fn inc_print_threshold(v: &Vec<i32>, offset: i32, threshold: i32) {
    for i in v.iter().map(|n| *n + offset).filter(|n| *n > threshold) {
        println!("{}", i);
    }
}
// Let's say we want to write a function that increments every entry of a `Vec` by some number, then looks for numbers larger than some threshold, and prints them.
Let's say we want to write a function that increments every entry of a `Vec` by some number, then looks for numbers larger than some threshold, and prints them.
Let ' s say we want to write a function that increments every entry of a ` Vec ` by some number then looks for numbers larger than some threshold and prints them .
fn inc_print_threshold(v: &Vec<i32>, offset: i32, threshold: i32) {
    for i in v.iter().map(|n| *n + offset).filter(|n| *n > threshold) {
        println!("{}", i);
    }
}
fn inc_print_threshold ( v : & Vec < i32 > , offset : i32 , threshold : i32 ) { for i in v . iter ( ) . map ( | n | * n + offset ) . filter ( | n | * n > threshold ) { println ! ( " " i ) ; } }
Let's say we want to write a function that increments every entry of a `Vec` by some number, then looks for numbers larger than some threshold, and prints them.
Let ' s say we want to write a function that increments every entry of a ` Vec ` by some number then looks for numbers larger than some threshold and prints them .
v
&Vec<i32>
offset
i32
threshold
i32
v
&Vec<i32>
offset
i32
threshold
i32