draw_dial(int bnr, int ret, int st)
{
char bbb[5];
switch(st) {
case ACK:
strcpy((char *)transfer[STATUS].ob_spec,"ACK");
break;
case NAK:
strcpy((char *)transfer[STATUS].ob_spec,"NAK");
break;
case CHK:
strcpy((char *)transfer[STATUS].ob_spec,"CHK");
break;
case -1:
strcpy((char *)transfer[STATUS].ob_spec,"TIMOUT");
break;
default:
strcpy((char *)transfer[STATUS].ob_spec,"???");
}
if ((!_AccFlag) || (para.multi==MULTINE)) {
strcpy((char *)transfer[BLOCKNUM].ob_spec,itoas(bnr,4,bbb,0));
strcpy((char *)transfer[RETRIES].ob_spec,itoas(ret,4,bbb,0));
objc_draw(transfer,REDRAWTF,2,x,y,w,h);
}
else {
itoas(bnr,4,msg,1);
itoas(ret,2,&msg[5],1);
strcpy(&msg[8],(char *)transfer[STATUS].ob_spec);
msg[12]=0;
v_gtext(handle,640-12*8,13,msg);
}
}
M2MFstAligner::M2MFstAligner(bool _seq1_del, bool _seq2_del, int _seq1_max,
int _seq2_max, string _seq1_sep,
string _seq2_sep, string _s1s2_sep,
string _eps, string _skip, bool _penalize)
{
//Base constructor. Determine whether or not to allow deletions in seq1 and seq2
// as well as the maximum allowable subsequence size.
seq1_del = _seq1_del;
seq2_del = _seq2_del;
seq1_max = _seq1_max;
seq2_max = _seq2_max;
seq1_sep = _seq1_sep;
seq2_sep = _seq2_sep;
s1s2_sep = _s1s2_sep;
penalize = _penalize;
eps = _eps;
skip = _skip;
skipSeqs.insert(eps);
isyms = new SymbolTable("syms");
//Add all the important symbols to the table. We can store these
// in the model that we train and then attach them to the fst model
// if we want to use it later on.
//Thus, in addition to eps->0, we reserve symbol ids 1-4 as well.
isyms->AddSymbol(eps);
isyms->AddSymbol(skip);
//The '_' as a separator here is dangerous
isyms->AddSymbol(seq1_sep + "_" + seq2_sep);
isyms->AddSymbol(s1s2_sep);
string s1_del_str = seq1_del ? "true" : "false";
string s2_del_str = seq2_del ? "true" : "false";
string s1_max_str = itoas(seq1_max);
string s2_max_str = itoas(seq2_max);
string model_params =
s1_del_str + "_" + s2_del_str + "_" + s1_max_str + "_" +
s2_max_str;
isyms->AddSymbol(model_params);
total = LogWeight::Zero();
prevTotal = LogWeight::Zero();
}
int firstcall(char *uname, char *str) {
char *tp;
char buf[32];
memset(buf,0x00,32);
tp=strstr(uname,"\t");
strncpy(buf,uname,tp-uname);
uname=buf;
memset(str, 0x00, MAXBUF+1);
int count=0;
int n=-1;
free(servquery(aserv, NUSER, uname, 1, &count));
if (count==1) {
str=strzcpy(str, "1", -1);
} else {
str=strzcpy(str, "0", -1);
}
free(servquery(aserv, NMIDWARE, "weblogic813", n, &count));
str=strzcpy(str, itoas(count, "00"), -1);
free(servquery(aserv, NMIDWARE, "weblogic920", n, &count));
str=strzcpy(str, itoas(count, "00"), -1);
free(servquery(aserv, NMIDWARE, "websphere51", n, &count));
str=strzcpy(str, itoas(count, "00"), -1);
free(servquery(aserv, NMIDWARE, "websphere61", n, &count));
str=strzcpy(str, itoas(count, "00"), -1);
free(servquery(aserv, NMIDWARE, "tomcat5", n, &count));
str=strzcpy(str, itoas(count, "00"), -1);
free(servquery(aserv, NMIDWARE, "tomcat6", n, &count));
str=strzcpy(str, itoas(count, "00"), -1);
free(servquery(aserv, NMIDWARE, "weblogic816", n, &count));
str=strzcpy(str, itoas(count, "00"), -1);
str[strlen(str)]='\0';
return 1;
}
