1Content-type: application/x-Unknown; charset=UTF8package nmc.sidekick; import com.ajile.io.BufferedInputStream; import com.ajile.jem.rawJEM; import nmc.sidekick.RtcTime; public class TestRunner { public static int a1; public static int a2; public static int a3; public static int a4; public static int loopsRun = 0; // Really just so compiler doesn't // optimize TestRunnerBkptFn out of // existence. public static int param0 = 0; public static int param1 = 1; public static int param2 = 2; public static int param3 = 3; public static int param4 = 4; /** * Starts the application. * @param args an array of command-line arguments */ public static void main(java.lang.String[] args) { DebugMessage.setOutDevice(DebugMessage.SYSTEM_OUT); DebugMessage.println("Hello from the TestRunner..."); int done = 0; // Remove this when Instantiator can be used -- // it's done there, and it should be done only there. { Rtc.initialize(); // set up gpio pin(s) Rtc temp = Rtc.getInstance(); temp.initSpiForRtcTest(); } // DebugMessage.println("set up the DPA boards..."); // Instantiator.InitSpiBus(); // Instantiator.FindDpaBoards(); // Instantiator.InitDpaChannelsOnly(); // System.out.println("...done setting up the DPA boards/channels"); while (done == 0) { TestRunnerBkptFn(); done = runTest(param0, param1, param2, param3); DebugMessage.println("Completed test, done=" + done); } } public static void TestRunnerBkptFn() { loopsRun++; } public static int runTest( int testNum, int arg1, int arg2, int arg3) { Ramtest r = null; RtcTime tm=null; Rtc rtc = Rtc.getInstance(); int retval = 0; switch(testNum) { case 1: // ramtest r = new Ramtest(); break; case 2: // flashtest DebugMessage.println("flashtest not implemented yet"); break; case 3: // enetloopback DebugMessage.println("enetloopback not implemented yet"); break; case 4: // uartinternalloopback DebugMessage.println("doing loopback for com" + arg1); UartLoopbackTest.doInternalLoopback(arg1); break; case 5: // uartexternalloopback DebugMessage.println("doing loopback for com" + arg1); UartLoopbackTest.doExternalLoopback(arg1); break; case 6: // adc break; case 7: // setdate DebugMessage.println("Setting Date: "+arg1+"/"+arg2+"/"+arg3); tm = rtc.getTime(); DebugMessage.println("Date read: "+tm); rtc.setTime(arg1,arg2,arg3,tm.hour,tm.minute,tm.second); DebugMessage.println("Reading date..."); tm = rtc.getTime(); DebugMessage.println("Date set : "+tm); break; case 8: // settime DebugMessage.println("Setting time: "+arg1+":"+arg2+":"+arg3); tm = rtc.getTime(); DebugMessage.println("Time read: "+tm); rtc.setTime(tm.year,tm.month,tm.day,arg1,arg2,arg3); DebugMessage.println("Reading time..."); tm = rtc.getTime(); DebugMessage.println("Time set : "+tm); break; case 9: // getdate //NOTE fallthrough case 10: // gettime DebugMessage.println("Getting time/date..."); tm = rtc.getTime(); DebugMessage.println("Time/Date read: "+tm); break; case 11: // setwakeup break; case 12: // pressure break; case 13: // temperature break; case 14: // dpaspi System.out.println("dpaspi called, board=" + arg1 + "; value=0x" + Integer.toHexString(arg2)); retval = DpaBoard.writeReadSpi(1<