• views: 162
• date: 9 July 2026
• posted by: voska89

Download

Post Comment [0]

• views: 341
• date: 9 July 2026
• posted by: voska89

Download

Post Comment [0]

• views: 307
• date: 9 July 2026
• posted by: voska89

Download

Post Comment [0]

• views: 64
• date: 9 July 2026
• posted by: voska89

Download

Post Comment [0]

• views: 98
• date: 9 July 2026
• posted by: voska89

Download

Post Comment [0]

• views: 394
• date: 9 July 2026
• posted by: voska89

Download

Post Comment [0]

• views: 500
• date: 9 July 2026
• posted by: 0nelove

# Anki + Claude Code for Learning and Memorization

**Level:** Beginner to Advanced
**Duration:** Self-paced

## Course Overview

This workflow combines **Anki**, a spaced repetition flashcard application, with **Claude Code**, an AI coding assistant from **Anthropic**, to help you learn technical subjects more efficiently. Claude Code can generate study materials, summarize concepts, create quizzes, and even produce flashcards that you can import into Anki.

> **Note:** Claude Code is primarily designed for software development tasks. While it can be adapted for learning workflows, general-purpose AI assistants can also perform many of these study-related tasks.

---

# Why Combine AI with Anki?

Anki excels at **long-term retention** through spaced repetition.

AI helps you:

* Summarize books and documentation
* Generate high-quality flashcards
* Explain difficult concepts
* Create practice questions
* Produce examples and mnemonics
* Identify gaps in your understanding

Together they reduce the time needed to create effective study material.

---

# Module 1: Learn the Anki Basics

Topics:

* Installing Anki
* Creating decks
* Creating note types
* Card templates
* Tags
* Media
* Synchronization
* Scheduling

Learn:

* Basic cards
* Cloze deletion cards
* Image occlusion (with add-ons if needed)

---

# Module 2: Understanding Spaced Repetition

Topics:

* Forgetting curve
* Active recall
* Ease factor
* Review intervals
* Daily limits

Goal:
Understand why reviewing a small number of cards consistently is more effective than cramming.

---

# Module 3: Setting Up Claude Code

Install Claude Code.

Learn:

* Working with repositories
* Reading documentation
* Prompt engineering
* Using Markdown
* Exporting structured text

---

# Module 4: AI-Assisted Note Taking

Instead of copying documentation, ask AI to produce:

* Concise summaries
* Key concepts
* Definitions
* Comparison tables
* Step-by-step explanations

Example prompt:

> "Summarize this C++ chapter into concise bullet points suitable for flashcards."

---

# Module 5: Generating Flashcards

Good flashcards are:

* Short
* Atomic (one fact per card)
* Clear
* Test understanding rather than recognition

Example:

**Front**

```
What does RAII stand for?
```

**Back**

```
Resource Acquisition Is Initialization
```

---

# Module 6: Cloze Deletion Cards

Example:

```
RAII stands for {{c1::Resource Acquisition Is Initialization}}.
```

These cards help reinforce terminology and definitions.

Download

Post Comment [0]

• views: 341
• date: 9 July 2026
• posted by: 0nelove

# Dometrain – Mastering C#

**Mastering C#** is an advanced C# course from **Dometrain**, designed for developers who already know the basics of C# and want to write high-quality, modern, and maintainable code. It focuses on language features, best practices, performance, and real-world development rather than introductory programming.

## Prerequisites

Before starting, you should be comfortable with:

* Variables and data types
* Control flow (`if`, `switch`, loops)
* Methods
* Classes and objects
* Basic inheritance and interfaces
* Exception handling
* Basic use of the .NET CLI or Visual Studio

---

# Course Outline

## Module 1: Advanced C# Fundamentals

* Value types vs reference types
* Memory management
* Garbage Collection (GC)
* Stack vs Heap
* Nullable reference types

**Skills gained:**

* Understand how C# stores and manages memory.
* Write safer code using nullable reference types.

---

## Module 2: Object-Oriented Programming Deep Dive

* Encapsulation
* Inheritance
* Polymorphism
* Abstraction
* Composition vs inheritance
* SOLID principles

**Project:** Build a modular order processing system.

---

## Module 3: Modern C# Features

* Records
* Init-only properties
* Pattern matching
* Switch expressions
* Target-typed `new`
* Top-level statements
* Required members
* File-scoped namespaces

**Skills gained:**

* Write concise, modern C# code.
* Improve readability and maintainability.

---

## Module 4: Generics

* Generic classes
* Generic methods
* Constraints
* Covariance and contravariance

**Project:** Create a reusable generic repository.

---

## Module 5: LINQ

* Query syntax
* Method syntax
* Filtering
* Projection
* Grouping
* Aggregation
* Joins
* Deferred execution

**Project:** Analyze and report on sales data.

---

## Module 6: Delegates and Events

* Delegates
* Multicast delegates
* Lambda expressions
* Events
* Event handlers

**Project:** Build an event-driven notification system.

---

## Module 7: Asynchronous Programming

Download

Post Comment [0]

• views: 168
• date: 9 July 2026
• posted by: 0nelove

# Learn Microsoft Word from Scratch for Beginners + AI

**Level:** Beginner
**Duration:** 4–6 Weeks (20–30 Hours)
**Prerequisites:** Basic computer skills

## Course Overview

This course teaches you how to use **Microsoft Word** from the ground up while introducing modern **AI-powered features** that can help you write, edit, summarize, and format documents more efficiently. By the end, you'll be able to create professional documents such as letters, reports, resumes, newsletters, and business proposals.

---

# Module 1: Getting Started with Microsoft Word

### Topics

* What is Microsoft Word?
* Installing Microsoft 365
* Understanding the Word interface
* Ribbon and tabs
* Quick Access Toolbar
* Creating, opening, and saving documents
* AutoSave and OneDrive basics

### Hands-on Exercise

Download

Post Comment [0]

• views: 274
• date: 9 July 2026
• posted by: 0nelove

# Course 1: Model-in-the-Loop (MIL) for Robotics

**Level:** Beginner to Intermediate
**Duration:** 4–6 weeks (20–30 hours)
**Prerequisites:**

* Basic robotics concepts
* Basic control systems
* Elementary C++ or Python
* High school mathematics (algebra, trigonometry, basic calculus)

## Course Overview

Model-in-the-Loop (MIL) is the first stage of model-based design. In MIL, both the plant (robot) and the controller are simulated as mathematical models before any code is generated or deployed to hardware. This allows engineers to validate algorithms early, reduce development costs, and identify design issues before testing on physical robots.

---

## Learning Objectives

By the end of this course, you will be able to:

* Explain the Model-Based Design (MBD) workflow.
* Understand the role of MIL in robotics development.
* Build mathematical models of robotic systems.
* Design and tune controllers in simulation.
* Validate controller performance using simulation results.
* Prepare models for later Software-in-the-Loop (SIL) and Hardware-in-the-Loop (HIL) testing.

---

# Module 1: Introduction to Model-Based Design

Download

Post Comment [0]

• views: 287
• date: 9 July 2026
• posted by: 0nelove

**Third-Party Risk Management: The Partnership Playbook** is a framework for managing the risks that arise when an organization works with external vendors, suppliers, contractors, cloud providers, consultants, or other business partners. The goal is to build productive partnerships while protecting the organization from financial, operational, legal, cybersecurity, and reputational risks.

## What Is Third-Party Risk Management (TPRM)?

Third-Party Risk Management is the process of identifying, assessing, monitoring, and reducing risks associated with external organizations that provide products or services.

Common third parties include:

* Cloud service providers
* Software vendors
* Payment processors
* Logistics companies
* Manufacturing suppliers
* Marketing agencies
* Professional consultants
* Managed service providers (MSPs)

---

## Why TPRM Matters

Organizations rely heavily on external partners, but those relationships can introduce risks such as:

* Data breaches
* Cyberattacks
* Regulatory non-compliance
* Financial instability of a vendor
* Supply chain disruptions
* Service outages
* Intellectual property theft
* Reputational damage

Effective TPRM helps organizations:

* Improve security
* Meet regulatory requirements
* Strengthen business continuity
* Reduce financial losses
* Build stronger vendor relationships

---

Download

Post Comment [0]

• views: 192
• date: 9 July 2026
• posted by: 0nelove

A **Complete C++ Programming Course** should take you from the fundamentals to advanced topics with hands-on projects. Here's a comprehensive roadmap.

## Module 1: Introduction to C++

* What is C++?
* Installing a compiler (GCC, Clang, MSVC)
* Setting up an IDE (Visual Studio, VS Code, CLion)
* Writing your first program
* Compilation process
* Comments and coding style

**Project:** Hello World and Calculator

---

## Module 2: C++ Basics

* Variables and constants
* Data types
* Input and output (`cin`, `cout`)
* Operators
* Type conversion
* Scope and lifetime

**Practice:**

* Temperature converter
* BMI calculator

---

## Module 3: Control Flow

* `if`, `else if`, `else`
* `switch`
* `for`
* `while`
* `do-while`
* `break`
* `continue`

**Project:**

* Number guessing game

---

Download

Post Comment [0]

• views: 430
• date: 9 July 2026
• posted by: 0nelove

**Confident Conversations That Tackle Conflict With Ease** is about communicating calmly, clearly, and respectfully when disagreements arise. The goal isn't to "win" an argument—it's to understand the issue, express your perspective, and work toward a constructive solution.

Here are some practical principles:

### 1. Prepare Before the Conversation

* Clarify the specific issue you want to discuss.
* Focus on facts rather than assumptions.
* Decide what outcome you're hoping for.

### 2. Start Positively

Begin with a respectful tone that signals collaboration.

Example:

> "I'd like to talk about something that's been on my mind. I think we can work through it together."

### 3. Use "I" Statements

Describe your experience instead of assigning blame.

Instead of:

> "You never listen to me."

Try:

> "I feel overlooked when I don't have a chance to finish my thoughts."

### 4. Listen Actively

Show you're trying to understand.

* Maintain eye contact (if appropriate).
* Avoid interrupting.
* Summarize what you heard.

Example:

> "So you're saying the deadline felt unrealistic. Is that right?"

### 5. Stay Calm Under Pressure

* Speak slowly.
* Keep your voice steady.
* If emotions become overwhelming, suggest taking a short break and returning to the discus

Download

Post Comment [0]

• views: 193
• date: 9 July 2026
• posted by: 0nelove

---

## Project Structure

```
AIChatBot
│
├── Models
│ ├── ChatMessage.swift
│ └── Conversation.swift
│
├── ViewModels
│ └── ChatViewModel.swift
│
├── Views
│ ├── ChatView.swift
│ ├── MessageBubble.swift
│ └── InputBar.swift
│
├── Services
│ └── AIService.swift
│
└── AIChatBotApp.swift
```

---

## SwiftData Model

```swift
import SwiftData

@Model
final class ChatMessage {

var text: String
var isUser: Bool
var createdAt: Date

init(text: String,
isUser: Bool,
createdAt: Date = .now) {

self.text = text
self.isUser = isUser
self.createdAt = createdAt
}
}
```

SwiftData uses `@Model` classes and `ModelContext` to persist data automatically within your app. ([Apple Developer][2])

---

## AI Service

```swift
import FoundationModels

class AIService {

private let session = LanguageModelSession()

func ask(_ prompt: String) async throws -> String {

let response = try await session.respond(to: prompt)

return response.content
}
}
```

---

## ViewModel

```swift
@Observable
class ChatViewModel {

var messages: [ChatMessage] = []

let ai = AIService()

func send(text: String) async {

let user = ChatMessage(
text: text,
isUser: true
)

messages.append(user)

do {

let reply = try await ai.ask(text)

let bot = ChatMessage(
text: reply,
isUser: false
)

messages.append(bot)

} catch {

messages.append(
ChatMessage(
text: error.localizedDescription,
isUser: false
)
)
}
}
}
```

---

## SwiftUI Chat Screen

```swift
ScrollView {

LazyVStack {

ForEach(messages) { message in

MessageBubble(message: message)
}
}
}

InputBar()
```

---

## Store Messages

```swift
@Environment(\.modelContext)
private var context

context.insert(message)

try? context.save()
```

---

## Foundation Models Features

You can also implement:

* ✅ Multi-turn conversation
* ✅ Streaming responses
* ✅ Tool Calling
* ✅ Structured JSON output
* ✅ Custom prompts
* ✅ System instructions
* ✅ Local inference
* ✅ Offline chatbot

The framework supports session-based conversations, guided generation, streaming output, and tool-calling for more advanced assistants. ([Conor Luddy][3])

---

## Suggested Folder Architecture

```
AIChatBot
│
├── App
│
├── Models
│
├── Services
│ AIService.swift
│
├── Database
│ SwiftDataManager.swift
│
├── ViewModels
│ ChatViewModel.swift
│
├── Views
│ ChatView.swift
│ BubbleView.swift
│ InputView.swift
│
├── Components
│
├── Extensions
│
└── Resources
```

## Device Requirements

Apple Foundation Models are available only on devices that support Apple Intelligence. In practice, this means recent Apple Silicon Macs and supported iPhones/iPads (for example, iPhone 15 Pro or newer with the appropriate OS version and Apple Intelligence enabled). ([Conor Luddy][3])

## Learning Resources

If your goal is to build a production-quality chatbot, I can also provide a complete **Xcode project** with:

* SwiftUI chat UI (similar to ChatGPT)
* Apple Foundation Models integration
* SwiftData conversation history
* Streaming AI responses
* Markdown rendering
* Dark/Light mode
* Clean MVVM architecture
* Ready to run in Xcode 26 on iOS 26/macOS Tahoe.

Download

Post Comment [0]