  The Josephson current through a long s-wave superconductor/weak
ferromagnet/s-wave superconductor weak link is studied theoretically in the
regime of nonequilibrium spin-dependent occupation of electron states in the
ferromagnetic intelayer. While under the considered nonequilibrium conditions
the standard supercurrent, carried by the singlet part of current-carrying
density of states, practically is not modified, the additional supercurrent
flowing via the triplet part of the current-carrying density of states appears.
Depending on voltage, controlling the particular form of spin-dependent
nonequilibrium in the interlayer, this additional current can enhance or reduce
the usual current of the singlet component and also switch the junction between
$0$- and $\pi$-states.
