def __init__(self, idxs=[]) :
super(CatalogTool, self).__init__()
- self._catalog = DelegatedCatalog()
+ self._catalog = DelegatedCatalog(self)
self.solr_url = 'http://localhost:8983/solr'
self.delegatedIndexes = ('Title', 'Description', 'SearchableText')
class DelegatedCatalog(Catalog) :
'''C'est ici qu'on délègue effectivement à Solr '''
+ def __init__(self, zcat, brains=None) :
+ Catalog.__init__(self, brains=brains)
+ self.zcat = zcat
+
+ def getDelegatedIndexes(self) :
+ return ('Title', 'Description', 'SearchableText') # <= TODO virer cette ligne
+ return self.zcat.delegatedIndexes
+
+ def delegateSearch(self, query, plan) :
+ '''
+ retours faux :
+ None signifie : pas de délégation, il faut continuer à interroger les autres index.
+ IISet() vide : pas de résultat lors de la délégation, on peut arrêter la recherche.
+ '''
+ indexes = set(plan).intersection(set(self.getDelegatedIndexes()))
+ delegatedQuery = {}
+ for i in indexes :
+ delegatedQuery[i] = query.pop(i)
+ plan.remove(i)
+ if not delegatedQuery :
+ return None
+ c = SolrConnection('http://localhost:8983/solr')
+ q =' AND '.join(['%s:"%s"' % item for item in delegatedQuery.items()])
+ resp = c.query(q, fields='id', rows=len(self))
+ c.close()
+ return IISet(filter(None, [self.uids.get(r['id']) for r in resp.results]))
+
def search(self, query, sort_index=None, reverse=0, limit=None, merge=1):
"""Iterate through the indexes, applying the query to each one. If
merge is true then return a lazy result set (sorted if appropriate)
plan = cr.plan()
if not plan:
plan = self._sorted_search_indexes(query)
+
+ # délégation
+ rs = self.delegateSearch(query, plan)
+ if rs is not None and not rs :
+ return LazyCat([])
indexes = self.indexes.keys()
for i in plan: