def make_array(self):
chapter_ranges = []
for rng in self.ranges:
min_chapter = Pyricope._get_chapter(min(rng))
max_chapter = Pyricope._get_chapter(max(rng))
if min_chapter == max_chapter:
chapter_ranges.append(rng)
else:
chapter_ranges += irange(min(rng),
Pyricope._get_last_verse(self.book,
min_chapter))
for chapter in range(min_chapter + 1, max_chapter):
chapter_ranges.append(
irange(
Pyricope._get_first_verse(self.book, chapter),
Pyricope._get_last_verse(self.book, chapter)
)
)
chapter_ranges.append(
irange(
Pyricope._get_first_verse(self.book, max_chapter),
max(rng)
)
)
return flatten(chapter_ranges)
def _parse_ranges(cls, book, ranges):
"""
"""
# e.g. when 12:1-8, remember that 12 is the chapter when we get to
# the 8
recent_chapter = None
if not cls.does_book_has_chapters(book):
recent_chapter = 1
parsed_ranges = []
for rng in ranges:
# parse the low and high ends of the range separately
rng = rng.split('-')
# this is to treat "12:4" as "12:4 - 12:4"
if len(rng) < 2:
rng.append(rng[0])
lower_chapter_verse = [int(r) for r in rng[0].split(':')]
upper_chapter_verse = [int(r) for r in rng[1].split(':')]
# treat Mark 3-1 as Mark 3-3 and, eventually, Mark 3:1-35
if (len(lower_chapter_verse) == 1 and
len(upper_chapter_verse) == 1 and
upper_chapter_verse[0] < lower_chapter_verse[0]):
upper_chapter_verse = lower_chapter_verse[:]
chapter_range = False
if len(lower_chapter_verse) < 2:
if recent_chapter:
# e.g. parsing 11 in 12:1-8,11 => remember that 12 is the chapter
lower_chapter_verse.insert(0, recent_chapter)
else:
# No previous chapter
lower_chapter_verse[0] = Pyricope._to_valid_chapter(book, lower_chapter_verse[0])
lower_chapter_verse.append(1)
chapter_range = True
else:
lower_chapter_verse[0] = Pyricope._to_valid_chapter(book, lower_chapter_verse[0])
lower_chapter_verse[1] = Pyricope._to_valid_verse(book, *lower_chapter_verse)
if len(upper_chapter_verse) < 2:
if chapter_range:
upper_chapter_verse[0] = Pyricope._to_valid_chapter(book, upper_chapter_verse[0])
upper_chapter_verse.append(Pyricope.get_max_verse(book, upper_chapter_verse[0]))
else:
upper_chapter_verse.insert(0, lower_chapter_verse[0])
else:
upper_chapter_verse[0] = Pyricope._to_valid_chapter(book, upper_chapter_verse[0])
upper_chapter_verse[1] = Pyricope._to_valid_verse(book, *upper_chapter_verse)
recent_chapter = upper_chapter_verse[0]
parsed_ranges.append(irange(
Pyricope._get_id(book, *lower_chapter_verse),
Pyricope._get_id(book, *upper_chapter_verse)
))
return parsed_ranges
def _group_array_into_ranges(cls, ary):
if not ary:
return []
ary = sorted(compact(flatten(ary)))
ranges = []
range_start = ary.pop(0)
range_end = range_start
while True:
if not ary:
break
next_value = ary.pop(0)
if (next_value == cls._get_next_verse(range_end) or
next_value == cls._get_start_of_next_chapter(range_end)):
range_end = next_value
else:
ranges.append(irange(range_start, range_end))
range_start = range_end = next_value
ranges.append(irange(range_start, range_end))
return ranges
def _to_valid_verse(cls, book, chapter, verse):
return cls._coerce_to_range(verse,
irange(1, cls.get_max_verse(book,
chapter)))
def _to_valid_chapter(cls, book, chapter):
return cls._coerce_to_range(chapter,
irange(1, cls.get_max_chapter(book)))
def _to_valid_book(cls, book):
return cls._coerce_to_range(book, irange(1, 66))