def update_one_employee_salary(id, working_hour, wage, office, frame,
window_s):
try:
f = open(
"C:/Users/G40/Desktop/Human Resource/Database/Salary{}.pickle".
format(office), "rb") # Read file
p_list = pickle.load(f)
f.close()
except:
p_list = []
f = open("C:/Users/G40/Desktop/Human Resource/Database/Employee{}.pickle".
format(office), "rb") # Read file
e_list = pickle.load(f)
f.close()
if not any(employee.id == id.get() for employee in e_list):
messagebox.showerror("", "ID Not Found !", parent=window_s)
else:
for i in range(len(p_list)):
if p_list[i - 1].id == id.get():
p_list.pop(i - 1)
for i in range(len(e_list)):
if e_list[i].id == id.get():
name = e_list[i].name
id2 = id.get()
try:
if float(working_hour.get()) > 200.0:
messagebox.showwarning("",
"Work Hour : No more than 200h",
parent=window_s) # Show error dialog
else:
working_hour2 = float(working_hour.get()) # String to float
try:
if float(wage.get()) > 9999.0:
messagebox.showwarning(
"", "Wage : No more than 9999$ !",
parent=window_s) # Show error dialog
else:
wage2 = float(wage.get()) # String to float
total = wage2 * working_hour2
total = math.floor(total)
p_list.append(
Salary(id2, name, office, working_hour2, wage2,
total))
p_list = sorted(
p_list, key=lambda x: x.id) # Sort list base on ID
f = open(
"C:/Users/G40/Desktop/Human Resource/Database/Salary{}.pickle"
.format(office), "wb")
pickle.dump(p_list, f) # Dump p_list to new file
f.close()
show_all_employee_salary(office, frame,
window_s) # Show p_list
except:
messagebox.showwarning(
"", "Wage : Number only ! ",
parent=window_s) # Show error dialog
except:
messagebox.showwarning("",
"Work Hour : Number only !",
parent=window_s) # Show error dialog
def update_one_staff_salary(id, working_hour, wage, frame,
window_m): # Update salary of one Staff in s_list
try:
f = open(
"C:\\Users\\FLOS IGNIS\\OneDrive\\Máy tính\\Human Resource\\Database\\Staff Salary.pickle",
"rb") # Read database file
m_list = pickle.load(f)
f.close()
except:
m_list = []
f = open(
"C:\\Users\\FLOS IGNIS\\OneDrive\\Máy tính\\Human Resource\\Database\\Staff_s.pickle",
"rb") # Read database file
s_list = pickle.load(f)
f.close()
if not any(staff.id == id.get() for staff in s_list):
messagebox.showerror("", "ID Not Found !",
parent=window_m) # Error dialog
else:
for i in range(len(m_list)): # If ID is found in m_list
if m_list[i - 1].id == id.get():
m_list.pop(i - 1) # Delete Salary info of that ID
for i in range(len(s_list)):
if s_list[i].id == id.get():
name = s_list[i].name
office = s_list[i].office
id2 = id.get()
try:
if float(working_hour.get()) > 200.0:
messagebox.showwarning(
"", "Work Hour : No more than 200h") # Error dialog
else:
working_hour2 = float(working_hour.get()) # String to float
try:
if float(wage.get()) > 9999.0:
messagebox.showwarning(
"", "Wage : No more than 9999$ !") # Error dialog
else:
wage2 = float(wage.get()) # String to float
total = wage2 * working_hour2
total = math.floor(total)
m_list.append(
Salary(id2, name, office, working_hour2, wage2,
total)) # Add new salary info for that ID
m_list = sorted(m_list, key=lambda x: x.id)
f = open(
"C:\\Users\\FLOS IGNIS\\OneDrive\\Máy tính\\Human Resource\\Database\\Staff Salary.pickle",
"wb")
pickle.dump(m_list, f) # Dump m_list to new file
f.close()
show_all_staff_salary(frame, window_m) # Show m_list
except:
messagebox.showwarning("",
"Wage : Number only ! ",
parent=window_m) # Error dialog
except:
messagebox.showwarning("",
"Work Hour : Number only !",
parent=window_m) # Error dialog
def salary(e_list, office):
#
# Create a new list of salary base on e_list
# Payment list (Employee salary) as p_list
#
# return p_list
show_Employee(e_list)
print()
print("Choose employee 'ID' from the list to update salary ")
print()
p_list = []
for i in range(len(e_list)):
# ID ---------------------------------------------------------------
id = input("Employee ID : ")
while True:
id = prevent_Duplicate(id, p_list)
if not any(employee.id == id for employee in e_list):
id = input("\tNo ID found. Try again : ")
else:
break
for j in range(len(e_list)):
if e_list[j].id == id:
name = e_list[j].name
# Working hours -----------------------------------------------------
working_hour = input("\tWorking Hours (total hour/month) : ")
while True:
try:
if float(working_hour) < 201.0:
working_hour = float(working_hour)
break
else:
working_hour = input("Try again (smaller than 201h) : ")
except:
working_hour = input("Number only (smaller than 201h) : ")
# wage --------------------------------------------------------------
wage = input("\tWage/Hour (smaller than 9999$) : ")
while True:
try:
if float(wage) < 9999.0:
wage = float(wage)
break
else:
wage = input("Try again (smaller than 9999$) : ")
except:
wage = input("Number only (smaller than 9999$) : ")
total = wage * working_hour
total = math.floor(total)
p_list.append(Salary(id, name, office, working_hour, wage, total))
print()
p_list = sorted(p_list, key=lambda x: x.id)
return p_list
def add_Staff_Salary(s_list, m_list):
#
# Add new staff salary info
# return m_list
print()
show_Staff_Salary(m_list)
id = input("Staff ID : ")
while True:
id = prevent_Duplicate(id, m_list)
if not any(staff.id == id for staff in s_list):
id = input("\tNo ID found. Try again : ")
else:
break
for j in range(len(s_list)):
if s_list[j].id == id:
name = s_list[j].name
working_hour = input("\tWorking Hours (total hour/month) : ")
while True:
try:
if float(working_hour) < 201.0:
working_hour = float(working_hour)
break
else:
working_hour = input("Try again (smaller than 201h) : ")
except:
working_hour = input("Number only (smaller than 201h) : ")
wage = input("\tWage/Hour (smaller than 9999$) : ")
while True:
try:
if float(wage) < 9999.0:
wage = float(wage)
break
else:
wage = input("Try again (smaller than 9999$) : ")
except:
wage = input("Number only (smaller than 9999$) : ")
total = wage * working_hour
total = math.floor(total)
office = id[0]
m_list.append(Salary(id, name, office, working_hour, wage, total))
print()
m_list = sorted(m_list, key=lambda x: x.id)
return m_list
def add_Salary(e_list, p_list, office):
#
# Add new salary info of the office
# return p_list
print()
show_Salary(p_list)
# ID ----------------------------------------------------------------
id = input("Employee ID : ")
while True:
id = prevent_Duplicate(id, p_list)
if not any(employee.id == id for employee in e_list):
id = input("\tNo ID found. Try again : ")
else:
break
for j in range(len(e_list)):
if e_list[j].id == id:
name = e_list[j].name
# Working hours -------------------------------------------------------
working_hour = input("\tWorking Hours (total hour/month) : ")
while True:
try:
if float(working_hour) < 201.0:
working_hour = float(working_hour)
break
else:
working_hour = input("Try again (smaller than 201h) : ")
except:
working_hour = input("Number only (smaller than 201h) : ")
# wage ----------------------------------------------------------------
wage = input("\tWage/Hour (smaller than 9999$) : ")
while True:
try:
if float(wage) < 9999.0:
wage = float(wage)
break
else:
wage = input("Try again (smaller than 9999$) : ")
except:
wage = input("Number only (smaller than 9999$) : ")
total = wage * working_hour
total = math.floor(total)
p_list.append(Salary(id, name, office, working_hour, wage, total))
print()
p_list = sorted(p_list, key=lambda x: x.id)
return p_list
def update_all_staff_salary(
working_hour, wage, frame,
window_m): # Update all staff salary for staff in s_list
f = open(
"C:\\Users\\FLOS IGNIS\\OneDrive\\Máy tính\\Human Resource\\Database\\Staff_s.pickle",
"rb") # Read Staff_s.pickle
s_list = pickle.load(f)
f.close()
m_list = []
try:
if float(working_hour.get()) > 200.0:
messagebox.showwarning("",
"Work Hour : No more than 200h",
parent=window_m) # Error dialog
else:
working_hour2 = float(working_hour.get()) # Turn string to float
try:
if float(wage.get()) > 9999.0:
messagebox.showwarning("",
"Wage : No more than 9999$ !",
parent=window_m) # Error dialog
else:
for i in range(len(s_list)):
wage2 = float(wage.get()) # Turn string to float
total = wage2 * working_hour2
total = math.floor(total)
id = s_list[i].id
name = s_list[i].name
office = id[0] # office = first letter of ID
m_list.append(
Salary(id, name, office, working_hour2, wage2,
total))
m_list = sorted(
m_list, key=lambda x: x.id) # Sort m_list base on ID
f = open(
"C:\\Users\\FLOS IGNIS\\OneDrive\\Máy tính\\Human Resource\\Database\\Staff Salary.pickle",
"wb")
pickle.dump(m_list,
f) # Create new file, dump m_list to the file
f.close()
show_all_staff_salary(frame, window_m) # Show m_list
except:
messagebox.showwarning("",
"Wage : Number only ! ",
parent=window_m) # Error dialog
except:
messagebox.showwarning("",
"Work Hour : Number only !",
parent=window_m) # Error dialog
def update_all_employee_salary(working_hour, wage, office, frame, window_s):
f = open(
"C:\\Users\\FLOS IGNIS\\OneDrive\\Máy tính\\Human Resource\\Database\\Employee{}.pickle"
.format(office), "rb") # Read file
e_list = pickle.load(f)
f.close()
p_list = []
try:
if float(working_hour.get()) > 200.0:
messagebox.showwarning("",
"Work Hour : No more than 200h",
parent=window_s) # Show error dialog
else:
working_hour2 = float(working_hour.get()) # String to float
try:
if float(wage.get()) > 9999.0:
messagebox.showwarning(
"", "Wage : No more than 9999$ !",
parent=window_s) # Show error dialog
else:
for i in range(len(e_list)):
wage2 = float(wage.get()) # String to float
total = wage2 * working_hour2
total = math.floor(total)
id = e_list[i].id
name = e_list[i].name
office = id[0]
p_list.append(
Salary(id, name, office, working_hour2, wage2,
total))
p_list = sorted(p_list,
key=lambda x: x.id) # Sort list base on ID
f = open(
"C:\\Users\\FLOS IGNIS\\OneDrive\\Máy tính\\Human Resource\\Database\\Salary{}.pickle"
.format(office), "wb")
pickle.dump(p_list, f) # Dump p_list to new file
f.close()
show_all_employee_salary(office, frame,
window_s) # Show p_list
except:
messagebox.showwarning("",
"Wage : Number only !",
parent=window_s) # Show error dialog
except:
messagebox.showwarning("",
"Work Hour : Number only !",
parent=window_s) # Show error dialog
def staff_Salary(s_list):
#
# Create a new list of salary base on s_list
# Money list (Staff salary) as m_list
#
# return m_list
show_Staff(s_list)
print()
print("Choose Staff 'ID' from the list to update salary ")
print()
m_list = []
for i in range(len(s_list)):
# Input Staff id
# if id is not match
# input id
# else
# break
id = input("Staff ID : ")
while True:
id = prevent_Duplicate(id, m_list)
if not any(staff.id == id for staff in s_list):
id = input("\tNo ID found. Try again : ")
else:
break
for j in range(len(s_list)):
if s_list[j].id == id:
name = s_list[j].name
# # input working_hour of Staff
# while
# if working_hour < 201.0
# return working_hour
# else
# retry =input(working_hour)
working_hour = input("\tWorking Hours (total hour/month) : ")
while True:
try:
if float(working_hour) < 201.0:
working_hour = float(working_hour)
break
else:
working_hour = input("Try again (smaller than 201h) : ")
except:
working_hour = input("Number only (smaller than 201h) : ")
# # input wage of staff per hour
# while
# if wage < 9999.0
# return wage
# else
# retry = input(wage)
wage = input("\tWage/Hour (smaller than 9999$) : ")
while True:
try:
if float(wage) < 9999.0:
wage = float(wage)
break
else:
wage = input("Try again (smaller than 9999$) : ")
except:
wage = input("Number only (smaller than 9999$) : ")
# Total salary = woring_hour * wage
total = wage * working_hour
total = math.floor(total)
office = id[0]
m_list.append(Salary(id, name, office, working_hour, wage, total))
print()
m_list = sorted(m_list, key=lambda x: x.id)
return m_list
