def test_combine_xml(self):
docs = [
XMLFeatureInfoDoc("<root><a>foo</a></root>"),
XMLFeatureInfoDoc("<root><b>bar</b></root>"),
]
result, infotype = combine_docs(docs, None)
assert b"""<root><a>foo</a><b>bar</b></root>""" == result
assert infotype == "xml"
def test_combine(self):
docs = [
XMLFeatureInfoDoc(b'<root><a>foo</a></root>'),
XMLFeatureInfoDoc(b'<root><b>bar</b></root>'),
XMLFeatureInfoDoc(b'<other_root><a>baz</a></other_root>'),
]
result = XMLFeatureInfoDoc.combine(docs)
eq_(b'<root><a>foo</a></root>\n<root><b>bar</b></root>\n<other_root><a>baz</a></other_root>',
result.as_string())
eq_(result.info_type, 'text')
def test_combine(self):
docs = [
XMLFeatureInfoDoc("<root><a>foo</a></root>"),
XMLFeatureInfoDoc("<root><b>bar</b></root>"),
XMLFeatureInfoDoc("<other_root><a>baz</a></other_root>"),
]
result = XMLFeatureInfoDoc.combine(docs)
assert strip_whitespace(result.as_string()) == strip_whitespace(
b"<root><a>foo</a><b>bar</b><a>baz</a></root>")
assert result.info_type == "xml"
def test_combine(self):
docs = [
XMLFeatureInfoDoc('<root><a>foo</a></root>'),
XMLFeatureInfoDoc('<root><b>bar</b></root>'),
XMLFeatureInfoDoc('<other_root><a>baz</a></other_root>'),
]
result = XMLFeatureInfoDoc.combine(docs)
eq_(strip_whitespace(result.as_string()),
strip_whitespace(b'<root><a>foo</a><b>bar</b><a>baz</a></root>'))
eq_(result.info_type, 'xml')
def test_combine(self):
docs = [
XMLFeatureInfoDoc(b"<root><a>foo</a></root>"),
XMLFeatureInfoDoc(b"<root><b>bar</b></root>"),
XMLFeatureInfoDoc(b"<other_root><a>baz</a></other_root>"),
]
result = XMLFeatureInfoDoc.combine(docs)
assert (
b"<root><a>foo</a></root>\n<root><b>bar</b></root>\n<other_root><a>baz</a></other_root>"
== result.as_string())
assert result.info_type == "text"
def test_multiple(self):
t = XSLTransformer(self.xsl_script)
doc = t.transform(XMLFeatureInfoDoc.combine([
XMLFeatureInfoDoc(x) for x in
[b'<a><b>ab</b></a>',
b'<a><b>ab1</b><b>ab2</b><b>ab3</b></a>',
b'<a><b>ab1</b><c>ac</c><b>ab2</b></a>',
]]))
eq_(strip_whitespace(doc.as_string()),
strip_whitespace(b'''
<root>
<foo>ab</foo>
<foo>ab1</foo><foo>ab2</foo><foo>ab3</foo>
<foo>ab1</foo><foo>ab2</foo>
</root>'''))
eq_(doc.info_type, 'xml')
def test_multiple(self):
t = XSLTransformer(self.xsl_script)
doc = t.transform(
XMLFeatureInfoDoc.combine([
XMLFeatureInfoDoc(x) for x in [
b"<a><b>ab</b></a>",
b"<a><b>ab1</b><b>ab2</b><b>ab3</b></a>",
b"<a><b>ab1</b><c>ac</c><b>ab2</b></a>",
]
]))
assert strip_whitespace(doc.as_string()) == strip_whitespace(b"""
<root>
<foo>ab</foo>
<foo>ab1</foo><foo>ab2</foo><foo>ab3</foo>
<foo>ab1</foo><foo>ab2</foo>
</root>""")
assert doc.info_type == "xml"
def test_combine(self):
docs = [
XMLFeatureInfoDoc('<root><a>foo</a></root>'),
XMLFeatureInfoDoc('<root><b>bar</b></root>'),
XMLFeatureInfoDoc('<other_root><a>baz</a></other_root>'),
]
result = XMLFeatureInfoDoc.combine(docs)
eq_(strip_whitespace(result.as_string()),
strip_whitespace(b'<root><a>foo</a><b>bar</b><a>baz</a></root>'))
eq_(result.info_type, 'xml')
def test_combine(self):
docs = [
XMLFeatureInfoDoc(b'<root><a>foo</a></root>'),
XMLFeatureInfoDoc(b'<root><b>bar</b></root>'),
XMLFeatureInfoDoc(b'<other_root><a>baz</a></other_root>'),
]
result = XMLFeatureInfoDoc.combine(docs)
eq_(b'<root><a>foo</a></root>\n<root><b>bar</b></root>\n<other_root><a>baz</a></other_root>',
result.as_string())
eq_(result.info_type, 'text')
def test_combine_transform_xml(self, tmpdir):
xsl = tmpdir.join("transform.xsl")
xsl.write("""<xsl:stylesheet version="1.0"
xmlns:xsl="http://www.w3.org/1999/XSL/Transform">
<xsl:template match="/">
<root>
<xsl:apply-templates select='/a/b'/>
</root>
</xsl:template>
<xsl:template match="/a/b">
<foo><xsl:value-of select="text()" /></foo>
</xsl:template>
</xsl:stylesheet>
""")
transf = XSLTransformer(xsl.strpath)
docs = [
XMLFeatureInfoDoc("<a><b>foo1</b></a>"),
XMLFeatureInfoDoc("<a><b>foo2</b></a>"),
]
result, infotype = combine_docs(docs, transf)
assert b"""<root><foo>foo1</foo><foo>foo2</foo></root>""" == result
assert infotype is None
def test_multiple(self):
t = XSLTransformer(self.xsl_script)
doc = t.transform(XMLFeatureInfoDoc.combine([
XMLFeatureInfoDoc(x) for x in
[b'<a><b>ab</b></a>',
b'<a><b>ab1</b><b>ab2</b><b>ab3</b></a>',
b'<a><b>ab1</b><c>ac</c><b>ab2</b></a>',
]]))
eq_(strip_whitespace(doc.as_string()),
strip_whitespace(b'''
<root>
<foo>ab</foo>
<foo>ab1</foo><foo>ab2</foo><foo>ab3</foo>
<foo>ab1</foo><foo>ab2</foo>
</root>'''))
eq_(doc.info_type, 'xml')
def test_as_etree(self):
doc = XMLFeatureInfoDoc('<root>hello</root>')
eq_(doc.as_etree().getroot().text, 'hello')
def test_as_string(self):
input_tree = etree.fromstring('<root></root>')
doc = XMLFeatureInfoDoc(input_tree)
eq_(strip_whitespace(doc.as_string()),
b'<root/>')
def test_as_etree(self):
doc = XMLFeatureInfoDoc('<root>hello</root>')
eq_(doc.as_etree().getroot().text, 'hello')
def test_as_string(self):
input_tree = etree.fromstring('<root></root>')
doc = XMLFeatureInfoDoc(input_tree)
eq_(strip_whitespace(doc.as_string()), b'<root/>')
def test_transformer(self):
t = XSLTransformer(self.xsl_script)
doc = t.transform(XMLFeatureInfoDoc('<a><b>Text</b></a>'))
eq_(strip_whitespace(doc.as_string()), b'<root><foo>Text</foo></root>')
def test_transformer(self):
t = XSLTransformer(self.xsl_script)
doc = t.transform(XMLFeatureInfoDoc("<a><b>Text</b></a>"))
assert strip_whitespace(
doc.as_string()) == b"<root><foo>Text</foo></root>"
def test_as_string(self):
input_tree = etree.fromstring("<root></root>")
doc = XMLFeatureInfoDoc(input_tree)
assert strip_whitespace(doc.as_string()) == b"<root/>"
def test_as_etree(self):
doc = XMLFeatureInfoDoc("<root>hello</root>")
assert doc.as_etree().getroot().text == "hello"
