/* This file is part of lsnet. Lsnet is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. Lsnet is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with lsnet. If not, see . */ #include "netinfo.h" int netinfo(int netfrequency, double netarray1[2][9]) { memset( (void *) netarray1, '\0', sizeof(double) * 2 * 9); //sleep(netfrequency); //printf("In meminfo, memfrequency slept: %d\n", memfrequency); FILE* fp; struct timeval starttime,endtime; double te0; double netin; int count = 0; int count2; /* char netin1[12]; char packin1[12]; char netout1[12]; char packout1[sizeof(char)*12]; char netin2[12]; char packin2[12]; char netout2[12]; char packout2[12]; */ char buf[SIZE]; char temp[3]; char bufstr[sizeof(temp)*14]; //char bufstr[12]; //char buf[SIZE]; //char temp[12]; //int linenum = 0; if( ( fp = fopen( "/proc/net/dev", "r" ) ) == NULL ) { fprintf( stderr, "Error opening /proc/net/dev\n" ); exit( 1 ); } gettimeofday(&starttime, NULL); while( fgets(buf, sizeof(buf), fp) != NULL) { //eth0:1973355872 44136361 0 0 0 0 0 0 1177611554 19597524 0 0 0 0 0 0 count = 0; if (buf[count] == ' '){ while(buf[count] == ' ') { count++; } //count++; } if (buf[count] == 'e'){ count++; //printf("found e incremented count\n"); if (buf[count] == 't'){ count++; if (buf[count] == 'h'){ count++; if (buf[count] == '0'){ count++; if (buf[count] == ':') { count2 = count + 1; //printf("netinfo eth0: found\n"); //temp[0]=buf[count2]; while(buf[count2] == ' ') { count2++; } temp[0]=buf[count2]; temp[1]=0; strcpy(bufstr, temp); //count2++; for( (count2 = count2 + 1); (count2 <= strlen(buf) && buf[count2] != ' '); count2++){ temp[0]=buf[count2]; temp[1]=0; strcat(bufstr,temp); } //strcpy(netin1, bufstr); //printf("NETIN1 FROM STRING: %s\n", bufstr); //netin = atof(bufstr); //printf("NETIN1 FROM DOUBLE: %lf\n", netin); netarray1[1][1] = atof(bufstr); memset ((void*) bufstr, '\0', sizeof (bufstr)); //printf("NETIN1 FROM ARRAY: %lf\n", netarray1[1][1]); while(buf[count2] == ' ') { count2++; } for( (count2 = count2); (count2 <= strlen(buf) && buf[count2] != ' '); count2++){ temp[0]=buf[count2]; temp[1]=0; strcat(bufstr,temp); } //strcpy(packin1, bufstr); //printf("PACKIN1: %s\n", bufstr); netarray1[1][2] = atof(bufstr); memset ((void*) bufstr, '\0', sizeof (bufstr)); //6 series of numbers/spaces while(buf[count2] == ' ') { count2++; } //printf("STEP1\n"); while((buf[count2] == '0' || buf[count2] == '1' || buf[count2] == '2' || buf[count2] == '3' || buf[count2] == '4' ||buf[count2] == '5' || buf[count2] == '6' || buf[count2] == '7' ||buf[count2] == '8' || buf[count2] == '9') && (buf[count2] != ' ')) { count2++; } while(buf[count2] == ' ') { count2++; } //printf("STEP2\n"); while((buf[count2] == '0' || buf[count2] == '1' || buf[count2] == '2' || buf[count2] == '3' || buf[count2] == '4' ||buf[count2] == '5' || buf[count2] == '6' || buf[count2] == '7' ||buf[count2] == '8' || buf[count2] == '9') && (buf[count2] != ' ')) { count2++; } while(buf[count2] == ' ') { count2++; } //printf("STEP3\n"); while((buf[count2] == '0' || buf[count2] == '1' || buf[count2] == '2' || buf[count2] == '3' || buf[count2] == '4' ||buf[count2] == '5' || buf[count2] == '6' || buf[count2] == '7' ||buf[count2] == '8' || buf[count2] == '9') && (buf[count2] != ' ')) { count2++; } while(buf[count2] == ' ') { count2++; } //printf("STEP4\n"); while((buf[count2] == '0' || buf[count2] == '1' || buf[count2] == '2' || buf[count2] == '3' || buf[count2] == '4' ||buf[count2] == '5' || buf[count2] == '6' || buf[count2] == '7' ||buf[count2] == '8' || buf[count2] == '9') && (buf[count2] != ' ')) { count2++; } while(buf[count2] == ' ') { count2++; } while((buf[count2] == '0' || buf[count2] == '1' || buf[count2] == '2' || buf[count2] == '3' || buf[count2] == '4' ||buf[count2] == '5' || buf[count2] == '6' || buf[count2] == '7' ||buf[count2] == '8' || buf[count2] == '9') && (buf[count2] != ' ')) { count2++; } while(buf[count2] == ' ') { count2++; } while((buf[count2] == '0' || buf[count2] == '1' || buf[count2] == '2' || buf[count2] == '3' || buf[count2] == '4' ||buf[count2] == '5' || buf[count2] == '6' || buf[count2] == '7' ||buf[count2] == '8' || buf[count2] == '9') && (buf[count2] != ' ')) { count2++; } while(buf[count2] == ' ') { count2++; } ///end of spaces/numbers crap for( (count2 = count2); (count2 <= strlen(buf) && buf[count2] != ' '); count2++){ temp[0]=buf[count2]; temp[1]=0; strcat(bufstr,temp); } //strcpy(netout1, bufstr); //printf("NETOUT1: %s\n", bufstr); netarray1[1][3] = atof(bufstr); memset ((void*) bufstr, '\0', sizeof (bufstr)); while(buf[count2] == ' ') { count2++; } for( (count2 = count2); (count2 <= strlen(buf) && buf[count2] != ' '); count2++){ temp[0]=buf[count2]; temp[1]=0; strcat(bufstr,temp); } //strcpy(packout1, bufstr); //printf("PACKOUT1: %s\n", bufstr); netarray1[1][4] = atof(bufstr); memset ((void*) bufstr, '\0', sizeof (bufstr)); } } } } } } fclose( fp ); sleep(netfrequency); //sleep(1); if( ( fp = fopen( "/proc/net/dev", "r" ) ) == NULL ) { fprintf( stderr, "Error opening /proc/net/dev\n" ); exit( 1 ); } gettimeofday(&endtime, NULL); while( fgets(buf, sizeof(buf), fp) != NULL) { count = 0; if (buf[count] == ' '){ while(buf[count] == ' ') { count++; } //count++; } if (buf[count] == 'e'){ count++; if (buf[count] == 't'){ count++; if (buf[count] == 'h'){ count++; if (buf[count] == '0'){ count++; if (buf[count] == ':') { count2 = count + 1; //temp[0]=buf[count2]; while(buf[count2] == ' ') { count2++; } temp[0]=buf[count2]; temp[1]=0; strcpy(bufstr, temp); //count2++; for( (count2 = count2 + 1); (count2 <= strlen(buf) && buf[count2] != ' '); count2++){ temp[0]=buf[count2]; temp[1]=0; strcat(bufstr,temp); } //strcpy(netin2, bufstr); netarray1[2][1] = atof(bufstr); memset ((void*) bufstr, '\0', sizeof (bufstr)); while(buf[count2] == ' ') { count2++; } for( (count2 = count2); (count2 <= strlen(buf) && buf[count2] != ' '); count2++){ temp[0]=buf[count2]; temp[1]=0; strcat(bufstr,temp); } //strcpy(packin2, bufstr); netarray1[2][2] = atof(bufstr); memset ((void*) bufstr, '\0', sizeof (bufstr)); //6 series of numbers/spaces while(buf[count2] == ' ') { count2++; } while(buf[count2] == '0' || buf[count2] == '1' || buf[count2] == '2' || buf[count2] == '3' || buf[count2] == '4' ||buf[count2] == '5' || buf[count2] == '6' || buf[count2] == '7' ||buf[count2] == '8' || buf[count2] == '9' && buf[count2] != ' ') { count2++; } while(buf[count2] == ' ') { count2++; } while(buf[count2] == '0' || buf[count2] == '1' || buf[count2] == '2' || buf[count2] == '3' || buf[count2] == '4' ||buf[count2] == '5' || buf[count2] == '6' || buf[count2] == '7' ||buf[count2] == '8' || buf[count2] == '9' && buf[count2] != ' ') { count2++; } while(buf[count2] == ' ') { count2++; } while(buf[count2] == '0' || buf[count2] == '1' || buf[count2] == '2' || buf[count2] == '3' || buf[count2] == '4' ||buf[count2] == '5' || buf[count2] == '6' || buf[count2] == '7' ||buf[count2] == '8' || buf[count2] == '9' && buf[count2] != ' ') { count2++; } while(buf[count2] == ' ') { count2++; } while(buf[count2] == '0' || buf[count2] == '1' || buf[count2] == '2' || buf[count2] == '3' || buf[count2] == '4' ||buf[count2] == '5' || buf[count2] == '6' || buf[count2] == '7' ||buf[count2] == '8' || buf[count2] == '9' && buf[count2] != ' ') { count2++; } while(buf[count2] == ' ') { count2++; } while(buf[count2] == '0' || buf[count2] == '1' || buf[count2] == '2' || buf[count2] == '3' || buf[count2] == '4' ||buf[count2] == '5' || buf[count2] == '6' || buf[count2] == '7' ||buf[count2] == '8' || buf[count2] == '9' && buf[count2] != ' ') { count2++; } while(buf[count2] == ' ') { count2++; } while(buf[count2] == '0' || buf[count2] == '1' || buf[count2] == '2' || buf[count2] == '3' || buf[count2] == '4' ||buf[count2] == '5' || buf[count2] == '6' || buf[count2] == '7' ||buf[count2] == '8' || buf[count2] == '9' && buf[count2] != ' ') { count2++; } while(buf[count2] == ' ') { count2++; } ///end of spaces/numbers crap for( (count2 = count2); (count2 <= strlen(buf) && buf[count2] != ' '); count2++){ temp[0]=buf[count2]; temp[1]=0; strcat(bufstr,temp); } //strcpy(netout1, bufstr); netarray1[2][3] = atof(bufstr); memset ((void*) bufstr, '\0', sizeof (bufstr)); while(buf[count2] == ' ') { count2++; } for( (count2 = count2); (count2 <= strlen(buf) && buf[count2] != ' '); count2++){ temp[0]=buf[count2]; temp[1]=0; strcat(bufstr,temp); } //strcpy(packout1, bufstr); netarray1[2][4] = atof(bufstr); memset ((void*) bufstr, '\0', sizeof (bufstr)); } } } } } } fclose( fp ); te0=((double)(endtime.tv_sec*1000000-starttime.tv_sec*1000000+endtime.tv_usec-starttime.tv_usec))/1000000; //netarray1[2][4] / 1048576 //get totals netarray1[1][1] = (netarray1[2][1] - netarray1[1][1]) / 1024; netarray1[1][2] = netarray1[2][2] - netarray1[1][2]; netarray1[1][3] = (netarray1[2][3] - netarray1[1][3]) / 1024; netarray1[1][4] = netarray1[2][4] - netarray1[1][4]; //get true kb/second and packet/second results //netarray1[1][1] = netarray1[1][1] / te0; //netarray1[1][2] = netarray1[1][2] / te0; //netarray1[1][3] = netarray1[1][3] / te0; //netarray1[1][4] = netarray1[1][4] / te0; //netarray1[2][1] / 1048576; //netarray1[2][2] //netarray1[2][3] / 1048576; //netarray1[2][4] // printf("inside netinfo netin: %lf\n", netarray1[1][1] ); // printf("inside netinfo packin: %lf\n", netarray1[1][2]); // printf("inside netinfo netout: %lf\n", netarray1[1][3] ); // printf("inside netinfo packout: %lf\n", netarray1[1][4]); return (te0); }