Cryptarithmetic Multiplication Prolog

I have the grasp of the idea of crypt arithmetic and addition but I cannot figure out how to do a multiplication crypt arithmetic problem. It's simply TWO*SIX=TWELVE or something along those lines without the middle additional part of the multiplication problem given. I couldn't find anything online and I already found some constraints for the problem but nothing to leads me to some answers. Not sure where to ask this and thought this would be the best place.

I want to know how to solve a multiplication crypt arithmetic problem.

I already concluded:

         T  W  O
*        S  I  X
_________________
T  W  E  L  V  E


T \= 0 which also means S \= 0
T is 1-6
E is (O*X) mod 10
O or X cannot be 0 or 1 since E has to be different and 0 or 1 gives the same value 
as either O or X.

EDIT: I was using the generate and test method

solve(T,W,O,S,I,X,E,L,V) :-
        X = [T,W,O,S,I,X,E,L,V],
        Digits = [0,1,2,3,4,5,6,7,8,9],
        assign_digits(X, Digits),
        T > 0, 
        S > 0,
        100*T + 10*W + O * 100*S + 10*I + X =:=
        100000*T + 10000*W + 1000*E + 100*L + 10*V + E,
        write(X).

select(X, [X|R], R).
select(X, [Y|Xs], [Y|Ys]):- select(X, Xs, Ys).

assign_digits([], _List).
assign_digits([D|Ds], List):-
        select(D, List, NewList),
        assign_digits(Ds, NewList).

Solution

Trivially to do with constraint logic programming. For example, in ECLiPSe Prolog:

:- lib(ic).
puzzle(Vars) :-
    [T,W,O,S,I,X,E,L,V] = Vars,
    Vars :: 0..9,
    alldifferent(Vars),
    T #> 0, S #> 0,
    (100*T + 10*W + O) * (100*S + 10*I + X) #= 
      100000*T + 10000*W + 1000*E + 100*L + 10*V + E,
    labeling(Vars).

First solution:

[eclipse]: puzzle([T,W,O,S,I,X,E,L,V]).
T = 1
W = 6
O = 5
S = 9
I = 7
X = 2
E = 0
L = 3
V = 8
Yes (0.01s cpu, solution 1, maybe more) ?

There are 3 different solutions:

[eclipse]: puzzle([T,W,O,S,I,X,E,L,V]), writeln([T,W,O,S,I,X,E,L,V]), fail.
[1, 6, 5, 9, 7, 2, 0, 3, 8]
[2, 1, 8, 9, 6, 5, 0, 3, 7]
[3, 4, 5, 9, 8, 6, 0, 1, 7]
No (0.02s cpu)

Update - translation to SWI Prolog:

:- use_module(library(clpfd)).
puzzle(Vars) :-
    [T,W,O,S,I,X,E,L,V] = Vars,
    Vars ins 0..9,
    all_different(Vars),
    T #> 0, S #> 0,
    (100*T + 10*W + O) * (100*S + 10*I + X) #= 
      100000*T + 10000*W + 1000*E + 100*L + 10*V + E,
    label(Vars).