Struct Tasker 

pub struct Tasker { /* private fields */ }

Task manager for executing pipelines.

Tasker is the central component that coordinates:

• Resource binding (images, models)
• Controller binding (device connection)
• Task execution (pipelines)
• Event handling (callbacks)

Implementations

impl Tasker

pub fn new() -> MaaResult<Self>

Create a new Tasker instance.

Examples found in repository

examples/main.rs (line 368)

fn main() -> Result<(), Box<dyn std::error::Error>> {
    println!("=== MaaFramework Rust SDK Demo ===\n");

    // -------------------------------------------------------------------------
    // 1. Initialize Toolkit
    // -------------------------------------------------------------------------
    let user_path = "./";
    Toolkit::init_option(user_path, "{}")?;
    println!("[1] Toolkit initialized with user_path: {}", user_path);

    // -------------------------------------------------------------------------
    // 2. Device Discovery
    // -------------------------------------------------------------------------

    // ADB devices
    println!("\n[2] Scanning for ADB devices...");
    let adb_devices = Toolkit::find_adb_devices()?;
    if adb_devices.is_empty() {
        println!("    No ADB device found.");
    } else {
        for device in &adb_devices {
            println!("    Found: {} ({})", device.name, device.address);
        }
    }

    // Win32 windows (Windows only)
    #[cfg(target_os = "windows")]
    {
        println!("\n    Scanning for desktop windows...");
        match Toolkit::find_desktop_windows() {
            Ok(windows) => {
                if windows.is_empty() {
                    println!("    No window found.");
                } else {
                    for (i, win) in windows.iter().take(3).enumerate() {
                        println!("    [{}] hwnd={:?}, class={}", i, win.hwnd, win.class_name);
                    }
                    if windows.len() > 3 {
                        println!("    ... and {} more", windows.len() - 3);
                    }
                }
            }
            Err(e) => println!("    Failed to find windows: {}", e),
        }
    }

    // -------------------------------------------------------------------------
    // 3. Create Controller (choose one)
    // -------------------------------------------------------------------------
    println!("\n[3] Creating controller...");

    let controller: Option<Controller>;

    // Option A: ADB Controller
    #[cfg(feature = "adb")]
    if let Some(device) = adb_devices.first() {
        println!("    Using ADB device: {}", device.name);
        let config_str = serde_json::to_string(&device.config)?;
        controller = Some(Controller::new_adb(
            device.adb_path.to_str().unwrap(),
            &device.address,
            &config_str,
            None,
        )?);
    } else {
        controller = None;
    }

    #[cfg(not(feature = "adb"))]
    {
        controller = None;
    }

    // Option B: Win32 Controller (uncomment to use)
    // #[cfg(target_os = "windows")]
    // if let Some(window) = windows.first() {
    //     controller = Some(Controller::new_win32(
    //         window.hwnd as isize,
    //         common::Win32ScreencapMethod::FramePool as i32,
    //         common::Win32InputMethod::PostMessage as i32,
    //         common::Win32InputMethod::PostMessage as i32,
    //     )?);
    // }

    // -------------------------------------------------------------------------
    // 4. Controller Operations
    // -------------------------------------------------------------------------
    if let Some(ref ctrl) = controller {
        println!("\n[4] Controller operations...");

        // Connect
        let conn_id = ctrl.post_connection()?;
        ctrl.wait(conn_id);
        println!("    Connected: {}", ctrl.connected());

        // Screenshot
        let cap_id = ctrl.post_screencap()?;
        ctrl.wait(cap_id);
        println!("    Screenshot captured");

        // Click (sync)
        let click_id = ctrl.post_click(114, 514)?;
        ctrl.wait(click_id);
        println!("    Clicked at (114, 514)");

        // Click (async) - post now, wait later
        let click_id2 = ctrl.post_click(514, 114)?;
        // ... do other work here ...
        ctrl.wait(click_id2);
        println!("    Async click completed");

        // Input text
        let input_id = ctrl.post_input_text("Hello MAA!")?;
        ctrl.wait(input_id);
        println!("    Text input sent");

        // Get resolution
        if let Ok((w, h)) = ctrl.resolution() {
            println!("    Resolution: {}x{}", w, h);
        }
    } else {
        println!("\n[4] Skipping controller operations (no device available)");
    }

    // -------------------------------------------------------------------------
    // 5. Resource Setup
    // -------------------------------------------------------------------------
    println!("\n[5] Setting up resource...");

    let resource = Resource::new()?;

    // Register custom recognition and action
    resource.register_custom_recognition("MyRecognition", Box::new(MyRecognition))?;
    resource.register_custom_action("MyAction", Box::new(MyAction))?;
    println!("    Registered: MyRecognition, MyAction");

    // List registered components
    let reco_list = resource.custom_recognition_list()?;
    let action_list = resource.custom_action_list()?;
    println!("    Recognition list: {:?}", reco_list);
    println!("    Action list: {:?}", action_list);

    // Load resource bundle
    let resource_path = "sample/resource";
    println!("    Loading resource from: {}", resource_path);
    match resource.post_bundle(resource_path) {
        Ok(job) => {
            let status = job.wait();
            println!("    Load status: {:?}", status);
        }
        Err(e) => println!("    Load failed: {} (OK for demo)", e),
    }

    // Add event sink
    resource.add_sink(|msg, details| {
        println!(
            "    [ResourceEvent] {}: {}",
            msg,
            &details[..details.len().min(50)]
        );
    })?;

    // -------------------------------------------------------------------------
    // 6. Tasker Setup and Execution
    // -------------------------------------------------------------------------
    println!("\n[6] Setting up tasker...");

    let tasker = Tasker::new()?;

    // Bind resource
    tasker.bind_resource(&resource)?;
    println!("    Resource bound");

    // Bind controller (if available)
    if let Some(ref ctrl) = controller {
        tasker.bind_controller(ctrl)?;
        println!("    Controller bound");
    }

    // Check initialization
    if tasker.inited() {
        println!("    Tasker initialized successfully!");

        // Add event sink
        tasker.add_sink(|msg, details| {
            println!(
                "    [TaskerEvent] {}: {}",
                msg,
                &details[..details.len().min(50)]
            );
        })?;

        // Execute task with pipeline override
        let pipeline_override = r#"{
            "MyCustomEntry": {
                "recognition": "Custom",
                "custom_recognition": "MyRecognition",
                "action": "Custom",
                "custom_action": "MyAction"
            }
        }"#;

        println!("\n[7] Executing task...");
        match tasker.post_task("MyCustomEntry", pipeline_override) {
            Ok(job) => {
                let status = job.wait();
                println!("    Task status: {:?}", status);

                if let Ok(Some(detail)) = job.get(false) {
                    println!("    Entry: {}", detail.entry);
                    println!("    Nodes executed: {}", detail.nodes.len());

                    for node_opt in detail.nodes {
                        if let Some(node) = node_opt {
                            if let Some(reco) = node.recognition {
                                println!(
                                    "      Node: {}, Algo: {:?}",
                                    node.node_name, reco.algorithm
                                );
                            }
                        }
                    }
                }
            }
            Err(e) => println!("    Task failed: {}", e),
        }
    } else {
        println!("    Tasker not fully initialized (missing controller binding)");
    }

    // -------------------------------------------------------------------------
    // 8. Cleanup
    // -------------------------------------------------------------------------
    println!("\n[8] Demo completed!");
    println!("    - Toolkit, Controller, Resource, Tasker all demonstrated");
    println!("    - Custom Recognition and Action registered and explained");
    println!("    - Context API documented in custom component implementations");

    Ok(())
}

pub unsafe fn from_raw(ptr: *mut MaaTasker, owns: bool) -> MaaResult<Self>

Create a Tasker from a raw pointer.

Safety

The pointer must be valid. If owns is true, the Tasker will destroy the handle when dropped.

pub fn bind_resource(&self, res: &Resource) -> MaaResult<()>

Bind a resource to this tasker.

Examples found in repository

examples/main.rs (line 371)

fn main() -> Result<(), Box<dyn std::error::Error>> {
    println!("=== MaaFramework Rust SDK Demo ===\n");

    // -------------------------------------------------------------------------
    // 1. Initialize Toolkit
    // -------------------------------------------------------------------------
    let user_path = "./";
    Toolkit::init_option(user_path, "{}")?;
    println!("[1] Toolkit initialized with user_path: {}", user_path);

    // -------------------------------------------------------------------------
    // 2. Device Discovery
    // -------------------------------------------------------------------------

    // ADB devices
    println!("\n[2] Scanning for ADB devices...");
    let adb_devices = Toolkit::find_adb_devices()?;
    if adb_devices.is_empty() {
        println!("    No ADB device found.");
    } else {
        for device in &adb_devices {
            println!("    Found: {} ({})", device.name, device.address);
        }
    }

    // Win32 windows (Windows only)
    #[cfg(target_os = "windows")]
    {
        println!("\n    Scanning for desktop windows...");
        match Toolkit::find_desktop_windows() {
            Ok(windows) => {
                if windows.is_empty() {
                    println!("    No window found.");
                } else {
                    for (i, win) in windows.iter().take(3).enumerate() {
                        println!("    [{}] hwnd={:?}, class={}", i, win.hwnd, win.class_name);
                    }
                    if windows.len() > 3 {
                        println!("    ... and {} more", windows.len() - 3);
                    }
                }
            }
            Err(e) => println!("    Failed to find windows: {}", e),
        }
    }

    // -------------------------------------------------------------------------
    // 3. Create Controller (choose one)
    // -------------------------------------------------------------------------
    println!("\n[3] Creating controller...");

    let controller: Option<Controller>;

    // Option A: ADB Controller
    #[cfg(feature = "adb")]
    if let Some(device) = adb_devices.first() {
        println!("    Using ADB device: {}", device.name);
        let config_str = serde_json::to_string(&device.config)?;
        controller = Some(Controller::new_adb(
            device.adb_path.to_str().unwrap(),
            &device.address,
            &config_str,
            None,
        )?);
    } else {
        controller = None;
    }

    #[cfg(not(feature = "adb"))]
    {
        controller = None;
    }

    // Option B: Win32 Controller (uncomment to use)
    // #[cfg(target_os = "windows")]
    // if let Some(window) = windows.first() {
    //     controller = Some(Controller::new_win32(
    //         window.hwnd as isize,
    //         common::Win32ScreencapMethod::FramePool as i32,
    //         common::Win32InputMethod::PostMessage as i32,
    //         common::Win32InputMethod::PostMessage as i32,
    //     )?);
    // }

    // -------------------------------------------------------------------------
    // 4. Controller Operations
    // -------------------------------------------------------------------------
    if let Some(ref ctrl) = controller {
        println!("\n[4] Controller operations...");

        // Connect
        let conn_id = ctrl.post_connection()?;
        ctrl.wait(conn_id);
        println!("    Connected: {}", ctrl.connected());

        // Screenshot
        let cap_id = ctrl.post_screencap()?;
        ctrl.wait(cap_id);
        println!("    Screenshot captured");

        // Click (sync)
        let click_id = ctrl.post_click(114, 514)?;
        ctrl.wait(click_id);
        println!("    Clicked at (114, 514)");

        // Click (async) - post now, wait later
        let click_id2 = ctrl.post_click(514, 114)?;
        // ... do other work here ...
        ctrl.wait(click_id2);
        println!("    Async click completed");

        // Input text
        let input_id = ctrl.post_input_text("Hello MAA!")?;
        ctrl.wait(input_id);
        println!("    Text input sent");

        // Get resolution
        if let Ok((w, h)) = ctrl.resolution() {
            println!("    Resolution: {}x{}", w, h);
        }
    } else {
        println!("\n[4] Skipping controller operations (no device available)");
    }

    // -------------------------------------------------------------------------
    // 5. Resource Setup
    // -------------------------------------------------------------------------
    println!("\n[5] Setting up resource...");

    let resource = Resource::new()?;

    // Register custom recognition and action
    resource.register_custom_recognition("MyRecognition", Box::new(MyRecognition))?;
    resource.register_custom_action("MyAction", Box::new(MyAction))?;
    println!("    Registered: MyRecognition, MyAction");

    // List registered components
    let reco_list = resource.custom_recognition_list()?;
    let action_list = resource.custom_action_list()?;
    println!("    Recognition list: {:?}", reco_list);
    println!("    Action list: {:?}", action_list);

    // Load resource bundle
    let resource_path = "sample/resource";
    println!("    Loading resource from: {}", resource_path);
    match resource.post_bundle(resource_path) {
        Ok(job) => {
            let status = job.wait();
            println!("    Load status: {:?}", status);
        }
        Err(e) => println!("    Load failed: {} (OK for demo)", e),
    }

    // Add event sink
    resource.add_sink(|msg, details| {
        println!(
            "    [ResourceEvent] {}: {}",
            msg,
            &details[..details.len().min(50)]
        );
    })?;

    // -------------------------------------------------------------------------
    // 6. Tasker Setup and Execution
    // -------------------------------------------------------------------------
    println!("\n[6] Setting up tasker...");

    let tasker = Tasker::new()?;

    // Bind resource
    tasker.bind_resource(&resource)?;
    println!("    Resource bound");

    // Bind controller (if available)
    if let Some(ref ctrl) = controller {
        tasker.bind_controller(ctrl)?;
        println!("    Controller bound");
    }

    // Check initialization
    if tasker.inited() {
        println!("    Tasker initialized successfully!");

        // Add event sink
        tasker.add_sink(|msg, details| {
            println!(
                "    [TaskerEvent] {}: {}",
                msg,
                &details[..details.len().min(50)]
            );
        })?;

        // Execute task with pipeline override
        let pipeline_override = r#"{
            "MyCustomEntry": {
                "recognition": "Custom",
                "custom_recognition": "MyRecognition",
                "action": "Custom",
                "custom_action": "MyAction"
            }
        }"#;

        println!("\n[7] Executing task...");
        match tasker.post_task("MyCustomEntry", pipeline_override) {
            Ok(job) => {
                let status = job.wait();
                println!("    Task status: {:?}", status);

                if let Ok(Some(detail)) = job.get(false) {
                    println!("    Entry: {}", detail.entry);
                    println!("    Nodes executed: {}", detail.nodes.len());

                    for node_opt in detail.nodes {
                        if let Some(node) = node_opt {
                            if let Some(reco) = node.recognition {
                                println!(
                                    "      Node: {}, Algo: {:?}",
                                    node.node_name, reco.algorithm
                                );
                            }
                        }
                    }
                }
            }
            Err(e) => println!("    Task failed: {}", e),
        }
    } else {
        println!("    Tasker not fully initialized (missing controller binding)");
    }

    // -------------------------------------------------------------------------
    // 8. Cleanup
    // -------------------------------------------------------------------------
    println!("\n[8] Demo completed!");
    println!("    - Toolkit, Controller, Resource, Tasker all demonstrated");
    println!("    - Custom Recognition and Action registered and explained");
    println!("    - Context API documented in custom component implementations");

    Ok(())
}

pub fn bind_controller(&self, ctrl: &Controller) -> MaaResult<()>

Bind a controller to this tasker.

Examples found in repository

examples/main.rs (line 376)

fn main() -> Result<(), Box<dyn std::error::Error>> {
    println!("=== MaaFramework Rust SDK Demo ===\n");

    // -------------------------------------------------------------------------
    // 1. Initialize Toolkit
    // -------------------------------------------------------------------------
    let user_path = "./";
    Toolkit::init_option(user_path, "{}")?;
    println!("[1] Toolkit initialized with user_path: {}", user_path);

    // -------------------------------------------------------------------------
    // 2. Device Discovery
    // -------------------------------------------------------------------------

    // ADB devices
    println!("\n[2] Scanning for ADB devices...");
    let adb_devices = Toolkit::find_adb_devices()?;
    if adb_devices.is_empty() {
        println!("    No ADB device found.");
    } else {
        for device in &adb_devices {
            println!("    Found: {} ({})", device.name, device.address);
        }
    }

    // Win32 windows (Windows only)
    #[cfg(target_os = "windows")]
    {
        println!("\n    Scanning for desktop windows...");
        match Toolkit::find_desktop_windows() {
            Ok(windows) => {
                if windows.is_empty() {
                    println!("    No window found.");
                } else {
                    for (i, win) in windows.iter().take(3).enumerate() {
                        println!("    [{}] hwnd={:?}, class={}", i, win.hwnd, win.class_name);
                    }
                    if windows.len() > 3 {
                        println!("    ... and {} more", windows.len() - 3);
                    }
                }
            }
            Err(e) => println!("    Failed to find windows: {}", e),
        }
    }

    // -------------------------------------------------------------------------
    // 3. Create Controller (choose one)
    // -------------------------------------------------------------------------
    println!("\n[3] Creating controller...");

    let controller: Option<Controller>;

    // Option A: ADB Controller
    #[cfg(feature = "adb")]
    if let Some(device) = adb_devices.first() {
        println!("    Using ADB device: {}", device.name);
        let config_str = serde_json::to_string(&device.config)?;
        controller = Some(Controller::new_adb(
            device.adb_path.to_str().unwrap(),
            &device.address,
            &config_str,
            None,
        )?);
    } else {
        controller = None;
    }

    #[cfg(not(feature = "adb"))]
    {
        controller = None;
    }

    // Option B: Win32 Controller (uncomment to use)
    // #[cfg(target_os = "windows")]
    // if let Some(window) = windows.first() {
    //     controller = Some(Controller::new_win32(
    //         window.hwnd as isize,
    //         common::Win32ScreencapMethod::FramePool as i32,
    //         common::Win32InputMethod::PostMessage as i32,
    //         common::Win32InputMethod::PostMessage as i32,
    //     )?);
    // }

    // -------------------------------------------------------------------------
    // 4. Controller Operations
    // -------------------------------------------------------------------------
    if let Some(ref ctrl) = controller {
        println!("\n[4] Controller operations...");

        // Connect
        let conn_id = ctrl.post_connection()?;
        ctrl.wait(conn_id);
        println!("    Connected: {}", ctrl.connected());

        // Screenshot
        let cap_id = ctrl.post_screencap()?;
        ctrl.wait(cap_id);
        println!("    Screenshot captured");

        // Click (sync)
        let click_id = ctrl.post_click(114, 514)?;
        ctrl.wait(click_id);
        println!("    Clicked at (114, 514)");

        // Click (async) - post now, wait later
        let click_id2 = ctrl.post_click(514, 114)?;
        // ... do other work here ...
        ctrl.wait(click_id2);
        println!("    Async click completed");

        // Input text
        let input_id = ctrl.post_input_text("Hello MAA!")?;
        ctrl.wait(input_id);
        println!("    Text input sent");

        // Get resolution
        if let Ok((w, h)) = ctrl.resolution() {
            println!("    Resolution: {}x{}", w, h);
        }
    } else {
        println!("\n[4] Skipping controller operations (no device available)");
    }

    // -------------------------------------------------------------------------
    // 5. Resource Setup
    // -------------------------------------------------------------------------
    println!("\n[5] Setting up resource...");

    let resource = Resource::new()?;

    // Register custom recognition and action
    resource.register_custom_recognition("MyRecognition", Box::new(MyRecognition))?;
    resource.register_custom_action("MyAction", Box::new(MyAction))?;
    println!("    Registered: MyRecognition, MyAction");

    // List registered components
    let reco_list = resource.custom_recognition_list()?;
    let action_list = resource.custom_action_list()?;
    println!("    Recognition list: {:?}", reco_list);
    println!("    Action list: {:?}", action_list);

    // Load resource bundle
    let resource_path = "sample/resource";
    println!("    Loading resource from: {}", resource_path);
    match resource.post_bundle(resource_path) {
        Ok(job) => {
            let status = job.wait();
            println!("    Load status: {:?}", status);
        }
        Err(e) => println!("    Load failed: {} (OK for demo)", e),
    }

    // Add event sink
    resource.add_sink(|msg, details| {
        println!(
            "    [ResourceEvent] {}: {}",
            msg,
            &details[..details.len().min(50)]
        );
    })?;

    // -------------------------------------------------------------------------
    // 6. Tasker Setup and Execution
    // -------------------------------------------------------------------------
    println!("\n[6] Setting up tasker...");

    let tasker = Tasker::new()?;

    // Bind resource
    tasker.bind_resource(&resource)?;
    println!("    Resource bound");

    // Bind controller (if available)
    if let Some(ref ctrl) = controller {
        tasker.bind_controller(ctrl)?;
        println!("    Controller bound");
    }

    // Check initialization
    if tasker.inited() {
        println!("    Tasker initialized successfully!");

        // Add event sink
        tasker.add_sink(|msg, details| {
            println!(
                "    [TaskerEvent] {}: {}",
                msg,
                &details[..details.len().min(50)]
            );
        })?;

        // Execute task with pipeline override
        let pipeline_override = r#"{
            "MyCustomEntry": {
                "recognition": "Custom",
                "custom_recognition": "MyRecognition",
                "action": "Custom",
                "custom_action": "MyAction"
            }
        }"#;

        println!("\n[7] Executing task...");
        match tasker.post_task("MyCustomEntry", pipeline_override) {
            Ok(job) => {
                let status = job.wait();
                println!("    Task status: {:?}", status);

                if let Ok(Some(detail)) = job.get(false) {
                    println!("    Entry: {}", detail.entry);
                    println!("    Nodes executed: {}", detail.nodes.len());

                    for node_opt in detail.nodes {
                        if let Some(node) = node_opt {
                            if let Some(reco) = node.recognition {
                                println!(
                                    "      Node: {}, Algo: {:?}",
                                    node.node_name, reco.algorithm
                                );
                            }
                        }
                    }
                }
            }
            Err(e) => println!("    Task failed: {}", e),
        }
    } else {
        println!("    Tasker not fully initialized (missing controller binding)");
    }

    // -------------------------------------------------------------------------
    // 8. Cleanup
    // -------------------------------------------------------------------------
    println!("\n[8] Demo completed!");
    println!("    - Toolkit, Controller, Resource, Tasker all demonstrated");
    println!("    - Custom Recognition and Action registered and explained");
    println!("    - Context API documented in custom component implementations");

    Ok(())
}

pub fn get_recognition_detail( &self, reco_id: MaaId, ) -> MaaResult<Option<RecognitionDetail>>

Get recognition details by ID.

pub fn get_action_detail( &self, act_id: MaaId, ) -> MaaResult<Option<ActionDetail>>

Get action details by ID.

pub fn get_node_detail(&self, node_id: MaaId) -> MaaResult<Option<NodeDetail>>

Get node details by ID.

pub fn get_task_detail(&self, task_id: MaaId) -> MaaResult<Option<TaskDetail>>

Get task details by ID.

pub fn post_task( &self, entry: &str, pipeline_override: &str, ) -> MaaResult<TaskJob<'static, TaskDetail>>

Post a task for execution.

Arguments

• entry - The task entry point name
• pipeline_override - JSON string for parameter overrides

Returns

A TaskJob that can be used to wait for completion and get results.

Examples found in repository

examples/main.rs (line 404)

fn main() -> Result<(), Box<dyn std::error::Error>> {
    println!("=== MaaFramework Rust SDK Demo ===\n");

    // -------------------------------------------------------------------------
    // 1. Initialize Toolkit
    // -------------------------------------------------------------------------
    let user_path = "./";
    Toolkit::init_option(user_path, "{}")?;
    println!("[1] Toolkit initialized with user_path: {}", user_path);

    // -------------------------------------------------------------------------
    // 2. Device Discovery
    // -------------------------------------------------------------------------

    // ADB devices
    println!("\n[2] Scanning for ADB devices...");
    let adb_devices = Toolkit::find_adb_devices()?;
    if adb_devices.is_empty() {
        println!("    No ADB device found.");
    } else {
        for device in &adb_devices {
            println!("    Found: {} ({})", device.name, device.address);
        }
    }

    // Win32 windows (Windows only)
    #[cfg(target_os = "windows")]
    {
        println!("\n    Scanning for desktop windows...");
        match Toolkit::find_desktop_windows() {
            Ok(windows) => {
                if windows.is_empty() {
                    println!("    No window found.");
                } else {
                    for (i, win) in windows.iter().take(3).enumerate() {
                        println!("    [{}] hwnd={:?}, class={}", i, win.hwnd, win.class_name);
                    }
                    if windows.len() > 3 {
                        println!("    ... and {} more", windows.len() - 3);
                    }
                }
            }
            Err(e) => println!("    Failed to find windows: {}", e),
        }
    }

    // -------------------------------------------------------------------------
    // 3. Create Controller (choose one)
    // -------------------------------------------------------------------------
    println!("\n[3] Creating controller...");

    let controller: Option<Controller>;

    // Option A: ADB Controller
    #[cfg(feature = "adb")]
    if let Some(device) = adb_devices.first() {
        println!("    Using ADB device: {}", device.name);
        let config_str = serde_json::to_string(&device.config)?;
        controller = Some(Controller::new_adb(
            device.adb_path.to_str().unwrap(),
            &device.address,
            &config_str,
            None,
        )?);
    } else {
        controller = None;
    }

    #[cfg(not(feature = "adb"))]
    {
        controller = None;
    }

    // Option B: Win32 Controller (uncomment to use)
    // #[cfg(target_os = "windows")]
    // if let Some(window) = windows.first() {
    //     controller = Some(Controller::new_win32(
    //         window.hwnd as isize,
    //         common::Win32ScreencapMethod::FramePool as i32,
    //         common::Win32InputMethod::PostMessage as i32,
    //         common::Win32InputMethod::PostMessage as i32,
    //     )?);
    // }

    // -------------------------------------------------------------------------
    // 4. Controller Operations
    // -------------------------------------------------------------------------
    if let Some(ref ctrl) = controller {
        println!("\n[4] Controller operations...");

        // Connect
        let conn_id = ctrl.post_connection()?;
        ctrl.wait(conn_id);
        println!("    Connected: {}", ctrl.connected());

        // Screenshot
        let cap_id = ctrl.post_screencap()?;
        ctrl.wait(cap_id);
        println!("    Screenshot captured");

        // Click (sync)
        let click_id = ctrl.post_click(114, 514)?;
        ctrl.wait(click_id);
        println!("    Clicked at (114, 514)");

        // Click (async) - post now, wait later
        let click_id2 = ctrl.post_click(514, 114)?;
        // ... do other work here ...
        ctrl.wait(click_id2);
        println!("    Async click completed");

        // Input text
        let input_id = ctrl.post_input_text("Hello MAA!")?;
        ctrl.wait(input_id);
        println!("    Text input sent");

        // Get resolution
        if let Ok((w, h)) = ctrl.resolution() {
            println!("    Resolution: {}x{}", w, h);
        }
    } else {
        println!("\n[4] Skipping controller operations (no device available)");
    }

    // -------------------------------------------------------------------------
    // 5. Resource Setup
    // -------------------------------------------------------------------------
    println!("\n[5] Setting up resource...");

    let resource = Resource::new()?;

    // Register custom recognition and action
    resource.register_custom_recognition("MyRecognition", Box::new(MyRecognition))?;
    resource.register_custom_action("MyAction", Box::new(MyAction))?;
    println!("    Registered: MyRecognition, MyAction");

    // List registered components
    let reco_list = resource.custom_recognition_list()?;
    let action_list = resource.custom_action_list()?;
    println!("    Recognition list: {:?}", reco_list);
    println!("    Action list: {:?}", action_list);

    // Load resource bundle
    let resource_path = "sample/resource";
    println!("    Loading resource from: {}", resource_path);
    match resource.post_bundle(resource_path) {
        Ok(job) => {
            let status = job.wait();
            println!("    Load status: {:?}", status);
        }
        Err(e) => println!("    Load failed: {} (OK for demo)", e),
    }

    // Add event sink
    resource.add_sink(|msg, details| {
        println!(
            "    [ResourceEvent] {}: {}",
            msg,
            &details[..details.len().min(50)]
        );
    })?;

    // -------------------------------------------------------------------------
    // 6. Tasker Setup and Execution
    // -------------------------------------------------------------------------
    println!("\n[6] Setting up tasker...");

    let tasker = Tasker::new()?;

    // Bind resource
    tasker.bind_resource(&resource)?;
    println!("    Resource bound");

    // Bind controller (if available)
    if let Some(ref ctrl) = controller {
        tasker.bind_controller(ctrl)?;
        println!("    Controller bound");
    }

    // Check initialization
    if tasker.inited() {
        println!("    Tasker initialized successfully!");

        // Add event sink
        tasker.add_sink(|msg, details| {
            println!(
                "    [TaskerEvent] {}: {}",
                msg,
                &details[..details.len().min(50)]
            );
        })?;

        // Execute task with pipeline override
        let pipeline_override = r#"{
            "MyCustomEntry": {
                "recognition": "Custom",
                "custom_recognition": "MyRecognition",
                "action": "Custom",
                "custom_action": "MyAction"
            }
        }"#;

        println!("\n[7] Executing task...");
        match tasker.post_task("MyCustomEntry", pipeline_override) {
            Ok(job) => {
                let status = job.wait();
                println!("    Task status: {:?}", status);

                if let Ok(Some(detail)) = job.get(false) {
                    println!("    Entry: {}", detail.entry);
                    println!("    Nodes executed: {}", detail.nodes.len());

                    for node_opt in detail.nodes {
                        if let Some(node) = node_opt {
                            if let Some(reco) = node.recognition {
                                println!(
                                    "      Node: {}, Algo: {:?}",
                                    node.node_name, reco.algorithm
                                );
                            }
                        }
                    }
                }
            }
            Err(e) => println!("    Task failed: {}", e),
        }
    } else {
        println!("    Tasker not fully initialized (missing controller binding)");
    }

    // -------------------------------------------------------------------------
    // 8. Cleanup
    // -------------------------------------------------------------------------
    println!("\n[8] Demo completed!");
    println!("    - Toolkit, Controller, Resource, Tasker all demonstrated");
    println!("    - Custom Recognition and Action registered and explained");
    println!("    - Context API documented in custom component implementations");

    Ok(())
}

pub fn post_task_json( &self, entry: &str, pipeline_override: &Value, ) -> MaaResult<TaskJob<'static, TaskDetail>>

Post a task with JSON pipeline override.

Convenience method that accepts serde_json::Value for pipeline overrides.

Example

use serde_json::json;
let job = tasker.post_task_json("StartTask", &json!({
    "StartTask": { "next": ["SecondTask"] }
}))?;

pub fn inited(&self) -> bool

Check if the tasker has been initialized (resource and controller bound).

Examples found in repository

examples/main.rs (line 381)

fn main() -> Result<(), Box<dyn std::error::Error>> {
    println!("=== MaaFramework Rust SDK Demo ===\n");

    // -------------------------------------------------------------------------
    // 1. Initialize Toolkit
    // -------------------------------------------------------------------------
    let user_path = "./";
    Toolkit::init_option(user_path, "{}")?;
    println!("[1] Toolkit initialized with user_path: {}", user_path);

    // -------------------------------------------------------------------------
    // 2. Device Discovery
    // -------------------------------------------------------------------------

    // ADB devices
    println!("\n[2] Scanning for ADB devices...");
    let adb_devices = Toolkit::find_adb_devices()?;
    if adb_devices.is_empty() {
        println!("    No ADB device found.");
    } else {
        for device in &adb_devices {
            println!("    Found: {} ({})", device.name, device.address);
        }
    }

    // Win32 windows (Windows only)
    #[cfg(target_os = "windows")]
    {
        println!("\n    Scanning for desktop windows...");
        match Toolkit::find_desktop_windows() {
            Ok(windows) => {
                if windows.is_empty() {
                    println!("    No window found.");
                } else {
                    for (i, win) in windows.iter().take(3).enumerate() {
                        println!("    [{}] hwnd={:?}, class={}", i, win.hwnd, win.class_name);
                    }
                    if windows.len() > 3 {
                        println!("    ... and {} more", windows.len() - 3);
                    }
                }
            }
            Err(e) => println!("    Failed to find windows: {}", e),
        }
    }

    // -------------------------------------------------------------------------
    // 3. Create Controller (choose one)
    // -------------------------------------------------------------------------
    println!("\n[3] Creating controller...");

    let controller: Option<Controller>;

    // Option A: ADB Controller
    #[cfg(feature = "adb")]
    if let Some(device) = adb_devices.first() {
        println!("    Using ADB device: {}", device.name);
        let config_str = serde_json::to_string(&device.config)?;
        controller = Some(Controller::new_adb(
            device.adb_path.to_str().unwrap(),
            &device.address,
            &config_str,
            None,
        )?);
    } else {
        controller = None;
    }

    #[cfg(not(feature = "adb"))]
    {
        controller = None;
    }

    // Option B: Win32 Controller (uncomment to use)
    // #[cfg(target_os = "windows")]
    // if let Some(window) = windows.first() {
    //     controller = Some(Controller::new_win32(
    //         window.hwnd as isize,
    //         common::Win32ScreencapMethod::FramePool as i32,
    //         common::Win32InputMethod::PostMessage as i32,
    //         common::Win32InputMethod::PostMessage as i32,
    //     )?);
    // }

    // -------------------------------------------------------------------------
    // 4. Controller Operations
    // -------------------------------------------------------------------------
    if let Some(ref ctrl) = controller {
        println!("\n[4] Controller operations...");

        // Connect
        let conn_id = ctrl.post_connection()?;
        ctrl.wait(conn_id);
        println!("    Connected: {}", ctrl.connected());

        // Screenshot
        let cap_id = ctrl.post_screencap()?;
        ctrl.wait(cap_id);
        println!("    Screenshot captured");

        // Click (sync)
        let click_id = ctrl.post_click(114, 514)?;
        ctrl.wait(click_id);
        println!("    Clicked at (114, 514)");

        // Click (async) - post now, wait later
        let click_id2 = ctrl.post_click(514, 114)?;
        // ... do other work here ...
        ctrl.wait(click_id2);
        println!("    Async click completed");

        // Input text
        let input_id = ctrl.post_input_text("Hello MAA!")?;
        ctrl.wait(input_id);
        println!("    Text input sent");

        // Get resolution
        if let Ok((w, h)) = ctrl.resolution() {
            println!("    Resolution: {}x{}", w, h);
        }
    } else {
        println!("\n[4] Skipping controller operations (no device available)");
    }

    // -------------------------------------------------------------------------
    // 5. Resource Setup
    // -------------------------------------------------------------------------
    println!("\n[5] Setting up resource...");

    let resource = Resource::new()?;

    // Register custom recognition and action
    resource.register_custom_recognition("MyRecognition", Box::new(MyRecognition))?;
    resource.register_custom_action("MyAction", Box::new(MyAction))?;
    println!("    Registered: MyRecognition, MyAction");

    // List registered components
    let reco_list = resource.custom_recognition_list()?;
    let action_list = resource.custom_action_list()?;
    println!("    Recognition list: {:?}", reco_list);
    println!("    Action list: {:?}", action_list);

    // Load resource bundle
    let resource_path = "sample/resource";
    println!("    Loading resource from: {}", resource_path);
    match resource.post_bundle(resource_path) {
        Ok(job) => {
            let status = job.wait();
            println!("    Load status: {:?}", status);
        }
        Err(e) => println!("    Load failed: {} (OK for demo)", e),
    }

    // Add event sink
    resource.add_sink(|msg, details| {
        println!(
            "    [ResourceEvent] {}: {}",
            msg,
            &details[..details.len().min(50)]
        );
    })?;

    // -------------------------------------------------------------------------
    // 6. Tasker Setup and Execution
    // -------------------------------------------------------------------------
    println!("\n[6] Setting up tasker...");

    let tasker = Tasker::new()?;

    // Bind resource
    tasker.bind_resource(&resource)?;
    println!("    Resource bound");

    // Bind controller (if available)
    if let Some(ref ctrl) = controller {
        tasker.bind_controller(ctrl)?;
        println!("    Controller bound");
    }

    // Check initialization
    if tasker.inited() {
        println!("    Tasker initialized successfully!");

        // Add event sink
        tasker.add_sink(|msg, details| {
            println!(
                "    [TaskerEvent] {}: {}",
                msg,
                &details[..details.len().min(50)]
            );
        })?;

        // Execute task with pipeline override
        let pipeline_override = r#"{
            "MyCustomEntry": {
                "recognition": "Custom",
                "custom_recognition": "MyRecognition",
                "action": "Custom",
                "custom_action": "MyAction"
            }
        }"#;

        println!("\n[7] Executing task...");
        match tasker.post_task("MyCustomEntry", pipeline_override) {
            Ok(job) => {
                let status = job.wait();
                println!("    Task status: {:?}", status);

                if let Ok(Some(detail)) = job.get(false) {
                    println!("    Entry: {}", detail.entry);
                    println!("    Nodes executed: {}", detail.nodes.len());

                    for node_opt in detail.nodes {
                        if let Some(node) = node_opt {
                            if let Some(reco) = node.recognition {
                                println!(
                                    "      Node: {}, Algo: {:?}",
                                    node.node_name, reco.algorithm
                                );
                            }
                        }
                    }
                }
            }
            Err(e) => println!("    Task failed: {}", e),
        }
    } else {
        println!("    Tasker not fully initialized (missing controller binding)");
    }

    // -------------------------------------------------------------------------
    // 8. Cleanup
    // -------------------------------------------------------------------------
    println!("\n[8] Demo completed!");
    println!("    - Toolkit, Controller, Resource, Tasker all demonstrated");
    println!("    - Custom Recognition and Action registered and explained");
    println!("    - Context API documented in custom component implementations");

    Ok(())
}

pub fn raw(&self) -> *mut MaaTasker

Get the underlying raw tasker handle.

pub fn add_sink<F>(&self, callback: F) -> MaaResult<MaaSinkId>

where F: Fn(&str, &str) + Send + Sync + 'static,

Add a tasker event sink callback.

This registers a callback that will be invoked for all tasker events including task start, task completion, and status changes.

Arguments

• callback - Closure that receives (message, detail_json) for each event

Returns

Sink ID for later removal via remove_sink()

Examples found in repository

examples/main.rs (lines 385-391)

fn main() -> Result<(), Box<dyn std::error::Error>> {
    println!("=== MaaFramework Rust SDK Demo ===\n");

    // -------------------------------------------------------------------------
    // 1. Initialize Toolkit
    // -------------------------------------------------------------------------
    let user_path = "./";
    Toolkit::init_option(user_path, "{}")?;
    println!("[1] Toolkit initialized with user_path: {}", user_path);

    // -------------------------------------------------------------------------
    // 2. Device Discovery
    // -------------------------------------------------------------------------

    // ADB devices
    println!("\n[2] Scanning for ADB devices...");
    let adb_devices = Toolkit::find_adb_devices()?;
    if adb_devices.is_empty() {
        println!("    No ADB device found.");
    } else {
        for device in &adb_devices {
            println!("    Found: {} ({})", device.name, device.address);
        }
    }

    // Win32 windows (Windows only)
    #[cfg(target_os = "windows")]
    {
        println!("\n    Scanning for desktop windows...");
        match Toolkit::find_desktop_windows() {
            Ok(windows) => {
                if windows.is_empty() {
                    println!("    No window found.");
                } else {
                    for (i, win) in windows.iter().take(3).enumerate() {
                        println!("    [{}] hwnd={:?}, class={}", i, win.hwnd, win.class_name);
                    }
                    if windows.len() > 3 {
                        println!("    ... and {} more", windows.len() - 3);
                    }
                }
            }
            Err(e) => println!("    Failed to find windows: {}", e),
        }
    }

    // -------------------------------------------------------------------------
    // 3. Create Controller (choose one)
    // -------------------------------------------------------------------------
    println!("\n[3] Creating controller...");

    let controller: Option<Controller>;

    // Option A: ADB Controller
    #[cfg(feature = "adb")]
    if let Some(device) = adb_devices.first() {
        println!("    Using ADB device: {}", device.name);
        let config_str = serde_json::to_string(&device.config)?;
        controller = Some(Controller::new_adb(
            device.adb_path.to_str().unwrap(),
            &device.address,
            &config_str,
            None,
        )?);
    } else {
        controller = None;
    }

    #[cfg(not(feature = "adb"))]
    {
        controller = None;
    }

    // Option B: Win32 Controller (uncomment to use)
    // #[cfg(target_os = "windows")]
    // if let Some(window) = windows.first() {
    //     controller = Some(Controller::new_win32(
    //         window.hwnd as isize,
    //         common::Win32ScreencapMethod::FramePool as i32,
    //         common::Win32InputMethod::PostMessage as i32,
    //         common::Win32InputMethod::PostMessage as i32,
    //     )?);
    // }

    // -------------------------------------------------------------------------
    // 4. Controller Operations
    // -------------------------------------------------------------------------
    if let Some(ref ctrl) = controller {
        println!("\n[4] Controller operations...");

        // Connect
        let conn_id = ctrl.post_connection()?;
        ctrl.wait(conn_id);
        println!("    Connected: {}", ctrl.connected());

        // Screenshot
        let cap_id = ctrl.post_screencap()?;
        ctrl.wait(cap_id);
        println!("    Screenshot captured");

        // Click (sync)
        let click_id = ctrl.post_click(114, 514)?;
        ctrl.wait(click_id);
        println!("    Clicked at (114, 514)");

        // Click (async) - post now, wait later
        let click_id2 = ctrl.post_click(514, 114)?;
        // ... do other work here ...
        ctrl.wait(click_id2);
        println!("    Async click completed");

        // Input text
        let input_id = ctrl.post_input_text("Hello MAA!")?;
        ctrl.wait(input_id);
        println!("    Text input sent");

        // Get resolution
        if let Ok((w, h)) = ctrl.resolution() {
            println!("    Resolution: {}x{}", w, h);
        }
    } else {
        println!("\n[4] Skipping controller operations (no device available)");
    }

    // -------------------------------------------------------------------------
    // 5. Resource Setup
    // -------------------------------------------------------------------------
    println!("\n[5] Setting up resource...");

    let resource = Resource::new()?;

    // Register custom recognition and action
    resource.register_custom_recognition("MyRecognition", Box::new(MyRecognition))?;
    resource.register_custom_action("MyAction", Box::new(MyAction))?;
    println!("    Registered: MyRecognition, MyAction");

    // List registered components
    let reco_list = resource.custom_recognition_list()?;
    let action_list = resource.custom_action_list()?;
    println!("    Recognition list: {:?}", reco_list);
    println!("    Action list: {:?}", action_list);

    // Load resource bundle
    let resource_path = "sample/resource";
    println!("    Loading resource from: {}", resource_path);
    match resource.post_bundle(resource_path) {
        Ok(job) => {
            let status = job.wait();
            println!("    Load status: {:?}", status);
        }
        Err(e) => println!("    Load failed: {} (OK for demo)", e),
    }

    // Add event sink
    resource.add_sink(|msg, details| {
        println!(
            "    [ResourceEvent] {}: {}",
            msg,
            &details[..details.len().min(50)]
        );
    })?;

    // -------------------------------------------------------------------------
    // 6. Tasker Setup and Execution
    // -------------------------------------------------------------------------
    println!("\n[6] Setting up tasker...");

    let tasker = Tasker::new()?;

    // Bind resource
    tasker.bind_resource(&resource)?;
    println!("    Resource bound");

    // Bind controller (if available)
    if let Some(ref ctrl) = controller {
        tasker.bind_controller(ctrl)?;
        println!("    Controller bound");
    }

    // Check initialization
    if tasker.inited() {
        println!("    Tasker initialized successfully!");

        // Add event sink
        tasker.add_sink(|msg, details| {
            println!(
                "    [TaskerEvent] {}: {}",
                msg,
                &details[..details.len().min(50)]
            );
        })?;

        // Execute task with pipeline override
        let pipeline_override = r#"{
            "MyCustomEntry": {
                "recognition": "Custom",
                "custom_recognition": "MyRecognition",
                "action": "Custom",
                "custom_action": "MyAction"
            }
        }"#;

        println!("\n[7] Executing task...");
        match tasker.post_task("MyCustomEntry", pipeline_override) {
            Ok(job) => {
                let status = job.wait();
                println!("    Task status: {:?}", status);

                if let Ok(Some(detail)) = job.get(false) {
                    println!("    Entry: {}", detail.entry);
                    println!("    Nodes executed: {}", detail.nodes.len());

                    for node_opt in detail.nodes {
                        if let Some(node) = node_opt {
                            if let Some(reco) = node.recognition {
                                println!(
                                    "      Node: {}, Algo: {:?}",
                                    node.node_name, reco.algorithm
                                );
                            }
                        }
                    }
                }
            }
            Err(e) => println!("    Task failed: {}", e),
        }
    } else {
        println!("    Tasker not fully initialized (missing controller binding)");
    }

    // -------------------------------------------------------------------------
    // 8. Cleanup
    // -------------------------------------------------------------------------
    println!("\n[8] Demo completed!");
    println!("    - Toolkit, Controller, Resource, Tasker all demonstrated");
    println!("    - Custom Recognition and Action registered and explained");
    println!("    - Context API documented in custom component implementations");

    Ok(())
}

pub fn add_event_sink(&self, sink: Box<dyn EventSink>) -> MaaResult<MaaSinkId>

Register a strongly-typed event sink.

This method registers an implementation of the EventSink trait to receive structured notifications from this tasker.

Arguments

• sink - The event sink implementation (must be boxed).

Returns

A MaaSinkId which can be used to manually remove the sink later via remove_sink. The sink will be automatically unregistered and dropped when the Tasker is dropped.

pub fn remove_sink(&self, sink_id: MaaSinkId)

Remove a tasker sink by ID.

Arguments

• sink_id - ID returned from add_sink()

pub fn clear_sinks(&self)

Clear all tasker sinks.

pub fn register_callback<F>(&self, callback: F) -> MaaResult<MaaId>

where F: Fn(&str, &str) + Send + Sync + 'static,

👎Deprecated since 0.5.1: Use add_sink() instead

pub fn post_stop(&self) -> MaaResult<MaaId>

Request the tasker to stop all running tasks.

pub fn is_running(&self) -> bool

Check if the tasker is currently running.

pub fn running(&self) -> bool

Check if the tasker is currently running (alias for is_running).

pub fn stopping(&self) -> bool

Check if the tasker is currently stopping.

pub fn add_context_sink<F>(&self, callback: F) -> MaaResult<MaaSinkId>

where F: Fn(&str, &str) + Send + Sync + 'static,

Add a context event sink callback. Returns a sink ID for later removal.

pub fn add_context_event_sink( &self, sink: Box<dyn EventSink>, ) -> MaaResult<MaaSinkId>

Register a strongly-typed context event sink.

This receives detailed execution events like Node.Recognition, Node.Action, etc.

Arguments

• sink - The event sink implementation (must be boxed).

Returns

A MaaSinkId which can be used to manually remove the sink later via remove_context_sink.

pub fn remove_context_sink(&self, sink_id: MaaSinkId)

Remove a context sink by ID.

pub fn clear_context_sinks(&self)

Clear all context sinks.

pub fn clear_cache(&self) -> MaaResult<()>

Clear all cached data.

pub fn override_pipeline( &self, task_id: MaaId, pipeline_override: &str, ) -> MaaResult<bool>

Override pipeline configuration for a specific task.

Arguments

• task_id - The ID of the task to update.
• pipeline_override - The JSON string containing the new configuration.

pub fn get_latest_node(&self, node_name: &str) -> MaaResult<Option<MaaId>>

Get the latest node ID for a given node name.

pub fn bind( &self, resource: &Resource, controller: &Controller, ) -> MaaResult<()>

Convenience method to bind both resource and controller at once.

pub fn resource(&self) -> Option<ResourceRef<'_>>

Get a borrowed view of the bound resource.

Returns None if no resource is bound.

Example

if let Some(res) = tasker.resource() {
    println!("Loaded: {}", res.loaded());
}

pub fn controller(&self) -> Option<ControllerRef<'_>>

Get a borrowed view of the bound controller.

Returns None if no controller is bound.

Example

if let Some(ctrl) = tasker.controller() {
    println!("Connected: {}", ctrl.connected());
}

pub fn resource_handle(&self) -> *mut MaaResource

Get the bound resource handle (raw pointer).

Returns the raw pointer to the resource. The caller should not destroy this handle.

pub fn controller_handle(&self) -> *mut MaaController

Get the bound controller handle (raw pointer).

Returns the raw pointer to the controller. The caller should not destroy this handle.

pub fn post_recognition( &self, reco_type: &str, reco_param: &str, image: &MaaImageBuffer, ) -> MaaResult<TaskJob<'static, RecognitionDetail>>

Post a recognition task directly without executing through a pipeline.

Arguments

• reco_type - Recognition type (e.g., “TemplateMatch”, “OCR”)
• reco_param - Recognition parameters as JSON string
• image - The image to perform recognition on

pub fn post_action( &self, action_type: &str, action_param: &str, box_rect: &Rect, reco_detail: &str, ) -> MaaResult<TaskJob<'static, ActionDetail>>

Post an action task directly without executing through a pipeline.

Arguments

• action_type - Action type (e.g., “Click”, “Swipe”)
• action_param - Action parameters as JSON string
• box_rect - The target rectangle for the action
• reco_detail - Recognition detail from previous recognition (can be empty)

pub fn set_log_dir<P: AsRef<Path>>(path: P) -> MaaResult<()>

Set the global log directory.

pub fn set_save_draw(save: bool) -> MaaResult<()>

Set whether to save debug drawings.

pub fn set_stdout_level(level: MaaLoggingLevel) -> MaaResult<()>

Set the stdout logging level.

pub fn set_debug_mode(debug: bool) -> MaaResult<()>

Enable or disable debug mode (raw image capture, etc).

pub fn set_save_on_error(save: bool) -> MaaResult<()>

Set whether to save screenshots on error.

pub fn set_draw_quality(quality: i32) -> MaaResult<()>

Set the JPEG quality for debug drawings (0-100).

pub fn set_reco_image_cache_limit(limit: usize) -> MaaResult<()>

Set the limit for recognition image cache.

pub fn load_plugin<P: AsRef<Path>>(path: P) -> MaaResult<()>

Load a plugin from the specified path.

Trait Implementations

impl Clone for Tasker

fn clone(&self) -> Tasker

Returns a duplicate of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl Send for Tasker

impl Sync for Tasker