You are an expert in writing code in many different languages. Your goal is to perform code completion for the following code, keeping in mind the rest of the code and the file meta data.
    Metadata details:
    filename: dfa.rs
    path of file: ./repos/regex/regex-cli/cmd/find/capture
    
    the code of the file until where you have to start completion: use regex_automata::{util::captures::Captures, Input};

use crate::{
    args,
    util::{self, Table},
};

pub fn run_onepass(p: &mut lexopt::Parser) -> anyhow::Result<()> {
    const USAGE: &'static str = "\
Executes a search for full matches using the one-pass DFA regex engine.

USAGE:
    regex-cli find capture onepass [-p <pattern> ...] <haystack-path>
    regex-cli find capture onepass [-p <pattern> ...] -y <haystack>

TIP:
    use -h for short docs and --help for long docs

OPTIONS:
%options%
";

    let mut common = args::common::Config::default();
    let mut input = args::input::Config::default();
    let mut patterns = args::patterns::Config::only_flags();
    let mut haystack = args::haystack::Config::default();
    let mut syntax = args::syntax::Config::default();
    let mut thompson = args::thompson::Config::default();
    let mut onepass = args::onepass::Config::default();
    let mut find = super::super::Config::default();
    args::configure(
        p,
        USAGE,
        &mut [
            &mut common,
            &mut input,
            &mut patterns,
            &mut haystack,
            &mut syntax,
            &mut thompson,
            &mut onepass,
            &mut find,
        ],
    )?;

    let pats = pattern
    
pub fn run_onepass(p: &mut lexopt::Parser) -> anyhow::Result<()> {
    const USAGE: &'static str = "\
Executes a search for full matches using the one-pass DFA regex engine.

USAGE:
    regex-cli find capture onepass [-p <pattern> ...] <haystack-path>
    regex-cli find capture onepass [-p <pattern> ...] -y <haystack>

TIP:
    use -h for short docs and --help for long docs

OPTIONS:
%options%
";

    let mut common = args::common::Config::default();
    let mut input = args::input::Config::default();
    let mut patterns = args::patterns::Config::only_flags();
    let mut haystack = args::haystack::Config::default();
    let mut syntax = args::syntax::Config::default();
    let mut thompson = args::thompson::Config::default();
    let mut onepass = args::onepass::Config::default();
    let mut find = super::super::Config::default();
    args::configure(
        p,
        USAGE,
        &mut [
            &mut common,
            &mut input,
            &mut patterns,
            &mut haystack,
            &mut syntax,
            &mut thompson,
            &mut onepass,
            &mut find,
        ],
    )?;

    let pats = patterns.get()?;
    let mut table = Table::empty();
    let (asts, time) = util::timeitr(|| syntax.asts(&pats))?;
    table.add("parse time", time);
    let (hirs, time) = util::timeitr(|| syntax.hirs(&pats, &asts))?;
    table.add("translate time", time);
    let (nfa, time) = util::timeitr(|| thompson.from_hirs(&hirs))?;
    table.add("compile nfa time", time);
    let (re, time) = util::timeitr(|| onepass.from_nfa(&nfa))?;
    table.add("build onepass time", time);
    let (mut cache, time) = util::timeit(|| re.create_cache());
    table.add("cache creation time", time);

    let search = |input: &Input<'_>, caps: &mut Captures| {
        re.try_search(&mut cache, input, caps)
    };
    if find.count {
        super::run_counts(
            &mut table,
            &common,
            &find,
            &input,
            &haystack,
            re.get_nfa().group_info(),
            search,
        )?;
    } else {
        super::run_search(
            &mut table,
            &common,
            &find,
            &input,
            &haystack,
            re.get_nfa().group_info(),
            search,
        )?;
    }
    Ok(())
}