TEST(ConnectXTest, checkPlacePieceBelowZero)
{
ConnectX obj;
obj.placePiece(-1);
obj.showBoard();
ASSERT_EQ(obj.whoseTurn(),1);
}
TEST(ConnectXTest, sanityCheck) // Display board basic test.
{
ConnectX conn;
conn.showBoard();
ASSERT_TRUE(true);
}
TEST(ConnectXTest, checkWhiteTurn)
{
ConnectX obj;
obj.showBoard();
obj.placePiece(0);
obj.showBoard();
ASSERT_EQ(obj.whoseTurn(),1);
}
TEST(ConnectXTest, boundsTest)
{
ConnectX cx;
ASSERT_TRUE(cx.at(DEFAULT_WIDTH - 1, DEFAULT_HEIGHT - 1) == ConnectX::EMPTY);
ASSERT_TRUE(cx.at(DEFAULT_WIDTH, DEFAULT_HEIGHT - 1) == ConnectX::INVALID);
ASSERT_TRUE(cx.at(DEFAULT_WIDTH - 1, DEFAULT_HEIGHT) == ConnectX::INVALID);
ASSERT_TRUE(cx.at(-1, -1) == ConnectX::INVALID);
ASSERT_TRUE(cx.at(-1, 0) == ConnectX::INVALID);
ASSERT_TRUE(cx.at(0, -1) == ConnectX::INVALID);
}
TEST(ConnectXTest, checkAtAllBounds)
{
ConnectX obj;
bool n1,n2,n3,n4;
n1 = obj.at(0,-1);
n2 = obj.at(0,10);
n3 = obj.at(20,30);
n4 = obj.at(-3,40);
ASSERT_TRUE(n1);
ASSERT_TRUE(n2);
ASSERT_TRUE(n3);
ASSERT_TRUE(n4);
}
TEST(ConnectXTest, checkSizesInitial)
{
// default sizes
ConnectX cx;
ASSERT_TRUE(cx.at(DEFAULT_WIDTH - 1, DEFAULT_HEIGHT - 1) == ConnectX::EMPTY);
ASSERT_TRUE(cx.at(DEFAULT_WIDTH, DEFAULT_HEIGHT) == ConnectX::INVALID);
ASSERT_TRUE(cx.whoseTurn() == ConnectX::BLACK);
for(int w = 0; w < DEFAULT_WIDTH; ++w)
for(int h = 0; h < DEFAULT_HEIGHT; ++h)
ASSERT_TRUE(cx.at(w, h) == ConnectX::EMPTY);
ConnectX cx_small(DEFAULT_WIDTH - 2, DEFAULT_HEIGHT - 2, 2);
ASSERT_TRUE(cx_small.whoseTurn() == ConnectX::BLACK);
}
TEST(ConnectXTest, turnCheck) // Check if there is proper turn switiching.
{
ConnectX conn;
ASSERT_EQ(2,conn.whoseTurn());
conn.placePiece(3);
ASSERT_EQ(1,conn.whoseTurn());
conn.placePiece(2);
ASSERT_EQ(2,conn.whoseTurn());
}
TEST(ConnectXText, placeTest)
{
// this test crashes since bug in inBounds function
ConnectX cx;
ASSERT_TRUE(cx.whoseTurn() == ConnectX::BLACK);
cx.placePiece(0);
ASSERT_TRUE(cx.whoseTurn() == ConnectX::WHITE);
cx.placePiece(1);
ASSERT_TRUE(cx.whoseTurn() == ConnectX::BLACK);
//cx.placePiece(-1);
//ASSERT_TRUE(cx.whoseTurn() == ConnectX::WHITE);
//cx.placePiece(-1);
//ASSERT_TRUE(cx.whoseTurn() == ConnectX::BLACK);
}
TEST(ConnectXTest, checkHeight)
{
ConnectX obj;
obj.showBoard();
obj.showBoard();
obj.placePiece(0);
obj.showBoard();
obj.placePiece(0);
obj.showBoard();
obj.placePiece(0);
obj.showBoard();
obj.placePiece(0);
obj.showBoard();
obj.placePiece(0);
obj.showBoard();
obj.placePiece(0);
obj.showBoard();
obj.placePiece(0);
obj.showBoard();
obj.placePiece(9);
obj.placePiece(-5);
obj.placePiece(0);
obj.showBoard();
ASSERT_EQ(obj.whoseTurn(),2);
}
TEST(ConnectXTest, checkBlackTurn)
{
ConnectX obj;
obj.showBoard();
ASSERT_EQ(obj.whoseTurn(),2);
}
TEST(ConnectXTest, testDefaultWidthOutBoundsFalse)
{
ConnectX obj; //default width=7,height=6, win=4
ASSERT_EQ(obj.at(10,1),-1);
}
TEST(ConnectXTest, testNegativeWidthHeightInvalid)
{
ConnectX obj;
ASSERT_EQ(obj.at(-100,-1),-1);
}
TEST(ConnectXTest, showTest)
{
ConnectX cx;
cx.showBoard();
}