Abstract: A system and method for managing the collaborative generation of content for an electronic document such as software applications, computer programs and the like. A source content item is created at a source development environment and accessed over a network by a plurality of users of a user community. Each of the plurality of users is located at a unique remote site. The source content item can be downloaded by each of the plurality of users and maintained at each remote site as a unique content presentation item. In one embodiment, the user can edit his or her content presentation item and upload the edits for incorporation into the source content item.

Abstract: A system and method for managing the collaborative generation of content for an electronic document such as software applications, computer programs and the like. A source content item is created at a source development environment and accessed over a network by a plurality of users of a user community. Each of the plurality of users is located at a unique remote site. The source content item can be downloaded by each of the plurality of users and maintained at each remote site as a unique content presentation item. In one embodiment, the user can edit his or her content presentation item and upload the edits for incorporation into the source content item.

Abstract: Systems and methods of representing and extracting type information from typeless and dynamically-typed programming languages are provided. These systems and methods can be immune to source file edits and the order in which those edits are executed. Deriving type information from these languages allows tools to perform operations, for example, refactoring, intellisense, recognition of semantic errors, etc. These systems and methods can be implemented using processes that, implicitly or explicitly, gather type information for the program, and can also accept user input as well.

Abstract: Systems and methods of representing and extracting type information from typeless and dynamically-typed programming languages are provided. These systems and methods can be immune to source file edits and the order in which those edits are executed. Deriving type information from these languages allows tools to perform operations, for example, refactoring, intellisense, recognition of semantic errors, etc. These systems and methods can be implemented using processes that, implicitly or explicitly, gather type information for the program, and can also accept user input as well.

Abstract: The present invention discloses a system and method for managing the collaborative generation of content for an electronic document such as software applications, computer programs and the like. A source content item (42) is created at a source development environment (32) and accessed over a network (102) by a plurality of users of a user community. Each of the plurality of users is located at a unique remote site (38). The source content item (42) can be downloaded by each of the plurality of users and maintained at each remote site (38) as a unique content presentation item (44). In one embodiment, the user can edit his or her content presentation item (44) and upload the edits for incorporation into the source content item (42).