Abstract: A code analysis system is described herein that provides code completion for programming languages that include elements that are not statically discoverable and that provides results in a predictable period that is acceptable for an interactive user interface. The system compiles each file into an intermediate state that can be stored and cached to speed later analysis of files. In addition, when executing a particular file, the system monitors a time-based threshold and/or a recursion depth so that if the compilation time is exceeding the threshold or a function is exceeding the recursion depth the system can stop the execution and use the intermediate results obtained up to that point to provide as much information as possible within a bounded execution time. When dynamic analysis fails, the system falls back to static analysis.

Abstract: A code analysis system is described herein that provides code completion for programming languages that include elements that are not statically discoverable and that provides results in a predictable period that is acceptable for an interactive user interface. The system compiles each file into an intermediate state that can be stored and cached to speed later analysis of files. In addition, when executing a particular file, the system monitors a time-based threshold and/or a recursion depth so that if the compilation time is exceeding the threshold or a function is exceeding the recursion depth the system can stop the execution and use the intermediate results obtained up to that point to provide as much information as possible within a bounded execution time. When dynamic analysis fails, the system falls back to static analysis.

Abstract: A code analysis system is described herein that provides code completion for programming languages that include elements that are not statically discoverable and that provides results in a predictable period that is acceptable for an interactive user interface. The system compiles each file into an intermediate state that can be stored and cached to speed later analysis of files. In addition, when executing a particular file, the system monitors a time-based threshold and/or a recursion depth so that if the compilation time is exceeding the threshold or a function is exceeding the recursion depth the system can stop the execution and use the intermediate results obtained up to that point to provide as much information as possible within a bounded execution time. When dynamic analysis fails, the system falls back to static analysis.

Abstract: A user interface that includes an activity initiation area that includes an activity initiation control that may be interacted with in order to initiate respective activities, and a notification area in which one or more notifications related to the activity may be displayed. The notification area is spatially related to the activity initiation control in a fixed manner for multiple activities. The activity initiation area may appear along a lower boundary of the display much as a partially pulled out drawer as viewed from above. The notification area may also appear along the lower boundary of the display, but extend further vertically, much as a fully pulled out drawer as viewed from above. This helps give a contextual understanding of the subject matter of the notifications in relation to the activities that have been, or may be, initiated from the activity initiation area.

Abstract: A user interface in which a notification is to be displayed in the context of a dialog already being displayed over a primary application work area. Rather than pop up an additional dialog to show the notification, the notification is displayed adjacent the existing dialog. If the notification is a confirmation request, the display of the confirmation request disables an advancement control in the dialog that would otherwise enable the user to advance to the next step in the dialog, or to close the dialog.

Abstract: A code analysis system is described herein that provides code completion for programming languages that include elements that are not statically discoverable and that provides results in a predictable period that is acceptable for an interactive user interface. The system compiles each file into an intermediate state that can be stored and cached to speed later analysis of files. In addition, when executing a particular file, the system monitors a time-based threshold and/or a recursion depth so that if the compilation time is exceeding the threshold or a function is exceeding the recursion depth the system can stop the execution and use the intermediate results obtained up to that point to provide as much information as possible within a bounded execution time. When dynamic analysis fails, the system falls back to static analysis.

Abstract: A code analysis system is described herein that provides code completion for programming languages that include elements that are not statically discoverable and that provides results in a predictable period that is acceptable for an interactive user interface. The system compiles each file into an intermediate state that can be stored and cached to speed later analysis of files. In addition, when executing a particular file, the system monitors a time-based threshold and/or a recursion depth so that if the compilation time is exceeding the threshold or a function is exceeding the recursion depth the system can stop the execution and use the intermediate results obtained up to that point to provide as much information as possible within a bounded execution time. When dynamic analysis fails, the system falls back to static analysis.

Abstract: A text completion system is described herein that completes text at a tag and/or attribute level based on a syntactic understanding of software program code. The system includes sets of elements and associated attribute-value pairs that represent interesting, common, and repeated patterns. As a user is editing a web page or other document in an editing tool that implements the system, the user can retrieve, select, and insert these patterns using simple commands. The system receives a selected pattern from the user, and inserts target text associated with the pattern. In addition, users can fill in instance-specific data within the larger pattern to allow a single pattern to cover several common and closely related scenarios. Thus, the text completion system increases user productivity by providing more intelligent text completion through a syntactic understanding of the language in which a document is written.

Abstract: A code analysis system is described herein that provides code completion for programming languages that include elements that are not statically discoverable and that provides results in a predictable period that is acceptable for an interactive user interface. The system compiles each file into an intermediate state that can be stored and cached to speed later analysis of files. In addition, when executing a particular file, the system monitors a time-based threshold and/or a recursion depth so that if the compilation time is exceeding the threshold or a function is exceeding the recursion depth the system can stop the execution and use the intermediate results obtained up to that point to provide as much information as possible within a bounded execution time. When dynamic analysis fails, the system falls back to static analysis.