Use the cciGetBrokerInfo function to query the current integration node environment (for example, for information about integration node name, integration server name, queue manager name). The information is returned in a structure of type CCI_BROKER_INFO_ST.
This function differs from cniGetBrokerInfo in that you do not have to specify a CciNode* handle, and that it does not return information about a message flow. Therefore, you can call cciGetBrokerInfo from initialization functions; for example, bipInitializeUserExits, bipGetMessageParserFactory, and bipGetMessageFlowNodeFactory.
void cciGetBrokerInfo(
int* returnCode,
CCI_BROKER_INFO_ST* broker_info_st);
typedef struct cci_broker_info_st {
int versionId; /*Structure version identification*/
CCI_STRING_ST brokerName; /*The label of the integration node*/
CCI_STRING_ST executionGroupName; /*The label of the current integration server*/
CCI_STRING_ST queueManagerName; /*The name of the MQ Queue Manager for the integration node*/
CCI_STRING_ST dataSourceUserId; /*The userid integration node connects to datasource as*/
} CCI_BROKER_INFO_ST;
None. If an error occurs, the returnCode parameter indicates the reason for the error.
int rc = CCI_SUCCESS;
CCI_BROKER_INFO_ST brokerInfo = {CCI_BROKER_INFO_ST_DEFAULT};
#define INTITIAL_STR_LEN 256
CciChar brokerNameStr[INTITIAL_STR_LEN];
CciChar executionGroupNameStr[INTITIAL_STR_LEN];
CciChar queueManagerNameStr[INTITIAL_STR_LEN];
brokerInfo.brokerName.bufferLength = INTITIAL_STR_LEN;
brokerInfo.brokerName.buffer = brokerNameStr;
brokerInfo.executionGroupName.bufferLength = INTITIAL_STR_LEN;
brokerInfo.executionGroupName.buffer = executionGroupNameStr;
brokerInfo.queueManagerName.bufferLength = INTITIAL_STR_LEN;
brokerInfo.queueManagerName.buffer = queueManagerNameStr;
cciGetBrokerInfo(&rc,&brokerInfo);
/* just in case any of the buffers were too short*/
if ((brokerInfo.brokerName.bytesOutput < brokerInfo.brokerName.dataLength) ||
(brokerInfo.executionGroupName.bytesOutput < brokerInfo.executionGroupName.dataLength) ||
(brokerInfo.queueManagerName.bytesOutput < brokerInfo.queueManagerName.dataLength)) {
/*at least one of the buffer were too short, need to rerty*/
/* NOTE this is unlikely given that the initial sizes were reasonably large*/
brokerInfo.brokerName.bufferLength =
brokerInfo.brokerName.dataLength;
brokerInfo.brokerName.buffer =
(CciChar*)malloc (brokerInfo.brokerName.bufferLength * sizeof(CciChar));
brokerInfo.executionGroupName.bufferLength =
brokerInfo.executionGroupName.dataLength;
brokerInfo.executionGroupName.buffer =
(CciChar*)malloc (brokerInfo.executionGroupName.bufferLength * sizeof(CciChar));
brokerInfo.queueManagerName.bufferLength =
brokerInfo.queueManagerName.dataLength;
brokerInfo.queueManagerName.buffer =
(CciChar*)malloc (brokerInfo.queueManagerName.bufferLength * sizeof(CciChar));
cciGetBrokerInfo(&rc,&brokerInfo);
/*now do something sensible with these strings before the buffers go out of scope*/
/* for example call a user written function to copy them away*/
copyBrokerInfo(brokerInfo.brokerName.buffer,
brokerInfo.executionGroupName.buffer,
brokerInfo.queueManagerName.buffer);
free((void*)brokerInfo.brokerName.buffer);
free((void*)brokerInfo.executionGroupName.buffer);
free((void*)brokerInfo.queueManagerName.buffer);
}else{
/*now do something sensible with these strings before the buffers go out of scope*/
/* for example call a user written function to copy them away*/
copyBrokerInfo(brokerInfo.brokerName.buffer,
brokerInfo.executionGroupName.buffer,
brokerInfo.queueManagerName.buffer);
}