char *getmultiple(char *inputstr)
{
char tempstr[BUFSIZ];
char tempret[BUFSIZ] = "";
unsigned int templen;
char *ret_value;
do {
sscanf(inputstr,"%s",tempstr);
templen = strlen(tempstr);
if ((strcmp(tempstr,"{") != 0) && (strcmp(tempstr,"}") != 0)) {
if (strlen(tempret) != 0)
strcat(tempret," ");
strcat(tempret,tempstr);
}
memmove(inputstr,inputstr+templen+1,strlen(inputstr) - templen);
} while (strcmp(tempstr,"}") != 0);
alltrim(tempret);
if (strlen(tempret) > 0) {
ret_value = (char *)malloc((strlen(tempret) + 1) * sizeof(char));
strcpy(ret_value,tempret);
}
else {
ret_value = (char *)malloc(1 * sizeof(char));
strcpy(ret_value,"");
}
return(ret_value);
}
int sing_send(simplesock s,char *rcptto,recipient *head)
{
recipient *tail, *item;
alltrim(rcptto);
if (strlen(rcptto) == 0) return(0);
item = head;
while (item != NULL) {
tail = item;
item = (recipient *)item->next;
}
item = (recipient *)malloc(sizeof(recipient));
item->next = NULL;
item->status = 1;
tail->next = (struct recipient *)item;
item->address = (char *)malloc((strlen(rcptto) + 1) * sizeof(char));
strcpy(item->address,rcptto);
fprintf(s.S_out,"RCPT TO:<%s>%s",rcptto,CRLF);
fflush(s.S_out);
if (okresponse(s,"2xx") == 0) item->status = 0;
return(item->status);
}
void hot_reg(char *block)
{
char *nptr;
int i;
strip_lf(block);
nptr=block;
if(!stricmp(block, special_key))
in_key=0;
for(i=0; i<8; i++)
{
nptr=ltrim(nptr);
*(long *)®data[REG_HDR_SHIFT+i*4]=strtoul(nptr, &nptr, 10);
}
nptr=ltrim(nptr);
for(i=0; *nptr!=' '&&*nptr!='\0'&&i<REG_KEY1_LEN; i++)
regdata[REG_KEY1_SHIFT+i]=*nptr++;
regdata[REG_KEY1_SHIFT+i]='\0';
nptr=ltrim(nptr);
for(i=0; *nptr!=' '&&*nptr!='\0'&&i<REG_KEY2_LEN; i++)
regdata[REG_KEY2_SHIFT+i]=*nptr++;
regdata[REG_KEY2_SHIFT+i]='\0';
nptr=ltrim(nptr);
for(i=0; *nptr!='\0'&&i<REG_NAME_LEN; i++)
regdata[REG_NAME_SHIFT+i]=*nptr++;
regdata[REG_NAME_SHIFT+i]='\0';
alltrim(regdata+REG_KEY1_SHIFT);
}
void query_cmd()
{
char cmd[CMDLINE_LENGTH];
msg_cprintf(0, M_COMMAND);
read_line(cmd, sizeof(cmd));
alltrim(cmd);
if(cmd[0]!='\0')
exec_cmd(cmd);
}
engine_response *engineresponse(simplesock s)
{
char buf[BUFSIZ];
engine_response *ret_value = NULL;
if (fgets(buf,BUFSIZ,s.S_in) != NULL) {
if (LOGLVL > 1) {
fprintf(LOG," Engine: %s",buf);
}
ret_value = (engine_response *)malloc(sizeof(engine_response));
strncpy(ret_value->status,buf,3);
ret_value->status[3] = '\0';
ret_value->value = (char *)malloc((strlen(buf) - 3) * sizeof(char));
strcpy(ret_value->value,buf+4);
alltrim(ret_value->value);
if (buf[3] == '-') ret_value->cont = 1; else ret_value->cont = 0;
}
return(ret_value);
}
static void cnv_cmdline_fnm(char *name)
{
strip_lf(name);
alltrim(name);
}
