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pythonnet/src/domain_tests/TestRunner.cs at master · sdpython/pythonnet · GitHub
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// We can't refer to or use Python.Runtime here.
// We want it to be loaded only inside the subdomains
using
System
;
using
Microsoft
.
CSharp
;
using
System
.
CodeDom
.
Compiler
;
using
System
.
IO
;
using
System
.
Linq
;
namespace
Python
.
DomainReloadTests
{
/// <summary>
/// This class provides an executable that can run domain reload tests.
/// The setup is a bit complicated:
/// 1. pytest runs test_*.py in this directory.
/// 2. test_classname runs Python.DomainReloadTests.exe (this class) with an argument
/// 3. This class at runtime creates a directory that has both C# and
/// python code, and compiles the C#.
/// 4. This class then runs the C# code.
///
/// But there's a bit more indirection. This class compiles a DLL that
/// contains code that will change.
/// Then, the test case:
/// * Compiles some code, loads it into a domain, runs python that refers to it.
/// * Unload the domain, re-runs the domain to make sure domain reload happens correctly.
/// * Compile a new piece of code, load it into a new domain, run a new piece of
/// Python code to test the objects after they've been deleted or modified in C#.
/// * Unload the domain. Reload the domain, run the same python again.
///
/// This class gets built into an executable which takes one argument:
/// which test case to run. That's because pytest assumes we'll run
/// everything in one process, but we really want a clean process on each
/// test case to test the init/reload/teardown parts of the domain reload.
/// </summary>
///
class
TestRunner
{
const
string
TestAssemblyName
=
"DomainTests"
;
class
TestCase
{
/// <summary>
/// The key to pass as an argument to choose this test.
/// </summary>
public
string
Name
;
/// <summary>
/// The C# code to run in the first domain.
/// </summary>
public
string
DotNetBefore
;
/// <summary>
/// The C# code to run in the second domain.
/// </summary>
public
string
DotNetAfter
;
/// <summary>
/// The Python code to run as a module that imports the C#.
/// It should have two functions: before_reload() and after_reload().
/// Before will be called twice when DotNetBefore is loaded;
/// after will also be called twice when DotNetAfter is loaded.
/// To make the test fail, have those functions raise exceptions.
///
/// Make sure there's no leading spaces since Python cares.
/// </summary>
public
string
PythonCode
;
}
static
TestCase
[
]
Cases
=
new
TestCase
[
]
{
new
TestCase
{
Name
=
"class_rename"
,
DotNetBefore
=
@"
namespace TestNamespace
{
[System.Serializable]
public class Before { }
}"
,
DotNetAfter
=
@"
namespace TestNamespace
{
[System.Serializable]
public class After { }
}"
,
PythonCode
=
@"
import clr
import sys
clr.AddReference('DomainTests')
import TestNamespace
def before_reload():
sys.my_cls = TestNamespace.Before
def after_reload():
assert sys.my_cls is not None
try:
foo = TestNamespace.Before
except AttributeError:
print('Caught expected exception')
else:
raise AssertionError('Failed to throw exception')
"
,
}
,
new
TestCase
{
Name
=
"static_member_rename"
,
DotNetBefore
=
@"
namespace TestNamespace
{
[System.Serializable]
public class Cls { public static int Before() { return 5; } }
}"
,
DotNetAfter
=
@"
namespace TestNamespace
{
[System.Serializable]
public class Cls { public static int After() { return 10; } }
}"
,
PythonCode
=
@"
import clr
import sys
clr.AddReference('DomainTests')
import TestNamespace
def before_reload():
if not hasattr(sys, 'my_cls'):
sys.my_cls = TestNamespace.Cls
sys.my_fn = TestNamespace.Cls.Before
assert 5 == sys.my_fn()
assert 5 == TestNamespace.Cls.Before()
def after_reload():
# We should have reloaded the class so we can access the new function.
assert 10 == sys.my_cls.After()
assert True is True
try:
# We should have reloaded the class. The old function still exists, but is now invalid.
sys.my_cls.Before()
except AttributeError:
print('Caught expected TypeError')
else:
raise AssertionError('Failed to throw exception: expected TypeError calling class member that no longer exists')
assert sys.my_fn is not None
try:
# Unbound functions still exist. They will error out when called though.
sys.my_fn()
except TypeError:
print('Caught expected TypeError')
else:
raise AssertionError('Failed to throw exception: expected TypeError calling unbound .NET function that no longer exists')
"
,
}
,
new
TestCase
{
Name
=
"member_rename"
,
DotNetBefore
=
@"
namespace TestNamespace
{
[System.Serializable]
public class Cls { public int Before() { return 5; } }
}"
,
DotNetAfter
=
@"
namespace TestNamespace
{
[System.Serializable]
public class Cls { public int After() { return 10; } }
}"
,
PythonCode
=
@"
import clr
import sys
clr.AddReference('DomainTests')
import TestNamespace
def before_reload():
sys.my_cls = TestNamespace.Cls()
sys.my_fn = TestNamespace.Cls().Before
sys.my_fn()
TestNamespace.Cls().Before()
def after_reload():
# We should have reloaded the class so we can access the new function.
assert 10 == sys.my_cls.After()
assert True is True
try:
# We should have reloaded the class. The old function still exists, but is now invalid.
sys.my_cls.Before()
except AttributeError:
print('Caught expected TypeError')
else:
raise AssertionError('Failed to throw exception: expected TypeError calling class member that no longer exists')
assert sys.my_fn is not None
try:
# Unbound functions still exist. They will error out when called though.
sys.my_fn()
except TypeError:
print('Caught expected TypeError')
else:
raise AssertionError('Failed to throw exception: expected TypeError calling unbound .NET function that no longer exists')
"
,
}
,
new
TestCase
{
Name
=
"field_rename"
,
DotNetBefore
=
@"
namespace TestNamespace
{
[System.Serializable]
public class Cls
{
static public int Before = 2;
}
}"
,
DotNetAfter
=
@"
namespace TestNamespace
{
[System.Serializable]
public class Cls
{
static public int After = 4;
}
}"
,
PythonCode
=
@"
import clr
import sys
clr.AddReference('DomainTests')
from TestNamespace import Cls
def before_reload():
sys.my_int = Cls.Before
def after_reload():
print(sys.my_int)
try:
assert 2 == Cls.Before
except AttributeError:
print('Caught expected exception')
else:
raise AssertionError('Failed to throw exception')
"
,
}
,
new
TestCase
{
Name
=
"property_rename"
,
DotNetBefore
=
@"
namespace TestNamespace
{
[System.Serializable]
public class Cls
{
static public int Before { get { return 2; } }
}
}"
,
DotNetAfter
=
@"
namespace TestNamespace
{
[System.Serializable]
public class Cls
{
static public int After { get { return 4; } }
}
}"
,
PythonCode
=
@"
import clr
import sys
clr.AddReference('DomainTests')
from TestNamespace import Cls
def before_reload():
sys.my_int = Cls.Before
def after_reload():
print(sys.my_int)
try:
assert 2 == Cls.Before
except AttributeError:
print('Caught expected exception')
else:
raise AssertionError('Failed to throw exception')
"
,
}
,
new
TestCase
{
Name
=
"event_rename"
,
DotNetBefore
=
@"
using System;
namespace TestNamespace
{
[System.Serializable]
public class Cls
{
public static event Action Before;
public static void Call()
{
Before();
}
}
}"
,
DotNetAfter
=
@"
using System;
namespace TestNamespace
{
[System.Serializable]
public class Cls
{
public static event Action After;
public static void Call()
{
After();
}
}
}"
,
PythonCode
=
@"
import clr
import sys
clr.AddReference('DomainTests')
from TestNamespace import Cls
called = False
def callback_function():
global called
called = True
def before_reload():
global called
called = False
Cls.Before += callback_function
Cls.Call()
assert called is True
def after_reload():
global called
assert called is True
called = False
Cls.Call()
assert called is False
"
,
}
,
new
TestCase
{
Name
=
"namespace_rename"
,
DotNetBefore
=
@"
namespace TestNamespace
{
[System.Serializable]
public class Cls
{
public int Foo;
public Cls(int i)
{
Foo = i;
}
}
}"
,
DotNetAfter
=
@"
namespace NewTestNamespace
{
[System.Serializable]
public class Cls
{
public int Foo;
public Cls(int i)
{
Foo = i;
}
}
}"
,
PythonCode
=
@"
import clr
import sys
clr.AddReference('DomainTests')
import TestNamespace
def before_reload():
sys.my_cls = TestNamespace.Cls
sys.my_inst = TestNamespace.Cls(1)
def after_reload():
try:
TestNamespace.Cls(2)
except AttributeError:
print('Caught expected exception')
else:
raise AssertionError('Failed to throw exception')
"
,
}
,
new
TestCase
{
Name
=
"field_visibility_change"
,
DotNetBefore
=
@"
namespace TestNamespace
{
[System.Serializable]
public class Cls
{
public static int Foo = 1;
public static int Field = 2;
}
}"
,
DotNetAfter
=
@"
namespace TestNamespace
{
[System.Serializable]
public class Cls
{
public static int Foo = 1;
private static int Field = 2;
}
}"
,
PythonCode
=
@"
import clr
import sys
clr.AddReference('DomainTests')
from TestNamespace import Cls
def before_reload():
assert 2 == Cls.Field
assert 1 == Cls.Foo
def after_reload():
assert 1 == Cls.Foo
try:
assert 1 == Cls.Field
except AttributeError:
print('Caught expected exception')
else:
raise AssertionError('Failed to throw exception')
"
,
}
,
new
TestCase
{
Name
=
"method_visibility_change"
,
DotNetBefore
=
@"
namespace TestNamespace
{
[System.Serializable]
public class Cls
{
public static int Foo() { return 1; }
public static int Function() { return 2; }
}
}"
,
DotNetAfter
=
@"
namespace TestNamespace
{
[System.Serializable]
public class Cls
{
public static int Foo() { return 1; }
private static int Function() { return 2; }
}
}"
,
PythonCode
=
@"
import clr
import sys
clr.AddReference('DomainTests')
from TestNamespace import Cls
def before_reload():
sys.my_func = Cls.Function
assert 1 == Cls.Foo()
assert 2 == Cls.Function()
def after_reload():
assert 1 == Cls.Foo()
try:
assert 2 == Cls.Function()
except AttributeError:
print('Caught expected exception')
else:
raise AssertionError('Failed to throw exception')
try:
assert 2 == sys.my_func()
except TypeError:
print('Caught expected exception')
else:
raise AssertionError('Failed to throw exception')
"
,
}
,
new
TestCase
{
Name
=
"property_visibility_change"
,
DotNetBefore
=
@"
namespace TestNamespace
{
[System.Serializable]
public class Cls
{
public static int Foo { get { return 1; } }
public static int Property { get { return 2; } }
}
}"
,
DotNetAfter
=
@"
namespace TestNamespace
{
[System.Serializable]
public class Cls
{
public static int Foo { get { return 1; } }
private static int Property { get { return 2; } }
}
}"
,
PythonCode
=
@"
import clr
import sys
clr.AddReference('DomainTests')
from TestNamespace import Cls
def before_reload():
assert 1 == Cls.Foo
assert 2 == Cls.Property
def after_reload():
assert 1 == Cls.Foo
try:
assert 2 == Cls.Property
except AttributeError:
print('Caught expected exception')
else:
raise AssertionError('Failed to throw exception')
"
,
}
,
new
TestCase
{
Name
=
"class_visibility_change"
,
DotNetBefore
=
@"
namespace TestNamespace
{
[System.Serializable]
public class PublicClass { }
[System.Serializable]
public class Cls { }
}"
,
DotNetAfter
=
@"
namespace TestNamespace
{
[System.Serializable]
internal class Cls { }
}"
,
PythonCode
=
@"
import clr
import sys
clr.AddReference('DomainTests')
import TestNamespace
def before_reload():
sys.my_cls = TestNamespace.Cls
def after_reload():
sys.my_cls()
try:
TestNamespace.Cls()
except AttributeError:
print('Caught expected exception')
else:
raise AssertionError('Failed to throw exception')
"
,
}
,
new
TestCase
{
Name
=
"method_parameters_change"
,
DotNetBefore
=
@"
namespace TestNamespace
{
[System.Serializable]
public class Cls
{
public static void MyFunction(int a)
{
System.Console.WriteLine(string.Format(""MyFunction says: {0}"", a));
}
}
}"
,
DotNetAfter
=
@"
namespace TestNamespace
{
[System.Serializable]
public class Cls
{
public static void MyFunction(string a)
{
System.Console.WriteLine(string.Format(""MyFunction says: {0}"", a));
}
}
}"
,
PythonCode
=
@"
import clr
import sys
clr.AddReference('DomainTests')
from TestNamespace import Cls
def before_reload():
sys.my_cls = Cls
sys.my_func = Cls.MyFunction
sys.my_cls.MyFunction(1)
sys.my_func(2)
def after_reload():
try:
sys.my_cls.MyFunction(1)
except TypeError:
print('Caught expected exception')
else:
raise AssertionError('Failed to throw exception')
try:
sys.my_func(2)
except TypeError:
print('Caught expected exception')
else:
raise AssertionError('Failed to throw exception')
# Calling the function from the class passes
sys.my_cls.MyFunction('test')
try:
# calling the callable directly fails
sys.my_func('test')
except TypeError:
print('Caught expected exception')
else:
raise AssertionError('Failed to throw exception')
Cls.MyFunction('another test')
"
,
}
,
new
TestCase
{
Name
=
"method_return_type_change"
,
DotNetBefore
=
@"
namespace TestNamespace
{
[System.Serializable]
public class Cls
{
public static int MyFunction()
{
return 2;
}
}
}"
,
DotNetAfter
=
@"
namespace TestNamespace
{
[System.Serializable]
public class Cls
{
public static string MyFunction()
{
return ""22"";
}
}
}"
,
PythonCode
=
@"
import clr
import sys
clr.AddReference('DomainTests')
from TestNamespace import Cls
def before_reload():
sys.my_cls = Cls
sys.my_func = Cls.MyFunction
assert 2 == sys.my_cls.MyFunction()
assert 2 == sys.my_func()
def after_reload():
assert '22' == sys.my_cls.MyFunction()
assert '22' == sys.my_func()
assert '22' == Cls.MyFunction()
"
,
}
,
new
TestCase
{
Name
=
"field_type_change"
,
DotNetBefore
=
@"
namespace TestNamespace
{
[System.Serializable]
public class Cls
{
static public int Field = 2;
}
}"
,
DotNetAfter
=
@"
namespace TestNamespace
{
[System.Serializable]
public class Cls
{
static public string Field = ""22"";
}
}"
,
PythonCode
=
@"
import clr
import sys
clr.AddReference('DomainTests')
from TestNamespace import Cls
def before_reload():
sys.my_cls = Cls
assert 2 == sys.my_cls.Field
def after_reload():
assert '22' == Cls.Field
assert '22' == sys.my_cls.Field
"
,
}
,
new
TestCase
{
Name
=
"construct_removed_class"
,
DotNetBefore
=
@"
namespace TestNamespace
{
[System.Serializable]
public class Before { }
}"
,
DotNetAfter
=
@"
namespace TestNamespace
{
[System.Serializable]
public class After { }
}"
,
PythonCode
=
@"
import clr
import sys
clr.AddReference('DomainTests')
import TestNamespace
def before_reload():
sys.my_cls = TestNamespace.Before
def after_reload():
bar = sys.my_cls()
# Don't crash!
print(bar)
print(bar.__str__())
print(bar.__repr__())
"
,
}
,
new
TestCase
{
Name
=
"out_to_ref_param"
,
DotNetBefore
=
@"
namespace TestNamespace
{
[System.Serializable]
public class Data
{
public int num = -1;
}
[System.Serializable]
public class Cls
{
public static void MyFn (out Data a)
{
a = new Data();
a.num = 9001;
}
}
}"
,
DotNetAfter
=
@"
namespace TestNamespace
{
[System.Serializable]
public class Data
{
public int num = -1;
}
[System.Serializable]
public class Cls
{
public static void MyFn (ref Data a)
{
a.num = 7;
}
}
}"
,
PythonCode
=
@"
import clr
import sys
clr.AddReference('DomainTests')
import TestNamespace
import System
def before_reload():
foo = TestNamespace.Data()
bar = TestNamespace.Cls.MyFn(foo)
assert bar.num == 9001
# foo shouldn't have changed.
assert foo.num == -1
def after_reload():
try:
# Now that the function takes a ref type, we must pass a valid object.
bar = TestNamespace.Cls.MyFn(None)
except System.NullReferenceException as e:
print('caught expected exception')
else:
raise AssertionError('failed to raise')
foo = TestNamespace.Data()
bar = TestNamespace.Cls.MyFn(foo)
# foo should have changed
assert foo.num == 7
assert bar.num == 7
# Pythonnet also returns a new object with `ref`-qualified parameters
assert foo is not bar
"
,
}
,
new
TestCase
{
Name
=
"ref_to_out_param"
,
DotNetBefore
=
@"
namespace TestNamespace
{
[System.Serializable]
public class Data
{
public int num = -1;
}
[System.Serializable]
public class Cls
{
public static void MyFn (ref Data a)
{
a.num = 7;
}
}
}"
,
DotNetAfter
=
@"
namespace TestNamespace
{
[System.Serializable]
public class Data
{
public int num = -1;
}
[System.Serializable]
public class Cls
{
public static void MyFn (out Data a)
{
a = new Data();
a.num = 9001;
}
}
}"
,
PythonCode
=
@"
import clr
import sys
clr.AddReference('DomainTests')
import TestNamespace
import System
def before_reload():
foo = TestNamespace.Data()
bar = TestNamespace.Cls.MyFn(foo)
# foo should have changed
assert foo.num == 7
assert bar.num == 7
def after_reload():
foo = TestNamespace.Data()
bar = TestNamespace.Cls.MyFn(foo)
assert bar.num == 9001
# foo shouldn't have changed.
assert foo.num == -1
# this should work too
baz = TestNamespace.Cls.MyFn(None)
assert baz.num == 9001
"
,
}
,
new
TestCase
{
Name
=
"ref_to_in_param"
,
DotNetBefore
=
@"
namespace TestNamespace
{
[System.Serializable]
public class Data
{
public int num = -1;
}
[System.Serializable]
public class Cls
{
public static void MyFn (ref Data a)
{
a.num = 7;
System.Console.Write(""Method with ref parameter: "");
System.Console.WriteLine(a.num);
}
}
}"
,
DotNetAfter
=
@"
namespace TestNamespace
{
[System.Serializable]
public class Data
{
public int num = -1;
}
[System.Serializable]
public class Cls
{
public static void MyFn (Data a)
{
System.Console.Write(""Method with in parameter: "");
System.Console.WriteLine(a.num);
}
}
}"
,
PythonCode
=
@"
import clr
import sys
clr.AddReference('DomainTests')
import TestNamespace
import System
def before_reload():
foo = TestNamespace.Data()
bar = TestNamespace.Cls.MyFn(foo)
# foo should have changed
assert foo.num == 7
assert bar.num == 7
def after_reload():
foo = TestNamespace.Data()
TestNamespace.Cls.MyFn(foo)
# foo should not have changed
assert foo.num == TestNamespace.Data().num
"
,
}
,
new
TestCase
{
Name
=
"in_to_ref_param"
,
DotNetBefore
=
@"
namespace TestNamespace
{
[System.Serializable]
public class Data
{
public int num = -1;
}
[System.Serializable]
public class Cls
{
public static void MyFn (Data a)
{
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