def produce_parsed_data(filename):
with codecs.open(filename, 'r', 'utf-8') as datafile:
parsed = util.file_to_ja(3, datafile, (m_pattern, comment_pattern), nothing)
datafile.seek(0)
names = util.grab_section_names(m_pattern, datafile, 1)
names = [int(util.getGematria(name)) for name in names]
comp_text = util.simple_to_complex(names, parsed.array())
parsed = util.convert_dict_to_array(comp_text)
return parsed
def produce_parsed_data(filename):
with codecs.open(filename, 'r', 'utf-8') as datafile:
parsed = util.file_to_ja([[[]]], datafile,
(m_pattern, comment_pattern), nothing)
datafile.seek(0)
names = util.grab_section_names(m_pattern, datafile, 1)
names = [int(util.getGematria(name)) for name in names]
comp_text = util.simple_to_complex(names, parsed.array())
parsed = util.convert_dict_to_array(comp_text)
return parsed
def align_boaz_chapters(source_file, simple_array):
"""
Boaz does not guarantee text for every chapter. Using the util library, this method will pad the parsed text with
empty sections as necessary to accurately represent the data.
:param source_file: File from which to derive chapter numbers
:param simple_array: A "naive" parse of the data structured as a nested list.
:return: Nested array, with proper padding to account for empty chapters.
"""
# grab each chapter number from the source file
chapters = [
util.getGematria(n) for n in util.grab_section_names(
u'@00פרק ([\u05d0-\u05ea]{1,2})', source_file, 1)
]
as_dict = util.simple_to_complex(chapters, simple_array)
return util.convert_dict_to_array(as_dict)
