def test_preprocess_xml(self, content):
xml = etree.fromstring("""
<CFRGRANULE>
<PART>
<APPENDIX>
<TAG>Other Text</TAG>
<GPH DEEP="453" SPAN="2">
<GID>ABCD.0123</GID>
</GPH>
</APPENDIX>
</PART>
</CFRGRANULE>""")
content.Macros.return_value = [("//GID[./text()='ABCD.0123']/..", """
<HD SOURCE="HD1">Some Title</HD>
<GPH DEEP="453" SPAN="2">
<GID>EFGH.0123</GID>
</GPH>""")]
reg_text.preprocess_xml(xml)
should_be = etree.fromstring("""
<CFRGRANULE>
<PART>
<APPENDIX>
<TAG>Other Text</TAG>
<HD SOURCE="HD1">Some Title</HD>
<GPH DEEP="453" SPAN="2">
<GID>EFGH.0123</GID>
</GPH></APPENDIX>
</PART>
</CFRGRANULE>""")
self.assertEqual(etree.tostring(xml), etree.tostring(should_be))
def test_preprocess_xml(self, content):
xml = etree.fromstring("""
<CFRGRANULE>
<PART>
<APPENDIX>
<TAG>Other Text</TAG>
<GPH DEEP="453" SPAN="2">
<GID>ABCD.0123</GID>
</GPH>
</APPENDIX>
</PART>
</CFRGRANULE>""")
content.Macros.return_value = [
("//GID[./text()='ABCD.0123']/..", """
<HD SOURCE="HD1">Some Title</HD>
<GPH DEEP="453" SPAN="2">
<GID>EFGH.0123</GID>
</GPH>""")]
reg_text.preprocess_xml(xml)
should_be = etree.fromstring("""
<CFRGRANULE>
<PART>
<APPENDIX>
<TAG>Other Text</TAG>
<HD SOURCE="HD1">Some Title</HD>
<GPH DEEP="453" SPAN="2">
<GID>EFGH.0123</GID>
</GPH></APPENDIX>
</PART>
</CFRGRANULE>""")
self.assertEqual(etree.tostring(xml), etree.tostring(should_be))
def test_preprocess_xml(self, content):
with XMLBuilder("CFRGRANULE") as ctx:
with ctx.PART():
with ctx.APPENDIX():
ctx.TAG("Other Text")
with ctx.GPH(DEEP=453, SPAN=2):
ctx.GID("ABCD.0123")
content.Macros.return_value = [
("//GID[./text()='ABCD.0123']/..",
"""<HD SOURCE="HD1">Some Title</HD><GPH DEEP="453" SPAN="2">"""
"""<GID>EFGH.0123</GID></GPH>""")]
reg_text.preprocess_xml(ctx.xml)
with XMLBuilder("CFRGRANULE") as ctx2:
with ctx2.PART():
with ctx2.APPENDIX():
ctx2.TAG("Other Text")
ctx2.HD("Some Title", SOURCE="HD1")
with ctx2.GPH(DEEP=453, SPAN=2):
ctx2.GID("EFGH.0123")
self.assertEqual(ctx.xml_str, ctx2.xml_str)
def test_preprocess_xml(self, content):
with XMLBuilder("CFRGRANULE") as ctx:
with ctx.PART():
with ctx.APPENDIX():
ctx.TAG("Other Text")
with ctx.GPH(DEEP=453, SPAN=2):
ctx.GID("ABCD.0123")
content.Macros.return_value = [
("//GID[./text()='ABCD.0123']/..",
"""<HD SOURCE="HD1">Some Title</HD><GPH DEEP="453" SPAN="2">"""
"""<GID>EFGH.0123</GID></GPH>""")]
reg_text.preprocess_xml(ctx.xml)
with XMLBuilder("CFRGRANULE") as ctx2:
with ctx2.PART():
with ctx2.APPENDIX():
ctx2.TAG("Other Text")
ctx2.HD("Some Title", SOURCE="HD1")
with ctx2.GPH(DEEP=453, SPAN=2):
ctx2.GID("EFGH.0123")
self.assertEqual(ctx.xml_str, ctx2.xml_str)
def test_preprocess_xml(self, content):
with self.tree.builder("CFRGRANULE") as root:
with root.PART() as part:
with part.APPENDIX() as appendix:
appendix.TAG("Other Text")
with appendix.GPH(DEEP=453, SPAN=2) as gph:
gph.GID("ABCD.0123")
content.Macros.return_value = [
("//GID[./text()='ABCD.0123']/..",
"""<HD SOURCE="HD1">Some Title</HD><GPH DEEP="453" SPAN="2">"""
"""<GID>EFGH.0123</GID></GPH>""")]
orig_xml = self.tree.render_xml()
reg_text.preprocess_xml(orig_xml)
self.setUp()
with self.tree.builder("CFRGRANULE") as root:
with root.PART() as part:
with part.APPENDIX() as appendix:
appendix.TAG("Other Text")
appendix.HD("Some Title", SOURCE="HD1")
with appendix.GPH(DEEP=453, SPAN=2) as gph:
gph.GID("EFGH.0123")
self.assertEqual(etree.tostring(orig_xml), self.tree.render_string())