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How to use set_type method in autotest
Best Python code snippet using autotest_python
test_set_dropin.py
Source:test_set_dropin.py 
...15 [Int64Set, Int32Set, Float64Set, Float32Set, PyObjectSet]16)17class TestSetDropIn(UnitTestMock): 18 def test_init_from_iter(self, set_type):19 s=set_type([1,2,3,1])20 self.assertEqual(len(s), 3)21 self.assertTrue(1 in s)22 self.assertTrue(2 in s)23 self.assertTrue(3 in s)24 def test_clear(self, set_type):25 s=set_type([1,2,3,1])26 s.clear()27 self.assertEqual(len(s), 0)28 s.add(5)29 s.update([3,4,5,6])30 self.assertEqual(s, set_type([3,4,5,6]))31 s.clear()32 self.assertEqual(len(s), 0)33 def test_str(self, set_type):34 s=set_type([1,2,3,1])35 ss = str(s)36 self.assertTrue("1" in ss)37 self.assertTrue("2" in ss)38 self.assertTrue("3" in ss)39 self.assertTrue(ss.startswith("{"))40 self.assertTrue(ss.endswith("}"))41 def test_remove_yes(self, set_type):42 s=set_type([1,2])43 s.remove(1)44 self.assertEqual(s,set_type([2]))45 s.remove(2)46 self.assertEqual(s,set_type([]))47 def test_remove_no(self, set_type):48 s=set_type([1,2])49 with pytest.raises(KeyError) as context:50 s.remove(3)51 self.assertEqual(3, context.value.args[0])52 def test_pop_one(self, set_type):53 s=set_type([1])54 el=s.pop()55 self.assertEqual(s,set_type([]))56 self.assertEqual(el,1)57 def test_pop_all(self, set_type):58 s=set_type([1,2,3])59 new_s={s.pop(), s.pop(), s.pop()}60 self.assertEqual(s,set_type([]))61 self.assertEqual(new_s,{1,2,3})62 def test_pop_empty(self, set_type):63 s=set_type([])64 with pytest.raises(KeyError) as context:65 s.pop()66 self.assertEqual("pop from empty set", context.value.args[0])67def test_pyobject_same_object_pop():68 a=float("3333.2")69 s=PyObjectSet([a])70 b=s.pop()71 assert a is b72@pytest.mark.parametrize(73 "set_type",74 [Int64Set, Int32Set, Float64Set, Float32Set, PyObjectSet]75)76class TestIsDisjoint(UnitTestMock): 77 def test_aredisjoint_with_none(self, set_type):78 s=set_type([1,2,3,1])79 fun=pick_fun("aredisjoint", set_type)80 with pytest.raises(TypeError) as context:81 fun(None,s)82 self.assertTrue("'NoneType' object is not iterable" in context.value.args[0])83 with pytest.raises(TypeError) as context:84 fun(s,None)85 self.assertTrue("'NoneType' object is not iterable" in context.value.args[0])86 with pytest.raises(TypeError) as context:87 fun(None,None)88 self.assertTrue("'NoneType' object is not iterable" in context.value.args[0])89 def test_aredisjoint_with_empty(self, set_type):90 empty1=set_type()91 empty2=set_type()92 non_empty=set_type(range(3))93 aredisjoint=pick_fun("aredisjoint", set_type)94 self.assertEqual(aredisjoint(empty1, non_empty), True)95 self.assertEqual(aredisjoint(non_empty, empty2), True)96 self.assertEqual(aredisjoint(empty1, empty2), True)97 def test_aredisjoint_yes(self, set_type):98 a=set_type([1,2,3,1])99 b=set_type([4,55])100 fun=pick_fun("aredisjoint", set_type)101 self.assertEqual(fun(a,b), True)102 self.assertEqual(fun(b,a), True)103 def test_aredisjoint_no(self, set_type):104 a=set_type([1,2,3,333,1])105 b=set_type([4,55,4,5,6,7,333])106 fun=pick_fun("aredisjoint", set_type)107 self.assertEqual(fun(a,b), False)108 self.assertEqual(fun(b,a), False)109 def test_isdisjoint_yes_set(self, set_type):110 a=set_type([1,2,3,1])111 b=set_type([4,55])112 self.assertEqual(a.isdisjoint(b), True)113 self.assertEqual(b.isdisjoint(a), True)114 def test_isdisjoint_no_set(self, set_type):115 a=set_type([1,2,3,333,1])116 b=set_type([4,55,4,5,6,7,333])117 self.assertEqual(a.isdisjoint(b), False)118 self.assertEqual(b.isdisjoint(a), False)119 def test_isdisjoint_yes_iter(self, set_type):120 a=set_type([1,2,3,1])121 b=[4,55]122 self.assertEqual(a.isdisjoint(b), True)123 def test_isdisjoint_no_iter(self, set_type):124 a=set_type([1,2,3,333,1])125 b=[4,55,4,5,6,7,333]126 self.assertEqual(a.isdisjoint(b), False)127@pytest.mark.parametrize(128 "set_type",129 [Int64Set, Int32Set, Float64Set, Float32Set, PyObjectSet]130)131class TestIsSubsetIsSuperset(UnitTestMock): 132 def test_with_none(self, set_type):133 s=set_type([1,2,3,1])134 fun=pick_fun("issubset", set_type)135 with pytest.raises(TypeError) as context:136 fun(None,s)137 self.assertTrue("'NoneType' object is not iterable" in context.value.args[0])138 with pytest.raises(TypeError) as context:139 fun(s,None)140 self.assertTrue("'NoneType' object is not iterable" in context.value.args[0])141 with pytest.raises(TypeError) as context:142 fun(None,None)143 self.assertTrue("'NoneType' object is not iterable" in context.value.args[0])144 def test_with_empty(self, set_type):145 a=set_type([1,2,3,1])146 b=set_type([])147 fun=pick_fun("issubset", set_type)148 self.assertEqual(fun(a,a), True)149 self.assertEqual(fun(a,b), True)150 self.assertEqual(fun(b,a), False)151 self.assertEqual(fun(b,b), True)152 def test_yes(self, set_type):153 a=set_type([1,2,3,1])154 b=set_type([1,3])155 fun=pick_fun("issubset", set_type)156 self.assertEqual(fun(a,b), True)157 self.assertEqual(fun(b,a), False)158 def test_no(self, set_type):159 a=set_type([1,2,3,1])160 b=set_type([4])161 fun=pick_fun("issubset", set_type)162 self.assertEqual(fun(a,b), False)163 self.assertEqual(fun(b,a), False)164 def test_issuperset_yes(self, set_type):165 a=set_type([1,2,3,1])166 b=set_type([1,3])167 self.assertEqual(a.issuperset(b), True)168 self.assertEqual(b.issuperset(a), False)169 def test_issuperset_no(self, set_type):170 a=set_type([1,2,3,1])171 b=set_type([4])172 self.assertEqual(a.issuperset(b), False)173 self.assertEqual(b.issuperset(a), False)174 def test_issuperset_yes_iter(self, set_type):175 a=set_type([1,2,3,1])176 b=[1,3]177 self.assertEqual(a.issuperset(b), True)178 def test_issuperset_no_iter(self, set_type):179 a=set_type([1,2,3,1])180 b=[4]181 self.assertEqual(a.issuperset(b), False)182 def test_issubset_yes_iter(self, set_type):183 a=set_type([1,2])184 b=[1,3,2]185 self.assertEqual(a.issubset(b), True)186 def test_issubset_no_iter(self, set_type):187 a=set_type([1,2])188 b=[1,1,3]189 self.assertEqual(a.issubset(b), False)190 def test_issubset_yes(self, set_type):191 a=set_type([1,2])192 b=set_type([1,3,2])193 self.assertEqual(a.issubset(b), True)194 self.assertEqual(b.issubset(a), False)195 def test_issubset_no(self, set_type):196 a=set_type([1,2])197 b=set_type([1,1,3])198 self.assertEqual(a.issubset(b), False)199 self.assertEqual(b.issubset(a), False)200 def test_compare_self(self, set_type):201 a=set_type([1,2])202 self.assertEqual(a<=a, True)203 self.assertEqual(a>=a, True)204 self.assertEqual(a<a, False)205 self.assertEqual(a>a, False)206 def test_compare_no_relation(self, set_type):207 a=set_type([1,2])208 b=set_type([1,3])209 self.assertEqual(a<=b, False)210 self.assertEqual(a>=b, False)211 self.assertEqual(a<b, False)212 self.assertEqual(a>b, False)213 def test_compare_real_subset(self, set_type):214 a=set_type([1,2,3])215 b=set_type([1,3])216 self.assertEqual(a<=b, False)217 self.assertEqual(a>=b, True)218 self.assertEqual(a<b, False)219 self.assertEqual(a>b, True)220 def test_compare_same(self, set_type):221 a=set_type([1,3])222 b=set_type([1,3])223 self.assertEqual(a<=b, True)224 self.assertEqual(a>=b, True)225 self.assertEqual(a<b, False)226 self.assertEqual(a>b, False)227 def test_compare_equal_yes(self, set_type):228 a=set_type([2,5,7,8,1,3])229 b=set_type([1,3,7,7,7,7,7,2,5,8,8,8,8,8,8])230 self.assertEqual(a==b, True)231 self.assertEqual(a==b, True)232 def test_compare_equal_yes(self, set_type):233 a=set_type([2,5,7,8,1,3])234 b=set_type([3,7,7,7,7,7,2,5,8,8,8,8,8,8])235 self.assertEqual(a==b, False)236 self.assertEqual(a==b, False)237@pytest.mark.parametrize(238 "set_type",239 [Int64Set, Int32Set, Float64Set, Float32Set, PyObjectSet]240)241class TestCopy(UnitTestMock): 242 def test_with_none(self, set_type):243 s=set_type([1,2,3,1])244 copy=pick_fun("copy", set_type)245 self.assertTrue(copy(None) is None)246 def test_with_empty(self, set_type):247 a=set_type([])248 copy=pick_fun("copy", set_type)249 self.assertEqual(len(copy(a)), 0)250 def test_small(self, set_type):251 a=set_type([1,2,3,1])252 copy=pick_fun("copy", set_type)253 self.assertEqual(copy(a)==a, True)254 def test_large(self, set_type):255 a=set_type(range(33,10000,3))256 copy=pick_fun("copy", set_type)257 self.assertEqual(copy(a)==a, True)258 def test_large_method(self, set_type):259 a=set_type(range(33,10000,3))260 self.assertEqual(a.copy()==a, True)261@pytest.mark.parametrize(262 "set_type",263 [Int64Set, Int32Set, Float64Set, Float32Set, PyObjectSet]264)265class TestUpdate(UnitTestMock): 266 def test_with_none(self, set_type):267 s=set_type([1,2,3,1])268 update=pick_fun("update", set_type) 269 with pytest.raises(TypeError) as context:270 update(None,s)271 self.assertTrue("'NoneType' object is not iterable" in context.value.args[0])272 with pytest.raises(TypeError) as context:273 update(s,None)274 self.assertTrue("'NoneType' object is not iterable" in context.value.args[0])275 with pytest.raises(TypeError) as context:276 update(None,None)277 self.assertTrue("'NoneType' object is not iterable" in context.value.args[0])278 def test_some_common(self, set_type):279 a=set_type([1,2,3,4])280 b=set_type([2,1,2,5])281 c=b.copy()282 update=pick_fun("update", set_type) 283 update(a,b)284 self.assertEqual(a, set_type([1,2,3,4,5]))285 self.assertEqual(b, c)286 def test_with_itself(self, set_type):287 a=set_type([1,2,3,1])288 b=a.copy()289 update=pick_fun("update", set_type) 290 update(a,a)291 self.assertEqual(a, b)292 def test_with_disjunct(self, set_type):293 a=set_type(range(50))294 b=set_type(range(50,100))295 update=pick_fun("update", set_type) 296 update(a,b)297 self.assertEqual(a, set_type(range(100)))298 def test_method_with_set(self, set_type):299 a=set_type(range(50))300 b=set_type(range(100))301 a.update(b)302 self.assertEqual(a, set_type(range(100)))303 def test_method_with_set(self, set_type):304 a=set_type(range(50))305 b=set_type(range(100))306 a.update(b)307 self.assertEqual(a, set_type(range(100)))308 def test_method_with_iterator(self, set_type):309 a=set_type(range(50))310 a.update(range(60))311 self.assertEqual(a, set_type(range(60)))312 def test_ior(self, set_type):313 a=set_type(range(50))314 a|=set_type(range(60))315 self.assertEqual(a, set_type(range(60)))316 def test_union(self, set_type):317 a=set_type(range(30))318 a_copy = a.copy()319 b=a.union(range(30,40), set_type(range(40,50)), range(50,60))320 self.assertEqual(b, set_type(range(60)))321 self.assertEqual(a, a_copy)322 def test_union_empty(self, set_type):323 a=set_type(range(30))324 a.union()325 self.assertEqual(a, set_type(range(30)))326 def test_or(self, set_type):327 a=set_type(range(30))328 b=set_type(range(30,40))329 c=set_type(range(40,50))330 d=a|b|c331 self.assertEqual(d, set_type(range(50)))332 self.assertEqual(a, set_type(range(30)))333 self.assertEqual(b, set_type(range(30,40)))334 self.assertEqual(c, set_type(range(40,50)))335@pytest.mark.parametrize(336 "set_type",337 [Int64Set, Int32Set, Float64Set, Float32Set, PyObjectSet]338)339class TestSwap(UnitTestMock): 340 def test_with_none(self, set_type):341 s=set_type([1,2,3,1])342 swap=pick_fun("swap", set_type) 343 with pytest.raises(TypeError) as context:344 swap(None,s)345 self.assertTrue("'NoneType' object is not iterable" in context.value.args[0])346 with pytest.raises(TypeError) as context:347 swap(s,None)348 self.assertTrue("'NoneType' object is not iterable" in context.value.args[0])349 with pytest.raises(TypeError) as context:350 swap(None,None)351 self.assertTrue("'NoneType' object is not iterable" in context.value.args[0])352 def test_some_common(self, set_type):353 a=set_type([1,2,3,4])354 b=set_type([5,2,4])355 a_copy=a.copy()356 b_copy=b.copy()357 swap=pick_fun("swap", set_type) 358 swap(a,b)359 self.assertEqual(a, b_copy)360 self.assertEqual(b, a_copy)361 swap(a,b)362 self.assertEqual(a, a_copy)363 self.assertEqual(b, b_copy)364@pytest.mark.parametrize(365 "set_type",366 [Int64Set, Int32Set, Float64Set, Float32Set, PyObjectSet]367)368class TestIntersect(UnitTestMock): 369 def test_with_none(self, set_type):370 s=set_type([1,2,3,1])371 intersect=pick_fun("intersect", set_type) 372 with pytest.raises(TypeError) as context:373 intersect(None,s)374 self.assertTrue("'NoneType' object is not iterable" in context.value.args[0])375 with pytest.raises(TypeError) as context:376 intersect(s,None)377 self.assertTrue("'NoneType' object is not iterable" in context.value.args[0])378 with pytest.raises(TypeError) as context:379 intersect(None,None)380 self.assertTrue("'NoneType' object is not iterable" in context.value.args[0])381 def test_small(self, set_type):382 a=set_type([1,2,3,4])383 b=set_type([5,2,4])384 a_copy=a.copy()385 b_copy=b.copy()386 intersect=pick_fun("intersect", set_type) 387 c=intersect(a,b)388 self.assertEqual(a, a_copy)389 self.assertEqual(b, b_copy)390 self.assertEqual(c, set_type([2,4]))391 c=intersect(b,a)392 self.assertEqual(a, a_copy)393 self.assertEqual(b, b_copy)394 self.assertEqual(c, set_type([2,4]))395 def test_disjunct(self, set_type):396 a=set_type([1,3,5,7,9])397 b=set_type([2,2,4,6,8,10])398 a_copy=a.copy()399 b_copy=b.copy()400 intersect=pick_fun("intersect", set_type) 401 c=intersect(a,b)402 self.assertEqual(a, a_copy)403 self.assertEqual(b, b_copy)404 self.assertEqual(c, set_type())405 c=intersect(b,a)406 self.assertEqual(a, a_copy)407 self.assertEqual(b, b_copy)408 self.assertEqual(c, set_type([]))409 def test_empty(self, set_type):410 a=set_type([])411 b=set_type([])412 c=set_type([2,2,4,6,8,10])413 intersect=pick_fun("intersect", set_type) 414 d=intersect(a,b)415 self.assertEqual(len(d), 0)416 d=intersect(c,b)417 self.assertEqual(len(d), 0)418 d=intersect(a,c)419 self.assertEqual(len(d), 0)420 def test_intersection_update(self, set_type):421 a=set_type([1,2,3,4,5,6,7,8])422 b=set_type([2,4,6,8,10,12])423 b_copy = b.copy()424 a.intersection_update(b)425 self.assertEqual(a, set_type([2,4,6,8]))426 self.assertEqual(b, b_copy)427 def test_intersection_update_iter(self, set_type):428 a=set_type([1,2,3,4,5,6,7,8])429 a.intersection_update([2,4,6,8,10,12])430 self.assertEqual(a, set_type([2,4,6,8]))431 def test_empty_update(self, set_type):432 a=set_type([1,2,3,4,5,6,7,8])433 b=set_type([])434 a.intersection_update(b)435 self.assertEqual(len(a), 0)436 def test_empty_update_iter(self, set_type):437 a=set_type([1,2,3,4,5,6,7,8])438 a.intersection_update([])439 self.assertEqual(a, set_type())440 def test_iadd(self, set_type):441 a=set_type([1,2,3,4,5,6,7,8])442 b=set_type([1,104,3])443 a&=b444 self.assertEqual(a, set_type([1,3]))445 def test_add(self, set_type):446 a=set_type([1,2,3,4,5,6,7,8])447 b=set_type([1,104,3])448 a_copy=a.copy()449 b_copy=b.copy()450 c=a&b451 self.assertEqual(c, set_type([1,3]))452 self.assertEqual(a, a_copy)453 self.assertEqual(b, b_copy)454 def test_intersection(self, set_type):455 a=set_type([1,2,3,4,5,6,7,8])456 a_copy=a.copy()457 c=a.intersection([1,2,3,4,5,6], set_type([1,2,3,4,5]), [1,2,3])458 self.assertEqual(c, set_type([1,2,3]))459 self.assertEqual(a, a_copy)460@pytest.mark.parametrize(461 "set_type",462 [Int64Set, Int32Set, Float64Set, Float32Set, PyObjectSet]463)464class TestDifference(UnitTestMock): 465 def test_with_none(self, set_type):466 s=set_type([1,2,3,1])467 difference=pick_fun("difference", set_type) 468 with pytest.raises(TypeError) as context:469 difference(None,s)470 self.assertTrue("'NoneType' object is not iterable" in context.value.args[0])471 with pytest.raises(TypeError) as context:472 difference(s,None)473 self.assertTrue("'NoneType' object is not iterable" in context.value.args[0])474 with pytest.raises(TypeError) as context:475 difference(None,None)476 self.assertTrue("'NoneType' object is not iterable" in context.value.args[0])477 def test_small(self, set_type):478 a=set_type([1,2,3,4])479 b=set_type([5,2,4])480 a_copy=a.copy()481 b_copy=b.copy()482 difference=pick_fun("difference", set_type) 483 c=difference(a,b)484 self.assertEqual(a, a_copy)485 self.assertEqual(b, b_copy)486 self.assertEqual(c, set_type([1,3]))487 c=difference(b,a)488 self.assertEqual(a, a_copy)489 self.assertEqual(b, b_copy)490 self.assertEqual(c, set_type([5]))491 def test_disjunct(self, set_type):492 a=set_type([1,3,5,7,9])493 b=set_type([2,2,4,6,8,10])494 a_copy=a.copy()495 b_copy=b.copy()496 difference=pick_fun("difference", set_type) 497 c=difference(a,b)498 self.assertEqual(a, a_copy)499 self.assertEqual(b, b_copy)500 self.assertEqual(c, a)501 c=difference(b,a)502 self.assertEqual(a, a_copy)503 self.assertEqual(b, b_copy)504 self.assertEqual(c, b)505 def test_empty(self, set_type):506 a=set_type([])507 b=set_type([])508 c=set_type([2,2,4,6,8,10])509 difference=pick_fun("difference", set_type) 510 d=difference(a,b)511 self.assertEqual(len(d), 0)512 d=difference(c,b)513 self.assertEqual(c, d)514 d=difference(a,c)515 self.assertEqual(len(d), 0)516 def test_method_update(self, set_type):517 a=set_type([1,2,3,4])518 b=set_type([5,2,4])519 b_copy=b.copy()520 a.difference_update(b)521 self.assertEqual(b, b_copy)522 self.assertEqual(a, set_type([1,3]))523 def test_method_update2(self, set_type):524 a=set_type([1,2,3,4])525 b=set_type([5,2,4])526 a_copy=a.copy()527 b.difference_update(a)528 self.assertEqual(a, a_copy)529 self.assertEqual(b, set_type([5]))530 def test_method_update_from_iter(self, set_type):531 a=set_type([1,2,3,4])532 a.difference_update([5,2,4])533 self.assertEqual(a, set_type([1,3]))534 def test_method_update_from_iter2(self, set_type):535 a=set_type(range(1000))536 a.difference_update(range(0,1000,2))537 self.assertEqual(a, set_type(range(1,1000,2)))538 def test_method_update_from_iter3(self, set_type):539 a=set_type([1,2])540 a.difference_update([1]*10000)541 self.assertEqual(a, set_type([2]))542 def test_sub(self, set_type):543 a=set_type([0,222,3,444,5])544 b=set_type([222,3,4])545 a_copy=a.copy()546 b_copy=b.copy()547 c=a-b548 self.assertEqual(a, a_copy)549 self.assertEqual(b, b_copy)550 self.assertEqual(c, set_type([0,444,5]))551 c=b-a552 self.assertEqual(a, a_copy)553 self.assertEqual(b, b_copy)554 self.assertEqual(c, set_type([4]))555 def test_sub2(self, set_type):556 a=set_type([1,2,3,4])557 a_copy=a.copy()558 b=a-a-a-a559 self.assertEqual(a, a_copy)560 self.assertEqual(b, set_type())561 def test_isub(self, set_type):562 a=set_type([0,222,3,444,5])563 b=set_type([222,3,4])564 b_copy=b.copy()565 a-=b566 self.assertEqual(b, b_copy)567 self.assertEqual(a, set_type([0,444,5]))568 def test_isub2(self, set_type):569 a=set_type([1,2,3,4])570 a-=a571 self.assertEqual(a, set_type())572 def test_difference_method(self, set_type):573 a=set_type(range(10000))574 a_copy=a.copy()575 b=a.difference(range(5000), set_type(range(5000,10000,2)), range(1,9999,2))576 self.assertEqual(b, set_type([9999]))577 self.assertEqual(a, a_copy)578@pytest.mark.parametrize(579 "set_type",580 [Int64Set, Int32Set, Float64Set, Float32Set, PyObjectSet]581)582class TestSymmetricDifference(UnitTestMock): 583 def test_with_none(self, set_type):584 s=set_type([1,2,3,1])585 symmetric_difference=pick_fun("symmetric_difference", set_type) 586 with pytest.raises(TypeError) as context:587 symmetric_difference(None,s)588 self.assertTrue("'NoneType' object is not iterable" in context.value.args[0])589 with pytest.raises(TypeError) as context:590 symmetric_difference(s,None)591 self.assertTrue("'NoneType' object is not iterable" in context.value.args[0])592 with pytest.raises(TypeError) as context:593 symmetric_difference(None,None)594 self.assertTrue("'NoneType' object is not iterable" in context.value.args[0])595 def test_small(self, set_type):596 a=set_type([1,2,3,4])597 b=set_type([5,2,4])598 a_copy=a.copy()599 b_copy=b.copy()600 symmetric_difference=pick_fun("symmetric_difference", set_type) 601 c=symmetric_difference(a,b)602 self.assertEqual(a, a_copy)603 self.assertEqual(b, b_copy)604 self.assertEqual(c, set_type([1,3,5]))605 c=symmetric_difference(b,a)606 self.assertEqual(a, a_copy)607 self.assertEqual(b, b_copy)608 self.assertEqual(c, set_type([1,3,5]))609 def test_disjunct(self, set_type):610 a=set_type([1,3,5,7,9])611 b=set_type([2,2,4,6,8,10])612 a_copy=a.copy()613 b_copy=b.copy()614 symmetric_difference=pick_fun("symmetric_difference", set_type) 615 c=symmetric_difference(a,b)616 self.assertEqual(a, a_copy)617 self.assertEqual(b, b_copy)618 self.assertEqual(c, a|b)619 c=symmetric_difference(b,a)620 self.assertEqual(a, a_copy)621 self.assertEqual(b, b_copy)622 self.assertEqual(c, a|b)623 def test_empty(self, set_type):624 a=set_type([])625 b=set_type([])626 c=set_type([2,2,4,6,8,10])627 symmetric_difference=pick_fun("symmetric_difference", set_type) 628 d=symmetric_difference(a,b)629 self.assertEqual(len(d), 0)630 d=symmetric_difference(c,b)631 self.assertEqual(c, d)632 d=symmetric_difference(a,c)633 self.assertEqual(c, d)634 def test_method_update(self, set_type):635 a=set_type([1,2,3,4])636 b=set_type([5,2,4])637 b_copy=b.copy()638 a.symmetric_difference_update(b)639 self.assertEqual(b, b_copy)640 self.assertEqual(a, set_type([1,3,5]))641 def test_method_update2(self, set_type):642 a=set_type([1,2,3,4])643 b=set_type([5,2,4])644 a_copy=a.copy()645 b.symmetric_difference_update(a)646 self.assertEqual(a, a_copy)647 self.assertEqual(b, set_type([1,3,5]))648 def test_method_update_from_iter(self, set_type):649 a=set_type([1,2,3,4])650 a.symmetric_difference_update([5,2,4])651 self.assertEqual(a, set_type([1,3, 5]))652 def test_method_update_from_iter2(self, set_type):653 a=set_type(range(1000))654 a.symmetric_difference_update(range(0,1000,2))655 self.assertEqual(a, set_type(range(1,1000,2)))656 def test_method_update_from_iter3(self, set_type):657 a=set_type([1,2])658 a.symmetric_difference_update([1]*10000)659 self.assertEqual(a, set_type([2]))660 def test_method_update_from_iter4(self, set_type):661 a=set_type([1,2])662 a.symmetric_difference_update(a)663 self.assertEqual(len(a), 0)664 def test_xor(self, set_type):665 a=set_type([0,222,3,444,5])666 b=set_type([222,3,4])667 a_copy=a.copy()668 b_copy=b.copy()669 c=a^b670 self.assertEqual(a, a_copy)671 self.assertEqual(b, b_copy)672 self.assertEqual(c, set_type([0,444,5,4]))673 c=b^a674 self.assertEqual(a, a_copy)675 self.assertEqual(b, b_copy)676 self.assertEqual(c, set_type([0,444,5,4]))677 def test_xor2(self, set_type):678 a=set_type([1,2,3,4])679 a_copy=a.copy()680 b=a^a^a^a681 self.assertEqual(a, a_copy)682 self.assertEqual(len(b), 0)683 def test_xor3(self, set_type):684 a=set_type([1,2,3,4])685 a_copy=a.copy()686 b=a^a^a^a^a687 self.assertEqual(a, a_copy)688 self.assertEqual(b, a)689 def test_ixor(self, set_type):690 a=set_type([0,222,3,444,5])691 b=set_type([222,3,4])692 b_copy=b.copy()693 a^=b694 self.assertEqual(b, b_copy)695 self.assertEqual(a, set_type([0,444,5,4]))696 def test_ixor2(self, set_type):697 a=set_type([1,2,3,4])698 a^=a699 self.assertEqual(a, set_type())700 def test_symmetric_method(self, set_type):701 a=set_type(range(10))702 a_copy=a.copy()703 b=a.symmetric_difference(range(5,15), set_type(range(5,10)), range(1,16))704 self.assertEqual(b, set_type([0,15]))...
test_templatetags.py
Source:test_templatetags.py
...79 c = self._get_context_for_rendering(cat, cats[0].slug, request)80 self.assertNotIn(self.t_tree_item.render(c), out)81 def test_get_empty_tree_with_nonexisting_int_pk(self):82 """ The cat tree returns no result display """83 set_type = create_set_type()84 request = self._reverse_listview({'set_type': set_type.slug, 'cat_id': 1})85 request.session = self.client.session86 out = Template(87 "{% load filersets_menutags %}"88 "{% fs_category_tree 99 %}"89 ).render(RequestContext(request, {'current_app': 'filersets'}))90 self.assertInHTML('<p>No categories available</p>', out)91 def test_get_tree_with_existing_variable_param(self):92 """ The cat tree is rendered starting with pk given as variable """93 create_controlled_categories()94 cats = Category.objects.all().order_by('pk')95 request = self._reverse_listview({'set_type': cats[0].slug, 'cat_id': 1})96 request.session = self.client.session97 pk_as_val = Category.objects.first().pk98 out = Template(99 "{% with pk_var=" + str(pk_as_val) + " %}"100 "{% load filersets_menutags %}"101 "{% fs_category_tree pk_var %}"102 "{% endwith %}"103 ).render(RequestContext(request, {'current_app': 'filersets'}))104 root_cat = Category.objects.get(pk=pk_as_val)105 lvl_compensate = root_cat.get_level_compensation()106 for cat in root_cat.get_descendants():107 c = self._get_context_for_rendering(cat, cats[0].slug, request, lvl_compensate)108 self.assertInHTML(self.t_tree_item.render(c), out)109 def test_get_empty_tree_with_nonexisting_variable_param(self):110 """ The cat tree return no result display """111 set_type = create_set_type()112 request = self._reverse_listview({'set_type': set_type.slug, 'cat_id': 1})113 request.session = self.client.session114 out = Template(115 "{% with pk_var=99 %}"116 "{% load filersets_menutags %}"117 "{% fs_category_tree pk_var %}"118 "{% endwith %}"119 ).render(RequestContext(request, {'current_app': 'filersets'}))120 self.assertInHTML('<p>No categories available</p>', out)121 def test_raises_exception_with_invalid_variable(self):122 """ The cat tree raises VariableDoesNotExist with invalid param """123 set_type = create_set_type()124 request = self._reverse_listview({'set_type': set_type.slug, 'cat_id': 1})125 request.session = self.client.session126 with self.assertRaises(ValueError):127 Template(128 "{% with pk_var='foobar' %}"129 "{% load filersets_menutags %}"130 "{% fs_category_tree pk_var %}"131 "{% endwith %}"132 ).render(RequestContext(request, {'current_app': 'filersets'}))133 def test_active_item_from_id_view(self):134 """ The active item is highlighted in the menu tree """135 set_type = create_set_type()136 request = self._reverse_listview({'set_type': set_type.slug, 'cat_id': set_type.get_root_category().pk})137 request.session = self.client.session138 out = Template(139 "{% load filersets_menutags %}"140 "{% fs_category_tree %}"141 ).render(RequestContext(request, {'current_app': 'filersets'}))142 out = out.replace("\n", "")143 m = re.search(r'(?i)<a([^>]+class="(.+?)")>(.+?)</a>', out, re.M | re.U)144 self.assertTrue('active' in m.group(2))145 def test_active_item_from_slug_view(self):146 """ The active item is highlighted in the menu tree """147 set_type = create_set_type()148 request = self._reverse_listview({'set_type': set_type.slug, 'cat_slug': set_type.get_root_category().slug_composed})149 request.session = self.client.session150 out = Template(151 "{% load filersets_menutags %}"152 "{% fs_category_tree %}"153 ).render(RequestContext(request, {'current_app': 'filersets'}))154 out = out.replace("\n", "")155 m = re.search(r'(?i)<a([^>]+class="(.+?)")>(.+?)</a>', out, re.M | re.U)156 self.assertTrue('active' in m.group(2))157 def test_only_one_active_cat_when_switching_categories(self):158 """ Only the current item is active when switching categories """159 set_type = create_set_type()160 cat1 = set_type.get_root_category().add_child(name='Category 01', is_active=True, parent=None)161 cat2 = set_type.get_root_category().add_child(name='Category 02', is_active=True, parent=None)162 # Write session entries as if we came from cat1 category list page.163 request = self._reverse_listview({'set_type': set_type.slug, 'cat_id': cat1.pk})164 cat1_fullpath = request.get_full_path()165 # Hit cat2 category list page to check the active class on the tree.166 request = self._reverse_listview({'set_type': set_type.slug, 'cat_id': cat2.pk})167 request.session = self.client.session168 request.session['has_back_base'] = True169 request.session['back_base_url'] = cat1_fullpath170 request.session['fs_referrer'] = '{}:list_view'.format(set_type.slug)171 request.session.save()172 out = Template(173 "{% load filersets_menutags %}"...
utils.py
Source:utils.py
1# Copyright (c) OpenMMLab. All rights reserved.2import copy3import warnings4import mmcv5import numpy as np6import torch7from mmdet.datasets import replace_ImageToTensor8from mmocr.utils import is_2dlist, is_type_list9def update_pipeline(cfg, idx=None):10 if idx is None:11 if cfg.pipeline is not None:12 cfg.pipeline = replace_ImageToTensor(cfg.pipeline)13 else:14 cfg.pipeline[idx] = replace_ImageToTensor(cfg.pipeline[idx])15def replace_image_to_tensor(cfg, set_types=None):16 """Replace 'ImageToTensor' to 'DefaultFormatBundle'."""17 assert set_types is None or isinstance(set_types, list)18 if set_types is None:19 set_types = ['val', 'test']20 cfg = copy.deepcopy(cfg)21 for set_type in set_types:22 assert set_type in ['val', 'test']23 uniform_pipeline = cfg.data[set_type].get('pipeline', None)24 if is_type_list(uniform_pipeline, dict):25 update_pipeline(cfg.data[set_type])26 elif is_2dlist(uniform_pipeline):27 for idx, _ in enumerate(uniform_pipeline):28 update_pipeline(cfg.data[set_type], idx)29 for dataset in cfg.data[set_type].get('datasets', []):30 if isinstance(dataset, list):31 for each_dataset in dataset:32 update_pipeline(each_dataset)33 else:34 update_pipeline(dataset)35 return cfg36def update_pipeline_recog(cfg, idx=None):37 warning_msg = 'Remove "MultiRotateAugOCR" to support batch ' + \38 'inference since samples_per_gpu > 1.'39 if idx is None:40 if cfg.get('pipeline',41 None) and cfg.pipeline[1].type == 'MultiRotateAugOCR':42 warnings.warn(warning_msg)43 cfg.pipeline = [cfg.pipeline[0], *cfg.pipeline[1].transforms]44 else:45 if cfg[idx][1].type == 'MultiRotateAugOCR':46 warnings.warn(warning_msg)47 cfg[idx] = [cfg[idx][0], *cfg[idx][1].transforms]48def disable_text_recog_aug_test(cfg, set_types=None):49 """Remove aug_test from test pipeline for text recognition.50 Args:51 cfg (mmcv.Config): Input config.52 set_types (list[str]): Type of dataset source. Should be53 None or sublist of ['test', 'val'].54 """55 assert set_types is None or isinstance(set_types, list)56 if set_types is None:57 set_types = ['val', 'test']58 cfg = copy.deepcopy(cfg)59 warnings.simplefilter('once')60 for set_type in set_types:61 assert set_type in ['val', 'test']62 dataset_type = cfg.data[set_type].type63 if dataset_type not in [64 'ConcatDataset', 'UniformConcatDataset', 'OCRDataset',65 'OCRSegDataset'66 ]:67 continue68 uniform_pipeline = cfg.data[set_type].get('pipeline', None)69 if is_type_list(uniform_pipeline, dict):70 update_pipeline_recog(cfg.data[set_type])71 elif is_2dlist(uniform_pipeline):72 for idx, _ in enumerate(uniform_pipeline):73 update_pipeline_recog(cfg.data[set_type].pipeline, idx)74 for dataset in cfg.data[set_type].get('datasets', []):75 if isinstance(dataset, list):76 for each_dataset in dataset:77 update_pipeline_recog(each_dataset)78 else:79 update_pipeline_recog(dataset)80 return cfg81def tensor2grayimgs(tensor, mean=(127, ), std=(127, ), **kwargs):82 """Convert tensor to 1-channel gray images.83 Args:84 tensor (torch.Tensor): Tensor that contains multiple images, shape (85 N, C, H, W).86 mean (tuple[float], optional): Mean of images. Defaults to (127).87 std (tuple[float], optional): Standard deviation of images.88 Defaults to (127).89 Returns:90 list[np.ndarray]: A list that contains multiple images.91 """92 assert torch.is_tensor(tensor) and tensor.ndim == 493 assert tensor.size(1) == len(mean) == len(std) == 194 num_imgs = tensor.size(0)95 mean = np.array(mean, dtype=np.float32)96 std = np.array(std, dtype=np.float32)97 imgs = []98 for img_id in range(num_imgs):99 img = tensor[img_id, ...].cpu().numpy().transpose(1, 2, 0)100 img = mmcv.imdenormalize(img, mean, std, to_bgr=False).astype(np.uint8)101 imgs.append(np.ascontiguousarray(img))...
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