credence_lib/configuration/port/
host.rs

1use super::{super::error::*, acme::*, key::*};
2
3use {bytestring::*, compris::resolve::*, kutil_cli::debug::*, std::path::*};
4
5//
6// Host
7//
8
9/// Host.
10#[derive(Clone, Debug, Debuggable, Default, Resolve)]
11pub struct Host {
12    /// Host.
13    #[resolve(single)]
14    #[debuggable(style(string))]
15    pub host: ByteString,
16
17    /// Whether to redirect all requests to this port.
18    #[resolve(key = "redirect-to")]
19    #[debuggable(option, style(number))]
20    pub redirect_to: Option<u16>,
21
22    /// Optional key configuration.
23    #[resolve]
24    #[debuggable(option, as(debuggable))]
25    pub key: Option<Key>,
26
27    /// Optional ACME configuration.
28    #[resolve]
29    #[debuggable(option, as(debuggable))]
30    pub acme: Option<ACME>,
31}
32
33impl Host {
34    /// Validate.
35    pub fn validate<PathT>(&mut self, base_path: PathT) -> Result<(), ConfigurationError>
36    where
37        PathT: AsRef<Path>,
38    {
39        if self.key.is_some() && self.acme.is_some() {
40            return Err("host cannot have both `key` and `acme`".into());
41        }
42
43        let base_path = base_path.as_ref();
44
45        if let Some(key) = &mut self.key {
46            key.validate(base_path)?;
47        }
48
49        if let Some(acme) = &mut self.acme {
50            acme.validate(base_path)?;
51        }
52
53        Ok(())
54    }
55
56    /// Whether we have TLS.
57    pub fn has_tls(&self) -> bool {
58        self.key.is_some() || self.acme.is_some()
59    }
60}
credence_lib/configuration/port/host.rs

credence_lib/configuration/port/
host.rs
