def Profile(user):
class profile(Form):
pass
if user.heightInch is None: #metric
defaultSystem = "Metric"
defaultHeight = [int(user.heightFeet), None, None, None]
defaultWeight = [int(user.weight), None]
else:
defaultSystem = "US"
defaultHeight = [
None, None, int(user.heightFeet),
int(user.heightInch)
]
defaultWeight = [None, int(user.weight)]
profile.age = IntegerField('age',
validators=[Required()],
default=int(user.age))
profile.gender = RadioField('gender',
validators=[Required()],
choices=[("Males", "Male"),
("Females", "Female")],
default=user.gender)
profile.conditions = SelectField('condition',
choices=[("None", "None"),
("Pregnancy", "Pregnancy"),
("Lactation", "Lactation")],
validators=[Required()],
default=user.conditions)
profile.unitSystem = RadioField('gender',
validators=[Required()],
choices=[("US", "US"),
("Metric", "Metric")],
default=defaultSystem)
profile.weight = IntegerField('weight(lb)', [validators.Optional()],
default=defaultWeight[1])
profile.weightKg = IntegerField('weight(kg)', [validators.Optional()],
default=defaultWeight[0])
profile.heightFeet = IntegerField('height(ft)', [validators.Optional()],
default=defaultHeight[2])
profile.heightInch = IntegerField('height(in)', [validators.Optional()],
default=defaultHeight[3])
profile.heightCm = IntegerField('height(cm)', [validators.Optional()],
default=defaultHeight[0])
profile.activity = SelectField('activity',
coerce=float,
choices=[(1.2, "Sedentary"),
(1.375, "Lightly Active"),
(1.55, "Moderately Active"),
(1.725, "Very active"),
(1.9, "Extremely Active")],
validators=[Required()],
default=user.activity)
profile.saveChange = SubmitField("Save Changes")
form = profile()
return form
class LoginForm(RedirectForm):
username = TextField('Username', [validators.Optional()])
password = PasswordField('Password', [validators.Optional()])
openid = TextField('OpenID', [validators.Optional()],
description=u'An OpenID URL or a webfinger identity')
def __init__(self, *args, **kwargs):
Form.__init__(self, *args, **kwargs)
RedirectForm.__init__(self, *args, **kwargs)
self.user = None
def validate(self):
if not Form.validate(self):
return False
user = None
openid_identifier = None
# Account for webfinger addresses in OpenID input and fetch the OpenID
# identifier from the webfinger identity
if '@' in self.openid.data:
webfinger = finger(self.openid.data)
if not webfinger.open_id:
self.webfinger.errors.append(
'Can\'t find any OpenID identifier for {0}'.format(
self.webfinger.data))
else:
openid_identifier = webfinger.open_id
self.openid.data = self.openid.data or openid_identifier
if openid_identifier or self.openid.data:
openid = OpenID.query.filter_by(url=self.openid.data).first()
if not openid:
self.openid.errors.append('Unknown OpenID URL {0}'.format(
self.openid.data))
return False
else:
user = openid.user
if self.username.data and self.password.data:
user = User.query.filter_by(username=self.username.data).first()
if user is None:
self.username.errors.append('Unknown username')
elif not user.check_password(self.password.data):
self.password.errors.append('Invalid password')
if user:
self.user = user
return True
return False
class ContactForm(Form):
plexuser = TextField(
"Your Plex.tv username",
[validators.Required("Please enter a Plex username.")])
name = TextField("Name (optional)",
[validators.Optional("Please enter your name.")])
email = TextField("Email (optional to receive confirmation)", [
validators.Optional("Please enter your email address."),
validators.Email("Please enter your email address.")
])
submit = SubmitField("Send")
class PlayerStatForm(Form):
goals = IntegerField('Goals', [validators.Optional()],
description=u'Goals')
absence = SelectField('Absence', [validators.Required()],
choices=[('False','No'), ('True','Yes')],
description=u'Absent')
goalie_win = SelectField('Goalie Win', [validators.Optional()],
choices=[('False','No'),('True','Yes'),],
description=u'Goalie Win')
goalie_loss = SelectField('Goalie Loss', [validators.Optional()],
choices=[('False','No'),('True','Yes'),],
description=u'Goalie Loss')
assists= IntegerField('Assists', [validators.Optional()],
description=u'Assists')
submit= SubmitField()
class GameForm(Form):
all_teams = model.current_teams()
game_date = DateField('Game Date', [validators.Required(message= (u'Game Date: mm/dd/yyyy'))],
format= '%m/%d/%Y', description=u'Game Date(mm/dd/yyyy)')
home_team = SelectField('Home', [validators.Required(message=(u'Select Team'))],
choices=[(str(i.id),i.teamname) for i in all_teams],
description=u'Home Team')
away_team = SelectField('Away', [validators.Required(message=(u'Select Team'))],
choices=[(str(i.id),i.teamname) for i in all_teams],
description=u'Opponent')
home_score = IntegerField('Home Score', [validators.Optional()],
description=u'Home Score')
away_score = IntegerField('Away Score', [validators.Optional()],
description=u'Opponent Score')
class ProfileFull(Form):
age = DecimalField('age', validators=[Required()])
conditions = SelectField('condition',
choices=[("None", "None"),
("Pregnancy", "Pregnancy"),
("Lactation", "Lactation")],
validators=[Required()])
weight = DecimalField('weight(lb)', [validators.Optional()])
weightKg = DecimalField('weight(kg)', [validators.Optional()])
heightFeet = DecimalField('height(ft)', [validators.Optional()])
heightInch = DecimalField('height(in)', [validators.Optional()])
heightCm = DecimalField('height(cm)', [validators.Optional()])
activity = SelectField('activity',
coerce=float,
choices=[(1.2, "Sedentary"),
(1.375, "Lightly Active"),
(1.55, "Moderately Active"),
(1.725, "Very active"),
(1.9, "Extremely Active")],
validators=[Required()])
submitGuest = SubmitField("Guest")
submitSignUp = SubmitField("Sign Up")
class UserProfileForm(UserRegisterForm):
password = PasswordField('password', [
validators.Optional(),
validators.Length(min=6, max=64),
validators.EqualTo('confirm', message='Passwords must match')
],
filters=[strip_filter])
per_page = SelectField('per_page',
coerce=int,
choices=[(n, n) for n in range(10, 21)])
suggestion = BooleanField('suggestion', default=True)
recently = SelectField('recently',
coerce=int,
choices=[(n, n) for n in range(5)])
def createFoodsILike(foodIdsArg, foodNamesArg):
#foodDict has key as ID and value as foodnames - This helps the quick reflection of the current status of the session
class FoodsILike(Form):
foodIds = foodIdsArg
foodNames = foodNamesArg
FoodsILike.submit = SubmitField('Generate My Diet')
FoodsILike.remove = SubmitField("Remove")
FoodsILike.toggle = SubmitField("Select/Deselect All")
for i in range(len(FoodsILike.foodIds)):
setattr(FoodsILike, FoodsILike.foodIds[i],
BooleanField(FoodsILike.foodNames[i], [validators.Optional()]))
form = FoodsILike()
return form
class UserProfileForm(UserRegisterForm):
password = PasswordField('Password',
[validators.Optional(),
validators.Length(min=6, max=64),
validators.EqualTo('confirm',
message=pmm)],
filters=[strip_filter])
per_page = SelectField('Items per page',
coerce=int,
choices=[(n, n) for n in range(10, 21)])
suggestion = SelectField('Show suggestions',
coerce=int,
choices=[(n, n) for n in range(5)])
recently = SelectField('Recently added',
coerce=int,
choices=[(n, n) for n in range(5)])
class ChangePasswordForm(Form):
password = PasswordField('Password',
[validators.Optional()])
new_password = PasswordField('New password', [validators.Required()])
def __init__(self, *args, **kw):
Form.__init__(self, *args, **kw)
def validate(self):
if not Form.validate(self):
return False
if g.user.password is not None:
if not g.user.check_password(self.password.data):
self.password.errors.append('Invalid password')
return True
class EditProfileForm(Form):
firstname = TextField('First Name', [validators.Optional()],
description=u'First Name')
lastname = TextField('Last Name',[validators.Optional()],
description=u'Last Name')
address= TextField('Address',[validators.Optional()],
description=u'Address')
city= TextField('City',[validators.Optional()], description=u'City')
state = TextField('State', [validators.length(max=2),
validators.Optional()], description=u'State')
zipcode = TextField('Zipcode', [validators.Optional()], description=u'Zipcode')
country = TextField('Country',[validators.Optional()], description=u'Country')
user_disabled= BooleanField('Taking a break? Disable Account')
about_me= TextAreaField('About Me', [validators.length(min=0, max=140)],
description=u'About Me!!')
class SeasonCycleForm(Form):
leaguename = TextField('League Name', [validators.Required()],
description=u'League Name')
cyclename = TextField('Cycle Name', [validators.Required(),
validators.length(min=6, max=25)],
description=u'Season Cycle Description')
num_of_teams = IntegerField('Number Of Teams', [validators.Required()],
description=u'Max # Teams')
home_region = TextField('League Name', [validators.Required()],
description=u'Home Region')
fee_resident = FloatField('Resident Fee', [validators.Required()],
description=u'Resident Fee')
fee_nonresident = FloatField('Resident Fee', [validators.Optional()],
description=u'Nonresident Fee (Optional)')
reg_start = DateField('Registration Starts', [validators.Required(message=(u'start date: mm/dd/yyyy'))],
format= '%m/%d/%Y', description=u'Registration Starts (mm/dd/yyyy)')
reg_end = DateField('Registration Ends', [validators.Required(message= (u'end date: mm/dd/yyyy'))],
format= '%m/%d/%Y', description=u'Registration Ends (mm/dd/yyyy)')
class ProfileForm(Form):
'''
Edit user profile form
'''
username = TextField('Username', [validators.Required()])
email = html5.EmailField('Email', [validators.Required()])
openid = html5.URLField('OpenID', [validators.Optional()])
def __init__(self, *args, **kw):
Form.__init__(self, *args, **kw)
def validate(self):
if not Form.validate(self):
return False
user_exists = User.query.filter(
User.username==self.username.data).filter(
User.email!=g.user.email).count()
if user_exists:
self.username.errors.append(
'The username "{0}" is already taken'.format(
self.username.data))
return False
email_exists = User.query.filter(
User.email==self.email.data).filter(
User.username!=g.user.username).count()
if email_exists:
self.email.errors.append(
'The email "{0}" is already taken'.format(
self.email.data))
return False
return True
class RegistrationForm(Form):
username = TextField('Username', [validators.Required()])
password = PasswordField('Password', [validators.Optional()])
email = html5.EmailField('Email', [validators.Required()])
def __init__(self, *args, **kw):
Form.__init__(self, *args, **kw)
self.user = None
def validate(self):
if not Form.validate(self):
return False
if not self.password.data and not self.openid.data:
self.errors.append(
'You must include either password or an OpenID URL')
return False
user = User.query.filter_by(username=self.username.data).first()
if user is not None:
self.username.errors.append('User already exists.')
return True
class TeamForm(Form):
teamname = TextField('Teamname', [validators.Optional()],
description=u'Team Name')
team_leader = IntegerField('Leader_id')
validators.Regexp("^[a-z0-9\.\_]{5,}$"), login_validator
]
def password_validator(form, field):
if len(field.data) > 0:
invalid_chars = [c for c in field.data if c.isspace()]
if invalid_chars:
raise ValidationError(gettext('Passwords can not contain a space'))
if len(field.data) < 8:
raise ValidationError(
gettext('password lenght must be at least 8 characters long'))
USER_PASSWORD_DEFAULT_VALIDATORS = [
validators.Optional(),
validators.Regexp("[^\s]{8,}"), password_validator
]
# Registrarion Form validations
# login can accept uppercases, lowercases, numbers, "_" and "." and must be at least 5 characters long
# password can accept any caracter except " " and must be at least 8 characters long
class RegistrationPermissionForm(RetrospectiveForm):
identifier = TextField(lazy_gettext("Identifier"), validators=[Required()])
def school_full_name_validator(form, field):
if len(field.data) < 4 or len(field.data) > 50:
raise ValidationError(
class SiteForm(Form):
url = html5.URLField('URL', [validators.Required()])
name = TextField('Name', [validators.Optional()])
class OrderForm(Form):
jenkins = BooleanField('Jenkins', [validators.Optional()])
selenium = BooleanField('Selenium', [validators.Optional()])
fitnesse = BooleanField('FitNesse', [validators.Optional()])
bugzilla = BooleanField('Bugzilla', [validators.Optional()])
submit = SubmitField()
class ScoreForm(Form):
home_score = IntegerField('Home Score', [validators.Optional()],
description=u'Home Score')
away_score = IntegerField('Away Score', [validators.Optional()],
description=u'Opponent Score')
def createMinMaxForm(checkArg, basicPlan, optMaxMin, optNut, nextButton):
total_nutrient = [
"t0Water_g", "t0Energy_kcal", "t0Energy_kj", "t0Protein_g",
"t0TotalLipidFat_g", "t0Carbohydrate_ByDifference_g",
"t0Fiber_TotalDietary_g", "t0Sugars_Total_g", "t0Sucrose_g",
"t0GlucoseDextrose_g", "t0Fructose_g", "t0Lactose_g", "t0Maltose_g",
"t0Galactose_g", "t0Starch_g", "t0AdjustedProtein_g",
"t1Calcium_Ca_mg", "t1Iron_Fe_mg", "t1Magnesium_Mg_mg",
"t1Phosphorus_P_mg", "t1Potassium_K_mg", "t1Sodium_Na_mg",
"t1Zinc_Zn_mg", "t1Copper_Cu_mg", "t1Manganese_Mn_mg",
"t1Selenium_Se_mcg", "t1Fluoride_F_mcg",
"t2VitaminC_TotalAscorbicAcid_mg", "t2Thiamin_mg", "t2Riboflavin_mg",
"t2Niacin_mg", "t2PantothenicAcid_mg", "t2VitaminB_6_mg",
"t2Folate_Total_mcg", "t2FolicAcid_mcg", "t2Folate_Food_mcg",
"t2Folate_DFE_mcg_DFE", "t2Choline_Total_mg", "t2Betaine_mg",
"t2VitaminB_12_mcg", "t2VitaminB_12_Added_mcg", "t2VitaminA_IU_IU",
"t2VitaminA_RAE_mcg_RAE", "t2Retinol_mcg",
"t2VitaminE_alpha_tocopherol__mg", "t2VitaminE_Added_mg",
"t2Tocopherol_Beta_mg", "t2Tocopherol_Gamma_mg",
"t2Tocopherol_Delta_mg", "t2VitaminKPhylloquinone_mcg",
"t2Carotene_Beta_mcg", "t2Carotene_Alpha_mcg",
"t2Cryptoxanthin_Beta_mcg", "t2Lycopene_mcg",
"t2Lutein_Zeaxanthin_mcg", "t2VitaminD_IU", "t3Stigmasterol_mg",
"t3Phytosterols_mg", "t3Beta_sitosterol_mg", "t3Campesterol_mg",
"t3Cholesterol_mg", "t3FattyAcids_TotalMonounsaturated_g",
"t3FattyAcids_TotalPolyunsaturated_g", "t3FattyAcids_TotalSaturated_g",
"t3FattyAcids_TotalTrans_monoenoic_g",
"t3FattyAcids_TotalTrans_polyenoic_g", "t3FattyAcids_TotalTrans_g",
"t3MonounsaturatedFats14_1_g", "t3MonounsaturatedFats15_1_g",
"t3MonounsaturatedFats16_1C_g", "t3MonounsaturatedFats16_1T_g",
"t3MonounsaturatedFats16_1Undifferentiated_g",
"t3MonounsaturatedFats17_1_g", "t3MonounsaturatedFats18_1C_g",
"t3MonounsaturatedFats18_1T_g",
"t3MonounsaturatedFats18_1Undifferentiated_g",
"t3MonounsaturatedFats20_1_g", "t3MonounsaturatedFats22_1C_g",
"t3MonounsaturatedFats22_1T_g",
"t3MonounsaturatedFats22_1Undifferentiated_g",
"t3MonounsaturatedFats24_1C_g", "t3PolyunsaturatedFats18_2CLAs_g",
"t3PolyunsaturatedFats18_2I_g", "t3PolyunsaturatedFats18_2N_6C_c_g",
"t3PolyunsaturatedFats18_2T_t_g",
"t3PolyunsaturatedFats18_2TNotFurtherDefined_g",
"t3PolyunsaturatedFats18_2Undifferentiated_g",
"t3PolyunsaturatedFats18_3N_3C_c_c_g",
"t3PolyunsaturatedFats18_3N_6C_c_c_g",
"t3PolyunsaturatedFats18_3Undifferentiated_g",
"t3PolyunsaturatedFats18_3i_g", "t3PolyunsaturatedFats18_4_g",
"t3PolyunsaturatedFats20_2N_6C_c_g", "t3PolyunsaturatedFats20_3N_3_g",
"t3PolyunsaturatedFats20_3N_6_g",
"t3PolyunsaturatedFats20_3Undifferentiated_g",
"t3PolyunsaturatedFats20_4N_6_g",
"t3PolyunsaturatedFats20_4Undifferentiated_g",
"t3PolyunsaturatedFats20_5N_3_g", "t3PolyunsaturatedFats21_5_g",
"t3PolyunsaturatedFats22_4_g", "t3PolyunsaturatedFats22_5N_3_g",
"t3PolyunsaturatedFats22_6N_3_g", "t3SaturatedFats10_0_g",
"t3SaturatedFats12_0_g", "t3SaturatedFats13_0_g",
"t3SaturatedFats14_0_g", "t3SaturatedFats15_0_g",
"t3SaturatedFats16_0_g", "t3SaturatedFats17_0_g",
"t3SaturatedFats18_0_g", "t3SaturatedFats20_0_g",
"t3SaturatedFats22_0_g", "t3SaturatedFats24_0_g",
"t3SaturatedFats4_0_g", "t3SaturatedFats6_0_g", "t3SaturatedFats8_0_g",
"t4Alanine_g", "t4Arginine_g", "t4AsparticAcid_g", "t4Cystine_g",
"t4GlutamicAcid_g", "t4Glycine_g", "t4Histidine_g",
"t4Hydroxyproline_g", "t4Isoleucine_g", "t4Leucine_g", "t4Lysine_g",
"t4Methionine_g", "t4Phenylalanine_g", "t4Proline_g", "t4Serine_g",
"t4Threonine_g", "t4Tryptophan_g", "t4Tyrosine_g", "t4Valine_g",
"t5Ash_g", "t5Alcohol_Ethyl_g", "t5Caffeine_mg", "t5Theobromine_mg"
]
# basic_nutrient = ["cal_kcal","calFat_kcal","fat_g","fat_pct","saturFat_g","polyunFat_g","monounFat_g","chol_mg","sodium_mg","carb_g","fiber_g","sugar_g","protein_g","vitA_pct","vitC_pct","calcium_pct","iron_pct"]
# total_nutrient = basic_nutrient+ext_nutrient
# full_basic_nutrient = ["Calories/kcal","Calories from Fat/kcal","Total Fat/g","Fat /%","Saturated Fat/g","Polyunsaturated Fat/g","Monounsaturated Fat/g","Cholestorl/mg","Sodium/mg","Total Carbohydrate/g","Fiber/g","Sugar/g","Protein/g","Vitamin A/%","Vitamin C/%","Calcium/%","Iron/%"]
# full_ext_nutrient = ["Water/g","Energy/kcal","Energy/kj","Protein/g","Total lipid fat/g","Carbohydrate, by difference/g","Fiber, total dietary/g","Sugars, total/g","Sucrose/g","Glucose dextrose/g","Fructose/g","Lactose/g","Maltose/g","Galactose/g","Starch/g","Adjusted Protein/g","Calcium, Ca/mg","Iron, Fe/mg","Magnesium, Mg/mg","Phosphorus, P/mg","Potassium, K/mg","Sodium, Na/mg","Zinc, Zn/mg","Copper, Cu/mg","Manganese, Mn/mg","Selenium, Se/mcg","Fluoride, F/mcg","Vitamin C, total ascorbic acid/mg","Thiamin/mg","Riboflavin/mg","Niacin/mg","Pantothenic acid/mg","Vitamin B-6/mg","Folate, total/mcg","Folic acid/mcg","Folate, food/mcg","Folate, DFE/mcg_DFE","Choline, total/mg","Betaine/mg","Vitamin B-12/mcg","Vitamin B-12, added/mcg","Vitamin A, IU/IU","Vitamin A, RAE/mcg_RAE","Retinol/mcg","Vitamin E (alpha-tocopherol)/mg","Vitamin E, added/mg","Tocopherol, beta/mg","Tocopherol, gamma/mg","Tocopherol, delta/mg","Vitamin K phylloquinone/mcg","Carotene, beta/mcg","Carotene, alpha/mcg","Cryptoxanthin, beta/mcg","Lycopene/mcg","Lutein + zeaxanthin/mcg","Vitamin D/IU","Stigmasterol/mg","Phytosterols/mg","Beta-sitosterol/mg","Campesterol/mg","Cholesterol/mg","Fatty acids, total monounsaturated/g","Fatty acids, total polyunsaturated/g","Fatty acids, total saturated/g","Fatty acids, total trans-monoenoic/g","Fatty acids, total trans-polyenoic/g","Fatty acids, total trans/g","Monounsaturated fats14:1/g","Monounsaturated fats15:1/g","Monounsaturated fats16:1 c/g","Monounsaturated fats16:1 t/g","Monounsaturated fats16:1 undifferentiated/g","Monounsaturated fats17:1/g","Monounsaturated fats18:1 c/g","Monounsaturated fats18:1 t/g","Monounsaturated fats18:1 undifferentiated/g","Monounsaturated fats20:1/g","Monounsaturated fats22:1 c/g","Monounsaturated fats22:1 t/g","Monounsaturated fats22:1 undifferentiated/g","Monounsaturated fats24:1 c/g","Polyunsaturated fats18:2 CLAs/g","Polyunsaturated fats18:2 i/g","Polyunsaturated fats18:2 n-6 c,c/g","Polyunsaturated fats18:2 t not further defined/g","Polyunsaturated fats18:2 t,t/g","Polyunsaturated fats18:2 undifferentiated/g","Polyunsaturated fats18:3 n-3 c,c,c/g","Polyunsaturated fats18:3 n-6 c,c,c/g","Polyunsaturated fats18:3 undifferentiated/g","Polyunsaturated fats18:3i/g","Polyunsaturated fats18:4/g","Polyunsaturated fats20:2 n-6 c,c/g","Polyunsaturated fats20:3 n-3/g","Polyunsaturated fats20:3 n-6/g","Polyunsaturated fats20:3 undifferentiated/g","Polyunsaturated fats20:4 n-6/g","Polyunsaturated fats20:4 undifferentiated/g","Polyunsaturated fats20:5 n-3/g","Polyunsaturated fats21:5/g","Polyunsaturated fats22:4/g","Polyunsaturated fats22:5 n-3/g","Polyunsaturated fats22:6 n-3/g","Saturated fats10:0/g","Saturated fats12:0/g","Saturated fats13:0/g","Saturated fats14:0/g","Saturated fats15:0/g","Saturated fats16:0/g","Saturated fats17:0/g","Saturated fats18:0/g","Saturated fats20:0/g","Saturated fats22:0/g","Saturated fats24:0/g","Saturated fats4:0/g","Saturated fats6:0/g","Saturated fats8:0/g","Alanine/g","Arginine/g","Aspartic acid/g","Cystine/g","Glutamic acid/g","Glycine/g","Histidine/g","Hydroxyproline/g","Isoleucine/g","Leucine/g","Lysine/g","Methionine/g","Phenylalanine/g","Proline/g","Serine/g","Threonine/g","Tryptophan/g","Tyrosine/g","Valine/g","Ash/g","Alcohol, ethyl/g","Caffeine/mg","Theobromine/mg"]
full_total_nutrient = [
"Water/g", "Energy/kcal", "Energy/kj", "Protein/g",
"Total lipid fat/g", "Carbohydrate, by difference/g",
"Fiber, total dietary/g", "Sugars, total/g", "Sucrose/g",
"Glucose dextrose/g", "Fructose/g", "Lactose/g", "Maltose/g",
"Galactose/g", "Starch/g", "Adjusted Protein/g", "Calcium, Ca/mg",
"Iron, Fe/mg", "Magnesium, Mg/mg", "Phosphorus, P/mg",
"Potassium, K/mg", "Sodium, Na/mg", "Zinc, Zn/mg", "Copper, Cu/mg",
"Manganese, Mn/mg", "Selenium, Se/mcg", "Fluoride, F/mcg",
"Vitamin C, total ascorbic acid/mg", "Thiamin/mg", "Riboflavin/mg",
"Niacin/mg", "Pantothenic acid/mg", "Vitamin B-6/mg",
"Folate, total/mcg", "Folic acid/mcg", "Folate, food/mcg",
"Folate, DFE/mcg_DFE", "Choline, total/mg", "Betaine/mg",
"Vitamin B-12/mcg", "Vitamin B-12, added/mcg", "Vitamin A, IU/IU",
"Vitamin A, RAE/mcg_RAE", "Retinol/mcg",
"Vitamin E (alpha-tocopherol)/mg", "Vitamin E, added/mg",
"Tocopherol, beta/mg", "Tocopherol, gamma/mg", "Tocopherol, delta/mg",
"Vitamin K phylloquinone/mcg", "Carotene, beta/mcg",
"Carotene, alpha/mcg", "Cryptoxanthin, beta/mcg", "Lycopene/mcg",
"Lutein + zeaxanthin/mcg", "Vitamin D/IU", "Stigmasterol/mg",
"Phytosterols/mg", "Beta-sitosterol/mg", "Campesterol/mg",
"Cholesterol/mg", "Fatty acids, total monounsaturated/g",
"Fatty acids, total polyunsaturated/g",
"Fatty acids, total saturated/g",
"Fatty acids, total trans-monoenoic/g",
"Fatty acids, total trans-polyenoic/g", "Fatty acids, total trans/g",
"Monounsaturated fats14:1/g", "Monounsaturated fats15:1/g",
"Monounsaturated fats16:1 c/g", "Monounsaturated fats16:1 t/g",
"Monounsaturated fats16:1 undifferentiated/g",
"Monounsaturated fats17:1/g", "Monounsaturated fats18:1 c/g",
"Monounsaturated fats18:1 t/g",
"Monounsaturated fats18:1 undifferentiated/g",
"Monounsaturated fats20:1/g", "Monounsaturated fats22:1 c/g",
"Monounsaturated fats22:1 t/g",
"Monounsaturated fats22:1 undifferentiated/g",
"Monounsaturated fats24:1 c/g", "Polyunsaturated fats18:2 CLAs/g",
"Polyunsaturated fats18:2 i/g", "Polyunsaturated fats18:2 n-6 c,c/g",
"Polyunsaturated fats18:2 t not further defined/g",
"Polyunsaturated fats18:2 t,t/g",
"Polyunsaturated fats18:2 undifferentiated/g",
"Polyunsaturated fats18:3 n-3 c,c,c/g",
"Polyunsaturated fats18:3 n-6 c,c,c/g",
"Polyunsaturated fats18:3 undifferentiated/g",
"Polyunsaturated fats18:3i/g", "Polyunsaturated fats18:4/g",
"Polyunsaturated fats20:2 n-6 c,c/g", "Polyunsaturated fats20:3 n-3/g",
"Polyunsaturated fats20:3 n-6/g",
"Polyunsaturated fats20:3 undifferentiated/g",
"Polyunsaturated fats20:4 n-6/g",
"Polyunsaturated fats20:4 undifferentiated/g",
"Polyunsaturated fats20:5 n-3/g", "Polyunsaturated fats21:5/g",
"Polyunsaturated fats22:4/g", "Polyunsaturated fats22:5 n-3/g",
"Polyunsaturated fats22:6 n-3/g", "Saturated fats10:0/g",
"Saturated fats12:0/g", "Saturated fats13:0/g", "Saturated fats14:0/g",
"Saturated fats15:0/g", "Saturated fats16:0/g", "Saturated fats17:0/g",
"Saturated fats18:0/g", "Saturated fats20:0/g", "Saturated fats22:0/g",
"Saturated fats24:0/g", "Saturated fats4:0/g", "Saturated fats6:0/g",
"Saturated fats8:0/g", "Alanine/g", "Arginine/g", "Aspartic acid/g",
"Cystine/g", "Glutamic acid/g", "Glycine/g", "Histidine/g",
"Hydroxyproline/g", "Isoleucine/g", "Leucine/g", "Lysine/g",
"Methionine/g", "Phenylalanine/g", "Proline/g", "Serine/g",
"Threonine/g", "Tryptophan/g", "Tyrosine/g", "Valine/g", "Ash/g",
"Alcohol, ethyl/g", "Caffeine/mg", "Theobromine/mg"
]
print "Total nutrient", len(full_total_nutrient)
print "CheckArg", len(checkArg)
class MinMaxForm(Form):
heading = full_total_nutrient
upperBound = [100 for i in range(len(total_nutrient))]
lowerBound = [1 for i in range(len(total_nutrient))]
check = checkArg
basicPlan = [26, 28, 29, 30, 31, 32, 41, 42, 46, 52, 85, 88]
for i in range(len(total_nutrient)):
basic = ""
if i + 25 not in MinMaxForm.basicPlan:
basic = "Full"
#print "eachChek: ",MinMaxForm.check[i]
setattr(
MinMaxForm, basic + total_nutrient[i] + "check",
BooleanField(basic + total_nutrient[i] + "check",
[validators.Optional()],
default=MinMaxForm.check[i]))
setattr(
MinMaxForm, basic + total_nutrient[i] + "min",
TextField(basic + total_nutrient[i] + "min",
[validators.Optional()]))
setattr(
MinMaxForm, basic + total_nutrient[i] + "max",
TextField(basic + total_nutrient[i] + "max",
[validators.Optional()]))
MinMaxForm.opt_maxormin = RadioField('opt_maxormin',
coerce=int,
choices=[(1, 'Maxmimize'),
(0, 'Minimize'),
(2, 'Stay Healthy'),
(3, 'Low Calorie'),
(4, 'High Protein')],
default=optMaxMin)
radioList = []
for i in range(len(total_nutrient)):
if i != 2 and i != 0:
radioList.append((i + 25, (full_total_nutrient[i].split('/'))[0]))
MinMaxForm.opt_nut = RadioField('opt_nut', [validators.Optional()],
coerce=int,
choices=radioList,
default=optNut)
MinMaxForm.nutrientPlan = RadioField('nutrientPlan',
validators=[Required()],
coerce=int,
choices=[
(1, 'Basic Nutrient'),
(0, 'With Minerals and Vitamins')
],
default=basicPlan)
MinMaxForm.submit = SubmitField(nextButton, validators=[Required()])
minMaxForm = MinMaxForm()
return minMaxForm
