Skip to content
View pedroalbanese's full-sized avatar
🏠
Working from home
🏠
Working from home

Block or report pedroalbanese

Block user

Prevent this user from interacting with your repositories and sending you notifications. Learn more about blocking users.

You must be logged in to block users.

Please don't include any personal information such as legal names or email addresses. Maximum 100 characters, markdown supported. This note will be visible to only you.
Report abuse

Contact GitHub support about this user’s behavior. Learn more about reporting abuse.

Report abuse
pedroalbanese/README.md

Greetings!

I'm a nonprofit organizations manager with emphasis in financial tracking systems, legal processing/tramitation and systems integration, passionate about cryptography, accounting and ancient history.

I’m currently learning about
BSI TR-03111 ECC Technical Guideline
ElGamal Cryptosystem
ElGamal Signatures (Tahir Al-Jamal)
Schnorr Signatures (Claus-Peter Schnorr)
BLS Signatures (Boneh–Lynn–Shacham)
Unix Philosophy
The Unix philosophy is a set of principles and values that guide the design and implementation of the Unix operating system and other related systems. These principles were formulated by the original Unix developers in the 1970s and have been a significant influence on many modern operating systems and software.

The Unix philosophy is characterized by several key ideas:

  1. Simplicity: Unix emphasizes simplicity in both design and use. System components should be small, modular, and do one thing well. This facilitates understanding, maintenance, and software reusability.

  2. Composition: Unix programs are designed to be combined and work together, following the principle of "do one thing and do it well." This allows users to create complex solutions by combining simple programs through pipes and input/output redirection.

  3. Transparency: Unix adopts an "everything is a file" approach. This means that devices, processes, and other resources are represented as files in the file system, allowing them to be accessed and manipulated in a consistent manner.

  4. Modularity: Unix is built based on a set of modular components, such as shells, utilities, and libraries. This allows developers to create new tools and extend the system incrementally without modifying existing code.

  5. Portability: Unix was designed to be portable, meaning it can run on different hardware types. This is achieved by isolating hardware-specific functionality into abstraction layers, allowing the operating system to be easily adapted to different platforms.

  6. File System Hierarchy: Unix adopts a standardized directory hierarchy, commonly known as the Filesystem Hierarchy Standard (FHS). This structure organizes files and directories in a logical and consistent manner, making it easy to locate and organize system data and programs.

These principles of the Unix philosophy have been widely adopted and have influenced many other operating systems and software. They emphasize simplicity, modularity, interoperability, and flexibility, enabling users and developers to create efficient and adaptable solutions. The Unix philosophy also promotes collaboration among developers and software reuse, contributing to a vibrant open-source software community.

Buy Me A Coffee

🛠  Tech Stack

Go  HTML5  PHP  Windows Terminal  AHK  Shell Script

Android Kali Windows Raspberry Pi FreeBSD OpanBSD

Contact

linkedin

Pinned Loading

  1. gosttk gosttk Public

    🔒 Pure Go GOST Security Suite

    Go 12

  2. edgetk edgetk Public

    🔒 Encrypted Data Gateway Engine - Command-line Integrated Security Suite written in Go (OpenSSL compliant)

    Go 11 1

  3. gmsmtk gmsmtk Public

    🔒 Pure Go GMSM Security Suite

    Go 7 1

  4. ledger ledger Public

    Pure Go command line double-entry accounting program

    Go 4

  5. gogost gogost Public

    Pure Go GOST Cryptographic Functions Library

    Go 10 4

  6. obfuse obfuse Public

    Minimalist golang string obfuscator

    Go 10 1