def example_guidance(example):
  return f"請參考以下範例並完成類似的任務:\n範例:{example}"

example = "這是一個範例句子。"
prompt = example_guidance(example)
print(prompt)

def react_prompt(task, example):
  if task == "write_poem":
    return f"請寫一首關於{example}的詩。首先，請列出幾個關鍵詞。然後，選擇一個關鍵詞，並寫下一個句子。以此類推，直到完成一首詩。"
  elif task == "translate":
    return f"請將以下句子從{source_language}翻譯成{target_language}: {example}"

# Example usage
task = "write_poem"
example = "愛情"
prompt = react_prompt(task, example)
print(prompt)

def contextual_setting(context):
  """
  提供背景信息，用於  miniAGI 理解任務上下文。

  Args:
      context: 字符串，描述任务的背景信息。

  Returns:
      字符串，格式为 "在以下背景下完成任務：\n 背景： {context}"
  """
  return f"在以下背景下完成任務：\n 背景：{context}"

context = "這是一個商業會議的背景。"
prompt = contextual_setting(context)
print(prompt)

from uml_diagram import generate_uml_diagram  # Assuming this function exists

def formal_development_process(system_description):
  """
  Generates a prompt for creating a UML diagram based on a given system description.

  Args:
    system_description: A textual description of the system.

  Returns:
    A prompt string for a language model to generate a UML diagram.
  """

  # Incorporate OOA/OOD concepts and 4+1 views into the prompt
  prompt = f"""
  Create a UML diagram that visually represents the following system:
  {system_description}

  **Consider the following:**
  * **Identify key entities:** Determine the main objects and their attributes.
  * **Define relationships:** Establish connections between entities (inheritance, composition, association).
  * **Consider behaviors:** Model the actions and interactions between objects.
  * **Use appropriate diagrams:** Employ a combination of use case, class, sequence, and state diagrams as needed to provide a comprehensive view of the system.

  **Ensure the diagram adheres to UML conventions and effectively communicates the system's structure and behavior.**

  **Example UML diagram elements:** classes, objects, attributes, methods, associations, aggregations, compositions, inheritance, interfaces, use cases, actors, and sequences.

  **Output the UML diagram in a textual format that can be easily converted to a visual representation.**
  """

  uml_diagram = generate_uml_diagram(system_description, prompt)  # Pass the enhanced prompt
  return uml_diagram