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How to use starts method in hypothesis
Best Python code snippet using hypothesis
test.py
Source:test.py 
1#!/usr/bin/python32import unittest3from points_and_segments import naive_count_segments, fast_count_segments4class CommonCountSegmentsTestCase(unittest.TestCase):5 def test_with_empty_segments_and_points(self):6 starts = []7 ends = []8 points = []9 self.assertEqual([], self.method_under_test(starts, ends, points))10 def test_with_empty_segments(self):11 starts = []12 ends = []13 points = [ 1, 2, 3 ]14 self.assertEqual([ 0, 0, 0 ],15 self.method_under_test(starts, ends, points))16 def test_with_empty_points(self):17 starts = [ 1, 2, 3 ]18 ends = [ 4, 5, 6 ]19 points = []20 self.assertEqual([],21 self.method_under_test(starts, ends, points))22 def test_with_one_segment_of_duplicate_negative_points1(self):23 starts = [ -1 ]24 ends = [ -1 ]25 points = [ -3 ]26 self.assertEqual([ 0 ],27 self.method_under_test(starts, ends, points))28 def test_with_one_segment_of_duplicate_negative_points2(self):29 starts = [ -1 ]30 ends = [ -1 ]31 points = [ -2 ]32 self.assertEqual([ 0 ],33 self.method_under_test(starts, ends, points))34 def test_with_one_segment_of_duplicate_negative_points3(self):35 starts = [ -1 ]36 ends = [ -1 ]37 points = [ -1 ]38 self.assertEqual([ 1 ],39 self.method_under_test(starts, ends, points))40 def test_with_one_segment_of_duplicate_negative_points4(self):41 starts = [ -1 ]42 ends = [ -1 ]43 points = [ 0 ]44 self.assertEqual([ 0 ],45 self.method_under_test(starts, ends, points))46 def test_with_one_segment_of_duplicate_negative_points5(self):47 starts = [ -1 ]48 ends = [ -1 ]49 points = [ -3, -2, -1, 0 ]50 self.assertEqual([ 0, 0, 1, 0 ],51 self.method_under_test(starts, ends, points))52 def test_with_one_segment_of_duplicate_points1(self):53 starts = [ 1 ]54 ends = [ 1 ]55 points = [ -1 ]56 self.assertEqual([ 0 ],57 self.method_under_test(starts, ends, points))58 def test_with_one_segment_of_duplicate_points2(self):59 starts = [ 1 ]60 ends = [ 1 ]61 points = [ 0 ]62 self.assertEqual([ 0 ],63 self.method_under_test(starts, ends, points))64 def test_with_one_segment_of_duplicate_points3(self):65 starts = [ 1 ]66 ends = [ 1 ]67 points = [ 1 ]68 self.assertEqual([ 1 ],69 self.method_under_test(starts, ends, points))70 def test_with_one_segment_of_duplicate_points4(self):71 starts = [ 1 ]72 ends = [ 1 ]73 points = [ 2 ]74 self.assertEqual([ 0 ],75 self.method_under_test(starts, ends, points))76 def test_with_one_segment_of_duplicate_points5(self):77 starts = [ 1 ]78 ends = [ 1 ]79 points = [ -1, 0, 1, 2 ]80 self.assertEqual([ 0, 0, 1, 0 ],81 self.method_under_test(starts, ends, points))82 def test_with_one_negative_segment1(self):83 starts = [ -4 ]84 ends = [ -1 ]85 points = [ -5 ]86 self.assertEqual([ 0 ],87 self.method_under_test(starts, ends, points))88 def test_with_one_negative_segment2(self):89 starts = [ -4 ]90 ends = [ -1 ]91 points = [ -4 ]92 self.assertEqual([ 1 ],93 self.method_under_test(starts, ends, points))94 def test_with_one_negative_segment3(self):95 starts = [ -4 ]96 ends = [ -1 ]97 points = [ -3 ]98 self.assertEqual([ 1 ],99 self.method_under_test(starts, ends, points))100 def test_with_one_negative_segment4(self):101 starts = [ -4 ]102 ends = [ -1 ]103 points = [ -2 ]104 self.assertEqual([ 1 ],105 self.method_under_test(starts, ends, points))106 def test_with_one_negative_segment5(self):107 starts = [ -4 ]108 ends = [ -1 ]109 points = [ -1 ]110 self.assertEqual([ 1 ],111 self.method_under_test(starts, ends, points))112 def test_with_one_negative_segment6(self):113 starts = [ -4 ]114 ends = [ -1 ]115 points = [ 0 ]116 self.assertEqual([ 0 ],117 self.method_under_test(starts, ends, points))118 def test_with_one_negative_segment7(self):119 starts = [ -4 ]120 ends = [ -1 ]121 points = [ -5, -4, -3, -2, -1, 0 ]122 self.assertEqual([ 0, 1, 1, 1, 1, 0 ],123 self.method_under_test(starts, ends, points))124 def test_with_one_negative_and_positive_segment1(self):125 starts = [ -4 ]126 ends = [ 4 ]127 points = [ -5 ]128 self.assertEqual([ 0 ],129 self.method_under_test(starts, ends, points))130 def test_with_one_negative_and_positive_segment2(self):131 starts = [ -4 ]132 ends = [ 4 ]133 points = [ -4 ]134 self.assertEqual([ 1 ],135 self.method_under_test(starts, ends, points))136 def test_with_one_negative_and_positive_segment3(self):137 starts = [ -4 ]138 ends = [ 4 ]139 points = [ -3 ]140 self.assertEqual([ 1 ],141 self.method_under_test(starts, ends, points))142 def test_with_one_negative_and_positive_segment4(self):143 starts = [ -4 ]144 ends = [ 4 ]145 points = [ -2 ]146 self.assertEqual([ 1 ],147 self.method_under_test(starts, ends, points))148 def test_with_one_negative_and_positive_segment5(self):149 starts = [ -4 ]150 ends = [ 4 ]151 points = [ -1 ]152 self.assertEqual([ 1 ],153 self.method_under_test(starts, ends, points))154 def test_with_one_negative_and_positive_segment6(self):155 starts = [ -4 ]156 ends = [ 4 ]157 points = [ 0 ]158 self.assertEqual([ 1 ],159 self.method_under_test(starts, ends, points))160 def test_with_one_negative_and_positive_segment7(self):161 starts = [ -4 ]162 ends = [ 4 ]163 points = [ 1 ]164 self.assertEqual([ 1 ],165 self.method_under_test(starts, ends, points))166 def test_with_one_negative_and_positive_segment8(self):167 starts = [ -4 ]168 ends = [ 4 ]169 points = [ 2 ]170 self.assertEqual([ 1 ],171 self.method_under_test(starts, ends, points))172 def test_with_one_negative_and_positive_segment9(self):173 starts = [ -4 ]174 ends = [ 4 ]175 points = [ 3 ]176 self.assertEqual([ 1 ],177 self.method_under_test(starts, ends, points))178 def test_with_one_negative_and_positive_segment10(self):179 starts = [ -4 ]180 ends = [ 4 ]181 points = [ 4 ]182 self.assertEqual([ 1 ],183 self.method_under_test(starts, ends, points))184 def test_with_one_negative_and_positive_segment11(self):185 starts = [ -4 ]186 ends = [ 4 ]187 points = [ -5, -4, -3, -2, -1, 0, 1, 2, 3, 4, 5 ]188 self.assertEqual([ 0, 1, 1, 1, 1, 1, 1, 1, 1, 1, 0 ],189 self.method_under_test(starts, ends, points))190 def test_with_one_segment1(self):191 starts = [ 1 ]192 ends = [ 4 ]193 points = [ -1 ]194 self.assertEqual([ 0 ],195 self.method_under_test(starts, ends, points))196 def test_with_one_segment2(self):197 starts = [ 1 ]198 ends = [ 4 ]199 points = [ 1 ]200 self.assertEqual([ 1 ],201 self.method_under_test(starts, ends, points))202 def test_with_one_segment3(self):203 starts = [ 1 ]204 ends = [ 4 ]205 points = [ 2 ]206 self.assertEqual([ 1 ],207 self.method_under_test(starts, ends, points))208 def test_with_one_segment4(self):209 starts = [ 1 ]210 ends = [ 4 ]211 points = [ 3 ]212 self.assertEqual([ 1 ],213 self.method_under_test(starts, ends, points))214 def test_with_one_segment5(self):215 starts = [ 1 ]216 ends = [ 4 ]217 points = [ 4 ]218 self.assertEqual([ 1 ],219 self.method_under_test(starts, ends, points))220 def test_with_one_segment6(self):221 starts = [ 1 ]222 ends = [ 4 ]223 points = [ 5 ]224 self.assertEqual([ 0 ],225 self.method_under_test(starts, ends, points))226 def test_with_one_segment7(self):227 starts = [ 1 ]228 ends = [ 4 ]229 points = [ -1, 0, 1, 2, 3, 4, 5 ]230 self.assertEqual([ 0, 0, 1, 1, 1, 1, 0 ],231 self.method_under_test(starts, ends, points))232 def test_with_two_segments_and_overlap_of_zero_units1(self):233 starts = [ 1, 5 ]234 ends = [ 3, 6 ]235 points = [ -1 ]236 self.assertEqual([ 0 ],237 self.method_under_test(starts, ends, points))238 def test_with_two_segments_and_overlap_of_zero_units2(self):239 starts = [ 1, 5 ]240 ends = [ 3, 6 ]241 points = [ 0 ]242 self.assertEqual([ 0 ],243 self.method_under_test(starts, ends, points))244 def test_with_two_segments_and_overlap_of_zero_units3(self):245 starts = [ 1, 5 ]246 ends = [ 3, 6 ]247 points = [ 1 ]248 self.assertEqual([ 1 ],249 self.method_under_test(starts, ends, points))250 def test_with_two_segments_and_overlap_of_zero_units4(self):251 starts = [ 1, 5 ]252 ends = [ 3, 6 ]253 points = [ 2 ]254 self.assertEqual([ 1 ],255 self.method_under_test(starts, ends, points))256 def test_with_two_segments_and_overlap_of_zero_units5(self):257 starts = [ 1, 5 ]258 ends = [ 3, 6 ]259 points = [ 3 ]260 self.assertEqual([ 1 ],261 self.method_under_test(starts, ends, points))262 def test_with_two_segments_and_overlap_of_zero_units6(self):263 starts = [ 1, 5 ]264 ends = [ 3, 6 ]265 points = [ 4 ]266 self.assertEqual([ 0 ],267 self.method_under_test(starts, ends, points))268 def test_with_two_segments_and_overlap_of_zero_units7(self):269 starts = [ 1, 5 ]270 ends = [ 3, 6 ]271 points = [ 5 ]272 self.assertEqual([ 1 ],273 self.method_under_test(starts, ends, points))274 def test_with_two_segments_and_overlap_of_zero_units8(self):275 starts = [ 1, 5 ]276 ends = [ 3, 6 ]277 points = [ 6 ]278 self.assertEqual([ 1 ],279 self.method_under_test(starts, ends, points))280 def test_with_two_segments_and_overlap_of_zero_units9(self):281 starts = [ 1, 5 ]282 ends = [ 3, 6 ]283 points = [ 7 ]284 self.assertEqual([ 0 ],285 self.method_under_test(starts, ends, points))286 def test_with_two_segments_and_overlap_of_zero_units10(self):287 starts = [ 1, 5 ]288 ends = [ 3, 6 ]289 points = [ -1, 0, 1, 2, 3, 4, 5, 6, 7 ]290 self.assertEqual([ 0, 0, 1, 1, 1, 0, 1, 1, 0 ],291 self.method_under_test(starts, ends, points))292 def test_with_two_segments_and_overlap_as_point1(self):293 starts = [ 1, 3 ]294 ends = [ 3, 6 ]295 points = [ -1 ]296 self.assertEqual([ 0 ],297 self.method_under_test(starts, ends, points))298 def test_with_two_segments_and_overlap_as_point2(self):299 starts = [ 1, 3 ]300 ends = [ 3, 6 ]301 points = [ 0 ]302 self.assertEqual([ 0 ],303 self.method_under_test(starts, ends, points))304 def test_with_two_segments_and_overlap_as_point3(self):305 starts = [ 1, 3 ]306 ends = [ 3, 6 ]307 points = [ 1 ]308 self.assertEqual([ 1 ],309 self.method_under_test(starts, ends, points))310 def test_with_two_segments_and_overlap_as_point4(self):311 starts = [ 1, 3 ]312 ends = [ 3, 6 ]313 points = [ 2 ]314 self.assertEqual([ 1 ],315 self.method_under_test(starts, ends, points))316 def test_with_two_segments_and_overlap_as_point5(self):317 starts = [ 1, 3 ]318 ends = [ 3, 6 ]319 points = [ 3 ]320 self.assertEqual([ 2 ],321 self.method_under_test(starts, ends, points))322 def test_with_two_segments_and_overlap_as_point6(self):323 starts = [ 1, 3 ]324 ends = [ 3, 6 ]325 points = [ 4 ]326 self.assertEqual([ 1 ],327 self.method_under_test(starts, ends, points))328 def test_with_two_segments_and_overlap_as_point7(self):329 starts = [ 1, 3 ]330 ends = [ 3, 6 ]331 points = [ 5 ]332 self.assertEqual([ 1 ],333 self.method_under_test(starts, ends, points))334 def test_with_two_segments_and_overlap_as_point8(self):335 starts = [ 1, 3 ]336 ends = [ 3, 6 ]337 points = [ 6 ]338 self.assertEqual([ 1 ],339 self.method_under_test(starts, ends, points))340 def test_with_two_segments_and_overlap_as_point9(self):341 starts = [ 1, 3 ]342 ends = [ 3, 6 ]343 points = [ 7 ]344 self.assertEqual([ 0 ],345 self.method_under_test(starts, ends, points))346 def test_with_two_segments_and_overlap_as_point10(self):347 starts = [ 1, 3 ]348 ends = [ 3, 6 ]349 points = [ -1, 0, 1, 2, 3, 4, 5, 6, 7 ]350 self.assertEqual([ 0, 0, 1, 1, 2, 1, 1, 1, 0 ],351 self.method_under_test(starts, ends, points))352 def test_with_two_segments_and_overlap_of_one_units1(self):353 starts = [ 1, 3 ]354 ends = [ 4, 6 ]355 points = [ -1 ]356 self.assertEqual([ 0 ],357 self.method_under_test(starts, ends, points))358 def test_with_two_segments_and_overlap_of_one_units2(self):359 starts = [ 1, 3 ]360 ends = [ 4, 6 ]361 points = [ 0 ]362 self.assertEqual([ 0 ],363 self.method_under_test(starts, ends, points))364 def test_with_two_segments_and_overlap_of_one_units3(self):365 starts = [ 1, 3 ]366 ends = [ 4, 6 ]367 points = [ 1 ]368 self.assertEqual([ 1 ],369 self.method_under_test(starts, ends, points))370 def test_with_two_segments_and_overlap_of_one_units4(self):371 starts = [ 1, 3 ]372 ends = [ 4, 6 ]373 points = [ 2 ]374 self.assertEqual([ 1 ],375 self.method_under_test(starts, ends, points))376 def test_with_two_segments_and_overlap_of_one_units5(self):377 starts = [ 1, 3 ]378 ends = [ 4, 6 ]379 points = [ 3 ]380 self.assertEqual([ 2 ],381 self.method_under_test(starts, ends, points))382 def test_with_two_segments_and_overlap_of_one_units6(self):383 starts = [ 1, 3 ]384 ends = [ 4, 6 ]385 points = [ 4 ]386 self.assertEqual([ 2 ],387 self.method_under_test(starts, ends, points))388 def test_with_two_segments_and_overlap_of_one_units7(self):389 starts = [ 1, 3 ]390 ends = [ 4, 6 ]391 points = [ 5 ]392 self.assertEqual([ 1 ],393 self.method_under_test(starts, ends, points))394 def test_with_two_segments_and_overlap_of_one_units8(self):395 starts = [ 1, 3 ]396 ends = [ 4, 6 ]397 points = [ 6 ]398 self.assertEqual([ 1 ],399 self.method_under_test(starts, ends, points))400 def test_with_two_segments_and_overlap_of_one_units9(self):401 starts = [ 1, 3 ]402 ends = [ 4, 6 ]403 points = [ 7 ]404 self.assertEqual([ 0 ],405 self.method_under_test(starts, ends, points))406 def test_with_two_segments_and_overlap_of_one_units10(self):407 starts = [ 1, 3 ]408 ends = [ 4, 6 ]409 points = [ -1, 0, 1, 2, 3, 4, 5, 6, 7 ]410 self.assertEqual([ 0, 0, 1, 1, 2, 2, 1, 1, 0 ],411 self.method_under_test(starts, ends, points))412 def test_with_two_segments_and_overlap_of_two_units1(self):413 starts = [ 1, 2 ]414 ends = [ 4, 6 ]415 points = [ -1 ]416 self.assertEqual([ 0 ],417 self.method_under_test(starts, ends, points))418 def test_with_two_segments_and_overlap_of_two_units2(self):419 starts = [ 1, 2 ]420 ends = [ 4, 6 ]421 points = [ 0 ]422 self.assertEqual([ 0 ],423 self.method_under_test(starts, ends, points))424 def test_with_two_segments_and_overlap_of_two_units3(self):425 starts = [ 1, 2 ]426 ends = [ 4, 6 ]427 points = [ 1 ]428 self.assertEqual([ 1 ],429 self.method_under_test(starts, ends, points))430 def test_with_two_segments_and_overlap_of_two_units4(self):431 starts = [ 1, 2 ]432 ends = [ 4, 6 ]433 points = [ 2 ]434 self.assertEqual([ 2 ],435 self.method_under_test(starts, ends, points))436 def test_with_two_segments_and_overlap_of_two_units5(self):437 starts = [ 1, 2 ]438 ends = [ 4, 6 ]439 points = [ 3 ]440 self.assertEqual([ 2 ],441 self.method_under_test(starts, ends, points))442 def test_with_two_segments_and_overlap_of_two_units6(self):443 starts = [ 1, 2 ]444 ends = [ 4, 6 ]445 points = [ 4 ]446 self.assertEqual([ 2 ],447 self.method_under_test(starts, ends, points))448 def test_with_two_segments_and_overlap_of_two_units7(self):449 starts = [ 1, 2 ]450 ends = [ 4, 6 ]451 points = [ 5 ]452 self.assertEqual([ 1 ],453 self.method_under_test(starts, ends, points))454 def test_with_two_segments_and_overlap_of_two_units8(self):455 starts = [ 1, 2 ]456 ends = [ 4, 6 ]457 points = [ 6 ]458 self.assertEqual([ 1 ],459 self.method_under_test(starts, ends, points))460 def test_with_two_segments_and_overlap_of_two_units9(self):461 starts = [ 1, 2 ]462 ends = [ 4, 6 ]463 points = [ 7 ]464 self.assertEqual([ 0 ],465 self.method_under_test(starts, ends, points))466 def test_with_two_segments_and_overlap_of_two_units10(self):467 starts = [ 1, 2 ]468 ends = [ 4, 6 ]469 points = [ -1, 0, 1, 2, 3, 4, 5, 6, 7 ]470 self.assertEqual([ 0, 0, 1, 2, 2, 2, 1, 1, 0 ],471 self.method_under_test(starts, ends, points))472 def test_with_two_segments_and_overlap_of_three_units1(self):473 starts = [ 1, 2 ]474 ends = [ 5, 6 ]475 points = [ -1 ]476 self.assertEqual([ 0 ],477 self.method_under_test(starts, ends, points))478 def test_with_two_segments_and_overlap_of_three_units2(self):479 starts = [ 1, 2 ]480 ends = [ 5, 6 ]481 points = [ 0 ]482 self.assertEqual([ 0 ],483 self.method_under_test(starts, ends, points))484 def test_with_two_segments_and_overlap_of_three_units3(self):485 starts = [ 1, 2 ]486 ends = [ 5, 6 ]487 points = [ 1 ]488 self.assertEqual([ 1 ],489 self.method_under_test(starts, ends, points))490 def test_with_two_segments_and_overlap_of_three_units4(self):491 starts = [ 1, 2 ]492 ends = [ 5, 6 ]493 points = [ 2 ]494 self.assertEqual([ 2 ],495 self.method_under_test(starts, ends, points))496 def test_with_two_segments_and_overlap_of_three_units5(self):497 starts = [ 1, 2 ]498 ends = [ 5, 6 ]499 points = [ 3 ]500 self.assertEqual([ 2 ],501 self.method_under_test(starts, ends, points))502 def test_with_two_segments_and_overlap_of_three_units6(self):503 starts = [ 1, 2 ]504 ends = [ 5, 6 ]505 points = [ 4 ]506 self.assertEqual([ 2 ],507 self.method_under_test(starts, ends, points))508 def test_with_two_segments_and_overlap_of_three_units7(self):509 starts = [ 1, 2 ]510 ends = [ 5, 6 ]511 points = [ 5 ]512 self.assertEqual([ 2 ],513 self.method_under_test(starts, ends, points))514 def test_with_two_segments_and_overlap_of_three_units8(self):515 starts = [ 1, 2 ]516 ends = [ 5, 6 ]517 points = [ 6 ]518 self.assertEqual([ 1 ],519 self.method_under_test(starts, ends, points))520 def test_with_two_segments_and_overlap_of_three_units9(self):521 starts = [ 1, 2 ]522 ends = [ 5, 6 ]523 points = [ 7 ]524 self.assertEqual([ 0 ],525 self.method_under_test(starts, ends, points))526 def test_with_two_segments_and_overlap_of_three_units10(self):527 starts = [ 1, 2 ]528 ends = [ 5, 6 ]529 points = [ -1, 0, 1, 2, 3, 4, 5, 6, 7 ]530 self.assertEqual([ 0, 0, 1, 2, 2, 2, 2, 1, 0 ],531 self.method_under_test(starts, ends, points))532 def test_with_two_segments_and_overlap_of_four_units1(self):533 starts = [ 1, 1 ]534 ends = [ 5, 6 ]535 points = [ -1 ]536 self.assertEqual([ 0 ],537 self.method_under_test(starts, ends, points))538 def test_with_two_segments_and_overlap_of_four_units2(self):539 starts = [ 1, 1 ]540 ends = [ 5, 6 ]541 points = [ 0 ]542 self.assertEqual([ 0 ],543 self.method_under_test(starts, ends, points))544 def test_with_two_segments_and_overlap_of_four_units3(self):545 starts = [ 1, 1 ]546 ends = [ 5, 6 ]547 points = [ 1 ]548 self.assertEqual([ 2 ],549 self.method_under_test(starts, ends, points))550 def test_with_two_segments_and_overlap_of_four_units4(self):551 starts = [ 1, 1 ]552 ends = [ 5, 6 ]553 points = [ 2 ]554 self.assertEqual([ 2 ],555 self.method_under_test(starts, ends, points))556 def test_with_two_segments_and_overlap_of_four_units5(self):557 starts = [ 1, 1 ]558 ends = [ 5, 6 ]559 points = [ 3 ]560 self.assertEqual([ 2 ],561 self.method_under_test(starts, ends, points))562 def test_with_two_segments_and_overlap_of_four_units6(self):563 starts = [ 1, 1 ]564 ends = [ 5, 6 ]565 points = [ 4 ]566 self.assertEqual([ 2 ],567 self.method_under_test(starts, ends, points))568 def test_with_two_segments_and_overlap_of_four_units7(self):569 starts = [ 1, 1 ]570 ends = [ 5, 6 ]571 points = [ 5 ]572 self.assertEqual([ 2 ],573 self.method_under_test(starts, ends, points))574 def test_with_two_segments_and_overlap_of_four_units8(self):575 starts = [ 1, 1 ]576 ends = [ 5, 6 ]577 points = [ 6 ]578 self.assertEqual([ 1 ],579 self.method_under_test(starts, ends, points))580 def test_with_two_segments_and_overlap_of_four_units9(self):581 starts = [ 1, 1 ]582 ends = [ 5, 6 ]583 points = [ 7 ]584 self.assertEqual([ 0 ],585 self.method_under_test(starts, ends, points))586 def test_with_two_segments_and_overlap_of_four_units10(self):587 starts = [ 1, 1 ]588 ends = [ 5, 6 ]589 points = [ -1, 0, 1, 2, 3, 4, 5, 6, 7 ]590 self.assertEqual([ 0, 0, 2, 2, 2, 2, 2, 1, 0 ],591 self.method_under_test(starts, ends, points))592 def test_with_two_segments_and_overlap_of_five_units1(self):593 starts = [ 1, 1 ]594 ends = [ 6, 6 ]595 points = [ -1 ]596 self.assertEqual([ 0 ],597 self.method_under_test(starts, ends, points))598 def test_with_two_segments_and_overlap_of_five_units2(self):599 starts = [ 1, 1 ]600 ends = [ 6, 6 ]601 points = [ 0 ]602 self.assertEqual([ 0 ],603 self.method_under_test(starts, ends, points))604 def test_with_two_segments_and_overlap_of_five_units3(self):605 starts = [ 1, 1 ]606 ends = [ 6, 6 ]607 points = [ 1 ]608 self.assertEqual([ 2 ],609 self.method_under_test(starts, ends, points))610 def test_with_two_segments_and_overlap_of_five_units4(self):611 starts = [ 1, 1 ]612 ends = [ 6, 6 ]613 points = [ 2 ]614 self.assertEqual([ 2 ],615 self.method_under_test(starts, ends, points))616 def test_with_two_segments_and_overlap_of_five_units5(self):617 starts = [ 1, 1 ]618 ends = [ 6, 6 ]619 points = [ 3 ]620 self.assertEqual([ 2 ],621 self.method_under_test(starts, ends, points))622 def test_with_two_segments_and_overlap_of_five_units6(self):623 starts = [ 1, 1 ]624 ends = [ 6, 6 ]625 points = [ 4 ]626 self.assertEqual([ 2 ],627 self.method_under_test(starts, ends, points))628 def test_with_two_segments_and_overlap_of_five_units7(self):629 starts = [ 1, 1 ]630 ends = [ 6, 6 ]631 points = [ 5 ]632 self.assertEqual([ 2 ],633 self.method_under_test(starts, ends, points))634 def test_with_two_segments_and_overlap_of_five_units8(self):635 starts = [ 1, 1 ]636 ends = [ 6, 6 ]637 points = [ 6 ]638 self.assertEqual([ 2 ],639 self.method_under_test(starts, ends, points))640 def test_with_two_segments_and_overlap_of_five_units9(self):641 starts = [ 1, 1 ]642 ends = [ 6, 6 ]643 points = [ 7 ]644 self.assertEqual([ 0 ],645 self.method_under_test(starts, ends, points))646 def test_with_two_segments_and_overlap_of_five_units10(self):647 starts = [ 1, 1 ]648 ends = [ 6, 6 ]649 points = [ -1, 0, 1, 2, 3, 4, 5, 6, 7 ]650 self.assertEqual([ 0, 0, 2, 2, 2, 2, 2, 2, 0 ],651 self.method_under_test(starts, ends, points))652 def test_with_three_segments_and_no_overlaps(self):653 starts = [ 1, 5, 9 ]654 ends = [ 3, 7, 11 ]655 points = [ -1, 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12 ]656 self.assertEqual([ 0, 0, 1, 1, 1, 0, 1, 1, 1, 0, 1, 1, 1, 0 ],657 self.method_under_test(starts, ends, points))658 def test_with_three_segments_and_overlap_of_1_and_2_as_point(self):659 starts = [ 1, 3, 9 ]660 ends = [ 3, 7, 11 ]661 points = [ -1, 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12 ]662 self.assertEqual([ 0, 0, 1, 1, 2, 1, 1, 1, 1, 0, 1, 1, 1, 0 ],663 self.method_under_test(starts, ends, points))664 def test_with_three_segments_and_overlap_of_1_and_2_as_segment(self):665 starts = [ 1, 2, 9 ]666 ends = [ 3, 7, 11 ]667 points = [ -1, 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12 ]668 self.assertEqual([ 0, 0, 1, 2, 2, 1, 1, 1, 1, 0, 1, 1, 1, 0 ],669 self.method_under_test(starts, ends, points))670 def test_with_three_segments_and_overlap_of_2_and_3_as_point(self):671 starts = [ 1, 5, 7 ]672 ends = [ 3, 7, 11 ]673 points = [ -1, 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12 ]674 self.assertEqual([ 0, 0, 1, 1, 1, 0, 1, 1, 2, 1, 1, 1, 1, 0 ],675 self.method_under_test(starts, ends, points))676 def test_with_three_segments_and_overlap_of_2_and_3_as_segment(self):677 starts = [ 1, 5, 6 ]678 ends = [ 3, 7, 11 ]679 points = [ -1, 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12 ]680 self.assertEqual([ 0, 0, 1, 1, 1, 0, 1, 2, 2, 1, 1, 1, 1, 0 ],681 self.method_under_test(starts, ends, points))682 def test_with_three_segments_and_overlap_of_all_as_segments(self):683 starts = [ 1, 2, 6 ]684 ends = [ 3, 7, 11 ]685 points = [ -1, 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12 ]686 self.assertEqual([ 0, 0, 1, 2, 2, 1, 1, 2, 2, 1, 1, 1, 1, 0 ],687 self.method_under_test(starts, ends, points))688 def test_with_three_mixed_segments_and_no_overlaps(self):689 starts = [ -6, -2, 4 ]690 ends = [ -4, 2, 5 ]691 points = [ -7, -6, -5, -4, -3, -2, -1, 0, 1, 2, 3, 4, 5, 6 ]692 self.assertEqual([ 0, 1, 1, 1, 0, 1, 1, 1, 1, 1, 0, 1, 1, 0 ],693 self.method_under_test(starts, ends, points))694 def test_with_several_segments1(self):695 starts = [ 0, 7 ]696 ends = [ 5, 10 ]697 points = [ 1, 6, 11 ]698 self.assertEqual([ 1, 0, 0 ],699 self.method_under_test(starts, ends, points))700 def test_with_several_segments2(self):701 starts = [ -10 ]702 ends = [ 10 ]703 points = [ -100, 100, 0 ]704 self.assertEqual([ 0, 0, 1 ],705 self.method_under_test(starts, ends, points))706 def test_with_several_segments3(self):707 starts = [ 0, -3, 7 ]708 ends = [ 5, 2, 10 ]709 points = [ 1, 6 ]710 self.assertEqual([ 2, 0 ],711 self.method_under_test(starts, ends, points))712 def test_with_several_equal_segments1(self):713 starts = [ 0, 0, 0 ]714 ends = [ 0, 0, 0 ]715 points = [ -1, 0, 1 ]716 self.assertEqual([ 0, 3, 0 ],717 self.method_under_test(starts, ends, points))718 def test_with_several_equal_segments2(self):719 starts = [ 0, 0, 0 ]720 ends = [ 1, 1, 1 ]721 points = [ -1, 0, 1, 2 ]722 self.assertEqual([ 0, 3, 3, 0 ],723 self.method_under_test(starts, ends, points))724 def test_with_huge_segments1(self):725 """726 points: -69733398, -43390377, 46584909, -65149461, 79215411727 counts: 0, 0, 2, 0, 1728 starts: -28471239, -16651407, 26250551, 57356881, 90751725729 ends: -26580504, 95357651, 60037659, 70031990, 99598374730 """731 starts = [ 57356881, -28471239, 26250551, 90751725, -16651407 ]732 ends = [ 70031990, -26580504, 60037659, 99598374, 95357651 ]733 points = [ -69733398, -43390377, 46584909, -65149461, 79215411 ]734 self.assertEqual([ 0, 0, 2, 0, 1 ],735 self.method_under_test(starts, ends, points))736 def test_with_huge_segments2(self):737 starts = [ -82958095, -58513291, 16561991, -62195800, 69595351,738 -80465621, 67095560, 23525271, -15092577, -19366470 ]739 ends = [ -17876970, -56418445, 68393418, 1051277, 87501648,740 22270475, 72191430, 65728968, 2805348, 42444358 ]741 points = [ -68606013, 89174492, -74434082, -39578571, 57935890,742 -38499652, -11644735, 38455997, 20516305, 86791973 ]743 self.assertEqual([ 2, 0, 2, 3, 2, 3, 4, 3, 3, 1 ],744 self.method_under_test(starts, ends, points))745 def test_with_several_mixed_segments1(self):746 starts = [ -10, 3, 3, 8, 9 ]747 ends = [ 5, 9, 9, 10, 10 ]748 points = [ -4, 6, -8, -9 ]749 self.assertEqual([ 1, 2, 1, 1 ],750 self.method_under_test(starts, ends, points))751 def test_with_several_mixed_segments2(self):752 starts = [ -10, 3, 3, 8, 9 ]753 ends = [ 5, 9, 9, 10, 10 ]754 points = [ 3 ]755 self.assertEqual([ 3 ],756 self.method_under_test(starts, ends, points))757 def test_with_several_mixed_segments3(self):758 starts = [ -10, 3, 3, 8, 9 ]759 ends = [ 5, 9, 9, 10, 10 ]760 points = [ -4, 6, -8, 3, -9 ]761 self.assertEqual([ 1, 2, 1, 3, 1 ],762 self.method_under_test(starts, ends, points))763class NaiveCountSegmentsTestCase(CommonCountSegmentsTestCase):764 def setUp(self):765 self.method_under_test = naive_count_segments766 def tearDown(self):767 pass768class FastCountSegmentsTestCase(CommonCountSegmentsTestCase):769 def setUp(self):770 self.method_under_test = fast_count_segments771 def tearDown(self):772 pass773if __name__ == '__main__':774 class_names = \775 [776 NaiveCountSegmentsTestCase,777 FastCountSegmentsTestCase,778 ]779 suite = unittest.TestSuite()780 for c in class_names:781 suite.addTest(unittest.defaultTestLoader.loadTestsFromTestCase(c))...
test_slow.py
Source:test_slow.py
...129 ends = []130 sort_segments(starts, ends)131 self.assertEqual([], starts)132 self.assertEqual([], ends)133 def test_with_duplicate_starts(self):134 starts = [ 5, 5, 5, 5, 5 ]135 ends = [ 3, 6, 2, 1, 7 ]136 sort_segments(starts, ends)137 self.assertEqual([ 5, 5, 5, 5, 5 ], starts)138 self.assertEqual([ 1, 2, 3, 6, 7 ], ends)139 def test_with_duplicate_ends(self):140 starts = [ 5, 4, 3, 2, 1 ]141 ends = [ 5, 5, 5, 5, 5 ]142 sort_segments(starts, ends)143 self.assertEqual([ 1, 2, 3, 4, 5 ], starts)144 self.assertEqual([ 5, 5, 5, 5, 5 ], ends)145 def test_with_duplicate_starts_and_ends(self):146 starts = [ 6, 6, 6, 6, 6 ]147 ends = [ 5, 5, 5, 5, 5 ]...
pythonBasics1Test.py
Source:pythonBasics1Test.py
1import pythonBasics12# main() is already set up to call the functions 3# we want to test with a few different inputs,4# printing 'OK' when each function is correct.5# the simple provided test() function used in main() to print6# what each function returns vs. what it's supposed to return.7def test(got, expected):8 if got == expected:9 prefix = ' OK '10 else:11 prefix = ' X '12 print ('%s got: %s expected: %s' % (prefix, repr(got), repr(expected)))13 14# Calls the functions in pythonBasics1 with interesting inputs.15def main():16 # set which functions to test17 check_starts_with = True18 check_starts_with_vowel = True19 check_max_min_sum = True20 if check_starts_with:21 print('starts_with')22 test(pythonBasics1.starts_with('vest','v'), True)23 test(pythonBasics1.starts_with('crypt','c'), True)24 test(pythonBasics1.starts_with('#python','#'), True)25 test(pythonBasics1.starts_with('hello','H'), False)26 test(pythonBasics1.starts_with('',' '), False)27 test(pythonBasics1.starts_with('1',''), False)28 test(pythonBasics1.starts_with('',''), True)29 test(pythonBasics1.starts_with(' ',' '), True)30 31 if check_starts_with_vowel:32 print()33 print('starts_with_vowel')34 test(pythonBasics1.starts_with_vowel('vest'), False)35 test(pythonBasics1.starts_with_vowel('east'), True)36 test(pythonBasics1.starts_with_vowel('Eat'), True)37 test(pythonBasics1.starts_with_vowel('Ice'), True)38 test(pythonBasics1.starts_with_vowel('in'), True)39 test(pythonBasics1.starts_with_vowel('at'), True)40 test(pythonBasics1.starts_with_vowel('All'), True)41 test(pythonBasics1.starts_with_vowel('on'), True)42 test(pythonBasics1.starts_with_vowel('Out'), True)43 test(pythonBasics1.starts_with_vowel('unlock'), True)44 test(pythonBasics1.starts_with_vowel('Unique'), True)45 test(pythonBasics1.starts_with_vowel(''), False)46 47 if check_max_min_sum:48 print()49 print('max_min_sum')50 test(pythonBasics1.max_min_sum([1,2,3,4,5]),6)51 test(pythonBasics1.max_min_sum([3,2,5,4,6]),8)52 test(pythonBasics1.max_min_sum([-1,0,-3,-99,-2]),-99)53 test(pythonBasics1.max_min_sum([6]),6)54 test(pythonBasics1.max_min_sum([]),0)55if __name__ == '__main__':...
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