April 2007 - Boost - lists.boost.org

Bug in the BGL
by Efi Fogel 18 Apr '07

18 Apr '07

Dear BGL developers, I believe that I've encountered a bug in the BGL version 103200. File boost/graph/detail/array_binary_tree.hpp, Lines 157 and 158 contain the following statements: edata[ boost::get(id, tmp) ] = i; edata[ boost::get(id, value()) ] = x.i; I think that the qualification should be removed. The first parameter 'id' in both calls is of type 'ID', which is a template parameter. It could be instantiated with a type defined in a different namespace, say CGAL. The global 'get()' function, which accept the CGAL id parameter is also defined in CGAL namespace. It must, because other calls to the get() function do not have the qualification, and according to ADL (Koenig Lookup), the function is searched in CGAL namespace. As a consequence the compiler (g++ >= 4.1.0) complains that there is no match and reports an error.

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[Boost-bugs] [ boost-Bugs-1702803 ] Erroneous boost qualification in a global function call
by SourceForge.net 18 Apr '07

18 Apr '07

Bugs item #1702803, was opened at 2007-04-18 12:59 Message generated for change (Tracker Item Submitted) made by Item Submitter You can respond by visiting: https://sourceforge.net/tracker/?func=detail&atid=107586&aid=1702803&group_… Please note that this message will contain a full copy of the comment thread, including the initial issue submission, for this request, not just the latest update. Category: None Group: None Status: Open Resolution: None Priority: 5 Private: No Submitted By: Efi Fogel (efifogel) Assigned to: Nobody/Anonymous (nobody) Summary: Erroneous boost qualification in a global function call Initial Comment: I believe that I've encountered a bug in the BGL. I'm using version 103200, but I think it hasn't been reported/fixed yet. File boost/graph/detail/array_binary_tree.hpp, Lines 157 and 158 contain the following statements: edata[ boost::get(id, tmp) ] = i; edata[ boost::get(id, value()) ] = x.i; I think that the qualification should be removed. The first parameter 'id' in both calls is of type 'ID', which is a template parameter. It could be instantiated with a type defined in a different namespace, say CGAL. The global 'get()' function, which accept the CGAL id parameter is also defined in CGAL namespace. It must, because other calls to the get() function do not have the qualification, and according to ADL (Koenig Lookup), the function is searched in CGAL namespace. As a consequence the compiler (g++ >= 4.1.0) complains that there is no match, and reports an error. Efi ---------------------------------------------------------------------- You can respond by visiting: https://sourceforge.net/tracker/?func=detail&atid=107586&aid=1702803&group_… ------------------------------------------------------------------------- This SF.net email is sponsored by DB2 Express Download DB2 Express C - the FREE version of DB2 express and take control of your XML. No limits. Just data. Click to get it now. http://sourceforge.net/powerbar/db2/ _______________________________________________ Boost-bugs mailing list Boost-bugs(a)lists.sourceforge.net https://lists.sourceforge.net/lists/listinfo/boost-bugs

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[resend][filesystem] exists() throws exeption on existing but locked file on windows
by Hartmut Kaiser 18 Apr '07

18 Apr '07

Hi all, What's the rationale of throwing an exception from boost::filesystem::exists(somepath); when 'somepath' exists but is locked by some other process (at least on Windows)? A simple way to reproduce the effect is: #include <iostream> #include <boost/filesystem.hpp> int main() { boost::filesystem::path p("C:\\pagefile.sys"); try { boost::filesystem::exists(p); } catch (...) { std::cerr << "Ooops..." << std::endl; } return 0; } Throwing an exception doesn't seem to be the right thing here, since the file actually exists, so I'ld expect to get a 'true' back from exists(). Regards Hartmut

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Preliminary submission: Boost.Proto DSEL Framework
by Eric Niebler 18 Apr '07

18 Apr '07

As discussed here recently, Boost.Proto is an expression template (ET) framework for building domain-specific embedded languages (DSEL). The purpose of this preliminary submission is to solicit feedback prior to a full submission (and to buy myself a little time to polish the docs/tests/examples :-). << Marketing Blurb >> Boost.Proto eases the development of domain-specific embedded languages (DSELs). Use Proto to define the primitives of your mini-language and let Proto handle the operator overloading and the construction of the expression parse tree. Immediately evaluate the expression tree by passing it a function object. Or transform the expression tree by defining the meta-grammar of your mini-language, decorated with an assortment of tree transforms provided by Proto or defined by you. Then use the meta-grammar to give your users short and readable syntax errors for invalid expressions! An expression template library developed with Proto is declarative and readable. In short, Proto is a DSEL for defining DSELs. << Hello, World >> Here's the required hello world example in proto. It builds an expression template and evaluates it. (The docs have more interesting examples.) #include <iostream> #include <boost/xpressive/proto/proto.hpp> #include <boost/xpressive/proto/context.hpp> #include <boost/typeof/std/ostream.hpp> using namespace boost; proto::terminal< std::ostream & >::type cout_ = { std::cout }; template< typename Expr > void evaluate( Expr const & expr ) { proto::default_context ctx; proto::eval(expr, ctx); } int main() { evaluate( cout_ << "hello" << ',' << " world" ); return 0; } << Documentation (such as it is) >> http://boost-sandbox.sourceforge.net/libs/proto/doc/html/index.html << Download >> proto.zip at http://boost-consulting.com/vault/index.php?&directory=Template%20Metaprogr… << Requirements >> Tested with Boost RC 1.34 and HEAD. Feedback is most welcome. -- Eric Niebler Boost Consulting www.boost-consulting.com

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boost::proto, another short example
by Maurizio Vitale 18 Apr '07

18 Apr '07

Good day, The following example conceptually builds on the previous one I've posted (but it is self contained). It requires boost::proto from CVS head, as Eric has fixed one or two bugs. Thanks, Eric! What it does is to define two user defined types, my_int wrapping ints, and my_uint wrapping unsigned ints. It then defines two grammars, my_grammar which allows arbitrary mix of signed and unsigned quantities and my_segregated_grammar which doesn't allow those incestuous relations. Furthemore, the example does allow to modify the normal C++ rule for when signed and unsigned are mixed together: define priority to be magnitude_c and you get the standard (and not particularly useful, imho, C/C++ rule). Define priority to be two_complement_c and you get the rule I really need for SystemC: if signed is combined with unsigned, signed win. Look in the code for the section CONFIGURATION for changing the settings. Right now the settings are global, I'm investigating how to propagate information from the LHS into the RHS in order to allow the LHS to define the behaviour (not particularly meaningful in this case, but I'll need the same capabilty for other more interesting things). The code is public domain. If anybody see something bad in the code, let me know. I've noticed myself the lack of comments, no need to mention it :-) Regards, Maurizio #include <iostream> #include <boost/xpressive/proto/proto.hpp> #include <boost/xpressive/proto/context.hpp> #include <boost/xpressive/proto/extends.hpp> #include <boost/xpressive/proto/debug.hpp> #include <boost/xpressive/proto/transform/arg.hpp> #include <boost/xpressive/proto/transform/construct.hpp> //#include <boost/xpressive/proto/transform/fold_to_list.hpp> #include <boost/typeof/typeof.hpp> #include <boost/typeof/std/ostream.hpp> #include <boost/mpl/integral_c.hpp> #include <boost/mpl/contains.hpp> #include <boost/mpl/vector.hpp> #include <boost/test/unit_test.hpp> namespace proto=boost::proto; namespace mpl=boost::mpl; enum binary_representation_enum {magnitude, two_complement}; typedef mpl::integral_c<binary_representation_enum, magnitude> magnitude_c; typedef mpl::integral_c<binary_representation_enum, two_complement> two_complement_c; //............... CONFIGURATION .............................................................................. //typedef magnitude_c priority; // default C++ mode, expressions containing unsigned are unsigned typedef two_complement_c priority; // expression contained signed are signed struct my_domain : proto::domain<struct my_grammar> {}; // accept mix of signed/unsigned //struct my_domain : proto::domain<struct my_segregated_grammar> {}; // signed and unsigned cannot mix //............... Configuration .............................................................................. template<typename> struct my_context; template <typename Expr> struct my_expr : proto::extends<Expr, my_expr<Expr>, my_domain> { typedef proto::extends<Expr, my_expr<Expr>, my_domain> base_type; my_expr (Expr const& expr = Expr()) : base_type (expr) {}; using base_type::operator =; operator int () const { return static_cast<int>(proto::eval(*this, my_context<Expr> ())); } operator unsigned int () const { return static_cast<unsigned int>(proto::eval(*this, my_context<Expr> ())); } }; template<typename Grammar, typename Priority> struct binary_return_type : Grammar { template<typename T> struct other : mpl::if_<boost::is_same<T, magnitude_c>, two_complement_c, magnitude_c> {}; template<typename Expr, typename State, typename Visitor> struct apply { typedef typename mpl::apply_wrap3<Grammar, Expr, State, Visitor>::type expr_type; typedef typename proto::result_of::left<expr_type>::type left_type; typedef typename proto::result_of::right<expr_type>::type right_type; typedef typename mpl::if_<mpl::contains<mpl::vector<left_type, right_type>, Priority>, Priority, typename other<Priority>::type>::type type; }; template<typename Expr, typename State, typename Visitor> static typename apply<Expr, State, Visitor>::type call (const Expr&, const State&, Visitor&) { return typename apply<Expr, State, Visitor>::type (); } }; template<typename, typename> struct number; template<typename T, typename Representation> std::ostream& operator << (std::ostream& os, const number<T, Representation> o); template<typename T, typename Representation> struct number { friend std::ostream& operator << <> (std::ostream& os, const number<T,Representation> o); unsigned int m_data; }; template<typename T> struct number<T, two_complement_c> { friend std::ostream& operator << <> (std::ostream& os, const number<T,two_complement_c> o); int m_data; }; template<typename T> std::ostream& operator << (std::ostream& os, const number<T, magnitude_c> n) { os << "~U~" << n.m_data << "~"; return os; } template<typename T> std::ostream& operator << (std::ostream& os, const number<T, two_complement_c> n) { os << "~S~" << n.m_data << "~"; return os; } template<typename Priority> struct return_type_grammar : proto::or_ < proto::trans::always<proto::terminal<number<proto::_,magnitude_c> >, magnitude_c>, proto::trans::always<proto::terminal<number<proto::_,two_complement_c> >, two_complement_c>, proto::trans::always<proto::terminal<int >, two_complement_c>, proto::trans::always<proto::terminal<unsigned int >, magnitude_c>, proto::trans::arg<proto::unary_expr<proto::_, return_type_grammar<Priority> > >, binary_return_type<proto::binary_expr<proto::_, return_type_grammar<Priority>, return_type_grammar<Priority> >, Priority > > {}; struct my_grammar : proto::or_ < proto::terminal<number<proto::_,two_complement_c> > , proto::terminal<number<proto::_,magnitude_c> >, proto::unary_expr<proto::_, my_grammar> , proto::binary_expr<proto::_, my_grammar, my_grammar> > {}; struct my_unsigned_grammar : proto::or_ < proto::terminal<number<proto::_,magnitude_c> >, proto::terminal<unsigned int>, proto::unary_expr<proto::_, my_unsigned_grammar> , proto::binary_expr<proto::_, my_unsigned_grammar, my_unsigned_grammar> > {}; struct my_signed_grammar : proto::or_ < proto::terminal<number<proto::_,two_complement_c> > , proto::terminal<int>, proto::unary_expr<proto::_, my_signed_grammar> , proto::binary_expr<proto::_, my_signed_grammar, my_signed_grammar> > {}; struct my_segregated_grammar : proto::or_ < my_signed_grammar, my_unsigned_grammar > {}; template<typename Expr, typename Priority> struct return_type : return_type_grammar<Priority>::template apply<Expr, magnitude_c, mpl::void_> {}; namespace boost { namespace proto { template<typename Expr> struct generate<my_domain, Expr> { typedef my_expr<Expr> type; static type make (Expr const& expr) { return type (expr); } }; } } // end namespace boost::proto template<typename Expr> struct my_context : proto::callable_context<const my_context<Expr> > { typedef typename mpl::if_<boost::is_same<typename return_type<Expr, ::priority>::type, magnitude_c>, unsigned int, int>::type result_type; template<typename T> unsigned int operator () (proto::tag::terminal, number<T, magnitude_c> n) const { return n.m_data; } template<typename T> int operator () (proto::tag::terminal, number<T, two_complement_c> n) const { return n.m_data; } }; template<int N> struct my_int : my_expr<typename proto::terminal<number<mpl::int_<N>, two_complement_c > >::type> { typedef my_expr<typename proto::terminal<number<mpl::int_<N>, two_complement_c > >::type> expr_type; my_int () {} my_int (int i) : expr_type (expr_type::type::make (i)) {} template<typename Expr> my_int& operator = (const Expr& e) { proto::arg (*this).m_data = static_cast<int>(proto::eval(e, my_context<Expr> ())); return *this; } }; template<int N> struct my_uint : my_expr<typename proto::terminal<number<mpl::int_<N>, magnitude_c > >::type> { typedef my_expr<typename proto::terminal<number<mpl::int_<N>, magnitude_c > >::type> expr_type; my_uint () {} my_uint (int i) : expr_type (expr_type::type::make (i)) {} template<typename Expr> my_uint& operator = (const Expr& e) { proto::arg (*this).m_data = proto::eval(e, my_context<Expr> ()); return *this; } }; #include <boost/test/included/unit_test_framework.hpp> using namespace boost::unit_test; template<typename Expr> void test (const Expr& expr) { std::cout << "Expression:\n"; display_expr (expr); if (proto::matches<Expr, my_grammar>::value) std::cout << "matches my grammar\n\n"; else std::cout << "doesn't matches my grammar\n\n"; } void misc_test () { my_int<6> i4(-22); my_uint<6> ui4(7); int i; unsigned int j; i = i4/ui4; j = i4/ui4; std::cout << "my_expr, -22/7 [assigned to int]=" << i << "\n"; std::cout << "my_expr, -22/7 [assigned to unsigned int]=" << j << "\n"; } test_suite* init_unit_test_suite (int, char**) { test_suite* test= BOOST_TEST_SUITE( "boost::proto sandbox" ); test->add (BOOST_TEST_CASE (&misc_test)); return test; }

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boost::proto lazy vector example
by Maurizio Vitale 18 Apr '07

18 Apr '07

Since I have problems with using grammars in my examples, I started from the lazy_vector example and see if I could incrementally change it to match my situation. As it is, the code doesn't compile for me. I had to make two changes, one trivial and one that I'd like to check with Eric. The trivial one is: template<typename Expr> result_type operator()( Expr const & expr, lazy_subscript_context & ctx ) const changed to: template<typename E> result_type operator()( E const & expr, lazy_subscript_context & ctx ) const in order not to shadow the outher Expr. This is an error in gcc, might be a warning with other compilers. The one I'd like to know about is this: template< typename T > struct lazy_vector : lazy_vector_expr< typename proto::terminal< std::vector<T> >::type > { typedef typename proto::terminal< std::vector<T> >::type expr_type; lazy_vector( std::size_t size = 0, T const & value = T() ) : lazy_vector_expr( expr_type::make( std::vector<T>( size, value ) ) ) {} .... which I had to change, mirroring the code in my integer-wrapping example, into: typedef lazy_vector_expr<typename proto::terminal< std::vector<T> >::type> expr_type; lazy_vector( std::size_t size = 0, T const & value = T() ) : expr_type( expr_type::type::make( std::vector<T>( size, value ) ) ) {} I have to say that I've no idea about what either really does, only that mine compiles. Even with these changes, the following line: v1 += v2 - v3; gives a ambiguity for the overload of operator +=. Eric, if you have a complete lazy_vector example that does compile, it would be helpful to put it in the test or example directory, so that people can avoid problems with extracting code from the documentation. Best regards, Maurizio

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Bug in sp_counted_base and atomic_count?
by Дмитрий Вьюков 17 Apr '07

17 Apr '07

Is sp_counted_base and atomic_count thread-safe? There code like this (sketchy version): class shared_count { public: shared_count() : count_(1) {} void inc() { InterlockedIncrement(&count_); } long dec() { return InterlockedDecrement(&count_); } private: long volatile count_; }; Code like this can be found in detail/sp_counted_base_gcc_ia64.hpp detail/atomic_count_gcc.hpp etc. I want to point to next moment: there is no memory barrier before/after initial store to variable count_ Let's consider example: thread1 creates instance of shared_count and uses some lock-free method to pass pointer to the instance to thread2 notice: thread1 issues _no_ memory barriers thread2 executes inc() and dec() methods if memory under the instance resides in the cache of processor executing thread2 - then thread2 still can see garbage in variable count_ code: shared_count volatile* sc; void thread1() { //... sc = new shared_count(); //... } void thread2() { //... while (!sc) Sleep(1); sc->inc(); if (!sc->dec()) delete sc; //... } int main() { //... start_thread(&thread1); start_thread(&thread2); //... } Can anyone make clear this moment. On x86 this is certainly not an issue, but on machines with more relaxed memory model (ia64, sparc or power), in my opinion, this can be an issue... but I don't sure... Or here is an example of data dependency - and all machines (except alpha) will handle this situation correctly? Dmitriy V'jukov

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boost::proto grammars
by Maurizio Vitale 17 Apr '07

17 Apr '07

The following fragments show what I think are the relevant parts of a file (which I can post if this doesn't explain the situation). For what I can tell, it is not too different from the lazy_vector example included with the documentation. I'd expect my_int<2> to match the grammar, but it doesn't. If I add proto::terminal<number<proto::_,proto::_> > as another term to the or, then I get a match. So it seems like the problem is with the "partial specialization" on two_complement_c and magnitude_c. Is there anything I have to do to them to make tham more "patternish". Thanks, Maurizio enum binary_representation_enum {magnitude, two_complement}; typedef mpl::integral_c<binary_representation_enum, magnitude> magnitude_c; typedef mpl::integral_c<binary_representation_enum, two_complement> two_complement_c; struct grammar : proto::or_ < proto::terminal<number<proto::_, two_complement_c> > , proto::terminal<number<proto::_, magnitude_c> > > {}; template<int N> struct my_int : my_expr<typename proto::terminal<number<mpl::int_<N>, two_complement_c > >::type> { ... }; template<typename Expr> void test (const Expr& expr) { if (proto::matches<Expr, grammar>::value) std::cout << "matches grammar\n\n"; else std::cout << "doesn't matches grammar\n\n"; } my_int<2> i2; test (i2);

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Boost inspection notification (2007-04-17/RC_1_34_0) *LC*
by Rene Rivera 17 Apr '07

17 Apr '07

Boost Inspection Report Run Date: 16:06:58 UTC, Tuesday 17 April 2007 An inspection program <http://www.boost.org/tools/inspect/index.html> checks each file in the current Boost CVS for various problems, generating this as output. Problems detected include tabs in files, missing copyrights, broken URL's, and similar misdemeanors. Totals: 11450 files scanned 908 directories scanned (including root) 1051 problems reported Problem counts: 653 files missing Boost license info or having wrong reference text 398 files missing copyright notice Summary: any (1) archive (1) build (68) concept_check (22) conversion (5) doc (1) filesystem (2) function (1) graph (1) inspect (1) integer (9) lambda (10) libs (6) logic (2) math (1) more (13) mpl (417) multi_array (13) numeric (188) optional (1) people (4) program_options (35) property_map (15) ptr_container (8) python (6) rational (5) regex (4) regression (118) release (2) serialization (16) signals (2) smart_ptr (8) test (3) timer (1) tr1 (2) tuple (5) utility (12) variant (42) Details: *L* missing Boost license info, or wrong reference text *C* missing copyright notice |any| libs/any/doc/ any.xml: *L* |archive| boost/archive/detail/ utf8_codecvt_facet.hpp: *L* |build| tools/build/v2/build/ build-request.jam: *L* modifiers.jam: *L* tools/build/v2/doc/ Jamfile.v2: *C* *L* 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Boost inspection notification (2007-04-17/RC_1_34_0) *X*
by Rene Rivera 17 Apr '07

17 Apr '07

Boost Inspection Report Run Date: 16:06:51 UTC, Tuesday 17 April 2007 An inspection program <http://www.boost.org/tools/inspect/index.html> checks each file in the current Boost CVS for various problems, generating this as output. Problems detected include tabs in files, missing copyrights, broken URL's, and similar misdemeanors. Totals: 11450 files scanned 908 directories scanned (including root) 198 problems reported Problem counts: 0 files with invalid line endings 0 bookmarks with invalid characters 3 invalid urls 107 broken links 21 unlinked files 22 file/directory names issues 1 files with tabs 9 violations of the Boost min/max guidelines 35 usages of unnamed namespaces in headers (including .ipp files) Summary: archive (3) bind (1) boost-root (3) build (1) date_time (1) doc (2) filesystem (37) graph (2) iostreams (3) lambda (3) math (8) more (1) mpl (4) multi_array (2) ptr_container (1) python (10) regex (1) regression (32) serialization (1) test (81) type_traits (1) Details: *R* invalid (cr only) line-ending *A* invalid bookmarks, invalid urls, broken links, unlinked files *N* file/directory names issues *T* tabs in file *M* uses of min or max that have not been protected from the min/max macros, or unallowed #undef-s *U* unnamed namespace in header |archive| boost/archive/basic_streambuf_locale_saver.hpp: *N* name exceeds 31 characters boost/archive/impl/xml_wiarchive_impl.ipp: *U* unnamed namespace at line 53 boost/archive/iterators/remove_whitespace.hpp: *U* unnamed namespace at line 57 |bind| boost/bind/placeholders.hpp: *U* unnamed namespace at line 25 |boost-root| index.htm: *A* broken link: doc/hmtl/date_time.html *A* broken link: doc/hmtl/date_time/details.html#changes *A* broken link: more/BoostCon07.html |build| tools/build/v2/test/test_system.html: *A* unlinked file |date_time| libs/date_time/xmldoc/date_time_docs_howto.html: *A* unlinked file |doc| doc/html/boost_math/inverse_complex.html: *A* unlinked file doc/html/jam.html: *A* unlinked file |filesystem| libs/filesystem/doc/do-list.htm: *A* invalid URL (hardwired file): file://?/ *A* invalid URL (hardwired file): file://?/UNC/ libs/filesystem/doc/i18n.html: *A* broken link: convenience.htm#basic_recursive_directory_iterator *A* broken link: exception.htm *A* broken link: 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