/** Network Statistics Version 1.02: Input: Datafile created by Citadel cc 1 1 2 2 2 3 3 34 4 5 5 1 5 7 0 5 0 6 8 0 7 90 8 0 9 MMMYY xxxxxxxxxxxxxxxxxxxx nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn Name of Net Partner chars in chars out time Name of datafile is 1st argument. Optional arguments: flag -S to report by system. -M to report totals on a monthly basis. Output: Report **/ #include #include #include #include #include #include "sysdep.h" struct bbs { struct bbs *next; /* next bbs system */ char name[21]; /* name of bbs */ long net_count[12]; /* number of network sessions */ long chars_in[12]; /* monthly totals of characters input */ long chars_out[12]; /* monthly totals of characters output */ long time_used[12]; /* monthly totals of time used in networking */ long min_cps[12]; /* minimum cps that occured */ long max_cps[12]; /* maximum cps that occured */ }; struct bbs *systems = NULL; /* list of systems */ int sflag = FALSE; /* no individual per system statistics */ int mflag = FALSE; /* no monthy statistics */ int lineno= 0; /* current line number in the file */ void Collect_Statistics(FILE *ip); void Report_Statistics(void); int main(int argc, char *argv[]); struct bbs *Find_System(char *name); void Report_BBS(struct bbs *ptr); int Date_to_Index(char *date); int main(int argc, char *argv[]) { FILE *ip; char *name=NULL; printf(" Citadel Networking Statistics %s\n", VERSION_NAME); while( --argc ) { if( argv[argc][0] == '-') { if( argv[argc][1] == 'S') sflag = TRUE; if( argv[argc][1] == 's') sflag = TRUE; if( argv[argc][1] == 'M') mflag = TRUE; if( argv[argc][1] == 'm') mflag = TRUE; } else name = argv[argc]; }; if( name == NULL) { fprintf(stderr,"Error, need a file to process\n"); return(100); }; if( (ip=fopen(name,"r")) == NULL ) { fprintf(stderr," Error opening %s for input\n",argv[argc]); return(100); }; Collect_Statistics(ip); fclose(ip); Report_Statistics(); return 0; } void Collect_Statistics(FILE *ip) { struct bbs *ptr; char line[80]; int did; while( fgets(line, sizeof(line), ip) ) { long nci, nco, ntm; lineno++; line[ 3] = '\0'; line[27] = '\0'; line[38] = '\0'; line[49] = '\0'; line[60] = '\0'; did = Date_to_Index(&line[ 0]); ptr = Find_System(&line[ 7]); ptr->net_count[did]++; ptr->chars_in[did] += (nci = atol(&line[28])); ptr->chars_out[did] += (nco = atol(&line[39])); ptr->time_used[did] += (ntm = atol(&line[50])); nci += nco; if( ntm > 0 ) { nco = nci / ntm; if( nco < ptr->min_cps[did]) ptr->min_cps[did] = nco; if( nco > ptr->max_cps[did]) ptr->max_cps[did] = nco; }; }; } char *month[12] = { "jan", "feb", "mar", "apr", "may", "jun", "jul", "aug", "sep", "oct", "nov", "dec" }; int Date_to_Index(char *date) { int i; if( ! mflag )return 0; /* if not doing monthly stats, skip this */ for( i=0; i<12; i++) { if( stricmp(month[i],date)== 0 )return i; }; fprintf(stderr,"Error: INVALID DATE at line %d\n",lineno); return 0; } struct bbs *Find_System(char *name) { struct bbs *ptr=systems; int i; if( sflag ) { while ( ptr != NULL ) { if( strcmp(ptr->name,name) == 0)return ptr; ptr = ptr->next; }; if( ptr == NULL ) { ptr = calloc(1, sizeof(struct bbs)); strcpy(ptr->name,name); for(i=0; i<12; i++) { ptr->min_cps[i] = 99999; ptr->max_cps[i] = -1; }; ptr->next = systems; systems = ptr; }; } else { if( systems == NULL ) { ptr = systems = calloc(1, sizeof(struct bbs)); strcpy(ptr->name," *** All Systems ***"); for(i=0; i<12; i++) { ptr->min_cps[i] = 99999; ptr->max_cps[i] = -1; }; }; }; return ptr; } void Report_Statistics(void) { long hr, sec, mins, avr_cps; struct bbs *ptr=systems; printf(" ----- Name ----- Session Input Output Time CPS\n"); printf(" count HH:MM:SS Min Avr Max\n"); Report_BBS(ptr); if( sflag ) { hr = ptr->time_used[0]; sec = hr % 60; hr /= 60; mins = hr %60; hr /= 60; if( ptr->time_used[0] != 0) { avr_cps = (ptr->chars_in[0] + ptr->chars_out[0] ) / ptr->time_used[0]; } else avr_cps = 0; printf("%23s------- --------- --------- --------\n"," "); printf(" %20s %7ld %10ld %10ld %3ld:%02ld:%02ld %4ld\n", " ", ptr->net_count[0], ptr->chars_in[0], ptr->chars_out[0], hr, mins, sec , avr_cps); }; } void Report_BBS(struct bbs *ptr) { int idx; long avr_cps; long hr, mins, sec; if( ptr->next != NULL) Report_BBS(ptr->next); for( idx=0; idx < 12 && mflag; idx++) { if( ptr->time_used[idx] == 0)continue; hr = ptr->time_used[idx]; sec = hr % 60; hr /= 60; mins = hr %60; hr /= 60; avr_cps = (ptr->chars_in[idx] + ptr->chars_out[idx] ) / ptr->time_used[idx]; printf(" %20s %7ld %10ld %10ld %3ld:%02ld:%02ld %4ld %4ld %4ld\n", month[idx], ptr->net_count[idx], ptr->chars_in[idx], ptr->chars_out[idx], hr, mins, sec, ptr->min_cps[idx], avr_cps, ptr->max_cps[idx]); if( idx > 0) { ptr->net_count[0] += ptr->net_count[idx]; ptr->chars_in[0] += ptr->chars_in[idx]; ptr->chars_out[0] += ptr->chars_out[idx]; ptr->time_used[0] += ptr->time_used[idx]; if( ptr->min_cps[0] > ptr->min_cps[idx]) ptr->min_cps[0] = ptr->min_cps[idx]; if( ptr->max_cps[0] < ptr->max_cps[idx]) ptr->max_cps[0] = ptr->max_cps[idx]; }; }; hr = ptr->time_used[0]; sec = hr % 60; hr /= 60; mins = hr %60; hr /= 60; if( ptr->time_used[0] != 0) { avr_cps = (ptr->chars_in[0] + ptr->chars_out[0] ) / ptr->time_used[0]; } else avr_cps = 0; if( mflag ) printf("%23s------- --------- --------- --------\n"," "); printf(" %20s %7ld %10ld %10ld %3ld:%02ld:%02ld %4ld %4ld %4ld\n", ptr->name, ptr->net_count[0], ptr->chars_in[0], ptr->chars_out[0], hr, mins, sec , ptr->min_cps[0], avr_cps, ptr->max_cps[0]); if( mflag )printf("\n"); if( ptr->next != 0 && sflag ) { ptr->chars_in[0] += ptr->next->chars_in[0]; ptr->chars_out[0] += ptr->next->chars_out[0]; ptr->time_used[0] += ptr->next->time_used[0]; ptr->net_count[0] += ptr->next->net_count[0]; }; }