cs-to-ts's Introduction

cs-to-ts

From C# to TypeScript.

public class Company<TAddress>: BaseEntity<int> where TAddress: Address, new() {
    public string Name { get; set; }
    public int EmployeeCount { get; set; }
    public decimal Income;
    public IList<TAddress> Address { get; set; }
}

var typeScript = CsToTs.Generator.GenerateTypeScript(typeof(Company<>));

Generates below TypeScript;

export interface IBase<T> {
    Id: T;
}
    
export abstract class BaseEntity<TKey> implements IBase<TKey> {
    UpdateUser: string;
    Type: TypeEnum;
    Id: TKey;
    CreateUser: string;
    CreateDate: string;
    UpdateDate: string;
    IsActive: boolean;
    InternalType: any;
}
    
export class Address extends BaseEntity<number> implements IBase<number> {
    PostalCode: number;
    CompanyId: number;
    City: string;
    Detail: string;
}
    
export class Company<TAddress extends Address & { new(): TAddress }> extends BaseEntity<number> {
    Income: number;
    Name: string;
    EmployeeCount: number;
    Address: Array<TAddress>;
}

export enum TypeEnum {
    Type1 = 2,
    Type2 = 5,
}

You can generate interfaces for classes.

var options = new TypeScriptOptions {
    UseInterfaceForClasses = true,
};

var typeScript = Generator.GenerateTypeScript(typeof(Company<>), options);

Generates below TypeScript;

export interface IBase<T> {
    Id: T;
}
    
export interface BaseEntity<TKey> extends IBase<TKey> {
    UpdateUser: string;
    Type: TypeEnum;
    Id: TKey;
    CreateUser: string;
    CreateDate: string;
    UpdateDate: string;
    IsActive: boolean;
    InternalType: any;
}
    
export interface Address extends BaseEntity<number> {
    PostalCode: number;
    CompanyId: number;
    City: string;
    Detail: string;
}
    
export interface Company<TAddress extends Address> extends BaseEntity<number> {
    Income: number;
    Name: string;
    EmployeeCount: number;
    Address: Array<TAddress>;
}

export enum TypeEnum {
    Type1 = 2,
    Type2 = 5,
}

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