Using an embedded interpreted language to develop an interactive user-interface description tool

Claim 2

An interactive interface description tool, said interactive tool comprising: an interface description program enabling the generation of an interface; an interpreted language; and an object oriented interpreter for said interpreted language embedded within said interface description program wherein said interpreter includes a kernel organized in a two-dimensional matrix, a first dimension of said matrix containing lists, strings and numbers and a second dimension of said matrix containing function selectors and wherein said interface description program works with a library of objects.

Claim 3

The interactive tool described in claim 1, wherein a similar representation scheme is used for data and for programs.

Claim 4

The interactive tool described in claim 1, wherein said interpreter uses arrays.

Claim 5

The interactive tool described in claim 1, wherein said interactive interface description tool further comprises a program that allows a user to display a base menu for invoking an edit function, a create function and a geometry function.

Claim 6

The interactive tool described in claim 4, wherein the edit function allows the user to edit interactive object attributes in a separate window, as well as edit attributes of respective interactive parent objects.

Claim 7

The interactive tool described in claim 5, wherein the edit function allows the user to display an editing window for interactive object attributes, said window divided into two areas a first of said areas including called functions of a callback application procedure, and a second of said areas including attributes displayed by a set of sub-editors associated with said edit function.

Claim 8

The interactive tool described in claim 5, wherein the selection of the attribute editor in the edit function prompts the display of a cell type window that includes a menu consisting of several over-lapping parallel menus, each menu sorting the attribute corresponding to a category to allow a user to easily access a particular attribute, the category selected from the group consisting of: appearance, geometry, behavior, constraints and callback procedures.

Claim 11

The method described in claim 8, wherein said interface description file is stored as an interpreted object oriented language program.

Claim 12

The method described in claim 9, wherein said interface description program is expanded by adding interactive objects executed by describing said object attribute types in said interpreted language to make each of said interactive tools ("widgets") editable.

Claim 13

An interactive interface description tool comprising: a library of interactive objects; a library of command objects; a library of graphical objects; an interface description program enabling the generation of an interface; an interpreted language; an interpreter for said interpreted language embedded within said interface description program, wherein said interface description program works with said library of interactive objects, said library of command objects, and said library of graphical objects, and is expanded by adding interactive objects executed by describing said object attribute types in said interpreted language to make each of said interactive objects editable and wherein each of said interactive objects identified by a respective object in said interpreted language has supplementary attributes directly attached to said interpreted language object; and wherein an edited interface description file is stored as an interpreted language program.

Claim 14

An interactive interface description tool comprising: a library of interactive objects; a library of command objects; a library of graphical objects; an interface description program enabling the generation of an interface; an interpreted language; an interpreter for said interpreted language embedded within said interface description program, wherein said interface description program works with said library of interactive objects, said library of command objects, and said library of graphical objects, and is expanded by adding interactive objects executed by describing said object attribute types in said interpreted language to make each of said interactive objects editable and wherein each of said interactive objects identified by a respective object in said interpreted language has supplementary attributes directly attached to said interpreted language object; and wherein an edited interface description file is stored as an interpreted language program.

Claim 15

The interactive tool described in claim 11, wherein each object in the interpreted language is an auto-typed structure written in the C language that contains object type and reference counter information.