 2500},
 environment: {around: 0},
 loopStart: -1,
 loopExit: -1
 });
 
-checkDelay(()=>{
-setTimeout(()=>{
-checkNodeTiming({
-name: 'node',
-entryType: 'node',
-startTime: 0,
-duration: {around: performance.now()},
-nodeStart: {around: 0},
-v8Start: {around: 0},
-bootstrapComplete: {around: inited},
-environment: {around: 0},
-loopStart: {around: inited},
-loopExit: -1
-});
-},1000);
-});
+setTimeout(()=>{
+checkNodeTiming({
+name: 'node',
+entryType: 'node',
+startTime: 0,
+duration: {around: performance.now()},
+nodeStart: {around: 0},
+v8Start: {around: 0},
+bootstrapComplete: {around: inited,delay: 2500},
+environment: {around: 0},
+loopStart: {around: inited,delay: 2500},
+loopExit: -1
+});
+},1000);
 
 process.on('exit',()=>{
 checkNodeTiming({
@@ -139,9 +112,9 @@ process.on('exit', () =>{
 duration: {around: performance.now()},
 nodeStart: {around: 0},
 v8Start: {around: 0},
-bootstrapComplete: {around: inited},
+bootstrapComplete: {around: inited,delay: 2500},
 environment: {around: 0},
-loopStart: {around: inited},
+loopStart: {around: inited,delay: 2500},
 loopExit: {around: performance.now()}
 });
 });