svlint/opt/rustwide/workdir/src/syntaxrules/
re_required_program.rs

1use crate::config::ConfigOption;
2use crate::linter::{check_regex, SyntaxRule, SyntaxRuleResult};
3use regex::Regex;
4use sv_parser::{unwrap_node, NodeEvent, RefNode, SyntaxTree};
5
6#[derive(Default)]
7pub struct ReRequiredProgram {
8    re: Option<Regex>,
9}
10
11impl SyntaxRule for ReRequiredProgram {
12    fn check(
13        &mut self,
14        syntax_tree: &SyntaxTree,
15        event: &NodeEvent,
16        option: &ConfigOption,
17    ) -> SyntaxRuleResult {
18        if self.re.is_none() {
19            self.re = Some(Regex::new(&option.re_required_program).unwrap());
20        }
21
22        let node = match event {
23            NodeEvent::Enter(x) => x,
24            NodeEvent::Leave(_) => {
25                return SyntaxRuleResult::Pass;
26            }
27        };
28
29        match node {
30            RefNode::ProgramDeclaration(x) => {
31                check_regex(true, unwrap_node!(*x, ProgramIdentifier),
32                            &syntax_tree, &self.re.as_ref().unwrap())
33            }
34            _ => SyntaxRuleResult::Pass,
35        }
36    }
37
38    fn name(&self) -> String {
39        String::from("re_required_program")
40    }
41
42    fn hint(&self, option: &ConfigOption) -> String {
43        String::from(format!(
44            "Use a program identifier matching regex `{}`.",
45            &option.re_required_program
46        ))
47    }
48
49    fn reason(&self) -> String {
50        String::from("Identifiers must conform to the naming scheme.")
51    }
52}

svlint/opt/rustwide/workdir/src/syntaxrules/re_required_program.rs

svlint/opt/rustwide/workdir/src/syntaxrules/
re_required_program.rs