  Although no individual piece of experimental evidence for supersymmetry is
compelling so far, several are about as good as they can be with present
errors. Most important, all pieces of evidence imply the same values for common
parameters --- a necessary condition, and one unlikely to hold if the hints
from data are misleading. The parameters are sparticle or soft-breaking masses
and $ tan \beta.$ For the parameter ranges reported here, there are so far no
signals that should have occurred but did not. Given those parameters a number
of predictions can test whether the evidence is real. It turns out that the
predictions are mostly different from the conventional supersymmetry ones, and
might have been difficult to recognize as signals of superpartners. They are
testable at LEP2, where neutralinos and charginos will appear mainly as
$\gamma\gamma +$ large $\slashchar{E}$ events, $\gamma +$ very large
$\slashchar{E}$ events, and very soft lepton pairs of same or mixed flavor. The
results demonstrate that we understand a lot about how to extract an effective
SUSY Lagrangian from limited data, and that we can reasonably hope to learn
about the theory near the Planck scale from the data at the electroweak scale.
