Hierarchy editor tool for source code

One or more non-transitory computer-readable media having executable instructions embodied thereon that, when executed by a processor of a computer device, perform a method, the method comprising:

• obtaining code for each of a baseline user interface, a custom user interface, and a new user interface;
• for each of the baseline user interface, the custom user interface, and the new user interface, locating a plurality of unique identifiers in the code that corresponds to structures of one or more of the baseline user interface, the custom user interface, and the new user interface;
• generating a baseline tree that represents the baseline user interface based on the plurality of unique identifiers located in the code of the baseline user interface, wherein the baseline tree includes a hierarchy of nested nodes that represent structures of the baseline user interface;
• generating a custom tree that represents the custom user interface based on the plurality of unique identifiers located in the code of the custom user interface, wherein the custom tree includes a hierarchy of nested nodes that represent structures of the custom user interface;
• generating a new tree that represents the new user interface based on the plurality of unique identifiers located in the code of the new user interface, wherein the new tree includes a hierarchy of nested nodes that represent structures of the new user interface;
• identifying differences between the nested nodes of the baseline tree and the nested nodes of the custom tree, and between the nested nodes of the baseline tree and the nested nodes of the new tree;
• generating an intermediate tree from the custom tree and the new tree, wherein the intermediate tree includes a hierarchy of nested nodes that represents the structures of one or more of the custom user interface or the new user interface;
• identifying a conflict at a nested node in the intermediate tree;
• concurrently presenting a user-interactive visual representation of the baseline tree and the intermediate tree via a graphical user interface (GUI), wherein the nested node in the intermediate tree is annotated with a conflict resolution icon to represent the conflict identified for the nested node;
• dynamically updating the intermediate tree in the GUI in response to a user-interaction with the GUI designating a resolution to the conflict identified;
• and
• in response to an indication to finalize the intermediate tree, encoding the hierarchy of nested nodes of the intermediate tree to create a finalized user interface that is a combination of the structures of the custom user interface and the new user interface.

One or more non-transitory computer-readable media having executable instructions embodied thereon that, when executed by a processor of a computer device, perform a method, the method comprising:

• obtaining code for each of a baseline user interface, a custom user interface, and a new user interface;
• for each of the baseline user interface, the custom user interface, and the new user interface, locating a plurality of unique identifiers in each code that corresponds to structures of one or more of the baseline user interface, the custom user interface, and the new user interface;
• generating a baseline tree, a custom tree, and a new tree based on the plurality of unique identifiers located in the respective code of the baseline user interface, the custom user interface, and the new user interface, each of the baseline tree, the custom tree, and the new tree including a hierarchy of nested nodes that represent structures of the respective baseline user interface, custom user interface, or new user interface;
• generating an intermediate tree that is a combination of the custom tree and the new tree, wherein the intermediate tree includes a hierarchy of nested nodes that represents structures of one or more of the custom user interface or the new user interface;
• identifying a conflict at a node in the intermediate tree;
• concurrently presenting a user-interactive visual representation of the baseline tree and the intermediate tree via a graphical user interface (GUI), wherein the node in the intermediate tree is annotated with a conflict resolution icon to represent the conflict identified for the node;
• dynamically updating the intermediate tree in the GUI in response to a user interaction with the GUI designating a resolution to the conflict;
• in response to an indication to finalize the intermediate tree, performing a validation logic against the intermediate tree to identify any errors;
• and
• encoding the hierarchy of nested nodes of the intermediate tree to create a finalized user interface that is a merger of the structures of one or more of the custom user interface and the new user interface when the validation logic successfully runs without identifying any errors.