def test_copy_chapter(out):
'''should copy reference content for chapter'''
yvs.main('111/psa.23')
ref_content = out.getvalue()
assert_regexp_matches(ref_content, 'Lorem')
assert_regexp_matches(ref_content, 'nunc nulla')
assert_regexp_matches(ref_content, 'fermentum')
def test_copy_chapter(out):
'''should copy reference content for chapter'''
yvs.main('111/psa.23')
ref_content = out.getvalue()
assert_regexp_matches(ref_content, 'Lorem')
assert_regexp_matches(ref_content, 'nunc nulla')
assert_regexp_matches(ref_content, 'fermentum')
def test_copy_verse_range(out):
'''should copy reference content for verse range'''
yvs.main('111/psa.23.1-2')
ref_content = out.getvalue()
assert_regexp_matches(ref_content, 'Lorem')
assert_regexp_matches(ref_content, 'nunc nulla')
assert_not_regexp_matches(ref_content, 'fermentum')
def test_copy_verse_range(out):
'''should copy reference content for verse range'''
yvs.main('111/psa.23.1-2')
ref_content = out.getvalue()
assert_regexp_matches(ref_content, 'Lorem')
assert_regexp_matches(ref_content, 'nunc nulla')
assert_not_regexp_matches(ref_content, 'fermentum')
def test_whitespace_words(out):
'''should handle spaces appropriately'''
yvs.main('111/psa.23')
ref_content = out.getvalue()
assert_regexp_matches(ref_content, 'adipiscing elit.',
'should respect content consisting of spaces')
assert_regexp_matches(ref_content, 'consectetur adipiscing',
'should collapse consecutive spaces')
def test_whitespace_words(out):
'''should handle spaces appropriately'''
yvs.main('111/psa.23')
ref_content = out.getvalue()
assert_regexp_matches(ref_content, 'adipiscing elit.',
'should respect content consisting of spaces')
assert_regexp_matches(ref_content, 'consectetur adipiscing',
'should collapse consecutive spaces')
def test_main(out):
"""main function should output copied reference content"""
ref_uid = '59/psa.23'
ref_content = yvs.get_copied_ref(ref_uid)
yvs.main(ref_uid)
main_json = json.loads(out.getvalue())
nose.assert_equal(main_json, {
'alfredworkflow': {
'arg': ref_uid,
'variables': {
'copied_ref': ref_content,
'full_ref_name': 'Psalms 23 (ESV)'
}
}
})
def test_whitespace_lines(out):
'''should add line breaks where appropriate'''
yvs.main('111/psa.23')
ref_content = out.getvalue()
assert_regexp_matches(ref_content, 'Psalm 23 \(NIV\)\n\n\S',
'should add two line breaks after header')
assert_regexp_matches(ref_content, 'amet,\nconsectetur',
'should add newline before each p block')
assert_regexp_matches(ref_content, 'erat.\n\n\S',
'should add newline after each p block')
assert_regexp_matches(ref_content, 'nec\nfermentum',
'should add newline between each q block')
assert_regexp_matches(ref_content, 'elit.\n\nUt',
'should add newlines around each li1 block')
assert_regexp_matches(ref_content, 'leo,\n\nhendrerit',
'should add two newlines for each b block')
def test_whitespace_lines(out):
'''should add line breaks where appropriate'''
yvs.main('111/psa.23')
ref_content = out.getvalue()
assert_regexp_matches(ref_content, 'Psalm 23 \(NIV\)\n\n\S',
'should add two line breaks after header')
assert_regexp_matches(ref_content, 'amet,\nconsectetur',
'should add newline before each p block')
assert_regexp_matches(ref_content, 'erat.\n\n\S',
'should add newline after each p block')
assert_regexp_matches(ref_content, 'nec\nfermentum',
'should add newline between each q block')
assert_regexp_matches(ref_content, 'elit.\n\nUt',
'should add newlines around each li1 block')
assert_regexp_matches(ref_content, 'leo,\n\nhendrerit',
'should add two newlines for each b block')
def test_charref_hex(out):
'''should evaluate hexadecimal character references'''
yvs.main('111/psa.23')
ref_content = out.getvalue().decode('utf-8')
assert_regexp_matches(ref_content, '\u203a Nunc sem leo')
def test_charref_dec(out):
'''should evaluate decimal character references'''
yvs.main('111/psa.23')
ref_content = out.getvalue().decode('utf-8')
assert_regexp_matches(ref_content, '\u201cLorem ipsum\u201d')
def test_header_language(out):
'''reference header should reflect chosen language'''
yvs.main('128/psa.23')
ref_content = out.getvalue()
assert_regexp_matches(ref_content, '^Salmos 23 \(NVI\)')
def test_header(out):
'''should prepend reference header to copied string'''
yvs.main('59/psa.23')
ref_content = out.getvalue()
assert_regexp_matches(ref_content, '^Psalm 23 \(ESV\)')
def test_header(out):
'''should prepend reference header to copied string'''
yvs.main('59/psa.23')
ref_content = out.getvalue()
assert_regexp_matches(ref_content, '^Psalm 23 \(ESV\)')
def test_header_language(out):
'''reference header should reflect chosen language'''
yvs.main('128/psa.23')
ref_content = out.getvalue()
assert_regexp_matches(ref_content, '^Salmos 23 \(NVI\)')
def test_charref_dec(out):
'''should evaluate decimal character references'''
yvs.main('111/psa.23')
ref_content = out.getvalue().decode('utf-8')
assert_regexp_matches(ref_content, '\u201cLorem ipsum\u201d')
def test_charref_hex(out):
'''should evaluate hexadecimal character references'''
yvs.main('111/psa.23')
ref_content = out.getvalue().decode('utf-8')
assert_regexp_matches(ref_content, '\u203a Nunc sem leo')
def test_url_always_chapter(out, Request):
'''should always fetch HTML from chapter URL'''
yvs.main('59/psa.23.2')
Request.assert_called_once_with(
'https://www.bible.com/bible/59/psa.23',
headers={'User-Agent': 'YouVersion Suggest'})
def test_url_always_chapter(out, Request):
'''should always fetch HTML from chapter URL'''
yvs.main('59/psa.23.2')
Request.assert_called_once_with(
'https://www.bible.com/bible/59/psa.23',
headers={'User-Agent': 'YouVersion Suggest'})
