Developer Tools Hub offers a suite of utilities for developers, including an Epoch Converter for date format changes, a Word Counter for text analysis, String Conversion Tools for encoding and decoding, and a Hash tool for converting strings to hash formats.
Convert Unix timestamp to other datetime formats, including Excel date.
Measure character, word, paragraph counts, and character density.
Convert text to various cases and encode/decode Base64, URLs, and HTML.
Securely convert your input strings into hash formats.
Converts Unix timestamps into human-readable dates in various formats including ISO 8601, UTC, and local timezone formats.
Allows users to select different timezones to see the converted time according to their preferred location.
Provides several options for displaying converted times, like Unix seconds, Unix milliseconds, and Excel date formats.
Provides a count of characters, words, sentences, and paragraphs in a given text input, helping users measure text length and structure.
Allows users to see statistics about character distribution in the text, displaying details like spaces, tabs, new lines, vowels, consonants, etc.
Enables users to click on elements like whitespaces, tabs, and characters to highlight them in the text, making it easier to identify specific elements within the document.
Allows you to transform text into different cases such as Uppercase, Lowercase, Title, Swap, Path, Camel, Pascal, Snake, Kebab. This can be useful for formatting text for readability or specific programming requirements.
Encode binary data into text using Base64, which is safe for transmission over text-based protocols. Decode Base64 back to binary data.
Convert special characters in URLs into a format safe for transmission, ensuring that spaces and symbols are properly encoded.
Securely convert input strings into hash formats for data integrity and security purposes.
Count characters, words, paragraph counts, and calculate character density in the text.
A cryptographic hash function that produces a 128-bit hash value, typically represented as a 32-character hexadecimal number. Widely used for file integrity checks and non-secure applications due to its speed, even though it's considered insecure.
Generates a 160-bit hash value, commonly displayed as a 40-character hexadecimal string. Once widely used in protocols like SSL/TLS, but now deprecated due to its vulnerability to collision attacks.
Produces a 224-bit hash value, designed for environments requiring a smaller output. Used in applications where security is crucial, but storage space is limited, such as embedded systems.
Provides a 256-bit hash value, part of the SHA-2 family, offering enhanced security over SHA-1. Used in the security of cryptocurrencies like Bitcoin.
Produces a 384-bit hash value with higher security and a longer output than SHA-256. Used in digital certificates and high-security communications when stronger hash is needed.
Produces a 512-bit hash value, offering robust security. Part of the SHA-2 family and used in applications where both security and large hash sizes are required, such as secure file storage.
Produces a 160-bit hash value. A less common hash function but popular in some European cryptographic standards.
Converts Unix timestamps into other datetime formats, including Excel dates.
Measures character, word, paragraph counts, and character density for text analysis.
Easily convert timestamps to human-readable formats and vice versa, simplifying the process of working with time formats.
Count words and characters or evaluate character density for text optimization, providing useful insights for text processing.
Encode, decode, hash, and adjust text cases effortlessly, allowing for flexible text manipulation.