##// END OF EJS Templates
remove nose from test pretty
Matthias Bussonnier -
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@@ -81,7 +81,7 b' def test_indentation():'
81 gotoutput = pretty.pretty(MyList(range(count)))
81 gotoutput = pretty.pretty(MyList(range(count)))
82 expectedoutput = "MyList(\n" + ",\n".join(" %d" % i for i in range(count)) + ")"
82 expectedoutput = "MyList(\n" + ",\n".join(" %d" % i for i in range(count)) + ")"
83
83
84 nt.assert_equal(gotoutput, expectedoutput)
84 assert gotoutput == expectedoutput
85
85
86
86
87 def test_dispatch():
87 def test_dispatch():
@@ -92,7 +92,7 b' def test_dispatch():'
92 gotoutput = pretty.pretty(MyDict())
92 gotoutput = pretty.pretty(MyDict())
93 expectedoutput = "MyDict(...)"
93 expectedoutput = "MyDict(...)"
94
94
95 nt.assert_equal(gotoutput, expectedoutput)
95 assert gotoutput == expectedoutput
96
96
97
97
98 def test_callability_checking():
98 def test_callability_checking():
@@ -103,7 +103,7 b' def test_callability_checking():'
103 gotoutput = pretty.pretty(Dummy2())
103 gotoutput = pretty.pretty(Dummy2())
104 expectedoutput = "Dummy1(...)"
104 expectedoutput = "Dummy1(...)"
105
105
106 nt.assert_equal(gotoutput, expectedoutput)
106 assert gotoutput == expectedoutput
107
107
108
108
109 @pytest.mark.parametrize(
109 @pytest.mark.parametrize(
@@ -135,7 +135,7 b' def test_sets(obj, expected_output):'
135 Test that set and frozenset use Python 3 formatting.
135 Test that set and frozenset use Python 3 formatting.
136 """
136 """
137 got_output = pretty.pretty(obj)
137 got_output = pretty.pretty(obj)
138 nt.assert_equal(got_output, expected_output)
138 assert got_output == expected_output
139
139
140
140
141 @skip_without('xxlimited')
141 @skip_without('xxlimited')
@@ -145,14 +145,16 b' def test_pprint_heap_allocated_type():'
145 """
145 """
146 import xxlimited
146 import xxlimited
147 output = pretty.pretty(xxlimited.Null)
147 output = pretty.pretty(xxlimited.Null)
148 nt.assert_equal(output, 'xxlimited.Null')
148 assert output == "xxlimited.Null"
149
149
150
150 def test_pprint_nomod():
151 def test_pprint_nomod():
151 """
152 """
152 Test that pprint works for classes with no __module__.
153 Test that pprint works for classes with no __module__.
153 """
154 """
154 output = pretty.pretty(NoModule)
155 output = pretty.pretty(NoModule)
155 nt.assert_equal(output, 'NoModule')
156 assert output == "NoModule"
157
156
158
157 def test_pprint_break():
159 def test_pprint_break():
158 """
160 """
@@ -160,7 +162,7 b' def test_pprint_break():'
160 """
162 """
161 output = pretty.pretty(Breaking())
163 output = pretty.pretty(Breaking())
162 expected = "TG: Breaking(\n ):"
164 expected = "TG: Breaking(\n ):"
163 nt.assert_equal(output, expected)
165 assert output == expected
164
166
165 def test_pprint_break_repr():
167 def test_pprint_break_repr():
166 """
168 """
@@ -168,11 +170,11 b' def test_pprint_break_repr():'
168 """
170 """
169 output = pretty.pretty([[BreakingRepr()]])
171 output = pretty.pretty([[BreakingRepr()]])
170 expected = "[[Breaking(\n )]]"
172 expected = "[[Breaking(\n )]]"
171 nt.assert_equal(output, expected)
173 assert output == expected
172
174
173 output = pretty.pretty([[BreakingRepr()]*2])
175 output = pretty.pretty([[BreakingRepr()]*2])
174 expected = "[[Breaking(\n ),\n Breaking(\n )]]"
176 expected = "[[Breaking(\n ),\n Breaking(\n )]]"
175 nt.assert_equal(output, expected)
177 assert output == expected
176
178
177 def test_bad_repr():
179 def test_bad_repr():
178 """Don't catch bad repr errors"""
180 """Don't catch bad repr errors"""
@@ -258,7 +260,7 b" ClassWithMeta = MetaClass('ClassWithMeta')"
258
260
259 def test_metaclass_repr():
261 def test_metaclass_repr():
260 output = pretty.pretty(ClassWithMeta)
262 output = pretty.pretty(ClassWithMeta)
261 nt.assert_equal(output, "[CUSTOM REPR FOR CLASS ClassWithMeta]")
263 assert output == "[CUSTOM REPR FOR CLASS ClassWithMeta]"
262
264
263
265
264 def test_unicode_repr():
266 def test_unicode_repr():
@@ -271,9 +273,9 b' def test_unicode_repr():'
271
273
272 c = C()
274 c = C()
273 p = pretty.pretty(c)
275 p = pretty.pretty(c)
274 nt.assert_equal(p, u)
276 assert p == u
275 p = pretty.pretty([c])
277 p = pretty.pretty([c])
276 nt.assert_equal(p, u'[%s]' % u)
278 assert p == u"[%s]" % u
277
279
278
280
279 def test_basic_class():
281 def test_basic_class():
@@ -290,10 +292,11 b' def test_basic_class():'
290 printer.flush()
292 printer.flush()
291 output = stream.getvalue()
293 output = stream.getvalue()
292
294
293 nt.assert_equal(output, '%s.MyObj' % __name__)
295 assert output == "%s.MyObj" % __name__
294 nt.assert_true(type_pprint_wrapper.called)
296 nt.assert_true(type_pprint_wrapper.called)
295
297
296
298
299 # TODO : pytest.mark.parametrise once nose is gone.
297 def test_collections_defaultdict():
300 def test_collections_defaultdict():
298 # Create defaultdicts with cycles
301 # Create defaultdicts with cycles
299 a = defaultdict()
302 a = defaultdict()
@@ -311,9 +314,10 b' def test_collections_defaultdict():'
311 (b, "defaultdict(list, {'key': defaultdict(...)})"),
314 (b, "defaultdict(list, {'key': defaultdict(...)})"),
312 ]
315 ]
313 for obj, expected in cases:
316 for obj, expected in cases:
314 nt.assert_equal(pretty.pretty(obj), expected)
317 assert pretty.pretty(obj) == expected
315
318
316
319
320 # TODO : pytest.mark.parametrise once nose is gone.
317 def test_collections_ordereddict():
321 def test_collections_ordereddict():
318 # Create OrderedDict with cycle
322 # Create OrderedDict with cycle
319 a = OrderedDict()
323 a = OrderedDict()
@@ -335,9 +339,10 b' def test_collections_ordereddict():'
335 (a, "OrderedDict([('key', OrderedDict(...))])"),
339 (a, "OrderedDict([('key', OrderedDict(...))])"),
336 ]
340 ]
337 for obj, expected in cases:
341 for obj, expected in cases:
338 nt.assert_equal(pretty.pretty(obj), expected)
342 assert pretty.pretty(obj) == expected
339
343
340
344
345 # TODO : pytest.mark.parametrise once nose is gone.
341 def test_collections_deque():
346 def test_collections_deque():
342 # Create deque with cycle
347 # Create deque with cycle
343 a = deque()
348 a = deque()
@@ -369,8 +374,10 b' def test_collections_deque():'
369 (a, 'deque([deque(...)])'),
374 (a, 'deque([deque(...)])'),
370 ]
375 ]
371 for obj, expected in cases:
376 for obj, expected in cases:
372 nt.assert_equal(pretty.pretty(obj), expected)
377 assert pretty.pretty(obj) == expected
373
378
379
380 # TODO : pytest.mark.parametrise once nose is gone.
374 def test_collections_counter():
381 def test_collections_counter():
375 class MyCounter(Counter):
382 class MyCounter(Counter):
376 pass
383 pass
@@ -380,8 +387,9 b' def test_collections_counter():'
380 (MyCounter(a=1), "MyCounter({'a': 1})"),
387 (MyCounter(a=1), "MyCounter({'a': 1})"),
381 ]
388 ]
382 for obj, expected in cases:
389 for obj, expected in cases:
383 nt.assert_equal(pretty.pretty(obj), expected)
390 assert pretty.pretty(obj) == expected
384
391
392 # TODO : pytest.mark.parametrise once nose is gone.
385 def test_mappingproxy():
393 def test_mappingproxy():
386 MP = types.MappingProxyType
394 MP = types.MappingProxyType
387 underlying_dict = {}
395 underlying_dict = {}
@@ -424,9 +432,10 b' def test_mappingproxy():'
424 "{2: mappingproxy({2: {...}, 3: {...}}), 3: {...}}"),
432 "{2: mappingproxy({2: {...}, 3: {...}}), 3: {...}}"),
425 ]
433 ]
426 for obj, expected in cases:
434 for obj, expected in cases:
427 nt.assert_equal(pretty.pretty(obj), expected)
435 assert pretty.pretty(obj) == expected
428
436
429
437
438 # TODO : pytest.mark.parametrise once nose is gone.
430 def test_simplenamespace():
439 def test_simplenamespace():
431 SN = types.SimpleNamespace
440 SN = types.SimpleNamespace
432
441
@@ -444,7 +453,7 b' def test_simplenamespace():'
444 (sn_recursive, "namespace(first=namespace(...), second=namespace(...))"),
453 (sn_recursive, "namespace(first=namespace(...), second=namespace(...))"),
445 ]
454 ]
446 for obj, expected in cases:
455 for obj, expected in cases:
447 nt.assert_equal(pretty.pretty(obj), expected)
456 assert pretty.pretty(obj) == expected
448
457
449
458
450 def test_pretty_environ():
459 def test_pretty_environ():
@@ -452,7 +461,7 b' def test_pretty_environ():'
452 # reindent to align with 'environ' prefix
461 # reindent to align with 'environ' prefix
453 dict_indented = dict_repr.replace('\n', '\n' + (' ' * len('environ')))
462 dict_indented = dict_repr.replace('\n', '\n' + (' ' * len('environ')))
454 env_repr = pretty.pretty(os.environ)
463 env_repr = pretty.pretty(os.environ)
455 nt.assert_equal(env_repr, 'environ' + dict_indented)
464 assert env_repr == "environ" + dict_indented
456
465
457
466
458 def test_function_pretty():
467 def test_function_pretty():
@@ -460,7 +469,8 b' def test_function_pretty():'
460 # posixpath is a pure python module, its interface is consistent
469 # posixpath is a pure python module, its interface is consistent
461 # across Python distributions
470 # across Python distributions
462 import posixpath
471 import posixpath
463 nt.assert_equal(pretty.pretty(posixpath.join), '<function posixpath.join(a, *p)>')
472
473 assert pretty.pretty(posixpath.join) == "<function posixpath.join(a, *p)>"
464
474
465 # custom function
475 # custom function
466 def meaning_of_life(question=None):
476 def meaning_of_life(question=None):
@@ -489,4 +499,4 b' def test_custom_repr():'
489 oc = OrderedCounter("abracadabra")
499 oc = OrderedCounter("abracadabra")
490 nt.assert_in("OrderedCounter(OrderedDict", pretty.pretty(oc))
500 nt.assert_in("OrderedCounter(OrderedDict", pretty.pretty(oc))
491
501
492 nt.assert_equal(pretty.pretty(MySet()), 'mine')
502 assert pretty.pretty(MySet()) == "mine"
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