! stdout '^ok'
! stdout 'contains a non-zero byte'
stdout 'invalid count'
stdout FAIL

# Test that fuzzminimizetime can be zero seconds, and minimization is disabled
! go test -fuzz=FuzzMinimizeZeroDurationSet -run=FuzzMinimizeZeroDurationSet -fuzztime=10000x -fuzzminimizetime=0s .
! stdout '^ok'
! stdout 'minimizing'
stdout 'there was an Error'
stdout FAIL

! go test -run=FuzzWithNilPanic -fuzz=FuzzWithNilPanic -fuzztime=100x -fuzzminimizetime=1000x
stdout 'testdata[/\\]fuzz[/\\]FuzzWithNilPanic[/\\]'
stdout 'panic called with nil argument|test executed panic.nil. or runtime.Goexit'
go run check_testdata.go FuzzWithNilPanic

! go test -run=FuzzWithGoexit -fuzz=FuzzWithGoexit -fuzztime=100x -fuzzminimizetime=1000x
stdout 'testdata[/\\]fuzz[/\\]FuzzWithGoexit[/\\]'
stdout 'runtime.Goexit'

# This fuzz function creates a file with a unique name ($pid.$count) on each
# run. We count the files to find the number of runs.
mkdir count
go test -fuzz=FuzzTestCount -fuzztime=1000x -fuzzminimizetime=1x
go run check_file_count.go count 1000

# When we use fuzzminimizetime with an "x" suffix, it runs a specific number of
# times while minimizing. This fuzz function creates a file with a unique name

	"coverprofile":         true,
	"cpu":                  true,
	"cpuprofile":           true,
	"failfast":             true,
	"fullpath":             true,
	"fuzz":                 true,
	"fuzzminimizetime":     true,
	"fuzztime":             true,
	"list":                 true,
	"memprofile":           true,
	"memprofilerate":       true,
	"mutexprofile":         true,
	"mutexprofilefraction": true,

# The fuzz function writes the crashing input to "want" before exiting.
# The fuzzing engine reconstructs the crashing input and saves it to testdata.
! exists want
! go test -fuzz=. -parallel=1 -fuzztime=110x -fuzzminimizetime=10x -v
stdout '^\s+fuzzing process hung or terminated unexpectedly: exit status'
stdout 'Failing input written to testdata'

# Run the fuzz target without fuzzing. The fuzz function is called with the

	cf.String("run", "", "")
	cf.Bool("short", false, "")
	cf.String("skip", "", "")
	cf.DurationVar(&testTimeout, "timeout", 10*time.Minute, "") // known to cmd/dist
	cf.String("fuzztime", "", "")
	cf.String("fuzzminimizetime", "", "")
	cf.StringVar(&testTrace, "trace", "", "")
	cf.Var(&testV, "v", "")
	cf.Var(&testShuffle, "shuffle", "")

	for name, ok := range passFlagToTest {
		if ok {

	    (for example, -fuzztime 1000x).

	-fuzzminimizetime t
	    Run enough iterations of the fuzz target during each minimization
	    attempt to take t, as specified as a time.Duration (for example,
	    -fuzzminimizetime 30s).
		The default is 60s.
	    The special syntax Nx means to run the fuzz target N times
	    (for example, -fuzzminimizetime 100x).

	-json

	matchFuzz = flag.String("test.fuzz", "", "run the fuzz test matching `regexp`")
	flag.Var(&fuzzDuration, "test.fuzztime", "time to spend fuzzing; default is to run indefinitely")
	flag.Var(&minimizeDuration, "test.fuzzminimizetime", "time to spend minimizing a value after finding a failing input")

	fuzzCacheDir = flag.String("test.fuzzcachedir", "", "directory where interesting fuzzing inputs are stored (for use only by cmd/go)")

//	    (for example, -fuzztime 1000x).
//
//	-fuzzminimizetime t
//	    Run enough iterations of the fuzz target during each minimization
//	    attempt to take t, as specified as a time.Duration (for example,
//	    -fuzzminimizetime 30s).
//		The default is 60s.
//	    The special syntax Nx means to run the fuzz target N times
//	    (for example, -fuzzminimizetime 100x).
//
//	-json