Tech Report: Audit pass rates

definitions/output/reports/tech_crux.js

@@ -30,6 +30,31 @@ CREATE TEMP FUNCTION IS_NON_ZERO(
 ) RETURNS BOOL AS (
   good + needs_improvement + poor > 0
 );
+
+CREATE TEMP FUNCTION get_passed_audits(lighthouse JSON)
+RETURNS ARRAY<STRUCT<
+  category STRING,
+  id STRING
+>>
+LANGUAGE js AS """
+const results = []
+
+for (const category of Object.keys(lighthouse?.categories ? lighthouse.categories : {})) {
+  for (const audit of lighthouse.categories[category].auditRefs) {
+    if (
+      lighthouse.audits[audit.id].score === 1 &&
+        !['metrics', 'hidden'].includes(audit.group)
+    ) {
+      results.push({
+        category,
+        id: audit.id
+      })
+    }
+  }
+}
+
+return results;
+""";
 `).query(ctx => `
 WITH pages AS (
   SELECT
@@ -172,7 +197,6 @@ technologies AS (
   WHERE
     tech.technology IS NOT NULL
 
-
   UNION ALL
 
   SELECT
@@ -183,26 +207,7 @@ technologies AS (
   FROM pages
 ),
 
-categories AS (
-  SELECT
-    tech.technology,
-    ARRAY_TO_STRING(ARRAY_AGG(DISTINCT category IGNORE NULLS ORDER BY category), ', ') AS category
-  FROM pages,
-    UNNEST(technologies) AS tech,
-    UNNEST(tech.categories) AS category
-  GROUP BY technology
-
-  UNION ALL
-
-  SELECT
-    'ALL' AS technology,
-    ARRAY_TO_STRING(ARRAY_AGG(DISTINCT category IGNORE NULLS ORDER BY category), ', ') AS category
-  FROM pages,
-    UNNEST(technologies) AS tech,
-    UNNEST(tech.categories) AS category
-),
-
-lab_metrics AS (
+lab_data AS (
   SELECT
     client,
     page,
@@ -218,13 +223,34 @@ lab_metrics AS (
   FROM pages
 ),
 
-lab_data AS (
+audits AS (
+  SELECT DISTINCT
+    client,
+    root_page,
+    technology,
+    version,
+    audit_category,
+    audit_id
+  FROM (
+    SELECT
+      client,
+      page,
+      root_page,
+      audits.category AS audit_category,
+      audits.id AS audit_id
+    FROM pages
+    INNER JOIN UNNEST(get_passed_audits(pages.lighthouse)) AS audits
+  ) AS audits_data
+  INNER JOIN technologies
+  USING (client, page)
+),
+
+lab_metrics AS (
   SELECT
     client,
     root_page,
     technology,
     version,
-    ANY_VALUE(category) AS category,
     AVG(bytesTotal) AS bytesTotal,
     AVG(bytesJS) AS bytesJS,
     AVG(bytesImg) AS bytesImg,
@@ -233,16 +259,130 @@ lab_data AS (
     AVG(performance) AS performance,
     AVG(pwa) AS pwa,
     AVG(seo) AS seo
-  FROM lab_metrics
+  FROM lab_data
   INNER JOIN technologies
   USING (client, page)
-  INNER JOIN categories
-  USING (technology)
   GROUP BY
     client,
     root_page,
     technology,
     version
+),
+
+origins_summary AS (
+  SELECT
+    geo,
+    client,
+    rank,
+    technology,
+    version,
+    COUNT(DISTINCT root_page) AS origins
+  FROM lab_metrics
+  INNER JOIN crux
+  USING (client, root_page)
+  GROUP BY
+    geo,
+    client,
+    rank,
+    technology,
+    version
+
+),
+
+
+audits_summary AS (
+  SELECT
+    geo,
+    client,
+    rank,
+    technology,
+    version,
+    ARRAY_AGG(STRUCT(
+      audit_category AS category,
+      audit_id AS id,
+      SAFE_DIVIDE(audits.origins, origins_summary.origins) AS pass_rate
+    )) AS audits
+  FROM (
+    SELECT
+      geo,
+      client,
+      rank,
+      technology,
+      version,
+      audit_category,
+      audit_id,
+      COUNT(DISTINCT root_page) AS origins
+    FROM audits
+    INNER JOIN crux
+    USING (client, root_page)
+    GROUP BY
+      geo,
+      client,
+      rank,
+      technology,
+      version,
+      audit_category,
+      audit_id
+  ) AS audits
+  LEFT JOIN origins_summary
+  USING (geo, client, rank, technology, version)
+  GROUP BY
+    geo,
+    client,
+    rank,
+    technology,
+    version
+),
+
+other_summary AS (
+  SELECT
+    geo,
+    client,
+    rank,
+    technology,
+    version,
+
+    STRUCT(
+      COUNTIF(good_fid) AS origins_with_good_fid,
+      COUNTIF(good_cls) AS origins_with_good_cls,
+      COUNTIF(good_lcp) AS origins_with_good_lcp,
+      COUNTIF(good_fcp) AS origins_with_good_fcp,
+      COUNTIF(good_ttfb) AS origins_with_good_ttfb,
+      COUNTIF(good_inp) AS origins_with_good_inp,
+      COUNTIF(any_fid) AS origins_with_any_fid,
+      COUNTIF(any_cls) AS origins_with_any_cls,
+      COUNTIF(any_lcp) AS origins_with_any_lcp,
+      COUNTIF(any_fcp) AS origins_with_any_fcp,
+      COUNTIF(any_ttfb) AS origins_with_any_ttfb,
+      COUNTIF(any_inp) AS origins_with_any_inp,
+      COUNTIF(good_cwv) AS origins_with_good_cwv,
+      COUNTIF(any_lcp AND any_cls) AS origins_eligible_for_cwv,
+      SAFE_DIVIDE(COUNTIF(good_cwv), COUNTIF(any_lcp AND any_cls)) AS pct_eligible_origins_with_good_cwv
+    ) AS crux,
+
+    STRUCT(
+      SAFE_CAST(APPROX_QUANTILES(accessibility, 1000)[OFFSET(500)] AS NUMERIC) AS accessibility,
+      SAFE_CAST(APPROX_QUANTILES(best_practices, 1000)[OFFSET(500)] AS NUMERIC) AS practices,
+      SAFE_CAST(APPROX_QUANTILES(performance, 1000)[OFFSET(500)] AS NUMERIC) AS performance,
+      SAFE_CAST(APPROX_QUANTILES(pwa, 1000)[OFFSET(500)] AS NUMERIC) AS pwa,
+      SAFE_CAST(APPROX_QUANTILES(seo, 1000)[OFFSET(500)] AS NUMERIC) AS seo
+    ) AS median_lighthouse_score,
+
+    STRUCT(
+      SAFE_CAST(APPROX_QUANTILES(bytesTotal, 1000)[OFFSET(500)] AS INT64) AS total,
+      SAFE_CAST(APPROX_QUANTILES(bytesJS, 1000)[OFFSET(500)] AS INT64) AS js,
+      SAFE_CAST(APPROX_QUANTILES(bytesImg, 1000)[OFFSET(500)] AS INT64) AS images
+    ) AS median_page_weight_bytes
+
+  FROM lab_metrics
+  INNER JOIN crux
+  USING (client, root_page)
+  GROUP BY
+    geo,
+    client,
+    rank,
+    technology,
+    version
 )
 
 SELECT
@@ -252,44 +392,16 @@ SELECT
   rank,
   technology,
   version,
-  COUNT(DISTINCT root_page) AS origins,
-
-  # CrUX data
-  COUNTIF(good_fid) AS origins_with_good_fid,
-  COUNTIF(good_cls) AS origins_with_good_cls,
-  COUNTIF(good_lcp) AS origins_with_good_lcp,
-  COUNTIF(good_fcp) AS origins_with_good_fcp,
-  COUNTIF(good_ttfb) AS origins_with_good_ttfb,
-  COUNTIF(good_inp) AS origins_with_good_inp,
-  COUNTIF(any_fid) AS origins_with_any_fid,
-  COUNTIF(any_cls) AS origins_with_any_cls,
-  COUNTIF(any_lcp) AS origins_with_any_lcp,
-  COUNTIF(any_fcp) AS origins_with_any_fcp,
-  COUNTIF(any_ttfb) AS origins_with_any_ttfb,
-  COUNTIF(any_inp) AS origins_with_any_inp,
-  COUNTIF(good_cwv) AS origins_with_good_cwv,
-  COUNTIF(any_lcp AND any_cls) AS origins_eligible_for_cwv,
-  SAFE_DIVIDE(COUNTIF(good_cwv), COUNTIF(any_lcp AND any_cls)) AS pct_eligible_origins_with_good_cwv,
-
-  # Lighthouse data
-  SAFE_CAST(APPROX_QUANTILES(accessibility, 1000)[OFFSET(500)] AS NUMERIC) AS median_lighthouse_score_accessibility,
-  SAFE_CAST(APPROX_QUANTILES(best_practices, 1000)[OFFSET(500)] AS NUMERIC) AS median_lighthouse_score_best_practices,
-  SAFE_CAST(APPROX_QUANTILES(performance, 1000)[OFFSET(500)] AS NUMERIC) AS median_lighthouse_score_performance,
-  SAFE_CAST(APPROX_QUANTILES(pwa, 1000)[OFFSET(500)] AS NUMERIC) AS median_lighthouse_score_pwa,
-  SAFE_CAST(APPROX_QUANTILES(seo, 1000)[OFFSET(500)] AS NUMERIC) AS median_lighthouse_score_seo,
 
-  # Page weight stats
-  SAFE_CAST(APPROX_QUANTILES(bytesTotal, 1000)[OFFSET(500)] AS INT64) AS median_bytes_total,
-  SAFE_CAST(APPROX_QUANTILES(bytesJS, 1000)[OFFSET(500)] AS INT64) AS median_bytes_js,
-  SAFE_CAST(APPROX_QUANTILES(bytesImg, 1000)[OFFSET(500)] AS INT64) AS median_bytes_image
-
-FROM lab_data
-INNER JOIN crux
-USING (client, root_page)
-GROUP BY
-  geo,
-  client,
-  rank,
-  technology,
-  version
+  # Metrics
+  origins,
+  crux,
+  median_lighthouse_score,
+  median_page_weight_bytes,
+  audits
+FROM origins_summary
+LEFT JOIN other_summary
+USING (geo, client, rank, technology, version)
+LEFT JOIN audits_summary
+USING (geo, client, rank, technology, version)
 `)

definitions/output/reports/tech_report_audits.js

@@ -0,0 +1,89 @@
+const pastMonth = constants.fnPastMonth(constants.currentMonth)
+
+publish('tech_report_audits', {
+  schema: 'reports',
+  type: 'incremental',
+  protected: true,
+  bigquery: {
+    partitionBy: 'date',
+    clusterBy: ['rank', 'geo']
+  },
+  tags: ['tech_report']
+}).preOps(ctx => `
+CREATE TEMP FUNCTION GET_AUDITS(
+  records ARRAY<STRUCT<
+    client STRING,
+    audits ARRAY<STRUCT<
+      category STRING,
+      id STRING,
+      pass_rate FLOAT64
+    >>
+  >>
+)
+RETURNS ARRAY<STRUCT<
+  category STRING,
+  id STRING,
+  mobile STRUCT<
+    pass_rate FLOAT64
+  >,
+  desktop STRUCT<
+    pass_rate FLOAT64
+  >
+>>
+LANGUAGE js AS '''
+// Create a map to accumulate audits based on a unique key (category + id).
+var auditMap = {};
+
+// Loop over each record.
+records.forEach(function(record) {
+  // Loop over each audit in the record.
+  record.audits.forEach(function(audit) {
+    // Create a unique key for combining audits.
+    var key = audit.category + '|' + audit.id;
+    // Initialize the audit in the map if not present.
+    if (!auditMap[key]) {
+      auditMap[key] = {
+        category: audit.category,
+        id: audit.id,
+        mobile: { pass_rate: 0 },
+        desktop: { pass_rate: 0 }
+      };
+    }
+    // Add the pass_rate to the proper client type.
+    if (record.client === 'mobile') {
+      auditMap[key].mobile.pass_rate += audit.pass_rate;
+    } else if (record.client === 'desktop') {
+      auditMap[key].desktop.pass_rate += audit.pass_rate;
+    }
+  });
+});
+
+// Convert the map into an array of audits.
+return Object.keys(auditMap).map(function(key) {
+  return auditMap[key];
+});
+''';
+
+DELETE FROM ${ctx.self()}
+WHERE date = '${pastMonth}';
+`).query(ctx => `
+/* {"dataform_trigger": "tech_report_complete", "date": "${pastMonth}", "name": "audits", "type": "report"} */
+SELECT
+  date,
+  geo,
+  rank,
+  technology,
+  version,
+  GET_AUDITS(ARRAY_AGG(STRUCT(
+    client,
+    audits
+  ))) AS audits
+FROM ${ctx.ref('reports', 'tech_crux')}
+WHERE date = '${pastMonth}'
+GROUP BY
+  date,
+  geo,
+  rank,
+  technology,
+  version
+`)