config_file instead of the default configuration file.
|-B dbfile (default test)|
dbfile inverted index.
search for documents that match
print a HTML header before the results so that mifluzsearch can be used
as a cgi-bin.
return the number of occurencs of
word in the inverted index.
|-c number (default 10)|
retrieve at most
|-d number (default 0)|
the index of the first retrieved document starts at
number. The number of documents retrieved after this document depends on the
-c option. If
number is higher than the maximum document that matches the query, it will be rounded to match the last chunk of document.
only parse the search expression and print it.
|-P proximity (default 1)|
words are considered near to each other if they are at a maximum distance
proximity words. If the number is negative the word ordering does not matter.
return at most one match per server.
searching will start at this position in the index. The
key is the ascii representation of a key.
searching will end at this position in the index. The
key is the ascii representation of a key.
Here is a sample text result:
match: <UNDEF> <UNDEF> 0 5 <UNDEF> (world the proximity) match: <UNDEF> <UNDEF> 0 21 <UNDEF> (world the proximity) match: <UNDEF> <UNDEF> 0 51 <UNDEF> (world the proximity) match: <UNDEF> <UNDEF> 0 81 <UNDEF> (world the proximity) count: 100 time: 20 base: 0 words: the an world
Here is a sample xml result (provided the -x option was given):
<?xml version="1.0" encoding="ISO-8859-1" ?> <searchresults> <match><document>0 5 </document><info>world the proximity</info></match> <match><document>0 21 </document><info>world the proximity</info></match> <match><document>0 51 </document><info>world the proximity</info></match> <match><document>0 81 </document><info>world the proximity</info></match> <count>100</count> <time>30</time> <words> <verbatim>the an world </verbatim> <unaccent>the an world </unaccent> </words> <base>0</base> </searchresults>
match is the document number that matches, as defined by wordlist_wordkey_document.
info is a human readable information explaining why the document matched.
count is an estimation of the total number of documents that match the query.
time is the number of milliseconds that were necessary to process the query.
words verbatim is the list of accented words of the query.
words unaccent is the list of unaccented words of the query.
base is the absolute index of the first document returned in the total number of possible documents. For instance, if mifluzsearch was called with -d 50 -c 10 to require ten documents after the 50th document, the base will be 50. However, if there are only 35 documents that match the query, the base will be rounded to the 30 and only 5 documents will be returned.
Each option may be given in the QUERY_STRING environment variable so that mifluzsearch can be used as a cgi-bin instead of a line command. The options are processed in the order in which they appear in QUERY_STRING.
is strictly equivalent to
mifluzsearch -v -f a word -M /etc/mifluz.conf
Debugging information interpretation. A cursor is open in the index for every word and they are stored in a list. The list of cursors is always processed in the same order, as a single link list. With -v, each block is an individual action on behalf of the word shown on the first line. The last line of the block is the conclusion of the action described in the block. REDO means the same cursor must be examined again because the conditions have changed. RESTART means we go back to the first cursor in the list because it may not match the new conditions anymore. NEXT means the cursor and all the cursors before it match the conditions and we may proceed to the next cursor. ATEND means the cursor cannot match the conditions because it is at the end of the index.
QUERY_STRING options are extracted from QUERY_STRING in a CGI like fashion.
MIFLUZ_CONFIG file name of configuration file read by WordContext(3). Defaults to ~/.mifluz.
Loic Dachary email@example.com
The Ht://Dig group http://dev.htdig.org/
htdb_dump(1), htdb_stat(1), htdb_load(1), mifluzdump(1), mifluzload(1), mifluzdict(1), WordContext(3), WordList(3), WordDict(3), WordListOne(3), WordKey(3), WordKeyInfo(3), WordType(3), WordDBInfo(3), WordRecordInfo(3), WordRecord(3), WordReference(3), WordCursor(3), WordCursorOne(3), WordMonitor(3), Configuration(3), mifluz(3)