fn is_roughly(a: Tokens, b: Tokens) {
            let one_tenth = Tokens::from_e8s(10_000_000);
            assert!((a + one_tenth).unwrap() > b);
            assert!((a - one_tenth).unwrap() < b);
        }
// Transaction fees are a pain so we're easy going with equality
Transaction fees are a pain so we're easy going with equality
Transaction fees are a pain so we ' re easy going with equality
fn is_roughly(a: Tokens, b: Tokens) {
            let one_tenth = Tokens::from_e8s(10_000_000);
            assert!((a + one_tenth).unwrap() > b);
            assert!((a - one_tenth).unwrap() < b);
        }
fn is_roughly ( a : Tokens , b : Tokens ) { let one_tenth = Tokens :: from_e8s ( 10_000_000 ) ; assert ! ( ( a one_tenth ) unwrap ( ) b ) ; assert ! ( ( a one_tenth ) unwrap ( ) b ) ; }
Transaction fees are a pain so we're easy going with equality
Transaction fees are a pain so we ' re easy going with equality
a
Tokens
b
Tokens
a
Tokens
b
Tokens