def test_fieldblock_readonly(self):
class _Form(Form):
fields=[
FieldBlock('field block',
fields=[
Field('number',
convs.Int()),
Field('title',
convs.Char()),
],
permissions='r'),
]
env = AppEnvironment.create()
form = _Form(env)
self.assertEqual(form.raw_data, MultiDict([('number', ''),
('title', '')]))
self.assertEqual(form.python_data, {'number': None,
'title': None})
self.assert_(form.accept({'number': '4', 'title': 'Hello'}),
form.errors)
self.assertEqual(form.python_data, {'number': None,
'title': None})
self.assertEqual(form.get_field('number').raw_value, '')
self.assertEqual(form.get_field('title').raw_value, '')
self.assertEqual(form.errors, {})
def test_by_field_fieldset(self):
class f(Form):
fields = [FieldSet('name', fields=[Field('subfield')])]
env = AppEnvironment.create()
form = f(env)
ve = ValidationError(
by_field={
'.subfield': u'Ошибка-1',
'field': u'Ошибка-3',
# XXX what does this mean?
'': u'Ошибка-4'
})
ve.fill_errors(form.get_field('name'))
self.assertEqual(form.errors, {
'name.subfield': u'Ошибка-1',
'field': u'Ошибка-3',
'': u'Ошибка-4'
})
ve = ValidationError(by_field={'.absent': u'1'})
self.assertRaises(
AttributeError, # XXX is AttributeError good?
lambda: ve.fill_errors(form.get_field('name')))
def test_fieldlist_with_initial_delete(self):
'Fieldlist element deletion'
class _Form(Form):
fields = [
FieldList('list', field=Field('number', convs.Int())),
]
env = AppEnvironment.create()
form = _Form(env, initial={'list': [1, 2, 3]})
self.assertEqual(
form.raw_data,
MultiDict((('list-indices', '1'), ('list-indices', '2'),
('list-indices', '3')), **{
'list.1': '1',
'list.2': '2',
'list.3': '3'
}))
self.assertEqual(form.python_data, {'list': [1, 2, 3]})
self.assert_(
form.accept(
MultiDict((('list-indices', '1'), ('list-indices', '3')), **{
'list.1': '1',
'list.3': '3'
})))
self.assertEqual(form.python_data, {'list': [1, 3]})
def test_get_field(self):
class F(Form):
fields = [
FieldSet('fieldset', fields=[
FieldList('fieldlist',
field=FieldSet(None, fields=[
Field('subfield')
])
)
]),
FieldBlock('field block', [
Field('blocksubfield')
], name='block')
]
env = AppEnvironment.create()
form = F(env)
for nm, cls in [('fieldset', FieldSet),
('fieldset.fieldlist', FieldList),
('fieldset.fieldlist.1', FieldSet),
('fieldset.fieldlist.1.subfield', Field),
('block', FieldBlock),
('blocksubfield', Field),
]:
self.assert_(isinstance(form.get_field(nm), cls),
'%s is not instance of %s' % (nm, cls))
self.assertEqual(form.get_field(nm).input_name, nm)
nm, cls = ('block.blocksubfield', Field)
self.assert_(isinstance(form.get_field(nm), cls),
'%s is not instance of %s' % (nm, cls))
self.assertEqual(form.get_field(nm).input_name,
'blocksubfield')
def test_get_field(self):
class F(Form):
fields = [
FieldSet('fieldset',
fields=[
FieldList('fieldlist',
field=FieldSet(
None, fields=[Field('subfield')]))
]),
FieldBlock('field block', [Field('blocksubfield')],
name='block')
]
env = AppEnvironment.create()
form = F(env)
for nm, cls in [
('fieldset', FieldSet),
('fieldset.fieldlist', FieldList),
('fieldset.fieldlist.1', FieldSet),
('fieldset.fieldlist.1.subfield', Field),
('block', FieldBlock),
('blocksubfield', Field),
]:
self.assert_(isinstance(form.get_field(nm), cls),
'%s is not instance of %s' % (nm, cls))
self.assertEqual(form.get_field(nm).input_name, nm)
self.assertEqual(None, form.get_field('fieldset.fieldlist.asd'))
nm, cls = ('block.blocksubfield', Field)
self.assert_(isinstance(form.get_field(nm), cls),
'%s is not instance of %s' % (nm, cls))
self.assertEqual(form.get_field(nm).input_name, 'blocksubfield')
def test_required(self):
Form = self.get_form(required=True)
env = AppEnvironment.create()
form = Form(env)
form.accept(MultiDict({'pass.pass': '', 'pass.conf': ''}))
self.assertEqual(list(form.errors.keys()), ['pass'])
def test_clean_value(self):
class AssertConv(convs.Int):
def to_python(conv, value):
value = convs.Int.to_python(conv, value)
if value is not None:
field = conv.field.form.get_field('num')
self.assertEqual(field.clean_value, value)
return value
class F(Form):
fields = [FieldBlock('', fields=[
Field('num',
conv=convs.Int()),
Field('f2',
conv=AssertConv())
])]
env = AppEnvironment.create()
form = F(env)
self.assertEqual(form.get_field('num').clean_value, None)
form = F(env, initial={'num': 2})
self.assertEqual(form.get_field('num').clean_value, 2)
form = F(env)
form.accept({'num': '4', 'f2': '4'})
self.assertEqual(form.get_field('num').clean_value, 4)
self.assertEqual(form.get_field('f2').clean_value, 4)
def test_clean_value(self):
class AssertConv(convs.Int):
def to_python(conv, value):
value = convs.Int.to_python(conv, value)
if value is not None:
field = conv.field.form.get_field('num')
self.assertEqual(field.clean_value, value)
return value
class F(Form):
fields = [
Field('top', conv=convs.Int(), initial=246),
FieldBlock('',
fields=[
Field('num', conv=convs.Int()),
Field('f2', conv=AssertConv())
])
]
env = AppEnvironment.create()
form = F(env)
self.assertEqual(form.get_field('top').clean_value, 246)
self.assertEqual(form.get_field('num').clean_value, None)
form = F(env, initial={'num': 2})
self.assertEqual(form.get_field('num').clean_value, 2)
form = F(env)
form.accept({'num': '4', 'f2': '4'})
self.assertEqual(form.get_field('num').clean_value, 4)
self.assertEqual(form.get_field('f2').clean_value, 4)
def test_get_initial(self):
Form = self.get_form(required=True)
env = AppEnvironment.create()
form = Form(env)
conv = form.get_field('pass').conv
self.assertEqual(conv.get_initial(), '')
def test_get_initial(self):
Form = self.get_form(required=True)
env = AppEnvironment.create()
form = Form(env)
conv = form.get_field('pass').conv
self.assertEqual(conv.get_initial(), '')
def test_id(self):
class _Form(Form):
fields=[Field('input', convs.Char())]
env = AppEnvironment.create()
form = _Form(env)
self.assertEqual(form.get_field('input').id, 'input')
form.id = 'myform'
self.assertEqual(form.get_field('input').id, 'myform-input')
def test_required(self):
Form = self.get_form(required=True)
env = AppEnvironment.create()
form = Form(env)
form.accept(MultiDict({'pass.pass': '',
'pass.conf': ''}))
self.assertEqual(form.errors.keys(), ['pass'])
def test_accept(self):
'Method accept of bound field returns cleaned value'
class _Form(Form):
fields=[Field('input', convs.Char())]
env = AppEnvironment.create()
form = _Form(env)
self.assert_(form.accept(MultiDict(input='value')))
self.assertEqual(form.python_data['input'], 'value')
def test_mismatch(self):
Form = self.get_form()
env = AppEnvironment.create()
form = Form(env)
form.accept(MultiDict({'pass.pass': '******', 'pass.conf': '123'}))
self.assertEqual(form.python_data, {'pass': None})
self.assertEqual(list(form.errors.keys()), ['pass'])
def test_accept_multiple(self):
class F(Form):
fields = [Field('name', conv=convs.ListOf(convs.Int))]
env = AppEnvironment.create()
form = F(env)
form.accept(MultiDict([('name', '1'), ('name', '2')]))
self.assertEqual(form.python_data['name'], [1, 2])
def test_id(self):
class _Form(Form):
fields = [Field('input', convs.Char())]
env = AppEnvironment.create()
form = _Form(env)
self.assertEqual(form.get_field('input').id, 'input')
form.id = 'myform'
self.assertEqual(form.get_field('input').id, 'myform-input')
def test_check_value_type(self):
'''Pass file value to ordinary Field'''
class F(Form):
fields = [Field('inp')]
request = Request.blank('/', POST=dict(inp=('foo.txt', 'ggg')))
env = AppEnvironment.create()
form = F(env)
self.assertEqual(form.accept(request.POST), False)
self.assertEqual(form.errors.keys(), ['inp'])
def test_accept(self):
class _Form(Form):
fields = [FileField('inp')]
env = AppEnvironment.create()
form = _Form(env)
request = Request.blank('/', POST=dict(inp=('file.txt', 'ggg')))
self.assert_(form.accept(request.POST), form.errors)
self.assertEqual(form.python_data['inp'].file.read(), b'ggg')
def test_mismatch(self):
Form = self.get_form()
env = AppEnvironment.create()
form = Form(env)
form.accept(MultiDict({'pass.pass': '******',
'pass.conf': '123'}))
self.assertEqual(form.python_data, {'pass': None})
self.assertEqual(form.errors.keys(), ['pass'])
def test_mismatch(self):
class _Form(Form):
fields=[PasswordSet()]
env = AppEnvironment.create()
form = _Form(env)
accept = form.accept({'password.pass':'******', 'password.conf':'second'})
self.assertEqual(dict(password='******').items(),
form.errors.items())
self.assertFalse(accept)
def setUp(self):
self.transient_root = tempfile.mkdtemp()
self.persistent_root = tempfile.mkdtemp()
self.transient_url = "/transient/"
self.persistent_url = "/media/"
self.file_manager = FileManager(
self.transient_root, self.persistent_root, self.transient_url, self.persistent_url
)
self.env = AppEnvironment.create(file_manager=self.file_manager)
def test_accept(self):
class _Form(Form):
fields=[FileField('inp')]
env = AppEnvironment.create()
form = _Form(env)
request = Request.blank('/', POST=dict(inp=('file.txt', 'ggg')))
self.assert_(form.accept(request.POST),
form.errors)
self.assertEqual(form.python_data['inp'].file.read(), 'ggg')
def test_accept(self):
'Method accept of bound field returns cleaned value'
class _Form(Form):
fields = [Field('input', convs.Char())]
env = AppEnvironment.create()
form = _Form(env)
self.assert_(form.accept(MultiDict(input='value')))
self.assertEqual(form.python_data['input'], 'value')
def setUp(self):
self.transient_root = tempfile.mkdtemp()
self.persistent_root = tempfile.mkdtemp()
self.transient_url = '/transient/'
self.persistent_url = '/media/'
self.file_manager = FileManager(self.transient_root,
self.persistent_root,
self.transient_url,
self.persistent_url)
self.env = AppEnvironment.create(file_manager=self.file_manager)
def test_get_perms(self):
class F(Form):
fields = [Field("first", permissions="rw"), Field("second")]
env = AppEnvironment.create()
form = F(env, permissions="rwx")
first = form.get_field("first")
second = form.get_field("second")
self.assertEqual(first.perm_getter.get_perms(first), set("rw"))
self.assertEqual(second.perm_getter.get_perms(second), set("rwx"))
def test_from_python_multiple(self):
class F(Form):
fields = [
Field('name', conv=convs.ListOf(convs.Int), initial=[1, 2])
]
env = AppEnvironment.create()
form = F(env)
self.assertEqual(form.raw_data,
MultiDict([('name', '1'), ('name', '2')]))
def test_check_value_type(self):
'''Pass file value to ordinary Field'''
class F(Form):
fields = [Field('inp')]
request = Request.blank('/', POST=dict(inp=('foo.txt', 'ggg')))
env = AppEnvironment.create()
form = F(env)
self.assertEqual(form.accept(request.POST), False)
self.assertEqual(list(form.errors.keys()), ['inp'])
def test_prefix(self):
class F(Form):
fields=[
Field('first', convs.Int()),
]
env = AppEnvironment.create()
form = F(env)
self.assertEqual(form.get_field('first').input_name, 'first')
form = F(env, name="pref")
self.assertEqual(form.get_field('first').input_name, 'pref:first')
def test_accept_multiple(self):
class F(Form):
fields = [
Field('name', conv=convs.ListOf(convs.Int))
]
env = AppEnvironment.create()
form = F(env)
form.accept(MultiDict([('name', '1'), ('name', '2')]))
self.assertEqual(form.python_data['name'], [1, 2])
def test_prefix(self):
class F(Form):
fields = [
Field('first', convs.Int()),
]
env = AppEnvironment.create()
form = F(env)
self.assertEqual(form.get_field('first').input_name, 'first')
form = F(env, name="pref")
self.assertEqual(form.get_field('first').input_name, 'pref:first')
def test_simple(self):
'Accept with errors'
class _Form(Form):
fields=[
Field('first', convs.Int(required=True)),
Field('second', convs.Int(required=True)),
]
env = AppEnvironment.create()
form = _Form(env)
self.assert_(not form.accept(MultiDict(first='1')))
self.assertEqual(form.errors, {'second': convs.Converter.error_required})
def test_initial(self):
class _Form(Form):
fields = [
FieldBlock('field block', [Field('number', convs.Int())]),
]
env = AppEnvironment.create()
form = _Form(env, initial={'number': 3})
self.assertEqual(form.raw_data, MultiDict([('number', '3')]))
self.assertEqual(form.python_data, {'number': 3})
self.assertEqual(form.get_field('number').clean_value, 3)
def test_perm_getter_repr(self):
class F(Form):
fields = [Field("first", permissions="rw"), Field("second")]
env = AppEnvironment.create()
form = F(env, permissions="rwx")
field = form.get_field("first")
represent = repr(field.perm_getter)
self.assertIn("FieldPerm", represent)
self.assertIn("'r'", represent)
self.assertIn("'w'", represent)
def test_required(self):
Form = self.get_form(required=True)
env = AppEnvironment.create()
form = Form(env)
form.accept(MultiDict({'dt.date': '', 'dt.time': '13:32'}))
self.assertEqual(list(form.errors.keys()), ['dt'])
form = Form(env)
form.accept(MultiDict({'dt.date': '24.03.2013', 'dt.time': ''}))
self.assertEqual(list(form.errors.keys()), ['dt'])
def test_from_python_multiple(self):
class F(Form):
fields = [
Field('name', conv=convs.ListOf(convs.Int),
initial=[1,2])
]
env = AppEnvironment.create()
form = F(env)
self.assertEqual(form.raw_data,
MultiDict([('name', '1'), ('name', '2')]))
def test_get_data(self):
class F(Form):
fields=[
Field('first', convs.Int(), initial=1),
Field('second', convs.Int()),
]
env = AppEnvironment.create()
form = F(env)
form.accept({'first':'123', 'second':'246'})
self.assertEqual(MultiDict([('first', u'123'), ('second', u'246')]),
form.get_data())
def test_field_block_existing_value(self):
class f(Form):
fields = [FieldBlock('block', fields=[Field('number', conv=convs.Int)])]
env = AppEnvironment.create()
form = f(env)
field = form.fields[0]
conv = field.conv
form.accept({'number':'123'})
self.assertEqual(conv._existing_value, {'number':123})
conv.field = None
self.assertEqual(conv._existing_value, {})
def test_readonly(self):
'Accept of readonly fields'
class _Form(Form):
fields=[
Field('first', convs.Int(), permissions='r'),
Field('second', convs.Int()),
]
env = AppEnvironment.create()
form = _Form(env)
self.assert_(form.accept(MultiDict(first='1', second='2')))
self.assertEqual(form.python_data, {'first':None, 'second':2})
def test_initial(self):
class _Form(Form):
fields=[
FieldBlock('field block', [
Field('number', convs.Int())
]),
]
env = AppEnvironment.create()
form = _Form(env, initial={'number': 3})
self.assertEqual(form.raw_data, MultiDict([('number', '3')]))
self.assertEqual(form.python_data, {'number': 3})
self.assertEqual(form.get_field('number').clean_value, 3)
def test_init(self):
'Initialization of form object'
class F(Form):
fields=[
Field('first', convs.Int()),
Field('second', convs.Int()),
]
env = AppEnvironment.create()
form = F(env)
self.assertEqual(form.initial, {})
self.assertEqual(form.raw_data, {'first':'', 'second':''})
self.assertEqual(form.python_data, {'first':None, 'second':None})
def test_with_initial(self):
'Accept with initial data'
class _Form(Form):
fields=[
Field('first', convs.Int()),
Field('second', convs.Int()),
]
env = AppEnvironment.create()
form = _Form(env, initial={'second':3})
self.assert_(form.accept(MultiDict(first='1', second='2')))
self.assertEqual(form.initial, {'second': 3})
self.assertEqual(form.python_data, {'first':1, 'second':2})
def test_with_initial_and_initial(self):
'Initialization of form object with initial and initial values'
class F(Form):
fields=[
Field('first', convs.Int(), initial=3),
Field('second', convs.Int()),
]
env = AppEnvironment.create()
form = F(env, initial={'first':1, 'second':2})
self.assertEqual(form.initial, {'first':1, 'second':2})
self.assertEqual(form.raw_data, {'first':'1', 'second':'2'})
self.assertEqual(form.python_data, {'first':1, 'second':2})
def test_with_initial_at_def(self):
'Initialization of form object with fields initial values'
class F(Form):
fields=[
Field('first', convs.Int(), initial=1),
Field('second', convs.Int(), get_initial=lambda: 2),
]
env = AppEnvironment.create()
form = F(env)
self.assertEqual(form.initial, {})
self.assertEqual(form.raw_data, {'first':'1', 'second':'2'})
self.assertEqual(form.python_data, {'first':1, 'second':2})
def test_with_initial(self):
'Accept of readonly fields with initial values'
class _Form(Form):
fields=[
Field('first', convs.Int(), initial=1, permissions='r'),
Field('second', convs.Int()),
]
env = AppEnvironment.create()
form = _Form(env)
self.assert_(form.accept(MultiDict(first='3', second='2')))
self.assertEqual(form.python_data, {'first':1, 'second':2})
self.assertEqual(form.raw_data, {'first':'1', 'second':'2'})
def test_get_data(self):
class F(Form):
fields = [
Field('first', convs.Int(), initial=1),
Field('second', convs.Int()),
]
env = AppEnvironment.create()
form = F(env)
form.accept({'first': '123', 'second': '246'})
self.assertEqual(MultiDict([('first', u'123'), ('second', u'246')]),
form.get_data())
def test_get_perms(self):
class F(Form):
fields = [
Field('first', permissions='rw'),
Field('second'),
]
env = AppEnvironment.create()
form = F(env, permissions='rwx')
first = form.get_field('first')
second = form.get_field('second')
self.assertEqual(first.perm_getter.get_perms(first), set('rw'))
self.assertEqual(second.perm_getter.get_perms(second), set('rwx'))
def test_with_initial(self):
'Accept with initial values'
class _Form(Form):
fields=[
Field('first', convs.Int(), initial=2),
Field('second', convs.Int(required=False), get_initial=lambda: 2),
]
env = AppEnvironment.create()
form = _Form(env)
form.accept(MultiDict(first='1'))
self.assert_(form.accept(MultiDict(first='1')))
self.assertEqual(form.initial, {})
self.assertEqual(form.python_data, {'first':1, 'second':None})
def test_readonly(self):
'Accept of readonly fields'
class _Form(Form):
fields = [
Field('first', convs.Int(), permissions='r'),
Field('second', convs.Int()),
]
env = AppEnvironment.create()
form = _Form(env)
self.assert_(form.accept(MultiDict(first='1', second='2')))
self.assertEqual(form.python_data, {'first': None, 'second': 2})
def test_fieldlist_is_required(self):
'Fieldlist is required and accepted value is empty'
class _Form(Form):
fields=[
FieldList('list', field=Field('number', convs.Int())),
]
env = AppEnvironment.create()
form = _Form(env)
self.assertEqual(form.raw_data, MultiDict())
self.assertEqual(form.python_data, {'list': []})
self.assert_(form.accept(MultiDict()))
self.assertEqual(form.python_data, {'list': []})
self.assertEqual(form.errors, {})
def test_required(self):
Form = self.get_form(required=True)
env = AppEnvironment.create()
form = Form(env)
form.accept(MultiDict({'dt.date': '',
'dt.time': '13:32'}))
self.assertEqual(form.errors.keys(), ['dt'])
form = Form(env)
form.accept(MultiDict({'dt.date': '24.03.2013',
'dt.time': ''}))
self.assertEqual(form.errors.keys(), ['dt'])
def test_accept(self):
class _Form(Form):
fields = [
FieldBlock('field block', [Field('number', convs.Int())]),
]
env = AppEnvironment.create()
form = _Form(env)
self.assertEqual(form.raw_data, MultiDict([('number', '')]))
self.assertEqual(form.python_data, {'number': None})
self.assert_(form.accept({'number': '4'}))
self.assertEqual(form.python_data, {'number': 4})
self.assertEqual(form.get_field('number').raw_value, '4')
self.assertEqual(form.errors, {})
def test_mismatch(self):
class _Form(Form):
fields = [PasswordSet()]
env = AppEnvironment.create()
form = _Form(env)
accept = form.accept({
'password.pass': '******',
'password.conf': 'second'
})
self.assertEqual(
dict(password='******').items(),
form.errors.items())
self.assertFalse(accept)
def test_init(self):
'Initialization of form object'
class F(Form):
fields = [
Field('first', convs.Int()),
Field('second', convs.Int()),
]
env = AppEnvironment.create()
form = F(env)
self.assertEqual(form.initial, {})
self.assertEqual(form.raw_data, {'first': '', 'second': ''})
self.assertEqual(form.python_data, {'first': None, 'second': None})
def test_simple(self):
'Accept with errors'
class _Form(Form):
fields = [
Field('first', convs.Int(required=True)),
Field('second', convs.Int(required=True)),
]
env = AppEnvironment.create()
form = _Form(env)
self.assert_(not form.accept(MultiDict(first='1')))
self.assertEqual(form.errors,
{'second': convs.Converter.error_required})
def test_with_initial(self):
'Accept with initial data'
class _Form(Form):
fields = [
Field('first', convs.Int()),
Field('second', convs.Int()),
]
env = AppEnvironment.create()
form = _Form(env, initial={'second': 3})
self.assert_(form.accept(MultiDict(first='1', second='2')))
self.assertEqual(form.initial, {'second': 3})
self.assertEqual(form.python_data, {'first': 1, 'second': 2})
def test_perm_getter_repr(self):
class F(Form):
fields = [
Field('first', permissions='rw'),
Field('second'),
]
env = AppEnvironment.create()
form = F(env, permissions='rwx')
field = form.get_field('first')
represent = repr(field.perm_getter)
self.assertIn("FieldPerm", represent)
self.assertIn("'r'", represent)
self.assertIn("'w'", represent)
def test_field_block_existing_value(self):
class f(Form):
fields = [
FieldBlock('block', fields=[Field('number', conv=convs.Int)])
]
env = AppEnvironment.create()
form = f(env)
field = form.fields[0]
conv = field.conv
form.accept({'number': '123'})
self.assertEqual(conv._existing_value, {'number': 123})
conv.field = None
self.assertEqual(conv._existing_value, {})
def test_with_initial_at_init(self):
'Initialization of form object with initial values'
class F(Form):
fields = [
Field('first', convs.Int()),
Field('second', convs.Int()),
]
env = AppEnvironment.create()
form = F(env, initial={'first': 1, 'second': 2})
self.assertEqual(form.initial, {'first': 1, 'second': 2})
self.assertEqual(form.raw_data, {'first': '1', 'second': '2'})
self.assertEqual(form.python_data, {'first': 1, 'second': 2})
def test_with_initial(self):
'Accept of readonly fields with initial values'
class _Form(Form):
fields = [
Field('first', convs.Int(), initial=1, permissions='r'),
Field('second', convs.Int()),
]
env = AppEnvironment.create()
form = _Form(env)
self.assert_(form.accept(MultiDict(first='3', second='2')))
self.assertEqual(form.python_data, {'first': 1, 'second': 2})
self.assertEqual(form.raw_data, {'first': '1', 'second': '2'})
def test_fieldlist_is_required(self):
'Fieldlist is required and accepted value is empty'
class _Form(Form):
fields = [
FieldList('list', field=Field('number', convs.Int())),
]
env = AppEnvironment.create()
form = _Form(env)
self.assertEqual(form.raw_data, MultiDict())
self.assertEqual(form.python_data, {'list': []})
self.assert_(form.accept(MultiDict()))
self.assertEqual(form.python_data, {'list': []})
self.assertEqual(form.errors, {})
