def test_init(self):
simple = vs_cparse.ctorFromCSource(csrc_simple)
nested = vs_cparse.ctorFromCSource(csrc_nested)
bldr = vs_builder.VStructBuilder()
bldr.addVStructCtor('pe.simple', simple)
bldr.addVStructCtor('elf.nested', nested)
self.assertEqual(set(['pe.simple', 'elf.nested']),
set(bldr.getVStructNames()))
bldr.delVStructCtor('elf.nested')
self.assertEqual(['pe.simple'], bldr.getVStructNames())
def test_namespaces(self):
bldr = vs_builder.VStructBuilder()
subb = vs_builder.VStructBuilder()
bldr.addVStructNamespace('subname', subb)
bldr.addVStructNamespace('dupname', subb)
self.assertTrue(bldr.hasVStructNamespace('subname'))
self.assertEqual(set(bldr.getVStructNamespaces()),
set([('subname', subb), ('dupname', subb)]))
self.assertEqual(set(bldr.getVStructNamespaceNames()),
set(['subname', 'dupname']))
nested = vs_cparse.ctorFromCSource(csrc_nested)
bldr.addVStructCtor('foo', nested)
self.assertEqual(bldr.getVStructCtorNames(), ['foo'])
def _mcb_ustruct(self, name, ssrc):
# All meta values in the "ustruct" namespace are user defined
# structure defintions in C.
sname = name.split(':')[1]
ctor = vs_cparse.ctorFromCSource(ssrc)
self.vsbuilder.addVStructCtor(sname, ctor)
def _mcb_ustruct(self, name, ssrc):
# All meta values in the "ustruct" namespace are user defined
# structure defintions in C.
sname = name.split(':')[1]
ctor = vs_cparse.ctorFromCSource( ssrc )
self.vsbuilder.addVStructCtor( sname, ctor )