fn main() {
    // Just check if a CI environment is detected.
    let ci = ci_info::is_ci();
    println!("Is CI: {}", ci);

    // Get CI environment information
    let info = ci_info::get();
    println!("Is CI: {}", info.ci);
    if let Some(vendor) = info.vendor {
        println!("Vendor: {:#?}", vendor);
        println!("Name: {:#?}", info.name.unwrap());
    }
    if let Some(pr) = info.pr {
        println!("Is PR: {:#?}", pr);
    }
    if let Some(branch_name) = info.branch_name {
        println!("Branch Name: {:#?}", branch_name);
    }
}

use ci_info::types::{CiInfo, Vendor};

fn main() {
    // create the CI info manually
    let mut mock_info = CiInfo::new();
    mock_info.vendor = Some(Vendor::TravisCI);
    mock_info.ci = true;
    mock_info.pr = Some(true);
    mock_info.branch_name = Some("dev_branch".to_string());

    // mock environment
    ci_info::mock_ci(&mock_info);

    let info = ci_info::get();

    assert!(info.ci);
    assert!(info.pr.unwrap());
    assert_eq!(info.vendor.unwrap(), Vendor::TravisCI);
    assert_eq!(info.name.unwrap(), "Travis CI");
    assert_eq!(info.branch_name.unwrap(), "dev_branch");

    // clear CI environment
    mock_info = CiInfo::new();
    ci_info::mock_ci(&mock_info);

    let info = ci_info::get();

    assert!(!info.ci);
}

use ci_info::types::Vendor;
use strum::IntoEnumIterator;

// List all supported CI vendors
for vendor in Vendor::iter() {
    println!("{:?}", vendor);
}

// Check how many vendors are supported
let count = Vendor::iter().count();
println!("Supporting {} CI vendors", count);

// Filter for specific vendors
let cloud_vendors: Vec<_> = Vendor::iter()
    .filter(|v| matches!(v,
        Vendor::GitHubActions |
        Vendor::GitLabCI |
        Vendor::CircleCI
    ))
    .collect();