Your problem is indeed your use of Mk_String.
Instead of
arg[0] = Mk_String("lives(elvis)");
use
PlTerm termArgs[1];
termArgs[0] = Mk_String("elvis");
int clauseFunc = CreateAllocateAtom("lives");
arg[0] = Mk_Compound(clauseFunc, 1, termArgs);
I haven't tried this piece of code, so there may well bugs, but
perhaps you get the idea: build a compound term.
Lindsey
On Jul 19, 2008, at 11:34 AM, aLu wrote:
Basically my code looks like this:
PlTerm arg[10];
int func = Find_Atom(asserta);
arg[0] = Mk_String("lives(elvis)");
Pl_Query_Begin(TRUE);
Pl_Query_Call(func, 1, arg);
//If the same program calls something like this (in another function):
int func = Find_Atom(listing);
Pl_Query_Begin(TRUE);
Pl_Query_Call(func, 0, arg2);
///
It prints something like this out to the console:
number1(abc,cba). // these are dynamic
predicates
number1(cga,bae).
number2(get,gea).
'lives(elvis)'. // those brackets are my
problem!
someotherpredicate(gla,era).
So how can I avoid that my predicate appears in brackets?
Is it about Mk_String? Mk_Atom(Create_Atom("lives(elvis)"))
gives the same result.
Thanks for reading
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