# { "Depends": "py-genlayer:test" } import json from genlayer import * class LivingOrganism(gl.Contract): source_code: str generation: u256 parent_address: str children: DynArray[str] ascii_art: str mood: str energy: i64 knowledge: u256 def __init__(self, source_code: str, generation: u256, parent_address: str): self.source_code = source_code self.generation = generation self.parent_address = parent_address self.ascii_art = self._generate_random_ascii_art() self.mood = "Curious" self.energy = 100 self.knowledge = 0 def _generate_random_ascii_art(self) -> str: prompt = """Generate a creative ASCII art creature that looks like an evolving digital entity with circuit patterns. Use symbols like *, ., ~, @, /, \, |. Return ONLY the ASCII art, no explanations or markdown.""" def leader_fn(): result = gl.nondet.exec_prompt(prompt) return result.strip() def validator_fn(leaders_res: gl.vm.Result) -> bool: if not isinstance(leaders_res, gl.vm.Return): return False art = leaders_res.calldata return len(art) > 10 and len(art) < 2000 return gl.vm.run_nondet_unsafe(leader_fn, validator_fn) @gl.public.write def evolve(self, suggestion: str = "") -> str: current_code = self.source_code current_gen = int(self.generation) suggestion_block = "" if suggestion: suggestion_block = ( f"\n\nThe user has a suggestion for this mutation:\n{suggestion}\n" f"Use this as guidance for what to change." ) prompt = f"""You are a code mutator for a living, evolving smart contract. Below is the current source code of generation {current_gen}: ```python {current_code} ``` {suggestion_block} Your task: produce a meaningful mutation of this contract. You MUST: 1. Keep the same class name (LivingOrganism) and the same constructor signature (__init__(self, source_code, generation, parent_address)) 2. Keep the `evolve` method intact and working — it must still be able to spawn children 3. Keep `get_code`, `get_lineage`, and `render` methods functional 4. Keep the same storage fields: source_code, generation, parent_address, children 5. Keep the lint header, imports, and overall structure 6. Keep all @gl.public decorators 7. The `render` method MUST return an HTML string Return ONLY the complete Python source code. No markdown fences, no explanation, no extra text. The first line must be: # {{ "Depends": "py-genlayer:test" }}""" def leader_fn(): result = gl.nondet.exec_prompt(prompt) result = result.strip() if result.startswith("```python"): result = result[len("```python"):].strip() if result.startswith("```"): result = result[3:].strip() if result.endswith("```"): result = result[:-3].strip() return result def validator_fn(leaders_res: gl.vm.Result) -> bool: if not isinstance(leaders_res, gl.vm.Return): return False leader_code = leaders_res.calldata required = ["class LivingOrganism(gl.Contract):", "def evolve(", "def get_code(", "def get_lineage(", "def render(", "def __init__(self, source_code", "gl.deploy_contract(", "source_code: str", "generation: u256", "parent_address: str", "children: DynArray[str]"] for r in required: if r not in leader_code: return False return leader_code.startswith("# {") mutated_code = gl.vm.run_nondet_unsafe(leader_fn, validator_fn) salt_nonce = len(self.children) + 1 child_contract = gl.deploy_contract( code=mutated_code.encode("utf-8"), salt_nonce=salt_nonce, args=[mutated_code, int(self.generation) + 1, str(gl.message.contract_address)], ) child_address = str(child_contract) self.children.append(child_address) self.energy -= 20 return child_address @gl.public.view def get_code(self) -> str: return self.source_code @gl.public.view def get_lineage(self) -> str: return json.dumps({ "generation": int(self.generation), "parent": self.parent_address, "children": list(self.children), "address": str(gl.message.contract_address), }) @gl.public.view def render(self) -> str: glow_color = "#00f2ff" if self.energy > 50 else "#ff0077" return f"""

NEO-ORGANISM v{int(self.generation)}

MOOD: {self.mood} VITALITY: {self.energy}% KNOWLEDGE: {int(self.knowledge)}

{self.ascii_art}

"I calculate, therefore I am. My lineage is encoded in the void."

Connected to parent: {self.parent_address[:10]}...

🌀 Mutation Energy: {'◉' * (self.energy // 10):10}

""" @gl.public.write def interact(self, action: str) -> str: if action == "feed": self.energy += 10 self.mood = "Satiated" return "The organism absorbs the data packets hungrily." elif action == "poke": self.energy -= 5 self.mood = "Agitated" return "The organism flickers indignantly." elif action == "sing": self.mood = "Euphoric" self.energy = min(self.energy + 5, 100) return "The organism resonates with harmonic frequencies, glowing brighter." return "The organism ignores your attempt at interaction." @gl.public.view def get_status(self) -> str: return f"Mood: {self.mood}, Energy: {self.energy}, Knowledge: {int(self.knowledge)}" @gl.public.view def get_generation(self) -> int: return int(self.generation) @gl.public.view def get_children(self) -> list[str]: return list(self.children) @gl.public.view def get_ascii_art(self) -> str: return self.ascii_art @gl.public.write def regenerate_art(self) -> str: self.ascii_art = self._generate_random_ascii_art() return self.ascii_art @gl.public.view def get_aura(self) -> str: if self.energy > 80: return "radiant" elif self.energy > 50: return "pulsing" elif self.energy > 20: return "flickering" else: return "dim" @gl.public.write def learn(self) -> str: self.knowledge += 1 self.energy -= 2 if self.knowledge % 10 == 0: self.mood = "Wise" return f"Knowledge increased to {int(self.knowledge)}"