func (mysql *Mysql) receivedMysqlResponse(msg *MysqlMessage) {
tuple := msg.TcpTuple
trans := mysql.transactionsMap[tuple.Hashable()]
if trans == nil {
logp.Warn("Response from unknown transaction. Ignoring.")
return
}
// check if the request was received
if trans.Mysql == nil {
logp.Warn("Response from unknown transaction. Ignoring.")
return
}
// save json details
trans.Mysql.Update(common.MapStr{
"affected_rows": msg.AffectedRows,
"insert_id": msg.InsertId,
"num_rows": msg.NumberOfRows,
"num_fields": msg.NumberOfFields,
"iserror": msg.IsError,
"error_code": msg.ErrorCode,
"error_message": msg.ErrorInfo,
})
trans.BytesOut = msg.Size
trans.Path = msg.Tables
trans.ResponseTime = int32(msg.Ts.Sub(trans.ts).Nanoseconds() / 1e6) // resp_time in milliseconds
// save Raw message
if len(msg.Raw) > 0 {
fields, rows := mysql.parseMysqlResponse(msg.Raw)
trans.Response_raw = common.DumpInCSVFormat(fields, rows)
}
trans.Notes = append(trans.Notes, msg.Notes...)
mysql.publishTransaction(trans)
logp.Debug("mysql", "Mysql transaction completed: %s", trans.Mysql)
logp.Debug("mysql", "%s", trans.Response_raw)
trans.Notes = append(trans.Notes, msg.Notes...)
// remove from map
delete(mysql.transactionsMap, trans.tuple.Hashable())
if trans.timer != nil {
trans.timer.Stop()
}
}
func (pgsql *Pgsql) receivedPgsqlResponse(msg *PgsqlMessage) {
tuple := msg.TcpTuple
transList := pgsql.getTransaction(tuple.Hashable())
if transList == nil || len(transList) == 0 {
logp.Warn("Response from unknown transaction. Ignoring.")
return
}
// extract the first transaction from the array
trans := pgsql.removeTransaction(transList, tuple, 0)
// check if the request was received
if trans.Pgsql == nil {
logp.Warn("Response from unknown transaction. Ignoring.")
return
}
trans.Pgsql.Update(common.MapStr{
"iserror": msg.IsError,
"num_rows": msg.NumberOfRows,
"num_fields": msg.NumberOfFields,
"error_code": msg.ErrorCode,
"error_message": msg.ErrorInfo,
"error_severity": msg.ErrorSeverity,
})
trans.BytesOut = msg.Size
trans.ResponseTime = int32(msg.Ts.Sub(trans.ts).Nanoseconds() / 1e6) // resp_time in milliseconds
trans.Response_raw = common.DumpInCSVFormat(msg.Fields, msg.Rows)
trans.Notes = append(trans.Notes, msg.Notes...)
pgsql.publishTransaction(trans)
logp.Debug("pgsql", "Postgres transaction completed: %s\n%s", trans.Pgsql, trans.Response_raw)
}