cmservices/Sources/App/Models/m/Machine.swift

//
//  Machine.swift
//  
//
//  Created by Michiel Carman on 10/25/21.
//

import Foundation
import Vapor
import Fluent
import FluentPostgresDriver

final class mdlMachine: Model, Content{

    static let schema = "Machine"
    
    @ID(custom: "id", generatedBy: .database) var id: Int?
    @Field(key: "manufacturerYear") var manufactureryear: String
    @Field(key: "description") var description: String
    @Field(key: "currentLocation") var currentlocation: String
    @Field(key: "lastServiceDate") var lastservicedate: Date?
    @Field(key: "isActive") var isactive: Bool
    @Field(key: "voltage") var voltage: Decimal?
    @Field(key: "kw") var kw: Decimal?
    @Field(key: "phase") var phase: Int?
    @Field(key: "inServiceDate") var inservicedate: Date?
    @Field(key: "createUserId" ) var createuserid: Int?
    @Timestamp(key: "createDate", on: .create) var createdate: Date?
    @Field(key: "updateUserId") var updateuserid: Int?
    @Timestamp(key: "updateDate", on: .update) var updatedate: Date?
    
    @Parent(key: "machineTypeId") var machinetype: mdlMachineType
    @Parent(key: "modelId") var model: mdlModel
    @Parent(key: "machineId") var parent: mdlMachine
    
    
    @Children(for: \.$machine) var machinenumbers: [mdlMachineNumber]
    @Children(for: \.$machine) var machinemeters: [mdlMachineMeter]
    @Children(for: \.$parent) var children: [mdlMachine]
    @Children(for: \.$machine) var templates: [mdlTemplate]
    @Children(for: \.$machine) var workorders: [mdlWorkOrder]
    
    @Siblings(through: mdlXCustomerMachine.self, from: \.$machine, to: \.$customer) public var customers: [mdlCustomer]
    
    init(){}
    
    init(id: Int? = nil, manufactureryear: String, description: String, currentlocation: String, lastservicedate: Date? = nil, isactive: Bool = true, voltage: Decimal? = nil, kw: Decimal? = nil, phase: Int? = nil, inservicedate: Date? = nil, createuserid: Int? = -1, createdate: Date? = nil, updateuserid: Int? = -1, updatedate: Date? = nil, machinetype: mdlMachineType, parent: mdlMachine, model: mdlModel, machinenumbers: [mdlMachineNumber], machinemeters: [mdlMachineMeter], customers: [mdlCustomer], children: [mdlMachine], templates: [mdlTemplate], workorders: [mdlWorkOrder]){
        self.id = id
        self.manufactureryear = manufactureryear
        self.description = description
        self.currentlocation = currentlocation
        self.lastservicedate = lastservicedate
        self.isactive = isactive
        self.voltage = voltage
        self.kw = kw
        self.phase = phase
        self.inservicedate = inservicedate
        self.createuserid = createuserid
        self.createdate = createdate
        self.updateuserid = updateuserid
        self.updatedate = updatedate
        self.$model.id = model.id!
        self.$machinenumbers.value = machinenumbers
        self.$machinemeters.value = machinemeters
        self.$customers.value = customers
        self.$children.value = children
        self.$templates.value = templates
        self.$workorders.value = workorders
    }
}
extension mdlMachine{
    struct Input: Content{
        let id: Int?
        let manufactureryear: String
        let description: String
        let currentlocation: String
        let lastservicedate: Date?
        let isactive: Bool
        let voltage: Decimal?
        let kw: Decimal?
        let phase: Int?
        let inservicedate: Date?
        let createdate: Date?
        let createuserid: Int?
        let updatedate: Date?
        let updateuserid: Int?
        let machinetype: mdlMachineType
        let parent: mdlMachine
        let model: mdlModel
        let machinenumbers: [mdlMachineNumber]
        let machinemeters: [mdlMachineMeter]
        let customers: [mdlCustomer]
        let children: [mdlMachine]
        let templates: [mdlTemplate]
        let workorders: [mdlWorkOrder]
        
    }
    
    struct Output: Content{
        let id: Int?
        let manufactureryear: String
        let description: String
        let currentlocation: String
        let lastservicedate: Date?
        let isactive: Bool
        let voltage: Decimal?
        let kw: Decimal?
        let phase: Int?
        let inservicedate: Date?
        let createdate: Date?
        let createuserid: Int?
        let updatedate: Date?
        let updateuserid: Int?
        let machinetype: mdlMachineType
        let parent: mdlMachine
        let model: mdlModel
        let machinenumbers: [mdlMachineNumber]
        let machinemeters: [mdlMachineMeter]
        let customers: [mdlCustomer]
        let children: [mdlMachine]
        let templates: [mdlTemplate]
        let workorders: [mdlWorkOrder]
    }
}
extension mdlMachine {
    struct create: Migration{
        func prepare(on database: Database) -> EventLoopFuture<Void> {
            return database.schema("Machine")
                .field("id", .int, .identifier(auto: true))
                .field("manufacturerYear", .string)
                .field("description", .string)
                .field("currentLocation", .string)
                .field("lastServiceDate", .datetime)
                .field("isActive", .bool)
                .field("voltage", .float)
                .field("kw", .float)
                .field("phase", .int)
                .field("inServiceDate", .datetime)
                .field("modelId", .int, .required, .references("Model", "id"))
                .field("machineTypeId", .int, .references("MachineType", "id"))
                .field("machineId", .int, .references("Machine", "id"))
                .field("createUserId", .int)
                .field("createDate", .datetime)
                .field("updateUserId", .int)
                .field("updateDate", .datetime)
                .create()
        }
        func revert(on database: Database) -> EventLoopFuture<Void> {
            database.schema("Machine").delete()
        }
    }
    /* Uncomment if you need to seed the table.
     struct seed: Migration {
     func prepare(on database: Database) -> EventLoopFuture<Void> {
     // 1
     let array: [<#Model#>] = [
     <#init#>
     ]
     // 2
     return array.map { obj in
     obj.save(on: database)
     }
     .flatten(on: database.eventLoop)
     }
     
     func revert(on database: Database) -> EventLoopFuture<Void> {
     // 3
     <#Model#>.query(on: database).delete()
     }
     }
     */
}