How to use pressKey method in taiko

Best JavaScript code snippet using taiko

test_spec.js

Source:test_spec.js Github

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...51 // TODO(charlie): Add tests for Keys.FRAC_EXCLUSIVE (the mixed-number52 // fraction key).53 describe('Fraction Bar', () => {54 it('should work with no content', () => {55 mathField.pressKey(Keys.FRAC_INCLUSIVE);56 assert.equal(mathField.getContent(), '\\frac{ }{ }');57 });58 it('should work after an expression', () => {59 mathField.setContent('35x^2');60 mathField.pressKey(Keys.FRAC_INCLUSIVE);61 assert.equal(mathField.getContent(), '\\frac{35x^2}{ }');62 });63 it('should work before an expression', () => {64 mathField.setContent('35x^2');65 mathField.moveToStart();66 mathField.pressKey(Keys.FRAC_INCLUSIVE);67 assert.equal(mathField.getContent(), '\\frac{ }{ }35x^2');68 });69 it('should work with a selected expression', () => {70 mathField.setContent('35x^2');71 mathField.selectAll();72 mathField.pressKey(Keys.FRAC_INCLUSIVE);73 assert.equal(mathField.getContent(), '\\frac{35x^2}{ }');74 });75 });76 describe('Parentheses', () => {77 it('should work with no content', () => {78 mathField.setContent('');79 mathField.pressKey(Keys.LEFT_PAREN);80 assert.equal(mathField.getContent(), '\\left(\\right)');81 });82 it('should work after an expression', () => {83 mathField.setContent('35x^2');84 mathField.pressKey(Keys.RIGHT_PAREN);85 assert.equal(mathField.getContent(), '\\left(35x^2\\right)');86 });87 it('should work before an expression', () => {88 mathField.setContent('35x^2');89 mathField.moveToStart();90 mathField.pressKey(Keys.LEFT_PAREN);91 assert.equal(mathField.getContent(), '\\left(35x^2\\right)');92 });93 it.skip('should work on a selected expression', () => {94 mathField.setContent('35x + 5');95 mathField.selectAll();96 mathField.pressKey(Keys.LEFT_PAREN);97 assert.equal(mathField.getContent(), '\\left(35x^2\\right)');98 });99 });100 describe('Squared', () => {101 it('should prefix with empty parens after no content', () => {102 mathField.pressKey(Keys.EXP_2);103 assert.equal(mathField.getContent(), '\\left(\\right)^2');104 // Verify that the cursor is in parens.105 assert(isInsideEmptyParens(mathField.getCursor()));106 });107 it('should prefix with empty parens after an operator', () => {108 mathField.pressKey(Keys.DIVIDE);109 mathField.pressKey(Keys.EXP_2);110 assert.equal(mathField.getContent(), '\\div\\left(\\right)^2');111 });112 it('should work after an expression', () => {113 mathField.setContent('35x');114 mathField.pressKey(Keys.EXP_2);115 assert.equal(mathField.getContent(), '35x^2');116 });117 it.skip('should work on a selected expression', () => {118 mathField.setContent('35x+5');119 mathField.selectAll();120 mathField.pressKey(Keys.EXP_2);121 assert.equal(mathField.getContent(), '\\left(35x+5\\right)^2');122 });123 });124 describe('Cubed', () => {125 it('should prefix with empty parens after no content', () => {126 mathField.pressKey(Keys.EXP_3);127 assert.equal(mathField.getContent(), '\\left(\\right)^3');128 // Verify that the cursor is in parens.129 assert(isInsideEmptyParens(mathField.getCursor()));130 });131 it('should prefix with empty parens after an operator', () => {132 mathField.pressKey(Keys.EQUAL);133 mathField.pressKey(Keys.EXP_3);134 assert.equal(mathField.getContent(), '=\\left(\\right)^3');135 });136 it('should work after an expression', () => {137 mathField.setContent('35x');138 mathField.pressKey(Keys.EXP_3);139 assert.equal(mathField.getContent(), '35x^3');140 });141 it.skip('should work on a selected expression', () => {142 mathField.setContent('35x+5');143 mathField.selectAll();144 mathField.pressKey(Keys.EXP_3);145 assert.equal(mathField.getContent(), '\\left(35x+5\\right)^3');146 });147 });148 describe('Exponent', () => {149 it('should prefix with empty parens after no content', () => {150 mathField.pressKey(Keys.EXP);151 assert.equal(mathField.getContent(), '\\left(\\right)^{ }');152 // Verify that the cursor is in the exponent, not within the parens,153 // writing a unique character to verify cursor position.154 assert(!isInsideEmptyParens(mathField.getCursor()));155 mathField.pressKey(Keys.PLUS);156 assert.equal(mathField.getContent(), '\\left(\\right)^+');157 });158 it('should prefix with empty parens after an operator', () => {159 mathField.pressKey(Keys.PLUS);160 mathField.pressKey(Keys.EXP);161 assert.equal(mathField.getContent(), '+\\left(\\right)^{ }');162 });163 it('should work after an expression', () => {164 mathField.setContent('35x');165 mathField.pressKey(Keys.EXP);166 assert.equal(mathField.getContent(), '35x^{ }');167 });168 // TODO(kevinb): makes the expression an exponent when it shouldn't169 it.skip('should work on a selected expression', () => {170 mathField.setContent('35x+5');171 mathField.selectAll();172 mathField.pressKey(Keys.EXP);173 assert.equal(mathField.getContent(), '\\left(35x+5\\right)^{ }');174 });175 });176 describe('Square Root', () => {177 it('should work with no content', () => {178 mathField.pressKey(Keys.SQRT);179 assert.equal(mathField.getContent(), '\\sqrt{ }');180 });181 it('should work after an expression', () => {182 mathField.setContent('35x^2');183 mathField.pressKey(Keys.SQRT);184 assert.equal(mathField.getContent(), '35x^2\\sqrt{ }');185 });186 it('should work on a selected expression', () => {187 mathField.setContent('35x+5');188 mathField.selectAll();189 mathField.pressKey(Keys.SQRT);190 assert.equal(mathField.getContent(), '\\sqrt{35x+5}');191 });192 });193 describe('Radical', () => {194 it('should work with no content', () => {195 mathField.pressKey(Keys.RADICAL);196 assert.equal(mathField.getContent(), '\\sqrt[]{}');197 });198 it('should work after an expression', () => {199 mathField.setContent('35x^2');200 mathField.pressKey(Keys.RADICAL);201 assert.equal(mathField.getContent(), '35x^2\\sqrt[]{}');202 });203 it.skip('should work on a selected expression', () => {204 mathField.setContent('35x+5');205 mathField.selectAll();206 mathField.pressKey(Keys.RADICAL);207 // TODO(kevinb): check cursor location208 assert.equal(mathField.getContent(), '\\sqrt[ ]{35x+5}');209 });210 });211 describe('Log', () => {212 it('should work with no content', () => {213 mathField.pressKey(Keys.LOG);214 assert.equal(mathField.getContent(), '\\log\\left(\\right)');215 });216 it('should work after an expression', () => {217 mathField.setContent('35x^2');218 mathField.pressKey(Keys.LOG);219 assert.equal(mathField.getContent(), '35x^2\\log\\left(\\right)');220 });221 it.skip('should work on a selected expression', () => {222 mathField.setContent('35x+5');223 mathField.selectAll();224 mathField.pressKey(Keys.LOG);225 assert.equal(mathField.getContent(), '\\log\\left(35x+5\\right)');226 });227 });228 describe('Log w/ base n', () => {229 it('should work with no content', () => {230 mathField.pressKey(Keys.LOG_N);231 assert.equal(mathField.getContent(), '\\log_{ }\\left(\\right)');232 });233 it('should work after an expression', () => {234 mathField.setContent('35x^2');235 mathField.pressKey(Keys.LOG_N);236 assert.equal(237 mathField.getContent(), '35x^2\\log_{ }\\left(\\right)');238 });239 it.skip('should work on a selected expression', () => {240 mathField.setContent('35x+5');241 mathField.selectAll();242 mathField.pressKey(Keys.LOG_N);243 assert.equal(244 mathField.getContent(), '\\log_{ }\\left(35x+5\\right)');245 });246 });247 describe('Backspace', () => {248 it('should delete an empty fraction from the numerator', () => {249 mathField.setContent('\\frac{ }{ }');250 mathField.moveToStart();251 mathField.pressKey(Keys.RIGHT);252 mathField.pressKey(Keys.BACKSPACE);253 assert.equal(mathField.getContent(), '');254 });255 it('should convert a fraction when deleting the denominator', () => {256 mathField.setContent('\\frac{35x^2}{ }');257 mathField.pressKey(Keys.LEFT);258 mathField.pressKey(Keys.BACKSPACE);259 assert.equal(mathField.getContent(), '35x^2');260 });261 // TODO(kevinb) math isn't selected262 it('should select a fraction when deleting from outside of it', () => {263 const expr = '\\frac{35x+5}{x^2}';264 mathField.setContent(expr);265 mathField.pressKey(Keys.BACKSPACE);266 assert(mathField.isSelected());267 assert.equal(mathField.getContent(), expr);268 });269 it('should delete parens when inside empty parens', () => {270 mathField.setContent('\\left(\\right)');271 mathField.pressKey(Keys.LEFT);272 mathField.pressKey(Keys.BACKSPACE);273 assert.equal(mathField.getContent(), '');274 });275 it('deletes only the first parens when inside empty parens', () => {276 mathField.setContent('\\left(\\right)\\left(\\right)');277 mathField.pressKey(Keys.LEFT);278 mathField.pressKey(Keys.BACKSPACE);279 assert.equal(mathField.getContent(), '\\left(\\right)');280 });281 it('should select an expression when deleting from outside (1)', () => {282 const expr = '\\left(35x+5\\right)';283 mathField.setContent(expr);284 mathField.pressKey(Keys.BACKSPACE);285 assert(mathField.isSelected());286 assert.equal(mathField.getContent(), expr);287 });288 it('should select an expression when deleting from outside (2)', () => {289 const expr = '1+\\left(35x+5\\right)';290 mathField.setContent(expr);291 mathField.pressKey(Keys.BACKSPACE);292 const selection = mathField.getSelection();293 const left = selection.ends[MQ.L][MQ.L];294 const right = selection.ends[MQ.R][MQ.R];295 assert.equal(left.ctrlSeq, '+');296 assert.equal(right, END_OF_EXPR);297 assert.equal(mathField.getContent(), expr);298 });299 it('should select an expression when deleting from outside (3)', () => {300 const expr = '1+\\left(35x+5\\right)-1';301 mathField.setContent(expr);302 mathField.pressKey(Keys.LEFT);303 mathField.pressKey(Keys.LEFT);304 mathField.pressKey(Keys.BACKSPACE);305 const selection = mathField.getSelection();306 const left = selection.ends[MQ.L][MQ.L];307 const right = selection.ends[MQ.R][MQ.R];308 assert.equal(left.ctrlSeq, '+');309 assert.equal(right.ctrlSeq, '-');310 assert.equal(mathField.getContent(), expr);311 });312 it('should select an expression when deleting from outside (4)', () => {313 const expr = '\\left(35x+5\\right)-1';314 mathField.setContent(expr);315 mathField.pressKey(Keys.LEFT);316 mathField.pressKey(Keys.LEFT);317 mathField.pressKey(Keys.BACKSPACE);318 const selection = mathField.getSelection();319 const left = selection.ends[MQ.L][MQ.L];320 const right = selection.ends[MQ.R][MQ.R];321 assert.equal(left, END_OF_EXPR);322 assert.equal(right.ctrlSeq, '-');323 assert.equal(mathField.getContent(), expr);324 });325 it('should select an expression when deleting from outside', () => {326 mathField.setContent('\\left(35x+5\\right)');327 mathField.pressKey(Keys.BACKSPACE);328 assert(mathField.isSelected());329 assert.equal(mathField.getContent(), '\\left(35x+5\\right)');330 });331 // TODO(kevinb) fix this behavior so that we delete the exponent too332 it.skip('should not delete squared exponents', () => {333 mathField.setContent('35x^2');334 mathField.pressKey(Keys.BACKSPACE);335 assert.equal(mathField.getContent(), '35x^2');336 mathField.pressKey(Keys.BACKSPACE);337 assert.equal(mathField.getContent(), '35x^{ }');338 });339 it('should not delete non-square exponents', () => {340 mathField.setContent('35x^5');341 mathField.pressKey(Keys.BACKSPACE);342 assert.equal(mathField.getContent(), '35x^5');343 mathField.pressKey(Keys.BACKSPACE);344 assert.equal(mathField.getContent(), '35x^{ }');345 });346 it('should delete an empty exponent', () => {347 mathField.setContent('35x^{}');348 mathField.pressKey(Keys.LEFT);349 mathField.pressKey(Keys.BACKSPACE);350 assert.equal(mathField.getContent(), '35x');351 });352 it('should delete an empty square root', () => {353 mathField.setContent('\\sqrt{}');354 mathField.pressKey(Keys.LEFT);355 mathField.pressKey(Keys.BACKSPACE);356 assert.equal(mathField.getContent(), '');357 });358 it('should delete an empty radical when cursor is in index', () => {359 mathField.setContent('\\sqrt[]{}');360 mathField.moveToStart();361 mathField.pressKey(Keys.RIGHT);362 mathField.pressKey(Keys.BACKSPACE);363 assert.equal(mathField.getContent(), '');364 });365 it('should delete an empty radical when cursor is in body', () => {366 mathField.pressKey(Keys.RADICAL);367 mathField.pressKey(Keys.RIGHT);368 mathField.pressKey(Keys.BACKSPACE);369 assert.equal(mathField.getContent(), '');370 });371 it('should select an empty radical with non-empty root', () => {372 mathField.pressKey(Keys.CUBE_ROOT);373 const expr = mathField.getContent();374 mathField.pressKey(Keys.BACKSPACE);375 assert(mathField.isSelected());376 assert.equal(mathField.getContent(), expr);377 });378 it('should normally delete within a non-empty radical', () => {379 mathField.pressKey(Keys.CUBE_ROOT);380 const expr = mathField.getContent();381 mathField.pressKey('NUM_2');382 mathField.pressKey(Keys.BACKSPACE);383 assert.equal(mathField.getContent(), expr);384 });385 it('deletes nthroot index normally', () => {386 mathField.setContent('\\sqrt[3]{35x+5}');387 mathField.moveToStart();388 mathField.pressKey(Keys.RIGHT);389 mathField.pressKey(Keys.RIGHT);390 mathField.pressKey(Keys.BACKSPACE);391 const cursor = mathField.getCursor();392 assert.equal(cursor[MQ.L], END_OF_EXPR);393 assert.equal(mathField.getContent(), '\\sqrt[]{35x+5}');394 });395 it('converts nthroot to sqrt when deleting from index (1)', () => {396 mathField.setContent('\\sqrt[]{35x+5}');397 mathField.moveToStart();398 mathField.pressKey(Keys.RIGHT);399 mathField.pressKey(Keys.BACKSPACE);400 const cursor = mathField.getCursor();401 assert.equal(cursor[MQ.L], END_OF_EXPR);402 assert.equal(mathField.getContent(), '\\sqrt{35x+5}');403 });404 it('converts nthroot to sqrt when deleting from index (2)', () => {405 mathField.setContent('1+\\sqrt[]{35x+5}');406 mathField.moveToStart();407 mathField.pressKey(Keys.RIGHT);408 mathField.pressKey(Keys.RIGHT);409 mathField.pressKey(Keys.RIGHT);410 mathField.pressKey(Keys.BACKSPACE);411 const cursor = mathField.getCursor();412 assert.equal(cursor[MQ.L].ctrlSeq, '+');413 assert.equal(mathField.getContent(), '1+\\sqrt{35x+5}');414 });415 it('should not delete if the index has contents', () => {416 const expr = '\\sqrt[3]{35x+5}';417 mathField.setContent(expr);418 mathField.moveToStart();419 mathField.pressKey(Keys.RIGHT);420 mathField.pressKey(Keys.BACKSPACE);421 assert.equal(mathField.getContent(), expr);422 });423 it('should select a full square root before deleting it', () => {424 const expr = '\\sqrt{35x+5}';425 mathField.setContent(expr);426 mathField.pressKey(Keys.BACKSPACE);427 assert(mathField.isSelected());428 assert.equal(mathField.getContent(), expr);429 });430 it('should select a full nth-root before deleting it', () => {431 const expr = '\\sqrt[3]{35x+5}';432 mathField.setContent(expr);433 mathField.pressKey(Keys.BACKSPACE);434 assert(mathField.isSelected());435 assert.equal(mathField.getContent(), expr);436 });437 it('should delete log when inside empty log', () => {438 mathField.setContent('\\log\\left(\\right)');439 mathField.pressKey(Keys.LEFT);440 mathField.pressKey(Keys.BACKSPACE);441 assert.equal(mathField.getContent(), '');442 });443 it('should select log when inside full log at head', () => {444 const expr = '\\log\\left(35x\\right)';445 mathField.setContent(expr);446 mathField.moveToStart();447 mathField.pressKey(Keys.RIGHT);448 mathField.pressKey(Keys.BACKSPACE);449 assert(mathField.isSelected());450 assert.equal(mathField.getContent(), expr);451 });452 it('should select log when outside full log at tail (1)', () => {453 const expr = '\\log\\left(35x\\right)';454 mathField.setContent(expr);455 mathField.pressKey(Keys.BACKSPACE);456 assert(mathField.isSelected());457 assert.equal(mathField.getContent(), expr);458 });459 it('should select log when outside full log at tail (2)', () => {460 const expr = '1+\\log\\left(35x\\right)';461 mathField.setContent(expr);462 mathField.pressKey(Keys.BACKSPACE);463 const selection = mathField.getSelection();464 const left = selection.ends[MQ.L][MQ.L];465 const right = selection.ends[MQ.R][MQ.R];466 assert.equal(left.ctrlSeq, '+');467 assert.equal(right, END_OF_EXPR);468 assert.equal(mathField.getContent(), expr);469 });470 it('should select log when outside full log at tail (3)', () => {471 const expr = '1+\\log\\left(35x\\right)-1';472 mathField.setContent(expr);473 mathField.pressKey(Keys.LEFT);474 mathField.pressKey(Keys.LEFT);475 mathField.pressKey(Keys.BACKSPACE);476 const selection = mathField.getSelection();477 const left = selection.ends[MQ.L][MQ.L];478 const right = selection.ends[MQ.R][MQ.R];479 assert.equal(left.ctrlSeq, '+');480 assert.equal(right.ctrlSeq, '-');481 assert.equal(mathField.getContent(), expr);482 });483 it('should select log when outside full log at tail (4)', () => {484 const expr = '\\log\\left(35x\\right)-1';485 mathField.setContent(expr);486 mathField.pressKey(Keys.LEFT);487 mathField.pressKey(Keys.LEFT);488 mathField.pressKey(Keys.BACKSPACE);489 const selection = mathField.getSelection();490 const left = selection.ends[MQ.L][MQ.L];491 const right = selection.ends[MQ.R][MQ.R];492 assert.equal(left, END_OF_EXPR);493 assert.equal(right.ctrlSeq, '-');494 assert.equal(mathField.getContent(), expr);495 });496 it('should delete empty log when at index', () => {497 mathField.setContent('\\log_{ }\\left(\\right)');498 mathField.moveToStart();499 // Move right once to get into the parens, and then left twice to500 // get to the empty index.501 mathField.pressKey(Keys.RIGHT);502 mathField.pressKey(Keys.LEFT);503 mathField.pressKey(Keys.LEFT);504 mathField.pressKey(Keys.BACKSPACE);505 assert.equal(mathField.getContent(), '');506 });507 it('should delete log index normally', () => {508 mathField.setContent('\\log_5\\left(\\right)');509 mathField.moveToStart();510 // Move right once to get into the parens, and then left twice to511 // get to the index.512 mathField.pressKey(Keys.RIGHT);513 mathField.pressKey(Keys.LEFT);514 mathField.pressKey(Keys.LEFT);515 mathField.pressKey(Keys.BACKSPACE);516 assert.equal(mathField.getContent(), '\\log_{ }\\left(\\right)');517 });518 it('should move to index from inside empty log with index', () => {519 mathField.setContent('\\log_5\\left(\\right)');520 mathField.pressKey(Keys.LEFT);521 mathField.pressKey(Keys.BACKSPACE);522 const cursor = mathField.getCursor();523 assert.equal(cursor[MQ.L].ctrlSeq, '5');524 assert.equal(mathField.getContent(), '\\log_5\\left(\\right)');525 });526 it('should select full log when deleting from empty index (1)', () => {527 const expr = '\\log_{ }\\left(x\\right)';528 mathField.setContent(expr);529 mathField.moveToStart();530 // Move right once to get into the parens, and then left twice to531 // get to the empty index.532 mathField.pressKey(Keys.RIGHT);533 mathField.pressKey(Keys.LEFT);534 mathField.pressKey(Keys.LEFT);535 mathField.pressKey(Keys.BACKSPACE);536 assert(mathField.isSelected());537 assert.equal(mathField.getContent(), expr);538 });539 it('should select full log when deleting from empty index (2)', () => {540 const expr = '1+\\log_{ }\\left(x\\right)';541 mathField.setContent(expr);542 mathField.moveToStart();543 // Move right once to get into the parens, and then left twice to544 // get to the empty index.545 mathField.pressKey(Keys.RIGHT);546 mathField.pressKey(Keys.RIGHT);547 mathField.pressKey(Keys.RIGHT);548 mathField.pressKey(Keys.LEFT);549 mathField.pressKey(Keys.LEFT);550 mathField.pressKey(Keys.BACKSPACE);551 const selection = mathField.getSelection();552 const left = selection.ends[MQ.L][MQ.L];553 const right = selection.ends[MQ.R][MQ.R];554 assert.equal(left.ctrlSeq, '+');555 assert.equal(right, END_OF_EXPR);556 assert.equal(mathField.getContent(), expr);557 });558 it('should select full log when deleting from empty index (3)', () => {559 const expr = '1+\\log_{ }\\left(x\\right)-1';560 mathField.setContent(expr);561 mathField.moveToStart();562 // Move right three times to get into the parens, and then left563 // twice to get to the start of the empty index.564 mathField.pressKey(Keys.RIGHT);565 mathField.pressKey(Keys.RIGHT);566 mathField.pressKey(Keys.RIGHT);567 mathField.pressKey(Keys.LEFT);568 mathField.pressKey(Keys.LEFT);569 mathField.pressKey(Keys.BACKSPACE);570 const selection = mathField.getSelection();571 const left = selection.ends[MQ.L][MQ.L];572 const right = selection.ends[MQ.R][MQ.R];573 assert.equal(left.ctrlSeq, '+');574 assert.equal(right.ctrlSeq, '-');575 assert.equal(mathField.getContent(), expr);576 });577 it('should select full log when deleting from empty index (4)', () => {578 const expr = '\\log_{ }\\left(x\\right)-1';579 mathField.setContent(expr);580 mathField.moveToStart();581 // Move right once to get into the parens, and then left twice to582 // get to the start of the empty index.583 mathField.pressKey(Keys.RIGHT);584 mathField.pressKey(Keys.LEFT);585 mathField.pressKey(Keys.LEFT);586 mathField.pressKey(Keys.BACKSPACE);587 const selection = mathField.getSelection();588 const left = selection.ends[MQ.L][MQ.L];589 const right = selection.ends[MQ.R][MQ.R];590 assert.equal(left, END_OF_EXPR);591 assert.equal(right.ctrlSeq, '-');592 assert.equal(mathField.getContent(), expr);593 });594 });595 describe('Left arrow', () => {596 it('skips function names', () => {597 mathField.pressKey(Keys.COS);598 const cursor = mathField.getCursor();599 // Verify that we're inside the function.600 assert.equal(cursor[MQ.L], END_OF_EXPR);601 assert.equal(cursor[MQ.R], END_OF_EXPR);602 // Navigate left.603 mathField.pressKey(Keys.LEFT);604 // Verify that we moved beyond the body of the function.605 assert.equal(cursor[MQ.L], END_OF_EXPR);606 assert.equal(cursor[MQ.R].ctrlSeq, '\\c');607 });608 it('does not skip out of a function with valid content present', () => {609 mathField.pressKey(Keys.COS);610 mathField.pressKey(Keys.PLUS);611 const cursor = mathField.getCursor();612 // Verify that we're inside the function.613 assert.equal(cursor[MQ.L].ctrlSeq, '+');614 assert.equal(cursor[MQ.R], END_OF_EXPR);615 // Navigate left.616 mathField.pressKey(Keys.LEFT);617 // Verify that we didn't move out of the function.618 assert.equal(cursor[MQ.L], END_OF_EXPR);619 assert.equal(cursor[MQ.R].ctrlSeq, '+');620 });621 });622 describe('Right arrow', () => {623 it('skips function names', () => {624 mathField.setContent('\\cos\\left(5\\right)');625 mathField.moveToStart();626 const cursor = mathField.getCursor();627 // Verify that we're outside the function.628 assert.equal(cursor[MQ.L], END_OF_EXPR);629 assert.equal(cursor[MQ.R].ctrlSeq, '\\c');630 // Navigate right.631 mathField.pressKey(Keys.RIGHT);632 // Verify that we moved into the body of the function.633 assert.equal(cursor[MQ.L], END_OF_EXPR);634 assert.equal(cursor[MQ.R].ctrlSeq, '5');635 });636 });637 describe.skip('Jump out', () => {638 // TODO(charlie): Write extensive tests for the 'Jump out' behavior.639 });640 describe.skip('Equals =, !=, <, <=, >, >=', () => {641 });...

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test_context-tracking.js

Source:test_context-tracking.js Github

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...38 });39 }40 });41 it('should treat number-only expressions as non-jumpable', () => {42 mathField.pressKey('NUM_1');43 mathField.pressKey('NUM_2');44 const cursor = mathField.pressKey('NUM_3');45 assert.equal(cursor.context, CursorContexts.NONE);46 });47 it('should treat numbers and ternary operators as non-jumpable', () => {48 mathField.pressKey('NUM_1');49 mathField.pressKey(Keys.CDOT);50 const cursor = mathField.pressKey('NUM_2');51 assert.equal(cursor.context, CursorContexts.NONE);52 });53 describe('Before fraction', () => {54 it('should detect when immediately to the left', () => {55 const cursor = mathField.pressKey(Keys.FRAC_EXCLUSIVE);56 assert.equal(cursor.context, CursorContexts.BEFORE_FRACTION);57 });58 it('should detect when numbers are between', () => {59 mathField.pressKey('NUM_1');60 mathField.pressKey(Keys.FRAC_EXCLUSIVE);61 mathField.pressKey(Keys.LEFT);62 const cursor = mathField.pressKey(Keys.LEFT);63 assert.equal(cursor.context, CursorContexts.BEFORE_FRACTION);64 });65 it('should not detect when operators are between', () => {66 mathField.pressKey('NUM_1');67 mathField.pressKey(Keys.PLUS);68 mathField.pressKey('NUM_2');69 mathField.pressKey(Keys.FRAC_EXCLUSIVE);70 mathField.pressKey(Keys.LEFT);71 mathField.pressKey(Keys.LEFT);72 mathField.pressKey(Keys.LEFT);73 const cursor = mathField.pressKey(Keys.LEFT);74 assert.equal(cursor.context, CursorContexts.NONE);75 });76 it('should not detect when parens are between', () => {77 mathField.pressKey('NUM_1');78 mathField.pressKey(Keys.LEFT_PAREN);79 mathField.pressKey(Keys.RIGHT_PAREN);80 mathField.pressKey('NUM_2');81 mathField.pressKey(Keys.FRAC_EXCLUSIVE);82 mathField.pressKey(Keys.LEFT);83 mathField.pressKey(Keys.LEFT);84 mathField.pressKey(Keys.LEFT);85 mathField.pressKey(Keys.LEFT);86 const cursor = mathField.pressKey(Keys.LEFT);87 assert.equal(cursor.context, CursorContexts.NONE);88 });89 });90 describe('In parens', () => {91 it('should detect when inside empty parens', () => {92 mathField.pressKey(Keys.LEFT_PAREN);93 mathField.pressKey(Keys.RIGHT_PAREN);94 const cursor = mathField.pressKey(Keys.LEFT);95 assert.equal(cursor.context, CursorContexts.IN_PARENS);96 });97 it('should detect when inside non-empty parens', () => {98 mathField.pressKey(Keys.LEFT_PAREN);99 mathField.pressKey('NUM_2');100 mathField.pressKey(Keys.RIGHT_PAREN);101 const cursor = mathField.pressKey(Keys.LEFT);102 assert.equal(cursor.context, CursorContexts.IN_PARENS);103 });104 });105 describe('In superscript', () => {106 it('should detect when inside empty superscript', () => {107 mathField.pressKey('NUM_2');108 const cursor = mathField.pressKey(Keys.EXP);109 assert.equal(cursor.context, CursorContexts.IN_SUPER_SCRIPT);110 });111 it('should detect when inside non-empty superscript', () => {112 mathField.pressKey('NUM_2');113 mathField.pressKey(Keys.EXP);114 const cursor = mathField.pressKey('NUM_3');115 assert.equal(cursor.context, CursorContexts.IN_SUPER_SCRIPT);116 });117 });118 describe('In subscript', () => {119 it('should detect when inside empty superscript', () => {120 const cursor = mathField.pressKey(Keys.LOG_N);121 assert.equal(cursor.context, CursorContexts.IN_SUB_SCRIPT);122 });123 it('should detect when inside non-empty superscript', () => {124 mathField.pressKey(Keys.LOG_N);125 const cursor = mathField.pressKey('NUM_2');126 assert.equal(cursor.context, CursorContexts.IN_SUB_SCRIPT);127 });128 });129 describe('In numerator', () => {130 it('should detect when inside empty numerator', () => {131 const cursor = mathField.pressKey(Keys.FRAC_INCLUSIVE);132 assert.equal(cursor.context, CursorContexts.IN_NUMERATOR);133 });134 it('should detect when inside non-empty numerator', () => {135 mathField.pressKey(Keys.FRAC_INCLUSIVE);136 const cursor = mathField.pressKey('NUM_2');137 assert.equal(cursor.context, CursorContexts.IN_NUMERATOR);138 });139 });140 describe('In denominator', () => {141 it('should detect when inside empty denominator', () => {142 mathField.pressKey(Keys.FRAC_INCLUSIVE);143 const cursor = mathField.pressKey(Keys.RIGHT);144 assert.equal(cursor.context, CursorContexts.IN_DENOMINATOR);145 });146 it('should detect when inside non-empty denominator', () => {147 mathField.pressKey(Keys.FRAC_INCLUSIVE);148 mathField.pressKey(Keys.RIGHT);149 const cursor = mathField.pressKey('NUM_2');150 assert.equal(cursor.context, CursorContexts.IN_DENOMINATOR);151 });152 });153 describe('Nesting', () => {154 it('should defer to jumping into fraction if possible', () => {155 // Move inside parens, but include a fraction.156 mathField.pressKey(Keys.LEFT_PAREN);157 mathField.pressKey('NUM_2');158 mathField.pressKey(Keys.FRAC_EXCLUSIVE);159 const cursor = mathField.pressKey(Keys.LEFT);160 assert.equal(cursor.context, CursorContexts.BEFORE_FRACTION);161 });162 it('should defer to the nearest parent (1)', () => {163 // Move inside parens, inside a superscript.164 mathField.pressKey('NUM_2');165 mathField.pressKey(Keys.EXP);166 mathField.pressKey(Keys.LEFT_PAREN);167 const cursor = mathField.pressKey('NUM_3');168 assert.equal(cursor.context, CursorContexts.IN_PARENS);169 });170 it('should defer to the nearest parent (2)', () => {171 // Nest fractions, and put cursor in the denominator of the fraction172 // in the numerator.173 mathField.pressKey(Keys.FRAC_INCLUSIVE);174 mathField.pressKey(Keys.FRAC_INCLUSIVE);175 const cursor = mathField.pressKey(Keys.RIGHT);176 assert.equal(cursor.context, CursorContexts.IN_DENOMINATOR);177 });178 });...

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control_mapping.py

Source:control_mapping.py Github

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1import time2from win32_utils.directkeys import *3from win32_utils.keyboard_simulation import Simulate_Keyboard4def defense():5 Simulate_Keyboard.press_key('l')6 time.sleep(0.05)7 Simulate_Keyboard.release_key('l')8 # time.sleep(0.1)9def attack():10 PressKey(J)11 time.sleep(0.05)12 ReleaseKey(J)13 # time.sleep(0.1)14def go_forward():15 PressKey(W)16 time.sleep(0.4)17 ReleaseKey(W)18def go_back():19 PressKey(S)20 time.sleep(0.4)21 ReleaseKey(S)22def go_left():23 PressKey(A)24 time.sleep(0.4)25 ReleaseKey(A)26def go_right():27 PressKey(D)28 time.sleep(0.4)29 ReleaseKey(D)30def jump():31 Simulate_Keyboard.press_key('spacebar')32 time.sleep(0.1)33 Simulate_Keyboard.release_key('spacebar')34 # time.sleep(0.1)35def dodge(): # 闪避36 # PressKey(Q)37 Simulate_Keyboard.press_key('alt')38 time.sleep(0.1)39 Simulate_Keyboard.release_key('alt')40 # time.sleep(0.1)41def dodge_right(): # 闪避42 # PressKey(Q)43 Simulate_Keyboard.press_key('alt')44 Simulate_Keyboard.press_key('d')45 time.sleep(0.1)46 Simulate_Keyboard.release_key('d')47 Simulate_Keyboard.release_key('alt')48 # time.sleep(0.1)49def dodge_left(): # 闪避50 # PressKey(Q)51 Simulate_Keyboard.press_key('alt')52 Simulate_Keyboard.press_key('a')53 time.sleep(0.1)54 Simulate_Keyboard.release_key('a')55 Simulate_Keyboard.release_key('alt')56 # time.sleep(0.1)57def dodge_back(): # 闪避58 # PressKey(Q)59 Simulate_Keyboard.press_key('alt')60 Simulate_Keyboard.release_key('s')61 time.sleep(0.1)62 Simulate_Keyboard.release_key('s')63 Simulate_Keyboard.release_key('alt')64 # time.sleep(0.1)65def dodge_forward(): # 闪避66 # PressKey(Q)67 Simulate_Keyboard.press_key('alt')68 Simulate_Keyboard.release_key('w')69 time.sleep(0.1)70 Simulate_Keyboard.release_key('w')71 Simulate_Keyboard.release_key('alt')72 # time.sleep(0.1)73def lock_vision():74 PressKey(V)75 time.sleep(0.3)76 ReleaseKey(V)77 time.sleep(0.1)78def recover():79 Simulate_Keyboard.press_key("r")80 time.sleep(0.3)81 Simulate_Keyboard.release_key("r")82def go_forward_QL(t):83 PressKey(W)84 time.sleep(t)85 ReleaseKey(W)86def turn_left(t):87 PressKey(left)88 time.sleep(t)89 ReleaseKey(left)90def turn_up(t):91 PressKey(up)92 time.sleep(t)93 ReleaseKey(up)94def turn_right(t):95 PressKey(right)96 time.sleep(t)97 ReleaseKey(right)98def F_go():99 PressKey(F)100 time.sleep(0.5)101 ReleaseKey(F)102# comb103def jump_forward(t):104 PressKey(W)105 time.sleep(t)106 Simulate_Keyboard.press_key('spacebar')107 Simulate_Keyboard.release_key('spacebar')108 ReleaseKey(W)109def jump_back(t):110 PressKey(S)111 time.sleep(t)112 Simulate_Keyboard.press_key('spacebar')113 Simulate_Keyboard.release_key('spacebar')114 ReleaseKey(S)115def jump_left(t):116 PressKey(A)117 time.sleep(t)118 Simulate_Keyboard.press_key('spacebar')119 Simulate_Keyboard.release_key('spacebar')120 ReleaseKey(A)121def jump_right(t):122 PressKey(D)123 time.sleep(t)124 Simulate_Keyboard.press_key('spacebar')125 Simulate_Keyboard.release_key('spacebar')126 ReleaseKey(D)127def press_esc():128 PressKey(esc)129 time.sleep(0.3)130 ReleaseKey(esc)131def nonAction():132 pass133from win32_utils.keyboard_simulation import Simulate_Keyboard134def interrupt_game():135 Simulate_Keyboard.press_key('esc')136 return 1137def continue_game(interrupt_state):138 if interrupt_state != 0:139 Simulate_Keyboard.release_key('esc')140 return 0141 return interrupt_state142# def dead():143# PressKey(M)144# time.sleep(0.5)...

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index.ts

Source:index.ts Github

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1export enum KEYS {2 ARROW_UP,3 ARROW_DOWN,4 ARROW_LEFT,5 ARROW_RIGHT,6 NO_KEY7}8export interface Command {9 execute(): void;10 undo(): KEYS;11}12export class PressKey {13 private _currentKey: KEYS = KEYS.NO_KEY;14 moveUp() {15 this._currentKey = KEYS.ARROW_UP;16 console.log("Key UP Pressed");17 }18 moveDown() {19 this._currentKey = KEYS.ARROW_DOWN;20 console.log("Key DOWN Pressed");21 }22 moveLeft() {23 this._currentKey = KEYS.ARROW_LEFT;24 console.log("Key LEFT Pressed");25 }26 moveRight() {27 this._currentKey = KEYS.ARROW_RIGHT;28 console.log("Key RIGHT Pressed");29 }30 get currentKey(): KEYS {31 return this._currentKey;32 }33}34export class NoCommand implements Command {35 execute() {}36 undo() {37 return KEYS.NO_KEY;38 }39}40export class MoveLeftCommand implements Command {41 private pressKey: PressKey;42 private previousKey: KEYS;43 constructor(pressKey: PressKey) {44 this.pressKey = pressKey;45 }46 execute() {47 this.previousKey = pressKey.currentKey;48 this.pressKey.moveLeft();49 }50 undo(): KEYS {51 return this.previousKey;52 }53}54export class MoveUpCommand implements Command {55 private pressKey: PressKey;56 private previousKey: KEYS;57 constructor(pressKey: PressKey) {58 this.pressKey = pressKey;59 }60 execute() {61 this.previousKey = pressKey.currentKey;62 this.pressKey.moveUp();63 }64 undo(): KEYS {65 return this.previousKey;66 }67}68export class MoveDownCommand implements Command {69 private pressKey: PressKey;70 private previousKey: KEYS;71 constructor(pressKey: PressKey) {72 this.pressKey = pressKey;73 }74 execute() {75 this.previousKey = pressKey.currentKey;76 this.pressKey.moveDown();77 }78 undo(): KEYS {79 return this.previousKey;80 }81}82export class KeyBoard {83 private doCommands: Map<KEYS, Command> = new Map();84 private currentCommand: Command;85 constructor() {86 this.initCommands();87 }88 private initCommands() {89 const noCommand = new NoCommand();90 this.doCommands.set(KEYS.ARROW_UP, noCommand);91 this.doCommands.set(KEYS.ARROW_DOWN, noCommand);92 this.doCommands.set(KEYS.ARROW_LEFT, noCommand);93 this.doCommands.set(KEYS.ARROW_RIGHT, noCommand);94 this.doCommands.set(KEYS.NO_KEY, noCommand);95 }96 setCommand(key: KEYS, doCommand: Command) {97 this.doCommands.set(key, doCommand);98 }99 onKeyPressed(key: KEYS) {100 this.doCommands.get(key).execute();101 this.currentCommand = this.doCommands.get(key);102 }103 undoKeyPressed() {104 const prevKey = this.currentCommand.undo();105 console.log(`Undoing...returning to key ${prevKey}`);106 this.doCommands.get(prevKey).execute();107 }108 toString() {109 console.group(`---Commands---`);110 this.doCommands.forEach(v => {111 console.log(v);112 });113 console.groupEnd();114 }115}116const pressKey: PressKey = new PressKey();117const moveUpCommand: Command = new MoveUpCommand(pressKey);118const moveDownCommand: Command = new MoveDownCommand(pressKey);119const moveLeftCommand: Command = new MoveLeftCommand(pressKey);120const keyboard = new KeyBoard();121keyboard.setCommand(KEYS.ARROW_UP, moveUpCommand);122keyboard.setCommand(KEYS.ARROW_DOWN, moveDownCommand);123keyboard.setCommand(KEYS.ARROW_LEFT, moveLeftCommand);124keyboard.toString();125keyboard.onKeyPressed(KEYS.ARROW_UP);126keyboard.onKeyPressed(KEYS.ARROW_LEFT);127keyboard.undoKeyPressed();128keyboard.onKeyPressed(KEYS.ARROW_LEFT);129keyboard.onKeyPressed(KEYS.ARROW_DOWN);...

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autoBot.py

Source:autoBot.py Github

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...54 ii_ = Input_I()55 ii_.ki = KeyBdInput( 0, hexKeyCode, 0x0008 | 0x0002, 0, ctypes.pointer(extra) )56 x = Input( ctypes.c_ulong(1), ii_ )57 ctypes.windll.user32.SendInput(1, ctypes.pointer(x), ctypes.sizeof(x))58def pressKey(key):59 PressKey(key)60 time.sleep(1)61 ReleaseKey(key)62 time.sleep(1)63def pattern_1():64 pressKey(LEFT)65 pressKey(LEFT)66 pressKey(LCTRL)67 pressKey(LCTRL)68 pressKey(LEFT)69 pressKey(LEFT)70 pressKey(W)71 pressKey(A)72 pressKey(RIGHT)73 pressKey(RIGHT)74 pressKey(D)75 pressKey(S)76def pattern_2():77 pressKey(LEFT)78 pressKey(LEFT)79 pressKey(D)80 pressKey(A)81 pressKey(LEFT)82 pressKey(LEFT)83 pressKey(W)84 pressKey(S) 85 pressKey(RIGHT)86 pressKey(RIGHT)87 pressKey(LCTRL)88 pressKey(LCTRL)89# directx scan codes90# http://www.gamespp.com/directx/directInputKeyboardScanCodes.html91if __name__ == '__main__':92 93 if(hllDll.GetKeyState(VK_NUMLOCK)):94 pressKey(NUMLCK)95 while (True):96 pattern_1()97 pattern_2()98 99#https://guidedhacking.com/threads/creating-a-c-bot-that-sends-keystrokes-and-mouse-movement.11837/100#https://guidedhacking.com/threads/maplestory-packet-hack-ngs-bypass.14202/...

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drive.py

Source:drive.py Github

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1from grabscreen import grabscreen2import torch3import numpy as np4from grabkeys import key_check5from grabscreen import grabscreen6import cv27import time8from directkeys import PressKey,ReleaseKey, W, A, S, D9import random10weights = np.array([1, 0.4, 0.5, 0.5, 0.5, 0.5, 1.5, 0.5, 0.2])11w = [1,0,0,0,0,0,0,0,0]12s = [0,1,0,0,0,0,0,0,0]13a = [0,0,1,0,0,0,0,0,0]14d = [0,0,0,1,0,0,0,0,0]15wa = [0,0,0,0,1,0,0,0,0]16wd = [0,0,0,0,0,1,0,0,0]17sa = [0,0,0,0,0,0,1,0,0]18sd = [0,0,0,0,0,0,0,1,0]19def straight():20 PressKey(W)21 ReleaseKey(A)22 ReleaseKey(D)23 ReleaseKey(S)24def left():25 PressKey(A)26 ReleaseKey(W)27 ReleaseKey(D)28 ReleaseKey(S)29def right():30 PressKey(D)31 ReleaseKey(A)32 ReleaseKey(W)33 ReleaseKey(S)34def reverse():35 PressKey(S)36 ReleaseKey(A)37 ReleaseKey(W)38 ReleaseKey(D)39def forward_left():40 PressKey(W)41 PressKey(A)42 ReleaseKey(D)43 ReleaseKey(S)44def forward_right():45 PressKey(W)46 PressKey(D)47 ReleaseKey(A)48 ReleaseKey(S)49def reverse_left():50 PressKey(S)51 PressKey(A)52 ReleaseKey(W)53 ReleaseKey(D)54def reverse_right():55 PressKey(S)56 PressKey(D)57 ReleaseKey(W)58 ReleaseKey(A)59def no_keys():60 PressKey(W)61 ReleaseKey(A)62 ReleaseKey(S)63 ReleaseKey(D)64model = torch.load('driveNet-ResNetMini.pth')65def main():66 67 paused = False68 while(True):69 if not paused:70 screen = grabscreen()71 prediction = model(torch.tensor(np.expand_dims(screen.reshape(3, 128, 128), axis=0)).float())72 #prediction = model(torch.tensor([screen.reshape(3, 128 ,128)]))73 prediction = prediction.detach().numpy()74 prediction = prediction * np.array([1.3, 1, 1, 1, 1, 1, 1, 1, 1])75 #prediction = prediction * np.array([4.5, 0.1, 0.1, 0.1, 1.8, 1.8, 0.5, 0.5, 0.2])76 print(np.argmax(prediction))77 if np.argmax(prediction) == np.argmax(w):78 straight()79 elif np.argmax(prediction) == np.argmax(s):80 reverse()81 if np.argmax(prediction) == np.argmax(a):82 left()83 if np.argmax(prediction) == np.argmax(d):84 right()85 if np.argmax(prediction) == np.argmax(wa):86 forward_left()87 if np.argmax(prediction) == np.argmax(wd):88 forward_right()89 if np.argmax(prediction) == np.argmax(sa):90 reverse_left()91 if np.argmax(prediction) == np.argmax(sd):92 reverse_right()...

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Using AI Code Generation

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1const { openBrowser, goto, write, press, closeBrowser } = require('taiko');2(async () => {3 try {4 await openBrowser({ headless: false });5 await goto("google.com");6 await write("Taiko", into("Search"));7 await press("Enter");8 } catch (e) {

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Using AI Code Generation

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1const { openBrowser, goto, press, closeBrowser } = require('taiko');2(async () => {3 try {4 await openBrowser();5 await goto("google.com");6 await press("Enter");7 } catch (e) {8 console.error(e);9 } finally {10 await closeBrowser();11 }12})();13`type(text, options)`14const { openBrowser, goto, textBox, write, closeBrowser } = require('taiko');15(async () => {16 try {17 await openBrowser();18 await goto("google.com");19 await write("Taiko", into(textBox("Search")));20 } catch (e) {21 console.error(e);22 } finally {23 await closeBrowser();24 }25})();26`clear(options)`27const { openBrowser, goto, textBox, write, clear, closeBrowser } = require('taiko');28(async () => {29 try {30 await openBrowser();31 await goto("google.com");32 await write("Taiko", into(textBox("Search")));33 await clear(textBox("Search"));34 } catch (e) {35 console.error(e);36 } finally {37 await closeBrowser();38 }39})();40`focus(selector)`

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Using AI Code Generation

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1const { openBrowser, goto, closeBrowser, press } = require('taiko');2(async () => {3 try {4 await openBrowser();5 await goto("google.com");6 await press("Enter");7 } catch (e) {8 console.error(e);9 } finally {10 await closeBrowser();11 }12})();13const { openBrowser, goto, closeBrowser, pressKeys } = require('taiko');14(async () => {15 try {16 await openBrowser();17 await goto("google.com");18 await pressKeys("Ctrl+Shift+T");19 } catch (e) {20 console.error(e);21 } finally {22 await closeBrowser();23 }24})();25const { openBrowser, goto, closeBrowser, rightClick } = require('taiko');26(async () => {27 try {28 await openBrowser();29 await goto("google.com");30 await rightClick();31 } catch (e) {32 console.error(e);33 } finally {34 await closeBrowser();35 }36})();37const { openBrowser, goto, closeBrowser, scrollDown } = require('taiko');38(async () => {39 try {40 await openBrowser();41 await goto("google.com");42 await scrollDown(100);43 } catch (e) {44 console.error(e);45 } finally {46 await closeBrowser();47 }48})();49const { openBrowser, goto, closeBrowser, scrollUp } = require('taiko');50(async () => {51 try {52 await openBrowser();

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Using AI Code Generation

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1const { openBrowser, goto, write, press, click, closeBrowser } = require('taiko');2(async () => {3 try {4 await openBrowser();5 await write("Taiko");6 await press("Enter");7 await click("Taiko");8 } catch (error) {9 console.error(error);10 } finally {11 await closeBrowser();12 }13})();

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Using AI Code Generation

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1const { openBrowser, goto, closeBrowser, press, pressKey } = require('taiko');2(async () => {3 try {4 await openBrowser();5 await goto("google.com");6 await press('Enter');

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Using AI Code Generation

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1const { openBrowser, goto, closeBrowser, press, write, $, click, waitFor, link, listItem } = require('taiko');2(async () => {3 try {4 await openBrowser({ headless: false });5 await write("Taiko");6 await press("Enter");7 await click(link("Taiko - Test Automation Framework for Modern Web Applications"));8 await waitFor(5000);9 await click(listItem("Getting Started"));10 await waitFor(5000);11 await click(link("Installation"));12 await waitFor(5000);13 await click(link("Installi

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1(async () => {2 await openBrowser();3 await goto("google.com");4 await write("Taiko");5 await pressKey("Enter");6 await closeBrowser();7})();8(async () => {9 await openBrowser();10 await goto("google.com");11 await write("Taiko");12 await press("Enter");13 await closeBrowser();14})();15(async () => {16 await openBrowser();17 await goto("google.com");18 await focus(textBox("Search"));19 await write("Taiko");20 await press("Enter");21 await closeBrowser();22})();23(async () => {24 await openBrowser();25 await goto("google.com");26 await hover(textBox("Search"));27 await write("Taiko");28 await press("Enter");29 await closeBrowser();30})();31(async () => {32 await openBrowser();33 await goto("google.com");34 await write("Taiko");35 await clear(textBox("Search"));36 await write("Taiko");37 await press("Enter");38 await closeBrowser();39})();40(async () => {41 await openBrowser();42 await goto("google.com");43 await attach("path/to/file", to(textBox("Search")));44 await write("Taiko");45 await press("Enter

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1const { press, openBrowser, goto, write, closeBrowser, $, click, waitFor, pressKey, into, textBox, toRightOf, toLeftOf, above, below, attach, to, link, text, button, image, focus, evaluate, intercept, emulate, setConfig, highlight, screenshot, scrollDown, scrollUp, scrollTo, scrollRight, scrollLeft, mouseAction, doubleClick, rightClick, hover, dragAndDrop, accept, dismiss, clear, reload, navigateBack, navigateForward, title, currentURL, toRightOf, toLeftOf, above, below, link, text, button, image, focus, evaluate, intercept, emulate, setConfig, highlight, screenshot, scrollDown, scrollUp, scrollTo, scrollRight, scrollLeft, mouseAction, doubleClick, rightClick, hover, dragAndDrop, accept, dismiss, clear, reload, navigateBack, navigateForward, title, currentURL } = require('taiko');2(async () => {3 try {4 await openBrowser({ headless: false });5 await write("Taiko", into(textBox(toRightOf("Search"))));6 await press("Enter");7 await click("Taiko");8 await waitFor(5000);9 await pressKey('ArrowDown');10 await pressKey('ArrowDown');

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