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SAPA

Seats

Seat capacity benefit schema and validated constructor; constructing terms does not assign members or authorize access.

Declaration

Section titled “Declaration”
const Seats: Schema.Union<readonly [Schema.Struct<{
  pool: Schema.brand<Schema.String, "SeatPoolKey">;
  quantity: Schema.Union<readonly [Schema.brand<Schema.Int, "SeatCapacityQuantity">, Schema.Literal<"purchase_quantity">]>;
  entitlement: Schema.brand<Schema.String, "EntitlementKey">;
  validity: Schema.Literal<"while_entitled">;
  type: Schema.tag<"seat_capacity">;
}>]> & {
  discriminants: readonly ["seat_capacity"];
  cases: {
     seat_capacity: Schema.Struct<{
        pool: Schema.brand<Schema.String, "SeatPoolKey">;
        quantity: Schema.Union<readonly [Schema.brand<Schema.Int, "SeatCapacityQuantity">, Schema.Literal<"purchase_quantity">]>;
        entitlement: Schema.brand<Schema.String, "EntitlementKey">;
        validity: Schema.Literal<"while_entitled">;
        type: Schema.tag<"seat_capacity">;
     }>;
  };
  isAnyOf: <Keys>(keys) => (value) => value is Extract<{ pool: string & any; quantity: "purchase_quantity" | number & any; entitlement: string & any; validity: "while_entitled"; type: "seat_capacity" }, { type: Keys }>;
  guards: {
     seat_capacity: (u) => u is { pool: string & any; quantity: "purchase_quantity" | number & any; entitlement: string & any; validity: "while_entitled"; type: "seat_capacity" };
  };
  match: {
   <Cases>  (value, cases): Cases[keyof Cases] extends (value) => R ? any : never;
   <Cases>  (cases): (value) => Cases[keyof Cases] extends (value) => R ? any : never;
  };
} & {
  capacity: (input) => Effect.Effect<typeof SeatBenefit.Type, Schema.SchemaError>;
};

Type Declaration

Section titled “Type Declaration”

discriminants

Section titled “discriminants”
readonly discriminants: readonly ["seat_capacity"];

cases

Section titled “cases”
readonly cases: {
  seat_capacity: Schema.Struct<{
     pool: Schema.brand<Schema.String, "SeatPoolKey">;
     quantity: Schema.Union<readonly [Schema.brand<Schema.Int, "SeatCapacityQuantity">, Schema.Literal<"purchase_quantity">]>;
     entitlement: Schema.brand<Schema.String, "EntitlementKey">;
     validity: Schema.Literal<"while_entitled">;
     type: Schema.tag<"seat_capacity">;
  }>;
};

cases.seat_capacity

Section titled “cases.seat_capacity”
seat_capacity: Schema.Struct<{
  pool: Schema.brand<Schema.String, "SeatPoolKey">;
  quantity: Schema.Union<readonly [Schema.brand<Schema.Int, "SeatCapacityQuantity">, Schema.Literal<"purchase_quantity">]>;
  entitlement: Schema.brand<Schema.String, "EntitlementKey">;
  validity: Schema.Literal<"while_entitled">;
  type: Schema.tag<"seat_capacity">;
}>;

isAnyOf

Section titled “isAnyOf”
readonly isAnyOf: <Keys>(keys) => (value) => value is Extract<{ pool: string & any; quantity: "purchase_quantity" | number & any; entitlement: string & any; validity: "while_entitled"; type: "seat_capacity" }, { type: Keys }>;

Type Parameters

Section titled “Type Parameters”
Keys
Section titled “Keys”

Keys

Parameters

Section titled “Parameters”
keys
Section titled “keys”

readonly Keys[]

Returns

Section titled “Returns”

(value) => value is Extract<{ pool: string & any; quantity: “purchase_quantity” | number & any; entitlement: string & any; validity: “while_entitled”; type: “seat_capacity” }, { type: Keys }>

guards

Section titled “guards”
readonly guards: {
  seat_capacity: (u) => u is { pool: string & any; quantity: "purchase_quantity" | number & any; entitlement: string & any; validity: "while_entitled"; type: "seat_capacity" };
};

guards.seat_capacity

Section titled “guards.seat_capacity”
seat_capacity: (u) => u is { pool: string & any; quantity: "purchase_quantity" | number & any; entitlement: string & any; validity: "while_entitled"; type: "seat_capacity" };
Parameters
Section titled “Parameters”
u
Section titled “u”

unknown

Returns
Section titled “Returns”

u is { pool: string & any; quantity: “purchase_quantity” | number & any; entitlement: string & any; validity: “while_entitled”; type: “seat_capacity” }

match

Section titled “match”
readonly match: {
<Cases>  (value, cases): Cases[keyof Cases] extends (value) => R ? any : never;
<Cases>  (cases): (value) => Cases[keyof Cases] extends (value) => R ? any : never;
};

Call Signature

Section titled “Call Signature”
<Cases>(value, cases): Cases[keyof Cases] extends (value) => R ? any : never;
Type Parameters
Section titled “Type Parameters”
Cases
Section titled “Cases”

Cases extends { [key: string]: (value) => any; }

Parameters
Section titled “Parameters”
value
Section titled “value”
pool
Section titled “pool”

string & any

quantity
Section titled “quantity”

"purchase_quantity" | number & any

entitlement
Section titled “entitlement”

string & any

validity
Section titled “validity”

"while_entitled"

type
Section titled “type”

"seat_capacity"

cases
Section titled “cases”

Cases

Returns
Section titled “Returns”

Cases[keyof Cases] extends (value) => R ? any : never

Call Signature

Section titled “Call Signature”
<Cases>(cases): (value) => Cases[keyof Cases] extends (value) => R ? any : never;
Type Parameters
Section titled “Type Parameters”
Cases
Section titled “Cases”

Cases extends { [key: string]: (value) => any; }

Parameters
Section titled “Parameters”
cases
Section titled “cases”

Cases

Returns
Section titled “Returns”

(value) => Cases[keyof Cases] extends (value) => R ? any : never

Type Declaration

Section titled “Type Declaration”

capacity

Section titled “capacity”
capacity: (input) => Effect.Effect<typeof SeatBenefit.Type, Schema.SchemaError>;

Parses seat capacity associated with a same-purchase entitlement.

Parameters

Section titled “Parameters”
input
Section titled “input”

Omit<typeof SeatBenefit.Encoded, "type" | "validity">

Returns

Section titled “Returns”

Effect.Effect<typeof SeatBenefit.Type, Schema.SchemaError>