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Software for S$S$-unit equation

Is there any implementation available of an algorithm which solves in full generality the S$S$-unit equation $x+y=1$ in a number field? It seems that Magma solves $ax+by=c$ but only in the algebraic integers, while Sage solves $x+y=1$ with $x,y$ $S$-integers, but only for $S$ the set of primes over a fixed rational primes. Is that true? Is there any other implementation available?

Software for S-unit equation

Is there any implementation available of an algorithm which solves in full generality the S-unit equation $x+y=1$ in a number field? It seems that Magma solves $ax+by=c$ but only in the algebraic integers, while Sage solves $x+y=1$ with $x,y$ $S$-integers, but only for $S$ the set of primes over a fixed rational primes. Is that true? Is there any other implementation available?

Software for $S$-unit equation

Is there any implementation available of an algorithm which solves in full generality the $S$-unit equation $x+y=1$ in a number field? It seems that Magma solves $ax+by=c$ but only in the algebraic integers, while Sage solves $x+y=1$ with $x,y$ $S$-integers, but only for $S$ the set of primes over a fixed rational primes. Is that true? Is there any other implementation available?

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Software for S-unit equation

Is there any implementation available of an algorithm which solves in full generality the S-unit equation $x+y=1$ in a number field? It seems that Magma solves $ax+by=c$ but only in the algebraic integers, while Sage solves $x+y=1$ with $x,y$ $S$-integers, but only for $S$ the set of primes over a fixed rational primes. Is that true? Is there any other implementation available?