Abstract: According to one embodiment, a method, computer system, and computer program product for augmented reality/virtual reality (AR/VR) preference mapping is provided. The embodiment may include capturing a plurality of user preferences from a plurality of user feedback while a user interacts with elements of an AR/VR space. The embodiment may also include mapping one or more user preferences from the plurality of captured user preferences to one or more clusters. The embodiment may further include generating a user preference model of the elements based on the one or more mapped user preferences. The embodiment may also include displaying the user preference model in the AR/VR space.

Abstract: A computer-implemented method, system and computer program product for performing user acceptance testing. A virtual environment for virtual sponsor users to interact with a feature or a function of a software product is created. Such virtual sponsor users are virtual representations of actual or real sponsor users. Each of these virtual sponsor users are then assigned a persona type profile of a target audience. Such persona type profiles include the character traits of a user, such as a user or member of the target audience. Interactions of the virtual sponsor users with the feature or the function of the software product are then simulated and tracked. The rate of acceptance of the feature or the function of the software product is then determined based on such tracked interactions. In this manner, user acceptance testing is performed in a swiftly manner that is cost effective.

Abstract: A system, computer program product, and method are provided to conduct gap probability mapping to predict presence and location of one or more gaps in a corpus. A probabilistic model is formed to represent inter-corpora associations of objects, which the model leverages to process query submissions. As queries are received and processed, the model creates an adjustment. Subject to evaluation, confidence of the adjustment is evaluated, and a response correlated to the confidence is returned.

Abstract: A system, computer program product, and method are provided to conduct gap probability mapping to predict presence and location of one or more gaps in a corpus. A probabilistic model is formed to represent inter-corpora associations of objects, with the model leverages to process query submissions. As queries are received and processed, the model creates an adjustment. Subject to evaluation, confidence of the adjustment is evaluated, and a response correlated to the confidence is returned.

Abstract: Visualizing user interfaces specified by source code includes executing, using a development application, source code including a segment of source code specifying a user interface and, responsive to executing the segment of source code, generating, using a processor, a first screenshot including the user interface. The first screenshot is correlated with the segment of source code. The first screenshot is stored in association with the segment of source code.

Abstract: Visualizing user interfaces specified by source code includes executing, using a development application, source code including a segment of source code specifying a user interface and, responsive to executing the segment of source code, generating, using a processor, a first screenshot including the user interface. The first screenshot is correlated with the segment of source code. The first screenshot is stored in association with the segment of source code.

Abstract: Visualizing user interfaces specified by source code includes executing, using a development application, source code including a segment of source code specifying a user interface and, responsive to executing the segment of source code, generating, using a processor, a first screenshot including the user interface. The first screenshot is correlated with the segment of source code. The first screenshot is stored in association with the segment of source code.

Abstract: An approach is described for addressing API modifications to ensure client compatibility. An associated method may include receiving, via a communications network, a web services request from a client application. The request may include requested information and request metadata in a first data format in accordance with a data contract. The method further may include transmitting the web services request to a server application and receiving from the server application a server response to the web services request. The server response may include a response to the requested information in a second data format and response metadata in the second data format. The method further may include evaluating the server response by completing a comparison of the request metadata in the first data format with the response metadata in the second data format and generating a client-compatible response to the web services request based upon the comparison.

Abstract: Arrangements described herein include accessing user data associated with a user participating in a web conference. The user data includes user analytics generated by tracking and analyzing use, by the user, of web based resources unrelated to the web conference. A plurality of topics discussed during the web conference can be identified in real time. For each respective topic that has a high probability of being of interest to the user, at least one bookmark for the web conference can be generated. Data contained in the bookmark artifact can be applied to a recording of the web conference to bookmark in the recording of the web conference each respective topic that has a high probability of being of interest to the user. An association between the recording of the web conference and the user can be created.

Abstract: An approach is described for addressing API modifications to ensure client compatibility. An associated method may include receiving, via a communications network, a web services request from a client application. The request may include requested information and request metadata in a first data format in accordance with a data contract. The method further may include transmitting the web services request to a server application and receiving from the server application a server response to the web services request. The server response may include a response to the requested information in a second data format and response metadata in the second data format. The method further may include evaluating the server response by completing a comparison of the request metadata in the first data format with the response metadata in the second data format and generating a client-compatible response to the web services request based upon the comparison.

Abstract: Arrangements described herein include accessing user data associated with a user participating in a web conference. The user data includes user analytics generated by tracking and analyzing use, by the user, of web based resources unrelated to the web conference. A plurality of topics discussed during the web conference can be identified in real time. For each respective topic that has a high probability of being of interest to the user, at least one bookmark for the web conference can be generated. Data contained in the bookmark artifact can be applied to a recording of the web conference to bookmark in the recording of the web conference each respective topic that has a high probability of being of interest to the user. An association between the recording of the web conference and the user can be created.

Abstract: Visualizing user interfaces specified by source code includes executing, using a development application, source code including a segment of source code specifying a user interface and, responsive to executing the segment of source code, generating, using a processor, a first screenshot including the user interface. The first screenshot is correlated with the segment of source code. The first screenshot is stored in association with the segment of source code.

Abstract: Visualizing user interfaces specified by source code includes executing, using a development application, source code including a segment of source code specifying a user interface and, responsive to executing the segment of source code, generating, using a processor, a first screenshot including the user interface. The first screenshot is correlated with the segment of source code. The first screenshot is stored in association with the segment of source code.

Abstract: Visualizing user interfaces specified by source code includes executing, using a development application, source code including a segment of source code specifying a user interface and, responsive to executing the segment of source code, generating, using a processor, a first screenshot including the user interface. The first screenshot is correlated with the segment of source code. The first screenshot is stored in association with the segment of source code.

Abstract: Visualizing user interfaces specified by source code includes executing, using a development application, source code including a segment of source code specifying a user interface and, responsive to executing the segment of source code, generating, using a processor, a first screenshot including the user interface. The first screenshot is correlated with the segment of source code. The first screenshot is stored in association with the segment of source code.

Abstract: Visualizing user interfaces specified by source code includes executing, using a development application, source code including a segment of source code specifying a user interface and, responsive to executing the segment of source code, generating, using a processor, a first screenshot including the user interface. The first screenshot is correlated with the segment of source code. The first screenshot is stored in association with the segment of source code.

Abstract: In one embodiment, a file includes data that is divided into a plurality of sections, and each section may include metadata that includes the revision history for that section. A specific section of the file may be selected and its revision history queried. In response to such a query, the revision history for the selected section is extracted from the section metadata and may be displayed. If a portion of a section has been copied from a source section and pasted into a target section, the section metadata for the target section may be updated to include information about the source section. For each change to the section data, the section metadata may also include a version number, a revision date and time, a revision author and the actual insertion, deletion or other change to the section data.

Abstract: In one embodiment, a file includes data that is divided into a plurality of sections, and each section may include metadata that includes the revision history for that section. A specific section of the file may be selected and its revision history queried. In response to such a query, the revision history for the selected section is extracted from the section metadata and may be displayed. If a portion of a section has been copied from a source section and pasted into a target section, the section metadata for the target section may be updated to include information about the source section. For each change to the section data, the section metadata may also include a version number, a revision date and time, a revision author and the actual insertion, deletion or other change to the section data.