Abstract: An aspect of auto-completion of text entered by a user includes configurable data collection components that collect from software applications text data and metadata representing an initial state of each of the applications and text data and metadata representing changes to the state of one or more of the applications. A central text matching component receives and stores the text data and metadata. A sending component sends text entered by the user in a text-entry field and any metadata associated with it to the central text matching component. A comparison component compares the entered text and associated metadata to the stored text data and metadata and locates matching text strings. A weighted ordering component ranks the matching text strings using the metadata and its configuration settings. A completion component completes the entered text at the text-entry field based on a selection of one of the located matching text strings.

Abstract: Errors are predicted in a user interface interaction. User interactions in a user interaction session are recorded. The user interactions form a recorded user interaction pattern. The recorded user interaction pattern is checked for a similar match against a set of error patterns, in which each error pattern is an historical user interaction pattern associated with an historical error status. A user is notified that the recorded user interaction pattern is an error risk, based on the recorded user interaction pattern being similar to an error pattern that has generated an historical error.

Abstract: An aspect of auto-completion of text entered by a user includes configurable data collection components that collect from software applications text data and metadata representing an initial state of each of the applications and text data and metadata representing changes to the state of one or more of the applications. A central text matching component receives and stores the text data and metadata. A sending component sends text entered by the user in a text-entry field and any metadata associated with it to the central text matching component. A comparison component compares the entered text and associated metadata to the stored text data and metadata and locates matching text strings. A weighted ordering component ranks the matching text strings using the metadata and its configuration settings. A completion component completes the entered text at the text-entry field based on a selection of one of the located matching text strings.

Abstract: An aspect of auto-completion of text entered by a user includes configurable data collection components that collect from software applications text data and metadata representing an initial state of each of the applications and text data and metadata representing changes to the state of one or more of the applications. A central text matching component receives and stores the text data and metadata. A sending component sends text entered by the user in a text-entry field and any metadata associated with it to the central text matching component. A comparison component compares the entered text and associated metadata to the stored text data and metadata and locates matching text strings. A weighted ordering component ranks the matching text strings using the metadata and its configuration settings. A completion component completes the entered text at the text-entry field based on a selection of one of the located matching text strings.

Abstract: Systems, methods, and computer program products to perform an operation comprising receiving a request to create a clip of a media file, wherein the request specifies a time duration for the clip, computing a metric value for each of a plurality of segments of the media file, identifying, based on the plurality of metric values, a first segment of the plurality of segments of the media file, wherein the metric value for the first segment of the media file exceeds a threshold metric value, and generating the clip of the media file, wherein the clip of the media file includes at least the first segment of the media file.

Abstract: Errors are predicted in a user interface interaction. User interactions in a user interaction session are recorded. The user interactions form a recorded user interaction pattern. The recorded user interaction pattern is checked for a similar match against a set of error patterns, in which each error pattern is an historical user interaction pattern associated with an historical error status. A user is notified that the recorded user interaction pattern is an error risk, based on the recorded user interaction pattern being similar to an error pattern that has generated an historical error.

Abstract: An aspect of auto-completion of text entered by a user includes configurable data collection components that collect from software applications text data and metadata representing an initial state of each of the applications and text data and metadata representing changes to the state of one or more of the applications. A central text matching component receives and stores the text data and metadata. A sending component sends text entered by the user in a text-entry field and any metadata associated with it to the central text matching component. A comparison component compares the entered text and associated metadata to the stored text data and metadata and locates matching text strings. A weighted ordering component ranks the matching text strings using the metadata and its configuration settings. A completion component completes the entered text at the text-entry field based on a selection of one of the located matching text strings.