move secure DNSSEC scenarios into a module
This commit is contained in:
Jorge Aparicio
parent
1592454395
commit
16e83b1d6b
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@ -1,131 +1 @@
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use std::net::Ipv4Addr;
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use dns_test::client::{Client, Dnssec, Recurse};
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use dns_test::name_server::NameServer;
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use dns_test::record::{Record, RecordType};
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use dns_test::zone_file::Root;
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use dns_test::{Network, Resolver, Result, TrustAnchor, FQDN};
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// no DS records are involved; this is a single-link chain of trust
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#[ignore]
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#[test]
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fn can_validate_without_delegation() -> Result<()> {
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let network = Network::new()?;
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let mut ns = NameServer::new(dns_test::peer(), FQDN::ROOT, &network)?;
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ns.add(Record::a(ns.fqdn().clone(), ns.ipv4_addr()));
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let ns = ns.sign()?;
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let root_ksk = ns.key_signing_key().clone();
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let root_zsk = ns.zone_signing_key().clone();
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eprintln!("root.zone.signed:\n{}", ns.signed_zone_file());
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let ns = ns.start()?;
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eprintln!("root.zone:\n{}", ns.zone_file());
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let roots = &[Root::new(ns.fqdn().clone(), ns.ipv4_addr())];
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let trust_anchor = TrustAnchor::from_iter([root_ksk.clone(), root_zsk.clone()]);
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let resolver = Resolver::start(dns_test::subject(), roots, &trust_anchor, &network)?;
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let resolver_addr = resolver.ipv4_addr();
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let client = Client::new(&network)?;
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let output = client.dig(
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Recurse::Yes,
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Dnssec::Yes,
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resolver_addr,
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RecordType::SOA,
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&FQDN::ROOT,
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)?;
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assert!(output.status.is_noerror());
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assert!(output.flags.authenticated_data);
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let output = client.delv(resolver_addr, RecordType::SOA, &FQDN::ROOT, &trust_anchor)?;
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assert!(output.starts_with("; fully validated"));
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Ok(())
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}
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#[ignore]
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#[test]
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fn can_validate_with_delegation() -> Result<()> {
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let expected_ipv4_addr = Ipv4Addr::new(1, 2, 3, 4);
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let needle_fqdn = FQDN("example.nameservers.com.")?;
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let network = Network::new()?;
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let mut root_ns = NameServer::new(dns_test::peer(), FQDN::ROOT, &network)?;
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let mut com_ns = NameServer::new(dns_test::peer(), FQDN::COM, &network)?;
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let mut nameservers_ns =
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NameServer::new(dns_test::peer(), FQDN("nameservers.com.")?, &network)?;
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nameservers_ns
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.add(Record::a(root_ns.fqdn().clone(), root_ns.ipv4_addr()))
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.add(Record::a(com_ns.fqdn().clone(), com_ns.ipv4_addr()))
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.add(Record::a(needle_fqdn.clone(), expected_ipv4_addr));
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let nameservers_ns = nameservers_ns.sign()?;
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let nameservers_ds = nameservers_ns.ds().clone();
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let nameservers_ns = nameservers_ns.start()?;
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eprintln!("nameservers.com.zone:\n{}", nameservers_ns.zone_file());
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com_ns
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.referral(
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nameservers_ns.zone().clone(),
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nameservers_ns.fqdn().clone(),
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nameservers_ns.ipv4_addr(),
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)
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.add(nameservers_ds);
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let com_ns = com_ns.sign()?;
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let com_ds = com_ns.ds().clone();
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let com_ns = com_ns.start()?;
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eprintln!("com.zone:\n{}", com_ns.zone_file());
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root_ns
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.referral(FQDN::COM, com_ns.fqdn().clone(), com_ns.ipv4_addr())
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.add(com_ds);
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let root_ns = root_ns.sign()?;
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let root_ksk = root_ns.key_signing_key().clone();
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let root_zsk = root_ns.zone_signing_key().clone();
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eprintln!("root.zone.signed:\n{}", root_ns.signed_zone_file());
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let root_ns = root_ns.start()?;
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eprintln!("root.zone:\n{}", root_ns.zone_file());
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let roots = &[Root::new(root_ns.fqdn().clone(), root_ns.ipv4_addr())];
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let trust_anchor = TrustAnchor::from_iter([root_ksk.clone(), root_zsk.clone()]);
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let resolver = Resolver::start(dns_test::subject(), roots, &trust_anchor, &network)?;
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let resolver_addr = resolver.ipv4_addr();
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let client = Client::new(&network)?;
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let output = client.dig(
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Recurse::Yes,
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Dnssec::Yes,
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resolver_addr,
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RecordType::A,
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&needle_fqdn,
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)?;
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assert!(output.status.is_noerror());
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assert!(output.flags.authenticated_data);
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let [a, _rrsig] = output.answer.try_into().unwrap();
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let a = a.try_into_a().unwrap();
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assert_eq!(needle_fqdn, a.fqdn);
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assert_eq!(expected_ipv4_addr, a.ipv4_addr);
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let output = client.delv(resolver_addr, RecordType::A, &needle_fqdn, &trust_anchor)?;
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assert!(output.starts_with("; fully validated"));
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Ok(())
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}
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// TODO nxdomain with NSEC records
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// TODO nxdomain with NSEC3 records
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mod secure;
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@ -0,0 +1,131 @@
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use std::net::Ipv4Addr;
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use dns_test::client::{Client, Dnssec, Recurse};
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use dns_test::name_server::NameServer;
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use dns_test::record::{Record, RecordType};
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use dns_test::zone_file::Root;
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use dns_test::{Network, Resolver, Result, TrustAnchor, FQDN};
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// no DS records are involved; this is a single-link chain of trust
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#[ignore]
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#[test]
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fn can_validate_without_delegation() -> Result<()> {
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let network = Network::new()?;
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let mut ns = NameServer::new(dns_test::peer(), FQDN::ROOT, &network)?;
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ns.add(Record::a(ns.fqdn().clone(), ns.ipv4_addr()));
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let ns = ns.sign()?;
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let root_ksk = ns.key_signing_key().clone();
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let root_zsk = ns.zone_signing_key().clone();
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eprintln!("root.zone.signed:\n{}", ns.signed_zone_file());
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let ns = ns.start()?;
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eprintln!("root.zone:\n{}", ns.zone_file());
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let roots = &[Root::new(ns.fqdn().clone(), ns.ipv4_addr())];
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let trust_anchor = TrustAnchor::from_iter([root_ksk.clone(), root_zsk.clone()]);
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let resolver = Resolver::start(dns_test::subject(), roots, &trust_anchor, &network)?;
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let resolver_addr = resolver.ipv4_addr();
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let client = Client::new(&network)?;
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let output = client.dig(
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Recurse::Yes,
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Dnssec::Yes,
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resolver_addr,
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RecordType::SOA,
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&FQDN::ROOT,
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)?;
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assert!(output.status.is_noerror());
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assert!(output.flags.authenticated_data);
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let output = client.delv(resolver_addr, RecordType::SOA, &FQDN::ROOT, &trust_anchor)?;
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assert!(output.starts_with("; fully validated"));
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Ok(())
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}
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#[ignore]
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#[test]
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fn can_validate_with_delegation() -> Result<()> {
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let expected_ipv4_addr = Ipv4Addr::new(1, 2, 3, 4);
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let needle_fqdn = FQDN("example.nameservers.com.")?;
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let peer = dns_test::peer();
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let network = Network::new()?;
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let mut root_ns = NameServer::new(peer.clone(), FQDN::ROOT, &network)?;
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let mut com_ns = NameServer::new(peer.clone(), FQDN::COM, &network)?;
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let mut nameservers_ns = NameServer::new(peer, FQDN("nameservers.com.")?, &network)?;
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nameservers_ns
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.add(Record::a(root_ns.fqdn().clone(), root_ns.ipv4_addr()))
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.add(Record::a(com_ns.fqdn().clone(), com_ns.ipv4_addr()))
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.add(Record::a(needle_fqdn.clone(), expected_ipv4_addr));
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let nameservers_ns = nameservers_ns.sign()?;
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let nameservers_ds = nameservers_ns.ds().clone();
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let nameservers_ns = nameservers_ns.start()?;
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eprintln!("nameservers.com.zone:\n{}", nameservers_ns.zone_file());
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com_ns
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.referral(
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nameservers_ns.zone().clone(),
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nameservers_ns.fqdn().clone(),
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nameservers_ns.ipv4_addr(),
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)
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.add(nameservers_ds);
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let com_ns = com_ns.sign()?;
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let com_ds = com_ns.ds().clone();
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let com_ns = com_ns.start()?;
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eprintln!("com.zone:\n{}", com_ns.zone_file());
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root_ns
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.referral(FQDN::COM, com_ns.fqdn().clone(), com_ns.ipv4_addr())
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.add(com_ds);
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let root_ns = root_ns.sign()?;
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let root_ksk = root_ns.key_signing_key().clone();
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let root_zsk = root_ns.zone_signing_key().clone();
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eprintln!("root.zone.signed:\n{}", root_ns.signed_zone_file());
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let root_ns = root_ns.start()?;
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eprintln!("root.zone:\n{}", root_ns.zone_file());
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let roots = &[Root::new(root_ns.fqdn().clone(), root_ns.ipv4_addr())];
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let trust_anchor = TrustAnchor::from_iter([root_ksk.clone(), root_zsk.clone()]);
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let resolver = Resolver::start(dns_test::subject(), roots, &trust_anchor, &network)?;
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let resolver_addr = resolver.ipv4_addr();
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let client = Client::new(&network)?;
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let output = client.dig(
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Recurse::Yes,
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Dnssec::Yes,
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resolver_addr,
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RecordType::A,
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&needle_fqdn,
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)?;
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assert!(output.status.is_noerror());
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assert!(output.flags.authenticated_data);
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let [a, _rrsig] = output.answer.try_into().unwrap();
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let a = a.try_into_a().unwrap();
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assert_eq!(needle_fqdn, a.fqdn);
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assert_eq!(expected_ipv4_addr, a.ipv4_addr);
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let output = client.delv(resolver_addr, RecordType::A, &needle_fqdn, &trust_anchor)?;
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assert!(output.starts_with("; fully validated"));
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Ok(())
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}
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// TODO nxdomain with NSEC records
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// TODO nxdomain with NSEC3 records
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