Based on my comprehensive exploration of the codebase, here's how this SDK handles multi-agent systems:
The SDK supports several powerful composition patterns:
- Agents can transfer control to other agents through the
handoffs
mechanism
Based on my comprehensive exploration of the codebase, here's how this SDK handles multi-agent systems:
The SDK supports several powerful composition patterns:
handoffs
mechanismUpdated with info from https://developer.apple.com/documentation/testing fetched via Firecrawl on June 7, 2025.
See also my blog: See also my blog post: https://steipete.me/posts/2025/migrating-700-tests-to-swift-testing
A hands-on, comprehensive guide for migrating from XCTest to Swift Testing and mastering the new framework. This playbook integrates the latest patterns and best practices from WWDC 2024 and official Apple documentation to make your tests more powerful, expressive, and maintainable.
import { | |
Operation, | |
Resource, | |
Context, | |
action, | |
resource, | |
spawn, | |
sleep, | |
main, | |
suspend as effectionSuspend, |
The Model Context Protocol (MCP) represents a fundamental shift in how AI applications connect to external systems. Introduced by Anthropic in November 2024, MCP chose a client-server architecture over alternatives like peer-to-peer or monolithic designs to solve the "M×N problem" - where M AI applications need to integrate with N data sources, traditionally requiring M×N custom integrations. The client-server model transforms this into an M+N solution through standardized, secure, and scalable connections.
This architectural decision reflects deep technical considerations: security isolation between components, modular extensibility for diverse integrations, and protocol standardization that enables any MCP client to work with any MCP server regardless of implementation language or platform. The design philosophy prioritizes developer simplicity while maintaining enterprise-grade security boundaries - what Anthropic calls "
// Deep Dive: Prompts as Delimited Continuations in TypeScript | |
// ============================================================================= | |
// 1. PROMPTS AS INITIAL CONTINUATIONS | |
// ============================================================================= | |
/** | |
* Prompts as Initial Continuations treats the prompt itself as the starting | |
* continuation that establishes the computational context. The prompt becomes | |
* a first-class continuation that can be captured, modified, and resumed. |
import Foundation | |
import SwiftUI | |
extension View { | |
/// Adds introspection to find the parent view controller in the view hierarchy and | |
/// makes that view controller available to downstream views in the view hierarchy. | |
public func addParentViewControllerIntrospection() -> some View { | |
modifier(ParentViewControllerEnvironmentModifier()) | |
} | |
} |
Just chat.deepseek.com with prompts adapted from this gist.
qX_0
variants, they are actually quite straight-forward so deepseek can come up with a correct result in 1 shot.qX_K
it's more complicated, I would say most of the time I need to re-prompt it 4 to 8 more times.q6_K
, the code never works until I ask it to only optimize one specific part, while leaving the rest intact (so it does not mess up everything)Relax, I only have one Sunday to work on idea, literally my weekend project. So I tried Deepseek to see if it can help. Surprisingly, it works and it saves me another weekend...
Just chat.deepseek.com (cost = free) with prompts adapted from this gist.
import Testing | |
import Combine | |
// From https://stackoverflow.com/questions/78892734/getting-task-isolated-value-of-type-async-passed-as-a-strongly-trans/78899940#78899940 | |
public final class AsyncFuture<Output, Failure: Error>: Publisher, Sendable { | |
public typealias Promise = @Sendable (Result<Output, Failure>) -> Void | |
private let work: @Sendable (@escaping Promise) async -> Void | |
public init(_ work: @Sendable @escaping (@escaping Promise) async -> Void) { |