// This code was autogenerated with `dbus-codegen-rust --file telepathy-spec/spec/Client_Observer.xml -i org.freedesktop.Telepathy -o src/telepathy/client_observer.rs`, see https://github.com/diwic/dbus-rs
use dbus;
use dbus::arg;
use dbus::tree;

pub trait ClientObserver {
    fn observe_channels(
        &self,
        account: dbus::Path,
        connection: dbus::Path,
        channels: Vec<(
            dbus::Path,
            ::std::collections::HashMap<&str, arg::Variant<Box<dyn arg::RefArg>>>,
        )>,
        dispatch_operation: dbus::Path,
        requests_satisfied: Vec<dbus::Path>,
        observer_info: ::std::collections::HashMap<&str, arg::Variant<Box<dyn arg::RefArg>>>,
    ) -> Result<(), tree::MethodErr>;
    fn observer_channel_filter(
        &self,
    ) -> Result<
        Vec<::std::collections::HashMap<String, arg::Variant<Box<dyn arg::RefArg + 'static>>>>,
        tree::MethodErr,
    >;
    fn recover(&self) -> Result<bool, tree::MethodErr>;
    fn delay_approvers(&self) -> Result<bool, tree::MethodErr>;
}

pub fn client_observer_server<F, T, D>(
    factory: &tree::Factory<tree::MTFn<D>, D>,
    data: D::Interface,
    f: F,
) -> tree::Interface<tree::MTFn<D>, D>
where
    D: tree::DataType,
    D::Method: Default,
    D::Property: Default,
    T: ClientObserver,
    F: 'static + for<'z> Fn(&'z tree::MethodInfo<tree::MTFn<D>, D>) -> &'z T,
{
    let i = factory.interface("org.freedesktop.Telepathy.Client.Observer", data);
    let f = ::std::sync::Arc::new(f);
    let fclone = f.clone();
    let h = move |minfo: &tree::MethodInfo<tree::MTFn<D>, D>| {
        let mut i = minfo.msg.iter_init();
        let account: dbus::Path = i.read()?;
        let connection: dbus::Path = i.read()?;
        let channels: Vec<(
            dbus::Path,
            ::std::collections::HashMap<&str, arg::Variant<Box<dyn arg::RefArg>>>,
        )> = i.read()?;
        let dispatch_operation: dbus::Path = i.read()?;
        let requests_satisfied: Vec<dbus::Path> = i.read()?;
        let observer_info: ::std::collections::HashMap<&str, arg::Variant<Box<dyn arg::RefArg>>> =
            i.read()?;
        let d = fclone(minfo);
        d.observe_channels(
            account,
            connection,
            channels,
            dispatch_operation,
            requests_satisfied,
            observer_info,
        )?;
        let rm = minfo.msg.method_return();
        Ok(vec![rm])
    };
    let m = factory.method("ObserveChannels", Default::default(), h);
    let m = m.in_arg(("Account", "o"));
    let m = m.in_arg(("Connection", "o"));
    let m = m.in_arg(("Channels", "a(oa{sv})"));
    let m = m.in_arg(("Dispatch_Operation", "o"));
    let m = m.in_arg(("Requests_Satisfied", "ao"));
    let m = m.in_arg(("Observer_Info", "a{sv}"));
    let i = i.add_m(m);

    let p = factory
        .property::<Vec<::std::collections::HashMap<&str, arg::Variant<Box<dyn arg::RefArg>>>>, _>(
            "ObserverChannelFilter",
            Default::default(),
        );
    let p = p.access(tree::Access::Read);
    let fclone = f.clone();
    let p = p.on_get(move |a, pinfo| {
        let minfo = pinfo.to_method_info();
        let d = fclone(&minfo);
        a.append(d.observer_channel_filter()?);
        Ok(())
    });
    let i = i.add_p(p);

    let p = factory.property::<bool, _>("Recover", Default::default());
    let p = p.access(tree::Access::Read);
    let fclone = f.clone();
    let p = p.on_get(move |a, pinfo| {
        let minfo = pinfo.to_method_info();
        let d = fclone(&minfo);
        a.append(d.recover()?);
        Ok(())
    });
    let i = i.add_p(p);

    let p = factory.property::<bool, _>("DelayApprovers", Default::default());
    let p = p.access(tree::Access::Read);
    let fclone = f.clone();
    let p = p.on_get(move |a, pinfo| {
        let minfo = pinfo.to_method_info();
        let d = fclone(&minfo);
        a.append(d.delay_approvers()?);
        Ok(())
    });
    let i = i.add_p(p);
    i
}