void test_CU_malloc(void)
{
void* ptr1 = NULL;
void* ptr2 = malloc(sizeof(int));
unsigned int n2 = test_cunit_get_n_memevents(ptr2);
/* test allocation failure */
test_cunit_deactivate_malloc();
ptr1 = CU_MALLOC(sizeof(int));
TEST(NULL == ptr1);
TEST(test_cunit_get_n_allocations(ptr1) == test_cunit_get_n_deallocations(ptr1));
TEST(test_cunit_get_n_allocations(ptr2) == test_cunit_get_n_deallocations(ptr2));
test_cunit_activate_malloc();
/* normal allocation */
ptr1 = CU_MALLOC(sizeof(int));
TEST_FATAL(NULL != ptr1);
TEST(test_cunit_get_n_allocations(ptr1) != test_cunit_get_n_deallocations(ptr1));
TEST(test_cunit_get_n_allocations(ptr2) == test_cunit_get_n_deallocations(ptr2));
CU_FREE(ptr1);
TEST(test_cunit_get_n_allocations(ptr1) == test_cunit_get_n_deallocations(ptr1));
TEST(test_cunit_get_n_allocations(ptr2) == test_cunit_get_n_deallocations(ptr2));
TEST(n2 == test_cunit_get_n_memevents(ptr2));
free(ptr2);
}
void test_CU_realloc(void)
{
void* ptr1 = CU_MALLOC(sizeof(int));
void* ptr2 = malloc(sizeof(int));
void* ptr3;
void* ptr4;
unsigned int n2 = test_cunit_get_n_memevents(ptr2);
/* test allocation failure */
test_cunit_deactivate_malloc();
ptr1 = CU_REALLOC(ptr1, sizeof(long int));
TEST(NULL == ptr1);
TEST(test_cunit_get_n_allocations(ptr1) == test_cunit_get_n_deallocations(ptr1));
TEST(test_cunit_get_n_allocations(ptr2) == test_cunit_get_n_deallocations(ptr2));
test_cunit_activate_malloc();
/* normal allocation */
ptr3 = CU_MALLOC(sizeof(int));
TEST_FATAL(NULL != ptr3);
TEST(test_cunit_get_n_allocations(ptr1) == test_cunit_get_n_deallocations(ptr1));
TEST(test_cunit_get_n_allocations(ptr2) == test_cunit_get_n_deallocations(ptr2));
TEST(test_cunit_get_n_allocations(ptr3) != test_cunit_get_n_deallocations(ptr3));
ptr4 = CU_REALLOC(ptr3, sizeof(long int));
TEST_FATAL(NULL != ptr4);
TEST(test_cunit_get_n_allocations(ptr1) == test_cunit_get_n_deallocations(ptr1));
TEST(test_cunit_get_n_allocations(ptr2) == test_cunit_get_n_deallocations(ptr2));
if (ptr3 != ptr4)
TEST(test_cunit_get_n_allocations(ptr3) == test_cunit_get_n_deallocations(ptr3));
TEST(test_cunit_get_n_allocations(ptr4) != test_cunit_get_n_deallocations(ptr4));
CU_FREE(ptr4);
TEST(test_cunit_get_n_allocations(ptr1) == test_cunit_get_n_deallocations(ptr1));
TEST(test_cunit_get_n_allocations(ptr2) == test_cunit_get_n_deallocations(ptr2));
TEST(test_cunit_get_n_allocations(ptr3) == test_cunit_get_n_deallocations(ptr3));
TEST(test_cunit_get_n_allocations(ptr4) == test_cunit_get_n_deallocations(ptr4));
TEST(n2 == test_cunit_get_n_memevents(ptr2));
free(ptr2);
}
void Test::testFailures() {
// Non-existing long option
{
AppOptions opts("myapp -b --uintopt 4 -s foo --none");
MyOptions options(opts.getArgCount(), opts.getArguments());
try{
options.parse();
TEST_FATAL("Expected exception");
} catch (InvalidCommandLineArgumentsException& e) {
EXPECT_EQUAL("Invalid option 'none'.", e.getMessage());
}
}
// Non-existing short option
{
AppOptions opts("myapp -b --uintopt 4 -s foo -q");
MyOptions options(opts.getArgCount(), opts.getArguments());
try{
options.parse();
TEST_FATAL("Expected exception");
} catch (InvalidCommandLineArgumentsException& e) {
EXPECT_EQUAL("Invalid option 'q'.", e.getMessage());
}
}
// Lacking option argument
{
AppOptions opts("myapp -b --uintopt 4 -s");
MyOptions options(opts.getArgCount(), opts.getArguments());
try{
options.parse();
TEST_FATAL("Expected exception");
} catch (InvalidCommandLineArgumentsException& e) {
EXPECT_EQUAL("Option 's' needs 1 arguments. Only 0 available.",
e.getMessage());
}
}
// Out of signed ranged
{
AppOptions opts("myapp -b --uintopt 4 -intopt 3000000000");
MyOptions options(opts.getArgCount(), opts.getArguments());
try{
options.parse();
TEST_FATAL("Expected exception");
} catch (InvalidCommandLineArgumentsException& e) {
EXPECT_EQUAL("The argument '3000000000' can not be interpreted as a "
"number of type int.", e.getMessage());
}
}
// Negative value to unsigned var (Currently doesnt fail)
/*
{
AppOptions opts("myapp -b --uintopt -1 foo 0");
MyOptions options(opts.getArgCount(), opts.getArguments());
try{
options.parse();
TEST_FATAL("Expected exception");
} catch (InvalidCommandLineArgumentsException& e) {
EXPECT_EQUAL("The argument '-1' can not be interpreted as a "
"number of type uint.", e.getMessage());
}
}
*/
// Lacking required option
{
AppOptions opts("myapp -b");
MyOptions options(opts.getArgCount(), opts.getArguments());
try{
options.parse();
TEST_FATAL("Expected exception");
} catch (InvalidCommandLineArgumentsException& e) {
EXPECT_EQUAL("Option 'uintopt' has no default and must be set.",
e.getMessage());
}
}
// Lacking required argument
{
AppOptions opts("myapp --uintopt 1 tit");
MyOptions options(opts.getArgCount(), opts.getArguments());
try{
options.parse();
TEST_FATAL("Expected exception");
} catch (InvalidCommandLineArgumentsException& e) {
EXPECT_EQUAL("Insufficient data is given to set required argument "
"'argInt'.",
e.getMessage());
}
}
// Argument of wrong type
{
AppOptions opts("myapp --uintopt 1 tit en");
MyOptions options(opts.getArgCount(), opts.getArguments());
try{
options.parse();
TEST_FATAL("Expected exception");
} catch (InvalidCommandLineArgumentsException& e) {
EXPECT_EQUAL("The argument 'en' can not be interpreted as a number "
"of type int.",
e.getMessage());
}
}
}
int main(int argc, char **argv)
{
WLM_DUT_INTERFACE dutInterface = WLM_DUT_LOCAL;
char *interfaceName = 0;
WLM_DUT_SERVER_PORT dutServerPort = WLM_DEFAULT_DUT_SERVER_PORT;
WLM_DUT_OS dutOs = WLM_DUT_OS_WIN32;
(void)argc;
while (*++argv) {
if (strncmp(*argv, "--help", strlen(*argv)) == 0) {
printUsage();
exit(0);
}
if (strncmp(*argv, "--socket", strlen(*argv)) == 0) {
int port;
dutInterface = WLM_DUT_SOCKET;
if (!*++argv) {
printf("IP address required\n");
printUsage();
exit(-1);
}
interfaceName = *argv;
if (*++argv && (sscanf(*argv, "%d", &port) == 1)) {
dutServerPort = (WLM_DUT_SERVER_PORT)port;
}
else {
/* optional parameter */
--argv;
}
}
if (strncmp(*argv, "--serial", strlen(*argv)) == 0) {
dutInterface = WLM_DUT_SERIAL;
if (!*++argv) {
printf("serial port required\n");
printUsage();
exit(-1);
}
interfaceName = *argv;
}
if (strncmp(*argv, "--wifi", strlen(*argv)) == 0) {
dutInterface = WLM_DUT_WIFI;
if (!*++argv) {
printf("MAC address required\n");
printUsage();
exit(-1);
}
interfaceName = *argv;
}
if (strncmp(*argv, "--dongle", strlen(*argv)) == 0) {
unsigned int i;
char buffer[256];
dutInterface = WLM_DUT_DONGLE;
if (!*++argv) {
printf("COM port required\n");
printUsage();
exit(-1);
}
if (!(sscanf(*argv, "COM%u", &i) == 1 ||
sscanf(*argv, "/dev/tty%s", buffer) == 1)) {
printf("serial port invalid\n");
printUsage();
exit(-1);
}
interfaceName = *argv;
}
if ((strncmp(*argv, "--linux", strlen(*argv)) == 0) ||
strncmp(*argv, "--linuxdut", strlen(*argv)) == 0) {
dutOs = WLM_DUT_OS_LINUX;
}
}
TEST_INITIALIZE();
TEST_FATAL(wlmApiInit(), "wlmApiInit failed");
TEST_FATAL(wlmSelectInterface(dutInterface, interfaceName,
dutServerPort, dutOs), "wlmSelectInterface failed");
printf("\n");
switch (dutInterface) {
case WLM_DUT_LOCAL:
printf("Test running against local DUT.\n");
break;
case WLM_DUT_SOCKET:
printf("Test running over Ethernet to remote DUT IP=%s.\n", interfaceName);
break;
case WLM_DUT_SERIAL:
printf("Test running over serial from port %s\n", interfaceName);
break;
case WLM_DUT_WIFI:
printf("Test running over 802.11 to remote DUT MAC=%s.\n", interfaceName);
break;
case WLM_DUT_DONGLE:
printf("Test running over serial from %s to remote dongle UART\n",
interfaceName);
break;
default:
printf("Invalid interface\n");
exit(-1);
break;
}
switch (dutOs) {
case WLM_DUT_OS_LINUX:
printf("Test running against Linux DUT.\n");
break;
case WLM_DUT_OS_WIN32:
printf("Test running against Win32 DUT.\n");
break;
default:
printf("Invalid DUT OS\n");
exit(-1);
break;
}
printf("\n");
/* packet engine requires MPC to be disabled and WLAN interface up */
TEST(wlmMinPowerConsumption(FALSE), "wlmMinPowerConsuption failed");
TEST(wlmEnableAdapterUp(TRUE), "wlmEnableAdapterUp failed");
/* invoke test cases */
testDutInit();
testVersion();
testTransmit();
testClientBatchingTransmit();
testServerBatchingTransmit();
testReceive();
testJoinNetworkNone();
testJoinNetworkWep();
testJoinNetworkWpaTkip();
testJoinNetworkWpaAes();
testJoinNetworkWpa2Tkip();
testJoinNetworkWpa2Aes();
TEST_FATAL(wlmApiCleanup(), "wlmApiCleanup failed");
TEST_FINALIZE();
return 0;
}
