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CDN 2024 chapter (#3836)
* changes for 2024 CDN chapter * changes for 2024 CDN chapter * migrated all CDN queries * added sql for image formats and mime type distribution for client hints * Added counts for client hints, added early hints counts by CDN * Updated client hints, added early hints cdn vs origin * Updated CDN markdown * Updated markdown and added static images * Fixed stats on TLS. * Optimised images with calibre/image-actions * Contributors * Smart quotes * Signiticant figures * Retake images * SQL linting * More linting * Misc edits * Link --------- Co-authored-by: Jaiganesh Girinathan <ganeshji@amazon.com> Co-authored-by: Barry Pollard <barrypollard@google.com> Co-authored-by: github-actions[bot] <41898282+github-actions[bot]@users.noreply.github.com>
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‎sql/2024/cdn/README copy.md‎

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# 2024 CDN queries
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<!--
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This directory contains all of the 2024 CDN chapter queries.
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Each query should have a corresponding `metric_name.sql` file.
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Note that readers are linked to this directory, so try to make the SQL file names descriptive for easy browsing.
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Analysts: if helpful, you can use this README to give additional info about the queries.
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-->
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Query updates:
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- Dates have been updated
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## Resources
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- [📄 Planning doc][~google-doc]
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- [📊 Results sheet][~google-sheets]
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- [📝 Markdown file][~chapter-markdown]
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[~google-doc]: https://docs.google.com/document/d/11Yz8S-e3ltbYQPdzKX1E3oexfA2PwWLdA5tToDv98BI/edit
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[~google-sheets]:https://docs.google.com/spreadsheets/d/15YXQQjyoQ0Bnfw9KNSz_YuGDiCfW978_WKEHvDXjdm4/edit#gid=745368492
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[~chapter-markdown]: https://github.com/HTTPArchive/almanac.httparchive.org/tree/main/src/content/en/2024/cdn.md

‎sql/2024/cdn/cdn_usage_by_site_rank.sql‎

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#standardSQL
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# cdn_usage_by_site_rank.sql : Distribution of HTML pages served by CDN vs Origin by rank
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WITH requests AS (
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SELECT
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client,
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rank,
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-- _cdn_provider is now in requests.summary table
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-- Also it returns empty string ('')rather than 'ORIGIN' when no CDN
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IF(IFNULL(NULLIF(REGEXP_EXTRACT(JSON_EXTRACT_SCALAR(resp.summary, '$._cdn_provider'), r'^([^,]*).*'), ''), '') = '', 'ORIGIN', 'CDN') AS cdn
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FROM
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--`httparchive.almanac.requests` -- OLD table
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`httparchive.all.requests` AS resp -- NEW table
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-- `httparchive.sample_data.requests_1k` AS resp -- SAMPLE table (quicker)
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INNER JOIN
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`httparchive.all.pages` -- NEW pages table
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-- `httparchive.sample_data.pages_1k` AS pages -- SAMPLE pages table (quicker)
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USING (page, client, date)
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WHERE
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date = '2024-06-01' AND -- Uncomment this when running on full table
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is_main_document -- new name for firstHtml
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)
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SELECT
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client,
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nested_rank,
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cdn,
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COUNT(0) AS num_requests,
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SUM(COUNT(0)) OVER (PARTITION BY client, nested_rank) AS total,
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COUNT(0) / SUM(COUNT(0)) OVER (PARTITION BY client, nested_rank) AS pct_requests
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FROM
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requests,
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UNNEST([1000, 10000, 100000, 1000000, 10000000, 100000000]) AS nested_rank -- Note extra rank since 2022
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WHERE
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rank <= nested_rank
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GROUP BY
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client,
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cdn,
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nested_rank
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ORDER BY
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client,
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nested_rank,
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cdn

‎sql/2024/cdn/client_hints_cdn_vs_origin.sql‎

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SELECT
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(COUNT(0)) AS Total, client,
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IF(IFNULL(NULLIF(REGEXP_EXTRACT(JSON_EXTRACT_SCALAR(summary, '$._cdn_provider'), r'^([^,]*).*'), ''), '') = '', 'ORIGIN', 'CDN') AS cdn
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FROM `httparchive.all.requests`
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WHERE date = '2024-06-01'
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GROUP BY cdn, client
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UNION ALL
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SELECT
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(COUNT(req)) AS ClientHints, client,
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IF(IFNULL(NULLIF(REGEXP_EXTRACT(JSON_EXTRACT_SCALAR(summary, '$._cdn_provider'), r'^([^,]*).*'), ''), '') = '', 'ORIGIN', 'CDN') AS cdn
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FROM `httparchive.all.requests` AS req,
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UNNEST(response_headers) AS header
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WHERE date = '2024-06-01' AND
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header.name = 'accept-ch' AND
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header.value IS NOT NULL
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GROUP BY cdn, client

‎sql/2024/cdn/distribution_of_compression_types_by_cdn.sql‎

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#standardSQL
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# distribution_of_compression_types_by_cdn.sql : What compression formats are being used (gzip, brotli, etc) for compressed resources served by CDNs
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SELECT
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client,
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cdn,
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compression_type,
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COUNT(0) AS num_requests,
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SUM(COUNT(0)) OVER (PARTITION BY client, cdn) AS total_compressed,
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COUNT(0) / SUM(COUNT(0)) OVER (PARTITION BY client, cdn) AS pct
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FROM (
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SELECT
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client,
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IFNULL(NULLIF(REGEXP_EXTRACT(JSON_EXTRACT_SCALAR(summary, '$._cdn_provider'), r'^([^,]*).*'), ''), 'ORIGIN') AS cdn, # sometimes _cdn provider detection includes multiple entries. we bias for the DNS detected entry which is the first entry
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CASE
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WHEN a.value = 'gzip' THEN 'Gzip'
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WHEN a.value = 'br' THEN 'Brotli'
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WHEN a.value = '' THEN 'no text compression'
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ELSE 'other'
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END AS compression_type
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FROM
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`httparchive.all.requests` CROSS JOIN UNNEST(response_headers) AS a
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WHERE
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date = '2024-06-01' AND
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a.name = 'content-encoding'
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-- resp_content_encoding != ''
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)
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GROUP BY
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client,
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cdn,
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compression_type
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ORDER BY
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client,
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cdn,
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compression_type

‎sql/2024/cdn/distribution_of_compression_types_cdn_vs_origin.sql‎

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#standardSQL
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# distribution_of_compression_types_cdn_vs_origin.sql : What compression formats are being used (gzip, brotli, etc) for compressed resources served by CDNs
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SELECT
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client,
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cdn,
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compression_type,
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COUNT(0) AS num_requests,
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SUM(COUNT(0)) OVER (PARTITION BY client, cdn) AS total_compressed,
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COUNT(0) / SUM(COUNT(0)) OVER (PARTITION BY client, cdn) AS pct
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FROM (
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SELECT
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client,
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IF(IFNULL(NULLIF(REGEXP_EXTRACT(JSON_EXTRACT_SCALAR(summary, '$._cdn_provider'), r'^([^,]*).*'), ''), 'ORIGIN') = 'ORIGIN', 'ORIGIN', 'CDN') AS cdn,
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CASE
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WHEN a.value = 'gzip' THEN 'Gzip'
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WHEN a.value = 'br' THEN 'Brotli'
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WHEN a.value = '' THEN 'no text compression'
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ELSE 'other'
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END AS compression_type
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FROM
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`httparchive.all.requests` CROSS JOIN UNNEST(response_headers) AS a
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WHERE
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date = '2024-06-01' AND
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a.name = 'content-encoding'
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-- resp_content_encoding != ''
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)
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GROUP BY
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client,
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cdn,
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compression_type
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ORDER BY
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client,
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cdn,
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compression_type

‎sql/2024/cdn/distribution_of_http_versions.sql‎

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#standardSQL
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# distribution_of_http_versions: Percentage of HTTPS responses by protocol
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SELECT
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a.client,
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cdn,
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is_main_document,
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COUNTIF(IFNULL(a.protocol, b.protocol) = 'HTTP/0.9') AS http09,
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COUNTIF(IFNULL(a.protocol, b.protocol) = 'HTTP/1.0') AS http10,
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COUNTIF(IFNULL(a.protocol, b.protocol) = 'HTTP/1.1') AS http11,
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COUNTIF(IFNULL(a.protocol, b.protocol) = 'HTTP/2') AS http2,
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COUNTIF(IFNULL(a.protocol, b.protocol) = 'H3-29' OR IFNULL(a.protocol, b.protocol) = 'H3-Q050') AS http3,
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COUNTIF(IFNULL(a.protocol, b.protocol) NOT IN ('HTTP/0.9', 'HTTP/1.0', 'HTTP/1.1', 'HTTP/2', 'H3-29', 'H3-Q050')) AS http_other,
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COUNTIF(isSecure OR IFNULL(a.protocol, b.protocol) = 'HTTP/2') AS tls_total,
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COUNTIF(IFNULL(a.protocol, b.protocol) = 'HTTP/0.9') / COUNT(0) AS http09_pct,
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COUNTIF(IFNULL(a.protocol, b.protocol) = 'HTTP/1.0') / COUNT(0) AS http10_pct,
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COUNTIF(IFNULL(a.protocol, b.protocol) = 'HTTP/1.1') / COUNT(0) AS http11_pct,
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COUNTIF(IFNULL(a.protocol, b.protocol) = 'HTTP/2') / COUNT(0) AS http2_pct,
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COUNTIF(IFNULL(a.protocol, b.protocol) = 'H3-29' OR IFNULL(a.protocol, b.protocol) = 'H3-Q050') / COUNT(0) AS http3_pct,
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COUNTIF(IFNULL(a.protocol, b.protocol) NOT IN ('HTTP/0.9', 'HTTP/1.0', 'HTTP/1.1', 'HTTP/2', 'H3-29', 'H3-Q050')) / COUNT(0) AS http_other_pct,
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COUNTIF(isSecure OR IFNULL(a.protocol, b.protocol) = 'HTTP/2') / COUNT(0) AS tls_pct,
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COUNT(0) AS total
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FROM
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(
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SELECT
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client,
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page,
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url,
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is_main_document,
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# WPT is inconsistent with protocol population.
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UPPER(IFNULL(JSON_EXTRACT_SCALAR(payload, '$._protocol'), IFNULL(NULLIF(JSON_EXTRACT_SCALAR(payload, '$._tls_next_proto'), 'unknown'), NULLIF(CONCAT('HTTP/', JSON_EXTRACT_SCALAR(payload, '$.response.httpVersion')), 'HTTP/')))) AS protocol,
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JSON_EXTRACT_SCALAR(payload, '$._tls_version') AS tlsVersion,
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# WPT joins CDN detection but we bias to the DNS detection which is the first entry
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IFNULL(NULLIF(REGEXP_EXTRACT(JSON_EXTRACT_SCALAR(summary, '$._cdn_provider'), r'^([^,]*).*'), ''), 'ORIGIN') AS cdn,
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CAST(JSON_EXTRACT(payload, '$.timings.ssl') AS INT64) AS tlstime,
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# isSecure reports what the browser thought it was going to use, but it can get upgraded with STS OR UpgradeInsecure: 1
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IF(STARTS_WITH(url, 'https') OR JSON_EXTRACT_SCALAR(payload, '$._tls_version') IS NOT NULL OR CAST(JSON_EXTRACT(payload, '$._is_secure') AS INT64) = 1, TRUE, FALSE) AS isSecure,
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CAST(JSON_EXTRACT(payload, '$._socket') AS INT64) AS socket
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FROM
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`httparchive.all.requests` CROSS JOIN UNNEST(response_headers) AS r
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--`httparchive.sample_data.requests`
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WHERE
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# WPT changes the response fields based on a redirect (url becomes the Location path instead of the original) causing insonsistencies in the counts, so we ignore them
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date = '2024-06-01' AND
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r.name = 'location' AND
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(r.value = '' OR r.value IS NULL)
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) a
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LEFT JOIN
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(
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SELECT
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client,
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page,
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CAST(JSON_EXTRACT(payload, '$._socket') AS INT64) AS socket,
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ANY_VALUE(UPPER(IFNULL(JSON_EXTRACT_SCALAR(payload, '$._protocol'), IFNULL(NULLIF(JSON_EXTRACT_SCALAR(payload, '$._tls_next_proto'), 'unknown'), NULLIF(concat('HTTP/', JSON_EXTRACT_SCALAR(payload, '$.response.httpVersion')), 'HTTP/'))))) AS protocol,
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ANY_VALUE(JSON_EXTRACT_SCALAR(payload, '$._tls_version')) AS tlsVersion
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FROM
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`httparchive.all.requests`
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WHERE
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JSON_EXTRACT_SCALAR(payload, '$._tls_version') IS NOT NULL AND
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IFNULL(JSON_EXTRACT_SCALAR(payload, '$._protocol'), IFNULL(NULLIF(JSON_EXTRACT_SCALAR(payload, '$._tls_next_proto'), 'unknown'), NULLIF(concat('HTTP/',
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JSON_EXTRACT_SCALAR(payload, '$.response.httpVersion')), 'HTTP/'))) IS NOT NULL AND
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JSON_EXTRACT(payload, '$._socket') IS NOT NULL AND
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date = '2024-06-01'
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GROUP BY
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client,
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page,
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socket
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) b ON (a.client = b.client AND a.page = b.page AND a.socket = b.socket)
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GROUP BY
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client,
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cdn,
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is_main_document
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ORDER BY
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client DESC,
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total DESC

‎sql/2024/cdn/distribution_of_http_versions_cdn_vs_origin.sql‎

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#standardSQL
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# distribution_of_http_versions_cdn_vs_origin.sql 17_19: Percentage of HTTPS responses by protocol
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SELECT
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a.client,
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IF(cdn = 'Origin', 'Origin', 'CDN') AS cdn,
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is_main_document,
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COUNTIF(IFNULL(a.protocol, b.protocol) = 'HTTP/1.1') AS http11,
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COUNTIF(IFNULL(a.protocol, b.protocol) IN ('HTTP/2', 'H3-29', 'H3-Q050')) AS http2plus,
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COUNTIF(IFNULL(a.protocol, b.protocol) NOT IN ('HTTP/1.1', 'HTTP/2', 'H3-29', 'H3-Q050')) AS http_other,
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COUNT(0) AS total,
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COUNTIF(IFNULL(a.protocol, b.protocol) = 'HTTP/1.1') / COUNT(0) AS http11_pct,
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COUNTIF(IFNULL(a.protocol, b.protocol) IN ('HTTP/2', 'H3-29', 'H3-Q050')) / COUNT(0) AS http2plus_pct,
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COUNTIF(IFNULL(a.protocol, b.protocol) NOT IN ('HTTP/1.1', 'HTTP/2', 'H3-29', 'H3-Q050')) / COUNT(0) AS http_other_pct
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FROM (
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SELECT
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client,
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page,
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url,
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is_main_document,
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CAST(JSON_EXTRACT(payload, '$._socket') AS INT64) AS socket,
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# WPT is inconsistent with protocol population.
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UPPER(IFNULL(JSON_EXTRACT_SCALAR(payload, '$._protocol'), IFNULL(NULLIF(JSON_EXTRACT_SCALAR(payload, '$._tls_next_proto'), 'unknown'), NULLIF(concat('HTTP/', JSON_EXTRACT_SCALAR(payload, '$.response.httpVersion')), 'HTTP/')))) AS protocol,
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# WPT joins CDN detection but we bias to the DNS detection which is the first entry
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IFNULL(NULLIF(REGEXP_EXTRACT(JSON_EXTRACT_SCALAR(summary, '$._cdn_provider'), r'^([^,]*).*'), ''), 'Origin') AS cdn
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FROM
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`httparchive.all.requests` CROSS JOIN UNNEST(response_headers) AS r
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WHERE
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# WPT changes the response fields based on a redirect (url becomes the Location path instead of the original) causing insonsistencies in the counts, so we ignore them
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date = '2024-06-01' AND
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r.name = 'location' AND
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(r.value = '' OR r.value IS NULL)
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) AS a
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LEFT JOIN (
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SELECT
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client,
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page,
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CAST(JSON_EXTRACT(payload, '$._socket') AS INT64) AS socket,
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ANY_VALUE(UPPER(IFNULL(JSON_EXTRACT_SCALAR(payload, '$._protocol'), IFNULL(NULLIF(JSON_EXTRACT_SCALAR(payload, '$._tls_next_proto'), 'unknown'), NULLIF(CONCAT('HTTP/', JSON_EXTRACT_SCALAR(payload, '$.response.httpVersion')), 'HTTP/'))))) AS protocol
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FROM
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`httparchive.all.requests`
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WHERE
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JSON_EXTRACT_SCALAR(payload, '$._tls_version') IS NOT NULL AND
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IFNULL(JSON_EXTRACT_SCALAR(payload, '$._protocol'), IFNULL(NULLIF(JSON_EXTRACT_SCALAR(payload, '$._tls_next_proto'), 'unknown'), NULLIF(CONCAT('HTTP/', JSON_EXTRACT_SCALAR(payload, '$.response.httpVersion')), 'HTTP/'))) IS NOT NULL AND
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JSON_EXTRACT(payload, '$._socket') IS NOT NULL AND
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date = '2024-06-01'
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GROUP BY
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client,
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page,
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socket) AS b
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ON
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a.client = b.client AND
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a.page = b.page AND
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a.socket = b.socket
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GROUP BY
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client,
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cdn,
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is_main_document
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ORDER BY
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client DESC,
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total DESC

‎sql/2024/cdn/distribution_of_tls_time_by_cdn.sql‎

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#standardSQL
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# distribution_of_tls_time_by_cdn.sql : Distribution of TLS negotiation time by CDN
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SELECT
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client,
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cdn,
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is_main_document,
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COUNT(0) AS requests,
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APPROX_QUANTILES(tlstime, 1000)[OFFSET(100)] AS p10,
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APPROX_QUANTILES(tlstime, 1000)[OFFSET(250)] AS p25,
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APPROX_QUANTILES(tlstime, 1000)[OFFSET(500)] AS p50,
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APPROX_QUANTILES(tlstime, 1000)[OFFSET(750)] AS p75,
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APPROX_QUANTILES(tlstime, 1000)[OFFSET(900)] AS p90
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FROM (
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SELECT
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client,
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-- requestid,
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page,
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url,
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is_main_document,
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IFNULL(NULLIF(REGEXP_EXTRACT(JSON_EXTRACT_SCALAR(summary, '$._cdn_provider'), r'^([^,]*).*'), ''), 'ORIGIN') AS cdn, # sometimes _cdn provider detection includes multiple entries. we bias for the DNS detected entry which is the first entry
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CAST(JSON_EXTRACT(payload, '$.timings.ssl') AS INT64) AS tlstime,
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JSON_EXTRACT_SCALAR(summary, '$.requestid') AS requestid,
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ARRAY_LENGTH(split(JSON_EXTRACT(payload, '$._securityDetails.sanList'), '')) AS sanLength,
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IF(NET.HOST(url) = NET.HOST(page), TRUE, FALSE) AS sameHost,
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IF(NET.HOST(url) = NET.HOST(page) OR NET.REG_DOMAIN(url) = NET.REG_DOMAIN(page), TRUE, FALSE) AS sameDomain # if toplevel reg_domain will return NULL so we group this as sameDomain
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FROM
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`httparchive.all.requests`
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WHERE
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date = '2024-06-01'
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GROUP BY
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client,
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requestid,
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page,
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url,
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is_main_document,
36+
cdn,
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tlstime,
38+
sanLength
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)
40+
WHERE
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tlstime != -1 AND
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sanLength IS NOT NULL
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GROUP BY
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client,
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cdn,
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is_main_document
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ORDER BY
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requests DESC

‎sql/2024/cdn/distribution_of_tls_time_cdn_vs_origin.sql‎

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#standardSQL
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# distribution_of_tls_time_cdn_vs_origin.sql : Distribution of TLS negotiation for CDN vs Origin (ie, no CDN)
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SELECT
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client,
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IF(cdn = 'ORIGIN', 'ORIGIN', 'CDN') AS cdn,
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is_main_document,
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COUNT(0) AS requests,
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APPROX_QUANTILES(tlstime, 1000)[OFFSET(100)] AS p10,
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APPROX_QUANTILES(tlstime, 1000)[OFFSET(250)] AS p25,
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APPROX_QUANTILES(tlstime, 1000)[OFFSET(500)] AS p50,
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APPROX_QUANTILES(tlstime, 1000)[OFFSET(750)] AS p75,
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APPROX_QUANTILES(tlstime, 1000)[OFFSET(900)] AS p90
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FROM (
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SELECT
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client,
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-- requestid,
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JSON_EXTRACT_SCALAR(summary, '$.requestid') AS requestid,
18+
page,
19+
url,
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is_main_document,
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IFNULL(NULLIF(REGEXP_EXTRACT(JSON_EXTRACT_SCALAR(summary, '$._cdn_provider'), r'^([^,]*).*'), ''), 'ORIGIN') AS cdn, # sometimes _cdn provider detection includes multiple entries. we bias for the DNS detected entry which is the first entry
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CAST(JSON_EXTRACT(payload, '$.timings.ssl') AS INT64) AS tlstime,
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ARRAY_LENGTH(split(JSON_EXTRACT(payload, '$._securityDetails.sanList'), '')) AS sanLength,
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IF(NET.HOST(url) = NET.HOST(page), TRUE, FALSE) AS sameHost,
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IF(NET.HOST(url) = NET.HOST(page) OR NET.REG_DOMAIN(url) = NET.REG_DOMAIN(page), TRUE, FALSE) AS sameDomain # if toplevel reg_domain will return NULL so we group this as sameDomain
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FROM
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`httparchive.all.requests`
28+
WHERE
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date = '2024-06-01'
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GROUP BY
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client,
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requestid,
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page,
34+
url,
35+
is_main_document,
36+
cdn,
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tlstime,
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sanLength
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)
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WHERE
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tlstime != -1 AND
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sanLength IS NOT NULL
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GROUP BY
44+
client,
45+
cdn,
46+
is_main_document
47+
ORDER BY
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requests DESC

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