void fly_to_analyse(char *path, char *config)
{
char *p = ReadLines(config);
char *last=p;
char title[128],description[512],reference[512],match[1024],relevance[512];
int result=0,sz=0;
while(!result && strlen(last)>16)
{
switch (parse_eggs(&p, &last))
{
case TITLE:
sz = p - last;
memset(title,0,127);
snprintf(title,127,"%.*s", sz, last);
strcpy(title,ClearStr(title,10));
break;
case DESCRIPTION:
sz = p - last;
memset(description,0,511);
snprintf(description,511,"%.*s", sz, last);
strcpy(description,ClearStr(description,16));
break;
case REFERENCE:
sz = p - last - 1;
memset(reference,0,511);
snprintf(reference,511,"%.*s", sz, last);
strcpy(reference,ClearStr(reference,14));
break;
case RELEVANCE:
sz = p - last;
memset(relevance,0,511);
snprintf(relevance,511,"%.*s", sz, last);
strcpy(relevance,ClearStr(relevance,14));
break;
case MATCH:
sz = p - last;
memset(match,0,1023);
snprintf(match,1023,"%.*s", sz, last);
strcpy(match,ClearStr(match,10));
char *result2=Search_for(path,match);
// TODO* need validate before print out
if(result2!=NULL)
if(strlen(result2)>8)
{
fprintf(stdout,"\n-------------------\n %sTitle:%s %s \n %sDescription:%s %s \n %sRelevance:%s %s \n %sReference:%s %s \n %sMatch:%s %s \n%s%s%s\n",YELLOW,LAST,title,YELLOW,LAST,description,YELLOW,LAST,relevance,YELLOW,LAST,reference,YELLOW,LAST,match,CYAN,result2,LAST);
if(log_file != NULL)
{
FILE *arq;
arq=fopen(log_file,"a");
if ( arq == NULL )
{
DEBUG("error in XML file %s",log_file);
perror("Error ");
exit(-1);
}
fprintf(arq,"<report_mosca>\n <Path>%s</Path>\n <Module>%s</Module>\n <Title>%s</Title>\n <Description>%s</Description>\n <Level>%s</Level>\n <Reference>%s</Reference>\n <Match>%s</Match>\n <Result>%s</Result>\n</report_mosca>\n\n",path,config,title,description,relevance,reference,match,result2);
if( fclose(arq) == EOF )
{
DEBUG("error in Write() file %s",log_file);
perror("Error ");
exit(-1);
}
arq=NULL;
}
}
xfree((void **)&result2);
break;
case END:
result=1;
break;
}
}
}
void fly_to_analyse(char *path, char *config)
{
char *p = ReadLines(config);
char *last=p;
char *result2=NULL;
char title[128],description[512],reference[512],match[128],relevance[512];
int result=0,sz=0;
while(!result)
switch (parse_eggs(&p, &last))
{
case TITLE:
sz = p - last;
memset(title,0,127);
snprintf(title,127,"%.*s", sz, last);
// DEBUG("%s\n",title);
strcpy(title,ClearStr(title,10));
break;
case DESCRIPTION:
sz = p - last;
memset(description,0,511);
snprintf(description,511,"%.*s", sz, last);
strcpy(description,ClearStr(description,16));
break;
case REFERENCE:
sz = p - last - 1;
memset(reference,0,511);
snprintf(reference,511,"%.*s", sz, last);
strcpy(reference,ClearStr(reference,14));
break;
case RELEVANCE:
sz = p - last;
memset(relevance,0,511);
snprintf(relevance,511,"%.*s", sz, last);
strcpy(relevance,ClearStr(relevance,14));
break;
/*
TODO* fix bug when test first rule of egg file
*/
case MATCH:
sz = p - last;
memset(match,0,127);
snprintf(match,127,"%.*s", sz, last);
strcpy(match,ClearStr(match,10));
result2=Search_for(path,match);
// TODO* need validate before print out
if(strlen(result2)>8)
{
fprintf(stdout,"\n-------------------\n %sTitle:%s %s \n %sDescription:%s %s \n %sRelevance:%s %s \n %sReference:%s %s \n %sMatch:%s %s \n%s%s%s\n",YELLOW,LAST,title,YELLOW,LAST,description,YELLOW,LAST,relevance,YELLOW,LAST,reference,YELLOW,LAST,match,CYAN,result2,LAST);
if(log_file != NULL)
{
// TODO* call one time write()... optimize
WriteFile(log_file," Path: ");
WriteFile(log_file,path);
WriteFile(log_file,"\n Module: ");
WriteFile(log_file,config);
WriteFile(log_file,"\n Title: ");
WriteFile(log_file,title);
WriteFile(log_file,"\n Description: ");
WriteFile(log_file,description);
WriteFile(log_file,"\n reference: ");
WriteFile(log_file,reference);
WriteFile(log_file,"\n Match: ");
WriteFile(log_file,match);
WriteFile(log_file,"\n Result: \n");
WriteFile(log_file,result2);
}
}
break;
case END:
result=1;
break;
}
}
