python-escpos/test/test_magicencode.py

103 lines
3.7 KiB
Python

#!/usr/bin/python
# -*- coding: utf-8 -*-
"""tests for the magic encode module
:author: `Patrick Kanzler <patrick.kanzler@fablab.fau.de>`_
:organization: `python-escpos <https://github.com/python-escpos>`_
:copyright: Copyright (c) 2016 `python-escpos <https://github.com/python-escpos>`_
:license: GNU GPL v3
"""
from __future__ import absolute_import
from __future__ import division
from __future__ import print_function
from __future__ import unicode_literals
from nose.tools import raises, assert_raises
from hypothesis import given, example
import hypothesis.strategies as st
from escpos.magicencode import MagicEncode
from escpos.exceptions import CharCodeError, Error
from escpos.constants import CHARCODE
@raises(CharCodeError)
def test_magic_encode_unkown_char_constant_as_startenc():
"""tests whether MagicEncode raises the proper Exception when an unknown charcode-name is passed as startencoding"""
MagicEncode(startencoding="something")
@raises(CharCodeError)
def test_magic_encode_unkown_char_constant_as_defaultenc():
"""tests whether MagicEncode raises the proper Exception when an unknown charcode-name is passed as defaultenc."""
MagicEncode(defaultencoding="something")
def test_magic_encode_wo_arguments():
"""tests whether MagicEncode works in the standard configuration"""
MagicEncode()
@raises(Error)
def test_magic_encode_w_non_binary_defaultsymbol():
"""tests whether MagicEncode catches non-binary defaultsymbols"""
MagicEncode(defaultsymbol="non-binary")
@given(symbol=st.binary())
def test_magic_encode_w_binary_defaultsymbol(symbol):
"""tests whether MagicEncode works with any binary symbol"""
MagicEncode(defaultsymbol=symbol)
@given(st.text())
@example("カタカナ")
@example("あいうえお")
@example("ハンカクカタカナ")
def test_magic_encode_encode_text_unicode_string(text):
"""tests whether MagicEncode can accept a unicode string"""
me = MagicEncode()
me.encode_text(text)
@given(char=st.characters())
def test_magic_encode_encode_char(char):
"""tests the encode_char-method of MagicEncode"""
me = MagicEncode()
me.encode_char(char)
@raises(Error)
@given(char=st.binary())
def test_magic_encode_encode_char_binary(char):
"""tests the encode_char-method of MagicEncode with binary input"""
me = MagicEncode()
me.encode_char(char)
def test_magic_encode_string_with_katakana_and_hiragana():
"""tests the encode_string-method with katakana and hiragana"""
me = MagicEncode()
me.encode_str("カタカナ")
me.encode_str("あいうえお")
@raises(CharCodeError)
def test_magic_encode_codepage_sequence_unknown_key():
"""tests whether MagicEncode.codepage_sequence raises the proper Exception with unknown charcode-names"""
MagicEncode.codepage_sequence("something")
@raises(CharCodeError)
def test_magic_encode_codepage_name_unknown_key():
"""tests whether MagicEncode.codepage_name raises the proper Exception with unknown charcode-names"""
MagicEncode.codepage_name("something")
def test_magic_encode_constants_getter():
"""tests whether the constants are properly fetched"""
for key in CHARCODE:
name = CHARCODE[key][1]
if name == '':
assert_raises(CharCodeError, MagicEncode.codepage_name, key)
else:
assert name == MagicEncode.codepage_name(key)
assert MagicEncode.codepage_sequence(key) == CHARCODE[key][0]
def test_magic_encode_force_encoding():
"""test whether force_encoding works as expected"""
me = MagicEncode()
assert me.force_encoding is False
me.set_encoding(encoding='KATAKANA', force_encoding=True)
assert me.encoding == 'KATAKANA'
assert me.force_encoding is True