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Re: [Boost-users] [boost] Switch library review - summary of discussion so far
by Stjepan Rajko 12 Jan '08

12 Jan '08

On Jan 12, 2008 8:25 AM, Mathias Gaunard <mathias.gaunard(a)ens-lyon.org> wrote: > Stjepan Rajko wrote: > > > * Default default behavior > > > > Alexander Nasonov has also > > indicated that a throwing default case can cause inefficiency, even > > when it is guaranteed not to be invoked. > > Wouldn't an assert be more suited then? > If default behaviour is unspecified and yet invoked, terminating sounds > like a good thing to do. > An assert was considered as well - e.g., see: http://groups.google.com.by/group/boost-list/msg/0d73059086974920 This behavior is also analogous to the standard switch statement - if the default label is omitted, and none of the cases is matched, no termination occurs. > > > There has been a lengthy discussion on the underlying design of the > > library, what it should offer, and whether the name of the library is > > appropriate. There are two types of designs that have been put > > forward as being appropriate and/or necessary for a Boost.Switch > > library. On one hand, there is the submitted design (labeled "A" in > > recent postings), which takes the switch cases in an MPL sequence and > > a single function object containing implementations of all cases. > > Joel de Guzman has proposed another design (labeled "B"), in which the > > switch cases are specified separately and allow a different function > > to be used for each case. > > It seems to me that B is convertible to A... > There would be no need to duplicate the interface then. > Under the right details, yes: http://thread.gmane.org/gmane.comp.lib.boost.user/32628/focus=169957 Tobias offered formal transforms between the two: http://groups.google.com.by/group/boost-list/msg/1b1fa0084cd7baad > An utility which converts B to A would be quite useful though, even > outside of boost.switch. > Thanks for your comments! Stjepan

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[Boost.Serialization] Questions about the New Release of Boost.Serialization 1.36
by Marc Viala Perso 12 Jan '08

12 Jan '08

Hello, This mail is about Boost.Serialization and more specifically the new release of this library, tagged as 1.36, which can be found via the link: www.rrsd.com <http://www.rrsd.com/> ; I've found this link into a specific thread about Serialization and multi-threading. Last week, I've downloaded this new release and tested it in my environment - Windows XP and Visual C++ 7.1.6030; the compilation was done against Boost.1.34.1 trunk and was running with success but I've noticed that some, "not all", old binary archives generated w/ Boost.Serialization 1.34.1 can't be restored with this new version of Boost.Serialization. When I compare the binary files with a file binary comparison software utility it seems that the binary formats between these two versions are not comparables. I would like to know if this behaviour is "normal": i.e. the binary formats between 1.34.1 and 1.36 are not strictly equivalent and that an old binary archive can be declare "not compatible" w/ the 1.36 release. Is this right? Furthermore, is it possible to have the same behaviour w/ an XML or Text Archive format? Could we guarantee a sort of compatibility in the future? And more generally speaking, what is the policy for insuring compatibility between new releases of Boost.Serialization? Best regards, Marc VIALA

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Solve linear system (tridiagonal matrix)
by nisha kannookadan 12 Jan '08

12 Jan '08

Hi everybody I need to solve a linear system Ax = b, where A is a tridiagonal matrix, is there an easy way to do it? I programmed an algo, which computes the inverse of the tridiagonal matrix with the usmani-algo and uses prod then, but this is quite time intense. I want to use the lapack bindings, but I dont get along with it. Im bit confused, if I need to install something additional to it, the way I tried out gesv, its not working and I get error msgs. I searched through out the www, but its hard to find good info. If somebody has already the code to solve linear equations with lapack, I would thankful, if he could post it here. Thank you Nisha K _________________________________________________________________ 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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Switch library review - summary of discussion so far
by Stjepan Rajko 12 Jan '08

12 Jan '08

I will try to summarize the discussions happening so far on the Switch library under review - maybe this will be helpful to those considering joining the discussion and submitting a review. * Documentation All reviewers have noted that the documentation could be improved - e.g., additional examples, performance stats, as well as more explanation of the types involved and how they are used. * Return type Tobias Schwinger suggested that the return type should be specified explicitly in the switch_ call, rather than inferring it from the function object, and this is now a part of the recent designs being discussed. Joel de Guzman also suggested that if a version of switch_ should infer the return type, that return type should be a Boost.Variant of the types returned by each of the cases. * Default default behavior If the default behavior is left unspecified, switch_ should invoke the default constructor of the return type in the default case, rather than throwing an exception. This was suggested by Tobias Schwinger after the issue was raised by Dan Marsden. Alexander Nasonov has also indicated that a throwing default case can cause inefficiency, even when it is guaranteed not to be invoked. * Fall-through Alexander Nasonov pointed out the lack of fall-through capability in the submitted implementation. Fall-through has been incorporated into the recent designs being discussed. * Allowing void-returning function objects for the default case with a non-void returning switch Tobias Schwinger mentioned the possibility of allowing default case function objects of void return type even when the switch return type is non-void, as long as the function object call does not return. This would be useful, for example, if the function object is guaranteed to throw. There is still some discussion on whether determining if the return type is void can be done efficiently. * Design There has been a lengthy discussion on the underlying design of the library, what it should offer, and whether the name of the library is appropriate. There are two types of designs that have been put forward as being appropriate and/or necessary for a Boost.Switch library. On one hand, there is the submitted design (labeled "A" in recent postings), which takes the switch cases in an MPL sequence and a single function object containing implementations of all cases. Joel de Guzman has proposed another design (labeled "B"), in which the switch cases are specified separately and allow a different function to be used for each case. Design "A" is better suited for situations in which the number of cases is determined by a compile time constant, while "B" is more appropriate for many use cases, and provides more flexibility and a more familiar syntax. It seems that a consensus has been reached that this library could offer either both interfaces in different layers, or an interface that can be used in different ways for different uses (based on a common concept capturing case sequences). (Apologies if I have missed or misinterpreted something) More reviews/votes would be extremely welcome! Regards, Stjepan

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formal review of Switch library ends tomorrow (Wednesday, January 9th) - reviews needed
by Stjepan Rajko 12 Jan '08

12 Jan '08

The formal review of Switch library by Steven Watanabe is scheduled to end tomorrow, January 9th. I have only received one review (privately) so far, and hope that those participating in the discussions about the library (as well as any other interested boosters) would be willing to contribute a few more - a summary of your final thoughts with a vote would be greatly appreciated. If you need a little extra time to finish out the discussions or write the review, please let me know as we can extend the review period for a few days if necessary. Please feel free to submit your reviews to the list, or privately to me. As a reminder, here are some questions you may want to answer in your review: * What is your evaluation of the design? * What is your evaluation of the implementation? * What is your evaluation of the documentation? * What is your evaluation of the potential usefulness of the library? * Did you try to use the library? With what compiler? Did you have any problems? * How much effort did you put into your evaluation? A glance? A quick reading? In-depth study? * Are you knowledgeable about the problem domain? And finally, every review should answer this question: * Do you think the library should be accepted as a Boost library? Be sure to say this explicitly so that your other comments don't obscure your overall opinion. Thanks again to those that have been participating in the discussions and/or have already submitted a review. Regards, Stjepan

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[thread] unresolved external symbol with trunk
by Christian Henning 11 Jan '08

11 Jan '08

Hi there, for some reasons using MSVC 8 and the current updated boost trunk results in two linker errors, as shown below: 1>simplest.obj : error LNK2001: unresolved external symbol "private: void __thiscall boost::thread::start_thread(void)" (?start_thread@thread@boost@@AAEXXZ) 1>simplest.obj : error LNK2001: unresolved external symbol "bool __cdecl boost::this_thread::interruptible_wait(void *,struct boost::detail::timeout)" (?interruptible_wait@this_thread@boost@@YA_NPAXUtimeout@detail@2@@Z) Any ideas? Regards, Christian

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Port QT call to BOOST - Resolved
by j.c. 11 Jan '08

11 Jan '08

Was quite easy actually. :-) #include <iostream> #include <boost/bind.hpp> #include <boost/signal.hpp> namespace jc { class task { public: task() { // ... } ~task() { // ... } void done() { sig_finished(this); } /// signals boost::signal<void (task *)> sig_finished; }; class bucket { public: bucket() { // ... } ~bucket() { // ... } void on_finished(task * t) { std::cout << "on_finished:\n"; } void set_task(task * t) { t->sig_finished.connect(boost::bind( &bucket::on_finished, this, t)); } }; } // namepace jc using namespace jc; int main() { task * t = new task; bucket * b = new bucket; b->set_task(t); t->done(); delete t; delete b; return 0; }

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Boost.xpressive: compiled program crashes :-(
by George Petasis 11 Jan '08

11 Jan '08

Hi all, I am using xpressive to build parser for context-free grammar segments, and the c++ code that I use is produced automatically from the grammar files through scripts. A sample C++ file is attached to this mail (main is at the end of the file). The problem is that although I can get the code to compile with MS VC++ 2005, I get a crash as soon as I use regex_match. Any ideas why? Regards, George #include <string> #include <iostream> #include <fstream> #include <map> #include <boost/xpressive/xpressive.hpp> #include <boost/xpressive/regex_actions.hpp> using namespace boost::xpressive; using namespace std; bool debug_output; //////////////////////////////////////////////////////////////////////////// // // Types // //////////////////////////////////////////////////////////////////////////// // Grammar Non Terminals... boost::xpressive::sregex CNT_pvl_6_part_1, CNT_pvl_6_part_2, CNT_pvl_6_part_3, CNT_pvl_6_part_4, CNT_pvl_6_part_5, CNT_pvl_6_part_6, CNT_pvl_6_part_7, HEADSYMBOL_part_1, HEADSYMBOL_part_2, HEADSYMBOL_part_3, HEADSYMBOL_part_4, HEADSYMBOL_part_5, HEADSYMBOL_part_6, HEADSYMBOL_part_7, HEADSYMBOL_part_8, HEADSYMBOL_part_9, HEADSYMBOL_part_10, HEADSYMBOL_part_10_heads, HEADSYMBOL_part_11, HEADSYMBOL_part_12, HEADSYMBOL_part_13, HEADSYMBOL_part_14, HEADSYMBOL_part_15, HEADSYMBOL_part_16, HEADSYMBOL_part_17, CNT_pvl_1, CNT_pvl_11, CNT_pvl_3, CNT_pvl_4, CNT_pvl_6, CNT_pvl_7, CNT_pvl_8, HEADSYMBOL, s_scl__dqt_, s_scl__sq_S, s_scl__lpar_, s_scl__rpar_, s_scl__com_, s_scl__pvl_, s_scl__sls_, s_scl_16TH, s_scl__cln_, s_scl_A, s_scl_ABOUT, s_scl_ACCOMPLISH, s_scl_ACHIEV, s_scl_AD, s_scl_AFRICA, s_scl_AFRICAN, s_scl_AFTER, s_scl_AGAIN, s_scl_AGE, s_scl_AGO, s_scl_ALL, s_scl_ALL_pvl_AMERICAN, s_scl_ALMOST, s_scl_ALREADI, s_scl_ALSO, s_scl_AN, s_scl_AND, s_scl_ANI, s_scl_ANKL, s_scl_ANOTH, s_scl_APPAR, s_scl_APPEAR, s_scl_ARGUMENT, s_scl_AS, s_scl_ASIC, s_scl_AT, s_scl_ATTEMPT, s_scl_AUDIBL, s_scl_AWARD, s_scl_BACK, s_scl_BE, s_scl_BEAT, s_scl_BECAM, s_scl_BECOM, s_scl_BEEN, s_scl_BEFOR, s_scl_BEHIND, s_scl_BEST, s_scl_BETTER, s_scl_BIGGEST, s_scl_BITE, s_scl_BOTH, s_scl_BOUNC, s_scl_BOW, s_scl_BROKE, s_scl_BROKEN, s_scl_BUILD, s_scl_BUOI, s_scl_BUT, s_scl_BY, s_scl_CAL, s_scl_CAME, s_scl_CAN, s_scl_CAP, s_scl_CAREER, s_scl_CELEBR, s_scl_CENTIMET, s_scl_CENTIMETR, s_scl_CHAMPION, s_scl_CHAMPIONSHIP, s_scl_CHEER, s_scl_CHOSE, s_scl_CITIZEN, s_scl_CITY, s_scl_CLAIM, s_scl_CLEAR, s_scl_CLEARANC, s_scl_CLIMB, s_scl_CLINCH, s_scl_COLLECT, s_scl_COME, s_scl_COMEBACK, s_scl_COMFORT, s_scl_COMPET, s_scl_COMPETIT, s_scl_COMPETITOR, s_scl_CONDIT, s_scl_CONFIRM, s_scl_CONTENT, s_scl_COULD, s_scl_COULDN_sq_T, s_scl_COUNT_pvl_BACK, s_scl_COUNTBACK, s_scl_COUNTRI, s_scl_COUNTRY, s_scl_CROWD, s_scl_CZECH, s_scl_DATE, s_scl_DEFEND, s_scl_DISTANT, s_scl_DOLDRUM, s_scl_DOUBL, s_scl_DUAL, s_scl_EARN, s_scl_ENJOI, s_scl_ENOUGH, s_scl_ENSUR, s_scl_EQUAL, s_scl_EUROPEAN, s_scl_EVEN, s_scl_EVENT, s_scl_EVER, s_scl_EXCEED, s_scl_EXECUT, s_scl_EXIT, s_scl_EXTRA, s_scl_FAIL, s_scl_FAILUR, s_scl_FALL, s_scl_FALTER, s_scl_FAR, s_scl_FASHION, s_scl_FEEL, s_scl_FIELD, s_scl_FIFTH, s_scl_FINAL, s_scl_FINISH, s_scl_FIRE, s_scl_FIRST, s_scl_FIRST_pvl_JUMP, s_scl_FLAG, s_scl_FOLLOW, s_scl_FOR, s_scl_FOUND, s_scl_FROM, s_scl_FUTUR, s_scl_GAIN, s_scl_GARNER, s_scl_GAVE, s_scl_GENDER, s_scl_GIVE, s_scl_GLOBAL, s_scl_GOE, s_scl_GONE, s_scl_GOOD, s_scl_GOT, s_scl_GRADUAT, s_scl_GUTSI, s_scl_HA, s_scl_HAD, s_scl_HAIL, s_scl_HAPPI, s_scl_HAVE, s_scl_HE, s_scl_HEARTBREAK, s_scl_HEIGHT, s_scl_HER, s_scl_HEROIC, s_scl_HERSELF, s_scl_HI, s_scl_HIGH, s_scl_HIGHER, s_scl_HIM, s_scl_HOME, s_scl_HOMETOWN, s_scl_HONOUR, s_scl_IMPRESS, s_scl_IN, s_scl_INCLUD, s_scl_INCREAS, s_scl_INDOOR, s_scl_INJURI, s_scl_INTO, s_scl_IS, s_scl_IT, s_scl_JOIN, s_scl_JOINT, s_scl_JULI, s_scl_JUMP, s_scl_JUMPER, s_scl_JUNIOR, s_scl_JUST, s_scl_LAST, s_scl_LATE, s_scl_LATE_pvl_HOUR, s_scl_LEAD, s_scl_LEADER, s_scl_LEAP, s_scl_LEFT, s_scl_LIFT, s_scl_LIKE, s_scl_LINE, s_scl_LOOK, s_scl_LOUDLI, s_scl_LOWEST, s_scl_LUI, s_scl_M, s_scl_MADE, s_scl_MAI, s_scl_MAKE, s_scl_MANAG, s_scl_MARYLAND, s_scl_MEDAL, s_scl_MEDALLIST, s_scl_MEET, s_scl_METR, s_scl_MOMENTARILI, s_scl_MOMENTUM, s_scl_MONTH, s_scl_MORE, s_scl_MOTIV, s_scl_MOVE, s_scl_NAME, s_scl_NATION, s_scl_NATIONALITY, s_scl_NATIV, s_scl_NEAR_pvl_PB, s_scl_NEED, s_scl_NEVER, s_scl_NEW, s_scl_NO, s_scl_NO_pvl_CONTEST, s_scl_NOT, s_scl_NOTIC, s_scl_NOW, s_scl_OBISPO, s_scl_OCCAS, s_scl_OF, s_scl_OFF, s_scl_OLYMP, s_scl_ON, s_scl_ONC, s_scl_ONLI, s_scl_OPEN, s_scl_OPENING_pvl_ROUND, s_scl_ORIGIN, s_scl_OUNC, s_scl_OUT, s_scl_OUTDOOR, s_scl_OVER, s_scl_OVERTOOK, s_scl_OWN, s_scl_PASS, s_scl_PB, s_scl_PB_pvl_EQUALLING, s_scl_PERFECT, s_scl_PERFORM, s_scl_PERFORMANCE, s_scl_PERSON, s_scl_PICK, s_scl_PLACE, s_scl_POINT, s_scl_POLY_pvl_SAN, s_scl_POST, s_scl_PRESENT, s_scl_PREVAIL, s_scl_PRINCETON, s_scl_PRODUC, s_scl_PRONOUNC, s_scl_PROPHECI, s_scl_PUBLIC, s_scl_PULL, s_scl_QUICKSILV, s_scl_QUIET, s_scl_RANK, s_scl_RANKING, s_scl_REACH, s_scl_RECORD, s_scl_RECOV, s_scl_REIGN, s_scl_RELEG, s_scl_REMARK, s_scl_REPRES, s_scl_REQUIR, s_scl_RESPECT, s_scl_RESPOND, s_scl_REST, s_scl_RETURN, s_scl_RIVAL, s_scl_ROLL, s_scl_ROSE, s_scl_S, s_scl_SAID, s_scl_SATISFI, s_scl_SCORE, s_scl_SEASON, s_scl_SECOND, s_scl_SELF_pvl_FULFILLING, s_scl_SETTL, s_scl_SHARE, s_scl_SHE, s_scl_SHOCK, s_scl_SHORTER, s_scl_SHOUT, s_scl_SIMPL, s_scl_SINC, s_scl_SLATE, s_scl_SNATCH, s_scl_SOIL, s_scl_SOMETH, s_scl_SOUTH, s_scl_SPARTANBURG, s_scl_SPLENDID, s_scl_SPORT, s_scl_STAI, s_scl_STAND, s_scl_STAR, s_scl_STATU, s_scl_STRAIGHT, s_scl_STUCK, s_scl_SUCCESS, s_scl_SUCH, s_scl_SUFFIC, s_scl_SUPPORT, s_scl_SURPRIS, s_scl_SUSTAIN, s_scl_TAKE, s_scl_TANTALIS, s_scl_TC, s_scl_THAN, s_scl_THAT, s_scl_THE, s_scl_THEIR, s_scl_THEN, s_scl_THERE, s_scl_THI, s_scl_THIRD, s_scl_THIRD_pvl_TIME, s_scl_THOUGH, s_scl_THREATEN, s_scl_THREE, s_scl_THROUGH, s_scl_TI, s_scl_TIE, s_scl_TIME, s_scl_TIRE, s_scl_TITL, s_scl_TO, s_scl_TODAI, s_scl_TOKEN_pvl_INTEGER, s_scl_TONIGHT, s_scl_TOOK, s_scl_TOP, s_scl_TOWN, s_scl_TRACK, s_scl_TRY, s_scl_TURN, s_scl_TWICE, s_scl_TWO, s_scl_UNEXPECT, s_scl_UNKNOWN, s_scl_UNSUCCESS, s_scl_UP, s_scl_UPSET, s_scl_VERI, s_scl_WA, s_scl_WAI, s_scl_WAKE, s_scl_WAYSID, s_scl_WEEK, s_scl_WEIGHT, s_scl_WELL, s_scl_WELL_pvl_DESERVED, s_scl_WENT, s_scl_WERE, s_scl_WHAT, s_scl_WHEN, s_scl_WHICH, s_scl_WHO, s_scl_WHOSE, s_scl_WILL, s_scl_WINNER, s_scl_WITH, s_scl_WON, s_scl_WORLD, s_scl_WOULD, s_scl_YEAR, s_scl_YEAR_pvl_OLD, s_scl__octal_205_, s_scl__octal_222_, s_scl__octal_226_, s_scl__octal_227_; // Grammar symbol tables... void initialise_grammar_name_pvl_ranking_pvl_learned(void) { // Grammar rules... CNT_pvl_1 = (by_ref(s_scl_PERSON) >> _s >> by_ref(s_scl_BEST)) | (by_ref(s_scl_BEST) >> _s >> by_ref(s_scl_OF)); CNT_pvl_11 = (by_ref(s_scl__com_) >> _s >> by_ref(s_scl_TO)) | (by_ref(s_scl__com_) >> _s >> by_ref(CNT_pvl_6)) | (by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_WA)); CNT_pvl_3 = (by_ref(s_scl_LEAP) >> _s >> by_ref(s_scl_A)) | (by_ref(s_scl_HA) >> _s >> by_ref(s_scl_A)); CNT_pvl_4 = (by_ref(s_scl_HI) >> _s >> by_ref(s_scl_SECOND)) | (by_ref(s_scl_HER) >> _s >> by_ref(s_scl_FIRST)); CNT_pvl_6_part_1 = (by_ref(s_scl__octal_205_) >> _s >> by_ref(s_scl_NAME) >> _s >> by_ref(s_scl_WA)) | (by_ref(s_scl_WITH) >> _s >> by_ref(s_scl_THE)) | (by_ref(s_scl_WITH) >> _s >> by_ref(s_scl_HI)) | (by_ref(s_scl_WITH) >> _s >> by_ref(s_scl_A)) | (by_ref(s_scl_WITH) >> _s >> by_ref(CNT_pvl_6)) | (by_ref(s_scl_WHO) >> _s >> by_ref(s_scl_WA)) | (by_ref(s_scl_WHO) >> _s >> by_ref(s_scl_HAD)) | (by_ref(s_scl_WHO) >> _s >> by_ref(s_scl_CLEAR) >> _s >> by_ref(s_scl_PERFORMANCE)) | (by_ref(s_scl_WHEN) >> _s >> by_ref(s_scl_HE)) | (by_ref(s_scl_WA) >> _s >> by_ref(s_scl_IN)); CNT_pvl_6_part_2 = (by_ref(s_scl_TOOK) >> _s >> by_ref(s_scl_THE)) | (by_ref(s_scl_TO) >> _s >> by_ref(s_scl_TAKE)) | (by_ref(s_scl_TO) >> _s >> by_ref(s_scl_RANKING)) | (by_ref(s_scl_TO) >> _s >> by_ref(CNT_pvl_6)) | (by_ref(s_scl_THE) >> _s >> by_ref(s_scl_SPORT)) | (by_ref(s_scl_THE) >> _s >> by_ref(s_scl_RANKING)) | (by_ref(s_scl_THE) >> _s >> by_ref(s_scl_NATIONALITY)) | (by_ref(s_scl_THE) >> _s >> by_ref(s_scl_EVENT)) | (by_ref(s_scl_THE) >> _s >> by_ref(s_scl_CROWD)) | (by_ref(s_scl_RANKING) >> _s >> by_ref(s_scl_THE)); CNT_pvl_6_part_3 = (by_ref(s_scl_PERFORMANCE) >> _s >> by_ref(s_scl_TO)) | (by_ref(s_scl_PERFORMANCE) >> _s >> by_ref(s_scl_METR)) | (by_ref(s_scl_PERFORMANCE) >> _s >> by_ref(s_scl_M)) | (by_ref(s_scl_PERFORMANCE) >> _s >> by_ref(s_scl__sls_) >> _s >> by_ref(s_scl_PERFORMANCE)) | (by_ref(s_scl_PERFORMANCE) >> _s >> by_ref(s_scl__com_)) | (by_ref(s_scl_PERFORMANCE) >> _s >> by_ref(CNT_pvl_6)) | (by_ref(s_scl_OF) >> _s >> by_ref(s_scl_NATIONALITY)) | (by_ref(s_scl_OF) >> _s >> by_ref(s_scl_CAL) >> _s >> by_ref(s_scl_POLY_pvl_SAN) >> _s >> by_ref(s_scl_LUI) >> _s >> by_ref(s_scl_OBISPO) >> _s >> by_ref(s_scl_WERE)) | (by_ref(s_scl_OF) >> _s >> by_ref(CNT_pvl_6)) | (by_ref(s_scl_NAME) >> _s >> by_ref(s_scl__com_)); CNT_pvl_6_part_4 = (by_ref(s_scl_NAME) >> _s >> by_ref(CNT_pvl_6)) | (by_ref(s_scl_LAST) >> _s >> by_ref(s_scl_YEAR)) | (by_ref(s_scl_JUMP) >> _s >> by_ref(s_scl_TO)) | (by_ref(s_scl_IN) >> _s >> by_ref(s_scl_CITY)) | (by_ref(s_scl_GENDER) >> _s >> by_ref(s_scl__sq_S) >> _s >> by_ref(s_scl_SPORT)) | (by_ref(s_scl_FOR) >> _s >> by_ref(s_scl_THE)) | (by_ref(s_scl_FINISH) >> _s >> by_ref(s_scl_IN)) | (by_ref(s_scl_COUNTRY) >> _s >> by_ref(s_scl__com_)) | (by_ref(s_scl_CLEARANC) >> _s >> by_ref(CNT_pvl_6)) | (by_ref(s_scl_CLEAR) >> _s >> by_ref(CNT_pvl_6)); CNT_pvl_6_part_5 = (by_ref(s_scl_BOUNC) >> _s >> by_ref(s_scl_BACK) >> _s >> by_ref(s_scl_FROM)) | (by_ref(s_scl_AT) >> _s >> by_ref(s_scl_PERFORMANCE)) | (by_ref(s_scl_AND) >> _s >> by_ref(s_scl_NAME)) | (by_ref(s_scl_AND) >> _s >> by_ref(CNT_pvl_6)) | (by_ref(s_scl__com_) >> _s >> by_ref(s_scl_WHO)) | (by_ref(s_scl__com_) >> _s >> by_ref(s_scl_THE)) | (by_ref(s_scl__com_) >> _s >> by_ref(s_scl_FOR)) | (by_ref(s_scl__lpar_) >> _s >> by_ref(s_scl_NATIONALITY) >> _s >> by_ref(s_scl__rpar_)) | (by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_TWO) >> _s >> by_ref(s_scl_YEAR) >> _s >> by_ref(s_scl_AGO)) | (by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_TO)); CNT_pvl_6_part_6 = (by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_THE)) | (by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_TAKE)) | (by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_RANKING)) | (by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_ON)) | (by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_FINISH)) | (by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_CITY)) | (by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_BEEN)) | (by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_AND)) | (by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_AFTER)) | (by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_A)); CNT_pvl_6_part_7 = (by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl__com_)) | (by_ref(CNT_pvl_6) >> _s >> by_ref(CNT_pvl_6)); CNT_pvl_6 = (CNT_pvl_6_part_1 | CNT_pvl_6_part_2 | CNT_pvl_6_part_3 | CNT_pvl_6_part_4 | CNT_pvl_6_part_5 | CNT_pvl_6_part_6 | CNT_pvl_6_part_7); CNT_pvl_7 = (by_ref(s_scl_OF) >> _s >> by_ref(s_scl_THE)) | (by_ref(s_scl_FROM) >> _s >> by_ref(s_scl_THE)); CNT_pvl_8 = (by_ref(s_scl_SPORT) >> _s >> by_ref(s_scl__com_)) | (by_ref(s_scl_NAME) >> _s >> by_ref(s_scl__lpar_)); HEADSYMBOL_part_1 = (by_ref(s_scl__octal_226_) >> _s >> by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_SURPRIS)) | (by_ref(s_scl__octal_226_) >> _s >> by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_ATTEMPT) >> _s >> by_ref(s_scl_TO) >> _s >> by_ref(s_scl_BECOM) >> _s >> by_ref(s_scl_THE) >> _s >> by_ref(s_scl_FIRST) >> _s >> by_ref(s_scl_NATIONALITY) >> _s >> by_ref(s_scl_EUROPEAN) >> _s >> by_ref(s_scl_SPORT) >> _s >> by_ref(s_scl_CHAMPION) >> _s >> by_ref(s_scl_SINC) >> _s >> by_ref(s_scl_NAME) >> _s >> by_ref(s_scl_IN) >> _s >> by_ref(s_scl_DATE) >> _s >> by_ref(s_scl__octal_226_) >> _s >> by_ref(s_scl_HAD) >> _s >> by_ref(s_scl_TO) >> _s >> by_ref(s_scl_BE) >> _s >> by_ref(s_scl_SATISFI) >> _s >> by_ref(CNT_pvl_6)) | (by_ref(s_scl__octal_226_) >> _s >> by_ref(CNT_pvl_6)) | (by_ref(s_scl_WILL) >> _s >> by_ref(s_scl_LOOK) >> _s >> by_ref(s_scl_TO) >> _s >> by_ref(s_scl_BUILD) >> _s >> by_ref(s_scl_ON) >> _s >> by_ref(s_scl_HER) >> _s >> by_ref(s_scl_EVENT)) | (by_ref(s_scl_WHOSE) >> _s >> by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_GARNER) >> _s >> by_ref(s_scl_HIM) >> _s >> by_ref(s_scl_NO) >> _s >> by_ref(s_scl_BETTER) >> _s >> by_ref(s_scl_THAN)) | (by_ref(s_scl_WHO) >> _s >> by_ref(s_scl_TI) >> _s >> by_ref(s_scl_FOR)) | (by_ref(s_scl_WHO) >> _s >> by_ref(s_scl_REACH) >> _s >> by_ref(s_scl_A) >> _s >> by_ref(s_scl_NEAR_pvl_PB) >> _s >> by_ref(s_scl_PERFORMANCE) >> _s >> by_ref(s_scl_IN) >> _s >> by_ref(s_scl_LATE) >> _s >> by_ref(s_scl_MAI) >> _s >> by_ref(s_scl__com_) >> _s >> by_ref(s_scl_HA) >> _s >> by_ref(s_scl_BEEN) >> _s >> by_ref(s_scl_ON) >> _s >> by_ref(s_scl_A) >> _s >> by_ref(s_scl_ROLL) >> _s >> by_ref(s_scl_THI) >> _s >> by_ref(s_scl_MONTH) >> _s >> by_ref(s_scl__com_) >> _s >> by_ref(s_scl_FIRST) >> _s >> by_ref(s_scl_WITH) >> _s >> by_ref(s_scl_ANOTH) >> _s >> by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_THEN) >> _s >> by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_PB_pvl_EQUALLING) >> _s >> by_ref(s_scl_PERFORMANCE) >> _s >> by_ref(s_scl_LEAP) >> _s >> by_ref(s_scl_TO)) | (by_ref(s_scl_WHO) >> _s >> by_ref(s_scl_POST)) | (by_ref(s_scl_WHO) >> _s >> by_ref(s_scl_MADE) >> _s >> by_ref(s_scl_A) >> _s >> by_ref(s_scl_REMARK) >> _s >> by_ref(s_scl_COMEBACK) >> _s >> by_ref(s_scl_FROM) >> _s >> by_ref(s_scl_A) >> _s >> by_ref(s_scl_CAREER) >> _s >> by_ref(s_scl_THREATEN) >> _s >> by_ref(s_scl_INJURI) >> _s >> by_ref(s_scl_IN) >> _s >> by_ref(s_scl_DATE) >> _s >> by_ref(CNT_pvl_11)) | (by_ref(s_scl_WHO) >> _s >> by_ref(s_scl_LIKE) >> _s >> by_ref(s_scl_NAME) >> _s >> by_ref(s_scl_IS) >> _s >> by_ref(s_scl_A) >> _s >> by_ref(s_scl_DOUBL) >> _s >> by_ref(s_scl_WORLD) >> _s >> by_ref(s_scl_INDOOR) >> _s >> by_ref(s_scl_CHAMPION) >> _s >> by_ref(s_scl__com_) >> _s >> by_ref(s_scl_ALSO)); HEADSYMBOL_part_2 = (by_ref(s_scl_WHO) >> _s >> by_ref(s_scl_LIKE) >> _s >> by_ref(s_scl_NAME) >> _s >> by_ref(CNT_pvl_3) >> _s >> by_ref(s_scl_SEASON) >> _s >> by_ref(CNT_pvl_1) >> _s >> by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_BECAM)) | (by_ref(s_scl_WHO)) | (by_ref(s_scl_WERE) >> _s >> by_ref(s_scl_RANKING) >> _s >> by_ref(s_scl_AND)) | (by_ref(s_scl_WERE) >> _s >> by_ref(s_scl_PERFECT) >> _s >> by_ref(s_scl_THROUGH) >> _s >> by_ref(s_scl_PERFORMANCE) >> _s >> by_ref(s_scl_BEFOR) >> _s >> by_ref(s_scl_BOW) >> _s >> by_ref(s_scl_OUT) >> _s >> by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_TIE) >> _s >> by_ref(s_scl_FOR)) | (by_ref(s_scl_WENT) >> _s >> by_ref(s_scl_ON) >> _s >> by_ref(CNT_pvl_6)) | (by_ref(s_scl_WA) >> _s >> by_ref(s_scl_THE) >> _s >> by_ref(s_scl_ONLI) >> _s >> by_ref(s_scl_HIGH) >> _s >> by_ref(s_scl_JUMPER) >> _s >> by_ref(s_scl_OVER) >> _s >> by_ref(s_scl_PERFORMANCE) >> _s >> by_ref(s_scl_AND) >> _s >> by_ref(CNT_pvl_4) >> _s >> by_ref(s_scl_TIME) >> _s >> by_ref(s_scl_CLEARANC) >> _s >> by_ref(s_scl_MORE) >> _s >> by_ref(s_scl_THAN) >> _s >> by_ref(s_scl_SUFFIC) >> _s >> by_ref(s_scl_FOR)) | (by_ref(s_scl_WA) >> _s >> by_ref(s_scl_THE) >> _s >> by_ref(s_scl_NO_pvl_CONTEST) >> _s >> by_ref(s_scl_RANKING) >> _s >> by_ref(CNT_pvl_7)) | (by_ref(s_scl_WA) >> _s >> by_ref(s_scl_THE) >> _s >> by_ref(s_scl_FIRST) >> _s >> by_ref(s_scl_TO) >> _s >> by_ref(s_scl_FALTER) >> _s >> by_ref(s_scl_AND) >> _s >> by_ref(s_scl_SHE) >> _s >> by_ref(s_scl_WA) >> _s >> by_ref(s_scl_RELEG) >> _s >> by_ref(s_scl_TO)) | (by_ref(s_scl_WA) >> _s >> by_ref(s_scl_SHORTER) >> _s >> by_ref(s_scl_THAN) >> _s >> by_ref(s_scl_RANKING) >> _s >> by_ref(s_scl_MEDALLIST) >> _s >> by_ref(CNT_pvl_11) >> _s >> by_ref(s_scl_BUT) >> _s >> by_ref(CNT_pvl_11) >> _s >> by_ref(s_scl_THE) >> _s >> by_ref(s_scl_ON) >> _s >> by_ref(CNT_pvl_6)) | (by_ref(s_scl_WA) >> _s >> by_ref(s_scl_NAME) >> _s >> by_ref(s_scl_AN) >> _s >> by_ref(s_scl_ALL_pvl_AMERICAN) >> _s >> by_ref(s_scl_BY) >> _s >> by_ref(s_scl_TRACK) >> _s >> by_ref(s_scl_FIELD) >> _s >> by_ref(s_scl_NEW) >> _s >> by_ref(s_scl_IN) >> _s >> by_ref(s_scl_DATE) >> _s >> by_ref(s_scl_AND) >> _s >> by_ref(s_scl_FINISH)); HEADSYMBOL_part_3 = (by_ref(s_scl_WA) >> _s >> by_ref(s_scl_LEFT) >> _s >> by_ref(CNT_pvl_6)) | (by_ref(s_scl_WA) >> _s >> by_ref(s_scl_HAIL) >> _s >> by_ref(s_scl_AS) >> _s >> by_ref(s_scl_ON) >> _s >> by_ref(CNT_pvl_7) >> _s >> by_ref(s_scl_STAR) >> _s >> by_ref(CNT_pvl_7) >> _s >> by_ref(s_scl_FUTUR) >> _s >> by_ref(CNT_pvl_6)) | (by_ref(s_scl_WA) >> _s >> by_ref(s_scl_APPAR) >> _s >> by_ref(s_scl_SATISFI) >> _s >> by_ref(CNT_pvl_6)) | (by_ref(s_scl_WA) >> _s >> by_ref(s_scl_A) >> _s >> by_ref(s_scl_SURPRIS)) | (by_ref(s_scl_WA) >> _s >> by_ref(s_scl_A) >> _s >> by_ref(s_scl_DISTANT) >> _s >> by_ref(s_scl_RANKING) >> _s >> by_ref(s_scl__com_) >> _s >> by_ref(s_scl_BUT) >> _s >> by_ref(s_scl_THEN) >> _s >> by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_HE) >> _s >> by_ref(s_scl_WA) >> _s >> by_ref(s_scl_A) >> _s >> by_ref(s_scl_TANTALIS)) | (by_ref(s_scl_WA) >> _s >> by_ref(s_scl_A) >> _s >> by_ref(s_scl_DISTANT)) | (by_ref(s_scl_WA)) | (by_ref(s_scl_TOOK) >> _s >> by_ref(s_scl_WHAT) >> _s >> by_ref(s_scl_IS) >> _s >> by_ref(s_scl_NOW) >> _s >> by_ref(s_scl_BECOM) >> _s >> by_ref(s_scl_A) >> _s >> by_ref(s_scl_COMFORT)) | (by_ref(s_scl_TOOK) >> _s >> by_ref(s_scl_JOINT)) | (by_ref(s_scl_TOOK) >> _s >> by_ref(s_scl_EVENT)); HEADSYMBOL_part_4 = (by_ref(s_scl_TOOK)) | (by_ref(s_scl_TODAI) >> _s >> by_ref(s_scl_WA) >> _s >> by_ref(s_scl_STUCK) >> _s >> by_ref(s_scl_AT) >> _s >> by_ref(s_scl__dqt_) >> _s >> by_ref(s_scl_ONLI) >> _s >> by_ref(s_scl__dqt_) >> _s >> by_ref(CNT_pvl_6)) | (by_ref(s_scl_TO)) | (by_ref(s_scl_THE) >> _s >> by_ref(s_scl_REIGN) >> _s >> by_ref(s_scl_OLYMP) >> _s >> by_ref(s_scl_SPORT) >> _s >> by_ref(s_scl_CHAMPION) >> _s >> by_ref(s_scl_COMFORT)) | (by_ref(s_scl_THE) >> _s >> by_ref(s_scl_EUROPEAN) >> _s >> by_ref(s_scl_RANKING) >> _s >> by_ref(s_scl_MEDALLIST) >> _s >> by_ref(s_scl_IN) >> _s >> by_ref(s_scl_THE) >> _s >> by_ref(CNT_pvl_11) >> _s >> by_ref(s_scl_VERI) >> _s >> by_ref(s_scl_MOTIV) >> _s >> by_ref(s_scl_AND) >> _s >> by_ref(s_scl_CLEAR) >> _s >> by_ref(s_scl_AN) >> _s >> by_ref(s_scl_IMPRESS) >> _s >> by_ref(s_scl_PERFORMANCE) >> _s >> by_ref(CNT_pvl_1) >> _s >> by_ref(s_scl_FOR)) | (by_ref(s_scl_THE) >> _s >> by_ref(s_scl_DOUBL) >> _s >> by_ref(s_scl_WORLD) >> _s >> by_ref(s_scl_INDOOR) >> _s >> by_ref(s_scl_CHAMPION) >> _s >> by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_WORLD) >> _s >> by_ref(s_scl_RANKING) >> _s >> by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_BEHIND) >> _s >> by_ref(s_scl_NATIONALITY) >> _s >> by_ref(s_scl__octal_222_) >> _s >> by_ref(s_scl_S) >> _s >> by_ref(CNT_pvl_8)) | (by_ref(s_scl_THE) >> _s >> by_ref(s_scl_DOUBL) >> _s >> by_ref(s_scl_EVENT)) | (by_ref(s_scl_THE) >> _s >> by_ref(s_scl_DATE) >> _s >> by_ref(s_scl_WORLD) >> _s >> by_ref(s_scl_CHAMPION) >> _s >> by_ref(s_scl_AND) >> _s >> by_ref(s_scl_DEFEND) >> _s >> by_ref(s_scl_CITY) >> _s >> by_ref(s_scl_RANKING) >> _s >> by_ref(s_scl__com_) >> _s >> by_ref(s_scl_IS) >> _s >> by_ref(s_scl_LOOK) >> _s >> by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_HER)) | (by_ref(s_scl_THE) >> _s >> by_ref(s_scl_DATE) >> _s >> by_ref(s_scl_WORLD) >> _s >> by_ref(s_scl_CHAMPION) >> _s >> by_ref(s_scl_AND) >> _s >> by_ref(s_scl_DEFEND) >> _s >> by_ref(s_scl_CITY)) | (by_ref(s_scl_THE) >> _s >> by_ref(s_scl_AGE) >> _s >> by_ref(s_scl__pvl_) >> _s >> by_ref(s_scl_YEAR_pvl_OLD) >> _s >> by_ref(s_scl_WHO) >> _s >> by_ref(CNT_pvl_3) >> _s >> by_ref(CNT_pvl_1) >> _s >> by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_AT) >> _s >> by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_BEFOR) >> _s >> by_ref(s_scl_CAP) >> _s >> by_ref(s_scl_HI) >> _s >> by_ref(s_scl_SEASON) >> _s >> by_ref(CNT_pvl_6)); HEADSYMBOL_part_5 = (by_ref(s_scl_THE) >> _s >> by_ref(s_scl_AGE) >> _s >> by_ref(s_scl__pvl_) >> _s >> by_ref(s_scl_YEAR_pvl_OLD) >> _s >> by_ref(s_scl_WHO) >> _s >> by_ref(CNT_pvl_3) >> _s >> by_ref(CNT_pvl_1) >> _s >> by_ref(CNT_pvl_6)) | (by_ref(s_scl_THE)) | (by_ref(s_scl_SNATCH) >> _s >> by_ref(s_scl_THE)) | (by_ref(s_scl_SHARE)) | (by_ref(s_scl_SETTL) >> _s >> by_ref(s_scl_FOR)) | (by_ref(s_scl_SCORE) >> _s >> by_ref(s_scl_THE) >> _s >> by_ref(s_scl_BIGGEST) >> _s >> by_ref(s_scl_UPSET) >> _s >> by_ref(CNT_pvl_7) >> _s >> by_ref(s_scl_CHAMPIONSHIP) >> _s >> by_ref(CNT_pvl_6)) | (by_ref(s_scl_SAID) >> _s >> by_ref(s_scl_THAT) >> _s >> by_ref(s_scl_HE) >> _s >> by_ref(s_scl_WA) >> _s >> by_ref(s_scl_HAPPI) >> _s >> by_ref(CNT_pvl_6)) | (by_ref(s_scl_S) >> _s >> by_ref(s_scl_CLIMB) >> _s >> by_ref(CNT_pvl_6)) | (by_ref(s_scl_S) >> _s >> by_ref(s_scl_ACCOMPLISH) >> _s >> by_ref(s_scl_INCLUD)) | (by_ref(s_scl_S) >> _s >> by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_SPORT)); HEADSYMBOL_part_6 = (by_ref(s_scl_S)) | (by_ref(s_scl_ROSE) >> _s >> by_ref(s_scl_TO) >> _s >> by_ref(s_scl_THE) >> _s >> by_ref(s_scl_OCCAS) >> _s >> by_ref(s_scl_IN) >> _s >> by_ref(s_scl_SPLENDID) >> _s >> by_ref(s_scl_FASHION) >> _s >> by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_GENDER) >> _s >> by_ref(s_scl__octal_222_) >> _s >> by_ref(s_scl_S) >> _s >> by_ref(s_scl_SPORT) >> _s >> by_ref(s_scl_TITL) >> _s >> by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_GUTSI) >> _s >> by_ref(s_scl_THIRD_pvl_TIME) >> _s >> by_ref(s_scl_CLEARANC) >> _s >> by_ref(s_scl_AT) >> _s >> by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_CLINCH) >> _s >> by_ref(s_scl_THE)) | (by_ref(s_scl_RETURN) >> _s >> by_ref(s_scl_TO)) | (by_ref(s_scl_RANKING)) | (by_ref(s_scl_PRODUC) >> _s >> by_ref(s_scl_HI) >> _s >> by_ref(s_scl_BEST) >> _s >> by_ref(s_scl_EVER) >> _s >> by_ref(s_scl_JUMP) >> _s >> by_ref(CNT_pvl_6)) | (by_ref(s_scl_PREVAIL) >> _s >> by_ref(s_scl_IN) >> _s >> by_ref(s_scl_THE) >> _s >> by_ref(s_scl_GENDER) >> _s >> by_ref(s_scl__octal_222_) >> _s >> by_ref(s_scl_S) >> _s >> by_ref(CNT_pvl_8)) | (by_ref(s_scl_PLACE)) | (by_ref(s_scl_PICK) >> _s >> by_ref(s_scl_UP) >> _s >> by_ref(s_scl_A)) | (by_ref(s_scl_OVERTOOK) >> _s >> by_ref(s_scl_HIM) >> _s >> by_ref(CNT_pvl_6)) | (by_ref(s_scl_OF) >> _s >> by_ref(s_scl_TOKEN_pvl_INTEGER) >> _s >> by_ref(s_scl_SPARTANBURG) >> _s >> by_ref(s_scl_TC) >> _s >> by_ref(CNT_pvl_6)); HEADSYMBOL_part_7 = (by_ref(s_scl_OF) >> _s >> by_ref(s_scl_QUIET) >> _s >> by_ref(s_scl_FIRE) >> _s >> by_ref(s_scl_PLACE)) | (by_ref(s_scl_OF) >> _s >> by_ref(s_scl_QUICKSILV)) | (by_ref(s_scl_OF) >> _s >> by_ref(s_scl_MARYLAND) >> _s >> by_ref(CNT_pvl_6)) | (by_ref(s_scl_NATIONALITY) >> _s >> by_ref(s_scl__pvl_)) | (by_ref(s_scl_MOVE) >> _s >> by_ref(s_scl_UP) >> _s >> by_ref(s_scl_TO)) | (by_ref(s_scl_MAKE) >> _s >> by_ref(s_scl_THE) >> _s >> by_ref(s_scl_BEST) >> _s >> by_ref(CNT_pvl_7) >> _s >> by_ref(s_scl_CONDIT) >> _s >> by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_PERFORMANCE)) | (by_ref(s_scl_LATE_pvl_HOUR) >> _s >> by_ref(s_scl_HEROIC) >> _s >> by_ref(s_scl_TO) >> _s >> by_ref(s_scl_LIFT) >> _s >> by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_OUT) >> _s >> by_ref(CNT_pvl_7) >> _s >> by_ref(s_scl_DOLDRUM) >> _s >> by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_EVEN) >> _s >> by_ref(s_scl__com_) >> _s >> by_ref(s_scl_HI) >> _s >> by_ref(s_scl_PERFORMANCE) >> _s >> by_ref(s_scl_JUMP) >> _s >> by_ref(s_scl_WA) >> _s >> by_ref(s_scl_THE) >> _s >> by_ref(s_scl_LOWEST)) | (by_ref(s_scl_IS) >> _s >> by_ref(s_scl_ANOTH) >> _s >> by_ref(s_scl_TOP) >> _s >> by_ref(s_scl_LINE) >> _s >> by_ref(s_scl_SOUTH) >> _s >> by_ref(s_scl_AFRICAN) >> _s >> by_ref(s_scl_COMPET) >> _s >> by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_AGE) >> _s >> by_ref(s_scl_YEAR_pvl_OLD) >> _s >> by_ref(s_scl_WHO) >> _s >> by_ref(CNT_pvl_3) >> _s >> by_ref(CNT_pvl_1) >> _s >> by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_HA) >> _s >> by_ref(s_scl_COME) >> _s >> by_ref(s_scl_BACK) >> _s >> by_ref(s_scl_FROM) >> _s >> by_ref(s_scl_A) >> _s >> by_ref(s_scl_BROKEN) >> _s >> by_ref(s_scl_ANKL) >> _s >> by_ref(s_scl_SUSTAIN) >> _s >> by_ref(CNT_pvl_6)) | (by_ref(s_scl_IS) >> _s >> by_ref(s_scl_ANOTH) >> _s >> by_ref(s_scl_CITY)) | (by_ref(s_scl_INCREAS) >> _s >> by_ref(s_scl_HI) >> _s >> by_ref(s_scl_LEAD) >> _s >> by_ref(s_scl_AT) >> _s >> by_ref(s_scl_THE) >> _s >> by_ref(s_scl_TOP) >> _s >> by_ref(CNT_pvl_7) >> _s >> by_ref(s_scl_EVENT) >> _s >> by_ref(s_scl_STAND) >> _s >> by_ref(s_scl_OVER) >> _s >> by_ref(s_scl_NAME) >> _s >> by_ref(s_scl_BY)); HEADSYMBOL_part_8 = (by_ref(s_scl_INCREAS) >> _s >> by_ref(s_scl_HER) >> _s >> by_ref(s_scl_OWN) >> _s >> by_ref(s_scl_WORLD) >> _s >> by_ref(s_scl_LEADER) >> _s >> by_ref(CNT_pvl_7) >> _s >> by_ref(s_scl_YEAR) >> _s >> by_ref(s_scl_WHEN) >> _s >> by_ref(s_scl_ACHIEV) >> _s >> by_ref(s_scl_HER) >> _s >> by_ref(s_scl_BEST) >> _s >> by_ref(s_scl_EVER) >> _s >> by_ref(s_scl_PERFORM) >> _s >> by_ref(s_scl_BY) >> _s >> by_ref(s_scl_A) >> _s >> by_ref(s_scl_CENTIMETR) >> _s >> by_ref(CNT_pvl_11)) | (by_ref(s_scl_IN) >> _s >> by_ref(CNT_pvl_8) >> _s >> by_ref(CNT_pvl_11) >> _s >> by_ref(s_scl_THE) >> _s >> by_ref(s_scl_HEIGHT) >> _s >> by_ref(s_scl_REQUIR) >> _s >> by_ref(s_scl_TO)) | (by_ref(s_scl_IN)) | (by_ref(s_scl_HAD) >> _s >> by_ref(s_scl_TO) >> _s >> by_ref(s_scl_CONTENT) >> _s >> by_ref(s_scl_WITH)) | (by_ref(s_scl_HAD) >> _s >> by_ref(s_scl_NOT) >> _s >> by_ref(s_scl_GONE) >> _s >> by_ref(s_scl_ANI) >> _s >> by_ref(s_scl_HIGHER) >> _s >> by_ref(s_scl_THE)) | (by_ref(s_scl_HAD) >> _s >> by_ref(s_scl_NEVER) >> _s >> by_ref(s_scl_BEEN) >> _s >> by_ref(s_scl_RANK) >> _s >> by_ref(s_scl_HIGHER) >> _s >> by_ref(s_scl_THAN)) | (by_ref(s_scl_HAD) >> _s >> by_ref(s_scl_HER) >> _s >> by_ref(s_scl_BEST) >> _s >> by_ref(s_scl_COMPETIT) >> _s >> by_ref(CNT_pvl_7) >> _s >> by_ref(s_scl_YEAR) >> _s >> by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_FOR)) | (by_ref(s_scl_HAD) >> _s >> by_ref(s_scl_A) >> _s >> by_ref(CNT_pvl_1) >> _s >> by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_THREE) >> _s >> by_ref(s_scl_FAILUR) >> _s >> by_ref(s_scl_AT) >> _s >> by_ref(CNT_pvl_6)) | (by_ref(s_scl_HA) >> _s >> by_ref(s_scl_ALSO)) | (by_ref(s_scl_GOT) >> _s >> by_ref(s_scl_THE)); HEADSYMBOL_part_9 = (by_ref(s_scl_GOT) >> _s >> by_ref(s_scl_A) >> _s >> by_ref(s_scl_SURPRIS)) | (by_ref(s_scl_GAVE) >> _s >> by_ref(s_scl_THE) >> _s >> by_ref(s_scl_HOME) >> _s >> by_ref(s_scl_CROWD) >> _s >> by_ref(s_scl_SOMETH) >> _s >> by_ref(s_scl_TO) >> _s >> by_ref(s_scl_SHOUT) >> _s >> by_ref(s_scl_ABOUT) >> _s >> by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_BEST) >> _s >> by_ref(s_scl_FOR)) | (by_ref(s_scl_GAIN) >> _s >> by_ref(s_scl_MORE) >> _s >> by_ref(s_scl_MOMENTUM) >> _s >> by_ref(s_scl_OFF) >> _s >> by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl__sq_S) >> _s >> by_ref(s_scl_SUPPORT) >> _s >> by_ref(s_scl_TO)) | (by_ref(s_scl_FROM) >> _s >> by_ref(s_scl_SOUTH) >> _s >> by_ref(s_scl_AFRICA)) | (by_ref(s_scl_FROM) >> _s >> by_ref(s_scl_NATIONALITY) >> _s >> by_ref(s_scl__com_) >> _s >> by_ref(s_scl_WA) >> _s >> by_ref(s_scl_VERI) >> _s >> by_ref(s_scl_IMPRESS) >> _s >> by_ref(s_scl_IN)) | (by_ref(s_scl_FOLLOW) >> _s >> by_ref(s_scl_UP) >> _s >> by_ref(s_scl_WITH) >> _s >> by_ref(s_scl_ANOTH) >> _s >> by_ref(s_scl_CLEAR)) | (by_ref(s_scl_FOLLOW) >> _s >> by_ref(s_scl_NAME) >> _s >> by_ref(s_scl__sq_S) >> _s >> by_ref(s_scl_LEAD) >> _s >> by_ref(CNT_pvl_6)) | (by_ref(s_scl_FIRST) >> _s >> by_ref(s_scl_CAME) >> _s >> by_ref(s_scl_TO) >> _s >> by_ref(s_scl_PUBLIC) >> _s >> by_ref(s_scl_NOTIC) >> _s >> by_ref(s_scl_IN) >> _s >> by_ref(s_scl_DATE) >> _s >> by_ref(CNT_pvl_11)) | (by_ref(s_scl_FINISH)) | (by_ref(s_scl_FAIL) >> _s >> by_ref(s_scl_TWO) >> _s >> by_ref(s_scl_ATTEMPT) >> _s >> by_ref(s_scl_BUT) >> _s >> by_ref(CNT_pvl_11) >> _s >> by_ref(s_scl_THE) >> _s >> by_ref(s_scl_AUDIBL) >> _s >> by_ref(s_scl_SHOCK) >> _s >> by_ref(CNT_pvl_7) >> _s >> by_ref(s_scl_CROWD) >> _s >> by_ref(s_scl__com_) >> _s >> by_ref(s_scl_NAME) >> _s >> by_ref(s_scl_PULL) >> _s >> by_ref(s_scl_OUT) >> _s >> by_ref(s_scl_A) >> _s >> by_ref(CNT_pvl_1) >> _s >> by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_SECOND) >> _s >> by_ref(s_scl_JUST) >> _s >> by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_NEED) >> _s >> by_ref(s_scl_IT) >> _s >> by_ref(s_scl_AND) >> _s >> by_ref(s_scl_MOVE) >> _s >> by_ref(s_scl_INTO)); HEADSYMBOL_part_10 = (by_ref(s_scl_EQUAL) >> _s >> by_ref(s_scl_HI) >> _s >> by_ref(s_scl_NATIONALITY) >> _s >> by_ref(s_scl_NATION) >> _s >> by_ref(s_scl_JUNIOR) >> _s >> by_ref(s_scl_OUTDOOR) >> _s >> by_ref(s_scl_RECORD) >> _s >> by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_WHEN)) | (by_ref(s_scl_ENJOI) >> _s >> by_ref(s_scl_A) >> _s >> by_ref(s_scl_STAI) >> _s >> by_ref(s_scl_OF) >> _s >> by_ref(s_scl_EXECUT) >> _s >> by_ref(s_scl_AT) >> _s >> by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_ONLI) >> _s >> by_ref(s_scl_CLEAR) >> _s >> by_ref(s_scl_BOTH) >> _s >> by_ref(s_scl_HEIGHT) >> _s >> by_ref(s_scl_AT) >> _s >> by_ref(s_scl_THE) >> _s >> by_ref(s_scl_THIRD) >> _s >> by_ref(s_scl_ATTEMPT) >> _s >> by_ref(s_scl_BUT) >> _s >> by_ref(s_scl_HE) >> _s >> by_ref(s_scl_RANKING)) | (by_ref(s_scl_EARN) >> _s >> by_ref(s_scl_NATIONALITY) >> _s >> by_ref(s_scl_A) >> _s >> by_ref(s_scl_SECOND)) | (by_ref(s_scl_COULDN_sq_T) >> _s >> by_ref(s_scl_MANAG) >> _s >> by_ref(s_scl_BETTER) >> _s >> by_ref(s_scl_THAN) >> _s >> by_ref(s_scl_HER) >> _s >> by_ref(s_scl_SECOND) >> _s >> by_ref(s_scl_ATTEMPT) >> _s >> by_ref(CNT_pvl_6)) | (by_ref(s_scl_COULD) >> _s >> by_ref(s_scl_HAVE) >> _s >> by_ref(s_scl_AD) >> _s >> by_ref(s_scl_EXTRA) >> _s >> by_ref(s_scl_WEIGHT) >> _s >> by_ref(s_scl_TO) >> _s >> by_ref(s_scl_HI) >> _s >> by_ref(s_scl_ARGUMENT) >> _s >> by_ref(s_scl_BY) >> _s >> by_ref(s_scl_POINT) >> _s >> by_ref(s_scl_OUT) >> _s >> by_ref(s_scl_THAT) >> _s >> by_ref(s_scl_HE) >> _s >> by_ref(CNT_pvl_6)) | (by_ref(s_scl_CONFIRM) >> _s >> by_ref(s_scl_HI) >> _s >> by_ref(s_scl_STATU) >> _s >> by_ref(s_scl_AS) >> _s >> by_ref(s_scl_THE) >> _s >> by_ref(s_scl_BEST) >> _s >> by_ref(s_scl_JUNIOR) >> _s >> by_ref(s_scl_SPORT) >> _s >> by_ref(s_scl_JUMPER) >> _s >> by_ref(s_scl_IN) >> _s >> by_ref(s_scl_THE) >> _s >> by_ref(s_scl_WORLD) >> _s >> by_ref(s_scl_THI) >> _s >> by_ref(s_scl_YEAR) >> _s >> by_ref(s_scl_BY)) | (by_ref(s_scl_COME) >> _s >> by_ref(s_scl_TO) >> _s >> by_ref(s_scl_HER) >> _s >> by_ref(s_scl_HOME) >> _s >> by_ref(s_scl_TOWN) >> _s >> by_ref(s_scl_MEET) >> _s >> by_ref(s_scl_OFF) >> _s >> by_ref(s_scl_THE) >> _s >> by_ref(s_scl_BACK) >> _s >> by_ref(s_scl_OF) >> _s >> by_ref(s_scl_HER) >> _s >> by_ref(s_scl_PERFORMANCE) >> _s >> by_ref(s_scl_LEAP) >> _s >> by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_WEEK) >> _s >> by_ref(s_scl_AGO) >> _s >> by_ref(s_scl__com_) >> _s >> by_ref(s_scl_AND) >> _s >> by_ref(s_scl_A) >> _s >> by_ref(s_scl_MORE) >> _s >> by_ref(s_scl_SIMPL) >> _s >> by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_NATION) >> _s >> by_ref(s_scl_TITL)) | (by_ref(s_scl_COLLECT) >> _s >> by_ref(s_scl_TOKEN_pvl_INTEGER) >> _s >> by_ref(s_scl_POINT) >> _s >> by_ref(s_scl_FOR)) | (by_ref(s_scl_COLLECT) >> _s >> by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_FLAG) >> _s >> by_ref(s_scl_FOR) >> _s >> by_ref(s_scl_A) >> _s >> by_ref(s_scl_WELL_pvl_DESERVED) >> _s >> by_ref(s_scl_AND) >> _s >> by_ref(s_scl_LOUDLI) >> _s >> by_ref(s_scl_CHEER)) | (by_ref(s_scl_CLAIM)); HEADSYMBOL_part_10_heads = (HEADSYMBOL_part_1 | HEADSYMBOL_part_2 | HEADSYMBOL_part_3 | HEADSYMBOL_part_4 | HEADSYMBOL_part_5 | HEADSYMBOL_part_6 | HEADSYMBOL_part_7 | HEADSYMBOL_part_8 | HEADSYMBOL_part_9 | HEADSYMBOL_part_10); HEADSYMBOL_part_11 = (by_ref(s_scl_CAN) >> _s >> by_ref(s_scl_FINAL) >> _s >> by_ref(s_scl_FEEL) >> _s >> by_ref(s_scl_THE) >> _s >> by_ref(s_scl_HONOUR) >> _s >> by_ref(s_scl_THAT) >> _s >> by_ref(s_scl_GOE) >> _s >> by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_GLOBAL) >> _s >> by_ref(s_scl_RANKING) >> _s >> by_ref(s_scl_AS) >> _s >> by_ref(s_scl_SHE) >> _s >> by_ref(s_scl_PRESENT) >> _s >> by_ref(s_scl_HER) >> _s >> by_ref(s_scl_COUNTRI) >> _s >> by_ref(s_scl_WITH) >> _s >> by_ref(s_scl_IT) >> _s >> by_ref(s_scl_ONLI)) | (by_ref(s_scl_BUOI) >> _s >> by_ref(s_scl_BY) >> _s >> by_ref(s_scl_HI) >> _s >> by_ref(s_scl_HOMETOWN) >> _s >> by_ref(s_scl_CROWD) >> _s >> by_ref(CNT_pvl_11)) | (by_ref(s_scl_BROKE) >> _s >> by_ref(s_scl_HER) >> _s >> by_ref(s_scl_OWN) >> _s >> by_ref(s_scl_NATION) >> _s >> by_ref(s_scl_RECORD) >> _s >> by_ref(s_scl_NOT) >> _s >> by_ref(s_scl_ONC) >> _s >> by_ref(s_scl_BUT) >> _s >> by_ref(s_scl_TWICE) >> _s >> by_ref(s_scl_ON) >> _s >> by_ref(s_scl_THE) >> _s >> by_ref(s_scl_WAI) >> _s >> by_ref(s_scl_TO) >> _s >> by_ref(s_scl_SNATCH) >> _s >> by_ref(s_scl_THE)) | (by_ref(s_scl_BECAM) >> _s >> by_ref(s_scl_THE) >> _s >> by_ref(s_scl_FIRST) >> _s >> by_ref(s_scl_EVER) >> _s >> by_ref(s_scl_NATIONALITY) >> _s >> by_ref(s_scl_TO)) | (by_ref(s_scl_ASIC) >> _s >> by_ref(CNT_pvl_11)) | (by_ref(s_scl_APPEAR) >> _s >> by_ref(s_scl_TO) >> _s >> by_ref(s_scl_HAVE) >> _s >> by_ref(s_scl_RECOV) >> _s >> by_ref(CNT_pvl_7) >> _s >> by_ref(s_scl_SHOCK) >> _s >> by_ref(s_scl_OF) >> _s >> by_ref(s_scl_HI)) | (by_ref(s_scl_AND) >> _s >> by_ref(s_scl_OLYMP) >> _s >> by_ref(s_scl_CHAMPION) >> _s >> by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_IN) >> _s >> by_ref(s_scl_JOINT)) | (by_ref(s_scl_AND) >> _s >> by_ref(s_scl_NATIONALITY) >> _s >> by_ref(s_scl_NAME) >> _s >> by_ref(s_scl_WERE) >> _s >> by_ref(s_scl_PERFECT) >> _s >> by_ref(s_scl_THROUGH) >> _s >> by_ref(s_scl_PERFORMANCE) >> _s >> by_ref(s_scl_BEFOR) >> _s >> by_ref(s_scl_BOW) >> _s >> by_ref(s_scl_OUT) >> _s >> by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_TIE) >> _s >> by_ref(s_scl_FOR)) | (by_ref(s_scl_AND) >> _s >> by_ref(s_scl_NATIONALITY) >> _s >> by_ref(s_scl_NAME) >> _s >> by_ref(s_scl_BOTH) >> _s >> by_ref(s_scl_FALL) >> _s >> by_ref(s_scl_BY) >> _s >> by_ref(s_scl_THE) >> _s >> by_ref(s_scl_WAYSID) >> _s >> by_ref(s_scl_AT) >> _s >> by_ref(s_scl_THAT) >> _s >> by_ref(s_scl_HEIGHT) >> _s >> by_ref(s_scl_WITH) >> _s >> by_ref(s_scl_THREE) >> _s >> by_ref(s_scl_UNSUCCESS) >> _s >> by_ref(s_scl_ATTEMPT) >> _s >> by_ref(s_scl_AND) >> _s >> by_ref(s_scl_WAKE) >> _s >> by_ref(s_scl__com_) >> _s >> by_ref(s_scl_RESPECT)) | (by_ref(s_scl_AND) >> _s >> by_ref(s_scl_NATIONALITY) >> _s >> by_ref(CNT_pvl_6)); HEADSYMBOL_part_12 = (by_ref(s_scl_AND) >> _s >> by_ref(s_scl_DATE) >> _s >> by_ref(s_scl_NATIONALITY) >> _s >> by_ref(s_scl_JUNIOR) >> _s >> by_ref(s_scl_CHAMPION) >> _s >> by_ref(CNT_pvl_6)) | (by_ref(s_scl_AND) >> _s >> by_ref(s_scl_CZECH) >> _s >> by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_TOP) >> _s >> by_ref(s_scl_OUT) >> _s >> by_ref(CNT_pvl_6)) | (by_ref(s_scl_ALSO) >> _s >> by_ref(CNT_pvl_3) >> _s >> by_ref(s_scl_PB) >> _s >> by_ref(s_scl_PERFORMANCE) >> _s >> by_ref(s_scl_ON) >> _s >> by_ref(CNT_pvl_4) >> _s >> by_ref(s_scl_ATTEMPT) >> _s >> by_ref(s_scl__com_) >> _s >> by_ref(s_scl_BUT) >> _s >> by_ref(s_scl_WA)) | (by_ref(s_scl_ALREADI) >> _s >> by_ref(s_scl_ENSUR) >> _s >> by_ref(CNT_pvl_7)) | (by_ref(s_scl_ALL) >> _s >> by_ref(s_scl_TI) >> _s >> by_ref(s_scl_FOR)) | (by_ref(s_scl_AD) >> _s >> by_ref(s_scl_HER) >> _s >> by_ref(s_scl_OUNC) >> _s >> by_ref(s_scl_OF)) | (by_ref(s_scl_A) >> _s >> by_ref(s_scl_PRINCETON) >> _s >> by_ref(s_scl_GRADUAT) >> _s >> by_ref(s_scl__com_) >> _s >> by_ref(s_scl_BEAT) >> _s >> by_ref(s_scl_OUT) >> _s >> by_ref(s_scl_NAME) >> _s >> by_ref(s_scl_FOR)) | (by_ref(s_scl_A) >> _s >> by_ref(s_scl_NATIV) >> _s >> by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_DUAL) >> _s >> by_ref(s_scl_CITIZEN) >> _s >> by_ref(s_scl_OF) >> _s >> by_ref(s_scl_BOTH) >> _s >> by_ref(s_scl_COUNTRY) >> _s >> by_ref(CNT_pvl_11) >> _s >> by_ref(s_scl_RANKING) >> _s >> by_ref(s_scl_HER) >> _s >> by_ref(s_scl_FIFTH) >> _s >> by_ref(s_scl_EVENT) >> _s >> by_ref(s_scl_MEDAL) >> _s >> by_ref(s_scl__pvl_) >> _s >> by_ref(s_scl__pvl_) >> _s >> by_ref(s_scl_A) >> _s >> by_ref(s_scl_SECOND)) | (by_ref(s_scl__pvl_) >> _s >> by_ref(s_scl_HEARTBREAK) >> _s >> by_ref(s_scl_AND)) | (by_ref(s_scl__pvl_) >> _s >> by_ref(s_scl_ALSO) >> _s >> by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_BUT)); HEADSYMBOL_part_13 = (by_ref(s_scl__pvl_) >> _s >> by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_M) >> _s >> by_ref(s_scl_TO)) | (by_ref(s_scl__com_) >> _s >> by_ref(s_scl_NATIONALITY) >> _s >> by_ref(s_scl__pvl_)) | (by_ref(s_scl__lpar_) >> _s >> by_ref(s_scl_TI) >> _s >> by_ref(s_scl_FOR)) | (by_ref(s_scl__lpar_) >> _s >> by_ref(s_scl_OPEN) >> _s >> by_ref(s_scl_AT) >> _s >> by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl__cln_) >> _s >> by_ref(CNT_pvl_1) >> _s >> by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_FOR)) | (by_ref(s_scl__lpar_)) | (by_ref(CNT_pvl_7) >> _s >> by_ref(s_scl_NATIONALITY) >> _s >> by_ref(s_scl__octal_227_) >> _s >> by_ref(s_scl_AT) >> _s >> by_ref(s_scl_THE) >> _s >> by_ref(s_scl_TIME) >> _s >> by_ref(s_scl_ALMOST) >> _s >> by_ref(s_scl_AS) >> _s >> by_ref(s_scl_UNKNOWN) >> _s >> by_ref(s_scl_AS) >> _s >> by_ref(s_scl_NAME) >> _s >> by_ref(s_scl__octal_227_)) | (by_ref(CNT_pvl_7) >> _s >> by_ref(s_scl_NATIONALITY) >> _s >> by_ref(s_scl_MOMENTARILI) >> _s >> by_ref(s_scl_FOUND) >> _s >> by_ref(s_scl_HERSELF) >> _s >> by_ref(s_scl_IN) >> _s >> by_ref(s_scl_RANKING) >> _s >> by_ref(s_scl_PLACE) >> _s >> by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_FIRST_pvl_JUMP) >> _s >> by_ref(s_scl_SUCCESS) >> _s >> by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_BUT) >> _s >> by_ref(s_scl_WHEN) >> _s >> by_ref(s_scl_THREE) >> _s >> by_ref(s_scl_OF) >> _s >> by_ref(s_scl_HER) >> _s >> by_ref(s_scl_RIVAL) >> _s >> by_ref(s_scl_RESPOND) >> _s >> by_ref(s_scl_WITH) >> _s >> by_ref(s_scl_OPENING_pvl_ROUND) >> _s >> by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_SHE) >> _s >> by_ref(s_scl_PASS) >> _s >> by_ref(s_scl_TO) >> _s >> by_ref(s_scl_PERFORMANCE) >> _s >> by_ref(s_scl_AND) >> _s >> by_ref(s_scl_EXIT) >> _s >> by_ref(s_scl_THERE) >> _s >> by_ref(s_scl_IN)) | (by_ref(CNT_pvl_7) >> _s >> by_ref(s_scl_NATIONALITY) >> _s >> by_ref(s_scl__com_)) | (by_ref(CNT_pvl_7) >> _s >> by_ref(s_scl_NATIONALITY) >> _s >> by_ref(CNT_pvl_6)) | (by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_WON) >> _s >> by_ref(s_scl_THE)); HEADSYMBOL_part_14 = (by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_WINNER) >> _s >> by_ref(CNT_pvl_6)) | (by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_WHO) >> _s >> by_ref(s_scl_TOOK) >> _s >> by_ref(s_scl_A) >> _s >> by_ref(s_scl_COUNTBACK)) | (by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_WERE)) | (by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_WENT)) | (by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_TOOK) >> _s >> by_ref(s_scl_ANOTH)) | (by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_TIE) >> _s >> by_ref(s_scl_FOR)) | (by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_TI) >> _s >> by_ref(s_scl_IN)) | (by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_THI) >> _s >> by_ref(s_scl_EVENT) >> _s >> by_ref(s_scl_TONIGHT) >> _s >> by_ref(s_scl__com_) >> _s >> by_ref(s_scl_IT) >> _s >> by_ref(s_scl_WA) >> _s >> by_ref(s_scl_ALMOST) >> _s >> by_ref(s_scl_AS) >> _s >> by_ref(s_scl_THOUGH) >> _s >> by_ref(s_scl_THE) >> _s >> by_ref(s_scl_REST) >> _s >> by_ref(CNT_pvl_7) >> _s >> by_ref(s_scl_FIELD) >> _s >> by_ref(s_scl_WERE) >> _s >> by_ref(s_scl_CONTENT) >> _s >> by_ref(s_scl_TO) >> _s >> by_ref(s_scl_TURN) >> _s >> by_ref(s_scl_SUCH) >> _s >> by_ref(s_scl_A) >> _s >> by_ref(s_scl_PRONOUNC) >> _s >> by_ref(s_scl_INTO) >> _s >> by_ref(s_scl_A) >> _s >> by_ref(s_scl_SELF_pvl_FULFILLING) >> _s >> by_ref(s_scl_PROPHECI) >> _s >> by_ref(s_scl_BY) >> _s >> by_ref(s_scl_PRESENT) >> _s >> by_ref(CNT_pvl_6)) | (by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_SHARE)) | (by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_REPRES) >> _s >> by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_HAD) >> _s >> by_ref(s_scl_A) >> _s >> by_ref(s_scl_FIRST) >> _s >> by_ref(s_scl_ATTEMPT) >> _s >> by_ref(s_scl_CLEARANC) >> _s >> by_ref(s_scl_WHICH) >> _s >> by_ref(s_scl_WA) >> _s >> by_ref(s_scl_GOOD) >> _s >> by_ref(s_scl_ENOUGH) >> _s >> by_ref(s_scl_FOR)); HEADSYMBOL_part_15 = (by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_PLACE) >> _s >> by_ref(s_scl_AT) >> _s >> by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_HOME) >> _s >> by_ref(s_scl_SOIL) >> _s >> by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_COUNT_pvl_BACK)) | (by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_PLACE)) | (by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_MEDALLIST) >> _s >> by_ref(s_scl_FROM) >> _s >> by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl__sq_S) >> _s >> by_ref(s_scl_EVENT) >> _s >> by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_LEAP) >> _s >> by_ref(s_scl_TO)) | (by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_MEDALLIST) >> _s >> by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_HAD) >> _s >> by_ref(s_scl_THREE) >> _s >> by_ref(s_scl_FAILUR) >> _s >> by_ref(s_scl_AND) >> _s >> by_ref(s_scl_LEFT) >> _s >> by_ref(CNT_pvl_6)) | (by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_MAKE) >> _s >> by_ref(s_scl_PERFORMANCE) >> _s >> by_ref(s_scl_ON) >> _s >> by_ref(s_scl_HER) >> _s >> by_ref(s_scl_THIRD) >> _s >> by_ref(s_scl_TRY) >> _s >> by_ref(s_scl__octal_205_) >> _s >> by_ref(s_scl_WHEN) >> _s >> by_ref(s_scl_ALL) >> _s >> by_ref(s_scl_THREE) >> _s >> by_ref(s_scl_OF) >> _s >> by_ref(s_scl_HER) >> _s >> by_ref(s_scl_COMPETITOR) >> _s >> by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_THEIR) >> _s >> by_ref(s_scl_FIRST) >> _s >> by_ref(s_scl_ATTEMPT) >> _s >> by_ref(s_scl__com_) >> _s >> by_ref(s_scl_NAME) >> _s >> by_ref(s_scl_CHOSE) >> _s >> by_ref(s_scl_TO) >> _s >> by_ref(s_scl_PASS) >> _s >> by_ref(s_scl_AT) >> _s >> by_ref(s_scl_THE) >> _s >> by_ref(s_scl_HEIGHT) >> _s >> by_ref(s_scl__pvl_) >> _s >> by_ref(s_scl_WHICH) >> _s >> by_ref(s_scl_WOULD) >> _s >> by_ref(s_scl_HAVE) >> _s >> by_ref(s_scl_EXCEED) >> _s >> by_ref(s_scl_HER) >> _s >> by_ref(CNT_pvl_1) >> _s >> by_ref(s_scl_BY) >> _s >> by_ref(s_scl_A) >> _s >> by_ref(s_scl_CENTIMET) >> _s >> by_ref(s_scl__pvl_) >> _s >> by_ref(s_scl_AND) >> _s >> by_ref(s_scl_AGAIN) >> _s >> by_ref(s_scl_JOIN) >> _s >> by_ref(s_scl_THE) >> _s >> by_ref(s_scl_COMPETIT) >> _s >> by_ref(s_scl_AT) >> _s >> by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_ONLI) >> _s >> by_ref(s_scl_GENDER) >> _s >> by_ref(s_scl_TO) >> _s >> by_ref(s_scl_CLEAR) >> _s >> by_ref(s_scl__com_) >> _s >> by_ref(s_scl_GIVE) >> _s >> by_ref(s_scl_HER) >> _s >> by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_MEDAL) >> _s >> by_ref(CNT_pvl_6)) | (by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_IN) >> _s >> by_ref(s_scl_JOINT)) | (by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_HI) >> _s >> by_ref(s_scl_WAI) >> _s >> by_ref(CNT_pvl_6)) | (by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_HI) >> _s >> by_ref(s_scl_COUNTRI) >> _s >> by_ref(s_scl__octal_222_) >> _s >> by_ref(s_scl_S) >> _s >> by_ref(s_scl_ONLI)) | (by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_GOT) >> _s >> by_ref(s_scl_THE)) | (by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_FOR)); HEADSYMBOL_part_16 = (by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_FINISH)) | (by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_FIFTH) >> _s >> by_ref(s_scl_NATIONALITY) >> _s >> by_ref(s_scl_OUTDOOR) >> _s >> by_ref(s_scl_TITL) >> _s >> by_ref(s_scl_OF) >> _s >> by_ref(s_scl_HER) >> _s >> by_ref(s_scl_CAREER) >> _s >> by_ref(s_scl_IN) >> _s >> by_ref(s_scl_THE) >> _s >> by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_JUMPER) >> _s >> by_ref(s_scl__com_) >> _s >> by_ref(s_scl_COME) >> _s >> by_ref(s_scl_BACK) >> _s >> by_ref(s_scl_FROM) >> _s >> by_ref(s_scl_ANKL) >> _s >> by_ref(s_scl_INJURI) >> _s >> by_ref(s_scl_TO)) | (by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_CLEAR) >> _s >> by_ref(s_scl_PERFORMANCE) >> _s >> by_ref(s_scl_HERSELF) >> _s >> by_ref(s_scl_IN) >> _s >> by_ref(s_scl_JULI) >> _s >> by_ref(s_scl__com_) >> _s >> by_ref(s_scl_WA) >> _s >> by_ref(s_scl_CONTENT) >> _s >> by_ref(s_scl_WITH)) | (by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_CELEBR)) | (by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_BITE) >> _s >> by_ref(s_scl_HI)) | (by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_AWARD)) | (by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_AN) >> _s >> by_ref(s_scl_UNEXPECT)) | (by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl_ALL) >> _s >> by_ref(s_scl_TI) >> _s >> by_ref(s_scl_FOR)) | (by_ref(CNT_pvl_6) >> _s >> by_ref(s_scl__sq_S) >> _s >> by_ref(s_scl_16TH) >> _s >> by_ref(s_scl_STRAIGHT)) | (by_ref(CNT_pvl_6) >> _s >> by_ref(CNT_pvl_6)); HEADSYMBOL_part_17 = (by_ref(CNT_pvl_6) >> _s >> by_ref(CNT_pvl_4) >> _s >> by_ref(s_scl_ATTEMPT) >> _s >> by_ref(CNT_pvl_6)) | (by_ref(CNT_pvl_6)) | (by_ref(CNT_pvl_11) >> _s >> by_ref(s_scl_ORIGIN) >> _s >> by_ref(s_scl_ON) >> _s >> by_ref(s_scl_THE) >> _s >> by_ref(s_scl_SLATE) >> _s >> by_ref(s_scl_AS) >> _s >> by_ref(s_scl_WELL) >> _s >> by_ref(s_scl__com_) >> _s >> by_ref(s_scl_BUT) >> _s >> by_ref(s_scl_TIRE) >> _s >> by_ref(s_scl_AFTER) >> _s >> by_ref(s_scl_HER) >> _s >> by_ref(s_scl_CITY)) | (by_ref(CNT_pvl_11) >> _s >> by_ref(s_scl_FAR) >> _s >> by_ref(s_scl_BACK) >> _s >> by_ref(s_scl_IN)); HEADSYMBOL = (HEADSYMBOL_part_10_heads | HEADSYMBOL_part_11 | HEADSYMBOL_part_12 | HEADSYMBOL_part_13 | HEADSYMBOL_part_14 | HEADSYMBOL_part_15 | HEADSYMBOL_part_16 | HEADSYMBOL_part_17); s_scl__dqt_ = (as_xpr("\"")); s_scl__sq_S = (as_xpr("'s")); s_scl__lpar_ = (as_xpr("(")); s_scl__rpar_ = (as_xpr(")")); s_scl__com_ = (as_xpr(",")); s_scl__pvl_ = (as_xpr("-")); s_scl__sls_ = (as_xpr("/")); s_scl_16TH = (as_xpr("16th")); s_scl__cln_ = (as_xpr(";")); s_scl_A = (as_xpr("a")); s_scl_ABOUT = (as_xpr("about")); s_scl_ACCOMPLISH = (as_xpr("accomplish")); s_scl_ACHIEV = (as_xpr("achiev")); s_scl_AD = (as_xpr("ad")); s_scl_AFRICA = (as_xpr("africa")); s_scl_AFRICAN = (as_xpr("african")); s_scl_AFTER = (as_xpr("after")); s_scl_AGAIN = (as_xpr("again")); s_scl_AGE = (as_xpr("age")); s_scl_AGO = (as_xpr("ago")); s_scl_ALL = (as_xpr("all")); s_scl_ALL_pvl_AMERICAN = (as_xpr("all-american")); s_scl_ALMOST = (as_xpr("almost")); s_scl_ALREADI = (as_xpr("alreadi")); s_scl_ALSO = (as_xpr("also")); s_scl_AN = (as_xpr("an")); s_scl_AND = (as_xpr("and")); s_scl_ANI = (as_xpr("ani")); s_scl_ANKL = (as_xpr("ankl")); s_scl_ANOTH = (as_xpr("anoth")); s_scl_APPAR = (as_xpr("appar")); s_scl_APPEAR = (as_xpr("appear")); s_scl_ARGUMENT = (as_xpr("argument")); s_scl_AS = (as_xpr("as")); s_scl_ASIC = (as_xpr("asic")); s_scl_AT = (as_xpr("at")); s_scl_ATTEMPT = (as_xpr("attempt")); s_scl_AUDIBL = (as_xpr("audibl")); s_scl_AWARD = (as_xpr("award")); s_scl_BACK = (as_xpr("back")); s_scl_BE = (as_xpr("be")); s_scl_BEAT = (as_xpr("beat")); s_scl_BECAM = (as_xpr("becam")); s_scl_BECOM = (as_xpr("becom")); s_scl_BEEN = (as_xpr("been")); s_scl_BEFOR = (as_xpr("befor")); s_scl_BEHIND = (as_xpr("behind")); s_scl_BEST = (as_xpr("best")); s_scl_BETTER = (as_xpr("better")); s_scl_BIGGEST = (as_xpr("biggest")); s_scl_BITE = (as_xpr("bite")); s_scl_BOTH = (as_xpr("both")); s_scl_BOUNC = (as_xpr("bounc")); s_scl_BOW = (as_xpr("bow")); s_scl_BROKE = (as_xpr("broke")); s_scl_BROKEN = (as_xpr("broken")); s_scl_BUILD = (as_xpr("build")); s_scl_BUOI = (as_xpr("buoi")); s_scl_BUT = (as_xpr("but")); s_scl_BY = (as_xpr("by")); s_scl_CAL = (as_xpr("cal")); s_scl_CAME = (as_xpr("came")); s_scl_CAN = (as_xpr("can")); s_scl_CAP = (as_xpr("cap")); s_scl_CAREER = (as_xpr("career")); s_scl_CELEBR = (as_xpr("celebr")); s_scl_CENTIMET = (as_xpr("centimet")); s_scl_CENTIMETR = (as_xpr("centimetr")); s_scl_CHAMPION = (as_xpr("champion")); s_scl_CHAMPIONSHIP = (as_xpr("championship")); s_scl_CHEER = (as_xpr("cheer")); s_scl_CHOSE = (as_xpr("chose")); s_scl_CITIZEN = (as_xpr("citizen")); s_scl_CITY = (as_xpr("city")); s_scl_CLAIM = (as_xpr("claim")); s_scl_CLEAR = (as_xpr("clear")); s_scl_CLEARANC = (as_xpr("clearanc")); s_scl_CLIMB = (as_xpr("climb")); s_scl_CLINCH = (as_xpr("clinch")); s_scl_COLLECT = (as_xpr("collect")); s_scl_COME = (as_xpr("come")); s_scl_COMEBACK = (as_xpr("comeback")); s_scl_COMFORT = (as_xpr("comfort")); s_scl_COMPET = (as_xpr("compet")); s_scl_COMPETIT = (as_xpr("competit")); s_scl_COMPETITOR = (as_xpr("competitor")); s_scl_CONDIT = (as_xpr("condit")); s_scl_CONFIRM = (as_xpr("confirm")); s_scl_CONTENT = (as_xpr("content")); s_scl_COULD = (as_xpr("could")); s_scl_COULDN_sq_T = (as_xpr("couldn't")); s_scl_COUNT_pvl_BACK = (as_xpr("count-back")); s_scl_COUNTBACK = (as_xpr("countback")); s_scl_COUNTRI = (as_xpr("countri")); s_scl_COUNTRY = (as_xpr("country")); s_scl_CROWD = (as_xpr("crowd")); s_scl_CZECH = (as_xpr("czech")); s_scl_DATE = (as_xpr("date")); s_scl_DEFEND = (as_xpr("defend")); s_scl_DISTANT = (as_xpr("distant")); s_scl_DOLDRUM = (as_xpr("doldrum")); s_scl_DOUBL = (as_xpr("doubl")); s_scl_DUAL = (as_xpr("dual")); s_scl_EARN = (as_xpr("earn")); s_scl_ENJOI = (as_xpr("enjoi")); s_scl_ENOUGH = (as_xpr("enough")); s_scl_ENSUR = (as_xpr("ensur")); s_scl_EQUAL = (as_xpr("equal")); s_scl_EUROPEAN = (as_xpr("european")); s_scl_EVEN = (as_xpr("even")); s_scl_EVENT = (as_xpr("event")); s_scl_EVER = (as_xpr("ever")); s_scl_EXCEED = (as_xpr("exceed")); s_scl_EXECUT = (as_xpr("execut")); s_scl_EXIT = (as_xpr("exit")); s_scl_EXTRA = (as_xpr("extra")); s_scl_FAIL = (as_xpr("fail")); s_scl_FAILUR = (as_xpr("failur")); s_scl_FALL = (as_xpr("fall")); s_scl_FALTER = (as_xpr("falter")); s_scl_FAR = (as_xpr("far")); s_scl_FASHION = (as_xpr("fashion")); s_scl_FEEL = (as_xpr("feel")); s_scl_FIELD = (as_xpr("field")); s_scl_FIFTH = (as_xpr("fifth")); s_scl_FINAL = (as_xpr("final")); s_scl_FINISH = (as_xpr("finish")); s_scl_FIRE = (as_xpr("fire")); s_scl_FIRST = (as_xpr("first")); s_scl_FIRST_pvl_JUMP = (as_xpr("first-jump")); s_scl_FLAG = (as_xpr("flag")); s_scl_FOLLOW = (as_xpr("follow")); s_scl_FOR = (as_xpr("for")); s_scl_FOUND = (as_xpr("found")); s_scl_FROM = (as_xpr("from")); s_scl_FUTUR = (as_xpr("futur")); s_scl_GAIN = (as_xpr("gain")); s_scl_GARNER = (as_xpr("garner")); s_scl_GAVE = (as_xpr("gave")); s_scl_GENDER = (as_xpr("gender")); s_scl_GIVE = (as_xpr("give")); s_scl_GLOBAL = (as_xpr("global")); s_scl_GOE = (as_xpr("goe")); s_scl_GONE = (as_xpr("gone")); s_scl_GOOD = (as_xpr("good")); s_scl_GOT = (as_xpr("got")); s_scl_GRADUAT = (as_xpr("graduat")); s_scl_GUTSI = (as_xpr("gutsi")); s_scl_HA = (as_xpr("ha")); s_scl_HAD = (as_xpr("had")); s_scl_HAIL = (as_xpr("hail")); s_scl_HAPPI = (as_xpr("happi")); s_scl_HAVE = (as_xpr("have")); s_scl_HE = (as_xpr("he")); s_scl_HEARTBREAK = (as_xpr("heartbreak")); s_scl_HEIGHT = (as_xpr("height")); s_scl_HER = (as_xpr("her")); s_scl_HEROIC = (as_xpr("heroic")); s_scl_HERSELF = (as_xpr("herself")); s_scl_HI = (as_xpr("hi")); s_scl_HIGH = (as_xpr("high")); s_scl_HIGHER = (as_xpr("higher")); s_scl_HIM = (as_xpr("him")); s_scl_HOME = (as_xpr("home")); s_scl_HOMETOWN = (as_xpr("hometown")); s_scl_HONOUR = (as_xpr("honour")); s_scl_IMPRESS = (as_xpr("impress")); s_scl_IN = (as_xpr("in")); s_scl_INCLUD = (as_xpr("includ")); s_scl_INCREAS = (as_xpr("increas")); s_scl_INDOOR = (as_xpr("indoor")); s_scl_INJURI = (as_xpr("injuri")); s_scl_INTO = (as_xpr("into")); s_scl_IS = (as_xpr("is")); s_scl_IT = (as_xpr("it")); s_scl_JOIN = (as_xpr("join")); s_scl_JOINT = (as_xpr("joint")); s_scl_JULI = (as_xpr("juli")); s_scl_JUMP = (as_xpr("jump")); s_scl_JUMPER = (as_xpr("jumper")); s_scl_JUNIOR = (as_xpr("junior")); s_scl_JUST = (as_xpr("just")); s_scl_LAST = (as_xpr("last")); s_scl_LATE = (as_xpr("late")); s_scl_LATE_pvl_HOUR = (as_xpr("late-hour")); s_scl_LEAD = (as_xpr("lead")); s_scl_LEADER = (as_xpr("leader")); s_scl_LEAP = (as_xpr("leap")); s_scl_LEFT = (as_xpr("left")); s_scl_LIFT = (as_xpr("lift")); s_scl_LIKE = (as_xpr("like")); s_scl_LINE = (as_xpr("line")); s_scl_LOOK = (as_xpr("look")); s_scl_LOUDLI = (as_xpr("loudli")); s_scl_LOWEST = (as_xpr("lowest")); s_scl_LUI = (as_xpr("lui")); s_scl_M = (as_xpr("m")); s_scl_MADE = (as_xpr("made")); s_scl_MAI = (as_xpr("mai")); s_scl_MAKE = (as_xpr("make")); s_scl_MANAG = (as_xpr("manag")); s_scl_MARYLAND = (as_xpr("maryland")); s_scl_MEDAL = (as_xpr("medal")); s_scl_MEDALLIST = (as_xpr("medallist")); s_scl_MEET = (as_xpr("meet")); s_scl_METR = (as_xpr("metr")); s_scl_MOMENTARILI = (as_xpr("momentarili")); s_scl_MOMENTUM = (as_xpr("momentum")); s_scl_MONTH = (as_xpr("month")); s_scl_MORE = (as_xpr("more")); s_scl_MOTIV = (as_xpr("motiv")); s_scl_MOVE = (as_xpr("move")); s_scl_NAME = (as_xpr("name")); s_scl_NATION = (as_xpr("nation")); s_scl_NATIONALITY = (as_xpr("nationality")); s_scl_NATIV = (as_xpr("nativ")); s_scl_NEAR_pvl_PB = (as_xpr("near-pb")); s_scl_NEED = (as_xpr("need")); s_scl_NEVER = (as_xpr("never")); s_scl_NEW = (as_xpr("new")); s_scl_NO = (as_xpr("no")); s_scl_NO_pvl_CONTEST = (as_xpr("no-contest")); s_scl_NOT = (as_xpr("not")); s_scl_NOTIC = (as_xpr("notic")); s_scl_NOW = (as_xpr("now")); s_scl_OBISPO = (as_xpr("obispo")); s_scl_OCCAS = (as_xpr("occas")); s_scl_OF = (as_xpr("of")); s_scl_OFF = (as_xpr("off")); s_scl_OLYMP = (as_xpr("olymp")); s_scl_ON = (as_xpr("on")); s_scl_ONC = (as_xpr("onc")); s_scl_ONLI = (as_xpr("onli")); s_scl_OPEN = (as_xpr("open")); s_scl_OPENING_pvl_ROUND = (as_xpr("opening-round")); s_scl_ORIGIN = (as_xpr("origin")); s_scl_OUNC = (as_xpr("ounc")); s_scl_OUT = (as_xpr("out")); s_scl_OUTDOOR = (as_xpr("outdoor")); s_scl_OVER = (as_xpr("over")); s_scl_OVERTOOK = (as_xpr("overtook")); s_scl_OWN = (as_xpr("own")); s_scl_PASS = (as_xpr("pass")); s_scl_PB = (as_xpr("pb")); s_scl_PB_pvl_EQUALLING = (as_xpr("pb-equalling")); s_scl_PERFECT = (as_xpr("perfect")); s_scl_PERFORM = (as_xpr("perform")); s_scl_PERFORMANCE = (as_xpr("performance")); s_scl_PERSON = (as_xpr("person")); s_scl_PICK = (as_xpr("pick")); s_scl_PLACE = (as_xpr("place")); s_scl_POINT = (as_xpr("point")); s_scl_POLY_pvl_SAN = (as_xpr("poly-san")); s_scl_POST = (as_xpr("post")); s_scl_PRESENT = (as_xpr("present")); s_scl_PREVAIL = (as_xpr("prevail")); s_scl_PRINCETON = (as_xpr("princeton")); s_scl_PRODUC = (as_xpr("produc")); s_scl_PRONOUNC = (as_xpr("pronounc")); s_scl_PROPHECI = (as_xpr("propheci")); s_scl_PUBLIC = (as_xpr("public")); s_scl_PULL = (as_xpr("pull")); s_scl_QUICKSILV = (as_xpr("quicksilv")); s_scl_QUIET = (as_xpr("quiet")); s_scl_RANK = (as_xpr("rank")); s_scl_RANKING = (as_xpr("ranking")); s_scl_REACH = (as_xpr("reach")); s_scl_RECORD = (as_xpr("record")); s_scl_RECOV = (as_xpr("recov")); s_scl_REIGN = (as_xpr("reign")); s_scl_RELEG = (as_xpr("releg")); s_scl_REMARK = (as_xpr("remark")); s_scl_REPRES = (as_xpr("repres")); s_scl_REQUIR = (as_xpr("requir")); s_scl_RESPECT = (as_xpr("respect")); s_scl_RESPOND = (as_xpr("respond")); s_scl_REST = (as_xpr("rest")); s_scl_RETURN = (as_xpr("return")); s_scl_RIVAL = (as_xpr("rival")); s_scl_ROLL = (as_xpr("roll")); s_scl_ROSE = (as_xpr("rose")); s_scl_S = (as_xpr("s")); s_scl_SAID = (as_xpr("said")); s_scl_SATISFI = (as_xpr("satisfi")); s_scl_SCORE = (as_xpr("score")); s_scl_SEASON = (as_xpr("season")); s_scl_SECOND = (as_xpr("second")); s_scl_SELF_pvl_FULFILLING = (as_xpr("self-fulfilling")); s_scl_SETTL = (as_xpr("settl")); s_scl_SHARE = (as_xpr("share")); s_scl_SHE = (as_xpr("she")); s_scl_SHOCK = (as_xpr("shock")); s_scl_SHORTER = (as_xpr("shorter")); s_scl_SHOUT = (as_xpr("shout")); s_scl_SIMPL = (as_xpr("simpl")); s_scl_SINC = (as_xpr("sinc")); s_scl_SLATE = (as_xpr("slate")); s_scl_SNATCH = (as_xpr("snatch")); s_scl_SOIL = (as_xpr("soil")); s_scl_SOMETH = (as_xpr("someth")); s_scl_SOUTH = (as_xpr("south")); s_scl_SPARTANBURG = (as_xpr("spartanburg")); s_scl_SPLENDID = (as_xpr("splendid")); s_scl_SPORT = (as_xpr("sport")); s_scl_STAI = (as_xpr("stai")); s_scl_STAND = (as_xpr("stand")); s_scl_STAR = (as_xpr("star")); s_scl_STATU = (as_xpr("statu")); s_scl_STRAIGHT = (as_xpr("straight")); s_scl_STUCK = (as_xpr("stuck")); s_scl_SUCCESS = (as_xpr("success")); s_scl_SUCH = (as_xpr("such")); s_scl_SUFFIC = (as_xpr("suffic")); s_scl_SUPPORT = (as_xpr("support")); s_scl_SURPRIS = (as_xpr("surpris")); s_scl_SUSTAIN = (as_xpr("sustain")); s_scl_TAKE = (as_xpr("take")); s_scl_TANTALIS = (as_xpr("tantalis")); s_scl_TC = (as_xpr("tc")); s_scl_THAN = (as_xpr("than")); s_scl_THAT = (as_xpr("that")); s_scl_THE = (as_xpr("the")); s_scl_THEIR = (as_xpr("their")); s_scl_THEN = (as_xpr("then")); s_scl_THERE = (as_xpr("there")); s_scl_THI = (as_xpr("thi")); s_scl_THIRD = (as_xpr("third")); s_scl_THIRD_pvl_TIME = (as_xpr("third-time")); s_scl_THOUGH = (as_xpr("though")); s_scl_THREATEN = (as_xpr("threaten")); s_scl_THREE = (as_xpr("three")); s_scl_THROUGH = (as_xpr("through")); s_scl_TI = (as_xpr("ti")); s_scl_TIE = (as_xpr("tie")); s_scl_TIME = (as_xpr("time")); s_scl_TIRE = (as_xpr("tire")); s_scl_TITL = (as_xpr("titl")); s_scl_TO = (as_xpr("to")); s_scl_TODAI = (as_xpr("todai")); s_scl_TOKEN_pvl_INTEGER = (as_xpr("token-integer")); s_scl_TONIGHT = (as_xpr("tonight")); s_scl_TOOK = (as_xpr("took")); s_scl_TOP = (as_xpr("top")); s_scl_TOWN = (as_xpr("town")); s_scl_TRACK = (as_xpr("track")); s_scl_TRY = (as_xpr("try")); s_scl_TURN = (as_xpr("turn")); s_scl_TWICE = (as_xpr("twice")); s_scl_TWO = (as_xpr("two")); s_scl_UNEXPECT = (as_xpr("unexpect")); s_scl_UNKNOWN = (as_xpr("unknown")); s_scl_UNSUCCESS = (as_xpr("unsuccess")); s_scl_UP = (as_xpr("up")); s_scl_UPSET = (as_xpr("upset")); s_scl_VERI = (as_xpr("veri")); s_scl_WA = (as_xpr("wa")); s_scl_WAI = (as_xpr("wai")); s_scl_WAKE = (as_xpr("wake")); s_scl_WAYSID = (as_xpr("waysid")); s_scl_WEEK = (as_xpr("week")); s_scl_WEIGHT = (as_xpr("weight")); s_scl_WELL = (as_xpr("well")); s_scl_WELL_pvl_DESERVED = (as_xpr("well-deserved")); s_scl_WENT = (as_xpr("went")); s_scl_WERE = (as_xpr("were")); s_scl_WHAT = (as_xpr("what")); s_scl_WHEN = (as_xpr("when")); s_scl_WHICH = (as_xpr("which")); s_scl_WHO = (as_xpr("who")); s_scl_WHOSE = (as_xpr("whose")); s_scl_WILL = (as_xpr("will")); s_scl_WINNER = (as_xpr("winner")); s_scl_WITH = (as_xpr("with")); s_scl_WON = (as_xpr("won")); s_scl_WORLD = (as_xpr("world")); s_scl_WOULD = (as_xpr("would")); s_scl_YEAR = (as_xpr("year")); s_scl_YEAR_pvl_OLD = (as_xpr("year-old")); s_scl__octal_205_ = (as_xpr("")); s_scl__octal_222_ = (as_xpr("")); s_scl__octal_226_ = (as_xpr("")); s_scl__octal_227_ = (as_xpr("")); // Symbol tables initialisation... };// initialise_grammar_name_pvl_ranking_pvl_learned //////////////////////////////////////////////////////////////////////////// // // Main program // //////////////////////////////////////////////////////////////////////////// int main(int argc, char* argv[]) { std::string line; boost::xpressive::smatch what; initialise_grammar_name_pvl_ranking_pvl_learned(); debug_output = false; // Simple argument dispatch... if (argc < 2 || (argc > 1 && argv[1][0] == '-' && argv[1][1] == 'h')) { std::cout << "Usage: " << argv[0] << "-<option>" << std::endl; std::cout << " Valid options are:" << std::endl; std::cout << " -h: this help message" << std::endl; std::cout << " -e <expression>: evaluate the provided expression\n"; std::cout << " -f <input-filename> <output-filename> ?-debug?\n"; return 10; } if (argv[1][0] != '-') {return 11;} if (argv[1][1] == 'e') { if (argc < 3) {return 12;} line = argv[2]; std::cout << boost::xpressive::regex_match(line, what, HEADSYMBOL) << std::endl; } else if (argv[1][1] == 'f') { if (argc > 4) debug_output = true; std::ifstream in(argv[2]); // input file if (!in) { std::cout << "Cannot open input file: \"" << argv[2] << "\".\n"; return 13; } std::ofstream out(argv[3]); // output file if (!out) { std::cout << "Cannot open output file: \"" << argv[3] << "\".\n"; return 14; } // Read the input file, line by line... while (getline(in, line, '\n')) { if (in) { if (debug_output) { out << "Expr: \"" << line << '\"' << std::endl; out.flush(); } if (boost::xpressive::regex_match(line, what, HEADSYMBOL)) { out << 1 << std::endl; } else { out << 0 << std::endl; } out.flush(); } } in.close(); out.close(); } return 0; }; // main // EOF

2 3

[Boost Interprocess] - Shared Memory File - Corruption
by Srinivas Gardas 11 Jan '08

11 Jan '08

Hi, I am facing an issue with the 'Shared Memory File'.. Sometimes I get the 'SharedMemory File Name' as the first element of the structure that I used, to create a 'interprocess::list' and when this happens, it means that the SharedMemory got corrupted and my program crashes. Has anyone faced this issue, or does anyone know what might be wrong? Here's how I am using the Boost::Interprocess struct *struct_a* { char sym[6]; char desc[8]; double price; }; typedef boost::interprocess::managed_shared_memory::segment_manager SegmentManager; typedef boost::interprocess::allocator<*struct_a*, SegmentManager> shMemAllocator; typedef boost::interprocess::list<*struct_a*, shMemAllocator> shMemList; typedef boost::interprocess::managed_shared_memory shMemObject boost::scoped_ptr< boost::interprocess::managed_shared_memory > m_shMemPtr; shMemList* m_pList; m_shMemPtr.reset( new shMemObject(boost::interprocess::open_or_create, "shmemfile.shmem" , 100000*sizeof(*struct_a*))); m_shMemPtr->reserve_named_objects(100000); m_pList = m_shMemPtr->find_or_construct<shMemList>("SHMEM_NAME")(m_shMemPtr->get_segment_manager()); struct_a stOne; strcpy(stOne.sym, "ABCDE"); strcpy(stOne.desc, "FGHIJK"); stOne.price = 10.25; m_pList->push_back(stOne); Another program Opens this sharedmemory file and reads the struct from the list and '*pops*' it. What happens sometimes is, In the first field of the struct I see '* SHMEM_NAME*' and the program crashes when this happens. I am not sure what's causing the *struct.field *to comein as Sharedmemory name? If I clean the shared memory file and restart it works fine but I end up with this problem some ther time. This does not happen regularly but it sure does. I'd really appreciate any help figuring the solution out or if there's any mistake I am making. Thanks in Advance, Srinivas Gardas

2 5

trouble building boost when there is only partial GCC installation
by Andrew Marlow 11 Jan '08

11 Jan '08

I am trying to build boost on solaris9 where there is only a partial GCC installation. Version 3.4.6 of g++ is installed but the vendor linker is the only linker available (this cannot be changed, there are no SAs and I do not know the root password). I have already found there are lots of compilation errors unless I say -with-icu=no". But I am getting errors now when it tries to invoke the linker. It looks like it assumes the GCC (binutils) linker is available if the GCC compiler is being used. Here's what I get: ...updating 70 targets... gcc.link.dll bin.v2/libs/serialization/build/gcc-3.4.6/debug/threading-multi/libboost_seri alization-gcc34-mt-d-1_34_1.so.1.34.1 /usr/ccs/bin/ld: illegal option -- - /usr/ccs/bin/ld: illegal option -- - /usr/ccs/bin/ld: illegal option -- g ld: warning: option -o appears more than once, first setting taken /usr/ccs/bin/ld: illegal option -- - usage: ld [-6:abc:d:e:f:h:il:mo:p:rstu:z:B:CD:F:GI:L:M:N:P:Q:R:S:VY:?] file(s) [-64] enforce a 64-bit link-edit [rest of output snipped] I presume this error would go away if the GCC ld was used. Unfortunately I cannot test that theory because I cannot install ld. Just adding the GCC ld to my PATH on the front does not stop the vendor ld from being used. I suspect that because g++ was linked using the vendor linker, it will always use the vendor linker. In which case I think there is a problem in the boost build. Regards, Andrew Marlow ---- There is an emerald here the size of a plover's egg! Don't top-post http://www.catb.org/~esr/jargon/html/T/top-post.html Plain text mails only, please http://www.expita.com/nomime.html --- This e-mail may contain confidential and/or privileged information. If you are not the intended recipient (or have received this e-mail in error) please notify the sender immediately and delete this e-mail. Any unauthorized copying, disclosure or distribution of the material in this e-mail is strictly forbidden. Please refer to http://www.db.com/en/content/eu_disclosures.htm for additional EU corporate and regulatory disclosures.

2 2

[test framework] tread safe?
by Ovanes Markarian 11 Jan '08

11 Jan '08

Hello, is Boost.Test framework thread safe in regards to the following use case: I would like to start multiple threads with some testing tasks. These threads will call boost TestTools functions (BOOST_CHECK... etc.). Is this scenario supported? With Kind Regards, Ovanes Markarian

2 8

Newbie question
by Eric Fowler 11 Jan '08

11 Jan '08

Hate to keep peppering the list with these, but I am stuck: In the Kevin Bacon sample, there appears this fragment: // Convenience function template <typename DistanceMap> bacon_number_recorder<DistanceMap> record_bacon_number(DistanceMap d) { return bacon_number_recorder<DistanceMap>(d); } Which is used thus: std::vector<int> bacon_number(num_vertices(g)); breadth_first_search(g, src, visitor(record_bacon_number(&bacon_number[0]))); I am puzzled about the convenience function ... why use it at all? But when I take it out: vector<int> numbers(num_vertices(g)); numbers[s] = 0; breadth_first_search(g, s, visitor(my_distance_recorder<vector<int> >(numbers))); All entries for vector<int> numbers are zero. I changed the declaration for the recorder's ctor to look like this: my_distance_recorder(Map& _m):m(_m){}; Making it get a reference to that vector, because I assumed I was recording into a local copy that was being thrown away. No dice, still zeroes. My "graph" is a straight line of v---v---v---v---v---etc. for simplicity, so I should be seeing a bfs count of 0, 1, 2, 3, etc. The visitor function is being called and is writing incremented values into the vector - but when it comes back, all are zero. What's going on? The convenience function must be related to this problem but I don't see the connection. Eric Also noticed that: breadth_first_search(g, s, visitor(my_distance_recorder<vector<int> >(&numbers[0]))); for breadth_first_search(g, s, visitor(my_distance_recorder<vector<int> >(numbers))); gets a compile time error.

1 0

[Serialization] XML serialization (newbie question)
by Hasse Carlsson 11 Jan '08

11 Jan '08

I have a newbie question regarding Boost XML serialization: In the example of an XML archive ( http://www.boost.org/libs/serialization/example/demo_save.xml) there are lots of attributes (class_id, tracking_level, class_id_reference etc) included in the XML output. I would like to produce an XML archive _without_ these attributes - how do I achieve that? Can such an XML archive be restored, or are the attributes needed for "de-serialization" to work properly? Thanks, hcsson(a)gmail.com

2 1

Fwd: Serialization problems, shared_ptr etc...
by Hannes Baldursson 10 Jan '08

10 Jan '08

Hi everybody.I'm having problems understanding the Boost::Serialization library. I've managed to get it to save my object... but once I try to load them in to the code doesn't compile. It fails on the line where the ifstream writes to the object. Basically what I'm trying to do is to save a hierarchy of objects that build up a filesystem namespace for a virtual filesystem I'm trying to code. It's something like this: Filesystem_NS --> fsFile -->--> fsFileChunk -->--> fsFileChunk --> fsFile -->--> fsFileChunk -->--> fsFileChunk The code isn't commented very well but it's nothing more than saving and loading the data structures at the moment. There is no code/methods note: There are more errors but they're so many that the forum doesn't allow me to post all of them because of a character limit It looks there's a problem that I'm boost::shared_ptr or something... I don't know I've been probably looking at this for too long. The code compiles if I remove the line where it loads the fsImage file back in to an object. Note that it does save properly. That is, I believe all the data shows up in the saved archive although I can't be sure unless I'm able to restore the state. Could someone here give me a hand? *hdfs.cpp* Code: #ifdef HAVE_CONFIG_H #include <config.h> #endif #include <iostream> #include <fstream> #include <cstdlib> #include <utility> #include "FileSystem.h" #include "fstypes.h" #include "fsFile.h " #include "fsFileChunk.h" #include <boost/shared_ptr.hpp> #include <boost/archive/text_oarchive.hpp> #include <boost/archive/text_iarchive.hpp> #include <boost/serialization/shared_ptr.hpp> #include <boost/serialization/vector.hpp> #include <boost/serialization/map.hpp> using namespace std; int main(int argc, char *argv[]) { // string s1 = Path::normalizePath("http://asdfasd/fasdfa//asdf//"); string fsPath = "./fsImage"; FileSystem_NS * const fs = new FileSystem_NS(fsPath); fileId_t fid = ++(*fs).nextFileId; fsFile_Ptr ff(new fsFile(fid)); (*fs).files.insert(pair<string, fsFile_Ptr>("biomynd",ff)); chunkVersion_t cv = 1; size_t cs = 67108864; fsFileChunk_Ptr fc(new fsFileChunk(++(*fs).nextChunkId, (*ff).fID, cv, cs)); ff->addChunk(fc); ofstream ofs("./fsImage"); { boost::archive::text_oarchive oa(ofs); // write class instance to archive oa << (const FileSystem_NS)(*fs); // archive and stream closed when destructors are called } ofs.close(); FileSystem_NS const *newFilesystem = new FileSystem_NS("lol"); ifstream ifs("./fsImage"); { // open the archive boost::archive::text_iarchive ia(ifs); // restore the schedule from the archive ia >> (*newFilesystem); } ifs.close(); cout << fs->fsImage_Path << endl; return EXIT_SUCCESS; } *FileSystem.h* Code: /************************************************************************ FileSystem.h - Copyright Hannes Baldursson **************************************************************************/ #ifndef FILESYSTEM_H #define FILESYSTEM_H #include "fstypes.h" #include "fsFile.h" #include "fsFileChunk.h" #include <string> #include <map> #include <vector> #include <boost/archive/text_oarchive.hpp> #include <boost/archive/text_iarchive.hpp> #include <boost/serialization/vector.hpp> #include <boost/serialization/map.hpp> #include <boost/serializati #ifdef HAVE_CONFIG_H #include <config.h> #endif #include <iostream> #include <fstream> #include <cstdlib> #include <utility> #include "FileSystem.h" #include "fstypes.h" #include "fsFile.h" #include "fsFileChunk.h" #include <boost/shared_ptr.hpp> #include <boost/archive/text_oarchive.hpp> #include <boost/archive/text_iarchive.hpp> #include <boost/serialization/shared_ptr.hpp> #include <boost/serialization/vector.hpp> #include <boost/serialization/map.hpp> using namespace std; int main(int argc, char *argvon/tracking.hpp> #include <boost/shared_ptr.hpp> using namespace std; // Filesystem namespace class FileSystem_NS { public: friend class boost::serialization::access; template<class Archive> void serialize(Archive & ar, const unsigned int version) const { ar & nextFileId; ar & nextChunkId; ar & files; } fileId_t nextFileId; chunkId_t nextChunkId; const string fsImage_Path; FileSystem_NS(string fsImage = "./fsImage"); map<string, fsFile_Ptr> files; // Maps filenames to fileIds }; BOOST_CLASS_TRACKING(FileSystem_NS, boost::serialization::track_always) #endif // FILESYSTEM_H *fsFile.h* Code: #ifndef FSFILE_H #define FSFILE_H #include <string> #include <map> #include "fstypes.h" #include "fsFileChunk.h" #include <boost/shared_ptr.hpp> #include <boost/serialization/vector.hpp> using namespace std; class fsFile { public: friend class boost::serialization::access; template<class Archive> void serialize(Archive & ar, const unsigned int version) const { ar & fname; ar & fID; ar & chunks; } string fname; fileId_t fID; vector<fsFileChunk_Ptr> chunks; // Create a fsFile fsFile(fileId_t fileID); void addChunk(fsFileChunk_Ptr ptr); }; typedef boost::shared_ptr<fsFile> fsFile_Ptr; BOOST_CLASS_TRACKING(fsFile, boost::serialization::track_always) #endif *fsFileChunk.h* Code: #ifndef FSFILE_CHUNK_H #define FSFILE_CHUNK_H #include <vector> #include <string> #include "fstypes.h" #include <boost/shared_ptr.hpp> #include <boost/archive/text_oarchive.hpp> #include <boost/archive/text_iarchive.hpp> using namespace std; class fsFileChunk { public: friend class boost::serialization::access; template<class Archive> void serialize(Archive & ar, const unsigned int version) const { ar & cID; ar & fID; ar & cVersion; ar & cSize; } chunkId_t cID; fileId_t fID; // This chunk belongs to file "fileID" chunkVersion_t cVersion; // Current version size_t cSize; std::vector<string> hosts; // vector of hostIP:port for the datanodes that host this chunk. fsFileChunk(chunkId_t chunkID, fileId_t fileID, chunkVersion_t chunkVersion, size_t chunkSize); }; typedef boost::shared_ptr<fsFileChunk> fsFileChunk_Ptr; BOOST_CLASS_TRACKING(fsFileChunk, boost::serialization::track_always) #endif // FSFILE_CHUNK_H *fstypes.h* Code: #ifndef COMMON_FSTYPES_H #define COMMON_FSTYPES_H #include <stdint.h> typedef unsigned long long fileId_t; typedef unsigned long long chunkId_t; typedef unsigned int chunkVersion_t; #endif These are all the header files plus the "main program". Code: /usr/lib/gcc/x86_64-pc-linux-gnu/4.1.2/include/g++-v4/istream:231: note: std::basic_istream<_CharT, _Traits>& std::basic_istream<_CharT, _Traits>::operator>>(std::basic_streambuf<_CharT, _Traits>*) [with _CharT = char, _Traits = std::char_traits<char>] <near match> /home/hannson/Projects/HDFS/src/boost/serialization/access.hpp: In static member function 'static void boost::serialization::access::serialize(Archive&, T&, unsigned int) [with Archive = boost::archive::text_iarchive, T = const std::map<std::basic_string<char, std::char_traits<char>, std::allocator<char> >, boost::shared_ptr<fsFile>, std::less<std::basic_string<char, std::char_traits<char>, std::allocator<char> > >, std::allocator<std::pair<const std::basic_string<char, std::char_traits<char>, std::allocator<char> >, boost::shared_ptr<fsFile> > > >]': /home/hannson/Projects/HDFS/src/boost/serialization/serialization.hpp:81: instantiated from 'void boost::serialization::serialize(Archive&, T&, unsigned int) [with Archive = boost::archive::text_iarchive, T = const std::map<std::basic_string<char, std::char_traits<char>, std::allocator<char> >, boost::shared_ptr<fsFile>, std::less<std::basic_string<char, std::char_traits<char>, std::allocator<char> > >, std::allocator<std::pair<const std::basic_string<char, std::char_traits<char>, std::allocator<char> >, boost::shared_ptr<fsFile> > > >]' /home/hannson/Projects/HDFS/src/boost/serialization/serialization.hpp:140: instantiated from 'void boost::serialization::serialize_adl(Archive&, T&, unsigned int) [with Archive = boost::archive::text_iarchive, T = const std::map<std::basic_string<char, std::char_traits<char>, std::allocator<char> >, boost::shared_ptr<fsFile>, std::less<std::basic_string<char, std::char_traits<char>, std::allocator<char> > >, std::allocator<std::pair<const std::basic_string<char, std::char_traits<char>, std::allocator<char> >, boost::shared_ptr<fsFile> > > >]' /home/hannson/Projects/HDFS/src/boost/archive/detail/iserializer.hpp:158: instantiated from 'void boost::archive::detail::iserializer<Archive, T>::load_object_data(boost::archive::detail::basic_iarchive&, void*, unsigned int) const [with Archive = boost::archive::text_iarchive, T = const std::map<std::basic_string<char, std::char_traits<char>, std::allocator<char> >, boost::shared_ptr<fsFile>, std::less<std::basic_string<char, std::char_traits<char>, std::allocator<char> > >, std::allocator<std::pair<const std::basic_string<char, std::char_traits<char>, std::allocator<char> >, boost::shared_ptr<fsFile> > > >]' /home/hannson/Projects/HDFS/src/hdfs.cpp:70: instantiated from here /home/hannson/Projects/HDFS/src/boost/serialization/access.hpp:109: error: 'const class std::map<std::basic_string<char, std::char_traits<char>, std::allocator<char> >, boost::shared_ptr<fsFile>, std::less<std::basic_string<char, std::char_traits<char>, std::allocator<char> > >, std::allocator<std::pair<const std::basic_string<char, std::char_traits<char>, std::allocator<ch These are not all the error messages I get.. One important thing. I'm clearly missing something because even when I comment out the fsFile part from the serialization (that is I'm only saving nextFileId and nextChunkId in FileSystem_NS) it still doesn't compile when I'm including the loading code so it seems I'm having two problems. One problem is restoring the object in general, and the other is restoring the objects when using a shared_ptr. Btw, sorry about the html if you like it plain :)

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Problems with msvc 8.0 and build example - please help
by mo mony 10 Jan '08

10 Jan '08

While running cl for msvc 8.0, following the tutorial directions for the example.cpp I get an error " can't find file utility - which is the include file in example. I notice that the path returned in the error has the slashes reversed after the BOOST_ROOT dir. The file definitely exits so I thought it must be a pathing type error. Anyone see this before ? Sorry, I am new to this program/list. I am trying to right some wrappers for C++ to be used by Python. Thanks, Ed ____________________________________________________________________________________ Be a better friend, newshound, and know-it-all with Yahoo! Mobile. Try it now. http://mobile.yahoo.com/;_ylt=Ahu06i62sR8HDtDypao8Wcj9tAcJ

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Non-blocking i/o using ASIO socket
by Chauhan, Vikas 10 Jan '08

10 Jan '08

Hello all, Can you please advise where we need to use "non_blocking_io" flag in ASIO sockets. IIUC, we can do the same using all of the async_xxxx functions provided in the various socket classes. Does it mean that if we do not wish to use ioservice::post() mechanism, we have the option to use "non_blocking_io" flag and implement async functionality? Thanks, Vikas

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Problem compiling some simple code ..
by Eric Fowler 10 Jan '08

10 Jan '08

I have been fiddling with this library off and on for some time ... now am getting this error: /home/eric/boostplay/g0/src/g0.cpp:55: error: no matching function for call to 'add_vertex(Graph (&)())' /home/eric/boostplay/g0/src/g0.cpp:56: error: no matching function for call to 'add_edge(Vertex&, Vertex&, Graph (&)())' on this code: <boost-users(a)lists.boost.org> #ifdef HAVE_CONFIG_H #include <config.h> #endif #include <iostream> #include <cstdlib> #include <boost/config.hpp> #include <boost/graph/adjacency_list.hpp> #include <boost/tuple/tuple.hpp> using namespace std; using namespace boost; typedef adjacency_list<vecS, vecS, undirectedS> Graph; typedef graph_traits<Graph>::vertex_descriptor Vertex; typedef graph_traits<Graph>::edge_descriptor Edge; int main(int argc, char *argv[]) { Graph g(); Vertex v = 0; for(int iv = 0; iv < 10; ++iv) for(int iu = 0; iu < 5; ++iu) { Vertex u; Edge e; bool inserted; u = v; tie(v, inserted) = add_vertex(g); tie(e, inserted) = add_edge(u, v, g); if(inserted) cout << "Inserted edge " << e << " from vertex " << u << " to vertex " << v << endl; else cout << "Failed to insert edge " << e << " from vertex " << u << " to vertex " << v << endl; } return EXIT_SUCCESS; } There was a thread on this a while back which suggested casting the call: tie(e, inserted) = add_edge(u, v, g); to tie(e, inserted) = add_edge(std::size_t(u), std::size_t(v), g); but that did not work. Notice my graph has no properties .. usually I don't make 'em that way, but that should be fine, right? Thanks very much, Eric

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A* implemenation using BGL
by Christopher Gay 09 Jan '08

09 Jan '08

I'm having a problem implementing A*. I used Mr Beevers cities example as a spring board for my own version. I am using bundled properties and I am getting an error that I am unsure of how to correct. The error revolves around the CostMap template parameter for the astar_search. It typedefs the value_type to 'C' and the error tells me that I cannot convert int to 'C' in the std::numeric_limits<C>::max call in astar_dispatch2. I am not passing an object/container for the CostMap parameter. Attached are the files I am working with. Thanks for your help! Chris Gay

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can a edge have more than 2 nodes?
by Meththa 09 Jan '08

09 Jan '08

Hi everyone, I am trying to draw a graph which contains nets with more than 2 nodes. At the moment in the program I am using add_edge() to add the edges to the graph. I give the 2 nodes and also a custom parameter of the net name that this edge belongs to. This solution seems to be a long way of doing things specially when I need to access all the nodes of a particular net. For this I end up running two FOR loops checking each edge to see the net name it belongs to and then accessing the nodes belonging to that edge. Does anyone know of how I can have more than 2 nodes attached to an edge (or net)? Thanks in advance Meth ____________________________________________________________________________________ Never miss a thing. Make Yahoo your home page. http://www.yahoo.com/r/hs

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Bind with Tuple gcc error
by Moyukh 09 Jan '08

09 Jan '08

I was using boost::bind with boost::tuple as shown in the code snippet below. This piece of code compiles and executes fine in Visual Studio 2005 but while compiling with gcc-4.1 It throws error "unresolved overloaded function type" (This code actually does nothing except reproduce the error) I guess its because gcc was unable to figure out which get() to call as there are two version const and non const. Any suggestion how to make it work with gcc as well as VS2005. Code ---------------- #include <boost/tuple/tuple.hpp> #include <boost/bind.hpp> int main(int argc, char * argv[]) { typedef boost::tuple<int, bool, int > myTuple; myTuple mt; boost::bind(&myTuple::get<0>, _1)(mt); return 0; } gcc error.. -------------------- Test.cpp: In function 'int main(int, char**)': Test.cpp:13: error: call of overloaded 'bind(<unresolved overloaded function type>, boost::arg<1> (&)())' is ambiguous ../../../../../Boost/boost/bind/bind_mf_cc.hpp:20: note: candidates are: boost::_bi::bind_t<R, boost::_mfi::mf0<R, T>, typename boost::_bi::list_av_1<A1>::type> boost::bind(R (T::*)(), A1) [with R = int&, T = boost::tuples::cons<int, boost::tuples::cons<bool, boost::tuples::cons<int, boost::tuples::null_type> > >, A1 = boost::arg<1> (*)()] ../../../../../Boost/boost/bind/bind_mf_cc.hpp:30: note: boost::_bi::bind_t<R, boost::_mfi::cmf0<R, T>, typename boost::_bi::list_av_1<A1>::type> boost::bind(R (T::*)()const, A1) [with R = const int&, T = boost::tuples::cons<int, boost::tuples::cons<bool, boost::tuples::cons<int, boost::tuples::null_type> > >, A1 = boost::arg<1> (*)()] Thanks Moyukh

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[iostreams] how to say a filter is closable
by frederic.bron＠alcan.com 09 Jan '08

09 Jan '08

I want to write a filter but this filter needs to do some things when the stream is ending. Is it enough to do the following? I want the close function to be called at the end of the stream. Do I need to category_flag to inherit from (closable_tag)? class my_filter : public io::dual_use_filter { public: template<typename Source> int get(Source&) ; template<typename Sink> bool put(Sink&, int) ; template<typename Device> void close(Device&, std::ios_base::openmode) ; } ; Fred Avis : Ce message et toute pièce jointe sont la propriété d'Alcan et sont destinés seulement aux personnes ou à l'entité à qui le message est adressé. Si vous avez reçu ce message par erreur, veuillez le détruire et en aviser l'expéditeur par courriel. Si vous n'êtes pas le destinataire du message, vous n'êtes pas autorisé à utiliser, à copier ou à divulguer le contenu du message ou ses pièces jointes en tout ou en partie. Notice: This message and any attachments are the property of Alcan and are intended solely for the named recipients or entity to whom this message is addressed. If you have received this message in error please inform the sender via e-mail and destroy the message. If you are not the intended recipient you are not allowed to use, copy or disclose the contents or attachments in whole or in part.

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Switch library review extended to Sunday, Jan 13th
by Stjepan Rajko 09 Jan '08

09 Jan '08

The review for the Switch library has been extended to Sunday, January 13th. I hope that the extended period will provide an opportunity for more reviewers to submit their vote, and give enough time for the discussion on design to resolve. As this library is both small and seen as very useful, it seems preferable to take advantage of the momentum of the ongoing discussion between very knowledgeable reviewers and a very knowledgeable author, and get this ironed out now. Stjepan

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(no subject)
by Lars Schouw 09 Jan '08

09 Jan '08

____________________________________________________________________________________ Looking for last minute shopping deals? Find them fast with Yahoo! Search. http://tools.search.yahoo.com/newsearch/category.php?category=shopping

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Re: [Boost-users] [multi_index] range selection over composit_key problem
by Joaquín Mª López Muñoz 09 Jan '08

09 Jan '08

Hi Oliver, "Kowalke Oliver (QD IT PA AS)" ha escrito: > Hello, > I want to do an range selection over an composit key but I get compiler errors like: [...] > std::pair< > idx_type::iterator, > idx_type::iterator > > p( > idx.range( > boost::make_tuple( mi::unbounded, true), > boost::make_tuple( > boost::lambda::_1 >= 0., > true) ) ); I think there's a misunderstanding here about the usage of composite keys with range(): note that the composite key-based index sorts the elements of p according to a lexicographical order on (descending function, descending active); for instance, the values you insert in your example get sorted as follows: (1.1,false),(1,true),(0,true),(-1,true),(-1,false),(-1.1,true). Now, a fundamental limitation (or chararacteristic, if you wish) of range() is that it can only retrieve *contiguous* ranges, no matter whether the key used is simple, composite, custom or whatever . Your (syntactically incorrect) invocation to idx.range() suggests that you're trying to get the values with function>=0 and active==true, but the set of matching values is not contiguous (it is so by chance with the particular set of values you're using in oyur example, but it wouldn't be if for instance you inserted an additional (1,false) ). In order to do that you'd need to retrieve some larger range and filter out the "undesirable" elements, for example like this: // get all elements with function>=0 and arbitrary active: these do always form // a range. std::pair< idx_type::iterator, idx_type::iterator > p( idx.begin(), idx.upper_bound( boost::make_tuple(0.0) ) ); // filter out the elements with !active for ( ; p.first != p.second; ++p.first) if(p.first->active) std::cout << p.first->function << " " << std::boolalpha << p.first->active << std::endl; Hope this helps, please come back if something's still not clear. Joaquín M López Muñoz Telefónica, Investigación y Desarrollo

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Can i build boost under cygwin?
by Steven Woody 09 Jan '08

09 Jan '08

hi, the building process failed. it reported the libraries was not fully build properly. does boost support cygwin? thanks. -- woody then sun rose thinly from the sea and the old man could see the other boats, low on the water and well in toward the shore, spread out across the current.

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