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d4e06ac436
Boost.Python. The major change is that, instead of being
boost::function2<PyObject*,PyObject*,PyObject*>, py_function is now a
runtime-polymorphic wrapper for compile-time polymorphic
behavior (just like function) of our own which carries more
information/behaviors. In particular, you can retrieve an array of
c-strings describing the types in the function signature.
Additionally, the minimum and maximum arity are stored in the
py_function object instead of in the 'function' object which wraps it.
* data_members.hpp -
Adjustments for the new py_function. Workarounds for CodeWarrior
Pro 8.3 bugs in function template argument deduction with
pointers-to-members.
* has_back_reference.hpp, test/back_reference.cpp,
test/select_holder.cpp -
Updated to follow the metafunction protocol
* init.hpp, detail/defaults_gen.hpp -
Make Keywords a more-specific type in function signatures to
prevent string literals that show up as char[N] from binding to
the wrong argument (at least Intel 7.1 for Windows does this).
* make_function.hpp -
Adjustments for the new py_function. Arities are now computed
by caller<>.
* opaque_pointer_converter.hpp, type_id.hpp -
Use BOOST_NO_EXPLICIT_FUNCTION_TEMPLATE_ARGUMENTS facilities;
generate specializations that all compilers can handle.
* raw_function.hpp -
Adjustments for the new py_function.
* caller.hpp -
Added arity and signature type name reporting.
* detail/config.hpp
Enable __declspec(dllexport) for Cygwin, thereby fixing the
recent horrible Cygwin linking problems.
* detail/msvc_typeinfo.hpp -
Always pass boost::type<T>* explicitly, thereby working around
incompatible notions of how to specialize function templates with
default arguments on various compilers.
* object/function.hpp
, object/function_handle.hpp
, object/function_object.hpp
, object/function_object.cpp
Adjustments for the new py_function. Arities are carried by
py_function.
* object/iterator.hpp, object/iterator.cpp
Adjustments for the new py_function; we have to compute a
signature of types to construct it with.
* object/py_function.hpp
Removed dependency on boost::function; see the comment at the
top of this entry for more details.
* object/select_holder.hpp
Clean up to more closely follow MPL idioms.
* test/Jamfile -
Adjust the embedding test for the new Cygwin use of declspec.
Update bases and pointee tests with missing properties.
* test/input_iterator.cpp -
Updates for the new iterator adaptors.
* test/opaque.py -
Add Python encoding comment to suppress PendinDeprecationWarning
with recent Python builds.
* test/str.cpp
Pass a Python long instead of a float to string.expandtabs,
suppressing a PendinDeprecationWarning with recent Python builds.
* libs/utility/counting_iterator_example.cpp
Borland workaround
* libs/utility/indirect_iterator_example.cpp
const-correctness fix.
*
[SVN r19247]
50 lines
1.6 KiB
C++
50 lines
1.6 KiB
C++
// Copyright David Abrahams 2002. Permission to copy, use,
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// modify, sell and distribute this software is granted provided this
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// copyright notice appears in all copies. This software is provided
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// "as is" without express or implied warranty, and with no claim as
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// to its suitability for any purpose.
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#include <boost/python/module.hpp>
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#include <boost/python/def.hpp>
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#include <boost/python/class.hpp>
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#include <boost/python/iterator.hpp>
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#include <boost/iterator/transform_iterator.hpp>
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#include <list>
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using namespace boost::python;
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typedef std::list<int> list_int;
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// Prove that we can handle InputIterators which return rvalues.
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struct doubler
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{
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typedef int result_type;
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int operator()(int x) const { return x * 2; }
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};
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typedef boost::transform_iterator<doubler, list_int::iterator> doubling_iterator;
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typedef std::pair<doubling_iterator,doubling_iterator> list_range2;
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list_range2 range2(list_int& x)
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{
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return list_range2(
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boost::make_transform_iterator<doubler>(x.begin(), doubler())
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, boost::make_transform_iterator<doubler>(x.end(), doubler()));
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}
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// We do this in a separate module from iterators_ext (iterators.cpp)
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// to work around an MSVC6 linker bug, which causes it to complain
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// about a "duplicate comdat" if the input iterator is instantiated in
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// the same module with the others.
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BOOST_PYTHON_MODULE(input_iterator)
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{
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def("range2", &::range2);
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class_<list_range2>("list_range2")
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// We can wrap InputIterators which return by-value
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.def("__iter__"
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, range(&list_range2::first, &list_range2::second))
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;
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}
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#include "module_tail.cpp"
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