Generalized regex like pattern match for vector.
```toml
[dependencies] vec-reg = "0.5.0" ```
Example without macro:
```rust use vec_reg::{Regex, CompiledRegex};
let isfizz = |x: &i32| x % 3 == 0; let isbuzz = |x: &i32| x % 5 == 0; let isfizzbuzz = |x: &i32| x % 15 == 0; let reg = Regex::concat( Regex::satisfy(isfizz), Regex::repeat1(Regex::concat(Regex::satisfy(isbuzz), Regex::satisfy(isfizzbuzz)), true), ) .compile(); assert!(!reg.isfullmatch(&vec![1, 2, 3])); assert!(reg.isfullmatch(&vec![3, 5, 15])); assert!(reg.isfullmatch(&vec![6, 10, 15, 10, 30])); ```
Example with macro:
```rust use vecreg::{Regex, CompiledRegex, vecreg};
let isfizz = |x: &i32| x % 3 == 0;
let isbuzz = |x: &i32| x % 5 == 0;
let reg = vecreg!(isfizz+).compile();
assert!(!reg.isfullmatch(&vec![1, 2, 3]));
assert!(reg.isfullmatch(&vec![3, 5, 15]));
assert!(reg.isfullmatch(&vec![6, 10, 15, 10, 30]));
```
Example capture:
```rust use vecreg::{Regex, CompiledRegex, vecreg};
let iseven = |x: &i32| x % 2 == 0; let isodd = |x: &i32| x % 2 == 1; let reg = vecreg!(([iseven]+)iseven).compile(); let captures = reg.captures(&[2, 4, 6, 3, 5, 7]); assert!(captures.issome()); asserteq!(captures.asref().unwrap().len(), 2);
let capture0 = &captures.asref().unwrap()[0]; asserteq!(capture0.range, 0..2); asserteq!(capture0.values(), &[2, 4]);
let capture1 = &captures.asref().unwrap()[1]; asserteq!(capture1.range, 3..6); asserteq!(capture1.values(), &[3, 5, 7]); ```
| Syntax | Description |
|:--|:--|
| [function_name] | Match any values that satisfied given function. |
| [\|x\| *x == 1] | Match any values that satisfied given closure. |
| [^function_name] | Match any values that not satisfied given function. |
| [^\|x\| *x == 1] | Match any values that not satisfied given closure. |
| RS | R followed by S |
| R|S | R or S (prefer R) |
| R? | zero or one R, prefer one |
| R?? | zero or one R, prefer zero |
| R* | zero or more R, prefer more |
| R*? | zero or more R, prefer fewer |
| R+ | one or more R, prefer more |
| R+? | one or more R, prefer fewer |
| R{n,m} | n or n + 1 or ... or m, prefere more |
| R{n,m}? | n or n + 1 or ... or m, prefere fewer |
| R{n,} | n or more R, prefere more |
| R{n,}? | n or more R, prefere fewer |
| R{n} | exactly n R |
| R{n}? | exactly n R |