// Additional conversion methods:

byte[] structBytes = ConvertEx.StructureToArray(myStruct);
MyStruct myStruct = ConvertEx.ArrayToStructure<MyStruct>(structBytes);
			
string excelColumn = ConvertEx.ToExcelColumnString(1); // <-- "A"

string hexString = ConvertEx.ToHexadecimalString(byteArray);

Atomic<MyClass> ThreadSafeObj = new Atomic<MyClass>();

// Access an object in a thread-safe manner:
ThreadSafeObj.Value.Foo = 123;

// Or exchange the object:
ThreadSafeObj.Exchange((oldObject) => // <-- The current MyClass instance
{
	return new MyClass(); // <-- the new MyClass instance to replace "oldObject".
});

// Call a method, while the object is locked:
int result = ThreadSafeObj.Lock((obj) => obj.GetInteger());

// ...

public class MyClass
{
	public int Foo;

	public int GetInteger()
	{
		return 0;
	}
}

CsvFile file = CsvFile.FromFile(path: @"C:\test.csv", delimiter: null, hasHeaderRow: true);

// delimiter: null means auto-detect!

foreach (CsvRow row in file.Rows)
{
	int? id = row["A"].Int32Value;
	string name = row["B"].Value;
}

// And for the fans or victims of "CSV extreme databasing"
// This IEnumerable will iterate over the CSV file
IEnumerable<CsvRow> largeCsv = CsvFile.EnumerateFile(@"C:\very_large_file.csv", null, true);

// Find a string in a file
long index = FileEx.FindSequence(@"C:\test.txt", "search_me".ToUTF8Bytes());
if (index != -1)
{
	// ...
}

// FileEx extends the System.IO.File class.

// HttpClient implements GET, POST and multipart requests
string str = new HttpClient()
	.CreatePostRequest("http://example.com/")
	.AddQueryParameter("id", "123")             // GET parameter for URL
	.AddPostValue("submit", "on")               // POST value (e.g.: The Submit button)
	.ReadString();
//              ^- Complete the request and get the result as string or byte[]

// Read WMI objects using the BytecodeApi.IO.Wmi namespace:
WmiObject[] processes = new WmiNamespace("CIMV2")
	.GetClass("Win32_Process")
	.GetObjects()
	.ToArray();

byte[] file = File.ReadAllBytes("C:\\test.txt");

// Easily compress and decompress binary data:
byte[] compressed = Compression.Compress(file);
byte[] decompressed = Compression.Decompress(compressed);

byte[] file = File.ReadAllBytes(@"C:\test.txt");

// Encrypt and decrypt binary content using a password.
byte[] encrypted = ContentEncryption.Encrypt(file, "123456");
byte[] decrypted = ContentEncryption.Decrypt(encrypted, "123456");

// Test using a the byte[] extension method:
if (!encrypted.Compare(decrypted)) throw new Exception();

// The "ContentEncryption" class uses
//     byte[] Encryption.Encrypt(byte[] data, byte[] iv, byte[] key)
// in conjunction with the SHA-256 converted password.

// Hash examples:
string passwordHash = Hashes.Compute("123456", HashType.SHA256);
string fileHash = Hashes.Compute(file, HashType.SHA256);

Process process = ProcessEx.GetSessionProcessesByName("TaskMgr").First();

// Inject my wonderful ring-3 rootkit into your task manager.
process.LoadLibrary(@"C:\r77.dll");

// Project r77: https://bytecode77.com/hacking/payloads/r77-rootkit

public class MyViewModel : ObservableObject
{
	// An MVVM property for the ViewModel.
	// Strongly typed and as simple as it gets:
	public string Foo
	{
		get => Get(() => Foo);
		set => Set(() => Foo, value);
		// INotifyPropertyChanged -^
	}
}