  We consider a disordered superconducting film in the magnetic field close to
the upper critical field. Assuming that the phase transition to the glassy
superconducting state exists and it is of the second order we show that it is
exactly described by a zero-dimensional replica model having a form of one
describing the phase transition in the SK (Sherrington-Kirkpatrick) spin-glass
model. The dependence of the magnetic moment on the external magnetic field is
shown to be more smooth than the Abrikosov mean field result for the clean
case. While the total magnetic moment of the film close to the phase transition
is diamagnetic, the part of it emerging due to the phase transition is
paramagnetic, this shows tendency to the paramagnetic Meissner effect.
