The macro to creates option structure so easily.
(no dependencies, 170 lines pure safe codes, supported no-std)
| Docs | Latest Note |
toml
[dependencies]
optionee = "0.1.0"
```rust optionee! {
InputOption {
Id {
min_length: u8 [>] 2, "id must be more than 3 bytes."
max_length: u8 [<] 13, "id must be less than 12 bytes."
}
Password {
encrypt: bool [=] true
min_length: u8 [>] 5, "psasword must be more than 6 bytes."
max_length: u8 [<] 20, "psasword must be less than 19 bytes."
}
}
}
let mut id_t = InputOption.Id();
let user_input = 20;
assert!(idt.minlength.check(userinput).isok()); ```
```rust orderable! {
pub struct Job {
id: u32[*], // mark for comparing
name: String,
salary: u16[*], // ..
}
} optionee! {
pub TermOption {
Password {
max_opportunity: u8 [=] 3, "if you don't really remember your own password, please cider o restart with --reset flag."
encrypt: bool [=] false
min_length: u8 [>] 7, "password must be more than 8 lengths bytes."
max_length: u8 [<] 21, "password must be less than 20 lengths bytes."
}
}
SecondPrivateOpt {
AnyName {
name: String [=] "john".to_string(), "you are not John."
job: Job [>] Job::new(0, "sales".to_string(), 29), "id must be more than 1, salary 30"
}
OldPerson {
name: &'static str [=] "mia"
age: u8 [>] 52
}
}
}
let mut t1 = TermOption.Password().encrypt(true).minlength(3); t1.minlength .seterrormessage(Some("password must be more than 3 lengths bytes."));
assert!(t1.encrypt.getvalue()); assert!(t1.minlength.check(4).is_ok());
let t2 = SecondPrivateOpt .AnyName() .job(Job::new(0, "writer".to_string(), 29));
assert!(t2.name.check("john".tostring()).isok()); assert!(t2.job.check(Job::new(1, "artist".tostring(), 30)).isok()); ```