print(Error1)
sys.exit()
if len(font_data) != len(Letters):
try:
font_data = ast.literal_eval(font_data)
if len(font_data) != len(Letters):
print(Error2)
sys.exit()
except Exception:
print(Error2)
sys.exit()
font_dic = dict(zip(Letters, font_data))
if " " not in font_dic.keys():
font_dic[" "] = " "
for font2 in Font_List:
if len(font_dic) == len(art.get_font_dic(font2)):
if font_dic == art.get_font_dic(font2):
print(Error3 + font2)
sys.exit()
else:
font1_keys = set(font_dic.keys())
font2_keys = set(art.get_font_dic(font2).keys())
inter_keys = list(font1_keys.intersection(font2_keys))
font1_map = []
font2_map = []
for letter in inter_keys:
font1_map.append(font_dic[letter])
font2_map.append(art.get_font_dic(font2)[letter])
if font1_map == font2_map:
print(Error3 + font2)
sys.exit()
:type message_list: list
:return: None
"""
print("art version : {}\n".format(art.__version__))
for index, flag in enumerate(flag_list):
if flag == 0:
print(message_list[index] + "passed!")
else:
print(message_list[index] + "failed!")
if __name__ == "__main__":
for font in Font_List:
s = []
l = ""
for letter in art.get_font_dic(font).keys():
if len(art.get_font_dic(font)[letter]) != 0:
s.append(len(art.get_font_dic(font)[letter].split("\n")))
l += art.get_font_dic(font)[letter]
if len(set(s)) != 1:
print("Height error in font : " + font)
Failed1 += 1
if not is_utf8(l):
Failed3 += 1
print("UTF-8 compatibility error in font : " + font)
for font1 in Font_List:
for font2 in Font_List:
if Font_List.index(font1) < Font_List.index(font2):
if len(art.get_font_dic(font1)) == len(
art.get_font_dic(font2)):