servatrice/tests/loading_from_clipboard/loading_from_clipboard_test.cpp

#include "loading_from_clipboard_test.h"
#include "../../common/decklist.h"
#include "gtest/gtest.h"
#include <QTextStream>

DeckList *fromClipboard(QString *clipboard);
DeckList *fromClipboard(QString *clipboard)
{
    DeckList *deckList = new DeckList;
    QTextStream *stream = new QTextStream(clipboard);
    deckList->loadFromStream_Plain(*stream);
    return deckList;
}

using CardRows = QMap<QString, int>;

struct DecklistBuilder
{
    CardRows actualMainboard;
    CardRows actualSideboard;

    explicit DecklistBuilder() : actualMainboard({}), actualSideboard({})
    {
    }

    void operator()(const InnerDecklistNode *innerDecklistNode, const DecklistCardNode *card)
    {
        if (innerDecklistNode->getName() == DECK_ZONE_MAIN) {
            actualMainboard[card->getName()] += card->getNumber();
        } else if (innerDecklistNode->getName() == DECK_ZONE_SIDE) {
            actualSideboard[card->getName()] += card->getNumber();
        } else {
            FAIL();
        }
    }

    CardRows mainboard()
    {
        return actualMainboard;
    }

    CardRows sideboard()
    {
        return actualSideboard;
    }
};

namespace
{
TEST(LoadingFromClipboardTest, EmptyDeck)
{
    DeckList *deckList = fromClipboard(new QString(""));
    ASSERT_TRUE(deckList->getCardList().isEmpty());
}

TEST(LoadingFromClipboardTest, EmptySideboard)
{
    DeckList *deckList = fromClipboard(new QString("Sideboard"));
    ASSERT_TRUE(deckList->getCardList().isEmpty());
}

TEST(LoadingFromClipboardTest, QuantityPrefixed)
{
    QString *clipboard = new QString("1 Mountain\n"
                                     "2x Island\n"
                                     "3X FOREST\n");
    DeckList *deckList = fromClipboard(clipboard);

    DecklistBuilder decklistBuilder = DecklistBuilder();
    deckList->forEachCard(decklistBuilder);

    CardRows expectedMainboard = CardRows({{"mountain", 1}, {"island", 2}, {"forest", 3}});
    CardRows expectedSideboard = CardRows({});

    ASSERT_EQ(expectedMainboard, decklistBuilder.mainboard());
    ASSERT_EQ(expectedSideboard, decklistBuilder.sideboard());
}

TEST(LoadingFromClipboardTest, CommentsAreIgnored)
{
    QString *clipboard = new QString("//1 Mountain\n"
                                     "//2x Island\n"
                                     "//SB:2x Island\n");

    DeckList *deckList = fromClipboard(clipboard);

    DecklistBuilder decklistBuilder = DecklistBuilder();
    deckList->forEachCard(decklistBuilder);

    CardRows expectedMainboard = CardRows({});
    CardRows expectedSideboard = CardRows({});

    ASSERT_EQ(expectedMainboard, decklistBuilder.mainboard());
    ASSERT_EQ(expectedSideboard, decklistBuilder.sideboard());
}

TEST(LoadingFromClipboardTest, SideboardPrefix)
{
    QString *clipboard = new QString("1 Mountain\n"
                                     "SB: 1 Mountain\n"
                                     "SB: 2x Island\n");
    DeckList *deckList = fromClipboard(clipboard);

    DecklistBuilder decklistBuilder = DecklistBuilder();
    deckList->forEachCard(decklistBuilder);

    CardRows expectedMainboard = CardRows({{"mountain", 1}});
    CardRows expectedSideboard = CardRows({{"mountain", 1}, {"island", 2}});

    ASSERT_EQ(expectedMainboard, decklistBuilder.mainboard());
    ASSERT_EQ(expectedSideboard, decklistBuilder.sideboard());
}

TEST(LoadingFromClipboardTest, UnknownCardsAreNotDiscarded)
{
    QString *clipboard = new QString("1 CardThatDoesNotExistInCardsXml\n");
    DeckList *deckList = fromClipboard(clipboard);

    DecklistBuilder decklistBuilder = DecklistBuilder();
    deckList->forEachCard(decklistBuilder);

    CardRows expectedMainboard = CardRows({{"cardthatdoesnotexistincardsxml", 1}});
    CardRows expectedSideboard = CardRows({});

    ASSERT_EQ(expectedMainboard, decklistBuilder.mainboard());
    ASSERT_EQ(expectedSideboard, decklistBuilder.sideboard());
}

TEST(LoadingFromClipboardTest, RemoveBlankEntriesFromBeginningAndEnd)
{
    QString *clipboard = new QString("\n"
                                     "\n"
                                     "\n"
                                     "1x Algae Gharial\n"
                                     "3x CardThatDoesNotExistInCardsXml\n"
                                     "2x Phelddagrif\n"
                                     "\n"
                                     "\n");

    DeckList *deckList = fromClipboard(clipboard);

    DecklistBuilder decklistBuilder = DecklistBuilder();
    deckList->forEachCard(decklistBuilder);

    CardRows expectedMainboard =
        CardRows({{"algae gharial", 1}, {"cardthatdoesnotexistincardsxml", 3}, {"phelddagrif", 2}});
    CardRows expectedSideboard = CardRows({});

    ASSERT_EQ(expectedMainboard, decklistBuilder.mainboard());
    ASSERT_EQ(expectedSideboard, decklistBuilder.sideboard());
}

TEST(LoadingFromClipboardTest, UseFirstBlankIfOnlyOneBlankToSplitSideboard)
{
    QString *clipboard = new QString("1x Algae Gharial\n"
                                     "3x CardThatDoesNotExistInCardsXml\n"
                                     "\n"
                                     "2x Phelddagrif\n");

    DeckList *deckList = fromClipboard(clipboard);

    DecklistBuilder decklistBuilder = DecklistBuilder();
    deckList->forEachCard(decklistBuilder);

    CardRows expectedMainboard = CardRows({{"algae gharial", 1}, {"cardthatdoesnotexistincardsxml", 3}});
    CardRows expectedSideboard = CardRows({{"phelddagrif", 2}});

    ASSERT_EQ(expectedMainboard, decklistBuilder.mainboard());
    ASSERT_EQ(expectedSideboard, decklistBuilder.sideboard());
}

TEST(LoadingFromClipboardTest, IfMultipleScatteredBlanksAllMainBoard)
{
    QString *clipboard = new QString("1x Algae Gharial\n"
                                     "3x CardThatDoesNotExistInCardsXml\n"
                                     "\n"
                                     "2x Phelddagrif\n"
                                     "\n"
                                     "3 Giant Growth\n");

    DeckList *deckList = fromClipboard(clipboard);

    DecklistBuilder decklistBuilder = DecklistBuilder();
    deckList->forEachCard(decklistBuilder);

    CardRows expectedMainboard = CardRows(
        {{"algae gharial", 1}, {"cardthatdoesnotexistincardsxml", 3}, {"phelddagrif", 2}, {"giant growth", 3}});
    CardRows expectedSideboard = CardRows({});

    ASSERT_EQ(expectedMainboard, decklistBuilder.mainboard());
    ASSERT_EQ(expectedSideboard, decklistBuilder.sideboard());
}

TEST(LoadingFromClipboardTest, LotsOfStuffInBulkTesting)
{
    QString *clipboard = new QString("\n"
                                     "\n"
                                     "\n"
                                     "1x test1\n"
                                     "testNoValueMB\n"
                                     "2x test2\n"
                                     "SB: 10 testSB\n"
                                     "3 test3\n"
                                     "4X test4\n"
                                     "\n"
                                     "\n"
                                     "\n"
                                     "\n"
                                     "5x test5\n"
                                     "6X test6\n"
                                     "testNoValueSB\n"
                                     "\n"
                                     "\n"
                                     "\n"
                                     "\n");

    DeckList *deckList = fromClipboard(clipboard);

    DecklistBuilder decklistBuilder = DecklistBuilder();
    deckList->forEachCard(decklistBuilder);

    CardRows expectedMainboard = CardRows({{"test1", 1}, {"test2", 2}, {"test3", 3}, {"test4", 4}, {"testnovaluemb", 1}

    });
    CardRows expectedSideboard = CardRows({{"testsb", 10}, {"test5", 5}, {"test6", 6}, {"testnovaluesb", 1}

    });
    ASSERT_EQ(expectedMainboard, decklistBuilder.mainboard());
    ASSERT_EQ(expectedSideboard, decklistBuilder.sideboard());
}
} // namespace

int main(int argc, char **argv)
{
    ::testing::InitGoogleTest(&argc, argv);
    return RUN_ALL_TESTS();
}