the issue of incorrect results when casting the time type to the integer type – Fix a bug that the receiver cannot find corresponding tasks within 10 seconds – Fix the issue that there might be invalid iterators 5] 0.00-10.00 sec 208 MBytes 175 Mbits/sec sender [ 5] 0.00-10.00 sec 208 MBytes 174 Mbits/sec receiver iperf Done. 2386 If the output shows low network bandwidth and high bandwidth fluctuations, a the issue of incorrect results when casting the time type to the integer type – Fix a bug that the receiver cannot find corresponding tasks within 10 seconds – Fix the issue that there might be invalid iterators

limit operator, join is a join operator, exchange_sender is a data sending operator, and exchange_receiver is a data receiving operator. 11.1.4.2.2 Latency metrics With the following metrics, you can get mode The mode of Runtime Filter is the relationship between the Filter Sender operator and Filter Receiver operator. There are three modes: OFF, LOCAL, and GLOBAL. In v7.3.0, only OFF and LOCAL modes are Runtime Filter is enabled in the local mode. In the local mode, the Filter Sender operator and Filter Receiver operator are in the same MPP task. In other words, Runtime Filter can be applied to the scenario

limit operator, join is a join operator, exchange_sender is a data sending operator, and exchange_receiver is a data receiving operator. 11.1.4.2.2 Latency metrics With the following metrics, you can get mode The mode of Runtime Filter is the relationship between the Filter Sender operator and Filter Receiver operator. There are three modes: OFF, LOCAL, and GLOBAL. In v7.3.0, only OFF and LOCAL modes are Runtime Filter is enabled in the local mode. In the local mode, the Filter Sender operator and Filter Receiver operator are in the same MPP task. In other words, Runtime Filter can be applied to the scenario

5] 0.00-10.00 sec 208 MBytes 175 Mbits/sec sender [ 5] 0.00-10.00 sec 208 MBytes 174 Mbits/sec receiver iperf Done. If the output shows low network bandwidth and high bandwidth fluctuations, a large timeout #4662 – Fix a bug that an MPP query might hang forever if there are retries in the exchange receiver #3444 – Fix the wrong result that occurs when casting DATETIME to DECIMAL #4151 – Fix the overflow the issue of incorrect results when casting the time type to the integer type – Fix a bug that the receiver cannot find corresponding tasks within 10 seconds – Fix the issue that there might be invalid iterators

limit operator, join is a join operator, exchange_sender is a data sending operator, and exchange_receiver is a data receiving operator. 11.1.4.2.2 Latency metrics With the following metrics, you can get mode The mode of Runtime Filter is the relationship between the Filter Sender operator and Filter Receiver operator. There are three modes: OFF, LOCAL, and GLOBAL. In v7.3.0, only OFF and LOCAL modes are Runtime Filter is enabled in the local mode. In the local mode, the Filter Sender operator and Filter Receiver operator are in the same MPP task. In other words, Runtime Filter can be applied to the scenario

limit operator, join is a join operator, exchange_sender is a data sending operator, and exchange_receiver is a data receiving operator. 11.1.4.2.2 Latency metrics With the following metrics, you can get mode The mode of Runtime Filter is the relationship between the Filter Sender operator and Filter Receiver operator. There are three modes: OFF, LOCAL, and GLOBAL. In v7.3.0, only OFF and LOCAL modes are Runtime Filter is enabled in the local mode. In the local mode, the Filter Sender operator and Filter Receiver operator are in the same MPP task. In other words, Runtime Filter can be applied to the scenario

limit operator, join is a join operator, exchange_sender is a data sending operator, and exchange_receiver is a data receiving operator. 11.1.9.2.2 Latency metrics With the following metrics, you can get mode The mode of Runtime Filter is the relationship between the Filter Sender operator and Filter Receiver operator. There are three modes: OFF, LOCAL, and GLOBAL. In v7.3.0, only OFF and LOCAL modes are Runtime Filter is enabled in the local mode. In the local mode, the Filter Sender operator and Filter Receiver operator are in the same MPP task. In other words, Runtime Filter can be applied to the scenario

limit operator, join is a join operator, exchange_sender is a data sending operator, and exchange_receiver is a data receiving operator. 11.1.4.2.2 Latency metrics With the following metrics, you can get mode The mode of Runtime Filter is the relationship between the Filter Sender operator and Filter Receiver operator. There are three modes: OFF, LOCAL, and GLOBAL. In v7.3.0, only OFF and LOCAL modes are Runtime Filter is enabled in the local mode. In the local mode, the Filter Sender operator and Filter Receiver operator are in the same MPP task. In other words, Runtime Filter can be applied to the scenario

limit operator, join is a join operator, exchange_sender is a data sending operator, and exchange_receiver is a data receiving operator. 11.1.4.2.2 Latency metrics With the following metrics, you can get mode The mode of Runtime Filter is the relationship between the Filter Sender operator and Filter Receiver operator. There are three modes: OFF, LOCAL, and GLOBAL. In v7.3.0, only OFF and LOCAL modes are Runtime Filter is enabled in the local mode. In the local mode, the Filter Sender operator and Filter Receiver operator are in the same MPP task. In other words, Runtime Filter can be applied to the scenario

limit operator, join is a join operator, exchange_sender is a data sending operator, and exchange_receiver is a data receiving operator. 11.1.9.2.2 Latency metrics With the following metrics, you can get mode The mode of Runtime Filter is the relationship between the Filter Sender operator and Filter Receiver operator. There are three modes: OFF, LOCAL, and GLOBAL. In v7.3.0, only OFF and LOCAL modes are Runtime Filter is enabled in the local mode. In the local mode, the Filter Sender operator and Filter Receiver operator are in the same MPP task. In other words, Runtime Filter can be applied to the scenario