LibTest.cpp

00001 #include <LibTest.h>
00002 
00003 
00004 AnalogIn In15(p15);
00005 AnalogIn In16(p16);
00006 AnalogIn In17(p17);
00007 AnalogOut Out18(p18);
00008 AnalogIn In19(p19);
00009 AnalogIn In20(p20);
00010 
00011 int i_IntroTest(){
00012     int choix;
00013     pc.printf("\n\n\r         Programme de test \n\n\r");
00014     pc.printf("Selectionner le test a effectuer: \n\r");
00015     pc.printf("1. CAN / CNA \n\r");
00016     
00017     pc.printf("Choix : ");
00018     pc.scanf("%d", &choix);
00019     pc.printf("%d \n \r", choix);
00020     
00021     
00022     return choix;
00023 }
00024 
00025 void v_TestCAN_CNA(){
00026     char char1 = 0;
00027     float val=1;
00028     int aff = 0;
00029     pc.printf("\033[2J");
00030     pc.printf("\033[H");
00031     
00032     while(char1 != 'q'){
00033 
00034         
00035         pc.printf("valeur testee = %f : \n\r", val);
00036         
00037         int result = i_TestPorts(val, aff);
00038         aff =0;
00039         if((result == 6)&&val<3.3){
00040             pc.printf("Il y a %d ports defaillants et V < 3,3V => Probleme sur Port Analog Out ", result);
00041        }
00042        
00043         pc.printf("Continuer? y / q voir valeur des ports : v \r\n");
00044         char1 = pc.getc();
00045         if(char1 == 'v'){
00046             aff = 1;
00047         }
00048         
00049         val = val + 0.2;
00050         if(val >= 3.3){
00051             val = 0;
00052         }
00053         
00054         pc.printf("\033[2J");
00055         pc.printf("\033[H");
00056         
00057     }
00058 } 
00059 
00060 
00061 int i_TestPorts(float val, int aff){
00062      int ret = 0;
00063      val = val/3.3;
00064      Out18 = val;
00065 
00066      printf("Compte rendu du test : \r\n");
00067      if((In15.read() < (val-0.01))||(In15 > val + 0.01)){
00068         printf("Port p15 inexact \n\r");
00069         ret ++;
00070      }
00071      if((In16.read() < (val-0.01))||(In16 > val + 0.01)){
00072         printf("Port p16 inexact \n\r");
00073         ret ++;
00074      }
00075      
00076      if((In17.read() < (val-0.01))||(In17 > val + 0.01)){
00077         printf("Port p17 inexact \n\r");
00078         ret ++;
00079      }     
00080      
00081      if((Out18.read() < (val-0.01))||(Out18.read() > val + 0.01)){
00082         printf("Port p18 inexact \n\r");
00083         ret ++;
00084      }
00085      
00086      if((In19.read() < (val-0.01))||(In19 > val + 0.01)){
00087         printf("Port p19 inexact \n\r");     
00088         ret ++;
00089      }
00090      
00091      if((In20.read() < (val-0.01))||(In20 > val + 0.01)){
00092         printf("Port p20 inexact \n\r");
00093         ret ++;
00094      }
00095      if(aff ==1){
00096         printf("p15 = %f, \r\n", In15.read()*3.3);
00097         printf("p16 = %f, \r\n", In16.read()*3.3);        
00098         printf("p17 = %f, \r\n", In17.read()*3.3); 
00099         printf("p18 = %f, \r\n", Out18.read()*3.3);
00100         printf("p19 = %f, \r\n", In19.read()*3.3);     
00101         printf("p20 = %f, \r\n", In20.read()*3.3);  
00102         }                     
00103      
00104      return ret;
00105      
00106 }