def collect_font_stats(self, container, do_embed=False):
self.font_stats = {}
self.font_usage_map = {}
self.font_spec_map = {}
self.font_rule_map = {}
self.all_font_rules = {}
processed_sheets = {}
for name, is_linear in container.spine_names:
self.font_rule_map[name] = font_face_rules = []
resolve_property, resolve_pseudo_property, select = resolve_styles(
container,
name,
sheet_callback=partial(self.collect_font_face_rules, container,
processed_sheets, name))
for rule in font_face_rules:
self.all_font_rules[rule['src']] = rule
if rule['src'] not in self.font_stats:
self.font_stats[rule['src']] = set()
self.font_usage_map[name] = {}
self.font_spec_map[name] = set()
self.get_font_usage(container, name, resolve_property,
resolve_pseudo_property, font_face_rules,
do_embed)
self.font_stats = {
k: {safe_chr(x)
for x in v}
for k, v in iteritems(self.font_stats)
}
for fum in itervalues(self.font_usage_map):
for v in itervalues(fum):
v['text'] = {safe_chr(x) for x in v['text']}
def collect_font_stats(self, container, do_embed=False):
self.font_stats = {}
self.font_usage_map = {}
self.font_spec_map = {}
self.font_rule_map = {}
self.all_font_rules = {}
processed_sheets = {}
for name, is_linear in container.spine_names:
self.font_rule_map[name] = font_face_rules = []
resolve_property, resolve_pseudo_property, select = resolve_styles(container, name, sheet_callback=partial(
self.collect_font_face_rules, container, processed_sheets, name))
for rule in font_face_rules:
self.all_font_rules[rule['src']] = rule
if rule['src'] not in self.font_stats:
self.font_stats[rule['src']] = set()
self.font_usage_map[name] = {}
self.font_spec_map[name] = set()
self.get_font_usage(container, name, resolve_property, resolve_pseudo_property, font_face_rules, do_embed)
self.font_stats = {k:{safe_chr(x) for x in v} for k, v in self.font_stats.iteritems()}
for fum in self.font_usage_map.itervalues():
for v in fum.itervalues():
v['text'] = {safe_chr(x) for x in v['text']}
def chars_data(container, book_locale, *args):
cc = count_all_chars(container, book_locale)
nmap = {n:i for i, (n, l) in enumerate(container.spine_names)}
def sort_key(name):
return nmap.get(name, len(nmap)), numeric_sort_key(name)
for i, (codepoint, usage) in enumerate(iteritems(cc.chars)):
yield Char(i, safe_chr(codepoint), codepoint, sorted(usage, key=sort_key), cc.counter[codepoint])
def chars_data(container, book_locale, *args):
cc = count_all_chars(container, book_locale)
nmap = {n: i for i, (n, l) in enumerate(container.spine_names)}
def sort_key(name):
return nmap.get(name, len(nmap)), numeric_sort_key(name)
for i, (codepoint, usage) in enumerate(iteritems(cc.chars)):
yield Char(i, safe_chr(codepoint), codepoint,
sorted(usage, key=sort_key), cc.counter[codepoint])
def chars_data(container, book_locale):
chars = defaultdict(set)
counter = Counter()
def count(codepoint):
counter[codepoint] += 1
for name, is_linear in container.spine_names:
if container.mime_map.get(name) not in OEB_DOCS:
continue
raw = container.raw_data(name)
counts = Counter(ord_string(raw))
counter.update(counts)
for codepoint in counts:
chars[codepoint].add(name)
nmap = {n:i for i, (n, l) in enumerate(container.spine_names)}
def sort_key(name):
return nmap.get(name, len(nmap)), numeric_sort_key(name)
for i, (codepoint, usage) in enumerate(chars.iteritems()):
yield Char(i, safe_chr(codepoint), codepoint, sorted(usage, key=sort_key), counter[codepoint])
def chars_data(container, *args):
chars = defaultdict(set)
counter = Counter()
def count(codepoint):
counter[codepoint] += 1
for name, is_linear in container.spine_names:
if container.mime_map.get(name) not in OEB_DOCS:
continue
raw = container.raw_data(name)
counts = Counter(ord_string(raw))
counter.update(counts)
for codepoint in counts:
chars[codepoint].add(name)
nmap = {n:i for i, (n, l) in enumerate(container.spine_names)}
def sort_key(name):
return nmap.get(name, len(nmap)), numeric_sort_key(name)
for i, (codepoint, usage) in enumerate(chars.iteritems()):
yield Char(i, safe_chr(codepoint), codepoint, sorted(usage, key=sort_key), counter[codepoint])
def replace_possible_unicode_sequence(self):
c = self.textCursor()
has_selection = c.hasSelection()
if has_selection:
text = unicode(c.selectedText()).rstrip("\0")
else:
c.setPosition(c.position() - min(c.positionInBlock(), 6), c.KeepAnchor)
text = unicode(c.selectedText()).rstrip("\0")
m = re.search(r"[a-fA-F0-9]{2,6}$", text)
if m is None:
return False
text = m.group()
try:
num = int(text, 16)
except ValueError:
return False
if num > 0x10FFFF or num < 1:
return False
end_pos = max(c.anchor(), c.position())
c.setPosition(end_pos - len(text)), c.setPosition(end_pos, c.KeepAnchor)
c.insertText(safe_chr(num))
return True
def replace_possible_unicode_sequence(self):
c = self.textCursor()
has_selection = c.hasSelection()
if has_selection:
text = unicode(c.selectedText()).rstrip('\0')
else:
c.setPosition(c.position() - min(c.positionInBlock(), 6), c.KeepAnchor)
text = unicode(c.selectedText()).rstrip('\0')
m = re.search(r'[a-fA-F0-9]{2,6}$', text)
if m is None:
return False
text = m.group()
try:
num = int(text, 16)
except ValueError:
return False
if num > 0x10ffff or num < 1:
return False
end_pos = max(c.anchor(), c.position())
c.setPosition(end_pos - len(text)), c.setPosition(end_pos, c.KeepAnchor)
c.insertText(safe_chr(num))
return True
def conv_code(c):
if c.upper()[:2] in ('U+', '0X'):
c = int(c[2:], 16)
return safe_chr(int(c))
def my_unichr(num):
try:
return safe_chr(num)
except (ValueError, OverflowError):
return u'?'
def my_unichr(num):
try:
return safe_chr(num)
except (ValueError, OverflowError):
return '?'
def conv_code(c):
if c.upper()[:2] in ('U+', '0X'):
c = int(c[2:], 16)
return safe_chr(int(c))
