// Test the previous issues found by smat.
func TestSmatHits(t *testing.T) {
smatDebugPrev := smatDebug
smatDebug = true // Use true when diagnosing a crash.
for i := 0; i < len(smatHits); i += 2 {
desc := smatHits[i]
hit := []byte(smatHits[i+1])
log.Printf("testing smat hit: (%d) %s\n", i/2, desc)
// fuzz the hit input
smat.Fuzz(&smatContext{}, smat.ActionID('S'), smat.ActionID('T'),
smatActionMap, hit)
}
smatDebug = smatDebugPrev
}
// Test the previous crashers found by smat.
func TestSmatCrashers(t *testing.T) {
smatDebugPrev := smatDebug
smatDebug = false // Use true when diagnosing a crash.
// smat.Logger = log.New(os.Stderr, "smat ", log.LstdFlags)
for i := 0; i < len(smatCrashers); i += 2 {
desc := smatCrashers[i]
crasher := []byte(smatCrashers[i+1])
log.Printf("testing smat crasher: (%d) %s", i/2, desc)
// fuzz the crasher input
smat.Fuzz(&smatContext{}, smat.ActionID('S'), smat.ActionID('T'),
actionMap, crasher)
}
smatDebug = smatDebugPrev
}
// fuzz test using state machine driven by byte stream.
func Fuzz(data []byte) int {
return smat.Fuzz(&smatContext{}, smat.ActionID('S'), smat.ActionID('T'),
actionMap, data)
}
// Fuzz using state machine driven by byte stream
func Fuzz(data []byte) int {
return smat.Fuzz(&context{}, setup, teardown, actionMap, data)
}