from ammico.image_summary import ImageSummaryDetector

import pytest


@pytest.mark.long
def test_image_summary_detector(model, get_testdict):
    detector = ImageSummaryDetector(summary_model=model, subdict=get_testdict)
    results = detector.analyse_images_from_dict(analysis_type="summary")
    assert len(results) == 2
    for key in get_testdict.keys():
        assert key in results
        assert "caption" in results[key]
        assert isinstance(results[key]["caption"], str)
        assert len(results[key]["caption"]) > 0


@pytest.mark.long
def test_image_summary_detector_questions(model, get_testdict):
    list_of_questions = [
        "What is happening in the image?",
        "How many cars are in the image in total?",
    ]
    detector = ImageSummaryDetector(summary_model=model, subdict=get_testdict)
    results = detector.analyse_images_from_dict(
        analysis_type="questions", list_of_questions=list_of_questions
    )
    assert len(results) == 2
    for key in get_testdict.keys():
        assert "vqa" in results[key]
        if key == "IMG_2746":
            assert "marathon" in results[key]["vqa"][0].lower()

        if key == "IMG_2809":
            assert (
                "two" in results[key]["vqa"][1].lower() or "2" in results[key]["vqa"][1]
            )


def test_clean_list_of_questions(mock_model):
    list_of_questions = [
        "What is happening in the image?",
        "",
        "   ",
        None,
        "How many cars are in the image in total",
    ]
    detector = ImageSummaryDetector(summary_model=mock_model, subdict={})
    prompt = detector.token_prompt_config["default"]["questions"]["prompt"]
    cleaned_questions = detector._clean_list_of_questions(list_of_questions, prompt)
    assert len(cleaned_questions) == 2
    assert cleaned_questions[0] == "What is happening in the image?"
    assert cleaned_questions[1] == "How many cars are in the image in total?"
    prompt = detector.token_prompt_config["concise"]["questions"]["prompt"]
    cleaned_questions = detector._clean_list_of_questions(list_of_questions, prompt)
    assert len(cleaned_questions) == 2
    assert cleaned_questions[0] == prompt + "What is happening in the image?"
    assert cleaned_questions[1] == prompt + "How many cars are in the image in total?"


# Fast tests using mock model (no actual model loading)
def test_image_summary_detector_init_mock(mock_model, get_testdict):
    """Test detector initialization with mocked model."""
    detector = ImageSummaryDetector(summary_model=mock_model, subdict=get_testdict)
    assert detector.summary_model is mock_model
    assert len(detector.subdict) == 2


def test_load_pil_if_needed_string(mock_model):
    """Test loading image from file path."""
    detector = ImageSummaryDetector(summary_model=mock_model)
    # This will try to actually load a file, so we'll use a test image
    import os

    test_image_path = os.path.join(os.path.dirname(__file__), "data", "IMG_2746.png")
    if os.path.exists(test_image_path):
        img = detector._load_pil_if_needed(test_image_path)
        from PIL import Image

        assert isinstance(img, Image.Image)
        assert img.mode == "RGB"


def test_is_sequence_but_not_str(mock_model):
    """Test sequence detection utility."""
    detector = ImageSummaryDetector(summary_model=mock_model)
    assert detector._is_sequence_but_not_str([1, 2, 3]) is True
    assert detector._is_sequence_but_not_str("string") is False
    assert detector._is_sequence_but_not_str(b"bytes") is False
    assert (
        detector._is_sequence_but_not_str({"a": 1}) is False
    )  # dict is sequence-like but not handled as such


def test_validate_analysis_type(mock_model):
    """Test analysis type validation."""
    detector = ImageSummaryDetector(summary_model=mock_model)
    # Test valid types
    _, _, is_summary, is_questions = detector._validate_analysis_type(
        "summary", None, 10
    )
    assert is_summary is True
    assert is_questions is False

    _, _, is_summary, is_questions = detector._validate_analysis_type(
        "questions", ["What is this?"], 10
    )
    assert is_summary is False
    assert is_questions is True

    _, _, is_summary, is_questions = detector._validate_analysis_type(
        "summary_and_questions", ["What is this?"], 10
    )
    assert is_summary is True
    assert is_questions is True

    # Test invalid type
    with pytest.raises(ValueError):
        detector._validate_analysis_type("invalid", None, 10)

    # Test too many questions
    with pytest.raises(ValueError):
        detector._validate_analysis_type(
            "questions", ["Q" + str(i) for i in range(33)], 32
        )