from api.api import TidalAPI
from models.galaxy import Galaxy
from models.cluster import Cluster
from utils.extractor import extract_links
from utils.config import load_config
import argparse

CLUSTER_PATH = "../../clusters/"
GALAXY_PATH = "../../galaxies/"

config = load_config("./config.json")

UUIDS = config["UUIDS"]
GALAXY_CONFIGS = config["GALAXY_CONFIGS"]
CLUSTER_CONFIGS = config["CLUSTER_CONFIGS"]
VALUE_FIELDS = config["VALUE_FIELDS"]


def create_cluster_values(data, cluster):
    value_fields = VALUE_FIELDS[cluster.internal_type]
    for entry in data["data"]:
        values = {}
        for key, value in value_fields.items():
            match key:
                case "description":
                    values[value] = entry.get(key)
                case "meta":
                    metadata = create_metadata(entry, value)
                    values["meta"] = metadata
                case "related":
                    relations = create_relations(entry, value)
                    values["related"] = relations
                case "uuid":
                    values[key] = entry.get(value)
                case "value":
                    values[key] = entry.get(value)
                case _:
                    print(
                        f"Error: Invalid configuration for {key} in {cluster.internal_type} value fields."
                    )
        cluster.add_value(values)


def create_metadata(data, format):
    metadata = {}
    for meta_key, meta_value in format.items():
        if isinstance(meta_value, dict):
            if meta_value.get("extract") == "single" and data.get(meta_value["key"]):
                metadata[meta_key] = data.get(meta_value["key"])[0].get(
                    meta_value["subkey"]
                )
            elif meta_value.get("extract") == "multiple" and data.get(
                meta_value["key"]
            ):
                metadata[meta_key] = [
                    entry.get(meta_value["subkey"])
                    for entry in data.get(meta_value["key"])
                ]
            elif meta_value.get("extract") == "reverse" and data.get(meta_value["key"]):
                metadata[meta_key] = [data.get(meta_value["key"])]
        elif data.get(meta_value):
            metadata[meta_key] = data.get(meta_value)
    return metadata


def create_relations(data, format):
    relations = []
    for i in range(len(list(format))):
        for relation in data[list(format)[i]]:
            relation_entry = {}
            for relation_key, relation_value in list(format.values())[i].items():
                if relation_key != "type":
                    relation_entry[relation_key] = relation.get(relation_value)
                else:
                    relation_entry[relation_key] = relation_value
            relations.append(relation_entry)
    return relations


def create_galaxy_and_cluster(galaxy_type, version):
    api = TidalAPI()
    galaxy = Galaxy(**GALAXY_CONFIGS[galaxy_type], version=version)
    galaxy.save_to_file(f"{GALAXY_PATH}/tidal-{galaxy_type}.json")

    cluster = Cluster(**CLUSTER_CONFIGS[galaxy_type], internal_type=galaxy_type)
    data = api.get_data(galaxy_type)
    create_cluster_values(data, cluster)
    cluster.save_to_file(f"{CLUSTER_PATH}/tidal-{galaxy_type}.json")

    print(f"Galaxy tidal-{galaxy_type} created")


def create_galaxy(args):
    if args.all:
        for galaxy_type in GALAXY_CONFIGS:
            create_galaxy_and_cluster(galaxy_type, args.version)
    else:
        create_galaxy_and_cluster(args.type, args.version)


if __name__ == "__main__":
    parser = argparse.ArgumentParser(
        description="Create a galaxy and cluster for Tidal API"
    )
    subparsers = parser.add_subparsers(dest="command")

    galaxy_parser = subparsers.add_parser(
        "create_galaxy", help="Create a galaxy from the Tidal API"
    )
    galaxy_parser.add_argument(
        "--type",
        choices=list(GALAXY_CONFIGS.keys()) + ["all"],
        help="The type of the galaxy",
    )
    galaxy_parser.add_argument(
        "-v", "--version", type=int, required=True, help="The version of the galaxy"
    )
    galaxy_parser.add_argument(
        "--all", action="store_true", help="Flag to create all predefined galaxy types"
    )
    galaxy_parser.set_defaults(func=create_galaxy)

    args = parser.parse_args()
    if hasattr(args, "func"):
        args.func(args)
    else:
        parser.print_help()