miraelsink/caesar_cipher

How miraelsink/caesar_cipher works

Caesar Crypto is a pair of standalone Tkinter desktop applications: users enter text and an integer shift, activate the encrypt or decrypt button, and see the transformed text in the result field. Each application owns its interface, character-shift logic, and button callback; the cipher operates on printable ASCII characters and leaves other characters unchanged. The two scripts are separate entry points, not stages in a shared pipeline. The README also documents executable builds, which are delivery tooling rather than runtime product components. Edges reflect only relationships visible in the excerpts.

Main entry points: crypto.py Encrypt callback · decrypto.py Decrypt callback

Components 15

Cipher apps

Encrypt app crypto.py
Decrypt app decrypto.py

Desktop interface

Encrypt UI crypto.py
Text and key fields crypto.py
Encrypt button crypto.py
Encrypted result crypto.py
Decrypt UI decrypto.py
Text and key fields decrypto.py
Decrypt button decrypto.py
Decrypted result decrypto.py

Cipher processing

Encrypt callback crypto.py
Forward shift crypto.py
Decrypt callback decrypto.py
Reverse shift decrypto.py

Other components

User

Connections 14

User → Text and key fields: enters text and key crypto.py
User → Encrypt button: activates crypto.py
Encrypt app → Encrypt UI: creates crypto.py
Encrypt button → Encrypt callback: invokes crypto.py
Encrypt callback → Text and key fields: reads crypto.py
Encrypt callback → Forward shift: applies per character crypto.py
Encrypt callback → Encrypted result: writes crypto.py
User → Text and key fields: enters text and key decrypto.py
User → Decrypt button: activates decrypto.py
Decrypt app → Decrypt UI: creates decrypto.py
Decrypt button → Decrypt callback: invokes decrypto.py
Decrypt callback → Text and key fields: reads decrypto.py
Decrypt callback → Reverse shift: applies per character decrypto.py
Decrypt callback → Decrypted result: writes decrypto.py

Drawn by GitDiagram on November 10, 2026 from the repository's file tree, README and source files. Read as Markdown ·

How miraelsink/caesar_cipher works

Main entry points: crypto.py Encrypt callback · decrypto.py Decrypt callback

Connections 14

User → Text and key fields: enters text and key crypto.py
User → Encrypt button: activates crypto.py
Encrypt app → Encrypt UI: creates crypto.py
Encrypt button → Encrypt callback: invokes crypto.py
Encrypt callback → Text and key fields: reads crypto.py
Encrypt callback → Forward shift: applies per character crypto.py
Encrypt callback → Encrypted result: writes crypto.py
User → Text and key fields: enters text and key decrypto.py
User → Decrypt button: activates decrypto.py
Decrypt app → Decrypt UI: creates decrypto.py
Decrypt button → Decrypt callback: invokes decrypto.py
Decrypt callback → Text and key fields: reads decrypto.py
Decrypt callback → Reverse shift: applies per character decrypto.py
Decrypt callback → Decrypted result: writes decrypto.py

Drawn by GitDiagram on November 10, 2026 from the repository's file tree, README and source files. Read as Markdown ·