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How to use mappedValue method in fast-check-monorepo
Best JavaScript code snippet using fast-check-monorepo
secsLogic.test.ts
Source:secsLogic.test.ts 
1import * as assert from 'assert';2import * as vscode from 'vscode';3import { async } from 'rxjs/internal/scheduler/async';4import { getCarrierInfo } from '../logic/secsLogic';5import * as extension from '../extension';6import * as SecsMsgP from '../provider/secsMessageProvider';7import { ParserKeyword } from '../model/configuration';8suite("secsLogic Tests", function () {9 let parserKeyword: ParserKeyword = {10 carrierIdRead: ["CarrierIDRead", "CarrierIDRead_Done"]11 };12 let document1 = vscode.workspace.openTextDocument({13 language: 'log',14 content: `SECS. S6F11: 'S6F11' W /* Name= SMSD=SMSD Header=[00 18 00 00] */15 <L [3]16 <U4 [1] 1834 > /* DATAID */17 <U4 [1] 87018 > /* Name=CEID Keyword=CarrierIDRead */18 <L [2]19 <L [2]20 <U4 [1] 13 > /* Name=RPTID Keyword=ReportID */21 <L [2]22 <A [16] '2019060206513481' > /* Name=VID Keyword=GemTime */23 <U1 [1] 5 > /* Name=VID Keyword=ControlState */24 >25 >26 <L [2]27 <U4 [1] 202 > /* Name=RPTID Keyword=ReportID */28 <L [3]29 <A [5] 'FIMS1' > /* Name=VID Keyword=LocationID */30 <U1 [1] 2 > /* Name=VID Keyword=PortNo */31 <A [8] 'WF116882' > /* Name=VID Keyword=CarrierID */32 >33 >34 >35 >36 .37 SECS. ProceedWithCarrier: 'S3F17' W /* Name=ProceedWithCarrier Dir=2 Header=[00 00 83 11 00 00 00 3B 12 C5] Rcvd=1 Time=07:25:31 TID=4805 */38 <L [5]39 <U4 [1] 1 > /* DATAID */40 <A [18] 'ProceedWithCarrier' > /* CARRIERACTION MappedValue=ProceedWithCarrier */41 <A [8] 'WF112635' > /* CARRIERSPEC MappedValue=WF112635 */42 <U1 [1] 3 > /* PTN */43 <L [5]44 <L [2]45 <A [5] 'Usage' > /* MappedValue=Usage */46 <A [7] 'PRODUCT' > /* MappedValue=PRODUCT */47 >48 <L [2]49 <A [10] 'ContentMap' > /* MappedValue=ContentMap */50 <L [25]51 <L [2]52 <A [9] '691862300' > /* MappedValue=691862300 */53 <A [10] 'DB3MH127SE' > /* MappedValue=DB3MH127SE */54 >55 <L [2]56 <A [9] '691862300' > /* MappedValue=691862300 */57 <A [10] 'DB3MH128SE' > /* MappedValue=DB3MH128SE */58 >59 <L [2]60 <A [9] '691862300' > /* MappedValue=691862300 */61 <A [10] 'DB3MH129SE' > /* MappedValue=DB3MH129SE */62 >63 <L [2]64 <A [9] '691862300' > /* MappedValue=691862300 */65 <A [10] 'DB3MH130SE' > /* MappedValue=DB3MH130SE */66 >67 <L [2]68 <A [9] '691862300' > /* MappedValue=691862300 */69 <A [10] 'DB3MH131SE' > /* MappedValue=DB3MH131SE */70 >71 <L [2]72 <A [9] '691862300' > /* MappedValue=691862300 */73 <A [10] 'DB3MH132SE' > /* MappedValue=DB3MH132SE */74 >75 <L [2]76 <A [9] '691862300' > /* MappedValue=691862300 */77 <A [10] 'DB3MH133SE' > /* MappedValue=DB3MH133SE */78 >79 <L [2]80 <A [9] '691862300' > /* MappedValue=691862300 */81 <A [10] 'DB3MH134SE' > /* MappedValue=DB3MH134SE */82 >83 <L [2]84 <A [9] '691862300' > /* MappedValue=691862300 */85 <A [10] 'DB3MH135SE' > /* MappedValue=DB3MH135SE */86 >87 <L [2]88 <A [9] '691862300' > /* MappedValue=691862300 */89 <A [10] 'DB3MH136SE' > /* MappedValue=DB3MH136SE */90 >91 <L [2]92 <A [9] '691862300' > /* MappedValue=691862300 */93 <A [10] 'DB3MH137SE' > /* MappedValue=DB3MH137SE */94 >95 <L [2]96 <A [9] '691862300' > /* MappedValue=691862300 */97 <A [10] 'DB3MH138SE' > /* MappedValue=DB3MH138SE */98 >99 <L [2]100 <A [9] '691862300' > /* MappedValue=691862300 */101 <A [10] 'DB3MH139SE' > /* MappedValue=DB3MH139SE */102 >103 <L [2]104 <A [9] '691862300' > /* MappedValue=691862300 */105 <A [10] 'DB3MH140SE' > /* MappedValue=DB3MH140SE */106 >107 <L [2]108 <A [9] '691862300' > /* MappedValue=691862300 */109 <A [10] 'DB3MH141SE' > /* MappedValue=DB3MH141SE */110 >111 <L [2]112 <A [9] '691862300' > /* MappedValue=691862300 */113 <A [10] 'DB3MH142SE' > /* MappedValue=DB3MH142SE */114 >115 <L [2]116 <A [9] '691862300' > /* MappedValue=691862300 */117 <A [10] 'DB3MH143SE' > /* MappedValue=DB3MH143SE */118 >119 <L [2]120 <A [9] '691862300' > /* MappedValue=691862300 */121 <A [10] 'DB3MH144SE' > /* MappedValue=DB3MH144SE */122 >123 <L [2]124 <A [9] '691862300' > /* MappedValue=691862300 */125 <A [10] 'DB3MH145SE' > /* MappedValue=DB3MH145SE */126 >127 <L [2]128 <A [9] '691862300' > /* MappedValue=691862300 */129 <A [10] 'DB3MH146SE' > /* MappedValue=DB3MH146SE */130 >131 <L [2]132 <A [9] '691862300' > /* MappedValue=691862300 */133 <A [10] 'DB3MH147SE' > /* MappedValue=DB3MH147SE */134 >135 <L [2]136 <A [9] '691862300' > /* MappedValue=691862300 */137 <A [10] 'DB3MH148SE' > /* MappedValue=DB3MH148SE */138 >139 <L [2]140 <A [9] '691862300' > /* MappedValue=691862300 */141 <A [10] 'DB3MH149SE' > /* MappedValue=DB3MH149SE */142 >143 <L [2]144 <A [9] '691862300' > /* MappedValue=691862300 */145 <A [10] 'DB3MH150SE' > /* MappedValue=DB3MH150SE */146 >147 <L [2]148 <A [9] '691862300' > /* MappedValue=691862300 */149 <A [10] 'DB3MH151SE' > /* MappedValue=DB3MH151SE */150 >151 >152 >153 <L [2]154 <A [7] 'SlotMap' > /* MappedValue=SlotMap */155 <L [25]156 <U1 [1] 3 >157 <U1 [1] 3 >158 <U1 [1] 3 >159 <U1 [1] 3 >160 <U1 [1] 3 >161 <U1 [1] 3 >162 <U1 [1] 3 >163 <U1 [1] 3 >164 <U1 [1] 3 >165 <U1 [1] 3 >166 <U1 [1] 3 >167 <U1 [1] 3 >168 <U1 [1] 3 >169 <U1 [1] 3 >170 <U1 [1] 3 >171 <U1 [1] 3 >172 <U1 [1] 3 >173 <U1 [1] 3 >174 <U1 [1] 3 >175 <U1 [1] 3 >176 <U1 [1] 3 >177 <U1 [1] 3 >178 <U1 [1] 3 >179 <U1 [1] 3 >180 <U1 [1] 3 >181 >182 >183 <L [2]184 <A [8] 'Capacity' > /* MappedValue=Capacity */185 <U1 [1] 25 >186 >187 <L [2]188 <A [14] 'SubstrateCount' > /* MappedValue=SubstrateCount */189 <U1 [1] 25 >190 >191 >192 >193 .194 SECS. S6F11: 'S6F11' W /* Name= SMSD=SMSD Header=[99 CF 01 00] */195 .196 SECS. S6F11: 'S6F11' W /* Name= SMSD=SMSD Header=[99 CF 01 00] */197 <L [3]198 <U4 [1] 4993480 > /* DATAID */199 <U4 [1] 8003 > /* Name=CEID Keyword=CollectionEventID */200 >201 .202 SECS. S6F1: 'S6F1' W /* Name= SMSD=SMSD Header=[99 CF 01 00] */203 .204 SECS. S1F1: 'S1F1' W /* Name= SMSD=SMSD Header=[99 CF 01 00] */205 .206 SECS. S6F12: 'S6F12' W /* Name= SMSD=SMSD Header=[99 CF 01 00] */207 .208 SECS. PJ_S_CREATE: 'S16F15' W /* Name=PJ_MULTI_CREATE Dir=3 Header=[00 00 90 0F 00 00 00 3B 13 B0] Rcvd=1 Time=07:25:53 TID=5040 */209 <L [2]210 <U4 [1] 0 > /* Name=DATAID */211 <L [...]212 <L [6]213 <A [9] '691862300' > /* MappedValue=691862300 */214 <B [1] 0x0D >215 <L [1]216 <L [2]217 <A [8] 'WF112635' > /* MappedValue=WF112635 */218 <L [25]219 <U1 [1] 1 >220 <U1 [1] 2 >221 <U1 [1] 3 >222 <U1 [1] 4 >223 <U1 [1] 5 >224 <U1 [1] 6 >225 <U1 [1] 7 >226 <U1 [1] 8 >227 <U1 [1] 9 >228 <U1 [1] 10 >229 <U1 [1] 11 >230 <U1 [1] 12 >231 <U1 [1] 13 >232 <U1 [1] 14 >233 <U1 [1] 15 >234 <U1 [1] 16 >235 <U1 [1] 17 >236 <U1 [1] 18 >237 <U1 [1] 19 >238 <U1 [1] 20 >239 <U1 [1] 21 >240 <U1 [1] 22 >241 <U1 [1] 23 >242 <U1 [1] 24 >243 <U1 [1] 25 >244 >245 >246 >247 <L [3]248 <U1 [1] 1 >249 <A [21] 'TR_P_UAA064_H46CTW_AB' > /* MappedValue=TR_P_UAA064_H46CTW_AB */250 <L [0]251 >252 >253 <BOOLEAN [1] True >254 <L [0]255 >256 >257 >258 >259 .`260 });261 let document2 = vscode.workspace.openTextDocument({262 language: 'log',263 content: `PJ_MULTI_CREATE: 'S16F15' W /* Name=PJ_MULTI_CREATE Dir=3 Header=[00 00 90 0F 00 00 00 3B 13 B0] Rcvd=1 Time=07:25:53 TID=5040 */264 <L [2]265 <U4 [1] 0 > /* Name=DATAID */266 <L [...]267 <L [6]268 <A [9] '691862300' > /* MappedValue=691862300 */269 <B [1] 0x0D >270 <L [1]271 <L [2]272 <A [8] 'WF112635' > /* MappedValue=WF112635 */273 <L [25]274 <U1 [1] 1 >275 <U1 [1] 2 >276 <U1 [1] 3 >277 <U1 [1] 4 >278 <U1 [1] 5 >279 <U1 [1] 6 >280 <U1 [1] 7 >281 <U1 [1] 8 >282 <U1 [1] 9 >283 <U1 [1] 10 >284 <U1 [1] 11 >285 <U1 [1] 12 >286 <U1 [1] 13 >287 <U1 [1] 14 >288 <U1 [1] 15 >289 <U1 [1] 16 >290 <U1 [1] 17 >291 <U1 [1] 18 >292 <U1 [1] 19 >293 <U1 [1] 20 >294 <U1 [1] 21 >295 <U1 [1] 22 >296 <U1 [1] 23 >297 <U1 [1] 24 >298 <U1 [1] 25 >299 >300 >301 >302 <L [3]303 <U1 [1] 1 >304 <A [21] 'TR_P_UAA064_H46CTW_AB/UAA064_H46CTW_AB/123546' > /* MappedValue=TR_P_UAA064_H46CTW_AB */305 <L [0]306 >307 >308 <BOOLEAN [1] True >309 <L [0]310 >311 >312 >313 >314 .`315 });316 let document3 = vscode.workspace.openTextDocument({ 317 language: 'log',318 content: `SECS. ProceedWithCarrier: 'S3F17' W /* Name=ProceedWithCarrier Dir=2 Header=[00 00 83 11 00 00 00 3B 12 C5] Rcvd=1 Time=07:25:31 TID=4805 */319 <L [5]320 <U4 [1] 1 > /* DATAID */321 <A [18] 'ProceedWithCarrier' > /* CARRIERACTION MappedValue=ProceedWithCarrier */322 <A [8] 'WF112635' > /* CARRIERSPEC MappedValue=WF112635 */323 <U1 [1] 3 > /* PTN */324 <L [5]325 <L [2]326 <A [5] 'Usage' > /* MappedValue=Usage */327 <A [7] 'PRODUCT' > /* MappedValue=PRODUCT */328 >329 <L [2]330 <A [10] 'ContentMap' > /* MappedValue=ContentMap */331 <L [25]332 <L [2]333 <A [9] '691862300' > /* MappedValue=691862300 */334 <A [10] 'DB3MH127SE' > /* MappedValue=DB3MH127SE */335 >336 <L [2]337 <A [9] '691862300' > /* MappedValue=691862300 */338 <A [10] 'DB3MH128SE' > /* MappedValue=DB3MH128SE */339 >340 <L [2]341 <A [9] '691862300' > /* MappedValue=691862300 */342 <A [10] 'DB3MH129SE' > /* MappedValue=DB3MH129SE */343 >344 <L [2]345 <A [9] '691862300' > /* MappedValue=691862300 */346 <A [10] 'DB3MH130SE' > /* MappedValue=DB3MH130SE */347 >348 <L [2]349 <A [9] '691862300' > /* MappedValue=691862300 */350 <A [10] 'DB3MH131SE' > /* MappedValue=DB3MH131SE */351 >352 <L [2]353 <A [9] '691862300' > /* MappedValue=691862300 */354 <A [10] 'DB3MH132SE' > /* MappedValue=DB3MH132SE */355 >356 <L [2]357 <A [9] '691862300' > /* MappedValue=691862300 */358 <A [10] 'DB3MH133SE' > /* MappedValue=DB3MH133SE */359 >360 <L [2]361 <A [9] '691862300' > /* MappedValue=691862300 */362 <A [10] 'DB3MH134SE' > /* MappedValue=DB3MH134SE */363 >364 <L [2]365 <A [9] '691862300' > /* MappedValue=691862300 */366 <A [10] 'DB3MH135SE' > /* MappedValue=DB3MH135SE */367 >368 <L [2]369 <A [9] '691862300' > /* MappedValue=691862300 */370 <A [10] 'DB3MH136SE' > /* MappedValue=DB3MH136SE */371 >372 <L [2]373 <A [9] '691862300' > /* MappedValue=691862300 */374 <A [10] 'DB3MH137SE' > /* MappedValue=DB3MH137SE */375 >376 <L [2]377 <A [9] '691862300' > /* MappedValue=691862300 */378 <A [10] 'DB3MH138SE' > /* MappedValue=DB3MH138SE */379 >380 <L [2]381 <A [9] '691862300' > /* MappedValue=691862300 */382 <A [10] 'DB3MH139SE' > /* MappedValue=DB3MH139SE */383 >384 <L [2]385 <A [9] '691862300' > /* MappedValue=691862300 */386 <A [10] 'DB3MH140SE' > /* MappedValue=DB3MH140SE */387 >388 <L [2]389 <A [9] '691862300' > /* MappedValue=691862300 */390 <A [10] 'DB3MH141SE' > /* MappedValue=DB3MH141SE */391 >392 <L [2]393 <A [9] '691862300' > /* MappedValue=691862300 */394 <A [10] 'DB3MH142SE' > /* MappedValue=DB3MH142SE */395 >396 <L [2]397 <A [9] '691862300' > /* MappedValue=691862300 */398 <A [10] 'DB3MH143SE' > /* MappedValue=DB3MH143SE */399 >400 <L [2]401 <A [9] '691862300' > /* MappedValue=691862300 */402 <A [10] 'DB3MH144SE' > /* MappedValue=DB3MH144SE */403 >404 <L [2]405 <A [9] '691862300' > /* MappedValue=691862300 */406 <A [10] 'DB3MH145SE' > /* MappedValue=DB3MH145SE */407 >408 <L [2]409 <A [9] '691862300' > /* MappedValue=691862300 */410 <A [10] 'DB3MH146SE' > /* MappedValue=DB3MH146SE */411 >412 <L [2]413 <A [9] '691862304' > /* MappedValue=691862300 */414 <A [10] 'DB3MH147SE' > /* MappedValue=DB3MH147SE */415 >416 <L [2]417 <A [9] '691862300' > /* MappedValue=691862300 */418 <A [10] 'DB3MH148SE' > /* MappedValue=DB3MH148SE */419 >420 <L [2]421 <A [9] '' > /* MappedValue=691862300 */422 <A [10] '' > /* MappedValue=DB3MH149SE */423 >424 <L [2]425 <A [9] '691862303' > /* MappedValue=691862300 */426 <A [10] 'DB3MH150SE' > /* MappedValue=DB3MH150SE */427 >428 <L [2]429 <A [9] '' > /* MappedValue=691862300 */430 <A [10] '' > /* MappedValue=DB3MH151SE */431 >432 >433 >434 <L [2]435 <A [7] 'SlotMap' > /* MappedValue=SlotMap */436 <L [25]437 <U1 [1] 3 >438 <U1 [1] 3 >439 <U1 [1] 3 >440 <U1 [1] 3 >441 <U1 [1] 3 >442 <U1 [1] 3 >443 <U1 [1] 3 >444 <U1 [1] 3 >445 <U1 [1] 3 >446 <U1 [1] 3 >447 <U1 [1] 3 >448 <U1 [1] 3 >449 <U1 [1] 3 >450 <U1 [1] 3 >451 <U1 [1] 3 >452 <U1 [1] 3 >453 <U1 [1] 3 >454 <U1 [1] 3 >455 <U1 [1] 3 >456 <U1 [1] 3 >457 <U1 [1] 3 >458 <U1 [1] 3 >459 <U1 [1] 3 >460 <U1 [1] 3 >461 <U1 [1] 3 >462 >463 >464 <L [2]465 <A [8] 'Capacity' > /* MappedValue=Capacity */466 <U1 [1] 25 >467 >468 <L [2]469 <A [14] 'SubstrateCount' > /* MappedValue=SubstrateCount */470 <U1 [1] 25 >471 >472 >473 >474 .`475 });476 let document4 = vscode.workspace.openTextDocument({477 language: 'log',478 content: `SECS. ProceedWithCarrier: 'S3F17' W /* Name=ProceedWithCarrier SMSD=SMSD Header=[ED 88 62 1F] */479 <L [5] 480 <U4 [1] 1 >481 <A [18] 'ProceedWithCarrier' >482 <A [8] 'WF115780' >483 <U1 [1] 2 >484 <L [5] 485 <L [2] 486 <A [8] 'Capacity' >487 <U1 [1] 25 >488 >489 <L [2] 490 <A [14] 'SubstrateCount' >491 <U1 [1] 25 >492 >493 <L [2] 494 <A [10] 'ContentMap' >495 <L [25] 496 <L [2] 497 <A [9] '691041200' >498 <A [12] '691041200-01' >499 >500 <L [2] 501 <A [9] '691041200' >502 <A [12] '691041200-02' >503 >504 <L [2] 505 <A [9] '691041200' >506 <A [12] '691041200-03' >507 >508 <L [2] 509 <A [9] '691041200' >510 <A [12] '691041200-04' >511 >512 <L [2] 513 <A [9] '691041200' >514 <A [12] '691041200-05' >515 >516 <L [2] 517 <A [9] '691041200' >518 <A [12] '691041200-06' >519 >520 <L [2] 521 <A [9] '691041200' >522 <A [12] '691041200-07' >523 >524 <L [2] 525 <A [9] '691041200' >526 <A [12] '691041200-08' >527 >528 <L [2] 529 <A [9] '691041200' >530 <A [12] '691041200-09' >531 >532 <L [2] 533 <A [9] '691041200' >534 <A [12] '691041200-10' >535 >536 <L [2] 537 <A [9] '691041200' >538 <A [12] '691041200-11' >539 >540 <L [2] 541 <A [9] '691041200' >542 <A [12] '691041200-12' >543 >544 <L [2] 545 <A [9] '691041200' >546 <A [12] '691041200-13' >547 >548 <L [2] 549 <A [9] '691041200' >550 <A [12] '691041200-14' >551 >552 <L [2] 553 <A [9] '691041200' >554 <A [12] '691041200-15' >555 >556 <L [2] 557 <A [9] '691041200' >558 <A [12] '691041200-16' >559 >560 <L [2] 561 <A [9] '691041200' >562 <A [12] '691041200-17' >563 >564 <L [2] 565 <A [9] '691041200' >566 <A [12] '691041200-18' >567 >568 <L [2] 569 <A [9] '691041200' >570 <A [12] '691041200-19' >571 >572 <L [2] 573 <A [9] '691041200' >574 <A [12] '691041200-20' >575 >576 <L [2] 577 <A [9] '691041200' >578 <A [12] '691041200-21' >579 >580 <L [2] 581 <A [9] '691041200' >582 <A [12] '691041200-22' >583 >584 <L [2] 585 <A [9] '691041200' >586 <A [12] '691041200-23' >587 >588 <L [2] 589 <A [9] '691041200' >590 <A [12] '691041200-24' >591 >592 <L [2] 593 <A [9] '691041200' >594 <A [12] '691041200-25' >595 >596 >597 >598 <L [2] 599 <A [7] 'SlotMap' >600 <L [25] 601 <U1 [1] 3 >602 <U1 [1] 3 >603 <U1 [1] 3 >604 <U1 [1] 3 >605 <U1 [1] 3 >606 <U1 [1] 3 >607 <U1 [1] 3 >608 <U1 [1] 3 >609 <U1 [1] 3 >610 <U1 [1] 3 >611 <U1 [1] 3 >612 <U1 [1] 3 >613 <U1 [1] 3 >614 <U1 [1] 3 >615 <U1 [1] 3 >616 <U1 [1] 3 >617 <U1 [1] 3 >618 <U1 [1] 3 >619 <U1 [1] 3 >620 <U1 [1] 3 >621 <U1 [1] 3 >622 <U1 [1] 3 >623 <U1 [1] 3 >624 <U1 [1] 3 >625 <U1 [1] 3 >626 >627 >628 <L [2] 629 <A [5] 'Usage' >630 <A [7] 'PRODUCT' >631 >632 >633 >634 .635 SECS. CancelCarrier: 'S3F17' W /* Name=CancelCarrier SMSD=SMSD Header=[5C 89 62 1F] */636 <L [5] 637 <U4 [1] 1 >638 <A [13] 'CancelCarrier' >639 <A [8] 'WF115780' >640 <U1 [1] 2 >641 <L [0] 642 >643 >644 .`645 });646 let document5 = vscode.workspace.openTextDocument({647 language: 'log',648 content: `SECS. S6F11: 'S6F11' W /* Name= SMSD=SMSD Header=[00 18 00 00] */649 <L [3]650 <U4 [1] 1834 > /* DATAID */651 <U4 [1] 87018 > /* Name=CEID Keyword=CarrierIDRead_Done */652 <L [2]653 <L [2]654 <U4 [1] 13 > /* Name=RPTID Keyword=ReportID */655 <L [2]656 <A [16] '2019060206513481' > /* Name=VID Keyword=GemTime */657 <U1 [1] 5 > /* Name=VID Keyword=ControlState */658 >659 >660 <L [2]661 <U4 [1] 202 > /* Name=RPTID Keyword=ReportID */662 <L [3]663 <A [5] 'FIMS1' > /* Name=VID Keyword=LocationID */664 <U1 [1] 2 > /* Name=VID Keyword=PortNo */665 <A [8] 'WF116885 ' > /* Name=VID Keyword=CarrierID */666 >667 >668 >669 >670 .`671 });672 let document6 = vscode.workspace.openTextDocument({673 language: 'log',674 content: `2019-07-10 12:15:06,988 INFO [1] - SECS. ProceedWithCarrier: 'S3F17' W /* Header=[00 00 83 11 00 00 00 C8 5A 4D 00] Rcvd=1 Time=12:15:07 TID=23117 */675 <L [5]676 <U4 [1] 1 >677 <A [18] 'ProceedWithCarrier' > /* MappedValue=ProceedWithCarrier */678 <A [8] 'WF103449' > /* MappedValue=WF103449 */679 <U1 [1] 1 >680 <L [4]681 <L [2]682 <A [5] 'Usage' > /* MappedValue=Usage */683 <A [7] 'PRODUCT' > /* MappedValue=PRODUCT */684 >685 <L [2]686 <A [8] 'Capacity' > /* MappedValue=Capacity */687 <U1 [1] 25 >688 >689 <L [2]690 <A [10] 'ContentMap' > /* MappedValue=ContentMap */691 <L [25]692 <L [2]693 <A [9] 'N911157HR' > /* MappedValue=N911157HR */694 <A [10] 'HXCY1613FK' > /* MappedValue=HXCY1613FK */695 >696 <L [2]697 <A [9] 'N911157HR' > /* MappedValue=N911157HR */698 <A [10] 'H8AU0776FK' > /* MappedValue=H8AU0776FK */699 >700 <L [2]701 <A [9] 'N911157HR' > /* MappedValue=N911157HR */702 <A [10] 'GZ672322FK' > /* MappedValue=GZ672322FK */703 >704 <L [2]705 <A [10] 'N911157APS' > /* MappedValue=N911157APS */706 <A [10] 'I6151819FK' > /* MappedValue=I6151819FK */707 >708 <L [2]709 <A [10] 'N911157APS' > /* MappedValue=N911157APS */710 <A [10] 'I32X1579FK' > /* MappedValue=I32X1579FK */711 >712 <L [2]713 <A [10] 'N911157APS' > /* MappedValue=N911157APS */714 <A [10] 'HZ1X1851FK' > /* MappedValue=HZ1X1851FK */715 >716 <L [2]717 <A [9] 'N911157HR' > /* MappedValue=N911157HR */718 <A [10] 'M6KWL052WA' > /* MappedValue=M6KWL052WA */719 >720 <L [2]721 <A [10] 'N911157APS' > /* MappedValue=N911157APS */722 <A [10] '7B270B05SL' > /* MappedValue=7B270B05SL */723 >724 <L [2]725 <A [9] 'N911157HR' > /* MappedValue=N911157HR */726 <A [10] 'F8951805FK' > /* MappedValue=F8951805FK */727 >728 <L [2]729 <A [10] 'N911157APU' > /* MappedValue=N911157APU */730 <A [10] 'H6DC2606FK' > /* MappedValue=H6DC2606FK */731 >732 <L [2]733 <A [9] 'N911157HR' > /* MappedValue=N911157HR */734 <A [10] 'FX5S1854FK' > /* MappedValue=FX5S1854FK */735 >736 <L [2]737 <A [9] 'N911157HR' > /* MappedValue=N911157HR */738 <A [10] 'I8021842FK' > /* MappedValue=I8021842FK */739 >740 <L [2]741 <A [9] 'N911157HR' > /* MappedValue=N911157HR */742 <A [10] 'H70Z2604FK' > /* MappedValue=H70Z2604FK */743 >744 <L [2]745 <A [9] 'N911157HR' > /* MappedValue=N911157HR */746 <A [10] 'IX1E1831FK' > /* MappedValue=IX1E1831FK */747 >748 <L [2]749 <A [9] 'N911157HR' > /* MappedValue=N911157HR */750 <A [10] 'HXEL1140FK' > /* MappedValue=HXEL1140FK */751 >752 <L [2]753 <A [9] 'N911157HR' > /* MappedValue=N911157HR */754 <A [10] 'GZ431793FK' > /* MappedValue=GZ431793FK */755 >756 <L [2]757 <A [9] 'N911157HR' > /* MappedValue=N911157HR */758 <A [10] 'W74MH008ES' > /* MappedValue=W74MH008ES */759 >760 <L [2]761 <A [9] 'N911157HR' > /* MappedValue=N911157HR */762 <A [10] 'H1D12496FK' > /* MappedValue=H1D12496FK */763 >764 <L [2]765 <A [9] 'N911157HR' > /* MappedValue=N911157HR */766 <A [10] 'IX1E1830FK' > /* MappedValue=IX1E1830FK */767 >768 <L [2]769 <A [9] 'N911157HR' > /* MappedValue=N911157HR */770 <A [10] 'IY1Q1788FK' > /* MappedValue=IY1Q1788FK */771 >772 <L [2]773 <A [9] 'N911157HR' > /* MappedValue=N911157HR */774 <A [10] '4H0BJ530KO' > /* MappedValue=4H0BJ530KO */775 >776 <L [2]777 <A [0] >778 <A [0] >779 >780 <L [2]781 <A [0] >782 <A [0] >783 >784 <L [2]785 <A [0] >786 <A [0] >787 >788 <L [2]789 <A [0] >790 <A [0] >791 >792 >793 >794 <L [2]795 <A [7] 'SlotMap' > /* MappedValue=SlotMap */796 <L [25]797 <U1 [1] 3 >798 <U1 [1] 3 >799 <U1 [1] 3 >800 <U1 [1] 3 >801 <U1 [1] 3 >802 <U1 [1] 3 >803 <U1 [1] 3 >804 <U1 [1] 3 >805 <U1 [1] 3 >806 <U1 [1] 3 >807 <U1 [1] 3 >808 <U1 [1] 3 >809 <U1 [1] 3 >810 <U1 [1] 3 >811 <U1 [1] 3 >812 <U1 [1] 3 >813 <U1 [1] 3 >814 <U1 [1] 3 >815 <U1 [1] 3 >816 <U1 [1] 3 >817 <U1 [1] 3 >818 <U1 [1] 1 >819 <U1 [1] 1 >820 <U1 [1] 1 >821 <U1 [1] 1 >822 >823 >824 >825 >826 .`827 });828 let parseAndMapSecsMessage = (doc: vscode.TextDocument) => {829 return extension.parseSecsMessage(doc)830 .map(element => {831 let [secsMessage, position1, position2] = element;832 return secsMessage;833 });834 };835 test("carrierInfo", async function() {836 let case1 = parseAndMapSecsMessage(await document1);837 var info1 = getCarrierInfo(case1, parserKeyword);838 assert.equal(info1.carrierId, 'WF116882');839 assert.deepEqual(info1.lotId, ['691862300']);840 assert.deepEqual(info1.ppids, ['TR_P_UAA064_H46CTW_AB']);841 assert.equal(info1.waferCount, 25);842 let case2 = parseAndMapSecsMessage(await document2);843 var info2 = getCarrierInfo(case2, parserKeyword);844 assert.equal(info2.carrierId, '');845 assert.deepEqual(info2.lotId, []);846 assert.deepEqual(info2.ppids, ['TR_P_UAA064_H46CTW_AB/UAA064_H46CTW_AB/123546']);847 assert.equal(info2.waferCount, 0);848 let case3 = parseAndMapSecsMessage(await document3);849 var info3 = getCarrierInfo(case3, parserKeyword);850 assert.equal(info3.carrierId, 'WF112635');851 assert.deepEqual(info3.lotId, ['691862300', '691862304', '691862303']);852 assert.deepEqual(info3.ppids, []);853 assert.equal(info3.waferCount, 23);854 assert.equal(info3.cancelCarrier, false);855 let case4 = parseAndMapSecsMessage(await document4);856 var info4 = getCarrierInfo(case4, parserKeyword);857 assert.equal(info4.carrierId, 'WF115780');858 assert.deepEqual(info4.lotId, ['691041200']);859 assert.deepEqual(info4.ppids, []);860 assert.equal(info4.waferCount, 25);861 assert.equal(info4.cancelCarrier, true);862 let case5 = parseAndMapSecsMessage(await document5);863 var info5 = getCarrierInfo(case5, parserKeyword);864 assert.equal(info5.carrierId, 'WF116885');865 let case6 = parseAndMapSecsMessage(await document6);866 var info6 = getCarrierInfo(case6, parserKeyword);867 assert.equal(info6.carrierId, 'WF103449');868 assert.equal(info6.waferCount, 21);869 });...
deserialization.ts
Source:deserialization.ts
1import { setPrototypeOf } from './polyfills';2import { registerBuiltIns } from './references';3import { GTAny } from './types/types';4import { isGTDataProperty, isGTObject } from './utils/predicates';5import { getDefinitionByIdentifier, safeTypeOf } from './utils/utils';6/**7 * Deserializes a value from a string.8 * @param string The serialized value.9 * @returns The value.10 */11export function deserialize(string: string): unknown {12 // Make sure built-ins are registered.13 registerBuiltIns();14 if (safeTypeOf(string) !== 'string') {15 throw new TypeError(16 `deserialize called with invalid arguments, expected (string) but got (${safeTypeOf(17 string18 )})`19 );20 }21 // Create arrays of mapped values (as parsed from the provided JSON) and22 // original values (regular JS values).23 const mappedValues = JSON.parse(string) as GTAny[];24 const originalValues: any[] = [];25 for (let i = 0; i < mappedValues.length; i++) {26 // For each GTAny, pass the index to the unmap function.27 unmapValue(i);28 }29 /**30 * Converts a {@link GTAny} at a given index to a native value.31 * @param index The index.32 * @internal33 */34 function unmapValue(index: number) {35 // If the value is already mapped, return immediately.36 if (37 Object.getOwnPropertyNames(originalValues).indexOf(String(index)) > -138 ) {39 return;40 }41 // Get the mapped value.42 const mappedValue = mappedValues[index];43 switch (mappedValue[0]) {44 // If the mapped value is a GTPrimitive, convert to a native45 // primitive.46 case 'undefined':47 originalValues[index] = undefined;48 break;49 case 'null':50 originalValues[index] = null;51 break;52 case 'boolean':53 originalValues[index] = mappedValue[1];54 break;55 case 'number':56 originalValues[index] = Number(mappedValue[1]);57 break;58 case 'string':59 originalValues[index] = mappedValue[1];60 break;61 case 'bigint':62 originalValues[index] = BigInt(mappedValue[1]);63 break;64 case 'symbol':65 if (mappedValue[2] === undefined) {66 originalValues[index] = Symbol(67 mappedValue[1] !== null ? mappedValue[1] : undefined68 );69 } else {70 originalValues[index] = Symbol.for(mappedValue[2]);71 }72 break;73 case 'reference':74 // If the mapped value is a reference, get the definition and75 // add the corresponding value.76 originalValues[index] = getDefinitionByIdentifier(mappedValue[1])![0];77 break;78 default:79 unmapValue(mappedValue[1]);80 // Unmap the GTObject to a regular object depending on the type.81 switch (mappedValue[0]) {82 case 'Array':83 originalValues[index] = new Array();84 break;85 case 'Int8Array':86 originalValues[index] = new Int8Array(mappedValue[3]);87 break;88 case 'Uint8Array':89 originalValues[index] = new Uint8Array(mappedValue[3]);90 break;91 case 'Uint8ClampedArray':92 originalValues[index] = new Uint8ClampedArray(mappedValue[3]);93 break;94 case 'Int16Array':95 originalValues[index] = new Int16Array(mappedValue[3]);96 break;97 case 'Uint16Array':98 originalValues[index] = new Uint16Array(mappedValue[3]);99 break;100 case 'Int32Array':101 originalValues[index] = new Int32Array(mappedValue[3]);102 break;103 case 'Uint32Array':104 originalValues[index] = new Uint32Array(mappedValue[3]);105 break;106 case 'Float32Array':107 originalValues[index] = new Float32Array(mappedValue[3]);108 break;109 case 'Float64Array':110 originalValues[index] = new Float64Array(mappedValue[3]);111 break;112 case 'BigInt64Array':113 originalValues[index] = new BigInt64Array(mappedValue[3]);114 break;115 case 'BigUint64Array':116 originalValues[index] = new BigUint64Array(mappedValue[3]);117 break;118 case 'Set':119 originalValues[index] = new Set();120 break;121 case 'Map':122 originalValues[index] = new Map();123 break;124 case 'Date':125 originalValues[index] = new Date(mappedValue[3]);126 break;127 case 'RegExp':128 const lastSlashPosition = mappedValue[3].lastIndexOf('/');129 const pattern = mappedValue[3].substring(1, lastSlashPosition);130 const flags = mappedValue[3].substring(lastSlashPosition + 1);131 originalValues[index] = new RegExp(pattern, flags);132 break;133 case 'Boolean':134 originalValues[index] = new Boolean(mappedValue[3]);135 break;136 case 'Number':137 originalValues[index] = new Number(mappedValue[3]);138 break;139 case 'String':140 originalValues[index] = new String(mappedValue[3]);141 break;142 case 'Symbol':143 if (mappedValue[4] === undefined) {144 originalValues[index] = new Object(145 Symbol(mappedValue[3] !== null ? mappedValue[3] : undefined)146 );147 } else {148 originalValues[index] = new Object(Symbol.for(mappedValue[4]));149 }150 break;151 case 'BigInt':152 originalValues[index] = new Object(BigInt(mappedValue[3]));153 break;154 default:155 originalValues[index] = Object.create(156 originalValues[mappedValue[1]]157 );158 }159 // Map the object's prototype if the object is not a standard160 // object and the prototype doesn't match the type.161 const proto = mappedValues[mappedValue[1]];162 if (163 mappedValue[0] !== 'Object' &&164 (proto[0] !== 'reference' || proto[1] !== mappedValue[0])165 ) {166 setPrototypeOf(originalValues[index], originalValues[mappedValue[1]]);167 }168 }169 }170 mappedValues.forEach((value, index) => {171 if (isGTObject(value)) {172 // For each GTObject, convert the GTProperties into native properties.173 value[2].forEach((property) => {174 if (isGTDataProperty(property)) {175 // If the property is a data property.176 Object.defineProperty(177 originalValues[index],178 originalValues[property[0]],179 {180 value: originalValues[property[1]],181 configurable: property[2],182 enumerable: property[3],183 writable: property[4],184 }185 );186 } else {187 // If the property is an accessor property.188 Object.defineProperty(189 originalValues[index],190 originalValues[property[0]],191 {192 get: originalValues[property[1]],193 set: originalValues[property[2]],194 configurable: property[3],195 enumerable: property[4],196 }197 );198 }199 });200 // If the object is a set, unmap the values.201 if (value[0] === 'Set') {202 value[3].forEach((valueIndex) => {203 originalValues[index].add(originalValues[valueIndex]);204 });205 }206 // If the object is a map, unmap the keys and values.207 if (value[0] === 'Map') {208 value[3].forEach((keyValueIndex) => {209 originalValues[index].set(210 originalValues[keyValueIndex[0]],211 originalValues[keyValueIndex[1]]212 );213 });214 }215 }216 });217 return originalValues[0];...
product-status.js
Source:product-status.js
...48 /**49 * @returns {*}50 */51 setInitialValue: function () {52 this.value(this.mappedValue());53 this._super();54 this.mappedValue(this.initialValue);55 this.value(this.mappingValues[this.initialValue]);56 this.initialValue = this.value();57 return this;58 },59 /**60 * @returns {*}61 */62 onUpdate: function () {63 this.mappedValue(this.setMappedValue());64 return this._super();65 }66 });...
Using AI Code Generation
1const { mappedValue } = require('@dubzzz/fast-check');2const { string } = require('@dubzzz/fast-check');3const { tuple } = require('@dubzzz/fast-check');4const { oneof } = require('@dubzzz/fast-check');5const { constantFrom } = require('@dubzzz/fast-check');6const first = string();7const second = string();8const third = string();9const fourth = string();10const fifth = string();11const mappedValueGenerator = mappedValue(12 tuple(first, second, third, fourth, fifth),13 ([first, second, third, fourth, fifth]) => {14 return {15 };16 }17);18const mappedValueGenerator2 = mappedValue(19 oneof(constantFrom('a', 'b', 'c'), constantFrom('d', 'e', 'f')),20 (value) => {21 return {22 };23 }24);25const mappedValueGenerator3 = mappedValue(26 oneof(27 constantFrom('a', 'b', 'c'),28 constantFrom('d', 'e', 'f'),29 constantFrom('g', 'h', 'i')30 (value) => {31 return {32 };33 }34);35module.exports = {36};37const { mappedValue } = require('@dubzzz/fast-check');38const { string } = require('@dubzzz/fast-check');39const { tuple } = require('@dubzzz/fast-check');40const { oneof } = require('@dubzzz/fast-check');41const { constantFrom } = require('@dubzzz/fast-check');42const first = string();43const second = string();44const third = string();45const fourth = string();46const fifth = string();47const mappedValueGenerator = mappedValue(48 tuple(first, second, third, fourth, fifth),49 ([first, second, third, fourth, fifth]) => {50 return {51 };52 }53);54const mappedValueGenerator2 = mappedValue(55 oneof(constantFrom('a', 'b', 'c'), constant
Using AI Code Generation
1import fc from 'fast-check';2import { mappedValue } from 'fast-check-monorepo';3const arb = fc.integer();4const arbMapped = mappedValue(arb, (x) => x + 1);5console.log(arbMapped.generate());6import fc from 'fast-check';7import { mappedValue } from 'fast-check-monorepo';8const arb = fc.integer();9const arbMapped = mappedValue(arb, (x) => x + 1);10console.log(arbMapped.generate());
Using AI Code Generation
1const fc = require('fast-check');2const { mappedValue } = require('fast-check-monorepo');3const myArbitrary = fc.integer(0, 100);4const myMapper = n => n * 2;5const myMappedArbitrary = mappedValue(myArbitrary, myMapper);6const fc = require('fast-check');7const { mappedValue } = require('fast-check-monorepo');8const myArbitrary = fc.integer(0, 100);9const myMapper = n => n * 2;10const myMappedArbitrary = mappedValue(myArbitrary, myMapper);11const fc = require('fast-check');12const { mappedValue } = require('fast-check-monorepo');13const myArbitrary = fc.integer(0, 100);14const myMapper = n => n * 2;15const myMappedArbitrary = mappedValue(myArbitrary, myMapper);16const fc = require('fast-check');17const { mappedValue } = require('fast-check-monorepo');18const myArbitrary = fc.integer(0, 100);19const myMapper = n => n * 2;20const myMappedArbitrary = mappedValue(myArbitrary, myMapper);21const fc = require('fast-check');22const { mappedValue } = require('fast-check-monorepo');23const myArbitrary = fc.integer(0, 100);24const myMapper = n => n * 2;25const myMappedArbitrary = mappedValue(myArbitrary, myMapper);
Using AI Code Generation
1const {mappedValue} = require('fast-check-monorepo');2const {string} = require('fast-check');3const result = mappedValue(string(), (s) => s);4console.log(result);5const {mappedValue} = require('fast-check-monorepo');6const {string} = require('fast-check');7const result = mappedValue(string(), (s) => s);8console.log(result);9const {mappedValue} = require('fast-check-monorepo');10const {string} = require('fast-check');11const result = mappedValue(string(), (s) => s);12console.log(result);13const {mappedValue} = require('fast-check-monorepo');14const {string} = require('fast-check');15const result = mappedValue(string(), (s) => s);16console.log(result);17const {mappedValue} = require('fast-check-monorepo');18const {string} = require('fast-check');19const result = mappedValue(string(), (s) => s);20console.log(result);21const {mappedValue} = require('fast-check-monorepo');22const {string} = require('fast-check');23const result = mappedValue(string(), (s) => s);24console.log(result);25const {mappedValue} = require('fast-check-monorepo');26const {string} = require('fast-check');27const result = mappedValue(string(), (s) => s);28console.log(result);29const {mappedValue} = require('fast-check-monorepo');30const {string} = require('fast-check');31const result = mappedValue(string(), (s) => s);32console.log(result);33const {
Using AI Code Generation
1const { array, integer, string } = require('fast-check');2const arb = array(string(), 1, 10).mapValue((value) => {3 return value.join('');4});5const arb2 = array(integer(0, 100), 1, 10).mapValue((value) => {6 return value.reduce((total, num) => total + num, 0);7});8arb.sample().forEach((value) => {9 console.log(value);10});11arb2.sample().forEach((value) => {12 console.log(value);13});
Using AI Code Generation
1const fc = require('fast-check');2const mappedValue = require('fast-check-monorepo').mappedValue;3const mappingFunction = (x) => x + 1;4const predicate = (x) => x > 0;5const value = mappedValue(mappingFunction, predicate);6console.log(value);7const fc = require('fast-check');8const mappedValue = require('fast-check-monorepo').mappedValue;9const mappingFunction = (x) => x + 1;10const predicate = (x) => x > 0;11const value = mappedValue(mappingFunction, predicate);12console.log(value);13const fc = require('fast-check');14const mappedValue = require('fast-check-monorepo').mappedValue;15const mappingFunction = (x) => x + 1;16const predicate = (x) => x > 0;17const value = mappedValue(mappingFunction, predicate);18console.log(value);19const fc = require('fast-check');20const mappedValue = require('fast-check-monorepo').mappedValue;21const mappingFunction = (x) => x + 1;22const predicate = (x) => x > 0;23const value = mappedValue(mappingFunction, predicate);24console.log(value);25const fc = require('fast-check');26const mappedValue = require('fast-check-monorepo').mappedValue;27const mappingFunction = (x) => x + 1;28const predicate = (x) => x > 0;29const value = mappedValue(mappingFunction, predicate);30console.log(value
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