@ -29,19 +29,20 @@ type statistics struct {
func main ( ) {
var duration , txsRate , connections int
var verbose bool
var outputFormat string
var outputFormat , broadcastTxMethod string
flag . IntVar ( & connections , "c" , 1 , "Connections to keep open per endpoint" )
flag . IntVar ( & duration , "T" , 10 , "Exit after the specified amount of time in seconds" )
flag . IntVar ( & txsRate , "r" , 1000 , "Txs per second to send in a connection" )
flag . StringVar ( & outputFormat , "output-format" , "plain" , "Output format: plain or json" )
flag . StringVar ( & broadcastTxMethod , "broadcast-tx-method" , "async" , "Broadcast method: async (no guarantees; fastest), sync (ensures tx is checked) or commit (ensures tx is checked and committed; slowest)" )
flag . BoolVar ( & verbose , "v" , false , "Verbose output" )
flag . Usage = func ( ) {
fmt . Println ( ` Tendermint blockchain benchmarking tool .
Usage :
tm - bench [ - c 1 ] [ - T 10 ] [ - r 1000 ] [ endpoints ] [ - output - format < plain | json > ]
tm - bench [ - c 1 ] [ - T 10 ] [ - r 1000 ] [ endpoints ] [ - output - format < plain | json > [ - broadcast - tx - method < async | sync | commit > ] ]
Examples :
tm - bench localhost : 46657 ` )
@ -75,6 +76,11 @@ Examples:
fmt . Printf ( "Running %ds test @ %s\n" , duration , flag . Arg ( 0 ) )
}
if broadcastTxMethod != "async" && broadcastTxMethod != "sync" && broadcastTxMethod != "commit" {
fmt . Fprintln ( os . Stderr , "broadcast-tx-method should be either 'sync', 'async' or 'commit'." )
os . Exit ( 1 )
}
endpoints := strings . Split ( flag . Arg ( 0 ) , "," )
client := tmrpc . NewHTTP ( endpoints [ 0 ] , "/websocket" )
@ -86,7 +92,7 @@ Examples:
timeStart := time . Now ( )
logger . Info ( "Time started" , "t" , timeStart )
transacters := startTransacters ( endpoints , connections , txsRate )
transacters := startTransacters ( endpoints , connections , txsRate , "broadcast_tx_" + broadcastTxMethod )
select {
case <- time . After ( time . Duration ( duration ) * time . Second ) :
@ -164,11 +170,11 @@ func secondsSinceTimeStart(timeStart, timePassed time.Time) int64 {
return int64 ( timePassed . Sub ( timeStart ) . Seconds ( ) )
}
func startTransacters ( endpoints [ ] string , connections int , txsRate int ) [ ] * transacter {
func startTransacters ( endpoints [ ] string , connections , txsRate int , broadcastTxMethod string ) [ ] * transacter {
transacters := make ( [ ] * transacter , len ( endpoints ) )
for i , e := range endpoints {
t := newTransacter ( e , connections , txsRate )
t := newTransacter ( e , connections , txsRate , broadcastTxMethod )
t . SetLogger ( logger )
if err := t . Start ( ) ; err != nil {
fmt . Fprintln ( os . Stderr , err )