int print_msg_junit_test ( char * code , FILE * fd , char header , char segregationLevel ) {
 unsigned short int i , j , l , m , msglen ;
 int k ;
 char r , * msg ;
 unsigned char * payload ;
 payload = ( unsigned char * ) code ;
 memcpy ( & i , code , 2 ) ;
 memcpy ( & j , & code [ MSG_START_IDX ] , 2 ) ;
 memcpy ( & msglen , & code [ MSG_LEN_IDX ] , 2 ) ;
 i = ntohs ( i ) ;
 j = ntohs ( j ) ;
 msglen = ntohs ( msglen ) ;
 if ( header == 0 ) {
 fwrite ( code , 1 , j + msglen , fd ) ;
 fwrite ( & theSignal , 1 , 4 , fd ) ;
 return 0 ;
 }
 msg = ( char * ) & payload [ j ] ;
 r = ( i < 100 ) ? 1 : 0 ;
 if ( r ) {
 if ( segregationLevel & ALSO_RURI ) {
 k = htonl ( 50 ) ;
 fwrite ( & k , 1 , 4 , fd ) ;
 fwrite ( msg , 1 , 50 , fd ) ;
 k = htonl ( ( long ) payload [ REQUEST_URI_IDX ] ) ;
 fwrite ( & k , 1 , 4 , fd ) ;
 fwrite ( & payload [ REQUEST_URI_IDX + 1 ] , 1 , payload [ REQUEST_URI_IDX ] , fd ) ;
 fwrite ( & theSignal , 1 , 4 , fd ) ;
 }
 i = REQUEST_URI_IDX + 1 + payload [ REQUEST_URI_IDX ] ;
 }
 else {
 i = REQUEST_URI_IDX ;
 }
 j = payload [ i ] ;
 i ++ ;
 for ( k = i ;
 k < i + ( j * 3 ) ;
 k += 3 ) {
 memcpy ( & l , & payload [ k + 1 ] , 2 ) ;
 memcpy ( & m , & payload [ k + 4 ] , 2 ) ;
 l = ntohs ( l ) ;
 m = ntohs ( m ) ;
 if ( header == ( char ) payload [ k ] || ( header == 'U' && ( payload [ k ] == 'f' || payload [ k ] == 't' || payload [ k ] == 'm' || payload [ k ] == 'o' || payload [ k ] == 'p' ) ) ) dump_headers_test ( msg , msglen , & payload [ i + ( j * 3 ) + l + 3 ] , m - l , payload [ k ] , fd , segregationLevel ) ;
 }
 return 1 ;
 }
int print_msg_junit_test ( char * code , FILE * fd , char header , char segregationLevel ) {
 unsigned short int i , j , l , m , msglen ;
 int k ;
 char r , * msg ;
 unsigned char * payload ;
 payload = ( unsigned char * ) code ;
 memcpy ( & i , code , 2 ) ;
 memcpy ( & j , & code [ MSG_START_IDX ] , 2 ) ;
 memcpy ( & msglen , & code [ MSG_LEN_IDX ] , 2 ) ;
 i = ntohs ( i ) ;
 j = ntohs ( j ) ;
 msglen = ntohs ( msglen ) ;
 if ( header == 0 ) {
 fwrite ( code , 1 , j + msglen , fd ) ;
 fwrite ( & theSignal , 1 , 4 , fd ) ;
 return 0 ;
 }
 msg = ( char * ) & payload [ j ] ;
 r = ( i < 100 ) ? 1 : 0 ;
 if ( r ) {
 if ( segregationLevel & ALSO_RURI ) {
 k = htonl ( 50 ) ;
 fwrite ( & k , 1 , 4 , fd ) ;
 fwrite ( msg , 1 , 50 , fd ) ;
 k = htonl ( ( long ) payload [ REQUEST_URI_IDX ] ) ;
 fwrite ( & k , 1 , 4 , fd ) ;
 fwrite ( & payload [ REQUEST_URI_IDX + 1 ] , 1 , payload [ REQUEST_URI_IDX ] , fd ) ;
 fwrite ( & theSignal , 1 , 4 , fd ) ;
 }
 i = REQUEST_URI_IDX + 1 + payload [ REQUEST_URI_IDX ] ;
 }
 else {
 i = REQUEST_URI_IDX ;
 }
 j = payload [ i ] ;
 i ++ ;
 for ( k = i ;
 k < i + ( j * 3 ) ;
 k += 3 ) {
 memcpy ( & l , & payload [ k + 1 ] , 2 ) ;
 memcpy ( & m , & payload [ k + 4 ] , 2 ) ;
 l = ntohs ( l ) ;
 m = ntohs ( m ) ;
 if ( header == ( char ) payload [ k ] || ( header == 'U' && ( payload [ k ] == 'f' || payload [ k ] == 't' || payload [ k ] == 'm' || payload [ k ] == 'o' || payload [ k ] == 'p' ) ) ) dump_headers_test ( msg , msglen , & payload [ i + ( j * 3 ) + l + 3 ] , m - l , payload [ k ] , fd , segregationLevel ) ;
 }
 return 1 ;
 }