How to use uniqueArray method in fast-check-monorepo

Best JavaScript code snippet using fast-check-monorepo

index.js

Source:index.js Github

copy

Full Screen

1function climbingLeaderboard(ranked, player) {2 let playerRanking = [];3 let uniqueArray = [...new Set(ranked)];4 let updatedIdx = uniqueArray.length - 2;5 player.forEach((v) => {6 if (v < uniqueArray[uniqueArray.length - 1]) {7 playerRanking.push(uniqueArray.length + 1);8 } else if (v >= uniqueArray[0]) {9 playerRanking.push(1);10 } else {11 console.log("before:", updatedIdx);12 for (let j = updatedIdx; j >= 0; j--) {13 // console.log("values:", v, uniqueArray[j]);14 if (v < uniqueArray[j]) {15 console.log("if", uniqueArray, uniqueArray[j], j, v);16 // updatedIdx = uniqueArray.length - j;17 playerRanking.push(j + 2);18 updatedIdx = j;19 break;20 } else if (v === uniqueArray[j]) {21 console.log("e..i", uniqueArray, uniqueArray[j], j, v);22 // updatedIdx = j;23 playerRanking.push(j + 1);24 updatedIdx = j;25 break;26 }27 // updatedIdx = j;28 }29 console.log("after:", updatedIdx);30 }31 });32 // ranked in descending order and player is in ascending order33 return playerRanking;34}35output = climbingLeaderboard([100, 90, 90, 80], [70, 80, 105]);36// output = climbingLeaderboard([100, 100, 50, 40, 40, 20, 10], [5, 25, 50, 120]);37// output = climbingLeaderboard([100, 90, 90, 80, 75, 60], [50, 65, 77, 90, 102]);38console.log(output);39/**40 * 41 * 42 function climbingLeaderboard(ranked, player) {43 let playerRanking = [];44 let uniqueArray = [...new Set(ranked)];45 let updatedIdx = 1;46 player.forEach((v) => {47 if (v < uniqueArray[uniqueArray.length - 1]) {48 playerRanking.push(uniqueArray.length + 1);49 } else if (v > uniqueArray[0]) {50 playerRanking.push(1);51 } else {52 console.log("before:", updatedIdx);53 for (let j = uniqueArray.length - updatedIdx; j >= 1; j--) {54 // console.log("values:", v, uniqueArray[j]);55 if (v < uniqueArray[j]) {56 console.log("if", uniqueArray, uniqueArray[j], j, v);57 // playerRanking.push((uniqueArray.length - j) + 1);58 updatedIdx = j;59 playerRanking.push(j + 1 + 1);60 break;61 } else if (v === uniqueArray[j]) {62 console.log("e..i", uniqueArray, uniqueArray[j], j, v);63 updatedIdx = j;64 playerRanking.push(j + 1);65 break;66 }67 }68 console.log("after:", updatedIdx);69 }70 });71 // ranked in descending order and player is in ascending order72 return playerRanking;73}74 * 75 * 76 function climbingLeaderboard(ranked, player) {77 let playerRanking = [];78 let uniqueArray = [...new Set(ranked)];79 player.forEach((v) => {80 if (v < uniqueArray[uniqueArray.length - 1]) {81 playerRanking.push(uniqueArray.length + 1);82 } else if (v > uniqueArray[0]) {83 playerRanking.push(1);84 } else {85 // for (let j = uniqueArray.length - 2; j >= 1; j--) {86 for (let j = uniqueArray.length - 1; j >= 0; j--) {87 if (v < uniqueArray[j]) {88 console.log("if", uniqueArray, uniqueArray[j], j, v);89 // playerRanking.push((uniqueArray.length - j) + 1);90 playerRanking.push(j + 1 + 1);91 break;92 } else if (v === uniqueArray[j]) {93 console.log("e..i", uniqueArray, uniqueArray[j], j, v);94 playerRanking.push(j + 1);95 break;96 }97 }98 }99 });100 // ranked in descending order and player is in ascending order101 return playerRanking;102}103 * 104 * 105 function climbingLeaderboard(ranked, player) {106 let playerRanking = [];107 let uniqueArray = [...new Set(ranked)];108 uniqueArray.reverse();109 player.forEach((v) => {110 if (v > uniqueArray[uniqueArray.length - 1]) {111 playerRanking.push(1);112 } else if (v < uniqueArray[0]) {113 playerRanking.push(uniqueArray.length + 1);114 } else {115 // let idx = uniqueArray.findIndex((x) => v > x || v == x);116 let idx = uniqueArray.findIndex((x) => v < x);117 console.log(uniqueArray, idx, v);118 // playerRanking.push(idx);119 playerRanking.push(uniqueArray.length - idx + 1);120 }121 });122 // ranked in descending order and player is in ascending order123 return playerRanking;124}125 * 126 * 127 function climbingLeaderboard(ranked, player) {128 let playerRanking = [];129 let uniqueArray = [...new Set(ranked)];130 player.forEach((v) => {131 if (v < uniqueArray[uniqueArray.length - 1]) {132 playerRanking.push(uniqueArray.length + 1);133 } else if (v > uniqueArray[0]) {134 playerRanking.push(1);135 } else {136 // let idx = uniqueArray.findIndex((x) => v > x || v == x);137 let idx = uniqueArray.findIndex((x) => v >= x);138 console.log(uniqueArray, idx, v);139 playerRanking.push(idx + 1);140 }141 });142 // ranked in descending order and player is in ascending order143 return playerRanking;144}145 *146 * 147 function climbingLeaderboard(ranked, player) {148 let playerRanking = [];149 let uniqueArray = [...new Set(ranked)];150 console.log(uniqueArray, uniqueArray.length);151 player.reverse().forEach((v) => {152 // console.log(v);153 for (let j = 0; j < uniqueArray.length; j++) {154 console.log(v, uniqueArray[j]);155 if (v > uniqueArray[j]) {156 uniqueArray.splice(j, 0, v);157 console.log('if: ',v);158 // playerRanking.push(uniqueArray.indexOf(v) + 1);159 // break;160 } else if (v < uniqueArray[j] && j > uniqueArray.length-1) {161 uniqueArray.push(v);162 console.log('e..i: ',v);163 // playerRanking.push(uniqueArray.indexOf(v) + 1);164 // break;165 } else {166 // let idx = uniqueArray[uniqueArray.filter(n => n < v).length];167 // let idx = uniqueArray.filter((n,i) => uniqueArray.indexOf(n) === i && v < n).length168 let idx = uniqueArray.filter((n,i) => v < n).length169 console.log('if: '+v, ' idx: ', idx);170 uniqueArray.splice(idx, 0, v);171 // uniqueArray.splice(idx+1, 0, v);172 // playerRanking.push(uniqueArray.indexOf(v) + 1);173 }174 playerRanking.push(uniqueArray.indexOf(v) + 1);175 // playerRanking.push(uniqueArray.indexOf(v));176 console.log(uniqueArray);177 break;178 }179 });180 // ranked in descending order and player is in ascending order181 return playerRanking;182}183 * 184 * 185 function climbingLeaderboard(ranked, player) {186 let playerRanking = [];187 let uniqueArray = [...new Set(ranked)];188 console.log(uniqueArray, uniqueArray.length);189 player.reverse().forEach((v) => {190 // console.log(v);191 for (let j = 0; j < uniqueArray.length; j++) {192 console.log(v, uniqueArray[j]);193 if (v > uniqueArray[j]) {194 uniqueArray.splice(j, 0, v);195 // playerRanking.push(uniqueArray.indexOf(v) + 1);196 // break;197 } else if (v < uniqueArray[j] && j === uniqueArray.length - 1) {198 uniqueArray.push(v);199 // playerRanking.push(uniqueArray.indexOf(v) + 1);200 // break;201 } else {202 let idx = uniqueArray[uniqueArray.filter(n => n > v).length];203 console.log(idx);204 uniqueArray.splice(idx, 0, v);205 // playerRanking.push(uniqueArray.indexOf(v) + 1);206 // while (v < uniqueArray[j] && j < uniqueArray.length-1) {207 // if (v > uniqueArray[j]) {208 // uniqueArray.splice(j, 0, v);209 // playerRanking.push(j + 1);210 // break;211 // }212 // }213 214 // if(v > uniqueArray[j]) {215 // uniqueArray.splice(j, 0, v);216 // playerRanking.push(j+1);217 // }218 }219 playerRanking.push(uniqueArray.indexOf(v) + 1);220 console.log(uniqueArray);221 break;222 }223 });224 // ranked in descending order and player is in ascending order225 return playerRanking;226}227 * 228 * 229 function climbingLeaderboard(ranked, player) {230 let playerRanking = [];231 let max = ranked[0];232 let min = ranked[ranked.length - 1];233 let count = 0;234 player.map((v) => {235 let idx = ranked.indexOf(v);236 if (idx === -1) {237 if (v < min) {238 let r = ranked.filter((n, i) => ranked.indexOf(n) === i);239 console.log("if", r.length, r);240 ranked.push(v);241 playerRanking.push(r.length + 1);242 } else if (v > max) {243 playerRanking.push(1);244 ranked.unshift(v);245 console.log("e.f1", v);246 } else {247 let r = ranked.filter((n, i) => ranked.indexOf(n) === i && v < n);248 playerRanking.push(r.length + 1);249 ranked.splice(r.length + 1, 0, v);250 console.log("e.f2", r.length, r);251 }252 } else {253 console.log("else", v, idx);254 playerRanking.push(idx);255 // playerRanking.push(idx+1);256 ranked.splice(idx + 1, 0, v);257 }258 });259 // ranked in descending order and player is in ascending order260 return playerRanking;261}262 * 263 * 264 function climbingLeaderboard(ranked, player) {265 let playerRanking = [];266 let max = ranked[0];267 let min = ranked[ranked.length - 1];268 let count = 0;269 player.map((v) => {270 let idx = ranked.indexOf(v);271 if(idx == -1 && v < min) {272 // let r = ranked.filter(n => n > v);273 let r = ranked.filter((n,i) => ranked.indexOf(n) === i);274 console.log('if',r.length, r);275 ranked.push(v);276 playerRanking.push(r.length + 1);277 } else if(idx == -1 && v > max) {278 playerRanking.push(1);279 ranked.unshift(v);280 console.log('e.f1', v);281 } else if(idx == -1) {282 // let r = ranked.filter(num => v < num);283 let r = ranked.filter((n,i) => ranked.indexOf(n) === i && v < n);284 // let r = ranked.filter((n,i) => {285 // console.log(v, n);286 // return ranked.indexOf(n) === i && v < n287 // });288 playerRanking.push(r.length+1);289 ranked.splice(r.length+1, 0, v);290 console.log('e.f2', r.length, r);291 } else {292 console.log('else', v, idx);293 playerRanking.push(idx);294 // playerRanking.push(idx+1);295 ranked.splice(idx+1, 0, v);296 console.log(ranked);297 }298 })299 // ranked in descending order and player is in ascending order300 return playerRanking;301}302 * 303 * 304 let playerRanking = [];305 let max = ranked[0];306 let min = ranked[ranked.length - 1];307 let count = 0;308 player.map((v, i) => {309 let idx = ranked.indexOf(v);310 if(idx == -1 && v < min) {311 let r = ranked.filter(n => n >= min);312 // console.log(r.length);313 playerRanking.push(r.length);314 } else if(idx == -1 && v > max) {315 playerRanking.push(1);316 } else {317 playerRanking.push(idx);318 }319 })320 // ranked in descending order and player is in ascending order321 return playerRanking;322}323 * 324 * 325 function climbingLeaderboard(ranked, player) {326 let playerRanking = [];327 let max = ranked[0];328 let min = ranked[ranked.length - 1];329 let temp2 = [].concat(ranked);330 let count = 0;331 player.forEach((v, i) => {332 let idx = temp2.indexOf(v);333 if (idx !== -1) {334 playerRanking.push(idx);335 } else {336 if (idx == -1 && v <= min) {337 for (let j = 0; j < temp2.length; j++) {338 if (v < temp2[j]) {339 count++;340 }341 }342 playerRanking.push(count);343 }344 }345 });346 // ranked in descending order and player is in ascending order347 return playerRanking;348}349 * 350 * 351 function climbingLeaderboard(ranked, player) {352 let playerRanking = [];353 let max = ranked[0];354 let min = ranked[ranked.length - 1];355 let temp = [...new Set(ranked)];356 let temp2 = [].concat(ranked);357 // let rankedSorted = ranked.sort((a,b)=>a-b, 0);358 // let minVal = rankedSorted[0];359 // let maxVal = rankedSorted[rankedSorted.length - 1];360 let tempRank = {};361 let rankNow = 1;362 player.forEach((v,i) => {363 let idx = temp2.indexOf(v);364 if(idx !== -1) {365 playerRanking.push(idx + 1);366 } else {367 if(idx == -1 && v <= min) {368 temp2.forEach((val,id) => {369 if(v <= val) {370 continue;371 }372 playerRanking.push(id);373 })374 }375 }376 })377 378 // ranked in descending order and player is in ascending order379 return playerRanking;380}381 * 382 * 383 function climbingLeaderboard(ranked, player) {384 let playerRanking = [];385 let max = ranked[0];386 let min = ranked[ranked.length - 1];387 let temp = [...new Set(ranked)];388 let tempRank = {};389 let rankNow = 1;390 391 player.forEach(val => {392 if(val === min) {393 temp.push(val);394 } else if(val === max) {395 temp.unshift(val);396 } else {397 temp.push(val);398 temp.sort((a,b)=>b-a,0)399 }400 console.log(temp)401 temp = [...new Set(temp)];402 playerRanking.push(temp.indexOf(val) > 0 ? temp.indexOf(val)+1 : 1);403 });404 // ranked in descending order and player is in ascending order405 return playerRanking;406}407 * 408 * 409 function climbingLeaderboard(ranked, player) {410 let playerRanking = [];411 let max = ranked[0];412 let min = ranked[ranked.length - 1];413 let temp = [...new Set(ranked)];414 let tempRank = {};415 let rankNow = 1;416 417 player.forEach(val => {418 if(val === min) {419 temp.push(val);420 } else if(val === max) {421 temp.unshift(val);422 } else {423 // let idx = temp.indexOf(val);424 // temp.splice(idx, 0, val);425 temp.push(val);426 // [...new Set(temp)];427 temp.sort((a,b)=>b-a,0)428 }429 console.log(temp)430 // playerRanking.push(temp.indexOf(val));431 temp = [...new Set(temp)];432 playerRanking.push(temp.indexOf(val) > 0 ? temp.indexOf(val)+1 : 1);433 })434 // ranked in descending order and player is in ascending order435 return playerRanking;436}437 * 438 * 439 function climbingLeaderboard(ranked, player) {440 let playerRanking = [];441 let max = ranked[0];442 let min = ranked[ranked.length - 1];443 let temp = [].concat(ranked);444 let tempRank = {};445 let rankNow = 1;446 447 player.forEach(val => {448 if(val === min) {449 temp.push(val);450 } else if(val === max) {451 temp.unshift(val)452 } else {453 // let idx = temp.indexOf(val);454 // temp.splice(idx, 0, val);455 temp.push(val);456 temp.sort((a,b)=>b-a,0)457 }458 console.log(temp)459 // playerRanking.push(temp.indexOf(val));460 playerRanking.push(temp.indexOf(val) > 0 ? temp.indexOf(val) : 1);461 })462 // ranked in descending order and player is in ascending order463 return playerRanking;464}465 * 466 * 467 function climbingLeaderboard(ranked, player) {468 let playerRanking = [];469 let max = ranked[0];470 let min = ranked[ranked.length - 1];471 let temp = [].concat(ranked);472 let tempRank = {};473 let rankNow = 1;474 475 // ranked in descending order and player is in ascending order476 for(let i=0; i<player.length; ) {477 for(let j=ranked.length-1; j>=0; ) {478 if(player[i] < ranked[j]) {479 i++;480 playerRanking.push(i);481 } else if(player[i] > ranked[j]) {482 j--;483 playerRanking.push(j);484 } else if(player[i] === ranked[j]) {485 i++;486 playerRanking.push(i);487 }488 }489 }490 return playerRanking;491}492 * 493 * 494 function climbingLeaderboard(ranked, player) {495 let playerRanking = [];496 let max = ranked[0];497 let min = ranked[ranked.length - 1];498 let temp = [].concat(ranked);499 let tempRank = {};500 let rankNow = 1;501 let rankUpdate = () => {502 let maxChk = max;503 for(let key in temp) {504 // tempRank[temp[key]] = rankNow+1;505 if(temp[key] === maxChk) {506 tempRank[temp[key]] = rankNow;507 } else {508 maxChk = temp[key];509 // tempRank[temp[key]] = rankNow+1;510 rankNow++;511 }512 }513 }514 let rankCheck = val => {515 for(let key in tempRank) {516 if(tempRank[key]) playerRanking.push(tempRank[key]);517 }518 }519 player.forEach(val => {520 let chk = temp.indexOf(val);521 // console.log(chk);522 if(val > max && chk === -1) {523 console.log('max',val);524 temp.unshift(val);525 } else if(val < min && chk === -1) {526 console.log("min",val);527 temp.push(val);528 } else if(chk === -1) {529 console.log("middle",val);530 let idx = temp.indexOf(val);531 temp.splice(idx, 0, val);532 } else {533 console.log("somewhere",val);534 let idx = temp.indexOf(val);535 temp.splice(idx, 0, val);536 }537 rankUpdate();538 rankCheck(val);539 console.log(tempRank);540 // playerRanking.push(temp.indexOf(val))541 });542 return playerRanking;543}544 * 545 * 546 function climbingLeaderboard(ranked, player) {547 let playerRanking = [];548 let max = ranked[0];549 let min = ranked[ranked.length - 1];550 let temp = [].concat(ranked);551 let tempRank = {};552 let rankNow = 0;553 let rankUpdate = () => {554 let maxChk = max;555 for(let key in temp) {556 // tempRank[temp[key]] = rankNow+1;557 if(temp[key] === maxChk) {558 tempRank[temp[key]] = rankNow+1;559 } else {560 maxChk = temp[key];561 tempRank[temp[key]] = rankNow+1;562 }563 }564 }565 let rankCheck = val => {566 for(let key in tempRank) {567 if(tempRank[key]) playerRanking.push(tempRank[key]);568 }569 }570 player.forEach(val => {571 let chk = temp.indexOf(val);572 // console.log(chk);573 if(val > max && chk === -1) {574 console.log('max',val);575 temp.unshift(val);576 } else if(val < min && chk === -1) {577 console.log("min",val);578 temp.push(val);579 } else if(chk === -1) {580 console.log("middle",val);581 let idx = temp.indexOf(val);582 temp.splice(idx, 0, val);583 } else {584 console.log("somewhere",val);585 let idx = temp.indexOf(val);586 temp.splice(idx, 0, val);587 }588 rankUpdate();589 rankCheck(val);590 console.log(tempRank);591 // playerRanking.push(temp.indexOf(val))592 });593 * 594 * 595 function climbingLeaderboard(ranked, player) {596 let rankedSet = [...new Set(ranked)];597 let playerRanking = [];598 599 let rankHash = []600 let max = ranked[0];601 let count = 0;602// player.sort((a,b)=>b-a);603 player.forEach((v,i)=> {604 if(ranked.indexOf(v) == -1 && v > max) {605 ranked.unshift(v);606 rankHash.push(ranked.indexOf(v) + 1);607 } else if(ranked.indexOf(v) === -1) {608 ranked.push(v);609 ranked.forEach((val, idx) => {610 if(val < v) {611 count += 1;612 console.log('else if', count , idx)613 // rankHash.push(idx);614 }615 // rankHash.push(idx);616 })617 rankHash.push(count);618 // rankHash.push(ranked.indexOf(v));619 } else {620 let idx = ranked.indexOf(v);621 ranked.splice(idx, 0, v);622 // rankHash.push(ranked.indexOf(v) + 1);623 ranked.forEach((val, idx) => {624 if(val < v) {625 count += 1;626 console.log('else', count, idx)627 // rankHash.push(idx);628 }629 // rankHash.push(idx);630 })631 rankHash.push(count);632 // rankHash.push(idx);633 }634 console.log(ranked);635 // rankHash.push(ranked.indexOf(v) +1);636 // rankHash.push(count);637 count = 0;638 });639 return rankHash;640}641 * 642 * 643 function climbingLeaderboard(ranked, player) {644 let rankedSet = [...new Set(ranked)];645 let playerRanking = [];646 647 let rankHash = []648 let max = ranked[0];649 let count = 1;650 ranked.forEach(v => {651 if(v === max) {652 rankHash.push(count);653 } else {654 count++;655 max = v;656 rankHash.push(count);657 }658 });659 return rankHash;660}661 * 662 * 663 function climbingLeaderboard(ranked, player) {664 let rankedSet = [...new Set(ranked)];665 let playerRanking = [];666 667 let rankHash = {}668 let max = ranked[0];669 let count = 1;670 ranked.forEach((v,i) => {671 if(v == max) {672 count = count;673 rankHash[count+'i'] = v;674 } else {675 count = count+1;676 max = v;677 // rankHash[i+1] = v;678 rankHash[count+'i'] = v;679 }680 // rankHash[count] = v;681 })682 return rankHash;683}684 * 685 * 686 function climbingLeaderboard(ranked, player) {687 let rankedSet = [...new Set(ranked)];688 let playerRanking = [];689 690 let rankHash = {}691 let max = ranked[0];692 let count = 0;693 ranked.forEach(val => {694 if(val == max) {695 rankHash[val] = count+1;696 } else {697 max = val;698 rankHash[val] = count++;699 }700 });701 return rankHash;702}703 * 704 * 705 function climbingLeaderboard(ranked, player) {706 let rankedSet = [...new Set(ranked)];707 let playerRanking = [];708 player.forEach(val => {709 if(rankedSet.indexOf(val) !== -1) {710 playerRanking.push(rankedSet.indexOf(val)+1)711 } else {712 rankedSet.push(val);713 rankedSet.sort((a,b)=>b-a,0);714 playerRanking.push(rankedSet.indexOf(val)+1);715 }716 });717return playerRanking;718// return [playerRanking, rankedSet];719// return rankedSet;720}721 * 722 * 723 function climbingLeaderboard(ranked, player) {724 let rankedSet = [...new Set(ranked)];725 let playerRanking = [];726 player.forEach(val => {727 if(rankedSet.indexOf(val) !== -1) {728 playerRanking.push(rankedSet.indexOf(val))729 }730 });731 return [playerRanking, rankedSet];732// return rankedSet;733}734 * 735 * 736 function climbingLeaderboard(ranked, player) {737 // let combinedArray = [].concat(ranked, player).sort();738 let combinedArray = [].concat(ranked, player).sort((a,b) =>b-a, 0);739 let noRepeat = [...new Set(combinedArray)];740 let playerRanking = [];741 return noRepeat;742 // let rankedHash = {};743 // for(let key in combinedArray) {744 // rankedHash[key] = combinedArray[key];745 // }746 // return rankedHash;747 // return combinedArray;748 // return ranked;749}...

Full Screen

Full Screen

uniqueArray.test.ts

Source:uniqueArray.test.ts Github

copy

Full Screen

1/**2 * @author WMXPY3 * @description Structure4 * @fileoverview Unique Array test5 */6import { expect } from 'chai';7import { compareError, error, ERROR_CODE } from '../../../src/util/error/error';8import UniqueArray from '../../../src/util/struct/uniqueArray';9describe('test unique array data structure', (): void => {10 const getInitUniqueArray: () => UniqueArray<number> = (): UniqueArray<number> => {11 return new UniqueArray<number>(1, 2, 3, 4, 5, 6, 7, 8, 9);12 };13 it('create array should be failed if format is not right', (): void => {14 let errorResult: boolean = false;15 try {16 const test = new UniqueArray<number>([1, 2], 1, 2);17 } catch (err) {18 errorResult = compareError(error(ERROR_CODE.UNIQUE_ARRAY_CREATION_FAILED), err);19 }20 // tslint:disable-next-line21 expect(errorResult).to.be.true;22 });23 it('create array with unique array and something wired', (): void => {24 const newArray = new UniqueArray<number>(new UniqueArray<number>(1, 2, 3));25 expect(newArray).to.be.lengthOf(3);26 });27 it('initial unique array should give correct result', (): void => {28 const array0: UniqueArray<number> = new UniqueArray<number>();29 expect(array0).to.be.lengthOf(0);30 const array: UniqueArray<number> = new UniqueArray<number>(1);31 expect(array).to.be.lengthOf(1);32 expect(array.get(0)).to.be.equal(1);33 const array2: UniqueArray<number> = new UniqueArray<number>([1, 2, 3]);34 expect(array2).to.be.lengthOf(3);35 expect(array2.get(0)).to.be.equal(1);36 const array3: UniqueArray<number> = new UniqueArray<number>(1, 2, 3, 4);37 expect(array3).to.be.lengthOf(4);38 expect(array3.get(0)).to.be.equal(1);39 });40 it('set, get, length and list getter should return correct result', (): void => {41 const array: UniqueArray<number> = getInitUniqueArray();42 array.set(15, 1);43 expect(array.get(15)).to.be.equal(1);44 expect(array).to.be.lengthOf(16);45 expect(array.length).to.be.equal(16);46 expect(array.list).to.be.lengthOf(16);47 });48 it('push should add unique element to end of array', (): void => {49 const array: UniqueArray<number> = getInitUniqueArray();50 array.push(10, 11, 11, 10, 12);51 expect(array).to.be.lengthOf(12);52 });53 it('unshift should add unique element to start of array', (): void => {54 const array: UniqueArray<number> = getInitUniqueArray();55 array.unshift(10, 11, 12, 11, 11);56 expect(array).to.be.lengthOf(12);57 });58 it('concat should concat unique element to the array', (): void => {59 const array: UniqueArray<number> = getInitUniqueArray();60 const result = array.concat(getInitUniqueArray());61 expect(result).to.be.lengthOf(9);62 expect(array).to.be.lengthOf(9);63 const result2 = array.concat(getInitUniqueArray().map((value: number) => value * 10));64 expect(result2).to.be.lengthOf(18);65 expect(array).to.be.lengthOf(18);66 });67 it('first, last getter should return correct result', (): void => {68 const array: UniqueArray<number> = getInitUniqueArray();69 expect(array.first).to.be.equal(1);70 expect(array.last).to.be.equal(9);71 });72 it('shift should give the first value and reduce array size', (): void => {73 const array: UniqueArray<number> = getInitUniqueArray();74 const shift: number | undefined = array.shift();75 expect(shift).to.be.equal(1);76 expect(array).to.be.lengthOf(8);77 expect(array.first).to.be.equal(2);78 });79 it('pop should give the last value and reduce array size', (): void => {80 const array: UniqueArray<number> = getInitUniqueArray();81 const pop: number | undefined = array.pop();82 expect(pop).to.be.equal(9);83 expect(array).to.be.lengthOf(8);84 expect(array.last).to.be.equal(8);85 });86 it('map, foreach should work as same as normal array', (): void => {87 const array: UniqueArray<number> = getInitUniqueArray();88 const mapResult: number[] = array.map((value: number) => value + 1);89 expect(mapResult).to.be.deep.equal([2, 3, 4, 5, 6, 7, 8, 9, 10]);90 const foreachResult: number[] = [];91 array.forEach((value: number) => foreachResult.push(value + 1));92 expect(foreachResult).to.be.deep.equal([2, 3, 4, 5, 6, 7, 8, 9, 10]);93 });94 it('include, indexOf should have same behavior as normal array', (): void => {95 const array: UniqueArray<number> = getInitUniqueArray();96 expect(array.indexOf(1)).to.be.equal(0);97 expect(array.indexOf(5)).to.be.equal(4);98 expect(array.indexOf(100)).to.be.equal(-1);99 // tslint:disable-next-line100 expect(array.includes(0)).to.be.false;101 // tslint:disable-next-line102 expect(array.includes(1)).to.be.true;103 });104 it('splice should have same behavior as normal array', (): void => {105 const array: UniqueArray<number> = getInitUniqueArray();106 const spliceResult: UniqueArray<number> = array.splice(2, 1);107 expect(spliceResult.list).to.be.deep.equal([3]);108 expect(array.list).to.be.deep.equal([1, 2, 4, 5, 6, 7, 8, 9]);109 });110 it('splice should have same behavior as normal array with adding insert array', (): void => {111 const array: UniqueArray<number> = getInitUniqueArray();112 const spliceResult: UniqueArray<number> = array.splice(2, 1, [11]);113 expect(spliceResult.list).to.be.deep.equal([3]);114 expect(array.list).to.be.deep.equal([1, 2, 11, 4, 5, 6, 7, 8, 9]);115 });116 it('splice should have same behavior as normal array with adding insert unique array', (): void => {117 const array: UniqueArray<number> = getInitUniqueArray();118 const spliceResult: UniqueArray<number> = array.splice(2, 1, new UniqueArray<number>(11));119 expect(spliceResult.list).to.be.deep.equal([3]);120 expect(array.list).to.be.deep.equal([1, 2, 11, 4, 5, 6, 7, 8, 9]);121 });122 it('remove should have remove target element from array', (): void => {123 const array: UniqueArray<number> = getInitUniqueArray();124 const removeResult: number = array.remove(2);125 expect(removeResult).to.be.equal(3);126 expect(array.list).to.be.deep.equal([1, 2, 4, 5, 6, 7, 8, 9]);127 });128 it('sort should have same behavior as normal array', (): void => {129 const array: UniqueArray<number> = new UniqueArray<number>(1, 5, 3, 2, 4);130 expect(array.sort().list).to.be.deep.equal([1, 2, 3, 4, 5]);131 expect(array.list).to.be.deep.equal([1, 2, 3, 4, 5]);132 });133 it('clone give another instance is uniqueArray', (): void => {134 const array: UniqueArray<number> = new UniqueArray<number>(1, 5, 3, 2, 4);135 const cloned: UniqueArray<number> = array.clone();136 expect(array.list).to.be.not.equal(cloned.list);137 expect(array.list).to.be.equal(array.list);138 expect(array.list).to.be.deep.equal(cloned.list);139 });140 it('function find should return correct element if matched', (): void => {141 const array: UniqueArray<number> = new UniqueArray<number>(1, 5, 3, 2, 4);142 const result: number | null = array.find((element: number) => {143 return element === 3;144 });145 expect(result).to.be.equal(3);146 });147 it('find should return null if no element is matched', (): void => {148 const array: UniqueArray<number> = new UniqueArray<number>(1, 5, 3, 2, 4);149 const result: number | null = array.find((element: number) => {150 return element === 7;151 });152 // tslint:disable-next-line153 expect(result).to.be.null;154 });155 it('set include function', (): void => {156 const array: UniqueArray<{157 a: number;158 b: string;159 }> = new UniqueArray<{160 a: number;161 b: string;162 }>({163 a: 1,164 b: 'test',165 });166 array.same((target, base) => {167 return target.a === base.a;168 });169 const result: boolean = array.includes({170 a: 1,171 b: 'test',172 });173 // tslint:disable-next-line174 expect(result).to.be.true;175 });176 it('uniqueArray should be iterable', (): void => {177 const array: UniqueArray<number> = getInitUniqueArray();178 const temp: number[] = [];179 for (let i of array) {180 temp.push(i);181 }182 expect(array).to.be.lengthOf(9);183 });...

Full Screen

Full Screen

uniqueArray.jsx

Source:uniqueArray.jsx Github

copy

Full Screen

...3import { uniqueArray } from '..';4import callValidator from './_callValidator';5describe('uniqueArray', () => {6 it('returns a function', () => {7 expect(typeof uniqueArray()).to.equal('function');8 });9 function assertPasses(validator, element, propName) {10 expect(callValidator(validator, element, propName, '"uniqueArray" test')).to.equal(null);11 }12 function assertFails(validator, element, propName) {13 expect(callValidator(validator, element, propName, '"uniqueArray" test')).to.be.instanceOf(Error);14 }15 it('requires an array', () => assertFails(16 uniqueArray(),17 (<div foo="bar" />),18 'foo',19 ));20 it('is not required by default', () => assertPasses(21 uniqueArray(),22 (<div foo="bar" />),23 'missing',24 ));25 it('is required with .isRequired', () => assertFails(26 uniqueArray().isRequired,27 (<div foo="bar" />),28 'missing',29 ));30 it('enforces uniqueness', () => {31 assertFails(32 uniqueArray(),33 (<div foo={[3, 1, 2, 3, 4]} />),34 'foo',35 );36 assertPasses(37 uniqueArray(),38 (<div foo={[1, 2, 3, 4]} />),39 'foo',40 );41 });42 it('enforces uniqueness of objects too', () => {43 const arr = [1];44 assertFails(45 uniqueArray(),46 (<div foo={[[1], arr, arr]} />),47 'foo',48 );49 assertPasses(50 uniqueArray(),51 (<div foo={[[1], arr, [1]]} />),52 'foo',53 );54 });...

Full Screen

Full Screen

Using AI Code Generation

copy

Full Screen

1import { uniqueArray } from "fast-check-monorepo";2const arr = uniqueArray();3console.log(arr);4import { uniqueArray } from "fast-check-monorepo";5const arr = uniqueArray();6console.log(arr);7import { uniqueArray } from "fast-check-monorepo";8const arr = uniqueArray();9console.log(arr);10import { uniqueArray } from "fast-check-monorepo";11const arr = uniqueArray();12console.log(arr);13import { uniqueArray } from "fast-check-monorepo";14const arr = uniqueArray();15console.log(arr);16import { uniqueArray } from "fast-check-monorepo";17const arr = uniqueArray();18console.log(arr);19import { uniqueArray } from "fast-check-monorepo";20const arr = uniqueArray();21console.log(arr);22import { uniqueArray } from "fast-check-monorepo";23const arr = uniqueArray();24console.log(arr);25import { uniqueArray } from "fast-check-monorepo";26const arr = uniqueArray();27console.log(arr);28import { uniqueArray } from "fast-check-monorepo";29const arr = uniqueArray();30console.log(arr);31import { uniqueArray } from "fast-check-monorepo";32const arr = uniqueArray();33console.log(arr);34import { uniqueArray } from "fast-check-monorepo";

Full Screen

Full Screen

Using AI Code Generation

copy

Full Screen

1const fc = require('fast-check');2const {uniqueArray} = require('fast-check');3const {string} = require('fast-check');4const {integer} = require('fast-check');5const arrayArb = uniqueArray(string(), integer(1, 10));6fc.assert(fc.property(arrayArb, (arr) => {7 console.log(arr);8 return false;9}));10const fc = require('fast-check');11const {uniqueArray} = require('fast-check/lib/arbitrary/array/ArrayArbitrary');12const {string} = require('fast-check');13const {integer} = require('fast-check');14const arrayArb = uniqueArray(string(), integer(1, 10));15fc.assert(fc.property(arrayArb, (arr) => {16 console.log(arr);17 return false;18}));19const fc = require('fast-check');20const {uniqueArray} = require('fast-check/lib/arbitrary/array/ArrayArbitrary');21const {string} = require('fast-check');22const {integer} = require('fast-check');23const arrayArb = uniqueArray(string(), integer(1, 10));24fc.assert(fc.property(arrayArb, (arr) => {25 console.log(arr);26 return false;27}));28const fc = require('fast-check');29const {uniqueArray} = require('fast-check/lib/arbitrary/array/ArrayArbitrary');30const {string} = require('fast-check');31const {integer} = require('fast-check');32const arrayArb = uniqueArray(string(), integer(1, 10));33fc.assert(fc.property(arrayArb, (arr) => {34 console.log(arr);35 return false;36}));37const fc = require('fast-check');38const {uniqueArray} = require('fast-check/lib/arbitrary/array/ArrayArbitrary');39const {string} = require('fast-check');

Full Screen

Full Screen

Using AI Code Generation

copy

Full Screen

1const { uniqueArray } = require('fast-check');2const { assert } = require('chai');3describe('uniqueArray', () => {4 it('should generate an array with unique values', () => {5 const out = uniqueArray(arbInteger(), 5).generate(mrng());6 assert.sameMembers(out, [0, 1, 2, 3, 4]);7 });8});9const { uniqueArray } = require('fast-check');10const { assert } = require('chai');11describe('uniqueArray', () => {12 it('should generate an array with unique values', () => {13 const out = uniqueArray(arbInteger(), 5).generate(mrng());14 assert.sameMembers(out, [0, 1, 2, 3, 4]);15 });16});17const { uniqueArray } = require('fast-check');18const { assert } = require('chai');19describe('uniqueArray', () => {20 it('should generate an array with unique values', () => {21 const out = uniqueArray(arbInteger(), 5).generate(mrng());22 assert.sameMembers(out, [0, 1, 2, 3, 4]);23 });24});25const { uniqueArray } = require('fast-check');26const { assert } = require('chai');27describe('uniqueArray', () => {28 it('should generate an array with unique values', () => {29 const out = uniqueArray(arbInteger(), 5).generate(mrng());30 assert.sameMembers(out, [0, 1, 2, 3, 4]);31 });32});33const { uniqueArray } = require('fast-check');34const { assert } = require('chai');35describe('uniqueArray', () => {36 it('should generate an array with unique values', () => {37 const out = uniqueArray(arbInteger(), 5).generate(mrng());38 assert.sameMembers(out, [0, 1, 2, 3, 4]);39 });

Full Screen

Full Screen

Using AI Code Generation

copy

Full Screen

1const { uniqueArray } = require('fast-check-monorepo')2const fc = require('fast-check')3const array = fc.array(fc.integer())4const uniqueArray = fc.uniqueArray(fc.integer())5fc.assert(6 fc.property(array, uniqueArray, (a, b) => {7 console.log(a, b)8 })9const { uniqueArray } = require('fast-check-monorepo')10const fc = require('fast-check')11const array = fc.array(fc.integer())12const uniqueArray = fc.uniqueArray(fc.integer())13fc.assert(14 fc.property(array, uniqueArray, (a, b) => {15 console.log(a, b)16 })17const { uniqueArray } = require('fast-check-monorepo')18const fc = require('fast-check')19const array = fc.array(fc.integer())20const uniqueArray = fc.uniqueArray(fc.integer())21fc.assert(22 fc.property(array, uniqueArray, (a, b) => {23 console.log(a, b)24 })

Full Screen

Full Screen

Using AI Code Generation

copy

Full Screen

1const uniqueArray = require('fast-check-monorepo/lib/uniqueArray');2const fc = require('fast-check');3const test3 = () => {4 const test = fc.property(5 fc.array(fc.integer(), 1, 1000),6 (arr: number[]) => {7 const result = uniqueArray(arr);8 return result.length === new Set(arr).size;9 }10 );11 fc.assert(test);12}13test3();14const uniqueArray = require('fast-check-monorepo/lib/uniqueArray');15const fc = require('fast-check');16const test4 = () => {17 const test = fc.property(18 fc.array(fc.integer(), 1, 1000),19 (arr: number[]) => {20 const result = uniqueArray(arr);21 return result.length === new Set(arr).size;22 }23 );24 fc.assert(test);25}26test4();27const uniqueArray = require('fast-check-monorepo/lib/uniqueArray');28const fc = require('fast-check');29const test5 = () => {30 const test = fc.property(31 fc.array(fc.integer(), 1, 1000),32 (arr: number[]) => {33 const result = uniqueArray(arr);34 return result.length === new Set(arr).size;35 }36 );37 fc.assert(test);38}39test5();40const uniqueArray = require('fast-check-monorepo/lib/uniqueArray');41const fc = require('fast-check');42const test6 = () => {43 const test = fc.property(44 fc.array(fc.integer(), 1, 1000),45 (arr: number[]) => {46 const result = uniqueArray(arr);47 return result.length === new Set(arr).size;48 }49 );50 fc.assert(test);51}52test6();

Full Screen

Full Screen

Using AI Code Generation

copy

Full Screen

1const { uniqueArray } = require('fast-check');2const { array } = require('fast-check');3const arr = array(uniqueArray(array()));4console.log(arr);5const { uniqueArray } = require('fast-check-monorepo');6const { array } = require('fast-check-monorepo');7const arr = array(uniqueArray(array()));8console.log(arr);9const { uniqueArray } = require('fast-check');10const { array } = require('fast-check');11const arr = array(uniqueArray(array()));12console.log(arr);13const { uniqueArray } = require('fast-check-monorepo');14const { array } = require('fast-check-monorepo');15const arr = array(uniqueArray(array()));16console.log(arr);

Full Screen

Full Screen

Using AI Code Generation

copy

Full Screen

1const { uniqueArray } = require('fast-check');2const { array } = require('fast-check/lib/check/arbitrary/ArrayArbitrary.js');3const myArray = array(uniqueArray());4console.log(myArray);5const { uniqueArray } = require('fast-check');6const { array } = require('fast-check/lib/check/arbitrary/ArrayArbitrary.js');7const myArray = array(uniqueArray());8console.log(myArray);9const { uniqueArray } = require('fast-check');10const { array } = require('fast-check/lib/check/arbitrary/ArrayArbitrary.js');11const myArray = array(uniqueArray());12console.log(myArray);13"scripts": {14 },15 "scripts": {16 },

Full Screen

Full Screen

Using AI Code Generation

copy

Full Screen

1const uniqueArray = require('fast-check-monorepo');2console.log(uniqueArray.uniqueArray(5, 10));3const uniqueArray = require('fast-check-monorepo');4console.log(uniqueArray.uniqueArray(5, 10));5const uniqueArray = require('fast-check-monorepo');6console.log(uniqueArray.uniqueArray(5, 10));7const uniqueArray = require('fast-check-monorepo');8console.log(uniqueArray.uniqueArray(5, 10));9const uniqueArray = require('fast-check-monorepo');10console.log(uniqueArray.uniqueArray(5, 10));11const uniqueArray = require('fast-check-monorepo');12console.log(uniqueArray.uniqueArray(5, 10));13const uniqueArray = require('fast-check-monorepo');14console.log(uniqueArray.uniqueArray(5, 10));15const uniqueArray = require('fast-check-monorepo');16console.log(uniqueArray.uniqueArray(5, 10));17const uniqueArray = require('fast-check-monorepo');18console.log(uniqueArray.uniqueArray(5,

Full Screen

Full Screen

Using AI Code Generation

copy

Full Screen

1const { uniqueArray } = require("fast-check-monorepo");2const myArray = uniqueArray();3console.log(myArray);4const { uniqueArray } = require("fast-check-monorepo");5const myArray = uniqueArray();6console.log(myArray);7const { uniqueArray } = require("fast-check-monorepo");8const myArray = uniqueArray();9console.log(myArray);

Full Screen

Full Screen

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.

LambdaTest Learning Hubs:

YouTube

You could also refer to video tutorials over LambdaTest YouTube channel to get step by step demonstration from industry experts.

Run fast-check-monorepo automation tests on LambdaTest cloud grid

Perform automation testing on 3000+ real desktop and mobile devices online.

... View sample repo... View DocumentationSign up Free
›
_

Try LambdaTest Now !!

Get 100 minutes of automation test minutes FREE!!

...
Sign up with GoogleSign up with Email
Next-Gen App & Browser Testing Cloud

Was this article helpful?

Helpful

NotHelpful