23. A method for integrating a business logic rule into an application, the method comprising the steps of: expressing the business logic rule using a set of defined functions, logical operators, keywords and parameters comprising a functional language; parsing, by a dynamic business logic integrator module, the business logic rule directly into an executable routine by associating with the expression one or more functions and defined operators that correspond to one or more pre-coded subroutines and associating values with the one or more functions by calling the functions and parameters in the expression with associated values passed in; calling, by the application, the executable routine.
23. A method for integrating a business logic rule into an application, the method comprising the steps of: expressing the business logic rule using a set of defined functions, logical operators, keywords and parameters comprising a functional language; parsing, by a dynamic business logic integrator module, the business logic rule directly into an executable routine by associating with the expression one or more functions and defined operators that correspond to one or more pre-coded subroutines and associating values with the one or more functions by calling the functions and parameters in the expression with associated values passed in; calling, by the application, the executable routine. 25. The method of claim 23 further comprising the step of creating a new keyword as part of the functional language.