test_tools.py

from my_tool_reverse_string import ReverseStringTool
from my_tool_image_load import ImageLoadTool
from my_tool_chess_board import ChessBoard
from my_tool_fen import FENTool
from my_tool_chess_analysis import ChessAnalysisTool
from my_tool_wiki_page_section import MyWikiPageSectionTool
from my_tool_wiki_filter_tables import MyWikiTableFilterTool
from my_base_wiki_api import MyWikiAPI
from my_tool_wiki_featured_articles import MyWikiFeaturedArticles
from my_base_libretexts_api import MyLibreTextsAPI
import pytest
import matplotlib as mp

#pytest --capture=no

@pytest.mark.parametrize("_exp", [("Introductory")])
def test_tool_libretextx_bookshelves(_exp):
    api = MyLibreTextsAPI()
    bookshelves = api.get_bookshelves()

    shelf_1 = bookshelves[0]
    shelf_1_url = shelf_1[1]

    books = api.get_books(shelf_1_url)

    book_2 = books[1]
    book_2_url = book_2[1]

    sections = api.get_book_sections(book_2_url)

    section_2 = sections[1]
    section_2_url = section_2[1]

    paragraphs = api.get_book_section_paragraphs(section_2_url)

    paragraph_8 = paragraphs[7]
    paragraph_8_url = paragraph_8[1]

    #content = api.get_featured_articles(_month,_year)
    #tool = MyWikiFeaturedArticles()
    #results = tool(month=_month, year=_year)
    #results_str = "\n".join(results)
    #print(f"Results: {len(results)}\n{results_str}")

    assert 0 == 0


@pytest.mark.skip(reason="disabled")
@pytest.mark.parametrize("_month,_year,_exp", [('November',2016, "FunkMonk")])
def test_tool_wiki_contributions(_month,_year, _exp):
    tool = MyWikiFeaturedArticles()
    results = tool(month=_month, year=_year)
    results_str = "\n".join(results)
    print(f"Results: {len(results)}\n{results_str}")

    assert _exp in results_str


@pytest.mark.skip(reason="disabled")
@pytest.mark.parametrize("_page,_section,_sub_section,_year_start,_year_end,_exp",
    [("Mercedes Sosa", "Discography", "Studio albums", 2000, 2009, 3)])
def test_tool_wiki_page_section(_page, _section, _sub_section, _year_start, _year_end, _exp):
    w = MyWikiPageSectionTool()
    f = MyWikiTableFilterTool()
    result = w(page=_page, section=_section)
    filtered = f(result, _sub_section, _year_start, _year_end)
    print(f"Table filtered: \n{filtered}")
    assert len(filtered) == _exp


@pytest.mark.skip(reason="disabled")
@pytest.mark.parametrize("_inp,_exp", [("abc", "cba"), ("ihg fed cba", "abc def ghi")])
def test_tool_reverse_string(_inp,_exp):
    assert ReverseStringTool().forward(_inp) == _exp


@pytest.mark.skip(reason="disabled")
@pytest.mark.parametrize("_task_id,_exp", [("cca530fc-4052-43b2-b130-b30968d8aa44", "")])
def test_tool_image_load(_task_id,_exp):
    print(f"\nLoading image for task id: {_task_id}")
    t = ImageLoadTool()
    result = t.forward(_task_id)
    print(f"Got result: {result}")
    mp.use('QtAgg')


@pytest.mark.skip(reason="disabled")
@pytest.mark.parametrize("_task_id,_exp", [("cca530fc-4052-43b2-b130-b30968d8aa44",
                                            "1K1111111PP11111P11RBBqP1111n111Q1111111p11b11111pp111pp1k11r111")])
def test_tool_chess_board(_task_id,_exp):
    print(f"\nLoading image for task id: {_task_id}")
    t = ImageLoadTool()
    image = t.forward(_task_id)
    print(f"Got result: {image}")
    chess_board_model_name = "my_chess_pieces_recognition.pth"
    chess_board_model_dir = "/mnt/c/Users/krzsa/IdeaProjects/Agents-Course-Assignment/saved_models"
    board_tool = ChessBoard(chess_board_model_name, chess_board_model_dir)
    pieces = board_tool.forward(image)
    assert pieces == _exp


@pytest.mark.skip(reason="disabled")
@pytest.mark.parametrize("_pieces_list,_exp",
    [
        ("1K1111111PP11111P11RBBqP1111n111Q1111111p11b11111pp111pp1k11r111",
         "3r2k1/pp3pp1/4b2p/7Q/3n4/PqBBR2P/5PP1/6K1 b - - 0 1")
    ])
def test_tool_fen(_pieces_list,_exp):
    print(f"\nConverting pieces list to FEN: {_pieces_list}")
    t = FENTool()
    fen = t.forward(_pieces_list)
    print(f"Got result: {fen}")
    assert fen == _exp


@pytest.mark.skip(reason="disabled")
@pytest.mark.parametrize("_fen,_exp",
                         [
                             ("3r2k1/pp3pp1/4b2p/7Q/3n4/PqBBR2P/5PP1/6K1 b - - 0 1", "d8d5")
                         ])
def test_tool_chess_analysis(_fen,_exp):
    print(f"\nAnalysing FEN: {_fen}")
    t = ChessAnalysisTool()
    best_move = t.forward(_fen)
    print(f"Got result: {best_move}")
    assert best_move == _exp