Mirror:           &networking.Destination{},
				MirrorPercentage: &networking.Percent{Value: 0.0},
			},
			want: nil,
		},
		{
			name: "mirrorpercentage with actual percent",
			route: &networking.HTTPRoute{
				Mirror:           &networking.Destination{},
				MirrorPercentage: &networking.Percent{Value: 50.0},
			},
			want: &core.RuntimeFractionalPercent{

        public long used;
        public long committed;
        public long max;
        public short percent;
    }

    public static class JvmMemoryNonHeapObj {
        public long used;
        public long committed;
        public long max;
        public short percent;
    }

    public static class JvmPoolObj {
        public String key;
        public long count;

    @Rule
    BlockingHttpServer server = new BlockingHttpServer()
    GradleHandle gradle

    def setup() {
        server.start()
    }

    def "shows progress bar and percent phase completion"() {
        createDirs("a", "b", "c", "d")
        settingsFile << """
            ${server.callFromBuild('settings')}
            include "a", "b", "c", "d"
        """
        buildFile << """

			MirrorPercentage: &networking.Percent{
				Value: 101,
			},
			Route: []*networking.HTTPRouteDestination{{
				Destination: &networking.Destination{Host: "foo.bar"},
			}},
			Match: []*networking.HTTPMatchRequest{nil},
		}, valid: false},
		{name: "valid mirror percentage", route: &networking.HTTPRoute{
			MirrorPercentage: &networking.Percent{
				Value: 1,
			},

	dargs := []string{"-pkg=" + mainPkgPath, "-i=" + s.outdirs[0] + "," + s.outdirs[1]}
	lines := runToolOp(t, s, "percent", dargs)

	// Sift through the output to make sure it has the needful.
	testpoints := []struct {
		tag string
		re  *regexp.Regexp
	}{
		{
			"statement coverage percent",
			regexp.MustCompile(`coverage: \d+\.\d% of statements\s*$`),
		},
	}

	bad := false

        }
    }

    public void calibrateCpuLoad() {
        final short percent = ComponentUtil.getFessConfig().getAdaptiveLoadControlAsInteger().shortValue();
        if (percent <= 0) {
            return;
        }
        short current = getSystemCpuPercent();
        if (current < percent) {
            return;
        }
        final String threadName = Thread.currentThread().getName();

				"X-Remote-Extra-Alph4num3r1c":                              {"alphanumeric"},
				"X-Remote-Extra-Percent%20encoded":                         {"percent encoded"},
				"X-Remote-Extra-Almost%zzpercent%xxencoded":                {"not quite percent encoded"},
				"X-Remote-Extra-Example.com%2fpercent%2520encoded":         {"url with double percent encoding"},
				"X-Remote-Extra-Example.com%2F%E4%BB%8A%E6%97%A5%E3%81%AF": {"url with unicode"},

}

const percentFmt string = "[0-9]+%"
const percentErrMsg string = "a valid percent string must be a numeric string followed by an ending '%'"

var percentRegexp = regexp.MustCompile("^" + percentFmt + "$")

// IsValidPercent checks that string is in the form of a percentage
func IsValidPercent(percent string) []string {
	if !percentRegexp.MatchString(percent) {
		return []string{RegexError(percentErrMsg, percentFmt, "1%", "93%")}
	}

// limit.
// A negative percentage effectively disables garbage collection, unless
// the memory limit is reached.
// See SetMemoryLimit for more details.
func SetGCPercent(percent int) int {
	return int(setGCPercent(int32(percent)))
}

// FreeOSMemory forces a garbage collection followed by an
// attempt to return as much memory to the operating system
// as possible. (Even if this is not called, the runtime gradually

			})
			name = summary.Name
			execTime += summary.ExecTime
			if maxTotalTime < summary.TotalTime {
				maxTotalTime = summary.TotalTime
			}
		}

		// Compute the percent of total execution time these goroutines represent.
		execTimePercent := ""
		if totalExecTime > 0 {
			execTimePercent = fmt.Sprintf("%.2f%%", float64(execTime)/float64(totalExecTime)*100)
		}

		// Sort.