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TestRuntime.cs
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130 lines (109 loc) · 5.14 KB
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using System;
using System.Collections.Generic;
using NUnit.Framework;
using Python.Runtime;
namespace Python.EmbeddingTest
{
public class TestRuntime
{
[OneTimeSetUp]
public void SetUp()
{
// We needs to ensure that no any engines are running.
if (PythonEngine.IsInitialized)
{
PythonEngine.Shutdown();
}
}
[Test]
public static void Py_IsInitializedValue()
{
if (Runtime.Runtime.Py_IsInitialized() == 1)
{
Runtime.Runtime.PyGILState_Ensure();
}
Runtime.Runtime.Py_Finalize();
Assert.AreEqual(0, Runtime.Runtime.Py_IsInitialized());
Runtime.Runtime.Py_Initialize();
Assert.AreEqual(1, Runtime.Runtime.Py_IsInitialized());
Runtime.Runtime.Py_Finalize();
Assert.AreEqual(0, Runtime.Runtime.Py_IsInitialized());
}
[Test]
public static void RefCountTest()
{
Runtime.Runtime.Py_Initialize();
using var op = Runtime.Runtime.PyString_FromString("FooBar");
// New object RefCount should be one
Assert.AreEqual(1, Runtime.Runtime.Refcount32(op.BorrowOrThrow()));
// Checking refcount didn't change refcount
Assert.AreEqual(1, Runtime.Runtime.Refcount32(op.Borrow()));
// Borrowing a reference doesn't increase refcount
BorrowedReference p = op.Borrow();
Assert.AreEqual(1, Runtime.Runtime.Refcount32(p));
// Py_IncRef/Py_DecRef increase and decrease RefCount
Runtime.Runtime.Py_IncRef(op.Borrow());
Assert.AreEqual(2, Runtime.Runtime.Refcount32(p));
Runtime.Runtime.Py_DecRef(StolenReference.DangerousFromPointer(op.DangerousGetAddress()));
Assert.AreEqual(1, Runtime.Runtime.Refcount32(p));
// XIncref/XDecref increase and decrease RefCount
#pragma warning disable CS0618 // Type or member is obsolete. We are testing corresponding members
Runtime.Runtime.XIncref(p);
Assert.AreEqual(2, Runtime.Runtime.Refcount32(p));
Runtime.Runtime.XDecref(op.Steal());
Assert.AreEqual(1, Runtime.Runtime.Refcount32(p));
#pragma warning restore CS0618 // Type or member is obsolete
op.Dispose();
Runtime.Runtime.Py_Finalize();
}
[Test]
public static void PyCheck_Iter_PyObject_IsIterable_Test()
{
Runtime.Runtime.Py_Initialize();
Runtime.Native.ABI.Initialize(Runtime.Runtime.PyVersion);
// Tests that a python list is an iterable, but not an iterator
using (var pyListNew = Runtime.Runtime.PyList_New(0))
{
BorrowedReference pyList = pyListNew.BorrowOrThrow();
Assert.IsFalse(Runtime.Runtime.PyIter_Check(pyList));
Assert.IsTrue(Runtime.Runtime.PyObject_IsIterable(pyList));
// Tests that a python list iterator is both an iterable and an iterator
using var pyListIter = Runtime.Runtime.PyObject_GetIter(pyList);
Assert.IsTrue(Runtime.Runtime.PyObject_IsIterable(pyListIter.BorrowOrThrow()));
Assert.IsTrue(Runtime.Runtime.PyIter_Check(pyListIter.Borrow()));
}
// Tests that a python float is neither an iterable nor an iterator
using (var pyFloat = Runtime.Runtime.PyFloat_FromDouble(2.73))
{
Assert.IsFalse(Runtime.Runtime.PyObject_IsIterable(pyFloat.BorrowOrThrow()));
Assert.IsFalse(Runtime.Runtime.PyIter_Check(pyFloat.Borrow()));
}
Runtime.Runtime.Py_Finalize();
}
[Test]
public static void PyCheck_Iter_PyObject_IsIterable_ThreadingLock_Test()
{
Runtime.Runtime.Py_Initialize();
Runtime.Native.ABI.Initialize(Runtime.Runtime.PyVersion);
try
{
// Create an instance of threading.Lock, which is one of the very few types that does not have the
// TypeFlags.HaveIter set in Python 2. This tests a different code path in PyObject_IsIterable and PyIter_Check.
using var threading = Runtime.Runtime.PyImport_ImportModule("threading");
BorrowedReference threadingDict = Runtime.Runtime.PyModule_GetDict(threading.BorrowOrThrow());
Exceptions.ErrorCheck(threadingDict);
BorrowedReference lockType = Runtime.Runtime.PyDict_GetItemString(threadingDict, "Lock");
if (lockType.IsNull)
throw PythonException.ThrowLastAsClrException();
using var args = Runtime.Runtime.PyTuple_New(0);
using var lockInstance = Runtime.Runtime.PyObject_CallObject(lockType, args.Borrow());
Assert.IsFalse(Runtime.Runtime.PyObject_IsIterable(lockInstance.BorrowOrThrow()));
Assert.IsFalse(Runtime.Runtime.PyIter_Check(lockInstance.Borrow()));
}
finally
{
Runtime.Runtime.Py_Finalize();
}
}
}
}