def create_table_from_map(script_to_cmap):
"""Create a table from a map from script to cmaps. Outputs
the script code, script name, count of code points, the
codepoint ranges in hex separated by space, the count of
excluded/fallback code points, and their ranges separated by
space. script_to_cmap can have values either of cmap or of
a tuple of cmap, xcmap; in the first case xcmap is assumed
None. xcmaps that are None are marked as having an xcount of -1.
This makes it possible to distinguish an empty xcmap from one
that doesn't exist."""
table_header = 'script,name,count,ranges,xcount,xranges'.split(',')
RowData = collections.namedtuple('RowData', table_header)
table_rows = []
for script in sorted(script_to_cmap):
cmap = script_to_cmap.get(script)
xcmap = None
if type(cmap) == tuple:
xcmap = cmap[1]
cmap = cmap[0]
name = noto_fonts.script_name_for_report(script)
count = len(cmap)
cp_ranges = tool_utils.write_int_ranges(cmap)
if xcmap == None:
xcount = -1
xcp_ranges = ''
else:
xcount = len(xcmap)
xcp_ranges = tool_utils.write_int_ranges(xcmap)
table_rows.append(
RowData(script, name, str(count), cp_ranges, str(xcount),
xcp_ranges))
return TableData(table_header, table_rows)
def create_table_from_map(script_to_cmap):
"""Create a table from a map from script to cmaps. Outputs
the script code, script name, count of code points, the
codepoint ranges in hex separated by space, the count of
excluded/fallback code points, and their ranges separated by
space. script_to_cmap can have values either of cmap or of
a tuple of cmap, xcmap; in the first case xcmap is assumed
None. xcmaps that are None are marked as having an xcount of -1.
This makes it possible to distinguish an empty xcmap from one
that doesn't exist."""
table_header = 'script,name,count,ranges,xcount,xranges'.split(',')
RowData = collections.namedtuple('RowData', table_header)
table_rows = []
for script in sorted(script_to_cmap):
cmap = script_to_cmap.get(script)
xcmap = None
if type(cmap) == tuple:
xcmap = cmap[1]
cmap = cmap[0]
name = noto_fonts.script_name_for_report(script)
count = len(cmap)
cp_ranges = tool_utils.write_int_ranges(cmap)
if xcmap == None:
xcount = -1
xcp_ranges = ''
else:
xcount = len(xcmap)
xcp_ranges = tool_utils.write_int_ranges(xcmap)
table_rows.append(
RowData(script, name, str(count), cp_ranges, str(xcount),
xcp_ranges))
return TableData(table_header, table_rows)
def _write_script_to_punct(script_to_punct):
print 'SCRIPT_TO_PUNCT = {'
for script in sorted(script_to_punct):
chars = script_to_punct[script]
int_chars = [ord(cp) for cp in chars]
print ' # %s' % ('|'.join(sorted(chars)))
print " '%s': '%s'," % (script, tool_utils.write_int_ranges(int_chars))
print '}'
def _write_script_to_punct(script_to_punct):
print("SCRIPT_TO_PUNCT = {")
for script in sorted(script_to_punct):
chars = script_to_punct[script]
int_chars = [ord(cp) for cp in chars]
print(" # %s" % ("|".join(sorted(chars))))
print(" '%s': '%s'," %
(script, tool_utils.write_int_ranges(int_chars)))
print("}")
def _create_cmapdata(name, cmap): """Create a CmapData object from the name and cmap.""" return CmapData(name, tool_utils.write_int_ranges(cmap))
def _create_cmapdata(name, cmap): """Create a CmapData object from the name and cmap.""" return CmapData(name, tool_utils.write_int_ranges(cmap))