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How to use uniqueArray method in fast-check-monorepo

Best JavaScript code snippet using fast-check-monorepo

index.js

Source:index.js

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}...

uniqueArray.test.ts

Source:uniqueArray.test.ts

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    });...

uniqueArray.jsx

Source:uniqueArray.jsx

...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  });...

Using AI Code Generation

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";

Using AI Code Generation

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');

Using AI Code Generation

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  });

Using AI Code Generation

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  })

Using AI Code Generation

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();

Using AI Code Generation

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);

Using AI Code Generation

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  },

Using AI Code Generation

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,

Using AI Code Generation

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);

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