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+# JavaScript Interop Cheat Sheet
+
+Practical recipes for manipulating JavaScript values from Swift with JavaScriptKit. Each section shows the shortest path to access, call, or convert the APIs you interact with the most.
+
+## Access JavaScript Values
+
+### Global entry points
+
+```swift
+let global: JSObject = JSObject.global
+let document: JSObject = global.document.object!
+let math: JSObject = global.Math.object!
+```
+
+- Use ``JSObject/global`` for `globalThis` and drill into properties.
+- Accessing through [dynamic member lookup](https://github.com/swiftlang/swift-evolution/blob/main/proposals/0195-dynamic-member-lookup.md) returns ``JSValue``; call `.object`, `.number`, `.string`, etc. to unwrap a concrete type (callable values are represented as ``JSObject`` as well).
+- Prefer storing ``JSObject`` references (`document` above) when you call multiple members to avoid repeated conversions (for performance).
+
+### Properties, subscripts, and symbols
+
+```swift
+extension JSObject {
+    public subscript(_ name: String) -> JSValue { get set }
+    public subscript(_ index: Int) -> JSValue { get set }
+    public subscript(_ name: JSSymbol) -> JSValue { get set }
+    /// Use this API when you want to avoid repeated String serialization overhead
+    public subscript(_ name: JSString) -> JSValue { get set }
+    /// A convenience method of `subscript(_ name: String) -> JSValue`
+    /// to access the member through Dynamic Member Lookup.
+    /// ```swift
+    /// let document: JSObject = JSObject.global.document.object!
+    /// ```
+    public subscript(dynamicMember name: String) -> JSValue { get set }
+}
+extension JSValue {
+    /// An unsafe convenience method of `JSObject.subscript(_ index: Int) -> JSValue`
+    /// - Precondition: `self` must be a JavaScript Object.
+    public subscript(dynamicMember name: String) -> JSValue
+    public subscript(_ index: Int) -> JSValue
+}
+```
+
+**Example**
+
+```swift
+document.title = .string("Swift <3 Web")
+let obj = JSObject.global.myObject.object!
+let value = obj["key"].string  // Access object property with String
+let propName = JSString("key")
+let value2 = obj[propName].string  // Access object property with JSString
+
+let array = JSObject.global.Array.object!.new(1, 2, 3)
+array[0] = .number(10)  // Assign to array index
+
+let symbol = JSSymbol("secret")
+let data = obj[symbol].object
+```
+
+## Call Functions and Methods
+
+```swift
+extension JSObject {
+    /// Call this function with given `arguments` using [Callable values of user-defined nominal types](https://github.com/swiftlang/swift-evolution/blob/main/proposals/0253-callable.md)
+    /// ```swift
+    /// let alert = JSObject.global.alert.object!
+    /// alert("Hello from Swift")
+    /// ```
+    public func callAsFunction(_ arguments: ConvertibleToJSValue...) -> JSValue
+    public func callAsFunction(this: JSObject, _ arguments: ConvertibleToJSValue...) -> JSValue
+
+    /// Returns the `name` member method binding this object as `this` context.
+    public subscript(_ name: String) -> ((ConvertibleToJSValue...) -> JSValue)? { get }
+    public subscript(_ name: JSString) -> ((ConvertibleToJSValue...) -> JSValue)? { get }
+    /// A convenience method of `subscript(_ name: String) -> ((ConvertibleToJSValue...) -> JSValue)?` to access the member through Dynamic Member Lookup.
+    /// ```swift
+    /// let document = JSObject.global.document.object!
+    /// let divElement = document.createElement!("div")
+    /// ```
+    public subscript(dynamicMember name: String) -> ((ConvertibleToJSValue...) -> JSValue)? { get }
+}
+extension JSValue {
+    /// An unsafe convenience method of `JSObject.subscript(_ name: String) -> ((ConvertibleToJSValue...) -> JSValue)?`
+    /// - Precondition: `self` must be a JavaScript Object and specified member should be a callable object.
+    public subscript(dynamicMember name: String) -> ((ConvertibleToJSValue...) -> JSValue)
+}
+```
+
+**Example**
+
+```swift
+let alert = JSObject.global.alert.object!
+alert("Hello from Swift")
+
+let console = JSObject.global.console.object!
+_ = console.log!("Cheat sheet ready", 1, true)
+
+let document = JSObject.global.document.object!
+let button = document.createElement!("button").object!
+_ = button.classList.add("primary")
+```
+
+- **Dynamic Member Lookup and `!`**: When calling a method on ``JSObject`` (like `createElement!`), it returns an optional closure, so `!` is used to unwrap and call it. In contrast, calling on ``JSValue`` (like `button.classList.add`) returns a non-optional closure that traps on failure for convenience.
+
+Need to bind manually? Grab the function object and supply `this`:
+
+```swift
+let appendChild = document.body.appendChild.object!
+appendChild(this: document.body.object!, document.createElement!("div"))
+```
+
+### Passing options objects
+
+When JavaScript APIs require an options object, create one using ``JSObject``:
+
+```swift
+public class JSObject: ExpressibleByDictionaryLiteral {
+    /// Creates an empty JavaScript object (equivalent to {} or new Object())
+    public init()
+    
+    /// Creates a new object with the key-value pairs in the dictionary literal
+    public init(dictionaryLiteral elements: (String, JSValue)...)
+}
+```
+
+**Example**
+
+```swift
+// Create options object with dictionary literal
+let listeningOptions: JSObject = ["once": .boolean(true), "passive": .boolean(true)]
+button.addEventListener!("click", handler, listeningOptions)
+
+// Create empty object and add properties
+let fetchOptions = JSObject()
+fetchOptions["method"] = .string("POST")
+let headers: JSObject = ["Content-Type": .string("application/json")]
+fetchOptions["headers"] = headers.jsValue
+fetchOptions["body"] = "{}".jsValue
+
+let fetch = JSObject.global.fetch.object!
+let response = fetch("https://api.example.com", fetchOptions)
+```
+
+### Throwing JavaScript
+
+JavaScript exceptions surface as ``JSException``. Wrap the function (or object) in a throwing helper.
+
+```swift
+// Method
+let JSON = JSObject.global.JSON.object!
+do {
+    let value = try JSON.throwing.parse!("{\"flag\":true}")
+} catch let error as JSException {
+    print("Invalid JSON", error)
+}
+
+// Function
+let validateAge: JSObject = JSObject.global.validateAge.object!
+do {
+    try validateAge.throws(-3)
+} catch let error as JSException {
+    print("Validation failed:", error)
+}
+```
+
+- Use ``JSObject/throwing`` to access object methods that may throw JavaScript exceptions.
+- Use ``JSObject/throws`` to call the callable object itself that may throw JavaScript exceptions.
+
+### Constructors and `new`
+
+```swift
+let url = JSObject.global.URL.object!.new("https://example.com", "https://example.com")
+let searchParams = url.searchParams.object!
+```
+
+Use ``JSThrowingFunction/new(_:)`` (via `throws.new`) when the constructor can throw.
+
+## Convert Between Swift and JavaScript
+
+### Swift -> JavaScript
+
+Types conforming to ``ConvertibleToJSValue`` can be converted via the `.jsValue` property. Conversion behavior depends on the context:
+
+| Swift type | JavaScript result | Notes |
+|------------|------------------|-------|
+| `Bool` | `JSValue.boolean(Bool)` | |
+| `String` | `JSValue.string(JSString)` | Wrapped in ``JSString`` to avoid extra copies |
+| `Int`, `UInt`, `Int8-32`, `UInt8-32`, `Float`, `Double` | `JSValue.number(Double)` | All numeric types convert to `Double` |
+| `Int64`, `UInt64` | `JSValue.bigInt(JSBigInt)` | Converted to `BigInt` (requires `import JavaScriptBigIntSupport`) |
+| `Data` | `Uint8Array` | Converted to `Uint8Array` (requires `import JavaScriptFoundationCompat`) |
+| `Array<Element>` where `Element: ConvertibleToJSValue` | JavaScript Array | Each element converted via `.jsValue` |
+| `Dictionary<String, Value>` where `Value: ConvertibleToJSValue` | Plain JavaScript object | Keys must be `String` |
+| `Optional.none` | `JSValue.null` | Use ``JSValue/undefined`` when you specifically need `undefined` |
+| `Optional.some(wrapped)` | `wrapped.jsValue` | |
+| ``JSValue``, ``JSObject``, ``JSString`` | Passed through | No conversion needed |
+
+**Function arguments**: Automatic conversion when passing to JavaScript functions:
+
+```swift
+let alert = JSObject.global.alert.object!
+alert("Hello")  // String automatically converts via .jsValue
+
+let console = JSObject.global.console.object!
+console.log!("Count", 42, true)  // All arguments auto-convert
+```
+
+**Property assignment**: Explicit conversion required:
+
+```swift
+let obj = JSObject.global.myObject.object!
+let count: Int = 42
+let message = "Hello"
+
+obj["count"] = count.jsValue
+obj["message"] = message.jsValue
+
+obj.count = count.jsValue
+obj.message = message.jsValue
+
+// Alternative: use JSValue static methods
+obj["count"] = .number(Double(count))
+obj.message = .string(message)
+divElement.innerText = .string("Count \(count)")
+canvasElement.width = .number(Double(size))
+```
+
+### JavaScript -> Swift
+
+Access JavaScript values through ``JSValue`` accessors:
+
+```swift
+let jsValue: JSValue = // ... some JavaScript value
+
+// Primitive types via direct accessors (most common pattern)
+let message: String? = jsValue.string
+let n: Double? = jsValue.number
+let flag: Bool? = jsValue.boolean
+let obj: JSObject? = jsValue.object
+
+// Access nested properties through JSObject subscripts
+if let obj = jsValue.object {
+    let nested = obj.key.string
+    let arrayItem = obj.items[0].string
+    let count = obj.count.number
+}
+
+// Arrays (if elements conform to ConstructibleFromJSValue)
+if let items = [String].construct(from: jsValue) {
+    // Use items
+}
+
+// Dictionaries (if values conform to ConstructibleFromJSValue)
+if let data = [String: Int].construct(from: jsValue) {
+    // Use data
+}
+
+// For complex Decodable types, use JSValueDecoder
+struct User: Decodable {
+    let name: String
+    let age: Int
+}
+let user = try JSValueDecoder().decode(User.self, from: jsValue)
+```
+
+## Pass Swift Closures back to JavaScript
+
+```swift
+public class JSClosure: JSObject, JSClosureProtocol {
+    public init(_ body: @escaping (sending [JSValue]) -> JSValue)
+    public static func async(
+        priority: TaskPriority? = nil,
+        _ body: @escaping (sending [JSValue]) async throws(JSException) -> JSValue
+    ) -> JSClosure
+    public func release()
+}
+
+public class JSOneshotClosure: JSObject, JSClosureProtocol {
+    public init(_ body: @escaping (sending [JSValue]) -> JSValue)
+    public static func async(
+        priority: TaskPriority? = nil,
+        _ body: @escaping (sending [JSValue]) async throws(JSException) -> JSValue
+    ) -> JSOneshotClosure
+    public func release()
+}
+```
+
+**Example**
+
+```swift
+let document = JSObject.global.document.object!
+let console = JSObject.global.console.object!
+
+// Persistent closure - keep reference while JavaScript can call it
+let button = document.createElement!("button").object!
+let handler = JSClosure { args in
+    console.log!("Clicked", args[0])
+    return .undefined
+}
+button.addEventListener!("click", handler)
+
+// One-shot closure - automatically released after first call
+button.addEventListener!(
+    "click",
+    JSOneshotClosure { _ in
+        console.log!("One-off click")
+        return .undefined
+    },
+    ["once": true]
+)
+
+// Async closure - bridges Swift async to JavaScript Promise
+let asyncHandler = JSClosure.async { _ async throws(JSException) -> JSValue in
+    try! await Task.sleep(nanoseconds: 1_000_000)
+    console.log!("Async closure finished")
+    return .undefined
+}
+button.addEventListener!("async", asyncHandler)
+```
+
+## Promises and `async/await`
+
+```swift
+public final class JSPromise: JSBridgedClass {
+    public init(unsafelyWrapping object: JSObject)
+    public init(resolver: @escaping (@escaping (Result) -> Void) -> Void)
+    public static func async(
+        body: @escaping () async throws(JSException) -> Void
+    ) -> JSPromise
+    public static func async(
+        body: @escaping () async throws(JSException) -> JSValue
+    ) -> JSPromise
+    
+    public enum Result {
+        case success(JSValue)
+        case failure(JSValue)
+    }
+    
+    // Available when JavaScriptEventLoop is linked
+    public var value: JSValue { get async throws(JSException) }
+    public var result: Result { get async }
+}
+```
+
+**Example**
+
+```swift
+import JavaScriptEventLoop
+
+JavaScriptEventLoop.installGlobalExecutor()
+
+let console = JSObject.global.console.object!
+let fetch = JSObject.global.fetch.object!
+
+// Wrap existing JavaScript Promise and await from Swift
+Task {
+    do {
+        let response = try await JSPromise(
+            unsafelyWrapping: fetch("https://example.com").object!
+        ).value
+        console.log!("Fetched data", response)
+    } catch let error as JSException {
+        console.error!("Fetch failed", error.thrownValue)
+    }
+}
+
+// Expose Swift async work to JavaScript
+let swiftPromise = JSPromise.async {
+    try await Task.sleep(nanoseconds: 1_000_000_000)
+    return .string("Swift async complete")
+}
+```
+
+- Wrap existing promise-returning APIs with ``JSPromise/init(unsafelyWrapping:)``.
+- Use `JSPromise.async(body:)` (with `Void` or `JSValue` return type) to expose Swift `async/await` work to JavaScript callers.
+- To await JavaScript `Promise` from Swift, import `JavaScriptEventLoop`, call `JavaScriptEventLoop.installGlobalExecutor()` early, and use the `value` property.
+- The `value` property suspends until the promise resolves or rejects, rethrowing rejections as ``JSException``.
+
diff --git a/Sources/JavaScriptKit/Documentation.docc/Documentation.md b/Sources/JavaScriptKit/Documentation.docc/Documentation.md
index 60808a89..51ee6253 100644
--- a/Sources/JavaScriptKit/Documentation.docc/Documentation.md
+++ b/Sources/JavaScriptKit/Documentation.docc/Documentation.md
@@ -51,6 +51,7 @@ Check out the [examples](https://github.com/swiftwasm/JavaScriptKit/tree/main/Ex
 
 ### Articles
 
+- <doc:JavaScript-Interop-Cheat-Sheet>
 - <doc:Package-Output-Structure>
 - <doc:Deploying-Pages>
 - <doc:JavaScript-Environment-Requirements>