import { Blueprint } from '../Blueprint';
import { Builder } from '../Builder';
import { RelationManager } from '../RelationManager';
import { Model } from '../Model';
import type { T } from '../UtilityTypes';
import type { TPattern, TValidateSchema, TCache, TRelationOptions, TRelationQueryOptions } from '../../types';
declare abstract class AbstractModel extends Builder {
    protected $cache: TCache;
    protected $relation: RelationManager;
    protected $schema: Record<string, Blueprint>;
    protected $validateSchema: TValidateSchema;
    protected $table: string;
    protected $pattern: TPattern;
    protected $hasMany: TRelationQueryOptions[];
    protected $hasOne: TRelationQueryOptions[];
    protected $belongsTo: TRelationQueryOptions[];
    protected $belongsToMany: TRelationQueryOptions[];
    protected $timestamp: boolean;
    protected $softDelete: boolean;
    protected $uuid: boolean;
    protected $uuidColumn: string;
    protected $timestampColumns: {
        createdAt: string;
        updatedAt: string;
    };
    protected $softDeleteColumn: string;
    protected $observer: (new () => {
        selected: Function;
        created: Function;
        updated: Function;
        deleted: Function;
    });
    protected $transforms: Record<string, {
        to: (value: unknown) => any;
        from: (value: unknown) => any;
    }> | null;
    protected abstract useUUID(): this;
    protected abstract usePrimaryKey(primaryKey: string): this;
    protected abstract useDebug(): this;
    protected abstract useTable(table: string): this;
    protected abstract useTablePlural(): this;
    protected abstract useTableSingular(): this;
    protected abstract useTimestamp(): this;
    protected abstract useSoftDelete(): this;
    protected abstract useHooks(functions: Function[]): this;
    protected abstract usePattern(pattern: string): this;
    protected abstract useCamelCase(pattern: string): this;
    protected abstract useSnakeCase(pattern: string): this;
    protected abstract boot(): void;
    protected abstract hasOne({ name, model, localKey, foreignKey, freezeTable, as }: TRelationOptions): this;
    protected abstract hasMany({ name, model, localKey, foreignKey, freezeTable, as }: TRelationOptions): this;
    protected abstract belongsTo({ name, model, localKey, foreignKey, freezeTable, as }: TRelationOptions): this;
    protected abstract belongsToMany({ name, model, localKey, foreignKey, freezeTable, as }: TRelationOptions): this;
    protected abstract buildMethodRelation<K extends T.RelationKeys<this>>(name: K, callback?: Function): this;
    protected abstract hasOneBuilder({ name, model, localKey, foreignKey, freezeTable, as }: TRelationQueryOptions, callback: Function): this;
    protected abstract hasManyBuilder({ name, model, localKey, foreignKey, freezeTable, as }: TRelationQueryOptions, callback: Function): this;
    protected abstract belongsToBuilder({ name, model, localKey, foreignKey, freezeTable, as }: TRelationQueryOptions, callback: Function): this;
    protected abstract belongsToManyBuilder({ name, model, localKey, foreignKey, freezeTable, as, pivot }: TRelationQueryOptions, callback: Function): this;
    abstract ignoreSoftDelete(): this;
    abstract disableSoftDelete(): this;
    abstract onlyTrashed(): this;
    abstract trashed(): this;
    abstract restore(): Promise<T.Result<this>[]>;
    abstract whereHas<K extends T.RelationKeys<this>, R extends T.Relations<this>>(nameRelations: K, callback: (query: `$${K & string}` extends keyof R ? R[`$${K & string}`] extends (infer X)[] ? X : R[`$${K & string}`] extends Model ? R[`$${K & string}`] : Model : K extends keyof R ? R[K] extends (infer X)[] ? X : R[K] extends Model ? R[K] : Model : Model) => any): this;
    abstract whereNotHas<K extends T.RelationKeys<this>, R extends T.Relations<this>>(nameRelations: K, callback: (query: `$${K & string}` extends keyof R ? R[`$${K & string}`] extends (infer X)[] ? X : R[`$${K & string}`] extends Model ? R[`$${K & string}`] : Model : K extends keyof R ? R[K] extends (infer X)[] ? X : R[K] extends Model ? R[K] : Model : Model) => any): this;
    abstract with<K extends T.RelationKeys<this>>(...nameRelations: K[]): this;
    abstract withQuery<K extends T.RelationKeys<this>, R extends T.Relations<this>>(nameRelations: K, callback: (query: `$${K & string}` extends keyof R ? R[`$${K & string}`] extends (infer X)[] ? X : R[`$${K & string}`] extends Model ? R[`$${K & string}`] : Model : K extends keyof R ? R[K] extends (infer X)[] ? X : R[K] extends Model ? R[K] : Model : Model) => any): this;
    abstract withExists<K extends T.RelationKeys<this>>(...nameRelations: K[]): this;
    abstract withTrashed<K extends T.RelationKeys<this>>(...nameRelations: K[]): this;
    abstract withAll<K extends T.RelationKeys<this>>(...nameRelations: K[]): this;
    abstract withCount<K extends T.RelationKeys<this>>(...nameRelations: K[]): this;
    abstract has<K extends T.RelationKeys<this>>(...nameRelations: K[]): this;
    abstract relations<K extends T.RelationKeys<this>>(...nameRelations: K[]): this;
    abstract relationQuery<K extends T.RelationKeys<this>, R extends T.Relations<this>>(nameRelations: K, callback: (query: `$${K & string}` extends keyof R ? R[`$${K & string}`] extends (infer X)[] ? X : R[`$${K & string}`] extends Model ? R[`$${K & string}`] : Model : K extends keyof R ? R[K] extends (infer X)[] ? X : R[K] extends Model ? R[K] : Model : Model) => any): this;
    abstract relationsExists<K extends T.RelationKeys<this>>(...nameRelations: K[]): this;
    abstract relationsAll<K extends T.RelationKeys<this>>(...nameRelations: K[]): this;
    abstract relationsCount<K extends T.RelationKeys<this>>(...nameRelations: K[]): this;
    abstract relationsTrashed<K extends T.RelationKeys<this>>(...nameRelations: K[]): this;
}
export { AbstractModel };
export default AbstractModel;