// Include the header file with the definitions of the functions you create. #include "high_scores.h" // Include the test framework. #ifdef EXERCISM_TEST_SUITE #include #else #include "test/catch.hpp" #endif // Declares a single test. TEST_CASE("List of scores", "[1035eb93-2208-4c22-bab8-fef06769a73c][scores]") { std::vector scores{30, 50, 20, 70}; arcade::HighScores hs{scores}; REQUIRE(hs.list_scores() == scores); } #ifdef EXERCISM_RUN_ALL_TESTS TEST_CASE("Latest score", "[6aa5dbf5-78fa-4375-b22c-ffaa989732d2][latest]") { std::vector scores{100, 0, 90, 30}; int expected{30}; arcade::HighScores hs{scores}; REQUIRE(hs.latest_score() == expected); } TEST_CASE("Personal best", "[b661a2e1-aebf-4f50-9139-0fb817dd12c6][personalBest]") { std::vector scores{40, 100, 70}; int expected{100}; arcade::HighScores hs{scores}; REQUIRE(hs.personal_best() == expected); } TEST_CASE("Personal top three from a list of scores", "[3d996a97-c81c-4642-9afc-80b80dc14015][personalTopThree]") { std::vector scores{10, 30, 90, 30, 100, 20, 10, 0, 30, 40, 40, 70, 70}; std::vector expected{100, 90, 70}; arcade::HighScores hs{scores}; REQUIRE(hs.top_three() == expected); } TEST_CASE("Personal top highest to lowest", "[1084ecb5-3eb4-46fe-a816-e40331a4e83a][personalTopThree]") { std::vector scores{20, 10, 30}; std::vector expected{30, 20, 10}; arcade::HighScores hs{scores}; REQUIRE(hs.top_three() == expected); } TEST_CASE("Personal top when there is a tie", "[e6465b6b-5a11-4936-bfe3-35241c4f4f16][personalTopThree]") { std::vector scores{40, 20, 40, 30}; std::vector expected{40, 40, 30}; arcade::HighScores hs{scores}; REQUIRE(hs.top_three() == expected); } TEST_CASE("Personal top when there are less than 3", "[f73b02af-c8fd-41c9-91b9-c86eaa86bce2][personalTopThree]") { std::vector scores{30, 70}; std::vector expected{70, 30}; arcade::HighScores hs{scores}; REQUIRE(hs.top_three() == expected); } TEST_CASE("Personal top when there is only one", "[16608eae-f60f-4a88-800e-aabce5df2865][personalTopThree]") { std::vector scores{40}; std::vector expected{40}; arcade::HighScores hs{scores}; REQUIRE(hs.top_three() == expected); } TEST_CASE( "Latest score after personal top scores", "[2df075f9-fec9-4756-8f40-98c52a11504f][immutable, latestAfterTopThree]") { // Test if latest_score is still valid after calling top_three std::vector scores{70, 50, 20, 30}; int expected{30}; arcade::HighScores hs{scores}; hs.top_three(); REQUIRE(hs.latest_score() == expected); } TEST_CASE( "Scores after personal top scores", "[809c4058-7eb1-4206-b01e-79238b9b71bc][immutable, scoresAfterTopThree]") { // Test if list_scores is unchanged after calling top_three std::vector scores{30, 50, 20, 70}; arcade::HighScores hs{scores}; hs.top_three(); REQUIRE(hs.list_scores() == scores); } TEST_CASE( "Latest score after personal best", "[ddb0efc0-9a86-4f82-bc30-21ae0bdc6418][immutable, latestAfterBest]") { // Test if latest_score is still valid after calling personal_best std::vector scores{20, 70, 15, 25, 30}; int expected{30}; arcade::HighScores hs{scores}; hs.personal_best(); REQUIRE(hs.latest_score() == expected); } TEST_CASE( "Scores after personal best", "[6a0fd2d1-4cc4-46b9-a5bb-2fb667ca2364][immutable, scoresAfterBest]") { // Test if list_scores is unchanged after calling personal_best std::vector scores{20, 70, 15, 25, 30}; arcade::HighScores hs{scores}; hs.personal_best(); REQUIRE(hs.list_scores() == scores); } #endif