def ttFont(font):
from fontTools.ttLib import TTFont
return TTFont(font)
from fontTools.ttLib import TTFont
font = TTFont(r'iconfont_9eb9a50.woff')
font.saveXML('font.xml')
def check_ttx_dump(self, font, expected_ttx, tables, suffix):
"""Ensure the TTX dump is the same after saving and reloading the font."""
path = self.temp_path(suffix=suffix)
font.save(path)
self.expect_ttx(TTFont(path), expected_ttx, tables)
def proc_font(soup, selector):
titles = soup.select(selector)
wotfs = soup.select('head > style')
wotflist = str(wotfs[0]).split('\n')
maoyanwotf = wotflist[5].replace(' ', '').replace('url(\'//', '').replace(
'format(\'woff\');', '').replace('\')', '')
r = requests.get('http://' + maoyanwotf)
with open("demo.woff", "wb") as code:
code.write(r.content)
font = TTFont("demo.woff")
font.saveXML('to.xml')
# 加载字体模板
num = [8, 6, 2, 1, 4, 3, 0, 9, 5, 7]
data = []
new_font = []
xmlfilepath_temp = os.path.abspath("temp.xml")
domobj_temp = xmldom.parse(xmlfilepath_temp)
elementobj_temp = domobj_temp.documentElement
subElementObj = elementobj_temp.getElementsByTagName("TTGlyph")
for i in range(len(subElementObj)):
rereobj = re.compile(r"name=\"(.*)\"")
find_list = rereobj.findall(str(subElementObj[i].toprettyxml()))
data.append(
str(subElementObj[i].toprettyxml()).replace(find_list[0],
'').replace("\n", ''))
# 根据字体模板解码本次请求下载的字体
xmlfilepath_find = os.path.abspath("to.xml")
domobj_find = xmldom.parse(xmlfilepath_find)
elementobj_find = domobj_find.documentElement
tunicode = elementobj_find.getElementsByTagName("TTGlyph")
for i in range(len(tunicode)):
th = tunicode[i].toprettyxml()
report = re.compile(r"name=\"(.*)\"")
find_this = report.findall(th)
get_code = th.replace(find_this[0], '').replace("\n", '')
for j in range(len(data)):
if operator.eq(get_code, data[j]):
new_font.append(num[j])
font = TTFont("demo.woff")
font_list = font.getGlyphNames()
font_list.remove('glyph00000')
font_list.remove('x')
# 匹配
star_woff = re.findall(re.compile(r">(.*)<"), str(titles[0]))[0].split(';')
k = 0 # 用于记录小数点的位置，匹配的时候需要把小数点去掉
data = '' # 用于保存数字，因为原本函数只能一个字一个字输出，我将其变成字符串拼接起来了
for i in star_woff:
k = k + 1
getthis = i.upper()
for j in range(len(font_list)):
if operator.eq(getthis.replace(".", ""),
font_list[j].replace("uni", "")):
data = data + str(new_font[j])
if operator.eq(
k,
((re.findall(re.compile(r">(.*)<"), str(titles[0]))[0].find('.')) /
5)):
data = data + '.'
return data
# 获取字体坐标
# get font axis
def getAxis(font):
uni_list = font.getGlyphOrder()[2:]
font_axis = []
for uni in uni_list:
axis = []
for i in font['glyf'][uni].coordinates:
axis.append(i)
font_axis.append(axis)
return font_axis
# 获取对比字体文件
base_font = TTFont('font\\maoyan.woff')
uni_base_list = base_font.getGlyphOrder()[2:]
base_axis = getAxis(base_font)
base_font = None
# 使用该函数获取当前页面动态字体
# get current font by use this function
def getFont(response):
font_url = 'http:' + re.search(r"url\('(.*\.woff)'\)", response).group(1)
print('download:\t' + font_url)
font_file = requests.get(font_url).content
writeFont(font_file)
return parseFont()
async def fontTest(letter):
test = TTFont("./temp/Roboto-Medium.ttf")
for table in test["cmap"].tables:
if ord(letter) in table.cmap.keys():
return True
BIG_TEXT_SIDE_MARGIN = MARGIN * 2
BIG_TEXT_BOTTOM_MARGIN = MARGIN * 4.5
GRID_VIEW = False # Change this to "True" for a grid overlay
# Handel the "--output" flag
# For example: $ python3 documentation/image1.py --output documentation/image1.png
parser = argparse.ArgumentParser()
parser.add_argument("--output",
metavar="PNG",
help="where to write the PNG file")
args = parser.parse_args()
# Load the font with the parts of fonttools that are imported with the line:
# from fontTools.ttLib import TTFont
# Docs Link: https://fonttools.readthedocs.io/en/latest/ttLib/ttFont.html
ttFont = TTFont(FONT_PATH)
# Constants that are worked out dynamically
MY_URL = subprocess.check_output("git remote get-url origin",
shell=True).decode()
MY_HASH = subprocess.check_output("git rev-parse --short HEAD",
shell=True).decode()
FONT_NAME = ttFont["name"].getDebugName(4)
FONT_VERSION = "v%s" % floatToFixedToStr(ttFont["head"].fontRevision, 16)
# Draws a grid
def grid():
stroke(1, 0, 0, 0.75)
strokeWidth(2)
STEP_X, STEP_Y = 0, 0
import sys
from fontTools.ttLib import TTFont
filename = sys.argv[1]
ttFont = TTFont(filename)
modified = []
for glyphname in ttFont['glyf'].keys():
try:
asm = ttFont['TSI1'].glyphPrograms[glyphname]
if "OFFSET" in asm:
asm = "USEMYMETRICS[]\r" + '\r'.join(
[line for line in asm.split('\r') if 'OFFSET' in line])
ttFont['TSI1'].glyphPrograms[glyphname] = asm
modified.append(glyphname)
else:
print(f"Skip '{glyphname}'")
except:
print(f"No program for '{glyphname}'")
ttFont.save(filename.split('.ttf')[0] + "-alt.ttf")
print(f"These glyphs were modified by the script:\n{', '.join(modified)}")
#!/usr/bin/env python # -*- coding: utf-8 -*- from fontTools.ttLib import TTFont # font = TTFont(r'E:/201809291213-tyc-num.woff') font = TTFont(r'E:/201809291213-tyc-num.otf') print font.tables font['cmap'].tables[0].ttFont.getGlyphOrder() font['name'].names
from fontTools.ttLib.ttFont import newTable
from fontmake import __main__
from fontTools.ttLib import TTFont, newTable
import shutil, subprocess, glob
from pathlib import Path
print("[Rampart] Generating TTFs")
__main__.main((
"-g",
"sources/RampartOne.glyphs",
"-o",
"ttf",
))
for font in Path("master_ttf").glob("*.ttf"):
modifiedFont = TTFont(font)
print("[" + str(font).split("/")[1][:-4] + "] Adding stub DSIG")
modifiedFont["DSIG"] = newTable("DSIG") #need that stub dsig
modifiedFont["DSIG"].ulVersion = 1
modifiedFont["DSIG"].usFlag = 0
modifiedFont["DSIG"].usNumSigs = 0
modifiedFont["DSIG"].signatureRecords = []
print("[" + str(font).split("/")[1][:-4] + "] Making other changes")
modifiedFont["name"].addMultilingualName({'ja': 'ランパート One'},
modifiedFont,
nameID=1,
windows=True,
mac=False)
modifiedFont["name"].addMultilingualName({'ja': 'Regular'},
modifiedFont,
" (The file format will be PNG, regardless of the image file name supplied)"
)
sys.exit(0)
from fontTools.ttLib import TTFont
from reportlab.lib import colors
from reportlab.graphics.shapes import Path
path = sys.argv[1]
glyphName = sys.argv[2]
if (len(sys.argv) > 3):
imageFile = sys.argv[3]
else:
imageFile = "%s.png" % glyphName
font = TTFont(
path) # it would work just as well with fontTools.t1Lib.T1Font
gs = font.getGlyphSet()
pen = ReportLabPen(gs, Path(fillColor=colors.red, strokeWidth=5))
g = gs[glyphName]
g.draw(pen)
w, h = g.width, 1000
from reportlab.graphics import renderPM
from reportlab.graphics.shapes import Group, Drawing, scale
# Everything is wrapped in a group to allow transformations.
g = Group(pen.path)
g.translate(0, 200)
g.scale(0.3, 0.3)
d = Drawing(w, h)
import base64
import pytesseract
from PIL import Image, ImageDraw, ImageFont
base64_str = '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'
with open('font.woff', 'wb') as f:
bin_data = base64.decodebytes(base64_str.encode())
f.write(bin_data)
from fontTools.ttLib import TTFont
font = TTFont('font.woff')
# font.save('test.xml')
# print(font.keys())
text = '餼鑶麣麣'
im = Image.new("RGB", (300, 50), (255, 255, 255))
dr = ImageDraw.Draw(im)
font = ImageFont.truetype('font.woff', 18)
dr.text((10, 5), text, font=font, fill='#000000')
# im.show()
im.save('t.png')
image = Image.open('t.png')
text = pytesseract.image_to_string(image)
print(text)
def compileTTXToPath(ttxPath, ttPath):
font = TTFont()
font.importXML(ttxPath)
font.save(ttPath, reorderTables=False)
def superfamily_ttFonts(superfamily):
from fontTools.ttLib import TTFont
result = []
for family in superfamily:
result.append([TTFont(f) for f in family])
return result
def cli(fonts, support, autonyms, users, output, mode, include_historical,
include_constructed, strict_support, strict_iso, verbose, version):
"""
Pass in one or more fonts to check their languages support
"""
if version:
import sys
sys.exit("Fontlang version: %s" % __version__)
logging.getLogger().setLevel(logging.DEBUG if verbose else logging.WARNING)
if fonts == ():
print("Provide at least one path to a font or --help for more "
"information")
# A dict with each file and its results for done and weak, e.g.
# { 'filea.otf': { 'done': {..}, 'weak': {..} }, 'fileb.otf: .. }
results = {}
for font in fonts:
_font = TTFont(font, lazy=True)
cmap = _font["cmap"]
chars = [chr(c) for c in cmap.getBestCmap().keys()]
Lang = Languages(strict_iso)
langs = Lang.get_support_from_chars(chars, include_historical,
include_constructed)
done = {}
weak = {}
done_statuses = ["done", "strong"] # plus "status" not in dict
level = SUPPORTLEVELS[support]
# Sort the results for this font by db status
for script in langs:
if script not in done:
done[script] = {}
if script not in weak:
weak[script] = {}
if level not in langs[script]:
continue
for iso, l in langs[script][level].items():
if "todo_status" not in l or l["todo_status"] in done_statuses:
done[script][iso] = l
else:
weak[script][iso] = l
results[font] = {}
if strict_support:
if done:
results[font]["done"] = done
if weak:
results[font]["weak"] = weak
else:
merged = {}
if done:
merged = done
if weak:
if merged == {}:
merged = weak
else:
for script, data in weak.items():
if script in merged:
merged[script].update(weak[script])
else:
merged[script] = weak[script]
results[font]["done"] = merged
_font.close()
# Mode for comparison of several files
if mode == "individual":
for font in fonts:
title = "%s has %s support for:" % (os.path.basename(font),
level.lower())
print_to_cli(results[font], title, autonyms, users, script,
strict_iso)
data = results
elif mode == "union":
union = {}
for font in fonts:
res = results[font]
if "done" in res:
if "done" not in union:
union["done"] = {}
for iso, lang in res["done"].items():
if iso not in union["done"]:
union["done"][iso] = lang
if "weak" in res:
if "weak" not in union:
union["weak"] = {}
for iso, lang in res["weak"].items():
if iso not in union["weak"]:
union["weak"][iso] = lang
title = "Fonts %s together have %s support for:" % \
(", ".join([os.path.basename(f) for f in fonts]), level.lower())
print_to_cli(union, title, autonyms, users, script, strict_iso)
# Wrap in "single file" 'union' top level, which will be removed when
# writing the data
data = {"union": union}
elif mode == "intersection":
print("intersection")
intersection = results[fonts[0]]
for font in fonts[1:]:
res = results[font]
intersection = prune_intersect(intersection, res, "done")
intersection = prune_intersect(intersection, res, "weak")
title = "Fonts %s all have common %s support for:" % \
(", ".join([os.path.basename(f) for f in fonts]), level.lower())
print_to_cli(intersection, title, autonyms, users, script, strict_iso)
# Wrap in "single file" 'intersection' top level, which will be removed
# when writing the data
data = {"intersection": intersection}
if output:
write_yaml(output, data)
def test_decompile_toXML_lazy(self):
mvar = newTable('MVAR')
font = TTFont(lazy=True)
mvar.decompile(MVAR_DATA, font)
self.assertEqual(getXML(mvar.toXML), MVAR_XML)
def getXml(item):
font = TTFont(item)
font.saveXML('50819d54.xml')
async def fontTest(letter):
test = TTFont("resources/Roboto-Medium.ttf")
for table in test['cmap'].tables:
if ord(letter) in table.cmap.keys():
return True
def test_setupTable_gasp(self):
compiler = OutlineTTFCompiler(self.ufo)
compiler.otf = TTFont()
compiler.setupTable_gasp()
self.assertTrue('gasp' in compiler.otf)
self.assertEqual(compiler.otf['gasp'].gaspRange, {7: 10, 65535: 15})
#! /usr/bin/env python
from __future__ import print_function, division, absolute_import
from fontTools.misc.py23 import *
from fontTools.ttLib import TTFont
import sys
if len(sys.argv) < 2:
print("usage: subset-fpgm.py fontfile.ttf func-number...")
sys.exit(1)
fontfile = sys.argv[1]
func_nums = [int(x) for x in sys.argv[2:]]
font = TTFont(fontfile)
fpgm = font['fpgm']
# Parse fpgm
asm = fpgm.program.getAssembly()
funcs = {}
stack = []
tokens = iter(asm)
for token in tokens:
if token.startswith("PUSH") or token.startswith("NPUSH"):
for token in tokens:
try:
num = int(token)
stack.append(num)
except ValueError:
break
if token.startswith("FDEF"):
num = stack.pop()
# -*- coding: utf-8 -*-
# @Time : 2019/7/24 12:03
import re
import json
import time
import os
import requests
from lxml import etree
from fontTools.ttLib import TTFont
# 从本地读取字体文件
ttfond = TTFont("./SDK/iconfont_9eb9a50.woff")
def get_cmap_dict():
"""
:return: 关系映射表
"""
# 从本地读取关系映射表【从网站下载的woff字体文件】
best_cmap = ttfond["cmap"].getBestCmap()
# 循环关系映射表将数字替换成16进制
best_cmap_dict = {}
for key, value in best_cmap.items():
best_cmap_dict[hex(key)] = value
return best_cmap_dict # 'num_1', '0xe604': 'num_2', '0xe605': 'num_3'
def get_num_cmap():
"""
:return: 返回num和真正的数字映射关系
"""
num_map = {
def update_attribs(font, **kwargs):
for table in font.keys():
for k in kwargs:
if hasattr(font[table], k):
print(f"Setting {k} to {kwargs[k]}")
setattr(font[table], k, kwargs[k])
def update_names(font, **kwargs):
nametable = font["name"]
for k in kwargs:
print(f"Setting {k} to {kwargs[k]}")
nametable.setName(kwargs[k], *tuple(map(int, k.split(","))))
for name_id in range(256, 308):
font['name'].removeNames(name_id)
vf = TTFont(sys.argv[1])
out_dir = mkdir(sys.argv[2])
for inst in instances:
print(f"Making {inst['filename']}")
instance = instantiateVariableFont(vf, inst["axes"])
update_attribs(instance, **inst["attribs"])
update_names(instance, **inst["names"])
del instance['STAT']
out_path = os.path.join(sys.argv[2], inst["filename"])
instance.save(out_path)
os.path.relpath(
x, start=(os.path.dirname(opts.output) if opts.output else '.'))
for x in opts.infonts
]
fonts = []
tts = []
for i in range(len(opts.infonts)):
while len(opts.engine) <= i:
opts.engine.append(opts.engine[-1])
while len(opts.script) <= i:
opts.script.append(opts.script[-1])
fonts.append(
make_shaper(opts.engine[i], opts.infonts[i], 0, opts.rtl, feats,
opts.script[i], opts.lang))
tts.append(TTFont(opts.infonts[i].encode('utf_8')))
reader = texttypes[opts.texttype](opts.text, spliton)
count = 0
errors = 0
log = None
for label, words, lang, feats in reader:
if words[0] is None: continue
count += 1
wcount = 0
for s in words:
wcount += 1
if opts.verbose:
sys.stdout.write("{}\r".format(wcount))
sys.stdout.flush()
gls = [[
#!/usr/bin/env python
from fontTools.ttLib import TTFont
from fontTools.unicode import Unicode
from fontTools.ttLib.tables._c_m_a_p import CmapSubtable
font = TTFont("blizzard_global.ttf")
cmap = font['cmap']
glyf = font["glyf"]
t = cmap.getcmap(3, 1).cmap
s = font.getGlyphSet()
units_per_em = font['head'].unitsPerEm
def generate(text):
spaces = {
1: " ",
2: " ",
71: " ",
128: " ",
142: " ",
171: " ",
223: "",
256: " ",
284: " ",
426: " ",
461: "ㅤ",
512: " ",
}
def opentype(infont, outdir, type, feature, version):
font = fontforge.open(infont)
if args.type == 'otf':
outfont = infont.replace(".sfd", ".otf")
flags = ("opentype", "round", "omit-instructions", "dummy-dsig")
else:
outfont = infont.replace(".sfd", ".ttf")
flags = ("opentype", "round", "omit-instructions", "dummy-dsig")
outfont = os.path.join(outdir, outfont)
print("Generating %s => %s" % (infont, outfont))
tmpfont = mkstemp(suffix=os.path.basename(outfont))[1]
# Remove all GSUB lookups
for lookup in font.gsub_lookups:
font.removeLookup(lookup)
# Remove all GPOS lookups
for lookup in font.gpos_lookups:
font.removeLookup(lookup)
# Merge the new featurefile
font.mergeFeature(feature)
font.version = version
font.appendSFNTName('English (US)', 'Version',
'Version ' + version + '.0+' + time.strftime('%Y%m%d'))
font.selection.all()
font.correctReferences()
font.simplify()
font.selection.none()
# fix some common font issues
validateGlyphs(font)
font.generate(tmpfont, flags=flags)
font.close()
# now open in fontTools
font = TTFont(tmpfont, recalcBBoxes=0)
# our 'name' table is a bit bulky, and of almost no use in for web fonts,
# so we strip all unnecessary entries.
name = font['name']
names = []
for record in name.names:
platID = record.platformID
langID = record.langID
nameID = record.nameID
# we keep only en_US entries in Windows and Mac platform id, every
# thing else is dropped
if (platID == 1 and langID == 0) or (platID == 3 and langID == 1033):
if nameID == 13:
# the full OFL text is too much, replace it with a simple
# string
if platID == 3:
# MS strings are UTF-16 encoded
text = 'OFL v1.1'.encode('utf_16_be')
else:
text = 'OFL v1.1'
record.string = text
names.append(record)
# keep every thing else except Descriptor, Sample Text
elif nameID not in (10, 19):
names.append(record)
name.names = names
font['OS/2'].version = 4
# https://www.microsoft.com/typography/otspec/os2.htm#fst
font['OS/2'].fsType = 0
if args.type == 'ttf':
fixGasp(font)
fixXAvgCharWidth(font)
# FFTM is FontForge specific, remove it
del (font['FFTM'])
# force compiling GPOS/GSUB tables by fontTools, saves few tens of KBs
# for tag in ('GPOS', 'GSUB'):
# font[tag].compile(font)
font.save(outfont)
font.close()
os.remove(tmpfont)
from itertools import chain
import sys
from fontTools.ttLib import TTFont
from fontTools.unicode import Unicode
font = TTFont(sys.argv[1])
for cmap in font['cmap'].tables:
if cmap.isUnicode():
if ord('的') in cmap.cmap:
print('Exist')
print('end')
from parsel import Selector
a = '𘞩𘞭𘞩𘞨𘞧𘞮'
from fontTools.ttLib import TTFont
font_type = "hLHpMjjJ"
font_url = "https://qidian.gtimg.com/qd_anti_spider/%s.woff" % font_type
woff = requests.get(font_url).content
with open('fonts.woff', 'wb') as f:
f.write(woff)
online_fonts = TTFont('fonts.woff')
online_fonts.saveXML("text.xml")
_dict = online_fonts.getBestCmap()
print("字典:", _dict)
_dic = {
"six": "6",
"three": "3",
"period": ".",
"eight": "8",
"zero": "0",
"five": "5",
"nine": "9",
ttf.close()
print("token: " + str(token))
print("Eq string: " + eqstr)
glyph2code = {}
code2sym = {}
code2sym[32] = ' '
print("analyzing ttf file: " + ttffile)
cmd = 'rm -rf ttx_out && mkdir ttx_out && ttx -t glyf -g -d ttx_out ' + ttffile
print("running system command: " + cmd)
os.system(cmd)
font = TTFont(ttffile)
#print(font['cmap'].tables)
codeTable = None
# get mapping from cmap_format_0, but all of them should be fine I guess
for table in font['cmap'].tables:
if (table.format == 0):
codeTable = table
print(table)
for code in table.cmap:
print("code: 0x{0:x} ({1}) - {2}".format(code, chr(code),
table.cmap[code]))
glyph2code[table.cmap[code]] = code
for glyph in font['glyf'].glyphs:
def direction_run(args: argparse.Namespace) -> None:
"""
Displays the direction of the outermost contour(s) of one
or more glyphs in a font. Results are expressed as either
"clockwise" or "counter-clockwise". The report includes
the x, y scaling factors for transfomed components of
composite glyphs. This scaling *may* reverse the path
direction that is reported for the decomposed outline.
"""
fontpath: str = args.fontpath
glyphname: str = args.glyphname
# --------------------
# CLI arg validations
# --------------------
validate_fontpath(fontpath)
tt = TTFont(fontpath)
skia_path: pathops.Path
if glyphname:
validate_glyph_in_font(glyphname, tt)
skia_path = ttfont_glyph_to_skia_path(glyphname, tt)
# transformed components can change path direction
# in the decomposed paths
# (e.g. 180 degree Y-axis rotation = mirroring)
# add base component glyph name and transform values
# to the report if this is present
glyph = tt["glyf"][glyphname]
components_with_transforms: Sequence[Tuple] = []
if glyph.isComposite():
components_with_transforms = _get_components_with_transforms(glyph)
print(
direction_result(
glyphname,
skia_path.clockwise,
len(list(skia_path.contours)),
components_with_transforms=components_with_transforms,
nocolor=args.nocolor,
))
else:
glyph_names = tt.getGlyphOrder()
for local_glyphname in glyph_names:
glyph = tt["glyf"][local_glyphname]
components_with_transforms = []
# transformed components can change path direction
# in the decomposed paths
# (e.g. 180 degree Y-axis rotation = mirroring)
# add base component glyph name and transform values
# to the report if this is present
if glyph.isComposite():
components_with_transforms = _get_components_with_transforms(
glyph)
skia_path = ttfont_glyph_to_skia_path(local_glyphname,
tt) # type: ignore
print(
direction_result(
str(local_glyphname),
skia_path.clockwise,
len(list(skia_path.contours)),
components_with_transforms=components_with_transforms,
nocolor=args.nocolor,
))
def defont(font):
f = TTFont(font)
gs = f.getGlyphSet()
keys = list(gs.keys())
keys.sort()
coorset = {}
for key in keys:
# For each glyph, pull out a flattened, sorted representation of the glyph's component(s)
gly = gs[key]
raw_glyph = gly._glyph
coords = flatten_coords(raw_glyph)
# Using that base representation of the glyph, stick it into
# a list
coorset.setdefault(tuple(coords), []).append((key, gly))
# Now we have to extract the map of
# unicode codepoints to the internal font symbol names.
unicode_plat = None
for table in f['cmap'].tables:
# Platform ID 0 is "Unicode", whatever that means.
# there's also a 'platEncID' parameter, but I haven't been able
# to figure out what it refers to at all.
if table.platformID == 0:
unicode_plat = table
# Since the map is codepoint->name, we flip it.
inverse_map = {value: key for key, value in unicode_plat.cmap.items()}
# Filter the codepoint lists.
# Note that I'm not sure how to handle duplicate items that
# have no entry in the mapping table. I'm just ignoring items for which
# that is true at the moment.
# It seems to work.
items = []
for key, value in coorset.items():
if len(value) > 1:
syms = [item[0] for item in value]
cps = [inverse_map[key] for key in syms if key in inverse_map]
# We have to sort the codepoints, because we want to convert down to the simpler entries.
# A-Za-z is within the ascii table, so we are converting from high codepoints (> 1000) to
# the ascii entries. Going the other way is how you /add/ the replacement cipher.
cps.sort()
# Filtering.
if len(cps) < 2:
continue
items.append((cps, syms))
items.sort()
convmap = {}
for codepoints, symbols in items:
convs = " <- ".join([chr(cp) for cp in codepoints])
for cp in codepoints[1:]:
convmap[chr(cp)] = chr(codepoints[0])
return convmap