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Algorithm::Pair::Best2 is a re-write of Algorithm::Pair::Best. The interface is simplified and the implementation is significantly streamlined. After creating an Algorithm::Pair::Best2 object (with->new), add items to the list of items (i.e: players) to be paired. The final list must contain an even number of items or picking the pairs will throw an exception. Algorithm::Pair::Best2->pick explores all combinations of items and returns the pairing list with the best (lowest) score.

HITCHCOCK'S BIBLE NAMES Dictionary was produced by Mr. Brad Haugaard. This file is converted from the original dictionary into JIS X 4081 format (that is a subset of EPWING V1) by FreePWING. So this can be used by EPWING viewers on Unix and the other OS (e.g. Windows or MacOS). o URL for the original dictionary: ftp://ccel.wheaton.edu/ebooks/HTML/bible_names/ o URL for this converted dictionary:

This flower dictionary was produced by Mr. Yoshio Kobayashi. This file is converted from the original dictionary into JIS X 4081 format (that is a subset of EPWING V1) by FreePWING. So this can be used by EPWING viewers on Unix and the other OS (e.g. Windows or MacOS). o URL for the original dictionary: http://www.inv.co.jp/~yoshio/DW/Flower/Flower.htm o URL for this converted dictionary:

This is an abbreviation (alphabet-->Japanese) dictionary whose Japanese name is Ryakugo Jisyo. It was produced by Fumeikai Ryakugo Jiten Hensyu committee. This file is converted from the original dictionary into JIS X 4081 format (that is a subset of EPWING V1) by FreePWING. So this can be used by EPWING viewers on Unix and the other OS (e.g. Windows or MacOS). o URL for the original dictionary: http://www1.nisiq.net/~cpulot/Dic.htm o URL for this converted dictionary:

This Japanese <--> English dictionary for Life Science was produced by Lsd Project. This file is converted from the original dictionary into JIS X 4081 format (that is a subset of EPWING V1) by FreePWING. So these can be used by EPWING viewers on Unix and the other OS (e.g. Windows or MacOS). o URL for the original dictionary: http://lsd.pharm.kyoto-u.ac.jp/ o URL for this converted dictionary:

This Esperanto-Japanese dictionary was produced by Mr. HIROTAKA Masaaki. This file is converted from the original dictionary into JIS X 4081 format (that is a subset of EPWING V1) by FreePWING. So this can be used by EPWING viewers on Unix and the other OS (e.g. Windows or MacOS). o URL for the original dictionary: http://www2.saganet.ne.jp/vastalto/ o URL for this converted dictionary:

This dictionary is an abbreviation (alphabet-->Japanese) dictionary whose Japanese name is "Ryakugo Jisyo". It was produced by Mr. Yoshio Kobayashi. This file is converted from the original dictionary into JIS X 4081 format (that is a subset of EPWING V1) by FreePWING. So this can be used by EPWING viewers on Unix and the other OS (e.g. Windows or MacOS). o URL for the original dictionary: http://www.inv.co.jp/~yoshio/DW/Ryaku/Ryaku.htm o URL for this converted dictionary:

html2xhtml converts HTML files into XHTML. It can fix many common errors in HTML files (e.g. missing end tags, elements with incorrect content model, non-standard elements or attributes, etc.) It can also handle invalid or non well-formed XHTML input, and clean it to produce a well-formed and valid XHTML output. The output document type can be selected among several XHTML DTDs (1.0, 1.1, Basic, etc.)

RDB is a fast, portable, relational database management system without arbitrary limits, (other than memory and processor speed) that runs under, and interacts with, the UNIX Operating system. It uses the Operator/Stream DBMS paradigm described in "Unix Review", March, 1991, page 24, entitled "A 4GL Language". There are a number of "operators" that each perform a unique function on the data. The "stream" is supplied by the UNIX Input/Output redirection mechanism. Therefore each operator processes some data and then passes it along to the next operator via the UNIX pipe function. This is very efficient as UNIX pipes are implemented in memory (at least in versions of UNIX at RAND). RDB is compliant with the "Relational Model". The data is contained in regular UNIX ASCII files, and so can be manipulated by regular UNIX utilities, e.g. ls, wc, mv, cp, cat, more, less, editors like the RAND editor 'e', head, RCS, etc.

This way of associating structs with Perl space objects is designed to supercede Perl's builtin T_PTROBJ with something that is designed to be: Extensible - The association of the pointer using sv_magicext can be done on any data type, so you can associate C structs with any representation type. - This means that you can add pointers to any object (hand coded, Moose or otherwise), while still having instance data in regular hashes. Opaque - The C pointer is neither visible nor modifiable from Perl space. - This prevents accidental corruption which could lead to segfaults using T_PTROBJ (e.g. $$ptr_obj = 0).