How to use protocol method in localstack

Best Python code snippet using localstack_python

IP.mjs

Source:IP.mjs Github

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1/​**2 * IP resources.3 *4 * @author picapi5 * @author n1474335 [n1474335@gmail.com]6 * @author Klaxon [klaxon@veyr.com]7 * @copyright Crown Copyright 20168 * @license Apache-2.09 */​10import Utils from "../​Utils.mjs";11import OperationError from "../​errors/​OperationError.mjs";12/​**13 * Parses an IPv4 CIDR range (e.g. 192.168.0.0/​24) and displays information about it.14 *15 * @param {RegExp} cidr16 * @param {boolean} includeNetworkInfo17 * @param {boolean} enumerateAddresses18 * @param {boolean} allowLargeList19 * @returns {string}20 */​21export function ipv4CidrRange(cidr, includeNetworkInfo, enumerateAddresses, allowLargeList) {22 const network = strToIpv4(cidr[1]),23 cidrRange = parseInt(cidr[2], 10);24 let output = "";25 if (cidrRange < 0 || cidrRange > 31) {26 throw new OperationError("IPv4 CIDR must be less than 32");27 }28 const mask = ~(0xFFFFFFFF >>> cidrRange),29 ip1 = network & mask,30 ip2 = ip1 | ~mask;31 if (includeNetworkInfo) {32 output += "Network: " + ipv4ToStr(network) + "\n";33 output += "CIDR: " + cidrRange + "\n";34 output += "Mask: " + ipv4ToStr(mask) + "\n";35 output += "Range: " + ipv4ToStr(ip1) + " - " + ipv4ToStr(ip2) + "\n";36 output += "Total addresses in range: " + (((ip2 - ip1) >>> 0) + 1) + "\n\n";37 }38 if (enumerateAddresses) {39 if (cidrRange >= 16 || allowLargeList) {40 output += generateIpv4Range(ip1, ip2).join("\n");41 } else {42 output += _LARGE_RANGE_ERROR;43 }44 }45 return output;46}47/​**48 * Parses an IPv6 CIDR range (e.g. ff00::/​48) and displays information about it.49 *50 * @param {RegExp} cidr51 * @param {boolean} includeNetworkInfo52 * @returns {string}53 */​54export function ipv6CidrRange(cidr, includeNetworkInfo) {55 let output = "";56 const network = strToIpv6(cidr[1]),57 cidrRange = parseInt(cidr[cidr.length-1], 10);58 if (cidrRange < 0 || cidrRange > 127) {59 throw new OperationError("IPv6 CIDR must be less than 128");60 }61 const ip1 = new Array(8),62 ip2 = new Array(8),63 total = new Array(128);64 const mask = genIpv6Mask(cidrRange);65 let totalDiff = "";66 for (let i = 0; i < 8; i++) {67 ip1[i] = network[i] & mask[i];68 ip2[i] = ip1[i] | (~mask[i] & 0x0000FFFF);69 totalDiff = (ip2[i] - ip1[i]).toString(2);70 if (totalDiff !== "0") {71 for (let n = 0; n < totalDiff.length; n++) {72 total[i*16 + 16-(totalDiff.length-n)] = totalDiff[n];73 }74 }75 }76 if (includeNetworkInfo) {77 output += "Network: " + ipv6ToStr(network) + "\n";78 output += "Shorthand: " + ipv6ToStr(network, true) + "\n";79 output += "CIDR: " + cidrRange + "\n";80 output += "Mask: " + ipv6ToStr(mask) + "\n";81 output += "Range: " + ipv6ToStr(ip1) + " - " + ipv6ToStr(ip2) + "\n";82 output += "Total addresses in range: " + (parseInt(total.join(""), 2) + 1) + "\n\n";83 }84 return output;85}86/​**87 * Parses an IPv4 hyphenated range (e.g. 192.168.0.0 - 192.168.0.255) and displays information88 * about it.89 *90 * @param {RegExp} range91 * @param {boolean} includeNetworkInfo92 * @param {boolean} enumerateAddresses93 * @param {boolean} allowLargeList94 * @returns {string}95 */​96export function ipv4HyphenatedRange(range, includeNetworkInfo, enumerateAddresses, allowLargeList) {97 const ip1 = strToIpv4(range[0].split("-")[0].trim()),98 ip2 = strToIpv4(range[0].split("-")[1].trim());99 let output = "";100 /​/​ Calculate mask101 let diff = ip1 ^ ip2,102 cidr = 32,103 mask = 0;104 while (diff !== 0) {105 diff >>= 1;106 cidr--;107 mask = (mask << 1) | 1;108 }109 mask = ~mask >>> 0;110 const network = ip1 & mask,111 subIp1 = network & mask,112 subIp2 = subIp1 | ~mask;113 if (includeNetworkInfo) {114 output += `Minimum subnet required to hold this range:115\tNetwork: ${ipv4ToStr(network)}116\tCIDR: ${cidr}117\tMask: ${ipv4ToStr(mask)}118\tSubnet range: ${ipv4ToStr(subIp1)} - ${ipv4ToStr(subIp2)}119\tTotal addresses in subnet: ${(((subIp2 - subIp1) >>> 0) + 1)}120Range: ${ipv4ToStr(ip1)} - ${ipv4ToStr(ip2)}121Total addresses in range: ${(((ip2 - ip1) >>> 0) + 1)}122`;123 }124 if (enumerateAddresses) {125 if (((ip2 - ip1) >>> 0) <= 65536 || allowLargeList) {126 output += generateIpv4Range(ip1, ip2).join("\n");127 } else {128 output += _LARGE_RANGE_ERROR;129 }130 }131 return output;132}133/​**134 * Parses an IPv6 hyphenated range (e.g. ff00:: - ffff::) and displays information about it.135 *136 * @param {RegExp} range137 * @param {boolean} includeNetworkInfo138 * @returns {string}139 */​140export function ipv6HyphenatedRange(range, includeNetworkInfo) {141 const ip1 = strToIpv6(range[0].split("-")[0].trim()),142 ip2 = strToIpv6(range[0].split("-")[1].trim()),143 total = new Array(128).fill();144 let output = "",145 t = "",146 i;147 for (i = 0; i < 8; i++) {148 t = (ip2[i] - ip1[i]).toString(2);149 if (t !== "0") {150 for (let n = 0; n < t.length; n++) {151 total[i*16 + 16-(t.length-n)] = t[n];152 }153 }154 }155 if (includeNetworkInfo) {156 output += "Range: " + ipv6ToStr(ip1) + " - " + ipv6ToStr(ip2) + "\n";157 output += "Shorthand range: " + ipv6ToStr(ip1, true) + " - " + ipv6ToStr(ip2, true) + "\n";158 output += "Total addresses in range: " + (parseInt(total.join(""), 2) + 1) + "\n\n";159 }160 return output;161}162/​**163 * Parses a list of IPv4 addresses separated by a new line (\n) and displays information164 * about it.165 *166 * @param {RegExp} list167 * @param {boolean} includeNetworkInfo168 * @param {boolean} enumerateAddresses169 * @param {boolean} allowLargeList170 * @returns {string}171 */​172export function ipv4ListedRange(match, includeNetworkInfo, enumerateAddresses, allowLargeList) {173 let ipv4List = match[0].split("\n");174 ipv4List = ipv4List.filter(Boolean);175 const ipv4CidrList = ipv4List.filter(function(a) {176 return a.includes("/​");177 });178 for (let i = 0; i < ipv4CidrList.length; i++) {179 const network = strToIpv4(ipv4CidrList[i].split("/​")[0]);180 const cidrRange = parseInt(ipv4CidrList[i].split("/​")[1], 10);181 if (cidrRange < 0 || cidrRange > 31) {182 throw new OperationError("IPv4 CIDR must be less than 32");183 }184 const mask = ~(0xFFFFFFFF >>> cidrRange),185 cidrIp1 = network & mask,186 cidrIp2 = cidrIp1 | ~mask;187 ipv4List.splice(ipv4List.indexOf(ipv4CidrList[i]), 1);188 ipv4List.push(ipv4ToStr(cidrIp1), ipv4ToStr(cidrIp2));189 }190 ipv4List = ipv4List.sort(ipv4Compare);191 const ip1 = ipv4List[0];192 const ip2 = ipv4List[ipv4List.length - 1];193 const range = [ip1 + " - " + ip2];194 return ipv4HyphenatedRange(range, includeNetworkInfo, enumerateAddresses, allowLargeList);195}196/​**197 * Parses a list of IPv6 addresses separated by a new line (\n) and displays information198 * about it.199 *200 * @param {RegExp} list201 * @param {boolean} includeNetworkInfo202 * @returns {string}203 */​204export function ipv6ListedRange(match, includeNetworkInfo) {205 let ipv6List = match[0].split("\n");206 ipv6List = ipv6List.filter(function(str) {207 return str.trim();208 });209 for (let i =0; i < ipv6List.length; i++) {210 ipv6List[i] = ipv6List[i].trim();211 }212 const ipv6CidrList = ipv6List.filter(function(a) {213 return a.includes("/​");214 });215 for (let i = 0; i < ipv6CidrList.length; i++) {216 const network = strToIpv6(ipv6CidrList[i].split("/​")[0]);217 const cidrRange = parseInt(ipv6CidrList[i].split("/​")[1], 10);218 if (cidrRange < 0 || cidrRange > 127) {219 throw new OperationError("IPv6 CIDR must be less than 128");220 }221 const cidrIp1 = new Array(8),222 cidrIp2 = new Array(8);223 const mask = genIpv6Mask(cidrRange);224 for (let j = 0; j < 8; j++) {225 cidrIp1[j] = network[j] & mask[j];226 cidrIp2[j] = cidrIp1[j] | (~mask[j] & 0x0000FFFF);227 }228 ipv6List.splice(ipv6List.indexOf(ipv6CidrList[i]), 1);229 ipv6List.push(ipv6ToStr(cidrIp1), ipv6ToStr(cidrIp2));230 }231 ipv6List = ipv6List.sort(ipv6Compare);232 const ip1 = ipv6List[0];233 const ip2 = ipv6List[ipv6List.length - 1];234 const range = [ip1 + " - " + ip2];235 return ipv6HyphenatedRange(range, includeNetworkInfo);236}237/​**238 * Converts an IPv4 address from string format to numerical format.239 *240 * @param {string} ipStr241 * @returns {number}242 *243 * @example244 * /​/​ returns 168427520245 * strToIpv4("10.10.0.0");246 */​247export function strToIpv4(ipStr) {248 const blocks = ipStr.split("."),249 numBlocks = parseBlocks(blocks);250 let result = 0;251 result += numBlocks[0] << 24;252 result += numBlocks[1] << 16;253 result += numBlocks[2] << 8;254 result += numBlocks[3];255 return result;256 /​**257 * Converts a list of 4 numeric strings in the range 0-255 to a list of numbers.258 */​259 function parseBlocks(blocks) {260 if (blocks.length !== 4)261 throw new OperationError("More than 4 blocks.");262 const numBlocks = [];263 for (let i = 0; i < 4; i++) {264 numBlocks[i] = parseInt(blocks[i], 10);265 if (numBlocks[i] < 0 || numBlocks[i] > 255)266 throw new OperationError("Block out of range.");267 }268 return numBlocks;269 }270}271/​**272 * Converts an IPv4 address from numerical format to string format.273 *274 * @param {number} ipInt275 * @returns {string}276 *277 * @example278 * /​/​ returns "10.10.0.0"279 * ipv4ToStr(168427520);280 */​281export function ipv4ToStr(ipInt) {282 const blockA = (ipInt >> 24) & 255,283 blockB = (ipInt >> 16) & 255,284 blockC = (ipInt >> 8) & 255,285 blockD = ipInt & 255;286 return blockA + "." + blockB + "." + blockC + "." + blockD;287}288/​**289 * Converts an IPv6 address from string format to numerical array format.290 *291 * @param {string} ipStr292 * @returns {number[]}293 *294 * @example295 * /​/​ returns [65280, 0, 0, 0, 0, 0, 4369, 8738]296 * strToIpv6("ff00::1111:2222");297 */​298export function strToIpv6(ipStr) {299 let j = 0;300 const blocks = ipStr.split(":"),301 numBlocks = parseBlocks(blocks),302 ipv6 = new Array(8);303 for (let i = 0; i < 8; i++) {304 if (isNaN(numBlocks[j])) {305 ipv6[i] = 0;306 if (i === (8-numBlocks.slice(j).length)) j++;307 } else {308 ipv6[i] = numBlocks[j];309 j++;310 }311 }312 return ipv6;313 /​**314 * Converts a list of 3-8 numeric hex strings in the range 0-65535 to a list of numbers.315 */​316 function parseBlocks(blocks) {317 if (blocks.length < 3 || blocks.length > 8)318 throw new OperationError("Badly formatted IPv6 address.");319 const numBlocks = [];320 for (let i = 0; i < blocks.length; i++) {321 numBlocks[i] = parseInt(blocks[i], 16);322 if (numBlocks[i] < 0 || numBlocks[i] > 65535)323 throw new OperationError("Block out of range.");324 }325 return numBlocks;326 }327}328/​**329 * Converts an IPv6 address from numerical array format to string format.330 *331 * @param {number[]} ipv6332 * @param {boolean} compact - Whether or not to return the address in shorthand or not333 * @returns {string}334 *335 * @example336 * /​/​ returns "ff00::1111:2222"337 * ipv6ToStr([65280, 0, 0, 0, 0, 0, 4369, 8738], true);338 *339 * /​/​ returns "ff00:0000:0000:0000:0000:0000:1111:2222"340 * ipv6ToStr([65280, 0, 0, 0, 0, 0, 4369, 8738], false);341 */​342export function ipv6ToStr(ipv6, compact) {343 let output = "",344 i = 0;345 if (compact) {346 let start = -1,347 end = -1,348 s = 0,349 e = -1;350 for (i = 0; i < 8; i++) {351 if (ipv6[i] === 0 && e === (i-1)) {352 e = i;353 } else if (ipv6[i] === 0) {354 s = i; e = i;355 }356 if (e >= 0 && (e-s) > (end - start)) {357 start = s;358 end = e;359 }360 }361 for (i = 0; i < 8; i++) {362 if (i !== start) {363 output += Utils.hex(ipv6[i], 1) + ":";364 } else {365 output += ":";366 i = end;367 if (end === 7) output += ":";368 }369 }370 if (output[0] === ":")371 output = ":" + output;372 } else {373 for (i = 0; i < 8; i++) {374 output += Utils.hex(ipv6[i], 4) + ":";375 }376 }377 return output.slice(0, output.length-1);378}379/​**380 * Generates a list of IPv4 addresses in string format between two given numerical values.381 *382 * @param {number} ip383 * @param {number} endIp384 * @returns {string[]}385 *386 * @example387 * /​/​ returns ["0.0.0.1", "0.0.0.2", "0.0.0.3"]388 * IP.generateIpv4Range(1, 3);389 */​390export function generateIpv4Range(ip, endIp) {391 const range = [];392 if (endIp >= ip) {393 for (; ip <= endIp; ip++) {394 range.push(ipv4ToStr(ip));395 }396 } else {397 range[0] = "Second IP address smaller than first.";398 }399 return range;400}401/​**402 * Generates an IPv6 subnet mask given a CIDR value.403 *404 * @param {number} cidr405 * @returns {number[]}406 */​407export function genIpv6Mask(cidr) {408 const mask = new Array(8);409 let shift;410 for (let i = 0; i < 8; i++) {411 if (cidr > ((i+1)*16)) {412 mask[i] = 0x0000FFFF;413 } else {414 shift = cidr-(i*16);415 if (shift < 0) shift = 0;416 mask[i] = ~((0x0000FFFF >>> shift) | 0xFFFF0000);417 }418 }419 return mask;420}421/​**422 * Comparison operation for sorting of IPv4 addresses.423 *424 * @param {string} a425 * @param {string} b426 * @returns {number}427 */​428export function ipv4Compare(a, b) {429 return strToIpv4(a) - strToIpv4(b);430}431/​**432 * Comparison operation for sorting of IPv6 addresses.433 *434 * @param {string} a435 * @param {string} b436 * @returns {number}437 */​438export function ipv6Compare(a, b) {439 const a_ = strToIpv6(a),440 b_ = strToIpv6(b);441 for (let i = 0; i < a_.length; i++) {442 if (a_[i] !== b_[i]) {443 return a_[i] - b_[i];444 }445 }446 return 0;447}448const _LARGE_RANGE_ERROR = "The specified range contains more than 65,536 addresses. Running this query could crash your browser. If you want to run it, select the \"Allow large queries\" option. You are advised to turn off \"Auto Bake\" whilst editing large ranges.";449/​**450 * A regular expression that matches an IPv4 address451 */​452export const IPV4_REGEX = /​^\s*((?:\d{1,3}\.){3}\d{1,3})\s*$/​;453/​**454 * A regular expression that matches an IPv6 address455 */​456export const IPV6_REGEX = /​^\s*(((?=.*::)(?!.*::.+::)(::)?([\dA-F]{1,4}:(:|\b)|){5}|([\dA-F]{1,4}:){6})((([\dA-F]{1,4}((?!\4)::|:\b|(?![\dA-F])))|(?!\3\4)){2}|(((2[0-4]|1\d|[1-9])?\d|25[0-5])\.?\b){4}))\s*$/​i;457/​**458 * Lookup table for Internet Protocols.459 * Taken from https:/​/​www.iana.org/​assignments/​protocol-numbers/​protocol-numbers.xhtml460 */​461export const protocolLookup = {462 0: {keyword: "HOPOPT", protocol: "IPv6 Hop-by-Hop Option"},463 1: {keyword: "ICMP", protocol: "Internet Control Message"},464 2: {keyword: "IGMP", protocol: "Internet Group Management"},465 3: {keyword: "GGP", protocol: "Gateway-to-Gateway"},466 4: {keyword: "IPv4", protocol: "IPv4 encapsulation"},467 5: {keyword: "ST", protocol: "Stream"},468 6: {keyword: "TCP", protocol: "Transmission Control"},469 7: {keyword: "CBT", protocol: "CBT"},470 8: {keyword: "EGP", protocol: "Exterior Gateway Protocol"},471 9: {keyword: "IGP", protocol: "any private interior gateway (used by Cisco for their IGRP)"},472 10: {keyword: "BBN-RCC-MON", protocol: "BBN RCC Monitoring"},473 11: {keyword: "NVP-II", protocol: "Network Voice Protocol"},474 12: {keyword: "PUP", protocol: "PUP"},475 13: {keyword: "ARGUS (deprecated)", protocol: "ARGUS"},476 14: {keyword: "EMCON", protocol: "EMCON"},477 15: {keyword: "XNET", protocol: "Cross Net Debugger"},478 16: {keyword: "CHAOS", protocol: "Chaos"},479 17: {keyword: "UDP", protocol: "User Datagram"},480 18: {keyword: "MUX", protocol: "Multiplexing"},481 19: {keyword: "DCN-MEAS", protocol: "DCN Measurement Subsystems"},482 20: {keyword: "HMP", protocol: "Host Monitoring"},483 21: {keyword: "PRM", protocol: "Packet Radio Measurement"},484 22: {keyword: "XNS-IDP", protocol: "XEROX NS IDP"},485 23: {keyword: "TRUNK-1", protocol: "Trunk-1"},486 24: {keyword: "TRUNK-2", protocol: "Trunk-2"},487 25: {keyword: "LEAF-1", protocol: "Leaf-1"},488 26: {keyword: "LEAF-2", protocol: "Leaf-2"},489 27: {keyword: "RDP", protocol: "Reliable Data Protocol"},490 28: {keyword: "IRTP", protocol: "Internet Reliable Transaction"},491 29: {keyword: "ISO-TP4", protocol: "ISO Transport Protocol Class 4"},492 30: {keyword: "NETBLT", protocol: "Bulk Data Transfer Protocol"},493 31: {keyword: "MFE-NSP", protocol: "MFE Network Services Protocol"},494 32: {keyword: "MERIT-INP", protocol: "MERIT Internodal Protocol"},495 33: {keyword: "DCCP", protocol: "Datagram Congestion Control Protocol"},496 34: {keyword: "3PC", protocol: "Third Party Connect Protocol"},497 35: {keyword: "IDPR", protocol: "Inter-Domain Policy Routing Protocol"},498 36: {keyword: "XTP", protocol: "XTP"},499 37: {keyword: "DDP", protocol: "Datagram Delivery Protocol"},500 38: {keyword: "IDPR-CMTP", protocol: "IDPR Control Message Transport Proto"},501 39: {keyword: "TP++", protocol: "TP++ Transport Protocol"},502 40: {keyword: "IL", protocol: "IL Transport Protocol"},503 41: {keyword: "IPv6", protocol: "IPv6 encapsulation"},504 42: {keyword: "SDRP", protocol: "Source Demand Routing Protocol"},505 43: {keyword: "IPv6-Route", protocol: "Routing Header for IPv6"},506 44: {keyword: "IPv6-Frag", protocol: "Fragment Header for IPv6"},507 45: {keyword: "IDRP", protocol: "Inter-Domain Routing Protocol"},508 46: {keyword: "RSVP", protocol: "Reservation Protocol"},509 47: {keyword: "GRE", protocol: "Generic Routing Encapsulation"},510 48: {keyword: "DSR", protocol: "Dynamic Source Routing Protocol"},511 49: {keyword: "BNA", protocol: "BNA"},512 50: {keyword: "ESP", protocol: "Encap Security Payload"},513 51: {keyword: "AH", protocol: "Authentication Header"},514 52: {keyword: "I-NLSP", protocol: "Integrated Net Layer Security TUBA"},515 53: {keyword: "SWIPE (deprecated)", protocol: "IP with Encryption"},516 54: {keyword: "NARP", protocol: "NBMA Address Resolution Protocol"},517 55: {keyword: "MOBILE", protocol: "IP Mobility"},518 56: {keyword: "TLSP", protocol: "Transport Layer Security Protocol using Kryptonet key management"},519 57: {keyword: "SKIP", protocol: "SKIP"},520 58: {keyword: "IPv6-ICMP", protocol: "ICMP for IPv6"},521 59: {keyword: "IPv6-NoNxt", protocol: "No Next Header for IPv6"},522 60: {keyword: "IPv6-Opts", protocol: "Destination Options for IPv6"},523 61: {keyword: "", protocol: "any host internal protocol"},524 62: {keyword: "CFTP", protocol: "CFTP"},525 63: {keyword: "", protocol: "any local network"},526 64: {keyword: "SAT-EXPAK", protocol: "SATNET and Backroom EXPAK"},527 65: {keyword: "KRYPTOLAN", protocol: "Kryptolan"},528 66: {keyword: "RVD", protocol: "MIT Remote Virtual Disk Protocol"},529 67: {keyword: "IPPC", protocol: "Internet Pluribus Packet Core"},530 68: {keyword: "", protocol: "any distributed file system"},531 69: {keyword: "SAT-MON", protocol: "SATNET Monitoring"},532 70: {keyword: "VISA", protocol: "VISA Protocol"},533 71: {keyword: "IPCV", protocol: "Internet Packet Core Utility"},534 72: {keyword: "CPNX", protocol: "Computer Protocol Network Executive"},535 73: {keyword: "CPHB", protocol: "Computer Protocol Heart Beat"},536 74: {keyword: "WSN", protocol: "Wang Span Network"},537 75: {keyword: "PVP", protocol: "Packet Video Protocol"},538 76: {keyword: "BR-SAT-MON", protocol: "Backroom SATNET Monitoring"},539 77: {keyword: "SUN-ND", protocol: "SUN ND PROTOCOL-Temporary"},540 78: {keyword: "WB-MON", protocol: "WIDEBAND Monitoring"},541 79: {keyword: "WB-EXPAK", protocol: "WIDEBAND EXPAK"},542 80: {keyword: "ISO-IP", protocol: "ISO Internet Protocol"},543 81: {keyword: "VMTP", protocol: "VMTP"},544 82: {keyword: "SECURE-VMTP", protocol: "SECURE-VMTP"},545 83: {keyword: "VINES", protocol: "VINES"},546 84: {keyword: "TTP", protocol: "Transaction Transport Protocol"},547 85: {keyword: "NSFNET-IGP", protocol: "NSFNET-IGP"},548 86: {keyword: "DGP", protocol: "Dissimilar Gateway Protocol"},549 87: {keyword: "TCF", protocol: "TCF"},550 88: {keyword: "EIGRP", protocol: "EIGRP"},551 89: {keyword: "OSPFIGP", protocol: "OSPFIGP"},552 90: {keyword: "Sprite-RPC", protocol: "Sprite RPC Protocol"},553 91: {keyword: "LARP", protocol: "Locus Address Resolution Protocol"},554 92: {keyword: "MTP", protocol: "Multicast Transport Protocol"},555 93: {keyword: "AX.25", protocol: "AX.25 Frames"},556 94: {keyword: "IPIP", protocol: "IP-within-IP Encapsulation Protocol"},557 95: {keyword: "MICP (deprecated)", protocol: "Mobile Internetworking Control Pro."},558 96: {keyword: "SCC-SP", protocol: "Semaphore Communications Sec. Pro."},559 97: {keyword: "ETHERIP", protocol: "Ethernet-within-IP Encapsulation"},560 98: {keyword: "ENCAP", protocol: "Encapsulation Header"},561 99: {keyword: "", protocol: "any private encryption scheme"},562 100: {keyword: "GMTP", protocol: "GMTP"},563 101: {keyword: "IFMP", protocol: "Ipsilon Flow Management Protocol"},564 102: {keyword: "PNNI", protocol: "PNNI over IP"},565 103: {keyword: "PIM", protocol: "Protocol Independent Multicast"},566 104: {keyword: "ARIS", protocol: "ARIS"},567 105: {keyword: "SCPS", protocol: "SCPS"},568 106: {keyword: "QNX", protocol: "QNX"},569 107: {keyword: "A/​N", protocol: "Active Networks"},570 108: {keyword: "IPComp", protocol: "IP Payload Compression Protocol"},571 109: {keyword: "SNP", protocol: "Sitara Networks Protocol"},572 110: {keyword: "Compaq-Peer", protocol: "Compaq Peer Protocol"},573 111: {keyword: "IPX-in-IP", protocol: "IPX in IP"},574 112: {keyword: "VRRP", protocol: "Virtual Router Redundancy Protocol"},575 113: {keyword: "PGM", protocol: "PGM Reliable Transport Protocol"},576 114: {keyword: "", protocol: "any 0-hop protocol"},577 115: {keyword: "L2TP", protocol: "Layer Two Tunneling Protocol"},578 116: {keyword: "DDX", protocol: "D-II Data Exchange (DDX)"},579 117: {keyword: "IATP", protocol: "Interactive Agent Transfer Protocol"},580 118: {keyword: "STP", protocol: "Schedule Transfer Protocol"},581 119: {keyword: "SRP", protocol: "SpectraLink Radio Protocol"},582 120: {keyword: "UTI", protocol: "UTI"},583 121: {keyword: "SMP", protocol: "Simple Message Protocol"},584 122: {keyword: "SM (deprecated)", protocol: "Simple Multicast Protocol"},585 123: {keyword: "PTP", protocol: "Performance Transparency Protocol"},586 124: {keyword: "ISIS over IPv4", protocol: ""},587 125: {keyword: "FIRE", protocol: ""},588 126: {keyword: "CRTP", protocol: "Combat Radio Transport Protocol"},589 127: {keyword: "CRUDP", protocol: "Combat Radio User Datagram"},590 128: {keyword: "SSCOPMCE", protocol: ""},591 129: {keyword: "IPLT", protocol: ""},592 130: {keyword: "SPS", protocol: "Secure Packet Shield"},593 131: {keyword: "PIPE", protocol: "Private IP Encapsulation within IP"},594 132: {keyword: "SCTP", protocol: "Stream Control Transmission Protocol"},595 133: {keyword: "FC", protocol: "Fibre Channel"},596 134: {keyword: "RSVP-E2E-IGNORE", protocol: ""},597 135: {keyword: "Mobility Header", protocol: ""},598 136: {keyword: "UDPLite", protocol: ""},599 137: {keyword: "MPLS-in-IP", protocol: ""},600 138: {keyword: "manet", protocol: "MANET Protocols"},601 139: {keyword: "HIP", protocol: "Host Identity Protocol"},602 140: {keyword: "Shim6", protocol: "Shim6 Protocol"},603 141: {keyword: "WESP", protocol: "Wrapped Encapsulating Security Payload"},604 142: {keyword: "ROHC", protocol: "Robust Header Compression"},605 253: {keyword: "", protocol: "Use for experimentation and testing"},606 254: {keyword: "", protocol: "Use for experimentation and testing"},607 255: {keyword: "Reserved", protocol: ""}...

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command-line-api.js

Source:command-line-api.js Github

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1/​/​ Copyright 2017 the V8 project authors. All rights reserved.2/​/​ Use of this source code is governed by a BSD-style license that can be3/​/​ found in the LICENSE file.4let {session, contextGroup, Protocol} = InspectorTest.start('Checks command line API.');5InspectorTest.runAsyncTestSuite([6 async function testKeys() {7 InspectorTest.logMessage(await Protocol.Runtime.evaluate({8 expression: 'keys', includeCommandLineAPI: true}));9 InspectorTest.logMessage(await Protocol.Runtime.evaluate({10 expression: 'keys({a : 1})', includeCommandLineAPI: true, returnByValue: true}));11 Protocol.Runtime.evaluate({expression: 'this.keys = keys', includeCommandLineAPI: true});12 InspectorTest.logMessage(await Protocol.Runtime.evaluate({13 expression: 'this.keys({a : 1})', returnByValue: true}));14 },15 async function testInspect() {16 InspectorTest.log(await Protocol.Runtime.evaluate({expression: 'inspect', includeCommandLineAPI: true}));17 await Protocol.Runtime.enable();18 Protocol.Runtime.onInspectRequested(InspectorTest.logMessage);19 await Protocol.Runtime.evaluate({expression: 'inspect({})', includeCommandLineAPI: true});20 await Protocol.Runtime.evaluate({expression: 'inspect(239)', includeCommandLineAPI: true});21 await Protocol.Runtime.evaluate({expression: 'inspect(-0)', includeCommandLineAPI: true});22 await Protocol.Runtime.evaluate({expression: 'copy(\'hello\')', includeCommandLineAPI: true});23 InspectorTest.logMessage(await Protocol.Runtime.evaluate({expression: '$0', includeCommandLineAPI: true}));24 Protocol.Runtime.evaluate({expression: 'this.inspect = inspect', includeCommandLineAPI: true});25 await Protocol.Runtime.evaluate({expression: 'this.inspect({})'});26 Protocol.Runtime.onInspectRequested(null);27 await Protocol.Runtime.disable();28 },29 async function testQueryObjects() {30 InspectorTest.logMessage(await Protocol.Runtime.evaluate({expression: 'queryObjects', includeCommandLineAPI: true}));31 await Protocol.Runtime.enable();32 let {result:{result:{objectId}}} = await Protocol.Runtime.evaluate({expression: 'Promise.prototype'});33 Protocol.Runtime.evaluate({expression: 'queryObjects(Promise)', includeCommandLineAPI: true});34 let request = await Protocol.Runtime.onceInspectRequested();35 InspectorTest.logMessage(request);36 InspectorTest.logMessage('Is Promise.prototype: ' + await isEqual(objectId, request.params.object.objectId));37 Protocol.Runtime.evaluate({expression: 'queryObjects(Promise.prototype)', includeCommandLineAPI: true});38 request = await Protocol.Runtime.onceInspectRequested();39 InspectorTest.logMessage(request);40 InspectorTest.logMessage('Is Promise.prototype: ' + await isEqual(objectId, request.params.object.objectId));41 ({result:{result:{objectId}}} = await Protocol.Runtime.evaluate({expression:'p = {a:1}'}));42 Protocol.Runtime.evaluate({expression: 'queryObjects(p)', includeCommandLineAPI: true});43 request = await Protocol.Runtime.onceInspectRequested();44 InspectorTest.logMessage(request);45 InspectorTest.logMessage('Is p: ' + await isEqual(objectId, request.params.object.objectId));46 Protocol.Runtime.evaluate({expression: 'queryObjects(1)', includeCommandLineAPI: true});47 InspectorTest.logMessage(await Protocol.Runtime.onceInspectRequested());48 await Protocol.Runtime.disable();49 },50 async function testEvaluationResult() {51 InspectorTest.logMessage(await Protocol.Runtime.evaluate({expression: '$_', includeCommandLineAPI: true}));52 await Protocol.Runtime.evaluate({expression: '42', objectGroup: 'console', includeCommandLineAPI: true});53 InspectorTest.logMessage(await Protocol.Runtime.evaluate({expression: '$_', includeCommandLineAPI: true}));54 await Protocol.Runtime.evaluate({expression: '239', includeCommandLineAPI: true});55 InspectorTest.logMessage(await Protocol.Runtime.evaluate({expression: '$_', includeCommandLineAPI: true}));56 await Protocol.Runtime.evaluate({expression: '-0', objectGroup: 'console', includeCommandLineAPI: true});57 InspectorTest.logMessage(await Protocol.Runtime.evaluate({expression: '$_', includeCommandLineAPI: true}));58 await Protocol.Runtime.evaluate({expression: '({})', objectGroup: 'console', includeCommandLineAPI: true});59 InspectorTest.logMessage(await Protocol.Runtime.evaluate({expression: '$_', includeCommandLineAPI: true, returnByValue: true}));60 },61 async function testDebug() {62 session.setupScriptMap();63 await Protocol.Debugger.enable();64 InspectorTest.logMessage(await Protocol.Runtime.evaluate({expression: 'debug', includeCommandLineAPI: true}));65 InspectorTest.logMessage(await Protocol.Runtime.evaluate({expression: 'undebug', includeCommandLineAPI: true}));66 await Protocol.Runtime.evaluate({expression: 'function foo() {}'});67 await Protocol.Runtime.evaluate({expression: 'debug(foo)', includeCommandLineAPI: true});68 Protocol.Runtime.evaluate({ expression: 'foo()'});69 let message = await Protocol.Debugger.oncePaused();70 session.logCallFrames(message.params.callFrames);71 InspectorTest.logMessage(message.params.hitBreakpoints);72 InspectorTest.logMessage(message.params.reason);73 await Protocol.Debugger.resume();74 await Protocol.Runtime.evaluate({expression: 'undebug(foo)', includeCommandLineAPI: true});75 await Protocol.Runtime.evaluate({ expression: 'foo()'});76 Protocol.Runtime.evaluate({77 expression: 'this.debug = debug; this.undebug = undebug;', includeCommandLineAPI: true});78 await Protocol.Runtime.evaluate({expression: 'this.debug(foo)'});79 Protocol.Runtime.evaluate({ expression: 'foo()'});80 message = await Protocol.Debugger.oncePaused();81 session.logCallFrames(message.params.callFrames);82 InspectorTest.logMessage(message.params.hitBreakpoints);83 InspectorTest.logMessage(message.params.reason);84 await Protocol.Debugger.resume();85 await Protocol.Runtime.evaluate({expression: 'this.undebug(foo)'});86 await Protocol.Runtime.evaluate({expression: 'foo()'});87 /​/​ Test builtin.88 await Protocol.Runtime.evaluate({expression: 'function toUpper(x) { return x.toUpperCase() }'});89 await Protocol.Runtime.evaluate({expression: 'debug(String.prototype.toUpperCase)', includeCommandLineAPI: true});90 Protocol.Runtime.evaluate({ expression: 'toUpper("first call")'});91 message = await Protocol.Debugger.oncePaused();92 session.logCallFrames(message.params.callFrames);93 InspectorTest.logMessage(message.params.hitBreakpoints);94 InspectorTest.logMessage(message.params.reason);95 await Protocol.Debugger.resume();96 await Protocol.Runtime.evaluate({expression: 'undebug(String.prototype.toUpperCase)', includeCommandLineAPI: true});97 await Protocol.Runtime.evaluate({ expression: 'toUpper("second call")'});98 /​/​ Test API callback.99 await Protocol.Runtime.evaluate({expression: 'function callSetTimeout() { setTimeout(function(){}, 0) }'});100 await Protocol.Runtime.evaluate({expression: 'debug(setTimeout)', includeCommandLineAPI: true});101 Protocol.Runtime.evaluate({ expression: 'callSetTimeout()'});102 message = await Protocol.Debugger.oncePaused();103 session.logCallFrames(message.params.callFrames);104 InspectorTest.logMessage(message.params.hitBreakpoints);105 InspectorTest.logMessage(message.params.reason);106 let breakpointId = message.params.hitBreakpoints[0];107 await Protocol.Debugger.resume();108 await Protocol.Runtime.evaluate({expression: 'undebug(setTimeout)', includeCommandLineAPI: true});109 await Protocol.Runtime.evaluate({ expression: 'callSetTimeout()'});110 /​/​ Test remove break via protocol.111 await Protocol.Runtime.evaluate({expression: 'function callSetTimeout() { setTimeout(function(){}, 0) }'});112 await Protocol.Runtime.evaluate({expression: 'debug(setTimeout)', includeCommandLineAPI: true});113 Protocol.Runtime.evaluate({ expression: 'callSetTimeout()'});114 message = await Protocol.Debugger.oncePaused();115 session.logCallFrames(message.params.callFrames);116 InspectorTest.logMessage(message.params.hitBreakpoints);117 InspectorTest.logMessage(message.params.reason);118 await Protocol.Debugger.resume();119 await Protocol.Debugger.removeBreakpoint({breakpointId});120 await Protocol.Runtime.evaluate({ expression: 'callSetTimeout()'});121 /​/​ Test condition.122 await Protocol.Runtime.evaluate({expression: 'function fromCharCode(...args) { String.fromCharCode(...args) }'});123 await Protocol.Runtime.evaluate({expression: 'debug(String.fromCharCode, "arguments.length == 3")'});124 Protocol.Runtime.evaluate({ expression: 'fromCharCode("1", "2", "3")'});125 message = await Protocol.Debugger.oncePaused();126 session.logCallFrames(message.params.callFrames);127 InspectorTest.logMessage(message.params.hitBreakpoints);128 InspectorTest.logMessage(message.params.reason);129 await Protocol.Runtime.evaluate({expression: 'undebug(String.fromCharCode)'});130 await Protocol.Runtime.evaluate({ expression: 'fromCharCode()'});131 await Protocol.Debugger.disable();132 },133 async function testMonitor() {134 await Protocol.Debugger.enable();135 await Protocol.Runtime.enable();136 Protocol.Runtime.onConsoleAPICalled(message => InspectorTest.log(message.params.args[0].value));137 InspectorTest.logMessage(await Protocol.Runtime.evaluate({expression: 'monitor', includeCommandLineAPI: true}));138 InspectorTest.logMessage(await Protocol.Runtime.evaluate({expression: 'unmonitor', includeCommandLineAPI: true}));139 await Protocol.Runtime.evaluate({expression: 'function foo() {}'});140 await Protocol.Runtime.evaluate({expression: 'monitor(foo)', includeCommandLineAPI: true});141 Protocol.Runtime.evaluate({ expression: 'foo(); console.log(\'after first call\')'});142 await Protocol.Runtime.evaluate({expression: 'unmonitor(foo)', includeCommandLineAPI: true});143 await Protocol.Runtime.evaluate({ expression: 'foo()'});144 Protocol.Runtime.evaluate({145 expression: 'console.log(\'store functions..\'); this.monitor = monitor; this.unmonitor = unmonitor;', includeCommandLineAPI: true});146 await Protocol.Runtime.evaluate({expression: 'this.monitor(foo)'});147 Protocol.Runtime.evaluate({ expression: 'foo(); console.log(\'after first call\')'});148 await Protocol.Runtime.evaluate({expression: 'this.unmonitor(foo)'});149 await Protocol.Runtime.evaluate({ expression: 'foo()'});150 /​/​ Test builtin.151 await Protocol.Runtime.evaluate({expression: 'function fromCharCode(...args) { String.fromCharCode(...args) }'});152 await Protocol.Runtime.evaluate({expression: 'monitor(String.fromCharCode)'});153 Protocol.Runtime.evaluate({ expression: 'fromCharCode("1", "2", "3")'});154 await Protocol.Runtime.evaluate({expression: 'unmonitor(String.fromCharCode)'});155 await Protocol.Runtime.evaluate({ expression: 'fromCharCode()'});156 Protocol.Runtime.onConsoleAPICalled(null);157 await Protocol.Debugger.disable();158 await Protocol.Runtime.disable();159 },160 async function testProfile() {161 await Protocol.Profiler.enable();162 InspectorTest.logMessage(await Protocol.Runtime.evaluate({expression: 'profile', includeCommandLineAPI: true}));163 InspectorTest.logMessage(await Protocol.Runtime.evaluate({expression: 'profileEnd', includeCommandLineAPI: true}));164 Protocol.Runtime.evaluate({expression: 'profile(42)', includeCommandLineAPI: true});165 InspectorTest.logMessage(await Protocol.Profiler.onceConsoleProfileStarted());166 Protocol.Runtime.evaluate({expression: 'profileEnd(42)', includeCommandLineAPI: true});167 let message = await Protocol.Profiler.onceConsoleProfileFinished();168 message.params.profile = '<profile>';169 InspectorTest.logMessage(message);170 Protocol.Runtime.evaluate({171 expression: 'this.profile = profile; this.profileEnd = profileEnd;', includeCommandLineAPI: true});172 Protocol.Runtime.evaluate({expression: 'this.profile(239)'});173 InspectorTest.logMessage(await Protocol.Profiler.onceConsoleProfileStarted());174 Protocol.Runtime.evaluate({expression: 'this.profileEnd(239)'});175 message = await Protocol.Profiler.onceConsoleProfileFinished();176 message.params.profile = '<profile>';177 InspectorTest.logMessage(message);178 await Protocol.Profiler.disable();179 },180 async function testDir() {181 InspectorTest.logMessage(await Protocol.Runtime.evaluate({expression: 'dir', includeCommandLineAPI: true}));182 await Protocol.Runtime.enable();183 Protocol.Runtime.evaluate({expression: 'dir({})', includeCommandLineAPI: true});184 InspectorTest.logMessage(await Protocol.Runtime.onceConsoleAPICalled());185 Protocol.Runtime.evaluate({expression: 'dir(42)', includeCommandLineAPI: true});186 InspectorTest.logMessage(await Protocol.Runtime.onceConsoleAPICalled());187 Protocol.Runtime.evaluate({expression: 'this.dir = dir', includeCommandLineAPI: true});188 Protocol.Runtime.evaluate({expression: 'this.dir({})'});189 InspectorTest.logMessage(await Protocol.Runtime.onceConsoleAPICalled());190 await Protocol.Runtime.disable();191 },192 async function testDirXML() {193 InspectorTest.logMessage(await Protocol.Runtime.evaluate({expression: 'dirxml', includeCommandLineAPI: true}));194 await Protocol.Runtime.enable();195 Protocol.Runtime.evaluate({expression: 'dirxml({})', includeCommandLineAPI: true});196 InspectorTest.logMessage(await Protocol.Runtime.onceConsoleAPICalled());197 Protocol.Runtime.evaluate({expression: 'dirxml(42)', includeCommandLineAPI: true});198 InspectorTest.logMessage(await Protocol.Runtime.onceConsoleAPICalled());199 await Protocol.Runtime.disable();200 },201 async function testTable() {202 InspectorTest.logMessage(await Protocol.Runtime.evaluate({expression: 'table', includeCommandLineAPI: true}));203 await Protocol.Runtime.enable();204 Protocol.Runtime.evaluate({expression: 'table({})', includeCommandLineAPI: true});205 InspectorTest.logMessage(await Protocol.Runtime.onceConsoleAPICalled());206 Protocol.Runtime.evaluate({expression: 'table(42)', includeCommandLineAPI: true});207 InspectorTest.logMessage(await Protocol.Runtime.onceConsoleAPICalled());208 await Protocol.Runtime.disable();209 },210 async function testClear() {211 InspectorTest.logMessage(await Protocol.Runtime.evaluate({expression: 'clear', includeCommandLineAPI: true}));212 await Protocol.Runtime.enable();213 Protocol.Runtime.evaluate({expression: 'clear()', includeCommandLineAPI: true});214 InspectorTest.logMessage(await Protocol.Runtime.onceConsoleAPICalled());215 Protocol.Runtime.evaluate({expression: 'this.clear = clear', includeCommandLineAPI: true});216 Protocol.Runtime.evaluate({expression: 'this.clear()'});217 InspectorTest.logMessage(await Protocol.Runtime.onceConsoleAPICalled());218 await Protocol.Runtime.disable();219 }220]);221async function isEqual(objectId1, objectId2) {222 return (await Protocol.Runtime.callFunctionOn({223 objectId: objectId1,224 functionDeclaration: 'function(arg){return this === arg;}',225 returnByValue: true,226 arguments: [{objectId: objectId2}]227 })).result.result.value;...

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stepping-with-natives-and-frameworks.js

Source:stepping-with-natives-and-frameworks.js Github

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1/​/​ Copyright 2017 the V8 project authors. All rights reserved.2/​/​ Use of this source code is governed by a BSD-style license that can be3/​/​ found in the LICENSE file.4let {session, contextGroup, Protocol} = InspectorTest.start('Stepping with natives and frameworks.');5contextGroup.addScript(`6function callAll() {7 for (var f of arguments)8 f();9}10/​/​# sourceURL=framework.js`);11session.setupScriptMap();12InspectorTest.logProtocolCommandCalls('Debugger.pause');13InspectorTest.logProtocolCommandCalls('Debugger.stepInto');14InspectorTest.logProtocolCommandCalls('Debugger.stepOver');15InspectorTest.logProtocolCommandCalls('Debugger.stepOut');16InspectorTest.logProtocolCommandCalls('Debugger.resume');17Protocol.Debugger.enable();18Protocol.Debugger.setBlackboxPatterns({patterns: ['framework\.js']});19InspectorTest.runAsyncTestSuite([20 async function testNativeCodeStepOut() {21 Protocol.Debugger.pause();22 Protocol.Runtime.evaluate({expression: '[1,2].map(v => v);'});23 await logPauseLocation(await Protocol.Debugger.oncePaused());24 Protocol.Debugger.stepInto();25 await logPauseLocation(await Protocol.Debugger.oncePaused());26 Protocol.Debugger.stepOut();27 await logPauseLocation(await Protocol.Debugger.oncePaused());28 await Protocol.Debugger.resume();29 },30 async function testNativeCodeStepOver() {31 Protocol.Debugger.pause();32 Protocol.Runtime.evaluate({expression: '[1,2].map(v => v);'});33 await logPauseLocation(await Protocol.Debugger.oncePaused());34 Protocol.Debugger.stepInto();35 await logPauseLocation(await Protocol.Debugger.oncePaused());36 Protocol.Debugger.stepOver();37 await logPauseLocation(await Protocol.Debugger.oncePaused());38 Protocol.Debugger.stepOver();39 await logPauseLocation(await Protocol.Debugger.oncePaused());40 Protocol.Debugger.stepOver();41 await logPauseLocation(await Protocol.Debugger.oncePaused());42 Protocol.Debugger.stepOver();43 await logPauseLocation(await Protocol.Debugger.oncePaused());44 await Protocol.Debugger.resume();45 },46 async function testNativeCodeStepInto() {47 Protocol.Debugger.pause();48 Protocol.Runtime.evaluate({expression: '[1,2].map(v => v);'});49 await logPauseLocation(await Protocol.Debugger.oncePaused());50 Protocol.Debugger.stepInto();51 await logPauseLocation(await Protocol.Debugger.oncePaused());52 Protocol.Debugger.stepInto();53 await logPauseLocation(await Protocol.Debugger.oncePaused());54 Protocol.Debugger.stepInto();55 await logPauseLocation(await Protocol.Debugger.oncePaused());56 Protocol.Debugger.stepInto();57 await logPauseLocation(await Protocol.Debugger.oncePaused());58 Protocol.Debugger.stepInto();59 await logPauseLocation(await Protocol.Debugger.oncePaused());60 await Protocol.Debugger.resume();61 },62 async function testFrameworkCodeStepInto() {63 Protocol.Debugger.pause();64 Protocol.Runtime.evaluate({expression: 'callAll(() => 1, () => 2);'});65 await logPauseLocation(await Protocol.Debugger.oncePaused());66 Protocol.Debugger.stepInto();67 await logPauseLocation(await Protocol.Debugger.oncePaused());68 Protocol.Debugger.stepInto();69 await logPauseLocation(await Protocol.Debugger.oncePaused());70 Protocol.Debugger.stepInto();71 await logPauseLocation(await Protocol.Debugger.oncePaused());72 Protocol.Debugger.stepInto();73 await logPauseLocation(await Protocol.Debugger.oncePaused());74 Protocol.Debugger.stepInto();75 await logPauseLocation(await Protocol.Debugger.oncePaused());76 await Protocol.Debugger.resume();77 },78 async function testFrameworkCodeStepOver() {79 Protocol.Debugger.pause();80 Protocol.Runtime.evaluate({expression: 'callAll(() => 1, () => 2);'});81 await logPauseLocation(await Protocol.Debugger.oncePaused());82 Protocol.Debugger.stepInto();83 await logPauseLocation(await Protocol.Debugger.oncePaused());84 Protocol.Debugger.stepOver();85 await logPauseLocation(await Protocol.Debugger.oncePaused());86 Protocol.Debugger.stepOver();87 await logPauseLocation(await Protocol.Debugger.oncePaused());88 Protocol.Debugger.stepOver();89 await logPauseLocation(await Protocol.Debugger.oncePaused());90 Protocol.Debugger.stepOver();91 await logPauseLocation(await Protocol.Debugger.oncePaused());92 await Protocol.Debugger.resume();93 },94 async function testFrameworkCodeStepOut() {95 Protocol.Debugger.pause();96 Protocol.Runtime.evaluate({expression: 'callAll(() => 1, () => 2);'});97 await logPauseLocation(await Protocol.Debugger.oncePaused());98 Protocol.Debugger.stepInto();99 await logPauseLocation(await Protocol.Debugger.oncePaused());100 Protocol.Debugger.stepOut();101 await logPauseLocation(await Protocol.Debugger.oncePaused());102 Protocol.Debugger.stepOut();103 await logPauseLocation(await Protocol.Debugger.oncePaused());104 await Protocol.Debugger.resume();105 },106 async function testFrameworkNextCallDeeperStepOut() {107 Protocol.Debugger.pause();108 Protocol.Runtime.evaluate({109 expression: 'callAll(() => 1, callAll.bind(null, () => 2));'});110 await logPauseLocation(await Protocol.Debugger.oncePaused());111 Protocol.Debugger.stepInto();112 await logPauseLocation(await Protocol.Debugger.oncePaused());113 Protocol.Debugger.stepOut();114 await logPauseLocation(await Protocol.Debugger.oncePaused());115 Protocol.Debugger.stepOut();116 await logPauseLocation(await Protocol.Debugger.oncePaused());117 await Protocol.Debugger.resume();118 },119 async function testFrameworkNextCallDeeperStepOutSameFunction() {120 await Protocol.Runtime.evaluate({expression: 'foo = () => 1'});121 Protocol.Debugger.pause();122 Protocol.Runtime.evaluate({123 expression: 'callAll(foo, callAll.bind(null, foo));'});124 await logPauseLocation(await Protocol.Debugger.oncePaused());125 Protocol.Debugger.stepInto();126 await logPauseLocation(await Protocol.Debugger.oncePaused());127 Protocol.Debugger.stepOut();128 await logPauseLocation(await Protocol.Debugger.oncePaused());129 await Protocol.Debugger.resume();130 },131 async function testFrameworkNextCallDeeperStepInto() {132 Protocol.Debugger.pause();133 Protocol.Runtime.evaluate({134 expression: 'callAll(() => 1, callAll.bind(null, () => 2));'});135 await logPauseLocation(await Protocol.Debugger.oncePaused());136 Protocol.Debugger.stepInto();137 await logPauseLocation(await Protocol.Debugger.oncePaused());138 Protocol.Debugger.stepOver();139 await logPauseLocation(await Protocol.Debugger.oncePaused());140 Protocol.Debugger.stepOver();141 await logPauseLocation(await Protocol.Debugger.oncePaused());142 Protocol.Debugger.stepOver();143 await logPauseLocation(await Protocol.Debugger.oncePaused());144 Protocol.Debugger.stepOver();145 await logPauseLocation(await Protocol.Debugger.oncePaused());146 await Protocol.Debugger.resume();147 },148 async function testFrameworkNextCallDeeperStepOver() {149 Protocol.Debugger.pause();150 Protocol.Runtime.evaluate({151 expression: 'callAll(() => 1, callAll.bind(null, () => 2));'});152 await logPauseLocation(await Protocol.Debugger.oncePaused());153 Protocol.Debugger.stepInto();154 await logPauseLocation(await Protocol.Debugger.oncePaused());155 Protocol.Debugger.stepOver();156 await logPauseLocation(await Protocol.Debugger.oncePaused());157 Protocol.Debugger.stepOver();158 await logPauseLocation(await Protocol.Debugger.oncePaused());159 Protocol.Debugger.stepOver();160 await logPauseLocation(await Protocol.Debugger.oncePaused());161 Protocol.Debugger.stepOver();162 await logPauseLocation(await Protocol.Debugger.oncePaused());163 await Protocol.Debugger.resume();164 },165 async function testFrameworkCurrentCallDeeperStepOut() {166 Protocol.Debugger.pause();167 Protocol.Runtime.evaluate({168 expression: 'callAll(callAll.bind(null, () => 1), () => 2);'});169 await logPauseLocation(await Protocol.Debugger.oncePaused());170 Protocol.Debugger.stepInto();171 await logPauseLocation(await Protocol.Debugger.oncePaused());172 Protocol.Debugger.stepOut();173 await logPauseLocation(await Protocol.Debugger.oncePaused());174 Protocol.Debugger.stepOut();175 await logPauseLocation(await Protocol.Debugger.oncePaused());176 await Protocol.Debugger.resume();177 },178 async function testFrameworkCurrentCallDeeperStepOutSameFunction() {179 await Protocol.Runtime.evaluate({expression: 'foo = () => 1'});180 Protocol.Debugger.pause();181 Protocol.Runtime.evaluate({182 expression: 'callAll(callAll.bind(null, foo), foo);'});183 await logPauseLocation(await Protocol.Debugger.oncePaused());184 Protocol.Debugger.stepInto();185 await logPauseLocation(await Protocol.Debugger.oncePaused());186 Protocol.Debugger.stepOut();187 await logPauseLocation(await Protocol.Debugger.oncePaused());188 await Protocol.Debugger.resume();189 },190 async function testFrameworkCurrentCallDeeperStepOver() {191 Protocol.Debugger.pause();192 Protocol.Runtime.evaluate({193 expression: 'callAll(callAll.bind(null, () => 1), () => 2);'});194 await logPauseLocation(await Protocol.Debugger.oncePaused());195 Protocol.Debugger.stepInto();196 await logPauseLocation(await Protocol.Debugger.oncePaused());197 Protocol.Debugger.stepOver();198 await logPauseLocation(await Protocol.Debugger.oncePaused());199 Protocol.Debugger.stepOver();200 await logPauseLocation(await Protocol.Debugger.oncePaused());201 Protocol.Debugger.stepOver();202 await logPauseLocation(await Protocol.Debugger.oncePaused());203 Protocol.Debugger.stepOver();204 await logPauseLocation(await Protocol.Debugger.oncePaused());205 await Protocol.Debugger.resume();206 },207 async function testFrameworkCurrentCallDeeperStepInto() {208 Protocol.Debugger.pause();209 Protocol.Runtime.evaluate({210 expression: 'callAll(callAll.bind(null, () => 1), () => 2);'});211 await logPauseLocation(await Protocol.Debugger.oncePaused());212 Protocol.Debugger.stepInto();213 await logPauseLocation(await Protocol.Debugger.oncePaused());214 Protocol.Debugger.stepInto();215 await logPauseLocation(await Protocol.Debugger.oncePaused());216 Protocol.Debugger.stepInto();217 await logPauseLocation(await Protocol.Debugger.oncePaused());218 Protocol.Debugger.stepInto();219 await logPauseLocation(await Protocol.Debugger.oncePaused());220 Protocol.Debugger.stepInto();221 await logPauseLocation(await Protocol.Debugger.oncePaused());222 await Protocol.Debugger.resume();223 },224 async function testFrameworkStepOverMixed() {225 await Protocol.Runtime.evaluate({expression: 'foo = () => 1'});226 Protocol.Debugger.pause();227 Protocol.Runtime.evaluate({228 expression: 'callAll(foo, foo, () => 2);'});229 await logPauseLocation(await Protocol.Debugger.oncePaused());230 Protocol.Debugger.stepInto();231 await logPauseLocation(await Protocol.Debugger.oncePaused());232 Protocol.Debugger.stepOver();233 await logPauseLocation(await Protocol.Debugger.oncePaused());234 Protocol.Debugger.stepOver();235 await logPauseLocation(await Protocol.Debugger.oncePaused());236 Protocol.Debugger.stepOver();237 await logPauseLocation(await Protocol.Debugger.oncePaused());238 Protocol.Debugger.stepOver();239 await logPauseLocation(await Protocol.Debugger.oncePaused());240 Protocol.Debugger.stepOver();241 await logPauseLocation(await Protocol.Debugger.oncePaused());242 Protocol.Debugger.stepOver();243 await logPauseLocation(await Protocol.Debugger.oncePaused());244 await Protocol.Debugger.resume();245 },246 async function testFrameworkStepOutMixed() {247 await Protocol.Runtime.evaluate({expression: 'foo = () => 1'});248 Protocol.Debugger.pause();249 Protocol.Runtime.evaluate({250 expression: 'callAll(foo, foo, () => 2);'});251 await logPauseLocation(await Protocol.Debugger.oncePaused());252 Protocol.Debugger.stepInto();253 await logPauseLocation(await Protocol.Debugger.oncePaused());254 Protocol.Debugger.stepOut();255 await logPauseLocation(await Protocol.Debugger.oncePaused());256 Protocol.Debugger.stepOut();257 await logPauseLocation(await Protocol.Debugger.oncePaused());258 await Protocol.Debugger.resume();259 },260 async function testStepOutFrameworkSameFunctionAtReturn() {261 await Protocol.Runtime.evaluate({expression: 'foo = () => 1'});262 Protocol.Debugger.pause();263 Protocol.Runtime.evaluate({264 expression: 'callAll(foo, foo, () => 2);'});265 await logPauseLocation(await Protocol.Debugger.oncePaused());266 Protocol.Debugger.stepInto();267 await logPauseLocation(await Protocol.Debugger.oncePaused());268 Protocol.Debugger.stepOver();269 await logPauseLocation(await Protocol.Debugger.oncePaused());270 Protocol.Debugger.stepOut();271 await logPauseLocation(await Protocol.Debugger.oncePaused());272 Protocol.Debugger.stepOut();273 await logPauseLocation(await Protocol.Debugger.oncePaused());274 await Protocol.Debugger.resume();275 }276]);277function logPauseLocation(message) {278 return session.logSourceLocation(message.params.callFrames[0].location);...

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coverage-block.js

Source:coverage-block.js Github

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1/​/​ Copyright 2017 the V8 project authors. All rights reserved.2/​/​ Use of this source code is governed by a BSD-style license that can be3/​/​ found in the LICENSE file.4/​/​ Flags: --allow-natives-syntax --no-always-opt --opt5/​/​ Flags: --no-stress-flush-bytecode6/​/​ Flags: --no-stress-incremental-marking7var source =8`9function fib(x) {10 if (x < 2) return 1;11 return fib(x-1) + fib(x-2);12}13function is_optimized(f) {14 return (%GetOptimizationStatus(f) & 16) ? "optimized" : "unoptimized";15}16(function iife() {17 return 1;18})();19fib(5);20`;21var break_source =22`23function g() {24 debugger;25}26function f(x) {27 if (x == 0) g();28 else f(x - 1);29}30function h() {31 g();32}33f(3);34`;35var nested =36`37var f = (function outer() {38 function nested_0() {39 return function nested_1() {40 return function nested_2() {41 return function nested_3() {}42 }43 }44 }45 function nested_4() {}46 return nested_0();47})();48f()()();49`;50let {session, contextGroup, Protocol} = InspectorTest.start("Test collecting code coverage data with Profiler.collectCoverage.");51function ClearAndGC() {52 return Protocol.Runtime.evaluate({ expression: "fib = g = f = h = is_optimized = null;" })53 .then(GC);54}55function GC() {56 return Protocol.HeapProfiler.collectGarbage();57}58function LogSorted(message) {59 message.result.result.sort((a, b) => parseInt(a.scriptId) - parseInt(b.scriptId));60 return InspectorTest.logMessage(message);61}62InspectorTest.runTestSuite([63 function testPreciseCountBaseline(next)64 {65 Protocol.Runtime.enable()66 .then(() => Protocol.Runtime.compileScript({ expression: source, sourceURL: arguments.callee.name, persistScript: true }))67 .then((result) => Protocol.Runtime.runScript({ scriptId: result.result.scriptId }))68 .then(GC)69 .then(Protocol.Profiler.enable)70 .then(() => Protocol.Profiler.startPreciseCoverage({callCount: true, detailed: true}))71 .then(Protocol.Profiler.takePreciseCoverage)72 .then(LogSorted)73 .then(Protocol.Profiler.takePreciseCoverage)74 .then(LogSorted)75 .then(Protocol.Profiler.stopPreciseCoverage)76 .then(Protocol.Profiler.disable)77 .then(Protocol.Runtime.disable)78 .then(ClearAndGC)79 .then(next);80 },81 function testPreciseCountCoverage(next)82 {83 Protocol.Runtime.enable()84 .then(Protocol.Profiler.enable)85 .then(() => Protocol.Profiler.startPreciseCoverage({callCount: true, detailed: true}))86 .then(() => Protocol.Runtime.compileScript({ expression: source, sourceURL: arguments.callee.name, persistScript: true }))87 .then((result) => Protocol.Runtime.runScript({ scriptId: result.result.scriptId }))88 .then(InspectorTest.logMessage)89 .then(ClearAndGC)90 .then(Protocol.Profiler.takePreciseCoverage)91 .then(LogSorted)92 .then(Protocol.Profiler.takePreciseCoverage)93 .then(LogSorted)94 .then(Protocol.Profiler.stopPreciseCoverage)95 .then(Protocol.Profiler.disable)96 .then(Protocol.Runtime.disable)97 .then(ClearAndGC)98 .then(next);99 },100 function testPreciseCountCoverageIncremental(next)101 {102 Protocol.Runtime.enable()103 .then(Protocol.Profiler.enable)104 .then(() => Protocol.Profiler.startPreciseCoverage({callCount: true, detailed: true}))105 .then(() => Protocol.Runtime.compileScript({ expression: source, sourceURL: arguments.callee.name, persistScript: true }))106 .then((result) => Protocol.Runtime.runScript({ scriptId: result.result.scriptId }))107 .then(InspectorTest.logMessage)108 .then(Protocol.Profiler.takePreciseCoverage)109 .then(LogSorted)110 .then(() => Protocol.Runtime.evaluate({ expression: "is_optimized(fib)" }))111 .then(message => InspectorTest.logMessage(message))112 .then(() => Protocol.Runtime.evaluate({ expression: "fib(20)" }))113 .then(message => InspectorTest.logMessage(message))114 .then(() => Protocol.Runtime.evaluate({ expression: "is_optimized(fib)" }))115 .then(message => InspectorTest.logMessage(message))116 .then(Protocol.Profiler.takePreciseCoverage)117 .then(LogSorted)118 .then(Protocol.Profiler.stopPreciseCoverage)119 .then(Protocol.Profiler.disable)120 .then(Protocol.Runtime.disable)121 .then(ClearAndGC)122 .then(next);123 },124 function testPreciseCoverageFail(next)125 {126 Protocol.Runtime.enable()127 .then(Protocol.Profiler.enable)128 .then(() => Protocol.Runtime.compileScript({ expression: source, sourceURL: arguments.callee.name, persistScript: true }))129 .then((result) => Protocol.Runtime.runScript({ scriptId: result.result.scriptId }))130 .then(InspectorTest.logMessage)131 .then(ClearAndGC)132 .then(Protocol.Profiler.takePreciseCoverage)133 .then(InspectorTest.logMessage)134 .then(Protocol.Profiler.disable)135 .then(Protocol.Runtime.disable)136 .then(ClearAndGC)137 .then(next);138 },139 function testBestEffortCoverage(next)140 {141 Protocol.Runtime.enable()142 .then(() => Protocol.Runtime.compileScript({ expression: source, sourceURL: arguments.callee.name, persistScript: true }))143 .then((result) => Protocol.Runtime.runScript({ scriptId: result.result.scriptId }))144 .then(InspectorTest.logMessage)145 .then(ClearAndGC)146 .then(Protocol.Profiler.getBestEffortCoverage)147 .then(LogSorted)148 .then(Protocol.Profiler.getBestEffortCoverage)149 .then(LogSorted)150 .then(Protocol.Runtime.disable)151 .then(ClearAndGC)152 .then(next);153 },154 function testBestEffortCoverageWithPreciseBinaryEnabled(next)155 {156 Protocol.Runtime.enable()157 .then(Protocol.Profiler.enable)158 .then(() => Protocol.Profiler.startPreciseCoverage({detailed: true}))159 .then(() => Protocol.Runtime.compileScript({ expression: source, sourceURL: arguments.callee.name, persistScript: true }))160 .then((result) => Protocol.Runtime.runScript({ scriptId: result.result.scriptId }))161 .then(InspectorTest.logMessage)162 .then(ClearAndGC)163 .then(Protocol.Profiler.getBestEffortCoverage)164 .then(LogSorted)165 .then(Protocol.Profiler.getBestEffortCoverage)166 .then(LogSorted)167 .then(ClearAndGC)168 .then(Protocol.Profiler.stopPreciseCoverage)169 .then(Protocol.Profiler.disable)170 .then(Protocol.Runtime.disable)171 .then(ClearAndGC)172 .then(next);173 },174 function testBestEffortCoverageWithPreciseCountEnabled(next)175 {176 Protocol.Runtime.enable()177 .then(Protocol.Profiler.enable)178 .then(() => Protocol.Profiler.startPreciseCoverage({callCount: true, detailed: true}))179 .then(() => Protocol.Runtime.compileScript({ expression: source, sourceURL: arguments.callee.name, persistScript: true }))180 .then((result) => Protocol.Runtime.runScript({ scriptId: result.result.scriptId }))181 .then(InspectorTest.logMessage)182 .then(ClearAndGC)183 .then(Protocol.Profiler.getBestEffortCoverage)184 .then(LogSorted)185 .then(Protocol.Profiler.getBestEffortCoverage)186 .then(LogSorted)187 .then(ClearAndGC)188 .then(Protocol.Profiler.stopPreciseCoverage)189 .then(Protocol.Profiler.disable)190 .then(Protocol.Runtime.disable)191 .then(ClearAndGC)192 .then(next);193 },194 function testEnablePreciseCountCoverageAtPause(next)195 {196 function handleDebuggerPause() {197 Protocol.Profiler.enable()198 .then(() => Protocol.Profiler.startPreciseCoverage({callCount: true, detailed: true}))199 .then(Protocol.Debugger.resume)200 }201 Protocol.Debugger.enable();202 Protocol.Debugger.oncePaused().then(handleDebuggerPause);203 Protocol.Runtime.enable()204 .then(() => Protocol.Runtime.compileScript({ expression: break_source, sourceURL: arguments.callee.name, persistScript: true }))205 .then((result) => Protocol.Runtime.runScript({ scriptId: result.result.scriptId }))206 .then(InspectorTest.logMessage)207 .then(ClearAndGC)208 .then(Protocol.Profiler.takePreciseCoverage)209 .then(LogSorted)210 .then(ClearAndGC)211 .then(Protocol.Profiler.stopPreciseCoverage)212 .then(Protocol.Profiler.disable)213 .then(Protocol.Runtime.disable)214 .then(Protocol.Debugger.disable)215 .then(ClearAndGC)216 .then(next);217 },218 function testPreciseBinaryCoverage(next)219 {220 Protocol.Runtime.enable()221 .then(Protocol.Profiler.enable)222 .then(() => Protocol.Profiler.startPreciseCoverage({detailed: true}))223 .then(() => Protocol.Runtime.compileScript({ expression: source, sourceURL: arguments.callee.name, persistScript: true }))224 .then((result) => Protocol.Runtime.runScript({ scriptId: result.result.scriptId }))225 .then(InspectorTest.logMessage)226 .then(Protocol.Profiler.takePreciseCoverage)227 .then(LogSorted)228 .then(() => Protocol.Runtime.evaluate({ expression: "is_optimized(fib)" }))229 .then(message => InspectorTest.logMessage(message))230 .then(() => Protocol.Runtime.evaluate({ expression: "fib(20)" }))231 .then(message => InspectorTest.logMessage(message))232 .then(() => Protocol.Runtime.evaluate({ expression: "is_optimized(fib)" }))233 .then(message => InspectorTest.logMessage(message))234 .then(Protocol.Profiler.takePreciseCoverage)235 .then(LogSorted)236 .then(Protocol.Profiler.stopPreciseCoverage)237 .then(Protocol.Profiler.disable)238 .then(Protocol.Runtime.disable)239 .then(ClearAndGC)240 .then(next);241 },242 function testPreciseEmptyScriptCoverageEntries(next)243 {244 /​/​ Enabling the debugger holds onto script objects even though its245 /​/​ functions can be garbage collected. We would get empty ScriptCoverage246 /​/​ entires unless we remove them.247 Protocol.Debugger.enable()248 .then(Protocol.Runtime.enable)249 .then(() => Protocol.Runtime.compileScript({ expression: source, sourceURL: arguments.callee.name, persistScript: true }))250 .then((result) => Protocol.Runtime.runScript({ scriptId: result.result.scriptId }))251 .then(ClearAndGC)252 .then(Protocol.Profiler.enable)253 .then(() => Protocol.Profiler.startPreciseCoverage({detailed: true}))254 .then(Protocol.Profiler.takePreciseCoverage)255 .then(LogSorted)256 .then(Protocol.Profiler.stopPreciseCoverage)257 .then(Protocol.Profiler.disable)258 .then(Protocol.Runtime.disable)259 .then(Protocol.Debugger.disable)260 .then(ClearAndGC)261 .then(next);262 },263 function testPreciseCountCoveragePartial(next)264 {265 Protocol.Runtime.enable()266 .then(Protocol.Profiler.enable)267 .then(() => Protocol.Profiler.startPreciseCoverage({callCount: true, detailed: true}))268 .then(() => Protocol.Runtime.compileScript({ expression: nested, sourceURL: arguments.callee.name, persistScript: true }))269 .then((result) => Protocol.Runtime.runScript({ scriptId: result.result.scriptId }))270 .then(InspectorTest.logMessage)271 .then(Protocol.Profiler.takePreciseCoverage)272 .then(LogSorted)273 .then(() => Protocol.Runtime.evaluate({ expression: "f()" }))274 .then(Protocol.Profiler.takePreciseCoverage)275 .then(LogSorted)276 .then(Protocol.Profiler.stopPreciseCoverage)277 .then(Protocol.Profiler.disable)278 .then(Protocol.Runtime.disable)279 .then(ClearAndGC)280 .then(next);281 },...

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