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product update 16.10Released Oct 13, 2016 Developer Resources Developer Documentation Player Error and Event Handling ProductVersionEdition Video CloudLegacy StudioExpress I, Express II, Express III, Professional, Enterprise This topic describes player error handling that you can enable in the player publishing code. Using this style of vba error handling in loop error handling enables you to track and react if content is not available in the player or if the player itself is not able to load. This also lets you send notifications to your reporting or alert system and potentially replace what would have been presented in the player with some other HTML. Here are the parameters in the player publishing code that will be discussed in the sections below: Note that because of cross-domain restrictions for HTML5 players, custom error messages will not display on iOS devices or in other cases where the HTML5 player is loaded. Outline Specifying event handlers Handling Error events Understanding ErrorEvent properties Errors table Localizing and cust
resources Windows Server 2012 resources Programs MSDN subscriptions Overview Benefits Administrators Students Microsoft Imagine Microsoft Student Partners ISV Startups TechRewards Events Community Magazine Forums Blogs Channel 9 Documentation APIs and reference Dev centers on error goto line Retired content Samples We’re sorry. The content you requested has been removed. You’ll vba on error exit sub be auto redirected in 1 second. Visual Basic Language Reference Statements F-P Statements F-P Statements On Error Statement On on error goto 0 Error Statement On Error Statement For Each...Next Statement For...Next Statement Function Statement Get Statement GoTo Statement If...Then...Else Statement Implements Statement Imports Statement (.NET Namespace and Type) Imports Statement (XML Namespace) Inherits Statement https://support.brightcove.com/en/video-cloud/docs/player-error-handling Interface Statement Mid Statement Module Statement Namespace Statement On Error Statement Operator Statement Option
that generate exceptions or traps, such as floating point errors or access violations. The set of errors that are handled by MPI is implementation-dependent. Each such error generates an MPI exception. The above text http://mpi-forum.org/docs/mpi-1.1/mpi-11-html/node148.html takes precedence over any text on error handling within this document. Specifically, text that states that errors will be handled should be read as may be handled. A user can associate an error handler with a communicator. The specified error handling routine will be used for any MPI exception that occurs during a call to MPI for a communication with this communicator. MPI calls that are not related to vba error any communicator are considered to be attached to the communicator MPI_COMM_WORLD. The attachment of error handlers to communicators is purely local: different processes may attach different error handlers to the same communicator. A newly created communicator inherits the error handler that is associated with the ``parent'' communicator. In particular, the user can specify a ``global'' error handler for all communicators by associating this handler with the communicator MPI_COMM_WORLD immediately vba error handling after initialization. Several predefined error handlers are available in MPI: { MPI_ERRORS_ARE_FATAL} The handler, when called, causes the program to abort on all executing processes. This has the same effect as if MPI_ABORT was called by the process that invoked the handler. { MPI_ERRORS_RETURN} The handler has no effect other than returning the error code to the user. Implementations may provide additional predefined error handlers and programmers can code their own error handlers. The error handler MPI_ERRORS_ARE_FATAL is associated by default with MPI_COMM_WORLDafter initialization. Thus, if the user chooses not to control error handling, every error that MPI handles is treated as fatal. Since (almost) all MPI calls return an error code, a user may choose to handle errors in its main code, by testing the return code of MPI calls and executing a suitable recovery code when the call was not successful. In this case, the error handler MPI_ERRORS_RETURN will be used. Usually it is more convenient and more efficient not to test for errors after each MPI call, and have such error handled by a non trivial MPI error handler. After an error is detected, the state of MPI is undefined. That is, using a user-defined error handler, or MPI_ERRORS_RETURN, does not necessarily al