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pythonnet/src/embed_tests/TestOperator.cs at python-3.13 · generalloki/pythonnet · GitHub
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using
NUnit
.
Framework
;
using
Python
.
Runtime
;
using
Python
.
Runtime
.
Codecs
;
using
System
;
using
System
.
Linq
;
using
System
.
Reflection
;
namespace
Python
.
EmbeddingTest
{
public
class
TestOperator
{
[
OneTimeSetUp
]
public
void
SetUp
(
)
{
PythonEngine
.
Initialize
(
)
;
OwnIntCodec
.
Setup
(
)
;
}
[
OneTimeTearDown
]
public
void
Dispose
(
)
{
PythonEngine
.
Shutdown
(
)
;
}
// Mock Integer class to test math ops on non-native dotnet types
public
readonly
struct
OwnInt
{
private
readonly
int
_value
;
public
int
Num
=>
_value
;
public
OwnInt
(
)
{
_value
=
0
;
}
public
OwnInt
(
int
value
)
{
_value
=
value
;
}
public
override
int
GetHashCode
(
)
{
return
unchecked
(
65535
+
_value
.
GetHashCode
(
)
)
;
}
public
override
bool
Equals
(
object
obj
)
{
return
obj
is
OwnInt
@object
&&
Num
==
@object
.
Num
;
}
public
static
OwnInt
operator
-
(
OwnInt
p1
,
OwnInt
p2
)
{
return
new
OwnInt
(
p1
.
_value
-
p2
.
_value
)
;
}
public
static
OwnInt
operator
+
(
OwnInt
p1
,
OwnInt
p2
)
{
return
new
OwnInt
(
p1
.
_value
+
p2
.
_value
)
;
}
public
static
OwnInt
operator
*
(
OwnInt
p1
,
OwnInt
p2
)
{
return
new
OwnInt
(
p1
.
_value
*
p2
.
_value
)
;
}
public
static
OwnInt
operator
/
(
OwnInt
p1
,
OwnInt
p2
)
{
return
new
OwnInt
(
p1
.
_value
/
p2
.
_value
)
;
}
public
static
OwnInt
operator
%
(
OwnInt
p1
,
OwnInt
p2
)
{
return
new
OwnInt
(
p1
.
_value
%
p2
.
_value
)
;
}
public
static
OwnInt
operator
^
(
OwnInt
p1
,
OwnInt
p2
)
{
return
new
OwnInt
(
p1
.
_value
^
p2
.
_value
)
;
}
public
static
bool
operator
<
(
OwnInt
p1
,
OwnInt
p2
)
{
return
p1
.
_value
<
p2
.
_value
;
}
public
static
bool
operator
>
(
OwnInt
p1
,
OwnInt
p2
)
{
return
p1
.
_value
>
p2
.
_value
;
}
public
static
bool
operator
==
(
OwnInt
p1
,
OwnInt
p2
)
{
return
p1
.
_value
==
p2
.
_value
;
}
public
static
bool
operator
!=
(
OwnInt
p1
,
OwnInt
p2
)
{
return
p1
.
_value
!=
p2
.
_value
;
}
public
static
OwnInt
operator
|
(
OwnInt
p1
,
OwnInt
p2
)
{
return
new
OwnInt
(
p1
.
_value
|
p2
.
_value
)
;
}
public
static
OwnInt
operator
&
(
OwnInt
p1
,
OwnInt
p2
)
{
return
new
OwnInt
(
p1
.
_value
&
p2
.
_value
)
;
}
public
static
bool
operator
<=
(
OwnInt
p1
,
OwnInt
p2
)
{
return
p1
.
_value
<=
p2
.
_value
;
}
public
static
bool
operator
>=
(
OwnInt
p1
,
OwnInt
p2
)
{
return
p1
.
_value
>=
p2
.
_value
;
}
}
// Codec for mock class above.
public
class
OwnIntCodec
:
IPyObjectDecoder
{
public
static
void
Setup
(
)
{
PyObjectConversions
.
RegisterDecoder
(
new
OwnIntCodec
(
)
)
;
}
public
bool
CanDecode
(
PyType
objectType
,
Type
targetType
)
{
return
objectType
.
Name
==
"int"
&&
targetType
==
typeof
(
OwnInt
)
;
}
public
bool
TryDecode
<
T
>
(
PyObject
pyObj
,
out
T
value
)
{
value
=
(
T
)
(
object
)
new
OwnInt
(
pyObj
.
As
<
int
>
(
)
)
;
return
true
;
}
}
public
class
OperableObject
{
public
int
Num
{
get
;
set
;
}
public
override
int
GetHashCode
(
)
{
return
unchecked
(
159832395
+
Num
.
GetHashCode
(
)
)
;
}
public
override
bool
Equals
(
object
obj
)
{
return
obj
is
OperableObject
@object
&&
Num
==
@object
.
Num
;
}
public
OperableObject
(
int
num
)
{
Num
=
num
;
}
public
static
OperableObject
operator
~
(
OperableObject
a
)
{
return
new
OperableObject
(
~
a
.
Num
)
;
}
public
static
OperableObject
operator
+
(
OperableObject
a
)
{
return
new
OperableObject
(
+
a
.
Num
)
;
}
public
static
OperableObject
operator
-
(
OperableObject
a
)
{
return
new
OperableObject
(
-
a
.
Num
)
;
}
public
static
OperableObject
operator
+
(
int
a
,
OperableObject
b
)
{
return
new
OperableObject
(
a
+
b
.
Num
)
;
}
public
static
OperableObject
operator
+
(
OperableObject
a
,
OperableObject
b
)
{
return
new
OperableObject
(
a
.
Num
+
b
.
Num
)
;
}
public
static
OperableObject
operator
+
(
OperableObject
a
,
int
b
)
{
return
new
OperableObject
(
a
.
Num
+
b
)
;
}
public
static
OperableObject
operator
-
(
int
a
,
OperableObject
b
)
{
return
new
OperableObject
(
a
-
b
.
Num
)
;
}
public
static
OperableObject
operator
-
(
OperableObject
a
,
OperableObject
b
)
{
return
new
OperableObject
(
a
.
Num
-
b
.
Num
)
;
}
public
static
OperableObject
operator
-
(
OperableObject
a
,
int
b
)
{
return
new
OperableObject
(
a
.
Num
-
b
)
;
}
public
static
OperableObject
operator
*
(
int
a
,
OperableObject
b
)
{
return
new
OperableObject
(
a
*
b
.
Num
)
;
}
public
static
OperableObject
operator
*
(
OperableObject
a
,
OperableObject
b
)
{
return
new
OperableObject
(
a
.
Num
*
b
.
Num
)
;
}
public
static
OperableObject
operator
*
(
OperableObject
a
,
int
b
)
{
return
new
OperableObject
(
a
.
Num
*
b
)
;
}
public
static
OperableObject
operator
/
(
int
a
,
OperableObject
b
)
{
return
new
OperableObject
(
a
/
b
.
Num
)
;
}
public
static
OperableObject
operator
/
(
OperableObject
a
,
OperableObject
b
)
{
return
new
OperableObject
(
a
.
Num
/
b
.
Num
)
;
}
public
static
OperableObject
operator
/
(
OperableObject
a
,
int
b
)
{
return
new
OperableObject
(
a
.
Num
/
b
)
;
}
public
static
OperableObject
operator
%
(
int
a
,
OperableObject
b
)
{
return
new
OperableObject
(
a
%
b
.
Num
)
;
}
public
static
OperableObject
operator
%
(
OperableObject
a
,
OperableObject
b
)
{
return
new
OperableObject
(
a
.
Num
%
b
.
Num
)
;
}
public
static
OperableObject
operator
%
(
OperableObject
a
,
int
b
)
{
return
new
OperableObject
(
a
.
Num
%
b
)
;
}
public
static
OperableObject
operator
&
(
int
a
,
OperableObject
b
)
{
return
new
OperableObject
(
a
&
b
.
Num
)
;
}
public
static
OperableObject
operator
&
(
OperableObject
a
,
OperableObject
b
)
{
return
new
OperableObject
(
a
.
Num
&
b
.
Num
)
;
}
public
static
OperableObject
operator
&
(
OperableObject
a
,
int
b
)
{
return
new
OperableObject
(
a
.
Num
&
b
)
;
}
public
static
OperableObject
operator
|
(
int
a
,
OperableObject
b
)
{
return
new
OperableObject
(
a
|
b
.
Num
)
;
}
public
static
OperableObject
operator
|
(
OperableObject
a
,
OperableObject
b
)
{
return
new
OperableObject
(
a
.
Num
|
b
.
Num
)
;
}
public
static
OperableObject
operator
|
(
OperableObject
a
,
int
b
)
{
return
new
OperableObject
(
a
.
Num
|
b
)
;
}
public
static
OperableObject
operator
^
(
int
a
,
OperableObject
b
)
{
return
new
OperableObject
(
a
^
b
.
Num
)
;
}
public
static
OperableObject
operator
^
(
OperableObject
a
,
OperableObject
b
)
{
return
new
OperableObject
(
a
.
Num
^
b
.
Num
)
;
}
public
static
OperableObject
operator
^
(
OperableObject
a
,
int
b
)
{
return
new
OperableObject
(
a
.
Num
^
b
)
;
}
public
static
bool
operator
==
(
int
a
,
OperableObject
b
)
{
return
(
a
==
b
.
Num
)
;
}
public
static
bool
operator
==
(
OperableObject
a
,
OperableObject
b
)
{
return
(
a
.
Num
==
b
.
Num
)
;
}
public
static
bool
operator
==
(
OperableObject
a
,
int
b
)
{
return
(
a
.
Num
==
b
)
;
}
public
static
bool
operator
!=
(
int
a
,
OperableObject
b
)
{
return
(
a
!=
b
.
Num
)
;
}
public
static
bool
operator
!=
(
OperableObject
a
,
OperableObject
b
)
{
return
(
a
.
Num
!=
b
.
Num
)
;
}
public
static
bool
operator
!=
(
OperableObject
a
,
int
b
)
{
return
(
a
.
Num
!=
b
)
;
}
public
static
bool
operator
<=
(
int
a
,
OperableObject
b
)
{
return
(
a
<=
b
.
Num
)
;
}
public
static
bool
operator
<=
(
OperableObject
a
,
OperableObject
b
)
{
return
(
a
.
Num
<=
b
.
Num
)
;
}
public
static
bool
operator
<=
(
OperableObject
a
,
int
b
)
{
return
(
a
.
Num
<=
b
)
;
}
public
static
bool
operator
>=
(
int
a
,
OperableObject
b
)
{
return
(
a
>=
b
.
Num
)
;
}
public
static
bool
operator
>=
(
OperableObject
a
,
OperableObject
b
)
{
return
(
a
.
Num
>=
b
.
Num
)
;
}
public
static
bool
operator
>=
(
OperableObject
a
,
int
b
)
{
return
(
a
.
Num
>=
b
)
;
}
public
static
bool
operator
>=
(
OperableObject
a
,
(
int
,
int
)
b
)
{
using
(
Py
.
GIL
(
)
)
{
int
bNum
=
b
.
Item1
;
return
a
.
Num
>=
bNum
;
}
}
public
static
bool
operator
<=
(
OperableObject
a
,
(
int
,
int
)
b
)
{
using
(
Py
.
GIL
(
)
)
{
int
bNum
=
b
.
Item1
;
return
a
.
Num
<=
bNum
;
}
}
public
static
bool
operator
<
(
int
a
,
OperableObject
b
)
{
return
(
a
<
b
.
Num
)
;
}
public
static
bool
operator
<
(
OperableObject
a
,
OperableObject
b
)
{
return
(
a
.
Num
<
b
.
Num
)
;
}
public
static
bool
operator
<
(
OperableObject
a
,
int
b
)
{
return
(
a
.
Num
<
b
)
;
}
public
static
bool
operator
>
(
int
a
,
OperableObject
b
)
{
return
(
a
>
b
.
Num
)
;
}
public
static
bool
operator
>
(
OperableObject
a
,
OperableObject
b
)
{
return
(
a
.
Num
>
b
.
Num
)
;
}
public
static
bool
operator
>
(
OperableObject
a
,
int
b
)
{
return
(
a
.
Num
>
b
)
;
}
public
static
OperableObject
operator
<<
(
OperableObject
a
,
int
offset
)
{
return
new
OperableObject
(
a
.
Num
<<
offset
)
;
}
public
static
OperableObject
operator
>>
(
OperableObject
a
,
int
offset
)
{
return
new
OperableObject
(
a
.
Num
>>
offset
)
;
}
}
[
Test
]
public
void
SymmetricalOperatorOverloads
(
)
{
string
name
=
string
.
Format
(
"{0}.{1}"
,
typeof
(
OperableObject
)
.
DeclaringType
.
Name
,
typeof
(
OperableObject
)
.
Name
)
;
string
module
=
MethodBase
.
GetCurrentMethod
(
)
.
DeclaringType
.
Namespace
;
PythonEngine
.
Exec
(
$@
"
from
{
module
}
import *
cls =
{
name
}
a = cls(-2)
b = cls(10)
c = ~a
assert c.Num == ~a.Num
c = +a
assert c.Num == +a.Num
a = cls(2)
c = -a
assert c.Num == -a.Num
c = a + b
assert c.Num == a.Num + b.Num
c = a - b
assert c.Num == a.Num - b.Num
c = a * b
assert c.Num == a.Num * b.Num
c = a / b
assert c.Num == a.Num // b.Num
c = a % b
assert c.Num == a.Num % b.Num
c = a & b
assert c.Num == a.Num & b.Num
c = a | b
assert c.Num == a.Num | b.Num
c = a ^ b
assert c.Num == a.Num ^ b.Num
c = a == b
assert c == (a.Num == b.Num)
c = a != b
assert c == (a.Num != b.Num)
c = a <= b
assert c == (a.Num <= b.Num)
c = a >= b
assert c == (a.Num >= b.Num)
c = a < b
assert c == (a.Num < b.Num)
c = a > b
assert c == (a.Num > b.Num)
"
)
;
}
[
Test
]
public
void
EnumOperator
(
)
{
PythonEngine
.
Exec
(
$@
"
from System.IO import FileAccess
c = FileAccess.Read | FileAccess.Write"
)
;
}
[
Test
]
public
void
OperatorOverloadMissingArgument
(
)
{
string
name
=
string
.
Format
(
"{0}.{1}"
,
typeof
(
OperableObject
)
.
DeclaringType
.
Name
,
typeof
(
OperableObject
)
.
Name
)
;
string
module
=
MethodBase
.
GetCurrentMethod
(
)
.
DeclaringType
.
Namespace
;
Assert
.
Throws
<
PythonException
>
(
(
)
=>
PythonEngine
.
Exec
(
$@
"
from
{
module
}
import *
cls =
{
name
}
a = cls(2)
b = cls(10)
a.op_Addition()
"
)
)
;
}
[
Test
]
public
void
ForwardOperatorOverloads
(
)
{
string
name
=
string
.
Format
(
"{0}.{1}"
,
typeof
(
OperableObject
)
.
DeclaringType
.
Name
,
typeof
(
OperableObject
)
.
Name
)
;
string
module
=
MethodBase
.
GetCurrentMethod
(
)
.
DeclaringType
.
Namespace
;
PythonEngine
.
Exec
(
$@
"
from
{
module
}
import *
cls =
{
name
}
a = cls(2)
b = 10
c = a + b
assert c.Num == a.Num + b
c = a - b
assert c.Num == a.Num - b
c = a * b
assert c.Num == a.Num * b
c = a / b
assert c.Num == a.Num // b
c = a % b
assert c.Num == a.Num % b
c = a & b
assert c.Num == a.Num & b
c = a | b
assert c.Num == a.Num | b
c = a ^ b
assert c.Num == a.Num ^ b
c = a == b
assert c == (a.Num == b)
c = a != b
assert c == (a.Num != b)
c = a <= b
assert c == (a.Num <= b)
c = a >= b
assert c == (a.Num >= b)
c = a < b
assert c == (a.Num < b)
c = a > b
assert c == (a.Num > b)
"
)
;
}
[
Test
]
public
void
TupleComparisonOperatorOverloads
(
)
{
TupleCodec
<
ValueTuple
>
.
Register
(
)
;
string
name
=
string
.
Format
(
"{0}.{1}"
,
typeof
(
OperableObject
)
.
DeclaringType
.
Name
,
typeof
(
OperableObject
)
.
Name
)
;
string
module
=
MethodBase
.
GetCurrentMethod
(
)
.
DeclaringType
.
Namespace
;
PythonEngine
.
Exec
(
$@
"
from
{
module
}
import *
cls =
{
name
}
a = cls(2)
b = (1, 2)
c = a >= b
assert c == (a.Num >= b[0])
c = a <= b
assert c == (a.Num <= b[0])
c = b >= a
assert c == (b[0] >= a.Num)
c = b <= a
assert c == (b[0] <= a.Num)
"
)
;
}
[
Test
]
public
void
ReverseOperatorOverloads
(
)
{
string
name
=
string
.
Format
(
"{0}.{1}"
,
typeof
(
OperableObject
)
.
DeclaringType
.
Name
,
typeof
(
OperableObject
)
.
Name
)
;
string
module
=
MethodBase
.
GetCurrentMethod
(
)
.
DeclaringType
.
Namespace
;
PythonEngine
.
Exec
(
$@
"
from
{
module
}
import *
cls =
{
name
}
a = 2
b = cls(10)
c = a + b
assert c.Num == a + b.Num
c = a - b
assert c.Num == a - b.Num
c = a * b
assert c.Num == a * b.Num
c = a / b
assert c.Num == a // b.Num
c = a % b
assert c.Num == a % b.Num
c = a & b
assert c.Num == a & b.Num
c = a | b
assert c.Num == a | b.Num
c = a ^ b
assert c.Num == a ^ b.Num
c = a == b
assert c == (a == b.Num)
c = a != b
assert c == (a != b.Num)
c = a <= b
assert c == (a <= b.Num)
c = a >= b
assert c == (a >= b.Num)
c = a < b
assert c == (a < b.Num)
c = a > b
assert c == (a > b.Num)
"
)
;
}
[
Test
]
public
void
ShiftOperatorOverloads
(
)
{
string
name
=
string
.
Format
(
"{0}.{1}"
,
typeof
(
OperableObject
)
.
DeclaringType
.
Name
,
typeof
(
OperableObject
)
.
Name
)
;
string
module
=
MethodBase
.
GetCurrentMethod
(
)
.
DeclaringType
.
Namespace
;
PythonEngine
.
Exec
(
$@
"
from
{
module
}
import *
cls =
{
name
}
a = cls(2)
b = cls(10)
c = a << b.Num
assert c.Num == a.Num << b.Num
c = a >> b.Num
assert c.Num == a.Num >> b.Num
"
)
;
}
[
Test
]
public
void
ReverseOperatorWithCodec
(
)
{
string
name
=
string
.
Format
(
"{0}.{1}"
,
typeof
(
OwnInt
)
.
DeclaringType
.
Name
,
typeof
(
OwnInt
)
.
Name
)
;
string
module
=
MethodBase
.
GetCurrentMethod
(
)
.
DeclaringType
.
Namespace
;
PythonEngine
.
Exec
(
$@
"
from
{
module
}
import *
cls =
{
name
}
a = 2
b = cls(10)
c = a + b
assert c.Num == a + b.Num
c = a - b
assert c.Num == a - b.Num
c = a * b
assert c.Num == a * b.Num
c = a / b
assert c.Num == a // b.Num
c = a % b
assert c.Num == a % b.Num
c = a & b
assert c.Num == a & b.Num
c = a | b
assert c.Num == a | b.Num
c = a ^ b
assert c.Num == a ^ b.Num
c = a == b
assert c == (a == b.Num)
c = a != b
assert c == (a != b.Num)
c = a <= b
assert c == (a <= b.Num)
c = a >= b
assert c == (a >= b.Num)
c = a < b
assert c == (a < b.Num)
c = a > b
assert c == (a > b.Num)
"
)
;
}
[
Test
]
public
void
ForwardOperatorWithCodec
(
)
{
string
name
=
string
.
Format
(
"{0}.{1}"
,
typeof
(
OwnInt
)
.
DeclaringType
.
Name
,
typeof
(
OwnInt
)
.
Name
)
;
string
module
=
MethodBase
.
GetCurrentMethod
(
)
.
DeclaringType
.
Namespace
;
PythonEngine
.
Exec
(
$@
"
from
{
module
}
import *
cls =
{
name
}
a = cls(2)
b = 10
c = a + b
assert c.Num == a.Num + b
c = a - b
assert c.Num == a.Num - b
c = a * b
assert c.Num == a.Num * b
c = a / b
assert c.Num == a.Num // b
c = a % b
assert c.Num == a.Num % b
c = a & b
assert c.Num == a.Num & b
c = a | b
assert c.Num == a.Num | b
c = a ^ b
assert c.Num == a.Num ^ b
c = a == b
assert c == (a.Num == b)
c = a != b
assert c == (a.Num != b)
c = a <= b
assert c == (a.Num <= b)
c = a >= b
assert c == (a.Num >= b)
c = a < b
assert c == (a.Num < b)
c = a > b
assert c == (a.Num > b)
"
)
;
}
}
}
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