Struct wled_json_api_library::wled::Wled

source · 
pub struct Wled {
    pub effects: Option<Effects>,
    pub palettes: Option<Palettes>,
    pub state: Option<State>,
    pub info: Option<Info>,
    pub cfg: Option<Cfg>,
    pub live: Option<Live>,
    pub nodes: Option<Nodes>,
    pub net: Option<Net>,
    pub client: Client,
    pub url: Url,
    pub ddp_url: Url,
}

Fields§

§effects: Option<Effects>§palettes: Option<Palettes>§state: Option<State>§info: Option<Info>§cfg: Option<Cfg>§live: Option<Live>§nodes: Option<Nodes>§net: Option<Net>§client: Client§url: Url§ddp_url: Url

Implementations§

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impl Wled

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pub fn try_from_url(url: &Url) -> Result<Wled, WledJsonApiError>

Examples found in repository?
examples/basic_example.rs (line 12)
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fn main() {

    // create the URL
    let url: Url = Url::try_from("http://192.168.1.40/").unwrap();

    // create the WLED connection
    let mut wled: Wled = Wled::try_from_url(&url).unwrap();
    println!("new wled: {wled:?}");

    // turn off the WLED
    {
        // put the desired change in the internal state data member
        wled.state = Some(State {
            on: Some(true),
            bri: None,
            transition: None,
            tt: None,
            ps: None,
            psave: None,
            pl: None,
            nl: None,
            udpn: None,
            v: None,
            rb: None,
            live: None,
            lor: None,
            time: None,
            mainseg: None,
            playlist: None,
            seg: None,
        });

        // flush and print the server response
        let response = wled.flush_state().unwrap();
        println!("turning the thing off {:?}", response.text());
    }


    // fill internal cfg with result from WLED
    wled.get_cfg_from_wled().unwrap();

    // get the field defining the power on boot default behaviour
    let turn_on_after_boot = wled.cfg.unwrap().def.unwrap().on.unwrap();
    // print it
    println!("received cfg, turn on after boot: {:?}", turn_on_after_boot);


    // put the desired change into the config data member
    wled.cfg = Some(Cfg{
        rev: None,
        vid: None,
        id: None,
        nw: None,
        eth: None,
        ap: None,
        wifi: None,
        hw: None,
        light: None,
        def: Some(Def{
            ps: None,
            on: Some(!turn_on_after_boot),
            bri: None,
        }),
        if_field: None,
        remote: None,
        ol: None,
        timers: None,
        ota: None,
        dmx: None,
        um: None,
    });

    // print the response.
    let response = wled.flush_config().unwrap();
    println!("toggling: {:?}", response.text());

    // wait for WLED to finish making this change.
    // Around 100 milliseconds should be enough on good hardware,
    // but this is especially slow because it has to read and write from the internal filesystem
    // where the config file is stored
    std::thread::sleep(Duration::from_millis(80));


    // get and print the new state from the server
    wled.get_cfg_from_wled().unwrap();
    let turn_on_after_boot = wled.cfg.unwrap().def.unwrap().on.unwrap();

    println!("received cfg, turn on after boot: {:?}", turn_on_after_boot);

}
source

pub fn flush_state(&self) -> Result<Response, WledJsonApiError>

Examples found in repository?
examples/basic_example.rs (line 39)
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fn main() {

    // create the URL
    let url: Url = Url::try_from("http://192.168.1.40/").unwrap();

    // create the WLED connection
    let mut wled: Wled = Wled::try_from_url(&url).unwrap();
    println!("new wled: {wled:?}");

    // turn off the WLED
    {
        // put the desired change in the internal state data member
        wled.state = Some(State {
            on: Some(true),
            bri: None,
            transition: None,
            tt: None,
            ps: None,
            psave: None,
            pl: None,
            nl: None,
            udpn: None,
            v: None,
            rb: None,
            live: None,
            lor: None,
            time: None,
            mainseg: None,
            playlist: None,
            seg: None,
        });

        // flush and print the server response
        let response = wled.flush_state().unwrap();
        println!("turning the thing off {:?}", response.text());
    }


    // fill internal cfg with result from WLED
    wled.get_cfg_from_wled().unwrap();

    // get the field defining the power on boot default behaviour
    let turn_on_after_boot = wled.cfg.unwrap().def.unwrap().on.unwrap();
    // print it
    println!("received cfg, turn on after boot: {:?}", turn_on_after_boot);


    // put the desired change into the config data member
    wled.cfg = Some(Cfg{
        rev: None,
        vid: None,
        id: None,
        nw: None,
        eth: None,
        ap: None,
        wifi: None,
        hw: None,
        light: None,
        def: Some(Def{
            ps: None,
            on: Some(!turn_on_after_boot),
            bri: None,
        }),
        if_field: None,
        remote: None,
        ol: None,
        timers: None,
        ota: None,
        dmx: None,
        um: None,
    });

    // print the response.
    let response = wled.flush_config().unwrap();
    println!("toggling: {:?}", response.text());

    // wait for WLED to finish making this change.
    // Around 100 milliseconds should be enough on good hardware,
    // but this is especially slow because it has to read and write from the internal filesystem
    // where the config file is stored
    std::thread::sleep(Duration::from_millis(80));


    // get and print the new state from the server
    wled.get_cfg_from_wled().unwrap();
    let turn_on_after_boot = wled.cfg.unwrap().def.unwrap().on.unwrap();

    println!("received cfg, turn on after boot: {:?}", turn_on_after_boot);

}
source

pub fn flush_config(&self) -> Result<Response, WledJsonApiError>

be careful with this, this library does not stop you from sending invalid and crazy configs. as long as the feilds make sense it should work, but

Examples found in repository?
examples/basic_example.rs (line 79)
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fn main() {

    // create the URL
    let url: Url = Url::try_from("http://192.168.1.40/").unwrap();

    // create the WLED connection
    let mut wled: Wled = Wled::try_from_url(&url).unwrap();
    println!("new wled: {wled:?}");

    // turn off the WLED
    {
        // put the desired change in the internal state data member
        wled.state = Some(State {
            on: Some(true),
            bri: None,
            transition: None,
            tt: None,
            ps: None,
            psave: None,
            pl: None,
            nl: None,
            udpn: None,
            v: None,
            rb: None,
            live: None,
            lor: None,
            time: None,
            mainseg: None,
            playlist: None,
            seg: None,
        });

        // flush and print the server response
        let response = wled.flush_state().unwrap();
        println!("turning the thing off {:?}", response.text());
    }


    // fill internal cfg with result from WLED
    wled.get_cfg_from_wled().unwrap();

    // get the field defining the power on boot default behaviour
    let turn_on_after_boot = wled.cfg.unwrap().def.unwrap().on.unwrap();
    // print it
    println!("received cfg, turn on after boot: {:?}", turn_on_after_boot);


    // put the desired change into the config data member
    wled.cfg = Some(Cfg{
        rev: None,
        vid: None,
        id: None,
        nw: None,
        eth: None,
        ap: None,
        wifi: None,
        hw: None,
        light: None,
        def: Some(Def{
            ps: None,
            on: Some(!turn_on_after_boot),
            bri: None,
        }),
        if_field: None,
        remote: None,
        ol: None,
        timers: None,
        ota: None,
        dmx: None,
        um: None,
    });

    // print the response.
    let response = wled.flush_config().unwrap();
    println!("toggling: {:?}", response.text());

    // wait for WLED to finish making this change.
    // Around 100 milliseconds should be enough on good hardware,
    // but this is especially slow because it has to read and write from the internal filesystem
    // where the config file is stored
    std::thread::sleep(Duration::from_millis(80));


    // get and print the new state from the server
    wled.get_cfg_from_wled().unwrap();
    let turn_on_after_boot = wled.cfg.unwrap().def.unwrap().on.unwrap();

    println!("received cfg, turn on after boot: {:?}", turn_on_after_boot);

}
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pub fn get_effects_from_wled(&mut self) -> Result<(), WledJsonApiError>

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pub fn get_info_from_wled(&mut self) -> Result<(), WledJsonApiError>

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pub fn get_state_from_wled(&mut self) -> Result<(), WledJsonApiError>

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pub fn get_cfg_from_wled(&mut self) -> Result<(), WledJsonApiError>

Examples found in repository?
examples/basic_example.rs (line 45)
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fn main() {

    // create the URL
    let url: Url = Url::try_from("http://192.168.1.40/").unwrap();

    // create the WLED connection
    let mut wled: Wled = Wled::try_from_url(&url).unwrap();
    println!("new wled: {wled:?}");

    // turn off the WLED
    {
        // put the desired change in the internal state data member
        wled.state = Some(State {
            on: Some(true),
            bri: None,
            transition: None,
            tt: None,
            ps: None,
            psave: None,
            pl: None,
            nl: None,
            udpn: None,
            v: None,
            rb: None,
            live: None,
            lor: None,
            time: None,
            mainseg: None,
            playlist: None,
            seg: None,
        });

        // flush and print the server response
        let response = wled.flush_state().unwrap();
        println!("turning the thing off {:?}", response.text());
    }


    // fill internal cfg with result from WLED
    wled.get_cfg_from_wled().unwrap();

    // get the field defining the power on boot default behaviour
    let turn_on_after_boot = wled.cfg.unwrap().def.unwrap().on.unwrap();
    // print it
    println!("received cfg, turn on after boot: {:?}", turn_on_after_boot);


    // put the desired change into the config data member
    wled.cfg = Some(Cfg{
        rev: None,
        vid: None,
        id: None,
        nw: None,
        eth: None,
        ap: None,
        wifi: None,
        hw: None,
        light: None,
        def: Some(Def{
            ps: None,
            on: Some(!turn_on_after_boot),
            bri: None,
        }),
        if_field: None,
        remote: None,
        ol: None,
        timers: None,
        ota: None,
        dmx: None,
        um: None,
    });

    // print the response.
    let response = wled.flush_config().unwrap();
    println!("toggling: {:?}", response.text());

    // wait for WLED to finish making this change.
    // Around 100 milliseconds should be enough on good hardware,
    // but this is especially slow because it has to read and write from the internal filesystem
    // where the config file is stored
    std::thread::sleep(Duration::from_millis(80));


    // get and print the new state from the server
    wled.get_cfg_from_wled().unwrap();
    let turn_on_after_boot = wled.cfg.unwrap().def.unwrap().on.unwrap();

    println!("received cfg, turn on after boot: {:?}", turn_on_after_boot);

}
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pub fn get_net_from_wled(&mut self) -> Result<(), WledJsonApiError>

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pub fn get_nodes_from_wled(&mut self) -> Result<(), WledJsonApiError>

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pub fn get_palettes_from_wled(&mut self) -> Result<(), WledJsonApiError>

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pub fn get_live_from_wled(&mut self) -> Result<(), WledJsonApiError>

Trait Implementations§

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impl Debug for Wled

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fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter. Read more

Auto Trait Implementations§

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impl !RefUnwindSafe for Wled

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impl Send for Wled

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impl Sync for Wled

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impl Unpin for Wled

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impl !UnwindSafe for Wled

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impl<T> Any for Twhere T: 'static + ?Sized,

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fn type_id(&self) -> TypeId

Gets the TypeId of self. Read more
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impl<T> Borrow<T> for Twhere T: ?Sized,

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fn borrow(&self) -> &T

Immutably borrows from an owned value. Read more
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impl<T> BorrowMut<T> for Twhere T: ?Sized,

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fn borrow_mut(&mut self) -> &mut T

Mutably borrows from an owned value. Read more
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impl<T> From<T> for T

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fn from(t: T) -> T

Returns the argument unchanged.

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impl<T> Instrument for T

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fn instrument(self, span: Span) -> Instrumented<Self>

Instruments this type with the provided [Span], returning an Instrumented wrapper. Read more
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fn in_current_span(self) -> Instrumented<Self>

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impl<T, U> Into<U> for Twhere U: From<T>,

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fn into(self) -> U

Calls U::from(self).

That is, this conversion is whatever the implementation of From<T> for U chooses to do.

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impl<T, U> TryFrom<U> for Twhere U: Into<T>,

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type Error = Infallible

The type returned in the event of a conversion error.
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fn try_from(value: U) -> Result<T, <T as TryFrom<U>>::Error>

Performs the conversion.
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impl<T, U> TryInto<U> for Twhere U: TryFrom<T>,

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type Error = <U as TryFrom<T>>::Error

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fn try_into(self) -> Result<U, <U as TryFrom<T>>::Error>

Performs the conversion.
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impl<T> WithSubscriber for T

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fn with_subscriber<S>(self, subscriber: S) -> WithDispatch<Self>where S: Into<Dispatch>,

Attaches the provided Subscriber to this type, returning a [WithDispatch] wrapper. Read more
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fn with_current_subscriber(self) -> WithDispatch<Self>

Attaches the current default Subscriber to this type, returning a [WithDispatch] wrapper. Read more