Binary Converter NET: Binary to Decimal, Hex, and ASCII in One App

Binary Converter NET — High-Precision Binary Conversion Library

Binary Converter NET is a software library (likely for .NET platforms) focused on precise, reliable conversion between binary and other number or data formats. Below is a concise, structured overview you can use for documentation, product pages, or evaluation.

What it does

• Converts between binary and decimal, hexadecimal, octal, and ASCII/text.
• Supports signed and unsigned integer formats, fixed-point, and common floating-point encodings (IEEE 754 single/double).
• Handles large integers and arbitrary-precision binary values.
• Parses and formats binary strings with configurable grouping, prefixes (0b), and endianness.

Key features

• High precision: Arbitrary-precision integer support (BigInteger-like) to avoid overflow.
• Multiple encodings: IEEE 754 float/double, two’s complement, sign-magnitude, biased representations.
• Endianness control: Little-endian and big-endian handling for byte arrays and bitstreams.
• Text ↔ binary: Binary ↔ ASCII/UTF-8/UTF-16 conversion, including padding and null-termination options.
• Formatting options: Bit grouping, custom separators, prefix/suffix, fixed-width output.
• Validation & parsing: Robust input validation, tolerant parsing (spaces, separators), and helpful error messages.
• Performance: Optimized algorithms for large buffers and streaming conversion.
• API design: Fluent or utility-style API with both synchronous and asynchronous methods.
• Interop: Easy integration with existing .NET types (Span, Memory, Stream, BigInteger).

Typical use cases

• Developer tools and utilities (online converters, CLI tools).
• Data serialization/deserialization in networking and storage.
• Educational tools for teaching binary and number systems.
• Embedded systems and low-level debugging tools.
• Test utilities for verifying binary protocols and file formats.

Example API (conceptual)

csharp
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// Parse binary string to BigInteger
var value = BinaryConverter.ParseBigInteger(“11010101”);

// Convert integer to formatted binary with grouping
var bits = BinaryConverter.ToBinaryString(12345, groupSize: 8, prefix: “0b”);

// Convert byte array to IEEE 754 float (little-endian)
float f = BinaryConverter.ToFloat(byteArray, isLittleEndian: true);

Implementation considerations

• Choose arbitrary-precision libraries (System.Numerics.BigInteger) for large numbers.
• Carefully implement IEEE 754 parsing to avoid rounding and subnormal edge cases.
• Expose clear error types for invalid input, overflow, and unsupported encodings.
• Provide comprehensive unit tests covering endianness, signedness, and edge cases.
• Consider security: validate inputs to avoid denial-of-service from extremely large allocations.

Alternatives & integration

• System.Numerics.BigInteger for big integers.
• Built-in BitConverter for simple primitive conversions.
• Third-party libraries for binary/hex utilities — compare on precision, API ergonomics, and performance.

If you want, I can:

• Draft README or NuGet package description for this library, or
• Provide full example source code for key conversion routines. Which would you prefer?