Abstract: Various embodiments described in this disclosure relate to methods and computer-based systems that implement those methods for overlaying or superimposing computer-user interaction widgets and application interface widgets on top of content blocks contained within digitized documents which represent written procedures or instructions, instructional manuals and fillable forms, in order to support means of providing dynamic user-computer interaction and computer guided navigation, as well as application functions and data integration, driven through structured interaction and integration metadata definitions, as it relates to said content blocks, during job performance.

Abstract: Methods, systems, frameworks, and software products for building well-defined software modules through aggregation of other similar modules at any depth. The system can provide visual methods of aggregation and nesting of software interfaces within composite software services with an automated runtime platform. Other aspects can include innovative methods for routing the flow of invocation, inter-service communication, and exception handling. Industry standards are leveraged to integrate the methods to any computer system, programming language or software platform. The semantic-based and visual nature of the methods can significantly reduce the complexity of building, maintaining and deploying computer systems and software products.

Abstract: Methods and systems for measuring the usage of a runtime engine that supports the software platform of a software or integration application. The method comprises identifying a software or integration application that is componentized into a plurality of units of work, wherein the units of work are based on an abstract runtime unit of work processed by the runtime engine, receiving a request from the software or integration application for the runtime engine to perform a particular unit of work for the supported software or integration application, performing the particular unit of work in response to the request, incrementing a count for the particular unit of work performed in response to the request from the software or integration application to define a usage for the particular unit of work, and displaying the usage for the particular unit of work.

Abstract: Methods, systems, frameworks, and software products for building well-defined software modules through aggregation of other similar modules at any depth. The system can provide visual methods of aggregation and nesting of software interfaces within composite software services with an automated runtime platform. Other aspects can include innovative methods for routing the flow of invocation, inter-service communication, and exception handling. Industry standards are leveraged to integrate the methods to any computer system, programming language or software platform. The semantic-based and visual nature of the methods can significantly reduce the complexity of building, maintaining and deploying computer systems and software products.

Abstract: Methods, systems, frameworks, and software products are disclosed for building well-defined software modules through the optionally nested, aggregation of other similar modules at any depth. The invention provides visual methods of aggregation and nesting of software interfaces within composite software services with an automated runtime platform. Other aspects of the invention include, but are not limited to, innovative methods for routing the flow of invocation, inter-service communication, and exception handling. Industry standards are leveraged to integrate the methods discussed in this invention to any computer system, programming language or software platform. The semantic-based and visual nature of the inventions discussed can significantly reduce the complexity of building, maintaining and deploying computer systems and software products.

Abstract: Methods, systems, frameworks, and software products are disclosed for building well-defined software modules through the optionally nested, aggregation of other similar modules at any depth. The invention provides visual methods of aggregation and nesting of software interfaces within composite software services with an automated runtime platform. Other aspects of the invention include, but are not limited to, innovative methods for routing the flow of invocation, inter-service communication, and exception handling. Industry standards are leveraged to integrate the methods discussed in this invention to any computer system, programming language or software platform. The semantic-based and visual nature of the inventions discussed can significantly reduce the complexity of building, maintaining and deploying computer systems and software products.

Abstract: Methods, systems, frameworks, and software products are disclosed for building well-defined software modules through the optionally nested, aggregation of other similar modules at any depth. The invention provides visual methods of aggregation and nesting of software interfaces within composite software services with an automated runtime platform. Other aspects of the invention include, but are not limited to, innovative methods for routing the flow of invocation, inter-service communication, and exception handling. Industry standards are leveraged to integrate the methods discussed in this invention to any computer system, programming language or software platform. The semantic-based and visual nature of the inventions discussed can significantly reduce the complexity of building, maintaining and deploying computer systems and software products.

Abstract: Methods, systems, frameworks, and software products are disclosed for building well-defined software modules through the optionally nested aggregation of other similar modules at any depth. The invention provides visual methods of aggregation and nesting of software interfaces within composite software services with an automated runtime platform. Other aspects of the invention include, but are not limited to, innovative methods for routing the flow of invocation, inter-service communication, and exception handling. Industry standards are leveraged to integrate the methods discussed in this invention to any computer system, programming language or software platform. The semantic-based and visual nature of the invention discussed can significantly reduce the complexity of building, maintaining and deploying computer systems and software products.

Abstract: Methods, systems, frameworks and software products are disclosed for semantic-based definition of optionally nested transactional behavior, with an extensible automated, built-in ability to recover, commit, rollback or compensate while invoking nested composite software services containing other software services such as, but not limited to Web services.

Abstract: Methods, systems, frameworks and software products are disclosed for the construction of a service-oriented software platform that can be used for the management, development and service-oriented composition of any software service. The innovative aspect of the system outlined is its uniqueness in using the development capability that it provides to the end-users of the system and its artifacts in constructing the functionality of the system. The result is a highly customizable platform where the behavior of the platform can be overwritten or easily customized at a granular level using the basic functionality of the platform.

Abstract: Methods, systems, frameworks and software products are disclosed for semantic-based definition, and guaranteed invocation/consumption of nested composite software services containing other composite or atomic software services, such as but not limited to Web services.

Abstract: Methods, systems, frameworks and software products are disclosed for metadata definition of data mappings and automatic integrity enforcement and transfer of data at runtime between inputs and outputs of two or more connected software services, including but not limited to “Web Services”, software components, or between said entities and programming constructs. The disclosed invention provides a high performance and scalable system for storing data associated to any well-defined, complex data type with plurality. A technique for capturing the mapping description between data elements of many optionally nested data structures with or without plurality is disclosed. A method and system, based on the said description, for storing the data associated to the said well-defined but arbitrary structures in embedded arrays of lookup tables with a unique addressing scheme is used for automatic data transfer, data transformation, and data integrity enforcement at runtime.