def test_upper(self):
return
#return unless RUBY_VERSION > '1.8.7'
encoder = Encoder()
str = eval('8224.chr(Encoding::UTF_8)')
self.assertEqual('†', encoder.encode(str, str),
'unicode char encoded correctly')
str = eval(
'9824.chr(Encoding::UTF_8)+9827.chr(Encoding::UTF_8)+9829.chr(Encoding::UTF_8)+9830.chr(Encoding::UTF_8)'
)
self.assertEqual('♠♣♥♦',
encoder.encode(str, str),
'unicode chars encoded correctly')
def test_upper(self):
return
#return unless RUBY_VERSION > '1.8.7'
encoder = Encoder()
str = eval( '8224.chr(Encoding::UTF_8)' )
self.assertEqual(
'†',
encoder.encode( str, str ),
'unicode char encoded correctly'
)
str = eval( '9824.chr(Encoding::UTF_8)+9827.chr(Encoding::UTF_8)+9829.chr(Encoding::UTF_8)+9830.chr(Encoding::UTF_8)' )
self.assertEqual(
'♠♣♥♦',
encoder.encode( str, str ),
'unicode chars encoded correctly'
)
def test_numeric(self):
encoder = Encoder()
self.assertEqual(
'&<>"'',
encoder.encode_hex( '&<>"\'' ),
'default chars encoded numerically correctly'
)
self.assertEqual(
'&<>"'',
encoder.encode( '&<>"\'' ),
'does not impact default chars encoded correctly'
)
self.assertEqual(
'hello',
encoder.encode_hex( 'hello', '' ),
'no chars encoded when no chars requested'
)
self.assertEqual(
'hello',
encoder.encode_hex( 'hello', 'e' ),
'requested chars encoded correctly'
)
self.assertEqual(
'hello',
encoder.encode( 'hello', 'e' ),
'requested chars encoded correctly'
)
def test_numeric(self):
encoder = Encoder()
self.assertEqual('&<>"'',
encoder.encode_hex('&<>"\''),
'default chars encoded numerically correctly')
self.assertEqual('&<>"'', encoder.encode('&<>"\''),
'does not impact default chars encoded correctly')
self.assertEqual('hello', encoder.encode_hex('hello', ''),
'no chars encoded when no chars requested')
self.assertEqual('hello', encoder.encode_hex('hello', 'e'),
'requested chars encoded correctly')
self.assertEqual('hello', encoder.encode('hello', 'e'),
'requested chars encoded correctly')
def test_lower(self):
encoder = Encoder()
self.assertEqual(
'&<>"'',
encoder.encode( '&<>"\'' ),
'default chars encoded when chars is nil'
)
self.assertEqual(
'&<>"'',
encoder.encode( '&<>"\'', '' ),
'encodes when chars is empty'
)
self.assertEqual(
'hello',
encoder.encode( 'hello', 'e' ),
'requested chars encoded correctly'
)
self.assertEqual(
'hell0',
encoder.encode( 'hell0', 0 ),
'zero encodes correctly'
)
self.assertEqual(
'&bar',
encoder.encode( '&bar', 'a&' ),
'ampersand is not double encoded'
)
self.assertEqual(
'hello',
encoder.encode( 'hello' ),
'no encodes when default chars is nil'
)
self.assertEqual(
'hello',
encoder.encode( 'hello', '' ),
'no encodes when default chars is empty'
)
deadbeef = chr(222) + chr(173) + chr(190) + chr(239)
self.assertEqual(
'Þ­¾ï',
encoder.encode( deadbeef, deadbeef ),
'hex codes encoded correctly'
)
self.assertEqual(
'Þ­¾ï',
encoder.encode( deadbeef ),
'hex codes encoded correctly when chars is nil'
)
self.assertEqual(
'Þ­¾ï',
encoder.encode( deadbeef, '' ),
'hex codes encoded correctly when chars is empty'
)
def test_lower(self):
encoder = Encoder()
self.assertEqual('&<>"'', encoder.encode('&<>"\''),
'default chars encoded when chars is nil')
self.assertEqual('&<>"'',
encoder.encode('&<>"\'', ''),
'encodes when chars is empty')
self.assertEqual('hello', encoder.encode('hello', 'e'),
'requested chars encoded correctly')
self.assertEqual('hell0', encoder.encode('hell0', 0),
'zero encodes correctly')
self.assertEqual('&bar', encoder.encode('&bar', 'a&'),
'ampersand is not double encoded')
self.assertEqual('hello', encoder.encode('hello'),
'no encodes when default chars is nil')
self.assertEqual('hello', encoder.encode('hello', ''),
'no encodes when default chars is empty')
deadbeef = chr(222) + chr(173) + chr(190) + chr(239)
self.assertEqual('Þ­¾ï',
encoder.encode(deadbeef, deadbeef),
'hex codes encoded correctly')
self.assertEqual('Þ­¾ï',
encoder.encode(deadbeef),
'hex codes encoded correctly when chars is nil')
self.assertEqual('Þ­¾ï',
encoder.encode(deadbeef, ''),
'hex codes encoded correctly when chars is empty')
