void doChecks() {
char *checkBuffer,*checkresult,*sIn;
long i,n,total,invalid=0;
typedef struct {
char *in,*s,*r,*out;
} sCheck;
sCheck checks[]= {
{"{{div.cOptions}}go {{tag.tag56}} {{get.link.parent.html}}/ edit {{tag.tag57}} / edit {{tag.tag58}} / rename {{tag.tag59}} / move {{tag.tag60}} / add {{tag.tag61}}{{get.delete.html}} / {{get.link.login.html}}{{enddiv}}", ".*(\\{\\{\\w+\\.\\w+(\\.\\w+)?\\}\\}).*","\\1","{{get.delete.html}}"},
{"abracadabra", "a", "b", "bbrbcbdbbrb"},
{"a1a2a3a4a5a", "\\d", "_", "a_a_a_a_a_a"},
{"z1b4a5a", "(\\w)", "[\\1]", "[z][1][b][4][a][5][a]"},
{"farooeboar", "(.)..(..).(.).", "\\1\\2\\3", "foobar"},
{"file.c", "(([^\\.]+)\\.(.+))", "[\\1] name=\\2 ext=\\3", "[file.c] name=file ext=c"},
{"helloworld", "([e-o])", "_\\1_", "_h__e__l__l__o_w_o_r_l_d"},
{"I' a {{get.tag}}",".*(\\{\\{\\w+\\.\\w+(\\.\\w+)?\\}\\}).*","found tag \"\\1\"","found tag \"{{get.tag}}\""},
{"get.param","(\\w+?)\\..+","method is \"\\1\"","method is \"get\""},
{"get.param","[^\\.]+\\.([^\\.]+).*","tagname is \"\\1\"","tagname is \"param\""}
};
total=sizeof(checks)/sizeof(checks[0])-1;
if((checkBuffer=(char*)malloc(CHECKS_CHUNCK_COUNT*CHECKS_CHUNCK_SIZE))==NULL) {
perror("malloc");
} else {
memset(checkBuffer,0,CHECKS_CHUNCK_COUNT*CHECKS_CHUNCK_SIZE);
}
fprintf(stdout," [+] Performing several replacements to check consistence ");
for(n=0; n<100; n++) {
if(!(n%25)) {
printf(".");
fflush(stdout);
}
for(i=0; i<total; i++) {
checkresult=treplace(checks[i].in,checks[i].s,checks[i].r);
sIn=strdup(checks[i].in);
if(strlen(sIn)>20) memcpy(sIn+15," ...\0",5);
if(strcmp(checkresult,checks[i].out)) {
fprintf(stderr,"\r[%d/%d] %-20s s: %-30s r: %-20s => %-25s ",i+1,total,sIn,checks[i].s,checks[i].r,checkresult);
fprintf(stdout," ERR :(\n");
exit(0);
} else {
if(!n) {
fprintf(stderr,"\r[%d/%d] %-20s s: %-30s r: %-20s => %-25s ",i+1,total,sIn,checks[i].s,checks[i].r,checkresult);
fprintf(stdout," OK :)\n");
}
}
}
}
for(n=1; n<=CHECKS_CHUNCK_COUNT; n+=1+CHECKS_CHUNCK_COUNT/10) {
fprintf(stdout,"\r[ + ] Checking stability for different input sizes consistence %d bytes, memory allocated: %d bytes",n*CHECKS_CHUNCK_COUNT*CHECKS_CHUNCK_SIZE,memAllocated());
fflush(stdout);
memset(checkBuffer,'.',n*CHECKS_CHUNCK_SIZE-1);
checkBuffer[n*CHECKS_CHUNCK_SIZE]=0;
mreplace(checkBuffer,"\\.","_");
treplace(checkBuffer,"_",".");
}
fprintf(stdout,"\n");
fprintf(stdout,"[ m ] Memory allocated final: %d bytes\n",memAllocated());
}
static int parse(RParse *p, const char *data, char *str) {
const struct mreplace_t *sdata = (struct mreplace_t*)data;
char *buf = treplace (sdata->data, sdata->search, sdata->replace);
memcpy (str, buf, R_PARSE_STRLEN);
free (buf);
return true;
}
/*
builds a binary for command line "search & replace" tests
*/
int main(char argc,char **argv) {
if(argc==4 && strlen(argv[2])) {
#if MDEBUG2
printf("Input string: %s, length %d, search %s, replace %s\n",argv[1],strlen(argv[1]),argv[2],argv[3]);
#endif
fprintf(stdout,"%s\n",treplace(argv[1],argv[2],argv[3]));
} else {
fprintf(stdout, "Perl alike \"search & replace\" v1.01 by Mandingo, Copyleft, 2009\n");
doChecks();
fprintf(stdout, "Usage: %s \"<text>\" \"<search>\" \"<replace>\"\n",argv[0]);
}
return 1;
}
