Struct MachineRequest

Source

pub struct MachineRequest {
    pub name: Option<String>,
    pub config: MachineConfig,
    pub region: Option<MachineRegions>,
    pub lease_ttl: Option<u64>,
    pub lsvd: Option<bool>,
    pub skip_launch: Option<bool>,
    pub skip_service_registration: Option<bool>,
}

Fields§

§name: Option<String>§config: MachineConfig§region: Option<MachineRegions>§lease_ttl: Option<u64>§lsvd: Option<bool>§skip_launch: Option<bool>§skip_service_registration: Option<bool>

Implementations§

Source §

impl MachineRequest

Source

pub fn new( config: MachineConfig, name: Option<String>, region: Option<MachineRegions>, ) -> Self

Examples found in repository ?

examples/machines.rs (lines 33-37)

7async fn main() -> Result<(), Box<dyn Error>> {
8    tracing_subscriber::registry()
9        .with(fmt::layer().with_writer(std::io::stdout))
10        .with(EnvFilter::new(
11            std::env::var("RUST_LOG").unwrap_or_else(|_| "info".into()),
12        ))
13        .init();
14    let api_token = std::env::var("FLY_ORG_TOKEN").expect("FLY_ORG_TOKEN must be set");
15    let args: Vec<String> = std::env::args().collect();
16    let org_slug = &args
17        .get(1)
18        .expect("Usage: cargo run --example apps <org_slug>");
19
20    let app_name = "rusty-app";
21    let machine_id = "machine-name";
22    let app_image = "ubuntu:20.04";
23    let fly = FlyControl::new(api_token.to_string());
24
25    fly.apps.create(app_name, org_slug).await?;
26
27    // MACHINES
28    // create a machine
29    let response = fly
30        .machines
31        .create(
32            app_name,
33            machines::MachineRequest::new(
34                machines::MachineConfig::builder().image(app_image).build(),
35                Some(machine_id.to_string()),
36                Some(machines::MachineRegions::Iad),
37            ),
38        )
39        .await?;
40    info!("Created machine: {:?}", response.id);
41    let did = &response.id.unwrap();
42    let iid: &String = &response.instance_id.unwrap();
43
44    // wait for start state
45    fly.machines
46        .wait_for_machine_state(app_name, did, machines::MachineState::Started, None, None)
47        .await?;
48
49    // list machines
50    fly.machines.list(app_name).await?;
51
52    // stop/start machine
53    fly.machines.stop(app_name, did, iid).await?;
54    fly.machines.start(app_name, did).await?;
55
56    // list events/processes
57    let events = fly.machines.list_events(app_name, did).await?;
58    info!("Events: {:?}", events);
59    let processes = fly.machines.list_processes(app_name, did).await?;
60    info!("Processes: {:?}", processes);
61
62    // execute command
63    let resp = fly
64        .machines
65        .execute_command(
66            app_name,
67            did,
68            vec!["sh", "-c", "which echo && /bin/echo 'Hello, World!'"],
69            None,
70        )
71        .await?;
72    info!("Command response: {:?}", resp);
73
74    // restart/update machine
75    fly.machines.restart_machine(app_name, did, iid).await?;
76    fly.machines
77        .update_machine(
78            app_name,
79            did,
80            iid,
81            machines::MachineRequest::new(
82                machines::MachineConfig::builder().image(app_image).build(),
83                Some("foo".to_string()),
84                Some(machines::MachineRegions::Ams),
85            ),
86        )
87        .await?;
88
89    // delete machine/app
90    fly.machines.delete(app_name, did, true).await?;
91    fly.apps.delete(app_name, false).await?;
92
93    Ok(())
94}