This group includes messages for the IOA (infrastructure) product.
Explanation: An attempt to process a network map specified in the ECAPARM configuration file failed.
The message ECAP0XE precedes this message, and identifies the problematic network map.
If a network map is specified in the ECAPARM configuration file, IOAGATE reads the map during initialization, and builds internal tables of connections in the main storage. The same network map is processed by a Control-O monitor and by each Control-O application server that participates in the communication described by this network map. To get the name of the network map, the Control-O monitor loads the same ECAPARM configuration file.
The variables in this message are:
Valid values for rc are:
Return Code |
Explanation |
---|---|
12 |
Member not found |
16 |
Data set is not a library |
24 |
LRECL is not 80 |
28 |
Data set in use |
36 |
Data set not in the catalog |
56 |
STAE detected an abend |
IOAGATE disables the Control-O application defined in the network map definitions, and processing continues.
Corrective Action: Correct the problem indicated by the reason code rsn, and restart IOAGATE.
Explanation: The LUNAME parameter value in the specified line in the specified network map in the ECAPARM configuration file is too long.
If a network map is specified in the ECAPARM configuration file, IOAGATE reads the map during initialization and builds internal tables of connections in the main storage. The same network map is processed by a Control-O monitor and by each Control-O application server that participates in the communication described by this network map. To get the name of the network map, the Control-O monitor loads the same ECAPARM configuration file.
IOAGATE discards the line containing the problem, and processing continues. If the line is a part of a PARTNER statement that defines a connection for the current IOAGATE, processing of the map fails, and the application linked to the channel with this map is disabled.
Corrective Action: Change the value of LUNAME so that it complies with VTAM naming conventions, and restart IOAGATE.
Explanation: The LUNAME parameter value in the specified line in the specified network map in the ECAPARM configuration file contains a character that is not alphanumeric.
If a network map is specified in the ECAPARM configuration file, IOAGATE reads the map during initialization and builds internal tables of connections in the main storage. The same network map is processed by a Control-O monitor and by each Control-O application server that participates in the communication described by this network map. To get the network map name, the Control-O monitor loads the same ECAPARM configuration file.
IOAGATE discards the line containing the problem, and processing continues. If the line is a part of a PARTNER statement that defines a connection for the current IOAGATE, processing of the map fails, and the application linked to the channel with this map is disabled.
Corrective Action: Change the value of LUNAME so that it complies with VTAM naming conventions, and restart IOAGATE.
Explanation: The first character of the LUNAME parameter value in the specified line in the specified network map in the ECAPARM configuration file is invalid.
If a network map is specified in the ECAPARM configuration file, IOAGATE reads the map during initialization and builds internal tables of connections in the main storage. The same network map is processed by a Control-O monitor and by each Control-O application server that participates in the communication described by this network map. To get the network map name, the Control-O monitor loads the same ECAPARM configuration file.
IOAGATE discards the line containing the problem, and processing continues. If the line is a part of a PARTNER statement that defines a connection for the current IOAGATE, processing of the map fails, and the application linked to the channel with this map is disabled.
Corrective Action: Change the value of LUNAME so that it complies with VTAM naming conventions, and restart IOAGATE.
Explanation: An invalid order of statements was discovered in the network map.
IOAGATE disables the channel that uses the indicated network map.
Corrective Action: Correct the IOAGATE-to-IOAGATE connection configuration in the network map, and restart IOAGATE.
Explanation: Either the PORT or the HOST parameter in the TCP partner statement of the network map must be specified if the CONNECTOR parameter in that TCP partner is set to LOCAL.
IOAGATE disables the channel that uses the indicated network map.
Corrective Action: Correct the IOAGATE-to-IOAGATE connection configuration in the network map, and restart IOAGATE.
Explanation: The network map must begin with a LOCAL statement.
IOAGATE disables the channel that uses the indicated network map.
Corrective Action: Correct the IOAGATE-to-IOAGATE connection configuration in the network map, and restart IOAGATE.
Explanation: The network map statement stmt was not recognized as valid.
IOAGATE disables the channel that uses the indicated network map.
Corrective Action: Correct the IOAGATE-to-IOAGATE connection configuration in the network map, and restart IOAGATE.
Explanation: The invalid statement stmt was discovered in the network map.
IOAGATE disables the channel that uses the indicated network map.
Corrective Action: Correct the IOAGATE-to-IOAGATE connection configuration in the network map, and restart IOAGATE.
Explanation: An invalid parameter was discovered in the LOCAL statement of the network map.
IOAGATE disables the channel that uses the indicated network map.
Corrective Action: Correct the IOAGATE-to-IOAGATE connection configuration in the network map and restart IOAGATE.
Explanation: An invalid IP address value was discovered in the HOST parameter of the network map.
IOAGATE changes the CONNECTOR value from LOCAL to PARTNER, and tries to continue processing the network map.
Corrective Action: Correct the IP address.
Explanation: A non-digit character was discovered in the PORT parameter of the network map.
IOAGATE changes the CONNECTOR value from LOCAL to PARTNER, and tries to continue processing the network map.
Corrective Action: Correct the PORT value.
Explanation: An invalid PORT parameter value was discovered.
The PORT parameter value must be in the range from 1024 through 65534.
IOAGATE changes the CONNECTOR value from LOCAL to PARTNER and tries to continue processing the network map.
Corrective Action: Correct the PORT value.
Explanation: The network map is not valid because it contained no line.
IOAGATE disables the channel that uses the network map identified in the ECAP0XI message that precedes the ECAP0FS message.
Corrective Action: Specify the correct network map member.
Explanation: The value of the PORT parameter is invalid. The value of the PORT parameter must be in the range from 1024 through 65534.
IOAGATE changes the CONNECTOR value from LOCAL to PARTNER, and tries to continue processing the network map.
Corrective Action: Correct the PORT value.
Explanation: The PORT parameter has no value specified.
IOAGATE changes the CONNECTOR value from LOCAL to PARTNER, and tries to continue processing the network map.
Corrective Action: Set a value for the PORT parameter.
Explanation: Some required parameters were not found in the Partner statement of the network map.
In this message, protocol is the communication protocol to be used by the channel to which the network map is defined (the partner statement).
Valid values are:
IOAGATE disables the channel that uses the indicated network map.
Corrective Action: Correct the IOAGATE-to-IOAGATE connection configuration in the network map and restart IOAGATE.
Explanation: An invalid APPL parameter value was discovered in the SNA partner of the network map.
IOAGATE disables the channel that uses the indicated network map.
Corrective Action: Correct the IOAGATE-to-IOAGATE connection configuration in the network map and restart IOAGATE.
Explanation: No NODE parameter was found in the PARTNER statement. The NODE parameter must be defined in the PARTNER statement of the network map.
IOAGATE disables the channel that uses the indicated network map.
Corrective Action: Correct the IOAGATE-to-IOAGATE connection configuration in the network map and restart IOAGATE.
Explanation: The network map must have a LOCAL statement with a NODE parameter that matches the NODE value from the appropriate CHANNEL declaration.
In this message, node is the value of the NODE parameter in the CHANNEL declaration referring to the network map that is being analyzed.
IOAGATE disables the channel that uses the indicated network map.
Corrective Action: Correct the IOAGATE-to-IOAGATE connection configuration in the network map and restart IOAGATE.
Explanation: This warning message is displayed by IOAGATE when the CONNECTOR value has changed from LOCAL to PARTNER.
IOAGATE tries to continue processing the network map.
Corrective Action: Correct the IOAGATE-to-IOAGATE connection configuration in the network map and restart IOAGATE.
Explanation: The value of the CONNECTOR parameter is invalid.
IOAGATE changes the CONNECTOR value from LOCAL to PARTNER, and tries to continue processing the network map.
Corrective Action: Correct the IOAGATE-to-IOAGATE connection configuration in the network map and restart IOAGATE.
Explanation: IOAGATE could neither recognize the indicated line, nor detect any specific error in the line.
The line is ignored.
Corrective Action: Correct the network map and restart IOAGATE.
Explanation: The SNA parameter LUNAME has been specified for a TCP channel.
IOAGATE disables the channel that uses the indicated network map, and tries to continue processing the network map.
Corrective Action: Correct the network map and restart IOAGATE.
Explanation: The TCP parameter parm has been specified for a SNA channel.
IOAGATE disables the channel that uses the indicated network map, and tries to continue processing the network map.
Corrective Action: Correct the network map and restart IOAGATE.
Explanation: A severe internal error occurred when IOAGATE tried to disable the parm parameter or the stmt statement.
In this message, parm/stmt is the parameter or statement that IOAGATE tried to disable.
This message is only issued when IOAGATE is configured for IOAGATE-to-IOAGATE communication.
IOAGATE disables the channel that uses the indicated network map, and tries to continue processing the network map.
Corrective Action: Contact BMC Customer Support.
Explanation: The same NODE parameter value has been entered twice.
This message is only issued when IOAGATE is configured for IOAGATE-to-IOAGATE communication.
IOAGATE disables the channel that uses the indicated network map and tries to continue processing the network map.
Corrective Action: Correct the network map and restart IOAGATE.
Explanation: This message is a header message, and is followed by another message that describes precisely an error discovered in line lineNum.
The variables in this message are:
Corrective Action: Correct the network map and restart IOAGATE.
Explanation: An error occurred while IOAGATE was checking ECAPARM. The TCPVENDR parameter in the channels defined in ECAPARM had different values.
IOAGATE goes down.
Corrective Action: Ensure that the TCPVENDR parameter has the same value in all channels of ECAPARM, then restart IOAGATE.
Explanation: IOAGATE failed to load the network map specified in the channel.
IOAGATE disables the channel that uses the indicated network map and tries to continue processing.
Corrective Action: Correct the name of the network map and restart IOAGATE.
Explanation: This information message displays level information for the memName IOAENV parameters member used by IOAGATE in the current run.
The variables in this message are:
Corrective Action: No action is required.
Explanation: A severe error occurred when IOAGATE tried to load the specified IOAENV parameters member.
The variables in this message are:
IOAGATE shuts down.
Corrective Action: Contact BMC Customer Support.
Explanation: A severe internal error occurred when IOAGATE tried to verify an internal parameters member.
In this message, possible values for rsn are:
IOAGATE shuts down.
Corrective Action: Contact BMC Customer Support.
Explanation: A severe internal error occurred when IOAGATE tried to read the indicated IOAENV parameters member.
The variables in this message are:
IOAGATE shuts down.
Corrective Action: Contact BMC Customer Support.
Explanation: The F IOAGATE,MAP modify command was issued, to display a network map, but failed because no IOAGATE-to-IOAGATE connection was configured in the current run of the local IOAGATE.
If a network map is specified in the ECAPARM configuration file, IOAGATE reads the map during initialization and builds internal tables of connections in the main storage. The NETWMAP parameter was not specified in the ECAPARM configuration file, or the multiple connection SNA channel was either disabled or not configured to function with a network map.
The F IOAGATE,MAP modify command is ignored. Normal processing continues.
Corrective Action: No action is required.
Explanation: An error was encountered in the network map identified by the variables in this message.
The variables in this message are:
Valid values for rc are:
Return Code |
Explanation |
---|---|
8 |
"Disable map" error encountered |
12 |
"Stop processing" error encountered |
IOAGATE disables the channel that uses the indicated network map, and tries to continue processing.
Corrective Action: Correct the network map and restart IOAGATE.
Explanation: The network map mapId of IOAGATE connections was processed with a nonzero reason code (rc).
If a network map is specified in the ECAPARM configuration file, IOAGATE reads the map during initialization, and builds internal tables of connections in the main storage. The same network map is processed by a Control-O monitor and by each Control-O application server that participates in the communication described by this network map. To get the name of the network map, the Control-O monitor loads the same ECAPARM configuration file.
The variables in this message are:
Valid values for rc are:
Return Code |
Explanation |
---|---|
04 |
Minor errors were detected in the map, or errors were detected that do not relate to a PARTNER statement describing the connections of the current IOAGATE. The network map is enabled. |
12 |
severe errors were detected in the network map. Processing of the map failed. |
Corrective Action: Do the following:
Explanation: This information message indicates that the mapId network map of IOAGATE connections was successfully processed.
If a network map is specified in the ECAPARM configuration file, IOAGATE reads the map during initialization and builds internal tables of connections in the main storage. The same network map is processed by a Control-O monitor and by each Control-O application server that participates in the communication described by this map.
To get the name of the network map, the Control-O monitor loads the same ECAPARM configuration file.
In this message, mapId identifies the member in the IOA PARM library that determines the map of IOAGATE connections, and enables one IOAGATE to communicate with another over a multiple connection (MC) channel.
Corrective Action: No action is required.
Explanation: The network map mapName that is specified in the ECAPARM configuration file by the NETWMAP parameter has not been processed.
Other messages may clarify why the map has not been processed.
The Control-O monitor continues its startup, but without communication services through IOAGATE.
Corrective Action: If possible, determine from other messages why the map has not been processed. Correct the problem and restart IOAGATE and Control-O.
Explanation: The ECAPARM configuration file with suffix suffix has been defined for Control-O, but either the NETWMAP (network map name) parameter or the NODE parameter or both have not been specified in this ECAPARM file.
The Control-O monitor continues its startup but without communication services through IOAGATE
Corrective Action: Specify both parameters, and restart IOAGATE and Control-O.
Explanation: A duplicate node has been detected in the channelId channel, and IOAGATE has disabled that channel.
The variables in this message are:
IOAGATE disables the channel that uses the indicated network map, and tries to continue processing.
Corrective Action: Correct the problem, using the diagnostics issued by the message, and restart IOAGATE.
Explanation: This message is the response to the F IOAGATE,MAP modify command, and is the header for ECAP22I messages.
The variables in this message are:
Corrective Action: No action is required.
Explanation: This information message follows an ECAP20I message, which identifies the current local node, and is a header for ECAP22I messages, which specify the SNA connections that are available for the current local node.
The ECAP23I and ECAP24I messages may also follow.
This group of messages is displayed as a result of an F IOAGATE,MAP command.
Corrective Action: No action is required.
Explanation: This information message specifies one of the available SNA IOAGATE-to-IOAGATE connections for the current local IOAGATE, using the network map specified in the last ECAP20I message. The ECAP20I message precedes and acts as a header for a single ECAP22I message, or a group of ECAP22I messages.
If a network map was specified in the ECAPARM configuration file, IOAGATE reads the map during initialization and builds internal tables of connections in the main storage. The same network map is processed by a Control-O monitor and by each Control-O application server that participates in the communication described by this map.
The variables in this message are:
Corrective Action: No action is required.
Explanation: This information message is a response to the F IOAGATE,CHAN modify command. It follows an ECAP20I message, which identifies the current local node, and is a header for ECAP24I messages, which identify the available TCP connections for the current local node.
Corrective Action: No action is required.
Explanation: This information message specifies one of the available TCP/IP connections for the current local IOAGATE using the network map specified in the last ECAP20I message. The ECAP23I message precedes and acts as a header for a single ECAP24I message, or a group of ECAP24I messages.
If a network map was specified in the ECAPARM configuration file, IOAGATE reads the map during initialization and builds internal tables of connections in the main storage. The same network map is processed by a Control-O monitor and by each Control-O application server that participates in the communication described by this network map.
The variables in this message are:
Corrective Action: No action is required.
Explanation: An invalid application code was specified as an alias in the APPL=(,) parameter of an APSERVER definition.
The same ECAPARM configuration file is processed by IOAGATE and by each application server that communicates with this IOAGATE. The APPL parameter of an APSERVER statement can be used to specify a list of alias codes. Each alias code specifies an application that can be served by the same application server as the others in the list, concurrently with the main application.
The variables in this message are:
The specified alias application code is ignored, and processing continues.
Corrective Action: Check the ECAPARM configuration file, correct the file, and restart IOAGATE.
Explanation: An internal error occurred during the processing of application aliases specified in an APPL parameter of an APSERVER statement.
Corrective Action: Contact BMC Customer Support.
Explanation: An internal error occurred when IOAGATE was processing the ECAPARM configuration file. No APSERVER entry was found in the ECAPARM configuration file.
During initialization, IOAGATE reads and verifies the definitions specified in the ECAPARM configuration file. The same ECAPARM configuration file is processed by IOAGATE and by each application server that communicates with this IOAGATE.
IOAGATE shuts down.
Corrective Action: Correct the ECAPARM configuration file, and restart IOAGATE. If the problem persists, contact BMC Customer Support.
Explanation: A severe internal error occurred during checking of the ECAPARM configuration file. The size of the internal work area is invalid.
In this message, size is the size of the internal work area that exceeded the maximum.
IOAGATE shuts down.
Corrective Action: Contact BMC Customer Support.
Explanation: While processing the ECAPARM configuration file, an invalid character was detected in the ARMELEM parameter.
The variables in this message are:
The ARMELEM parameter is ignored. Normal processing continues.
Corrective Action: Using the diagnostics issued by the message, correct the problem, and restart IOAGATE.
Explanation: A severe internal error occurred in the ECAPARM configuration file because no value was specified for the SERVER parameter in the APSERVER definition.
During initialization, IOAGATE reads and verifies the definitions specified in the ECAPARM configuration file. The same ECAPARM configuration file is processed by IOAGATE and by each application server that communicates with this IOAGATE.
In this message, entryId is a sequential number that identifies the APSERVER definition entry in the ECAPARM configuration file.
The specified APSERVER definition is disabled, and processing continues.
Corrective Action: Correct the ECAPARM configuration file and restart IOAGATE.
Explanation: The number of APSERVER statements specified in the ECAPARM configuration file exceeds the maximum permitted. A maximum of 99 APSERVER statements may be specified in the ECAPARM configuration file.
During initialization, IOAGATE reads and verifies definitions specified in the ECAPARM configuration file. The same ECAPARM configuration file is processed by IOAGATE and by each application server that communicates with this IOAGATE.
IOAGATE shuts down.
Corrective Action: Correct the ECAPARM configuration file and restart IOAGATE.
Explanation: An invalid application name was specified in an APPL parameter of an APSERVER definition in the ECAPARM configuration file. During initialization, IOAGATE reads and verifies definitions specified in the ECAPARM configuration file. The same ECAPARM configuration file is processed by IOAGATE and by each application server that communicates with this IOAGATE.
The variables in this message are:
The identified APSERVER definition entryId is ignored. Processing continues.
Corrective Action: Correct the ECAPARM configuration file and restart IOAGATE.
Explanation: The number of APSERVER definitions linked to the identified channel exceeded the maximum number allowed, namely eight.
The variables in this message are:
The identified APSERVER definition is disabled. Processing continues.
Corrective Action: Correct the ECAPARM configuration file and restart IOAGATE.
Explanation: An internal error occurred because the number of application server tasks defined in the ECAPARM configuration file exceeds the maximum permitted. A maximum of 500 application server tasks may be defined in the ECAPARM configuration file.
IOAGATE shuts down.
Corrective Action: Contact BMC Customer Support.
Explanation: The communication model in the ECAPARM configuration file in an APSERVER definition does not match the communication model of the referenced channel. During initialization, IOAGATE reads and verifies the definitions in the ECAPARM configuration file. The same ECAPARM configuration file is processed by IOAGATE and by each application server that communicates with this IOAGATE.
The variables in this message are:
The indicated APSERVER definition is ignored, and processing continues.
Corrective Action: Correct the ECAPARM configuration file and restart IOAGATE.
Explanation: A severe internal error occurred during initialization. No application server was defined in ECAPARM.
IOAGATE shuts down.
Corrective Action: Define at least one application server in ECAPARM.
Explanation: The server is disabled because a channel reference in an APSERVER definition does not exist in the ECAPARM configuration file.
During initialization, IOAGATE reads and verifies the definitions from the ECAPARM configuration file. IOAGATE, and each application server that communicates with this IOAGATE, process the same ECAPARM configuration file.
The variables in this message are:
The specified APSERVER definition is disabled, and processing continues.
Corrective Action: Correct the ECAPARM configuration file and restart IOAGATE.
Explanation: The server is disabled because no value was set for the APPL parameter in the APSERVER definition.
During initialization, IOAGATE reads and verifies the definitions specified in the ECAPARM configuration file. The IOAGATE, and each application server that communicates with this IOAGATE, process the same ECAPARM configuration file.
In this message, entryId is a sequential number that identifies the APSERVER definition entry in the ECAPARM configuration file.
The specified APSERVER definition is disabled. Normal processing continues.
Corrective Action: Correct the ECAPARM configuration file and restart IOAGATE.
Explanation: A severe internal error occurred during the processing of the ECAPARM configuration file. Differences were found between the expanded and the raw application entries.
IOAGATE shuts down.
Corrective Action: Contact BMC Customer Support.
Explanation: The value of the COMPRESS parameter in the ECAPARM configuration file is invalid. The COMPRESS parameter must be set to YES or NO.
During initialization, IOAGATE reads and verifies the definitions specified in the ECAPARM configuration file. The same ECAPARM configuration file is processed by IOAGATE and by each application server that communicates with this IOAGATE.
The variables in this message are:
The value specified for COMPRESS is replaced by the default value. Normal processing continues.
Corrective Action: Correct the ECAPARM configuration file and restart IOAGATE.
Explanation: A value cannot be set for the ENCRYPT parameter for the application applId.
The variables in this message are:
The value set for the ENCRYPT parameter is ignored. Processing continues.
Corrective Action: Correct the ECAPARM configuration file and restart IOAGATE.
Explanation: A severe error occurred during checking of the ECAPARM configuration file. There is no valid CHANNEL definition in the ECAPARM configuration file.
During initialization, IOAGATE reads and verifies the definitions specified in the ECAPARM configuration file. The same ECAPARM configuration file is processed by IOAGATE and by each application server that communicates with this IOAGATE.
IOAGATE shuts down.
Corrective Action: Do the following:
Explanation: The ID parameter is not specified for the indicated channel in the CHANNEL definition.
During initialization, IOAGATE reads and verifies the definitions specified in the ECAPARM configuration file. The same ECAPARM configuration file is processed by IOAGATE and by each application server that communicates with this IOAGATE.
In this message, entryId is a sequential number that identifies the problematic CHANNEL definition in the ECAPARM configuration file.
The specified CHANNEL definition is disabled, and normal processing continues.
Corrective Action: Correct the ECAPARM configuration file and restart IOAGATE.
Explanation: The MODEL parameter is not specified for the indicated channel in the CHANNEL definition.
During initialization, IOAGATE reads and verifies the definitions specified in the ECAPARM configuration file. The same ECAPARM configuration file is processed by IOAGATE and by each application server that communicates with this IOAGATE.
In this message, entryId is a sequential number that identifies the problematic CHANNEL definition in the ECAPARM configuration file.
The specified CHANNEL definition is disabled, and normal processing continues.
Corrective Action: Correct the ECAPARM configuration file and restart IOAGATE.
Explanation: The optional SUBSYSTM parameter was specified in the ECAPARM configuration file with TCPVENDR set to IBM for an SNA channel or a TCP channel. The optional SUBSYSTM parameter is only valid for a TCP channel, and only with TCPVENDR set to CA.
During initialization, IOAGATE reads and verifies the definitions specified in the ECAPARM configuration file. The same ECAPARM configuration file is processed by IOAGATE and by each application server that communicates with this IOAGATE.
In this message, entryId is a sequential number that identifies the problematic CHANNEL definition in the ECAPARM configuration file.
The SUBSYSTM parameter is ignored, and normal processing continues.
Corrective Action: Correct the ECAPARM configuration file and restart IOAGATE.
Explanation: The same channel ID is used in more than one CHANNEL definition in the ECAPARM configuration file. The channel ID must be unique for each CHANNEL definition in the ECAPARM configuration file.
During initialization IOAGATE reads and verifies definitions specified in the ECAPARM configuration file. The same ECAPARM configuration file is processed by IOAGATE and by each application server that communicates with this IOAGATE.
The variables in this message are:
The specified CHANNEL definition is disabled, and normal processing continues.
Corrective Action: Correct the ECAPARM configuration file and restart IOAGATE.
Explanation: The PORT parameter is not specified for the indicated TCP channel in the CHANNEL definition.
During initialization, IOAGATE reads and verifies the definitions specified in the ECAPARM configuration file. The same ECAPARM configuration file is processed by IOAGATE and by each application server that communicates with this IOAGATE.
In this message, entryId is a sequential number that identifies the problematic CHANNEL definition in the ECAPARM configuration file.
The specified CHANNEL definition is disabled, and normal processing continues.
Corrective Action: Correct the ECAPARM configuration file and restart IOAGATE.
Explanation: During initialization, IOAGATE detected that the value of the SERVER parameter in the ECAPARM configuration file is DISABLE for the specified application server applServer. Therefore it will not be started.
The SERVER parameter can be specified manually in the APSERVER definition of the ECAPARM configuration file to enable or disable the definition. The default value is ENABLE.
The variables in this message are:
The specified application server is disabled. Normal processing continues.
Corrective Action: Correct the ECAPARM configuration file and restart IOAGATE.
Explanation: Either the APPLID or APPLIDS parameters is missing for the SNA channel entry in the ECAPARM configuration file. When the PROTOCOL parameter is SNA and the MODEL parameter is DC, either the APPLID or the APPLIDS parameter must be specified in the ECAPARM configuration file.
During initialization, IOAGATE reads and verifies the definitions specified in the ECAPARM configuration file. The same ECAPARM configuration file is processed by IOAGATE and by each application server that communicates with this IOAGATE.
In this message, entryId is a sequential number that identifies the problematic CHANNEL definition in the ECAPARM configuration file.
The specified CHANNEL definition is disabled. Normal processing continues.
Corrective Action: Correct the ECAPARM configuration file and restart IOAGATE.
Explanation: The PROTOCOL parameter is not defined for the specified channel.
During initialization, IOAGATE reads and verifies the definitions specified in the ECAPARM configuration file. The same ECAPARM configuration file is processed by IOAGATE and by each application server that communicates with this IOAGATE.
In this message, entryId is a sequential number that identifies the problematic CHANNEL definition in the ECAPARM configuration file.
The specified CHANNEL definition is disabled. Normal processing continues.
Corrective Action: Set a value for the PROTOCOL parameter in the ECAPARM configuration file and restart IOAGATE.
Explanation: A severe internal error occurred during processing of the ECAPARM configuration file.
IOAGATE shuts down.
Corrective Action: Contact BMC Customer Support.
Explanation: Too many APSERVER definitions reference the same channel. During initialization, IOAGATE reads and checks the ECAPARM configuration file. The same ECAPARM configuration file is processed by IOAGATE and by each application server that communicates with this IOAGATE.
The variables in this message are:
The identified application is ignored. Processing continues.
Corrective Action: Reduce the number of applications that reference the same channel, and restart IOAGATE.
Explanation: No APPLID parameter is specified for an SNA communication channel in the ECAPARM configuration file. For an SNA channel, an APPLID parameter must be specified. It may be specified with or without a NETWMAP parameter.
During initialization, IOAGATE reads and verifies the definitions specified in the ECAPARM configuration file. The same ECAPARM configuration file is processed by IOAGATE and by each application server that communicates with this IOAGATE.
In this message, entryId is a sequential number that identifies the problematic CHANNEL definition in the ECAPARM configuration file.
The specified CHANNEL definition is disabled. Normal processing continues.
Corrective Action: Correct the ECAPARM configuration file and restart IOAGATE.
Explanation: This warning message indicates that the PORT parameter value specified in the ECAPARM configuration file is invalid.
The PORT parameter value must be in the range from 1024 through 65534.
In this message, entryId is the identity of the channel for which the PORT parameter was defined.
The specified channel is disabled and processing continues.
Corrective Action: Correct the value of the PORT parameter in the ECAPARM configuration file and restart IOAGATE.
Explanation: The same subparameter value is specified twice for the APPLIDS parameter for the specified channel in the ECAPARM configuration file.
During initialization, IOAGATE reads and verifies the definitions specified in the ECAPARM configuration file. The same ECAPARM configuration file is processed by IOAGATE and by each application server that communicates with this IOAGATE.
In this message, entryId is a sequential number that identifies the problematic CHANNEL definition in the ECAPARM configuration file.
The specified CHANNEL definition is disabled. Normal processing continues.
Corrective Action: Correct the ECAPARM configuration file and restart IOAGATE.
Explanation: An invalid subparameter is specified for the APPLIDS parameter for the channel entry in the ECAPARM configuration file.
During initialization, IOAGATE reads and verifies the definitions specified in the ECAPARM configuration file. The same ECAPARM configuration file is processed by IOAGATE and by each application server that communicates with this IOAGATE.
The variables in this message are:
The specified CHANNEL definition is disabled and normal processing continues.
Corrective Action: Correct the ECAPARM configuration file and restart IOAGATE.
Explanation: There is no valid APSERVER definition in the ECAPARM configuration file. If there are any APSERVER definitions in the ECAPARM configuration file, they are invalid or disabled.
During initialization, IOAGATE reads and verifies the definitions specified in the ECAPARM configuration file. The same ECAPARM configuration file is processed by IOAGATE and by each application server that communicates with this IOAGATE.
IOAGATE shuts down.
Corrective Action: Do the following:
Explanation: A severe internal error occurred during the processing of the ECAPDEF table of numeric parameters defaults.
IOAGATE shuts down.
Corrective Action: Contact BMC Customer Support.
Explanation: One or more errors occurred during the processing of the ECAPARM configuration file. This caused the file to fail a validity check, and processing of the file stopped.
During initialization, IOAGATE reads and verifies the definitions specified in the ECAPARM configuration file. The same ECAPARM configuration file is processed by IOAGATE and by each application server that communicates with this IOAGATE.
The variables in this message are:
IOAGATE shuts down.
Corrective Action: Do the following:
Explanation: When processing the GATEWAY section of the ECAPARM configuration file, IOAGATE detected that the value of the numeric parameter parm predefined in the ECAPDEF table of numeric defaults is invalid.
The variables in this message are:
The parm parameter is set to the default value defaultValue. Normal processing continues.
Corrective Action: Correct the ECAPARM configuration file and restart IOAGATE.
Explanation: When processing the ECAPARM configuration file, IOAGATE found that the value of the numeric parameter parm was invalid.
The variables in this message are:
The parm parameter is set to the default value value. Normal processing continues.
Corrective Action: Correct the ECAPARM configuration file and restart IOAGATE.
Explanation: When processing the ECAPARM configuration file, IOAGATE found that the value of the mandatory numeric parameter parm was invalid.
The variables in this message are:
The parm parameter is ignored. IOAGATE tries to continue processing.
Corrective Action: Correct the ECAPARM configuration file and restart IOAGATE.
Explanation: When processing the ECAPARM configuration file, IOAGATE found that no value had been set for the mandatory parameter parm.
The variables in this message are:
The parm parameter is ignored. IOAGATE tries to continue processing.
Corrective Action: Correct the ECAPARM configuration file and restart IOAGATE.
Explanation: When processing the GATEWAY section of the ECAPARM configuration file, IOAGATE detected that the value of the mandatory numeric parameter parm is invalid.
The variables in this message are:
The parm parameter is ignored. IOAGATE tries to continue processing.
Corrective Action: Correct the ECAPARM configuration file and restart IOAGATE.
Explanation: When processing the GATEWAY section of the ECAPARM configuration file, IOAGATE detected that no value had been set for the mandatory parameter parm.
In this message, parm is the name of the mandatory parameter that lacks a value.
The parm parameter is ignored. IOAGATE tries to continue processing.
Corrective Action: Correct the ECAPARM configuration file and restart IOAGATE.
Explanation: The channel channelId does not contain any network map specification. A network map specification is required by the application server applicId linked to this channel.
The variables in this message are:
The channel channelId is disabled. Normal processing continues.
Corrective Action: Correct the ECAPARM configuration file and restart IOAGATE.
Explanation: When trying to process a network map specified in the channel channelId, IOAGATE found the channel disabled.
In this message, channelId is the identity of the disabled channel.
Corrective Action: Correct the ECAPARM configuration file and restart IOAGATE.
Explanation: The application server identified in the message is disabled.
The variables in this message are:
Corrective Action: Correct the ECAPARM configuration file and restart IOAGATE.
Explanation: IOAGATE monitor has shut down, because all channels were disabled during the processing of the ECAPARM configuration file.
IOAGATE has shut down.
Corrective Action: Correct the ECAPARM configuration file and restart IOAGATE.
Explanation: The TCP parameter BIND has been specified for channelId, an SNA channel. This channel has been disabled. The TCP parameter BIND cannot be specified for a SNA channel.
In this message, channelId is the identity of the disabled channel.
The channel is disabled. Normal processing continues.
Corrective Action: Correct the ECAPARM configuration file and restart IOAGATE.
Explanation: An invalid IP address was specified in the BIND parameter.
In this message, channelId is the identity of the TCP channel that detected the problem.
The channel is disabled. Processing continues.
Corrective Action: Correct the ECAPARM configuration file and restart IOAGATE.
Explanation: IOAGATE monitor is shutting down because all channels have become disabled.
In this message, monitorId is the STC name of the IOAGATE started task.
IOAGATE shuts down.
Corrective Action: Correct the ECAPARM configuration file and restart IOAGATE.
Explanation: When processing the ECAPARM configuration file, IOAGATE found that the value val set for the numeric parameter parm exceeds a workable maximum.
The variables in this message are:
The parm parameter is ignored. Normal processing continues.
Corrective Action: Correct the ECAPARM configuration file and restart IOAGATE.
Explanation: A severe internal error occurred during the processing of the ECAPDEF table of numeric parameter defaults. A numeric parameter was not found in the ECAPARM configuration file.
The variables in this message are:
IOAGATE shuts down.
Corrective Action: Contact BMC Customer Support.
Explanation: The TCP parameter SHRDBIND was encountered in an SNA channel. The TCP parameter SHRDBIND cannot be specified for an SNA channel.
In this message, channelId is the identity of the TCP channel that detected the problem.
IOAGATE disables the specified channel and tries to continue normal processing.
Corrective Action: Correct the ECAPARM configuration file and restart IOAGATE.
Explanation: The LOGINMSG parameter was specified for the channelId channel, but channelId is not an MC channel.
The LOGINMSG parameter can only be specified for an MC channel.
IOAGATE disables the LOGINMSG parameter. Normal processing continues.
Corrective Action: Correct the channel definition.
Explanation: This information message indicates that processing of the ECAPARM configuration file has ended successfully.
During initialization, IOAGATE reads and verifies the definitions specified in the ECAPARM configuration file. The same ECAPARM configuration file is processed by IOAGATE and by each application server that communicates with this IOAGATE.
In this message, suffix is a 1-character suffix that identifies the ECAPARM configuration file
Corrective Action: No action is required.
Explanation: A severe error occurred during the processing of the internal table of applications supported by IOAGATE.
During initialization, IOAGATE reads and verifies the declarations specified in the internal table of applications supported by IOAGATE. The same table is processed by IOAGATE and by each application server that communicates with this IOAGATE.
In this message, suffix is a unique 1-character suffix that identifies an ECAAPPL table of supported applications.
IOAGATE shuts down.
Corrective Action: Contact BMC Customer Support.
Explanation: This information message indicates that processing of the internal table of the applications supported by the IOAGATE succeeded.
During initialization, IOAGATE reads and verifies the declarations specified in the internal table of applications supported by IOAGATE. The same table is processed by IOAGATE and by each application server that communicates with this IOAGATE.
In this message, suffix is a unique 1-character suffix that identifies an ECAAPPL table of supported applications.
Corrective Action: No action is required.
Explanation: A severe internal error occurred during the processing of the ECAPARM configuration file. A descriptor address was not found.
IOAGATE shuts down.
Corrective Action: Contact BMC Customer Support.
Explanation: A severe internal error occurred during processing of the ECAPARM configuration file. An MCT token was not found.
IOAGATE shuts down.
Corrective Action: Contact BMC Customer Support.
Explanation: The specified parameter parm cannot be modified by the VERSION parameter, because the value of parm already has eight characters, which is the maximum. The VERSION parameter modifies a parameter by adding a 1-character version code to the existing value.
During initialization, IOAGATE reads and verifies the declarations specified in the ECAPARM configuration file. The same ECAPARM configuration file is processed by IOAGATE and by each application server that communicates with this IOAGATE.
The variables in this message are:
The VERSION parameter is ignored and processing continues.
Corrective Action: Correct the value assigned to VERSION and restart IOAGATE.
Explanation: A severe internal error occurred during ECAAPL processing. The structure of the internal table of applications supported by IOAGATE was found to be invalid.
During initialization, IOAGATE reads and verifies the declarations specified in the internal table of applications supported by IOAGATE. The same table is processed by IOAGATE and by each application server that communicates with this IOAGATE.
IOAGATE shuts down.
Corrective Action: Contact BMC Customer Support.
Explanation: The value specified for the ALIAS parameter in the internal table of supported applications is valid only for a CM type application server.
During initialization, IOAGATE reads and verifies the declarations specified in the internal table of applications supported by IOAGATE. The same table is processed by IOAGATE and by each application server that communicates with this IOAGATE.
In this message, entryId is a sequential number that identifies the problematic APSERVER definition in the internal table of supported applications.
Initialization continues.
Corrective Action: Contact BMC Customer Support.
Explanation: A severe internal error occurred during the processing of the ECAPARM configuration file. The MCT address is not valid.
IOAGATE shuts down.
Corrective Action: Contact BMC Customer Support.
Explanation: An internal error encountered during the processing of the ECAAPPL table of internal parameters. The CMPRSTYP parameter is not specified in the internal table of supported applications, but the COMPRESS parameter is set to YES.
During initialization, IOAGATE reads and verifies the declarations specified in the internal table of applications supported by the IOAGATE. The same table is processed by IOAGATE and by each application server that communicates with this IOAGATE.
In this message, applicId is the problematic APSERVER definition in the internal table of supported applications.
IOAGATE shuts down.
Corrective Action: Contact BMC Customer Support.
Explanation: An internal error occurred during the processing of the ECAPARM configuration file.
The variables in this message are:
Return Code |
Explanation |
---|---|
08 |
An error occurred during ECAPARM processing. The ECAPARM processor is able to continue ECAPARM processing. |
12 |
An error occurred during ECAPARM processing. The ECAPARM processor is NOT able to continue ECAPARM processing. |
As indicated in the valid values for rc.
Corrective Action: Do the following:
Explanation: A severe internal error occurred during the processing of the specified table of internal parameters during initialization. The ECAAPL internal routine did not get the address of the ECAAPPL descriptor.
IOAGATE shuts down.
Corrective Action: Contact BMC Customer Support.
Explanation: A severe internal error occurred during the processing of the specified table of internal parameters during initialization. The ECAAPL internal routine did not get the parameters it needs to process the internal table of supported applications.
IOAGATE shuts down.
Corrective Action: Contact BMC Customer Support.
Explanation: A severe internal error occurred during the processing of the specified table of internal parameters during initialization. The ECAAPL internal routine did not get the application entry it needs to process the internal table of supported applications.
IOAGATE shuts down.
Corrective Action: Contact BMC Customer Support.
Explanation: The channel specified by the CHANID parameter in an APSERVER definition in the ECAPARM configuration file is not appropriate for the application declared by the definition.
During initialization, IOAGATE reads and checks the ECAPARM configuration file The same ECAPARM configuration file is processed by IOAGATE and by each application server that communicates with this IOAGATE.
The variables in this message are:
The indicated application server applServer is disabled and processing continues.
Corrective Action: Correct the ECAPARM configuration file and restart IOAGATE.
Explanation: A severe internal error occurred during the processing of the specified table of internal parameters during initialization. The ECAAPL internal routine did not find the MCT token.
IOAGATE shuts down.
Corrective Action: Contact BMC Customer Support.
Explanation: This information message indicates that processing of the ECAPARM configuration file has ended with minor errors.
During initialization, IOAGATE reads and verifies the definitions specified in the ECAPARM configuration file. The same ECAPARM configuration file is processed by IOAGATE and by each application server that communicates with this IOAGATE.
In this message, suffix is a 1-character suffix that identifies the ECAPARM configuration file
Corrective Action: Correct the ECAPARM configuration file and restart IOAGATE.
Explanation: This information message indicates that processing of the ECASRVT internal table of services succeeded. During initialization, IOAGATE processes the ECASRVT internal table of services or request types supported by IOAGATE.
Corrective Action: No action is required.
Explanation: Processing of the ECASRVT internal table of services or types of transactions supported by IOAGATE failed. This is a severe internal error.
IOAGATE shuts down.
Corrective Action: Contact BMC Customer Support.
Explanation: This is a severe internal error. The ECASRV internal routine did not get a descriptor address to process during processing of the ECASRVT internal table of services.
IOAGATE shuts down.
Corrective Action: Contact BMC Customer Support.
Explanation: This is a severe internal error. The ECASRV internal routine did not get any parameters during processing of the ECASRVT internal table of services.
IOAGATE shuts down.
Corrective Action: Contact BMC Customer Support.
Explanation: This is a severe internal error. The ECASRV internal routine did not get any entry to process during processing of the ECASRVT internal table of services.
IOAGATE shuts down.
Corrective Action: Contact BMC Customer Support.
Explanation: This is a severe internal error. The ECASRV internal routine could not find an MCT token during processing of the ECASRVT internal table of services.
IOAGATE shuts down.
Corrective Action: Contact BMC Customer Support.
Explanation: This is a severe error that can be issued for a multiple connection (MC) TCP communication channel only. All communication tasks that belong to the specified channel terminated.
In this message, channelId is the identity of the problematic channel.
This message follows ECAP88S. For more information, see messages ECAP86W, ECAP87W and ECAP88S.
The multiple connection (MC) TCP channel goes down, and processing continues.
Corrective Action: Do the following:
Explanation: A severe error was encountered during initialization of the multiple connection TCP channel. No communication task launched by the channel started during the specified time interval.
The variables in this message are:
The specified TCP channel goes down. IOAGATE tries to continue processing.
Corrective Action: Do the following:
Explanation: This message warns that the channelId MC TCP channel has been disabled because an EADDRINUSE error occurred while IOAGATE was trying to bind the port specified in the BIND parameter in ECAPARM.
Corrective Action: No action is required.
Explanation: A communication task of a multiple connection TCP channel has already shut down and restarted the maximum number of times. When an error prevents a TCP communication task from working normally, the TCP channel tries to resolve the problem by recycling the task. However, beyond a defined limit, the TCP channel assumes a severe problem, and prevents further recycling of the task.
This message can be issued for a multiple connection TCP channel only.
The variables in this message are:
Corrective Action: Do the following:
Explanation: The specified number (num) of communication tasks became unavailable to a multiple connection (MC) TCP communication channel. A serious problem may be preventing the specified TCP channel from working properly. An ECAP86W message is issued before this message for each communication task that terminated.
This message can only be issued for a multiple connection (MC) TCP communication channel.
The variables in this message are:
Corrective Action: Do the following:
Explanation: No more active communication tasks are available for the specified channel. All communication tasks terminated, and none is allowed to restart. ECAP86W warning messages were previously issued for each communication task that went down. This message precedes message ECAP80S. For more information, see message ECAP86W.
This message can only be issued for a multiple connection (MC) TCP communication channel.
The variables in this message are:
The specified channel goes down and processing continues. If the indicated channel is the only one configured to IOAGATE, IOAGATE shuts down.
Corrective Action: Do the following:
Explanation: This information message indicates that the IP list member was specified in the ECAPARM member for channel channel by means of the IPLIST parameter, and the IP list member was processed or refreshed (if the REFRESH command was issued) successfully.
The variables in this message are:
Corrective Action: No action is required.
Explanation: This information message indicates which specific IP list member is being processed. The message is issued in DAIGLOG output as a header for the group of ECAP93I messages issued for each line in the IP list member.
The variables in this message are:
Corrective Action: No action is required.
Explanation: This information message indicates which specific IP list member was processed. The message is issued in DAIGLOG output as a footer after the group of ECAP93I messages issued for each line in the IP list member.
In this message, suffix is a one-character suffix used to specify the individual ECAIPLS x IP list member name.
Corrective Action: No action is required.
Explanation: This information message is issued in DAIGLOG output for each source IPListLine in the IP list member.
The variables in this message are:
Valid values of indication are:
indication |
Explanation |
---|---|
no indication |
Indicates that no error was detected in an IP list source line. |
ERROR code FOUND |
Indicates that an error with hexadecimal code code was found in an IP list source line. When such an indication is issued, message ECAP94I follows message ECAP93I and specifies an approximate column where the error detected. Additionally, another error message follows message ECAP94I to specify the exact reason for the error. |
RECORD IGNORED |
Indicates that an IP list source line was ignored because another line in the IP list repeats the current line. Message ECAP9BW that follows message ECAP93I specifies the sequential number of the duplicate line. |
ALLOW IGNORED |
Indicates that an IP list source line was ignored because there is a FORBID line in the IP list that was specified for the same IP address and a mask. Message ECAP9CE that follows message ECAP93I specifies the number of the FORBID line. |
COMMENT LINE |
Indicates that an IP list source line has an asterisk in the first column. The line is not processed. |
BLANKED LINE |
Indicates that an IP list source line contains no valid characters. The line is not processed. |
Corrective Action: No action is required.
Explanation: This information message is issued in DAIGLOG output. It follows message ECAP93I when an error is detected in an IP list source line and indicates the approximate column where the error was detected. The message is issued for a source IP line when an error is detected in the line.
In this message, column is the approximate sequential number of the column in the IP list source line where the error was detected.
Corrective Action: No action is required.
Explanation: No character was found between dots that form a section in a mask or IP address in the IP list source line indicated by message ECAP93I.
In this message, section is a portion of a mask or an IP address string between dots. Valid values are:
The following system actions occur:
Corrective Action: Correct the IP list member and try again.
Explanation: A value specified in a separate section of a mask or IP address exceeds 255 in the IP list source line indicated by message ECAP93I. The section is a portion of a mask or an IP address string between dots.
The following system actions occur:
Corrective Action: Correct the IP list member and try again.
Explanation: An asterisk was improperly specified in a separate section of a mask or IP address in an IP list source line indicated by message ECAP93I. An asterisk can be specified in the first through fourth contiguous right-to-left sections of an IP address. An asterisk in a mask is not allowed.
In this message, section is a portion of a mask or an IP address string between dots. Valid values are:
The following system actions occur:
Corrective Action: Correct the IP list member and try again.
Explanation: The number of sections in a mask or IP address is not exactly four in the IP list source line indicated by message ECAP93I.
The following system actions occur:
Corrective Action: Correct the IP list member and try again.
Explanation: A main keyword in the IP list source line indicated by message ECAP93I could not be identified. Each valid IP line must have either ALLOW or FORBID as a keyword.
The following system actions occur:
Corrective Action: Correct the IP list member and try again.
Explanation: An invalid character was detected in the IP list source line indicated by message ECAP93I. Message ECAP94I, which precedes message ECAP9AE, specifies the exact column where the invalid character was detected.
The following system actions occur:
Corrective Action: Correct the IP list member and try again.
Explanation: An IP list source line was ignored because there is a duplicate line in the IP list.
In this message, number is the number of the duplicate IP list source line.
Corrective Action: Correct the IP list member and try again.
Explanation: This warning indicates that the ALLOW IP list source line was ignored because the FORBID line in the IP list was specified for the same IP address and a mask as in the ignored line.
In this message, number is the number of the FORBID line in the IP list.
Corrective Action: Correct the IP list member and try again.
Explanation: Inconsecutive bits were detected in a mask specified in the IP list source line that was indicated by message ECAP93I. The mask should be built with consecutive, left-to-right bits only.
The following system actions occur:
Corrective Action: Correct the IP list member and try again.
Explanation: A severe error, with an rc return code and reason reason, was detected by the routine internal routine.
The variables in this message are:
The following system actions occur:
Corrective Action: Contact BMC Customer Support.
Explanation: A severe internal error, with an rc return code and reason reason, was detected by the routine internal routine.
The variables in this message are:
The following system actions occur:
Corrective Action: Contact BMC Customer Support.
Explanation: The IOAMEM service detected an error when handling an IP list member. The IOAMEM routine is used when reading PDS members.
The variables in this message are:
The following system actions occur:
Corrective Action: If it is not possible to locate the source of the error, contact BMC Customer Support.
Explanation: A syntax error was detected in an IP list member. Detailed messages specifying both the exact error and its location are issued in DAIGLOG output. See message ECAP93I.
The variables in this message are:
The following system actions occur:
Corrective Action: Correct the IP list member and try again.
Explanation: An unknown error, with an rc return code and reason reason, was detected by the routine internal routine.
The variables in this message are:
The following system actions occur:
Corrective Action: Contact BMC Customer Support.
Explanation: The module module failed to load.
In this message, module is the name of the module that failed to load.
The following system actions occur:
Corrective Action: Contact BMC Customer Support.
Explanation: The specified IP list member could not be located in a dataset allocated by DAPARM DD statement.
The variables in this message are:
The following system actions occur:
Corrective Action: Correct the IP list member and try again.
Explanation: The specified IP list member was found to be empty.
The variables in this message are:
The following system actions occur:
Corrective Action: Correct the IP list member and try again.
Explanation: This error message indicates that an invalid name was specified for the channel channel in ECAPARM as an IP list. A valid name should be ECAIPLS(suffix).
The variables in this message are:
The following system actions occur:
Corrective Action: Correct the IP list member and try again.
Explanation: The specified IP list member contains more than 999 lines.
The variables in this message are:
The following system actions occur:
Corrective Action: Correct the IP list member and try again.
Explanation: No valid lines were found in the specified IP list member.
The variables in this message are:
The following system actions occur:
Corrective Action: Correct the IP list member and try again.
Explanation: No header record was found in the specified IP list member. The IP list member must have ALLOW * or FORBID* as its first valid record.
The variables in this message are:
The following system actions occur:
Corrective Action: Correct the IP list member and try again.
Explanation: The F monitor,REFRESH=IPListMember modify command was issued but was unsuccessful, probably due to syntax errors detected in the specified IP list member.
The variables in this message are:
The following system actions occur:
Corrective Action: Correct the IP list member and try again.
Explanation: The F monitor,REFRESH=IPListMember modify command specified an IP list member name that is not defined in any channel.
In this message, member is the IP list (ECAIPLS x) member name.
No changes are performed. Normal processing continues.
Corrective Action: Correct the IP list member and try again.
Explanation: The F monitor,REFRESH=IPListMember modify command was issued but was unsuccessful, probably due to internal errors encountered when processing the specified IP list member.
The variables in this message are:
No changes are performed. Normal processing continues.
Corrective Action: Correct the IP list member and try again.
Explanation: Wrong or invalid data was detected in the IP list source line indicated by message ECAP93I.
No changes are performed. Normal processing continues.
Corrective Action: Correct the IP list member and try again.
Explanation: A string in an IP source line contains the colon (:) character, but is not a syntactically valid IPv6 address.
The following system actions occur:
Corrective Action: Correct the IP list member and try again.
Use the following valid IPv6 address formats:
Do not use '/' to abbreviate addresses.
Do not use IPv4-mapped IPv6 addresses. For example:
Explanation: An IP source line contains a range of IPv6 addresses, but the second address is not higher than the first address.
If the range was specified in 2 lines:
The following system actions might occur:
Corrective Action: Correct the IP list member and try again.
Explanation: When SSL=YES is specified in the ECAPARM configuration file, the KEYRING parameter must also be specified.
In this message, channelId is the identity of the channel.
The channel is disabled. If there are no other enabled channels in IOAGATE, IOAGATE shuts down.
Corrective Action: Specify a KEYRING parameter.
Explanation: The syntax of the KEYRING parameter is invalid.
In this message, channelId is the identity of the channel.
The channel is disabled. If there are no other enabled channels in IOAGATE, IOAGATE shuts down.
Corrective Action: Specify a proper KEYRING parameter. Refer to the chapter about installing IOA in the INCONTROL for z/OS Installation Guide.
Explanation: SSL support in IOAGATE requires z/OS 1.4 or later.
In this message, channelId is the identity of the channel.
The channel is disabled. If there are no other enabled channels in IOAGATE, IOAGATE shuts down.
Corrective Action: Specify SSL=NO in the ECAPARM configuration file.
Explanation: A parameter in a IOA PARM library member was retrieved or updated by Control-M/Enterprise Manager.
Corrective Action: No action is required.
Explanation: An IOA PARM library parameter, which was needed to process a request from the Control-M/Enterprise Manager, could not be located.
Corrective Action:Review recent changes to the CTMAA section of the CTMPARM member in the IOA PARM library and to the member referred to by the ECAPARM parameter in the CTMAA section. Browse or edit the IOA PARM library, to ensure that it is not held exclusively by a TSO user or a job (for example, for compression). If no problem is found, save the IOAGATE and Application Server sysouts and call BMC Customer Support.
Explanation:The IOA PARM library editor program was called with invalid parameters. The invalid parameter is identified by n, which is the parameter number in the ECAPMED parameter list.
Corrective Action:Review recent changes to the CTMAA section of the CTMPARM member in the IOA PARM library and to the member referred to by the ECAPARM parameter in the CTMAA section. If no problem is found, save the IOAGATE and Application Server sysouts and call BMC Customer Support.
Explanation:A failure occurred while reading/writing/saving an IOA PARM library member.
Corrective Action:The failure might occur if the member is being edited in TSO, or the IOA PARM library needs to be compressed. If the problem persists, save the IOAGATE and Application Server sysouts and call BMC Customer Support.
Explanation:The IOA PARM library editor program encountered a logical error.
Corrective Action:Save the Application Server sysouts and call BMC Customer Support.
Parent Topic |