nod * mul ( nod * prim1, nod * prim2 ) {
nod * prim=NULL;
while ( prim2 ) {
nod * aux=NULL, * aux1;
aux=mulmonom ( prim1, prim2->coeficient, prim2->grad );
aux1=prim;
prim=adunare ( prim, aux );
sterg ( aux );
sterg ( aux1 );
prim2=prim2->adr;
}
return prim;
}
void divp ( nod * deim, nod * imp, nod *& cat, nod *& rest ) {
float coef;
unsigned gradul;
cat=rest=NULL;
while ( deim ) {
adaug1 ( rest, deim->coeficient, deim->grad );
deim=deim->adr;
}
while ( rest->grad>=imp->grad ) {
coef=rest->coeficient/imp->coeficient;
gradul=rest->grad-imp->grad;
adaug1 ( cat, coef, gradul );
nod * factor=NULL;
adaug1 ( factor, coef, gradul );
nod * pol=mul ( imp, factor );
sterg ( factor );
nod * neg=negativ ( pol );
sterg ( pol );
rest=adunare ( rest, neg );
sterg ( neg );
}
}
void reply_c(int sockfd, char *sir){
t_char bl;
sockfdex = sockfd;
bz = gdbm_open("baza.db", 512, GDBM_WRCREAT, 0600, 0);
if(is_command(sir, &bl)){
switch (bl.c) {
case 'I' : sterg();break;
case 'i' : inserare(bl.cv, bl.ex);break;
case 's' : stergc(bl.cv, bl.ex);break;
case 'c' : exista(bl.cv);break;
case 'e' : explic(bl.cv, bl.ex);break;
case 'l' : afisez();
case 'q' : break;
default : smsg("\nInvalid command\n");
}
}
else smsg("\nInvalid command\n");
gdbm_close(bz);
}