SYNOPSIS

htfuzzy [-c configfile] [-v] algorithm [options]

DESCRIPTION

Description to follow here

OPTIONS

-c configfile

Use the specified configfile instead of the default.

-v

Verbose mode Use this to get more verbose output while running htfuzzy. More than one v can be specified (ie. -vv , -vvv
 etc ). Specifying more than two v's is probably only useful for debugging purposes.

Supported Algorithms

Different algorithms are supported for searching:

soundex Creates a slightly modified soundex key database. Differences with the standard soundex algorithm are: Keys are 6 digits and the first letter is also encoded.         
metaphone Creates a metaphone key database. This algorithm is more specific to English, but will get fewer "weird" matches than the soundex algorithm.

accents (No description of the algorithm at the moment)

endings Creates two databases which can be used to match common word endings. The creation of these databases requires a list of affix rules and a dictionary which uses those affix rules. The format of the affix rules and dictionary files are the ones used by the ispell program. Included with the distribution are the affix rules for English and a fairly small English dictionary. Other languages can be supported by getting the appropriate affix rules and dictionaries. These are available for many languages; check the ispell distribution for more details.

synonyms Creates a database of synonyms for words. It reads a text database of synonyms and creates a database that htsearch can then use. Each line of the text database consists of words where the first word will have the other words on that line as synonyms.

Notes on searching

Please consult specialised literature to find out how the different algorithms work or simply try another

search strategy you do not get the intended search results.

FILES

/etc/htdig/htdig.conf

The default configuration file.

AUTHOR

This manual page was written by Robert Ribnitz. It is based on documentation of ht://Dig, and on earlier manpages provided by Christian Schwarz and Stijn de Bekker.