Abstract: A method of building and assembling programs across computer networks that is dictated by the user to perform logical work without the user using a compiler. Users are able to assemble programs over a network by defining or re-defining which logical components are bound into the overall program without the use of a compiler. Logical components are called and bound into the program at run time, allowing dynamic programming which may be modified at any time without re-compiling the entire program. Each logical component can act independently of other logical components or work in concert with each other. This allows assembly of a program, even though some components may be created using totally different methodologies and/or are constructed by different programmers.

Abstract: An apparatus for storage, selective inspection, and execution of complex, contingent rules, comprises a computer having one or more central processing units, a user interface, and magnetic, optical, or other media for data and program storage and retrieval. Rules are defined partly as programs and partly as data. Access procedures are provided for selecting certain appropriate rules under defined conditions. Output procedures are provided for conveying the results of the rule selections to people, to the computer executing the rules, and to other computers.

Abstract: A method of building and assembling programs across computer networks that is dictated by the user to perform logical work without the user using a compiler. Users are able to assemble programs over a network by defining or re-defining which logical components are bound into the overall program without the use of a compiler. Logical components are called and bound into the program at run time, allowing dynamic programming which may be modified at any time without re-compiling the entire program. Each logical component can act independently of other logical components or work in concert with each other. This allows assembly of a program, even though some components may be created using totally different methodologies and/or are constructed by different programmers.

Abstract: A method of building and assembling programs across computer networks that is dictated by the user to perform logical work without the user using a compiler. Users are able to assemble programs over a network by defining or re-defining which logical components are bound into the overall program without the use of a compiler. Logical components are called and bound into the program at run time, allowing dynamic programming which may be modified at any time without re-compiling the entire program. Each logical component can act independently of other logical components or work in concert with each other. This allows assembly of a program, even though some components may be created using totally different methodologies and/or are constructed by different programmers.

Abstract: An apparatus for storage, selective inspection, and execution of complex, contingent rules, comprises a computer having one or more central processing units, a user interface, and magnetic, optical, or other media for data and program storage and retrieval. Rules are defined partly as programs and partly as data. Access procedures for selecting certain appropriate rules under the defined conditions. A display or other output procedures for conveying the results of the rule selections to people, to the computer executing the rules, and to other computers.

Abstract: A method of building and assembling programs across computer networks that is dictated by the user to perform logical work without the user using a compiler. Users are able to assemble programs over a network by defining or re-defining which logical components are bound into the overall program without the use of a compiler. Logical components are called and bound into the program at run time, allowing dynamic programming which may be modified at any time without re-compiling the entire program. Each logical component can act independently of other logical components or work in concert with each other. This allows assembly of a program, even though some components may be created using totally different methodologies and/or are constructed by different programmers.

Abstract: A method of building and assembling programs across computer networks that is dictated by the user to perform logical work without the user using a compiler. Users are able to assemble programs over a network by defining or re-defining which logical components are bound into the overall program without the use of a compiler. Logical components are called and bound into the program at run time, allowing dynamic programming which may be modified at any time without re-compiling the entire program. Each logical component can act independently of other logical components or work in concert with each other. This allows assembly of a program, even though some components may be created using totally different methodologies and/or are constructed by different programmers.

Abstract: A method of building and assembling programs across computer networks that is dictated by the user to perform logical work without the user using a compiler. Users are able to assemble programs over a network by defining or re-defining which logical components are bound into the overall program without the use of a compiler. Logical components are called and bound into the program at run time, allowing dynamic programming which may be modified at any time without re-compiling the entire program. Each logical component can act independently of other logical components or work in concert with each other. This allows assembly of a program, even though some components may be created using totally different methodologies and/or are constructed by different programmers.

Abstract: An embodiment of a method of building and assembling programs across computer networks that is dictated by the user to perform logical work without a compiler. Users are able to assemble programs without a compiler, using components by defining or re-defining which logical components are bound into the overall program at run time. Logical components are called and bound into the program at run time, allowing dynamic programming which may be modified at any time without re-compiling the entire program. Each logical component can act independently of other logical components or work in concert with each other. This allows assembly of a program, even though some components may be created using totally different methodologies and/or are constructed by different programmers.

Abstract: An embodiment of a method of building and assembling programs across computer networks that is dictated by the user to perform logical work without a compiler. Users are able to assemble programs without a compiler, using components by defining or re-defining which logical components are bound into the overall program at run time. Logical components are called and bound into the program at run time, allowing dynamic programming which may be modified at any time without re-compiling the entire program. Each logical component can act independently of other logical components or work in concert with each other. This allows assembly of a program, even though some components may be created using totally different methodologies and/or are constructed by different programmers.

Abstract: A method of building and assembling programs across computer networks that is dictated by the user to perform logical work without the user using a compiler. Users are able to assemble programs over a network by defining or re-defining which logical components are bound into the overall program without the use of a compiler. Logical components are called and bound into the program at run time, allowing dynamic programming which may be modified at any time without re-compiling the entire program. Each logical component can act independently of other logical components or work in concert with each other. This allows assembly of a program, even though some components may be created using totally different methodologies and/or are constructed by different programmers.

Abstract: An embodiment of a computer for storing, manipulating and retrieving data structures includes a memory configured to store a plurality of data in a plurality of data structure types including a first data structure type, a second data structure type and a relationship data structure type. An interface is configured to receive instructions and calls from an external structure and to respond to the instructions and the calls. A processor is coupled to the memory and the interface circuit and configured to receive the instructions and to associate information in the instructions with the first data structure type, the second data structure type and the relationship data structure type, the instruction including information to store in the relationship data structure type that relates one or more of the first data structure type and the second data structure type.