def test_no_children(self):
"""Elements with only one, markerless paragraph should not have
children"""
with XMLBuilder("NOTE") as ctx:
ctx.P("Some text here")
matcher = SimpleHierarchyMatcher(['NOTE'], 'note')
nodes = matcher.derive_nodes(ctx.xml)
self.assertEqual(1, len(nodes))
node = nodes[0]
self.assertEqual('note', node.node_type)
self.assertEqual('Some text here', node.text)
self.assertEqual([], node.children)
def test_no_children(self):
"""Elements with only one, markerless paragraph should not have
children"""
with XMLBuilder("NOTE") as ctx:
ctx.P("Some text here")
matcher = SimpleHierarchyMatcher(['NOTE'], 'note')
nodes = matcher.derive_nodes(ctx.xml)
self.assertEqual(1, len(nodes))
node = nodes[0]
self.assertEqual('note', node.node_type)
self.assertEqual('Some text here', node.text)
self.assertEqual([], node.children)
def test_no_children(self):
"""Elements with only one, markerless paragraph should not have
children"""
with self.tree.builder("NOTE") as root:
root.P("Some text here")
matcher = SimpleHierarchyMatcher(["NOTE"], "note")
nodes = matcher.derive_nodes(self.tree.render_xml())
self.assertEqual(1, len(nodes))
node = nodes[0]
self.assertEqual("note", node.node_type)
self.assertEqual("Some text here", node.text)
self.assertEqual([], node.children)
def test_deep_hierarchy(self):
"""Run through a full example, converting an XML node into an
appropriate tree of nodes"""
with XMLBuilder("ROOT") as ctx:
ctx.P("(a) AAA")
ctx.P("(b) BBB")
ctx.P("i. BIBIBI")
ctx.P("ii. BIIBIIBII")
ctx.P("(1) BII1BII1BII1")
ctx.P("(2) BII2BII2BII2")
ctx.P("iii. BIIIBIIIBIII")
ctx.P("(c) CCC")
matcher = SimpleHierarchyMatcher(['ROOT'], 'some_type')
nodes = matcher.derive_nodes(ctx.xml)
self.assertEqual(1, len(nodes))
node = NodeAccessor(nodes[0])
self.assertEqual('some_type', node.node_type)
self.assertEqual(['a', 'b', 'c'], node.child_labels)
self.assertNotEqual('some_type', node['a'].node_type)
self.assertEqual(node['a'].text, '(a) AAA')
self.assertEqual([], node['a'].child_labels)
self.assertEqual(node['c'].text, '(c) CCC')
self.assertEqual([], node['c'].child_labels)
self.assertEqual(node['b'].text, '(b) BBB')
self.assertEqual(['i', 'ii', 'iii'], node['b'].child_labels)
self.assertEqual(node['b']['i'].text, 'i. BIBIBI')
self.assertEqual([], node['b']['i'].child_labels)
self.assertEqual(node['b']['iii'].text, 'iii. BIIIBIIIBIII')
self.assertEqual([], node['b']['iii'].child_labels)
self.assertEqual(node['b']['ii'].text, 'ii. BIIBIIBII')
self.assertEqual(['1', '2'], node['b']['ii'].child_labels)
self.assertEqual(node['b']['ii']['1'].text, '(1) BII1BII1BII1')
self.assertEqual([], node['b']['ii']['1'].child_labels)
self.assertEqual(node['b']['ii']['2'].text, '(2) BII2BII2BII2')
self.assertEqual([], node['b']['ii']['2'].child_labels)
def test_deep_hierarchy(self):
"""Run through a full example, converting an XML node into an
appropriate tree of nodes"""
with XMLBuilder("ROOT") as ctx:
ctx.P("(a) AAA")
ctx.P("(b) BBB")
ctx.P("i. BIBIBI")
ctx.P("ii. BIIBIIBII")
ctx.P("(1) BII1BII1BII1")
ctx.P("(2) BII2BII2BII2")
ctx.P("iii. BIIIBIIIBIII")
ctx.P("(c) CCC")
matcher = SimpleHierarchyMatcher(['ROOT'], 'some_type')
nodes = matcher.derive_nodes(ctx.xml)
self.assertEqual(1, len(nodes))
node = NodeAccessor(nodes[0])
self.assertEqual('some_type', node.node_type)
self.assertEqual(['a', 'b', 'c'], node.child_labels)
self.assertNotEqual('some_type', node['a'].node_type)
self.assertEqual(node['a'].text, '(a) AAA')
self.assertEqual([], node['a'].child_labels)
self.assertEqual(node['c'].text, '(c) CCC')
self.assertEqual([], node['c'].child_labels)
self.assertEqual(node['b'].text, '(b) BBB')
self.assertEqual(['i', 'ii', 'iii'], node['b'].child_labels)
self.assertEqual(node['b']['i'].text, 'i. BIBIBI')
self.assertEqual([], node['b']['i'].child_labels)
self.assertEqual(node['b']['iii'].text, 'iii. BIIIBIIIBIII')
self.assertEqual([], node['b']['iii'].child_labels)
self.assertEqual(node['b']['ii'].text, 'ii. BIIBIIBII')
self.assertEqual(['1', '2'], node['b']['ii'].child_labels)
self.assertEqual(node['b']['ii']['1'].text, '(1) BII1BII1BII1')
self.assertEqual([], node['b']['ii']['1'].child_labels)
self.assertEqual(node['b']['ii']['2'].text, '(2) BII2BII2BII2')
self.assertEqual([], node['b']['ii']['2'].child_labels)
def test_deep_hierarchy(self):
"""Run through a full example, converting an XML node into an
appropriate tree of nodes"""
with self.tree.builder("ROOT") as root:
root.P("(a) AAA")
root.P("(b) BBB")
root.P("i. BIBIBI")
root.P("ii. BIIBIIBII")
root.P("(1) BII1BII1BII1")
root.P("(2) BII2BII2BII2")
root.P("iii. BIIIBIIIBIII")
root.P("(c) CCC")
matcher = SimpleHierarchyMatcher(["ROOT"], "some_type")
nodes = matcher.derive_nodes(self.tree.render_xml())
self.assertEqual(1, len(nodes))
node = self.node_accessor(nodes[0], nodes[0].label)
self.assertEqual("some_type", node.node_type)
self.assertEqual(["a", "b", "c"], node.child_labels)
self.assertNotEqual("some_type", node["a"].node_type)
self.assertEqual(node["a"].text, "(a) AAA")
self.assertEqual([], node["a"].child_labels)
self.assertEqual(node["c"].text, "(c) CCC")
self.assertEqual([], node["c"].child_labels)
self.assertEqual(node["b"].text, "(b) BBB")
self.assertEqual(["i", "ii", "iii"], node["b"].child_labels)
self.assertEqual(node["b"]["i"].text, "i. BIBIBI")
self.assertEqual([], node["b"]["i"].child_labels)
self.assertEqual(node["b"]["iii"].text, "iii. BIIIBIIIBIII")
self.assertEqual([], node["b"]["iii"].child_labels)
self.assertEqual(node["b"]["ii"].text, "ii. BIIBIIBII")
self.assertEqual(["1", "2"], node["b"]["ii"].child_labels)
self.assertEqual(node["b"]["ii"]["1"].text, "(1) BII1BII1BII1")
self.assertEqual([], node["b"]["ii"]["1"].child_labels)
self.assertEqual(node["b"]["ii"]["2"].text, "(2) BII2BII2BII2")
self.assertEqual([], node["b"]["ii"]["2"].child_labels)