def layout(self, text, width, align, wrap):
text = unicodedata.normalize('NFKC', text)
widths = [str_util.get_width(ord(x)) for x in text]
text_width = sum(widths)
if text_width <= width:
return [[(text_width, 0, text.encode('utf-8'))]]
full_len = max(width - 1, 2)
left = int(full_len / 2)
right = full_len - left
left_width = 0
for i, e in enumerate(widths):
left_width += e
if left_width > left:
i_left = i
break
right_width = 0
for i, e in enumerate(reversed(widths)):
right_width += e
if right_width > right:
i_right = len(text) - i
break
tilde_text = f'{text[:i_left]}~{text[i_right:]}'
if len(tilde_text) <= 3:
widths = [str_util.get_width(ord(x)) for x in tilde_text]
text_width = sum(widths)
while text_width > width:
tilde_text = tilde_text[:-1]
text_width -= widths.pop(-1)
return [[(width, 0, tilde_text.encode('utf-8'))]]
def separate_glyphs(gdata, height):
"""return (dictionary of glyphs, utf8 required)"""
gl = gdata.split("\n")
del gl[0]
del gl[-1]
for g in gl:
assert "\t" not in g
assert len(gl) == height + 1, repr(gdata)
key_line = gl[0]
del gl[0]
c = None # current character
key_index = 0 # index into character key line
end_col = 0 # column position at end of glyph
start_col = 0 # column position at start of glyph
jl = [0] * height # indexes into lines of gdata (gl)
dout = {}
utf8_required = False
while True:
if c is None:
if key_index >= len(key_line):
break
c = key_line[key_index]
if key_index < len(key_line) and key_line[key_index] == c:
end_col += str_util.get_width(ord(c))
key_index += 1
continue
out = []
for k in range(height):
l = gl[k]
j = jl[k]
y = 0
fill = 0
while y < end_col - start_col:
if j >= len(l):
fill = end_col - start_col - y
break
y += str_util.get_width(ord(l[j]))
j += 1
assert y + fill == end_col - start_col, \
repr((y, fill, end_col))
segment = l[jl[k]:j]
if not SAFE_ASCII_DEC_SPECIAL_RE.match(segment):
utf8_required = True
out.append(segment + " " * fill)
jl[k] = j
start_col = end_col
dout[c] = (y + fill, out)
c = None
return dout, utf8_required
def separate_glyphs(gdata, height):
"""return (dictionary of glyphs, utf8 required)"""
gl = gdata.split("\n")
del gl[0]
del gl[-1]
for g in gl:
assert "\t" not in g
assert len(gl) == height+1, repr(gdata)
key_line = gl[0]
del gl[0]
c = None # current character
key_index = 0 # index into character key line
end_col = 0 # column position at end of glyph
start_col = 0 # column position at start of glyph
jl = [0]*height # indexes into lines of gdata (gl)
dout = {}
utf8_required = False
while True:
if c is None:
if key_index >= len(key_line):
break
c = key_line[key_index]
if key_index < len(key_line) and key_line[key_index] == c:
end_col += str_util.get_width(ord(c))
key_index += 1
continue
out = []
for k in range(height):
l = gl[k]
j = jl[k]
y = 0
fill = 0
while y < end_col - start_col:
if j >= len(l):
fill = end_col - start_col - y
break
y += str_util.get_width(ord(l[j]))
j += 1
assert y + fill == end_col - start_col, \
repr((y, fill, end_col))
segment = l[jl[k]:j]
if not SAFE_ASCII_DEC_SPECIAL_RE.match(segment):
utf8_required = True
out.append(segment + " " * fill)
jl[k] = j
start_col = end_col
dout[c] = (y + fill, out)
c = None
return dout, utf8_required
def layout(self, text, width, align, wrap):
text = unicodedata.normalize('NFKC', text)
in_error = True
while in_error:
try:
utf8_text = text.encode('utf-8')
in_error = False
except UnicodeError as e:
text = ''.join([
text[:e.start], '\uFFFD' * (e.end - e.start), text[e.end:]
])
widths = [str_util.get_width(ord(x)) for x in text]
text_width = sum(widths)
if text_width <= width:
return [[(text_width, 0, utf8_text)]]
full_len = max(width - 1, 2)
left = int(full_len / 2)
right = full_len - left
left_width = 0
for i, e in enumerate(widths):
left_width += e
if left_width > left:
i_left = i
break
right_width = 0
for i, e in enumerate(reversed(widths)):
right_width += e
if right_width > right:
i_right = len(text) - i
break
tilde_text = f'{text[:i_left]}~{text[i_right:]}'
if len(tilde_text) <= 3:
widths = [str_util.get_width(ord(x)) for x in tilde_text]
text_width = sum(widths)
while text_width > width:
tilde_text = tilde_text[:-1]
text_width -= widths.pop(-1)
return [[(width, 0, tilde_text.encode('utf-8'))]]
def check_character_width(text: str) -> (str, int):
new_text = text
char_width = 1
half_width_char, full_width_char = 0, 0
for char in text:
char_wid = str_util.get_width(ord(char))
if char_wid == 1:
half_width_char += 1
elif char_wid == 2:
full_width_char += 1
if full_width_char > 0:
new_text = half2full(text)
char_width = 2
return new_text, char_width