How to use mappedValue method in fast-check-monorepo

Best JavaScript code snippet using fast-check-monorepo

secsLogic.test.ts

Source:secsLogic.test.ts Github

copy

Full Screen

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 });...

Full Screen

Full Screen

deserialization.ts

Source:deserialization.ts Github

copy

Full Screen

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];...

Full Screen

Full Screen

product-status.js

Source:product-status.js Github

copy

Full Screen

...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 });...

Full Screen

Full Screen

Using AI Code Generation

copy

Full Screen

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

Full Screen

Full Screen

Using AI Code Generation

copy

Full Screen

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());

Full Screen

Full Screen

Using AI Code Generation

copy

Full Screen

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);

Full Screen

Full Screen

Using AI Code Generation

copy

Full Screen

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 {

Full Screen

Full Screen

Using AI Code Generation

copy

Full Screen

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});

Full Screen

Full Screen

Using AI Code Generation

copy

Full Screen

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

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