def test_attr_setnode4():
EXPECTED = """<a xmlns:ns="urn:bogus:x" ns:x="1"/>"""
doc = parse('<a xmlns:ns="urn:bogus:x" ns:x="1"/>')
doc2 = parse('<a xmlns:ns="urn:bogus:x"/>')
attr_x = doc.xml_first_child.xml_attributes.getnode(BOGUS_X_NS, u'x')
doc2.xml_first_child.xml_attributes.setnode(attr_x)
treecompare.check_xml(doc2.xml_encode(), XMLDECL + EXPECTED)
return
def test_attr_setnode4():
EXPECTED = """<a xmlns:ns="urn:bogus:x" ns:x="1"/>"""
doc = parse('<a xmlns:ns="urn:bogus:x" ns:x="1"/>')
doc2 = parse('<a xmlns:ns="urn:bogus:x"/>')
attr_x = doc.xml_first_child.xml_attributes.getnode(BOGUS_X_NS, u'x')
doc2.xml_first_child.xml_attributes.setnode(attr_x)
treecompare.check_xml(doc2.xml_encode(), XMLDECL+EXPECTED)
return
def test_attr_setnode3():
EXPECTED = """<a x="1"/>"""
doc = parse('<a x="1"/>')
#x = doc.xml_first_child.xml_attributes[None, u'x']
attr_x = copy.copy(doc.xml_first_child.xml_attributes.getnode(None, u'x'))
del doc.xml_first_child.xml_attributes[None, u'x']
doc.xml_first_child.xml_attributes.setnode(attr_x)
treecompare.check_xml(doc.xml_encode(), XMLDECL+EXPECTED)
return
def test_attr_setnode2():
EXPECTED = """<a x="1" y="1" z=""/>"""
doc = parse('<a x="1"/>')
attr_y = tree.attribute(None, u'y', u'1')
doc.xml_first_child.xml_attributes.setnode(attr_y)
attr_z = tree.attribute(None, u'z')
doc.xml_first_child.xml_attributes.setnode(attr_z)
treecompare.check_xml(doc.xml_encode(), XMLDECL + EXPECTED)
return
def test_attr_setnode5():
EXPECTED = """<a xmlns:ns="urn:bogus:x" ns:x="1" ns:y="1" ns:z=""/>"""
doc = parse('<a xmlns:ns="urn:bogus:x" ns:x="1"/>')
attr_y = tree.attribute(BOGUS_X_NS, u'ns:y', u'1')
doc.xml_first_child.xml_attributes.setnode(attr_y)
attr_z = tree.attribute(BOGUS_X_NS, u'ns:z')
doc.xml_first_child.xml_attributes.setnode(attr_z)
treecompare.check_xml(doc.xml_encode(), XMLDECL + EXPECTED)
return
def test_attr_setnode3():
EXPECTED = """<a x="1"/>"""
doc = parse('<a x="1"/>')
#x = doc.xml_first_child.xml_attributes[None, u'x']
attr_x = copy.copy(doc.xml_first_child.xml_attributes.getnode(None, u'x'))
del doc.xml_first_child.xml_attributes[None, u'x']
doc.xml_first_child.xml_attributes.setnode(attr_x)
treecompare.check_xml(doc.xml_encode(), XMLDECL + EXPECTED)
return
def test_attr_setnode2():
EXPECTED = """<a x="1" y="1" z=""/>"""
doc = parse('<a x="1"/>')
attr_y = tree.attribute(None, u'y', u'1')
doc.xml_first_child.xml_attributes.setnode(attr_y)
attr_z = tree.attribute(None, u'z')
doc.xml_first_child.xml_attributes.setnode(attr_z)
treecompare.check_xml(doc.xml_encode(), XMLDECL+EXPECTED)
return
def test_attr_setnode5():
EXPECTED = """<a xmlns:ns="urn:bogus:x" ns:x="1" ns:y="1" ns:z=""/>"""
doc = parse('<a xmlns:ns="urn:bogus:x" ns:x="1"/>')
attr_y = tree.attribute(BOGUS_X_NS, u'ns:y', u'1')
doc.xml_first_child.xml_attributes.setnode(attr_y)
attr_z = tree.attribute(BOGUS_X_NS, u'ns:z')
doc.xml_first_child.xml_attributes.setnode(attr_z)
treecompare.check_xml(doc.xml_encode(), XMLDECL+EXPECTED)
return
def test_attr_setnode1():
EXPECTED = """<a x="1"/>"""
doc = parse('<a x="1"/>')
doc2 = parse('<a/>')
#x = doc.xml_first_child.xml_attributes[None, u'x']
attr_x = doc.xml_first_child.xml_attributes.getnode(None, u'x')
#doc.xml_first_child.xml_attributes[None, u'y'] = attr_x
doc2.xml_first_child.xml_attributes.setnode(attr_x)
treecompare.check_xml(doc2.xml_encode(), XMLDECL + EXPECTED)
return
def test_attr_setnode1():
EXPECTED = """<a x="1"/>"""
doc = parse('<a x="1"/>')
doc2 = parse('<a/>')
#x = doc.xml_first_child.xml_attributes[None, u'x']
attr_x = doc.xml_first_child.xml_attributes.getnode(None, u'x')
#doc.xml_first_child.xml_attributes[None, u'y'] = attr_x
doc2.xml_first_child.xml_attributes.setnode(attr_x)
treecompare.check_xml(doc2.xml_encode(), XMLDECL+EXPECTED)
return
def test_coroutine_example2():
EXPECTED = """<b attr1="val1"><c>1</c><c>2</c><c>3</c></b>"""
output = structencoder()
f = output.cofeed(ROOT(E_CURSOR(u'b', {u'attr1': u'val1'})))
f.send(E(u'c', u'1'))
f.send(E(u'c', u'2'))
f.send(E(u'c', u'3'))
f.close()
result = output.read()
treecompare.check_xml(result, XMLDECL + EXPECTED)
return
def test_simple_elem_and_attr_addition1():
EXPECTED = """<spam><eggs eggs="1"/><eggs eggs="2"/></spam>"""
doc = bindery.nodes.entity_base()
doc.xml_append(doc.xml_element_factory(None, u'spam'))
doc.spam.xml_append_fragment('<eggs eggs="1"/>')
doc.spam.xml_append_fragment('<eggs eggs="2"/>')
treecompare.check_xml(doc.xml_encode(), XMLDECL+EXPECTED)
result = [ k for k in doc.spam.eggs if 'eggs' in dir(k) ]
assert len(result) == 2, result
#unittest.TestCase.assertEquals([k for k in dir(doc.spam.eggs) if 'eggs' in k], [])
return
def test_reserved_attributes_page_ns():
EXPECTED = '<h1 xmlns="http://www.w3.org/1999/xhtml" xmlns:h="http://www.w3.org/1999/xhtml" id="akara:metadata">akara:metadata</h1>'
f = filesource('tagsoup2.html')
doc = html.parse(f.source, prefixes=XHTML_NSS, use_xhtml_ns=True)
#import sys; print >> sys.stderr, doc.xml_select(u'*')[0].xml_name
#import sys; print >> sys.stderr, doc.xml_select(u'//h:div[@id="content"]')[0].xml_first_child
#content = doc.xml_select(u'//div[@id="content"]//h1')[0]
#first_h1 = content.xml_select(u'.//h1')[0]
first_h1 = doc.xml_select(u'//h:div[@id="content"]//h:h1')[0]
treecompare.check_xml(first_h1.xml_encode(), EXPECTED)
assert first_h1.id == u'akara:metadata', (first_h1.id, u'akara:metadata')
return
def test_predicate2():
EXPECTED = ['<one>repeat</one>']
results = []
def callback(node):
results.append(node)
pushtree(XML5, u"doc/one[2]", callback)
for result, expected in zip(results, EXPECTED):
treecompare.check_xml(result.xml_encode(), XMLDECL+expected)
return
def test_1():
EXPECTED = ['<a>0</a>', '<a>1</a>', '<a>10</a>', '<a>11</a>']
results = []
def callback(node):
results.append(node)
pushtree(XML1, u"a", callback)
for result, expected in zip(results, EXPECTED):
treecompare.check_xml(result.xml_encode(), XMLDECL+expected)
return
def test_reserved_attributes_page_ns():
EXPECTED = '<h1 xmlns="http://www.w3.org/1999/xhtml" xmlns:h="http://www.w3.org/1999/xhtml" id="akara:metadata">akara:metadata</h1>'
f = filesource('tagsoup2.html')
doc = html.parse(f.source, prefixes=XHTML_NSS, use_xhtml_ns=True)
#import sys; print >> sys.stderr, doc.xml_select(u'*')[0].xml_name
#import sys; print >> sys.stderr, doc.xml_select(u'//h:div[@id="content"]')[0].xml_first_child
#content = doc.xml_select(u'//div[@id="content"]//h1')[0]
#first_h1 = content.xml_select(u'.//h1')[0]
first_h1 = doc.xml_select(u'//h:div[@id="content"]//h:h1')[0]
treecompare.check_xml(first_h1.xml_encode(), EXPECTED)
assert first_h1.id == u'akara:metadata', (first_h1.id, u'akara:metadata')
return
def test_coroutine_two_ply1():
from nose.plugins.skip import SkipTest
raise SkipTest('Known failure. Incompletely developed test')
EXPECTED = """<a><b attr1="val1"><c>1<d><e>2</e><e>3</e></d></c></b></a>"""
output = structencoder()
f = output.cofeed(ROOT(E(u'a', E_CURSOR(u'b', {u'attr1': u'val1'}))))
f.send(E(u'c', u'1', E_CURSOR(u'd')))
f.send(E(u'e', u'2'))
f.send(E(u'e', u'3'))
f.close()
result = output.read()
treecompare.check_xml(result, XMLDECL + EXPECTED)
return
def test_4():
EXPECTED = ['<x:a xmlns:x="urn:bogus:x">0</x:a>', '<x:a xmlns:x="urn:bogus:x">1</x:a>']
results = []
def callback(node):
results.append(node)
pushtree(XML4, u"x:a", callback, namespaces = {"x": "urn:bogus:x"})
for result, expected in zip(results, EXPECTED):
treecompare.check_xml(result.xml_encode(), XMLDECL+expected)
return
def test_2():
EXPECTED = ['<a xmlns="urn:bogus:x">0</a>', '<a xmlns="urn:bogus:x">1</a>', '<a xmlns="urn:bogus:x">10</a>', '<a xmlns="urn:bogus:x">11</a>']
results = []
def callback(node):
results.append(node)
pushtree(XML2, u"a", callback, namespaces = {None: "urn:bogus:x"})
for result, expected in zip(results, EXPECTED):
treecompare.check_xml(result.xml_encode(), XMLDECL+expected)
return
def test_coroutine_with_nsdecls1():
EXPECTED = """<a xmlns="urn:bogus:x"><b attr1="val1"><c>1</c><c>2</c><c>3</c></b></a>"""
XNS = u'urn:bogus:x'
output = structencoder()
f = output.cofeed(
ROOT(E(u'a', NS(None, XNS), E_CURSOR(u'b', {u'attr1': u'val1'}))))
f.send(E(u'c', u'1'))
f.send(E(u'c', u'2'))
f.send(E(u'c', u'3'))
f.close()
result = output.read()
treecompare.check_xml(result, XMLDECL + EXPECTED)
return
def test_reserved_attributes_page():
EXPECTED = '<h1 id="akara:metadata">akara:metadata</h1>'
f = filesource('tagsoup2.html')
doc = html.parse(f.source)
#import sys; print >> sys.stderr, [ d.xml_name for d in doc.xml_select(u'//div') ]
#import sys; print >> sys.stderr, dict(doc.xml_select(u'//div')[1].xml_attributes)
#import sys; print >> sys.stderr, doc.xml_select(u'*')[0].xml_name
#content = doc.xml_select(u'//div[@id="content"]//h1')[0]
#first_h1 = content.xml_select(u'.//h1')[0]
#import sys; print >> sys.stderr, doc.xml_select(u'//div[@id="content"]')[0].xml_first_child
first_h1 = doc.xml_select(u'//div[@id="content"]//h1')[0]
treecompare.check_xml(first_h1.xml_encode(), EXPECTED)
assert first_h1.id == u'akara:metadata', (first_h1.id, u'akara:metadata')
return
def test_reserved_attributes_page():
EXPECTED = '<h1 id="akara:metadata">akara:metadata</h1>'
f = filesource('tagsoup2.html')
doc = html.parse(f.source)
#import sys; print >> sys.stderr, [ d.xml_name for d in doc.xml_select(u'//div') ]
#import sys; print >> sys.stderr, dict(doc.xml_select(u'//div')[1].xml_attributes)
#import sys; print >> sys.stderr, doc.xml_select(u'*')[0].xml_name
#content = doc.xml_select(u'//div[@id="content"]//h1')[0]
#first_h1 = content.xml_select(u'.//h1')[0]
#import sys; print >> sys.stderr, doc.xml_select(u'//div[@id="content"]')[0].xml_first_child
first_h1 = doc.xml_select(u'//div[@id="content"]//h1')[0]
treecompare.check_xml(first_h1.xml_encode(), EXPECTED)
assert first_h1.id == u'akara:metadata', (first_h1.id, u'akara:metadata')
return
def DISABLEDtest_coroutine_with_nsdecls2():
#FIXME: Puts out redundant nsdecls for now. Needs to be fixed in code
#Trick for skipping tests:
from nose.plugins.skip import SkipTest
raise SkipTest('reason')
EXPECTED = """<a><b attr1="val1"><c>1</c><c>2</c><c>3</c></b></a>"""
XNS = u'urn:bogus:x'
output = structencoder()
f = output.cofeed(
ROOT(E(u'a', NS(None, XNS), E_CURSOR((XNS, u'b'),
{u'attr1': u'val1'}))))
f.send(E((XNS, u'c'), u'1'))
f.send(E((XNS, u'c'), u'2'))
f.send(E((XNS, u'c'), u'3'))
f.close()
result = output.read()
treecompare.check_xml(result, XMLDECL + EXPECTED)
return
def test_predicate1():
EXPECTED = ['''<b x='4'>
<d x='5' />
<e x='6' />
<d x='7' />
<b x='8' />
<c x='9' />
</b>''']
results = []
raise KnownFailure("No predicates support. See: http://trac.xml3k.org/ticket/23")
def callback(node):
results.append(node)
pushtree(TREE1, u"b[x='4']", callback)
for result, expected in zip(results, EXPECTED):
treecompare.check_xml(result.xml_encode(), XMLDECL+expected)
return
def test_delns1():
EXPECTED = """<a/>"""
doc = parse('<a xmlns:ns="urn:bogus:x"/>')
del doc.xml_first_child.xml_namespaces[u'ns']
treecompare.check_xml(doc2.xml_encode(), XMLDECL + EXPECTED)
return
def test_simpe_attr_update3():
EXPECTED = """<a xmlns:ns="urn:bogus:x" ns:x="2"/>"""
doc = parse('<a xmlns:ns="urn:bogus:x" ns:x="1"/>')
attr_x = doc.xml_first_child.xml_attributes[BOGUS_X_NS, u'x'] = u'2'
treecompare.check_xml(doc.xml_encode(), XMLDECL + EXPECTED)
return
def test_simple_attr_update3():
EXPECTED = """<html xmlns="http://www.w3.org/1999/xhtml"><head><title>HELLO</title></head><body><p>WORLD</body></html>"""
doc = html.parse('<n:a xmlns:n="urn:bogus:x" x="1"/>')
doc.a.x = unicode(int(doc.a.x)+1)
treecompare.check_xml(doc.xml_encode(), XMLDECL+EXPECTED)
return
def test_simpe_attr_update2():
EXPECTED = """<a x="2"/>"""
doc = parse('<a x="1"/>')
attr_x = doc.xml_first_child.xml_attributes[None, u'x'] = u'2'
treecompare.check_xml(doc.xml_encode(), XMLDECL + EXPECTED)
return
def test_simpe_attr_update2():
EXPECTED = """<a x="2"/>"""
doc = parse('<a x="1"/>')
attr_x = doc.xml_first_child.xml_attributes[None, u'x'] = u'2'
treecompare.check_xml(doc.xml_encode(), XMLDECL+EXPECTED)
return
def test_simple_attr_update3():
EXPECTED = """<n:a xmlns:n="urn:bogus:x" x="2"/>"""
doc = bindery.parse('<n:a xmlns:n="urn:bogus:x" x="1"/>')
doc.a.x = unicode(int(doc.a.x)+1)
treecompare.check_xml(doc.xml_encode(), XMLDECL+EXPECTED)
return
def test_simple_attr_update3():
EXPECTED = """<html xmlns="http://www.w3.org/1999/xhtml"><head><title>HELLO</title></head><body><p>WORLD</body></html>"""
doc = html.parse('<n:a xmlns:n="urn:bogus:x" x="1"/>')
doc.a.x = unicode(int(doc.a.x) + 1)
treecompare.check_xml(doc.xml_encode(), XMLDECL + EXPECTED)
return
def test_delns1():
EXPECTED = """<a/>"""
doc = parse('<a xmlns:ns="urn:bogus:x"/>')
del doc.xml_first_child.xml_namespaces[u'ns']
treecompare.check_xml(doc2.xml_encode(), XMLDECL+EXPECTED)
return
def test_simpe_attr_update3():
EXPECTED = """<a xmlns:ns="urn:bogus:x" ns:x="2"/>"""
doc = parse('<a xmlns:ns="urn:bogus:x" ns:x="1"/>')
attr_x = doc.xml_first_child.xml_attributes[BOGUS_X_NS, u'x'] = u'2'
treecompare.check_xml(doc.xml_encode(), XMLDECL+EXPECTED)
return