/****************************************************************************** $Id: test_fcc_api.c,v 1.1 2000/06/09 16:19:13 jrieffel Exp $ $Log: test_fcc_api.c,v $ Revision 1.1 2000/06/09 16:19:13 jrieffel Fuel Cell Test programs Revision 1.1 2000/05/09 12:53:02 root Initial revision ******************************************************************************/ // Test program for fcc_api3r.lib #ifdef __USAGE %C -d debug flag enable debug output -T node target node number #endif #include // fprintf etc...... #include // for nid_t #include // for EXIT_FAILURE #include // for getopt,getnid #include BOOLEAN debug_flag=FALSE; // enable debug statements in this program and the libraries char *ProgramName; // our executable name nid_t target_node; // node on which the Fuel Cell control software is running void main(int argc, char **argv) { // argument processing stuff extern char *optarg; extern int opterr, optopt; int i; int reply_code; FCC_STATUS fcc_status; FCC_DATA fcc_data; // save our program name for display in error messages ProgramName = argv[0]; // assume that we're running on the same node as the target unless the user specifies // a command line option target_node = getnid(); // command line argument processing while( (i = getopt( argc, argv, "dT:" )) != -1 ) switch( i ) { case 'd': debug_flag = TRUE; break; case 'T': target_node = atoi(optarg); break; default: if ( debug_flag ) { fprintf( stderr, "%s: Invalid Option '%c'\n", ProgramName, optopt ); } exit( EXIT_FAILURE ); } if ( debug_flag ) fprintf(stderr,"Sending start command to Fuel Cell Controller ...\n"); // Send a START command to the Fuel Cell Controller if( ( reply_code=send_FCC_command(FCC_CMD_START)) != FCC_ERR_OK ) { switch(reply_code) { case FCC_ERR_INVALID_PARAM: // Invalid command passed to the API break; case FCC_ERR_COMM: // API encountered communication problems break; } if( debug_flag ) { fprintf(stderr, "%s : Start command failed ...\n", ProgramName); fprintf(stderr, "reply_code: %d\n",reply_code); exit( EXIT_FAILURE ); } } if ( debug_flag ) fprintf(stderr,"Sending get_FCC_data() request to Fuel Cell Controller ...\n"); // Send a data request to the fuel cell controller if ((reply_code = get_FCC_data(&fcc_data)) != FCC_ERR_OK) { switch(reply_code) { case FCC_ERR_INVALID_PARAM: // Invalid parameter passed to the API break; case FCC_ERR_COMM: // API encountered communication problems break; } if( debug_flag ) { fprintf(stderr, "%s : get_FCC_data() request failed ...\n", ProgramName); fprintf(stderr, "reply_code: %d\n",reply_code); exit( EXIT_FAILURE ); } } else { if( debug_flag ) { fprintf(stderr, "%s : Sent data message...\n", ProgramName ); fprintf(stderr, "Data Reply:\n"); fprintf(stderr, "elapsed_time %d\n",fcc_data.elapsed_time); fprintf(stderr, "anolyte_pump_a_current %d\n",fcc_data.anolyte_pump_a_current); fprintf(stderr, "anolyte_pump_b_current %d\n",fcc_data.anolyte_pump_b_current); fprintf(stderr, "catholyte_pump_current %d\n",fcc_data.catholyte_pump_current); fprintf(stderr, "peroxide_pump_current %d\n",fcc_data.peroxide_pump_current); fprintf(stderr, "anolyte_temp %d\n",fcc_data.anolyte_temp); fprintf(stderr, "catholyte_temp %d\n",fcc_data.catholyte_temp); fprintf(stderr, "fwd_peroxide_temp %d\n",fcc_data.fwd_peroxide_temp); fprintf(stderr, "aft_peroxide_temp %d\n",fcc_data.aft_peroxide_temp); fprintf(stderr, "stack_voltage %d\n",fcc_data.stack_voltage); fprintf(stderr, "stack_current %d\n",fcc_data.stack_current); fprintf(stderr, "battery_voltage %d\n",fcc_data.battery_voltage); fprintf(stderr, "battery_current %d\n",fcc_data.battery_current); fprintf(stderr, "peroxide_used %d\n",fcc_data.peroxide_used); } // Save the FCC data on disk for subsequent transmission to // the satellite } if ( debug_flag ) fprintf(stderr,"Sending get_FCC_status() request to Fuel Cell Controller ...\n"); // Send a status request to the fuel cell controller if ( (reply_code = get_FCC_status(&fcc_status) ) != FCC_ERR_OK) { switch(reply_code) { case FCC_ERR_INVALID_PARAM: // Invalid parameter passed to the API break; case FCC_ERR_COMM: // API encountered communication problems break; } if( debug_flag ) { fprintf(stderr, "%s : get_FCC_status() request failed ...\n", ProgramName); fprintf(stderr, "reply_code: %d\n",reply_code); exit( EXIT_FAILURE ); } } else { if( debug_flag ) { fprintf(stderr, "%s : Sent status request..\n", ProgramName); fprintf(stderr, "Status Reply:\n"); fprintf(stderr, "fc_control_state: %d\n",fcc_status.fc_control_state); fprintf(stderr, "health: %lX\n",fcc_status.health); fprintf(stderr, "FC_remaining_kwh: %d\n",fcc_status.FC_remaining_kwh); fprintf(stderr, "RB_remaining_wh: %d\n",fcc_status.RB_remaining_wh); fprintf(stderr, "BIT_status: %X\n",fcc_status.BIT_status); fprintf(stderr, "BIT_result: %X\n",fcc_status.BIT_result); } // Check health status of the Fuel Cell } if ( debug_flag ) fprintf(stderr,"Sending offline command to Fuel Cell Controller ...\n"); // Send an OFFLINE command to the Fuel Cell Controller, this needs to be // sent before sending a STOP command. if( ( reply_code=send_FCC_command(FCC_CMD_OFFLINE)) != FCC_ERR_OK ) { switch(reply_code) { case FCC_ERR_INVALID_PARAM: // Invalid parameter passed to the API break; case FCC_ERR_COMM: // API encountered communication problems break; } if( debug_flag ) { fprintf(stderr, "%s : Offline command failed ...\n", ProgramName); fprintf(stderr, "reply_code: %d\n",reply_code); exit( EXIT_FAILURE ); } } if ( debug_flag ) fprintf(stderr,"Sending stop command to Fuel Cell Controller ...\n"); // Send a STOP command to the Fuel Cell Controller if( ( reply_code=send_FCC_command(FCC_CMD_STOP)) != FCC_ERR_OK ) { switch(reply_code) { case FCC_ERR_INVALID_PARAM: // Invalid parameter passed to the API break; case FCC_ERR_COMM: // API encountered communication problems break; } if( debug_flag ) { fprintf(stderr, "%s : Stop command failed ...\n", ProgramName); fprintf(stderr, "reply_code: %d\n",reply_code); exit( EXIT_FAILURE ); } } } // end main()