def search_by_name(self):
"""
Retrieves all the desired employees' data by taking employee's name
as input at runtime.
Creates a request class object,
and sending it via a Wrapper class object to the request class object.
Then sends it using the NetworkClient class object and receives a response class object.
This response object is then processed and prints the data sent in the response.
"""
try:
name = input("Enter the Name of the Employee : ")
request = Request(manager="EmployeeManager",
action="get_by_name",
request_object=Wrapper(name))
network_client = NetworkClient()
response = network_client.send(request)
if response.success:
employees = ListHandler.from_json(response.result_json)
for employee in employees:
print(
f"ID : {employee.emp_id} Name : {employee.name}, Designation : {employee.designation_code}, Gender : {employee.gender}"
)
else:
er = ExceptionHandler.from_json(response.error_json)
if er.exceptions is None:
print(er.message)
else:
for exception in er.exceptions.values():
print(exception[1])
except:
print("Invalid Entry for Name!!")
print("-" * 50)
def search_designation_by_title(self):
"""
Retrieves the desired designation by taking designation title as input at runtime.
Creates a request class object,
and sending it via a Wrapper class object to the request class object.
Then sends it using the NetworkClient class object and receives a response class object.
This response object is then processed and prints the data sent in the response.
"""
title = input("Enter the Designation Name : ")
request = Request(manager="DesignationManager",
action="getbytitle",
request_object=Wrapper(title))
network_client = NetworkClient()
response = network_client.send(request)
if response.success:
designation = Designation.from_json(response.result_json)
print(
f"Code : {designation.code} Designation : {designation.title}")
else:
er = ExceptionHandler.from_json(response.error_json)
if er.exceptions is None:
print(er.message)
else:
for exception in er.exceptions.values():
print(exception[1])
print("-" * 50)
def get_all_employees(self):
"""
Retrieves all the available employee entries and displays them.
Creates a request class object,
sends it using the NetworkClient class object and receives a response class object.
This response object is then processed and prints the data sent in the response
in the form of a list.
"""
request = Request(manager="EmployeeManager", action="getall")
network_client = NetworkClient()
response = network_client.send(request)
if response.success:
employees = ListHandler.from_json(response.result_json)
for employee in employees:
print(
f"ID : {employee.emp_id} Name : {employee.name}, Designation : {employee.designation_code}, Gender : {employee.gender}"
)
else:
er = ExceptionHandler.from_json(response.error_json)
if er.exceptions is None:
print(er.message)
else:
for exception in er.exceptions.values():
print(exception[1])
print("-" * 50)
def search_employee_by_id(self):
"""
Retrieves the desired employee data by taking employee id
as input at runtime.
Creates a request class object,
and sending it via a Wrapper class object to the request class object.
Then sends it using the NetworkClient class object and receives a response class object.
This response object is then processed and prints the data sent in the response.
"""
try:
emp_id = int(input("Enter the Employee ID : "))
request = Request(manager="EmployeeManager",
action="get_by_id",
request_object=Wrapper(emp_id))
network_client = NetworkClient()
response = network_client.send(request)
if response.success:
employee = Employee.from_json(response.result_json)
print(
f"ID : {employee.emp_id} Name : {employee.name}, Designation : {employee.designation_code}, Gender : {employee.gender}"
)
else:
er = ExceptionHandler.from_json(response.error_json)
if er.exceptions is None:
print(er.message)
else:
for exception in er.exceptions.values():
print(exception[1])
except:
print(f"ID is of unexpected type, it should be of type {type(0)}")
print("-" * 50)
def get_all_designations(self):
"""
Retrieves all the available designation entries and displays them.
Creates a request class object,
sends it using the NetworkClient class object and receives a response class object.
This response object is then processed and prints the data sent in the response
in the form of a list.
"""
request = Request(manager="DesignationManager", action="getall")
network_client = NetworkClient()
response = network_client.send(request)
if response.success:
designations = ListHandler.from_json(response.result_json)
for designation in designations:
print(
f"Code : {designation.code} Designation : {designation.title}"
)
else:
er = ExceptionHandler.from_json(response.error_json)
if er.exceptions is None:
print(er.message)
else:
for exception in er.exceptions.values():
print(exception[1])
print("-" * 50)
def remove_employee(self):
"""
deletes one of the existing employee data in the Employee Table
by taking the employee ID as input at runtime,
and sending it via a Wrapper class object to the request class object.
Creates a request class object,
sends it using the NetworkClient class object and receives a response class object.
This response object is then processed and prints the data sent in the response.
"""
try:
emp_id = int(input("Enter the Employee ID : "))
request = Request(manager="EmployeeManager",
action="remove",
request_object=Wrapper(emp_id))
network_client = NetworkClient()
response = network_client.send(request)
if response.success:
print("Employee Deleted")
else:
er = ExceptionHandler.from_json(response.error_json)
if er.exceptions is None:
print(er.message)
else:
for exception in er.exceptions.values():
print(exception[1])
except:
print(
f"employee id is of unexpected type, it should be of type {type(0)}"
)
print("-" * 50)
def update_designation(self):
"""
edits any of the existing designations to the Designation Table
by taking the designation code and title as input at runtime
and creating a Designation class object.
Creates a request class object,
sends it using the NetworkClient class object and receives a response class object.
This response object is then processed and prints the data sent in the response.
"""
try:
code = int(input("Enter the Designation Code : "))
title = input("Enter the Designation Name : ")
designation = Designation(code, title)
request = Request(manager="DesignationManager",
action="update",
request_object=designation)
network_client = NetworkClient()
response = network_client.send(request)
if response.success:
print("Designation Update")
else:
er = ExceptionHandler.from_json(response.error_json)
if er.exceptions is None:
print(er.message)
else:
for exception in er.exceptions.values():
print(exception[1])
except:
print(
"Invalid entry type for fields of employee information form!")
print("-" * 50)
def add_designation(self):
"""
adds a new designation to the Designation Table
by taking the designation title as input at runtime
and creating a Designation class object.
Creates a request class object,
sends it using the NetworkClient class object and receives a response class object.
This response object is then processed and prints the data sent in the response.
"""
title = input("Enter the Designation to add : ")
designation = Designation(0, title)
request = Request(manager="DesignationManager",
action="add",
request_object=designation)
network_client = NetworkClient()
response = network_client.send(request)
if response.success:
print("Designation Added")
else:
er = ExceptionHandler.from_json(response.error_json)
if er.exceptions is None:
print(er.message)
else:
for exception in er.exceptions.values():
print(exception[1])
print("-" * 50)
def add_employee(self):
"""
adds a new employee's data to the Employee Table
by taking the employee's required data as input at runtime
and creating an Employee object.
Creates a request class object,
sends it using the NetworkClient class object and receives a response class object.
This response object is then processed and prints the data sent in the response.
"""
try:
name = None
designation_code = None
date = None
month = None
year = None
salary = None
gender = None
indian = None
pan_no = None
aadhar = None
name = input("Enter Name of the Employee : ")
designation_code = int(
input("Enter the Designation Number of the Employee : "))
date = int(input("Enter the Date : "))
month = int(input("Enter the Month : "))
year = int(input("Enter the Year : "))
salary = float(input("Enter the Salary of the Employee : "))
gender = input("Enter the Gender of the Employee : ")
indian = int(input("Enter 1 for Indian otherwise enter 0 : "))
pan_no = input("Enter the PAN Number of the employee : ")
aadhar = input("Enter the Aadhar Number of the employee : ")
employee = Employee(0, name, designation_code, date, month, year,
salary, gender, indian, pan_no, aadhar)
request = Request(manager="EmployeeManager",
action="add",
request_object=employee)
network_client = NetworkClient()
response = network_client.send(request)
if response.success:
print("Employee Added")
else:
er = ExceptionHandler.from_json(response.error_json)
if er.exceptions is None:
print(er.message)
else:
for exception in er.exceptions.values():
print(exception[1])
except:
print(
f"Invalid entry type for fields of employee information form!")
print("-" * 50)
def delete_designation(self):
code = int(input("Enter code to delete : "))
designation = Designation(code, "aa")
request = Request(manager="DesignationManager",
action="delete",
request_object=designation)
network_client = NetworkClient()
response = network_client.send(request)
if response.success:
print("Designation deleted")
else:
validationException = ValidationException.from_json(
response.error_json_string)
if validationException.message and len(
validationException.message) > 0:
print(validationException.message)
if validationException.exceptions:
for exception in validationException.exceptions.values():
print(exception[1])
def add_designation(self):
title = input("Enter designation to add : ")
designation = Designation(0, title)
request = Request(manager="DesignationManager",
action="add",
request_object=designation)
network_client = NetworkClient()
response = network_client.send(request)
if response.success:
print("Designation added")
else:
validationException = ValidationException.from_json(
response.error_json_string)
if validationException.message and len(
validationException.message) > 0:
print(validationException.message)
if validationException.exceptions:
for exception in validationException.exceptions.values():
print(exception[1])
def get_all_designations(self):
request = Request(manager="DesignationManager", action="getAll")
network_client = NetworkClient()
response = network_client.send(request)
if response.success:
designations = json.loads(response.result_json_string)
designationsList = list(
map(lambda obj: Designation(**obj), designations))
for designation in designationsList:
print(
f"Code : {designation.code}, Title : {designation.title}")
else:
validationException = ValidationException.from_json(
response.error_json_string)
if validationException.message and len(
validationException.message) > 0:
print(validationException.message)
if validationException.exceptions:
for exception in validationException.exceptions.values():
print(exception[1])
def get_designation(self):
code = int(input("Enter code to search : "))
designation = Designation(code, "aa")
request = Request(manager="DesignationManager",
action="search",
request_object=designation)
network_client = NetworkClient()
response = network_client.send(request)
if response.success:
designation = Designation.from_json(response.result_json_string)
print(f"Code : {designation.code}, Title : {designation.title}")
else:
validationException = ValidationException.from_json(
response.error_json_string)
if validationException.message and len(
validationException.message) > 0:
print(validationException.message)
if validationException.exceptions:
for exception in validationException.exceptions.values():
print(exception[1])
from network_client.client import NetworkClient
from network_common.wrappers import Request
client = NetworkClient()
request = Request("DesignationMaster", "getAll")
response = client.send(request)