def prepare(self):
# before we do anything serious, check if we need to
# bootstrap the schema for schema
if self.schemas.has_key(XMLSchemaNS):
# we're validating a schema with a (purported) schema for schemas,
# or we're running useDTD=0
sfors=self.schemas[XMLSchemaNS]
self.sfors=sfors
if ((not sfors.typeTable.has_key('string')) or
(not sfors.typeTable['string'].__dict__.has_key('basetype')) or
(sfors.typeTable['string'].basetype is None) or
sfors.typeTable['string'].basetype.name is not AST):
# need the ab-initio types
sfors.targetNS=XMLSchemaNS
self.current=sfors
self.targetNS=XMLSchemaNS
sfors.doBuiltIns(self)
else:
self.initSforS()
self.sfors.nsdict={'xs':XMLSchemaNS}
sforsi=Schema(self,None)
self.schemas[XMLSchemaInstanceNS]=sforsi
self.sforsi=sforsi
sforsi.targetNS=XMLSchemaInstanceNS
self.current=sforsi
self.targetNS=XMLSchemaInstanceNS
sforsi.installInstanceAttrs(self)
sforsi.prepared=1
self.current=self.sfors
self.targetNS=XMLSchemaNS
ec=0
for sch in self.schemas.values():
ec=ec+sch.errors
self.prepared=1
return ec
def initFromDump(self,dumpFileName):
self.prepare()
self.rebuilding=1
rds=indRebuild.fromIndFile(dumpFileName,self.psviConstruct)
if rds is None:
sys.stderr.write("couldn't initialize from %s!!!\n"%dumpFileName)
raise error
for nsi in rds.schemaInformation:
if nsi.schemaNamespace:
# xsi is skipped
if self.schemas.has_key(nsi.schemaNamespace):
s=self.schemas[nsi.schemaNamespace]
else:
s=Schema(self,None)
s.targetNS=s.targetNamespace=nsi.schemaNamespace
self.schemas[nsi.schemaNamespace]=s
s.prepared=1
for c in nsi.components:
if c.foundWhere:
if getattr(s,c.foundWhere).has_key(c.name):
if not (isinstance(c,SimpleType) and
c.name in ('ENTITY','NMTOKEN','Name','language')):
# they're allowed as they have the original of various patterns
print ('oops',s,c,c.name)
else:
getattr(s,c.foundWhere)[c.name]=c
self.rebuilding=0
self.current=None
self.targetNS=0
