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public static class Logger 
{ 
    // Initialize once upon application start 
    static Logger() 
    { 
        // Configuration for the logging 
    } 
 
    public static void Log(string message) 
    { 
        // Implementation for logging  
        Console.WriteLine($"Log: {message}"); 
    } 
}

public static class Logger  
 {  
     // Initialize once upon application start  
     static Logger()  
     {  
         // Configuration for the logging  
     }  
   
     public static void Log(string message)  
     {  
         // Implementation for logging  
         Console.WriteLine($"Log: {message}");  
     }  
 }

public static class ThreadSafeCounter  
 {  
     private static int _count;  
     private static readonly object _lockObject = new object();  
   
     public static int Increment()  
     {  
         lock (_lockObject)  
         {  
             return ++_count;  
         }  
     }  
 }

public static class ConcurrentCache  
 {  
     private static ConcurrentDictionary<string, string> _cache = new ConcurrentDictionary<string, string>();  
   
     public static void AddOrUpdate(string key, string value)  
     {  
         _cache.AddOrUpdate(key, value, (oldKey, oldValue) => value);  
     }  
   
     public static string Get(string key)  
     {  
         _cache.TryGetValue(key, out var value);  
         return value;  
     }  
 }

public interface ILogger  
 {  
     void Log(string message);  
 }  
   
 public class Logger : ILogger  
 {  
     public void Log(string message)  
     {  
         // Implementation here  
     }  
 }

// In your startup configuration  
 services.AddSingleton\<ILogger, Logger>();

static AppConfig()  
 {  
     try  
     {  
         // Initialization code here  
     }  
     catch (Exception ex)  
     {  
         // Log and handle exception  
     }  
 }

public static class SystemFacade  
 {  
     public static void PerformOperation()  
     {  
         ComplexSystem.PartA.Initialize();  
         ComplexSystem.PartB.ProcessData();  
         ComplexSystem.PartC.CompleteOperation();  
     }  
 }

public interface IOperationStrategy  
 {  
     void Execute();  
 }  
   
 public static class OperationExecutor  
 {  
     private static IOperationStrategy _strategy;  
   
     public static void SetStrategy(IOperationStrategy strategy)  
     {  
         _strategy = strategy;  
     }  
   
     public static void ExecuteOperation()  
     {  
         _strategy?. Execute();  
     }  
 }

public static class LazyResourceHolder  
 {  
     private static readonly Lazy<HeavyResource> _heavyResource = new Lazy<HeavyResource>(() => new HeavyResource());  
   
     public static HeavyResource HeavyResource => _heavyResource.Value;  
 }

public static class CalculationCache  
 {  
     private static readonly Dictionary<string, int> _cache = new Dictionary<string, int>();  
   
     public static int ExpensiveCalculation(string input)  
     {  
         if (_cache.TryGetValue(input, out var result))  
         {  
             return result;  
         }  
   
         result = PerformExpensiveCalculation(input);  
         _cache[input] = result;  
         return result;  
     }  
   
     private static int PerformExpensiveCalculation(string input)  
     {  
         // Simulate an expensive operation  
         return input. Length;  
     }  
 }

public static class DistributedCacheAccessor  
 {  
     public static IDistributedCache Cache { get; set; }  
   
     // Static methods to interact with the distributed cache  
 }

public static class ConfigurationHelper  
 {  
     public static string GetDatabaseConnectionString()  
     {  
         // Logic to retrieve the connection string from a centralized configuration service or environment variables  
         return "Server=myServerAddress;Database=myDataBase;User Id=myUsername;Password=myPassword;";  
     }  
 }

public static class CacheManager  
 {  
     private static IDistributedCache _cache;  
   
     public static void Initialize(IDistributedCache cache)  
     {  
         _cache = cache;  
     }  
   
     public static async Task<string> GetCachedValueAsync(string key)  
     {  
         return await _cache.GetStringAsync(key);  
     }  
   
     // Additional methods to interact with the distributed cache  
 }

public static class ServiceLocator  
 {  
     public static IServiceProvider ServiceProvider { get; set; }  
   
     public static T GetService<T>()  
     {  
         return ServiceProvider.GetService<T>();  
     }  
 }

public static class AIPredictor  
 {  
     private static MLModel _model;  
   
     static AIPredictor()  
     {  
         _model = LoadModel();  
     }  
   
     public static Prediction Predict(InputData data)  
     {  
         return _model.Predict(data);  
     }  
   
     private static MLModel LoadModel()  
     {  
         // Logic to load and initialize the ML model  
     }  
 }

public static class QuantumCalculator  
 {  
     public static int QuantumSum(int a, int b)  
     {  
         using var qubits = QuantumComputer.AcquireQubits(2);  
         // Quantum operation logic  
         return result;  
     }  
 }

public static class GPUAcceleratedOperations  
 {  
     public static void PerformComplexCalculation()  
     {  
         // Logic to leverage GPU for heavy calculations  
     }  
 }