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use super::super::client;
use super::epp_proto;
pub fn domain_status_from_i32(from: i32) -> Option<client::domain::Status> {
epp_proto::domain_common::DomainStatus::from_i32(from).map(|e| match e {
epp_proto::domain_common::DomainStatus::ClientDeleteProhibited => {
client::domain::Status::ClientDeleteProhibited
}
epp_proto::domain_common::DomainStatus::ClientHold => client::domain::Status::ClientHold,
epp_proto::domain_common::DomainStatus::ClientRenewProhibited => {
client::domain::Status::ClientRenewProhibited
}
epp_proto::domain_common::DomainStatus::ClientTransferProhibited => {
client::domain::Status::ClientTransferProhibited
}
epp_proto::domain_common::DomainStatus::ClientUpdateProhibited => {
client::domain::Status::ClientUpdateProhibited
}
epp_proto::domain_common::DomainStatus::Inactive => client::domain::Status::Inactive,
epp_proto::domain_common::DomainStatus::Ok => client::domain::Status::Ok,
epp_proto::domain_common::DomainStatus::PendingCreate => {
client::domain::Status::PendingCreate
}
epp_proto::domain_common::DomainStatus::PendingDelete => {
client::domain::Status::PendingDelete
}
epp_proto::domain_common::DomainStatus::PendingRenew => {
client::domain::Status::PendingRenew
}
epp_proto::domain_common::DomainStatus::PendingTransfer => {
client::domain::Status::PendingTransfer
}
epp_proto::domain_common::DomainStatus::PendingUpdate => {
client::domain::Status::PendingUpdate
}
epp_proto::domain_common::DomainStatus::ServerDeleteProhibited => {
client::domain::Status::ServerDeleteProhibited
}
epp_proto::domain_common::DomainStatus::ServerHold => client::domain::Status::ServerHold,
epp_proto::domain_common::DomainStatus::ServerRenewProhibited => {
client::domain::Status::ServerRenewProhibited
}
epp_proto::domain_common::DomainStatus::ServerTransferProhibited => {
client::domain::Status::ServerTransferProhibited
}
epp_proto::domain_common::DomainStatus::ServerUpdateProhibited => {
client::domain::Status::ServerUpdateProhibited
}
})
}
fn i32_from_domain_status(from: client::domain::Status) -> i32 {
match from {
client::domain::Status::ClientDeleteProhibited => {
epp_proto::domain_common::DomainStatus::ClientDeleteProhibited.into()
}
client::domain::Status::ClientHold => {
epp_proto::domain_common::DomainStatus::ClientHold.into()
}
client::domain::Status::ClientRenewProhibited => {
epp_proto::domain_common::DomainStatus::ClientRenewProhibited.into()
}
client::domain::Status::ClientTransferProhibited => {
epp_proto::domain_common::DomainStatus::ClientTransferProhibited.into()
}
client::domain::Status::ClientUpdateProhibited => {
epp_proto::domain_common::DomainStatus::ClientUpdateProhibited.into()
}
client::domain::Status::Inactive => epp_proto::domain_common::DomainStatus::Inactive.into(),
client::domain::Status::Ok => epp_proto::domain_common::DomainStatus::Ok.into(),
client::domain::Status::PendingCreate => {
epp_proto::domain_common::DomainStatus::PendingCreate.into()
}
client::domain::Status::PendingDelete => {
epp_proto::domain_common::DomainStatus::PendingDelete.into()
}
client::domain::Status::PendingRenew => {
epp_proto::domain_common::DomainStatus::PendingRenew.into()
}
client::domain::Status::PendingTransfer => {
epp_proto::domain_common::DomainStatus::PendingTransfer.into()
}
client::domain::Status::PendingUpdate => {
epp_proto::domain_common::DomainStatus::PendingUpdate.into()
}
client::domain::Status::ServerDeleteProhibited => {
epp_proto::domain_common::DomainStatus::ServerDeleteProhibited.into()
}
client::domain::Status::ServerHold => {
epp_proto::domain_common::DomainStatus::ServerHold.into()
}
client::domain::Status::ServerRenewProhibited => {
epp_proto::domain_common::DomainStatus::ServerRenewProhibited.into()
}
client::domain::Status::ServerTransferProhibited => {
epp_proto::domain_common::DomainStatus::ServerTransferProhibited.into()
}
client::domain::Status::ServerUpdateProhibited => {
epp_proto::domain_common::DomainStatus::ServerUpdateProhibited.into()
}
}
}
impl From<client::domain::CheckResponse> for epp_proto::domain::DomainCheckReply {
fn from(res: client::domain::CheckResponse) -> Self {
epp_proto::domain::DomainCheckReply {
available: res.avail,
reason: res.reason,
fee_check: res.fee_check.map(Into::into),
donuts_fee_check: res.donuts_fee_check.map(Into::into),
registry_name: String::new(),
cmd_resp: None,
eurid_idn: res.eurid_idn.map(Into::into),
eurid_data: res.eurid_check.map(|c| epp_proto::eurid::DomainCheckData {
available_date: super::utils::chrono_to_proto(c.available_date),
status: c.status.into_iter().map(i32_from_domain_status).collect(),
}),
}
}
}
impl From<client::domain::InfoResponse> for epp_proto::domain::DomainInfoReply {
fn from(res: client::domain::InfoResponse) -> Self {
epp_proto::domain::DomainInfoReply {
name: res.name,
registry_id: res.registry_id,
statuses: res
.statuses
.into_iter()
.map(i32_from_domain_status)
.collect(),
registrant: res.registrant,
contacts: res
.contacts
.into_iter()
.map(|c| epp_proto::domain::Contact {
id: c.contact_id,
r#type: c.contact_type,
})
.collect(),
nameservers: res
.nameservers
.into_iter()
.map(|n| match n {
client::domain::InfoNameserver::HostOnly(h) => epp_proto::domain::NameServer {
server: Some(epp_proto::domain::name_server::Server::HostObj(h)),
addresses: vec![],
eurid_idn: None,
},
client::domain::InfoNameserver::HostAndAddress {
host,
addresses,
eurid_idn,
} => epp_proto::domain::NameServer {
server: Some(epp_proto::domain::name_server::Server::HostName(host)),
addresses: addresses
.iter()
.map(|addr| epp_proto::common::IpAddress {
address: addr.address.clone(),
r#type: match addr.ip_version {
client::host::AddressVersion::IPv4 => {
epp_proto::common::ip_address::IpVersion::IPv4.into()
}
client::host::AddressVersion::IPv6 => {
epp_proto::common::ip_address::IpVersion::IPv6.into()
}
},
})
.collect(),
eurid_idn: eurid_idn.map(Into::into),
},
})
.collect(),
hosts: res.hosts,
client_id: res.client_id,
client_created_id: res.client_created_id,
creation_date: super::utils::chrono_to_proto(res.creation_date),
expiry_date: super::utils::chrono_to_proto(res.expiry_date),
last_updated_client: res.last_updated_client,
last_updated_date: super::utils::chrono_to_proto(res.last_updated_date),
last_transfer_date: super::utils::chrono_to_proto(res.last_transfer_date),
registry_name: String::new(),
rgp_state: res
.rgp_state
.into_iter()
.map(super::rgp::i32_from_restore_status)
.collect(),
auth_info: res.auth_info,
sec_dns: res.sec_dns.map(|sec_dns| epp_proto::domain::SecDnsData {
max_sig_life: sec_dns.max_sig_life,
data: Some(match sec_dns.data {
client::domain::SecDNSDataType::DSData(ds_data) => {
epp_proto::domain::sec_dns_data::Data::DsData(
epp_proto::domain::SecDnsdsData {
data: ds_data
.into_iter()
.map(|d| epp_proto::domain::SecDnsdsDatum {
key_tag: d.key_tag as u32,
algorithm: d.algorithm as u32,
digest_type: d.digest_type as u32,
digest: d.digest,
key_data: d.key_data.map(|k| {
epp_proto::domain::SecDnsKeyDatum {
flags: k.flags as u32,
protocol: k.protocol as u32,
algorithm: k.algorithm as u32,
public_key: k.public_key,
}
}),
})
.collect(),
},
)
}
client::domain::SecDNSDataType::KeyData(key_data) => {
epp_proto::domain::sec_dns_data::Data::KeyData(
epp_proto::domain::SecDnsKeyData {
data: key_data
.into_iter()
.map(|k| epp_proto::domain::SecDnsKeyDatum {
flags: k.flags as u32,
protocol: k.protocol as u32,
algorithm: k.algorithm as u32,
public_key: k.public_key,
})
.collect(),
},
)
}
}),
}),
launch_info: res.launch_info.map(Into::into),
donuts_fee_data: res.donuts_fee_data.map(Into::into),
verisign_whois_info: res
.whois_info
.map(|i| epp_proto::domain::VerisignWhoisInfo {
registrar: i.registrar,
whois_server: i.whois_server,
url: i.url,
iris_server: i.iris_server,
}),
cmd_resp: None,
eurid_idn: res.eurid_idn.map(Into::into),
eurid_data: res.eurid_data.map(|d| epp_proto::eurid::DomainInfo {
on_hold: d.on_hold,
quarantined: d.quarantined,
suspended: d.suspended,
delayed: d.delayed,
seized: d.seized,
deletion_date: super::utils::chrono_to_proto(d.deletion_date),
on_site: d.on_site,
reseller: d.reseller,
max_extension_period: d.max_extension_period,
registrant_country: d.registrant_country,
registrant_country_of_citizenship: d.registrant_country_of_citizenship,
auth_info_valid_until: super::utils::chrono_to_proto(d.auth_info_valid_until),
}),
isnic_info: res.isnic_info.map(|d| epp_proto::isnic::DomainInfo {
zone_contact: d.zone_contact,
}),
personal_registration: res.personal_registration.map(|p| {
epp_proto::personal_registration::PersonalRegistrationInfo {
consent_id: p.consent_id,
}
}),
}
}
}
impl From<client::domain::CreateResponse> for epp_proto::domain::DomainCreateReply {
fn from(res: client::domain::CreateResponse) -> Self {
epp_proto::domain::DomainCreateReply {
name: res.data.name,
pending: res.pending,
creation_date: super::utils::chrono_to_proto(res.data.creation_date),
expiry_date: super::utils::chrono_to_proto(res.data.expiration_date),
fee_data: res.fee_data.map(Into::into),
donuts_fee_data: res.donuts_fee_data.map(Into::into),
registry_name: String::new(),
launch_data: res.launch_create.map(Into::into),
cmd_resp: None,
eurid_idn: res.data.eurid_idn.map(Into::into),
personal_registration: res.data.personal_registration.map(|p| {
epp_proto::personal_registration::PersonalRegistrationCreate {
bundled_rate: p.bundled_rate,
}
}),
}
}
}
impl From<client::domain::RenewResponse> for epp_proto::domain::DomainRenewReply {
fn from(res: client::domain::RenewResponse) -> Self {
epp_proto::domain::DomainRenewReply {
name: res.data.name,
pending: res.pending,
expiry_date: super::utils::chrono_to_proto(res.data.new_expiry_date),
fee_data: res.fee_data.map(Into::into),
donuts_fee_data: res.donuts_fee_data.map(Into::into),
registry_name: String::new(),
cmd_resp: None,
eurid_idn: res.data.eurid_idn.map(Into::into),
eurid_data: res
.data
.eurid_data
.map(|d| epp_proto::eurid::DomainRenewInfo {
removed_deletion: d.removed_deletion,
}),
personal_registration: res.data.personal_registration.map(|p| {
epp_proto::personal_registration::PersonalRegistrationCreate {
bundled_rate: p.bundled_rate,
}
}),
}
}
}
impl From<client::domain::TransferResponse> for epp_proto::domain::DomainTransferReply {
fn from(res: client::domain::TransferResponse) -> Self {
epp_proto::domain::DomainTransferReply {
pending: res.pending,
name: res.data.name,
status: super::utils::i32_from_transfer_status(res.data.status),
requested_client_id: res.data.requested_client_id,
requested_date: super::utils::chrono_to_proto(Some(res.data.requested_date)),
act_client_id: res.data.act_client_id,
act_date: super::utils::chrono_to_proto(Some(res.data.act_date)),
expiry_date: super::utils::chrono_to_proto(res.data.expiry_date),
fee_data: res.fee_data.map(Into::into),
donuts_fee_data: res.donuts_fee_data.map(Into::into),
registry_name: String::new(),
cmd_resp: None,
eurid_idn: res.data.eurid_idn.map(Into::into),
eurid_data: res
.data
.eurid_data
.map(|d| epp_proto::eurid::DomainTransferInfo {
on_hold: d.on_hold,
quarantined: d.quarantined,
reason: d.reason,
delayed: d.delayed,
registrant: d.registrant,
billing: d.billing,
technical: d.technical,
on_site: d.on_site,
reseller: d.reseller,
}),
personal_registration: res.data.personal_registration.map(|p| {
epp_proto::personal_registration::PersonalRegistrationCreate {
bundled_rate: p.bundled_rate,
}
}),
}
}
}
impl From<client::domain::PanData> for epp_proto::domain::DomainPanReply {
fn from(res: client::domain::PanData) -> Self {
epp_proto::domain::DomainPanReply {
name: res.name,
result: res.result,
server_transaction_id: res.server_transaction_id,
client_transaction_id: res.client_transaction_id,
date: super::utils::chrono_to_proto(Some(res.date)),
}
}
}
impl From<client::domain::UpdateResponse> for epp_proto::domain::DomainUpdateReply {
fn from(res: client::domain::UpdateResponse) -> Self {
epp_proto::domain::DomainUpdateReply {
pending: res.pending,
fee_data: res.fee_data.map(Into::into),
donuts_fee_data: res.donuts_fee_data.map(Into::into),
registry_name: String::new(),
cmd_resp: None,
}
}
}
