void stacktest()
{
testcase1();
testcase2();
testcase3();
testcase4();
std::cout << "Stack test success!" <<std::endl;
}
void listtest()
{
testcase1();
testcase2();
testcase3();
testcase4();
testcase5();
std::cout << "List test success!"<<std::endl;
}
int main(int argc, char * const argv[])
{
parseopts(argc, argv);
printdesc("Regression testsuite palette handling\n\n");
testcase1("Draw green box");
printsummary();
return 0;
}
int main()
{
testcase0();
testcase1();
testcase2();
testcase3();
testcase4();
testcase5();
return 0;
}
int main(int argc, char * const argv[])
{
parseopts(argc, argv);
printdesc("Regression testsuite for ggLock(3) & friends.\n\n");
testcase1("Checks behaviour of locking functions, whether they match documentation.");
printsummary();
return 0;
}
int main(int argc, char * const argv[])
{
parseopts(argc, argv);
printdesc("Regression testsuite for libgg init/exit handling\n\n");
testcase1("Check that ggInit() behaves as documented.");
testcase2("Check that ggExit() behaves as documented.");
printsummary();
return 0;
}
int main(int argc, char * const argv[])
{
int rc;
parseopts(argc, argv);
printdesc("Regression testsuite for display-x(7).\n\n");
rc = ggiInit();
if (rc < 0) ggPanic("Couldn't initialize libggi");
testcase1("See, if mansync actually runs in SYNC mode - sets up the mode the same way as XGGI does");
printsummary();
return 0;
}
int main(int argc, char * const argv[])
{
parseopts(argc, argv);
printdesc("Regression testsuite mode handling\n\n");
testcase1("Check that ggiCheckMode() doesn't return GGI_AUTO");
testcase2("Check that ggiSetMode() can actually set the mode that has been suggested by ggiCheckMode");
testcase3("Check setting a mode with a given number of frames");
testcase4("Check setting a mode by its physical size");
testcase5("Set up the mode in the ggiterm way");
testcase6("Check that re-setting of a different mode works [async mode]");
testcase7("Check that re-setting of a different mode works [sync mode]");
testcase8("Check checking then setting a mode with braindamaged visual size");
testcase9("Check modelist");
printsummary();
return 0;
}
int main(int argc, char *argv[])
{
parseopts(argc, argv);
printdesc("Regression testsuite for libgg's internal ggParseTarget() function.\n\n");
testcase1("Passes a string with whitespaces only. Expected to return \\0.");
testcase2("Passes a string with an too short target buffer. "
"This expects to fill up the buffer as much as possible, "
"but not completely - buffer overflow protection.");
testcase3("Passes a string with valid arguments.");
testcase4("Passes a string with syntax error: "
"A closing bracket doesn\'t match an opening bracket.");
testcase5("Passes a string with syntax error: "
"Number of opening and closing brackets matches, but wrong ordered.");
printsummary();
return 0;
}
int main()
{
//
// Set the run time parameters.
//
// need to adjust this db connection parameter accordingly
TA_Base_Core::RunParams::getInstance().set( RPARAM_DBCONNECTION, "TRA_DEV2:unittest:unittest" );
// need to adjust this notify hosts parameter accordingly
TA_Base_Core::RunParams::getInstance().set( RPARAM_NOTIFYHOSTS, "10.205.81.35:6668,10.205.81.35" );
// all these parameters can be set via the "dummy system controller" process
//TA_Base_Core::RunParams::getInstance().set( RPARAM_LOCATIONKEY, "1" );
//TA_Base_Core::RunParams::getInstance().set( RPARAM_MGRPORT, "9999" );
//TA_Base_Core::RunParams::getInstance().set( RPARAM_MGRPORT, "6668" );
//TA_Base_Core::RunParams::getInstance().set( RPARAM_OPERATIONMODE, "Control" );
TA_Base_Core::DebugUtil::getInstance().setFile( "DataPointBulkInterfaceTest.log" );
TA_Base_Core::RunParams::getInstance().set( "DebugAlwaysTrueRightsLib", "true" );
// create test runner
TestRunner runner;
// create stubs
DbManager * db = 0;;
DataPointAgent * dataPointAgent = 0;
DataPointAgentClient * dataPointAgentClient = 0;
try
{
// Prepare the database.
db = new DbManager();
db->removeEntities();
db->addEntities();
// create the agent that loads the DataPoints.
TA_Base_Core::RunParams::getInstance().set( RPARAM_ENTITYNAME, db->AgentName.c_str() );
dataPointAgent = new DataPointAgent ( db->AgentName );
dataPointAgent->startAgent();
// create DataPointAgentClient
dataPointAgentClient = new DataPointAgentClient ( db->AgentName );
// Test all public DataPoint members using a BooleanData point.
DataPointBulkInterfaceTest testcase1 ( "DataPointBulkInterfaceTest", db, dataPointAgent, dataPointAgentClient );
runner.addSuite( testcase1.suite() );
// Run the tests defined in the config file
runner.begin( "./cfg/config.ini" );
}
catch ( TA_Base_Core::TransactiveException& ex )
{
std::cout << "TransactiveException: " << ex.what() << std::endl;
}
catch ( ... )
{
std::cout << "Caught an unknown exception" << std::endl;
}
// Terminate the agent
if ( 0 != dataPointAgent )
{
dataPointAgent->terminateAndWait();
dataPointAgent->deactivateAndDeleteServant();
dataPointAgent = 0;
}
// Clean up the agent client
if ( 0 != dataPointAgentClient )
{
delete dataPointAgentClient;
dataPointAgentClient = 0;
}
// Clean up the database.
if ( 0 != db )
{
db->removeEntities();
delete db;
db = 0;
}
return 0;
}
void test_ir() {
testcase1();
/* testcase2();
testcase3();
testcase4();*/
}