def print_equiv(equiv):
# print('print_equiv', equiv, file=sys.stderr)
cp = equiv.code_point
char = unichr(cp)
print('<tr{}><td>{}</td>'.format(
' class="nextVersion"' if cp in unicode61_new_ranges else
' class="furtherFuture"' if cp in unicode62_new_ranges else '',
'compat' if len(equiv.compat.replace(' ', '')) > 1 else
'{:04X}'.format(ord(equiv.compat.lstrip()[0]))))
print('<td>{}</td>'.format(non_positional_name(char)))
if equiv.compat.replace(
' ', ''
) == char: # character is not a decomposable character, or is a standalone combining mark (decomposable to space + combining mark)
i = 0
for form in contextual_forms:
print('<td class="ch">{}</td><td></td>'.format(
contextual_form_formats[form].format(char)))
i += 1
if {
'T': 'isolat',
'U': 'isolat',
'C': 'isolat',
'R': 'final>',
'D': ''
}[joining_type(cp)] == form:
break
if i < 4:
print('<td colspan="{}"></td>'.format((4 - i) * 2))
print('</tr>')
else:
end_line()
def print_shaping(shaping, rowspan):
# print('print_shaping', shaping, file=sys.stderr)
cp = shaping.code_point
char = unichr(cp)
print('<tr{}>'.format(' class="nextVersion"' if cp in unicode61_new_ranges else ' class="furtherFuture"' if cp in unicode62_new_ranges else ''))
if rowspan: print('<td rowspan="{}">{}</td>'.format(rowspan, shaping.joining_group))
print('<td>{:04X}</td>'.format(cp))
print('<td>{}</td>'.format(shaping.short_name))
i = 0
for form in contextual_forms:
print('<td class="ch">{}</td>'.format(contextual_form_formats[form].format(char)))
i += 1
if { 'R':'final>', 'D':'' }[joining_type(cp)] == form:
break
if i < 4:
print('<td colspan="{}"></td>'.format(4 - i))
print('<td class="ch">{}</td>'.format('\u0640' * (4 - i) + char * (i - 1) + ' ' + char))
print('</tr>')
def print_equiv(equiv):
# print('print_equiv', equiv, file=sys.stderr)
cp = equiv.code_point
char = unichr(cp)
print('<tr{}><td>{}</td>'.format(' class="nextVersion"' if cp in unicode61_new_ranges else ' class="furtherFuture"' if cp in unicode62_new_ranges else '',
'compat' if len(equiv.compat.replace(' ', '')) > 1 else '{:04X}'.format(ord(equiv.compat.lstrip()[0]))))
print('<td>{}</td>'.format(non_positional_name(char)))
if equiv.compat.replace(' ', '') == char: # character is not a decomposable character, or is a standalone combining mark (decomposable to space + combining mark)
i = 0
for form in contextual_forms:
print('<td class="ch">{}</td><td></td>'.format(contextual_form_formats[form].format(char)))
i += 1
if { 'T':'isolat', 'U':'isolat', 'C':'isolat', 'R':'final>', 'D':'' }[joining_type(cp)] == form:
break
if i < 4:
print('<td colspan="{}"></td>'.format((4 - i) * 2))
print('</tr>')
else:
end_line()
def print_shaping(shaping, rowspan):
# print('print_shaping', shaping, file=sys.stderr)
cp = shaping.code_point
char = unichr(cp)
print('<tr{}>'.format(
' class="nextVersion"' if cp in unicode61_new_ranges else
' class="furtherFuture"' if cp in unicode62_new_ranges else ''))
if rowspan:
print('<td rowspan="{}">{}</td>'.format(rowspan,
shaping.joining_group))
print('<td>{:04X}</td>'.format(cp))
print('<td>{}</td>'.format(shaping.short_name))
i = 0
for form in contextual_forms:
print('<td class="ch">{}</td>'.format(
contextual_form_formats[form].format(char)))
i += 1
if {'R': 'final>', 'D': ''}[joining_type(cp)] == form:
break
if i < 4:
print('<td colspan="{}"></td>'.format(4 - i))
print('<td class="ch">{}</td>'.format('\u0640' * (4 - i) + char *
(i - 1) + ' ' + char))
print('</tr>')
