Abstract: One or more processors receive (a) first software written in a first computer language, (b) user input identifying a first name of a first method in a plurality of methods defined in the first software, and (c) user input identifying a location within a second software that is written in a second computer language different from the first computer language. In response, the one or more processors automatically prepare and store at the user-identified location in the second software, a new instruction formatted in a syntax of the second computer language that invokes the first method identified in the first software by the first name. The second software may be initially created with a first instruction to include at least a first additional name (e.g. “main”) used to invoke execution of the second software, and as a parameter thereof a second additional name identifying the first software.

Abstract: One or more processors receive (a) first software written in a first computer language, (b) user input identifying a first name of a first method in a plurality of methods defined in the first software, and (c) user input identifying a location within a second software that is written in a second computer language different from the first computer language. In response, the one or more processors automatically prepare and store at the user-identified location in the second software, a new instruction formatted in a syntax of the second computer language that invokes the first method identified in the first software by the first name. The second software may be initially created with a first instruction to include at least a first additional name (e.g. “main”) used to invoke execution of the second software, and as a parameter thereof a second additional name identifying the first software.

Abstract: Systems and methods for setting up dynamic calculations within compensation software are described in the present disclosure. According to one embodiment among many, a compensation module for managing compensation for a number of employees includes a dynamic calculation set-up module allowing a user to set up a dynamic calculation. The dynamic calculation includes a calculation for one column of a worksheet based in part on a value in another column. The compensation module also includes a condition builder allowing a user to enter a condition and a result as part of a dynamic calculation. In particular, a column associated with the result receives a calculated value when the condition is met.

Abstract: Systems and methods for setting up dynamic calculations within compensation software are described in the present disclosure. According to one embodiment among many, a compensation module for managing compensation for a number of employees includes a dynamic calculation set-up module allowing a user to set up a dynamic calculation. The dynamic calculation includes a calculation for one column of a worksheet based in part on a value in another column. The compensation module also includes a condition builder allowing a user to enter a condition and a result as part of a dynamic calculation. In particular, a column associated with the result receives a calculated value when the condition is met.