#include "i2c_occ.hpp" #include #include #include #include #ifdef I2C_OCC namespace i2c_occ { namespace fs = std::experimental::filesystem; using namespace std::string_literals; const auto STR_4_0050 = "4-0050"s; const auto STR_5_0051 = "5-0051"s; const auto STR_6_0056 = "6-0056"s; const auto STR_7_0057 = "7-0057"s; const auto TEST_DIR = "test-dir/"s; const auto BASE = TEST_DIR + "sys/bus/i2c/devices/"; const auto I2C_0 = BASE + "i2c-0"; const auto I2C_1 = BASE + "i2c-1"; const auto I2C_2 = BASE + "i2c-2"; const auto I2C_0_0068 = BASE + "0-0068"; const auto I2C_4_0050 = BASE + STR_4_0050; const auto I2C_5_0051 = BASE + STR_5_0051; const auto I2C_6_0056 = BASE + STR_6_0056; const auto I2C_7_0057 = BASE + STR_7_0057; const auto NAME = "/name"; const auto OCC_MASTER_NAME = "/occ_master"; const auto P8_OCC_HWMON = "p8-occ-hwmon"; const auto OTHER_STRING = "SomeOtherString123"s; class TestUtilGetOccHwmonDevices : public testing::Test { public: TestUtilGetOccHwmonDevices() { // Prepare env for test case fs::create_directories(I2C_0); fs::create_directories(I2C_1); fs::create_directories(I2C_2); fs::create_directories(I2C_0_0068); fs::create_directories(I2C_4_0050); fs::create_directories(I2C_5_0051); fs::create_directories(I2C_6_0056); fs::create_directories(I2C_7_0057); std::ofstream ofs; ofs.open(I2C_0 + NAME); // i2c-0 has empty name ofs.close(); ofs.open(I2C_1 + NAME); ofs << "some text\n"; // i2c-1/name has some text ofs.close(); ofs.open(I2C_2 + NAME); ofs << "Aspped i2c"; // i2c-2/name is aspeed i2c ofs.close(); ofs.open(I2C_0_0068 + NAME); ofs << "other text"; // 0-0068/name is has other text ofs.close(); ofs.open(I2C_4_0050 + NAME); ofs << "p8-occ-hwmon\n"; // 4-0050/name is p8-occ-hwmon ofs.close(); ofs.open(I2C_4_0050 + OCC_MASTER_NAME); ofs << "0\n"; // Make 4-0050 the slave occ ofs.close(); ofs.open(I2C_5_0051 + NAME); ofs << "p8-occ-hwmon\n"; // 5-0051/name is p8-occ-hwmon ofs.close(); ofs.open(I2C_5_0051 + OCC_MASTER_NAME); ofs << "0\n"; // Make 5-0051 the slave occ ofs.close(); ofs.open(I2C_6_0056 + NAME); ofs << "p8-occ-hwmon\n"; // 6-0056/name is p8-occ-hwmon ofs.close(); ofs.open(I2C_6_0056 + OCC_MASTER_NAME); ofs << "1\n"; // Make 6-0056 the master occ ofs.close(); ofs.open(I2C_7_0057 + NAME); ofs << "p8-occ-hwmon\n"; // 7-0057/name is p8-occ-hwmon ofs.close(); } ~TestUtilGetOccHwmonDevices() { // Cleanup test env fs::remove_all(TEST_DIR); } }; TEST_F(TestUtilGetOccHwmonDevices, getDevicesOK) { // With test env, it shall find all the 4 p8-occ-hwmon devices auto ret = getOccHwmonDevices(BASE.c_str()); EXPECT_EQ(4u, ret.size()); // The first one shall be master occ EXPECT_EQ(STR_6_0056, ret[0]); // The left is sorted EXPECT_EQ(STR_4_0050, ret[1]); EXPECT_EQ(STR_5_0051, ret[2]); EXPECT_EQ(STR_7_0057, ret[3]); } TEST_F(TestUtilGetOccHwmonDevices, getDevicesValidDirNoDevices) { // Giving a dir without valid devices, // it shall return an empty vector auto ret = getOccHwmonDevices(TEST_DIR.c_str()); EXPECT_TRUE(ret.empty()); } TEST_F(TestUtilGetOccHwmonDevices, getDevicesDirNotExist) { // Giving a dir that does not exist, // it shall return an empty vector auto ret = getOccHwmonDevices((TEST_DIR + "not-exist").c_str()); EXPECT_TRUE(ret.empty()); } TEST(TestI2cDbusNames, i2cToDbus) { // It shall convert 4-0050 to 4_0050 auto str = STR_4_0050; i2cToDbus(str); EXPECT_EQ("4_0050", str); // It shall not modify for other strings without '-' str = OTHER_STRING; i2cToDbus(str); EXPECT_EQ(OTHER_STRING, str); } TEST(TestI2cDbusNames, dbusToI2c) { // It shall convert 4_0050 to 4-0050 auto str = "4_0050"s; dbusToI2c(str); EXPECT_EQ(STR_4_0050, str); // It shall not modify for other strings without '-' str = OTHER_STRING; dbusToI2c(str); EXPECT_EQ(OTHER_STRING, str); } TEST(TestI2cDbusNames, getI2cDeviceName) { auto path = "/org/open_power/control/occ_4_0050"s; auto name = getI2cDeviceName(path); EXPECT_EQ(STR_4_0050, name); // With invalid occ path, the code shall assert path = "/org/open_power/control/SomeInvalidPath"s; EXPECT_DEATH(getI2cDeviceName(path), ""); } } // namespace i2c_occ #endif // I2C_OCC