def __init__(self, *args, **kwargs):
super().__init__(*args, **kwargs)
self._instances = Instances(self._supervisor.get_db())
hosts_names = [host.get_name() for host in self._supervisor.get_hosts()]
apps_images = [app.get_image() for app in self._supervisor.get_apps()]
self.host.validators = [validators.input_required(),
validators.any_of(hosts_names)]
self.image.validators = [validators.input_required(),
validators.any_of(apps_images)]
class NewEmployeeForm(Form):
"""
Handle backend communications for the button associated with generating predictions on a hypothetical employee
"""
satisfaction_level = FloatField(
'Satisfaction Level, ranging from 0 to 1',
[
validators.DataRequired() #,
# validators.number_range(0, 1)
])
last_evaluation = FloatField(
'Last Evaluation, ranging from 0 to 1',
[
validators.DataRequired() #,
#validators.number_range(0, 1)
])
number_project = IntegerField(
'Number of Projects, at least zero',
[
validators.DataRequired() #,
#validators.number_range(min=0)
])
average_montly_hours = IntegerField(
'Average Monthly Hours, at least zero',
[
validators.DataRequired() #,
#validators.number_range(min=0)
])
time_spend_company = IntegerField(
'Time Spent at Company, at least zero',
[
validators.DataRequired() #,
#validators.number_range(min=0)
])
Work_accident = StringField(
'Work Accident, True or False',
[
validators.DataRequired(),
validators.any_of(["True", "False", "true", "false", "0", "1"])
# ideally, this is a BooleanField
])
promotion_last_5years = StringField(
'Promotion Within Last 5 Years, True or False',
[
validators.DataRequired(),
validators.any_of(["True", "False", "true", "false", "0", "1"])
# ideally, this is a BooleanField
])
department = StringField('Depatrment', [validators.DataRequired()])
salary = StringField('Salary Band', [validators.DataRequired()])
class formReg(Form):
first_name = StringField('First Name', [validators.length(min=1, max=50)])
last_name = StringField('Last Name', [validators.length(min=1, max=50)])
address1 = StringField('Address 1', [validators.length(min=1, max=95)])
address2 = StringField('Address 2')
city = StringField('City', [validators.length(min=1, max=35)])
state = StringField(
'State (2 Digit Code)',
[validators.any_of(states),
validators.length(min=1, max=2)])
zipCode = StringField('Zip Code', [validators.length(min=5, max=9)])
country = StringField(
'Country (US Only)',
[validators.any_of(countries),
validators.length(min=1, max=2)])
class BookingForm(FlaskForm):
clientName = wtforms.StringField(
"Вас зовут",
[validators.InputRequired(message="Необходимо ввести имя")])
clientPhone = wtforms.StringField("Ваш телефон", [
validators.InputRequired(message="Необходимо ввести телефон"),
validators.regexp(TEL_REG,
message="Телефон должен содержать от 6 до 11 цифр")
])
clientTeacher = wtforms.HiddenField()
clientWeekday = wtforms.HiddenField("", [
validators.any_of(DAY_VALUES,
"К сожалению, вы ввели неверный день недели")
])
clientTime = wtforms.HiddenField("", [
validators.any_of(TIME_VALUES, "К сожалению, вы ввели неверное время")
])
class SearchForm(Form):
flag = HiddenField('flag',
validators=[
validators.any_of(
message="invalid search option/form",
values=c.form_flags.values(),
values_formatter=str),
])
class GetOssStsToken(CMForm):
pic_type = StringField(u'pic_type',
validators=[
validators.data_required(message=u'u缺少图片分类'),
validators.any_of([
'index', 'team', 'investment', 'news',
'addr', 'about'
])
])
class LockinForm(ValidatingForm):
fuel_type = StringField("fuel_type",
validators=[
validators.input_required(),
validators.any_of(fuel_types.keys())
])
expected_price = FloatField("expected_price",
validators=[validators.input_required()])
lat = FloatField("lat", validators=[validators.input_required()])
lng = FloatField("lng", validators=[validators.input_required()])
class UserInput(FlaskForm):
address = StringField('Address')
zip_code = StringField(
'Zip Code',
validators=[
any_of(list(zip_populations.keys()),
message='Please Enter a Milwaukee Zip Code.')
])
time = SelectField('Time', choices=[*time_slots])
submit = SubmitField('Submit')
class CountryForm(Form):
name = StringField(
"Country name: ",
[validators.data_required("Please, enter a country name.")])
population = IntegerField("Population: ", [validators.number_range(0, )])
gov = StringField("Government type (унітарна, парламентська): ",
[validators.any_of('унітарна', 'парламентська')])
year_creation = IntegerField("Year of creation: ")
submit = SubmitField("Enter")
class MainSearch(SearchForm):
# _attributes = {
# "placeholder": gettext('Entre o nome cientifico de seguida <ENTER>'),
# }
name_field = StringField(
label=gettext('Nome Científico'),
name=b_c.name_full_scientific_name_string,
validators=[
validators.DataRequired(
message=gettext("Por favor submeta um nome científico"))
],
render_kw=None)
flag = HiddenField('flag',
validators=[
validators.any_of(
message="invalid search option/form",
values=c.form_flags.values(),
values_formatter=str),
],
render_kw={'value': c.form_flags['simple_search']})
def __init__(self, *args, **kwargs):
# creates an attribute for the form with the name.
# now have to delete the previous name_attr
setattr(self, b_c.name_full_scientific_name_string, self.name_field)
self._to_remove_from = ['name_field']
_new_unbound_fields = []
for unbound_field in self._unbound_fields:
if unbound_field[0][0] not in self._to_remove_from:
_new_unbound_fields.append(unbound_field)
_new_unbound_fields.append(
(b_c.name_full_scientific_name_string, self.name_field))
self._unbound_fields = _new_unbound_fields
# self._unbound_fields = self._unbound_fields + [[b_c.name_full_scientific_name_string, self.name_field]]
super(SearchForm, self).__init__(*args, **kwargs)
def field_name(self):
return self.name_field
def get_errors(self):
if self.errors:
# the most anti-pythonic line of code ever!
return {
self._fields.get(key).label.text: error_list
for key, error_list in self.errors.items()
if key not in self._to_remove_from
}
class CountryForm(FlaskForm):
country_name = StringField("Country name: ", [
validators.DataRequired("Please enter a country name."),
validators.Length(3, 20, "Value should be from 3 to 20 symbols")
])
country_population = IntegerField("Population: ",
[validators.number_range(2)])
country_goverment = StringField(
"Type of goverment: ", [validators.any_of("унітарне", "демократичне")])
country_location = StringField(
"Location: ",
[validators.Length(5, 20, "Value should be from 5 to 20 symbols")])
submit = SubmitField("Save")
class UserForm(Form):
"""
The form for update the user.
"""
name = StringField(
validators=[validators.data_required()],
filters=[lambda x: x.strip() if isinstance(x, basestring) else None],
)
email = StringField(
validators=[validators.email()],
filters=[
lambda x: x.strip().lower() if isinstance(x, basestring) else None
],
)
permission = IntegerField(
default=UserPermission.normal,
validators=[
validators.any_of([UserPermission.root, UserPermission.normal])
],
filters=[utils.int_filter],
)
class WishForm(FlaskForm):
id = HiddenField()
student_id = SelectField(
"Оберіть ID студента: ",
[validators.DataRequired("Це поле є обов'язковим")],
choices=ch,
coerce=int)
wish_date = DateField(
"Дата побажання: ",
[validators.data_required("Це поле є обов'язковим.")],
format='%Y-%m-%d')
wish_performer = StringField(
"Оберіть виконавця: ",
[validators.any_of(pers, "Перевірте, чи такий виконавець існує")])
wish_melody = SelectField("Код мелодії: ", None, choices=ch2, coerce=int)
wish_genre = SelectField("Код жанру: ", None, choices=ch1, coerce=int)
submit = SubmitField("Зберегти")
from flask import Flask, request, render_template
from flask.ext.wtf import Form
from wtforms import StringField, IntegerField, validators, ValidationError
import wtforms_json
import config
import os
app = Flask(__name__, template_folder='templates')
app.config.from_object(config)
API_validators = [{'client.name': [validators.Length(min=1),],
'order.count': [validators.number_range(min=1,max=5),],
'order.product_name': [validators.any_of(['potatoes','apples','cherries']),],
'client.full_address': [validators.Length(min=1),],
},
{'client.name': [validators.Length(min=1),],
'order.count': [validators.number_range(min=1,max=10),],
'order.product_name': [validators.any_of(['potatoes','apples','cherries']),],
'client.address.full_address': [validators.Length(min=1),],
'client.email': [validators.Length(min=1),validators.Email(),]
}
]
def flatten_dict(dd, separator='.', prefix=''):
return { prefix + separator + k if prefix else k : v
for kk, vv in dd.items()
for k, v in flatten_dict(vv, separator, kk).items()
class AdvancedSearch(MainSearch):
flag = HiddenField('flag',
validators=[
validators.any_of(
message="invalid search option/form",
values=c.form_flags.values(),
values_formatter=str),
],
render_kw={'value': c.form_flags['advanced_search']})
# validators.Optional()
name_field = StringField(label=gettext('Nome Científico'),
name=b_c.name_full_scientific_name_string,
validators=[validators.Optional()],
render_kw=None)
province_field = ThisSelectField(
label=gettext("Província"),
choices=[(province, province) for province in service.get_provinces()],
render_kw={
'multiple': '',
'size': len(service.get_provinces())
},
validators=[
validators.Optional(),
])
start_date_field = DateField(label=(gettext("Data") + ' ' +
gettext("(inicio)")),
format=c.date_format,
render_kw={
'data-language': gettext("lang"),
},
validators=[
LessThan(b_c.name_last_date_end),
validators.Optional(),
])
end_date_field = DateField(label=(gettext("Data") + ' ' +
gettext("(fim)")),
format=c.date_format,
validators=[
GreaterThan(b_c.name_last_date_start),
validators.Optional(),
])
start_latitude_field = DecimalField(
label=(gettext("Latitude") + ' (' + gettext("início") + ')'),
validators=[
LessThan(b_c.name_latitude_decimal_end),
validators.NumberRange(
min=-180,
max=180,
message=gettext(
"permitido valores no intervalo de -180 a 180")),
validators.Optional(),
])
end_latitude_field = DecimalField(
label=(gettext("Latitude") + ' (' + gettext("fim") + ')'),
validators=[
GreaterThan(b_c.name_latitude_decimal_start),
validators.NumberRange(
min=-180,
max=180,
message=gettext(
"permitido valores no intervalo de -180 a 180")),
validators.Optional(),
])
start_longitude_field = DecimalField(
label=(gettext("Longitude") + ' (' + gettext("início") + ')'),
validators=[
LessThan(b_c.name_longitude_decimal_end),
validators.Optional(),
validators.NumberRange(
min=-180,
max=180,
message=gettext(
"permitido valores no intervalo de -180 a 180")),
validators.Optional(),
])
end_longitude_field = DecimalField(
label=(gettext("Longitude") + ' (' + gettext("fim") + ')'),
validators=[
GreaterThan(b_c.name_longitude_decimal_start),
validators.Optional(),
validators.NumberRange(
min=-180,
max=180,
message=gettext(
"permitido valores no intervalo de -180 a 180")),
validators.Optional(),
])
def __init__(self, *args, **kwargs):
setattr(self, b_c.name_full_scientific_name_string, self.name_field)
setattr(self, b_c.name_province, self.province_field)
setattr(self, b_c.name_last_date_start, self.start_date_field)
setattr(self, b_c.name_last_date_end, self.end_date_field)
setattr(self, b_c.name_latitude_decimal_start,
self.start_latitude_field)
setattr(self, b_c.name_latitude_decimal_end, self.end_latitude_field)
setattr(self, b_c.name_longitude_decimal_start,
self.start_longitude_field)
setattr(self, b_c.name_longitude_decimal_end, self.end_longitude_field)
# add here to remove original, keep mines... HAH!
self._to_remove_from = [
'name_field', 'province_field', 'start_date_field',
'end_date_field', 'start_latitude_field', 'start_longitude_field',
'end_latitude_field', 'end_longitude_field'
]
_new_unbound_fields = []
for unbound_field in self._unbound_fields:
if unbound_field[0] not in self._to_remove_from:
_new_unbound_fields.append(unbound_field)
# add here. to the new unbound_fields
_new_unbound_fields.append(
(b_c.name_full_scientific_name_string, self.name_field))
_new_unbound_fields.append((b_c.name_province, self.province_field))
_new_unbound_fields.append(
(b_c.name_last_date_start, self.start_date_field))
_new_unbound_fields.append(
(b_c.name_last_date_end, self.end_date_field))
_new_unbound_fields.append(
(b_c.name_latitude_decimal_start, self.start_latitude_field))
_new_unbound_fields.append(
(b_c.name_latitude_decimal_end, self.end_latitude_field))
_new_unbound_fields.append(
(b_c.name_longitude_decimal_start, self.start_longitude_field))
_new_unbound_fields.append(
(b_c.name_longitude_decimal_end, self.end_longitude_field))
self._unbound_fields = _new_unbound_fields
super(MainSearch, self).__init__(*args, **kwargs)
class UpdateSettingForm(Form):
nameString = ["departments", "positions", "shieldTypes", "spliceTypes", "interfaceProtocol"]
name = StringField(validators=[validators.any_of(nameString)])
value = StringField(validators=[validators.length(max=125)])
class ActionForm(Form):
type = SelectField('Which type?', choices=[
('none', ''), ('randplaylist', 'Random from playlist')],
validators=[any_of(('randplaylist',))])
randplaylist = FormField(RandomPlaylistForm, 'Random from playlist')
def AnyOf(cls, values, message=None, values_formatter=None):
''' Compares the incoming data to a sequence of valid inputs. '''
return validators.any_of(values, message, values_formatter)
class FilterSearch(AdvancedSearch):
flag = HiddenField('flag',
validators=[
validators.any_of(
message="invalid search option/form",
values=c.form_flags.values(),
values_formatter=str),
],
render_kw={'value': c.form_flags['side_filter']})
provider_field = None
province_field = None
start_latitude_field = None
end_latitude_field = None
start_longitude_field = None
end_longitude_field = None
start_date_field = None
end_date_field = None
def __init__(self, *args, **kwargs):
# setattr(self, b_c.name_province, self.province_field)
_provider_choices = []
_province_choices = []
_latitude_start = None
_latitude_end = None
_longitude_start = None
_longitude_end = None
_date_start = None
_date_end = None
_results_dict = kwargs.pop('_results_dict', None)
if _results_dict:
_provider_choices = [
(provider.id, provider.full_name)
for provider in _results_dict['data_providers']
]
_province_choices = [(province, province)
for province in _results_dict['provinces']]
if _results_dict.get('filter_form_values', None):
if _results_dict['filter_form_values'].get(
b_c.name_latitude_decimal_start, None):
_latitude_start = _results_dict['filter_form_values'][
b_c.name_latitude_decimal_start]
if _results_dict['filter_form_values'].get(
b_c.name_latitude_decimal_end, None):
_latitude_end = _results_dict['filter_form_values'][
b_c.name_latitude_decimal_end]
if _results_dict['filter_form_values'].get(
b_c.name_latitude_decimal_start, None):
_longitude_start = _results_dict['filter_form_values'][
b_c.name_longitude_decimal_start]
if _results_dict['filter_form_values'].get(
b_c.name_latitude_decimal_start, None):
_longitude_end = _results_dict['filter_form_values'][
b_c.name_longitude_decimal_end]
if _results_dict['filter_form_values'].get(
b_c.name_last_date_start, None):
_date_start = _results_dict['filter_form_values'][
b_c.name_last_date_start]
if _results_dict['filter_form_values'].get(
b_c.name_last_date_end, None):
_date_end = _results_dict['filter_form_values'][
b_c.name_last_date_end]
else:
if args and args[0]:
if args[0].getlist(b_c.name_province):
_province_choices = [
(province, province)
for province in args[0].getlist(b_c.name_province)
]
if args[0].getlist(b_c.name_provider):
provider_id_list = args[0].getlist(b_c.name_provider)
providers = service.get_providers_with_ids(
provider_id_list)
_provider_choices = [(provider.id, provider.full_name)
for provider in providers]
else:
providers = service.get_providers()
_provider_choices = [(provider.id, provider.full_name)
for provider in providers]
self.provider_field = ThisSelectField(
label=gettext("Instituição"),
choices=_provider_choices,
coerce=int,
default=_provider_choices[0][0] if _provider_choices else None,
render_kw={
'multiple': 'multiple',
'size': len(_provider_choices)
},
validators=[validators.Optional()]) #validators.DataRequired()
self.province_field = ThisSelectField(
label=gettext("Província"),
choices=_province_choices,
render_kw={
'multiple': 'multiple',
'size': len(_province_choices)
},
default=_province_choices[0][0] if _province_choices else None,
coerce=str,
validators=[]) #validators.Optional(),
self.start_latitude_field = DecimalField(
label=(gettext("Latitude") + ' (' + gettext("início") + ')'),
render_kw={"value": _latitude_start if _latitude_start else ''},
validators=[
LessThan(b_c.name_latitude_decimal_end),
validators.NumberRange(
min=-180,
max=180,
message=gettext(
"permitido valores no intervalo de -180 a 180")),
validators.Optional(),
])
self.end_latitude_field = DecimalField(
label=(gettext("Latitude") + ' (' + gettext("fim") + ')'),
render_kw={"value": _latitude_end if _latitude_end else ''},
validators=[
GreaterThan(b_c.name_latitude_decimal_start),
validators.NumberRange(
min=-180,
max=180,
message=gettext(
"permitido valores no intervalo de -180 a 180")),
validators.Optional(),
])
self.start_longitude_field = DecimalField(
label=(gettext("Longitude") + ' (' + gettext("início") + ')'),
render_kw={"value": _longitude_start if _longitude_start else ''},
validators=[
LessThan(b_c.name_longitude_decimal_end),
validators.Optional(),
validators.NumberRange(
min=-180,
max=180,
message=gettext(
"permitido valores no intervalo de -180 a 180")),
validators.Optional(),
])
self.end_longitude_field = DecimalField(
label=(gettext("Longitude") + ' (' + gettext("fim") + ')'),
render_kw={"value": _longitude_end if _longitude_end else ''},
validators=[
GreaterThan(b_c.name_longitude_decimal_start),
validators.Optional(),
validators.NumberRange(
min=-180,
max=180,
message=gettext(
"permitido valores no intervalo de -180 a 180")),
validators.Optional(),
])
self.start_date_field = DateField(
label=(gettext("Data") + ' ' + gettext("(inicio)")),
render_kw={"value": _date_start if _date_start else ''},
format=c.date_format,
validators=[
LessThan(b_c.name_last_date_end),
validators.Optional(),
])
self.end_date_field = DateField(
label=(gettext("Data") + ' ' + gettext("(fim)")),
render_kw={"value": _date_end if _date_end else ''},
format=c.date_format,
validators=[
GreaterThan(b_c.name_last_date_start),
validators.Optional(),
])
setattr(self, b_c.name_full_scientific_name_string, self.name_field)
setattr(self, b_c.name_provider, self.provider_field)
setattr(self, b_c.name_province, self.province_field)
setattr(self, b_c.name_last_date_start, self.start_date_field)
setattr(self, b_c.name_last_date_end, self.end_date_field)
setattr(self, b_c.name_latitude_decimal_start,
self.start_latitude_field)
setattr(self, b_c.name_latitude_decimal_end, self.end_latitude_field)
setattr(self, b_c.name_longitude_decimal_start,
self.start_longitude_field)
setattr(self, b_c.name_longitude_decimal_end, self.end_longitude_field)
self._to_remove_from = [
'name_field', 'province_field', 'provider_field',
'start_date_field', 'end_date_field', 'start_latitude_field',
'start_longitude_field', 'end_latitude_field',
'end_longitude_field'
]
_new_unbound_fields = []
for unbound_field in self._unbound_fields:
if unbound_field[0] not in self._to_remove_from:
_new_unbound_fields.append(unbound_field)
# add here. to the new unbound_fields
_new_unbound_fields.append(
(b_c.name_full_scientific_name_string, self.name_field))
_new_unbound_fields.append((b_c.name_province, self.province_field))
_new_unbound_fields.append((b_c.name_provider, self.provider_field))
_new_unbound_fields.append(
(b_c.name_last_date_start, self.start_date_field))
_new_unbound_fields.append(
(b_c.name_last_date_end, self.end_date_field))
_new_unbound_fields.append(
(b_c.name_latitude_decimal_start, self.start_latitude_field))
_new_unbound_fields.append(
(b_c.name_latitude_decimal_end, self.end_latitude_field))
_new_unbound_fields.append(
(b_c.name_longitude_decimal_start, self.start_longitude_field))
_new_unbound_fields.append(
(b_c.name_longitude_decimal_end, self.end_longitude_field))
self._unbound_fields = _new_unbound_fields
super(AdvancedSearch, self).__init__(*args, **kwargs)
def construct_colum_for_column_type(type_name,
column_name,
required=False,
column_default=None,
column_min=None,
column_max=None,
widget=None,
filter_=None,
primary=False,
rel_class=None):
validators_ = []
if required and not primary:
validators_.append(
validators.any_of([True, False]) if type_name ==
'boolean' else validators.data_required())
else:
validators_.append(validators.optional())
if not type_name == 'date' and not type_name == 'datetime':
if column_min or column_max:
if column_min and column_max:
lenght_validator = validators.length(min=column_min,
max=column_max)
elif column_min and not column_max:
lenght_validator = validators.length(min=column_min)
else:
lenght_validator = validators.length(max=column_max)
validators_.append(lenght_validator)
else:
if column_min or column_max:
if column_min and column_max:
lenght_validator = validators.number_range(
min=date(column_min, 1, 1) if type_name == "date" else
datetime.datetime(column_min, 1, 1, 1, 1, 1),
max=date(column_max, 12, 31) if type_name == "date" else
datetime.datetime(column_min, 12, 31, 23, 59, 59))
elif column_min and not column_max:
lenght_validator = validators.number_range(
min=date(column_min, 1, 1) if type_name ==
"date" else datetime.datetime(column_min, 1, 1, 1, 1, 1))
else:
lenght_validator = validators.number_range(
max=date(column_max, 12, 31) if type_name == "date" else
datetime.datetime(column_min, 12, 31, 23, 59, 59))
validators_.append(lenght_validator)
else:
lenght_validator = validators.number_range(
min=date(1920, 1, 1) if type_name ==
"date" else datetime.datetime(1920, 1, 1, 1, 1, 1))
validators_.append(lenght_validator)
choices = []
if rel_class:
choices = [(g.id, g.name)
for g in session_db.query(rel_class).order_by('id')]
data = {
'integer':
IntegerField(column_name, validators_, default=column_default),
'unicode_text':
StringField(column_name, validators_, default=column_default),
'text':
StringField(column_name, validators_, default=column_default),
'string':
StringField(column_name, validators_, default=column_default),
'decimal':
IntegerField(column_name, validators_, default=column_default),
'boolean':
BooleanField(column_name, validators_, default=column_default),
'datetime':
DateTimeField(column_name, validators_, default=column_default),
'date':
DateField(column_name, validators_, default=column_default),
'select':
SelectField(column_name, validators_, coerce=int, choices=choices)
}
if type_name in data:
if rel_class:
current_column = data['select']
else:
current_column = data[type_name]
if widget:
current_column.field_class.widget = widget
if filter_:
current_column.filters = [filter_]
if primary:
current_column.field_class.widget = widgets.HiddenInput()
# if rel_class:
# current_column.choices = [(g.id, g.name) for g in session_db.query(rel_class).order_by('id')]
# if required:
# current_column.render_kw = current_column.render_kw + {"class": 'req-field'}
else:
current_column = None
return current_column
class AlarmForm(Form):
type = SelectField('Which type?', choices=[
('none', ''), ('frequency', 'Frequency'), ('single', 'Single')],
validators=[any_of(('frequency', 'single'))])
single = FormField(SingleAlarmForm, 'Single')
freq = FormField(FreqAlarmForm, 'Frequency')