DMleadgen
46d973904b
Next.js website for Rocky Mountain Vending company featuring: - Product catalog with Stripe integration - Service areas and parts pages - Admin dashboard with Clerk authentication - SEO optimized pages with JSON-LD structured data Co-authored-by: Cursor <cursoragent@cursor.com>
1 line
No EOL
38 KiB
Text
1 line
No EOL
38 KiB
Text
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Copyright 2024 The Chromium Authors. All rights reserved.\n// Use of this source code is governed by a BSD-style license that can be\n// found in the LICENSE file.\n\nimport type * as Lantern from '../types/types.js';\n\nimport {LanternError} from './LanternError.js';\n\nclass UrlUtils {\n /**\n * There is fancy URL rewriting logic for the chrome://settings page that we need to work around.\n * Why? Special handling was added by Chrome team to allow a pushState transition between chrome:// pages.\n * As a result, the network URL (chrome://chrome/settings/) doesn't match the final document URL (chrome://settings/).\n */\n static rewriteChromeInternalUrl(url: string): string {\n if (!url?.startsWith('chrome://')) {\n return url;\n }\n // Chrome adds a trailing slash to `chrome://` URLs, but the spec does not.\n // https://github.com/GoogleChrome/lighthouse/pull/3941#discussion_r154026009\n if (url.endsWith('/')) {\n url = url.replace(/\\/$/, '');\n }\n return url.replace(/^chrome:\\/\\/chrome\\//, 'chrome://');\n }\n\n /**\n * Determine if url1 equals url2, ignoring URL fragments.\n */\n static equalWithExcludedFragments(url1: string, url2: string): boolean {\n [url1, url2] = [url1, url2].map(this.rewriteChromeInternalUrl);\n try {\n const urla = new URL(url1);\n urla.hash = '';\n\n const urlb = new URL(url2);\n urlb.hash = '';\n\n return urla.href === urlb.href;\n } catch {\n return false;\n }\n }\n}\n\ninterface Summary {\n min: number;\n max: number;\n avg: number;\n median: number;\n}\n\ninterface RTTEstimateOptions {\n /**\n * TCP connection handshake information will be used when available, but in\n * some circumstances this data can be unreliable. This flag exposes an\n * option to ignore the handshake data and use the coarse download/TTFB timing data.\n */\n forceCoarseEstimates?: boolean;\n /**\n * Coarse estimates include lots of extra time and noise multiply by some factor\n * to deflate the estimates a bit.\n */\n coarseEstimateMultiplier?: number;\n /** Useful for testing to isolate the different methods of estimation. */\n useDownloadEstimates?: boolean;\n /** Useful for testing to isolate the different methods of estimation. */\n useSendStartEstimates?: boolean;\n /** Useful for testing to isolate the different methods of estimation. */\n useHeadersEndEstimates?: boolean;\n}\n\ninterface RequestInfo {\n request: Lantern.NetworkRequest;\n timing: Lantern.ResourceTiming;\n connectionReused?: boolean;\n}\n\nconst INITIAL_CWD = 14 * 1024;\n\n// Assume that 40% of TTFB was server response time by default for static assets\nconst DEFAULT_SERVER_RESPONSE_PERCENTAGE = 0.4;\n\n/**\n * For certain resource types, server response time takes up a greater percentage of TTFB (dynamic\n * assets like HTML documents, XHR/API calls, etc)\n */\nconst SERVER_RESPONSE_PERCENTAGE_OF_TTFB: Partial<Record<Lantern.ResourceType, number>> = {\n Document: 0.9,\n XHR: 0.9,\n Fetch: 0.9,\n};\n\nclass NetworkAnalyzer {\n static get summary(): string {\n return '__SUMMARY__';\n }\n\n static groupByOrigin(records: Lantern.NetworkRequest[]): Map<string, Lantern.NetworkRequest[]> {\n const grouped = new Map();\n records.forEach(item => {\n const key = item.parsedURL.securityOrigin;\n const group = grouped.get(key) || [];\n group.push(item);\n grouped.set(key, group);\n });\n return grouped;\n }\n\n static getSummary(values: number[]): Summary {\n values.sort((a, b) => a - b);\n\n let median;\n if (values.length === 0) {\n median = values[0];\n } else if (values.length % 2 === 0) {\n const a = values[Math.floor((values.length - 1) / 2)];\n const b = values[Math.floor((values.length - 1) / 2) + 1];\n median = (a + b) / 2;\n } else {\n median = values[Math.floor((values.length - 1) / 2)];\n }\n\n return {\n min: values[0],\n max: values[values.length - 1],\n avg: values.reduce((a, b) => a + b, 0) / values.length,\n median,\n };\n }\n\n static summarize(values: Map<string, number[]>): Map<string, Summary> {\n const summaryByKey = new Map();\n const allEstimates = [];\n for (const [key, estimates] of values) {\n summaryByKey.set(key, NetworkAnalyzer.getSummary(estimates));\n allEstimates.push(...estimates);\n }\n\n summaryByKey.set(NetworkAnalyzer.summary, NetworkAnalyzer.getSummary(allEstimates));\n return summaryByKey;\n }\n\n static estimateValueByOrigin(\n requests: Lantern.NetworkRequest[],\n iteratee: (e: RequestInfo) => number | number[] | undefined): Map<string, number[]> {\n const connectionWasReused = NetworkAnalyzer.estimateIfConnectionWasReused(requests);\n const groupedByOrigin = NetworkAnalyzer.groupByOrigin(requests);\n\n const estimates = new Map();\n for (const [origin, originRequests] of groupedByOrigin.entries()) {\n let originEstimates: number[] = [];\n\n for (const request of originRequests) {\n const timing = request.timing;\n if (!timing) {\n continue;\n }\n\n const value = iteratee({\n request,\n timing,\n connectionReused: connectionWasReused.get(request.requestId),\n });\n if (typeof value !== 'undefined') {\n originEstimates = originEstimates.concat(value);\n }\n }\n\n if (!originEstimates.length) {\n continue;\n }\n estimates.set(origin, originEstimates);\n }\n\n return estimates;\n }\n\n /**\n * Estimates the observed RTT to each origin based on how long the connection setup.\n * For h1 and h2, this could includes two estimates - one for the TCP handshake, another for\n * SSL negotiation.\n * For h3, we get only one estimate since QUIC establishes a secure connection in a\n * single handshake.\n * This is the most accurate and preferred method of measurement when the data is available.\n */\n static estimateRTTViaConnectionTiming(info: RequestInfo): number[]|number|undefined {\n const {timing, connectionReused, request} = info;\n if (connectionReused) {\n return;\n }\n\n const {connectStart, sslStart, sslEnd, connectEnd} = timing;\n if (connectEnd >= 0 && connectStart >= 0 && request.protocol.startsWith('h3')) {\n // These values are equal to sslStart and sslEnd for h3.\n return connectEnd - connectStart;\n }\n if (sslStart >= 0 && sslEnd >= 0 && sslStart !== connectStart) {\n // SSL can also be more than 1 RT but assume False Start was used.\n return [connectEnd - sslStart, sslStart - connectStart];\n }\n if (connectStart >= 0 && connectEnd >= 0) {\n return connectEnd - connectStart;\n }\n\n return;\n }\n\n /**\n * Estimates the observed RTT to each origin based on how long a download took on a fresh connection.\n * NOTE: this will tend to overestimate the actual RTT quite significantly as the download can be\n * slow for other reasons as well such as bandwidth constraints.\n */\n static estimateRTTViaDownloadTiming(info: RequestInfo): number|undefined {\n const {timing, connectionReused, request} = info;\n if (connectionReused) {\n return;\n }\n\n // Only look at downloads that went past the initial congestion window\n if (request.transferSize <= INITIAL_CWD) {\n return;\n }\n if (!Number.isFinite(timing.receiveHeadersEnd) || timing.receiveHeadersEnd < 0) {\n return;\n }\n\n // Compute the amount of time downloading everything after the first congestion window took\n const totalTime = request.networkEndTime - request.networkRequestTime;\n const downloadTimeAfterFirstByte = totalTime - timing.receiveHeadersEnd;\n const numberOfRoundTrips = Math.log2(request.transferSize / INITIAL_CWD);\n\n // Ignore requests that required a high number of round trips since bandwidth starts to play\n // a larger role than latency\n if (numberOfRoundTrips > 5) {\n return;\n }\n\n return downloadTimeAfterFirstByte / numberOfRoundTrips;\n }\n\n /**\n * Estimates the observed RTT to each origin based on how long it took until Chrome could\n * start sending the actual request when a new connection was required.\n * NOTE: this will tend to overestimate the actual RTT as the request can be delayed for other\n * reasons as well such as more SSL handshakes if TLS False Start is not enabled.\n */\n static estimateRTTViaSendStartTiming(info: RequestInfo): number|undefined {\n const {timing, connectionReused, request} = info;\n if (connectionReused) {\n return;\n }\n\n if (!Number.isFinite(timing.sendStart) || timing.sendStart < 0) {\n return;\n }\n\n // Assume everything before sendStart was just DNS + (SSL)? + TCP handshake\n // 1 RT for DNS, 1 RT (maybe) for SSL, 1 RT for TCP\n let roundTrips = 1;\n // TCP\n if (!request.protocol.startsWith('h3')) {\n roundTrips += 1;\n }\n if (request.parsedURL.scheme === 'https') {\n roundTrips += 1;\n }\n return timing.sendStart / roundTrips;\n }\n\n /**\n * Estimates the observed RTT to each origin based on how long it took until Chrome received the\n * headers of the response (~TTFB).\n * NOTE: this is the most inaccurate way to estimate the RTT, but in some environments it's all\n * we have access to :(\n */\n static estimateRTTViaHeadersEndTiming(info: RequestInfo): number|undefined {\n const {timing, connectionReused, request} = info;\n if (!Number.isFinite(timing.receiveHeadersEnd) || timing.receiveHeadersEnd < 0) {\n return;\n }\n if (!request.resourceType) {\n return;\n }\n\n const serverResponseTimePercentage =\n SERVER_RESPONSE_PERCENTAGE_OF_TTFB[request.resourceType] || DEFAULT_SERVER_RESPONSE_PERCENTAGE;\n const estimatedServerResponseTime = timing.receiveHeadersEnd * serverResponseTimePercentage;\n\n // When connection was reused...\n // TTFB = 1 RT for request + server response time\n let roundTrips = 1;\n\n // When connection was fresh...\n // TTFB = DNS + (SSL)? + TCP handshake + 1 RT for request + server response time\n if (!connectionReused) {\n roundTrips += 1; // DNS\n if (!request.protocol.startsWith('h3')) {\n roundTrips += 1; // TCP\n }\n if (request.parsedURL.scheme === 'https') {\n roundTrips += 1; // SSL\n }\n }\n\n // subtract out our estimated server response time\n return Math.max((timing.receiveHeadersEnd - estimatedServerResponseTime) / roundTrips, 3);\n }\n\n /**\n * Given the RTT to each origin, estimates the observed server response times.\n */\n static estimateResponseTimeByOrigin(records: Lantern.NetworkRequest[], rttByOrigin: Map<string, number>):\n Map<string, number[]> {\n return NetworkAnalyzer.estimateValueByOrigin(records, ({request, timing}) => {\n if (request.serverResponseTime !== undefined) {\n return request.serverResponseTime;\n }\n\n if (!Number.isFinite(timing.receiveHeadersEnd) || timing.receiveHeadersEnd < 0) {\n return;\n }\n if (!Number.isFinite(timing.sendEnd) || timing.sendEnd < 0) {\n return;\n }\n\n const ttfb = timing.receiveHeadersEnd - timing.sendEnd;\n const origin = request.parsedURL.securityOrigin;\n const rtt = rttByOrigin.get(origin) || rttByOrigin.get(NetworkAnalyzer.summary) || 0;\n return Math.max(ttfb - rtt, 0);\n });\n }\n\n static canTrustConnectionInformation(requests: Lantern.NetworkRequest[]): boolean {\n const connectionIdWasStarted = new Map();\n for (const request of requests) {\n const started = connectionIdWasStarted.get(request.connectionId) || !request.connectionReused;\n connectionIdWasStarted.set(request.connectionId, started);\n }\n\n // We probably can't trust the network information if all the connection IDs were the same\n if (connectionIdWasStarted.size <= 1) {\n return false;\n }\n // Or if there were connections that were always reused (a connection had to have started at some point)\n return Array.from(connectionIdWasStarted.values()).every(started => started);\n }\n\n /**\n * Returns a map of requestId -> connectionReused, estimating the information if the information\n * available in the records themselves appears untrustworthy.\n */\n static estimateIfConnectionWasReused(records: Lantern.NetworkRequest[], options?: {forceCoarseEstimates: boolean}):\n Map<string, boolean> {\n const {forceCoarseEstimates = false} = options || {};\n\n // Check if we can trust the connection information coming from the protocol\n if (!forceCoarseEstimates && NetworkAnalyzer.canTrustConnectionInformation(records)) {\n return new Map(records.map(request => [request.requestId, Boolean(request.connectionReused)]));\n }\n\n // Otherwise we're on our own, a request may not have needed a fresh connection if...\n // - It was not the first request to the domain\n // - It was H2\n // - It was after the first request to the domain ended\n const connectionWasReused = new Map();\n const groupedByOrigin = NetworkAnalyzer.groupByOrigin(records);\n for (const originRecords of groupedByOrigin.values()) {\n const earliestReusePossible =\n originRecords.map(request => request.networkEndTime).reduce((a, b) => Math.min(a, b), Infinity);\n\n for (const request of originRecords) {\n connectionWasReused.set(\n request.requestId,\n request.networkRequestTime >= earliestReusePossible || request.protocol === 'h2',\n );\n }\n\n const firstRecord = originRecords.reduce((a, b) => {\n return a.networkRequestTime > b.networkRequestTime ? b : a;\n });\n connectionWasReused.set(firstRecord.requestId, false);\n }\n\n return connectionWasReused;\n }\n\n /**\n * Estimates the RTT to each origin by examining observed network timing information.\n * Attempts to use the most accurate information first and falls back to coarser estimates when it\n * is unavailable.\n */\n static estimateRTTByOrigin(records: Lantern.NetworkRequest[], options?: RTTEstimateOptions): Map<string, Summary> {\n const {\n forceCoarseEstimates = false,\n // coarse estimates include lots of extra time and noise\n // multiply by some factor to deflate the estimates a bit.\n coarseEstimateMultiplier = 0.3,\n useDownloadEstimates = true,\n useSendStartEstimates = true,\n useHeadersEndEstimates = true,\n } = options || {};\n\n const connectionWasReused = NetworkAnalyzer.estimateIfConnectionWasReused(records);\n const groupedByOrigin = NetworkAnalyzer.groupByOrigin(records);\n\n const estimatesByOrigin = new Map();\n for (const [origin, originRequests] of groupedByOrigin.entries()) {\n const originEstimates: number[] = [];\n\n function collectEstimates(estimator: (e: RequestInfo) => number[] | number | undefined, multiplier = 1): void {\n for (const request of originRequests) {\n const timing = request.timing;\n if (!timing || !request.transferSize) {\n continue;\n }\n\n const estimates = estimator({\n request,\n timing,\n connectionReused: connectionWasReused.get(request.requestId),\n });\n if (estimates === undefined) {\n continue;\n }\n\n if (!Array.isArray(estimates)) {\n originEstimates.push(estimates * multiplier);\n } else {\n originEstimates.push(...estimates.map(e => e * multiplier));\n }\n }\n }\n\n if (!forceCoarseEstimates) {\n collectEstimates(this.estimateRTTViaConnectionTiming);\n }\n\n // Connection timing can be missing for a few reasons:\n // - Origin was preconnected, which we don't have instrumentation for.\n // - Trace began recording after a connection has already been established (for example, in timespan mode)\n // - Perhaps Chrome established a connection already in the background (service worker? Just guessing here)\n // - Not provided in LR netstack.\n if (!originEstimates.length) {\n if (useDownloadEstimates) {\n collectEstimates(this.estimateRTTViaDownloadTiming, coarseEstimateMultiplier);\n }\n if (useSendStartEstimates) {\n collectEstimates(this.estimateRTTViaSendStartTiming, coarseEstimateMultiplier);\n }\n if (useHeadersEndEstimates) {\n collectEstimates(this.estimateRTTViaHeadersEndTiming, coarseEstimateMultiplier);\n }\n }\n\n if (originEstimates.length) {\n estimatesByOrigin.set(origin, originEstimates);\n }\n }\n\n if (!estimatesByOrigin.size) {\n throw new LanternError('No timing information available');\n }\n return NetworkAnalyzer.summarize(estimatesByOrigin);\n }\n\n /**\n * Estimates the server response time of each origin. RTT times can be passed in or will be\n * estimated automatically if not provided.\n */\n static estimateServerResponseTimeByOrigin(records: Lantern.NetworkRequest[], options?: RTTEstimateOptions&{\n rttByOrigin?: Map<string, number>,\n }): Map<string, Summary> {\n let rttByOrigin = options?.rttByOrigin;\n if (!rttByOrigin) {\n rttByOrigin = new Map();\n\n const rttSummaryByOrigin = NetworkAnalyzer.estimateRTTByOrigin(records, options);\n for (const [origin, summary] of rttSummaryByOrigin.entries()) {\n rttByOrigin.set(origin, summary.min);\n }\n }\n\n const estimatesByOrigin = NetworkAnalyzer.estimateResponseTimeByOrigin(records, rttByOrigin);\n return NetworkAnalyzer.summarize(estimatesByOrigin);\n }\n\n /**\n * Computes the average throughput for the given requests in bits/second.\n * Excludes data URI, failed or otherwise incomplete, and cached requests.\n * Returns null if there were no analyzable network requests.\n */\n static estimateThroughput(records: Lantern.NetworkRequest[]): number|null {\n let totalBytes = 0;\n\n // We will measure throughput by summing the total bytes downloaded by the total time spent\n // downloading those bytes. We slice up all the network requests into start/end boundaries, so\n // it's easier to deal with the gaps in downloading.\n const timeBoundaries = records\n .reduce(\n (boundaries, request) => {\n const scheme = request.parsedURL?.scheme;\n // Requests whose bodies didn't come over the network or didn't completely finish will mess\n // with the computation, just skip over them.\n if (scheme === 'data' || request.failed || !request.finished ||\n request.statusCode > 300 || !request.transferSize) {\n return boundaries;\n }\n\n // If we've made it this far, all the times we need should be valid (i.e. not undefined/-1).\n totalBytes += request.transferSize;\n boundaries.push({time: request.responseHeadersEndTime / 1000, isStart: true});\n boundaries.push({time: request.networkEndTime / 1000, isStart: false});\n return boundaries;\n },\n [] as Array<{time: number, isStart: boolean}>)\n .sort((a, b) => a.time - b.time);\n\n if (!timeBoundaries.length) {\n return null;\n }\n\n let inflight = 0;\n let currentStart = 0;\n let totalDuration = 0;\n\n timeBoundaries.forEach(boundary => {\n if (boundary.isStart) {\n if (inflight === 0) {\n // We just ended a quiet period, keep track of when the download period started\n currentStart = boundary.time;\n }\n inflight++;\n } else {\n inflight--;\n if (inflight === 0) {\n // We just entered a quiet period, update our duration with the time we spent downloading\n totalDuration += boundary.time - currentStart;\n }\n }\n });\n\n return totalBytes * 8 / totalDuration;\n }\n\n static computeRTTAndServerResponseTime(records: Lantern.NetworkRequest[]):\n {rtt: number, additionalRttByOrigin: Map<string, number>, serverResponseTimeByOrigin: Map<string, number>} {\n // First pass compute the estimated observed RTT to each origin's servers.\n const rttByOrigin = new Map<string, number>();\n for (const [origin, summary] of NetworkAnalyzer.estimateRTTByOrigin(records).entries()) {\n rttByOrigin.set(origin, summary.min);\n }\n\n // We'll use the minimum RTT as the assumed connection latency since we care about how much addt'l\n // latency each origin introduces as Lantern will be simulating with its own connection latency.\n const minimumRtt = Math.min(...Array.from(rttByOrigin.values()));\n // We'll use the observed RTT information to help estimate the server response time\n const responseTimeSummaries = NetworkAnalyzer.estimateServerResponseTimeByOrigin(records, {\n rttByOrigin,\n });\n\n const additionalRttByOrigin = new Map<string, number>();\n const serverResponseTimeByOrigin = new Map<string, number>();\n for (const [origin, summary] of responseTimeSummaries.entries()) {\n // Not all origins have usable timing data, we'll default to using no additional latency.\n const rttForOrigin = rttByOrigin.get(origin) || minimumRtt;\n additionalRttByOrigin.set(origin, rttForOrigin - minimumRtt);\n serverResponseTimeByOrigin.set(origin, summary.median);\n }\n\n return {\n rtt: minimumRtt,\n additionalRttByOrigin,\n serverResponseTimeByOrigin,\n };\n }\n\n static analyze(records: Lantern.NetworkRequest[]): Lantern.Simulation.Settings['networkAnalysis']|null {\n const throughput = NetworkAnalyzer.estimateThroughput(records);\n if (throughput === null) {\n return null;\n }\n\n return {\n throughput,\n ...NetworkAnalyzer.computeRTTAndServerResponseTime(records),\n };\n }\n\n static findResourceForUrl<T extends Lantern.NetworkRequest>(records: T[], resourceUrl: string): T|undefined {\n // equalWithExcludedFragments is expensive, so check that the resourceUrl starts with the request url first\n return records.find(\n request => resourceUrl.startsWith(request.url) && UrlUtils.equalWithExcludedFragments(request.url, resourceUrl),\n );\n }\n\n static findLastDocumentForUrl<T extends Lantern.NetworkRequest>(records: T[], resourceUrl: string): T|undefined {\n // equalWithExcludedFragments is expensive, so check that the resourceUrl starts with the request url first\n const matchingRequests = records.filter(\n request => request.resourceType === 'Document' && !request.failed &&\n // Note: `request.url` should never have a fragment, else this optimization gives wrong results.\n resourceUrl.startsWith(request.url) && UrlUtils.equalWithExcludedFragments(request.url, resourceUrl),\n );\n return matchingRequests[matchingRequests.length - 1];\n }\n\n /**\n * Resolves redirect chain given a main document.\n * See: {@link NetworkAnalyzer.findLastDocumentForUrl} for how to retrieve main document.\n */\n static resolveRedirects<T extends Lantern.NetworkRequest>(request: T): T {\n while (request.redirectDestination) {\n request = request.redirectDestination as T;\n }\n return request;\n }\n}\n\nexport {NetworkAnalyzer};\n"]} |