hrigoriu/cybersecurity_goit_school

Repository Scope

This is a personal, multi-language learning repository rather than one deployable product. It contains Python Core and Python Web coursework, standalone homework projects, small games, JavaScript/Node examples, and Rust crates. Most directories are independent exercises with their own runtime, dependencies, and entry point.

Python Core Curriculum and CLI Projects

Cybersecurity/Python_Core_2.0 is organized as sequential Python lessons: language basics, flow control, standard library use, files, functional programming, OOP, and serialization. Lesson scripts are standalone executable examples rather than a shared package.

• Cybersecurity/Python_Core_2.0/1. Модуль 1. Вступ до Python/lesson_1.py

• Cybersecurity/Python_Core_2.0/4. Модуль 4. Робота з файлами та модульна система/lesson_01(Робота з файлами та обробка винятків).py

• Cybersecurity/Python_Core_2.0/8. Модуль 8. Серіалізація та копіювання об'єктів в Python/lesson_03(JSON).py

Address-book bots are the main reusable CLI-style applications in this area. Their control flow is typically command input → handler dispatch → domain models/address book → pickle/file persistence and logs.

• Cybersecurity/Python_Core_2.0/Home_Work/MyProjectContactBot/main.py

• Cybersecurity/Python_Core_2.0/Home_Work/MyProjectContactBot/handlers.py

• Cybersecurity/Python_Core_2.0/Home_Work/MyProjectContactBot/address_book.py

Python Web Curriculum

Cybersecurity/Python_web_2.0 broadens the coursework into engineering patterns, packaging, Docker, concurrency, networking, async I/O, databases, scraping, Django, and FastAPI. These are separate runnable examples; there is no repository-wide Python application or dependency manifest.

• Cybersecurity/Python_web_2.0/02. Модуль 2. Python Development/ClassWork/project2_poetry_docker/main.py

• Cybersecurity/Python_web_2.0/05. Модуль 5. Асинхронне програмування/websockets_exemple/exmpl_1/server.py

• Cybersecurity/Python_web_2.0/09. Модуль 9. Web-scraping/ClassWork/project_02/test_spyder/scrapy.cfg

Persistence and Data Boundaries

Storage approaches vary by exercise: local pickle/JSON files for contact bots, SQLite databases for relational and ORM examples, and migrations for schema evolution. MongoDB and Redis appear as lesson subjects; their actual configured use cannot be established from the tree alone.

• Cybersecurity/Python_web_2.0/06. Модуль 6. Реляційні бази даних/ClassWork/project1_sqlite/test.db

• Cybersecurity/Python_web_2.0/07. Модуль 7. ORM SQLAIchemy/ClassWork/project2_alembic/models.py

• Cybersecurity/Python_web_2.0/07. Модуль 7. ORM SQLAIchemy/ClassWork/project2_alembic/alembic/versions/180f1f9389b3_init.py

Web Applications and APIs

Several independent web implementations demonstrate distinct boundary layers:

• Django routes requests through project URL configuration, app views/forms/models, templates, and SQLite-backed migrations. Cybersecurity/Python_web_2.0/10. Модуль 10. Основи роботи з Django/ClassWork/project2/notes/manage.py, Cybersecurity/Python_web_2.0/10. Модуль 10. Основи роботи з Django/ClassWork/project2/notes/noteapp/views.py, Cybersecurity/Python_web_2.0/10. Модуль 10. Основи роботи з Django/ClassWork/project2/notes/noteapp/models.py.

• FastAPI projects use a layered HTTP route → schema → repository → database model flow. Cybersecurity/Python_web_2.0/11. Модуль 11. Побудова REST API на FastAPI/ClassWork/project2/main.py, Cybersecurity/Python_web_2.0/11. Модуль 11. Побудова REST API на FastAPI/ClassWork/project2/src/routes/notes.py, Cybersecurity/Python_web_2.0/11. Модуль 11. Побудова REST API на FastAPI/ClassWork/project2/src/repository/notes.py.

• The contact API homework follows the same separation with service mediation. Cybersecurity/Python_web_2.0/Home_Work/goit-pyweb-hw-11/task_01/task_01/app/main.py, Cybersecurity/Python_web_2.0/Home_Work/goit-pyweb-hw-11/task_01/task_01/app/api/contacts.py, Cybersecurity/Python_web_2.0/Home_Work/goit-pyweb-hw-11/task_01/task_01/app/services/contact.py.

Runtimes and Infrastructure

Primary runtime is Python, using pip/Poetry/Pipenv metadata per subproject. Docker files and Compose files package selected exercises, not the repository as a whole. Node.js powers the isolated Pokémon frontend/backend demo, while Rust projects are Cargo crates. No shared CI, deployment, or centralized service infrastructure is visible.

• Cybersecurity/Python_web_2.0/Home_Work/goit-pyweb-hw-02-flask/Dockerfile

• Cybersecurity/Python_web_2.0/pokemon/tech-pm-pokemon/backend/server.js

• RUST/course_private/pbversion1/Cargo.toml

Practical Entry Points

Run from each project directory using its native entry point: Python scripts or framework launchers, Node server startup metadata, and Cargo binaries. Do not treat root-level alembic.ini or generated target//build/ directories as repository-wide architecture.

• Cybersecurity/Python_Core_2.0/Home_Work/FinalProject_Go_IT/__main__.py

• Cybersecurity/Python_web_2.0/Home_Work/goit-pyweb-hw-10/task_01/manage.py

• RUST/course_private/pbversion1/src/main.rs