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How to use new_func method in yandex-tank
Best Python code snippet using yandex-tank
extracttest.py
Source:extracttest.py 
...52 def test_simple_extract_function_with_parameter(self):53 code = "def a_func():\n a_var = 10\n print(a_var)\n"54 start, end = self._convert_line_range_to_offset(code, 3, 3)55 refactored = self.do_extract_method(code, start, end, 'new_func')56 expected = "def a_func():\n a_var = 10\n new_func(a_var)\n\n" \57 "def new_func(a_var):\n print(a_var)\n"58 self.assertEquals(expected, refactored)59 def test_not_unread_variables_as_parameter(self):60 code = "def a_func():\n a_var = 10\n print('hey')\n"61 start, end = self._convert_line_range_to_offset(code, 3, 3)62 refactored = self.do_extract_method(code, start, end, 'new_func')63 expected = "def a_func():\n a_var = 10\n new_func()\n\n" \64 "def new_func():\n print('hey')\n"65 self.assertEquals(expected, refactored)66 def test_simple_extract_function_with_two_parameter(self):67 code = 'def a_func():\n a_var = 10\n another_var = 20\n' \68 ' third_var = a_var + another_var\n'69 start, end = self._convert_line_range_to_offset(code, 4, 4)70 refactored = self.do_extract_method(code, start, end, 'new_func')71 expected = 'def a_func():\n a_var = 10\n another_var = 20\n' \72 ' new_func(a_var, another_var)\n\n' \73 'def new_func(a_var, another_var):\n' \74 ' third_var = a_var + another_var\n'75 self.assertEquals(expected, refactored)76 def test_simple_extract_function_with_return_value(self):77 code = 'def a_func():\n a_var = 10\n print(a_var)\n'78 start, end = self._convert_line_range_to_offset(code, 2, 2)79 refactored = self.do_extract_method(code, start, end, 'new_func')80 expected = 'def a_func():\n a_var = new_func()\n print(a_var)\n\n' \81 'def new_func():\n a_var = 10\n return a_var\n'82 self.assertEquals(expected, refactored)83 def test_extract_function_with_multiple_return_values(self):84 code = 'def a_func():\n a_var = 10\n another_var = 20\n' \85 ' third_var = a_var + another_var\n'86 start, end = self._convert_line_range_to_offset(code, 2, 3)87 refactored = self.do_extract_method(code, start, end, 'new_func')88 expected = 'def a_func():\n a_var, another_var = new_func()\n' \89 ' third_var = a_var + another_var\n\n' \90 'def new_func():\n a_var = 10\n another_var = 20\n' \91 ' return a_var, another_var\n'92 self.assertEquals(expected, refactored)93 def test_simple_extract_method(self):94 code = 'class AClass(object):\n\n' \95 ' def a_func(self):\n print(1)\n print(2)\n'96 start, end = self._convert_line_range_to_offset(code, 4, 4)97 refactored = self.do_extract_method(code, start, end, 'new_func')98 expected = 'class AClass(object):\n\n' \99 ' def a_func(self):\n' \100 ' self.new_func()\n' \101 ' print(2)\n\n' \102 ' def new_func(self):\n print(1)\n'103 self.assertEquals(expected, refactored)104 def test_extract_method_with_args_and_returns(self):105 code = 'class AClass(object):\n' \106 ' def a_func(self):\n' \107 ' a_var = 10\n' \108 ' another_var = a_var * 3\n' \109 ' third_var = a_var + another_var\n'110 start, end = self._convert_line_range_to_offset(code, 4, 4)111 refactored = self.do_extract_method(code, start, end, 'new_func')112 expected = 'class AClass(object):\n' \113 ' def a_func(self):\n' \114 ' a_var = 10\n' \115 ' another_var = self.new_func(a_var)\n' \116 ' third_var = a_var + another_var\n\n' \117 ' def new_func(self, a_var):\n' \118 ' another_var = a_var * 3\n' \119 ' return another_var\n'120 self.assertEquals(expected, refactored)121 def test_extract_method_with_self_as_argument(self):122 code = 'class AClass(object):\n' \123 ' def a_func(self):\n' \124 ' print(self)\n'125 start, end = self._convert_line_range_to_offset(code, 3, 3)126 refactored = self.do_extract_method(code, start, end, 'new_func')127 expected = 'class AClass(object):\n' \128 ' def a_func(self):\n' \129 ' self.new_func()\n\n' \130 ' def new_func(self):\n' \131 ' print(self)\n'132 self.assertEquals(expected, refactored)133 @testutils.assert_raises(rope.base.exceptions.RefactoringError)134 def test_extract_method_with_no_self_as_argument(self):135 code = 'class AClass(object):\n' \136 ' def a_func():\n' \137 ' print(1)\n'138 start, end = self._convert_line_range_to_offset(code, 3, 3)139 refactored = self.do_extract_method(code, start, end, 'new_func')140 def test_extract_method_with_multiple_methods(self):141 code = 'class AClass(object):\n' \142 ' def a_func(self):\n' \143 ' print(self)\n\n' \144 ' def another_func(self):\n' \145 ' pass\n'146 start, end = self._convert_line_range_to_offset(code, 3, 3)147 refactored = self.do_extract_method(code, start, end, 'new_func')148 expected = 'class AClass(object):\n' \149 ' def a_func(self):\n' \150 ' self.new_func()\n\n' \151 ' def new_func(self):\n' \152 ' print(self)\n\n' \153 ' def another_func(self):\n' \154 ' pass\n'155 self.assertEquals(expected, refactored)156 def test_extract_function_with_function_returns(self):157 code = 'def a_func():\n def inner_func():\n pass\n' \158 ' inner_func()\n'159 start, end = self._convert_line_range_to_offset(code, 2, 3)160 refactored = self.do_extract_method(code, start, end, 'new_func')161 expected = 'def a_func():\n' \162 ' inner_func = new_func()\n inner_func()\n\n' \163 'def new_func():\n' \164 ' def inner_func():\n pass\n' \165 ' return inner_func\n'166 self.assertEquals(expected, refactored)167 def test_simple_extract_global_function(self):168 code = "print('one')\nprint('two')\nprint('three')\n"169 start, end = self._convert_line_range_to_offset(code, 2, 2)170 refactored = self.do_extract_method(code, start, end, 'new_func')171 expected = "print('one')\n\ndef new_func():\n print('two')\n" \172 "\nnew_func()\nprint('three')\n"173 self.assertEquals(expected, refactored)174 def test_extract_global_function_inside_ifs(self):175 code = 'if True:\n a = 10\n'176 start, end = self._convert_line_range_to_offset(code, 2, 2)177 refactored = self.do_extract_method(code, start, end, 'new_func')178 expected = '\ndef new_func():\n a = 10\n\nif True:\n' \179 ' new_func()\n'180 self.assertEquals(expected, refactored)181 def test_extract_function_while_inner_function_reads(self):182 code = 'def a_func():\n a_var = 10\n' \183 ' def inner_func():\n print(a_var)\n' \184 ' return inner_func\n'185 start, end = self._convert_line_range_to_offset(code, 3, 4)186 refactored = self.do_extract_method(code, start, end, 'new_func')187 expected = 'def a_func():\n a_var = 10\n' \188 ' inner_func = new_func(a_var)\n return inner_func\n\n' \189 'def new_func(a_var):\n' \190 ' def inner_func():\n print(a_var)\n' \191 ' return inner_func\n'192 self.assertEquals(expected, refactored)193 @testutils.assert_raises(rope.base.exceptions.RefactoringError)194 def test_extract_method_bad_range(self):195 code = "def a_func():\n pass\na_var = 10\n"196 start, end = self._convert_line_range_to_offset(code, 2, 3)197 self.do_extract_method(code, start, end, 'new_func')198 @testutils.assert_raises(rope.base.exceptions.RefactoringError)199 def test_extract_method_bad_range2(self):200 code = "class AClass(object):\n pass\n"201 start, end = self._convert_line_range_to_offset(code, 1, 1)202 self.do_extract_method(code, start, end, 'new_func')203 @testutils.assert_raises(rope.base.exceptions.RefactoringError)204 def test_extract_method_containing_return(self):205 code = 'def a_func(arg):\n if arg:\n return arg * 2\n return 1'206 start, end = self._convert_line_range_to_offset(code, 2, 4)207 self.do_extract_method(code, start, end, 'new_func')208 @testutils.assert_raises(rope.base.exceptions.RefactoringError)209 def test_extract_method_containing_yield(self):210 code = "def a_func(arg):\n yield arg * 2\n"211 start, end = self._convert_line_range_to_offset(code, 2, 2)212 self.do_extract_method(code, start, end, 'new_func')213 @testutils.assert_raises(rope.base.exceptions.RefactoringError)214 def test_extract_method_containing_uncomplete_lines(self):215 code = 'a_var = 20\nanother_var = 30\n'216 start = code.index('20')217 end = code.index('30') + 2218 self.do_extract_method(code, start, end, 'new_func')219 @testutils.assert_raises(rope.base.exceptions.RefactoringError)220 def test_extract_method_containing_uncomplete_lines2(self):221 code = 'a_var = 20\nanother_var = 30\n'222 start = code.index('20')223 end = code.index('another') + 5224 self.do_extract_method(code, start, end, 'new_func')225 def test_extract_function_and_argument_as_paramenter(self):226 code = 'def a_func(arg):\n print(arg)\n'227 start, end = self._convert_line_range_to_offset(code, 2, 2)228 refactored = self.do_extract_method(code, start, end, 'new_func')229 expected = 'def a_func(arg):\n new_func(arg)\n\n' \230 'def new_func(arg):\n print(arg)\n'231 self.assertEquals(expected, refactored)232 def test_extract_function_and_end_as_the_start_of_a_line(self):233 code = 'print("hey")\nif True:\n pass\n'234 start = 0235 end = code.index('\n') + 1236 refactored = self.do_extract_method(code, start, end, 'new_func')237 expected = '\ndef new_func():\n print("hey")\n\n' \238 'new_func()\nif True:\n pass\n'239 self.assertEquals(expected, refactored)240 def test_extract_function_and_indented_blocks(self):241 code = 'def a_func(arg):\n if True:\n' \242 ' if True:\n print(arg)\n'243 start, end = self._convert_line_range_to_offset(code, 3, 4)244 refactored = self.do_extract_method(code, start, end, 'new_func')245 expected = 'def a_func(arg):\n if True:\n new_func(arg)\n\n' \246 'def new_func(arg):\n if True:\n print(arg)\n'247 self.assertEquals(expected, refactored)248 def test_extract_method_and_multi_line_headers(self):249 code = 'def a_func(\n arg):\n print(arg)\n'250 start, end = self._convert_line_range_to_offset(code, 3, 3)251 refactored = self.do_extract_method(code, start, end, 'new_func')252 expected = 'def a_func(\n arg):\n new_func(arg)\n\n' \253 'def new_func(arg):\n print(arg)\n'254 self.assertEquals(expected, refactored)255 def test_single_line_extract_function(self):256 code = 'a_var = 10 + 20\n'257 start = code.index('10')258 end = code.index('20') + 2259 refactored = self.do_extract_method(code, start, end, 'new_func')260 expected = "\ndef new_func():\n return 10 + 20\n\na_var = new_func()\n"261 self.assertEquals(expected, refactored)262 def test_single_line_extract_function2(self):263 code = 'def a_func():\n a = 10\n b = a * 20\n'264 start = code.rindex('a')265 end = code.index('20') + 2266 refactored = self.do_extract_method(code, start, end, 'new_func')267 expected = 'def a_func():\n a = 10\n b = new_func(a)\n' \268 '\ndef new_func(a):\n return a * 20\n'269 self.assertEquals(expected, refactored)270 def test_single_line_extract_method_and_logical_lines(self):271 code = 'a_var = 10 +\\\n 20\n'272 start = code.index('10')273 end = code.index('20') + 2274 refactored = self.do_extract_method(code, start, end, 'new_func')275 expected = '\ndef new_func():\n return 10 + 20\n\na_var = new_func()\n'276 self.assertEquals(expected, refactored)277 def test_single_line_extract_method_and_logical_lines2(self):278 code = 'a_var = (10,\\\n 20)\n'279 start = code.index('10') - 1280 end = code.index('20') + 3281 refactored = self.do_extract_method(code, start, end, 'new_func')282 expected = '\ndef new_func():\n' \283 ' return (10, 20)\n\na_var = new_func()\n'284 self.assertEquals(expected, refactored)285 def test_single_line_extract_method(self):286 code = "class AClass(object):\n\n" \287 " def a_func(self):\n a = 10\n b = a * a\n"288 start = code.rindex('=') + 2289 end = code.rindex('a') + 1290 refactored = self.do_extract_method(code, start, end, 'new_func')291 expected = 'class AClass(object):\n\n' \292 ' def a_func(self):\n' \293 ' a = 10\n b = self.new_func(a)\n\n' \294 ' def new_func(self, a):\n return a * a\n'295 self.assertEquals(expected, refactored)296 def test_single_line_extract_function_if_condition(self):297 code = 'if True:\n pass\n'298 start = code.index('True')299 end = code.index('True') + 4300 refactored = self.do_extract_method(code, start, end, 'new_func')301 expected = "\ndef new_func():\n return True\n\nif new_func():\n pass\n"302 self.assertEquals(expected, refactored)303 def test_unneeded_params(self):304 code = 'class A(object):\n ' \305 'def a_func(self):\n a_var = 10\n a_var += 2\n'306 start = code.rindex('2')307 end = code.rindex('2') + 1308 refactored = self.do_extract_method(code, start, end, 'new_func')309 expected = 'class A(object):\n' \310 ' def a_func(self):\n a_var = 10\n' \311 ' a_var += self.new_func()\n\n' \312 ' def new_func(self):\n return 2\n'313 self.assertEquals(expected, refactored)314 def test_breaks_and_continues_inside_loops(self):315 code = 'def a_func():\n for i in range(10):\n continue\n'316 start = code.index('for')317 end = len(code) - 1318 refactored = self.do_extract_method(code, start, end, 'new_func')319 expected = 'def a_func():\n new_func()\n\n' \320 'def new_func():\n' \321 ' for i in range(10):\n continue\n'322 self.assertEquals(expected, refactored)323 @testutils.assert_raises(rope.base.exceptions.RefactoringError)324 def test_breaks_and_continues_outside_loops(self):325 code = 'def a_func():\n' \326 ' for i in range(10):\n a = i\n continue\n'327 start = code.index('a = i')328 end = len(code) - 1329 refactored = self.do_extract_method(code, start, end, 'new_func')330 def test_variable_writes_followed_by_variable_reads_after_extraction(self):331 code = 'def a_func():\n a = 1\n a = 2\n b = a\n'332 start = code.index('a = 1')333 end = code.index('a = 2') - 1334 refactored = self.do_extract_method(code, start, end, 'new_func')335 expected = 'def a_func():\n new_func()\n a = 2\n b = a\n\n' \336 'def new_func():\n a = 1\n'337 self.assertEquals(expected, refactored)338 def test_variable_writes_followed_by_variable_reads_inside_extraction(self):339 code = 'def a_func():\n a = 1\n a = 2\n b = a\n'340 start = code.index('a = 2')341 end = len(code) - 1342 refactored = self.do_extract_method(code, start, end, 'new_func')343 expected = 'def a_func():\n a = 1\n new_func()\n\n' \344 'def new_func():\n a = 2\n b = a\n'345 self.assertEquals(expected, refactored)346 def test_extract_variable(self):347 code = 'a_var = 10 + 20\n'348 start = code.index('10')349 end = code.index('20') + 2350 refactored = self.do_extract_variable(code, start, end, 'new_var')351 expected = 'new_var = 10 + 20\na_var = new_var\n'352 self.assertEquals(expected, refactored)353 def test_extract_variable_multiple_lines(self):354 code = 'a = 1\nb = 2\n'355 start = code.index('1')356 end = code.index('1') + 1357 refactored = self.do_extract_variable(code, start, end, 'c')358 expected = 'c = 1\na = c\nb = 2\n'359 self.assertEquals(expected, refactored)360 def test_extract_variable_in_the_middle_of_statements(self):361 code = 'a = 1 + 2\n'362 start = code.index('1')363 end = code.index('1') + 1364 refactored = self.do_extract_variable(code, start, end, 'c')365 expected = 'c = 1\na = c + 2\n'366 self.assertEquals(expected, refactored)367 def test_extract_variable_for_a_tuple(self):368 code = 'a = 1, 2\n'369 start = code.index('1')370 end = code.index('2') + 1371 refactored = self.do_extract_variable(code, start, end, 'c')372 expected = 'c = 1, 2\na = c\n'373 self.assertEquals(expected, refactored)374 def test_extract_variable_for_a_string(self):375 code = 'def a_func():\n a = "hey!"\n'376 start = code.index('"')377 end = code.rindex('"') + 1378 refactored = self.do_extract_variable(code, start, end, 'c')379 expected = 'def a_func():\n c = "hey!"\n a = c\n'380 self.assertEquals(expected, refactored)381 def test_extract_variable_inside_ifs(self):382 code = 'if True:\n a = 1 + 2\n'383 start = code.index('1')384 end = code.rindex('2') + 1385 refactored = self.do_extract_variable(code, start, end, 'b')386 expected = 'if True:\n b = 1 + 2\n a = b\n'387 self.assertEquals(expected, refactored)388 def test_extract_variable_inside_ifs_and_logical_lines(self):389 code = 'if True:\n a = (3 + \n(1 + 2))\n'390 start = code.index('1')391 end = code.index('2') + 1392 refactored = self.do_extract_variable(code, start, end, 'b')393 expected = 'if True:\n b = 1 + 2\n a = (3 + \n(b))\n'394 self.assertEquals(expected, refactored)395 # TODO: Handle when extracting a subexpression396 def xxx_test_extract_variable_for_a_subexpression(self):397 code = 'a = 3 + 1 + 2\n'398 start = code.index('1')399 end = code.index('2') + 1400 refactored = self.do_extract_variable(code, start, end, 'b')401 expected = 'b = 1 + 2\na = 3 + b\n'402 self.assertEquals(expected, refactored)403 def test_extract_variable_starting_from_the_start_of_the_line(self):404 code = 'a_dict = {1: 1}\na_dict.values().count(1)\n'405 start = code.rindex('a_dict')406 end = code.index('count') - 1407 refactored = self.do_extract_variable(code, start, end, 'values')408 expected = 'a_dict = {1: 1}\nvalues = a_dict.values()\nvalues.count(1)\n'409 self.assertEquals(expected, refactored)410 def test_extract_variable_on_the_last_line_of_a_function(self):411 code = 'def f():\n a_var = {}\n a_var.keys()\n'412 start = code.rindex('a_var')413 end = code.index('.keys')414 refactored = self.do_extract_variable(code, start, end, 'new_var')415 expected = 'def f():\n a_var = {}\n new_var = a_var\n new_var.keys()\n'416 self.assertEquals(expected, refactored)417 def test_extract_variable_on_the_indented_function_statement(self):418 code = 'def f():\n if True:\n a_var = 1 + 2\n'419 start = code.index('1')420 end = code.index('2') + 1421 refactored = self.do_extract_variable(code, start, end, 'new_var')422 expected = 'def f():\n if True:\n' \423 ' new_var = 1 + 2\n a_var = new_var\n'424 self.assertEquals(expected, refactored)425 def test_extract_method_on_the_last_line_of_a_function(self):426 code = 'def f():\n a_var = {}\n a_var.keys()\n'427 start = code.rindex('a_var')428 end = code.index('.keys')429 refactored = self.do_extract_method(code, start, end, 'new_f')430 expected = 'def f():\n a_var = {}\n new_f(a_var).keys()\n\n' \431 'def new_f(a_var):\n return a_var\n'432 self.assertEquals(expected, refactored)433 @testutils.assert_raises(rope.base.exceptions.RefactoringError)434 def test_raising_exception_when_on_incomplete_variables(self):435 code = 'a_var = 10 + 20\n'436 start = code.index('10') + 1437 end = code.index('20') + 2438 refactored = self.do_extract_method(code, start, end, 'new_func')439 @testutils.assert_raises(rope.base.exceptions.RefactoringError)440 def test_raising_exception_when_on_incomplete_variables_on_end(self):441 code = 'a_var = 10 + 20\n'442 start = code.index('10')443 end = code.index('20') + 1444 refactored = self.do_extract_method(code, start, end, 'new_func')445 @testutils.assert_raises(rope.base.exceptions.RefactoringError)446 def test_raising_exception_on_bad_parens(self):447 code = 'a_var = (10 + 20) + 30\n'448 start = code.index('20')449 end = code.index('30') + 2450 refactored = self.do_extract_method(code, start, end, 'new_func')451 @testutils.assert_raises(rope.base.exceptions.RefactoringError)452 def test_raising_exception_on_bad_operators(self):453 code = 'a_var = 10 + 20 + 30\n'454 start = code.index('10')455 end = code.rindex('+') + 1456 refactored = self.do_extract_method(code, start, end, 'new_func')457 # FIXME: Extract method should be more intelligent about bad ranges458 @testutils.assert_raises(rope.base.exceptions.RefactoringError)459 def xxx_test_raising_exception_on_function_parens(self):460 code = 'a = range(10)'461 start = code.index('(')462 end = code.rindex(')') + 1463 refactored = self.do_extract_method(code, start, end, 'new_func')464 def test_extract_method_and_extra_blank_lines(self):465 code = '\nprint(1)\n'466 refactored = self.do_extract_method(code, 0, len(code), 'new_f')467 expected = '\n\ndef new_f():\n print(1)\n\nnew_f()\n'468 self.assertEquals(expected, refactored)469 def test_variable_writes_in_the_same_line_as_variable_read(self):470 code = 'a = 1\na = 1 + a\n'471 start = code.index('\n') + 1472 end = len(code)473 refactored = self.do_extract_method(code, start, end, 'new_f',474 global_=True)475 expected = 'a = 1\n\ndef new_f(a):\n a = 1 + a\n\nnew_f(a)\n'476 self.assertEquals(expected, refactored)477 def test_variable_writes_in_the_same_line_as_variable_read2(self):478 code = 'a = 1\na += 1\n'479 start = code.index('\n') + 1480 end = len(code)481 refactored = self.do_extract_method(code, start, end, 'new_f',482 global_=True)483 expected = 'a = 1\n\ndef new_f():\n a += 1\n\nnew_f()\n'484 self.assertEquals(expected, refactored)485 def test_variable_and_similar_expressions(self):486 code = 'a = 1\nb = 1\n'487 start = code.index('1')488 end = start + 1489 refactored = self.do_extract_variable(code, start, end,490 'one', similar=True)491 expected = 'one = 1\na = one\nb = one\n'492 self.assertEquals(expected, refactored)493 def test_definition_should_appear_before_the_first_use(self):494 code = 'a = 1\nb = 1\n'495 start = code.rindex('1')496 end = start + 1497 refactored = self.do_extract_variable(code, start, end,498 'one', similar=True)499 expected = 'one = 1\na = one\nb = one\n'500 self.assertEquals(expected, refactored)501 def test_extract_method_and_similar_expressions(self):502 code = 'a = 1\nb = 1\n'503 start = code.index('1')504 end = start + 1505 refactored = self.do_extract_method(code, start, end,506 'one', similar=True)507 expected = '\ndef one():\n return 1\n\na = one()\nb = one()\n'508 self.assertEquals(expected, refactored)509 def test_simple_extract_method_and_similar_statements(self):510 code = 'class AClass(object):\n\n' \511 ' def func1(self):\n a = 1 + 2\n b = a\n' \512 ' def func2(self):\n a = 1 + 2\n b = a\n'513 start, end = self._convert_line_range_to_offset(code, 4, 4)514 refactored = self.do_extract_method(code, start, end,515 'new_func', similar=True)516 expected = 'class AClass(object):\n\n' \517 ' def func1(self):\n' \518 ' a = self.new_func()\n b = a\n\n' \519 ' def new_func(self):\n' \520 ' a = 1 + 2\n return a\n' \521 ' def func2(self):\n' \522 ' a = self.new_func()\n b = a\n'523 self.assertEquals(expected, refactored)524 def test_extract_method_and_similar_statements2(self):525 code = 'class AClass(object):\n\n' \526 ' def func1(self, p1):\n a = p1 + 2\n' \527 ' def func2(self, p2):\n a = p2 + 2\n'528 start = code.rindex('p1')529 end = code.index('2\n') + 1530 refactored = self.do_extract_method(code, start, end,531 'new_func', similar=True)532 expected = 'class AClass(object):\n\n' \533 ' def func1(self, p1):\n a = self.new_func(p1)\n\n' \534 ' def new_func(self, p1):\n return p1 + 2\n' \535 ' def func2(self, p2):\n a = self.new_func(p2)\n'536 self.assertEquals(expected, refactored)537 def test_extract_method_and_similar_statements_where_return_is_different(self):538 code = 'class AClass(object):\n\n' \539 ' def func1(self, p1):\n a = p1 + 2\n' \540 ' def func2(self, p2):\n self.attr = p2 + 2\n'541 start = code.rindex('p1')542 end = code.index('2\n') + 1543 refactored = self.do_extract_method(code, start, end,544 'new_func', similar=True)545 expected = 'class AClass(object):\n\n' \546 ' def func1(self, p1):\n a = self.new_func(p1)\n\n' \547 ' def new_func(self, p1):\n return p1 + 2\n' \548 ' def func2(self, p2):\n self.attr = self.new_func(p2)\n'549 self.assertEquals(expected, refactored)550 def test_definition_should_appear_where_it_is_visible(self):551 code = 'if True:\n a = 1\nelse:\n b = 1\n'552 start = code.rindex('1')553 end = start + 1554 refactored = self.do_extract_variable(code, start, end,555 'one', similar=True)556 expected = 'one = 1\nif True:\n a = one\nelse:\n b = one\n'557 self.assertEquals(expected, refactored)558 def test_extract_variable_and_similar_statements_in_classes(self):559 code = 'class AClass(object):\n\n' \560 ' def func1(self):\n a = 1\n' \561 ' def func2(self):\n b = 1\n'562 start = code.index(' 1') + 1563 refactored = self.do_extract_variable(code, start, start + 1,564 'one', similar=True)565 expected = 'class AClass(object):\n\n' \566 ' def func1(self):\n one = 1\n a = one\n' \567 ' def func2(self):\n b = 1\n'568 self.assertEquals(expected, refactored)569 def test_extract_method_in_staticmethods(self):570 code = 'class AClass(object):\n\n' \571 ' @staticmethod\n def func2():\n b = 1\n'572 start = code.index(' 1') + 1573 refactored = self.do_extract_method(code, start, start + 1,574 'one', similar=True)575 expected = 'class AClass(object):\n\n' \576 ' @staticmethod\n def func2():\n' \577 ' b = AClass.one()\n\n' \578 ' @staticmethod\n def one():\n' \579 ' return 1\n'580 self.assertEquals(expected, refactored)581 def test_extract_normal_method_with_staticmethods(self):582 code = 'class AClass(object):\n\n' \583 ' @staticmethod\n def func1():\n b = 1\n' \584 ' def func2(self):\n b = 1\n'585 start = code.rindex(' 1') + 1586 refactored = self.do_extract_method(code, start, start + 1,587 'one', similar=True)588 expected = 'class AClass(object):\n\n' \589 ' @staticmethod\n def func1():\n b = 1\n' \590 ' def func2(self):\n b = self.one()\n\n' \591 ' def one(self):\n return 1\n'592 self.assertEquals(expected, refactored)593 def test_extract_variable_with_no_new_lines_at_the_end(self):594 code = 'a_var = 10'595 start = code.index('10')596 end = start + 2597 refactored = self.do_extract_variable(code, start, end, 'new_var')598 expected = 'new_var = 10\na_var = new_var'599 self.assertEquals(expected, refactored)600 def test_extract_method_containing_return_in_functions(self):601 code = 'def f(arg):\n return arg\nprint(f(1))\n'602 start, end = self._convert_line_range_to_offset(code, 1, 3)603 refactored = self.do_extract_method(code, start, end, 'a_func')604 expected = '\ndef a_func():\n def f(arg):\n return arg\n' \605 ' print(f(1))\n\na_func()\n'606 self.assertEquals(expected, refactored)607 def test_extract_method_and_varying_first_parameter(self):608 code = 'class C(object):\n' \609 ' def f1(self):\n print(str(self))\n' \610 ' def f2(self):\n print(str(1))\n'611 start = code.index('print(') + 6612 end = code.index('))\n') + 1613 refactored = self.do_extract_method(code, start, end,614 'to_str', similar=True)615 expected = 'class C(object):\n' \616 ' def f1(self):\n print(self.to_str())\n\n' \617 ' def to_str(self):\n return str(self)\n' \618 ' def f2(self):\n print(str(1))\n'619 self.assertEquals(expected, refactored)620 def test_extract_method_when_an_attribute_exists_in_function_scope(self):621 code = 'class A(object):\n def func(self):\n pass\n' \622 'a = A()\n' \623 'def f():\n' \624 ' func = a.func()\n' \625 ' print func\n'626 start, end = self._convert_line_range_to_offset(code, 6, 6)627 refactored = self.do_extract_method(code, start, end, 'g')628 refactored = refactored[refactored.index('A()') + 4:]629 expected = 'def f():\n func = g()\n print func\n\n' \630 'def g():\n func = a.func()\n return func\n'631 self.assertEquals(expected, refactored)632 def test_global_option_for_extract_method(self):633 code = 'def a_func():\n print(1)\n'634 start, end = self._convert_line_range_to_offset(code, 2, 2)635 refactored = self.do_extract_method(code, start, end,636 'extracted', global_=True)637 expected = 'def a_func():\n extracted()\n\n' \638 'def extracted():\n print(1)\n'639 self.assertEquals(expected, refactored)640 def test_global_extract_method(self):641 code = 'class AClass(object):\n\n' \642 ' def a_func(self):\n print(1)\n'643 start, end = self._convert_line_range_to_offset(code, 4, 4)644 refactored = self.do_extract_method(code, start, end,645 'new_func', global_=True)646 expected = 'class AClass(object):\n\n' \647 ' def a_func(self):\n new_func()\n\n' \648 'def new_func():\n print(1)\n'649 self.assertEquals(expected, refactored)650 def test_extract_method_with_multiple_methods(self):651 code = 'class AClass(object):\n' \652 ' def a_func(self):\n' \653 ' print(1)\n\n' \654 ' def another_func(self):\n' \655 ' pass\n'656 start, end = self._convert_line_range_to_offset(code, 3, 3)657 refactored = self.do_extract_method(code, start, end,658 'new_func', global_=True)659 expected = 'class AClass(object):\n' \660 ' def a_func(self):\n' \661 ' new_func()\n\n' \662 ' def another_func(self):\n' \663 ' pass\n\n' \664 'def new_func():\n' \665 ' print(1)\n'666 self.assertEquals(expected, refactored)667 def test_where_to_seach_when_extracting_global_names(self):668 code = 'def a():\n return 1\ndef b():\n return 1\nb = 1\n'669 start = code.index('1')670 end = start + 1671 refactored = self.do_extract_variable(code, start, end, 'one',672 similar=True, global_=True)673 expected = 'def a():\n return one\none = 1\n' \674 'def b():\n return one\nb = one\n'675 self.assertEquals(expected, refactored)676 def test_extracting_pieces_with_distinct_temp_names(self):677 code = 'a = 1\nprint a\nb = 1\nprint b\n'678 start = code.index('a')...
static_list.py
Source:static_list.py
1@new_func('sem:make_opposite', params_affected=['sem:is_opposite'])2# args -> []3def sem_make_opposite(element, arguments=[], branching=[]):4 element.set_parameter('sem:is_opposite', True)5 return element6@new_func('sem:make_causative', params_affected=['sem:causative'])7# args -> []8def sem_make_causative(element, arguments=[], branching=[]):9 element.set_parameter('sem:causative', True)10 return element11@new_func('gram:make_transitive', params_affected=['gram:transitive'])12# args -> []13def gram_make_transitive(element, arguments=[], branching=[]):14 element.set_parameter('gram:transitive', True)15 return element16@new_func('gram:number:set_sing', params_affected=['gram:number'])17# args -> []18def gram_number_set_sing(element, arguments=[], branching=[]):19 element.set_parameter('gram:number', 'sing')20 return element21@new_func('gram:number:set_dual', params_affected=['gram:number'])22# args -> []23def gram_number_set_dual(element, arguments=[], branching=[]):24 element.set_parameter('gram:number', 'dual')25 return element26@new_func('mansi:make_lp', params_affected=[])27# args -> [sing, 1]28def mansi_make_lp(element, arguments=[], branching=[]):29 element.set_parameter('gram:possessor:number', arguments[0])30 element.set_parameter('gram:possessor:person', arguments[1])31 return element32@new_func('gram:number:set_plur', params_affected=['gram:number'])33# args -> []34def gram_number_set_plur(element, arguments=[], branching=[]):35 element.set_parameter('gram:number', 'plur')36 return element37@new_func('gram:case:set_main', params_affected=['gram:case'])38# args -> []39def gram_case_set_main(element, arguments=[], branching=[]):40 element.set_parameter('gram:case', 'main')41 return element42@new_func('gram:case:set_lat', params_affected=['gram:case'])43# args -> []44def gram_case_set_lat(element, arguments=[], branching=[]):45 element.set_parameter('gram:case', 'lat')46 return element47@new_func('gram:case:set_loc', params_affected=['gram:case'])48# args -> []49def gram_case_set_loc(element, arguments=[], branching=[]):50 element.set_parameter('gram:case', 'loc')51 return element52@new_func('gram:case:set_abl', params_affected=['gram:case'])53# args -> []54def gram_case_set_abl(element, arguments=[], branching=[]):55 element.set_parameter('gram:case', 'abl')56 return element57@new_func('gram:case:set_instr', params_affected=['gram:case'])58# args -> []59def gram_case_set_instr(element, arguments=[], branching=[]):60 element.set_parameter('gram:case', 'instr')61 return element62@new_func('gram:case:set_trans', params_affected=['gram:case'])63# args -> []64def gram_case_set_trans(element, arguments=[], branching=[]):65 element.set_parameter('gram:case', 'trans')66 return element67@new_func('gram:case:set_voc', params_affected=['gram:case'])68# args -> []69def gram_case_set_voc(element, arguments=[], branching=[]):70 element.set_parameter('gram:case', 'voc')71 return element72@new_func('gram:verb:set_infinitive', params_affected=['gram:verb:infinitive'])73# args -> []74def gram_verb_set_infinitive(element, arguments=[], branching=[]):75 element.set_parameter('gram:verb:infinitive', True)76 return element77@new_func('mansi:verb_to_noun', params_affected=['mansi:from_verb'])78# args -> []79def mansi_verb_to_noun(element, arguments=[], branching=[]):80 element.set_parameter('mansi:from_verb', True)81 return element82@new_func('mansi:sem:tool-or-action', params_affected=['sem:prop2'])83# args -> []84def mansi_sem_tool_or_action(element, arguments=[], branching=[]):85 element.set_parameter('sem:prop2', True)86 return element87@new_func('mansi:adj_to_noun', params_affected=[])88# args -> []89def mansi_adj_to_noun(element, arguments=[], branching=[]):90 return element91@new_func('mansi:sem:obj-size', params_affected=[])92# args -> []93def mansi_sem_obj_size(element, arguments=[], branching=[]):94 return element95@new_func('mansi:verb_to_noun:size', params_affected=[])96# args -> []97def mansi_verb_to_noun_size(element, arguments=[], branching=[]):98 return element99@new_func('mansi:sem:coll', params_affected=[])100# args -> []101def mansi_sem_coll(element, arguments=[], branching=[]):102 return element103@new_func('gram:adj:comparative', params_affected=['gram:degree_of_comparison'])104# args -> []105def gram_adj_comparative(element, arguments=[], branching=[]):106 element.set_parameter('gram:degree_of_comparison', 'comparative')107 return element108@new_func('mansi:set_pred', params_affected=[])109# args -> []110def mansi_set_pred(element, arguments=[], branching=[]):111 element.set_parameter('gram:pred', True)112 return element113@new_func('gram:set_dimin', params_affected=[])114# args -> []115def gram_set_dimin(element, arguments=[], branching=[]):116 return element117@new_func('gram:adj:superlative', params_affected=['gram:degree_of_comparison'])118# args -> []119def gram_adj_superlative(element, arguments=[], branching=[]):120 element.set_parameter('gram:degree_of_comparison', 'superlative')121 return element122@new_func('gram:set_attr', params_affected=[])123# args -> []124def gram_set_attr(element, arguments=[], branching=[]):125 return element126@new_func('gram:noun_to_adj', params_affected=['mansi:from_noun'])127# args -> []128def gram_noun_to_adj(element, arguments=[], branching=[]):129 element.set_parameter('mansi:from_noun', True)130 return element131@new_func('sem:adj_to_noun_corresp', params_affected=['mansi:from_noune'])132# args -> []133def sem_adj_to_noun_corresp(element, arguments=[], branching=[]):134 element.set_parameter('mansi:from_noun', True)135 return element136@new_func('gram:set_participle', params_affected=['mansi:basic_pos'])137# args -> []138def gram_set_participle(element, arguments=[], branching=[]):139 element.set_parameter('mansi:basic_pos', 'participle')140 return element141@new_func('mansi:russian_loan_word', params_affected=['mansi:is_russian'])142# args -> []143def mansi_russian_loan_word(element, arguments=[], branching=[]):144 element.set_parameter('mansi:is_russian', True)145 return element146@new_func('mansi:phrase_adj', params_affected=['mansi:basic_pos'])147# args -> []148def mansi_phrase_adj(element, arguments=[], branching=[]):149 element.set_parameter('mansi:basic_pos', 'adj')150 return element151@new_func('sem:magnification_colloc', params_affected=[])152# args -> []153def sem_magnification_colloc(element, arguments=[], branching=[]):154 return element155@new_func('gram:set_ord', params_affected=['gram:numeral_cat'])156# args -> []157def gram_set_ord(element, arguments=[], branching=[]):158 element.set_parameter('gram:numeral_cat', 'ordinal')159 return element160@new_func('gram:set_mult', params_affected=['gram:numeral_cat'])161# args -> []162def gram_set_mult(element, arguments=[], branching=[]):163 element.set_parameter('gram:numeral_cat', 'mult')164 return element165@new_func('gram:numeral:co_to_repet_colloc', params_affected=['gram:numeral_cat'])166# args -> []167def gram_numeral_co_to_repet_colloc(element, arguments=[], branching=[]):168 element.set_parameter('gram:numeral_cat', 'repetitive')169 return element170@new_func('gram:numeral:cardinal_to_round', params_affected=[])171# args -> []172def gram_numeral_cardinal_to_round(element, arguments=[], branching=[]):173 return element174@new_func('mansi:numeral:partial_colloc', params_affected=[])175# args -> []176def mansi_numeral_partial_colloc(element, arguments=[], branching=[]):177 return element178@new_func('mansi:pronoun:personal:1SG', params_affected=['mansi:basic_pos', 'mansi:pronoun:person', 'mansi:pronoun:number'])179# args -> []180def mansi_pronoun_personal_1sg(element, arguments=[], branching=[]):181 element.set_parameter('mansi:basic_pos', 'pronoun')182 element.set_parameter('mansi:pronoun:person', '1')183 element.set_parameter('mansi:pronoun:number', 'sing')184 return element185@new_func('gram:case:set_nom', params_affected=['gram:case'])186# args -> []187def gram_case_set_nom(element, arguments=[], branching=[]):188 element.set_parameter('gram:case', 'nom')189 return element190@new_func('gram:case:set_acc', params_affected=['gram:case'])191# args -> []192def gram_case_set_acc(element, arguments=[], branching=[]):193 element.set_parameter('gram:case', 'acc')194 return element195@new_func('gram:case:set_dat', params_affected=['gram:case'])196# args -> []197def gram_case_set_dat(element, arguments=[], branching=[]):198 element.set_parameter('gram:case', 'dat')199 return element200@new_func('mansi:pronoun:personal:2SG', params_affected=['mansi:basic_pos', 'mansi:pronoun:person', 'mansi:pronoun:number'])201# args -> []202def mansi_pronoun_personal_2sg(element, arguments=[], branching=[]):203 element.set_parameter('mansi:basic_pos', 'pronoun')204 element.set_parameter('mansi:pronoun:person', '2')205 element.set_parameter('mansi:pronoun:number', 'sing')206 return element207@new_func('mansi:pronoun:personal:3SG', params_affected=['mansi:basic_pos', 'mansi:pronoun:person', 'mansi:pronoun:number'])208# args -> []209def mansi_pronoun_personal_3sg(element, arguments=[], branching=[]):210 element.set_parameter('mansi:basic_pos', 'pronoun')211 element.set_parameter('mansi:pronoun:person', '3')212 element.set_parameter('mansi:pronoun:number', 'sing')213 return element214@new_func('mansi:pronoun:personal:1DU', params_affected=['mansi:basic_pos', 'mansi:pronoun:person', 'mansi:pronoun:number'])215# args -> []216def mansi_pronoun_personal_1du(element, arguments=[], branching=[]):217 element.set_parameter('mansi:basic_pos', 'pronoun')218 element.set_parameter('mansi:pronoun:person', '1')219 element.set_parameter('mansi:pronoun:number', 'dual')220 return element221@new_func('mansi:pronoun:personal:2DU', params_affected=['mansi:basic_pos', 'mansi:pronoun:person', 'mansi:pronoun:number'])222# args -> []223def mansi_pronoun_personal_2du(element, arguments=[], branching=[]):224 element.set_parameter('mansi:basic_pos', 'pronoun')225 element.set_parameter('mansi:pronoun:person', '2')226 element.set_parameter('mansi:pronoun:number', 'dual')227 return element228@new_func('mansi:pronoun:personal:3DU', params_affected=['mansi:basic_pos', 'mansi:pronoun:person', 'mansi:pronoun:number'])229# args -> []230def mansi_pronoun_personal_3du(element, arguments=[], branching=[]):231 element.set_parameter('mansi:basic_pos', 'pronoun')232 element.set_parameter('mansi:pronoun:person', '3')233 element.set_parameter('mansi:pronoun:number', 'dual')234 return element235@new_func('mansi:pronoun:personal:1PL', params_affected=['mansi:basic_pos', 'mansi:pronoun:person', 'mansi:pronoun:number'])236# args -> []237def mansi_pronoun_personal_1pl(element, arguments=[], branching=[]):238 element.set_parameter('mansi:basic_pos', 'pronoun')239 element.set_parameter('mansi:pronoun:person', '1')240 element.set_parameter('mansi:pronoun:number', 'plur')241 return element242@new_func('mansi:pronoun:personal:2PL', params_affected=['mansi:basic_pos', 'mansi:pronoun:person', 'mansi:pronoun:number'])243# args -> []244def mansi_pronoun_personal_2pl(element, arguments=[], branching=[]):245 element.set_parameter('mansi:basic_pos', 'pronoun')246 element.set_parameter('mansi:pronoun:person', '2')247 element.set_parameter('mansi:pronoun:number', 'plur')248 return element249@new_func('mansi:pronoun:personal:3PL', params_affected=['mansi:basic_pos', 'mansi:pronoun:person', 'mansi:pronoun:number'])250# args -> []251def mansi_pronoun_personal_3pl(element, arguments=[], branching=[]):252 element.set_parameter('mansi:basic_pos', 'pronoun')253 element.set_parameter('mansi:pronoun:person', '3')254 element.set_parameter('mansi:pronoun:number', 'plur')255 return element256@new_func('mansi:pronoun:lich_ukaz', params_affected=[])257# args -> []258def mansi_pronoun_lich_ukaz(element, arguments=[], branching=[]):259 return element260@new_func('mansi:pronoun:set_sol', params_affected=[])261# args -> []262def mansi_pronoun_set_sol(element, arguments=[], branching=[]):263 return element264@new_func('gram:set_refl', params_affected=[])265# args -> []266def gram_set_refl(element, arguments=[], branching=[]):267 return element268@new_func('mansi:pronoun:demonstrative', params_affected=[])269# args -> []270def mansi_pronoun_demonstrative(element, arguments=[], branching=[]):271 return element272@new_func('mansi:set_basic_pos:pronoun', params_affected=['mansi:basic_pos'])273# args -> []274def mansi_set_basic_pos_pronoun(element, arguments=[], branching=[]):275 element.set_parameter('mansi:basic_pos', 'pronoun')276 return element277@new_func('mansi:pronoun:determinative', params_affected=[])278# args -> []279def mansi_pronoun_determinative(element, arguments=[], branching=[]):280 return element281@new_func('gram:make_reflexive', params_affected=[])282# args -> []283def gram_make_reflexive(element, arguments=[], branching=[]):284 return element285@new_func('gram:make_intransitive', params_affected=['gram:intransitive'])286# args -> []287def gram_make_intransitive(element, arguments=[], branching=[]):288 element.set_parameter('gram:intransitive', True)289 return element290@new_func('mansi:set_obj_conj', params_affected=['mansi:conj'])291# args -> []292def mansi_set_obj_conj(element, arguments=[], branching=[]):293 element.set_parameter('mansi:conj', 'obj')294 return element295@new_func('mansi:conj:set_obj', params_affected=['mansi:conj'])296# args -> []297def mansi_conj_set_obj(element, arguments=[], branching=[]):298 element.set_parameter('mansi:conj', 'obj')299 return element300@new_func('mansi:conj:set_subj_pass', params_affected=['mansi:conj'])301# args -> []302def mansi_conj_set_subj_pass(element, arguments=[], branching=[]):303 element.set_parameter('mansi:conj', 'subj_pass')304 return element305@new_func('mansi:conj:set_objectless', params_affected=['mansi:conj'])306# args -> []307def mansi_conj_set_objectless(element, arguments=[], branching=[]):308 element.set_parameter('mansi:conj', 'objectless')309 return element310@new_func('gram:tense:set_present', params_affected=[])311# args -> []312def gram_tense_set_present(element, arguments=[], branching=[]):313 return element314@new_func('gram:tense:set_past', params_affected=[])315# args -> []316def gram_tense_set_past(element, arguments=[], branching=[]):317 return element318@new_func('gram:mood:set_latentive', params_affected=['gram:mood'])319# args -> []320def gram_mood_set_latentive(element, arguments=[], branching=[]):321 element.set_parameter('gram:mood', 'latentive')322 return element323@new_func('mansi:tense:set_past', params_affected=[])324# args -> []325def mansi_tense_set_past(element, arguments=[], branching=[]):326 return element327@new_func('mansi:verb:set_person', params_affected=[])328# args -> [1]329def mansi_verb_set_person(element, arguments=[], branching=[]):330 element.set_parameter('gram:person', arguments[0])331 return element332@new_func('gram:set_number:plur', params_affected=[])333# args -> []334def gram_set_number_plur(element, arguments=[], branching=[]):335 element.set_parameter('gram:number', 'plur')336 return element337@new_func('gram:tense:set_future', params_affected=[])338# args -> []339def gram_tense_set_future(element, arguments=[], branching=[]):340 return element341@new_func('mansi:object_number:set_sing', params_affected=[])342# args -> []343def mansi_object_number_set_sing(element, arguments=[], branching=[]):344 return element345@new_func('mansi:object_number:set_dual', params_affected=[])346# args -> []347def mansi_object_number_set_dual(element, arguments=[], branching=[]):348 return element349@new_func('mansi:object_number:set_plur', params_affected=[])350# args -> []351def mansi_object_number_set_plur(element, arguments=[], branching=[]):352 return element353@new_func('gram:mood:set_imperative', params_affected=['gram:mood'])354# args -> []355def gram_mood_set_imperative(element, arguments=[], branching=[]):356 element.set_parameter('gram:mood', 'imperative')357 return element358@new_func('gram:mood:set_indicative', params_affected=['gram:mood'])359# args -> []360def gram_mood_set_indicative(element, arguments=[], branching=[]):361 element.set_parameter('gram:mood', 'indicative')362 return element363@new_func('gram:mood:set_conjunctive', params_affected=['gram:mood'])364# args -> []365def gram_mood_set_conjunctive(element, arguments=[], branching=[]):366 element.set_parameter('gram:mood', 'conjunctive')367 return element368@new_func('gram:mood:set_optative', params_affected=['gram:mood'])369# args -> []370def gram_mood_set_optative(element, arguments=[], branching=[]):371 element.set_parameter('gram:mood', 'conjunctive')372 return element373@new_func('gram:set_semelfactive', params_affected=[])374# args -> []375def gram_set_semelfactive(element, arguments=[], branching=[]):376 return element377@new_func('gram:set_inchoative', params_affected=[])378# args -> []379def gram_set_inchoative(element, arguments=[], branching=[]):380 return element381@new_func('gram:set_durative', params_affected=[])382# args -> []383def gram_set_durative(element, arguments=[], branching=[]):384 return element385@new_func('gram:set_iterative', params_affected=[])386# args -> []387def gram_set_iterative(element, arguments=[], branching=[]):388 return element389@new_func('mansi:noun_to_verb', params_affected=['mansi:from_noun'])390# args -> []391def mansi_noun_to_verb(element, arguments=[], branching=[]):392 element.set_parameter('mansi:from_noun', True)393 return element394@new_func('direct:set_meaning', params_affected=[])395# args -> [оÑ]396def direct_set_meaning(element, arguments=[], branching=[]):397 return element398@new_func('mansi:basic_pos:set_verb', params_affected=['mansi:basic_pos'])399# args -> []400def mansi_basic_pos_set_verb(element, arguments=[], branching=[]):401 element.set_parameter('mansi:basic_pos', 'verb')402 return element403@new_func('gram:set_resultative', params_affected=[])404# args -> []405def gram_set_resultative(element, arguments=[], branching=[]):406 return element407@new_func('gram:set_converb', params_affected=['mansi:basic_pos'])408# args -> []409def gram_set_converb(element, arguments=[], branching=[]):410 element.set_parameter('mansi:basic_pos', 'converb')411 return element412@new_func('mansi:make_participle', params_affected=['mansi:basic_pos'])413# args -> []414def mansi_make_participle(element, arguments=[], branching=[]):415 element.set_parameter('mansi:basic_pos', 'participle')416 return element417@new_func('gram:set_present', params_affected=[])418# args -> []419def gram_set_present(element, arguments=[], branching=[]):420 return element421@new_func('mansi:make_transgressive', params_affected=[])422# args -> []423def mansi_make_transgressive(element, arguments=[], branching=[]):424 return element425@new_func('mansi:basic_pos:set_adv', params_affected=['mansi:basic_pos'])426# args -> []427def mansi_basic_pos_set_adv(element, arguments=[], branching=[]):428 element.set_parameter('mansi:basic_pos', 'adv')429 return element430@new_func('gram:set_comparative', params_affected=[])431# args -> []432def gram_set_comparative(element, arguments=[], branching=[]):433 return element434@new_func('gram:adv:comparative', params_affected=[])435# args -> []436def gram_adv_comparative(element, arguments=[], branching=[]):437 return element438@new_func('gram:set_superlative', params_affected=[])439# args -> []440def gram_set_superlative(element, arguments=[], branching=[]):441 return element442@new_func('mansi:basic_pos:set_postpos', params_affected=['mansi:basic_pos'])443# args -> []444def mansi_basic_pos_set_postpos(element, arguments=[], branching=[]):445 element.set_parameter('mansi:basic_pos', 'postpos')446 return element447@new_func('mansi:translation:set_new', params_affected=[])448# args -> [до]449def mansi_translation_set_new(element, arguments=[], branching=[]):...
base.py
Source:base.py
...44 #/************************************************************************/45 def test_1_coordinate(self):46 func = lambda coord, *args, **kwargs: coord47 new_func = _Decorator.parse_coordinate(func)48 self.assertEqual(new_func(coord=[[1,-1],[2,-2]], order='Ll'), 49 [[-1, 1], [-2, 2]])50 self.assertEqual(new_func(**{'lat':[1,2], 'Lon': [-1,-2]}),51 [[1, -1], [2, -2]])52 self.assertEqual(new_func(lat=[1,2], Lon=[-1,-2], order='Ll'),53 [[-1, 1], [-2, 2]])54 self.assertEqual(new_func(**{'y':[1,2], 'x': [-1,-2]}),55 [[1, -1], [2, -2]])56 self.assertEqual(new_func([1,-1]), 57 [[1,-1]])58 self.assertEqual(new_func([1,2],[-1,-2]),59 [[1, -1], [2, -2]])60 self.assertEqual(new_func(coord=[[1,-1],[2,-2]]),61 [[1, -1], [2, -2]])62 self.assertRaises(happyError,63 new_func([[1,-1],[2,-2]], lat=[1,2], Lon=[-1,-2]))64 class dummy(object):65 @_Decorator.parse_coordinate66 def meth(self, coord, **kwargs):67 return coord68 self.assertEqual(dummy.meth([1, -1]), 69 [1, -1])70 self.assertEqual(dummy.meth(lat=1, Lon=-1), 71 [1, -1])72 self.assertEqual(dummy.meth(**{'lat': 1, 'Lon': -1}), 73 [1, -1])74 self.assertRaises(happyError,75 new_func(coord=[[1,-1],[2,-2]], lat=[1,2], Lon=[-1,-2]))76 #/************************************************************************/77 def test_2_place(self):78 func = lambda place, *args, **kwargs: place79 new_func = _Decorator.parse_place(func)80 self.assertEqual(new_func(func)('A'),81 'A')82 self.assertEqual(new_func(func)({'place': 'A'}), 83 'A')84 self.assertEqual(new_func(place='Bruxelles, Belgium'),85 ['Bruxelles, Belgium'])86 self.assertEqual(new_func(city=['Athens','Heraklion'],country='Hellas'),87 ['Athens, Hellas', 'Heraklion, Hellas'])88 self.assertEqual(new_func(**{'address':['72 avenue Parmentier','101 Avenue de la République'], 89 'city':'Paris', 'country':'France'}),90 ['72 avenue Parmentier, Paris, France', '101 Avenue de la République, Paris, France'])91 self.assertEqual(new_func(place=['Eurostat', 'DIGIT', 'EIB'],city='Luxembourg'),92 ['Eurostat, Luxembourg', 'DIGIT, Luxembourg', 'EIB, Luxembourg'])93 self.assertEqual(new_func('Athens, Hellas'),94 ['Athens, Hellas'])95 class dummy(object):96 @_Decorator.parse_place97 def meth(self, place, **kwargs):98 return place99 self.assertEqual(dummy.meth('A'), 100 'A')101 self.assertEqual(dummy.meth(place='A'), 102 'A')103 self.assertEqual(dummy.meth(**{'place': 'A'}), 104 'A')105 self.assertRaises(happyError,106 new_func('Athens, Hellas', place='Berlin, Germany'))107 108 #/************************************************************************/109 def test_3_place_or_coordinate(self):110 func = lambda *args, **kwargs: [kwargs.get('coord'), kwargs.get('place')]111 new_func = _Decorator.parse_place_or_coordinate(func)112 self.assertEqual(new_func(lat=[1,2], Lon=[-1,-2]),113 [[[1, -1], [2, -2]], None])114 self.assertEqual(new_func(place='Bruxelles, Belgium'),115 [None, ['Bruxelles, Belgium']])116 class dummy(object):117 @_Decorator.parse_place_or_coordinates118 def meth(self, **kwargs):119 return kwargs.get('place') or [kwargs.get('lat'),kwargs.get('Lon')]120 self.assertEqual(dummy.meth(place='A'), 'A')121 self.assertEqual(dummy.meth(lat=1, Lon=-1), [[1], [-1]])122 123 #/************************************************************************/124 def test_4_geometry(self):125 func = lambda *args, **kwargs: kwargs.get('coord')126 new_func = _Decorator.parse_geometry(func)127 geom = {'A': 1, 'B': 2}128 self.assertEqual(new_func(geom=geom),129 [])130 self.assertRaises(happyError,131 new_func(geom=geom))132 geom = {'geometry': {'coordinates': [1, 2], 'type': 'Point'},133 'properties': {'city': 'somewhere', 134 'country': 'some country',135 'street': 'sesame street',136 'osm_key': 'place'},137 'type': 'Feature'}138 self.assertEqual(new_func(geom=geom),139 [[2, 1]])140 self.assertEqual(new_func(geom, order='Ll'),141 [[1, 2]])142 func = lambda *args, **kwargs: kwargs.get('place')143 new_func = _Decorator.parse_geometry(func)144 self.assertEqual(new_func(geom=geom, filter='place'),145 ['sesame street, somewhere, some country']) 146 147 #/************************************************************************/148 def test_5_nuts(self):149 func = lambda *args, **kwargs: kwargs.get('nuts')150 new_func = _Decorator.parse_nuts(func)151 nuts = {'A': 1, 'B': 2}152 self.assertEqual(new_func(nuts),153 [])154 self.assertRaises(happyError,155 new_func(nuts=nuts))156 nuts = {'attributes': {'CNTR_CODE': 'EU', 'LEVL_CODE': '0'},157 'NUTS_NAME': 'EU',158 'displayFieldName': 'NUTS_ID', 'layerId': 2, 'layerName': 'NUTS_2013',159 'value': 'EU'}160 self.assertTrue([nuts] == new_func(**nuts))161 self.assertTrue([nuts] == new_func(nuts=nuts))162 #/************************************************************************/163 def test_5_projection(self):164 func = lambda *args, **kwargs: kwargs.get('proj')165 new_func = _Decorator.parse_projection(func)166 self.assertEqual(new_func(proj='WGS84'),167 4326)168 self.assertEqual(new_func(proj='EPSG3857'),169 3857)170 self.assertEqual(new_func(proj=3857),171 3857)172 self.assertEqual(new_func(proj='LAEA'),173 3035)174 self.assertRaises(happyError,175 new_func(proj='dumb'))176 177 #/************************************************************************/178 def test_6_year(self):179 func = lambda *args, **kwargs: kwargs.get('year')180 new_func = _Decorator.parse_year(func)181 self.assertEqual(new_func(year=2013),182 2013)183 self.assertRaises(happyError,184 new_func(year=2000))185#==============================================================================186# MAIN METHOD AND TESTING AREA187#==============================================================================188def runtest():189 _runtest(_DecoratorTestCase)190 return191 192if __name__ == '__main__':193 unittest.main()...
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