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Playing Monopoly Bid

Game Overview

Welcome to Monopoly Bid, a fast-paced, high-stakes game where luck, strategy, and shrewd bidding combine for a thrilling card game experience. Players compete in auctions to collect property sets, using Money Cards to outbid rivals and powerful Action Cards to change the course of the game. This manual provides the complete rules for play, from setting up the game to mastering the art of the blind auction.

• 🎯 Game Objective: Be the first player to collect three complete property sets.
• 👥 Player Count: Monopoly Bid plays best with 2 to 5 competitors.
• ⏱️ Playing Time: Expect a quick and engaging session of roughly 15–20 minutes.

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C Programming Tutorial

This tutorial provides an introduction to the C programming language, a powerful and widely used language known for its performance and flexibility.

Getting Started: Your First Program

To begin programming in C, you will need a compiler. A compiler is a program that translates your C code into an executable file that your computer can run. Popular compilers include GCC (GNU Compiler Collection) and Clang.

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# Asthra Programming Language Grammar

Program        <- PackageDecl ImportDecl* TopLevelDecl*  # Entry point: package + imports + declarations
PackageDecl    <- 'package' SimpleIdent ';'                 # Package name (Go-style organization)
ImportDecl     <- 'import' ImportPath ImportAlias? ';'     # Import external modules/packages with optional aliases
ImportPath     <- STRING                                    # Validated by build system: stdlib/*, github.com/*, gitlab.com/*, ./relative
ImportAlias    <- 'as' SimpleIdent                         # Import alias for conflict resolution: import "path" as Name
TopLevelDecl   <- (HumanReviewTag / SecurityTag / SemanticTag)* VisibilityDecl  # Annotated declarations
VisibilityDecl <- VisibilityModifier (FunctionDecl / StructDecl / EnumDecl / ExternDecl / ConstDecl / ImplDecl)  # Explicit public/private visibility required
VisibilityModifier <- 'pub' / 'priv'                        # Explicit public/private visibility (no implicit defaults)

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**Project Approach**

* Always check for a PRD (Product Requirements Document) before starting a new task and follow it closely
* Look for comprehensive project documentation to understand requirements before making changes
* Focus only on code areas relevant to the assigned task
* Prefer iterating on existing code rather than creating new solutions
* Keep solutions simple and avoid introducing unnecessary complexity

**Code Quality**

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ISBN-13: 9789353432997
ISBN-10: 9353432995
Authors: Lawrence E. Spence, Arnold J. Insel, Stephen H. Friedberg
Edition: 2
Binding: Paperback
Publisher: Pearson India
Published Year: 2019

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What is your setup?

Just chat.deepseek.com with prompts adapted from this gist.

Does it work in one-shot or I have to prompt it multiple times?

• For the qX_0 variants, they are actually quite straight-forward so deepseek can come up with a correct result in 1 shot.
• For the qX_K it's more complicated, I would say most of the time I need to re-prompt it 4 to 8 more times.
• The most difficult was 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)

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{
  "C0": 16.35,
  "C#0": 17.32,
  "D0": 18.35,
  "Eb0": 19.45,
  "E0": 20.6,
  "F0": 21.83,
  "F#0": 23.12,
  "G0": 24.5,
  "Ab0": 25.96,

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[Unit]
Description=Keeps a tunnel to 'remote.example.com' open
After=network.target

[Service]
User=autossh
# -p [PORT]
# -l [user]
# -M 0 --> no monitoring
# -N Just open the connection and do nothing (not interactive)

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README

Create a template service file at /etc/systemd/system/secure-tunnel@.service. The template parameter will correspond to the name of target host:

[Unit]
Description=Setup a secure tunnel to %I
After=network.target

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Spring PetClinic with Amazon Relational Database Service using AWS Controllers for Kubernetes

Spring PetClinic is a sample Spring Boot web application. This article shows how to connect the application to an Amazon Relational Database Service using AWS Controllers for Kubernetes and an operator that implements the Service Binding Specification for Kubernetes.

Prerequisites

• Kubernetes cluster with RDS Controller installed.
• An operator that implements the Service Binding Specification for Kubernetes. You can use one of these:
  • Service Binding Runtime
• Service Binding Operator