import asyncio
import mealie_client
from usda_fdc_python.usda_fdc.analysis.recipe import (
    create_recipe,
    analyze_recipe)
from nutrihelper.utils import (
    ingredientParser,
    nutritionParser
)
import os
from dotenv import load_dotenv

async def main():

    load_dotenv()
    mealie_url = os.getenv("MEALIE_URL")
    mealie_api_key = os.getenv("MEALIE_API_KEY")

    fdc_api_key = os.getenv("FDC_API_KEY")

    async with mealie_client.MealieClient(
            base_url = mealie_url,
            api_token = mealie_api_key
    ) as m_client:
        recipe_id = "e733fc62-2dce-4fa0-98ba-f46ef75699ba" # fudgey brownies
        # recipe_id = "bcbbf532-185f-41f4-876d-beaf7ff0fb32" # Greek orzo

        recipe = await m_client.recipes.get(recipe_id)
        if recipe:
            fdc_client = FdcClient(fdc_api_key)

            print(f"Recipe: {recipe.id}")

            recipeIngredients = ingredientParser(recipe,fdc_client)

            # print(f"r: {recipeIngredients}")
            # print(f"Len: {len(recipeIngredients)}")

            newRecipe = create_recipe(
                name="Fudgey Brownies Test",
                ingredient_texts = recipeIngredients,
                client = fdc_client,
                servings=9
            )
            # print(f"{newRecipe}")

            # newIngredients = newRecipe.ingredients
            # print(f"n: {newIngredients}")

            # print(f"Len: {len(newIngredients)}")

            #if len(newIngredients) != len(recipeIngredients):


            analysis = analyze_recipe(newRecipe)
            per_serving = analysis.per_serving_analysis

            mealie_nutrition = nutritionParser(per_serving)

            payload = {'nutrition': mealie_nutrition}
            print(f"{payload}")

            #updated_recipe = await m_client.recipes.update(recipe_id, payload)
            #print(f"{updated_recipe}")


if __name__ == "__main__":
    asyncio.run(main())