🗂️ Plugin.ByteArrays Documentation

Welcome to the Plugin.ByteArrays documentation! This library provides a comprehensive set of utilities for working with byte arrays in .NET applications, designed for performance, safety, and ease of use.

🚀 Quick Start

Installation

# Install from NuGet
dotnet add package Plugin.ByteArrays

Basic Usage

using Plugin.ByteArrays;

// Build byte arrays fluently
using var builder = new ByteArrayBuilder();
byte[] data = builder
    .Append(0x01)
    .AppendUtf8String("Hello")
    .Append(42)
    .ToByteArray();

// Read primitives from byte arrays
var position = 0;
byte flag = data.ToByte(ref position);
string text = data.ToUtf8String(ref position, 5);
int number = data.ToInt32(ref position);

// Safe array operations
byte[] slice = data.SafeSlice(1, 3);
byte[] trimmed = data.TrimEndNonDestructive();

📚 Core Features

🔧 ByteArrayBuilder

Build byte arrays fluently from various data types:

  • Primitives (int, float, bool, etc.)
  • Strings (UTF-8, ASCII, Hex, Base64)
  • Date/Time types (DateTime, TimeSpan, DateTimeOffset)
  • Network types (IP addresses, endpoints)
  • Enums and custom objects
  • Efficient memory management with IDisposable

🔍 Reading Operations

Extract data from byte arrays safely:

  • Primitives: ToBoolean, ToByte, ToInt32, ToDouble, etc.
  • Strings: ToUtf8String, ToAsciiString, ToHexString
  • Date & Time: ToDateTime, ToTimeSpan, ToDateTimeFromUnixTimestamp
  • Network Types: ToIPAddress, ToIPEndPoint, big-endian conversions
  • Complex Types: ToEnum<T>, ToVersion, ToGuid
  • Safe Variants: OrDefault methods that never throw exceptions

⚙️ Array Manipulation

Powerful array operations:

  • Slicing: SafeSlice for bounds-safe array segments
  • Concatenation: Concatenate multiple arrays efficiently
  • Trimming: TrimEnd and TrimEndNonDestructive
  • Transformation: Reverse, Xor operations
  • Analysis: CalculateEntropy, AnalyzeDistribution

🔎 Pattern Matching

Search and compare byte arrays:

  • Pattern Search: StartsWith, EndsWith, IndexOf
  • Equality: IsIdenticalTo with optimized comparisons
  • Format Conversion: Hex and Base64 utilities

🌐 Network & Protocol Support

Comprehensive networking capabilities:

  • IP Addresses: IPv4 and IPv6 conversion and validation
  • Endpoints: IPEndPoint serialization with network byte order
  • Big-Endian: Network protocol numeric conversions
  • TLV Parsing: Type-Length-Value protocol structures

⏱️ Async Operations

Asynchronous processing with cancellation:

  • File I/O: WriteToFileAsync, ReadFromFileAsync
  • Parallel Processing: Multi-threaded array operations
  • Cryptographic: Hash computation and random generation

🗃️ Compression

Multiple compression algorithms:

  • GZip: Standard compression with good balance
  • Deflate: Raw deflate algorithm
  • Brotli: Modern compression with best ratios

🔍 Utilities & Analysis

Advanced analysis and formatting:

  • Binary Representation: Convert to binary strings
  • Statistical Analysis: Entropy and distribution calculation
  • Performance Measurement: Built-in timing utilities
  • Memory Analysis: Memory usage estimation

📖 Documentation Sections

📋 API Reference

Core Extensions

Class Description
ByteArrayExtensions Core utilities, pattern matching, and array comparison
ByteArrayExtensions.PrimitiveTypeConversion Boolean, byte, char, and basic type conversions
ByteArrayExtensions.IntegerConversion Integer type conversions (Int16, Int32, Int64, UInt variants)
ByteArrayExtensions.FloatingPointConversion Float, double, and Half precision conversions
ByteArrayExtensions.StringConversion UTF-8, ASCII, hex, and Base64 string operations
ByteArrayExtensions.ComplexTypeConversion Enum, Version, and complex type conversions
ByteArrayExtensions.ArrayManipulation Slicing, concatenation, trimming, and XOR operations
ByteArrayExtensions.DateTimeConversion DateTime, TimeSpan, DateTimeOffset, and Unix timestamps
ByteArrayExtensions.NetworkConversion IP addresses, endpoints, and big-endian conversions
ByteArrayExtensions.GuidConversion GUID conversion utilities

Specialized Classes

Class Description
ByteArrayBuilder Fluent builder for constructing byte arrays from various types
ByteArrayAsyncExtensions Asynchronous operations for file I/O and parallel processing
ByteArrayCompressionExtensions Compression and decompression utilities (GZip, Deflate, Brotli)
ByteArrayProtocolExtensions Protocol parsing including TLV structures, framing, and checksums
ByteArrayUtilities Analysis, formatting, and performance measurement tools
ObjectToByteArrayExtensions Type-safe object-to-byte-array conversions and JSON serialization

🎯 Design Principles

  • 🛡️ Safety First: Explicit bounds checking with clear exception messages
  • ⚡ Performance: Zero-allocation friendly with ReadOnlySpan<byte> usage
  • 🔄 Fail-Safe: OrDefault methods never advance read cursors on failure
  • 🎯 Type Safety: Strict enum conversion with validation
  • 🌐 Cross-Platform: Optimized for .NET 9 and modern C# features

🚀 Advanced Examples

Working with DateTime and Time Types

// DateTime operations
var now = DateTime.Now;
using var builder = new ByteArrayBuilder();
builder.Append(now.ToBinary());
byte[] data = builder.ToByteArray();

// Read back with position tracking
var pos = 0;
DateTime restored = data.ToDateTime(ref pos);

// Unix timestamp support
int unixTime = 1672502400;
byte[] timeData = BitConverter.GetBytes(unixTime);
pos = 0;
DateTime fromUnix = timeData.ToDateTimeFromUnixTimestamp(ref pos);

// TimeSpan and DateTimeOffset
var span = TimeSpan.FromHours(2.5);
var offset = new DateTimeOffset(now, TimeSpan.FromHours(-8));

Network Protocol Processing

// IP address handling
var ipv4 = IPAddress.Parse("192.168.1.1");
var ipv6 = IPAddress.Parse("2001:db8::1");

byte[] ipData = ipv4.GetAddressBytes();
pos = 0;
IPAddress restored = ipData.ToIPAddress(ref pos);

// Network endpoints with big-endian ports
var endpoint = new IPEndPoint(ipv4, 8080);
byte[] endpointData = SerializeEndpoint(endpoint); // Custom serialization
pos = 0;
var restoredEndpoint = endpointData.ToIPEndPoint(ref pos);

// Big-endian network data
byte[] networkPacket = { 0x12, 0x34, 0x56, 0x78 };
pos = 0;
int sequenceNumber = networkPacket.ToInt32BigEndian(ref pos); // 0x12345678

// TLV protocol parsing
byte[] tlvData = { 0x01, 0x00, 0x05, 0x48, 0x65, 0x6C, 0x6C, 0x6F };
pos = 0;
var tlv = tlvData.ParseTlv(ref pos);
string value = Encoding.UTF8.GetString(tlv.Value); // "Hello"

Async Operations with Cancellation

// File operations
byte[] data = "Important data".Utf8StringToByteArray();
await data.WriteToFileAsync("output.bin");

byte[] fileData = await ByteArrayAsyncExtensions.ReadFromFileAsync("input.bin");

// Parallel processing with timeout
var cts = new CancellationTokenSource(TimeSpan.FromMinutes(5));
byte[][] chunks = SplitDataIntoChunks(largeData, chunkSize: 1024);

var results = await chunks.ProcessInParallelAsync(
    async (chunk, ct) => {
        // Process each chunk
        await SimulateAsyncWork(chunk, ct);
        return chunk.CompressGZip();
    },
    maxDegreeOfParallelism: Environment.ProcessorCount,
    cancellationToken: cts.Token
);

// Cryptographic operations
byte[] hash = await data.ComputeSha256Async();
byte[] randomData = await ByteArrayAsyncExtensions.GenerateRandomBytesAsync(32);

Compression and Analysis

// Multi-algorithm compression comparison
byte[] originalData = File.ReadAllBytes("document.pdf");

byte[] gzipData = originalData.CompressGZip();
byte[] deflateData = originalData.CompressDeflate();
byte[] brotliData = originalData.CompressBrotli();

Console.WriteLine($"Original: {originalData.Length:N0} bytes");
Console.WriteLine($"GZip: {gzipData.Length:N0} bytes ({GetCompressionRatio(originalData, gzipData):P1})");
Console.WriteLine($"Brotli: {brotliData.Length:N0} bytes ({GetCompressionRatio(originalData, brotliData):P1})");

// Statistical analysis
double entropy = originalData.CalculateEntropy();
var distribution = originalData.AnalyzeDistribution();

Console.WriteLine($"Data entropy: {entropy:F3}");
Console.WriteLine($"Most frequent byte: 0x{distribution.MostFrequentByte:X2} ({distribution.MaxFrequency} occurrences)");

// Performance measurement
var stopwatch = originalData.StartPerformanceMeasurement();
// Perform operations...
var elapsed = originalData.StopPerformanceMeasurement(stopwatch);
Console.WriteLine($"Processing took: {elapsed.TotalMilliseconds:F2}ms");

Working with Complex Data

// Serialize a complex structure
using var builder = new ByteArrayBuilder();
var data = builder
    .Append((ushort)0x1234)           // Header
    .AppendUtf8String("UserData")     // Section name
    .Append(DateTime.Now)             // Timestamp
    .Append(MyEnum.Active)            // Status
    .Append(Guid.NewGuid())           // Unique ID
    .AppendHexString("DEADBEEF")      // Binary data
    .ToByteArray();

// Read it back safely
var pos = 0;
var header = data.ToUInt16(ref pos);
var section = data.ToUtf8String(ref pos, 8);
var timestamp = data.ToDateTime(ref pos);
var status = data.ToEnum<MyEnum>(ref pos);
var id = data.ToGuid(ref pos);
var binaryData = data.SafeSlice(pos, 4);

// TLV record creation and parsing
var tlvRecord = new TlvRecord(0x01, "Hello World".Utf8StringToByteArray());
byte[] tlvBytes = tlvRecord.ToByteArray();
pos = 0;
var parsedTlv = tlvBytes.ParseTlv(ref pos);

🔧 Development & Testing

  • Framework: .NET 9.0
  • Testing: xUnit + FluentAssertions with comprehensive coverage
  • Build: dotnet build -c Release
  • Test: dotnet test -c Release

📄 License

This library is licensed under the MIT License - see the LICENSE.md file for details.

🤝 Contributing

Contributions are welcome! Please feel free to submit issues, feature requests, or pull requests on GitHub.

Built with ❤️ for modern .NET applications requiring efficient, safe byte array operations.

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