  The general kind noncanonical warm inflation is introduced and its total
non-Gaussianity of perturbation on uniform energy density hypersurfaces is
studied. The total non-Gaussianity contains two complementary parts: the three-
and the four-point correlations. The three-point correlation part denoted by
$f^{int}_{NL}$, comes from the three-point correlation of inflaton field, while
the four-point correlation part, denoted by $f_{NL}^{\delta N}$, is the
contribution due to the four-point correlation function of the inflaton field.
The aforementioned two parts of non-Gaussianity in general noncanonical warm
inflation are calculated and analysed respectively, and the comparisons and
discussions of the two parts are finally carried out in this study.
