deneric2/dist/index.d.ts

Zero-dependency JSON-to-Entity parser with schema support

type CommonType = StringConstructor | NumberConstructor | BooleanConstructor | ArrayConstructor | ObjectConstructor;
type SingleType = CommonType | Deneric | typeof Deneric;
type TDataType = SingleType | ComplexDataType;
type DenericSchema = {
    [key: string]: [dataPath: string, dataType: TDataType, jsonIgnore?: boolean, defaultValue?: any];
};
declare abstract class ComplexDataType {
    abstract itemType: SingleType | ComplexDataType;
    isArray: boolean;
    isMap: boolean;
}
declare class ArrayDataType extends ComplexDataType {
    itemType: SingleType | ComplexDataType;
    isArray: boolean;
    constructor(itemType: SingleType | ComplexDataType);
}
declare class MapDataType extends ComplexDataType {
    itemType: SingleType | ComplexDataType;
    isMap: boolean;
    constructor(itemType: SingleType | ComplexDataType);
}
declare abstract class Deneric {
    static Array: (dataType: TDataType) => ArrayDataType;
    static Map: (valueDataType: TDataType) => MapDataType;
    static Utils: Readonly<{
        getValue(data: any, dataPath: string): any;
        getValueFromJson(data: any, dataType: TDataType, defaultValue: any, strict: boolean): any;
        getValueFromDeneric(data: any, dataType: TDataType, defaultValue: any): any;
        getDefaultValue(dataType: TDataType): {} | undefined;
        setSchema(instance: Deneric, schema: DenericSchema): void;
        getSchema(instance: Deneric): DenericSchema;
    }>;
    constructor(schema: DenericSchema);
    clone<T extends Deneric>(): T;
    fromJson<T extends Deneric>(data: any, strict?: boolean): T;
    toJson(): object;
}

export { type DenericSchema, Deneric as default };