July 2006 - Boost - lists.preview.boost.org

boost::array support for runtime-sized arrays
by Steven Burns 20 Jul '06

20 Jul '06

Recently I came up with a modified version of boost::array that supports runtime sized arrays. The current boost::array implementation is great but every now and then you'll need runtime-sized arrays: it's simply impossible to know everything at compile time. It is backwards compatible: boost::array<int, 10> sarray; but it can be used this way now: boost::array<int> darray(10); I realize you could simply use std::vector, but sometimes all you want is a fixed-size array (but sized at runtime). Besides, I am not sure about the overhead involved with std::vector for these simple scenarios. Comments welcome, Steven

6 11

Re: [boost] boost::array support for runtime-sized arrays
by Sohail Somani 20 Jul '06

20 Jul '06

But scoped_array is meant to be a C++ array. Its only goal is (and probably should be) to call delete[]. > -----Original Message----- > From: boost-bounces(a)lists.boost.org > [mailto:boost-bounces@lists.boost.org] On Behalf Of Steven Burns > Sent: Thursday, July 20, 2006 9:22 AM > To: boost(a)lists.boost.org > Subject: Re: [boost] boost::array support for runtime-sized arrays > > Actually the size of the container I have would be (sizeof(void*) + > sizeof(size_t)) because you have to store the array's length, > so I have to > agree is starting to look like we are better of using std::vector. > > The problem I see with scoped_array is that it doesnt even > have a size() or > equivalent method which is kind of mandatory for very array class. > > Steven. > > > > "John Maddock" <john(a)johnmaddock.co.uk> wrote in message > news:005e01c6ac13$0cd8f8e0$ea8c0252@fuji... > > Steven Burns wrote: > >> Indeed I did a partial spec. when the size is 0 (size_t > cannot be -1) > >> Losing the aggregate behavior was not an option so I only have > >> constructors on this specialization. > >> > >> This means you can still do this: > >> > >> boost::array<int, 5> sarray = {1,2,3,4,5}; // works! > >> > >> but not this: > >> > >> boost::array<int> sarray(5) = {1,2,3,4,5}; // no way jose :( > >> > >> There's simply no way to create runtime-sized aggregates > (that I know > >> of) > >> I am looking for a test suite for boost::array (if exists) to make > >> sure I didnt break anything, and I also wanted to hear > some opinions > >> on the subject. > > > > Unfortunately that would break Boost.Array in Boost-1.34 > onwards which > > already has a TR1-compatible partial specialisation for > zero-sized arrays. > > > > I've been trying to think of what array-like objects I use > already and how > > this would fit in: > > > > C style arrays: > > Hardly ever, except for small immutable arrays. For > example tables of > > coefficients for rational approximations. > > > > Boost.Array: > > Mostly for fixed size tables of immutable data, test data > for example. > > > > Scoped_array: > > Useful for temporary buffers whose size is determined at > runtime. Doesn't > > have a container interface though, and probably mostly used for > > interfacing > > with legacy C API's. > > > > Shared_array: > > Never used it. Might do if I wanted to write a copy-on-write > > string/vector, > > but that's about all. > > > > std::vector/std::string: > > Used for everything else, which encompasses quite a lot :-) > > > > So.... you have quite a lot of competition here, and I've > yet to see a > > compelling reason to have yet-another-vector :-) > > > > Thinking out loud, the issues, seems to boil down to: > > > > Code size: I would be very surprised to see any difference, although > > vector/string have "fatter" interfaces, you only pay for the member > > functions you actually use. Indeed if vector<whatever> is > instantiated > > already somewhere else in the program, or if you can use > std::string and > > that's already in use elsewhere, then you may *save* on > code size by > > reusing > > these. > > > > Object size: I guess your runtime-sized array would be > sizeof(void*) in > > size, compared to typically three times that for a vector. > There may be > > times when that's important - embedded systems for example > - but then > > unless > > you really need a container-like interface scoped_array is > probably a > > better > > bet. > > > > Actually I think I may have just provided a compelling > reason for a real > > lightweight container after all then! It would have to be called > > something > > other than array though :-) > > > > Just thinking out loud, > > > > John. > > > > _______________________________________________ > > Unsubscribe & other changes: > > http://lists.boost.org/mailman/listinfo.cgi/boost > > > > > > _______________________________________________ > Unsubscribe & other changes: > http://lists.boost.org/mailman/listinfo.cgi/boost >

1 0

Boost.Build
by Glenn Williamson 20 Jul '06

20 Jul '06

First time Boost user, trying to get it to build on VS C++ v8 .. and to be quite honest, haven't touched C++ itself for about 5 years so it's taken me a cuppla hours to even get to this point ;) I know the new version of Boost.build (2.0 v11) was only released this morning, but I think I may have found a bug. I get an assertion when I try to "build vc8" (which I've attached to the bottom of the email). For some reason it's trying to call _loctotime64_t, when I'm running on a 32 bit machine. While that's a little weird, what's weirder is that the assertion fails. And even weird than that - I've commented out the assertion from dtoxtm64.c, and it still comes up! Someone lend a hand to a newbie please ;) gleNN --------------------------- Microsoft Visual C++ Debug Library --------------------------- Debug Assertion Failed! Program: ... File: dtoxtm64.c Line: 67 Expression: ( ( ( long )( yr - 1900 ) >= _BASE_YEAR ) && ( ( long )( yr - 1900 ) <= _MAX_YEAR64 ) ) For information on how your program can cause an assertion failure, see the Visual C++ documentation on asserts. (Press Retry to debug the application) --------------------------- Abort Retry Ignore ---------------------------

2 2

Boost regression notification (2006-07-20 [RC_1_34_0])
by Douglas Gregor 20 Jul '06

20 Jul '06

Boost Regression test failures Report time: 2006-07-20T11:49:22Z 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… 255 failures in 24 libraries algorithm/string (1) concept_check (1) filesystem (2) graph (5) integer (3) io (1) iostreams (39) mpl (7) numeric/conversion (4) numeric/interval (1) numeric/ublas (7) parameter (30) pool (3) program_options (9) python (25) random (1) rational (4) serialization (32) signals (16) statechart (1) test (2) tr1 (53) typeof (7) utility (1) |algorithm/string| regex: borland-5_6_4 |concept_check| class_concept_check_test: vc-7_1-stlport |filesystem| operations_test: vc-7_1-stlport operations_test_dll: vc-7_1-stlport |graph| adjacency_matrix_test: vc-7_0 bidir_remove_edge: vc-7_0 graphviz_test: msvc-8.0 msvc-8.0 vc-7_1-stlport |integer| integer_traits_test: qcc-3.3.5_gpp qcc-3.3.5_gpp qcc-3.3.5_gpp |io| ios_state_unit_test: gcc-4.1.0_linux_x86_64 |iostreams| array_test: vc-6_5 auto_close_test: vc-6_5 buffer_size_test: vc-6_5 bzip2_test: msvc-7.1 msvc-8.0 code_converter_test: vc-6_5 component_access_test: vc-6_5 compose_test: borland-5_6_4 vc-6_5 copy_test: vc-6_5 counter_test: 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: vc-6_5 vc-7_1-stlport finite_state_filter_test: cw-9.4 flush_test: vc-6_5 gzip_test: msvc-7.1 msvc-8.0 invert_test: vc-6_5 line_filter_test: vc-6_5 mapped_file_test: vc-6_5 newline_test: vc-6_5 null_test: vc-6_5 pipeline_test: vc-6_5 positioning_test: vc-6_5 regex_filter_test: vc-6_5 restrict_test: vc-6_5 seekable_file_test: vc-6_5 seekable_filter_test: vc-6_5 stdio_filter_test: vc-6_5 symmetric_filter_test: vc-6_5 tee_test: vc-6_5 wide_stream_test: vc-6_5 zlib_test: msvc-7.1 msvc-8.0 |mpl| apply: gcc-4.1.0_linux_x86_64 gcc-4.1.1_sunos_i86pc multiset: gcc-4.0.3_linux gcc-4.1.0_linux gcc-4.1.0_linux_x86_64 gcc-4.1.1_sunos_i86pc gcc-4_0_3_tru64 |numeric/conversion| converter_test: borland-5_8_2 traits_test: borland-5_8_2 udt_example_0: borland-5_8_2 udt_support_test: borland-5_8_2 |numeric/interval| test_float: vc-7_1-stlport |numeric/ublas| concepts: vc-7_1-stlport vc-7_1-stlport test1: vc-7_1-stlport test2: vc-7_1-stlport test4: vc-7_1-stlport test5: vc-7_1-stlport vc-7_1-stlport |parameter| basics: borland-5_6_4 borland-5_8_2 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 maybe: vc-6_5 vc-6_5-stlport vc-7_0 mpl: borland-5_6_4 borland-5_8_2 preprocessor: borland-5_6_4 borland-5_8_2 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 vc-6_5-stlport singular: borland-5_6_4 borland-5_8_2 unnamed: borland-5_6_4 borland-5_8_2 unnamed_fail: vc-6_5 vc-6_5-stlport vc-7_0 |pool| test_pool_alloc: qcc-3.3.5_cpp qcc-3.3.5_cpp qcc-3.3.5_cpp |program_options| cmdline_test_dll: cw-9.4 options_description_test_dll: cw-9.4 parsers_test_dll: cw-9.4 positional_options_test_dll: cw-9.4 unicode_test_dll: borland-5_8_2 cw-9.4 variable_map_test_dll: borland-5_8_2 cw-9.4 winmain_dll: cw-9.4 |python| bases: gcc-3.2.3_linux gcc-3.3.6_linux gcc-3.4.5_linux exec: cw-9.4 darwin-4.0.1 gcc-3.2.3_linux gcc-3.3.6_linux gcc-3.4.5_linux msvc-8.0 qcc-3.3.5_cpp qcc-3.3.5_cpp qcc-3.3.5_gpp qcc-3.3.5_gpp pointee: gcc-3.2.3_linux gcc-3.3.6_linux gcc-3.4.5_linux pointer_type_id_test: gcc-3.2.3_linux gcc-3.3.6_linux gcc-3.4.5_linux select_from_python_test: darwin-4.0.1 qcc-3.3.5_cpp qcc-3.3.5_gpp upcast: gcc-3.2.3_linux gcc-3.3.6_linux gcc-3.4.5_linux |random| random_test: intel-linux-9.0 |rational| rational_test: borland-5_6_4 vc-6_5 vc-6_5-stlport vc-7_0 |serialization| test_class_info_load_text_warchive: vc-6_5 test_codecvt_null: qcc-3.3.5_gpp qcc-3.3.5_gpp qcc-3.3.5_gpp test_non_default_ctor2_text_archive: qcc-3.3.5_cpp qcc-3.3.5_cpp qcc-3.3.5_cpp test_non_default_ctor2_text_archive_dll: qcc-3.3.5_cpp qcc-3.3.5_cpp qcc-3.3.5_cpp test_non_default_ctor2_text_warchive: qcc-3.3.5_cpp qcc-3.3.5_cpp qcc-3.3.5_cpp test_non_default_ctor2_text_warchive_dll: qcc-3.3.5_cpp qcc-3.3.5_cpp qcc-3.3.5_cpp test_recursion_binary_archive_dll: msvc-8.0 test_reset_object_address: vc-7_0 test_reset_object_address_dll: vc-7_0 test_shared_ptr_132_xml_archive_dll: msvc-8.0 test_simple_class_binary_archive_dll: vc-6_5 test_simple_class_text_archive_dll: vc-6_5 test_simple_class_text_warchive_dll: vc-6_5 test_simple_class_xml_archive_dll: vc-6_5 test_simple_class_xml_warchive_dll: vc-6_5 test_utf8_codecvt: qcc-3.3.5_gpp qcc-3.3.5_gpp qcc-3.3.5_gpp test_variant_xml_archive: borland-5_8_2 test_variant_xml_archive_dll: borland-5_8_2 test_variant_xml_warchive: borland-5_8_2 test_variant_xml_warchive_dll: borland-5_8_2 |signals| dead_slot_test: gcc-3.3.6 gcc-3.3.6_linux qcc-3.3.5_cpp qcc-3.3.5_cpp qcc-3.3.5_cpp qcc-3.3.5_gpp qcc-3.3.5_gpp qcc-3.3.5_gpp trackable_test: gcc-3.3.6 gcc-3.3.6_linux qcc-3.3.5_cpp qcc-3.3.5_cpp qcc-3.3.5_cpp qcc-3.3.5_gpp qcc-3.3.5_gpp qcc-3.3.5_gpp |statechart| TransitionTestRelaxed: msvc-8.0 |test| parameterized_test_test: vc-6_5 vc-6_5-stlport |tr1| std_test_bind: darwin-4.0.1 std_test_ref_wrapper_tricky: borland-5_6_4 borland-5_8_2 darwin-4.0.1 gcc-3.2.3_linux gcc-3.3.6_linux gcc-3.4.3_sunos 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-4.1.1_sunos_i86pc hp_cxx-71_006_tru64 intel-linux-9.0 msvc-7.1 msvc-8.0 msvc-8.0 qcc-3.3.5_cpp qcc-3.3.5_gpp test_bind: darwin-4.0.1 test_boost: vc-7_1-stlport test_hash: vc-7_1-stlport test_random: vc-7_1-stlport test_ref_wrapper_tricky: borland-5_6_4 borland-5_8_2 darwin-4.0.1 gcc-3.2.3_linux gcc-3.3.6_linux gcc-3.4.3_sunos 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-4.1.1_sunos_i86pc hp_cxx-71_006_tru64 intel-linux-9.0 msvc-7.1 msvc-8.0 msvc-8.0 qcc-3.3.5_cpp qcc-3.3.5_gpp test_regex: vc-7_1-stlport tr1_has_trivial_destr_test: borland-5_6_4 tr1_has_virtual_destr_test: borland-5_6_4 tr1_tky_abstract_type_test: borland-5_6_4 tr1_tky_function_type_test: borland-5_6_4 tr1_tky_incomplete_type_test: borland-5_6_4 borland-5_8_2 tr1_tky_partial_spec_test: borland-5_6_4 |typeof| function_binding_native: vc-6_5 vc-6_5-stlport vc-7_0 nested_typedef_emulation: cw-9.4 odr_no_uns: vc-6_5 vc-6_5-stlport vc-7_0 |utility| operators_test: gcc-3.4.5_linux_x86_64

1 0

Re: [boost] Fw: Is there interest for iterator based conversion library? attempt #2
by Alexander A Potocki 20 Jul '06

20 Jul '06

Shunsuke Sogame wrote: > Your code looks similar to Boost.Serialization Data Flow. > http://www.boost.org/libs/serialization/doc/dataflow.html Yes, something is similar. As Dataflow as my library provide the set of basic transformation primitives and give possibility to compose them to create a complex compound converter. But there are several distinctions. 1 Create and instantiation of conversion entity in my library takes place in the same time. Dataflow at first create compound iterator type and then instantiate it. Such instantiation is simple and not clear. 2 My library provides as input as output conversion iterators, but Dataflow, it seems, provides only input iterator. Taking in mind "outputness" or "inputness" of iterator I distinguish transformation algorithms for concrete conversion. For output iterator it's one, for input iterator it's slightly (or not slightly) other. 3. Shifting operation is not clear at all in Dataflow. > But, we have now Boost.Range. > Assume 'range_copy(rng,it)' just calls > 'std::copy(boost::begin(rng),boost::end(rng),it)'. > > range_copy(make_u32_to_u8_iterator_range(src), it); > > There is no typedef's. > You can look into <boost/regex/pending/unicode_iterator.hpp>, which > shows such implementations. It's not clear for me. range_copy is a good method, but make_XXX_to_YYY_iterator_range will be implemented using the same typedefs. And what is more how many make_ZZZ functions will be provided? I guess there are very many combinations of possible XXX and YYY.

2 1

Typos in source (refered and prefered are used instead of referred and preferred)
by Domenico Andreoli 20 Jul '06

20 Jul '06

hi, debian user and developer Roger Leigh reported some typos in Boost sources. i'm attaching his patch against your CVS. full debian bug report is available at http://bugs.debian.org/378016. please fix it before 1.34.0. thank you domenico -----[ Domenico Andreoli, aka cavok --[ http://people.debian.org/~cavok/gpgkey.asc ---[ 3A0F 2F80 F79C 678A 8936 4FEE 0677 9033 A20E BC50

2 1

Fw: Is there interest for iterator based conversion library? attempt #2
by Alexander A Potocki 20 Jul '06

20 Jul '06

No comments during about 2 weeks. what's wrong? > Hi boost community! > > I would like to propose my iterator based conversion library. > It allows declaring and using transformations by following way: > > std::wstring utf16string(L”some sequence to convert”); > > typedef cvt::encoder<wchar_t, char> coder_t; > coder_t coder = cvt::utf16() >> cvt::utf8(); > > That piece of code declares converter from wchar_t to char sequences and > then instantiate such converter by utf16 to utf8 transformation. > > Then that converter instance can be used by following way: > typedef cvt::convert_input_iterator<coder_t, std::wstring::const_iterator > > it_t; > - declaration of input iterator > > std::string result; > std::copy( > it_t(coder, utf16string.begin(), utf16string.end()), > it_t(coder, utf16string.end(), utf16string.end()), > std::back_inserter(result) > ); > Now we have utf8 encoded string in result container. That’s all. > > Library contains implementation for following transformations/algorithms: > utf7, utf8, utf16(be/le), utf32(be, le), Unicode simple folding, base64, > rc5(cipher/decipher). > Library allows creating pipeline converters, e.g.: > > typedef cvt::encoder<char, char> coder_t; // char to char sequence > transformation > coder_t coder = cvt::utf7() >> cvt::utf16() >> cvt::utf8() / cvt::int8() > >> cvt::rc5<32,12,8>(key) / cvt::int8() >> cvt::base64(); > > That expression defines pipeline transformation. Utf7 encoded sequence > transforms to utf16 encoded sequence, then to utf8 encoded, then performs > rc5 cipher with specified key, then performs base64 encoding. > > Library can be found at http://sourceforge.net/projects/trotter-cvt/ > > > Alexander Potocki

2 1

[asio] Modified SSL client to reproduce error
by Scott 20 Jul '06

20 Jul '06

Chris, I took the existing SSL client.cpp code and added a thread to it. I removed the code to prompt the user for a string to send to the server and instead it will randomly pick one of 3 messages to constantly send them. In the 2nd thread, it basically does the same thing, but sends 1 of 3 different messages. Both threads are using the same socket. The first thread is using async IO to read and write the messages. The 2nd thread only sends synchronous messages at random intervals (the first thread picks up the responses from the 2nd thread's asio::write). This program fails rather quickly on Windows XP using MSVS 7.1. First off, did I program this correctly? If so, then I think it can be used to determine some of the SSL issues. :) Thanks, Scott

3 2

Boost.Build V2, Milestone 11 released
by Vladimir Prus 20 Jul '06

20 Jul '06

I'm pleased to announce that the next milestone release of Boost.Build V2 is available at http://prdownloads.sourceforge.net/boost/boost-build-2.0-m11.tar.bz2 http://prdownloads.sourceforge.net/boost/boost-build-2.0-m11.zip See also http://boost.org/boost-build2/ for online docs (a copy is included in distribution). Changes in this release: - New C++ compilers: IBM xlf, HP aCC, HP CXX, Intel fortran compiler. - New tools: Qt4 support, MS message compiler and IDL compiler. - New main targets: 'notfile' and 'cast'. - Core changes: - Only one file required at top level of a project, named Jamroot. - Jamfiles can now contain project-specific help messages. - "Indirect conditional requirements" introduced (http://tinyurl.com/mn3jp) - Strip suffix in main target names when computing names of generated files (URL) - The 'source-location' project attribute can contain several directories. - Usage requirements are propagated not only direct dependents, but to indirect dependents. - Command line option changes (see http://tinyurl.com/zbycz) - New option --build-dir - The --clean option cleans only target below the current directory, not globally. - New --clean-all option was added. - New option --debug-building - Running "bjam some_directory" works even if there's no Jamfile in the current directory. - Toolset improvements: - Assembling support with gcc, borland and msvc. - Support amd64/ia64 cross-compiling with msvc. - Improved, registry-based autodetection for msvc. - Serialize execution of gcc.link actions - Precompiled headers supported on MSVC (Need documentation) - New features <warnings> and <warnings-as-errors> - The 'glob' rule accepts wildcards in directory names. - The 'stage' rule was renamed to 'install' (the old name still available for compatibility) - The <tag> feature can accept user-defined function as value (URL) - The 'install' rule can install a directory hierarchy preserving relative paths. - The 'install' rule no longer allows to change library name during install. - The Jamfile referred via 'use-project' may declare project id different from the one in 'use-project'. - The 'using' rule now searches the directory of containing Jamfile. The following bugs were fixed: - The <library> feature was ignored for static linking - Fix #include scanning for C files. - Child projects were sometimes loaded before parent projects. - Fix project references with absolute paths on Windows. - The <dependency> feature was ignored for 'install' targets. - A generator having the same type in sources and targets was causing hang. - Use 'icpc' command for Intel, fixing errors with 8.1 and higher. - Generation of PS files with the FOP tool really produces .PS files. - No dependency scanning was done for C files. - The 'constant' and 'path-constant' rules did not accept multi-element value. - Don't pass -fcoalesce-templates to gcc on OSX 10.4 - Fix static lib suffix on OSX. - Fix rpath setting on Intel/Linux. - The 'install' rule don't unnecessary scans #includes in installed headers. Developer visible changes: - Ability to customize type's prefix depending on build properties. - Generator's 'run' method can return usage-requirements. - Main target rule is automatically declared for each new target type. - 'Link incompatible' feature attribute was removed - Generators no longer bypass unhandled sources, they just ignore them. - If there are several applicable generators, immediately report ambiguity. Provide a way to explicitly resolve conflicts between generators. - The 'flags' rule can match absense of feature. - Great improvement in response files handling - The 'toolset.flags' rules allows value-less feature to signify absense of this feature (fix hack-hack). - Automatically declare main target rule for each declared target type. - When inheriting types, inherit generators for the base type, as opposed to using various hacks to invoke base generators when needed. - Improve diagnostic for "duplicate actual target" and generator ambiguity. - Volodya -- Vladimir Prus http://vladimir_prus.blogspot.com Boost.Build V2: http://boost.org/boost-build2

1 0

Boost regression notification (2006-07-19 [RC_1_34_0])
by Douglas Gregor 19 Jul '06

19 Jul '06

Boost Regression test failures Report time: 2006-07-19T11:39:31Z 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… 243 failures in 24 libraries algorithm/string (1) concept_check (1) filesystem (2) graph (6) integer (3) io (1) iostreams (39) mpl (7) numeric/conversion (4) numeric/interval (1) numeric/ublas (7) parameter (30) pool (3) program_options (9) python (25) random (1) rational (4) serialization (30) signals (16) spirit (2) test (2) tr1 (41) typeof (7) utility (1) |algorithm/string| regex: borland-5_6_4 |concept_check| class_concept_check_test: vc-7_1-stlport |filesystem| operations_test: vc-7_1-stlport operations_test_dll: vc-7_1-stlport |graph| adjacency_matrix_test: vc-7_0 bidir_remove_edge: vc-7_0 graphviz_test: msvc-8.0 msvc-8.0 vc-7_1-stlport matching_test: msvc-8.0 |integer| integer_traits_test: qcc-3.3.5_gpp qcc-3.3.5_gpp qcc-3.3.5_gpp |io| ios_state_unit_test: gcc-4.1.0_linux_x86_64 |iostreams| array_test: vc-6_5 auto_close_test: vc-6_5 buffer_size_test: vc-6_5 bzip2_test: msvc-7.1 msvc-8.0 code_converter_test: vc-6_5 component_access_test: vc-6_5 compose_test: borland-5_6_4 vc-6_5 copy_test: vc-6_5 counter_test: 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: vc-6_5 vc-7_1-stlport finite_state_filter_test: cw-9.4 flush_test: vc-6_5 gzip_test: msvc-7.1 msvc-8.0 invert_test: vc-6_5 line_filter_test: vc-6_5 mapped_file_test: vc-6_5 newline_test: vc-6_5 null_test: vc-6_5 pipeline_test: vc-6_5 positioning_test: vc-6_5 regex_filter_test: vc-6_5 restrict_test: vc-6_5 seekable_file_test: vc-6_5 seekable_filter_test: vc-6_5 stdio_filter_test: vc-6_5 symmetric_filter_test: vc-6_5 tee_test: vc-6_5 wide_stream_test: vc-6_5 zlib_test: msvc-7.1 msvc-8.0 |mpl| apply: gcc-4.1.0_linux_x86_64 gcc-4.1.1_sunos_i86pc multiset: gcc-4.0.3_linux gcc-4.1.0_linux gcc-4.1.0_linux_x86_64 gcc-4.1.1_sunos_i86pc gcc-4_0_3_tru64 |numeric/conversion| converter_test: borland-5_8_2 traits_test: borland-5_8_2 udt_example_0: borland-5_8_2 udt_support_test: borland-5_8_2 |numeric/interval| test_float: vc-7_1-stlport |numeric/ublas| concepts: vc-7_1-stlport vc-7_1-stlport test1: vc-7_1-stlport test2: vc-7_1-stlport test4: vc-7_1-stlport test5: vc-7_1-stlport vc-7_1-stlport |parameter| basics: borland-5_6_4 borland-5_8_2 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 maybe: vc-6_5 vc-6_5-stlport vc-7_0 mpl: borland-5_6_4 borland-5_8_2 preprocessor: borland-5_6_4 borland-5_8_2 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 vc-6_5-stlport singular: borland-5_6_4 borland-5_8_2 unnamed: borland-5_6_4 borland-5_8_2 unnamed_fail: vc-6_5 vc-6_5-stlport vc-7_0 |pool| test_pool_alloc: qcc-3.3.5_cpp qcc-3.3.5_cpp qcc-3.3.5_cpp |program_options| cmdline_test_dll: cw-9.4 options_description_test_dll: cw-9.4 parsers_test_dll: cw-9.4 positional_options_test_dll: cw-9.4 unicode_test_dll: borland-5_8_2 cw-9.4 variable_map_test_dll: borland-5_8_2 cw-9.4 winmain_dll: cw-9.4 |python| bases: gcc-3.2.3_linux gcc-3.3.6_linux gcc-3.4.5_linux exec: cw-9.4 darwin-4.0.1 gcc-3.2.3_linux gcc-3.3.6_linux gcc-3.4.5_linux msvc-8.0 qcc-3.3.5_cpp qcc-3.3.5_cpp qcc-3.3.5_gpp qcc-3.3.5_gpp pointee: gcc-3.2.3_linux gcc-3.3.6_linux gcc-3.4.5_linux pointer_type_id_test: gcc-3.2.3_linux gcc-3.3.6_linux gcc-3.4.5_linux select_from_python_test: darwin-4.0.1 qcc-3.3.5_cpp qcc-3.3.5_gpp upcast: gcc-3.2.3_linux gcc-3.3.6_linux gcc-3.4.5_linux |random| random_test: intel-linux-9.0 |rational| rational_test: borland-5_6_4 vc-6_5 vc-6_5-stlport vc-7_0 |serialization| test_class_info_load_text_warchive: vc-6_5 test_codecvt_null: qcc-3.3.5_gpp qcc-3.3.5_gpp qcc-3.3.5_gpp test_non_default_ctor2_text_archive: qcc-3.3.5_cpp qcc-3.3.5_cpp qcc-3.3.5_cpp test_non_default_ctor2_text_archive_dll: qcc-3.3.5_cpp qcc-3.3.5_cpp qcc-3.3.5_cpp test_non_default_ctor2_text_warchive: qcc-3.3.5_cpp qcc-3.3.5_cpp qcc-3.3.5_cpp test_non_default_ctor2_text_warchive_dll: qcc-3.3.5_cpp qcc-3.3.5_cpp qcc-3.3.5_cpp test_reset_object_address: vc-7_0 test_reset_object_address_dll: vc-7_0 test_simple_class_binary_archive_dll: vc-6_5 test_simple_class_text_archive_dll: vc-6_5 test_simple_class_text_warchive_dll: vc-6_5 test_simple_class_xml_archive_dll: vc-6_5 test_simple_class_xml_warchive_dll: vc-6_5 test_utf8_codecvt: qcc-3.3.5_gpp qcc-3.3.5_gpp qcc-3.3.5_gpp test_variant_xml_archive: borland-5_8_2 test_variant_xml_archive_dll: borland-5_8_2 test_variant_xml_warchive: borland-5_8_2 test_variant_xml_warchive_dll: borland-5_8_2 |signals| dead_slot_test: gcc-3.3.6 gcc-3.3.6_linux qcc-3.3.5_cpp qcc-3.3.5_cpp qcc-3.3.5_cpp qcc-3.3.5_gpp qcc-3.3.5_gpp qcc-3.3.5_gpp trackable_test: gcc-3.3.6 gcc-3.3.6_linux qcc-3.3.5_cpp qcc-3.3.5_cpp qcc-3.3.5_cpp qcc-3.3.5_gpp qcc-3.3.5_gpp qcc-3.3.5_gpp |spirit| loops_tests_debug: msvc-8.0 scanner_value_type_tests: intel-linux-9.0 |test| parameterized_test_test: vc-6_5 vc-6_5-stlport |tr1| std_test_bind: darwin-4.0.1 std_test_ref_wrapper_tricky: borland-5_6_4 borland-5_8_2 darwin-4.0.1 gcc-3.4.3_sunos gcc-3.4.5_linux_x86_64 gcc-3_4_4_tru64 gcc-4.1.0_linux_x86_64 gcc-4.1.1_sunos_i86pc hp_cxx-71_006_tru64 msvc-7.1 msvc-8.0 msvc-8.0 qcc-3.3.5_cpp qcc-3.3.5_gpp test_bind: darwin-4.0.1 test_boost: vc-7_1-stlport test_hash: vc-7_1-stlport test_random: vc-7_1-stlport test_ref_wrapper_tricky: borland-5_6_4 borland-5_8_2 darwin-4.0.1 gcc-3.4.3_sunos gcc-3.4.5_linux_x86_64 gcc-3_4_4_tru64 gcc-4.1.0_linux_x86_64 gcc-4.1.1_sunos_i86pc hp_cxx-71_006_tru64 msvc-7.1 msvc-8.0 msvc-8.0 qcc-3.3.5_cpp qcc-3.3.5_gpp test_regex: vc-7_1-stlport tr1_has_trivial_destr_test: borland-5_6_4 tr1_has_virtual_destr_test: borland-5_6_4 tr1_tky_abstract_type_test: borland-5_6_4 tr1_tky_function_type_test: borland-5_6_4 tr1_tky_incomplete_type_test: borland-5_6_4 borland-5_8_2 tr1_tky_partial_spec_test: borland-5_6_4 |typeof| function_binding_native: vc-6_5 vc-6_5-stlport vc-7_0 nested_typedef_emulation: cw-9.4 odr_no_uns: vc-6_5 vc-6_5-stlport vc-7_0 |utility| operators_test: gcc-3.4.5_linux_x86_64

2 1