namespace detail {
template< typename Ctx, typename Fn >
-transfer_t context_ontop_void( transfer_t);
+transfer_t ecv2_context_ontop_void( transfer_t);
template< typename Ctx, typename StackAlloc, typename Fn, typename ... Params >
-fcontext_t context_create_void( StackAlloc &&, Fn &&, Params && ...);
+fcontext_t ecv2_context_create_void( StackAlloc &&, Fn &&, Params && ...);
template< typename Ctx, typename StackAlloc, typename Fn, typename ... Params >
-fcontext_t context_create_void( preallocated, StackAlloc &&, Fn &&, Params && ...);
+fcontext_t ecv2_context_create_void( preallocated, StackAlloc &&, Fn &&, Params && ...);
template< typename Ctx, typename StackAlloc, typename Fn, typename ... Params >
-class record_void {
+class ecv2_record_void {
private:
typename std::decay< StackAlloc >::type salloc_;
stack_context sctx_;
typename std::decay< Fn >::type fn_;
std::tuple< typename std::decay< Params >::type ... > params_;
- static void destroy( record_void * p) noexcept {
+ static void destroy( ecv2_record_void * p) noexcept {
typename std::decay< StackAlloc >::type salloc = std::move( p->salloc_);
stack_context sctx = p->sctx_;
// deallocate record
- p->~record_void();
+ p->~ecv2_record_void();
// destroy stack with stack allocator
salloc.deallocate( sctx);
}
public:
- record_void( stack_context sctx, StackAlloc && salloc,
+ ecv2_record_void( stack_context sctx, StackAlloc && salloc,
Fn && fn, Params && ... params) noexcept :
salloc_( std::forward< StackAlloc >( salloc) ),
sctx_( sctx),
params_( std::forward< Params >( params) ... ) {
}
- record_void( record_void const&) = delete;
- record_void & operator=( record_void const&) = delete;
+ ecv2_record_void( ecv2_record_void const&) = delete;
+ ecv2_record_void & operator=( ecv2_record_void const&) = delete;
void deallocate() noexcept {
destroy( this);
Ctx from{ t.fctx };
// invoke context-function
#if defined(BOOST_NO_CXX17_STD_APPLY)
- Ctx cc = apply( fn_, std::tuple_cat( params_, std::forward_as_tuple( std::move( from) ) ) );
+ Ctx cc = boost::context::detail::apply( fn_, std::tuple_cat( params_, std::forward_as_tuple( std::move( from) ) ) );
#else
Ctx cc = std::apply( fn_, std::tuple_cat( params_, std::forward_as_tuple( std::move( from) ) ) );
#endif
}
+inline namespace v2 {
+
template<>
class execution_context< void > {
private:
friend class ontop_error;
template< typename Ctx, typename StackAlloc, typename Fn, typename ... Params >
- friend class detail::record_void;
+ friend class detail::ecv2_record_void;
template< typename Ctx, typename Fn >
- friend detail::transfer_t detail::context_ontop_void( detail::transfer_t);
+ friend detail::transfer_t detail::ecv2_context_ontop_void( detail::transfer_t);
detail::fcontext_t fctx_{ nullptr };
// non-type template parameter pack via std::index_sequence_for<>
// preserves the number of arguments
// used to extract the function arguments from std::tuple<>
- fctx_( detail::context_create_void< execution_context >(
+ fctx_( detail::ecv2_context_create_void< execution_context >(
fixedsize_stack(),
std::forward< Fn >( fn),
std::forward< Params >( params) ... ) ) {
// non-type template parameter pack via std::index_sequence_for<>
// preserves the number of arguments
// used to extract the function arguments from std::tuple<>
- fctx_( detail::context_create_void< execution_context >(
+ fctx_( detail::ecv2_context_create_void< execution_context >(
std::forward< StackAlloc >( salloc),
std::forward< Fn >( fn),
std::forward< Params >( params) ... ) ) {
// non-type template parameter pack via std::index_sequence_for<>
// preserves the number of arguments
// used to extract the function arguments from std::tuple<>
- fctx_( detail::context_create_void< execution_context >(
+ fctx_( detail::ecv2_context_create_void< execution_context >(
palloc, std::forward< StackAlloc >( salloc),
std::forward< Fn >( fn),
std::forward< Params >( params) ... ) ) {
~execution_context() {
if ( nullptr != fctx_) {
- detail::ontop_fcontext( detail::exchange( fctx_, nullptr), nullptr, detail::context_unwind);
+ detail::ontop_fcontext( detail::exchange( fctx_, nullptr), nullptr, detail::ecv2_context_unwind);
}
}
detail::transfer_t t = detail::ontop_fcontext(
detail::exchange( fctx_, nullptr),
& p,
- detail::context_ontop_void< execution_context, Fn >);
+ detail::ecv2_context_ontop_void< execution_context, Fn >);
if ( nullptr != t.data) {
std::exception_ptr * eptr = static_cast< std::exception_ptr * >( t.data);
try {
}
};
+}
+
namespace detail {
template< typename Ctx, typename Fn >
-transfer_t context_ontop_void( transfer_t t) {
+transfer_t ecv2_context_ontop_void( transfer_t t) {
auto p = static_cast< std::tuple< Fn, std::exception_ptr > * >( t.data);
BOOST_ASSERT( nullptr != p);
typename std::decay< Fn >::type fn = std::forward< Fn >( std::get< 0 >( * p) );
}
template< typename Ctx, typename StackAlloc, typename Fn, typename ... Params >
-fcontext_t context_create_void( StackAlloc && salloc, Fn && fn, Params && ... params) {
- typedef record_void< Ctx, StackAlloc, Fn, Params ... > record_t;
+fcontext_t ecv2_context_create_void( StackAlloc && salloc, Fn && fn, Params && ... params) {
+ typedef ecv2_record_void< Ctx, StackAlloc, Fn, Params ... > record_t;
auto sctx = salloc.allocate();
// reserve space for control structure
const std::size_t size = sctx.size - ( static_cast< char * >( sctx.sp) - static_cast< char * >( sp) );
#endif
// create fast-context
- const fcontext_t fctx = make_fcontext( sp, size, & context_entry< record_t >);
+ const fcontext_t fctx = make_fcontext( sp, size, & ecv2_context_etry< record_t >);
BOOST_ASSERT( nullptr != fctx);
// placment new for control structure on context-stack
auto rec = ::new ( sp) record_t{
}
template< typename Ctx, typename StackAlloc, typename Fn, typename ... Params >
-fcontext_t context_create_void( preallocated palloc, StackAlloc && salloc, Fn && fn, Params && ... params) {
- typedef record_void< Ctx, StackAlloc, Fn, Params ... > record_t;
+fcontext_t ecv2_context_create_void( preallocated palloc, StackAlloc && salloc, Fn && fn, Params && ... params) {
+ typedef ecv2_record_void< Ctx, StackAlloc, Fn, Params ... > record_t;
// reserve space for control structure
#if defined(BOOST_NO_CXX11_CONSTEXPR) || defined(BOOST_NO_CXX11_STD_ALIGN)
const std::size_t size = palloc.size - ( static_cast< char * >( palloc.sp) - static_cast< char * >( sp) );
#endif
// create fast-context
- const fcontext_t fctx = make_fcontext( sp, size, & context_entry< record_t >);
+ const fcontext_t fctx = make_fcontext( sp, size, & ecv2_context_etry< record_t >);
BOOST_ASSERT( nullptr != fctx);
// placment new for control structure on context-stack
auto rec = ::new ( sp) record_t{