1 thilo.boehm 1.1 ࡱ > @ 0 x/ bjbj 0 ؝ ؝ & F : { { { 8 { | 6| } ( } ~ ~ ~ P , Z \ \ \ \ \ \ $ R * [ " . " [ [ ~ ~ ϔ ϔ ϔ [ : R ~ ~ Z ϔ [ Z ϔ ϔ ` " ~ } /PI { 0 4 0 d 3 h " T H $ ( ϔ L R $ $ $ d1 ^L $/ ^L OpenPegasus provides a tracing facility that helps in investigating the cause of a problem. For example, if requests abort, performance is reduced, or unexpected responses appear, trace can provide pointers to where and when the problem occurred.
To generate a useful trace for problem determination, the trace messages are categorized in trace levels and components. The trace level defines the severity of the message and the trace component assigns the message to a specific module or several modules serving special working units of OpenPegasus and there are special purpose trace components.
Writing trace messages is a OpenPegasus server functionally only. Currently it is not possible for providers to use the tracing facility.
When to write trace messages?
Trace statements are for debugging purpose. The information of a trace message is for a developer or service person, a person having insight into the code of OpenPegasus. Trace messages are utilizing the code to enable these people to understand the state of OpenPegasus and print execution flow relevant information like:
Locations of executions
Return values of functions
Error conditions of functions
Content of variables
Conditions and its evaluation
Etc.
Trace messages are NOT enabled for multicultural support.
Log messages are in contrast to trace messages. Log messages must give system operator/programmer information about the run-time state of OpenPegasus to enable these people to change the runtime environment to work properly.
Categorize trace messages
What is the right trace level?
There are 5 trace levels for configuration but only trace level 1 to 4 can be used for specifying the severity of a trace message.
The trace level definitions are done in Pegasus/Common/Tracer.h
Trace level 0 is reserved to switch tracing off. Trace level 5 is reserved for method enter/exit statements. Both trace levels cannot be specified explicitly on a trace statement.
All other levels can be specified in the tracing macros using the static variables with the definition as listed below.
Level #Definition1Tracer::LEVEL12Tracer::LEVEL23Tracer::LEVEL34Tracer::LEVEL4Table SEQ Table \* ARABIC 1
Tracer::LEVEL1
Trace level 1 should be used for severe error conditions that need to be reported to an user. For instance if the server has to discard data to be able to proceed, throws an exception, or has to close the connection.
All log messages are also written to trace level 1, which means that there is no need to duplicate log messages as a trace message.
As example, at the OpenSSL initialization, not enough seed data is found:
PEG_TRACE((TRC_SSL, Tracer::LEVEL1,
"Not enough seed data in seed file: %s",
(const char*)randomFile.getCString()));
Tracer::LEVEL2
Trace level 2 is for basic flow trace messages with minimal detail. These messages should also report error conditions which might cause an error visible to the end user, but dont necessarily have to.
For example, after reading an HTTP request, OpenPegasus is not able to parse the content language:
PEG_TRACE((TRC_HTTP, Tracer::LEVEL2,
"HTTPConnection: ERROR: contentLanguages had "
"parsing failure. clearing languages. error data=%s",
(const char*)contentLanguagesString.getCString()));
Tracer::LEVEL3
Trace level 3 is for intra-function logic flow and moderate data detail. These messages should report details of decisions made and important data of the general flow.
For example, after a connection has been established, the client IP address is written:
PEG_TRACE((TRC_HTTP, Tracer::LEVEL3,
"Connection IP address = %s",(const char*)_ipAddress.getCString()));
Tracer::LEVEL4
Trace level 4 is the highest data detail. These messages should report everything needed to be able to follow the flow.
For example:
PEG_TRACE((TRC_PROVIDERMANAGER,Tracer::LEVEL4,
"CMPIProvider has pending operations: %s",
(const char*)provider->getName().getCString()));
What is the right trace component?
At each trace macro, a trace component ID has to be specified to pool the trace messages in domains. These domains can be one or several modules serving a dedicate purpose within OpenPegasus or a special purpose domain serving an overall purpose.
The trace components IDs used for the trace macros are defined as enumeration in Pegasus/Common/Tracer.h.
The TRACE_COMPONENT_LIST[] used for the configuration option is defined in
Pegasus/Common/Tracer.cpp.
The components to be specified at the traceComponents configuration are defined in the TRACE_COMPONENT_LIST[]. If a new trace component is needed or changed, you have to modify both lists at the same index.
The table below is a first reference for component IDs for dedicated functionality of OpenPegasus. The current definitions can be found in Pegasus/Common/Tracer.h
enum TraceComponentIDstatic char const* TRACE_COMPONENT_LIST[]TRC_AUTHENTICATIONAuthenticationTRC_AUTHORIZATIONAuthorizationTRC_EXP_REQUEST_DISPCIMExportRequestDispatcherTRC_CIMOM_HANDLECIMOMHandleTRC_CMPIPROVIDERCMPIProviderTRC_CMPIPROVIDERINTERFACECMPIProviderInterfaceTRC_CQLCQLTRC_CONFIGConfigTRC_CONTROLPROVIDERControlProviderTRC_DISPATCHERDispatcherTRC_EXPORT_CLIENTExportClientTRC_HTTPHttpTRC_INDICATION_GENERATIONIndicationGenerationTRC_IND_HANDLERIndicationHandlerTRC_INDICATION_RECEIPTIndicationReceiptTRC_INDICATION_SERVICEIndicationServiceTRC_L10NL10NTRC_LISTENERListenerTRC_MESSAGEQUEUESERVICEMessageQueueServiceTRC_OBJECTRESOLUTIONObjectResolutionTRC_OS_ABSTRACTIONOsAbstractionTRC_PROVIDERAGENTProviderAgentTRC_PROVIDERMANAGERProviderManagerTRC_REPOSITORYRepositoryTRC_SSLSSLTRC_SERVERServerTRC_SHUTDOWNShutdownTRC_THREADThreadTRC_USER_MANAGERUserManagerTRC_WQLWQLTRC_WSMSERVERWsmServerTRC_XMLXmlTRC_XML_IOXmlIOTable SEQ Table \* ARABIC 2
Special purpose trace components
The next table below specifies component IDs for special purpose of the OpenPegasus:
Special purpose
TraceComponentIDDescriptionTRC_DISCARDED_DATAIssues a trace message when information is discarded or an operation is cancelled to enable OpenPegasus to proceed.
Tracer::LEVEL1 must be used for this component. TRC_LOGMSGDo not use this trace component. All messages written by the Logging Facility are automatically written with this component. TRC_XML_IOThis component specifies trace statements which belongs to the XML request/response handling and should be used only in this context.
The Trace Interface
There are 4 macros available to write a trace:
Trace macrosDescriptionPEG_METHOD_ENTERlogs a method entry message to the trace.
PEG_METHOD_EXITlogs a method exit message to the trace file.PEG_TRACE_CSTRINGThis writes a single trace message.PEG_TRACEWrites a printf()-style formatted trace message
All macros automatically add file (__FILE__) and line number (__LINE__) to the trace message.
You have to include <Pegasus/Common/Tracer.h> to use tracing at all.
Special note on using type String
If you like to use a String object as parameter in a trace macro, you have to
get the CString using the method getCString()
cast to (const char*)
For example:
PEG_TRACE((TRC_HTTP, Tracer::LEVEL2,
"HTTPConnection: ERROR: contentLanguages had "
"parsing failure. clearing languages. error data=%s",
(const char*)contentLanguagesString.getCString()));
PEG_METHOD_ENTER
SYNOPSIS
PEG_METHOD_ENTER (<traceComponent>, char* methodName);
DESCRIPTION
<traceComponent>Refers to a trace component specified in Table 2.MethodNameThe name of the method being entered.
PEG_ METHOD_ENTER() must be placed right after the entry point of a method or function and is generating a method enter trace statement with level 5.
EXAMPLE
PEG_METHOD_ENTER(TRC_SSL,"SSLContextManager::createSSLContext()");
PEG_METHOD_EXIT
SYNOPSIS
PEG_METHOD_EXIT();
DESCRIPTION
PEG_ METHOD_EXIT() must be placed before any exit point of a method or function and is generating a method exit trace statement with level 5.
It can only be used if the PEG_METHOD_ENTER() was used before in the same method/function.
EXAMPLE
void SSLContextManager::createSSLContext( )
{
PEG_METHOD_ENTER(TRC_SSL,"SSLContextManager::createSSLContext()");
try
{
}
catch()
{
PEG_METHOD_EXIT();
throw MyException();
}
PEG_METHOD_EXIT();
return;
}
PEG_TRACE_CSTRING
SYNOPSIS
PEG_TRACE_CSTRING(<traceComponent>,<traceLevel>, const char* traceMessage);
DESCRIPTION
<traceComponent>Refers to a trace component specified in Table 2.<traceLevel>Refers to a trace level
Tracer::LEVEL1 to Tracer::LEVEL4.traceMessageSingle trace message.
This writes a single trace message at a certain trace level and component to the trace. The message must be a single character string with a trailing \0.
EXAMPLE
PEG_TRACE_CSTRING(TRC_HTTP, Tracer::LEVEL1,
"select() timed out waiting for the socket connection to be"
"established.")
PEG_TRACE
SYNOPSIS
PEG_TRACE((<traceComponent>,<traceLevel>, const char* formatString,));
DESCRIPTION
<traceComponent>Refers to a trace component specified in Table 2.<traceLevel>Refers to a trace level
Tracer::LEVEL1 to Tracer::LEVEL4.formatString, The printf()-style format string and its parameters.
PEG_TRACE() writes a printf()-style formatted trace message at a certain trace level and component to the trace.
Note:
The parameters have to be put into a single argument for PEG_TRACE() by putting them in additional parenthesis.
EXAMPLE
PEG_TRACE((TRC_HTTP, Tracer::LEVEL4,
"Connection to server in progress. Waiting up to %u milliseconds "
"for the socket to become connected.",
timeoutMilliseconds));
Compiling out Trace code from Pegasus build
The trace code can be optionally removed from Pegasus at build time by defining PEGASUS_REMOVE_TRACE (D option).
OpenPegasus Tracing Development Guide - PAGE 8 -
OpenPegasus
Tracing
Development Guide
Y
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340 F Microsoft Word Document
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