add run variation chart

Author: ruyadorno

scripts/generate-chart.js

@@ -48,7 +48,7 @@ function readResults(file) {
 
 // Generate chart data
 function generateChartData(option = {}) {
-  const fixtures = ['next', 'astro', 'svelte', 'vue'];
+  const fixtures = ['next', 'astro', 'svelte', 'vue', 'run'];
   const variations = [
     'cache',
     'cache+lockfile',
@@ -188,7 +188,7 @@ function generateHtml(chartData, perPackageCountChartData) {
       <div class="chart-container">
         <canvas id="myChart"></canvas>
       </div>
-      <h2>Single package install time (milliseconds per package)</h2>
+      <h2 id="per-package-chart-title">Single package install time (milliseconds per package)</h2>
       <div class="chart-container">
         <canvas id="myChartPerPackage"></canvas>
       </div>
@@ -256,7 +256,8 @@ function generateHtml(chartData, perPackageCountChartData) {
         }
 
         // Get per-package chart data for this variation
-        if (perPackageCountChartData && perPackageCountChartData.result && perPackageCountChartData.result[variation]) {
+        if (perPackageCountChartData && perPackageCountChartData.result && perPackageCountChartData.result[variation] && variation !== 'run') {
+          document.getElementById('per-package-chart-title').style.display = 'block';
           const perPkgVariationData = perPackageCountChartData.result[variation];
           chartPerPackage = new Chart(ctxPerPackage, {
             type: 'bar',
@@ -291,25 +292,27 @@ function generateHtml(chartData, perPackageCountChartData) {
             const c = ctxPerPackage.getContext('2d');
             c.clearRect(0, 0, ctxPerPackage.width, ctxPerPackage.height);
           }
+          document.getElementById('per-package-chart-title').style.display = 'none';
         }
       }
 
       // --- Static Table Generation ---
       function generateResultsTable(chartData, perPackageCountChartData) {
         // Gather all unique PMs from datasets
         const allPMsSet = new Set();
+        const excludePMs = new Set(['node', 'nx', 'turbo']);
         Object.values(chartData.result).forEach(variationObj => {
           if (variationObj && Array.isArray(variationObj.datasets)) {
-            variationObj.datasets.forEach(ds => allPMsSet.add(ds.label));
+            variationObj.datasets.filter(ds => !excludePMs.has(ds.label)).forEach(ds => allPMsSet.add(ds.label));
           }
         });
-        // Sort PMs alphabetically for consistent column order
-        const allPMs = Array.from(allPMsSet).sort();
+        const allPMs = Array.from(allPMsSet);
 
         // Gather all fixture+variation combinations
         // We'll use the labels (fixtures) and chartData.labels (variations)
         const rows = [];
         for (const variation of chartData.labels) {
+          if (variation === 'run') continue; // do not render run results in summary table
           const variationObj = chartData.result[variation];
           const perPkgVariationObj = perPackageCountChartData.result[variation];
           if (!variationObj || !perPkgVariationObj) continue;

scripts/variations/run.sh

@@ -34,7 +34,6 @@ BENCH_COMMAND_NODE="node --run test > $BENCH_OUTPUT_FOLDER/node-run-output-\${HY
 # Run the benchmark run-script benchmarks
 # The install step is defined as a "prepare" option so that time spent
 # on the install is not accounted for in the benchmark results.
-echo "Hyperfine version: $(hyperfine --version)"
 hyperfine --ignore-failure \
   --time-unit=millisecond \
   --export-json="$BENCH_OUTPUT_FOLDER/benchmarks.json" \