typescriptify/
lib.rs

1#[macro_use]
2extern crate typescriptify_derive;
3
4
5pub trait TypeScriptifyTrait {
6    fn type_script_ify() -> String;
7}
8
9
10#[cfg(test)]
11mod tests {
12    use std::collections::HashSet;
13    use std::collections::HashMap;
14    use TypeScriptifyTrait;
15
16    #[derive(TypeScriptify)]
17    struct FrenchToast {
18        pub i: u32,
19        pub v: Vec<u8>,
20        pub hashmap: HashMap<String, u16>,
21        pub hashset: HashSet<u32>,
22        pub optional: Option<bool>,
23    }
24
25    #[derive(TypeScriptify)]
26    struct Waffles {
27        pub t: i64,
28        pub s: usize,
29        pub x: bool,
30        pub subtoast: FrenchToast,
31    }
32
33    #[derive(TypeScriptify)]
34    pub enum Sweet {
35        Caroline {
36            x: i64,
37            b: bool,
38            hashmap: HashMap<String, u16>,
39            hashset: HashSet<u32>,
40        },
41        Sugar {
42            i: u32,
43            x: u64,
44            s: usize,
45            optional: Option<bool>,
46            v: Vec<u8>,
47        },
48    }
49
50
51    #[derive(TypeScriptify)]
52    pub enum Enum {
53        Created,
54        Finalized,
55        ExportedAtLeastOnce,
56    }
57
58
59    #[test]
60    fn test_works() {
61
62
63        let r = format!("Typescript output for Enum: \n{}", Enum::type_script_ify());
64        let x = format!("Typescript output for Waffles: \n{}", Waffles::type_script_ify());
65        let y = format!("Typescript output for FrenchToast: \n{}", FrenchToast::type_script_ify());
66        let z = format!("Typescript output for Sweet: \n{}", Sweet::type_script_ify());
67
68        println!("Typescript outputs:\n{}\n{}\n{}\n{}\n", r, x, y, z);
69
70        assert_eq!(x.contains("subtoast: FrenchToast"), true);
71        assert_eq!(y.contains("hashmap: Map<string, number>"), true);
72        assert_eq!(z.contains("export interface Caroline"), true);
73    }
74}
typescriptify/lib.rs

typescriptify/
lib.rs
