Abstract: An information handling device detects that multiple flows each include a common transaction-specific identifier. The transaction-specific identifier corresponds to a transaction and is generated in response to receiving a request over a computer network. The information handling device, in turn, logs data pertaining to each of the detected plurality of flows in a storage area. When the information handling device identifies a completion of the transaction, the information handling device calculates a total cost of the transaction using the logged data pertaining to each of the plurality of flows.

Abstract: Multiple flows each include a common transaction-specific identifier. The transaction-specific identifier corresponds to a transaction and is generated in response to receiving a request over a computer network. In turn, data is logged pertaining to each of the detected plurality of flows in a storage area. Upon identifying a completion of the transaction, a total cost of the transaction is calculated using the logged data pertaining to each of the plurality of flows.

Abstract: Multiple flows each include a common transaction-specific identifier. The transaction-specific identifier corresponds to a transaction and is generated in response to receiving a request over a computer network. In turn, data is logged pertaining to each of the detected plurality of flows in a storage area. Upon identifying a completion of the transaction, a total cost of the transaction is calculated using the logged data pertaining to each of the plurality of flows.

Abstract: An information handling device detects that multiple flows each include a common transaction-specific identifier. The transaction-specific identifier corresponds to a transaction and is generated in response to receiving a request over a computer network. The information handling device, in turn, logs data pertaining to each of the detected plurality of flows in a storage area. When the information handling device identifies a completion of the transaction, the information handling device calculates a total cost of the transaction using the logged data pertaining to each of the plurality of flows.

Abstract: A method is provided in a system wherein a transaction gateway daemon of a specified type is connected between first and second spatially separated servers, to integrate applications running on the first server with operation of the second server. The method automatically determines whether a detected address space is or is not a transaction gateway daemon of the specified type, such as a CICS transaction gateway, and includes the step of verifying that the detected address space is an Open multiple virtual storage (MVS) type of address space. The method further comprises carrying out a first set of tests pertaining to specified additional characteristics of the detected address space, and verifying that a program of the detected address space is running in a Language Environment. A second set of tests are also carried out, that are respectively associated with dubbing a task on the address space to Open MVS.

Abstract: A method is provided in a system wherein a transaction gateway daemon of a specified type is connected between first and second spatially separated servers, in order to integrate applications running on the first server with operation of the second server. The method automatically determines whether a detected address space is or is not a transaction gateway daemon of the specified type, such as a CICS transaction gateway, and includes the step of verifying that the detected address space is an Open multiple virtual storage (MVS) type of address space. The method further comprises carrying out a first set of tests pertaining to specified additional characteristics of the detected address space, and verifying that a program of the detected address space is running in a Language Environment. A second set of tests are also carried out, that are respectively associated with dubbing a task on the address space to Open MVS.