  The system of CCFM equations for unintegrated parton distributions in a
photon is considered in the single loop approximation. We include quarks and
non-singular parts of the splitting functions in the corresponding evolution
equations. We solve the system of CCFM equations utilising the transverse
coordinate representation which diagonalises these equations in the single loop
approximation. The results for the unintegrated gluon distributions in a photon
are presented and confronted with the approximate form expressing those
distributions in terms of the integrated gluon and quark distributions and a
suitably defined Sudakov-like form factor.
