分析Json或JavaScript对象并且生成对应的类型定义以及定义代码
- 支持生成数组/元组定义
- 支持嵌套层级对象定义生成
- 支持Unoin(联合类型)的定义生成
- 支持缓存
- 支持把结构生成Json字符串或从Json字符串读取结构
const shuji = new Shuji();
let struct = shuji.Infer('desc', 1);
console.log(struct.TsName);
//=> 'number'
struct = shuji.Infer('desc', 'abc');
console.log(struct.TsName);
//=> 'string'
struct = shuji.Infer('desc', undefined);
console.log(struct.TsName);
//=> 'undefined'
struct = shuji.Infer('desc', new Date());
console.log(struct.TsName);
//=> 'Date'
struct = shuji.Infer('desc', [1, 2, 3]);
console.log(struct.TsName);
//=> 'number[]'
struct = shuji.Infer('desc', [1, 2, 'abc']);
console.log(struct.TsName);
//=> '[number, number, string]'
struct = shuji.Infer('student', {
name: 'jimao',
age: 18,
});
console.log(struct.TsName);
//=> 'IStudent'
console.log(struct.TsCode);
//=> '[number, number, string]'
//=> export interface IStudent {
//=> 'name': string;
//=> 'age': number;
//=> }
struct = shuji.Infer('student', [
{ name: 'jimao', age: 18, },
{ name: 'ximao', age: 99, },
]);
console.log(struct.TsName);
//=> 'IStudentAE[]'
console.log(struct.TsCode);
//=> export interface IStudentAE {
//=> 'name': string;
//=> 'age': number;
//=> }
struct = shuji.Infer('student', [
{ name: 'jimao', age: 18, },
{ name: 'ximao', age: 99, },
{ name: 'kimao' },
]);
console.log(struct.TsName);
//=> 'IStudentAE[]'
console.log(struct.TsCode);
//=> export interface IStudentAE {
//=> 'name': string;
//=> 'age': (number | undefined);
//=> }
struct = shuji.Infer('student', {
name: 'jimao',
age: 18,
meta: {
address: 'cn',
scores: [
['math', 98],
['english', 65],
],
},
});
console.log(struct.TsName);
//=> 'IStudent'
console.log(struct.TsCode);
//=> export interface IStudent {
//=> 'name': string;
//=> 'age': number;
//=> 'meta': Student.IMeta;
//=> }
//=>
//=> export module Student {
//=> export interface IMeta {
//=> 'address': string;
//=> 'scores': [string, number][];
//=> }
//=> }