def get_xml(self):
li_text = [
('AAA', 0, 1),
('BBB', 1, 1),
('CCC', 2, 1),
('DDD', 2, 1),
('EEE', 1, 1),
('FFF', 2, 1),
('GGG', 2, 1),
('HHH', 1, 1),
('III', 2, 1),
('JJJ', 2, 1),
('KKK', 0, 1),
('LLL', 0, 2),
('MMM', 1, 2),
('NNN', 1, 2),
('OOO', 0, 2),
('PPP', 1, 2),
('QQQ', 1, 2),
('RRR', 2, 2),
('SSS', 0, 2),
('TTT', 1, 2),
('UUU', 1, 2),
]
lis = b''
for text, ilvl, numId in li_text:
lis += DXB.li(text=text, ilvl=ilvl, numId=numId)
xml = DXB.xml(lis)
return xml
def get_xml(self):
p_tags = [
DXB.p_tag(text='AAA', style='style0'),
DXB.p_tag(
[
DXB.r_tag(
[DXB.t_tag('BBB')],
# Don't do duplicates
rpr=DXB.rpr_tag({'b': None}),
),
],
style='style0',
),
DXB.p_tag(
[
DXB.r_tag(
[DXB.t_tag('CCC')],
# Overwrite the current style
rpr=DXB.rpr_tag({'b': 'false'}),
),
],
style='style0',
),
]
body = b''
for tag in p_tags:
body += tag
xml = DXB.xml(body)
return xml
def get_xml(self):
p_tags = [
DXB.p_tag(text='AAA', style='style0'),
DXB.p_tag(
[
DXB.r_tag(
[DXB.t_tag('BBB')],
# Don't do duplicates
rpr=DXB.rpr_tag({'b': None}),
),
],
style='style0',
),
DXB.p_tag(
[
DXB.r_tag(
[DXB.t_tag('CCC')],
# Overwrite the current style
rpr=DXB.rpr_tag({'b': 'false'}),
),
],
style='style0',
),
]
body = ''
for tag in p_tags:
body += tag
xml = DXB.xml(body)
return xml
def get_xml(self):
body = b''
body += DXB.li(text='AAA', ilvl=0, numId=0)
body += DXB.sdt_tag(p_tag=DXB.p_tag(text='BBB'))
body += DXB.li(text='CCC', ilvl=0, numId=0)
xml = DXB.xml(body)
return xml
def get_xml(self):
body = ''
body += DXB.li(text='AAA', ilvl=0, numId=0)
body += DXB.sdt_tag(p_tag=DXB.p_tag(text='BBB'))
body += DXB.li(text='CCC', ilvl=0, numId=0)
xml = DXB.xml(body)
return xml
def get_xml(self):
# Make sure it is over 1000 (which is the recursion limit)
paragraphs = [DXB.p_tag('%d' % i) for i in range(1000)]
cell = DXB.table_cell(paragraphs)
row = DXB.table_cell([cell])
table = DXB.table([row])
body = table
xml = DXB.xml(body)
return xml
def get_xml(self):
# Make sure it is over 1000 (which is the recursion limit)
paragraphs = [DXB.p_tag('%d' % i) for i in range(1000)]
cell = DXB.table_cell(paragraphs)
row = DXB.table_cell([cell])
table = DXB.table([row])
body = table
xml = DXB.xml(body)
return xml
def get_xml(self):
p_tag = DXB.p_tag(None) # No text
run_tags = [p_tag]
# The bug is only present in a hyperlink
run_tags = [DXB.hyperlink_tag(r_id='rId0', run_tags=run_tags)]
body = DXB.p_tag(run_tags)
xml = DXB.xml(body)
return xml
def get_xml(self):
p_tag = DXB.p_tag(None) # No text
run_tags = [p_tag]
# The bug is only present in a hyperlink
run_tags = [DXB.hyperlink_tag(r_id='rId0', run_tags=run_tags)]
body = DXB.p_tag(run_tags)
xml = DXB.xml(body)
return xml
def get_xml(self):
li_text = [
('AAA', 0, 1),
]
lis = ''
for text, ilvl, numId in li_text:
lis += DXB.li(text=text, ilvl=ilvl, numId=numId)
xml = DXB.xml(lis)
return xml
def get_xml(self):
delete_tags = DXB.delete_tag(['BBB'])
p_tag = DXB.p_tag([delete_tags])
body = DXB.li(text='AAA', ilvl=0, numId=0)
body += p_tag
body += DXB.li(text='CCC', ilvl=0, numId=0)
xml = DXB.xml(body)
return xml
def get_xml(self):
delete_tags = DXB.delete_tag(['BBB'])
p_tag = DXB.p_tag([delete_tags])
body = DXB.li(text='AAA', ilvl=0, numId=0)
body += p_tag
body += DXB.li(text='CCC', ilvl=0, numId=0)
xml = DXB.xml(body)
return xml
def get_xml(self):
paragraph = DXB.p_tag('AAA')
for _ in range(1000):
cell = DXB.table_cell(paragraph)
row = DXB.table_cell([cell])
table = DXB.table([row])
body = table
xml = DXB.xml(body)
return xml
def get_xml(self):
li = DXB.li(text='AAA', ilvl=0, numId=1)
p_tags = [
DXB.p_tag('BBB'),
]
body = li
for p_tag in p_tags:
body += p_tag
xml = DXB.xml(body)
return xml
def get_xml(self):
paragraph = DXB.p_tag('AAA')
for _ in range(1000):
cell = DXB.table_cell(paragraph)
row = DXB.table_cell([cell])
table = DXB.table([row])
body = table
xml = DXB.xml(body)
return xml
def get_xml(self):
li_text = [
('AAA', 0, 1),
]
lis = b''
for text, ilvl, numId in li_text:
lis += DXB.li(text=text, ilvl=ilvl, numId=numId)
xml = DXB.xml(lis)
return xml
def get_xml(self):
r_tag = DXB.r_tag([DXB.t_tag(letter) for letter in 'ABC'], )
p_tag = DXB.p_tag(
[r_tag],
jc='start',
)
body = p_tag
xml = DXB.xml(body)
return xml
def get_xml(self):
li = DXB.li(text='AAA', ilvl=0, numId=1)
p_tags = [
DXB.p_tag('BBB'),
]
body = li
for p_tag in p_tags:
body += p_tag
xml = DXB.xml(body)
return xml
def get_xml(self):
tags = [
DXB.p_tag([
DXB.r_tag([DXB.t_tag(None)], ),
], ),
]
body = b''
for tag in tags:
body += tag
return DXB.xml(body)
def get_xml(self):
li_text = [
('AAA', 0, 1),
('BBB', None, 1), # Because why not.
('CCC', 0, 1),
]
lis = b''
for text, ilvl, numId in li_text:
lis += DXB.li(text=text, ilvl=ilvl, numId=numId)
body = lis
xml = DXB.xml(body)
return xml
def get_xml(self):
drawing = DXB.drawing(height=None, width=None, r_id='rId0')
pict = DXB.pict(height=None, width=None, r_id='rId1')
tags = [
drawing,
pict,
]
body = b''
for el in tags:
body += el
return DXB.xml(body)
def get_xml(self):
r_tag = DXB.r_tag(
[DXB.t_tag(letter) for letter in 'ABC'],
)
p_tag = DXB.p_tag(
[r_tag],
jc='start',
)
body = p_tag
xml = DXB.xml(body)
return xml
def get_xml(self):
drawing = DXB.drawing(height=None, width=None, r_id='rId0')
pict = DXB.pict(height=None, width=None, r_id='rId1')
tags = [
drawing,
pict,
]
body = b''
for el in tags:
body += el
return DXB.xml(body)
def get_xml(self):
tags = [
DXB.li(text='AAA', ilvl=1, numId=1),
DXB.li(text='BBB', ilvl=3, numId=1),
DXB.li(text='CCC', ilvl=2, numId=1),
]
body = ''
for el in tags:
body += el
xml = DXB.xml(body)
return xml
def get_xml(self):
tags = [
DXB.li(text='AAA', ilvl=1, numId=1),
DXB.li(text='BBB', ilvl=3, numId=1),
DXB.li(text='CCC', ilvl=2, numId=1),
]
body = b''
for el in tags:
body += el
xml = DXB.xml(body)
return xml
def get_xml(self):
li_text = [
('AAA', 0, 1),
('BBB', None, 1), # Because why not.
('CCC', 0, 1),
]
lis = ''
for text, ilvl, numId in li_text:
lis += DXB.li(text=text, ilvl=ilvl, numId=numId)
body = lis
xml = DXB.xml(body)
return xml
def get_xml(self):
tags = [
DXB.p_tag([
DXB.r_tag([DXB.t_tag(r'􀀟')], ),
], ),
]
body = b''
for tag in tags:
body += tag
xml = DXB.xml(body)
return xml
def get_xml(self):
drawing = DXB.drawing(height=20, width=40, r_id='rId0')
pict = DXB.pict(height=21, width=41, r_id='rId1')
tags = [
drawing,
pict,
]
body = b''
for el in tags:
body += el
xml = DXB.xml(body)
return xml
def get_xml(self):
raise SkipTest(
'Since we are not using PIL, we do not need this test yet.', )
drawing = DXB.drawing('rId0')
tags = [
drawing,
]
body = b''
for el in tags:
body += el
xml = DXB.xml(body)
return xml
def get_xml(self):
drawing = DXB.drawing(height=20, width=40, r_id='rId0')
pict = DXB.pict(height=21, width=41, r_id='rId1')
tags = [
drawing,
pict,
]
body = ''
for el in tags:
body += el
xml = DXB.xml(body)
return xml
def get_xml(self):
li_text = [
('AAA', 0, 1),
('BBB', 1, 1),
('CCC', 0, 1),
('DDD', 1, 1),
('EEE', 2, 1),
]
lis = b''
for text, ilvl, numId in li_text:
lis += DXB.li(text=text, ilvl=ilvl, numId=numId)
xml = DXB.xml(lis)
return xml
def get_xml(self):
raise SkipTest(
'Since we are not using PIL, we do not need this test yet.',
)
drawing = DXB.drawing('rId0')
tags = [
drawing,
]
body = ''
for el in tags:
body += el
xml = DXB.xml(body)
return xml
def get_xml(self):
tags = [
DXB.p_tag(
[
DXB.r_tag(
[DXB.t_tag(None)],
),
],
),
]
body = b''
for tag in tags:
body += tag
return DXB.xml(body)
def get_xml(self):
li_text = [
('AAA', 0, 2),
# Because AAA and CCC are part of the same list (same list id)
# and BBB is different, these need to be split into three
# lists (or lose everything from BBB and after.
('BBB', 0, 1),
('CCC', 0, 2),
]
lis = b''
for text, ilvl, numId in li_text:
lis += DXB.li(text=text, ilvl=ilvl, numId=numId)
xml = DXB.xml(lis)
return xml
def get_xml(self):
li_text = [
('AAA', 0, 2),
# Because AAA and CCC are part of the same list (same list id)
# and BBB is different, these need to be split into three
# lists (or lose everything from BBB and after.
('BBB', 0, 1),
('CCC', 0, 2),
]
lis = ''
for text, ilvl, numId in li_text:
lis += DXB.li(text=text, ilvl=ilvl, numId=numId)
xml = DXB.xml(lis)
return xml
def get_xml(self):
li_text = [
('AAA', 0, 1),
('BBB', 1, 1),
('CCC', 0, 2),
('DDD', 1, 2),
('EEE', 0, 3),
('FFF', 1, 3),
('GGG', 2, 3),
]
body = b''
for text, ilvl, numId in li_text:
body += DXB.li(text=text, ilvl=ilvl, numId=numId)
xml = DXB.xml(body)
return xml
def get_xml(self):
tags = [
DXB.p_tag(
[
DXB.r_tag(
[DXB.t_tag(None)],
),
],
),
]
body = ''
for tag in tags:
body += tag
xml = DXB.xml(body)
return xml.encode('utf-8')
def get_xml(self):
tags = [
DXB.p_tag(
[
DXB.r_tag(
[DXB.t_tag(r'􀀟')],
),
],
),
]
body = b''
for tag in tags:
body += tag
xml = DXB.xml(body)
return xml
def get_xml(self):
li_text = [
('AAA', 0, 1),
('BBB', 1, 1),
('CCC', 0, 2),
('DDD', 1, 2),
('EEE', 0, 3),
('FFF', 1, 3),
('GGG', 2, 3),
]
body = ''
for text, ilvl, numId in li_text:
body += DXB.li(text=text, ilvl=ilvl, numId=numId)
xml = DXB.xml(body)
return xml
def _build_data(
self,
path,
document_xml=None,
rels_dict=None,
numbering_dict=None,
styles_dict=None,
*args, **kwargs):
self._test_rels_dict = rels_dict
if rels_dict:
for value in rels_dict.values():
self._image_data['word/%s' % value] = 'word/%s' % value
self.numbering_root = None
if numbering_dict is not None:
self.numbering_root = parse_xml_from_string(
DXB.numbering(numbering_dict),
)
self.numbering_dict = numbering_dict
# Intentionally not calling super
if document_xml is not None:
self.root = parse_xml_from_string(document_xml)
self.zip_path = ''
# This is the standard page width for a word document, Also the page
# width that we are looking for in the test.
self.page_width = 612
self.styles_dict = styles_dict
def get_xml(self):
run_tags = [DXB.r_tag([DXB.t_tag(i)]) for i in 'insert ']
insert_tag = DXB.insert_tag(run_tags)
run_tags = [DXB.r_tag([DXB.t_tag(i)]) for i in 'smarttag']
smart_tag = DXB.smart_tag(run_tags)
run_tags = [insert_tag, smart_tag]
body = DXB.p_tag(run_tags)
xml = DXB.xml(body)
return xml
def get_xml(self):
run_tags = [DXB.r_tag([DXB.t_tag(i)]) for i in 'insert ']
insert_tag = DXB.insert_tag(run_tags)
run_tags = [DXB.r_tag([DXB.t_tag(i)]) for i in 'smarttag']
smart_tag = DXB.smart_tag(run_tags)
run_tags = [insert_tag, smart_tag]
body = DXB.p_tag(run_tags)
xml = DXB.xml(body)
return xml
def get_xml(self):
run_tags = [DXB.r_tag([DXB.t_tag(i)]) for i in 'link']
run_tags = [DXB.hyperlink_tag(r_id='rId0', run_tags=run_tags)]
run_tags.append(DXB.r_tag([DXB.t_tag('.')]))
body = DXB.p_tag(run_tags)
xml = DXB.xml(body)
return xml
def get_xml(self):
run_tags = [DXB.r_tag([DXB.t_tag(i)]) for i in 'link']
run_tags = [DXB.hyperlink_tag(r_id='rId0', run_tags=run_tags)]
run_tags.append(DXB.r_tag([DXB.t_tag('.')]))
body = DXB.p_tag(run_tags)
xml = DXB.xml(body)
return xml
def get_xml(self):
run_tags = []
run_tags.append(DXB.r_tag([DXB.t_tag('link')]))
run_tags.append(DXB.r_tag([DXB.linebreak()]))
run_tags = [DXB.hyperlink_tag(r_id='rId0', run_tags=run_tags)]
body = DXB.p_tag(run_tags)
xml = DXB.xml(body)
return xml
def get_xml(self):
run_tags = []
run_tags.append(DXB.r_tag([DXB.t_tag('link')]))
run_tags.append(DXB.r_tag([DXB.linebreak()]))
run_tags = [DXB.hyperlink_tag(r_id='rId0', run_tags=run_tags)]
body = DXB.p_tag(run_tags)
xml = DXB.xml(body)
return xml
def get_xml(self):
run_tags = [DXB.r_tag([DXB.t_tag(i)]) for i in 'BBB']
smart_tag = DXB.smart_tag(run_tags)
p_tag = DXB.p_tag([smart_tag])
body = DXB.li(text='AAA', ilvl=0, numId=0)
body += p_tag
body += DXB.li(text='CCC', ilvl=0, numId=0)
xml = DXB.xml(body)
return xml
def get_xml(self):
run_tags = [DXB.r_tag([DXB.t_tag(i)]) for i in 'BBB']
smart_tag = DXB.smart_tag(run_tags)
p_tag = DXB.p_tag([smart_tag])
body = DXB.li(text='AAA', ilvl=0, numId=0)
body += p_tag
body += DXB.li(text='CCC', ilvl=0, numId=0)
xml = DXB.xml(body)
return xml
def get_xml(self):
p_tags = [
DXB.p_tag(text='AAA', style='style0'),
DXB.p_tag(text='BBB', style='style1'),
DXB.p_tag(text='CCC', style='style2'),
DXB.p_tag(text='DDD', style='style3'),
DXB.p_tag(text='EEE', style='style4'),
DXB.p_tag(text='GGG', style='style5'),
DXB.p_tag(text='HHH', style='garbage'),
]
body = ''
for tag in p_tags:
body += tag
xml = DXB.xml(body)
return xml
def get_xml(self):
p_tags = [
DXB.p_tag(text='AAA', style='style0'),
DXB.p_tag(text='BBB', style='style1'),
DXB.p_tag(text='CCC', style='style2'),
DXB.p_tag(text='DDD', style='style3'),
DXB.p_tag(text='EEE', style='style4'),
DXB.p_tag(text='GGG', style='style5'),
DXB.p_tag(text='HHH', style='garbage'),
]
body = b''
for tag in p_tags:
body += tag
xml = DXB.xml(body)
return xml
def _load(self):
self.document = WordprocessingDocument(path=None)
package = self.document.package
document_part = package.create_part(
uri='/word/document.xml',
)
if self.relationships:
for relationship in self.relationships:
target_mode = 'Internal'
if relationship['external']:
target_mode = 'External'
target_uri = relationship['target_path']
if 'data' in relationship:
full_target_uri = posixpath.join(
package.uri,
'word',
target_uri,
)
package.streams[full_target_uri] = BytesIO(
relationship['data'],
)
package.create_part(uri=full_target_uri)
document_part.create_relationship(
target_uri=target_uri,
target_mode=target_mode,
relationship_type=relationship['relationship_type'],
relationship_id=relationship['relationship_id'],
)
package.streams[document_part.uri] = BytesIO(self.document_xml)
package.create_relationship(
target_uri=document_part.uri,
target_mode='Internal',
relationship_type=MainDocumentPart.relationship_type,
)
self.numbering_root = None
if self.numbering_dict is not None:
self.numbering_root = parse_xml_from_string(
DXB.numbering(self.numbering_dict),
)
# This is the standard page width for a word document (in points), Also
# the page width that we are looking for in the test.
self.page_width = 612
self.parse_begin(self.document.main_document_part.root_element)
def get_xml(self):
li_text = [
('BBB', 0, 1),
]
lis = b''
for text, ilvl, numId in li_text:
lis += DXB.li(text=text, ilvl=ilvl, numId=numId)
cell1 = DXB.table_cell(lis)
rows = DXB.table_row([cell1])
table = DXB.table([rows])
lis = b''
lis += DXB.li(text='AAA', ilvl=0, numId=1)
lis += table
lis += DXB.li(text='CCC', ilvl=0, numId=1)
body = lis
xml = DXB.xml(body)
return xml
def get_xml(self):
li_text = [
('BBB', 0, 1),
]
lis = ''
for text, ilvl, numId in li_text:
lis += DXB.li(text=text, ilvl=ilvl, numId=numId)
cell1 = DXB.table_cell(lis)
rows = DXB.table_row([cell1])
table = DXB.table([rows])
lis = ''
lis += DXB.li(text='AAA', ilvl=0, numId=1)
lis += table
lis += DXB.li(text='CCC', ilvl=0, numId=1)
body = lis
xml = DXB.xml(body)
return xml
def get_xml(self):
li_text = [
('AAA', 0, 1),
('BBB', 0, 1),
]
lis = ''
for text, ilvl, numId in li_text:
lis += DXB.li(text=text, ilvl=ilvl, numId=numId)
els = [
lis,
DXB.p_tag('CCC'),
DXB.p_tag('DDD'),
]
td = ''
for el in els:
td += el
cell1 = DXB.table_cell(td)
row = DXB.table_row([cell1])
table = DXB.table([row])
body = table
xml = DXB.xml(body)
return xml
def get_xml(self):
li_text = [
('AAA', 0, 1),
('BBB', 0, 1),
]
lis = b''
for text, ilvl, numId in li_text:
lis += DXB.li(text=text, ilvl=ilvl, numId=numId)
els = [
lis,
DXB.p_tag('CCC'),
DXB.p_tag('DDD'),
]
td = b''
for el in els:
td += el
cell1 = DXB.table_cell(td)
row = DXB.table_row([cell1])
table = DXB.table([row])
body = table
xml = DXB.xml(body)
return xml
def get_xml(self):
cell1 = DXB.table_cell(paragraph=DXB.p_tag('Blank'))
cell2 = DXB.table_cell(paragraph=DXB.p_tag('Row 1'))
cell3 = DXB.table_cell(paragraph=DXB.p_tag('Row 2'))
cell4 = DXB.table_cell(paragraph=DXB.p_tag('Column 1'))
cell5 = DXB.table_cell(paragraph=DXB.p_tag('First'))
cell6 = DXB.table_cell(paragraph=DXB.p_tag('Third'))
cell7 = DXB.table_cell(paragraph=DXB.p_tag('Column 2'))
cell8 = DXB.table_cell(paragraph=DXB.p_tag('Second'))
cell9 = DXB.table_cell(paragraph=DXB.p_tag('Fourth'))
rows = [
DXB.table_row([cell1, cell4, cell7]),
DXB.table_row([cell2, cell5, cell8]),
DXB.table_row([cell3, cell6, cell9])
]
table = DXB.table(rows)
body = table
xml = DXB.xml(body)
return xml
def get_xml(self):
cell1 = DXB.table_cell(paragraph=DXB.p_tag('DDD'))
cell2 = DXB.table_cell(paragraph=DXB.p_tag('FFF'))
cell3 = DXB.table_cell(paragraph=DXB.p_tag('EEE'))
cell4 = DXB.table_cell(paragraph=DXB.p_tag('GGG'))
rows = [DXB.table_row([cell1, cell3]), DXB.table_row([cell2, cell4])]
table = DXB.table(rows)
tags = [
DXB.li(text='AAA', ilvl=0, numId=1),
DXB.p_tag('BBB'),
DXB.li(text='CCC', ilvl=0, numId=1),
table,
DXB.li(text='HHH', ilvl=0, numId=1),
]
body = b''
for el in tags:
body += el
xml = DXB.xml(body)
return xml
def get_xml(self):
cell = DXB.table_cell(paragraph=DXB.p_tag('BBB'))
row = DXB.table_row([cell])
table1 = DXB.table([row])
cell = DXB.table_cell(paragraph=DXB.p_tag('CCC'))
row = DXB.table_row([cell])
table2 = DXB.table([row])
tags = [
DXB.li(text='AAA', ilvl=0, numId=1),
table1,
table2,
DXB.li(text='DDD', ilvl=0, numId=1),
]
body = b''
for el in tags:
body += el
xml = DXB.xml(body)
return xml
