Mq Bus Error
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and End-of-Life ProductsCisco IOS Software Releases 12.1 MainlineTroubleshoot and AlertsTroubleshooting TechNotes Troubleshooting Bus bus error linux Error Crashes Download Print Available Languages Download Options PDF (153.3 bus error c++ KB) View with Adobe Reader on a variety of devices ePub (111.5 KB) View in how to solve bus error in linux various apps on iPhone, iPad, Android, Sony Reader, or Windows Phone Mobi (Kindle) (129.9 KB) View on Kindle device or Kindle app on multiple devices
System Returned To Rom By Bus Error At Pc 0x0 Address 0x0
Updated:Jun 16, 2016 Document ID:7949 ContentsIntroductionPrerequisitesRequirementsComponents UsedConventionsIdentifying Bus Error CrashesTroubleshooting Bus Error CrashesTroubleshooting Bus Error Crashes on 68000 Processor PlatformsTroubleshooting Bus Error Crashes on RISC Processor PlatformsSpecial Types of Bus Error CrashesTroubleshooting Techniques for Bus Error Exception Boot LoopsCisco IOS Software Loaded Does Not Support Installed HardwareSoftware FailureMis-seated HardwareHardware FailureInformation bus error python to Collect if You Open a Service RequestRelated Information Introduction This document explains how to identify bus error crashes and how to troubleshoot those crashes depending on the type of processor you have in your Cisco router. Prerequisites Requirements Cisco recommends that you read Troubleshooting Router Crashes before proceeding with this document. Components Used The information in this document is based on these software and hardware versions: All Cisco IOSĀ® software versions All Cisco routers Note:This document does not apply to Cisco Catalyst switches or MGX platforms. The information in this document was created from the devices in a specific lab environment. All of the devices used in this document started with a cleared (default) configuration. If your network is live, make sure that you understand the potential impact of any command. Conventions Refer to the Cisco Technical Tips Conventions for more information on document conventions. Identifying
can access the value using the following XQuery statement: $fault/ctx:errorCode/text() Errors are accompanied by details specific to the https://docs.oracle.com/cd/E28280_01/admin.1111/e15867/app_error_codes.htm error inside the fault element. Table A-1 through Table A-5 list https://docs.oracle.com/cd/E28280_01/dev.1111/e15866/jms.htm Oracle Service Bus error codes. For error schema examples, see Section A.1, "Error Details Schemas." Table A-1 Oracle Service Bus Error Codes - Transport Runtime Errors (BEA-380000 to BEA-380099) Error Code Error Message BEA-380000 General Transport error XML Details: "An Error Response Was Received" (when bus error occurring in publish action) Table A-2 Oracle Service Bus Error Codes - Message Flow Runtime Errors (382000...382499) Error Code Error Message BEA-382000 General runtime error BEA-382030 General parse failure from binding layer (for example, message to XML service is not XML) BEA-382031 WS-I compliance failure BEA-382032 Message must be a soap:Envelope XML Details: "A Non-SOAP or system returned to Invalid Envelope Was Received" BEA-382033 A soap:Envelope must contain a soap:Body BEA-382040 Failed to assign value to context variable "{0}". Value must be an instance of {1} BEA-382041 Failed to assign value to context variable "{0}". Variable is read-only. BEA-382042 Failed to assign value to context variable "{0}". {1} BEA-382043 Failed to update the value of context variable "{0}": {1} BEA-382045 Failed to initialize the value of context variable "{0}": {1} BEA-382046 Failed to marshall the value of context variable "{0}" to XML: {1} BEA-382100 General binding error while processing inbound request BEA-382101 General binding error while preparing inbound response BEA-382102 General binding error while preparing outbound request BEA-382103 General binding error while processing outbound response BEA-382104 Failed to prepare request metadata for service {0} BEA-382105 Failed to prepare response metadata for service {0} BEA-382150 Failed to dispatch request to service {0} BEA-382151 Cannot dispatch to unknown service: {0} Table A-3 Oracle Service Bus Error Codes - Action Errors (382500...382999) Error Code Error Message BEA-382500 ALSBConfigurationMBean
and WebLogic JMS and between Oracle Service Bus and WebSphere MQ This chapter includes the following sections: Section 30.1, "Overview of JMS Interoperability" Section 30.2, "Asynchronous Request-Response Messaging" Section 30.3, "Using SOAP-JMS Transport" Section 30.4, "Naming Guidelines for Domains, WebLogic, and JMS Servers" Section 30.5, "Specifying the JMS Type for Services" Section 30.6, "Specifying the JMS Client ID in Proxy Services" Section 30.7, "WSDL-Defined SOAP Fault Messages" Section 30.8, "Interoperability with WebSphere MQ" Section 30.9, "Interoperability with Tibco EMS" Section 30.10, "Message ID and Correlation ID Patterns for JMS Request/Response" Section 30.11, "Using the JMS Transport" 30.1 Overview of JMS Interoperability Java API for XML-Remote Procedure Call (JAX-RPC) is considered the core Java API to build and deploy Web services using J2EE. JAX-RPC provides a simple, robust platform for building Web services applications by abstracting the complexity of mapping between XML types and Java types and the lower-level details of handling XML SOAP messages from the developer. JAX-RPC introduces a method call paradigm by providing two programming models: A server-side model for developing Web services endpoints using Java classes or stateless EJB components A client-side model for building Java clients that access Web services as local objects. JAX-RPC mandates the use of SOAP and interoperability with other Web services built with other technologies. If you already have a stateless session EJB or a Java class that performs your business logic, J2EE lets you expose it as a service in a standard manner using JAX-RPC. All Oracle Service Bus service types support JMS transport. Proxy services and business services must be configured to use JMS transport as described in the Section 2.3, "Working with Proxy Services"andSection 2.2, "Working with Business Services." For information about Oracle WebLogic Server JMS, see: "Managing Your Applications" in Oracle Fusion Middleware Programming JMS for Oracle WebLogic Server "Configure JMS Servers" in the Oracle Fusion Middleware Oracle WebLogic Server Administration Console Online Help Note: Oracle Service Bus supports the MQ Extended Transactional Client which is vital for remote transactional support configuration. 30.2 Asynchronous Request-Response Messaging Messaging can be categorized as follows: One-way Synchronous request-response Asynchronous request-response However, messaging over JMS