def __str__(self):
'''
This method returns a string representation of the Form object.
>>> f = Form()
>>> _ = f.addInput([("type", "text"), ("name", "abc"), ("value", "123")])
>>> str(f)
'abc=123'
>>> f = Form()
>>> _ = f.addInput([("type", "text"), ("name", "abc"), ("value", "123")])
>>> _ = f.addInput([("type", "text"), ("name", "def"), ("value", "000")])
>>> str(f)
'abc=123&def=000'
>>> import urllib
>>> f = Form() # Default encoding UTF-8
>>> _ = f.addInput([("type", "text"), ("name", u"v"),("value", u"áéíóú")])
>>> _ = f.addInput([("type", "text"), ("name", u"c"), ("value", u"ñçÑÇ")])
>>> f.addSubmit('address', 'bsas')
>>> urllib.unquote(str(f)).decode('utf-8') == u'c=ñçÑÇ&address=bsas&v=áéíóú'
True
@return: string representation of the Form object.
'''
#
# FIXME: hmmm I think that we are missing something here... what about
# self._select values. See FIXME below.
#
d = dict(self)
d.update(self._submitMap)
return urlencode(d, encoding=self.encoding)
def __str__( self ):
'''
This method returns a string representation of the dataContainer Object.
@return: string representation of the dataContainer Object.
'''
return urlencode( self )
def __str__( self ):
'''
This method returns a string representation of the form Object.
>>> f = form()
>>> _ = f.addInput( [("type", "text") , ("name", "abc") , ("value", "123")] )
>>> str(f)
'abc=123'
>>> f = form()
>>> _ = f.addInput( [("type", "text") , ("name", "abc") , ("value", "123")] )
>>> _ = f.addInput( [("type", "text") , ("name", "def") , ("value", "000")] )
>>> str(f)
'abc=123&def=000'
@return: string representation of the form Object.
'''
tmp = self.copy()
for i in self._submitMap:
tmp[i] = self._submitMap[i]
#
# FIXME: hmmm I think that we are missing something here... what about
# self._select values. See FIXME below. Maybe we need another for?
#
return urlencode(tmp)
def __str__(self):
'''
>>> str(QueryString([('a','>'), ('b', ['a==1 && z >= 2','3>2'])]))
'a=%3E&b=a%3D%3D1%20%26%26%20z%20%3E%3D%202&b=3%3E2'
>>> str(QueryString([('a', 'x=/etc/passwd')]))
'a=x%3D%2Fetc%2Fpasswd'
@return: string representation of the QueryString object.
'''
return enc_dec.urlencode(self, encoding=self.encoding, safe='')
def __str__(self):
'''
>>> str(QueryString([('a','>'), ('b', ['a==1 && z >= 2','3>2'])]))
'a=%3E&b=a%3D%3D1%20%26%26%20z%20%3E%3D%202&b=3%3E2'
>>> str(QueryString([('a', 'x=/etc/passwd')]))
'a=x%3D%2Fetc%2Fpasswd'
:return: string representation of the QueryString object.
'''
return enc_dec.urlencode(self, encoding=self.encoding, safe='')
def __str__( self ):
'''
This method returns a string representation of the dataContainer Object.
>>> dc = dataContainer( [('a','1') , ('b', ['2','3']) ] )
>>> str(dc)
'a=1&b=2&b=3'
>>> dc = dataContainer( [('a','1') , ('b', '2') ] )
>>> str(dc)
'a=1&b=2'
@return: string representation of the dataContainer Object.
'''
return urlencode( self )
def __str__( self ):
'''
This method returns a string representation of the form Object.
@return: string representation of the form Object.
'''
tmp = self.copy()
for i in self._submitMap:
tmp[i] = self._submitMap[i]
#
# FIXME: hmmm I think that we are missing something here... what about self._select values. See FIXME below.
# Maybe we need another for?
#
return urlencode(tmp)
def __str__(self):
'''
Return string representation.
>>> str(DataContainer([(u'a','1'), (u'b', ['2','3'])]))
'a=1&b=2&b=3'
>>> str(DataContainer([(u'aaa', None)]))
'aaa='
>>> str(DataContainer([(u'aaa', '')]))
'aaa='
>>> str(DataContainer([(u'aaa', (None, ''))]))
'aaa=&aaa='
>>> import urllib
>>> dc = DataContainer([(u'a','1'), (u'u', u'Ú-ú-Ü-ü')], 'latin1')
>>> urllib.unquote(str(dc)).decode('latin-1') == u'a=1&u=Ú-ú-Ü-ü'
True
:return: string representation of the DataContainer Object.
'''
return enc_dec.urlencode(self, encoding=self.encoding)
def __str__(self):
'''
This method returns a string representation of the Form object.
Please note that if the form has radio/select/checkboxes the
first value will be put into the string representation and the
others will be lost.
@see: Unittest in test_form.py
:return: string representation of the Form object.
'''
d = dict(self)
d.update(self._submit_map)
avoid_duplicates = (self.INPUT_TYPE_CHECKBOX, self.INPUT_TYPE_RADIO,
self.INPUT_TYPE_SELECT)
for key in d:
key_type = self._types.get(key, None)
if key_type in avoid_duplicates:
d[key] = d[key][:1]
return urlencode(d, encoding=self.encoding)
def __str__(self):
'''
This method returns a string representation of the Form object.
Please note that if the form has radio/select/checkboxes the
first value will be put into the string representation and the
others will be lost.
@see: Unittest in test_form.py
:return: string representation of the Form object.
'''
d = dict(self)
d.update(self._submit_map)
avoid_duplicates = (self.INPUT_TYPE_CHECKBOX, self.INPUT_TYPE_RADIO,
self.INPUT_TYPE_SELECT)
for key in d:
key_type = self._types.get(key, None)
if key_type in avoid_duplicates:
d[key] = d[key][:1]
return urlencode(d, encoding=self.encoding)
def test_simple(self):
self.assertEqual(urlencode(parse_qs(u'a=1&a=c'), 'latin1'), 'a=1&a=c')
def test_tilde_case02(self):
self.assertEqual(urlencode(parse_qs(u'a=á&a=2'), 'utf-8'),
'a=%C3%A1&a=2')
def test_tilde_case01(self):
self.assertEqual(urlencode(parse_qs(u'a=á&a=2'), 'latin1'),
'a=%E1&a=2')
def test_simple(self):
self.assertEqual(urlencode(parse_qs(u"a=1&a=c"), "latin1"), "a=1&a=c")
def test_tilde_case02(self):
self.assertEqual(urlencode(parse_qs(u"a=á&a=2"), "utf-8"), "a=%C3%A1&a=2")
def test_tilde_case01(self):
self.assertEqual(urlencode(parse_qs(u"a=á&a=2"), "latin1"), "a=%E1&a=2")
