class SampleForm(Form):
message = TextField('Message')
class LoginForm(Form):
username = TextField('Username', [validators.Length(min=4, max=25), validators.Required()])
password = PasswordField('Password', [validators.Required()])
class UserLoginForm(FlaskForm):
username = TextField("Username:"******"Password:")
class Meta:
csrf = False
class ReqForm(Form):
name = TextField("Comment", [validators.Required("Please enter comment.")])
submit = SubmitField("Send")
class RecordForm(Form):
stuid = TextField('StudentID', [validators.Length(min=6, max=10)])
name = TextField('Name', [validators.Length(min=6, max=30)])
gender = TextField('Gender', [validators.Length(min=3, max=7)])
phone = TextField('Phone', [validators.Length(min=10, max=15)])
class SignupForm(FlaskForm):
username = TextField('Username', validators=[DataRequired()])
#Add built in Validator
password = PasswordField('Password', validators=[DataRequired(), EqualTo('confirmPass', message='Passwords must match')])
confirmPass = PasswordField('Repeat Password', validators=[DataRequired()])
submit = SubmitField('Sign Up')
class EnterDBInfo(Form):
dbNotes = TextField(label='Items to add to DB', description="db_enter", validators=[validators.required(), validators.Length(min=0, max=128, message=u'Enter 128 characters or less')])
class WIFIservicesForm(Form):
#This should bring up perhaps windows explorer....or at least generate the location to select the file from.
submit = SubmitField('Send Data', validators=[validators.DataRequired()])
email = TextField('Email Address', validators=[validators.DataRequired()])
class DevicesForm(Form):
submit = SubmitField('Add Device', validators=[validators.DataRequired()])
Device_Number = TextField('Device Number',
validators=[validators.DataRequired()])
devicename = TextField('Device Name',
validators=[validators.DataRequired()])
class CreatePost(FlaskForm):
blog_title = TextField('Blog Title', [DataRequired()])
blog_content = TextAreaField('Content', [DataRequired(), Length(
min=100, message="Your content is too little. Write some more!")])
submit = SubmitField('Create Post')
class BluetoothServicesForm(Form):
submit = SubmitField('Send Data', validators=[validators.DataRequired()])
email = TextField('Email Address', validators=[validators.DataRequired()])
class IMForm(FlaskForm):
protocol = SelectField(choices=[('aim', 'AIM'), ('msn', 'MSN')])
username = TextField()
class TelephoneForm(FlaskForm):
country_code = IntegerField('Country Code')
area_code = IntegerField('Area Code/Exchange')
number = TextField('Number')
class ContributorForm(Form):
name = TextField("Name",
validators=[InputRequired("Name can not be empty")])
type = TextField("Role")
special = BooleanField("Is special thanks?")
submit = SubmitField("Add contributor")
class HrSensorForm(Form):
client_id = TextField('Client Id', validators=[DataRequired()])
client_secret = TextField('Client Secret', validators=[DataRequired()])
class CreateTableForm(Form):
tablenumber = TextField('tablenumber',
validators=[validators.DataRequired()])
submit = SubmitField('createtablesubmit',
validators=[validators.DataRequired()])
class LoginForm(FlaskForm):
username = TextField('Username', validators=[DataRequired()])
password = PasswordField('Password', validators=[DataRequired()])
submit = SubmitField('Sign In')
class ReusableForm(Form):
book_input_1 = TextField('book input 1:',
validators=[validators.required()])
class ResultForm(Form):
program_id = StringField('Program ID', validators=[Required()])
# these info should be pull from db in the future
methods = {
'albumin': ['BCG', 'BCP', 'Vitros'],
'alp': [
'PNP AMP buff; IFCC', 'PNP AMP Buff; AACC', 'PNP DEA buff; DGKC',
'Vitros', 'Reflotron', 'Beckman'
],
'alt': [
'Kinetic37C/Kinetic-without pyridoxal', 'Kinetic-pyridoxal',
'Dade Behring', 'Vitros', 'Reflotron', 'Beckman'
],
'ast': [
'Kinetic37C/Kinetic-without pyridoxal', 'Kinetic-pyridoxal',
'Dade Behring', 'Vitros', 'Reflotron', 'Beckman'
],
'bun': ['Enzyme Kinetic', 'Enzyme', 'Vitros', 'Reflotron'],
'bilirubin': [
'Jendrassik-Grof', 'Malloy-Evelyn', 'Vitros', 'Reflotron',
'DCA/DPD', 'Diazonium'
],
'calcium': ['CPC/Asenazo', 'Vitros', 'ISE'],
'chloride': ['Direct ISE', 'Indirect ISE', 'Vitros ISE', 'Reflotron'],
'cholesterol': [
'Enzyme Colorimetric', 'Vitros', 'Reflotron', 'Dade Behring',
'Beckman'
],
'ck': ['CK-NAC/IFCC', 'Colorimetric', 'Vitros', 'Reflotron'],
'creatinine':
['Jaffe Kinetic', 'Jaffe EP', 'Vitros', 'Enzyme', 'Reflotron'],
'ggt': [
'Enzyme Kinetic', 'Enzyme Colorimetric', 'Dade Behring', 'Vitros',
'Reflotron'
],
'glucose': ['GOD', 'HK', 'Vitros', 'Reflotron', 'GDH'],
'hdl_chol': [
'Direct Determination', 'Phospho. Precip./Polyanion', 'Vitros',
'Imm. Inhibition', 'Others'
],
'ldh': ['IFCC', 'SSCC', 'DGKC', 'Vitros', 'Beckman'],
'ldl_chol': ['Direct Determination', 'Others'],
'P': ['Molybdenum EP', 'Molybdenum UV', 'Vitros'],
'K': ['Direct ISE', 'Indirect ISE', 'Vitros', 'Reflotron'],
'protein': ['Biuret-Blank', 'Biuret-Unblank', 'Vitros'],
'Na': ['Direct ISE', 'Indirect ISE', 'Vitros', 'Reflotron'],
'trig': [
'Enzyme Color Total TG', 'Glycerol Blank', 'Vitros', 'Reflotron',
'Dade Behring'
],
'uric': [
'Enzyme EP Blank', 'Enzyme EP Unblank', 'Vitros', 'Reflotron',
'Dade Behring'
],
}
albumin = FloatField('Albumin', validators=[Optional()])
albumin_ = SelectField('albumin_method',
choices=[(m, m) for m in methods['albumin']])
alp = FloatField('ALP', validators=[Optional()])
alp_ = SelectField('alp_method', choices=[(m, m) for m in methods['alp']])
alt = FloatField('ALT (SGPT)', validators=[Optional()])
alt_ = SelectField('alt_method', choices=[(m, m) for m in methods['alt']])
ast = FloatField('AST (SGOT)', validators=[Optional()])
ast_ = SelectField('ast_method', choices=[(m, m) for m in methods['ast']])
bun = FloatField('BUN', validators=[Optional()])
bun_ = SelectField('bun_method', choices=[(m, m) for m in methods['bun']])
bilirubin = FloatField('Bilirubin, Total', validators=[Optional()])
bilirubin_ = SelectField('bilirubin_method',
choices=[(m, m) for m in methods['bilirubin']])
calcium = FloatField('Calcium, Total', validators=[Optional()])
calcium_ = SelectField('calcium_method',
choices=[(m, m) for m in methods['calcium']])
chloride = FloatField('Chloride', validators=[Optional()])
chloride_ = SelectField('chloride_method',
choices=[(m, m) for m in methods['chloride']])
cholesterol = FloatField('Cholesterol', validators=[Optional()])
cholesterol_ = SelectField('cholesterol_method',
choices=[(m, m)
for m in methods['cholesterol']])
ck = FloatField('CK, Total', validators=[Optional()])
ck_ = SelectField('ck_method', choices=[(m, m) for m in methods['ck']])
creatinine = FloatField('Creatinine', validators=[Optional()])
creatinine_ = SelectField('creatinine_method',
choices=[(m, m) for m in methods['creatinine']])
ggt = FloatField('GGT', validators=[Optional()])
ggt_ = SelectField('ggt_method_method',
choices=[(m, m) for m in methods['ggt']])
glucose = FloatField('Glucose', validators=[Optional()])
glucose_ = SelectField('glucose_method',
choices=[(m, m) for m in methods['glucose']])
hdl_chol = FloatField('HDL-Cholesterol', validators=[Optional()])
hdl_chol_ = SelectField('hdl_chol_method',
choices=[(m, m) for m in methods['hdl_chol']])
ldh = FloatField('LDH', validators=[Optional()])
ldh_ = SelectField('ldh_method', choices=[(m, m) for m in methods['ldh']])
ldl_chol = FloatField('LDL-Cholesterol', validators=[Optional()])
ldl_chol_ = SelectField('ldl_chol_method',
choices=[(m, m) for m in methods['ldl_chol']])
P = FloatField('Phosphorus', validators=[Optional()])
P_ = SelectField('P_method', choices=[(m, m) for m in methods['P']])
K = FloatField('Potassium', validators=[Optional()])
K_ = SelectField('K_method', choices=[(m, m) for m in methods['K']])
protein = FloatField('Protein, Total', validators=[Optional()])
protein_ = SelectField('protein_method',
choices=[(m, m) for m in methods['protein']])
Na = FloatField('Sodium', validators=[Optional()])
Na_ = SelectField('Na_method', choices=[(m, m) for m in methods['Na']])
trig = FloatField('Triglycerides', validators=[Optional()])
trig_ = SelectField('trig_method',
choices=[(m, m) for m in methods['trig']])
uric = FloatField('Uric acid', validators=[Optional()])
uric_ = SelectField('uric_method',
choices=[(m, m) for m in methods['uric']])
comment = TextField('Comment', validators=[Optional()])
submit = SubmitField('Submit')
class TaskCreationForm(Form):
students = MultiCheckboxField("Students", coerce=int)
title = StringField('Task Title')
description = TextField('Task Description')
deadline = DateField('When is this task due? (YYYY-MM-DD)')
submit = SubmitField('Create Tasks')
class RetrieveDBInfo(Form):
numRetrieve = TextField(label='Number of DB Items to Get', description="db_get", validators=[validators.required(), validators.Regexp('^\d{1}$',message=u'Enter a number between 1 and 10')])
class ContactForm(Form):
text = TextField("Send a text")
submit = SubmitField('Contact')
class ReusableForm(Form):
ID = TextField('StudentID', [validators.Length(min=6, max=10)])
class LoginForm(Form):
name = TextField("Username", [DataRequired()])
password = PasswordField("Password", [DataRequired()])
class NameForm(Form):
name=TextField("What is your name?",validators=[Required()])
class ForgotForm(Form):
email = TextField("Email",
validators=[DataRequired(),
Length(min=6, max=40)])
class ResetLoginForm(Form):
username = TextField('Username', [validators.Length(min=4, max=25)])
email = TextField('Email Address', [validators.Email(message='Invalid email address.')])
class MovementSensorForm(Form):
secret_key = TextField('Secret Key', validators=[DataRequired(), Length(10)])
class UserCreateForm(FlaskForm):
username = TextField("Username:"******"Password:", [validators.Length(min=6)])
class Meta:
csrf = False
class ForgotPassword(Form):
email = TextField('Your email', validators=[Required()])
