In the following minimal test case:
from rdflib import Graph, Namespace, Literal, RDF
base = "http://test.com/ns"
foobar = Namespace("http://test.com/ns#")
g = Graph(base=base)
g.bind('foobar', foobar)
g.add((foobar.something, RDF.type, Literal('Blah')))
g.add((foobar.something, foobar.contains, Literal('a property')))
g.add((foobar.anotherthing, RDF.type, Literal('Blubb')))
g.add((foobar.anotherthing, foobar.contains, Literal('another property')))
print(g.serialize(format='turtle').decode("utf-8"))
I get
@base <http://test.com/ns> .
@prefix foobar: <http://test.com/ns#> .
<#anotherthing> a "Blubb" ;
ns1:contains "another property" .
ns1:something a "Blah" ;
ns1:contains "a property" .
what I'd expecte is more like
@base <http://test.com/ns> .
@prefix foobar: <http://test.com/ns#> .
<#anotherthing> a "Blubb" ;
foobar:contains "another property" .
<#something> a "Blah" ;
foobar:contains "a property" .
So either there is something I fundamentally don't understand about RDFLib and how to use namespaces, or there's something funky going on.
Any thoughts, anyone?