Library and command-line tools to traverse the macOS accessibility tree and simulate user input actions. Allows interaction with UI elements of other applications.

To build the command-line tools provided by this package, navigate to the root directory (MacosUseSDK) in your terminal and run:

swift build

This will compile the tools and place the executables in the .build/debug/ directory (or .build/release/ if you use swift build -c release). You can run them directly from there (e.g., .build/debug/TraversalTool) or use swift run <ToolName>.

All tools output informational logs and timing data to stderr. Primary output (like PIDs or JSON data) is sent to stdout.

• Purpose: Opens or activates a macOS application by its name, bundle ID, or full path. Outputs the application's PID on success.
• Usage: AppOpenerTool <Application Name | Bundle ID | Path>
• Examples:

  # Open by name
  swift run AppOpenerTool Calculator
  # Open by bundle ID
  swift run AppOpenerTool com.apple.Terminal
  # Open by path
  swift run AppOpenerTool /System/Applications/Utilities/Terminal.app
  # Example output (stdout)
  # 54321 

• Purpose: Traverses the accessibility tree of a running application (specified by PID) and outputs a JSON representation of the UI elements to stdout.
• Usage: TraversalTool [--visible-only] <PID>
• Options:
  • --visible-only: Only include elements that have a position and size (are geometrically visible).
• Examples:

  # Get all elements for PID 12345
  swift run TraversalTool 12345 > app_elements.json
  # Get only visible elements for PID 12345
  swift run TraversalTool --visible-only 12345 > visible_elements.json

• Purpose: Traverses the accessibility tree of a running application (specified by PID) and draws temporary red boxes around all visible UI elements. Useful for debugging accessibility structures.
• Usage: HighlightTraversalTool <PID> [--duration <seconds>]
• Options:
  • --duration <seconds>: Specifies how long the highlights remain visible (default: 3.0 seconds).
• Examples:

  # Highlight elements in PID 12345 for 5 seconds
  swift run HighlightTraversalTool 12345 --duration 5
  # Highlight elements using default duration
  swift run HighlightTraversalTool 67890

  Note: This tool needs to keep running for the duration specified to manage the highlights.

• Purpose: Simulates keyboard and mouse input events without visual feedback.
• Usage: See swift run InputControllerTool --help (or just run without args) for actions.
• Examples:

  # Press the Enter key
  swift run InputControllerTool keypress enter
  # Simulate Cmd+C (Copy)
  swift run InputControllerTool keypress cmd+c
  # Simulate Shift+Tab
  swift run InputControllerTool keypress shift+tab
  # Left click at screen coordinates (100, 250)
  swift run InputControllerTool click 100 250
  # Double click at screen coordinates (150, 300)
  swift run InputControllerTool doubleclick 150 300
  # Right click at screen coordinates (200, 350)
  swift run InputControllerTool rightclick 200 350
  # Move mouse cursor to (500, 500)
  swift run InputControllerTool mousemove 500 500
  # Type the text "Hello World!"
  swift run InputControllerTool writetext "Hello World!"

• Purpose: Simulates keyboard and mouse input events with visual feedback (currently a pulsing green circle for mouse actions).
• Usage: Similar to InputControllerTool, but adds a --duration option for the visual effect. See swift run VisualInputTool --help.
• Options:
  • --duration <seconds>: How long the visual feedback effect lasts (default: 0.5 seconds).
• Examples:

  # Left click at (100, 250) with default 0.5s feedback
  swift run VisualInputTool click 100 250
  # Right click at (800, 400) with 2 second feedback
  swift run VisualInputTool rightclick 800 400 --duration 2.0
  # Move mouse to (500, 500) with 1 second feedback
  swift run VisualInputTool mousemove 500 500 --duration 1.0
  # Keypress and writetext (currently NO visualization implemented)
  swift run VisualInputTool keypress cmd+c
  swift run VisualInputTool writetext "Testing"

  Note: This tool needs to keep running for the duration specified to display the visual feedback.

You can also use MacosUseSDK as a dependency in your own Swift projects. Add it to your Package.swift dependencies:

dependencies: [
    .package(url: "/* path or URL to your MacosUseSDK repo */", from: "1.0.0"),
]

And add MacosUseSDK to your target's dependencies:

.target(
    name: "YourApp",
    dependencies: ["MacosUseSDK"]),

Then import and use the public functions:

import MacosUseSDK
import Foundation // For Dispatch etc.

// Example: Get elements from Calculator app
Task {
    do {
        // Find Calculator PID (replace with actual logic or use AppOpenerTool output)
        // let calcPID: Int32 = ... 
        // let response = try MacosUseSDK.traverseAccessibilityTree(pid: calcPID, onlyVisibleElements: true)
        // print("Found \(response.elements.count) visible elements.")

        // Example: Click at a point
        let point = CGPoint(x: 100, y: 200)
        try MacosUseSDK.clickMouse(at: point)

        // Example: Click with visual feedback (needs main thread for UI)
        DispatchQueue.main.async {
            do {
                 try MacosUseSDK.clickMouseAndVisualize(at: point, duration: 1.0)
            } catch {
                 print("Visualization error: \(error)")
            }
        }

    } catch {
        print("MacosUseSDK Error: \(error)")
    }
}

// Remember to keep the run loop active if using async UI functions like highlightVisibleElements or *AndVisualize
// RunLoop.main.run() // Or use within an @main Application structure

This project is licensed under the MIT License - see the LICENSE file for details.