Debugging Error Handling Same Thing
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9 Documentation APIs and reference Dev centers Retired content Samples We’re sorry. The content error handling and debugging in jsp you requested has been removed. You’ll be auto redirected in 1 second. MSDN Library .NET Development Silverlight Silverlight Debugging, Error Handling, and Exceptions
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Debugging, Error Handling, and Exceptions Debugging, Error Handling, and Exceptions .NET Framework Class Library for Silverlight Silverlight Overview Getting Started Application and Programming Models Layout, Input, and Printing Controls Graphics, Animation, and Media XAML Integrating Silverlight with a Web Page Types, Properties, Methods, and Events Data Access and konsep debugging dan error handling Data Structures Networking and Web Services Debugging, Error Handling, and Exceptions Debugging Overview Code Contracts Profiling Overview Error Handling Exceptions Troubleshooting Silverlight Designer Load Failures Deployment and Localization Performance Security in Silverlight Mobile Platform Development General Reference TOC Collapse the table of content Expand the table of content This documentation is archived and is not being maintained. This documentation is archived and is not being maintained. Debugging, Error Handling, and Exceptions Silverlight This section describes tools and technologies that keep your Silverlight-based applications running accurately and effectively. In This Section Debugging Overview Discusses Silverlight Tools for Visual Studio 2010, which helps you debug Silverlight-based applications. The overview includes information about attaching debuggers to processes and debugging JavaScript applications. Error Handling Describes error handling in the JavaScript API for Silverlight and using event handlers. Handling and Throwing Exceptions Describes the exception-hand
Status messages, errors, and warnings issued by the ROSE library are handled by the RoseErrorReporter class. By default, these are printed to the console, but you can provide your own custom code. or use the ST-Developer Message Window to view messages
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in a separate dialog. There is only one reporter object, given by the ROSE.error_reporter()
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function. Each message is described by a RoseError struct, with a severity, numeric code, and descriptive text. The RoseErrorContext class holds debug.error unity thresholds that control the display of messages, and can also hold a table of RoseError messages for lookup by numeric code. The rose_ec() context holds predefined errors for ROSE library functions, and the rose_io_ec() context https://msdn.microsoft.com/en-us/library/cc838261(v=vs.95) holds predefined errors for STEP file parsing. Messages are normally printed as they occur, but the RoseErrorStats class can save counts and other information for summary display. Applications can also use the RoseErrorTrace class to give additional trace information like file names or line numbers. Turning All Messages On/Off The ROSE library prints informational messages as it reads and writes files, loads schemas, and matches EXPRESS types to C++ http://www.steptools.com/support/stdev_docs/roselib/error_handling.html types. For example, the following banner is printed whenever ROSE library is first initialized: ST-DEVELOPER System Release v16 Copyright (c) 1991-2016 by STEP Tools Inc. All Rights Reserved Each message has a RoseStatus severity value. Informational messages have the lowest severity (ROSE_OK = 0) while warnings and errors have progressively severities. You can turn off informational messages by setting the report_threshold() to a higher value or by using the ROSE.quiet() shortcut. For example: // No info messages, only print warnings and errors ROSE.error_reporter-> report_threshold (ROSE_STATUS_WARNING); ROSE.quiet(1); // does the same thing // Show everything, including info messages ROSE.error_reporter-> report_threshold (ROSE_OK); ROSE.quiet(0); // does the same thing Messages are normally printed to to stdout, but you can use RoseErrorReporter::error_file() to send messages to a different file handle. If you want greater control, you can provide a RoseErrorReporter::report_fn() hook function to display the message . The following example formats a message and displays it in a Windows dialog box. void report_in_a_box( RoseErrorReporter * rpt, RoseErrorContext * cx, const RoseError * err, va_list ap ) { RoseStringObject msg; rose_error_format_sprintf (msg, rpt, cx, err, ap); CWnd * cw = AfxGetMainWnd(); HWND mw = NULL; if (cw) mw = cw->m_hWnd; MessageBox (mw, msg.as_const(), "WARNING", MB_ICONSTOP); } // set the hook function ROSE.error_rep
Федерация 中国 (China) 日本 (Japan) 대한민국 (Korea) 台灣 (Taiwan) See All Countries Toggle navigation INNOVATIES WEBSHOP ONDERSTEUNING COMMUNITY Nederland Academic Self-Paced Video Training for Students Learn LabVIEW 1. LabVIEW Environment 2. http://www.ni.com/academic/students/learn-labview/debugging/ Loops and Execution Structures 3. Data Types and Structures 4. Graphical Programming 5. Programming Tools 6. Debugging and Handling Errors 7. Signal Processing 8. MathScript and Text-Based Programming 9. Help Within LabVIEW Learn Data Acquisition 1. Connect to Hardware 2. Acquire and Generate Data Taking a Measurement Generating a Signal Using Counters and Digital IO 3. Create Applications Software-Timed Closed-Loop error handling Control Adding Data Logging Monitoring and Alarming Triggering Data Acquisition Learn RIO 1. What is RIO? 2. Setting Up Your CompactRIO System 3. Embedded Programming with LabVIEW and CompactRIO 4. Create an Embedded State Machine with CompactRIO 5. Learn to Use myRIO Additional Resources 6. Debugging and Handling Errors Using Debugging Tools in NI LabVIEW See how NI LabVIEW can automatically debugging and error detect errors and help you debug your programs. Overview NI LabVIEW software contains powerful debugging tools to help you identify problem areas in your code so you can make the appropriate changes. You may encounter two general types of software bugs: those that prevent the program from running and those that generate bad results or incorrect behavior. This module teaches you how to identify and troubleshoot both types of errors. Detailed Explanation Download the Detailed Explanation PDF Fixing Broken VIs Finding Causes for Broken VIs Block Diagram Toolbar Handling Errors in LabVIEW Error Clusters Using While Loops With Error Handling If LabVIEW cannot run your VI, it informs you by changing the Run Arrow to a broken icon and the Error List window lists the specific reasons why the VI is broken. The second type of bug is typically harder to track down, but LabVIEW features several tools to help you watch your code as it executes, which makes the process much easier. Fixing Broken VIs If a VI does not run, it is a broken, or non-executable, VI