- Boost - lists.boost.org

[review] pqs
by David A. Greene 09 Jun '06

09 Jun '06

I've been waiting in anticipation of pqs for some time. I've had to work with dimensioned values several times and could really have used the compile-time checking pqs offers. It is also, IMHO, one of the best practical examples of template metaprogramming. - Please always explicitly state in your review, whether you think the library should be accepted into Boost. I'm disappointed that for now, I would have to reject the library from Boost. I definitely want to see this library make it in but there is one big drawback that's a showstopper for me. Everything is based on powers of 10. More on this below. There are also some improvements I'd like to see that I don't consider showstoppers. I'll comment on those below as well. - What is your evaluation of the design? The everyday user interface is fine. The myriad of concepts and classes to model them can be overwhelming, however. This might be addressed with better documentation. I don't understand the t1_quantity name. It doesn't convey any useful information to me. It needs a better name. Unit naming: pqs::length::m - Can we also have pqs::length::meter & metre? (Can always typedef this, I suppose) pqs::velocity::m_div_s - m_per_s? I know this is discussed in the documentation but again, typedefs might be nice to have Output: 1 kg.m+2.s-2 - What does this mean? It wasn't clear to me when I first saw it. Why not use ^ or ** for power? Why even have the concept of a prefix_offset? It seems unnecessarily confusing to me. Why does mass default to kg rather than g? If these special cases are really needed, then the documentation needs to explain why. Otherwise, I would prefer that everything work similarly to reduce complexity. The big problem with the design is the assumption that every quantity prefix is based on a power of 10. That's fine for SI units but my hope is that pqs will go beyond just SI. It already does with the incoherent_units so there is some precedent here. Even before pqs was put up for formal review, I had planned to make use of it in some computer simulator work that I'm doing. The ability to create units like Megabytes and Mibibytes would help tremendously. Unfortunately, I could not figure out how to create a unit that uses prefixes that are powers of 2. It might be ok to "fake" it if the calculations always stayed within one system (Mibibytes, Kibibytes, etc.) but as soon as one wants to convert Mibibytes to Megabytes it falls apart. If this can already be done, I'd be overjoyed to be corrected. But I could not puzzle it out from the documentation or a cursory look through the implementation. This is a big gap for me and prevents the use of pqs in most of the day-to-day work that I do. There's also the question of what base_dimension these would fit under. "Amount of substance?" It would be nice to be able to extend the types of base_dimension but I recognize that this could be very difficult given the design of pqs::meta::dimension and classes that depend on it. - What is your evaluation of the implementation? I did not thoroughly review the implementation, just glanced at it to answer some questions. Obviously it does not seem to fulfill my requirements as I stated above. I suspect it will be a bit of work to introduce the new flexibility. - What is your evaluation of the documentation? This needs a lot of work. It seems to assume a deep understanding of SI standards and terminology (beyond the unit names and what they mean) and introduces lots of terms itself (abstract_quantity, named_quantity, concrete_quantity, etc.). The presentation is overwhelming. Some specific suggestions: In the introduction section, we have the following statements about rationale: Increases programmer satisfaction What does this mean, exactly? It's very vague and subjective. enhances productivity How, apart from other rationales given? My suggestion would be to organize the rationale like this: * Increases programmer satisfaction and enhances productivity. * Strong type checking enforces dimensional integrity, catching calculation errors at compile time. * Automated unit conversion reduces drudgery. * Self documenting, helps code clarity. This is done better in the Rationale section itself. Make the presentation in these two sections similar in structure. The ERD was confusing to me. Can this be drawn in UML or a close-to-some-standard way? Reading through the documentation, one is confronted with the ginormous definitions page almost right away. I'd prefer to see some simple examples of use first. The "Getting started" page is a good start, but would be improved by removing references to the more esoteric terms. Those can come later. The definitions page itself needs many more code examples (for example, for named_quantity). It took me a long time to begin to understand what these terms really mean and I'm still not all the way there yet. I found the colored links to the terms all over the documentation to be distracting. It really interrupted the flow of the text. It would be better to make these links that look like ordinary text but are highlighted/underlined when the cursor moves over them. The links need to be there but they should be less intrusive. Typos (fixes in brackets): [t1_quantity features] The t1_quantity has many similar features to an [a] built-in type... Where used the type returned by typeof will not[neither] be a reference nor have cv-qualifiers. [abstract_quantity_id] The abstract_quantity_id has two roles, the first of which is to distinguish between different but dimensionally_equivalent[ ] abstract_quantities. [Unary operations example] [c]ondition_true [Addition and subtraction] If one type has a coherent_unit and the other has an incoherent_unit the operand with the incoherent_unit will first be converted to a t1_quantity in the nearest coherent_unit( simply found by setting the incoherent_unit[']s[ ]unit_multiplier to 1) [unit_output_symbol] A text symbol representing the unit[ ]of a concrete_quantity in stream output. [Lots of these missing spaces, underscores and first letters of example code through the documentation. Too many to enumerate.] [Stream output overview] The output of units for stream output functions for t1_quantities resolves to 3[three] output formats - What is your evaluation of the potential usefulness of the library? Very. IMHO strong typing is essential when designing large systems. - Did you try to use the library? With what compiler? Did you have any problems? I was going to do some experiments to create my own quantities as described above, but I could not figure out how to do it, so I did not do any testing. - How much effort did you put into your evaluation? A glance? A quick reading? In-depth study? In-depth reading of the documentation with a clear idea of how I wanted to extend the framework. Unfortunately, I discovered that I could not do what I'd hoped to accomplish. - Are you knowledgeable about the problem domain? In the same way most scientists and engineers are. I'm certainly no authority on the formal SI standards. I do have a large amount of experience in computer simulation and have run into the need for this kind of package for "computer units" over and over. It would be nice to have a package that went beyond the SI and its rigid assumptions.

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Re: [boost] [review] pqs
by Reece Dunn 09 Jun '06

09 Jun '06

David Greene wrote: > Andy Little wrote: > > > If kilograms played by the rules its exponent would be 3 , but for whatever > > historical reasons its 0. > > > > Without the prefix_offset, because kilograms has an exponent of 0, then its > > unit output would be worked out as 'g', which is plainly wrong. > > > > Does this help? > > Why not just give kg anb exponent of "3" like everywhere else and then > adjust the other mass exponents accordingly. Why special-case this? I have been playing around with implementing a unit system. What I have for SI units is something like: namespace boost { namespace unit { namespace si { struct si_tag{}; namespace prefix { typedef power< 10, 6 > mega; typedef power< 10, 3 > kilo; typedef power< 10, 0 > base; typedef power< 10, -3 > milli; typedef kilo k; typedef milli m; } struct length_tag{}; struct mass_tag{}; struct time_tag{}; typedef base_unit_type< length_tag, 0 > length; typedef base_unit_type< mass_tag, 1 > mass; typedef base_unit_type< time_tag, 2 > time; /** @brief length */ typedef base_unit< si_tag, length, prefix::base > meter; typedef scaled_unit< meter, prefix::kilo > km; typedef scaled_unit< meter, prefix::base > m; typedef scaled_unit< meter, prefix::milli > mm; /** @brief mass */ typedef base_unit< si_tag, mass, prefix::kilo > kilogram; typedef scaled_unit< kilogram, prefix::kilo > kg; typedef scaled_unit< kilogram, prefix::base > g; typedef scaled_unit< kilogram, prefix::milli > mg; /** @brief time */ typedef base_unit< si_tag, time, prefix::base > second; typedef scaled_unit< second, prefix::kilo > ks; typedef scaled_unit< second, prefix::base > s; typedef scaled_unit< second, prefix::milli > ms; /** @brief force */ typedef derived_unit< kilogram, meter, per< second >, per< second > > newton; // N = m.kg.s-2 typedef scaled_unit< newton, prefix::kilo > kN; typedef scaled_unit< newton, prefix::base > N; typedef scaled_unit< newton, prefix::milli > mN; }}} With the following unit concepts: namespace boost { namespace unit { template< int Base, int Exponent > struct power{}; /** @brief A single unit in a given unit system. */ template< typename System, typename Dimension, typename Scale, int Exponent = 1 > struct unit{}; /** @brief A fundamental unit type within a unit system. */ template< typename Tag, int Index > struct base_unit_type { }; /** @brief A fundamental unit within a unit system. */ template< typename System, typename Dimension, typename Scale > struct base_unit { }; /** @brief A unit scaled up or down by a given magnitude. */ template< typename Unit, typename Scale > struct scaled_unit{}; /** @brief The inverse (reciprocal) of a unit. */ template< typename Unit > struct per{}; /** @brief A composite unit type. */ template< typename Unit1, typename Unit2 > struct composite_unit{}; struct none{}; /** @brief A unit derived from a series of other units. */ template< typename Unit1, typename Unit2 = none, typename Unit3 = none, typename Unit4 = none, typename Unit5 = none, typename Unit6 = none, typename Unit7 = none, typename Unit8 = none, typename Unit9 = none, typename Unit10 = none > struct derived_unit{}; }} I also have simple type manipulation inside these concepts that can reduce units of the same type, Allowing: namespace si = boost::unit::si; template< typename Unit > void print( const Unit & ) { std::cout << typeid(Unit::type).name() << std::endl << std::endl; } print(si::mm()); print(si::kg()); print(si::hertz()); print(si::tesla()); std::cout << typeid(si::mm() * si::mm()).name() << std::endl << std::endl; print(si::mm() * si::mm() * si::mm()); The last two giving: struct boost::unit::composite_unit<struct boost::unit::unit<struct boost::unit:: si::si_tag,struct boost::unit::base_unit_type<struct boost::unit::si::length_tag ,0>,struct boost::unit::power<10,-3>,1>,struct boost::unit::unit<struct boost::u nit::si::si_tag,struct boost::unit::base_unit_type<struct boost::unit::si::lengt h_tag,0>,struct boost::unit::power<10,-3>,1> > struct boost::unit::unit<struct boost::unit::si::si_tag,struct boost::unit::base _unit_type<struct boost::unit::si::length_tag,0>,struct boost::unit::power<10,-3 >,3> Currently tested on VC8 and will only reduce adjacent similar types. The idea is to support values like this: template< typename ValueUnit, typename ValueType = float > class boost::unit::value; //... boost::unit::value< si::mm > dist( 1.5 ); boost::unit::value< typeof(si::mm() * si::mm()) > dist( dist * dist ); If there is interest, I'd be willing to persue this, especially with Andy's expertise in this area :). At the moment it is just a toy example. I can upload the full code as well. NOTE: It will require a conformant compiler! - Reece _________________________________________________________________ Express yourself instantly with MSN Messenger! Download today it's FREE! http://messenger.msn.click-url.com/go/onm00200471ave/direct/01/

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wrapping boost::mutex::scoped_lock
by jmzorko＠mac.com 08 Jun '06

08 Jun '06

Hello, all ... I'm trying to wrap boost::mutex::scoped_lock in another class that hides all of the boosty things: class Lock { public: Lock(); ~Lock(); private: boost::mutex mutex; boost::mutex::scoped_lock lock; }; ... the idea is very similar to boost::mutex::scoped_lock -- that being, acquire the lock when the Lock class is instantiated, and release it when the Lock instance goes out of scope. However, i'm having trouble getting this to happen. I tried: Lock::Lock() : lock( mutex ) { } Lock::~Lock() { } ... to no avail (the lock is not active for the entire duration of the Lock class instance, e.g. when the ctor is done, the lock is released). I also tried making the lock on the heap: class Lock { public: Lock(); ~Lock(); private: boost::mutex mutex; boost::mutex::scoped_lock *plock; }; Lock::Lock() : plock( new boost::mutex:;scoped_lock( mutex ) ) { } Lock::~Lock() { if ( plock ) delete plock; } ... but this doesn't work, either -- the lock goes out of scope and is released when the ctor finishes, not when the class itself goes out of scope. I know i'm missing something, but I don't know what. Regards, John, who used to consider himself a fairly competent C++ developer, but the last couple of years have been mainly Perl, so i'm anxious to get the rust off Falling You - exploring the beauty of voice and sound http://www.fallingyou.com

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What's the status of range_ex?
by pongba 08 Jun '06

08 Jun '06

Just out of curiousity, what's the status of range_ex? Coz I'm concerned about this interesting library. Is there a planned release date?

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Re: [boost] [review] pqs
by Martin Bonner 08 Jun '06

08 Jun '06

Paul Giaccone Sent: > Centi-, deci-, deca- and hecto- are not officially part of SI > nomenclature. That's not what the Bureau Internatoinal des Poids et Mesures (http://www.bipm.org/en/si/si_brochure/chapter3/prefixes.html) says. > Does the second officially take any prefix? Can you talk about a > "megasecond", Yes. (Although it is EXTREMELY unusual). > or would you convert this to the more usual "11 days, 13 > hours, 46 minutes and 40 seconds"? Indeed, does the library have a > mechanism for doing this sort of breakdown of time? I suspect not, as > time is not base 10. > > Is the litre officially an SI unit? According to http://www.bipm.org/en/CGPM/db/16/6/ it wasn't in 1980. I think it unlikely to have become one since. > > It looks like there is a large number of things to consider in this > library. I hope the ever-growing wish list doesn't end up pushing the > release date of the library back for ever or causing it to end up > being rejected just because there is a host of extra requirements > that it does not yet fulfil. Here here! -- Martin Bonner Martin.Bonner(a)Pitechnology.com Pi Technology, Milton Hall, Ely Road, Milton, Cambridge, CB4 6WZ, ENGLAND Tel: +44 (0)1223 203894

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Re: [boost] [review] pqs
by Sohail Somani 08 Jun '06

08 Jun '06

> [mailto:boost-bounces@lists.boost.org] On Behalf Of David Abrahams > > Kresimir Fresl <fresl(a)grad.hr> writes: > > > David Abrahams wrote: > > > >> "Sohail Somani" <s.somani(a)fincad.com> writes: > > > >>>Dave Abrahams wrote: > > > >>>>Dimensional analysis is really a very poor example of > what TMP can do: > >>>>[...] > > > >>>Then why is it such a prominent example in the documentation? > > > >> In what documentation? > > > > Maybe this one: > > > > THE BOOST MPL LIBRARY > > > > [http://boost.org/libs/mpl/doc/index.html] > > That tutorial is a very good example of how to work with the > abstractions of the MPL. That doesn't mean it's representative of > what metaprogramming can do. Those are two very different things. > > If I give you a tour of a workshop and show you how to use all the > tools, it doesn't necessarily mean you've learned much about the kinds > of things you can build in that workshop. > > Several later chapters in the book are devoted to giving people a > better sense of what you can do with TMP. I'll have to check out the book then :)

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Re: [boost] [review] pqs
by Martin Bonner 08 Jun '06

08 Jun '06

Paul Giaccone Sent: > Martin Bonner wrote: >> Paul Giaccone Sent: >> >> >>> Centi-, deci-, deca- and hecto- are not officially part of SI >>> nomenclature. >>> >> >> That's not what the Bureau Internatoinal des Poids et Mesures >> (http://www.bipm.org/en/si/si_brochure/chapter3/prefixes.html) says. >> >> > Interesting... I stand corrected. But are they in official scientific > use? >>> Does the second officially take any prefix? Can you talk about a >>> "megasecond", >>> >> Yes. (Although it is EXTREMELY unusual). >> > Quoting your source back at you, Martin... according to the section at > the bottom of the page, you can't officially say "megasecond". > > Paul Are you refering to the text: "Prefix names and symbols are [...] never used with the units of time: minute, min; hour, h; day, d." I read that section as saying you can't use mega with minute, hour, and day. So megasecond is OK, but kilohour is not. (If you read it as applying to ALL units of time, it means you can't use millisecond either - which would be silly!) -- Martin Bonner Martin.Bonner(a)Pitechnology.com Pi Technology, Milton Hall, Ely Road, Milton, Cambridge, CB4 6WZ, ENGLAND Tel: +44 (0)1223 203894

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Re: [boost] [review] pqs
by Sohail Somani 08 Jun '06

08 Jun '06

> -----Original Message----- > From: boost-bounces(a)lists.boost.org > [mailto:boost-bounces@lists.boost.org] On Behalf Of David Abrahams > Sent: Wednesday, June 07, 2006 5:37 AM > To: boost(a)lists.boost.org > Subject: Re: [boost] [review] pqs > > "David A. Greene" <greened(a)obbligato.org> writes: > > > It is also, IMHO, one of the best practical examples of template > > metaprogramming. > > I just want to clear something up about this. It's not directed at > PQS in particular, but at the whole domain of dimensional analysis as > an example of TMP. > > Dimensional analysis is really a very poor example of what TMP can do: > interesting TMP involves some generation of code that actually "does > something," as in the state machine example in C++TMP or Blitz++ > expression templates or Boost.Lambda. Dimensional analysis basically > only adds error messages where they wouldn't otherwise have been. Then why is it such a prominent example in the documentation?

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Boost regression notification (2006-06-08 [RC_1_34_0])
by Douglas Gregor 08 Jun '06

08 Jun '06

Boost Regression test failures Report time: 2006-06-08T11:12:57Z This report lists all regression test failures on release platforms. Detailed report: http://engineering.meta-comm.com/boost-regression/CVS-RC_1_34_0/developer/i… The following platforms have a large number of failures: sun-5.8 1217 failures in 45 libraries (677 are from non-broken platforms) algorithm/string (1 of 2 failures are from non-broken platforms) array (5) assign (0 of 1 failures are from non-broken platforms) concept_check (1) config (0 of 1 failures are from non-broken platforms) conversion (0 of 1 failures are from non-broken platforms) date_time (14 of 25 failures are from non-broken platforms) filesystem (9 of 12 failures are from non-broken platforms) foreach (0 of 3 failures are from non-broken platforms) functional/hash (2) graph (8 of 35 failures are from non-broken platforms) integer (1) io (14) iostreams (41 of 63 failures are from non-broken platforms) iterator (2 of 4 failures are from non-broken platforms) math (1 of 5 failures are from non-broken platforms) mpl (30 of 66 failures are from non-broken platforms) multi_array (3) numeric/conversion (5) numeric/interval (7 of 10 failures are from non-broken platforms) numeric/ublas (66 of 72 failures are from non-broken platforms) optional (0 of 2 failures are from non-broken platforms) parameter (32 of 39 failures are from non-broken platforms) pool (1) program_options (9 of 19 failures are from non-broken platforms) python (150 of 218 failures are from non-broken platforms) random (1 of 2 failures are from non-broken platforms) range (4 of 6 failures are from non-broken platforms) rational (4) regex (18 of 20 failures are from non-broken platforms) serialization (36 of 311 failures are from non-broken platforms) signals (8) smart_ptr (0 of 1 failures are from non-broken platforms) spirit (0 of 48 failures are from non-broken platforms) statechart (1) test (2 of 10 failures are from non-broken platforms) thread (8 of 23 failures are from non-broken platforms) tr1 (49 of 92 failures are from non-broken platforms) type_traits (0 of 25 failures are from non-broken platforms) typeof (5 of 7 failures are from non-broken platforms) utility (1 of 2 failures are from non-broken platforms) utility/enable_if (0 of 1 failures are from non-broken platforms) variant (0 of 12 failures are from non-broken platforms) wave (1 of 5 failures are from non-broken platforms) xpressive (0 of 29 failures are from non-broken platforms) Test failures marked with a (*) represent tests that failed on platforms that are considered broken. They are likely caused by misconfiguration by the regression tester or a failure in a core library such as Test or Config. |algorithm/string| regex: sun-5.8* replace: vc-7_1-stlport |array| array0: msvc-7.1 msvc-8.0 msvc-8.0 vc-6_5-stlport array1: vc-7_1-stlport |assign| multi_index_container: sun-5.8* |concept_check| class_concept_check_test: vc-7_1-stlport |config| config_test: sun-5.8* |conversion| lexical_cast_test: sun-5.8* |date_time| testdate_facet_new: sun-5.8* vc-7_1-stlport testdate_facet_new_dll: sun-5.8* vc-7_1-stlport testdate_input_facet: sun-5.8* testdate_input_facet_dll: sun-5.8* testfacet: sun-5.8* testfacet_dll: sun-5.8* testgreg_serialize: sun-5.8* testgreg_serialize_dll: sun-5.8* testgreg_serialize_xml: sun-5.8* testgreg_wstream: vc-7_1-stlport testlocal_time: vc-7_0 testlocal_time_iterator: vc-7_0 testlocal_time_period: vc-7_0 testmicrosec_time_clock: msvc-8.0 testposix_time_zone: vc-7_0 testtime_facet: sun-5.8* vc-7_1-stlport testtime_input_facet: sun-5.8* vc-7_1-stlport testtime_wstream: vc-7_1-stlport testtz_database: vc-7_0 testwcustom_time_zone: vc-7_0 testwposix_time_zone: vc-7_0 |filesystem| fstream_test: sun-5.8* mbcopy: borland-5_8_2 sun-5.8* mbpath: borland-5_8_2 operations_test: vc-6_5 vc-6_5-stlport operations_test_dll: borland-5_8_2 vc-6_5 vc-6_5-stlport path_test_dll: borland-5_8_2 wide_test: borland-5_8_2 sun-5.8* |foreach| noncopyable: sun-5.8* rvalue_const: sun-5.8* rvalue_nonconst: sun-5.8* |functional/hash| hash_built_in_array_test: msvc-8.0 link_ext_test: msvc-8.0 |graph| adj_list_cc: sun-5.8* adjacency_matrix_test: vc-7_0 astar_search_test: sun-5.8* bellman-test: sun-5.8* betweenness_centrality_test: sun-5.8* bfs: sun-5.8* bfs_cc: sun-5.8* biconnected_components_test: sun-5.8* bidir_remove_edge: vc-7_0 copy: sun-5.8* csr_graph_test: msvc-8.0 msvc-8.0 sun-5.8* vc-7_0 cuthill_mckee_ordering: sun-5.8* dag_longest_paths: sun-5.8* dfs: sun-5.8* dfs_cc: sun-5.8* dijkstra_cc: sun-5.8* dijkstra_heap_performance: sun-5.8* dominator_tree_test: vc-7_0 floyd_warshall_test: sun-5.8* graph: sun-5.8* graphviz_test: sun-5.8* vc-7_1-stlport gursoy_atun_layout_test: sun-5.8* isomorphism: sun-5.8* king_ordering: sun-5.8* layout_test: sun-5.8* matching_test: sun-5.8* vc-7_0 property_iter: sun-5.8* relaxed_heap_test: sun-5.8* subgraph: sun-5.8* transitive_closure_test: sun-5.8* |integer| integer_traits_test: qcc-3.3.5_gpp |io| ios_state_unit_test: borland-5_8_2 gcc-3.2.3_linux gcc-3.3.6_linux gcc-3.4.5_linux gcc-4.0.3_linux gcc-4.1.0_linux gcc-4.1.0_linux_x86_64 gcc-4_0_3_tru64 intel-linux-9.0 intel-win-9.1 mingw-3_4_2 mingw-3_4_5 qcc-3.3.5_cpp qcc-3.3.5_gpp |iostreams| array_test: vc-6_5 auto_close_test: sun-5.8* vc-6_5 buffer_size_test: sun-5.8* vc-6_5 bzip2_test: msvc-7.1 msvc-8.0 sun-5.8* code_converter_test: mingw-3_4_5 sun-5.8* vc-6_5 component_access_test: sun-5.8* vc-6_5 compose_test: borland-5_6_4 sun-5.8* vc-6_5 copy_test: vc-6_5 counter_test: sun-5.8* vc-6_5 direct_adapter_test: vc-6_5 example_test: vc-6_5 vc-6_5-stlport file_descriptor_test: vc-6_5 file_test: vc-6_5 filtering_stream_test: sun-5.8* vc-6_5 finite_state_filter_test: borland-5_8_2 cw-9.4 sun-5.8* flush_test: sun-5.8* vc-6_5 gzip_test: msvc-7.1 msvc-8.0 sun-5.8* invert_test: vc-6_5 line_filter_test: sun-5.8* vc-6_5 mapped_file_test: vc-6_5 newline_test: sun-5.8* vc-6_5 null_test: vc-6_5 pipeline_test: sun-5.8* vc-6_5 positioning_test: vc-6_5 regex_filter_test: sun-5.8* vc-6_5 restrict_test: sun-5.8* vc-6_5 seekable_file_test: sun-5.8* vc-6_5 seekable_filter_test: sun-5.8* vc-6_5 stdio_filter_test: sun-5.8* vc-6_5 symmetric_filter_test: sun-5.8* vc-6_5 tee_test: sun-5.8* vc-6_5 wide_stream_test: mingw-3_4_5 sun-5.8* vc-6_5 zlib_test: msvc-7.1 msvc-8.0 |iterator| is_lvalue_iterator: sun-5.8* iterator_adaptor_test: intel-win-9.1 pointee: intel-win-9.1 zip_iterator_test: sun-5.8* |math| octonion_test: sun-5.8* quaternion_mult_incl_test: sun-5.8* quaternion_test: sun-5.8* vc-7_1-stlport special_functions_test: sun-5.8* |mpl| apply: gcc-4.1.0_linux_x86_64 sun-5.8* bind: sun-5.8* copy: sun-5.8* copy_if: sun-5.8* count: sun-5.8* count_if: sun-5.8* equal: sun-5.8* erase: sun-5.8* erase_range: sun-5.8* filter_view: sun-5.8* find: sun-5.8* find_if: sun-5.8* fold: sun-5.8* for_each: sun-5.8* identity: sun-5.8* insert: sun-5.8* insert_range: sun-5.8* joint_view: sun-5.8* lambda: sun-5.8* lambda_args: sun-5.8* max_element: sun-5.8* multiset: cw-9.4 darwin-4.0.1 gcc-3.2.3_linux gcc-3.3.6 gcc-3.3.6_linux gcc-3.4.3_sunos gcc-3.4.4 gcc-3.4.5_linux gcc-3.4.5_linux_x86_64 gcc-3_4_4_tru64 gcc-4.0.3_linux gcc-4.1.0_linux gcc-4.1.0_linux_x86_64 gcc-4_0_3_tru64 hp_cxx-71_006_tru64 intel-linux-9.0 intel-win-9.1 mingw-3_4_2 mingw-3_4_5 msvc-7.1 msvc-8.0 msvc-8.0 qcc-3.3.5_cpp qcc-3.3.5_gpp sun-5.8* vc-6_5 vc-6_5-stlport vc-7_0 next: vc-7_1-stlport partition: sun-5.8* remove: sun-5.8* remove_if: sun-5.8* replace: sun-5.8* replace_if: sun-5.8* reverse: sun-5.8* sort: gcc-4_0_3_tru64 sun-5.8* stable_partition: sun-5.8* transform: sun-5.8* transform_view: sun-5.8* unique: sun-5.8* vector: sun-5.8* vector_c: sun-5.8* zip_view: sun-5.8* |multi_array| resize: vc-6_5 vc-6_5-stlport vc-7_0 |numeric/conversion| converter_test: borland-5_8_2 gcc-3.4.5_linux_x86_64 traits_test: borland-5_8_2 udt_example_0: borland-5_8_2 udt_support_test: borland-5_8_2 |numeric/interval| cmp: sun-5.8* cmp_exn: sun-5.8* det: msvc-8.0 sun-5.8* integer: msvc-8.0 mul: msvc-8.0 overflow: msvc-8.0 pi: msvc-8.0 pow: msvc-8.0 test_float: msvc-8.0 |numeric/ublas| concepts: cw-9.4 vc-7_1-stlport test1: cw-9.4 darwin-4.0.1 gcc-3.3.6 gcc-3.4.3_sunos gcc-3.4.4 gcc-3_4_4_tru64 gcc-4_0_3_tru64 hp_cxx-71_006_tru64 qcc-3.3.5_cpp qcc-3.3.5_gpp sun-5.8* vc-7_1-stlport test2: cw-9.4 darwin-4.0.1 gcc-3.3.6 gcc-3.4.3_sunos gcc-3.4.4 gcc-3_4_4_tru64 gcc-4_0_3_tru64 hp_cxx-71_006_tru64 qcc-3.3.5_cpp qcc-3.3.5_gpp sun-5.8* vc-7_1-stlport test3: cw-9.4 darwin-4.0.1 gcc-3.3.6 gcc-3.4.3_sunos gcc-3.4.4 gcc-3_4_4_tru64 gcc-4_0_3_tru64 hp_cxx-71_006_tru64 qcc-3.3.5_gpp sun-5.8* vc-7_1-stlport test4: cw-9.4 darwin-4.0.1 gcc-3.3.6 gcc-3.4.3_sunos gcc-3.4.4 gcc-3_4_4_tru64 gcc-4_0_3_tru64 hp_cxx-71_006_tru64 qcc-3.3.5_cpp qcc-3.3.5_gpp sun-5.8* vc-7_1-stlport test5: cw-9.4 darwin-4.0.1 gcc-3.3.6 gcc-3.4.3_sunos gcc-3.4.4 gcc-3_4_4_tru64 gcc-4_0_3_tru64 hp_cxx-71_006_tru64 qcc-3.3.5_cpp qcc-3.3.5_gpp sun-5.8* vc-7_1-stlport test6: cw-9.4 darwin-4.0.1 gcc-3.3.6 gcc-3.4.3_sunos gcc-3.4.4 gcc-3_4_4_tru64 gcc-4_0_3_tru64 hp_cxx-71_006_tru64 qcc-3.3.5_cpp qcc-3.3.5_gpp sun-5.8* |optional| optional_test: sun-5.8* optional_test_ref: sun-5.8* |parameter| basics: borland-5_6_4 borland-5_8_2 sun-5.8* duplicates: borland-5_6_4 borland-5_8_2 earwicker: borland-5_6_4 borland-5_8_2 macros: borland-5_6_4 borland-5_8_2 sun-5.8* maybe: borland-5_6_4 borland-5_8_2 vc-6_5 vc-6_5-stlport vc-7_0 mpl: borland-5_6_4 borland-5_8_2 sun-5.8* ntp: sun-5.8* preprocessor: borland-5_6_4 borland-5_8_2 sun-5.8* vc-6_5 vc-6_5-stlport python-parameter-test: vc-6_5 vc-6_5-stlport vc-7_0 sfinae: borland-5_6_4 borland-5_8_2 sun-5.8* vc-6_5-stlport singular: borland-5_6_4 borland-5_8_2 unnamed: borland-5_6_4 borland-5_8_2 sun-5.8* unnamed_fail: vc-6_5 vc-6_5-stlport vc-7_0 |pool| test_pool_alloc: qcc-3.3.5_cpp |program_options| cmdline_test: sun-5.8* cmdline_test_dll: cw-9.4 sun-5.8* options_description_test: sun-5.8* options_description_test_dll: cw-9.4 sun-5.8* parsers_test: sun-5.8* parsers_test_dll: cw-9.4 sun-5.8* positional_options_test: sun-5.8* positional_options_test_dll: cw-9.4 sun-5.8* unicode_test_dll: borland-5_8_2 cw-9.4 variable_map_test: sun-5.8* variable_map_test_dll: borland-5_8_2 cw-9.4 sun-5.8* winmain_dll: cw-9.4 |python| andreas_beyer: darwin-4.0.1 gcc-4_0_3_tru64 sun-5.8* args: darwin-4.0.1 gcc-4_0_3_tru64 sun-5.8* auto_ptr: darwin-4.0.1 gcc-4_0_3_tru64 sun-5.8* back_reference: darwin-4.0.1 gcc-4_0_3_tru64 sun-5.8* bases: gcc-3.2.3_linux gcc-3.3.6_linux gcc-3.4.5_linux gcc-3.4.5_linux_x86_64 gcc-4.0.3_linux gcc-4.1.0_linux sun-5.8* ben_scott1: darwin-4.0.1 gcc-4_0_3_tru64 sun-5.8* bienstman1: darwin-4.0.1 gcc-4_0_3_tru64 sun-5.8* bienstman2: darwin-4.0.1 gcc-4_0_3_tru64 sun-5.8* bienstman3: darwin-4.0.1 gcc-4_0_3_tru64 sun-5.8* borrowed: sun-5.8* builtin_converters: darwin-4.0.1 gcc-4_0_3_tru64 callbacks: darwin-4.0.1 gcc-4_0_3_tru64 sun-5.8* const_argument: darwin-4.0.1 gcc-4_0_3_tru64 sun-5.8* crossmod_exception: darwin-4.0.1 gcc-4_0_3_tru64 sun-5.8* data_members: darwin-4.0.1 gcc-4_0_3_tru64 sun-5.8* defaults: darwin-4.0.1 gcc-4_0_3_tru64 sun-5.8* dict: darwin-4.0.1 gcc-4_0_3_tru64 sun-5.8* docstring: darwin-4.0.1 gcc-4_0_3_tru64 msvc-8.0 sun-5.8* enum: darwin-4.0.1 gcc-4_0_3_tru64 sun-5.8* exception_translator: darwin-4.0.1 gcc-4_0_3_tru64 sun-5.8* exec: cw-9.4 gcc-3.2.3_linux gcc-3.3.6_linux gcc-3.4.5_linux gcc-3.4.5_linux_x86_64 gcc-4.0.3_linux gcc-4.1.0_linux gcc-4.1.0_linux_x86_64 sun-5.8* extract: darwin-4.0.1 gcc-4_0_3_tru64 sun-5.8* implicit: darwin-4.0.1 gcc-4_0_3_tru64 sun-5.8* indirect_traits_test: sun-5.8* injected: darwin-4.0.1 gcc-4_0_3_tru64 sun-5.8* iterator: darwin-4.0.1 gcc-4_0_3_tru64 sun-5.8* keywords: darwin-4.0.1 gcc-4_0_3_tru64 sun-5.8* list: darwin-4.0.1 gcc-4_0_3_tru64 sun-5.8* long: darwin-4.0.1 gcc-4_0_3_tru64 sun-5.8* map_indexing_suite: darwin-4.0.1 gcc-4_0_3_tru64 minimal: darwin-4.0.1 gcc-4_0_3_tru64 sun-5.8* multi_arg_constructor: darwin-4.0.1 gcc-4_0_3_tru64 sun-5.8* nested: darwin-4.0.1 gcc-4_0_3_tru64 sun-5.8* numpy: darwin-4.0.1 sun-5.8* object: darwin-4.0.1 gcc-4_0_3_tru64 sun-5.8* object_manager: sun-5.8* opaque: darwin-4.0.1 gcc-4_0_3_tru64 sun-5.8* operators: darwin-4.0.1 gcc-4_0_3_tru64 sun-5.8* pearu1: darwin-4.0.1 gcc-4_0_3_tru64 sun-5.8* pickle1: darwin-4.0.1 gcc-4_0_3_tru64 sun-5.8* pickle2: darwin-4.0.1 gcc-4_0_3_tru64 sun-5.8* pickle3: darwin-4.0.1 gcc-4_0_3_tru64 sun-5.8* pickle4: darwin-4.0.1 gcc-4_0_3_tru64 sun-5.8* pointee: gcc-3.2.3_linux gcc-3.3.6_linux gcc-3.4.5_linux gcc-3.4.5_linux_x86_64 gcc-4.0.3_linux gcc-4.1.0_linux sun-5.8* pointer_type_id_test: gcc-3.2.3_linux gcc-3.3.6_linux gcc-3.4.5_linux gcc-3.4.5_linux_x86_64 gcc-4.0.3_linux gcc-4.1.0_linux sun-5.8* pointer_vector: darwin-4.0.1 gcc-4_0_3_tru64 sun-5.8* polymorphism: darwin-4.0.1 gcc-4_0_3_tru64 sun-5.8* polymorphism2: darwin-4.0.1 gcc-4_0_3_tru64 sun-5.8* polymorphism2_auto_ptr: darwin-4.0.1 gcc-4_0_3_tru64 sun-5.8* properties: darwin-4.0.1 gcc-4_0_3_tru64 sun-5.8* raw_ctor: darwin-4.0.1 gcc-4_0_3_tru64 sun-5.8* return_arg: darwin-4.0.1 gcc-4_0_3_tru64 sun-5.8* select_arg_to_python_test: sun-5.8* select_from_python_test: sun-5.8* sun-5.8* select_holder: sun-5.8* shared_ptr: darwin-4.0.1 gcc-4_0_3_tru64 sun-5.8* slice: darwin-4.0.1 gcc-4.0.3_linux gcc-4.0.3_linux gcc-4.1.0_linux gcc-4.1.0_linux gcc-4_0_3_tru64 sun-5.8* staticmethod: darwin-4.0.1 gcc-4_0_3_tru64 sun-5.8* stl_iterator: darwin-4.0.1 gcc-4_0_3_tru64 sun-5.8* str: darwin-4.0.1 gcc-4_0_3_tru64 sun-5.8* string_literal: sun-5.8* test_pointer_adoption: darwin-4.0.1 gcc-4_0_3_tru64 sun-5.8* try: darwin-4.0.1 gcc-4_0_3_tru64 sun-5.8* tuple: darwin-4.0.1 gcc-4_0_3_tru64 sun-5.8* upcast: gcc-3.2.3_linux gcc-3.3.6_linux gcc-3.4.5_linux gcc-3.4.5_linux_x86_64 gcc-4.0.3_linux gcc-4.1.0_linux sun-5.8* vector_indexing_suite: darwin-4.0.1 gcc-4_0_3_tru64 sun-5.8* virtual_functions: darwin-4.0.1 gcc-4_0_3_tru64 sun-5.8* voidptr: darwin-4.0.1 gcc-4_0_3_tru64 sun-5.8* wrapper_held_type: darwin-4.0.1 gcc-4_0_3_tru64 sun-5.8* |random| random_test: intel-linux-9.0 sun-5.8* |range| array: sun-5.8* extension_mechanism: vc-6_5 vc-6_5-stlport vc-7_0 string: sun-5.8* sub_range: vc-7_1-stlport |rational| rational_test: borland-5_6_4 vc-6_5 vc-6_5-stlport vc-7_0 |regex| collate_info: gcc-3.3.6 gcc-3.4.3_sunos gcc-3.4.4 gcc-3_4_4_tru64 gcc-4_0_3_tru64 hp_cxx-71_006_tru64 qcc-3.3.5_cpp qcc-3.3.5_gpp sun-5.8* concept_check: msvc-8.0 grep: gcc-3.3.6 gcc-3.4.3_sunos gcc-3.4.4 gcc-3_4_4_tru64 gcc-4_0_3_tru64 hp_cxx-71_006_tru64 qcc-3.3.5_cpp qcc-3.3.5_gpp static_mutex_test: sun-5.8* wide_posix_api_check_c: qcc-3.3.5_gpp |serialization| test_array_binary_archive: sun-5.8* test_array_binary_archive_dll: sun-5.8* test_array_text_archive: sun-5.8* test_array_text_archive_dll: sun-5.8* test_array_text_warchive: sun-5.8* test_array_text_warchive_dll: sun-5.8* test_array_xml_archive: sun-5.8* test_array_xml_archive_dll: sun-5.8* test_array_xml_warchive: sun-5.8* test_array_xml_warchive_dll: sun-5.8* test_binary_text_warchive: sun-5.8* test_binary_text_warchive_dll: sun-5.8* test_binary_xml_warchive: sun-5.8* test_binary_xml_warchive_dll: sun-5.8* test_class_info_save_text_warchive: sun-5.8* test_class_info_save_text_warchive_dll: sun-5.8* test_class_info_save_xml_warchive: sun-5.8* test_class_info_save_xml_warchive_dll: sun-5.8* test_codecvt_null: qcc-3.3.5_gpp sun-5.8* test_const_load_fail1: borland-5_8_2 test_const_load_fail1_nvp: borland-5_8_2 test_const_load_fail2: borland-5_8_2 test_const_load_fail2_nvp: borland-5_8_2 test_contained_class_binary_archive: sun-5.8* test_contained_class_binary_archive_dll: sun-5.8* test_contained_class_text_archive: sun-5.8* test_contained_class_text_archive_dll: sun-5.8* test_contained_class_text_warchive: sun-5.8* test_contained_class_text_warchive_dll: sun-5.8* test_contained_class_xml_archive: sun-5.8* test_contained_class_xml_archive_dll: sun-5.8* test_contained_class_xml_warchive: sun-5.8* test_contained_class_xml_warchive_dll: sun-5.8* test_cyclic_ptrs_binary_archive: sun-5.8* test_cyclic_ptrs_binary_archive_dll: sun-5.8* test_cyclic_ptrs_text_archive: sun-5.8* test_cyclic_ptrs_text_archive_dll: sun-5.8* test_cyclic_ptrs_text_warchive: sun-5.8* test_cyclic_ptrs_text_warchive_dll: sun-5.8* test_cyclic_ptrs_xml_archive: sun-5.8* test_cyclic_ptrs_xml_archive_dll: sun-5.8* test_cyclic_ptrs_xml_warchive: sun-5.8* test_cyclic_ptrs_xml_warchive_dll: sun-5.8* test_delete_pointer_text_warchive: sun-5.8* test_delete_pointer_text_warchive_dll: sun-5.8* test_delete_pointer_xml_warchive: sun-5.8* test_delete_pointer_xml_warchive_dll: sun-5.8* test_demo_fast_archive: sun-5.8* test_demo_fast_archive_dll: sun-5.8* test_demo_portable_archive: msvc-8.0 test_demo_portable_archive_dll: msvc-8.0 vc-6_5 test_deque_binary_archive: sun-5.8* test_deque_binary_archive_dll: sun-5.8* test_deque_text_archive: sun-5.8* test_deque_text_archive_dll: sun-5.8* test_deque_text_warchive: sun-5.8* test_deque_text_warchive_dll: sun-5.8* test_deque_xml_archive: sun-5.8* test_deque_xml_archive_dll: sun-5.8* test_deque_xml_warchive: sun-5.8* test_deque_xml_warchive_dll: sun-5.8* test_derived_class_binary_archive: sun-5.8* test_derived_class_binary_archive_dll: sun-5.8* test_derived_class_ptr_binary_archive: sun-5.8* test_derived_class_ptr_binary_archive_dll: sun-5.8* test_derived_class_ptr_text_archive: sun-5.8* test_derived_class_ptr_text_archive_dll: sun-5.8* test_derived_class_ptr_text_warchive: sun-5.8* test_derived_class_ptr_text_warchive_dll: sun-5.8* test_derived_class_ptr_xml_archive: sun-5.8* test_derived_class_ptr_xml_archive_dll: sun-5.8* test_derived_class_ptr_xml_warchive: sun-5.8* test_derived_class_ptr_xml_warchive_dll: sun-5.8* test_derived_class_text_archive: sun-5.8* test_derived_class_text_archive_dll: sun-5.8* test_derived_class_text_warchive: sun-5.8* test_derived_class_text_warchive_dll: sun-5.8* test_derived_class_xml_archive: sun-5.8* test_derived_class_xml_archive_dll: sun-5.8* test_derived_class_xml_warchive: sun-5.8* test_derived_class_xml_warchive_dll: sun-5.8* test_derived_text_warchive: sun-5.8* test_derived_text_warchive_dll: sun-5.8* test_derived_xml_warchive: sun-5.8* test_derived_xml_warchive_dll: sun-5.8* test_diamond_text_warchive: sun-5.8* test_diamond_text_warchive_dll: sun-5.8* test_diamond_xml_warchive: sun-5.8* test_diamond_xml_warchive_dll: sun-5.8* test_exported_text_warchive: sun-5.8* test_exported_text_warchive_dll: sun-5.8* test_exported_xml_warchive: sun-5.8* test_exported_xml_warchive_dll: sun-5.8* test_list_binary_archive: sun-5.8* test_list_binary_archive_dll: sun-5.8* test_list_ptrs_binary_archive: sun-5.8* test_list_ptrs_binary_archive_dll: sun-5.8* test_list_ptrs_text_archive: sun-5.8* test_list_ptrs_text_archive_dll: sun-5.8* test_list_ptrs_text_warchive: sun-5.8* test_list_ptrs_text_warchive_dll: sun-5.8* test_list_ptrs_xml_archive: sun-5.8* test_list_ptrs_xml_archive_dll: sun-5.8* test_list_ptrs_xml_warchive: sun-5.8* test_list_ptrs_xml_warchive_dll: sun-5.8* test_list_text_archive: sun-5.8* test_list_text_archive_dll: sun-5.8* test_list_text_warchive: sun-5.8* test_list_text_warchive_dll: sun-5.8* test_list_xml_archive: sun-5.8* test_list_xml_archive_dll: sun-5.8* test_list_xml_warchive: sun-5.8* test_list_xml_warchive_dll: sun-5.8* test_map_binary_archive: sun-5.8* test_map_binary_archive_dll: sun-5.8* test_map_text_archive: sun-5.8* test_map_text_archive_dll: sun-5.8* test_map_text_warchive: sun-5.8* test_map_text_warchive_dll: sun-5.8* test_map_xml_archive: sun-5.8* test_map_xml_archive_dll: sun-5.8* test_map_xml_warchive: sun-5.8* test_map_xml_warchive_dll: sun-5.8* test_mi_text_warchive: sun-5.8* test_mi_text_warchive_dll: sun-5.8* test_mi_xml_warchive: sun-5.8* test_mi_xml_warchive_dll: sun-5.8* test_multiple_ptrs_binary_archive: sun-5.8* test_multiple_ptrs_binary_archive_dll: sun-5.8* test_multiple_ptrs_text_archive: sun-5.8* test_multiple_ptrs_text_archive_dll: sun-5.8* test_multiple_ptrs_text_warchive: sun-5.8* test_multiple_ptrs_text_warchive_dll: sun-5.8* test_multiple_ptrs_xml_archive: sun-5.8* test_multiple_ptrs_xml_archive_dll: sun-5.8* test_multiple_ptrs_xml_warchive: sun-5.8* test_multiple_ptrs_xml_warchive_dll: sun-5.8* test_no_rtti_binary_archive: borland-5_8_2 test_no_rtti_binary_archive_dll: borland-5_8_2 test_no_rtti_text_archive: borland-5_8_2 test_no_rtti_text_archive_dll: borland-5_8_2 test_no_rtti_text_warchive: borland-5_8_2 sun-5.8* test_no_rtti_text_warchive_dll: borland-5_8_2 sun-5.8* test_no_rtti_xml_archive: borland-5_8_2 test_no_rtti_xml_archive_dll: borland-5_8_2 test_no_rtti_xml_warchive: borland-5_8_2 sun-5.8* test_no_rtti_xml_warchive_dll: borland-5_8_2 sun-5.8* test_non_default_ctor2_text_archive: qcc-3.3.5_cpp test_non_default_ctor2_text_archive_dll: qcc-3.3.5_cpp test_non_default_ctor2_text_warchive: qcc-3.3.5_cpp sun-5.8* test_non_default_ctor2_text_warchive_dll: qcc-3.3.5_cpp sun-5.8* test_non_default_ctor2_xml_warchive: sun-5.8* test_non_default_ctor2_xml_warchive_dll: sun-5.8* test_non_default_ctor_text_warchive: sun-5.8* test_non_default_ctor_text_warchive_dll: sun-5.8* test_non_default_ctor_xml_warchive: sun-5.8* test_non_default_ctor_xml_warchive_dll: sun-5.8* test_non_intrusive_text_warchive: sun-5.8* test_non_intrusive_text_warchive_dll: sun-5.8* test_non_intrusive_xml_warchive: sun-5.8* test_non_intrusive_xml_warchive_dll: sun-5.8* test_null_ptr_text_warchive: sun-5.8* test_null_ptr_text_warchive_dll: sun-5.8* test_null_ptr_xml_warchive: sun-5.8* test_null_ptr_xml_warchive_dll: sun-5.8* test_nvp_binary_archive: 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Re: [boost] Is there interest in parallel versions of <algorithm>functions?
by Matt Doyle 08 Jun '06

08 Jun '06

> [mailto:boost-bounces@lists.boost.org] On Behalf Of Clint Levijoki > > 2. In the couple days of r&d I have come up with a class > named parallel_task_master which runs a thread function many > times over and manages them so you keep your thread counts > low and working as hard as possible. So if you have a > quad-core cpu it can be specified so you never go over a 4 > thread limit. It's also setup so you can keep adding tasks > recursively and it will keep the thread count fixed and never > deadlock. I would definitely be interested in hearing more about what you've come up with. Regards, Matt Scanned by McAfee GroupShield {X3BTB534}

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