package models

// AUTO-GENERATED Slick data model
/** Stand-alone Slick data model for immediate use */
object Tables extends {
  val profile = scala.slick.driver.PostgresDriver
} with Tables

/** Slick data model trait for extension, choice of backend or usage in the cake pattern. (Make sure to initialize this late.) */
trait Tables {
  val profile: scala.slick.driver.JdbcProfile

  import profile.simple._
  import scala.slick.model.ForeignKeyAction

  // NOTE: GetResult mappers for plain SQL are only generated for tables where Slick knows how to map the types of all columns.

  import scala.slick.jdbc.{GetResult => GR}

  /** DDL for all tables. Call .create to execute. */
  lazy val ddl = Bids.ddl ++ Charges.ddl ++ Items.ddl ++ Transactions.ddl ++ Users.ddl

  /** Entity class storing rows of table Bids
    * @param uuid Database column uuid DBType(varchar), PrimaryKey, Length(36,true)
    * @param itemUuid Database column item_uuid DBType(varchar), Length(36,true)
    * @param userUuid Database column user_uuid DBType(varchar), Length(36,true)
    * @param bidDate Database column bid_date DBType(timestamptz)
    * @param offer Database column offer DBType(numeric) */
  case class Bid(uuid: String, itemUuid: String, userUuid: String, bidDate: java.sql.Timestamp, offer: scala.math.BigDecimal)

  /** GetResult implicit for fetching Bid objects using plain SQL queries */
  implicit def GetResultBid(implicit e0: GR[String], e1: GR[java.sql.Timestamp], e2: GR[scala.math.BigDecimal]): GR[Bid] = GR {
    prs => import prs._
      Bid.tupled((<<[String], <<[String], <<[String], <<[java.sql.Timestamp], <<[scala.math.BigDecimal]))
  }

  /** Table description of table bids. Objects of this class serve as prototypes for rows in queries. */
  class Bids(_tableTag: Tag) extends Table[Bid](_tableTag, "bids") {
    def * = (uuid, itemUuid, userUuid, bidDate, offer) <>(Bid.tupled, Bid.unapply)

    /** Maps whole row to an option. Useful for outer joins. */
    def ? = (uuid.?, itemUuid.?, userUuid.?, bidDate.?, offer.?).shaped.<>({ r => import r._; _1.map(_ => Bid.tupled((_1.get, _2.get, _3.get, _4.get, _5.get)))}, (_: Any) => throw new Exception("Inserting into ? projection not supported."))

    /** Database column uuid DBType(varchar), PrimaryKey, Length(36,true) */
    val uuid: Column[String] = column[String]("uuid", O.PrimaryKey, O.Length(36, varying = true))
    /** Database column item_uuid DBType(varchar), Length(36,true) */
    val itemUuid: Column[String] = column[String]("item_uuid", O.Length(36, varying = true))
    /** Database column user_uuid DBType(varchar), Length(36,true) */
    val userUuid: Column[String] = column[String]("user_uuid", O.Length(36, varying = true))
    /** Database column bid_date DBType(timestamptz) */
    val bidDate: Column[java.sql.Timestamp] = column[java.sql.Timestamp]("bid_date")
    /** Database column offer DBType(numeric) */
    val offer: Column[scala.math.BigDecimal] = column[scala.math.BigDecimal]("offer")

    /** Foreign key referencing Items (database name bids_items_fk) */
    lazy val itemsFk = foreignKey("bids_items_fk", itemUuid, Items)(r => r.uuid, onUpdate = ForeignKeyAction.NoAction, onDelete = ForeignKeyAction.NoAction)
    /** Foreign key referencing Users (database name bids_users_fk) */
    lazy val usersFk = foreignKey("bids_users_fk", userUuid, Users)(r => r.uuid, onUpdate = ForeignKeyAction.NoAction, onDelete = ForeignKeyAction.NoAction)
  }

  /** Collection-like TableQuery object for table Bids */
  lazy val Bids = new TableQuery(tag => new Bids(tag))

  /** Entity class storing rows of table Charges
    * @param uuid Database column uuid DBType(varchar), PrimaryKey, Length(36,true)
    * @param startDate Database column start_date DBType(timestamptz)
    * @param endDate Database column end_date DBType(timestamptz)
    * @param fee Database column fee DBType(numeric)
    * @param rate Database column rate DBType(numeric) */
  case class Charge(uuid: String, startDate: java.sql.Timestamp, endDate: java.sql.Timestamp, fee: scala.math.BigDecimal, rate: scala.math.BigDecimal)

  /** GetResult implicit for fetching Charge objects using plain SQL queries */
  implicit def GetResultCharge(implicit e0: GR[String], e1: GR[java.sql.Timestamp], e2: GR[scala.math.BigDecimal]): GR[Charge] = GR {
    prs => import prs._
      Charge.tupled((<<[String], <<[java.sql.Timestamp], <<[java.sql.Timestamp], <<[scala.math.BigDecimal], <<[scala.math.BigDecimal]))
  }

  /** Table description of table charges. Objects of this class serve as prototypes for rows in queries. */
  class Charges(_tableTag: Tag) extends Table[Charge](_tableTag, "charges") {
    def * = (uuid, startDate, endDate, fee, rate) <>(Charge.tupled, Charge.unapply)

    /** Maps whole row to an option. Useful for outer joins. */
    def ? = (uuid.?, startDate.?, endDate.?, fee.?, rate.?).shaped.<>({ r => import r._; _1.map(_ => Charge.tupled((_1.get, _2.get, _3.get, _4.get, _5.get)))}, (_: Any) => throw new Exception("Inserting into ? projection not supported."))

    /** Database column uuid DBType(varchar), PrimaryKey, Length(36,true) */
    val uuid: Column[String] = column[String]("uuid", O.PrimaryKey, O.Length(36, varying = true))
    /** Database column start_date DBType(timestamptz) */
    val startDate: Column[java.sql.Timestamp] = column[java.sql.Timestamp]("start_date")
    /** Database column end_date DBType(timestamptz) */
    val endDate: Column[java.sql.Timestamp] = column[java.sql.Timestamp]("end_date")
    /** Database column fee DBType(numeric) */
    val fee: Column[scala.math.BigDecimal] = column[scala.math.BigDecimal]("fee")
    /** Database column rate DBType(numeric) */
    val rate: Column[scala.math.BigDecimal] = column[scala.math.BigDecimal]("rate")
  }

  /** Collection-like TableQuery object for table Charges */
  lazy val Charges = new TableQuery(tag => new Charges(tag))

  /** Entity class storing rows of table Items
    * @param uuid Database column uuid DBType(varchar), PrimaryKey, Length(36,true)
    * @param userUuid Database column user_uuid DBType(varchar), Length(36,true)
    * @param startDate Database column start_date DBType(timestamptz)
    * @param endDate Database column end_date DBType(timestamptz)
    * @param itemName Database column item_name DBType(varchar), Length(20,true)
    * @param shortDesc Database column short_desc DBType(varchar), Length(30,true)
    * @param longDesc Database column long_desc DBType(text), Length(2147483647,true)
    * @param initialPrice Database column initial_price DBType(numeric) */
  case class Item(uuid: String, userUuid: String, startDate: java.sql.Timestamp, endDate: java.sql.Timestamp, itemName: String, shortDesc: String, longDesc: String, initialPrice: scala.math.BigDecimal)

  /** GetResult implicit for fetching Item objects using plain SQL queries */
  implicit def GetResultItem(implicit e0: GR[String], e1: GR[java.sql.Timestamp], e2: GR[scala.math.BigDecimal]): GR[Item] = GR {
    prs => import prs._
      Item.tupled((<<[String], <<[String], <<[java.sql.Timestamp], <<[java.sql.Timestamp], <<[String], <<[String], <<[String], <<[scala.math.BigDecimal]))
  }

  /** Table description of table items. Objects of this class serve as prototypes for rows in queries. */
  class Items(_tableTag: Tag) extends Table[Item](_tableTag, "items") {
    def * = (uuid, userUuid, startDate, endDate, itemName, shortDesc, longDesc, initialPrice) <>(Item.tupled, Item.unapply)

    /** Maps whole row to an option. Useful for outer joins. */
    def ? = (uuid.?, userUuid.?, startDate.?, endDate.?, itemName.?, shortDesc.?, longDesc.?, initialPrice.?).shaped.<>({ r => import r._; _1.map(_ => Item.tupled((_1.get, _2.get, _3.get, _4.get, _5.get, _6.get, _7.get, _8.get)))}, (_: Any) => throw new Exception("Inserting into ? projection not supported."))

    /** Database column uuid DBType(varchar), PrimaryKey, Length(36,true) */
    val uuid: Column[String] = column[String]("uuid", O.PrimaryKey, O.Length(36, varying = true))
    /** Database column user_uuid DBType(varchar), Length(36,true) */
    val userUuid: Column[String] = column[String]("user_uuid", O.Length(36, varying = true))
    /** Database column start_date DBType(timestamptz) */
    val startDate: Column[java.sql.Timestamp] = column[java.sql.Timestamp]("start_date")
    /** Database column end_date DBType(timestamptz) */
    val endDate: Column[java.sql.Timestamp] = column[java.sql.Timestamp]("end_date")
    /** Database column item_name DBType(varchar), Length(20,true) */
    val itemName: Column[String] = column[String]("item_name", O.Length(20, varying = true))
    /** Database column short_desc DBType(varchar), Length(30,true) */
    val shortDesc: Column[String] = column[String]("short_desc", O.Length(30, varying = true))
    /** Database column long_desc DBType(text), Length(2147483647,true) */
    val longDesc: Column[String] = column[String]("long_desc", O.Length(2147483647, varying = true))
    /** Database column initial_price DBType(numeric) */
    val initialPrice: Column[scala.math.BigDecimal] = column[scala.math.BigDecimal]("initial_price")

    /** Foreign key referencing Users (database name items_users_fk) */
    lazy val usersFk = foreignKey("items_users_fk", userUuid, Users)(r => r.uuid, onUpdate = ForeignKeyAction.NoAction, onDelete = ForeignKeyAction.NoAction)
  }

  /** Collection-like TableQuery object for table Items */
  lazy val Items = new TableQuery(tag => new Items(tag))

  /** Entity class storing rows of table Transactions
    * @param uuid Database column uuid DBType(varchar), PrimaryKey, Length(36,true)
    * @param userUuid Database column user_uuid DBType(varchar), Length(36,true)
    * @param transactionDate Database column transaction_date DBType(timestamptz)
    * @param amount Database column amount DBType(numeric)
    * @param label Database column label DBType(varchar), Length(255,true) */
  case class Transaction(uuid: String, userUuid: String, transactionDate: java.sql.Timestamp, amount: scala.math.BigDecimal, label: String)

  /** GetResult implicit for fetching Transaction objects using plain SQL queries */
  implicit def GetResultTransaction(implicit e0: GR[String], e1: GR[java.sql.Timestamp], e2: GR[scala.math.BigDecimal]): GR[Transaction] = GR {
    prs => import prs._
      Transaction.tupled((<<[String], <<[String], <<[java.sql.Timestamp], <<[scala.math.BigDecimal], <<[String]))
  }

  /** Table description of table transactions. Objects of this class serve as prototypes for rows in queries. */
  class Transactions(_tableTag: Tag) extends Table[Transaction](_tableTag, "transactions") {
    def * = (uuid, userUuid, transactionDate, amount, label) <>(Transaction.tupled, Transaction.unapply)

    /** Maps whole row to an option. Useful for outer joins. */
    def ? = (uuid.?, userUuid.?, transactionDate.?, amount.?, label.?).shaped.<>({ r => import r._; _1.map(_ => Transaction.tupled((_1.get, _2.get, _3.get, _4.get, _5.get)))}, (_: Any) => throw new Exception("Inserting into ? projection not supported."))

    /** Database column uuid DBType(varchar), PrimaryKey, Length(36,true) */
    val uuid: Column[String] = column[String]("uuid", O.PrimaryKey, O.Length(36, varying = true))
    /** Database column user_uuid DBType(varchar), Length(36,true) */
    val userUuid: Column[String] = column[String]("user_uuid", O.Length(36, varying = true))
    /** Database column transaction_date DBType(timestamptz) */
    val transactionDate: Column[java.sql.Timestamp] = column[java.sql.Timestamp]("transaction_date")
    /** Database column amount DBType(numeric) */
    val amount: Column[scala.math.BigDecimal] = column[scala.math.BigDecimal]("amount")
    /** Database column label DBType(varchar), Length(255,true) */
    val label: Column[String] = column[String]("label", O.Length(255, varying = true))

    /** Foreign key referencing Users (database name transactions_users_fk) */
    lazy val usersFk = foreignKey("transactions_users_fk", userUuid, Users)(r => r.uuid, onUpdate = ForeignKeyAction.NoAction, onDelete = ForeignKeyAction.NoAction)
  }

  /** Collection-like TableQuery object for table Transactions */
  lazy val Transactions = new TableQuery(tag => new Transactions(tag))

  /** Entity class storing rows of table Users
    * @param uuid Database column uuid DBType(varchar), PrimaryKey, Length(36,true)
    * @param username Database column username DBType(varchar), Length(20,true)
    * @param email Database column email DBType(varchar), Length(255,true)
    * @param userPassword Database column user_password DBType(varchar), Length(255,true)
    * @param firstName Database column first_name DBType(varchar), Length(255,true)
    * @param lastName Database column last_name DBType(varchar), Length(255,true)
    * @param countryCode Database column country_code DBType(varchar), Length(2,true)
    * @param postalCode Database column postal_code DBType(varchar), Length(20,true)
    * @param address Database column address DBType(varchar), Length(255,true)
    * @param phone Database column phone DBType(varchar), Length(20,true)
    * @param birthdate Database column birthdate DBType(timestamptz) */
  case class User(uuid: String, username: String, email: String, userPassword: String, firstName: String, lastName: String, countryCode: String, postalCode: String, address: String, phone: String, birthdate: java.sql.Timestamp)

  /** GetResult implicit for fetching User objects using plain SQL queries */
  implicit def GetResultUser(implicit e0: GR[String], e1: GR[java.sql.Timestamp]): GR[User] = GR {
    prs => import prs._
      User.tupled((<<[String], <<[String], <<[String], <<[String], <<[String], <<[String], <<[String], <<[String], <<[String], <<[String], <<[java.sql.Timestamp]))
  }

  /** Table description of table users. Objects of this class serve as prototypes for rows in queries. */
  class Users(_tableTag: Tag) extends Table[User](_tableTag, "users") {
    def * = (uuid, username, email, userPassword, firstName, lastName, countryCode, postalCode, address, phone, birthdate) <>(User.tupled, User.unapply)

    /** Maps whole row to an option. Useful for outer joins. */
    def ? = (uuid.?, username.?, email.?, userPassword.?, firstName.?, lastName.?, countryCode.?, postalCode.?, address.?, phone.?, birthdate.?).shaped.<>({ r => import r._; _1.map(_ => User.tupled((_1.get, _2.get, _3.get, _4.get, _5.get, _6.get, _7.get, _8.get, _9.get, _10.get, _11.get)))}, (_: Any) => throw new Exception("Inserting into ? projection not supported."))

    /** Database column uuid DBType(varchar), PrimaryKey, Length(36,true) */
    val uuid: Column[String] = column[String]("uuid", O.PrimaryKey, O.Length(36, varying = true))
    /** Database column username DBType(varchar), Length(20,true) */
    val username: Column[String] = column[String]("username", O.Length(20, varying = true))
    /** Database column email DBType(varchar), Length(255,true) */
    val email: Column[String] = column[String]("email", O.Length(255, varying = true))
    /** Database column user_password DBType(varchar), Length(255,true) */
    val userPassword: Column[String] = column[String]("user_password", O.Length(255, varying = true))
    /** Database column first_name DBType(varchar), Length(255,true) */
    val firstName: Column[String] = column[String]("first_name", O.Length(255, varying = true))
    /** Database column last_name DBType(varchar), Length(255,true) */
    val lastName: Column[String] = column[String]("last_name", O.Length(255, varying = true))
    /** Database column country_code DBType(varchar), Length(2,true) */
    val countryCode: Column[String] = column[String]("country_code", O.Length(2, varying = true))
    /** Database column postal_code DBType(varchar), Length(20,true) */
    val postalCode: Column[String] = column[String]("postal_code", O.Length(20, varying = true))
    /** Database column address DBType(varchar), Length(255,true) */
    val address: Column[String] = column[String]("address", O.Length(255, varying = true))
    /** Database column phone DBType(varchar), Length(20,true) */
    val phone: Column[String] = column[String]("phone", O.Length(20, varying = true))
    /** Database column birthdate DBType(timestamptz) */
    val birthdate: Column[java.sql.Timestamp] = column[java.sql.Timestamp]("birthdate")

    /** Uniqueness Index over (username) (database name username_unique) */
    val index1 = index("username_unique", username, unique = true)
  }

  /** Collection-like TableQuery object for table Users */
  lazy val Users = new TableQuery(tag => new Users(tag))
}