def add_upload_file(self, raw_file_string: bytes, file_name: str):
"""Detects (and applies) the encoding type of the file's contents.
Since chardet runs slow, initially detects (only) MIN_ENCODING_DETECT
chars; if that fails, chardet entire file for a fuller test
:param raw_file_string: the file you want to detect the encoding
:param file_name: name of the file
"""
decoded_file_string = general_functions.decode_bytes(
raw_bytes=raw_file_string)
# Line encodings:
# \n Unix, OS X
# \r Mac OS 9
# \r\n Win. CR+LF
# The following block converts everything to '\n'
# "\r\n" -> '\n'
if "\r\n" in decoded_file_string[:constants.MIN_NEWLINE_DETECT]:
decoded_file_string = decoded_file_string.replace('\r', '')
# '\r' -> '\n'
if '\r' in decoded_file_string[:constants.MIN_NEWLINE_DETECT]:
decoded_file_string = decoded_file_string.replace('\r', '\n')
# Add the file to the FileManager
self.add_file(file_name, file_name, decoded_file_string)
def add_upload_file(self, raw_file_string: bytes, file_name: str):
"""Detects (and applies) the encoding type of the file's contents.
Since chardet runs slow, initially detects (only) MIN_ENCODING_DETECT
chars; if that fails, chardet entire file for a fuller test
:param raw_file_string: the file you want to detect the encoding
:param file_name: name of the file
"""
decoded_file_string = general_functions.decode_bytes(
raw_bytes=raw_file_string)
# Line encodings:
# \n Unix, OS X
# \r Mac OS 9
# \r\n Win. CR+LF
# The following block converts everything to '\n'
# "\r\n" -> '\n'
if "\r\n" in decoded_file_string[:constants.MIN_NEWLINE_DETECT]:
decoded_file_string = decoded_file_string.replace('\r', '')
# '\r' -> '\n'
if '\r' in decoded_file_string[:constants.MIN_NEWLINE_DETECT]:
decoded_file_string = decoded_file_string.replace('\r', '\n')
# Add the file to the FileManager
self.add_file(file_name, file_name, decoded_file_string)
def prepare_additional_options(opt_uploads: Dict[str, FileStorage],
storage_options: List[str], storage_folder: str,
storage_filenames: List[str]) -> List[str]:
"""Gathers all the strings used by the "Additional Options" scrub section.
:param opt_uploads: A dictionary (specifically ImmutableMultiDict)
containing the additional scrubbing option files that have been
uploaded.
:param storage_options: A list of strings representing additional options
that have been chosen by the user.
:param storage_folder: A string representing the path of the storage
folder.
:param storage_filenames: A list of filename strings that will be used to
load and save the user's selections.
:return: An array containing strings of all the additional scrubbing
option text fields and files.
"""
file_strings = {
'consolidations_file[]': '',
'lemmas_file[]': '',
'special_characters_file[]': '',
'stop_words_file[]': '',
'consolidations': '',
'lemmas': '',
'special_characters': '',
'stop_words': ''
}
for index, key in enumerate(sorted(opt_uploads)):
if opt_uploads[key].filename:
file_content = opt_uploads[key].read()
file_strings[key] = general_functions.decode_bytes(file_content)
opt_uploads[key].seek(0)
elif key.strip('[]') in storage_options:
file_strings[key] = load_scrub_optional_upload(
storage_folder, storage_filenames[index])
else:
session['scrubbingoptions']['file_uploads'][key] = ''
file_strings[key] = ""
# Create an array of option strings:
# cons_file_string, lem_file_string, sc_file_string, sw_kw_file_string,
# cons_manual, lem_manual, sc_manual, and sw_kw_manual
all_options = [
file_strings.get('consolidations_file[]'),
file_strings.get('lemmas_file[]'),
file_strings.get('special_characters_file[]'),
file_strings.get('stop_words_file[]'), request.form['consolidations'],
request.form['lemmas'], request.form['special_characters'],
request.form['stop_words']
]
return all_options
def prepare_additional_options(opt_uploads: Dict[str, FileStorage],
storage_options: List[str], storage_folder: str,
storage_filenames: List[str]) -> List[str]:
"""Gathers all the strings used by the "Additional Options" scrub section.
:param opt_uploads: A dictionary (specifically ImmutableMultiDict)
containing the additional scrubbing option files that have been
uploaded.
:param storage_options: A list of strings representing additional options
that have been chosen by the user.
:param storage_folder: A string representing the path of the storage
folder.
:param storage_filenames: A list of filename strings that will be used to
load and save the user's selections.
:return: An array containing strings of all the additional scrubbing
option text fields and files.
"""
file_strings = {'consfileselect[]': '', 'lemfileselect[]': '',
'scfileselect[]': '', 'swfileselect[]': '',
'manualconsolidations': '', 'manuallemmas': '',
'manualspecialchars': '', 'manualstopwords': ''}
for index, key in enumerate(sorted(opt_uploads)):
if opt_uploads[key].filename:
file_content = opt_uploads[key].read()
file_strings[key] = general_functions.decode_bytes(file_content)
opt_uploads[key].seek(0)
elif key.strip('[]') in storage_options:
file_strings[key] = load_scrub_optional_upload(
storage_folder, storage_filenames[index])
else:
session['scrubbingoptions']['optuploadnames'][key] = ''
file_strings[key] = ""
# Create an array of option strings:
# cons_file_string, lem_file_string, sc_file_string, sw_kw_file_string,
# cons_manual, lem_manual, sc_manual, and sw_kw_manual
all_options = [file_strings.get('consfileselect[]'),
file_strings.get('lemfileselect[]'),
file_strings.get('scfileselect[]'),
file_strings.get('swfileselect[]'),
request.form['manualconsolidations'],
request.form['manuallemmas'],
request.form['manualspecialchars'],
request.form['manualstopwords']]
return all_options
def test_python_string_decoding(self):
python_string = "Hello, world!"
assert decode_bytes(python_string) == python_string
def test_windows_1251_decoding(self):
input_str = 'сегодняшнее домашнее задание.' \
' Настенные часы висят на стене. '
assert decode_bytes(input_str.encode('windows-1251')) == input_str
def test_iso8859_1_decoding(self):
assert decode_bytes('Äpple'.encode('iso-8859-1')) == 'Äpple'
def test_utf8_decoding(self):
assert decode_bytes(u'España'.encode('utf-8')) == 'España'
def test_utf16_decoding(self):
assert decode_bytes(u'абвгдежзийкл'.encode('utf-16')) == 'абвгдежзийкл'
def test_gb2312_decoding(self):
assert decode_bytes(u'做戏之说做戏之'.encode('gb2312')) == '做戏之说做戏之'
def test_python_string_decoding(self):
python_string = "Hello, world!"
assert decode_bytes(python_string) == python_string
def test_windows_1251_decoding(self):
input_str = 'сегодняшнее домашнее задание.' \
' Настенные часы висят на стене. '
assert decode_bytes(input_str.encode('windows-1251')) == input_str
def test_iso8859_1_decoding(self):
assert decode_bytes('Äpple'.encode('iso-8859-1')) == 'Äpple'
def test_utf8_decoding(self):
assert decode_bytes(u'España'.encode('utf-8')) == 'España'
def test_utf16_decoding(self):
assert decode_bytes(u'абвгдежзийкл'.encode('utf-16')) == 'абвгдежзийкл'
def test_gb2312_decoding(self):
assert decode_bytes(u'做戏之说做戏之'.encode('gb2312')) == '做戏之说做戏之'