def myinfo(self):
user = api.user.get_current()
fullname = user.getProperty('fullname')
if type(fullname).__name__ == 'object':
fullname = None
portrait = user.portal_memberdata.getPersonalPortrait()
#import pdb;pdb.set_trace()
info = {'name': fullname,
'clubs': ['BB', 'CC', 'DD'],
'portrait': portrait}
if self.megabankisinstalled:
from hejasverige.megabank.bank import Bank
pid = api.user.get_current().getProperty('personal_id')
# if field is not defined as a personal property it becomes an object and the bank fails to load
if type(pid).__name__ == 'object':
info['balance'] = 'error'
info['amount_pending'] = 'error'
else:
import locale
locale.setlocale(locale.LC_ALL, 'sv_SE.utf-8')
try:
accountinfo = Bank().getAccount(personalid=pid, context=self)
info['balance'] = locale.currency(accountinfo.get('Balance', None), grouping=True)
info['amount_pending'] = locale.currency(accountinfo.get('AmountPending', None), grouping=True)
except:
info['balance'] = 'conerror'
info['amount_pending'] = 'conerror'
#import pdb; pdb.set_trace()
return info
def salesAnalysisGoBtn_triggered(self, switch):
start_date, end_date = self.getDates(switch)
if switch == "Customers":
orders = [
order
for order in self.orders
if order.customer.name == self.current_customer[0].name
and order.date >= start_date
and order.date <= end_date
]
gross_sales, average_sales = self.salesInDateRange(orders, start_date, end_date)
self.writeDataToDisplay(self.current_customer, orders)
self.cust_date_sales_display.setText(locale.currency(gross_sales))
self.cust_date_average_sale_display.setText(locale.currency(average_sales))
elif switch == "Group":
customers_filtered = list(filter(lambda c: c.group == self.current_group, self.customers))
orders = [
order
for order in self.orders
for customer in customers_filtered
if order.customer.name == customer.name and order.date >= start_date and order.date <= end_date
]
gross_sales, average_sales = self.salesInDateRange(orders, start_date, end_date)
customers_with_orders = [order.customer for order in orders]
self.writeDataToDisplay(customers_with_orders, orders)
self.group_date_sales_display.setText(locale.currency(gross_sales))
self.group_date_average_sale_display.setText(locale.currency(average_sales))
def test_prettify(project_1_fixture):
def colored_side_effect(v, c='', **kwargs):
return '{}: {}{}'.format(c, v, kwargs)
with patch('srmlf.project.colored',
side_effect=colored_side_effect):
with patch('prettytable.PrettyTable') as pt:
with LocaleMock(('en_US', 'UTF-8'), [locale.LC_TIME,
locale.LC_MONETARY]):
table = project_1_fixture.prettify()
pt.assert_any_call(['red: Description{}',
'red: Date{}',
'red: Alice{}',
'red: Bob{}'])
assert isinstance(table, MagicMock)
assert table.add_row.call_count == 4
table.add_row.assert_any_call(
['',
': TOTAL{\'attrs\': [\'bold\']}',
': %s{\'attrs\': [\'bold\']}'
% locale.currency(10.0),
': %s{\'attrs\': [\'bold\']}'
% locale.currency(5.0)
])
table.add_row.assert_any_call(
['',
'',
': 66.67%{\'attrs\': [\'bold\']}',
': 33.33%{\'attrs\': [\'bold\']}'
])
def currency3(value):
curr = None
if value:
curr = locale.currency(value, grouping=True)
else:
curr = locale.currency(0, grouping=True)
return curr
def budget(): # Create the budget function
import locale
locale.setlocale( locale.LC_ALL, '' )
budget = float(input("Please enter your total budget for the month: "))
question = input("Would you like to enter an expense? ('y' or 'n') ")
total = 0 # Keep track of your total spending
num_of_purch = 0 # Keep track of the number of purchases
while question != 'n':
expense = float(input("Please enter the dollar amount of the expense: "))
total = total + expense
num_of_purch = num_of_purch + 1
question = input("Would you like to enter another expense? ('y' or 'n') ")
print("")
print("The total that you spent during the month is",
locale.currency(total, grouping = True))
print("You made a total of", num_of_purch, "purchases during the month!")
print("You spent an average of",
locale.currency(total / num_of_purch, grouping = True),
"on each purchase!")
# Check whether your spending is under or over budget (or on budget)
if budget > total:
print("You are under budget by a total of",
locale.currency(budget - total, grouping = True))
elif budget == total:
print("You spent all of your budget (exactly)!")
else:
print("You are over budget by a total of",
locale.currency(total - budget, grouping = True))
def fetch_user_context(user):
if user.is_authenticated:
locale.setlocale(locale.LC_ALL, '')
try:
user_account = Account.objects.get(user_id=user.id, account_type=account_type.savings)
savings_text = locale.currency(user_account.balance, grouping=True)
except:
savings_text = '$0'
try:
user_account = Account.objects.get(user_id=user.id, account_type=account_type.checking)
checking_text = locale.currency(user_account.balance, grouping=True)
debit_activated = user_account.card_activated
debit_pin = user_account.card_pin
except:
checking_text = '$0'
debit_activated = False
debit_pin = ''
try:
user_account = Account.objects.get(user_id=user.id, account_type=account_type.credit)
credit_text = locale.currency(user_account.balance, grouping=True)
credit_exists = True
credit_pin = user_account.card_pin
except:
credit_text = '$0'
credit_exists = False
credit_pin = ''
context = {'savings_text': savings_text, 'checking_text': checking_text, 'credit_text': credit_text, 'credit_exists': credit_exists, 'debit_activated': debit_activated, 'credit_pin': credit_pin, 'debit_pin': debit_pin}
return context
def ltc(self):
url = 'https://btc-e.com/api/2/ltc_usd/ticker'
request = Browser(url)
if not request:
return "Couldn't retrieve LTC data."
try:
json = request.json()
except:
return "Couldn't parse LTC data."
locale.setlocale(locale.LC_ALL, 'en_US.UTF-8')
last = locale.currency(json['ticker']['last'])
low = locale.currency(json['ticker']['low'])
high = locale.currency(json['ticker']['high'])
if self.values:
try:
value = locale.currency(float(json['ticker']['last']) * float(self.values[0]))
except:
return "Couldn't compute LTC value."
return 'Value of %s LTC is %s' % (self.values[0], value)
else:
return 'Litecoin, Last: %s, Low: %s, High: %s' % (last, low, high)
def update_exchange_rates(ui, total):
rates = coinbase.exchange_rates()
global btc_to_usd
global usd_to_btc
btc_to_usd = float(rates["btc_to_usd"])
usd_to_btc = float(rates["usd_to_btc"])
ui.display_exchange_rate(locale.currency(btc_to_usd), locale.currency(total), total * usd_to_btc)
def output_transactions(sheet, label, transactions, column):
totals = {}
for transaction in transactions:
category = transaction.category
if category.name not in totals:
totals[category.name] = { 'amount': 0.00, 'category': category }
totals[category.name]['amount'] += transaction.calculate_amount()
row = 2
grand_total = 0
for category_name, data in iter(sorted(totals.iteritems())):
total = data['amount']
category = data['category']
# Skip categories with 0
if total == 0:
continue
category_cell = Cell(output_sheet, row, column)
total_cell = Cell(output_sheet, row, column + 1)
reimbursable_cell = Cell(output_sheet, row, column + 2)
category_cell.value = category.description()
total_cell.value = locale.currency(total)
reimbursable_cell.value = reimbursable.name
grand_total += total
row += 1
Cell(output_sheet, 1, column).value = label
Cell(output_sheet, 1, column + 1).value = locale.currency(grand_total)
def print_barcode(self, code, artist, title, price, genre, new_used):
c = canvas.Canvas(self.file, pagesize=(62 * mm, 29 * mm))
code_copy = code #this is terrible i hate myself
if code.isdigit():
code = '%013d' % int(code)
code = reportlab.graphics.barcode.createBarcodeDrawing('EAN13',value=code,barHeight=8*mm,width=49*mm)
else:
code = reportlab.graphics.barcode.createBarcodeDrawing('Code128',value=code,barHeight=5*mm,width=49*mm,humanReadable=True)
code.drawOn(c,12*mm, 3*mm)
c.drawImage(BABY_LOGO_FILE_NAME, 2*mm,-24*mm,width=9*mm,preserveAspectRatio=True)
#c.drawImage(BABY_LOGO_FILE_NAME, 1*mm,-14*mm,preserveAspectRatio=True)
c.setFont('Courier', 8)
artist = artist[0:22]
title = title[0:22]
c.drawString(2*mm, 19*mm,artist)#19
c.drawString(2*mm, 16*mm,title)#16
#if new_used == 'Used':
filtered_genre = genre.replace("Folk, World, & Country", "FWC")
c.drawString(2*mm, 13*mm,filtered_genre)#13
c.setFont('Courier',16)
if 'PRRGC' not in code_copy:
if price > 99.99:
c.drawString(37*mm, 17*mm, locale.currency(price))
else:
c.drawString(40*mm, 17*mm, locale.currency(price))
c.showPage()
c.save()
#make call to subprocess to talk to CUPS to print this shiz on the printer
command = 'lp -d Brother_QL_700 -o media=Custom.62x25mm /Users/plaidroomrecords/Desktop/barcode_test.pdf'
subprocess.call(command, shell=True)
def format_value(value, type_desc, str_format=None):
type_desc = str(type_desc).lower()
if value is not None:
if type_desc == 'integer' or type_desc == 'int' or type_desc == 'bigint' or type_desc == 'seconds':
return locale.format('%d', value, grouping=True)
elif type_desc == 'float' or type_desc == 'decimal' or type_desc == 'numeric':
return locale.format('%.4f', Decimal(str(value).replace(',', '')), grouping=True).rstrip('0').rstrip('.')
elif type_desc == 'percent':
value = value * 100
s = str(value)
return '{}%'.format(locale.format('%g', Decimal(s.rstrip('0').rstrip('.')), grouping=True) if '.' in s else locale.format('%g', Decimal(s), grouping=True))
elif type_desc == 'money':
if value < 0:
result = '-{}'.format(locale.currency(abs(value), grouping=True))
else:
result = locale.currency(value, grouping=True)
return result
elif type_desc == 'date':
if 'month' in type_desc:
return value.strftime('%m/%Y')
elif 'quarter' in type_desc:
return datetime_to_quarter(value)
else:
return value.strftime('%m/%d/%Y')
elif type_desc == 'timestamp' or type_desc == 'time' or type_desc == 'interval':
return value.strftime(str_format)
return str(value)
def test_can_create_an_invoice_with_multiple_pages(self):
rows = []
subtotal = 0
for i in range(0, 27):
description = fake.sentence(nb_words=5, variable_nb_words=True)
unit_price = fake.pydecimal(left_digits=3, right_digits=2, positive=True)
amount = fake.random_int(min=1, max=15)
unit_total = unit_price * amount
subtotal += unit_total
rows.append([description, unit_price, amount, unit_total])
vat = subtotal * 21 / 100
total_invoice = subtotal + vat
data = CustomData()
data.customer = Customer(
code='CUS1', name=fake.name(), vat=fake.bothify(text="#########?").upper(),
address=fake.address(), city=fake.city(),
postal_code=fake.postcode(), province=fake.state(), country=fake.country(),
contact_name=fake.name(), contact_phone=fake.phone_number(), contact_email=fake.free_email()
)
data.metadata = Metadata(doc_type='FACTURA', code='FRA SER 14-2014', serie='SER', date='01/12/2014', subtotal=subtotal)
data.footer_a = [locale.currency(subtotal), 'I.V.A.', '21%', locale.currency(vat), locale.currency(total_invoice)]
data.footer_b = ['TRANSFER', 'MY ENTITY', 'ER 19281 12 1234567889', '30 días']
data.rows = rows
destination_file = os.path.join(get_output_folder(), "mutiple_pages.pdf")
self.invoice_generator.data = data
self.invoice_generator.generate(destination_file)
self.assertIsFile(destination_file)
def main ():
# Set locale to US
locale.setlocale( locale.LC_ALL, '' )
# Seperator
print()
# User input
amount = float(input("Enter amount: $"))
# List of cash options
options_list = []
options_list.append(locale.currency(amount, grouping=True))
options_list.append(locale.currency(math.ceil(amount), grouping=True))
options_list.append(locale.currency((int(5 * math.ceil(amount / 5))), grouping=True))
options_list.append(locale.currency((int(20 * math.ceil(amount / 20))), grouping=True))
# Remove duplicates
options_list = list(OrderedDict.fromkeys(options_list))
# Output
print()
print("Cash options:")
for option in options_list:
print(option)
print()
def form_valid(self, form):
self.object.aprobacion_lider = timezone.localtime(timezone.now())
self.object = form.save()
valores = self.object.desplazamientos.all().values_list('valor',flat=True)
valor_aprobado = 0
for valor in valores:
valor_aprobado += valor
if self.object.estado == 'aprobado_lider':
self.object.valor_aprobado_lider = valor_aprobado
self.object.save()
elif self.object.estado == 'rechazado':
self.object.valor_aprobado_lider = 0
self.object.save()
send_mail_templated.delay('email/desplazamiento.tpl',
{
'url_base':'http://sican.asoandes.org/',
'fullname':self.object.formador.get_full_name(),
'nombre_solicitud': self.object.nombre,
'fecha_solicitud': self.object.creacion.strftime('%d/%m/%Y'),
'valor_solicitado': locale.currency(self.object.valor,grouping=True),
'valor_aprobado': locale.currency(valor_aprobado,grouping=True),
'observacion': form.cleaned_data['observacion'],
'estado': 'Solicitud rechazada'
},
DEFAULT_FROM_EMAIL, [self.object.formador.correo_personal])
else:
self.object.valor_aprobado_lider = 0
self.object.save()
return super(ModelFormMixin,self).form_valid(form)
def dump_section(sheet,start_row,cols,col_heads):
# If there is no data in the row, return
for i in range(0,3):
print(start_row,i,sheet.row(start_row)[i].value)
if sheet.row(start_row)[cols[0]].value=="": return
ncols = len(cols)
f.write(r"\begin{tabular}{l|" + "r"*ncols + r"}" + nl)
if col_heads: f.write("&".join(col_heads) + r"\\" + nl)
f.write(r"\hline"+nl)
sum = 0
while sheet.row(start_row)[cols[0]].value!="":
for c in cols:
v = sheet.row(start_row)[c].value
if not v:
continue
if c!=cols[-1]:
f.write(str(v) + " & ")
else:
try:
f.write("\\" + locale.currency(v,True,True) + r"\\" + nl)
sum += float(v)
except TypeError:
continue
start_row+=1
f.write("\hline\multicolumn{%d}{l}{Total} &" % (ncols-1))
f.write("\\" + locale.currency(sum,True,True) + r"\\" + nl)
f.write(r"\end{tabular}" + nl + nl)
def get_context_data(self, **kwargs):
kwargs['valor_solicitado'] = locale.currency(self.object.valor,grouping=True)
if self.object.valor_aprobado != None:
kwargs['valor_aprobado'] = locale.currency(self.object.valor_aprobado,grouping=True)
kwargs['archivo_url'] = self.object.get_archivo_url()
kwargs['archivo_filename'] = self.object.archivo_filename()
return super(TransportesEliminarView,self).get_context_data(**kwargs)
def print_aux(self, start, end, name, date):
doc = open(os.path.join(self.path, 'documentos', name + '.html'), 'w')
doc.write("""<style type="text/css">
<!--
@import url("style.css");
-->
</style>""")
print date.Month, date.Year
sep = [10, 10, 10, 20]
saldo = 0
cur_cta = ''
acum = []
for cuenta, fecha, tipopol, numpol, referencia, tipomov, importe in self.get_records(start, end):
saldo += importe * (-1 if tipomov == 'True' else 1)
fecha = fecha + " " * (sep[0] - len(fecha))
tipopol = self.movs[tipopol] + " " * (sep[1] - len(self.movs[tipopol]))
numpol = str(numpol) + " " * (sep[2] - len(str(numpol)))
referencia = referencia + " " * (sep[3] - len(referencia))
importe = (" " * (7 if tipomov == 'True' else 0)) + locale.currency(importe, grouping=True) + " " * (7 if tipomov == 'True' else 12)
if cur_cta != cuenta:
acum.append(['Saldo','','','','','', locale.currency(saldo, grouping=True)])
acum.append(['','','','','','', ''])
saldo = 0
cur_cta = cuenta
acum.append([cuenta, fecha, tipopol, numpol, referencia, importe, locale.currency(saldo, grouping=True)])
htmlcode = HTML.table(acum, attribs={'id':"hor-minimalist-b"}, border=0,
header_row=['Cuenta', 'Fecha', 'Tipo', '#Poliza', 'Ref', 'Importe', 'Saldo'])
doc.write(htmlcode)
def get_all_csv(self, days):
"""get csv export of all sent invoices"""
import locale
locale.setlocale(locale.LC_ALL, 'nl_NL.UTF-8')
csv_data=""
invoices=self.get_all(
match={ "sent": True },
gte={ "sent_date": time.time()- ( int(days)*24*3600)},
sort=[ [ "sent_date" ,1 ] ]
)
for invoice in invoices:
cols=[]
cols.append(invoice["to_copy"]["customer_nr"])
cols.append(invoice["to_copy"]["company"])
cols.append(invoice["invoice_nr"])
cols.append(time.strftime("%Y-%m-%d", time.localtime(invoice['sent_date'])))
cols.append(locale.currency(invoice["calc_total_tax"], symbol=False, grouping=False))
cols.append(locale.currency(invoice["calc_total_tax"]-invoice["calc_total"], symbol=False, grouping=False))
stripped_cols=[]
for col in cols:
stripped_cols.append(str(col).replace(";","_"))
csv_data+=";".join(stripped_cols)+"\n"
response=bottle.HTTPResponse(body=csv_data)
response.set_header('Content-Type', 'text/plain')
return(response)
def calculator(wall, price):
import locale
locale.setlocale( locale.LC_ALL, '' )
gallons = (wall / 115) * 1 # Calculate the number of gallons required
hours = (wall / 115) * 8 # Calculate the number of gallons required
labor_cost = 20 * hours # Calculate the labor cost
paint_cost = price * hours # Calculate the paint cost
total_cost = paint_cost + labor_cost
print("You will require a total of",
format(gallons, '.2f'),
"gallons of paint to paint your wall!")
print("It will take a total of",
format(hours, '.2f'),
"hours of labor to paint your wall!")
print("It will cost a total of",
locale.currency(labor_cost, grouping=True ),
"dollars in labor to paint your wall!")
print("It will cost a total of",
locale.currency(paint_cost, grouping=True ),
"dollars in paint to finish painting your wall!")
print("The total cost of the paint job will be",
locale.currency(total_cost, grouping=True ),
"dollars!")
def btc(self):
url = 'https://btc-e.com/api/2/btc_usd/ticker'
response = pageopen(url)
if not response:
self.chat("Couldn't retrieve BTC data.")
return
try:
json = response.json()
except:
self.chat("Couldn't parse BTC data.")
return
locale.setlocale(locale.LC_ALL, 'en_US.UTF-8')
last = locale.currency(json['ticker']['last'])
low = locale.currency(json['ticker']['low'])
high = locale.currency(json['ticker']['high'])
if self.values:
try:
value = locale.currency(float(json['ticker']['last']) * float(self.values[0]))
except:
self.chat("Couldn't compute BTC value.")
return
return 'Value of %s BTC is %s' % (self.values[0], value)
else:
return 'Bitcoin, Last: %s, Low: %s, High: %s' % (last, low, high)
def get_representation(self, doc_field, data):
import locale
locale.setlocale(locale.LC_ALL, '')
if doc_field:
if doc_field.df_type == 'link':
return data
document = self.META.property('type', 'document')
label = self.META.property('type', 'label')
row = self.META.db[document](data)
if row and label in row:
return row[label]
elif doc_field.df_type == 'currency':
return locale.currency(data, doc_field.property('type', 'symbol') or get_default(types.currency.options, 'symbol'), True, False)
elif doc_field.df_type == 'money':
return locale.currency(data, doc_field.property('type', 'international') or get_default(types.currency.options, 'symbol'), True, True)
elif doc_field.df_type == 'filelink':
document = self.db.File(data)
if document and self.document.META.property('allow_file_links'):
label = document['title']
return A(URL('download', args=document.id), cid=self.request.cid if self.request.ajax else None)
elif document:
return document['title']
elif doc_field.df_type in ('blob', 'property'):
return 'DATA'
elif doc_field.df_type == 'smalltext' and data and len(data)>255:
return 'DATA'
elif isinstance(data, (list, tuple, dict)):
return 'DATA'
return data
return data
def create_report_window(self, report, other=False):
reporte = self.builder.get_object("reporte")
vistaCuentas = self.builder.get_object("vistaReporte")
column = gtk.TreeViewColumn("Cuenta", gtk.CellRendererText(), text=0)
vistaCuentas.append_column(column)
column.set_sort_column_id(0)
column = gtk.TreeViewColumn("Aportantes", gtk.CellRendererText(), text=1)
vistaCuentas.append_column(column)
column.set_sort_column_id(1)
column = gtk.TreeViewColumn("Cantidad", gtk.CellRendererText(), text=2)
vistaCuentas.append_column(column)
column.set_sort_column_id(2)
cuentas = gtk.ListStore(str, int, str)
vistaCuentas.set_model(cuentas)
if not other:
for ra in report.reportAccounts:
cuentas.append([ra.name, ra.quantity, locale.currency(ra.amount, True, True)])
else:
for ra in report.otherAccounts:
cuentas.append([ra.account.name, ra.quantity, locale.currency(ra.amount, True, True)])
reporte.show_all()
def display_results(container):
total_positions = len(list(filter(lambda x: not x.is_open(), container.context.positions)))
locale.setlocale(locale.LC_ALL, "en_GB.UTF-8")
if total_positions == 0:
print("=========================================================")
print("Algo: %s" % (container.algo.identifier(),))
print("No Positions taken")
else:
closed = list(
map(
lambda x: "\t%s%s --> %.2fpts (%s)\x1B[;0m"
% ("\x1B[;31m" if x.points_delta() < 0.0 else "\x1B[;32m", x, x.points_delta(), x.position_time()),
filter(lambda x: not x.is_open(), container.context.positions),
)
)
open = list(map(lambda x: "\t%s" % (x), filter(lambda x: x.is_open(), container.context.positions)))
winning = list(
filter(lambda x: x.points_delta() > 0.0, filter(lambda x: not x.is_open(), container.context.positions))
)
print("=========================================================")
print("Algo: %s" % (container.algo.identifier(),))
print("Winning Ratio: %.2f%%" % ((len(winning) / total_positions * 100),))
print(
"Total Pts: %.2f"
% (sum([x.points_delta() for x in filter(lambda x: not x.is_open(), container.context.positions)]),)
)
print("Starting Capital: %s" % (locale.currency(container.starting_capital, grouping=True),))
print("Current Capital: %s" % (locale.currency(container.context.working_capital, grouping=True),))
print("Capital Change: %s" % (locale.currency(container.context.working_capital, grouping=True),))
print("---------------------------------------------------------")
print("Completed:\n%s" % ("\n".join(closed),))
print("Open:\n%s" % ("\n".join(open),))
def send_request_notification(self):
'''
Sends a notification to all eligible tutors that job is available
'''
from apps.tutor.models import TutorCourse, TutorDepartment
import locale
locale.setlocale(locale.LC_ALL, '')
merge_vars = {
"CLOCK_SAYING": "🕒",
"RATE_SAYING": "💵",
"EST_TIME": self.est_time,
"HOURLY_RATE": locale.currency(self.hourly_rate),
"ESTIMATED_WAGE": locale.currency(self.get_estimated_wage()),
"COURSE_NAME": self.course.get_readable_name()
}
data = {
'request_id': self.id
}
blocked_tutors = BlockedTutor.objects.filter(student=self.student)
tutor_courses = TutorCourse.objects.filter(course=self.course).exclude(tutor__in=blocked_tutors.values('tutor_id'))
tutors = [tc.tutor for tc in tutor_courses]
tutor_departments = TutorDepartment.objects.filter(department=self.course.department).exclude(Q(tutor_id__in=tutor_courses.values('tutor_id')) | Q(tutor__in=blocked_tutors.values('tutor_id')))
tutors.extend([td.tutor for td in tutor_departments])
notification_type = NotificationType.objects.get(identifier="NEW_REQUEST")
for tutor in tutors:
if tutor.user == self.student.user:
continue
OpenNotification.objects.create(tutor.user, notification_type, data, merge_vars, None)
def monte_carlo():
form = MonteCarloForm()
if form.rate.data is not None:
rate = float(form.rate.data)
else:
rate = 0.07
if form.sigma.data is not None:
sigma = float(form.sigma.data)
else:
sigma = 0.15
if form.time.data is not None:
time = int(form.time.data)
else:
time = 10
if form.start_val.data is not None:
start_value = float(form.start_val.data)
else:
start_value = all_accounts_sum()
paths = gen_monte_carlo_paths(start_value, r=rate, sigma=sigma, time=time)
session['paths'] = paths[:, :20]
session['final_prices'] = paths[-1]
stats = stats_from_paths(paths)
mean = locale.currency(paths[-1].mean(), grouping=True)
return render_template("monte_carlo.html",
paths=paths,
stats=stats,
start_value=("{:.2f}".format(start_value)),
start_val_for=locale.currency(start_value, grouping=True),
rate=rate,
sigma=sigma,
time=time,
mean=mean,
form=form)
def probability_cmd(ctx, cmd, arg, *args):
if args != 0:
if args == 1:
args[0] = arg.split(' ')[0]
if len(args[0]) <= 7:
probability = lentoperm[len(args[0])]
probability = str(locale.currency(probability, grouping=True))
ctx.reply(u'The probability of "%s" compared to all other possible words of its length is`B %s`B to `B1`B against.' % (args[0], probability[1:len(probability)-3]), 'probability')
else:
ctx.reply(u'The probability of "%s" compared to all other possible words of its length is `Bvery unlikely`B to `B1`B against.' % args[0], 'probability')
else:
probability = 0
veryunlikely = False
for word in arg.split(' '):
#This is a sentence, so getting the probability of the /entire/ string would be incorrect. Instead we do (permutation of letters/numbers for length of word) * (permutation for arrangements of words in sentence) to get the total possible number of sentences that could result from arranging every possible word for each word's length.
if len(word) <= 7:
probability += lentoperm[len(word)] * len(args)
else:
veryunlikely = True
if veryunlikely == False:
probability = str(locale.currency(probability, grouping=True))
ctx.reply(u'The probability of this sentence, taking into account all the possible arrangements of all the possible words of all the given words\' lengths is`B %s`B to `B1`B against.' % probability[1:len(probability)-3], 'probability')
else:
ctx.reply(u'The probability of this sentence, taking into account all the possible arrangements of all the possible words of all the given words\' lengths is `Bvery unlikely`B to `B1`B against.', 'probability')
else:
ctx.reply(u'The probability of nothing, compared to every character you could have typed, assuming "nothing" is a character is`B %s`B to `B1`B against. Please provide input next time.' % (len(numbers) + len(letters) + len(nothing)), 'probability')
def tax(total_sales): # Function will be used to calculated the various tax rates
import locale # Import the locale
locale.setlocale( locale.LC_ALL, '' ) # Set the locale for use within the function (locally)
county_sales = total_sales * 0.02
state_sales = total_sales * 0.04
total_county_state = county_sales + state_sales
print("")
print("You spent a total of",
locale.currency(total_sales, grouping=True ),
" last month!")
print("The total county sales tax that you owe is",
locale.currency(county_sales, grouping=True ),
"dollars!")
print("The total state sales tax that you owe is",
locale.currency(state_sales, grouping=True ),
"dollars!")
print("The total sales tax that you owe is",
locale.currency(total_county_state, grouping=True ),
"dollars!")
def to_html( startups ):
c = 0
html = ""
# Ehh.... its diff on 2 computers
try:
locale.setlocale(locale.LC_ALL, 'en_US.utf8' )
except:
locale.setlocale(locale.LC_ALL, 'en_US.UTF-8' )
for startup in startups:
c = c + 1
n = startup.get( "name" )
hc = startup.get( "short_description" )
url = startup.get( "url" )
loc = startup.get( "location" )
updated = startup.get( "updated" ).strftime( '%m-%d-%Y')
html = html + "<p><b>" + str( c ) + ". %s (%s)</b><br/>%s, updated %s" % ( n, loc, hc, updated )
html = html + "<br/>" + "<a href='%s' target='_blank'>URL</a>" % ( url )
aurl = startup.get( "angel_list_url" )
if aurl is not None:
q = str( angel_list.property( startup, "quality" ) )
f = str( angel_list.property( startup, "follower_count" ) )
html = html + " | <a href='%s' target='_blank'>AngelList (q=%s, f=%s)</a>" % ( str( aurl ), q, f )
cburl = startup.get( "crunchbase_url" )
if cburl is not None:
html = html + " | <a href='%s' target='_blank'>CrunchBase</a>" % ( str( cburl ) )
phurl = startup.get( "product_hunt_url" )
if phurl is not None:
v = str( startup.get( "product_hunt_votes" ) )
cm = str( startup.get( "product_hunt_comments" ) )
html = html + " | <a href='%s' target='_blank'>ProductHunt (v=%s, c=%s)</a>" % ( str( phurl ), v, cm )
total_funding = startup.get( "total_funding" )
if total_funding is not None and total_funding != 0 :
html = html + "<br/>" + "Funding: %s" % ( str( locale.currency( total_funding, grouping=True ) )[:-3] )
last_round = startup.get( "last_round" )
if last_round is not None:
round_str = "%s: %s" % ( str( startup.get( "last_round_type" ) ),
str( locale.currency( last_round, grouping=True ) )[:-3] )
last_round_url = startup.get( "last_round_url" )
if last_round_url is not None and len( last_round_url ) > 0:
html = html + (' <a href="%s">%s</a>' %
( str( startup.get( "last_round_url" ) ), round_str ) )
else:
html = html + ' %s' % round_str
tags = startup.get( "tags" )
if len( tags ) != 0:
html = html + "<br/>Tags: " + ', '.join( tags )
return html
def printProgression(self, monthly, m, M): prog = self.progression(monthly, m, M) s = '' print 'Upphafsstada: %s' %(locale.currency(prog[0][0], grouping=True)) for i in range(1,len(prog)): amount = locale.currency(prog[i][0], grouping = True) collectedInt = locale.currency(prog[i][1], grouping = True) print 'Manudur %d: \n Stada: %s Uppsafnadir vextir: %s' %(i, amount, collectedInt)
def format_currency(self, amount, min):
price = amount / 100
locale.setlocale(locale.LC_ALL, '')
formatted = locale.currency(price, symbol=False, grouping=True)
if price < min:
return '{}<span style="color: red;"> (低于{})</span>'.format(formatted, locale.currency(min, symbol=False, grouping=True))
else:
return formatted
def fit(self,
num_epoches=1000,
max_memory=60,
balance=10000000,
discount_factor=0,
start_epsilon=.5,
learning=True):
logging.info(
"\n\nLR: {lr}, DF: {discount_factor}, "
"TU: [{min_trading_unit}, {max_trading_unit}], "
"DRT: {delayed_reward_threshold}, Tax: {tax}".format(
lr=self.policy_network.lr,
discount_factor=discount_factor,
min_trading_unit=self.agent.min_trading_unit,
max_trading_unit=self.agent.max_trading_unit,
delayed_reward_threshold=self.agent.delayed_reward_threshold,
tax=self.tax))
# Visualization Preparation
# Pre-visualization the chart data as it does not change
self.visualizer.prepare(self.environment.chart_data)
# Prepare the folders to store visualization results
epoch_summary_dir = os.path.join(
settings.BASE_DIR, 'epoch_summary/%s/epoch_summary_%s' %
(self.stock_code, settings.timestr))
if not os.path.isdir(epoch_summary_dir):
os.makedirs(epoch_summary_dir)
# Set agent's initial balance
self.agent.set_balance(balance)
# Initialize the information about training
max_portfolio_value = 0
epoch_win_cnt = 0
# Training repetition
for epoch in range(num_epoches):
# Initialize the information about epoch
loss = 0.
itr_cnt = 0
win_cnt = 0
exploration_cnt = 0
batch_size = 0
pos_learning_cnt = 0
neg_learning_cnt = 0
# Initialize the memory
memory_sample = []
memory_action = []
memory_reward = []
memory_prob = []
memory_pv = []
memory_num_stocks = []
memory_exp_idx = []
memory_learning_idx = []
# Initialize the environment, agent and policy nerual network
self.environment.reset()
self.agent.reset()
self.policy_network.reset()
self.reset()
# Initialize the visualizer
self.visualizer.clear([0, len(self.chart_data)])
# Exploration rate decreases as you progress
if learning:
epsilon = start_epsilon * (1. - float(epoch) /
(num_epoches - 1))
else:
epsilon = 0
while True:
# Sample generation
next_sample = self._build_sample()
if next_sample is None:
break
# Actions decided by policy neural network or exploration
action, confidence, exploration = self.agent.decide_action(
self.policy_network, self.sample, epsilon)
# Perform the action you decided and earn immediate and delayed rewards
immediate_reward, delayed_reward = self.agent.act(
action, confidence)
# Store the actions and the consequences for the actions
memory_sample.append(next_sample)
memory_action.append(action)
memory_reward.append(immediate_reward)
memory_pv.append(self.agent.portfolio_value)
memory_num_stocks.append(self.agent.num_stocks)
memory = [
(memory_sample[i], memory_action[i], memory_reward[i])
for i in list(range(len(memory_action)))[-max_memory:]
]
if exploration:
memory_exp_idx.append(itr_cnt)
memory_prob.append([np.nan] * Agent.NUM_ACTIONS)
else:
memory_prob.append(self.policy_network.prob)
# Update the information about iterations
batch_size += 1
itr_cnt += 1
exploration_cnt += 1 if exploration else 0
win_cnt += 1 if delayed_reward > 0 else 0
# Update policy neural network when in training mode and delay rewards exist
if delayed_reward == 0 and batch_size >= max_memory:
delayed_reward = immediate_reward
self.agent.base_portfolio_value = self.agent.portfolio_value
if learning and delayed_reward != 0:
# Size of batch traning data
batch_size = min(batch_size, max_memory)
# Generate batch training data
x, y = self._get_batch(memory, batch_size, discount_factor,
delayed_reward)
if len(x) > 0:
if delayed_reward > 0:
pos_learning_cnt += 1
else:
neg_learning_cnt += 1
# Update Policy neural network
loss += self.policy_network.train_on_batch(x, y)
memory_learning_idx.append([itr_cnt, delayed_reward])
batch_size = 0
# Visualize the information about epoches
num_epoches_digit = len(str(num_epoches))
epoch_str = str(epoch + 1).rjust(num_epoches_digit, '0')
self.visualizer.plot(epoch_str=epoch_str,
num_epoches=num_epoches,
epsilon=epsilon,
action_list=Agent.ACTIONS,
actions=memory_action,
num_stocks=memory_num_stocks,
outvals=memory_prob,
exps=memory_exp_idx,
learning=memory_learning_idx,
initial_balance=self.agent.initial_balance,
pvs=memory_pv)
self.visualizer.save(
os.path.join(
epoch_summary_dir,
'epoch_summary_%s_%s.png' % (settings.timestr, epoch_str)))
# Record the information about epoches in log
if pos_learning_cnt + neg_learning_cnt > 0:
loss /= pos_learning_cnt + neg_learning_cnt
logging.info(
"[Epoch %s/%s]\tEpsilon:%.4f\t#Expl.:%d/%d\t"
"#Buy:%d\t#Sell:%d\t#Hold:%d\t"
"#Stocks:%d\tPV:%s\t"
"POS:%s\tNEG:%s\tLoss:%10.6f" %
(epoch_str, num_epoches, epsilon, exploration_cnt, itr_cnt,
self.agent.num_buy, self.agent.num_sell, self.agent.num_hold,
self.agent.num_stocks,
locale.currency(self.agent.portfolio_value, grouping=True),
pos_learning_cnt, neg_learning_cnt, loss))
# Update the information about training
max_portfolio_value = max(max_portfolio_value,
self.agent.portfolio_value)
if self.agent.portfolio_value > self.agent.initial_balance:
epoch_win_cnt += 1
# Record the information about training in log
logging.info("Max PV: %s, \t # Win: %d" % (locale.currency(
max_portfolio_value, grouping=True), epoch_win_cnt))
def usd(aNumber):
return locale.currency(aNumber, grouping=True)
def int_to_dollar(x):
return locale.currency(x, grouping=True)
def currency_default(value, decimals=True):
if decimals:
return locale.currency(value, symbol=True,
grouping=True).decode('utf8')
else:
return currency_symbol() + locale.format("%d", value, grouping=True)
def run(base_dir, start_gunicorn_app=True, options=None):
options = options or {}
# Store a pidfile before doing anything else
store_pidfile(base_dir)
# For dumping stacktraces
register_diag_handlers()
# Capture warnings to log files
logging.captureWarnings(True)
# Start initializing the server now
os.chdir(base_dir)
try:
import pymysql
pymysql.install_as_MySQLdb()
except ImportError:
pass
# We're doing it here even if someone doesn't use PostgreSQL at all
# so we're not suprised when someone suddenly starts using PG.
# TODO: Make sure it's registered for each of the subprocess
psycopg2.extensions.register_type(psycopg2.extensions.UNICODE)
psycopg2.extensions.register_type(psycopg2.extensions.UNICODEARRAY)
# We know we don't need warnings because users may explicitly configure no certificate validation.
# We don't want for urllib3 to warn us about it.
import requests as _r
_r.packages.urllib3.disable_warnings()
repo_location = os.path.join(base_dir, 'config', 'repo')
# Configure the logging first, before configuring the actual server.
logging.addLevelName('TRACE1', TRACE1)
logging_conf_path = os.path.join(repo_location, 'logging.conf')
with open(logging_conf_path) as f:
logging_config = yaml.load(f)
dictConfig(logging_config)
logger = logging.getLogger(__name__)
kvdb_logger = logging.getLogger('zato_kvdb')
crypto_manager = ServerCryptoManager(repo_location,
secret_key=options['secret_key'],
stdin_data=read_stdin_data())
secrets_config = ConfigObj(os.path.join(repo_location, 'secrets.conf'),
use_zato=False)
server_config = get_config(repo_location,
'server.conf',
crypto_manager=crypto_manager,
secrets_conf=secrets_config)
pickup_config = get_config(repo_location, 'pickup.conf')
sio_config = get_config(repo_location,
'simple-io.conf',
needs_user_config=False)
sso_config = get_config(repo_location, 'sso.conf', needs_user_config=False)
normalize_sso_config(sso_config)
server_config.main.token = server_config.main.token.encode('utf8')
# Do not proceed unless we can be certain our own preferred address or IP can be obtained.
preferred_address = server_config.preferred_address.get('address')
if not preferred_address:
preferred_address = get_preferred_ip(server_config.main.gunicorn_bind,
server_config.preferred_address)
if not preferred_address and not server_config.server_to_server.boot_if_preferred_not_found:
msg = 'Unable to start the server. Could not obtain a preferred address, please configure [bind_options] in server.conf'
logger.warn(msg)
raise Exception(msg)
# Create the startup callable tool as soon as practical
startup_callable_tool = StartupCallableTool(server_config)
# Run the hook before there is any server object created
startup_callable_tool.invoke(SERVER_STARTUP.PHASE.FS_CONFIG_ONLY,
kwargs={
'server_config': server_config,
'pickup_config': pickup_config,
'sio_config': sio_config,
'sso_config': sso_config,
})
# New in 2.0 - Start monitoring as soon as possible
if server_config.get('newrelic', {}).get('config'):
import newrelic.agent
newrelic.agent.initialize(server_config.newrelic.config,
server_config.newrelic.environment or None,
server_config.newrelic.ignore_errors or None,
server_config.newrelic.log_file or None,
server_config.newrelic.log_level or None)
# New in 2.0 - override gunicorn-set Server HTTP header
gunicorn.SERVER_SOFTWARE = server_config.misc.get('http_server_header',
'Zato')
# Store KVDB config in logs, possibly replacing its password if told to
kvdb_config = get_kvdb_config_for_log(server_config.kvdb)
kvdb_logger.info('Main process config `%s`', kvdb_config)
# New in 2.0 hence optional
user_locale = server_config.misc.get('locale', None)
if user_locale:
locale.setlocale(locale.LC_ALL, user_locale)
value = 12345
logger.info('Locale is `%s`, amount of %s -> `%s`', user_locale, value,
locale.currency(value, grouping=True).decode('utf-8'))
# Makes queries against Postgres asynchronous
if asbool(server_config.odb.use_async_driver
) and server_config.odb.engine == 'postgresql':
make_psycopg_green()
if server_config.misc.http_proxy:
os.environ['http_proxy'] = server_config.misc.http_proxy
# Basic components needed for the server to boot up
kvdb = KVDB()
odb_manager = ODBManager(well_known_data=ZATO_CRYPTO_WELL_KNOWN_DATA)
sql_pool_store = PoolStore()
service_store = ServiceStore()
service_store.odb = odb_manager
service_store.services = {}
server = ParallelServer()
server.odb = odb_manager
server.service_store = service_store
server.service_store.server = server
server.sql_pool_store = sql_pool_store
server.service_modules = []
server.kvdb = kvdb
server.user_config = Bunch()
# Assigned here because it is a circular dependency
odb_manager.parallel_server = server
zato_gunicorn_app = ZatoGunicornApplication(server, repo_location,
server_config.main,
server_config.crypto)
server.has_fg = options.get('fg')
server.crypto_manager = crypto_manager
server.odb_data = server_config.odb
server.host = zato_gunicorn_app.zato_host
server.port = zato_gunicorn_app.zato_port
server.repo_location = repo_location
server.user_conf_location = os.path.join(server.repo_location, 'user-conf')
server.base_dir = base_dir
server.logs_dir = os.path.join(server.base_dir, 'logs')
server.tls_dir = os.path.join(server.base_dir, 'config', 'repo', 'tls')
server.static_dir = os.path.join(server.base_dir, 'config', 'repo',
'static')
server.json_schema_dir = os.path.join(server.base_dir, 'config', 'repo',
'schema', 'json-schema')
server.fs_server_config = server_config
server.fs_sql_config = get_config(repo_location,
'sql.conf',
needs_user_config=False)
server.pickup_config = pickup_config
server.logging_config = logging_config
server.logging_conf_path = logging_conf_path
server.sio_config = sio_config
server.sso_config = sso_config
server.user_config.update(server_config.user_config_items)
server.preferred_address = preferred_address
server.sync_internal = options['sync_internal']
server.jwt_secret = server.fs_server_config.misc.jwt_secret.encode('utf8')
server.startup_callable_tool = startup_callable_tool
server.is_sso_enabled = server.fs_server_config.component_enabled.sso
if server.is_sso_enabled:
server.sso_api = SSOAPI(server, sso_config, None,
crypto_manager.encrypt, crypto_manager.decrypt,
crypto_manager.hash_secret,
crypto_manager.verify_hash, new_user_id)
# Remove all locks possibly left over by previous server instances
kvdb.component = 'master-proc'
clear_locks(kvdb, server_config.main.token, server_config.kvdb,
crypto_manager.decrypt)
# New in 2.0.8
server.return_tracebacks = asbool(
server_config.misc.get('return_tracebacks', True))
server.default_error_message = server_config.misc.get(
'default_error_message', 'An error has occurred')
# Turn the repo dir into an actual repository and commit any new/modified files
RepoManager(repo_location).ensure_repo_consistency()
# New in 2.0 so it's optional.
profiler_enabled = server_config.get('profiler', {}).get('enabled', False)
# New in 2.0 so it's optional.
sentry_config = server_config.get('sentry')
dsn = sentry_config.pop('dsn', None)
if dsn:
from raven import Client
from raven.handlers.logging import SentryHandler
handler_level = sentry_config.pop('level')
client = Client(dsn, **sentry_config)
handler = SentryHandler(client=client)
handler.setLevel(getattr(logging, handler_level))
logger = logging.getLogger('')
logger.addHandler(handler)
for name in logging.Logger.manager.loggerDict:
if name.startswith('zato'):
logger = logging.getLogger(name)
logger.addHandler(handler)
if asbool(profiler_enabled):
profiler_dir = os.path.abspath(
os.path.join(base_dir, server_config.profiler.profiler_dir))
server.on_wsgi_request = ProfileMiddleware(
server.on_wsgi_request,
log_filename=os.path.join(profiler_dir,
server_config.profiler.log_filename),
cachegrind_filename=os.path.join(
profiler_dir, server_config.profiler.cachegrind_filename),
discard_first_request=server_config.profiler.discard_first_request,
flush_at_shutdown=server_config.profiler.flush_at_shutdown,
path=server_config.profiler.url_path,
unwind=server_config.profiler.unwind)
# New in 2.0 - set environmet variables for servers to inherit
os_environ = server_config.get('os_environ', {})
for key, value in os_environ.items():
os.environ[key] = value
# Run the hook right before the Gunicorn-level server actually starts
startup_callable_tool.invoke(SERVER_STARTUP.PHASE.IMPL_BEFORE_RUN,
kwargs={
'zato_gunicorn_app': zato_gunicorn_app,
})
# Run the app at last
if start_gunicorn_app:
zato_gunicorn_app.run()
else:
return zato_gunicorn_app.zato_wsgi_app
def ctpdf(request):
id = request.GET["id"]
contrato = Contratos.objects.get(pk=id)
im = contrato.inmueble
cp = contrato.cliente_propietario
ca = contrato.cliente_arrendatario
ar = cp.asesor
cd1 = contrato.codeudor1
cd2 = contrato.codeudor2
cd3 = contrato.codeudor3
fecha_inicio = contrato.fecha_inicio
fecha_vigencia = contrato.fecha_vigencia
locale.setlocale(locale.LC_ALL, '')
parte_arrendadora = ar.nombre + ", " + ar.tipo_identificacion + " " + ar.identificacion
parte_arrendadora = parte_arrendadora + "<br />"
if ar.telefono_movil and ar.telefono_movil != "0":
parte_arrendadora = parte_arrendadora + "TELEFONO MOVIL: " + ar.telefono_movil + "<br />"
if ar.telefono_fijo and ar.telefono_fijo != "0":
parte_arrendadora = parte_arrendadora + "TELEFONO FIJO: " + ar.telefono_fijo + "<br />"
parte_arrendataria = ca.nombre + ", " + ca.tipo_identificacion + " " + ca.identificacion
parte_arrendataria = parte_arrendataria + "<br />"
if ca.telefono_movil and ca.telefono_movil != "0":
parte_arrendataria = parte_arrendataria + "TELEFONO MOVIL: " + ca.telefono_movil + "<br />"
if ca.telefono_fijo and ca.telefono_fijo != "0":
parte_arrendataria = parte_arrendataria + "TELEFONO FIJO: " + ca.telefono_fijo + "<br />"
sar = "" + contrato.servicios_arrendador
sar = sar.replace("'", "")
sar = sar.replace("[", "")
sar = sar.replace("]", "")
sa = "" + contrato.servicios_arrendatario
sa = sa.replace("'", "")
sa = sa.replace("[", "")
sa = sa.replace("]", "")
codeudor1 = None
codeudor2 = None
codeudor3 = None
if cd1:
codeudor1 = "{}, {} {}".format(cd1.nombre, cd1.tipo_identificacion,
cd1.identificacion)
if cd2:
codeudor2 = "{}, {} {}".format(cd2.nombre, cd2.tipo_identificacion,
cd2.identificacion)
if cd3:
codeudor3 = "{}, {} {}".format(cd3.nombre, cd3.tipo_identificacion,
cd3.identificacion)
context = {
'ar':
ar,
'ca':
ca,
'arrendador':
ar.nombre + ", " + ar.tipo_identificacion + " " + ar.identificacion,
'arrendatario':
ca.nombre + ", " + ca.tipo_identificacion + " " + ca.identificacion,
'inmueble':
im,
'direccion_inmueble':
im.direccion + ", " + im.ciudad + ", " + im.departamento + ", " +
im.pais,
'precio_canon':
'{} ({})'.format(
numero_a_moneda(contrato.precio_canon).upper(),
locale.currency(contrato.precio_canon,
grouping=True).replace('+', ' '),
),
'termino_contrato':
int(round((fecha_vigencia - fecha_inicio).days / 30, 0)),
'fecha_inicio':
str(fecha_inicio),
'fecha_vencimiento':
str(fecha_vigencia),
'servicios_arrendador':
sar,
'servicios_arrendatario':
sa,
'parte_arrendadora':
parte_arrendadora,
'parte_arrendataria':
parte_arrendataria,
'cd1':
cd1,
'cd2':
cd2,
'cd3':
cd3,
'codeudor1':
codeudor1,
'codeudor2':
codeudor2,
'codeudor3':
codeudor3
}
rp = render_to_string("contrato/contrato2.html", context)
file = os.path.join(tempfile.gettempdir(), "contrato{}.pdf".format(im.id))
tipo_vivienda = 'VIVIENDA URBANA'
if im.tipo_inmueble == 'LOCAL':
tipo_vivienda = 'LOCAL COMERCIAL'
id_im = str(im.id).zfill(4)
pdfkit.from_string(
rp, file, {
'title':
'CONTRATO DE ARRENDAMIENTO DE {} N° {}-2'.format(
tipo_vivienda, id_im),
'--header-html':
'http://127.0.0.1:{}/lsb/header.php'.format(80),
'--header-spacing':
'10',
'--footer-html':
'http://127.0.0.1:{}/lsb/footer.php'.format(80),
'--footer-spacing':
'5'
})
return FileResponse(open(file, "rb"),
as_attachment=True,
filename="contrato - {}.pdf".format(id_im),
content_type="application/pdf")
def index():
# print(request.headers.get('User-Agent'))
isMobile = (request.headers.get('User-Agent').find('Mobile') > 0)
dataHoje = datetime.date.today()
mes = dataHoje.month
ano = dataHoje.year
ultimoDiaMes = calendar.monthrange(ano, mes)[1]
dataInicioMes = datetime.date(year=ano, month=mes, day=1)
dataFimMes = datetime.date(year=ano, month=mes, day=ultimoDiaMes)
# Valore usados no Tiles.html
lucroDia = getValLucroPeriodo(dataHoje)
lucroMes = getValLucroPeriodo(dataInicioMes, dataFinal=dataHoje)
lucratividade = {'dia': lucroDia, 'mes': lucroMes}
# VERIFICADO
vendasDia = getTotalVendido(dataHoje)
vendasDia = locale.currency(vendasDia, grouping=True)
vendasMes = getTotalVendido(dataInicioMes, dataFinal=dataHoje)
vendasMes = locale.currency(vendasMes, grouping=True)
valVendido = {'dia': vendasDia, 'mes': vendasMes}
# VERIFICADO
notasDia = getQtdadeNotas(dataHoje)
notasMes = getQtdadeNotas('{}-{}-01'.format(dataHoje.year, dataHoje.month),
dataFinal=dataHoje)
qtdNotas = {'dia': notasDia, 'mes': notasMes}
# VERIFICADO
receberDia = getTotalContasReceberPeriodo(dataHoje)
receberDia = locale.currency(receberDia, grouping=True)
receberMes = getTotalContasReceberPeriodo(dataInicioMes, dataHoje)
receberMes = locale.currency(receberMes, grouping=True)
receber = {'dia': receberDia, 'mes': receberMes}
# VERIFICADO
pagarDia = getTotalContasPagarPeriodo(dataHoje)
pagarDia = locale.currency(pagarDia, grouping=True)
pagarMes = getTotalContasPagarPeriodo(dataInicioMes, dataHoje)
pagarMes = locale.currency(pagarMes, grouping=True)
pagar = {'dia': pagarDia, 'mes': pagarMes}
# VERIFICADO
estoqueBaixoTipoA = getProdutosEstoqueBaixo(tipoGiro='A')
estoqueBaixoTipoAZerados = getProdutosEstoqueBaixo(tipoGiro='A',
somenteZerados=True)
estoqueBaixo = {
'todos': estoqueBaixoTipoA.count(),
'zerados': estoqueBaixoTipoAZerados.count()
}
# Valor Vendido por periodo
metaTitulo = "Não existe Meta cadastrada para o período"
maxValue = 1.0
vendas = getTotalVendido(dataInicioMes, dataFinal=dataFimMes)
meta = getValMeta(12)
if meta:
metaTitulo = meta.descricao.capitalize()
maxValue = float(meta.valTotalMeta)
vendas = getTotalVendido(meta.dataInicial, dataFinal=meta.dataFinal)
gauge = getHalfPie(
metaTitulo,
{'Total': {
'value': vendas,
'max_value': maxValue,
'label': maxValue
}})
# Qtdade de Notas por periodo
qtdNotasGauge = getHalfPie(
'Qtdade de Notas Faturadas',
{'Qtdade': {
'value': notasDia,
'max_value': 30000
}})
# Valor Vendido por ano agrupado por mês
anoPassado = ano - 1
anoRetrasado = ano - 2
vendasAnoAtual = getTotalVendasDoAnoPorMes(ano)
vendasAnoPassado = getTotalVendasDoAnoPorMes(anoPassado)
vendasAnoRetrasado = getTotalVendasDoAnoPorMes(anoRetrasado)
listaDeValores = [(str(ano), vendasAnoAtual),
(str(anoPassado), vendasAnoPassado),
(str(anoRetrasado), vendasAnoRetrasado)]
comparativoAnual = getChartVendasAnoMes(listaDeValores, isMobile=isMobile)
# Vendas Externas por periodo
# VERIFICADO
vendasExternas = getVendasVendedores(dataInicioMes, dataFimMes, tipo='E')
dataExternos = {}
for vendedor in vendasExternas:
dataExternos[vendedor.nome] = vendedor.total
barChartsExternos = getHorizontalBar('Vendas por Vendedores Externos',
dataExternos,
isMobile=isMobile)
# Vendas Internas por periodo
# VERIFICADO
vendasInternos = getVendasVendedores(dataInicioMes, dataFimMes, tipo='I')
dataInternos = {}
for vendedor in vendasInternos:
dataInternos[vendedor.nome] = vendedor.total
barChartsInternos = getHorizontalBar('Vendas por Vendedores Internos',
dataInternos,
isMobile=isMobile)
meta_mes = locale.currency(maxValue, grouping=True)
total_vendas = locale.currency(vendas, grouping=True)
# Tabelas de Informações do Dashboard
top10Produtos = getProdutosPorQtdSaida(dataInicioMes,
dataFinal=dataHoje,
limit=10)
top10Clientes = getTotalCompraClientes(dataInicioMes,
dataFinal=dataHoje,
limit=10,
convertToList=True)
result = {
'gauge': gauge,
'notas': qtdNotasGauge,
'barChartsExternos': barChartsExternos,
'barChartsInternos': barChartsInternos,
'total_vendas': total_vendas,
'meta_mes': meta_mes,
'qtdNotas': qtdNotas,
'lucratividade': lucratividade,
'valVendido': valVendido,
'receber': receber,
'pagar': pagar,
'top10Produtos': top10Produtos,
'top10Clientes': top10Clientes,
'estoqueBaixo': estoqueBaixo,
'comparativoAnual': comparativoAnual
}
return render_template('dashboard/main.html', **result)
def currency(value):
if value:
return locale.currency(value, grouping=True)
else:
return locale.currency(0.00, grouping=True)
def pretty_money(m):
locale.setlocale(locale.LC_ALL, 'en_US.UTF-8')
return locale.currency(m, grouping=True)
def fit(self,
num_epoches=1000,
max_memory=60,
balance=10000000,
discount_factor=0,
start_epsilon=.5,
learning=True):
logger.info(
"LR: {lr}, DF: {discount_factor}, "
"TU: [{min_trading_unit}, {max_trading_unit}], "
"DRT: {delayed_reward_threshold}".format(
lr=self.policy_network.lr,
discount_factor=discount_factor,
min_trading_unit=self.agent.min_trading_unit,
max_trading_unit=self.agent.max_trading_unit,
delayed_reward_threshold=self.agent.delayed_reward_threshold))
# 가시화 준비
# 차트 데이터는 변하지 않으므로 미리 가시화
self.visualizer.prepare(self.environment.chart_data)
# 가시화 결과 저장할 폴더 준비
epoch_summary_dir = os.path.join(
settings.BASE_DIR, 'epoch_summary/%s/epoch_summary_%s' %
(self.stock_code, settings.timestr))
if not os.path.isdir(epoch_summary_dir):
os.makedirs(epoch_summary_dir)
# 에이전트 초기 자본금 설정
self.agent.set_balance(balance)
# 학습에 대한 정보 초기화
max_portfolio_value = 0
epoch_win_cnt = 0
# 학습 반복
for epoch in range(num_epoches):
# 에포크 관련 정보 초기화
loss = 0.
itr_cnt = 0
win_cnt = 0
exploration_cnt = 0
batch_size = 0
pos_learning_cnt = 0
neg_learning_cnt = 0
# 메모리 초기화
memory_sample = []
memory_action = []
memory_reward = []
memory_prob = []
memory_pv = []
memory_num_stocks = []
memory_exp_idx = []
memory_learning_idx = []
# 환경, 에이전트, 정책 신경망 초기화
self.environment.reset()
self.agent.reset()
self.policy_network.reset()
self.reset()
# 가시화 초기화
self.visualizer.clear([0, len(self.chart_data)])
# 학습을 진행할 수록 탐험 비율 감소
if learning:
epsilon = start_epsilon * (1. - float(epoch) /
(num_epoches - 1))
else:
epsilon = 0
epsilon = 1
while True:
# 샘플 생성
next_sample = self._build_sample()
if next_sample is None:
break
# 정책 신경망 또는 탐험에 의한 행동 결정
action, confidence, exploration = self.agent.decide_action(
self.policy_network, self.sample, epsilon)
# 결정한 행동을 수행하고 즉시 보상과 지연 보상 획득
immediate_reward, delayed_reward = self.agent.act(
action, confidence)
# 행동 및 행동에 대한 결과를 기억
memory_sample.append(next_sample)
memory_action.append(action)
memory_reward.append(immediate_reward)
memory_pv.append(self.agent.portfolio_value)
memory_num_stocks.append(self.agent.num_stocks)
memory = [
(memory_sample[i], memory_action[i], memory_reward[i])
for i in list(range(len(memory_action)))[-max_memory:]
]
if exploration:
memory_exp_idx.append(itr_cnt)
memory_prob.append([np.nan] * Agent.NUM_ACTIONS)
else:
memory_prob.append(self.policy_network.prob)
# 반복에 대한 정보 갱신
batch_size += 1
itr_cnt += 1
exploration_cnt += 1 if exploration else 0
win_cnt += 1 if delayed_reward > 0 else 0
# 학습 모드이고 지연 보상이 존재할 경우 정책 신경망 갱신
if delayed_reward == 0 and batch_size >= max_memory:
delayed_reward = immediate_reward
if learning and delayed_reward != 0:
# 배치 학습 데이터 크기
batch_size = min(batch_size, max_memory)
# 배치 학습 데이터 생성
x, y = self._get_batch(memory, batch_size, discount_factor,
delayed_reward)
if len(x) > 0:
if delayed_reward > 0:
pos_learning_cnt += 1
else:
neg_learning_cnt += 1
# 정책 신경망 갱신
loss += self.policy_network.train_on_batch(x, y)
memory_learning_idx.append([itr_cnt, delayed_reward])
batch_size = 0
# 에포크 관련 정보 가시화
num_epoches_digit = len(str(num_epoches))
epoch_str = str(epoch + 1).rjust(num_epoches_digit, '0')
self.visualizer.plot(epoch_str=epoch_str,
num_epoches=num_epoches,
epsilon=epsilon,
action_list=Agent.ACTIONS,
actions=memory_action,
num_stocks=memory_num_stocks,
outvals=memory_prob,
exps=memory_exp_idx,
learning=memory_learning_idx,
initial_balance=self.agent.initial_balance,
pvs=memory_pv)
self.visualizer.save(
os.path.join(
epoch_summary_dir,
'epoch_summary_%s_%s.png' % (settings.timestr, epoch_str)))
# 에포크 관련 정보 로그 기록
if pos_learning_cnt + neg_learning_cnt > 0:
loss /= pos_learning_cnt + neg_learning_cnt
logger.info(
"[Epoch %s/%s]\tEpsilon:%.4f\t#Expl.:%d/%d\t"
"#Buy:%d\t#Sell:%d\t#Hold:%d\t"
"#Stocks:%d\tPV:%s\t"
"POS:%s\tNEG:%s\tLoss:%10.6f" %
(epoch_str, num_epoches, epsilon, exploration_cnt, itr_cnt,
self.agent.num_buy, self.agent.num_sell, self.agent.num_hold,
self.agent.num_stocks,
locale.currency(self.agent.portfolio_value, grouping=True),
pos_learning_cnt, neg_learning_cnt, loss))
# 학습 관련 정보 갱신
max_portfolio_value = max(max_portfolio_value,
self.agent.portfolio_value)
if self.agent.portfolio_value > self.agent.initial_balance:
epoch_win_cnt += 1
# 학습 관련 정보 로그 기록
logger.info("Max PV: %s, \t # Win: %d" % (locale.currency(
max_portfolio_value, grouping=True), epoch_win_cnt))
def p(value):
return locale.currency(value, grouping=True)
def process_address():
address = request.args["address"]
county, state, city, formatted_address, latitude, longitude = break_address(
address)
anarghya = {}
location = county[:county.index(' County')] + " , " + state
main_score = store[location]["score"]
anarghya[formatted_address] = [latitude, longitude, main_score]
price = get_address_price(address, city + state)
# find x neighboring counties, use the dmatrix
from closest import closest_k
closest_neighbors = closest_k(location)
from collections import OrderedDict
scores = []
for neighbor in closest_neighbors:
scores.append((neighbor, store[neighbor]["score"]))
scores.sort(key=lambda x: x[1], reverse=True)
ordered_scores = OrderedDict()
for i, score in enumerate(scores):
ordered_scores[scores[i][0]] = scores[i][1]
scores = ordered_scores
# query address for price
price = get_address_price(address, city + " " + state)
if 'error' in price.lower():
flash(
"Housing data could not be found. Please try a different house. ")
return redirect(url_for('home'))
# query all closest_neighbors for price
final = []
final.append({
"lat": latitude,
"lng": longitude,
"street": formatted_address,
"score": round(main_score, 2),
"price": locale.currency(price[1], grouping=True)
})
content = None
prices = {}
if state == "CA":
with open("addresses.json") as file:
content = json.load(file)
import copy
cn = copy.deepcopy(closest_neighbors)
for i, n in enumerate(cn):
cn[i] = n.replace(" ", "")
cn = set(cn)
for item, address in content.items():
if item.replace(" ", "") not in cn:
continue
try:
old = address
address = address.split(',')
city_state = address[1] + " CA"
address = address[0]
result = get_address_price(address, city_state)
prices[old] = (result[1] if result[0] != 'error' else
(random.randint(200000, 600000)))
except:
prices[old] = (random.randint(200000, 600000))
for neighbor, _score in ordered_scores.items():
if content:
street = content[neighbor] if neighbor in content else ""
else:
street = address
price = round(prices[street]) if street in prices and prices else 0
if price and street:
county, state, city, formatted_address, latitude, longitude = break_address(
street)
anarghya[street] = [latitude, longitude, _score]
final.append({
"lat": latitude,
"lng": longitude,
"street": street,
"score": round(_score, 2),
"price": locale.currency(price, grouping=True)
})
return render_template('list.html', info=final, anarghya=anarghya)
def cur(x):
return locale.currency(x, grouping=True)
def pound_string(value):
"""function will convert a value into a string of pounds and pence containing a £ sign"""
total = locale.currency(value, grouping=True)
return total
def formata_concurso_text(concurso):
texto = """{0} - {1}
{2}
{3} Senas - prêmio: {4}
{5} Quinas - prêmio: {6}
{7} Quadras - prêmio: {8}
Valor Acumulado: {9}
Previsão de Prêmio: *{10}*
Próximo Sorteio: {11}
Próximo Concurso 0 ou 5: {12}
Valor Acumulado 0 ou 5: {13}
Acumulado Mega da Virada: {14}"""
data_concurso = datetime.fromtimestamp(concurso["data"]/1000.0)
data_proximo_concurso = datetime.fromtimestamp(
concurso["dt_proximo_concurso"]/1000.0)
locale.setlocale(locale.LC_ALL, 'pt_BR.UTF-8')
premio = valor = locale.currency(
concurso["valor"], grouping=True, symbol=None)
premio_quina = locale.currency(
concurso["valor_quina"], grouping=True, symbol=None)
premio_quadra = locale.currency(
concurso["valor_quadra"], grouping=True, symbol=None)
valor_acumulado = locale.currency(
concurso["valor_acumulado"],
grouping=True,
symbol=None)
valor_estimado = locale.currency(
concurso["vr_estimativa"],
grouping=True,
symbol=None)
valor_zero_cinco = locale.currency(
concurso["ac_final_zero"],
grouping=True,
symbol=None)
valor_mega_virada = locale.currency(
concurso["vr_acumulado_especial"],
grouping=True,
symbol=None)
if concurso["sorteioAcumulado"]:
texto = "*Acumulou!!!*\n\n" + texto
return texto.format(
concurso["concurso"],
data_concurso.strftime("%d/%m/%Y"),
concurso["resultadoOrdenado"],
concurso["ganhadores"],
premio,
concurso["ganhadores_quina"],
premio_quina,
concurso["ganhadores_quadra"],
premio_quadra,
valor_acumulado,
valor_estimado,
data_proximo_concurso.strftime("%d/%m/%Y"),
concurso["prox_final_zero"],
valor_zero_cinco,
valor_mega_virada
)
def _get_data(self):
res_partner_obj = self.env['res.partner']
if self.partner_id:
res_partner_ids = res_partner_obj.search([('id', '=', self.partner_id.id)])
partner_name = res_partner_ids.name
else:
res_partner_ids = res_partner_obj.search([])
partner_name = 'Todos'
result = [
{
'partner_name': partner_name,
'start': self.date_start,
'end': self.date_end,
}
]
currency_obj = self.env['res.currency']
currencys_ids = currency_obj.search([('active', '=', True)])
for currency in currency_obj.browse(currencys_ids.ids):
if self.partner_id:
invoices_obj = self.env['account.invoice']
invoices_ids = invoices_obj.search([
('currency_id', '=', currency.id),
('state', '=', 'open'),
('partner_id', '=', self.partner_id.id),
('date_invoice', '>=', self.date_start + ' 00:00:00'),
('date_invoice', '<=', self.date_end + ' 23:59:59'),
], order='date_invoice')
else:
invoices_obj = self.env['account.invoice']
invoices_ids = invoices_obj.search([
('currency_id', '=', currency.id),
('state', '=', 'open'),
('date_invoice', '>=', self.date_start + ' 00:00:00'),
('date_invoice', '<=', self.date_end + ' 23:59:59'),
], order='date_invoice')
if invoices_ids:
report_lines = []
residual_total = 0.00
monto_vencido_total = 0.00
monto_30_total = 0.00
monto_60_total = 0.00
monto_90_total = 0.00
monto_120_total = 0.00
monto_150_total = 0.00
monto_aplic_total = 0.00
for invoice in invoices_ids:
residual_total += invoice.residual
monto_vencido = 0.00
monto_30 = 0.00
monto_60 = 0.00
monto_90 = 0.00
monto_120 = 0.00
monto_150 = 0.00
monto_aplic = 0.00
if invoice.date_due:
if (datetime.datetime.strptime(invoice.date_due,
"%Y-%m-%d")- datetime.datetime.now()).days < 0:
monto_vencido = invoice.residual
monto_vencido_total += monto_vencido
if (datetime.datetime.strptime(invoice.date_due,
"%Y-%m-%d") - datetime.datetime.now()).days > 0 and (
datetime.datetime.strptime(invoice.date_due,
"%Y-%m-%d") - datetime.datetime.now()).days <= 30:
monto_30 = invoice.residual
monto_30_total += monto_30
if (datetime.datetime.strptime(invoice.date_due,
"%Y-%m-%d") - datetime.datetime.now()).days > 30 and (
datetime.datetime.strptime(invoice.date_due,
"%Y-%m-%d") - datetime.datetime.now()).days <= 60:
monto_60 = invoice.residual
monto_60_total += monto_60
if (datetime.datetime.strptime(invoice.date_due,
"%Y-%m-%d") - datetime.datetime.now()).days > 60 and (
datetime.datetime.strptime(invoice.date_due,
"%Y-%m-%d") - datetime.datetime.now()).days <= 90:
monto_90 = invoice.residual
monto_90_total += monto_90
if (datetime.datetime.strptime(invoice.date_due,
"%Y-%m-%d") - datetime.datetime.now()).days > 90 and (
datetime.datetime.strptime(invoice.date_due,
"%Y-%m-%d") - datetime.datetime.now()).days <= 120:
monto_120 = invoice.residual
monto_120_total += monto_120
if (datetime.datetime.strptime(invoice.date_due,
"%Y-%m-%d") - datetime.datetime.now()).days > 120:
monto_150 = invoice.residual
monto_150_total += monto_150
else:
monto_vencido = invoice.residual
monto_vencido_total += monto_vencido
vals = {
'partner_ref':invoice.partner_id.ref,
'partner_name': invoice.partner_id.name,
'date': invoice.date_invoice,
'journal_name': invoice.journal_id.name,
'folio': invoice.number,
'folio_digital': invoice.number,
'date_due': invoice.date_due,
'currency_id' : invoice.currency_id.name,
'residual' : locale.currency(invoice.residual, grouping=True ),
'monto_vencido': locale.currency(monto_vencido, grouping=True ),
'monto_30': locale.currency(monto_30, grouping=True ),
'monto_60': locale.currency(monto_60, grouping=True ),
'monto_90': locale.currency(monto_90, grouping=True ),
'monto_120': locale.currency(monto_120, grouping=True ),
'monto_150': locale.currency(monto_150, grouping=True ),
'monto_aplic': locale.currency(monto_aplic, grouping=True ),
}
report_lines.append(vals)
sorted_report_lines = sorted(report_lines, key=lambda invoice: invoice['date'])
report_currency = {
'currency': currency.name,
'report_lines':sorted_report_lines,
'residual_total': locale.currency(residual_total, grouping=True ),
'monto_vencido_total': locale.currency(monto_vencido_total, grouping=True ),
'monto_30_total': locale.currency(monto_30_total, grouping=True ),
'monto_60_total': locale.currency(monto_60_total, grouping=True ),
'monto_90_total': locale.currency(monto_90_total, grouping=True ),
'monto_120_total': locale.currency(monto_120_total, grouping=True ),
'monto_150_total': locale.currency(monto_150_total, grouping=True ),
'monto_aplic_total': locale.currency(monto_aplic_total, grouping=True ),
}
result.append(report_currency)
return result
'Month': lastMonth
}).toarray())[0]
month_predict = regressor.predict(vec.transform({
'Year': currentYear,
'Month': currentMonth
}).toarray())[0]
print('bb')
print(previous_predict)
print('cc')
print(month_predict)
if (predict_heuristic(previous_predict, month_predict, actual_previous_value, actual_value)):
results.append((
customer,
month_predict,
actual_previous_value
))
return results
if __name__ == '__main__':
locale.setlocale(locale.LC_ALL, '')
customers = missed_customers()
print("here")
# print(customers)
for customer in set(customers):
print("{} was predicted to buy around {}, they bought only {}".format(
customer[0],
locale.currency(customer[1], grouping=True),
locale.currency(customer[2], grouping=True)
))
def test_overridden_locale_float(self):
set_default_locale()
self.assertEqual(currency(self.value_float), locale.currency(self.value_float, grouping=True))
def c_locale(zahl):
return locale.currency(zahl, False, True)
lot = int(orig_future_lot / 2)
order = {
'symbol':
stock_id,
'nse_symbol':
'NSE:' + stock_id,
'future_lot':
future_lot,
'orig_future_lot':
orig_future_lot,
'priority':
priority,
'trigger_price_pts':
round(util.min_tick_size * round((200 / lot) / util.min_tick_size), 2),
'traded_amount':
locale.currency(last_close * lot, grouping=True),
'last_close':
last_close,
'tag':
None
}
orders.append(order)
priority += 1
time.sleep(1)
print('[')
for order in orders:
print(' {')
for k, v in order.items():
print(
" '" + k + "':",
def format_cents(cents, user_locale='en_US.utf8'):
locale.setlocale(locale.LC_ALL, user_locale)
return locale.currency(cents / 100.0, symbol=False, grouping=True)
def currency(value):
return locale.currency(value or 0,
symbol=True,
grouping=True,
international=False)
choice = "y"
while choice.lower() == "y":
# get input from the user
monthly_investment = float(input("Enter monthly investment:\t"))
yearly_interest_rate = float(input("Enter yearly interest rate:\t"))
years = int(input("Enter number of years:\t\t"))
# convert yearly values to monthly values
monthly_interest_rate = yearly_interest_rate / 12 / 100
months = years * 12
# calculate the future value
future_value = 0
for i in range(months):
future_value = future_value + monthly_investment
monthly_interest_amount = future_value * monthly_interest_rate
future_value = future_value + monthly_interest_amount
# format and display the result
print("Future value:\t\t\t%s" %
locale.currency(future_value, grouping=True))
print()
# see if the user wants to continue
choice = input("Continue? (y/n): ")
print()
print("Bye!")
# англосаксонская система
# 1,234.567
# европейская система
# 1.234,567
import locale
locale.setlocale(locale.LC_ALL, "de") # для Windows
# locale.setlocale(locale.LC_ALL, "de_DE") # для MacOS
number = 12345.6789
formatted = locale.format("%f", number)
print(formatted) # 12345,678900
formatted = locale.format("%.2f", number)
print(formatted) # 12345,68
formatted = locale.format("%d", number)
print(formatted) # 12345
formatted = locale.format("%e", number)
print(formatted) # 1,234568e+04
money = 234.678
formatted = locale.currency(money)
print(formatted) # 234,68 €
# Create a neural network that learns this relationship so that it would predict a 7 bedroom house as costing close to 400k etc.
# the house prices are scaled down. So the prediction is in 'hundreds of thousands'
def house_model(x_bed: int) -> float:
"""Predict the house prices
A neural model that predicts house prices based on already known bedroom - price data set
:param x_bed: number of bedrooms for which price needs to be predicted
:return: [description]
:rtype: [type]
"""
bed_data = np.array([0, 1, 2, 3, 4, 5, 6], dtype=int)
price_data = np.array([0.5, 1.0, 1.5, 2.0, 2.5, 3.0, 3.5], dtype=float)
model = keras.Sequential([keras.layers.Dense(units=1, input_shape=[1])])
model.compile(optimizer='sgd', loss='mean_squared_error')
model.fit(bed_data, price_data, epochs=500)
return float(model.predict(x_bed))
if __name__ == '__main__':
print('House price prediction starts')
bed_rooms = 7
prediction = house_model([bed_rooms])
locale.setlocale(locale.LC_ALL, '')
# round to 7 points since unit is in hundreds of thousands
predct_usd = locale.currency(round(prediction, 7) * 100000, grouping=True)
print(f'Predicted house price for {bed_rooms} bed rooms is {predct_usd}')
def format_money(amount):
return locale.currency(amount / 100.)
def sizing_cal(config, id, consum):
mod_power = config['mod']
irrad = irradbyID(id)
dol = dolar_data('1')
dolar_var = dol[0]
#cálculo da Geração Mínima = (NGD (em Wh)/irrad)
#calculation of minimum generation = (NGD/irrad)
gmin = float(((consum * 100) / 3) / irrad)
#definição da quantidade de paineis
#defining quantities of panels
modqt = math.ceil((gmin * 1.25) / mod_power)
#pegando a info de preço para cada painel
#retrieving price info for each panel
mod_uniprice = panels.filter(pot=mod_power).values('value').get()
#preço total dos paineis
#panels' total price
mod_totalprice = math.ceil((modqt * mod_uniprice['value'] * dolar_var))
#dimensionamento potência do inversor
#inverter power sizing
pot_seg = gmin * 1.3
invpower = inverters.filter(pot__gte=pot_seg)[0] #r
invpower = invpower.pot
#preço do inversor
#inverter's price
invprice = inverters.filter(pot__gte=pot_seg)[0] #r
invprice = math.ceil(invprice.value)
#evitação de CO2 mensal (em kg de CO2)
#monthly CO2 emission avoidance (CO2 kg)
eco = math.ceil(consum * 1630) #r
#area
area_total = math.ceil(modqt * 1.942336)
#pesos
#weights
modweight = mod_weight(modqt, mod_power, 'on')
other_weight = math.ceil(modweight * 0.05)
#payback
total_cost = math.ceil(mod_totalprice + invprice)
pb = thebigpayback(id, (modqt * mod_power), total_cost, True)
#warnings
dol_stat = dol[1]
pb_stat = pb[2]
both_equal = True if (dol_stat == pb_stat) else False
if (both_equal == False):
wrng = ("Os valores de " + ("Custo", "Payback")[dol_stat] +
" podem estar defasados neste dimensionamento")
else:
wrng = (
"Os valores de Custo e Payback podem estar defasados neste dimensionamento",
False)[dol_stat]
return [{
"id": "price",
"mod_price": mod_totalprice,
"inv_price": invprice,
"label": "Custo Estimado",
"text": locale.currency(total_cost, grouping=True, symbol='R$')
}, {
"id": "mod",
"mod_quant": modqt,
"label": "Módulos",
"text": modqt
}, {
"id": "inv",
"inv_power": invpower,
"label": "Inversor",
"text": "%s W" % (int(invpower))
}, {
"id": "weight",
"mod_weight": modweight,
"other_weight": other_weight,
"label": "Peso",
"text": "%s kg" % (modweight + other_weight)
}, {
"id": "area",
"area": area_total,
"label": "Área",
"text": "%s m²" % (area_total)
}, {
"id": "payback",
"payback_yrs": pb[0],
"payback_arrays": pb[1],
"label": "Payback",
"text": "%s anos" % (pb[0])
}, {
"id": "co2",
"co2": eco,
"label": "Evitação de CO²",
"text": "%s kg/mês" % (eco)
}, {
"id": "warnings",
"text": wrng
}]
return mean_squared_error(y_test, y_pred)
def modele():
df_user, classifier, Ville, seloger, X_train, X_test, y_train, y_test, y_pred = input_data(
)
seloger, X_train, X_test, y_train, y_test = get_data(DATA_URL, Ville)
# metrics
score_rmse = RMSE(y_test, y_pred)
# display prediction
predict_prices = classifier.predict(df_user)
return predict_prices, score_rmse
# Prediction
predict_prices, score_rmse = modele()
#afficher prediction
if st.checkbox('Prediction'):
#st.subheader('Metrique du modele')
#st.text("Justesse du modele")
#st.write(round(score_rmse,2),"%")
st.subheader("Prix du logement")
l = locale.setlocale(locale.LC_ALL, '') # avoir le bon currency format
price = locale.currency(predict_prices[0], grouping=True)
st.write("Le prix de vente du logement est estimé à {} €".format(price))
def _test_currency(self, value, out, **format_opts):
self.assertEqual(locale.currency(value, **format_opts), out)
def displayemail2(id):
sf = Salesforce(app_settings['SF-USER'] +".plaidtest", app_settings['SF-PASS'], app_settings['SF-TOKEN'], domain = 'test')
# get the email belonging to the contact for whom the project is for
contact_query = sf.query("select Name, ID, (select name, email, MailingAddress from contacts) from account where ID IN (select Account__c from project__c where project__c.Id = '"+id+"')")
#link that will be sent in the email in order for the customer to go to payment portal
email_link = "https://certasunpay.com/linkwithid/" + id
templateLoader = jinja2.FileSystemLoader(searchpath = "/")
templateEnv = jinja2.Environment(loader=templateLoader)
### get the rest of the data from the project in order to format the templated email
query = sf.query("select id, Name, Cash_Down_Pmt_Status__c, Cash_Down_Pmt__c, Cash_Permit_Pmt_Status__c, Permit_Pmt__c, Cash_Final_Pmt_Status__c, Cash_final_Pmt__c from Project__c where ID = '"+id+"'")
#project down payment:
p_down = query['records'][0]['Cash_Down_Pmt__c']
#project down payment status:
p_down_stat = query['records'][0]['Cash_Down_Pmt_Status__c']
#project permit payment:
p_permit = query['records'][0]['Permit_Pmt__c']
#project permit payment status:
p_permit_stat = query['records'][0]['Cash_Permit_Pmt_Status__c']
#project final payment:
p_final = query['records'][0]['Cash_Final_Pmt__c']
#project final payment status:
p_final_stat = query['records'][0]['Cash_Final_Pmt_Status__c']
#concatonate a string to show the customers address
address = str(contact_query['records'][0]['Contacts']['records'][0]['MailingAddress']['street']) + " " + str(contact_query['records'][0]['Contacts']['records'][0]['MailingAddress']['city']) + ", " + str(contact_query['records'][0]['Contacts']['records'][0]['MailingAddress']['state'])
#Name of contact whom project belongs to:
contact_name = contact_query['records'][0]['Contacts']['records'][0]['Name']
#split the contact name to get first and last seperate
contact_name_list = contact_name.split()
#create an ACCOUNT object for this project
email_recipient_account = ACCOUNT(contact_query['records'][0]['Name'], contact_name_list[0], contact_name_list[1])
#set the objects down payment:
email_recipient_account.dp = p_down
#set objects down payment status:
email_recipient_account.dpSTAT = setFrontEndStatus(p_down_stat)
#set objects permit payment:
email_recipient_account.pp = p_permit
#set objects permit payment status:
email_recipient_account.ppSTAT = setFrontEndStatus(p_permit_stat)
#set objects final payment:
email_recipient_account.fp = p_final
#set objects final payment status:
email_recipient_account.fpSTAT = setFrontEndStatus(p_final_stat)
#use getDuePayment method to find out which payment will need to be paid next with logic in that method
duepayment = email_recipient_account.getDuePayment()
#use getnextpayment to get the value of the duepayment
next_payment = email_recipient_account.getnextpayment()
#locale is used to format currency
locale.setlocale(locale.LC_ALL,'en_US.UTF-8')
#format the next_payment from a float to a currency string
next_payment = locale.currency(next_payment)
#### create id's to reference images that will be embedded in email
logoImage_cid = make_msgid()
bg1Image_cid = make_msgid()
facebook_cid = make_msgid()
twitter_cid = make_msgid()
ig_cid = make_msgid()
#############
#create the templated email
html = render_template('emailtemplate1.html', name = contact_name, chargeAmount = next_payment, duePayment = duepayment, payment_link = email_link, address = address, logoImage_cid = logoImage_cid[1:-1], bg1Image_cid = bg1Image_cid[1:-1], facebook_cid = facebook_cid[1:-1]) #, twitter_cid = twitter_cid[1:-1], ig_cid = ig_cid[1:-1])
display_html = render_template("email2.html", name = contact_name, chargeAmount = next_payment, duePayment = duepayment, payment_link = email_link, address = address)
with open("my_new_file.html", "w") as fh:
fh.write(display_html)
os.system('my_new_file.html')
my_input = input('Do you want to send this email (Y/N)')
if(my_input == 'Y' or my_input = 'y'):
#instantiate an EmailMessage OBject
msg = EmailMessage()
#Email's subject:
msg['Subject'] = 'Pay Certasun'
#Email address message will be sent from
msg['From'] = '*****@*****.**'#mail_settings['MAIL_USERNAME']
############# change back but for testing send to my email ###################
#Address Email will be sent to
msg['To'] = "*****@*****.**"#email
#############################################################################
#Email messages preamble
msg.preamble = "Certasun"
#set the plain text as an empty string
msg.set_content("")
#set the templated html of the message
msg.add_alternative(html, subtype = 'html')
############# Embed the images into the email msg###################
with open('static/img/CertasunLogo.png', 'rb') as fp:
msg.get_payload()[1].add_related(fp.read(), 'image','png',cid=logoImage_cid)
with open('static/img/bg1.png', 'rb') as fp:
msg.get_payload()[1].add_related(fp.read(), 'image', 'png', cid = bg1Image_cid)
with open('static/img/free_ico_facebook.jpg', 'rb') as fp:
msg.get_payload()[1].add_related(fp.read(), 'image', 'jpg', cid = facebook_cid)
smtp = smtplib.SMTP_SSL('smtp.gmail.com', 0)
smtp.ehlo()
#start tls which means message will be encrypted
#smtp.starttls()
#login to the AWS SES account
smtp.login('*****@*****.**', 'GoSolar1')
#send the message, first parameter is who it is from, 2nd is who is is two and the thirsd is the content of the message
smtp.sendmail("*****@*****.**", '*****@*****.**', msg.as_string())
#shutdown the connection to the smtp server
smtp.quit()
return render_template('email2.html', name = contact_name, chargeAmount = next_payment, duePayment = duepayment, payment_link = email_link, address = address, logoImage_cid = logoImage_cid[1:-1], bg1Image_cid = bg1Image_cid[1:-1], facebook_cid = facebook_cid[1:-1])