Hex Byte Inspector
Parses hexadecimal byte pairs and reports length, hex, decimal, binary, and indexed rows as JSON. It does not output a C, C++, or Rust array literal.
About this hex byte inspector
Parses hexadecimal byte pairs and reports length, hex, decimal, binary, and indexed rows as JSON. It does not output a C, C++, or Rust array literal Runs entirely in-memory using Web Crypto primitives to keep sensitive tokens, certificates, and cryptographic keys secure from third-party interception.
Encoding & cryptographic principles
Executes standards-compliant binary-to-text encodings and client-side data compression. Base64 implements RFC 4648 mapping 3 octets (24 bits) into four 6-bit sextets with '=' padding, offering both standard ('+', '/') and URL-safe ('-', '_') alphabets. URL encoding conforms to RFC 3986 percent-encoding for reserved URI characters. Data compression utilizes DEFLATE (RFC 1951), GZIP (RFC 1952), and LZ-String algorithms to compress large text streams directly in browser memory.
Worked verification example
Scenario: Inspect normalized byte representations for a short hexadecimal sequence.
Sample input:
Processing: Parses bytes and derives lowercase hex, decimal values, binary strings, and offset rows.
Illustrative output:
Security parameters & input constraints
Only complete hexadecimal byte pairs are accepted after removing the allowed separators; odd digits or other characters are rejected. Empty input yields a JSON object with length 0, empty hex, and empty decimal, binary, and rows arrays. The tool formats bytes rather than decoding text, inferring an endianness, or validating a file format.
Cryptographic digests, encoded strings, and signatures generated by Hex Byte Inspector should be verified against target authentication systems before production use.
Client-side Web Crypto boundary
Key derivation, hashing, and encoding in Hex Byte Inspector execute in local memory using Web Crypto APIs without remote socket transmission.
Cryptographic specifications & RFC standards
Technical specifications and cryptographic RFC standards governing algorithms and key representations:
- Hexadecimal byte pairs and local JSON formatting (no C, C++, Rust, or file-format standard claimed)
Hex Byte Inspector verification · Audit standards
How to use it
- Enter hexadecimal bytes, optionally with a leading 0x and spaces, colons, underscores, or hyphens between digits.
- Run locally to parse complete byte pairs.
- Read or copy the JSON length, normalized hex, decimal and binary byte arrays, and indexed rows.
Frequently asked questions
What input does Hex Byte Array Formatter parse?+
It parses hexadecimal byte input through the shared byte parser, then reports normalized hex, decimal byte values, binary strings, and offset rows.
What fields appear in the result JSON?+
The JSON contains length, contiguous lowercase hex, decimal and eight-bit binary arrays, and rows with a hexadecimal offset padded to at least four digits, byte hex, and decimal value. Offset 65536 is 10000, so the width can grow.
What result should the documented example produce?+
Input 00 ff 10 produced length 3, normalized hex 00ff10, decimals 0,255,16, and the row 0001: ff 255.
Does the tool generate C, Rust, or Python declarations?+
No. Despite its title, the current implementation emits structured inspection JSON only; it does not create language-specific array literals.