/// Setup the registry with a single subnet (containing all the ranges) which
/// has 7 nodes, whose node operator keys we control for testing.
Setup the registry with a single subnet (containing all the ranges) which
has 7 nodes, whose node operator keys we control for testing.
Setup the registry with a single subnet ( containing all the ranges ) which has 7 nodes whose node operator keys we control for testing .
pub fn initial_mutations_for_a_multinode_nns_subnet() -> Vec<RegistryMutation> {
    let nns_subnet_id = subnet_test_id(1);
    let nor1 = make_node_operator_record(*TEST_USER1_PRINCIPAL);
    let nor2 = make_node_operator_record(*TEST_USER2_PRINCIPAL);
    let nor3 = make_node_operator_record(*TEST_USER3_PRINCIPAL);
    let nor4 = make_node_operator_record(*TEST_USER4_PRINCIPAL);
    let nor5 = make_node_operator_record(*TEST_USER5_PRINCIPAL);
    let nor6 = make_node_operator_record(*TEST_USER6_PRINCIPAL);
    let nor7 = make_node_operator_record(*TEST_USER7_PRINCIPAL);
    let nr1 = make_node_record(&nor1);
    let nr1_pid = node_test_id(1);
    let nr2 = make_node_record(&nor2);
    let nr2_pid = node_test_id(2);
    let nr3 = make_node_record(&nor3);
    let nr3_pid = node_test_id(3);
    let nr4 = make_node_record(&nor4);
    let nr4_pid = node_test_id(4);
    let nr5 = make_node_record(&nor5);
    let nr5_pid = node_test_id(5);
    let nr6 = make_node_record(&nor6);
    let nr6_pid = node_test_id(6);
    let nr7 = make_node_record(&nor7);
    let nr7_pid = node_test_id(7);
    const VERSION_REPLICA_ID: &str = "version_42";
    const MOCK_HASH: &str = "d1bc8d3ba4afc7e109612cb73acbdddac052c93025aa1f82942edabb7deb82a1";
    let replica_version = ReplicaVersionRecord {
        release_package_url: "http://release_package.tar.gz".into(),
        release_package_sha256_hex: MOCK_HASH.into(),
    };
    let blessed_replica_version = BlessedReplicaVersions {
        blessed_version_ids: vec![VERSION_REPLICA_ID.to_string()],
    };
    let subnet_list = SubnetListRecord {
        subnets: vec![nns_subnet_id.get().to_vec()],
    };
    let system_subnet = SubnetRecord {
        membership: vec![
            nr1_pid.get().to_vec(),
            nr2_pid.get().to_vec(),
            nr3_pid.get().to_vec(),
            nr4_pid.get().to_vec(),
            nr5_pid.get().to_vec(),
            nr6_pid.get().to_vec(),
            nr7_pid.get().to_vec(),
        ],
        subnet_type: i32::from(SubnetType::System),
        replica_version_id: VERSION_REPLICA_ID.to_string(),
        unit_delay_millis: 600,
        gossip_config: Some(build_default_gossip_config()),
        ..Default::default()
    };
    let routing_table = RoutingTable::try_from(btreemap! {
        CanisterIdRange {
           start: CanisterId::from(0),
           end: CanisterId::from(u64::MAX),
        } => nns_subnet_id,
    })
    .unwrap();
    let mut mutations = vec![
        insert(
            make_subnet_list_record_key().as_bytes().to_vec(),
            encode_or_panic(&subnet_list),
        ),
        insert(
            make_subnet_record_key(nns_subnet_id).as_bytes().to_vec(),
            encode_or_panic(&system_subnet),
        ),
        insert(
            make_routing_table_record_key().as_bytes().to_vec(),
            encode_or_panic(&RoutingTablePB::try_from(routing_table).unwrap()),
        ),
        insert(
            make_replica_version_key(VERSION_REPLICA_ID)
                .as_bytes()
                .to_vec(),
            encode_or_panic(&replica_version),
        ),
        insert(
            make_blessed_replica_version_key().as_bytes().to_vec(),
            encode_or_panic(&blessed_replica_version),
        ),
    ];
    for nor in &[nor1, nor2, nor3, nor4, nor5, nor6, nor7] {
        mutations.push(insert(
            make_node_operator_record_key(
                PrincipalId::try_from(&nor.node_operator_principal_id).unwrap(),
            )
            .as_bytes()
            .to_vec(),
            encode_or_panic(nor),
        ));
    }
    for (pid, nr) in &[
        (nr1_pid, nr1),
        (nr2_pid, nr2),
        (nr3_pid, nr3),
        (nr4_pid, nr4),
        (nr5_pid, nr5),
        (nr6_pid, nr6),
        (nr7_pid, nr7),
    ] {
        mutations.push(insert(
            make_node_record_key(*pid).as_bytes().to_vec(),
            encode_or_panic(nr),
        ));
    }
    mutations
}
pub fn initial_mutations_for_a_multinode_nns_subnet ( ) -> Vec < RegistryMutation > { let nns_subnet_id = subnet_test_id ( 1 ) ; let nor1 = make_node_operator_record ( * TEST_USER1_PRINCIPAL ) ; let nor2 = make_node_operator_record ( * TEST_USER2_PRINCIPAL ) ; let nor3 = make_node_operator_record ( * TEST_USER3_PRINCIPAL ) ; let nor4 = make_node_operator_record ( * TEST_USER4_PRINCIPAL ) ; let nor5 = make_node_operator_record ( * TEST_USER5_PRINCIPAL ) ; let nor6 = make_node_operator_record ( * TEST_USER6_PRINCIPAL ) ; let nor7 = make_node_operator_record ( * TEST_USER7_PRINCIPAL ) ; let nr1 = make_node_record ( & nor1 ) ; let nr1_pid = node_test_id ( 1 ) ; let nr2 = make_node_record ( & nor2 ) ; let nr2_pid = node_test_id ( 2 ) ; let nr3 = make_node_record ( & nor3 ) ; let nr3_pid = node_test_id ( 3 ) ; let nr4 = make_node_record ( & nor4 ) ; let nr4_pid = node_test_id ( 4 ) ; let nr5 = make_node_record ( & nor5 ) ; let nr5_pid = node_test_id ( 5 ) ; let nr6 = make_node_record ( & nor6 ) ; let nr6_pid = node_test_id ( 6 ) ; let nr7 = make_node_record ( & nor7 ) ; let nr7_pid = node_test_id ( 7 ) ; const VERSION_REPLICA_ID : & str = " " ; const MOCK_HASH : & str = " " ; let replica_version = ReplicaVersionRecord { release_package_url : " " . into ( ) , release_package_sha256_hex : MOCK_HASH . into ( ) , } ; let blessed_replica_version = BlessedReplicaVersions { blessed_version_ids : vec ! [ VERSION_REPLICA_ID to_string ( ) ] , } ; let subnet_list = SubnetListRecord { subnets : vec ! [ nns_subnet_id get ( ) to_vec ( ) ] , } ; let system_subnet = SubnetRecord { membership : vec ! [ nr1_pid get ( ) to_vec ( ) nr2_pid get ( ) to_vec ( ) nr3_pid get ( ) to_vec ( ) nr4_pid get ( ) to_vec ( ) nr5_pid get ( ) to_vec ( ) nr6_pid get ( ) to_vec ( ) nr7_pid get ( ) to_vec ( ) ] , subnet_type : i32 :: from ( SubnetType :: System ) , replica_version_id : VERSION_REPLICA_ID . to_string ( ) , unit_delay_millis : 600 , gossip_config : Some ( build_default_gossip_config ( ) ) , .. Default :: default ( ) } ; let routing_table = RoutingTable :: try_from ( btreemap ! { CanisterIdRange { start CanisterId from ( 0 ) end CanisterId from ( u64 MAX ) } nns_subnet_id } ) . unwrap ( ) ; let mut mutations = vec ! [ insert ( make_subnet_list_record_key ( ) as_bytes ( ) to_vec ( ) encode_or_panic ( subnet_list ) ) insert ( make_subnet_record_key ( nns_subnet_id ) as_bytes ( ) to_vec ( ) encode_or_panic ( system_subnet ) ) insert ( make_routing_table_record_key ( ) as_bytes ( ) to_vec ( ) encode_or_panic ( RoutingTablePB try_from ( routing_table ) unwrap ( ) ) ) insert ( make_replica_version_key ( VERSION_REPLICA_ID ) as_bytes ( ) to_vec ( ) encode_or_panic ( replica_version ) ) insert ( make_blessed_replica_version_key ( ) as_bytes ( ) to_vec ( ) encode_or_panic ( blessed_replica_version ) ) ] ; for nor in & [ nor1 , nor2 , nor3 , nor4 , nor5 , nor6 , nor7 ] { mutations . push ( insert ( make_node_operator_record_key ( PrincipalId :: try_from ( & nor . node_operator_principal_id ) . unwrap ( ) , ) . as_bytes ( ) . to_vec ( ) , encode_or_panic ( nor ) , ) ) ; } for ( pid , nr ) in & [ ( nr1_pid , nr1 ) , ( nr2_pid , nr2 ) , ( nr3_pid , nr3 ) , ( nr4_pid , nr4 ) , ( nr5_pid , nr5 ) , ( nr6_pid , nr6 ) , ( nr7_pid , nr7 ) , ] { mutations . push ( insert ( make_node_record_key ( * pid ) . as_bytes ( ) . to_vec ( ) , encode_or_panic ( nr ) , ) ) ; } mutations }
Setup the registry with a single subnet (containing all the ranges) which
has 7 nodes, whose node operator keys we control for testing.
Setup the registry with a single subnet ( containing all the ranges ) which has 7 nodes whose node operator keys we control for testing .