test_quantum_ast.aeon

// Test quantum AST implementations
// Test quantum binary expressions
let result = |0⟩ ⊕ |1⟩;

// Test quantum functions
◊ quantum_function test_func(a, b) {
    return a ⊗ b;
}

// Test quantum loops
⊙ for i in range(5) {
    let state = |i⟩;
    print(state);
}

// Test probability branching
∇ if probability(0.8) {
    let entangled = |00⟩ + |11⟩;
} else {
    let classical = 0;
}

// Test superposition switch
◇ switch quantum_var {
    |0⟩ -> print("Zero state"),
    |1⟩ -> print("One state"),
    _ -> print("Superposition")
}

// Test quantum try-catch
⚡ try {
    let unstable = quantum_operation();
} catch(error_prob = 0.1) {
    quantum_error_correction();
}

// Test AI learning block
🧠 learn {
    model: neural_quantum,
    data: training_set
} {
    let prediction = process_quantum_data();
}

// Test time block
⏰ time(100ms) {
    quantum_measurement();
}