openstack_cli 0.13.5

// Licensed under the Apache License, Version 2.0 (the "License");
// you may not use this file except in compliance with the License.
// You may obtain a copy of the License at
//
//     http://www.apache.org/licenses/LICENSE-2.0
//
// Unless required by applicable law or agreed to in writing, software
// distributed under the License is distributed on an "AS IS" BASIS,
// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
// See the License for the specific language governing permissions and
// limitations under the License.
//
// SPDX-License-Identifier: Apache-2.0
//
// WARNING: This file is automatically generated from OpenAPI schema using
// `openstack-codegenerator`.

//! Create Clustertemplate command
//!
//! Wraps invoking of the `v1/clustertemplates` with `POST` method

use clap::Args;
use tracing::info;

use openstack_sdk::AsyncOpenStack;

use crate::Cli;
use crate::OpenStackCliError;
use crate::output::OutputProcessor;

use crate::common::parse_key_val;
use clap::ValueEnum;
use openstack_sdk::api::QueryAsync;
use openstack_sdk::api::container_infrastructure_management::v1::clustertemplate::create;
use openstack_types::container_infrastructure_management::v1::clustertemplate::response::create::ClustertemplateResponse;
use serde_json::Value;

/// Create new cluster template.
#[derive(Args)]
#[command(about = "Create new cluster template")]
pub struct ClustertemplateCommand {
    /// Request Query parameters
    #[command(flatten)]
    query: QueryParameters,

    /// Path parameters
    #[command(flatten)]
    path: PathParameters,

    #[arg(help_heading = "Body parameters", long)]
    apiserver_port: Option<i32>,

    #[arg(help_heading = "Body parameters", long)]
    cluster_distro: Option<String>,

    /// Specify the Container Orchestration Engine to use. Supported COEs
    /// include `kubernetes`. If your environment has additional cluster
    /// drivers installed, refer to the cluster driver documentation for the
    /// new COE names.
    #[arg(help_heading = "Body parameters", long)]
    coe: Option<Coe>,

    #[arg(help_heading = "Body parameters", long)]
    created_at: Option<String>,

    /// The DNS nameserver for the servers and containers in the cluster to
    /// use. This is configured in the private Neutron network for the cluster.
    /// The default is `8.8.8.8`.
    #[arg(help_heading = "Body parameters", long)]
    dns_nameserver: Option<String>,

    /// The name of a driver to manage the storage for the images and the
    /// container’s writable layer. The default is `devicemapper`.
    #[arg(help_heading = "Body parameters", long)]
    docker_storage_driver: Option<String>,

    /// The size in GB for the local storage on each server for the Docker
    /// daemon to cache the images and host the containers. Cinder volumes
    /// provide the storage. The default is 25 GB. For the `devicemapper`
    /// storage driver, the minimum value is 3GB. For the `overlay` storage
    /// driver, the minimum value is 1GB.
    #[arg(help_heading = "Body parameters", long)]
    docker_volume_size: Option<i32>,

    #[arg(help_heading = "Body parameters", long)]
    driver: Option<String>,

    /// The name or network ID of a Neutron network to provide connectivity to
    /// the external internet for the cluster. This network must be an external
    /// network, i.e. its attribute `router:external` must be `True`. The
    /// servers in the cluster will be connected to a private network and
    /// Magnum will create a router between this private network and the
    /// external network. This will allow the servers to download images,
    /// access discovery service, etc, and the containers to install packages,
    /// etc. In the opposite direction, floating IPs will be allocated from the
    /// external network to provide access from the external internet to
    /// servers and the container services hosted in the cluster.
    #[arg(help_heading = "Body parameters", long)]
    external_network_id: Option<String>,

    /// The name or network ID of a Neutron network to provide connectivity to
    /// the internal network for the cluster.
    #[arg(help_heading = "Body parameters", long)]
    fixed_network: Option<String>,

    /// Fixed subnet that are using to allocate network address for nodes in
    /// cluster.
    #[arg(help_heading = "Body parameters", long)]
    fixed_subnet: Option<String>,

    /// The nova flavor ID or name for booting the node servers. The default is
    /// `m1.small`.
    #[arg(help_heading = "Body parameters", long)]
    flavor_id: Option<String>,

    /// Whether enable or not using the floating IP of cloud provider. Some
    /// cloud providers used floating IP, some used public IP, thus Magnum
    /// provide this option for specifying the choice of using floating IP.
    #[arg(help_heading = "Body parameters", long)]
    floating_ip_enabled: Option<String>,

    /// Indicates whether the ClusterTemplate is hidden or not, the default
    /// value is false.
    #[arg(help_heading = "Body parameters", long)]
    hidden: Option<String>,

    /// The IP address for a proxy to use when direct http access from the
    /// servers to sites on the external internet is blocked. This may happen
    /// in certain countries or enterprises, and the proxy allows the servers
    /// and containers to access these sites. The format is a URL including a
    /// port number. The default is `None`.
    #[arg(help_heading = "Body parameters", long)]
    http_proxy: Option<String>,

    /// The IP address for a proxy to use when direct https access from the
    /// servers to sites on the external internet is blocked. This may happen
    /// in certain countries or enterprises, and the proxy allows the servers
    /// and containers to access these sites. The format is a URL including a
    /// port number. The default is `None`.
    #[arg(help_heading = "Body parameters", long)]
    https_proxy: Option<String>,

    /// The name or UUID of the base image in Glance to boot the servers for
    /// the cluster. The image must have the attribute `os_distro` defined as
    /// appropriate for the cluster driver.
    #[arg(help_heading = "Body parameters", long)]
    image_id: String,

    /// The URL pointing to users’s own private insecure docker registry to
    /// deploy and run docker containers.
    #[arg(help_heading = "Body parameters", long)]
    insecure_registry: Option<String>,

    /// The name of the SSH keypair to configure in the cluster servers for ssh
    /// access. Users will need the key to be able to ssh to the servers in the
    /// cluster. The login name is specific to the cluster driver, for example
    /// with fedora-atomic image, default login name is `fedora`.
    #[arg(help_heading = "Body parameters", long)]
    keypair_id: Option<String>,

    /// Arbitrary labels in the form of `key=value` pairs. The accepted keys
    /// and valid values are defined in the cluster drivers. They are used as a
    /// way to pass additional parameters that are specific to a cluster
    /// driver.
    #[arg(help_heading = "Body parameters", long, value_name="key=value", value_parser=parse_key_val::<String, String>)]
    labels: Option<Vec<(String, String)>>,

    /// Parameter is an array, may be provided multiple times.
    #[arg(action=clap::ArgAction::Append, help_heading = "Body parameters", long, value_name="JSON", value_parser=crate::common::parse_json)]
    links: Option<Vec<Value>>,

    /// The flavor of the master node for this cluster template.
    #[arg(help_heading = "Body parameters", long)]
    master_flavor_id: Option<String>,

    /// Since multiple masters may exist in a cluster, a Neutron load balancer
    /// is created to provide the API endpoint for the cluster and to direct
    /// requests to the masters. In some cases, such as when the LBaaS service
    /// is not available, this option can be set to `false` to create a cluster
    /// without the load balancer. In this case, one of the masters will serve
    /// as the API endpoint. The default is `true`, i.e. to create the load
    /// balancer for the cluster.
    #[arg(help_heading = "Body parameters", long)]
    master_lb_enabled: Option<String>,

    /// Name of the resource.
    #[arg(help_heading = "Body parameters", long)]
    name: Option<String>,

    /// The name of a network driver for providing the networks for the
    /// containers. Note that this is different and separate from the Neutron
    /// network for the cluster. The operation and networking model are
    /// specific to the particular driver.
    #[arg(help_heading = "Body parameters", long)]
    network_driver: Option<String>,

    /// When a proxy server is used, some sites should not go through the proxy
    /// and should be accessed normally. In this case, users can specify these
    /// sites as a comma separated list of IPs. The default is `None`.
    #[arg(help_heading = "Body parameters", long)]
    no_proxy: Option<String>,

    #[arg(help_heading = "Body parameters", long)]
    project_id: Option<String>,

    /// Access to a cluster template is normally limited to the admin, owner or
    /// users within the same tenant as the owners. Setting this flag makes the
    /// cluster template public and accessible by other users. The default is
    /// not public.
    #[arg(help_heading = "Body parameters", long)]
    public: Option<String>,

    /// Docker images by default are pulled from the public Docker registry,
    /// but in some cases, users may want to use a private registry. This
    /// option provides an alternative registry based on the Registry V2:
    /// Magnum will create a local registry in the cluster backed by swift to
    /// host the images. The default is to use the public registry.
    #[arg(help_heading = "Body parameters", long)]
    registry_enabled: Option<String>,

    /// The servers in the cluster can be `vm` or `baremetal`. This parameter
    /// selects the type of server to create for the cluster. The default is
    /// `vm`.
    #[arg(help_heading = "Body parameters", long)]
    server_type: Option<ServerType>,

    /// Administrator tags for the cluster template.
    #[arg(help_heading = "Body parameters", long)]
    tags: Option<String>,

    /// Transport Layer Security (TLS) is normally enabled to secure the
    /// cluster. In some cases, users may want to disable TLS in the cluster,
    /// for instance during development or to troubleshoot certain problems.
    /// Specifying this parameter will disable TLS so that users can access the
    /// COE endpoints without a certificate. The default is TLS enabled.
    #[arg(help_heading = "Body parameters", long)]
    tls_disabled: Option<String>,

    #[arg(help_heading = "Body parameters", long)]
    updated_at: Option<String>,

    #[arg(help_heading = "Body parameters", long)]
    user_id: Option<String>,

    #[arg(help_heading = "Body parameters", long)]
    uuid: Option<String>,

    /// The name of a volume driver for managing the persistent storage for the
    /// containers. The functionality supported are specific to the driver.
    #[arg(help_heading = "Body parameters", long)]
    volume_driver: Option<String>,
}

/// Query parameters
#[derive(Args)]
struct QueryParameters {}

/// Path parameters
#[derive(Args)]
struct PathParameters {}

#[derive(Clone, Eq, Ord, PartialEq, PartialOrd, ValueEnum)]
enum Coe {
    Kubernetes,
}

#[derive(Clone, Eq, Ord, PartialEq, PartialOrd, ValueEnum)]
enum ServerType {
    Bm,
    Vm,
}

impl ClustertemplateCommand {
    /// Perform command action
    pub async fn take_action(
        &self,
        parsed_args: &Cli,
        client: &mut AsyncOpenStack,
    ) -> Result<(), OpenStackCliError> {
        info!("Create Clustertemplate");

        let op = OutputProcessor::from_args(
            parsed_args,
            Some("container-infrastructure-management.clustertemplate"),
            Some("create"),
        );
        op.validate_args(parsed_args)?;

        let mut ep_builder = create::Request::builder();

        // Set body parameters
        // Set Request.apiserver_port data
        if let Some(arg) = &self.apiserver_port {
            ep_builder.apiserver_port(*arg);
        }

        // Set Request.cluster_distro data
        if let Some(arg) = &self.cluster_distro {
            ep_builder.cluster_distro(arg);
        }

        // Set Request.coe data
        if let Some(arg) = &self.coe {
            let tmp = match arg {
                Coe::Kubernetes => create::Coe::Kubernetes,
            };
            ep_builder.coe(tmp);
        }

        // Set Request.created_at data
        if let Some(arg) = &self.created_at {
            ep_builder.created_at(arg);
        }

        // Set Request.dns_nameserver data
        if let Some(arg) = &self.dns_nameserver {
            ep_builder.dns_nameserver(arg);
        }

        // Set Request.docker_storage_driver data
        if let Some(arg) = &self.docker_storage_driver {
            ep_builder.docker_storage_driver(arg);
        }

        // Set Request.docker_volume_size data
        if let Some(arg) = &self.docker_volume_size {
            ep_builder.docker_volume_size(*arg);
        }

        // Set Request.driver data
        if let Some(arg) = &self.driver {
            ep_builder.driver(arg);
        }

        // Set Request.external_network_id data
        if let Some(arg) = &self.external_network_id {
            ep_builder.external_network_id(arg);
        }

        // Set Request.fixed_network data
        if let Some(arg) = &self.fixed_network {
            ep_builder.fixed_network(arg);
        }

        // Set Request.fixed_subnet data
        if let Some(arg) = &self.fixed_subnet {
            ep_builder.fixed_subnet(arg);
        }

        // Set Request.flavor_id data
        if let Some(arg) = &self.flavor_id {
            ep_builder.flavor_id(arg);
        }

        // Set Request.floating_ip_enabled data
        if let Some(arg) = &self.floating_ip_enabled {
            ep_builder.floating_ip_enabled(arg);
        }

        // Set Request.hidden data
        if let Some(arg) = &self.hidden {
            ep_builder.hidden(arg);
        }

        // Set Request.http_proxy data
        if let Some(arg) = &self.http_proxy {
            ep_builder.http_proxy(arg);
        }

        // Set Request.https_proxy data
        if let Some(arg) = &self.https_proxy {
            ep_builder.https_proxy(arg);
        }

        // Set Request.image_id data
        ep_builder.image_id(&self.image_id);

        // Set Request.insecure_registry data
        if let Some(arg) = &self.insecure_registry {
            ep_builder.insecure_registry(arg);
        }

        // Set Request.keypair_id data
        if let Some(arg) = &self.keypair_id {
            ep_builder.keypair_id(arg);
        }

        // Set Request.labels data
        if let Some(arg) = &self.labels {
            ep_builder.labels(arg.iter().cloned());
        }

        // Set Request.links data
        if let Some(arg) = &self.links {
            let links_builder: Vec<create::Links> = arg
                .iter()
                .flat_map(|v| serde_json::from_value::<create::Links>(v.to_owned()))
                .collect::<Vec<create::Links>>();
            ep_builder.links(links_builder);
        }

        // Set Request.master_flavor_id data
        if let Some(arg) = &self.master_flavor_id {
            ep_builder.master_flavor_id(arg);
        }

        // Set Request.master_lb_enabled data
        if let Some(arg) = &self.master_lb_enabled {
            ep_builder.master_lb_enabled(arg);
        }

        // Set Request.name data
        if let Some(arg) = &self.name {
            ep_builder.name(arg);
        }

        // Set Request.network_driver data
        if let Some(arg) = &self.network_driver {
            ep_builder.network_driver(arg);
        }

        // Set Request.no_proxy data
        if let Some(arg) = &self.no_proxy {
            ep_builder.no_proxy(arg);
        }

        // Set Request.project_id data
        if let Some(arg) = &self.project_id {
            ep_builder.project_id(arg);
        }

        // Set Request.public data
        if let Some(arg) = &self.public {
            ep_builder.public(arg);
        }

        // Set Request.registry_enabled data
        if let Some(arg) = &self.registry_enabled {
            ep_builder.registry_enabled(arg);
        }

        // Set Request.server_type data
        if let Some(arg) = &self.server_type {
            let tmp = match arg {
                ServerType::Bm => create::ServerType::Bm,
                ServerType::Vm => create::ServerType::Vm,
            };
            ep_builder.server_type(tmp);
        }

        // Set Request.tags data
        if let Some(arg) = &self.tags {
            ep_builder.tags(arg);
        }

        // Set Request.tls_disabled data
        if let Some(arg) = &self.tls_disabled {
            ep_builder.tls_disabled(arg);
        }

        // Set Request.updated_at data
        if let Some(arg) = &self.updated_at {
            ep_builder.updated_at(arg);
        }

        // Set Request.user_id data
        if let Some(arg) = &self.user_id {
            ep_builder.user_id(arg);
        }

        // Set Request.uuid data
        if let Some(arg) = &self.uuid {
            ep_builder.uuid(arg);
        }

        // Set Request.volume_driver data
        if let Some(arg) = &self.volume_driver {
            ep_builder.volume_driver(arg);
        }

        let ep = ep_builder
            .build()
            .map_err(|x| OpenStackCliError::EndpointBuild(x.to_string()))?;

        let data = ep.query_async(client).await?;
        op.output_single::<ClustertemplateResponse>(data)?;
        // Show command specific hints
        op.show_command_hint()?;
        Ok(())
    }
}