func main() {
parser := tdtool.InitTool()
parser.ParseStacktrace = false
parser.ParseLocks = false
stats := allStats(parser)
printStats(stats, os.Stdout)
}
func main() {
minWaitingThreads := flag.Int("w", 0, "the minimum amount of waiting threads to be listed")
lockObjectClass := flag.String("c", "", "a filter on the lock object class")
parser := tdtool.InitTool()
parser.ParseStacktrace = false
listLocks(parser, *minWaitingThreads, *lockObjectClass, os.Stdout)
}
func main() {
name := flag.String("n", "", "either an exact name or a regular expression like 'http.*' to match everything that starts with 'http'")
stacktrace := flag.String("s", "", "a regular expression that is performed on every stacktrace line")
// TODO: native pid
// TODO: java-pid
// TODO: state
parser := tdtool.InitTool()
parser.KeepContent = true
parser.ParseStacktrace = true
filters, err := createFilters(*name, *stacktrace)
if err != nil {
fmt.Fprintf(os.Stderr, "Bad filters: %s\n", err.Error())
os.Exit(1)
}
grepThreads(parser, filters, os.Stdout)
}
func main() {
sortBy := flag.String("s", "", "sort by any of: name, pid, state or empty (natural order)")
reverseOrder := flag.Bool("r", false, "reverse sort order")
printHexPids := flag.Bool("hex", false, "print PIDs in hexadecimal instead of decimal")
parser := tdtool.InitTool()
parser.ParseStacktrace = false
parser.ParseLocks = false
conf := Conf{}
conf.sortBy = *sortBy
conf.reverseOrder = *reverseOrder
if *printHexPids {
conf.printPid = printHexPid
} else {
conf.printPid = printDecimalPid
}
listThreads(parser, conf, os.Stdout)
}