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体验新版 GitCode,发现更多精彩内容 >>
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01a3a2e0
编写于
8月 17, 2021
作者:
W
WeiXin
提交者:
GitHub
8月 17, 2021
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差异文件
Modify the name of class in unittest with the same name (#34952)
* polish unittest. * polish code * polish code
上级
8ef1bf87
变更
1
隐藏空白更改
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并排
Showing
1 changed file
with
54 addition
and
60 deletion
+54
-60
python/paddle/fluid/tests/unittests/test_strided_slice_op.py
python/paddle/fluid/tests/unittests/test_strided_slice_op.py
+54
-60
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python/paddle/fluid/tests/unittests/test_strided_slice_op.py
浏览文件 @
01a3a2e0
...
...
@@ -745,173 +745,167 @@ class TestStridedSliceTensorArray(unittest.TestCase):
self
.
assertFalse
(
result
.
place
.
is_cuda_pinned_place
())
def
test_strided_slice_tensor_array
(
self
):
class
Net
(
ArrayLayer
):
class
Net
01
(
ArrayLayer
):
def
array_slice
(
self
,
tensors
):
return
tensors
[::
-
1
]
self
.
create_case
(
Net
(
array_size
=
10
))
self
.
create_case
(
Net
01
(
array_size
=
10
))
class
Net
(
ArrayLayer
):
class
Net
02
(
ArrayLayer
):
def
array_slice
(
self
,
tensors
):
return
tensors
[::
-
2
]
self
.
create_case
(
Net
(
input_size
=
112
,
array_size
=
11
))
self
.
create_case
(
Net
02
(
input_size
=
112
,
array_size
=
11
))
class
Net
(
ArrayLayer
):
class
Net
03
(
ArrayLayer
):
def
array_slice
(
self
,
tensors
):
return
tensors
[::
-
3
]
self
.
create_case
(
Net
(
input_size
=
112
,
array_size
=
9
))
self
.
create_case
(
Net
03
(
input_size
=
112
,
array_size
=
9
))
class
Net
(
ArrayLayer
):
class
Net
04
(
ArrayLayer
):
def
array_slice
(
self
,
tensors
):
return
tensors
[
1
::
-
4
]
self
.
create_case
(
Net
(
input_size
=
112
,
array_size
=
9
))
self
.
create_case
(
Net
04
(
input_size
=
112
,
array_size
=
9
))
class
Net
(
ArrayLayer
):
class
Net
05
(
ArrayLayer
):
def
array_slice
(
self
,
tensors
):
return
tensors
[:
7
:
-
4
]
self
.
create_case
(
Net
(
input_size
=
112
,
array_size
=
9
))
self
.
create_case
(
Net
05
(
input_size
=
112
,
array_size
=
9
))
class
Net
(
ArrayLayer
):
class
Net
06
(
ArrayLayer
):
def
array_slice
(
self
,
tensors
):
return
tensors
[
8
:
0
:
-
4
]
self
.
create_case
(
Net
(
input_size
=
112
,
array_size
=
9
))
self
.
create_case
(
Net
06
(
input_size
=
112
,
array_size
=
9
))
class
Net
(
ArrayLayer
):
class
Net
07
(
ArrayLayer
):
def
array_slice
(
self
,
tensors
):
return
tensors
[
8
:
1
:
-
4
]
self
.
create_case
(
Net
(
input_size
=
112
,
array_size
=
9
))
self
.
create_case
(
Net
07
(
input_size
=
112
,
array_size
=
9
))
class
Net
(
ArrayLayer
):
class
Net
08
(
ArrayLayer
):
def
array_slice
(
self
,
tensors
):
return
tensors
[::
2
]
self
.
create_case
(
Net
(
input_size
=
112
,
array_size
=
11
))
self
.
create_case
(
Net
08
(
input_size
=
112
,
array_size
=
11
))
class
Net
(
ArrayLayer
):
class
Net
09
(
ArrayLayer
):
def
array_slice
(
self
,
tensors
):
return
tensors
[::
3
]
self
.
create_case
(
Net
(
input_size
=
112
,
array_size
=
9
))
self
.
create_case
(
Net
09
(
input_size
=
112
,
array_size
=
9
))
class
Net
(
ArrayLayer
):
class
Net
10
(
ArrayLayer
):
def
array_slice
(
self
,
tensors
):
return
tensors
[
1
::
4
]
self
.
create_case
(
Net
(
input_size
=
112
,
array_size
=
9
))
self
.
create_case
(
Net
10
(
input_size
=
112
,
array_size
=
9
))
class
Net
(
ArrayLayer
):
class
Net
11
(
ArrayLayer
):
def
array_slice
(
self
,
tensors
):
return
tensors
[:
8
:
4
]
self
.
create_case
(
Net
(
input_size
=
112
,
array_size
=
9
))
self
.
create_case
(
Net
11
(
input_size
=
112
,
array_size
=
9
))
class
Net
(
ArrayLayer
):
class
Net
12
(
ArrayLayer
):
def
array_slice
(
self
,
tensors
):
return
tensors
[
1
:
8
:
4
]
self
.
create_case
(
Net
(
input_size
=
112
,
array_size
=
9
))
self
.
create_case
(
Net
12
(
input_size
=
112
,
array_size
=
9
))
class
Net
(
ArrayLayer
):
class
Net
13
(
ArrayLayer
):
def
array_slice
(
self
,
tensors
):
return
tensors
[
8
:
10
:
4
]
self
.
create_case
(
Net
(
input_size
=
112
,
array_size
=
13
))
self
.
create_case
(
Net
13
(
input_size
=
112
,
array_size
=
13
))
class
Net
(
ArrayLayer
):
class
Net
14
(
ArrayLayer
):
def
array_slice
(
self
,
tensors
):
return
tensors
[
3
:
10
:
4
]
self
.
create_case
(
Net
(
input_size
=
112
,
array_size
=
13
))
self
.
create_case
(
Net
14
(
input_size
=
112
,
array_size
=
13
))
class
Net
(
ArrayLayer
):
class
Net
15
(
ArrayLayer
):
def
array_slice
(
self
,
tensors
):
return
tensors
[
2
:
10
:
4
]
self
.
create_case
(
Net
(
input_size
=
112
,
array_size
=
13
))
self
.
create_case
(
Net
15
(
input_size
=
112
,
array_size
=
13
))
class
Net
(
ArrayLayer
):
class
Net
16
(
ArrayLayer
):
def
array_slice
(
self
,
tensors
):
return
tensors
[
3
:
10
:
3
]
self
.
create_case
(
Net
(
input_size
=
112
,
array_size
=
13
))
self
.
create_case
(
Net
16
(
input_size
=
112
,
array_size
=
13
))
class
Net
(
ArrayLayer
):
class
Net
17
(
ArrayLayer
):
def
array_slice
(
self
,
tensors
):
return
tensors
[
3
:
15
:
3
]
self
.
create_case
(
Net
(
input_size
=
112
,
array_size
=
13
))
self
.
create_case
(
Net
17
(
input_size
=
112
,
array_size
=
13
))
class
Net
(
ArrayLayer
):
class
Net
18
(
ArrayLayer
):
def
array_slice
(
self
,
tensors
):
return
tensors
[
0
:
15
:
3
]
self
.
create_case
(
Net
(
input_size
=
112
,
array_size
=
13
))
self
.
create_case
(
Net
18
(
input_size
=
112
,
array_size
=
13
))
class
Net
(
ArrayLayer
):
class
Net
19
(
ArrayLayer
):
def
array_slice
(
self
,
tensors
):
return
tensors
[
-
1
:
-
5
:
-
3
]
self
.
create_case
(
Net
(
input_size
=
112
,
array_size
=
13
))
self
.
create_case
(
Net
19
(
input_size
=
112
,
array_size
=
13
))
class
Net
(
ArrayLayer
):
class
Net
20
(
ArrayLayer
):
def
array_slice
(
self
,
tensors
):
return
tensors
[
-
1
:
-
6
:
-
3
]
self
.
create_case
(
Net
(
input_size
=
112
,
array_size
=
13
))
self
.
create_case
(
Net
20
(
input_size
=
112
,
array_size
=
13
))
class
Net
(
ArrayLayer
):
class
Net
21
(
ArrayLayer
):
def
array_slice
(
self
,
tensors
):
return
tensors
[
-
3
:
-
6
:
-
3
]
self
.
create_case
(
Net
(
input_size
=
112
,
array_size
=
13
))
self
.
create_case
(
Net
21
(
input_size
=
112
,
array_size
=
13
))
self
.
create_case
(
Net
(
input_size
=
112
,
array_size
=
13
))
class
Net
(
ArrayLayer
):
class
Net22
(
ArrayLayer
):
def
array_slice
(
self
,
tensors
):
return
tensors
[
-
5
:
-
1
:
3
]
self
.
create_case
(
Net
(
input_size
=
112
,
array_size
=
13
))
self
.
create_case
(
Net
22
(
input_size
=
112
,
array_size
=
13
))
class
Net
(
ArrayLayer
):
class
Net
23
(
ArrayLayer
):
def
array_slice
(
self
,
tensors
):
return
tensors
[
-
6
:
-
1
:
3
]
self
.
create_case
(
Net
(
input_size
=
112
,
array_size
=
13
))
self
.
create_case
(
Net
23
(
input_size
=
112
,
array_size
=
13
))
class
Net
(
ArrayLayer
):
class
Net
24
(
ArrayLayer
):
def
array_slice
(
self
,
tensors
):
return
tensors
[
-
6
:
-
3
:
3
]
self
.
create_case
(
Net
(
input_size
=
112
,
array_size
=
13
))
self
.
create_case
(
Net
24
(
input_size
=
112
,
array_size
=
13
))
class
Net
(
ArrayLayer
):
class
Net
25
(
ArrayLayer
):
def
array_slice
(
self
,
tensors
):
return
tensors
[
0
::
3
]
self
.
create_case
(
Net
(
input_size
=
112
,
array_size
=
13
))
self
.
create_case
(
Net
25
(
input_size
=
112
,
array_size
=
13
))
class
Net
(
ArrayLayer
):
class
Net
26
(
ArrayLayer
):
def
array_slice
(
self
,
tensors
):
return
tensors
[
-
60
:
20
:
3
]
self
.
create_case
(
Net
(
input_size
=
112
,
array_size
=
13
))
self
.
create_case
(
Net
26
(
input_size
=
112
,
array_size
=
13
))
class
Net
(
ArrayLayer
):
class
Net
27
(
ArrayLayer
):
def
array_slice
(
self
,
tensors
):
return
tensors
[
-
3
:
-
60
:
-
3
]
self
.
create_case
(
Net
(
input_size
=
112
,
array_size
=
13
))
class
Net
(
ArrayLayer
):
def
array_slice
(
self
,
tensors
):
return
tensors
[
-
1
:
-
60
:
-
3
]
self
.
create_case
(
Net27
(
input_size
=
112
,
array_size
=
13
))
if
__name__
==
"__main__"
:
...
...
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