def payroll2():
benefits = request.form["form_other_benefits"]
Date = request.form["form_date"]
overtime = request.form["form_overtime"]
employee_id = request.form['form_empdata_id']
empdata = Employee.select().where(Employee.id == employee_id).get()
calc = Payrollcalculator(empdata.basic_salary, overtime,
empdata.house_allowance, benefits)
Payroll.create(benefits=benefits,
payroll_date=Date,
overtime=overtime,
nhif=calc.nhif,
nssf=calc.nssf,
payee=calc.payee,
employee_id=employee_id)
return redirect(url_for('payroll2'))
def main():
manager = r.Manager(1, 'Mary Poppins', 3000)
secretary = r.Secretary(2, 'John Smith', 1500)
sales_guy = r.SalesPerson(3, 'Kevin Bacon', 1000, 250)
factory_worker = r.FactoryWorker(2, 'Jane Doe', 40, 15)
employees = [
manager,
secretary,
sales_guy,
factory_worker,
]
productivity = Productivity()
productivity.track(employees, 40)
payroll = Payroll()
payroll.calculate_payroll(employees)
def addPayroll():
overtime = request.form['form_overtime']
otherbenefits = request.form['form_otherbenefits']
payrolldate = request.form['form_date']
id = request.form['form_emp_id']
emp = Employee.select().where(Employee.id == id).get()
calc = Payrollcalc(emp.basicsalary, emp.houseallowance, overtime,
otherbenefits)
# calc2 = Payrollcalc.getBenefits (emp.houseallowance, overtime, otherbenefits)
Payroll.create(benefits=calc.benefits,
overtime=overtime,
otherbenefits=otherbenefits,
payrolldate=payrolldate,
nhif=calc.nhif,
nssf=calc.nssf,
paye=calc.paye,
employeeid=id)
return redirect(url_for("payroll", a=id))
def printDetails(emp_name, KRA_PIN, id_number, basic_salary, allowances,
other_deductions):
# basic_salary = int(basic_salary)
empl1 = Payroll(emp_name, KRA_PIN, id_number, int(basic_salary),
int(allowances), int(other_deductions))
# empl2 = Payroll("Aaron Mwanzia", "A0123456789W", 29094964, 220000, 0, 0)
# print("Name is: ", empl1.emp_name)
# print("KRA PIN is: ", empl1.KRA_PIN)
# print("ID number is: ", empl1.id_number)
# print("Basic salary: ", empl1.basic_salary)
# print("Allowances: ", empl1.allowances)
# print("Other deductions: ", empl1.other_deductions)
# # print("Pension: ", empl1.pension)
# print("Gross Salary: ", empl1.gross_salary)
# print("NSSF Deductions: ", empl1.nssf_deductions)
# print("Taxable Income: {:.2f}".format(empl1.taxable_income))
# print("NHIF Deductions: ", empl1.nhif_deductions)
# print("PAYE: {:.2f}".format(empl1.payee))
# print("Total deductions: {:.2f}".format(empl1.total_deductions))
# print("Net Salary: {:.2f}".format(empl1.net_salary))
return "Name: " + empl1.emp_name + "\n" \
+ "Basic salary: {:.2f}".format(empl1.basic_salary)+ "\n" \
+ "KRA PIN is: " + str(empl1.KRA_PIN) + "\n" \
+ "ID number is: " + str(empl1.id_number) + "\n" \
+ "Basic salary: {:.2f}".format(empl1.basic_salary) + "\n" \
+ "Allowances: {:.2f}".format(empl1.allowances) + "\n" \
+ "Other deductions: {:.2f}".format(empl1.other_deductions) + "\n" \
+ "Pension: {:.2f}".format(empl1.pension) + "\n" \
+ "Gross Salary: {:.2f}".format(empl1.gross_salary) + "\n" \
+ "NSSF Deductions: {:.2f}".format(empl1.nssf_deductions) + "\n" \
+ "Taxable Income: {:.2f}".format(empl1.taxable_income)+ "\n" \
+ "NHIF Deductions: {:.2f}".format(empl1.nhif_deductions) + "\n" \
+ "PAYE: {:.2f}".format(empl1.payee) + "\n" \
+ "Total deductions: {:.2f}".format(empl1.total_deductions)+"\n"\
+"Net Salary: {:.2f}".format(empl1.net_salary)
from payroll import Payroll
empl1 = Payroll("Aaron Mwanzia", "A0123456789W", 29094964, 220000, 0, 0)
print("Name is: ", empl1.emp_name)
print("KRA PIN is: ", empl1.KRA_PIN)
print("ID number is: ", empl1.id_number)
print("Basic salary: ", empl1.basic_salary)
print("Allowances: ", empl1.allowances)
print("Other deductions: ", empl1.other_deductions)
# print("Pension: ", empl1.pension)
print("Gross Salary: ", empl1.gross_salary)
print("NSSF Deductions: ", empl1.nssf_deductions)
print("Taxable Income: {:.2f}".format(empl1.taxable_income))
print("NHIF Deductions: ", empl1.nhif_deductions)
print("PAYE: {:.2f}".format(empl1.payee))
print("Total deductions: {:.2f}".format(empl1.total_deductions))
print("Net Salary: {:.2f}".format(empl1.net_salary))
def payroll(a):
allPayrolls = Payroll.select().join(Employee).where(Employee.id == int(a))
return render_template("payroll.html", myPayrolls=allPayrolls, id=a)
def main(data_csv, username, password, dry):
"""The script reads payroll data from the CSV input file
and creates payments in the Justworks dashboard.
CSV file must contain these columns: name, amount, type, note.
"""
utc_dt = datetime.utcnow().replace(microsecond=0).isoformat("_")
request_id = "{}_{}".format(utc_dt, uuid.uuid4().hex[:4].upper())
click.secho("Start request, id: %s" % request_id, fg="bright_blue")
api = API(username=username, password=password)
# Get predefined values from Justworks website
employees, payment_dates, fringe_benefits_subtypes = api.get_constants()
click.secho("\nPersons found: %s" % len(employees), fg="bright_blue")
click.secho("\nSupported payment dates:", fg="bright_blue")
for pd_key, pd_value in payment_dates.items():
click.secho(pd_key, fg="bright_white")
for day in pd_value:
fg = "red" if day["disabled"] else None
click.secho(" {value}, {description}".format(**day), fg=fg)
click.secho("\nSupported payment types:", fg="bright_blue")
for subtype in fringe_benefits_subtypes:
click.secho("{value} — {description}".format(**subtype))
payroll = Payroll(
employees=employees,
payment_dates=payment_dates,
fringe_benefits_subtypes=fringe_benefits_subtypes,
request_id=request_id,
)
click.secho("\nParse CSV file", fg="bright_blue")
# Parse CSV, validate and match values
all_good = payroll.load_from_csv(data_csv)
click.secho("\nPayments to create:", fg="bright_blue")
# Print payment list
payroll.print_payments(sys.stdout)
if not all_good:
click.secho(
"\nThere was some errors. Please fix it before continuing.",
fg="bright_red")
sys.exit()
if not dry:
click.secho("\nCreate payments", fg="bright_blue")
# Create Justworks payments
res = api.create_payments(payroll.payments)
if res:
click.secho("\nPayments creation error.", fg="bright_red")
click.secho("status code: %s" % res.status_code, fg="bright_red")
click.secho("response text: %s" % res.text, fg="bright_red")
else:
click.secho("DONE", fg="green")
from payroll import Payroll pay1 = Payroll(2000, 200) # pay1.gross_salary(2000,100) # print(pay1.benefits) # print(pay1.basic) print(pay1.gross)
def test_paycheck_whole(elf):
paycheck = Paycheck(elf, 100, Payroll.JARS)
assert paycheck.charity == 10
assert paycheck.retirement == 40
assert paycheck.candy == 50
def test_paycheck_fraction(elf):
paycheck = Paycheck(elf, 3, Payroll.JARS)
assert paycheck.charity == Decimal('0.3')
assert paycheck.retirement == Decimal('1.2')
assert paycheck.candy == Decimal('1.5')
@pytest.mark.parametrize("total,jar_change,expected", [
({}, {1: 1}, {1: 1}),
({1: 1}, {1: 1}, {1: 2}),
({1: 2}, {1: 2}, {1: 4}),
({1: 4}, {2: 2}, {1: 4, 2: 2}),
({1: 4, 2: 2}, {2: 2, 5: 1}, {1: 4, 2: 4, 5: 1}),
])
def test_change_update(total, jar_change, expected):
change = Change(total)
change.update_from_change(jar_change)
assert change == expected
if __name__ == "__main__":
p = Payroll(payday(), [elf(), elf2()])
print(p)
def pay_of_not_born_elf(payday_before_elf_was_born, elf):
return Payroll(payday_before_elf_was_born).pay(elf)
def pay(payday, elf):
return Payroll(payday).pay(elf)
def test_pay_fraction_round_up():
elf = Elf(date.fromisoformat('2007-01-01'))
payday = date.fromisoformat('2009-01-01')
# (2 * 52) / 12 = 8.66
assert Payroll(payday).pay(elf) == 9
def test_pay_fraction_round_down():
elf = Elf(date.fromisoformat('2007-01-01'))
payday = date.fromisoformat('2008-01-01')
# (1 * 52) / 12 = 4.33
assert Payroll(payday).pay(elf) == 4
def test_payroll_output_no_elves(payday):
payroll = Payroll(payday)
payroll.run()
assert str(payroll) == "\nTotal change: {}"
def test_payroll_output(payday, elf, elf2):
payroll = Payroll(payday, [elf, elf2])
payroll.run()
assert str(payroll) == report
def payroll(me):
allpayrolls = Payroll.select().join(Employee).where(Employee.id == int(me))
return render_template('payroll2.html',
mypayrolls=allpayrolls,
employeeId=me)
from payroll import Payroll
# emp1=input('enter name:')
emp1=Payroll(100000,10000)
print("NAME: Rosalia")
print("GROSS SALARY : "+str(emp1.gross_salary))
print("NSSF : "+str(emp1.nssf_deductions))
print("TAXABLE INCOME: "+str(emp1.taxable_income))
print("PAYE : "+str(emp1.payee))
print("NHIF : "+str(emp1.nhif_deductions))
print("TOTAL DEDUCTIONS : "+str(emp1.total_deductions))
print("NET SALARY : "+str(emp1.net_salary))