def _tryCache(self, dbpath, cacheDir, flavors, verbose=0):
if not cacheDir or not os.path.exists(cacheDir):
return False
cacheOkay = True
for flav in flavors:
if not self.cacheIsUpToDate(flav, cacheDir):
cacheOkay = False
if verbose > 1:
print >>sys.stderr, "Regenerating missing or out-of-date cache for %s in %s" % (flav, dbpath)
break
if cacheOkay:
self.reload(flavors, cacheDir, verbose=verbose)
# do a final consistency check; do we have the same products
dbnames = Database(dbpath).findProductNames()
dbnames.sort()
dbnames = " ".join(dbnames)
cachenames = self.getProductNames()
cachenames.sort()
cachenames = " ".join(cachenames)
if dbnames != cachenames:
cacheOkay = False
self.lookup = {} # forget loaded data
if verbose:
print >>sys.stderr, "Regenerating out-of-date cache for %s in\n %s" % (flav, dbpath)
return cacheOkay
def _tryCache(self, dbpath, cacheDir, flavors, verbose=0):
if not cacheDir or not os.path.exists(cacheDir):
return False
cacheOkay = True
for flav in flavors:
if not self.cacheIsUpToDate(flav, cacheDir):
cacheOkay = False
if verbose > 1:
print >> sys.stderr, \
"Regenerating missing or out-of-date cache for %s in %s" % (flav, dbpath)
break
if cacheOkay:
self.reload(flavors, cacheDir, verbose=verbose)
# do a final consistency check; do we have the same products
dbnames = Database(dbpath).findProductNames()
dbnames.sort()
dbnames = " ".join(dbnames)
cachenames = self.getProductNames()
cachenames.sort()
cachenames = " ".join(cachenames)
if dbnames != cachenames:
cacheOkay = False
self.lookup = {} # forget loaded data
if verbose:
print >> sys.stderr, \
"Regenerating out-of-date cache for %s in %s" % (flav, dbpath)
return cacheOkay
