Now, you can save your searches to easily repeat search requests.
Saving a search is as easy as 1-2-3:
1. Perform a search. The Search Results page opens. 2. Optionally, choose filters or update your search term. 3. Click Save Search.
You can access saved searches from a list next to the Search field that appears on every page. Saved searches store the search term and any search filters that you apply.
The TCPIP_ACCEPT_NONBLOCK statement specifies whether the TCP/IP ports on which the PowerExchange Listener listens are blocking or nonblocking ports.
Define TCPIP_ACCEPT_NONBLOCK=Y if the following conditions apply:
You perform a security check by using a port scanner such as Nessus.
The PowerExchange Listener appears to hang indefinitely on the main Listener port or ignore commands.
A Listener port for a netport job is defined.
z/OS
No
TCPIP_ACCEPT_NONBLOCK={
N
|Y}
N
.
PowerExchange Listener listening ports are blocking ports. When a blocking port is accessed, it blocks other attempts to access the port.
Y.
PowerExchange Listener listening ports are nonblocking ports.
Default is N.
If you perform a security check by using a port scanner such as Nessus, the PowerExchange Listener might hang indefinitely on the main Listener port or ignore commands if a Listener port for a netport job is also defined. The problem occurs when a call to the TCPIP accept() function on the netport port is blocked until a connection is present. While the netport port is blocked, the main PowerExchange Listener port is never polled, so that non-netport requests appear to be hung. The Listener remains in this state until a subsequent netport request unblocks the netport port.
If this situation occurs, include the TCPIP_ACCEPT_NONBLOCK=Y statement in the DBMOVER configuration file on the Listener machine. This statement makes the PowerExchange Listener listening ports nonblocking, so that the accept() call can return a suitable status if it fails.