15831621272

Committed 23 Jun 2025 06:01PM UTC coverage: 85.003% (+0.02%) from 84.984%

Build # 15831621272

Build Type

Pull #2098

github

Committed by

web-flow

Commit Message

Merge 9bfaf86c7 into 84a90dc56

Pull Request Pull Request #2098: Implement `tensor.isin`

Run Details

2989 of 3792 branches covered (78.82%)

Branch coverage included in aggregate %.

115 of 120 new or added lines in 7 files covered. (95.83%)

7 existing lines in 2 files now uncovered.

12292 of 14185 relevant lines covered (86.65%)

6926.5 hits per line

Source File
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88.24

/dpctl/tensor/_types.pxi

#                       Data Parallel Control (dpctl)
#
#  Copyright 2020-2025 Intel Corporation
#
#  Licensed under the Apache License, Version 2.0 (the "License");
#  you may not use this file except in compliance with the License.
#  You may obtain a copy of the License at
#
#     http://www.apache.org/licenses/LICENSE-2.0
#
#  Unless required by applicable law or agreed to in writing, software
#  distributed under the License is distributed on an "AS IS" BASIS,
#  WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
#  See the License for the specific language governing permissions and
#  limitations under the License.

# these typenum values are aligned to values in NumPy
cdef:
    int UAR_BOOL = 0  # pragma: no cover
    int UAR_BYTE = 1  # pragma: no cover
    int UAR_UBYTE = 2  # pragma: no cover
    int UAR_SHORT = 3  # pragma: no cover
    int UAR_USHORT = 4  # pragma: no cover
    int UAR_INT = 5  # pragma: no cover
    int UAR_UINT = 6  # pragma: no cover
    int UAR_LONG = 7  # pragma: no cover
    int UAR_ULONG = 8  # pragma: no cover
    int UAR_LONGLONG = 9  # pragma: no cover
    int UAR_ULONGLONG = 10  # pragma: no cover
    int UAR_FLOAT = 11  # pragma: no cover
    int UAR_DOUBLE = 12  # pragma: no cover
    int UAR_CFLOAT = 14  # pragma: no cover
    int UAR_CDOUBLE = 15  # pragma: no cover
    int UAR_TYPE_SENTINEL = 17  # pragma: no cover
    int UAR_HALF = 23  # pragma: no cover

cdef int type_bytesize(int typenum):
    """
    NPY_BOOL=0         : 1
    NPY_BYTE=1         : 1
    NPY_UBYTE=2        : 1
    NPY_SHORT=3        : 2
    NPY_USHORT=4       : 2
    NPY_INT=5          : sizeof(int)
    NPY_UINT=6         : sizeof(unsigned int)
    NPY_LONG=7         : sizeof(long)
    NPY_ULONG=8        : sizeof(unsigned long)
    NPY_LONGLONG=9     : 8
    NPY_ULONGLONG=10   : 8
    NPY_FLOAT=11       : 4
    NPY_DOUBLE=12      : 8
    NPY_LONGDOUBLE=13  : N/A
    NPY_CFLOAT=14      : 8
    NPY_CDOUBLE=15     : 16
    NPY_CLONGDOUBLE=16 : N/A
    NPY_HALF=23        : 2
    """
    cdef int *type_to_bytesize = [
        1,
        sizeof(char),
        sizeof(unsigned char),
        sizeof(short),
        sizeof(unsigned short),
        sizeof(int),
        sizeof(unsigned int),
        sizeof(long),
        sizeof(unsigned long),
        sizeof(long long),
        sizeof(unsigned long long),
        sizeof(float),
        sizeof(double), -1,
        sizeof(float complex),
        sizeof(double complex), -1]

    if typenum < 0:  # pragma: no cover
        return -1
    if typenum > 16:
        if typenum == 23:
            return 2
        return -1

    return type_to_bytesize[typenum]


cdef str _make_typestr(int typenum):
    """
    Make typestring from type number
    """
    cdef type_to_str = ["|b", "|i", "|u", "|i", "|u",
                        "|i", "|u", "|i", "|u", "|i", "|u",
                        "|f", "|f", "", "|c", "|c", ""]

    if (typenum < 0):  # pragma: no cover
        return ""
    if (typenum > 16):
        if (typenum == 23):
            return "|f2"
        return ""  # pragma: no cover

    return type_to_str[typenum] + str(type_bytesize(typenum))


cdef int typenum_from_format(str s):
    """
    Internal utility to convert string describing type format

    Format is [<|=>][biufc]#
    Shortcuts for formats are i, u, d, D
    """
    if not s:
        return -1
    try:
        dt = np.dtype(s)
    except Exception:
        return -1
    if (dt.byteorder == ">"):
        return -2
    return dt.num


cdef int descr_to_typenum(object dtype):
    """
    Returns typenum for argumentd dtype that has attribute descr,
    assumed numpy.dtype
    """
    obj = getattr(dtype, "descr")
    if (not isinstance(obj, list) or len(obj) != 1):
        return -1    # token for ValueError
    obj = obj[0]
    if (
        not isinstance(obj, tuple) or len(obj) != 2 or obj[0]
    ):  # pragma: no cover
        return -1
    obj = obj[1]
    if not isinstance(obj, str):  # pragma: no cover
        return -1
    return typenum_from_format(obj)


cdef int dtype_to_typenum(dtype):
    if isinstance(dtype, str):
        return typenum_from_format(dtype)
    elif isinstance(dtype, bytes):
        return typenum_from_format(dtype.decode("UTF-8"))
    elif hasattr(dtype, "descr"):
        return descr_to_typenum(dtype)
    else:
        try:
            dt = np.dtype(dtype)
        except TypeError:
            return -3
        except Exception:  # pragma: no cover
            return -1
        if hasattr(dt, "descr"):
            return descr_to_typenum(dt)
        else:  # pragma: no cover
            return -3  # token for TypeError

1	# Data Parallel Control (dpctl)
2	#
3	# Copyright 2020-2025 Intel Corporation
4	#
5	# Licensed under the Apache License, Version 2.0 (the "License");
6	# you may not use this file except in compliance with the License.
7	# You may obtain a copy of the License at
8	#
9	# http://www.apache.org/licenses/LICENSE-2.0
10	#
11	# Unless required by applicable law or agreed to in writing, software
12	# distributed under the License is distributed on an "AS IS" BASIS,
13	# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
14	# See the License for the specific language governing permissions and
15	# limitations under the License.
16
17	# these typenum values are aligned to values in NumPy
18	cdef:
19	int UAR_BOOL = 0 # pragma: no cover
20	int UAR_BYTE = 1 # pragma: no cover
21	int UAR_UBYTE = 2 # pragma: no cover
22	int UAR_SHORT = 3 # pragma: no cover
23	int UAR_USHORT = 4 # pragma: no cover
24	int UAR_INT = 5 # pragma: no cover
25	int UAR_UINT = 6 # pragma: no cover
26	int UAR_LONG = 7 # pragma: no cover
27	int UAR_ULONG = 8 # pragma: no cover
28	int UAR_LONGLONG = 9 # pragma: no cover
29	int UAR_ULONGLONG = 10 # pragma: no cover
30	int UAR_FLOAT = 11 # pragma: no cover
31	int UAR_DOUBLE = 12 # pragma: no cover
32	int UAR_CFLOAT = 14 # pragma: no cover
33	int UAR_CDOUBLE = 15 # pragma: no cover
34	int UAR_TYPE_SENTINEL = 17 # pragma: no cover
35	int UAR_HALF = 23 # pragma: no cover
36
37	cdef int type_bytesize(int typenum):	1✔
38	"""
39	NPY_BOOL=0 : 1
40	NPY_BYTE=1 : 1
41	NPY_UBYTE=2 : 1
42	NPY_SHORT=3 : 2
43	NPY_USHORT=4 : 2
44	NPY_INT=5 : sizeof(int)
45	NPY_UINT=6 : sizeof(unsigned int)
46	NPY_LONG=7 : sizeof(long)
47	NPY_ULONG=8 : sizeof(unsigned long)
48	NPY_LONGLONG=9 : 8
49	NPY_ULONGLONG=10 : 8
50	NPY_FLOAT=11 : 4
51	NPY_DOUBLE=12 : 8
52	NPY_LONGDOUBLE=13 : N/A
53	NPY_CFLOAT=14 : 8
54	NPY_CDOUBLE=15 : 16
55	NPY_CLONGDOUBLE=16 : N/A
56	NPY_HALF=23 : 2
57	"""
58	cdef int *type_to_bytesize = [	1✔
59	1,
60	sizeof(char),
61	sizeof(unsigned char),
62	sizeof(short),
63	sizeof(unsigned short),
64	sizeof(int),
65	sizeof(unsigned int),
66	sizeof(long),
67	sizeof(unsigned long),
68	sizeof(long long),
69	sizeof(unsigned long long),
70	sizeof(float),
71	sizeof(double), -1,
72	sizeof(float complex),
73	sizeof(double complex), -1]
74
75	if typenum < 0: # pragma: no cover
76	return -1	1✔
77	if typenum > 16:	1✔
78	if typenum == 23:	1✔
79	return 2	1✔
80	return -1	1✔
81
82	return type_to_bytesize[typenum]	1✔
83
84
UNCOV 85	cdef str _make_typestr(int typenum):	×
86	"""
87	Make typestring from type number
88	"""
89	cdef type_to_str = ["\|b", "\|i", "\|u", "\|i", "\|u",	1✔
90	"\|i", "\|u", "\|i", "\|u", "\|i", "\|u",
91	"\|f", "\|f", "", "\|c", "\|c", ""]
92
93	if (typenum < 0): # pragma: no cover
94	return ""	×
95	if (typenum > 16):	1✔
96	if (typenum == 23):	1✔
97	return "\|f2"	1✔
98	return "" # pragma: no cover
99
100	return type_to_str[typenum] + str(type_bytesize(typenum))	1✔
101
102
103	cdef int typenum_from_format(str s):	1✔
104	"""
105	Internal utility to convert string describing type format
106
107	Format is [<\|=>][biufc]#
108	Shortcuts for formats are i, u, d, D
109	"""
110	if not s:	1✔
111	return -1	1✔
112	try:	1✔
113	dt = np.dtype(s)	1✔
114	except Exception:	1✔
115	return -1	1✔
116	if (dt.byteorder == ">"):	1✔
117	return -2	1✔
118	return dt.num	1✔
119
120
121	cdef int descr_to_typenum(object dtype):	1✔
122	"""
123	Returns typenum for argumentd dtype that has attribute descr,
124	assumed numpy.dtype
125	"""
126	obj = getattr(dtype, "descr")	1✔
127	if (not isinstance(obj, list) or len(obj) != 1):	1✔
128	return -1 # token for ValueError	1✔
129	obj = obj[0]	1✔
130	if (	1✔
131	not isinstance(obj, tuple) or len(obj) != 2 or obj[0]	1✔
132	): # pragma: no cover
133	return -1	×
134	obj = obj[1]	1✔
135	if not isinstance(obj, str): # pragma: no cover
136	return -1	×
137	return typenum_from_format(obj)	1✔
138
139
140	cdef int dtype_to_typenum(dtype):	1✔
141	if isinstance(dtype, str):	1✔
142	return typenum_from_format(dtype)	1✔
143	elif isinstance(dtype, bytes):	1✔
144	return typenum_from_format(dtype.decode("UTF-8"))	1✔
145	elif hasattr(dtype, "descr"):	1✔
146	return descr_to_typenum(dtype)	1✔
147	else:
148	try:	1✔
149	dt = np.dtype(dtype)	1✔
150	except TypeError:	1✔
151	return -3	1✔
152	except Exception: # pragma: no cover
153	return -1	×
154	if hasattr(dt, "descr"):	1✔
155	return descr_to_typenum(dt)	1✔
156	else: # pragma: no cover
157	return -3 # token for TypeError	×

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