odex25_standard/odex25_ensan/odex_benefit/models/service_request.py

1045 lines
59 KiB
Python

from odoo import fields, models, api, _
from odoo.exceptions import UserError, ValidationError
from datetime import datetime, timedelta
from dateutil.relativedelta import relativedelta
class ServiceRequest(models.Model):
_name = 'service.request'
_inherit = ['mail.thread', 'mail.activity.mixin']
name = fields.Char(string='Reference', required=True, copy=False, readonly=True, index=True,
default=lambda self: _('New'))
benefit_type = fields.Selection(string='Benefit Type', selection=[('family', 'Family'), ('member', 'Member')])
date = fields.Datetime(string='Request Date', default=fields.Datetime.now)
marriage_contract_date = fields.Date(string="Marriage Contract Date")
family_id = fields.Many2one('grant.benefit', string='Family',
domain="['|',('state','=','second_approve'),'&',('state','in',['waiting_approve','first_approve']),('action_type','=','suspended')]")
researcher_id = fields.Many2one("committees.line", string="Researcher", related="family_id.researcher_id",
store=True)
family_category = fields.Many2one('benefit.category', string='Family Category',
related='family_id.benefit_category_id')
benefit_member_count = fields.Integer(string="Benefit Member count", related='family_id.benefit_member_count')
branch_custom_id = fields.Many2one('branch.settings', string="Branch", related='family_id.branch_custom_id',
store=True)
member_id = fields.Many2one('family.member', domain="[('benefit_id','=',family_id)]", string='Member')
description = fields.Char(string='Description')
need_status = fields.Selection(string='Need Status', selection=[('urgent', 'urgent'), ('not_urgent', 'Not urgent')])
main_service_category = fields.Many2one('services.settings', domain="[('service_type','=','main_service')]",
string="Main Service Category")
sub_service_category = fields.Many2one('services.settings',
domain="[('service_type','=','main_service'),('service_type','=',False),('parent_service','=',main_service_category)]",
string='Sub Service Category')
service_cat = fields.Many2one('services.settings', string='Service Cat.')
available_service_cats = fields.Many2many('services.settings', compute='_compute_available_service_cats',
store=True)
service_attach = fields.Many2many('ir.attachment', 'rel_service_attachment_service_request', 'service_request_id',
'attachment_id', string='Service Attachment')
requested_service_amount = fields.Float(string="Requested Service Amount")
# yearly Estimated Rent Amount
estimated_rent_amount = fields.Float(string="Estimated Rent Amount", compute="_get_estimated_rent_amount")
# The value of payment by payment method(yearly-half-quartarly)
estimated_rent_amount_payment = fields.Float(string="Estimated Rent Amount Payment",
compute="_get_estimated_rent_amount_payment")
paid_rent_amount = fields.Float(string="Paid Rent Amount", compute="_get_paid_rent_amount")
service_type = fields.Selection([('rent', 'Rent')], string='Service Type', related='service_cat.service_type')
max_limit_period = fields.Selection(string='Maximum Limit Period', related='service_cat.max_limit_period')
# is_alternative_housing = fields.Boolean(string='Is Alternative Housing?')
rent_contract_number = fields.Char(string="Rent Contract Number", compute='_compute_rent_details', store=True)
rent_start_date = fields.Date(string='Rent Start Date', compute='_compute_rent_details', store=True)
rent_end_date = fields.Date(string='Rent End Date', compute='_compute_rent_details', store=True)
rent_amount = fields.Float(string='Rent Amount', compute='_compute_rent_details', store=True)
rent_amount_payment = fields.Float(string='Rent Amount Payment', compute='_get_rent_amount_payment')
payment_type = fields.Selection(
[
('1', 'Yearly'),
('2', 'Half-yearly'),
('4', 'Quarterly'),
('5', 'Monthly')
],
string='Payment Type',
compute='_compute_rent_details',
store=True
)
rent_attachment = fields.Many2many('ir.attachment', 'rel_rent_attachment_service_request', 'service_request_id',
'attachment_id', string='Rent Attachment', compute='_compute_rent_details',
store=True)
rent_payment_date = fields.Date(string='Rent Payment Date')
rent_payment_date_exception = fields.Boolean(string='Rent Payment Date Exception?')
start = fields.Date(string="Start Date")
end = fields.Date(string='End Date')
# New Rent Contract
new_rent_contract = fields.Boolean(string='New Rent Contract?')
new_start = fields.Date(string="Start Date")
new_end = fields.Date(string='End Date')
new_rent_contract_number = fields.Char(string="Rent Contract Number")
new_rent_start_date = fields.Date(string='Rent Start Date')
new_rent_end_date = fields.Date(string='Rent End Date')
new_rent_amount = fields.Float(string='Rent Amount')
new_rent_amount_payment = fields.Float(string='New Rent Amount Payment', compute='_get_new_rent_amount_payment')
new_payment_type = fields.Selection([
('1', 'Yearly'),
('2', 'Half-yearly'),
('4', 'Quarterly'),
('5', 'Monthly')
],
string='Payment Type'
)
new_rent_attachment = fields.Many2many('ir.attachment', 'rel_rent_attachment_service_request', 'service_request_id',
'attachment_id', string='Rent Attachment')
new_rent_payment_date = fields.Date(string='Rent Payment Date')
new_rent_payment_date_exception = fields.Boolean(string='Rent Payment Date Exception?')
# Rent details for member
member_rent_contract_number = fields.Char(string="Rent Contract Number")
member_rent_start_date = fields.Date(string='Rent Start Date')
member_rent_end_date = fields.Date(string='Rent End Date')
member_rent_attachment = fields.Many2many('ir.attachment', 'rel_member_rent_attachment_service_request',
'service_request_id',
'attachment_id', string='Rent Attachment')
added_amount_if_mother_dead = fields.Float(string="Added Amount (If mother dead)",
compute="_get_added_amount_if_mother_dead")
attachment_lines = fields.One2many(
'service.attachments.settings',
'service_request_id',
compute='_compute_attachment_lines',
readonly=False,
copy=False,
store=True
)
account_id = fields.Many2one(
'account.account',
string='Expenses Account',
compute="_compute_account_id"
)
device_account_id = fields.Many2one('account.account', string='Expenses Account', related='device_id.account_id')
accountant_id = fields.Many2one('res.users', string='Accountant', related='service_cat.accountant_id',
readonly=False)
service_producer_id = fields.Many2one('res.partner', string='Service Producer',
related='service_cat.service_producer_id')
is_service_producer = fields.Boolean(string='Is Service Producer?', related='service_cat.is_service_producer')
# maintenance_items_id = fields.Many2one('home.maintenance.lines', string="Maintenance Items")
maintenance_items_ids = fields.One2many('home.maintenance.items', 'service_request_id',
string="Maintenance Items", )
payment_order_id = fields.Many2one('payment.orders', string='Payment Order', ondelete="set null", copy=False)
is_payment_order_done = fields.Boolean(string='Is Payment Order Done?')
aid_amount = fields.Float(string='Aid Amount', compute='_get_aid_amount')
# Fields for alternative house
providing_alternative_housing_based_rent = fields.Boolean(string='Providing alternative housing based on rent')
rent_for_alternative_housing = fields.Many2one('services.settings', compute='_get_rent_for_alternative_housing')
# Fields for electrical_devices service
device_id = fields.Many2one('electrical.devices', string='Device',
domain="[('min_count_member','<=',benefit_member_count),('max_count_member','>=',benefit_member_count)]")
vendor_bill = fields.Many2one('account.move', copy=False)
requested_quantity = fields.Integer(string='Requested Quantity')
exception_or_steal = fields.Boolean(string='Exception Or Steal?')
exception_or_steal_attach = fields.Many2many('ir.attachment', 'rel_exception_or_steal_attachment_service_request',
'exception_or_steal_id', 'attachment_id',
string='Exception or steal Attachment')
# Home furnishing Exception
home_furnishing_exception = fields.Boolean(string='Exception(Fire Or Steal or Natural disaster)')
furnishing_items_ids = fields.One2many('home.furnishing.items', 'service_request_id', string="Furnishing Items")
# Transportation insurance
# service_reason = fields.Selection(selection=[
# ('government_transportation', 'Government Transportation'),
# ('universities_training_institutes_transportation', 'Universities Training Institutes Transportation'),
# ('hospitals_transportation', 'Hospitals Transportation'),
# ('programs_transportation', 'Programs Transportation'),
# ], string='Service Reason')
service_reason_id = fields.Many2one('transportation.insurance')
max_amount = fields.Float(string='Max Transportation Amount')
requests_counts = fields.Integer(string='Requests Counts', default=1)
# Marriage
member_age = fields.Integer(string="Member Age", related="member_id.age")
member_payroll = fields.Float(string="Member Payroll", related="member_id.member_income")
has_marriage_course = fields.Selection(selection=[
('yes', 'Yes'),
('no', 'No'),
], string='Has Marriage Course')
service_benefit_count = fields.Integer(string='Service Benefit Count', compute="_compute_service_benefit_count")
# Buy home
amount_for_buy_home_for_member_count = fields.Float(string="Amount For Buy Home for member count")
home_age = fields.Integer(string='Home Age')
required_attach = fields.Boolean(string='Required Attach', related='service_cat.required_attach')
state = fields.Selection(selection=[
('draft', 'Draft'),
('researcher', 'Researcher'),
('waiting_approve', 'Waiting for Operation Manager'),
('first_approve', 'Waiting for Branch Manager'),
('family_services_manager', 'Waiting Family Services Manager'),
('legal_department', 'Waiting Legal Department'),
('projects_department', 'Waiting Projects Department'),
('gm_assistant', 'Waiting Assistant General Manager'),
('accounting_approve', 'Accounting Approve'),
('approval_of_beneficiary_services', 'Approval of beneficiary services'),
('send_request_to_supplier', 'Send Request To Supplier'),
('family_received_device', 'Family Received Device'),
('refused', 'Refused')
], string='state', default='draft', tracking=True, group_expand='_expand_states')
# dynamic_state = fields.Selection(selection=[],string="State",default='draft',tracking=True,)
state_a = fields.Selection(related='state', tracking=False)
state_b = fields.Selection(related='state', tracking=False)
refuse_reason_id = fields.Many2one('service.refuse.reason', string="Refuse Reason")
return_reason = fields.Text(string="Reason for Returning the Request")
refuse_reason = fields.Text(string="Reason for Refusal")
specialist_note = fields.Text(string="Specialist's Note After Return")
exception = fields.Boolean(string='Exception', default=False)
exception_attach = fields.Many2many('ir.attachment', 'rel_exception_attachment_service_request',
'service_request_id',
'attachment_id', string='Exception Attachment')
service_conditions = fields.Html(related='service_cat.service_conditions', string="Service Conditions")
service_approval_date = fields.Datetime(string="Service Approval Date", readonly=True, )
company_id = fields.Many2one('res.company', string="Company", default=lambda self: self.env.user.company_id)
currency_id = fields.Many2one('res.currency', string="Currency", related='company_id.currency_id')
service_max_amount = fields.Float(string="Maximum Amount", copy=False)
rent_period = fields.Integer('Rent Period')
is_orphan = fields.Boolean(string='Orphaned (Both Parents Deceased)', compute='_compute_is_orphan', store=True)
has_money_for_payment_is_appearance = fields.Boolean(string='Has money Field is appearance?',
compute='_get_money_for_payment_is_appearance')
has_money_for_payment = fields.Selection([('yes', 'Yes'), ('no', 'No')], string='Has money for payment?')
has_money_to_pay_first_payment = fields.Selection([('yes', 'Yes'), ('no', 'No')],
string='Has money to pay first payment?')
has_money_field_is_appearance = fields.Boolean(string='Has money Field is appearance?',
compute='_get_money_field_is_appearance')
car_name = fields.Char(string='Car Name')
car_owner_id = fields.Many2one('family.member', domain="[('benefit_id','=',family_id)]", string="Car Owner")
car_model_id = fields.Many2one('benefit.vehicle.model', string='Car model')
application_form = fields.Many2many('ir.attachment', 'request_application_form_rel', 'request_id', 'attachment_id',
string="Application Form")
driving_license = fields.Many2many('ir.attachment', 'request_driving_license_rel', 'request_id', 'attachment_id',
string="Driving License")
owner_identity = fields.Many2many('ir.attachment', 'request_owner_identity_rel', 'request_id', 'attachment_id',
string="Owner Identity")
seasonal_service_id = fields.Many2one('seasonal.service', string='Seasonal Service', ondelete='cascade')
is_seasonal = fields.Boolean(string='Is Seasonal Service?', related='service_cat.is_seasonal_service')
is_in_kind = fields.Boolean(string="In Kind", default=False)
service_qty = fields.Float(string='Quantity', default=1)
payment_order_state = fields.Selection(string='Payment Order State', selection=[
('none', 'None'),
('waiting', 'Waiting Payment'),
('done', 'Done Payment'), ], copy=False, compute="_compute_payment_order_state", store=True)
@api.depends('payment_order_id', 'payment_order_id.state', 'vendor_bill', 'vendor_bill.state')
def _compute_payment_order_state(self):
for rec in self:
payment_order_state = 'none'
if rec.payment_order_id:
if rec.payment_order_id.state == "done":
payment_order_state = "done"
rec.is_payment_order_done = True
else:
payment_order_state = "waiting"
elif rec.vendor_bill:
if rec.vendor_bill.state == "posted":
payment_order_state = "done"
else:
payment_order_state = "waiting"
rec.payment_order_state = payment_order_state
@api.depends('requested_service_amount', 'service_max_amount')
def _get_money_for_payment_is_appearance(self):
for rec in self:
if rec.requested_service_amount and rec.service_max_amount and rec.requested_service_amount > rec.service_max_amount:
rec.has_money_for_payment_is_appearance = True
else:
rec.has_money_for_payment_is_appearance = False
@api.depends('requested_service_amount', 'service_max_amount')
def _get_money_field_is_appearance(self):
for rec in self:
if rec.requested_service_amount and rec.service_max_amount and rec.requested_service_amount > rec.service_max_amount:
rec.has_money_field_is_appearance = True
else:
rec.has_money_field_is_appearance = False
@api.depends('family_id.mother_marital_conf', 'family_id.replacement_mother_marital_conf')
def _compute_is_orphan(self):
for rec in self:
if not rec.family_id.add_replacement_mother:
mother_dead = bool(getattr(rec.family_id.mother_marital_conf, 'is_dead', False))
else:
mother_dead = bool(getattr(rec.family_id.replacement_mother_marital_conf, 'is_dead', False))
rec.is_orphan = mother_dead
def _expand_states(self, states, domain, order):
return [key for key, val in type(self).state.selection]
@api.depends('service_cat', 'service_reason_id')
def _compute_account_id(self):
for rec in self:
if rec.service_type == 'transportation_insurance':
rec.account_id = rec.service_reason_id.account_id
else:
rec.account_id = rec.service_cat.account_id
@api.depends('service_cat')
def _compute_attachment_lines(self):
for rec in self:
commands = [(5, 0, 0)]
if rec.service_cat:
for attachment_line in rec.service_cat.attachment_lines:
commands.append((0, 0, {
'service_id': False,
'service_request_id': rec.id,
'name': attachment_line.name,
'notes': attachment_line.notes,
'previous_service_attachment_settings_id': attachment_line.id,
}))
rec.attachment_lines = commands
@api.model
def create(self, vals):
# Define the list of fields to check
new_rent_fields = [
'new_rent_contract_number',
'new_rent_start_date',
'new_rent_end_date',
'new_rent_amount',
'new_payment_type',
'new_rent_attachment'
]
res = super(ServiceRequest, self).create(vals)
if not res.name or res.name == _('New'):
res.name = self.env['ir.sequence'].sudo().next_by_code('service.request.sequence') or _('New')
# Check if any of the specified fields are present in vals
if any(field in vals for field in new_rent_fields) and vals['new_rent_contract']:
if res.family_id:
# Prepare values for family_id write
update_values = {}
if 'new_rent_contract_number' in vals:
update_values['contract_num'] = vals['new_rent_contract_number']
if 'new_rent_start_date' in vals:
update_values['rent_start_date'] = vals['new_rent_start_date']
if 'new_rent_end_date' in vals:
update_values['rent_end_date'] = vals['new_rent_end_date']
if 'new_rent_amount' in vals:
update_values['rent_amount'] = vals['new_rent_amount']
if 'new_payment_type' in vals:
update_values['payment_type'] = vals['new_payment_type']
if 'new_rent_attachment' in vals:
update_values['rent_attachment'] = vals['new_rent_attachment']
# Write updates to the related family_id
res.family_id.write(update_values)
return res
def write(self, vals):
# Define the list of fields you want to check
new_rent_fields = ['new_rent_contract_number', 'new_rent_start_date', 'new_rent_end_date', 'new_rent_amount',
'new_payment_type', 'new_rent_attachment']
result = super(ServiceRequest, self).write(vals)
update_values = {}
if any(field in vals for field in new_rent_fields) and self.new_rent_contract:
for record in self:
# Ensure family_id exists before proceeding
if record.family_id:
# Prepare values for family_id write
update_values = {}
# Add fields to update_values only if they exist in vals
if 'new_rent_contract_number' in vals:
update_values['contract_num'] = vals['new_rent_contract_number']
if 'new_rent_start_date' in vals:
update_values['rent_start_date'] = vals['new_rent_start_date']
if 'new_rent_end_date' in vals:
update_values['rent_end_date'] = vals['new_rent_end_date']
if 'new_rent_amount' in vals:
update_values['rent_amount'] = vals['new_rent_amount']
if 'new_payment_type' in vals:
update_values['payment_type'] = vals['new_payment_type']
if 'new_rent_attachment' in vals:
update_values['rent_attachment'] = vals['new_rent_attachment']
# Write the prepared update values to `family_id`
record.family_id.write(update_values)
return result
def unlink(self):
for request in self:
if request.state not in ['draft']:
raise UserError(_('You cannot delete this record'))
return super(ServiceRequest, self).unlink()
@api.depends('family_id')
def _compute_rent_details(self):
for rec in self:
# Compute values only if they are not already set
if rec.family_id:
if not rec.rent_contract_number:
rec.rent_contract_number = rec.family_id.contract_num
if not rec.rent_start_date:
rec.rent_start_date = rec.family_id.rent_start_date
if not rec.rent_end_date:
rec.rent_end_date = rec.family_id.rent_end_date
if not rec.rent_amount:
rec.rent_amount = rec.family_id.rent_amount
if not rec.payment_type:
rec.payment_type = rec.family_id.payment_type
if not rec.rent_attachment:
rec.rent_attachment = rec.family_id.rent_attachment
def _get_estimated_rent_amount(self):
for rec in self:
rec.estimated_rent_amount = 0.0 # Default value
if not rec.family_id:
continue
if rec.service_type == 'rent':
for item in rec.service_cat.rent_lines:
# Check if benefit category and member count match
if rec.family_id.benefit_category_id != item.benefit_category_id or rec.family_id.benefit_member_count != item.benefit_count:
continue
# Determine rent amount based on branch type and property type
branch_type = rec.family_id.branch_custom_id.branch_type
is_shared_rent = rec.family_id.property_type == 'rent_shared'
if branch_type == 'branches':
rec.estimated_rent_amount = item.estimated_rent_branches * (
item.discount_rate_shared_housing if is_shared_rent else 1)
elif branch_type == 'governorates':
rec.estimated_rent_amount = item.estimated_rent_governorate * (
item.discount_rate_shared_housing if is_shared_rent else 1)
if rec.service_type == 'alternative_housing':
for item in rec.rent_for_alternative_housing.rent_lines:
# Check if benefit category and member count match
if rec.family_id.benefit_category_id != item.benefit_category_id or rec.family_id.benefit_member_count != item.benefit_count:
continue
# Determine rent amount based on branch type and property type
branch_type = rec.family_id.branch_custom_id.branch_type
is_shared_rent = rec.family_id.property_type == 'rent_shared'
if branch_type == 'branches':
rec.estimated_rent_amount = item.estimated_rent_branches * (
item.discount_rate_shared_housing if is_shared_rent else 1)
elif branch_type == 'governorates':
rec.estimated_rent_amount = item.estimated_rent_governorate * (
item.discount_rate_shared_housing if is_shared_rent else 1)
def _get_estimated_rent_amount_payment(self):
for rec in self:
rec.estimated_rent_amount_payment = 0.0
if rec.estimated_rent_amount and rec.payment_type:
rec.estimated_rent_amount_payment = rec.estimated_rent_amount / int(rec.payment_type)
if rec.estimated_rent_amount and rec.new_payment_type:
rec.estimated_rent_amount_payment = rec.estimated_rent_amount / int(rec.new_payment_type)
def _get_rent_amount_payment(self):
for rec in self:
if rec.rent_amount and rec.payment_type:
rec.rent_amount_payment = rec.rent_amount / int(rec.payment_type)
else:
rec.rent_amount_payment = 0.0
def _get_new_rent_amount_payment(self):
for rec in self:
if rec.new_rent_amount and rec.new_payment_type:
rec.new_rent_amount_payment = rec.new_rent_amount / int(rec.new_payment_type)
else:
rec.new_rent_amount_payment = 0.0
def _get_paid_rent_amount(self):
for rec in self:
rec.paid_rent_amount = min(rec.estimated_rent_amount_payment, rec.requested_service_amount)
def _get_added_amount_if_mother_dead(self):
for rec in self:
rec.added_amount_if_mother_dead = 0.0
if rec.family_id.mother_marital_conf.is_dead:
rec.added_amount_if_mother_dead = rec.service_cat.raise_amount_for_orphan
def _get_aid_amount(self):
for rec in self:
if rec.service_type == 'rent':
rec.aid_amount = rec.paid_rent_amount + rec.added_amount_if_mother_dead
else:
rec.aid_amount = rec.requested_service_amount
def _get_rent_for_alternative_housing(self):
for rec in self:
if rec.service_cat.service_type == 'alternative_housing':
rec.rent_for_alternative_housing = self.env['services.settings'].search([('service_type', '=', 'rent')],
limit=1).id
else:
rec.rent_for_alternative_housing = False
@api.depends('family_id', 'service_cat')
def _compute_service_benefit_count(self):
for rec in self:
count = 1
if rec.benefit_type == "family":
count = len(rec.family_id.member_ids)
if rec.service_cat.max_age > 0:
count = len(
rec.family_id.member_ids.filtered(lambda x: x.age <= rec.service_cat.max_age))
rec.service_benefit_count = count
@api.onchange('requests_counts', 'service_type', 'service_reason_id')
def _get_max_transportation_amounts(self):
for rec in self:
rec.max_amount = rec.requests_counts * rec.service_reason_id.limit_amount
def action_send_to_researcher(self):
for rec in self:
rec.state = 'researcher'
def action_researcher_send_request(self):
for rec in self:
if not rec.requested_service_amount or rec.requested_service_amount <= 0:
raise UserError(_("Please enter a valid service amount."))
if rec.attachment_lines:
for attach_line in rec.attachment_lines:
if not attach_line.service_attach:
raise UserError(_(
"Some attachment records are missing files. Please make sure all required attachments are uploaded before submitting."
))
rec.state = 'waiting_approve'
def action_operations_chief_approve(self):
for rec in self:
rec.state = 'first_approve'
def action_branch_manager_approve(self):
for rec in self:
if rec.service_cat.needs_services_head_approval or rec.exception:
rec.state = 'family_services_manager'
else:
rec.state = 'accounting_approve'
def action_family_services_manager_approve(self):
for rec in self:
if rec.service_cat.needs_legal_approval:
rec.state = 'legal_department'
elif rec.service_cat.needs_project_management_approval:
rec.state = 'projects_department'
elif rec.service_cat.needs_beneficiary_manager_approval or rec.exception:
rec.state = 'gm_assistant'
else:
rec.state = 'accounting_approve'
def action_legal_department_approve(self):
for rec in self:
if rec.service_cat.needs_project_management_approval:
rec.state = 'projects_department'
elif rec.service_cat.needs_beneficiary_manager_approval or rec.exception:
rec.state = 'gm_assistant'
def action_projects_department_approve(self):
for rec in self:
if rec.service_cat.needs_beneficiary_manager_approval or rec.exception:
rec.state = 'gm_assistant'
else:
rec.state = 'accounting_approve'
def action_beneficiary_manager_approve(self):
for rec in self:
rec.state = 'accounting_approve'
def action_accounting_approve(self):
for rec in self:
if rec.service_type == 'electrical_devices':
rec.state = 'approval_of_beneficiary_services'
else:
rec.service_approval_date = fields.Datetime.now()
rec.state = 'send_request_to_supplier'
def action_supplier_approve(self):
for rec in self:
rec.service_approval_date = fields.Datetime.now()
rec.state = 'send_request_to_supplier'
def action_request_done(self):
for rec in self:
if rec.service_type == 'buy_car':
car_vals = {
'benefit_id': rec.family_id.id,
'name': rec.car_name,
'member_id': rec.car_owner_id.id,
'car_model': rec.car_model_id.id,
}
car = self.env['cars.line'].create(car_vals)
if rec.application_form:
car.application_form = [(6, 0, rec.application_form.ids)]
if rec.driving_license:
car.driving_license = [(6, 0, rec.driving_license.ids)]
if rec.owner_identity:
car.owner_identity = [(6, 0, rec.owner_identity.ids)]
rec.family_id.has_car = True
rec.state = 'family_received_device'
def action_send_request_to_supplier(self):
for rec in self:
rec.state = 'family_received_device'
def action_first_refuse(self):
return {
'name': _('Reason for Returning the Request'),
'type': 'ir.actions.act_window',
'res_model': 'reason.for.return.wizard',
'view_mode': 'form',
'target': 'new',
}
def action_refuse(self):
return {
'name': _('Refuse Reason'),
'type': 'ir.actions.act_window',
'res_model': 'service.refuse.reason.wizard',
'view_mode': 'form',
'target': 'new',
}
@api.onchange('rent_payment_date', 'new_rent_payment_date')
def onchange_rent_payment_date(self):
today_date = fields.Date.today()
for rec in self:
if rec.rent_payment_date and not rec.rent_payment_date_exception and not rec.new_rent_payment_date:
month_before_rent_payment_date = rec.rent_payment_date - timedelta(days=30)
if today_date > month_before_rent_payment_date:
raise UserError(_("You Should request At least a month ago rent payment date"))
if rec.new_rent_payment_date and not rec.new_rent_payment_date_exception:
new_month_before_rent_payment_date = rec.new_rent_payment_date - timedelta(days=30)
if today_date > new_month_before_rent_payment_date:
raise UserError(_("You Should request At least a month ago rent payment date"))
@api.onchange('furnishing_items_ids')
def _onchange_home_furnishing_cost(self):
furnishing_cost_sum = 0
for rec in self.furnishing_items_ids:
furnishing_cost_sum += rec.furnishing_cost
self.requested_service_amount = furnishing_cost_sum
@api.onchange('family_id', 'service_cat')
def _onchange_member(self):
for rec in self:
rec.benefit_type = rec.service_cat.benefit_type
if not rec.family_id:
rec.member_id = False
rec.service_cat = False
rec.available_service_cats = False
@api.onchange('service_cat', 'family_id')
def _onchange_service_cat(self):
if self.service_cat.service_type == 'rent' and self.family_id.property_type != 'rent' and self.family_id.property_type != 'rent_shared' and self.benefit_type == 'family':
raise UserError(_("You cannot benefit from this service (property type not rent)"))
@api.onchange(
'requested_service_amount',
'benefit_type',
'date',
'service_cat',
'family_id',
'member_id',
'exception_or_steal',
'home_furnishing_exception',
'has_marriage_course',
'home_age',
'service_reason_id',
'device_id',
'requested_quantity',
'amount_for_buy_home_for_member_count',
'marriage_contract_date',
'start', 'end'
)
def onchange_requested_service_amount(self):
res = {}
Service = self.env['service.request']
today = fields.Date.today()
date_before_year = today - timedelta(days=365)
for rec in self:
if not rec.exception and not rec.exception_attach:
family_id = rec.family_id.id
service_type = rec.service_cat.service_type
allowed = rec.service_cat.allowed_recurrence
interval = rec.service_cat.recurrence_interval or 1
period = rec.service_cat.recurrence_period or 'months'
max_limit_type = rec.service_cat.max_limit_type
special_services = ['home_furnishing', 'electrical_devices', 'rent', 'alternative_housing']
base_domain = [('family_id', '=', family_id), ('service_cat', '=', rec.service_cat.id),
('id', '!=', rec._origin.id), ('state', '!=', 'refused')]
if rec.benefit_type == "member":
base_domain.append(('member_id', '=', rec.member_id.id))
if rec.service_cat.service_type == 'buy_car':
if rec.family_id.has_car:
raise ValidationError(_("You cannot request this service because you have a car."))
if rec.benefit_member_count < rec.service_cat.min_count_member:
raise ValidationError(
_("You cannot request this service because you are less than %s") % rec.service_cat.min_count_member)
if rec.service_cat.service_type == 'recruiting_driver':
son_members_above_age = rec.family_id.mapped('member_ids').filtered(
lambda x: x.relationn.relation_type == 'son' and x.age > 18)
daughter_members_above_age = rec.family_id.mapped('member_ids').filtered(
lambda x: x.relationn.relation_type == 'daughter' and x.age > 18)
disable_mother = rec.family_id.mapped('member_ids').filtered(
lambda x: x.relationn.relation_type == 'mother')
work_mother = rec.family_id.mapped('member_ids').filtered(
lambda x: x.relationn.relation_type == 'mother' and x.benefit_id.is_mother_work)
disable_replacement_mother = rec.family_id.mapped('member_ids').filtered(
lambda x: x.relationn.relation_type == 'replacement_mother')
work_replacement_mother = rec.family_id.mapped('member_ids').filtered(
lambda
x: x.relationn.relation_type == 'replacement_mother' and x.replacement_is_mother_work)
if not rec.family_id.has_car:
raise ValidationError(_("You cannot request this service because you do not have a car"))
if son_members_above_age or daughter_members_above_age:
raise ValidationError(
_("You cannot request this service because children above 18 years"))
if rec.family_id.add_replacement_mother and not disable_replacement_mother and not work_replacement_mother:
raise ValidationError(
_("You cannot request this service because mother should be worked or has disability"))
if not rec.family_id.add_replacement_mother and not disable_mother and not work_mother:
raise ValidationError(
_("You cannot request this service because mother should be worked or has disability"))
if service_type in ['home_maintenance', 'complete_building_house', 'buy_home']:
existing_request_restoration = Service.search([
('family_id', '=', family_id),
('service_cat.service_type', '=', 'home_restoration'),
('id', '!=', rec._origin.id),
('state', '!=', 'refused')
], order='date desc', limit=1)
if existing_request_restoration and existing_request_restoration.date:
if service_type == 'buy_home':
raise ValidationError(_(
"You cannot request this service together with 'home_restoration' within the same recurrence period."
))
else:
restoration_date = existing_request_restoration.date.date()
next_allowed_restoration_date = (
restoration_date + relativedelta(months=interval)
if period == 'months'
else restoration_date + relativedelta(years=interval)
)
if rec.date.date() < next_allowed_restoration_date:
raise ValidationError(_(
"You cannot request this service together with 'home_restoration' within the same recurrence period."
))
if service_type == 'transportation_insurance':
if rec.family_id.has_car:
raise ValidationError(_("You cannot request this service because you have a car."))
if service_type == 'buy_home':
if rec.service_cat.buy_home_max_total_amount < rec.amount_for_buy_home_for_member_count:
raise ValidationError(_(
"You can request this service because the total housing amount (%.2f) "
"is still under the maximum limit of %.2f."
) % (rec.amount_for_buy_home_for_member_count, rec.service_cat.buy_home_max_total_amount))
if rec.home_age > rec.service_cat.home_age:
raise ValidationError(
_("You cannot request this service Again Because the home Age More than %s") % rec.service_cat.home_age)
if rec.start and rec.end:
if rec.start > rec.end:
raise ValidationError(_("Start date must be before end date."))
overlap_domain = base_domain + [
('start', '!=', False),
('end', '!=', False),
('start', '<=', rec.end),
('end', '>=', rec.start)
]
overlap_requests = Service.search(overlap_domain)
if overlap_requests:
raise ValidationError(
_("This service request overlaps with an existing requests [%s] for the same service "
"between %s and %s.") % (", ".join(overlap_requests.mapped('name')), rec.start, rec.end)
)
if allowed:
if allowed == 'unlimited':
pass
elif allowed == 'once':
if Service.search_count(base_domain):
raise ValidationError(_("You cannot request this service more than once."))
else:
if service_type in special_services:
if service_type == 'home_furnishing':
delta_kwargs = {period: interval}
date_before = rec.date - relativedelta(**delta_kwargs)
domain = base_domain + [('date', '>', date_before)]
existing_requests = Service.search(domain)
total_amount = sum(existing_requests.mapped('requested_service_amount')) + sum(
rec.furnishing_items_ids.mapped('furnishing_cost'))
if not rec.home_furnishing_exception:
rec.service_max_amount = rec.service_cat.max_amount
if total_amount > rec.service_cat.max_amount:
raise ValidationError(
_("You cannot request more than %s") % rec.service_max_amount)
if rec.home_furnishing_exception:
rec.service_max_amount = rec.service_cat.max_furnishing_amount_if_exception
if total_amount > rec.service_cat.max_furnishing_amount_if_exception:
raise ValidationError(
_("You cannot request more than %s") % rec.service_max_amount)
if service_type == 'electrical_devices':
rec.service_max_amount = rec.device_id.price_unit if rec.device_id else 0.0
if rec.device_id:
delta_kwargs = {period: interval}
date_before = rec.date - relativedelta(**delta_kwargs)
domain = base_domain + [
('device_id', '=', rec.device_id.id),
('date', '>', date_before)
]
existing_requests = Service.search(domain)
total_previous_qty = sum(existing_requests.mapped('requested_quantity'))
total_qty = total_previous_qty + rec.requested_quantity
allowed_line = rec.service_cat.electrical_devices_lines.filtered(
lambda l: l.id == rec.device_id.id
)
allowed_qty = allowed_line.allowed_quantity if allowed_line else 0
if total_qty > allowed_qty:
raise ValidationError(_(
"You cannot request this device more than %s times within %s %s."
) % (allowed_qty, interval, period))
else:
last_request = Service.search(base_domain, order='date desc', limit=1)
if last_request and last_request.date:
last_date = (
last_request.date.date()
if isinstance(last_request.date, datetime)
else last_request.date
)
next_allowed_date = (
last_date + relativedelta(months=interval)
if period == 'months'
else last_date + relativedelta(years=interval)
)
if isinstance(next_allowed_date, datetime):
next_allowed_date = next_allowed_date.date()
if rec.date.date() < next_allowed_date:
raise ValidationError(_(
"You can only request this service again after %s."
) % next_allowed_date.strftime('%Y-%m-%d'))
if max_limit_type and service_type not in special_services:
if max_limit_type == 'fixed':
rec.service_max_amount = rec.service_cat.max_amount
elif max_limit_type == 'category':
rec.service_max_amount = rec.service_cat.category_amount_lines and max(
rec.service_cat.category_amount_lines.filtered(
lambda r: r.benefit_category_id.id == rec.family_category.id).mapped('max_amount'),
default=0.0) or 0
elif max_limit_type == 'category_person':
rec.service_max_amount = rec.service_cat.bill_lines and max(rec.service_cat.bill_lines.filtered(
lambda x: x.benefit_category_id.id == rec.family_category.id and
x.min_count_member <= rec.benefit_member_count <= x.max_count_member).mapped(
'max_amount_for_bill'), default=0.0) or 0
elif max_limit_type == 'service':
pass
elif max_limit_type == 'none':
pass
elif max_limit_type == 'amount_person':
rec.service_max_amount = rec.service_cat.limit_person_line_ids and max(
rec.service_cat.limit_person_line_ids.filtered(
lambda
x: x.min_count_member <= rec.benefit_member_count <= x.max_count_member)).amount or 0
if rec.max_limit_period:
if rec.max_limit_period == "month":
if rec.start and rec.end:
start_date = rec.start.date() if isinstance(rec.start, datetime) else rec.start
end_date = rec.end.date() if isinstance(rec.end, datetime) else rec.end
num_months = (end_date.year - start_date.year) * 12 + (
end_date.month - start_date.month) + 1
if num_months > rec.service_cat.max_months_limit:
raise ValidationError(
_("You cannot request this service for more than %s months.") % rec.service_cat.max_months_limit
)
rec.service_max_amount *= num_months
elif rec.max_limit_period == "year":
before_year_domain = base_domain + [('date', '>', date_before_year)]
existing_requests_within_year = Service.search(before_year_domain)
total_spent = sum(existing_requests_within_year.mapped('requested_service_amount'))
rec.service_max_amount = rec.service_cat.max_amount - total_spent
elif rec.max_limit_period == "individual":
rec.service_max_amount *= rec.service_benefit_count
elif rec.max_limit_period == "recurrence_period":
pass
if service_type == 'transportation_insurance':
if rec.service_reason_id and rec.requested_service_amount > rec.max_amount:
raise ValidationError(_("You cannot request more than %s"))
continue
if rec.service_cat.service_type == 'marriage':
if rec.member_id.relationn.relation_type == 'son' and not rec.member_id.is_work:
raise ValidationError(_("This service is not eligible because the son is not working."))
if rec.marriage_contract_date and rec.date:
request_date = rec.date.date() if isinstance(rec.date, datetime) else rec.date
contract_date = rec.marriage_contract_date
diff_days = (request_date - contract_date).days
if diff_days > 365:
raise ValidationError(
_("You cannot request this service because the marriage contract date exceeds one year."))
rec.service_max_amount = rec.service_cat.fatherless_member_amount
if rec.is_orphan:
rec.service_max_amount = rec.service_cat.orphan_member_amount
if rec.member_age > rec.service_cat.max_age:
raise ValidationError(_("Member Age should be less than %s ") % rec.service_cat.max_age)
if rec.member_payroll > rec.service_cat.member_max_payroll:
raise ValidationError(
_("Member Payroll should be less than %s ") % rec.service_cat.member_max_payroll)
if not rec.is_orphan and rec.requested_service_amount > rec.service_max_amount:
raise ValidationError(_("You cannot request more than %s ") % rec.service_max_amount)
if rec.is_orphan and rec.requested_service_amount > rec.service_max_amount:
raise ValidationError(_("You cannot request more than %s ") % rec.service_max_amount)
if rec.has_marriage_course == 'no':
raise UserError(_("You Should take a course"))
continue
if rec.requested_service_amount > rec.service_max_amount and service_type not in special_services and not max_limit_type == 'none':
raise ValidationError(
_("You cannot request more than %s") % rec.service_max_amount
)
# Validation for 'member' benefit type
if rec.benefit_type == 'member' and rec.service_cat.service_type == 'rent':
max_requested_amount = rec.service_cat.max_amount_for_student
if rec.requested_service_amount > max_requested_amount:
self.benefit_type = False
res['warning'] = {'title': _('ValidationError'),
'message': _("You cannot request more than %s") % max_requested_amount}
return res
# Validation for 'family' benefit type
if rec.benefit_type == 'family' and rec.service_cat.service_type == 'rent':
rent_line_id = rec.service_cat.rent_lines.filtered(
lambda r: r.benefit_category_id.id == rec.family_category.id \
and r.benefit_count == rec.benefit_member_count
)
max_requested_amount = rent_line_id.estimated_rent_branches if rec.branch_custom_id.branch_type == 'branches' else rent_line_id.estimated_rent_governorate
if rec.requested_service_amount > max_requested_amount:
self.benefit_type = False
res['warning'] = {'title': _('ValidationError'),
'message': _("You cannot request more than %s") % max_requested_amount}
return res
if rec.benefit_type == 'family' and rec.service_cat.service_type == 'alternative_housing' and not rec.providing_alternative_housing_based_rent:
if rec.requested_service_amount > rec.service_cat.rent_amount_for_alternative_housing:
raise UserError(
_("You Cannot request amount more than %s") % rec.service_cat.rent_amount_for_alternative_housing)
elif rec.rent_period > rec.service_cat.rent_period:
raise UserError(
_("You Cannot request this service for period more than %s") % rec.service_cat.rent_period)
# Validation for 'family' benefit type with 'eid_gift' service type
# if rec.benefit_type == 'family' and rec.service_cat.service_type == 'eid_gift':
# if rec.eid_gift_benefit_count == 0:
# raise UserError(
# _("You cannot request this service because family should have members his age less than %s") % rec.service_cat.max_age)
# Validation for 'member' benefit type with 'eid_gift' service type
# if rec.benefit_type == 'member' and rec.service_cat.service_type == 'eid_gift':
# if rec.member_id.age > rec.service_cat.max_age:
# raise UserError(
# _("You cannot request this service because your age should be less than %s") % rec.service_cat.max_age)
@api.onchange('member_id')
def onchange_member_id(self):
for rec in self:
if rec.member_id and rec.service_type == 'rent' and not rec.member_id.member_location_conf.is_far_from_family:
raise UserError(_("You Cannot request Service if you not study inside Saudi Arabia"))
@api.onchange('start', 'end', 'rent_start_date', 'rent_end_date', 'new_start', 'new_end', 'new_rent_start_date',
'new_rent_end_date', 'new_rent_contract')
def _check_date_range(self):
for rec in self:
# Ensure both start and end dates are set
if rec.start and rec.end and rec.rent_start_date and rec.rent_end_date and not rec.new_rent_contract:
# Check if `start` and `end` are within `rent_start_date` and `rent_end_date`
if not (rec.rent_start_date <= rec.start <= rec.rent_end_date and
rec.rent_start_date <= rec.end <= rec.rent_end_date):
raise UserError(
"The Start Date and End Date must be within the Rent Start Date and Rent End Date range.")
if rec.new_start and rec.new_end and rec.new_rent_start_date and rec.new_rent_end_date and rec.new_rent_contract:
# Check if `start` and `end` are within `rent_start_date` and `rent_end_date`
if not (rec.new_rent_start_date <= rec.new_start <= rec.new_rent_end_date and
rec.new_rent_start_date <= rec.new_end <= rec.new_rent_end_date):
raise UserError(
"The Start Date and End Date must be within the Rent Start Date and Rent End Date range.")
@api.depends('family_category')
def _compute_available_service_cats(self):
for rec in self:
domain = [('service_type', '!=', 'main_service'), ('benefit_category_ids', 'in', [rec.family_category.id])]
if rec.family_id.property_type not in ['ownership', 'ownership_shared', 'charitable']:
domain.append(('service_type', '!=', 'home_restoration'))
else:
domain.append(('service_type', '!=', 'buy_home'))
rec.available_service_cats = rec.available_service_cats.sudo().search(domain)
# if rec.member_id.member_status != 'benefit':
# domain.append(('allow_non_beneficiary','=',True))
def action_set_to_draft(self):
for rec in self:
rec.state = 'draft'
def action_accounting_transfer(self):
line_ids = []
service_cats = self.mapped('service_cat')
if len(service_cats) > 1:
cat_names = ", ".join(service_cats.mapped('service_name'))
raise UserError(_(
"All selected service requests must belong to the same Service Cat.\n\n"
"Selected Services Cat:\n%s"
) % cat_names)
if service_cats.payment_method == "payment_order":
invalid_records = self.filtered(
lambda r: r.state != 'accounting_approve'
or r.payment_order_state != 'none'
or r.payment_order_id
)
if invalid_records:
names = ", ".join(invalid_records.mapped('name'))
raise UserError(_(
"The following service requests do not meet the conditions:\n%s\n"
"Each request must:\n"
"• Be in 'Accounting Approve' state\n"
"• Have payment order state = 'None'\n"
"• Not be linked to any payment order"
) % names)
self.env['payment.orders'].create({
'state': 'draft',
'accountant_id': service_cats.accountant_id.id,
'service_requests_ids': [(6, 0, self.ids)],
'type': 'services',
})
elif service_cats.payment_method == "invoice":
invalid_records = self.filtered(
lambda r: r.state != 'accounting_approve'
or r.payment_order_state != 'none'
or r.vendor_bill
)
if invalid_records:
names = ", ".join(invalid_records.mapped('name'))
raise UserError(_(
"The following service requests do not meet the conditions:\n%s\n"
"Each request must:\n"
"• Be in 'Accounting Approve' state\n"
"• Have payment order state = 'None'\n"
"• Not be linked to any invoice"
) % names)
for rec in self:
invoice_line = (0, 0, {
'name': f'{rec.family_id.name}/{rec.device_id.device_name}/{rec.description}/{rec.name}',
'account_id': rec.device_account_id.id,
'analytic_account_id': rec.branch_custom_id.branch.analytic_account_id.id,
'quantity': rec.requested_quantity,
'price_unit': rec.requested_service_amount,
})
line_ids.append(invoice_line)
vendor_bill = self.env['account.move'].create({
'move_type': 'in_invoice',
'partner_id': self[0].service_producer_id.id,
# 'accountant_id': self.accountant_id.id,
'invoice_line_ids': line_ids,
})
self.vendor_bill = vendor_bill