def testUnion(self):
class TypeA(object):
_xobjMeta = xobj2.XObjMetadata(tag='typea',
attributes=dict(vala=int))
class TypeB(object):
_xobjMeta = xobj2.XObjMetadata(tag='typeb',
attributes=dict(valb=int))
class Top(object):
_xobjMeta = xobj2.XObjMetadata(
tag = 'top',
elements = [
xobj2.Field('items', [ TypeA, TypeB, ]) ])
s = _xml('union',
'<top>\n'
' <typea vala="1"/>\n'
' <typeb valb="2"/>\n'
' <typea vala="3"/>\n'
' <typeb valb="4"/>\n'
' <typea vala="5"/>\n'
'</top>\n')
d = xobj2.Document.fromxml(s, rootNodes = [ Top ])
self.failUnlessEqual(d.root.items[0].vala, 1)
self.failUnlessEqual(d.root.items[1].valb, 2)
self.failUnlessEqual(d.root.items[2].vala, 3)
self.failUnlessEqual(d.root.items[3].valb, 4)
self.failUnlessEqual(d.root.items[4].vala, 5)
self.assertXMLEquals(d.toxml(xml_declaration = False), s)
d = xobj2.Document.fromxml('<top/>', rootNodes = [ Top ])
self.failUnlessEqual(d.root.items, [])
def testComplexMultiParse(self):
"""
Test parsing multiple xml documents with one set of classes using more
complex types.
"""
class Top(object):
_xobjMeta = xobj2.XObjMetadata(
tag = 'top',
elements = [ xobj2.Field('foo', [ str ]) ])
class Document(xobj2.Document):
def __init__(self, *args, **kwargs):
kwargs['rootNodes'] = [ Top ]
xobj2.Document.__init__(self, *args, **kwargs)
xmlTextA = _xml('complex-multi-V2',
'<?xml version=\'1.0\' encoding=\'UTF-8\'?>\n'
'<top>\n'
' <foo>a</foo>\n'
' <foo>b</foo>\n'
'</top>\n')
docA = Document.fromxml(xmlTextA)
xmlTextB = _xml('complex-multi-V2',
'<?xml version=\'1.0\' encoding=\'UTF-8\'?>\n'
'<top>\n'
' <foo>A</foo>\n'
' <foo>B</foo>\n'
'</top>\n')
xmlB = StringIO(xmlTextB)
docB = Document.fromxml(xmlB)
self.failUnlessEqual([ x for x in docA.root.foo ], [ 'a', 'b' ])
self.failUnlessEqual([ x for x in docB.root.foo ], [ 'A', 'B' ])
def testExplicitNamespaces(self):
s = _xml('explicitns',
'<top xmlns="http://somens.xsd" xmlns:ns="http://somens.xsd">\n'
' <element ns:attr="foo"/>\n'
'</top>\n'
)
d = xobj2.Document.fromxml(s)
self.failUnlessEqual(d.rootName, 'ns_top')
self.failUnlessEqual(d.root.ns_element.ns_attr, 'foo')
s2 = d.toxml(xml_declaration = False)
expecteds2 = (
'<ns:top xmlns:ns="http://somens.xsd">\n'
' <ns:element ns:attr="foo"/>\n'
'</ns:top>\n'
)
self.failUnlessEqual(s2, expecteds2)
def testNamespaces(self):
xmlString = _xml('namespaces-V2', """\
<top xmlns="http://this" xmlns:other="http://other/other"
xmlns:other2="http://other/other2">
<local/>
<other:tag other:val="1"/>
<other2:tag val="2"/>
</top>""")
o = xobj2.Document.fromxml(xmlString)
assert(o.root.other_tag.other_val == '1')
assert(o.root.other2_tag.val == '2')
self.assertXmlEqual(o.toxml(xml_declaration = False), xmlString)
o = xobj2.Document()
o.nameSpaceMap = { 'other3' : 'http://other/other2' }
o.parse(xmlString)
assert(o.root.other_tag.other_val == '1')
assert(o.root.other3_tag.val == '2')
newXmlString = xmlString.replace("other2:", "other3:")
newXmlString = newXmlString.replace(":other2", ":other3")
self.assertXmlEqual(o.toxml(xml_declaration = False), newXmlString)
def testIdInNamespace(self):
s = _xml('id-in-ns1-V2',
'<ns:top xmlns:ns="http://somens.xsd">\n'
' <ns:ref ns:other="theid"/>\n'
' <ns:item ns:id="theid" ns:val="value"/>\n'
'</ns:top>\n')
xml = StringIO(s)
class Ref(object):
_xobjMeta = xobj2.XObjMetadata(
attributes=dict(ns_other = xobj2.XIDREF))
class Top(object):
_xobjMeta = xobj2.XObjMetadata(
tag = 'ns_top',
elements = [ xobj2.Field('ns_ref', Ref) ])
d = xobj2.Document(rootNodes = [ Top ])
d.nameSpaceMap.update(ns="http://somens.xsd")
d = xobj2.Document.fromxml(xml, rootNodes = [ Top ])
self.failUnlessEqual(d.root.ns_ref.ns_other, d.root.ns_item)
s2 = d.toxml(xml_declaration = False)
self.assertXMLEquals(s, s2)
def testIntElement(self):
xml = _xml('intelement', '<top><anint>5</anint></top>')
doc = xobj2.Document.fromxml(xml)
self.failUnlessEqual(doc.root.anint, '5')
def testId(self):
s = _xml('id1-V2',
'<top>\n'
' <ref other="theid"/>\n'
' <item id="theid" val="value"/>\n'
'</top>\n')
class Ref(xobj2.XObj):
_xobjMeta = xobj2.XObjMetadata(
attributes = dict(other = xobj2.XIDREF))
class Top(object):
_xobjMeta = xobj2.XObjMetadata(
tag = 'top',
elements = [ xobj2.Field('ref', Ref) ])
d = xobj2.Document.fromxml(s, rootNodes = [ Top ])
self.failUnlessEqual(d.root.ref.other, d.root.item)
s2 = d.toxml(xml_declaration = False)
self.assertXMLEquals(s, s2)
# now test if the id is called something else
s = _xml('id2',
'<top>\n'
' <item anid="theid" val="value"/>\n'
' <ref other="theid"/>\n'
'</top>\n')
xml = StringIO(s)
e = self.failUnlessRaises(xobj2.XObjIdNotFound,
xobj2.Document.fromxml, xml, rootNodes = [ Top ])
self.failUnlessEqual(str(e), "XML ID 'theid' not found in document")
class Item(xobj2.XObj):
_xobjMeta = xobj2.XObjMetadata(attributes = dict(anid=xobj2.XID))
class Top(object):
_xobjMeta = xobj2.XObjMetadata(
tag = 'top',
elements = [
xobj2.Field('item', Item),
xobj2.Field('ref', Ref),
])
d = xobj2.Document.fromxml(xml, rootNodes = [ Top ])
assert(d.root.ref.other == d.root.item)
s2 = d.toxml(xml_declaration = False)
self.assertXMLEquals(s2, s)
class Top(object):
_xobjMeta = xobj2.XObjMetadata(
tag = 'top',
elements = [
xobj2.Field('item', Item),
xobj2.Field('ref', Ref),
])
# test outputing an idref w/o a corresponding id
t = Top()
t.item = Item()
t.item.anid = 'foo'
t.ref = Ref()
t.ref.other = Item()
t.ref.other.anid = 'bar'
d = xobj2.Document()
d.root = t
e = self.failUnlessRaises(xobj2.UnmatchedIdRef,
d.toxml, xml_declaration = False)
self.failUnlessEqual(str(e),
'Unmatched idref values during XML creation for id(s): bar')
t.ref.other = t.item
s = d.toxml(xml_declaration = False)
self.assertXMLEquals(s, '<top>\n'
' <item anid="foo"/>\n'
' <ref other="foo"/>\n'
'</top>\n')
# and test if the id isn't defined properly
class Top(object):
_xobjMeta = xobj2.XObjMetadata(
tag = 'top',
attributes = dict(ref=xobj2.XIDREF))
class Ref(object):
_xobjMeta = xobj2.XObjMetadata(
attributes = dict(blah=str))
d = xobj2.Document()
d.root = Top()
d.root.ref = Ref()
e = self.failUnlessRaises(xobj2.XObjSerializationException,
d.toxml)
self.assertEquals(str(e), 'No id found for element referenced by ref')
class Ref(object):
_xobjMeta = xobj2.XObjMetadata(
attributes = dict(blah=xobj2.XID))
d.root.ref = Ref()
e = self.failUnlessRaises(xobj2.XObjSerializationException,
d.toxml)
self.assertEquals(str(e),
'Empty ID field blah for element referenced by ref')
def testComplexParse(self):
xmlText = _xml('complex-V2', """\
<?xml version='1.0' encoding='UTF-8'?>
<top>
<prop>
<subprop subattr="1">asdf</subprop>
<subprop subattr="2">fdsa</subprop>
</prop>
<simple>simple</simple>
</top>""")
xml = StringIO(xmlText)
o = xobj2.Document.fromxml(xml)
# ---
self.assertXMLEquals(o.toxml(), xmlText)
# ---
self.assertEqual(o.root.__class__.__name__, 'top_XObj_Type')
self.assertEqual(type(o.root.prop.subprop), types.ListType)
self.assertEqual(o.root.prop.subprop, ['asdf', 'fdsa'])
asdf = o.root.prop.subprop[0]
self.assertEqual(asdf.__class__.__name__, 'subprop_XObj_Type')
self.assertEqual(o.root.prop.__class__.__name__,
'prop_XObj_Type')
for i in range(2):
self.assertEqual(o.root.prop.subprop[i].__class__.__name__,
'subprop_XObj_Type')
assert(o.root.prop.subprop[0].__class__ ==
o.root.prop.subprop[1].__class__)
# ---
class SubpropClass(object):
__slots__ = [ 'subattr', 'unused', ]
_xobjMeta = xobj2.XObjMetadata(
attributes = dict(subattr=int, unused=str))
class PropClass(object):
_xobjMeta = xobj2.XObjMetadata(
elements = [
xobj2.Field('subprop', [ SubpropClass ])
],
)
subprop = [ SubpropClass ]
class SimpleClass(xobj2.XObj):
pass
class TopClass(object):
_xobjMeta = xobj2.XObjMetadata(
tag = 'top',
elements = [
xobj2.Field('unused', str),
xobj2.Field('prop', PropClass),
xobj2.Field('simple', [ SimpleClass ]),
],
)
o = xobj2.Document.fromxml(xml, rootNodes = [ TopClass ])
self.assertEqual(o.root.prop.subprop[1].subattr, 2)
self.assertEqual(o.root.unused, None)
self.assertEqual(o.root.prop.subprop[0].unused, None)
self.assertEqual(o.root.simple[0], 'simple')
# ---
# asdf/fdsa have been dropped becuase SubpropClass has slots
# that don't include _xobjText
# the complex class PropClass
xmlOutText = """\
<?xml version='1.0' encoding='UTF-8'?>
<top>
<prop>
<subprop subattr="1"/>
<subprop subattr="2"/>
</prop>
<simple>simple</simple>
</top>"""
self.assertXMLEquals(o.toxml(), xmlOutText)
def testSimpleParse(self):
xml = _xml('simple-V2', """
<top attr1="anattr" attr2="another">
<!-- comment -->
<prop>something</prop>
<subelement subattr="2">
<subsub>1</subsub>
</subelement>
</top>""", asFile = True)
doc = xobj2.Document.fromxml(xml)
self.assertEqual(doc.root.__class__.__name__, 'top_XObj_Type')
self.assertEqual(doc.root.attr1, 'anattr')
self.assertEqual(doc.root.attr2, 'another')
self.assertEqual(doc.root.prop, 'something')
self.assertEqual(doc.root.subelement.subattr, '2')
self.assertEqual(doc.root.subelement.__class__.__name__,
'subelement_XObj_Type')
self.failUnlessStartsWith(repr(doc), '<xobj.xobj2.Document object')
self.failUnlessStartsWith(repr(doc.root), '<xobj.xobj2.top_XObj_Type object')
self.failUnlessStartsWith(repr(doc.root.subelement),
'<xobj.xobj2.subelement_XObj_Type object')
self.assertEqual(repr(doc.root.attr1), "'anattr'")
# ---
class SubelementClass(object):
_xobjMeta = xobj2.XObjMetadata(
attributes=dict(subattr=int))
class TopClass(object):
_xobjMeta = xobj2.XObjMetadata(
tag = 'top',
elements = [
xobj2.Field('subelement', SubelementClass),
xobj2.Field('unused', str),
xobj2.Field('attr1', str),
])
doc = xobj2.Document(rootNodes = [ TopClass ])
o = doc.parse(xml)
self.assertEqual(o.root.subelement.subattr, 2)
self.assertEqual(o.root.unused, None)
# ---
class SubelementClass(object):
_xobjMeta = xobj2.XObjMetadata(
attributes=dict(subattr=int),
elements = [ xobj2.Field('subsub', [ int ]) ])
class TopClass(object):
_xobjMeta = xobj2.XObjMetadata(
tag = 'top',
elements = [
xobj2.Field('subelement', SubelementClass),
xobj2.Field('unused', str),
xobj2.Field('attr1', str),
xobj2.Field('prop', str),
])
o = xobj2.Document.fromxml(xml, rootNodes=[TopClass])
self.assertEqual(o.root.subelement.subattr, 2 )
self.assertEqual(o.root.subelement.subsub, [ 1 ] )
self.assertEqual(o.root.prop, 'something')
# ---
class TopClass(object):
_xobjMeta = xobj2.XObjMetadata(
tag = 'top',
elements = [
xobj2.Field('subelement', [ SubelementClass ]),
xobj2.Field('unused', str),
xobj2.Field('attr1', str),
xobj2.Field('prop', [ str ]),
])
o = xobj2.Document.fromxml(xml, rootNodes=[TopClass])
self.assertEqual(o.root.subelement[0].subattr, 2 )
self.assertEqual(o.root.subelement[0].subsub, [ 1 ] )
self.assertEqual(o.root.prop, [ 'something' ])