class DataCleaned2(DataCleaned1):
__ignored_fields__ = (
'sensitive_data2',
'sensitive_data3',
)
sensitive_data3 = f.String(required=False)
string4 = f.String(required=False)
class Data(TypedClass):
f_bool = f.Bool()
f_datetime = f.DateTime()
f_date = f.Date()
f_decimal = f.Decimal()
f_int = f.Int()
f_float = f.Float()
f_string = f.String()
f_list = f.List(f.String)
f_ref = f.Ref(Entry)
f_typedmap = f.TypedMap(key=f.String(), value=f.String())
f_rawmap = f.RawMap()
f_rawlist = f.RawList()
f_time = f.Time()
def test_string():
f_string = f.String()
v_string = 'abc'
v_string_simplified = f_string.simplify(value=v_string)
assert v_string_simplified == v_string
def test_ok():
f_typedmap = f.TypedMap(f.String(), f.Bool())
v_typedmap_ok = {'a': False, 'b': True}
v_typedmap = f_typedmap.simplify(value=v_typedmap_ok)
assert v_typedmap == v_typedmap_ok
def test_empty_ok():
f_typedmap = f.TypedMap(f.String(), f.Bool(), required=False)
v_raw_map_ok = None
v_typedmap = f_typedmap.process(name='f_typedmap', value=v_raw_map_ok)
assert v_typedmap == v_raw_map_ok
def test_ok():
f_typedmap = f.TypedMap(f.String(), f.Bool())
v_typedmap = f_typedmap.process(name='f_typedmap',
value={
'a': '0',
'b': True
})
assert v_typedmap == {'a': False, 'b': True}
class TypedClassHTMLFieldProperties(TypedClass):
# base:
required = f.Bool()
comment = f.String(required=False)
# digital only:
min_value = f.Decimal(required=False)
max_value = f.Decimal(required=False)
# string only:
min_length = f.Int(required=False)
max_length = f.Int(required=False)
choices = f.List(f.String, required=False)
# typedmap only:
key = f.String(min_length=1, required=False)
value = f.String(min_length=1, required=False)
# special only:
cls_name = f.String(min_length=1, required=False)
def test_not_string():
f_string = f.String()
error = None
try:
validator_string(f_string, 1)
except TypedClassValidationError as exc:
error = exc
assert error
msg = str(error)
assert msg == 'Not a string'
def test_choices_incorrect():
f_string = f.String(choices=('a', 'b'))
error = None
try:
validator_string(f_string, 'c')
except TypedClassValidationError as exc:
error = exc
assert error
msg = str(error)
assert msg == 'value not found in choices'
def test_max_incorrect():
f_string = f.String(max_length=1)
error = None
try:
validator_string(f_string, 'ab')
except TypedClassValidationError as exc:
error = exc
assert error
msg = str(error)
assert msg == 'String length > 1'
def test_error():
f_typedmap = f.TypedMap(f.String(), f.Bool())
error = None
try:
f_typedmap.process(name='f_typedmap', value=123)
except TypedClassValidationError as exc:
error = exc
assert error
msg = str(error)
assert msg == 'f_typedmap is not Mapping type'
class EntryFull(TypedClass):
f_string_internal = f.String()
f_string_public = f.String()
f_items = f.List(ItemFull)
class Entry1(TypedClass):
f_string1 = f.String()
f_entry2_ref = f.List(Entry2)
class TypedClassHTMLField(TypedClass):
name = f.String(min_length=1)
ftype = f.String(min_length=1)
properties = f.Ref(TypedClassHTMLFieldProperties)
class Entry(TypedClass):
name = f.String()
age = f.Int()
class Data(TypedClass):
# base:
f_bool1 = f.Bool(required=True)
f_bool2 = f.Bool(required=False, comment='test f_bool2')
f_bool3 = f.Bool(extra_validators=(_extra_validator, ))
f_date1 = f.Date(required=True)
f_date2 = f.Date(required=False, comment='test f_date2')
f_datetime1 = f.DateTime(required=True)
f_datetime2 = f.DateTime(required=False, comment='test f_datetime2')
f_decimal1 = f.Decimal(required=True)
f_decimal2 = f.Decimal(required=False, comment='test f_decimal2')
f_decimal3 = f.Decimal(min_value=Decimal('0.0001'),
max_value=Decimal('1.234567890'))
f_int1 = f.Int(required=True)
f_int2 = f.Int(required=False, comment='test f_int2')
f_int3 = f.Int(min_value=-999, max_value=999)
f_float1 = f.Float(required=True)
f_float2 = f.Float(required=False, comment='test f_float2')
f_float3 = f.Float(min_value=1.23, max_value=4.56)
f_string1 = f.String(required=True)
f_string2 = f.String(required=False, comment='test f_string2')
f_string3 = f.String(min_length=1, max_length=50, choices=(
'a',
'b',
))
f_string4 = f.String(choices=())
f_time1 = f.Time(required=True)
f_time2 = f.Time(required=False, comment='test f_time2')
# special:
f_list1 = f.List(f.String, required=True)
f_list2 = f.List(f.String, required=False, comment='test f_list2')
f_list3 = f.List(Entry1)
f_ref1 = f.Ref(Entry1, required=True)
f_ref2 = f.Ref(Entry1, required=False, comment='test f_ref2')
f_set1 = f.Set(f.String, required=True)
f_set2 = f.Set(f.String, required=False, comment='test f_set2')
f_set3 = f.Set(Entry1)
# map-like:
f_rawmap1 = f.RawMap(required=True)
f_rawmap2 = f.RawMap(required=False, comment='test f_rawmap2')
f_typedmap1 = f.TypedMap(key=f.String(), value=f.String(), required=True)
f_typedmap2 = f.TypedMap(key=f.String(),
value=f.String(),
required=False,
comment='test f_typedmap2')
# list-like:
f_rawlist1 = f.RawList(required=True)
f_rawlist2 = f.RawList(required=False, comment='test f_rawlist2')
def test_ok_list():
f_string = f.String(min_length=1, max_length=1, choices=['a', 'b'])
validator_string(f_string, 'a')
class TypedClassHTMLEntry(TypedClass):
class_name = f.String(min_length=1)
fields = f.List(TypedClassHTMLField)
def test_ok_tuple():
f_string = f.String(min_length=1, max_length=1, choices=('a', 'b'))
validator_string(f_string, 'a')
class Data(TypedClass):
f_string = f.String()
f_bool_opt = f.Bool(required=False)
class DataCleaned1(Data):
__ignored_fields__ = (
'sensitive_data1',
)
string3 = f.String(required=False)
class Entry(TypedClass):
f_string = f.String()
class Data(TypedClass):
string1 = f.String()
string2 = f.String()
sensitive_data1 = f.String()
sensitive_data2 = f.String()
class Data(TypedClass):
string1 = f.String()
string2 = f.String()
class ItemCleaned(TypedClass):
a = f.String()
class Entry3(TypedClass):
f_string3 = f.String()
class EntryCleaned(TypedClass):
f_string_public = f.String()
f_items = f.List(ItemCleaned)
class ItemFull(TypedClass):
a = f.String()
b = f.String()
class Entry(TypedClass):
test = f.String()
class Entry2(TypedClass):
f_string2 = f.String()
f_entry3_ref = f.List(Entry3)
