  We scrutinize the parameter space of the SM-like Higgs boson in the minimal
supersymmetric standard model (MSSM) under current experimental constraints.
The constraints are from (i) the precison electroweak data and various flavor
observables; (ii) the direct 22 separate ATLAS searches in Run-1; (iii) the
latest LHC Run-2 Higgs data and tri-lepton search of electroweakinos. We
perform a scan over the parameter space and find that the Run-2 data can
further exclude a part of parameter space. For the property of the SM-like
Higgs boson, its gauge couplings further approach to the SM values with a
deviation below 0.1\%, while its Yukawa couplings $hb\bar{b}$ and
$h\tau\bar\tau$ can still sizably differ from the SM predictions by several
tens percent.
