Struct InstanceProxy

Source

pub struct InstanceProxy { /* private fields */ }

Implementations§

Source §

impl InstanceProxy

Source

pub async fn add_target(&self, args: TargetArgs) -> TargetProxy

Examples found in repository ?

examples/hello_rship.rs (lines 49-54)

15pub async fn start_client() {
16    // Initialize logger
17    env_logger::init();
18    
19    // Load the environment variables
20    let address = std::env::var("RSHIP_ADDRESS").unwrap_or_else(|_| "dev.rship.io".to_string());
21    let port = std::env::var("RSHIP_PORT").unwrap_or_else(|_| "5155".to_string());
22    let url = format!("ws://{}:{}/myko", address, port);
23    log::info!("Connecting to: {}", url);
24
25    // Create a new sdk client
26    let sdk = SdkClient::init();
27    sdk.set_address(Some(url));
28
29    // Wait for the client to connect
30    sdk.await_connection().await;
31
32    // Create an instance
33    let instance = sdk
34        .add_instance(InstanceArgs {
35            name: "Rust SDK Example".into(),
36            short_id: "rust-sdk-example".into(),
37            code: "rust-sdk-example".into(),
38            service_id: "rust-sdk-service".into(),
39            cluster_id: None,
40            color: "#FF6B35".into(),
41            machine_id: "rust-sdk-machine".into(),
42            message: Some("Hello from Rust SDK!".into()),
43            status: rship_sdk::InstanceStatus::Available,
44        })
45        .await;
46
47    // Create a target
48    let mut target = instance
49        .add_target(TargetArgs {
50            name: "SDK Example Target".into(),
51            short_id: "sdk-example-target".into(),
52            category: "examples".into(),
53            parent_targets: None,
54        })
55        .await;
56
57    // Add an action to the target
58    target
59        .add_action(
60            ActionArgs::<MyActionData>::new("Print Log".into(), "print-log".into()),
61            |action, data| {
62                println!("{}", data.data);
63            },
64        )
65        .await;
66
67    // Add an emitter to the target
68    let emitter = target
69        .add_emitter(EmitterArgs::<MyEmitterType>::new(
70            "Number Go Up".into(),
71            "number-go-up".into(),
72        ))
73        .await;
74
75    // Pulse the emitter
76    let mut counter = 0;
77    loop {
78        emitter.pulse(MyEmitterType { data: format!("{}", counter) }).await.expect("Failed to pulse emitter");
79        counter += 1;
80        tokio::time::sleep(tokio::time::Duration::from_secs(1)).await;
81    }
82}

More examples

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examples/hello_rship_enum.rs (lines 92-97)

58pub async fn start_client() {
59    // Initialize logger
60    env_logger::init();
61
62    // Load the environment variables
63    let address = std::env::var("RSHIP_ADDRESS").unwrap_or_else(|_| "localhost".to_string());
64    let port = std::env::var("RSHIP_PORT").unwrap_or_else(|_| "5155".to_string());
65    let url = format!("ws://{}:{}/myko", address, port);
66    log::info!("Connecting to: {}", url);
67
68    // Create a new sdk client
69    let sdk = SdkClient::init();
70    sdk.set_address(Some(url));
71
72    // Wait for the client to connect
73    sdk.await_connection().await;
74
75    // Create an instance
76    let instance = sdk
77        .add_instance(InstanceArgs {
78            name: "Rust SDK Example".into(),
79            short_id: "rust-sdk-example".into(),
80            code: "rust-sdk-example".into(),
81            service_id: "rust-sdk-service".into(),
82            cluster_id: None,
83            color: "#FF6B35".into(),
84            machine_id: "rust-sdk-machine".into(),
85            message: Some("Hello from Rust SDK!".into()),
86            status: rship_sdk::InstanceStatus::Available,
87        })
88        .await;
89
90    // Create a target
91    let mut target = instance
92        .add_target(TargetArgs {
93            name: "SDK Example Target".into(),
94            short_id: "sdk-example-target".into(),
95            category: "examples".into(),
96            parent_targets: None,
97        })
98        .await;
99
100    // Add an action to the target (struct example)
101    target
102        .add_action(
103            ActionArgs::<MyActionData>::new("Print Log".into(), "print-log".into()),
104            |action, data| {
105                println!("{}", data.data);
106            },
107        )
108        .await;
109
110    target
111        .add_action(
112            ActionArgs::<SetButtonStateAction>::new(
113                "Object With Enums".into(),
114                "object-with-enums".into(),
115            ),
116            |action, data| {
117                println!("Object With Enums: {:?}", data);
118            },
119        )
120        .await;
121
122    println!("{}", json!(schema_for!(SetButtonStateAction)));
123
124    // Add an emitter to the target
125    let emitter = target
126        .add_emitter(EmitterArgs::<MyEmitterType>::new(
127            "Number Go Up".into(),
128            "number-go-up".into(),
129        ))
130        .await;
131
132    // Pulse the emitter
133    let mut counter = 0;
134    loop {
135        emitter
136            .pulse(MyEmitterType {
137                data: format!("{}", counter),
138            })
139            .await
140            .expect("Failed to pulse emitter");
141        counter += 1;
142        tokio::time::sleep(tokio::time::Duration::from_secs(1)).await;
143    }
144}