def compr_binary_parse_on_files(fnamelist):
assert(len(fnamelist) >= 2)
for i, fname in enumerate(fnamelist):
new = parse_binary(fname=fname).replace(' ', '').replace('\n', '')
assert(len(new) > 20)
if i == 0:
old = new
else:
assert(old == new)
old = new
def parse_multi_layer_file(uri, txt=None, ftype=None, okext=OKEXT):
"""
Can handle files that contain files, e.g. emails with attachments.
Returns a list with parsed files each in a dict tree.
type: is ether the extension or a set definition, e.g. email.
"""
if isinstance(txt, NoneType):
with open(uri) as fogj:
txt = fogj.read()
if is_an_email(uri, text=txt):
parsedtxtlist = email_whole_parse(uri=uri,
text=txt)
info, mime, ftype = get_file_info_from_buffer(txt)
for i, parsedtxt in enumerate(parsedtxtlist):
if i == 0:
# the zero gen file does not return with a file name
parsedtxt['filename'] = uri
emlparsed = [(fit_into_data_mold(parseddict=parsedtxt,
txt=txt,
uri=auto_unicode_dang_it(uri),
ftype=u'email',
mime=mime,
info=info))]
else:
attchtxt = parsedtxt['body']
if not attchtxt:
attchtxt = u''
info, mime, ftype = get_file_info_from_buffer(attchtxt)
fname = parsedtxt['filename']
for parsedbit in parse_multi_layer_file(uri=fname,
txt=attchtxt,
ftype=ftype,
okext=okext):
emlparsed.append(parsedbit)
return emlparsed
parsedtxt = parse_binary(string=txt,
fname=uri)
if not ftype:
ftype = uri.split('.')[-1]
if not parsedtxt:
parseddict = {u'body': u''}
else:
parseddict = {u'body': parsedtxt}
info, mime, ftype = get_file_info_from_buffer(txt)
parseddict[u'filename'] = sane_unicode(uri)
return [fit_into_data_mold(parseddict=parseddict,
txt=txt,
uri=uri,
ftype=ftype,
mime=mime,
info=info)]
def test__parse_binary__parse_pdf_XML__test_if_run_and_len_20():
fname = join(TESTDIR, 'pdf/pg1661-mini_XML.pdf')
prsd = parse_binary(fname=fname)
assert(len(prsd) >= 20)
def test__parse_binary__parse_docx__test_if_run_and_len_20():
fname = join(TESTDIR, 'doc/pure_doc/pg1661-mini.docx')
prsd = parse_binary(fname=fname)
assert(len(prsd) > 20)
