jcc/
utils.rs

1use log::info;
2
3// Take the stanza_stack_record and the config_line_stack to produce a syntactically valid Juniper
4// set configuration command.
5pub fn build_string(
6    stanza_stack_record: &Vec<Vec<String>>,
7    config_line_stack: &Vec<String>,
8) -> String {
9    let mut new_string = String::from("set");
10
11    for vec in stanza_stack_record {
12        for string in vec {
13            new_string = new_string + " " + &string;
14        }
15    }
16    for string in config_line_stack {
17        new_string = new_string + " " + &string;
18    }
19
20    if new_string.ends_with(";") {
21        new_string.pop();
22    }
23    info!("config_line:\n{new_string}");
24    new_string
25}
26
27#[cfg(test)]
28mod test {
29    use super::build_string;
30
31    #[test]
32    fn test_build_string() {
33        let stanza_stack_record = vec![
34            vec![String::from("groups")],
35            vec![String::from("BLOCK-V6")],
36            vec![String::from("vlans")],
37            vec![String::from("<*>")],
38            vec![String::from("forwarding-options")],
39            vec![String::from("filter")],
40        ];
41        let config_line_stack = vec![String::from("input"), String::from("BLOCK-IPv6;")];
42        let result = build_string(&stanza_stack_record, &config_line_stack);
43        let expected = String::from(
44            "set groups BLOCK-V6 vlans <*> forwarding-options filter input BLOCK-IPv6",
45        );
46        assert_eq!(result, expected);
47    }
48}
jcc/utils.rs

jcc/
utils.rs
