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How to use bits method in hypothesis
Best Python code snippet using hypothesis
test_and_gate.py
Source:test_and_gate.py 
1import numpy as np2from pnums import PInt3def test_and_3d():4 a = PInt(0, 0, 0, bits=2)5 b = PInt(0, 0, 0, bits=2)6 c = a & b7 assert c.asfloat() == (0, 0, 0)8 a = PInt(0, 0, 1, bits=2)9 b = PInt(0, 0, 0, bits=2)10 c = a & b11 assert c.asfloat() == (0, 0, 0)12 a = PInt(0, 0, 1, bits=2)13 b = PInt(0, 0, 1, bits=2)14 c = a & b15 assert c.asfloat() == (0, 0, 1)16 a = PInt(0, 1, 0, bits=2)17 b = PInt(0, 1, 0, bits=2)18 c = a & b19 assert c.asfloat() == (0, 1, 0)20 a = PInt(1, 0, 0, bits=2)21 b = PInt(1, 0, 0, bits=2)22 c = a & b23 assert c.asfloat() == (1, 0, 0)24 a = PInt(1, 1, 0, bits=2)25 b = PInt(1, 1, 0, bits=2)26 c = a & b27 assert c.asfloat() == (1, 1, 0)28 a = PInt(1, 0, 1, bits=2)29 b = PInt(1, 0, 1, bits=2)30 c = a & b31 assert c.asfloat() == (1, 0, 1)32 a = PInt(0, 1, 1, bits=2)33 b = PInt(0, 1, 1, bits=2)34 c = a & b35 assert c.asfloat() == (0, 1, 1)36 a = PInt(1, 1, 1, bits=2)37 b = PInt(1, 1, 1, bits=2)38 c = a & b39 assert c.asfloat() == (1, 1, 1)40 # 00141 # 01042 a = PInt(0, 0, 1, bits=2)43 b = PInt(0, 1, 0, bits=2)44 c = a & b45 assert c.asfloat() == (0, 0, 0)46 a = PInt(0, 1, 0, bits=2)47 b = PInt(0, 0, 1, bits=2)48 c = a & b49 assert c.asfloat() == (0, 0, 0)50 # 00151 # 10052 a = PInt(0, 0, 1, bits=2)53 b = PInt(0, 1, 0, bits=2)54 c = a & b55 assert c.asfloat() == (0, 0, 0)56 a = PInt(0, 1, 0, bits=2)57 b = PInt(0, 0, 1, bits=2)58 c = a & b59 assert c.asfloat() == (0, 0, 0)60 # 00161 # 11062 a = PInt(0, 0, 1, bits=2)63 b = PInt(1, 1, 0, bits=2)64 c = a & b65 assert c.asfloat() == (0, 0, 0)66 a = PInt(1, 1, 0, bits=2)67 b = PInt(0, 0, 1, bits=2)68 c = a & b69 assert c.asfloat() == (0, 0, 0)70 # 00171 # 10172 a = PInt(0, 0, 1, bits=2)73 b = PInt(1, 0, 1, bits=2)74 c = a & b75 assert c.asfloat() == (0, 0, 1)76 a = PInt(1, 0, 1, bits=2)77 b = PInt(0, 0, 1, bits=2)78 c = a & b79 assert c.asfloat() == (0, 0, 1)80 # 00181 # 01182 a = PInt(0, 0, 1, bits=2)83 b = PInt(0, 1, 1, bits=2)84 c = a & b85 assert c.asfloat() == (0, 0, 1)86 a = PInt(0, 1, 1, bits=2)87 b = PInt(0, 0, 1, bits=2)88 c = a & b89 assert c.asfloat() == (0, 0, 1)90 # 00191 # 11192 a = PInt(0, 0, 1, bits=2)93 b = PInt(1, 1, 1, bits=2)94 c = a & b95 assert c.asfloat() == (0, 0, 1)96 a = PInt(1, 1, 1, bits=2)97 b = PInt(0, 0, 1, bits=2)98 c = a & b99 assert c.asfloat() == (0, 0, 1)100 # final101 a = PInt(10, 11, 12, bits=8)102 b = PInt(6, 13, 7, bits=8)103 c = a & b104 assert c.asfloat() == (2, 9, 4)105 np.testing.assert_array_almost_equal(106 [107 [108 [109 [0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0],110 [0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0],111 ],112 [113 [0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0],114 [0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 2.0, 0.0],115 ],116 ],117 [118 [119 [0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0],120 [0.0, 0.0, 0.0, 0.0, 2.0, 0.0, 0.0, 2.0],121 ],122 [123 [0.0, 0.0, 0.0, 0.0, 0.0, 2.0, 0.0, 0.0],124 [2.0, 2.0, 2.0, 2.0, 0.0, 0.0, 0.0, 0.0],125 ],126 ],127 ],128 c.tensor,129 )130 a = PInt(10, 11, 12, bits=8, confidence=1)131 b = PInt(6, 13, 7, bits=8, confidence=0.9)132 c = a & b133 assert c.asfloat() == (2, 9, 4)134 a = PInt(10, 11, 12, bits=8, confidence=0.9)135 b = PInt(6, 13, 7, bits=8, confidence=0.8)136 c = a & b137 assert c.asfloat() == (2, 9, 4)138 a = PInt(10, 11, 12, bits=8, confidence=0.6)139 b = PInt(6, 13, 7, bits=8, confidence=0.7)140 c = a & b141 assert c.asfloat() == (2, 9, 4)142 a = PInt(10, 11, 12, bits=8, confidence=0.8)143 b = PInt(6, 13, 7, bits=8, confidence=0.7)144 c = a & b145 assert c.asfloat() == (2, 9, 4)146 np.testing.assert_array_almost_equal(147 [148 [149 [150 [151 0.00183674,152 0.00183674,153 0.00183674,154 0.00183674,155 0.05142858,156 0.03,157 0.00183673,158 0.00183674,159 ],160 [161 0.00551021,162 0.00551021,163 0.00551021,164 0.00551021,165 0.05510204,166 0.03367347,167 0.10469388,168 0.00551021,169 ],170 ],171 [172 [173 0.00551021,174 0.00551021,175 0.00551021,176 0.00551021,177 0.05510204,178 0.03367347,179 0.06183673,180 0.00551021,181 ],182 [183 0.01653061,184 0.01653061,185 0.01653061,186 0.01653061,187 0.06612246,188 0.04469386,189 0.932449,190 0.01653061,191 ],192 ],193 ],194 [195 [196 [197 0.00551021,198 0.00551021,199 0.00551021,200 0.00551021,201 0.05510204,202 0.03367347,203 0.0055102,204 0.06183673,205 ],206 [207 0.01653061,208 0.01653061,209 0.01653061,210 0.01653061,211 0.9391836,212 0.04469386,213 0.11571428,214 1.0316327,215 ],216 ],217 [218 [219 0.01653061,220 0.01653061,221 0.01653061,222 0.01653061,223 0.06612246,224 1.0034693,225 0.07285714,226 0.07285716,227 ],228 [229 1.4320408,230 1.4320408,231 1.4320408,232 1.4320408,233 0.21183676,234 0.27612248,235 0.20510204,236 0.3042857,237 ],238 ],239 ],240 ],241 c.tensor,242 )243 np.testing.assert_array_almost_equal(244 [245 [246 [247 [248 0.00122449,249 0.00122449,250 0.00122449,251 0.00122449,252 0.03428572,253 0.02,254 0.00122449,255 0.00122449,256 ],257 [258 0.00367347,259 0.00367347,260 0.00367347,261 0.00367347,262 0.03673469,263 0.02244898,264 0.06979592,265 0.00367347,266 ],267 ],268 [269 [270 0.00367347,271 0.00367347,272 0.00367347,273 0.00367347,274 0.03673469,275 0.02244898,276 0.04122449,277 0.00367347,278 ],279 [280 0.01102041,281 0.01102041,282 0.01102041,283 0.01102041,284 0.04408164,285 0.02979591,286 0.62163264,287 0.01102041,288 ],289 ],290 ],291 [292 [293 [294 0.00367347,295 0.00367347,296 0.00367347,297 0.00367347,298 0.03673469,299 0.02244898,300 0.00367347,301 0.04122449,302 ],303 [304 0.01102041,305 0.01102041,306 0.01102041,307 0.01102041,308 0.6261224,309 0.02979591,310 0.07714286,311 0.6877551,312 ],313 ],314 [315 [316 0.01102041,317 0.01102041,318 0.01102041,319 0.01102041,320 0.04408164,321 0.6689796,322 0.04857143,323 0.04857144,324 ],325 [326 0.95469385,327 0.95469385,328 0.95469385,329 0.95469385,330 0.1412245,331 0.18408166,332 0.1367347,333 0.20285714,334 ],335 ],336 ],337 ],338 c.normalize(1.0).tensor,339 )340def test_and_3d_unsure():341 """a = PInt(0, 0, 0, bits=2, confidence=.55)342 b = PInt(0, 0, 0, bits=2, confidence=.55)343 c = a & b344 assert c.asfloat() == (0, 0, 0)"""345 a = PInt(0, 0, 1, bits=2, confidence=0.55)346 b = PInt(0, 0, 0, bits=2, confidence=0.55)347 c = a & b348 assert c.asfloat() == (0, 0, 0)349 a = PInt(0, 0, 1, bits=2, confidence=0.55)350 b = PInt(0, 0, 1, bits=2, confidence=0.55)351 c = a & b352 assert c.asfloat() == (0, 0, 1)353 a = PInt(0, 1, 0, bits=2, confidence=0.55)354 b = PInt(0, 1, 0, bits=2, confidence=0.55)355 c = a & b356 assert c.asfloat() == (0, 1, 0)357 a = PInt(1, 0, 0, bits=2, confidence=0.55)358 b = PInt(1, 0, 0, bits=2, confidence=0.55)359 c = a & b360 assert c.asfloat() == (1, 0, 0)361 a = PInt(1, 1, 0, bits=2, confidence=0.55)362 b = PInt(1, 1, 0, bits=2, confidence=0.55)363 c = a & b364 assert c.asfloat() == (1, 1, 0)365 a = PInt(1, 0, 1, bits=2, confidence=0.55)366 b = PInt(1, 0, 1, bits=2, confidence=0.55)367 c = a & b368 assert c.asfloat() == (1, 0, 1)369 a = PInt(0, 1, 1, bits=2, confidence=0.55)370 b = PInt(0, 1, 1, bits=2, confidence=0.55)371 c = a & b372 assert c.asfloat() == (0, 1, 1)373 a = PInt(1, 1, 1, bits=2, confidence=0.55)374 b = PInt(1, 1, 1, bits=2, confidence=0.55)375 c = a & b376 assert c.asfloat() == (1, 1, 1)377 # 001378 # 010379 a = PInt(0, 0, 1, bits=2, confidence=0.55)380 b = PInt(0, 1, 0, bits=2, confidence=0.55)381 c = a & b382 assert c.asfloat() == (0, 0, 0)383 a = PInt(0, 1, 0, bits=2, confidence=0.55)384 b = PInt(0, 0, 1, bits=2, confidence=0.55)385 c = a & b386 assert c.asfloat() == (0, 0, 0)387 # 001388 # 100389 a = PInt(0, 0, 1, bits=2, confidence=0.55)390 b = PInt(0, 1, 0, bits=2, confidence=0.55)391 c = a & b392 assert c.asfloat() == (0, 0, 0)393 a = PInt(0, 1, 0, bits=2, confidence=0.55)394 b = PInt(0, 0, 1, bits=2, confidence=0.55)395 c = a & b396 assert c.asfloat() == (0, 0, 0)397 # 001398 # 110399 a = PInt(0, 0, 1, bits=2, confidence=0.55)400 b = PInt(1, 1, 0, bits=2, confidence=0.55)401 c = a & b402 assert c.asfloat() == (0, 0, 0)403 a = PInt(1, 1, 0, bits=2, confidence=0.55)404 b = PInt(0, 0, 1, bits=2, confidence=0.55)405 c = a & b406 assert c.asfloat() == (0, 0, 0)407 # 001408 # 101409 a = PInt(0, 0, 1, bits=2, confidence=0.55)410 b = PInt(1, 0, 1, bits=2, confidence=0.55)411 c = a & b412 assert c.asfloat() == (0, 0, 1)413 a = PInt(1, 0, 1, bits=2, confidence=0.55)414 b = PInt(0, 0, 1, bits=2, confidence=0.55)415 c = a & b416 assert c.asfloat() == (0, 0, 1)417 # 001418 # 011419 a = PInt(0, 0, 1, bits=2, confidence=0.55)420 b = PInt(0, 1, 1, bits=2, confidence=0.55)421 c = a & b422 assert c.asfloat() == (0, 0, 1)423 a = PInt(0, 1, 1, bits=2, confidence=0.55)424 b = PInt(0, 0, 1, bits=2, confidence=0.55)425 c = a & b426 assert c.asfloat() == (0, 0, 1)427 # 001428 # 111429 a = PInt(0, 0, 1, bits=2, confidence=0.55)430 b = PInt(1, 1, 1, bits=2, confidence=0.55)431 c = a & b432 assert c.asfloat() == (0, 0, 1)433 a = PInt(1, 1, 1, bits=2, confidence=0.55)434 b = PInt(0, 0, 1, bits=2, confidence=0.55)435 c = a & b436 assert c.asfloat() == (0, 0, 1)437 # final438 a = PInt(10, 11, 12, bits=8, confidence=0.55)439 b = PInt(6, 13, 7, bits=8, confidence=0.55)440 c = a & b441 assert c.asfloat() == (2, 9, 4)442 np.testing.assert_array_almost_equal(443 [444 [445 [446 [447 0.00454592,448 0.00454592,449 0.00454592,450 0.00454592,451 0.03889285,452 0.03889286,453 0.00454592,454 0.00454592,455 ],456 [457 0.01363776,458 0.01363776,459 0.01363776,460 0.01363776,461 0.04798468,462 0.04798469,463 0.08233164,464 0.01363776,465 ],466 ],467 [468 [469 0.01363776,470 0.01363776,471 0.01363776,472 0.01363776,473 0.04798468,474 0.04798469,475 0.08233164,476 0.01363776,477 ],478 [479 0.04091327,480 0.04091327,481 0.04091327,482 0.04091327,483 0.07526021,484 0.07526021,485 0.43781123,486 0.04091327,487 ],488 ],489 ],490 [491 [492 [493 0.01363776,494 0.01363776,495 0.01363776,496 0.01363776,497 0.04798468,498 0.04798469,499 0.01363776,500 0.08233164,501 ],502 [503 0.04091327,504 0.04091327,505 0.04091327,506 0.04091327,507 0.47215813,508 0.07526021,509 0.10960714,510 0.50650513,511 ],512 ],513 [514 [515 0.04091327,516 0.04091327,517 0.04091327,518 0.04091327,519 0.07526021,520 0.47215816,521 0.10960714,522 0.10960714,523 ],524 [525 0.9318011,526 0.9318011,527 0.9318011,528 0.9318011,529 0.29447454,530 0.29447457,531 0.2601276,532 0.32882148,533 ],534 ],535 ],536 ],537 c.tensor,538 )539 a = PInt(10, 11, 12, bits=8, confidence=1)540 b = PInt(6, 13, 7, bits=8, confidence=0.9)541 c = a & b542 assert c.asfloat() == (2, 9, 4)543 a = PInt(10, 11, 12, bits=8, confidence=0.9)544 b = PInt(6, 13, 7, bits=8, confidence=0.8)545 c = a & b546 assert c.asfloat() == (2, 9, 4)547 a = PInt(10, 11, 12, bits=8, confidence=0.6)548 b = PInt(6, 13, 7, bits=8, confidence=0.7)549 c = a & b550 assert c.asfloat() == (2, 9, 4)551 a = PInt(10, 11, 12, bits=8, confidence=0.8)552 b = PInt(6, 13, 7, bits=8, confidence=0.7)553 c = a & b554 assert c.asfloat() == (2, 9, 4)555 np.testing.assert_array_almost_equal(556 [557 [558 [559 [560 0.00183674,561 0.00183674,562 0.00183674,563 0.00183674,564 0.05142858,565 0.03,566 0.00183673,567 0.00183674,568 ],569 [570 0.00551021,571 0.00551021,572 0.00551021,573 0.00551021,574 0.05510204,575 0.03367347,576 0.10469388,577 0.00551021,578 ],579 ],580 [581 [582 0.00551021,583 0.00551021,584 0.00551021,585 0.00551021,586 0.05510204,587 0.03367347,588 0.06183673,589 0.00551021,590 ],591 [592 0.01653061,593 0.01653061,594 0.01653061,595 0.01653061,596 0.06612246,597 0.04469386,598 0.932449,599 0.01653061,600 ],601 ],602 ],603 [604 [605 [606 0.00551021,607 0.00551021,608 0.00551021,609 0.00551021,610 0.05510204,611 0.03367347,612 0.0055102,613 0.06183673,614 ],615 [616 0.01653061,617 0.01653061,618 0.01653061,619 0.01653061,620 0.9391836,621 0.04469386,622 0.11571428,623 1.0316327,624 ],625 ],626 [627 [628 0.01653061,629 0.01653061,630 0.01653061,631 0.01653061,632 0.06612246,633 1.0034693,634 0.07285714,635 0.07285716,636 ],637 [638 1.4320408,639 1.4320408,640 1.4320408,641 1.4320408,642 0.21183676,643 0.27612248,644 0.20510204,645 0.3042857,646 ],647 ],648 ],649 ],650 c.tensor,651 )652 np.testing.assert_array_almost_equal(653 [654 [655 [656 [657 0.00122449,658 0.00122449,659 0.00122449,660 0.00122449,661 0.03428572,662 0.02,663 0.00122449,664 0.00122449,665 ],666 [667 0.00367347,668 0.00367347,669 0.00367347,670 0.00367347,671 0.03673469,672 0.02244898,673 0.06979592,674 0.00367347,675 ],676 ],677 [678 [679 0.00367347,680 0.00367347,681 0.00367347,682 0.00367347,683 0.03673469,684 0.02244898,685 0.04122449,686 0.00367347,687 ],688 [689 0.01102041,690 0.01102041,691 0.01102041,692 0.01102041,693 0.04408164,694 0.02979591,695 0.62163264,696 0.01102041,697 ],698 ],699 ],700 [701 [702 [703 0.00367347,704 0.00367347,705 0.00367347,706 0.00367347,707 0.03673469,708 0.02244898,709 0.00367347,710 0.04122449,711 ],712 [713 0.01102041,714 0.01102041,715 0.01102041,716 0.01102041,717 0.6261224,718 0.02979591,719 0.07714286,720 0.6877551,721 ],722 ],723 [724 [725 0.01102041,726 0.01102041,727 0.01102041,728 0.01102041,729 0.04408164,730 0.6689796,731 0.04857143,732 0.04857144,733 ],734 [735 0.95469385,736 0.95469385,737 0.95469385,738 0.95469385,739 0.1412245,740 0.18408166,741 0.1367347,742 0.20285714,743 ],744 ],745 ],746 ],747 c.normalize(1.0).tensor,...
test_bitarray2.py
Source:test_bitarray2.py
...25 print(a.get_content()) # 1010 1010 : \xaa26 print(a)27 assert str(a) == r"b'\xaa'/7"28 print("""29 ## add_bits()30 """)31 a = BitBuffer()32 a.add_bits(7, 4) # rule : 011133 a.add_bits(2, 3) # dtag : 01034 print("added bits:", a.count_added_bits())35 print("padding bits:", a.count_padding_bits())36 print("remaining bits:", a.count_remaining_bits())37 assert a.count_added_bits() == 738 assert a.count_padding_bits() == 139 assert a.count_remaining_bits() == 740 a.add_bits(3, 3) # win : 01141 a.add_bits(6, 3) # fcn : 11042 print(a.get_content())43 print(a)44 # 0111 0100 1111 0000 : \x74f045 assert str(a) == r"b'\x74\xf0'/13"46 print("""47 ## copy()48 """)49 c = BitBuffer(bytearray([1,2,3,4,5]))50 c.add_bits(5,6)51 d = c.copy()52 print(c)53 print(d)54 assert str(c) == str(d)55 assert id(c) != id(d)56 assert id(c._content) != id(d._content)57 k = 10058 al = [BitBuffer(bytearray([_ for _ in range(16)])) for _ in range(k)]59 b = BitBuffer()60 for i in al:61 b += i62 c = BitBuffer(bytearray([_%16 for _ in range(16*k)]))63 print(c)64 assert str(b) == str(c)65 print("""66 ## get_bits()67 """)68 b = a.copy()69 print(a)70 print(b)71 print(b.get_bits(4), ": rule = 7, rpos =", b._rpos)72 print(b.get_bits(3), ": dtag = 2, rpos =", b._rpos)73 print("added bits:", b.count_added_bits())74 print("padding bits:", b.count_padding_bits())75 print("remaining bits:", b.count_remaining_bits())76 assert b.count_added_bits() == 1377 assert b.count_padding_bits() == 378 assert b.count_remaining_bits() == 679 print(b.get_bits(3), ": win = 3, rpos =", b._rpos)80 print(b.get_bits(3), ": fcn = 6, rpos =", b._rpos)81 print("remaining bits:", b.count_remaining_bits())82 assert b.count_remaining_bits() == 083 print("""84 ## get_bits(position)85 """)86 b = a.copy()87 print(b.get_bits(4, 0), ": rule = 7, rpos =", b._rpos)88 print(b.get_bits(3, 4), ": dtag = 2, rpos =", b._rpos)89 print("added bits:", b.count_added_bits())90 print("padding bits:", b.count_padding_bits())91 print("remaining bits:", b.count_remaining_bits())92 assert b.count_added_bits() == 1393 assert b.count_padding_bits() == 394 assert b.count_remaining_bits() == 1395 print(b.get_bits(3, 7), ": win = 3, rpos =", b._rpos)96 print(b.get_bits(3,10), ": fcn = 6, rpos =", b._rpos)97 print("remaining bits:", b.count_remaining_bits())98 assert b.count_remaining_bits() == 1399 print("""100 ## get_bits_as_buffer()101 """)102 b = a.copy()103 b.get_bits(1)104 print(b)105 # a = b'\x74\xf0'/12[1:13]106 # 0111 0100 1111 0000107 # b = b'\xe9\xe0'/12108 # 1110 1001 1110 0000109 c = b.get_bits_as_buffer(3)110 print(c)111 assert str(c) == r"b'\xe0'/3"112 c = b.get_bits_as_buffer()113 print(c)114 assert str(c) == r"b'\x4f\x00'/9"115 print("""116 ## __add__117 """)118 # the header size is 27 bits.119 # frag: 0000 0001 0000 0002 0000 0003 111120 c = BitBuffer(bytearray([1,2,3]))121 c.add_bits(7, 5)122 print("a =", c)123 print("c =", c)124 b = a + c125 print("a + c =", b)126 print("c =", c)127 assert str(b) == r"b'\x74\xf0\x08\x10\x19\xc0'/42"128 print("""129 ### to_bit_list()130 """)131 a = BitBuffer([0, 1, 1, 1, 0, 1, 0, 0, 1, 1, 1, 1, 0])132 print(a)133 bl = a.to_bit_list()134 print(bl)135 assert bl == [0, 1, 1, 1, 0, 1, 0, 0, 1, 1, 1, 1, 0]...
test_bitarray.py
Source:test_bitarray.py
...27 bits_list = make_bits_list()28 #bitbuffer = BitBuffer(should_record_add=True)29 bitbuffer = BitBuffer()30 for bits, nb_bits in bits_list:31 bitbuffer.add_bits(bits, nb_bits)32 padding_bitsize = bitbuffer.ensure_padding()33 content = bitbuffer.get_content()34 bitbuffer2 = BitBuffer(content)35 for i, (bits, nb_bits) in enumerate(bits_list):36 with_sub_buffer = ((i % 2) == 0)37 #with_sub_buffer = False38 if with_sub_buffer:39 sub_bitbuffer = bitbuffer2.get_bits_as_buffer(nb_bits)40 bits2 = sub_bitbuffer.get_bits(nb_bits)41 else:42 bits2 = bitbuffer2.get_bits(nb_bits)43 assert bits == bits2 # XXX: raise exception instead when wrong44 #print(bitbuffer2)45 assert bitbuffer2.get_bits(padding_bitsize) == 046 assert len(bitbuffer2.get_content()) == 0 # XXX: raise exception when not47def test_check_newbitbuffer_consistency():48 bits_list = make_bits_list()49 print (bits_list)50 bitbuffer = BitBuffer()51 for bits, nb_bits in bits_list:52 bitbuffer.add_bits(bits, nb_bits)53 bitbuffer.display()54 content = bitbuffer.get_content()55 bitbuffer2 = BitBuffer(content)56 for bits, nb_bits in bits_list:57 bits2 = bitbuffer2.get_bits(nb_bits)58 print (bits, nb_bits, bits2)59 assert bits == bits2 # XXX: raise exception60# assert len(bitbuffer2.get_content()) == 0 # XXX: raise exception61# for micropython and other tester.62if __name__ == "__main__":63 test_bitbuffer_consistency()...
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