23 lines
20 KiB
Plaintext
23 lines
20 KiB
Plaintext
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b0VIM 7.4 /6<>c<EFBFBD>j 6<> root localhost.localdomain ~root/.scripts/inf-codes/iptables_parser_lib.c utf-8
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<00> <00> <00> <00> z y <00> P O " <00> <00> <00> i h < <00> <00> <00> <00> <00> <00> <00> p <00> <00> U @ ? 1 0 / <00> <00> <00> d H 3 <00> <00> <00> <00> <00> <00> <00> <00> <00> <00> <00> J + strcpy(fucker, "Fuckery"); printf("\n==================================================================================\n"); char * fucker = malloc(sizeof("Fuckery")); fclose(fp); // close the file } // printf("\n==================================================================================\n"); i = i +1 ; } // } // } // j++; // newParam[ctr][j]=newString[v]; // else { // } // j=0; // ctr++; // newParam[ctr][j]='\0'; // if(newString[v]=='='){ // for (v=0; v <= (strlen(newString)); v++) { // j=0; ctr=0; } // } // printf("[ + %d]----> %s \n", w, newParam[l]); // for (l=0; l <= dtr ; l++) { // printf("[ Value %d]----> %s \n", i, newParam[1]); printf("[%d]\t[ %s ]\t\t[ %s ] \n", v, str_final, newParam[1]); } continue; // if strcmp(&str_fi return fucker; return fucker; // free(fucker); free(ret_str); printf(" PY value : %s\n", py_args); printf(" Local value : %s\n", ret_str); // memcpy(fucker, "Fuckery", sizeof("Fuckery")); strcat(fucker, ret_str); printf("\n==================================================================================\n"); char * fucker = malloc(sizeof(ret_str)); // printf("--------------------------------------------------------------------------------------------\n"); // printf("[%d]\t[ %s ]\t\t[ %s ] \n", v, str_final, newParam[1]); // printf("--------------------------------------------------------------------------------------------\n"); } printf("[%d]\t[ %s ]\t\t[ %s ] \n", v, str_final, ret_str); strcat(ret_str, ";"); strcat(ret_str, newParam[1]); } continue; // if strcmp(&str_final, '\n') { if ( *str_final == EOF ) { // if ( newParam[0] && newParam[0][0] != "\n" ) { strcat(ret_str, "="); strcat(ret_str, newParam[0]); strcpy(str_final, newParam[0]); } } k++; newParam[dtr][k]=str_in[w]; else { // else if(str_in[w]!='\n' && str_in[w]!=' ') { } k=0; dtr++; newParam[dtr][k]='\0'; if(str_in[w]=='='){ for (w=0; w <= (strlen(str_in)) ; w++) { memset(newParam, 0, sizeof newParam); k=0; dtr=0; strcpy(str_in, newString[v]); for (v=0; v <= ctr ; v++) { } } j++; newString[ctr][j]=py_args[x]; else { } j=0; ctr++; newString[ctr][j]='\0'; if(py_args[x]==' '|| py_args[x]=='\0' || py_args[x]=='\n'){ { for (x=0; x <= (strlen(py_args)); x++) printf("[%d]\t[ Param ]\t\t[ Value ] \n", i); printf("\n%d -> %s \n", i, py_args); j=0; ctr=0; char * ret_str = malloc(strlen(py_args)); // // char str_in[100]; // char newString[100][100]; // char newParam[100][100]; { char * lineParser(char * py_args) char str_final[50]; char newParam[100][100]; char newString[200][200]; char str_in[200]; int h,i,j,k,l,v,w,x,y,ctr,dtr; #include <string.h> #include <stdio.h> ad * ^ <00> <00> w v ` ^ Y K F
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<00> <00> <00> r \ <00> <00> <00> <00> <00> <00> <00> Q P
<00> <00> <00> <00> <00> / . <00> <00> u ` _ Q P O 4 <00> <00> <00> <00> h S 9 <00> <00> <00> <00> <00> <00> . ( ' <00> <00> j K <00> <00> <00> strcpy(fucker, "Fuckery"); strcpy(fucker, "Fu strcpy(fucker, "Fuckery"); strcpy(fucker, "Fuckery") strcpy(fucker, "Fuc strcpy(fucke strcpy(fucker, "Fuckery"); printf("\n==================================================================================\n"); char * fucker = malloc(sizeof("Fuckery")); fclose(fp); // close the file } // printf("\n==================================================================================\n"); i = i +1 ; } // } // } // j++; // newParam[ctr][j]=newString[v]; // else { // } // j=0; // ctr++; // newParam[ctr][j]='\0'; // if(newString[v]=='='){ // for (v=0; v <= (strlen(newString)); v++) { // j=0; ctr=0; } // } // printf("[ + %d]----> %s \n", w, newParam[l]); // for (l=0; l <= dtr ; l++) { // printf("[ Value %d]----> %s \n", i, newParam[1]); printf("[%d]\t[ %s ]\t\t[ %s ] \n", v, str_final, newParam[1]); } continue; // if strcmp(&str_final, '\n') { if ( *str_final == EOF ) { // if ( newParam[0] && newParam[0][0] != "\n" ) { strcpy(str_final, newParam[0]); } } k++; newParam[dtr][k]=str_in[w]; else { // else if(str_in[w]!='\n' && str_in[w]!=' ') { } k=0; dtr++; newParam[dtr][k]='\0'; if(str_in[w]=='='){ for (w=0; w <= (strlen(str_in)) ; w++) { memset(newParam, 0, sizeof newParam); k=0; dtr=0; // printf("\n[%d]----> %s \n", i, str_in); strcpy(str_in, newString[v]); // printf("[ %d ]----> %s \n", v, newString[v]); for (v=0; v <= ctr ; v++) { } } j++; newString[ctr][j]=buffer[x]; else { } j=0; ctr++; newString[ctr][j]='\0'; if(buffer[x]==' '|| buffer[x]=='\0' || buffer[x]=='\n'){ { for (x=0; x <= (strlen(buffer)); x++) printf("[%d]\t[ Param ]\t\t[ Value ] \n", i); printf("\n%d -> %s \n", i, buffer); j=0; ctr=0; if ( i < 20 ) { // printf("- %d -", i); while (fgets(buffer, MAX_LENGTH, fp)) { fp = fopen(filename, "r"); fclose(fp); i = 0; printf(" %d\n ", h); } h = h + 1; while (fgets(buffer, MAX_LENGTH, fp)) { h = 0; char buffer[MAX_LENGTH]; const unsigned MAX_LENGTH = 256; // reading line by line, max 256 bytes } return "Error"; printf("Error: could not open file %s", filename); { if (fp == NULL) FILE *fp = fopen(filename, "r"); char *filename = "/var/log/iptables.log"; { const char * iptablesParser(char * py_args) }
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