def encode(ms, encoding='unicode', pretty_print=False):
e = etree.Element('mrs-list')
for m in ms:
e.append(encode_mrs(m))
if pretty_print:
import re
pprint_re = re.compile(r'(<mrs[^-]|</mrs>|</mrs-list>'
r'|<ep\s|<fvpair>|<extrapair>|<hcons\s)',
re.IGNORECASE)
string = etree_tostring(e, encoding=encoding)
return pprint_re.sub(r'\n\1', string)
return etree_tostring(e, encoding=encoding)
def serialize(ms, strict=False, encoding='unicode', pretty_print=False):
e = etree.Element('dmrs-list')
for m in ms:
e.append(_encode_dmrs(m, strict=strict))
# for now, pretty_print=True is the same as pretty_print='LKB'
if pretty_print in ('LKB', 'lkb', 'Lkb', True):
lkb_pprint_re = re.compile(r'(<dmrs[^>]+>|</node>|</link>|</dmrs>)')
string = str(etree_tostring(e, encoding=encoding))
return lkb_pprint_re.sub(r'\1\n', string)
# pretty_print is only lxml. Look into tostringlist, maybe?
# return etree.tostring(e, pretty_print=pretty_print, encoding='unicode')
return etree_tostring(e, encoding=encoding)
def serialize(ms, strict=False, encoding='unicode', pretty_print=False):
e = etree.Element('dmrs-list')
for m in ms:
e.append(_encode_dmrs(m, strict=strict))
# for now, pretty_print=True is the same as pretty_print='LKB'
if pretty_print in ('LKB', 'lkb', 'Lkb', True):
lkb_pprint_re = re.compile(r'(<dmrs[^>]+>|</node>|</link>|</dmrs>)')
string = str(etree_tostring(e, encoding=encoding))
return lkb_pprint_re.sub(r'\1\n', string)
# pretty_print is only lxml. Look into tostringlist, maybe?
# return etree.tostring(e, pretty_print=pretty_print, encoding='unicode')
return etree_tostring(e, encoding=encoding)
def test_etree_tostring():
import xml.etree.ElementTree as etree
e = etree.Element('a')
e.text = 'a'
assert etree_tostring(e, encoding='unicode') == u'<a>a</a>'
e.text = u'あ'
assert etree_tostring(e, encoding='unicode') == u'<a>あ</a>'
e.text = 'あ'
assert etree_tostring(e, encoding='unicode') == u'<a>あ</a>'
b = etree.SubElement(e, 'b')
b.text = 'あ'
assert etree_tostring(e, encoding='unicode') == u'<a>あ<b>あ</b></a>'
