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/* This Source Code Form is subject to the terms of the Mozilla Public
* License, v. 2.0. If a copy of the MPL was not distributed with this
"use strict";
const {
getAbbreviatedMimeType,
getEndTime,
getResponseTime,
getResponseHeader,
getStartTime,
ipToLong,
const {
RESPONSE_HEADERS,
const {
getUrlBaseName,
/**
* Predicates used when sorting items.
*
* @param object first
* The first item used in the comparison.
* @param object second
* The second item used in the comparison.
* @return number
* <0 to sort first to a lower index than second
* =0 to leave first and second unchanged with respect to each other
* >0 to sort second to a lower index than first
*/
function compareValues(first, second) {
if (first === second) {
return 0;
}
return first > second ? 1 : -1;
}
function waterfall(first, second) {
const result = compareValues(first.startedMs, second.startedMs);
return result || compareValues(first.id, second.id);
}
function priority(first, second) {
const result = compareValues(first.priority, second.priority);
return result || waterfall(first, second);
}
function status(first, second) {
const result = compareValues(getStatusValue(first), getStatusValue(second));
return result || waterfall(first, second);
}
function method(first, second) {
const result = compareValues(first.method, second.method);
return result || waterfall(first, second);
}
function file(first, second) {
const firstUrl = first.urlDetails.baseNameWithQuery.toLowerCase();
const secondUrl = second.urlDetails.baseNameWithQuery.toLowerCase();
const result = compareValues(firstUrl, secondUrl);
return result || waterfall(first, second);
}
function url(first, second) {
const firstUrl = first.url.toLowerCase();
const secondUrl = second.url.toLowerCase();
const result = compareValues(firstUrl, secondUrl);
return result || waterfall(first, second);
}
function protocol(first, second) {
const result = compareValues(first.httpVersion, second.httpVersion);
return result || waterfall(first, second);
}
function scheme(first, second) {
const result = compareValues(
first.urlDetails.scheme,
second.urlDetails.scheme
);
return result || waterfall(first, second);
}
function startTime(first, second) {
const result = compareValues(getStartTime(first), getStartTime(second));
return result || waterfall(first, second);
}
function endTime(first, second) {
const result = compareValues(getEndTime(first), getEndTime(second));
return result || waterfall(first, second);
}
function responseTime(first, second) {
const result = compareValues(getResponseTime(first), getResponseTime(second));
return result || waterfall(first, second);
}
function duration(first, second) {
const result = compareValues(first.totalTime, second.totalTime);
return result || waterfall(first, second);
}
function latency(first, second) {
const { eventTimings: firstEventTimings = { timings: {} } } = first;
const { eventTimings: secondEventTimings = { timings: {} } } = second;
const result = compareValues(
firstEventTimings.timings.wait,
secondEventTimings.timings.wait
);
return result || waterfall(first, second);
}
function compareHeader(header, first, second) {
const firstValue = getResponseHeader(first, header) || "";
const secondValue = getResponseHeader(second, header) || "";
let result;
switch (header) {
case "Content-Length": {
result = compareValues(
parseInt(firstValue, 10) || 0,
parseInt(secondValue, 10) || 0
);
break;
}
case "Last-Modified": {
result = compareValues(
new Date(firstValue).valueOf() || -1,
new Date(secondValue).valueOf() || -1
);
break;
}
default: {
result = compareValues(firstValue, secondValue);
break;
}
}
return result || waterfall(first, second);
}
const responseHeaders = RESPONSE_HEADERS.reduce(
(acc, header) =>
Object.assign(acc, {
[header]: (first, second) => compareHeader(header, first, second),
}),
{}
);
function domain(first, second) {
const firstDomain = first.urlDetails.host.toLowerCase();
const secondDomain = second.urlDetails.host.toLowerCase();
const result = compareValues(firstDomain, secondDomain);
return result || waterfall(first, second);
}
function remoteip(first, second) {
const firstIP = ipToLong(first.remoteAddress);
const secondIP = ipToLong(second.remoteAddress);
const result = compareValues(firstIP, secondIP);
return result || waterfall(first, second);
}
function cause(first, second) {
const firstCause = first.cause.type;
const secondCause = second.cause.type;
const result = compareValues(firstCause, secondCause);
return result || waterfall(first, second);
}
function initiator(first, second) {
const firstCause = first.cause.type;
const secondCause = second.cause.type;
let firstInitiator = "";
let firstInitiatorLineNumber = 0;
if (first.cause.lastFrame) {
firstInitiator = getUrlBaseName(first.cause.lastFrame.filename);
firstInitiatorLineNumber = first.cause.lastFrame.lineNumber;
}
let secondInitiator = "";
let secondInitiatorLineNumber = 0;
if (second.cause.lastFrame) {
secondInitiator = getUrlBaseName(second.cause.lastFrame.filename);
secondInitiatorLineNumber = second.cause.lastFrame.lineNumber;
}
let result;
// if both initiators don't have a stack trace, compare their causes
if (!firstInitiator && !secondInitiator) {
result = compareValues(firstCause, secondCause);
} else if (!firstInitiator || !secondInitiator) {
// if one initiator doesn't have a stack trace but the other does, former should precede the latter
result = compareValues(firstInitiatorLineNumber, secondInitiatorLineNumber);
} else {
result = compareValues(firstInitiator, secondInitiator);
if (result === 0) {
result = compareValues(
firstInitiatorLineNumber,
secondInitiatorLineNumber
);
}
}
return result || waterfall(first, second);
}
function setCookies(first, second) {
let { responseCookies: firstResponseCookies = { cookies: [] } } = first;
let { responseCookies: secondResponseCookies = { cookies: [] } } = second;
firstResponseCookies = firstResponseCookies.cookies || firstResponseCookies;
secondResponseCookies =
secondResponseCookies.cookies || secondResponseCookies;
const result = compareValues(
firstResponseCookies.length,
secondResponseCookies.length
);
return result || waterfall(first, second);
}
function cookies(first, second) {
let { requestCookies: firstRequestCookies = { cookies: [] } } = first;
let { requestCookies: secondRequestCookies = { cookies: [] } } = second;
firstRequestCookies = firstRequestCookies.cookies || firstRequestCookies;
secondRequestCookies = secondRequestCookies.cookies || secondRequestCookies;
const result = compareValues(
firstRequestCookies.length,
secondRequestCookies.length
);
return result || waterfall(first, second);
}
function type(first, second) {
const firstType = getAbbreviatedMimeType(first.mimeType).toLowerCase();
const secondType = getAbbreviatedMimeType(second.mimeType).toLowerCase();
const result = compareValues(firstType, secondType);
return result || waterfall(first, second);
}
function getStatusValue(item) {
let value;
if (item.blockedReason) {
value = typeof item.blockedReason == "number" ? -item.blockedReason : -1000;
} else if (item.status == null) {
value = -2;
} else {
value = item.status;
}
return value;
}
function getTransferedSizeValue(item) {
let value;
if (item.blockedReason) {
// Also properly group/sort various blocked reasons.
value = typeof item.blockedReason == "number" ? -item.blockedReason : -1000;
} else if (item.fromCache || item.status === "304") {
value = -2;
} else if (item.fromServiceWorker) {
value = -3;
} else if (typeof item.transferredSize == "number") {
value = item.transferredSize;
if (item.isRacing && typeof item.isRacing == "boolean") {
value = -4;
}
} else if (item.transferredSize === null) {
value = -5;
}
return value;
}
function transferred(first, second) {
const result = compareValues(
getTransferedSizeValue(first),
getTransferedSizeValue(second)
);
return result || waterfall(first, second);
}
function contentSize(first, second) {
const result = compareValues(first.contentSize, second.contentSize);
return result || waterfall(first, second);
}
const sorters = {
status,
method,
domain,
file,
protocol,
scheme,
cookies,
setCookies,
remoteip,
cause,
initiator,
type,
transferred,
contentSize,
startTime,
endTime,
responseTime,
duration,
latency,
waterfall,
url,
priority,
};
exports.Sorters = Object.assign(sorters, responseHeaders);