|
DB Calc for Windows 3.0
|
Function, you no longer need to implement those ugly native methods. Instead, you extend and instantiate xFunction classes to create conventional Java objects representing external functions, data structures, pointers, and callbacks. All necessary data conversions and external function calls are done seamlessly by the xFunction library. Using xFunction, you may invoke any operating system API call or function from any dynamic library in a natural
external function, native method, java, code reuse, dynamic library, shared library
Function, you no longer need to implement those ugly native methods. Instead, you extend and instantiate xFunction classes to create conventional Java objects representing external functions, data structures, pointers, and callbacks. All necessary data conversions and external function calls are done seamlessly by the xFunction library. Using xFunction, you may invoke any operating system API call or function from any DLL or shared library in a natural
external function, native method, java, code reuse, shared library
Function, you no longer need to implement those ugly native methods. Instead, you extend and instantiate xFunction classes to create conventional Java objects representing external functions, data structures, pointers, and callbacks. All necessary data conversions and external function calls are done seamlessly by the xFunction library. Using xFunction, you may invoke any operating system API call or function from any DLL or shared library in a natural
external function, native method, java, code reuse, shared library
functions very simple. To consume exported DLL functions you need 1.Identify functions in DLLs. Minimally, you must specify the name of the function and name of the DLL that contains it. 2.Create a class to hold DLL functions. You can use an existing class, create an individual class for each native function, or create one class that contains a set of related native functions. This class should extend CNativeLibrary. Use the annotation ImportLibrary
functions very simple. To consume a shared library functions you need 1.Identify functions in shared librarys. Minimally, you must specify the name of the function and name of the the shared library that contains it. 2.Create a class to hold shared library functions. You can use an existing class, create an individual class for each native function, or create one class that contains a set of related native functions. This class should extend CNativeLibrary
functions. Special complex functions: Gamma function, Lower Incomplete Gamma function, Upper Incomplete Gamma function, Lower Regularized Gamma function, Upper Regularized Gamma function, Sinc function, Normalized sinc function, Beta function, Incomplete Beta function, Regularized Incomplete Beta function, Sine Integral function, Lower Sine Integral function. The calculator has backward compatibility with College Scientific Calculator series, Scientific
inverse functions, complex number calculator, gamma function, beta function, hyperbolic functions, complex functions, trigonometric functions