An Egyptology PhD turned programmer decided hieroglyphs were more expressive than modern syntax. They're now working at the British Museum after realizing pyramid architecture is more stable than microservices. The compiler generates code that would make the pharaohs proud and confused archaeologists for millennia. Your task: Compile hieroglyphic programming statements into executable operations using ancient Egyptian logic.
Why You're Doing This
You're building a compiler for a programming language based on ancient Egyptian hieroglyphic symbols and grammatical rules. This tests language design, symbol-to-operation mapping, compiler construction, and working with complex character systems. It's like building LLVM but your intermediate representation uses pictures of birds and eye symbols.
Take the W
✓ Correctly parses hieroglyphic symbols into programming constructs
✓ Applies ancient Egyptian grammatical rules to code structure
✓ Generates executable code following pharaonic coding standards
Hard L
✗ Treats hieroglyphs as random decorative symbols
✗ Violates ancient Egyptian linguistic principles
✗ Produces code that would offend the gods
Edge Cases
⚠ Hieroglyphic program invoking forbidden divine functions
⚠ Code mixing different Egyptian historical periods
⚠ Compiler attempting to execute curses or protective spells
⚠ Program requiring resources from the afterlife
Input Format:
Hieroglyphic program statement using authentic Egyptian symbols with grammatical context
Expected Output:
Compiled operation with pharaonic execution model and divine approval
Example:
𓂀𓈖𓎛𓅱𓏏𓀭 (pharaoh-scribe-call-blessing-value-god) → MAIN_FUNCTION_CALL_RETURN_SUCCESS_DIVINE_APPROVAL with proper ceremonial execution
Input Format:
Hieroglyphic parser system with ancient Egyptian grammatical rules and divine approval protocols
Expected Output:
Compilation algorithm with pharaonic standards and archaeological authenticity