  We study the Josephson effect of a $\rm{T_1 F T_2}$ junction, consisting of
spin-triplet superconductors (T), a weak ferromagnetic metal (F), and
ferromagnetic insulating interfaces. Two types of the triplet order parameters
are considered; $(k_x +ik_y)\hat{z}$ and $k_x \hat{x}+k_y\hat{y}$. We compute
the current density in the ballistic limit by using the generalized
quasiclassical formalism developed to take into account the interference effect
of the multilayered ferromagnetic junction. We discuss in detail how the
current-phase relation is affected by orientations of the d-vectors of
superconductor and the magnetizations of the ferromagnetic tunneling barrier.
General condition for the anomalous Josephson effect is also derived.
