def test():
#Take config form file
conf=q.qA_conf()
#Lista de idiomas que queremos analizar
#ListaIdiomas=conf.langs
#ListaIdiomas=["ruwiki","svwiki"]
ListaIdiomas=["enwiki"]
print "STARTING DATABASE DUMP DECOMPRESSION...\n"
for idioma in ListaIdiomas:
dump=dbdump.dump(language=idioma,msqlu=conf.msqlu, msqlp=conf.msqlp)
#dump.download()
dump.decompress()
print "DATABASE DUMP DECOMPRESSION FINISHED...\n"
## print "INITIATING DATABASE ANALYSIS...\n"
##
## for idioma in ListaIdiomas:
## print "ANALYSIS FOR LANGUAGE VERSION " + idioma + "\n\n"
## dbanaly=dbanaly.dbanaly(conf,idioma)
## print "AUTHOR ANALYSIS SET UP FOR LANGUAGE VERSION " + idioma + "\n\n"
## dbanaly.infoAuthors()
## print "AUTHOR ANALYSIS SET UP COMPLETED FOR LANGUAGE VERSION " + idioma + "\n\n"
## print "ARTICLE ANALYSIS SET UP FOR LANGUAGE VERSION " + idioma + "\n\n"
## dbanaly.infoPages()
## print "ARTICLE ANALYSIS SET UP COMPLETED FOR LANGUAGE VERSION " + idioma + "\n\n"
## print "INITIATING CONTENTS ANALYSIS FOR LANGUAGE VERSION " + idioma + "\n\n"
## #dbanaly.infoContents()
## print "CONTENTS ANALYSIS COMPLETED FOR LANGUAGE VERSION " + idioma + "\n\n"
## #dbanaly.generalStatistics()
## print "GENERAL STATISTICS COMPLETED FOR LANGUAGE VERSION " + idioma + "\n\n"
##
## print "GENERATING GRAPHICS AND STATISTICAL RESULTS FOR LANGUAGE VERSION " + idioma + "\n\n"
## graphics.work(ListaIdiomas)
## print "GRAPHICS AND STATISTICAL RESULTS GENERATED FOR LANGUAGE VERSION " + idioma + "\n\n"
##
## print "DATABASE ANALYSIS COMPLETED...\n"
print "END OF SCRIPT EXECUTION. GOOD LUCK WITH RESULTS INTERPRETATION.\n"
# coding=utf8 ############################################# # WikiXRay: Quantitative Analysis of Wikipedia language versions ############################################# # http://wikixray.berlios.de ############################################# # Copyright (c) 2006-7 Universidad Rey Juan Carlos (Madrid, Spain) ############################################# # This program is free software. You can redistribute it and/or modify # it under the terms of the GNU General Public License as published by # the Free Software Foundation; either version 2 or later of the GPL. ############################################# # Author: Jose Felipe Ortega Soto """ Some tests for the dbanaly.py module @see: quantAnalay_main @authors: Jose Felipe Ortega @organization: Grupo de Sistemas y Comunicaciones, Universidad Rey Juan Carlos @copyright: Universidad Rey Juan Carlos (Madrid, Spain) @license: GNU GPL version 2 or any later version @contact: [email protected] """ import dbanaly import qA_conf as q conf = q.qA_conf() #Prueba de la herramienta de informacion sobre revisores dbanaly.test_funciones(conf)
else:
print "Error decompressing "+self.filename
return -1
print "Generating indexes for tables page and revision...\n"
print "Depending on the dump size this may take a while...\n"
acceso = dbaccess.get_Connection("localhost", 3306, self.msqlu,\
self.msqlp, "wx_"+self.language+"_"+self.dumptype)
#Generate adequate indexes and keys in tables page and revision
print "Generating index for page_len...\n"
dbaccess.raw_query_SQL(acceso[1],"ALTER TABLE page ADD INDEX (page_len)")
print "Modifying rev_timestamp to support DATETIME and creating index...\n"
dbaccess.raw_query_SQL(acceso[1],"ALTER TABLE revision MODIFY rev_timestamp DATETIME")
dbaccess.raw_query_SQL(acceso[1],"ALTER TABLE revision ADD INDEX timestamp (rev_timestamp)")
print "Generating index for rev_page and rev_timestamp...\n"
dbaccess.raw_query_SQL(acceso[1],"ALTER TABLE revision ADD INDEX page_timestamp(rev_page, rev_timestamp)")
print "Generating index for rev_user and rev_timestamp...\n"
dbaccess.raw_query_SQL(acceso[1],"ALTER TABLE revision ADD INDEX user_timestamp(rev_user, rev_timestamp)")
print "Generating index for rev_user_text and timestamp...\n"
dbaccess.raw_query_SQL(acceso[1],"ALTER TABLE revision ADD INDEX usertext_timestamp(rev_user_text(15), rev_timestamp)")
dbaccess.close_Connection(acceso[0])
print "Database ready for quantitative analysis...\n"
print "Let's go on... Cross your fingers... ;-) \n\n\n"
return success
if __name__ == '__main__':
conf=q.qA_conf()
foobar=dump(dumptype="research",msqlu=conf.msqlu, msqlp=conf.msqlp)
foobar.download()
foobar.decompress()