package models

type RiderInfo struct {
	Userid            int     `json:"userid"`
	Authname          string  `json:"authname"`
	Configid          int     `json:"configid"`
	Authmode          int     `json:"authmode"`
	Roleid            int     `json:"roleid"`
	Firstname         string  `json:"firstname"`
	Lastname          string  `json:"lastname"`
	Fullname          string  `json:"fullname"`
	Password          string  `json:"password"`
	Email             string  `json:"email"`
	Contactno         string  `json:"contactno"`
	Address           string  `json:"address"`
	Suburb            string  `json:"suburb"`
	City              string  `json:"city"`
	State             string  `json:"state"`
	Postcode          string  `json:"postcode"`
	Userfcmtoken      string  `json:"userfcmtoken"`
	Pin               int     `json:"pin"`
	Partnerid         int     `json:"partnerid"`
	Identificationno  string  `json:"identificationno"`
	Vehiclename       string  `json:"vehiclename"`
	Vehicleno         string  `json:"vehicleno"`
	Licenseno         string  `json:"licenseno"`
	Insuranceno       string  `json:"insoranceno"`
	Insurancedate     string  `json:"insurancedate"`
	Shiftid           int     `json:"shiftid"`
	Starttime         string  `json:"starttime"`
	Endtime           string  `json:"endtime"`
	Shifthours        float32 `json:"shifthours"`
	Basefare          float32 `json:"basefare"`
	Additionalcharges float32 `json:"additionalcharges"`
	Orders            int     `json:"orders"`
	Fuelcharge        float32 `json:"fuelcharge"`
	Logdate           string  `json:"logdate"`
	Applocationid     int     `json:"applocationid"`
	Applocation       string  `json:"applocation"`
	Logseconds        int     `json:"logseconds"`
	Riderid           int     `json:"riderid"`
	Status            string  `json:"status"`
	Tenantid          int     `json:"tenantid"`
}

type Partnerinfo struct {
	Partnerid        int    `json:"partnerid" gorm:"Primary_Key"`
	Partnertypeid    int    `json:"partnertypeid"`
	Applocationid    int    `json:"applocationid"`
	Partnername      string `json:"partnername"`
	Registrationno   string `json:"registrationno"`
	Primarycontact   string `json:"primartcontact"`
	Primaryemail     string `json:"primaryemail"`
	Contactno        string `json:"contactno"`
	Bizcategoryid    int    `json:"bizcategoryid"`
	Bizsubcategoryid int    `json:"bizsubcategoryid"`
	Adderss          string `json:"address"`
	Suburb           string `json:"suburb"`
	State            string `json:"state"`
	City             string `json:"city"`
	Postcode         string `json:"postcode"`
	Partnerinfo      string `json:"partnerinfo"`
	Partnerimage     string `json:"partnerimage"`
	// Read back so a directory can show who the partner is and whether they
	// are trading. Both columns have always been on the table; the struct had
	// no field for them, so `getpartners` could not report either.
	Companyname string `json:"companyname"`
	Status      string `json:"status"`
	// Every region this partner covers, from `partnerlocations`. A partner is
	// not confined to the one city on their own row — that column records where
	// they were set up, and the link table records where they actually work.
	Locations []PartnerLocation `json:"locations" gorm:"-"`
}

type Ridershifts struct {
	Shiftid int `json:"shiftid" gorm:"Primary_Key"`
	// The region this shift belongs to. The column has always been on the table
	// — `GetRiderShifts` filters on it — but there was no field for it here, so
	// nothing could write one. That is why shifts could only ever be read.
	Applocationid     int     `json:"applocationid"`
	Shiftdate         string  `json:"shiftdate"`
	Starttime         string  `json:"starttime"`
	Endtime           string  `json:"endtime"`
	Shifthours        float32 `json:"shifthours"`
	Basefare          float32 `json:"basefare"`
	Additionalkm      float32 `json:"additionalkm"`
	Additionalcharges float32 `json:"additionalcharges"`
	Orders            int     `json:"orders"`
	Fuelcharge        float32 `json:"fuelcharge"`
	Shiftname         string  `json:"shiftname" gorm:"<-:false"`
}

type Locationconfigs struct {
	Applocationid int    `json:"applocationid"`
	Configid      int    `json:"configid"`
	Locationname  string `json:"locationname"`
	Latitude      string `json:"latitude"`
	Longitude     string `json:"longitude"`
	Status        string `json:"status"`
}

type FleetCounts struct {
	Totalriders  int `json:"totalriders"`
	Activeriders int `json:"activeriders"`
	Ridersworked int `json:"ridersworked"`
	Totallogins  int `json:"totallogins"`
}

type FleetRiderSummary struct {
	Userid          int     `json:"userid"`
	Fullname        string  `json:"fullname"`
	Contactno       string  `json:"contactno"`
	Partnerid       int     `json:"partnerid"`
	Status          string  `json:"status"`
	Vehicleno       string  `json:"vehicleno"`
	Vehiclename     string  `json:"vehiclename"`
	Dayslogged      int     `json:"dayslogged"`
	Totalworkhours  float32 `json:"totalworkhours"`
	Totalshorthours float32 `json:"totalshorthours"`
	Totalbreakhours float32 `json:"totalbreakhours"`
}

type FleetSummary struct {
	Counts FleetCounts         `json:"counts"`
	Riders []FleetRiderSummary `json:"riders"`
}

type RiderlogDetails struct {
	Logid      int     `json:"logid"`
	Logdate    string  `json:"logdate"`
	Userid     int     `json:"userid"`
	Username   string  `json:"username"`
	Partnerid  int     `json:"partnerid"`
	Shiftid    int     `json:"shiftid"`
	Shifthours float32 `json:"shifthours"`
	Login      string  `json:"login"`
	Logout     string  `json:"logout"`
	Latitude   string  `json:"latitude"`
	Longitude  string  `json:"longitude"`
	Workhours  float32 `json:"workhours"`
	Shorthours float32 `json:"shorthours"`
	Breakhours float32 `json:"breakhours"`
	Logstatus  int     `json:"logstatus"`
}

// NewRider is one rider being onboarded, as the console sends it.
//
// A rider is three rows, not one. `app_users` holds the person, `ridersettings`
// the vehicle and licence, and `app_userpools` their place in the availability
// pool — and `getriders` INNER JOINs all three, so a rider missing any of them
// is not a partial rider, they are no rider at all. The flat shape here is
// deliberate: the caller should not have to know the table layout to hire
// somebody.
//
// `Tenantid` is filled in by the controller from the caller's scope, never read
// from the body — a store admin must not be able to put a rider on another
// merchant's books by editing a payload.
type NewRider struct {
	Userid    int    `json:"userid"`
	Firstname string `json:"firstname"`
	Lastname  string `json:"lastname"`
	Contactno string `json:"contactno"`
	Email     string `json:"email"`
	Password  string `json:"password"`
	Address   string `json:"address"`
	Suburb    string `json:"suburb"`
	City      string `json:"city"`
	State     string `json:"state"`
	Postcode  string `json:"postcode"`

	// Whose rider they are, where they ride, and who they ride for.
	//
	// Tenantid and Partnerid are exclusive: a rider belongs to a shop or to a
	// delivery partner, never to both and never to neither. The controller
	// refuses either mistake.
	//
	// Locationid is the branch an OWN rider works out of. It is meaningless for
	// a partner's rider — a partner supplies several merchants and is not tied
	// to any one shop's outlet — so it is only ever set alongside a tenantid.
	Tenantid      int `json:"tenantid"`
	Locationid    int `json:"locationid"`
	Applocationid int `json:"applocationid"`
	Partnerid     int `json:"partnerid"`
	Shiftid       int `json:"shiftid"`

	// The vehicle half — `ridersettings`.
	Identificationno string `json:"identificationno"`
	Vehiclename      string `json:"vehiclename"`
	Vehicleno        string `json:"vehicleno"`
	Licenseno        string `json:"licenseno"`
	Registrationno   string `json:"registrationno"`

	Status string `json:"status"`
}

// RiderRosterRow is one rider in the directory.
//
// Distinct from RiderInfo, which is the ON-DUTY read: that one requires a
// riderlog stamped today, which is right for an assignment picker and wrong for
// a staff list, where somebody who has not started their shift must still
// appear. This carries the last log rather than requiring one.
type RiderRosterRow struct {
	Userid        int    `json:"userid"`
	Firstname     string `json:"firstname"`
	Lastname      string `json:"lastname"`
	Fullname      string `json:"fullname"`
	Contactno     string `json:"contactno"`
	Email         string `json:"email"`
	Tenantid      int    `json:"tenantid"`
	Locationid    int    `json:"locationid"`
	Locationname  string `json:"locationname"`
	Applocationid int    `json:"applocationid"`
	Applocation   string `json:"applocation"`
	Partnerid     int    `json:"partnerid"`
	Partnername   string `json:"partnername"`
	Shiftid       int    `json:"shiftid"`
	Shiftname     string `json:"shiftname"`

	Identificationno string `json:"identificationno"`
	Vehiclename      string `json:"vehiclename"`
	Vehicleno        string `json:"vehicleno"`
	Licenseno        string `json:"licenseno"`
	Registrationno   string `json:"registrationno"`

	// Duty state, as facts rather than as a filter.
	Onduty      int    `json:"onduty"`
	Lastlogdate string `json:"lastlogdate"`
	// True when there is a log dated today with logstatus 0 — on shift right now.
	Isonduty bool   `json:"isonduty"`
	Status   string `json:"status"`
}

// Ridersettings is the vehicle-and-licence half of a rider.
//
// `riderid` is DELIBERATELY ABSENT. It is a GENERATED ALWAYS identity column,
// and including it makes GORM send a zero, which Postgres rejects outright:
// "cannot insert a non-DEFAULT value into column riderid". Leaving it off the
// struct is what keeps the insert to the columns that are actually ours to set.
type Ridersettings struct {
	Userid           int    `json:"userid"`
	Partnerid        int    `json:"partnerid"`
	Shiftid          int    `json:"shiftid"`
	Identificationno string `json:"identificationno"`
	Vehiclename      string `json:"vehiclename"`
	Vehicleno        string `json:"vehicleno"`
	Licenseno        string `json:"licenseno"`
	Registrationno   string `json:"registrationno"`
}

// Appuserpools is a rider's place in the availability pool.
//
// `poolid` is absent for the same reason as `riderid` above — same identity
// column, same rejection.
//
// `Onduty` means "may be given work", not "on shift right now". The second
// question is answered by riderlogs, which the rider's own app writes.
type Appuserpools struct {
	Userid    int    `json:"userid"`
	Partnerid int    `json:"partnerid"`
	Onduty    int    `json:"onduty"`
	Status    string `json:"status"`
}

// PartnerLocation is one region a partner covers — a row of `partnerlocations`.
type PartnerLocation struct {
	Partnerlocationid int    `json:"partnerlocationid" gorm:"column:partnerlocationid"`
	Partnerid         int    `json:"partnerid" gorm:"column:partnerid"`
	Applocationid     int    `json:"applocationid" gorm:"column:applocationid"`
	Applocation       string `json:"applocation" gorm:"column:applocation"`
}

// NewPartner is everything the console collects to onboard a delivery partner.
//
// Separate from `Partnerinfo`, which is the READ shape. Binding a create to the
// read model is how a caller ends up able to set columns nobody meant to expose
// — `allocationid`, `partnertypeid`, the billing links — because a form happened
// to send them.
//
// A partner is a company that supplies riders. It is onboarded by the platform,
// never by a merchant: the merchant's side of this is being ASSIGNED one, which
// is `AssignPartner` on the tenant.
type NewPartner struct {
	Partnerid      int    `json:"partnerid"`
	Partnername    string `json:"partnername"`
	Companyname    string `json:"companyname"`
	Registrationno string `json:"registrationno"`
	Primarycontact string `json:"primarycontact"`
	Primaryemail   string `json:"primaryemail"`
	Contactno      string `json:"contactno"`
	Address        string `json:"address"`
	Suburb         string `json:"suburb"`
	City           string `json:"city"`
	State          string `json:"state"`
	Postcode       int    `json:"postcode"`
	Partnerinfo    string `json:"partnerinfo"`
	Partnerimage   string `json:"partnerimage"`
	Status         string `json:"status"`

	/*
	   Where they work — ONE district, not a set.

	   `Applocationid` is the home region and goes on the partner row itself,
	   because the rider app reads it. The same region is also written to
	   `partnerlocations`, which is the table that may hold SEVERAL — a partner
	   routinely serves more than one city, and that is why the link table
	   exists, and partners with two are live — partner 44 covers regions 1 and
	   2. Nothing on THIS path creates one: `regionsOf` returns this single
	   field and the console's form offers one district, never a set. So a
	   multi-region partner can be read and must be handled, but cannot yet be
	   made here.

	   `GetPartners` reads the link table rather than this field, for two
	   reasons. It is the column allowed to grow, so a partner who covers a
	   second city will be found there without another change. And
	   `partnerinfo` is shared with another product that writes no link rows,
	   so having one is what marks a partner as ours.
	*/
	Applocationid int `json:"applocationid"`
	/*
	   The district by NAME, for one that is not open yet.

	   Nearle runs three of Tamil Nadu's thirty-eight districts, and a partner
	   could only be placed in those three because `partnerinfo.applocationid`
	   has to point at an `app_location` row. Sending the name instead opens the
	   district — see `EnsureRegion` — so the form can offer all 38 and mean it.

	   Ignored when `Applocationid` is set, which is the ordinary case.
	*/
	District string `json:"district"`
}