private void TestSetReadWriteAccess()
{
IntPtr pointer = libcProtectedMemoryAllocator.Alloc(1);
try
{
libcProtectedMemoryAllocator.SetReadWriteAccess(pointer, 1);
// Verifies we can write and read back
Marshal.WriteByte(pointer, 0, 42);
Assert.Equal(42, Marshal.ReadByte(pointer, 0));
}
finally
{
libcProtectedMemoryAllocator.Free(pointer, 1);
}
}
private void TestCheckPointerWithRegularPointerShouldSucceed()
{
Skip.If(libc == null);
Debug.WriteLine("LibcProtectedMemoryAllocatorTest.TestCheckPointerWithRegularPointerShouldSucceed");
IntPtr pointer = libcProtectedMemoryAllocator.Alloc(1);
try
{
Check.IntPtr(pointer, "TestCheckPointerWithRegularPointerShouldSucceed");
}
finally
{
libcProtectedMemoryAllocator.Free(pointer, 1);
}
}
private void TestCheckPointerWithRegularPointerShouldSucceed()
{
// Don't run libc tests on platforms that don't match libc/posix behaviors
if (libc == null)
{
return;
}
IntPtr pointer = libcProtectedMemoryAllocator.Alloc(1);
try
{
libcProtectedMemoryAllocator.CheckIntPtr(pointer, "blah");
}
finally
{
libcProtectedMemoryAllocator.Free(pointer, 1);
}
}