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Commit 4802b84d authored by Eric Cano's avatar Eric Cano
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Added systematic logging at the end of the tape thread with the same layout... 

Added systematic logging at the end of the tape thread with the same layout for read and write, for easy tape log parsing.
Separated implementation for TapeReadSingleThread in a cpp file.
parent 1d149a3f
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castor/tape/tapeserver/daemon/CMakeLists.txt
View file @ 4802b84d
......@@ -34,6 +34,7 @@ add_library(castorTapeServerDaemon
RecallReportPacker.cpp
TapeMessageHandler.cpp
TapeDaemonMain.cpp
TapeReadSingleThread.cpp
TapeWriteSingleThread.cpp
TapeWriteTask.cpp
VdqmAcceptHandler.cpp
......
castor/tape/tapeserver/daemon/TapeReadSingleThread.cpp 0 → 100644
View file @ 4802b84d
/******************************************************************************
*
* This file is part of the Castor project.
* See http://castor.web.cern.ch/castor
*
* Copyright (C) 2003 CERN
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU General Public License
* as published by the Free Software Foundation; either version 2
* of the License, or (at your option) any later version.
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
* You should have received a copy of the GNU General Public License
* along with this program; if not, write to the Free Software
* Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA.
*
*
*
* @author Castor Dev team, castor-dev@cern.ch
*****************************************************************************/
#include "castor/tape/tapeserver/daemon/TapeReadSingleThread.hpp"
//------------------------------------------------------------------------------
//constructor for TapeReadSingleThread
//------------------------------------------------------------------------------
castor::tape::tapeserver::daemon::TapeReadSingleThread::TapeReadSingleThread(
castor::tape::tapeserver::drives::DriveInterface& drive,
castor::legacymsg::RmcProxy& rmc,
TapeServerReporter& initialProcess,
const client::ClientInterface::VolumeInfo& volInfo,
uint64_t maxFilesRequest,
castor::server::ProcessCap& capUtils,
TaskWatchDog<detail::Recall>& watchdog,
castor::log::LogContext& lc) :
TapeSingleThreadInterface<TapeReadTask>(drive, rmc, initialProcess, volInfo,
capUtils, lc),
m_maxFilesRequest(maxFilesRequest),
m_watchdog(watchdog) {}
//------------------------------------------------------------------------------
//TapeCleaning::~TapeCleaning()
//------------------------------------------------------------------------------
castor::tape::tapeserver::daemon::TapeReadSingleThread::TapeCleaning::~TapeCleaning() {
// Tell everyone to wrap up the session
// We now acknowledge to the task injector that read reached the end. There
// will hence be no more requests for more.
m_this.m_taskInjector->finish();
//then we log/notify
m_this.m_logContext.log(LOG_DEBUG, "Starting session cleanup. Signaled end of session to task injector.");
m_this.m_stats.waitReportingTime += m_timer.secs(utils::Timer::resetCounter);
try {
// Do the final cleanup
// in the special case of a "manual" mode tape, we should skip the unload too.
if (m_this.m_drive.librarySlot != "manual") {
m_this.m_drive.unloadTape();
m_this.m_logContext.log(LOG_INFO, "TapeReadSingleThread: Tape unloaded");
} else {
m_this.m_logContext.log(LOG_INFO, "TapeReadSingleThread: Tape NOT unloaded (manual mode)");
}
m_this.m_stats.unloadTime += m_timer.secs(utils::Timer::resetCounter);
// And return the tape to the library
// In case of manual mode, this will be filtered by the rmc daemon
// (which will do nothing)
m_this.m_rmc.unmountTape(m_this.m_volInfo.vid, m_this.m_drive.librarySlot);
m_this.m_stats.unmountTime += m_timer.secs(utils::Timer::resetCounter);
m_this.m_logContext.log(LOG_INFO, m_this.m_drive.librarySlot != "manual"?
"TapeReadSingleThread : tape unmounted":"TapeReadSingleThread : tape NOT unmounted (manual mode)");
m_this.m_initialProcess.tapeUnmounted();
m_this.m_stats.waitReportingTime += m_timer.secs(utils::Timer::resetCounter);
} catch(const castor::exception::Exception& ex){
//set it to -1 to notify something failed during the cleaning
m_this.m_hardarwareStatus = -1;
castor::log::ScopedParamContainer scoped(m_this.m_logContext);
scoped.add("exception_message", ex.getMessageValue())
.add("exception_code",ex.code());
m_this.m_logContext.log(LOG_ERR, "Exception in TapeReadSingleThread-TapeCleaning when unmounting the tape");
} catch (...) {
//set it to -1 to notify something failed during the cleaning
m_this.m_hardarwareStatus = -1;
m_this.m_logContext.log(LOG_ERR, "Non-Castor exception in TapeReadSingleThread-TapeCleaning when unmounting the tape");
}
//then we terminate the global status reporter
m_this.m_initialProcess.finish();
}
//------------------------------------------------------------------------------
//TapeReadSingleThread::popAndRequestMoreJobs()
//------------------------------------------------------------------------------
castor::tape::tapeserver::daemon::TapeReadTask *
castor::tape::tapeserver::daemon::TapeReadSingleThread::popAndRequestMoreJobs(){
castor::server::BlockingQueue<TapeReadTask *>::valueRemainingPair
vrp = m_tasks.popGetSize();
// If we just passed (down) the half full limit, ask for more
// (the remaining value is after pop)
if(vrp.remaining + 1 == m_maxFilesRequest/2) {
// This is not a last call
m_taskInjector->requestInjection(false);
} else if (0 == vrp.remaining) {
// This is a last call: if the task injector comes up empty on this
// one, he'll call it the end.
m_taskInjector->requestInjection(true);
}
return vrp.value;
}
//------------------------------------------------------------------------------
//TapeReadSingleThread::openReadSession()
//------------------------------------------------------------------------------
std::auto_ptr<castor::tape::tapeFile::ReadSession>
castor::tape::tapeserver::daemon::TapeReadSingleThread::openReadSession() {
try{
std::auto_ptr<castor::tape::tapeFile::ReadSession> rs(
new castor::tape::tapeFile::ReadSession(m_drive,m_volInfo));
m_logContext.log(LOG_DEBUG, "Created tapeFile::ReadSession with success");
return rs;
}catch(castor::exception::Exception & ex){
castor::log::ScopedParamContainer scoped(m_logContext);
scoped.add("exception_message", ex.getMessageValue())
.add("exception_code",ex.code());
m_logContext.log(LOG_ERR, "Failed to tapeFile::ReadSession");
throw castor::exception::Exception("Tape's label is either missing or not valid");
}
}
//------------------------------------------------------------------------------
//TapeReadSingleThread::run()
//------------------------------------------------------------------------------
void castor::tape::tapeserver::daemon::TapeReadSingleThread::run() {
m_logContext.pushOrReplace(log::Param("thread", "tapeRead"));
castor::tape::utils::Timer timer, totalTimer;
try{
// Set capabilities allowing rawio (and hence arbitrary SCSI commands)
// through the st driver file descriptor.
setCapabilities();
//pair of brackets to create an artificial scope for the tapeCleaner
{
// The tape will be loaded
// it has to be unloaded, unmounted at all cost -> RAII
// will also take care of the TapeServerReporter and of RecallTaskInjector
TapeCleaning tapeCleaner(*this, timer);
// Before anything, the tape should be mounted
mountTape(legacymsg::RmcProxy::MOUNT_MODE_READONLY);
waitForDrive();
m_stats.mountTime += timer.secs(utils::Timer::resetCounter);
{
castor::log::ScopedParamContainer scoped(m_logContext);
scoped.add("mountTime", m_stats.mountTime);
m_logContext.log(LOG_INFO, "Tape mounted and drive ready");
}
// Then we have to initialise the tape read session
std::auto_ptr<castor::tape::tapeFile::ReadSession> rs(openReadSession());
m_stats.positionTime += timer.secs(utils::Timer::resetCounter);
//and then report
{
castor::log::ScopedParamContainer scoped(m_logContext);
scoped.add("positionTime", m_stats.positionTime);
m_logContext.log(LOG_INFO, "Tape read session session successfully started");
}
m_initialProcess.tapeMountedForRead();
m_stats.waitReportingTime += timer.secs(utils::Timer::resetCounter);
// Then we will loop on the tasks as they get from
// the task injector
std::auto_ptr<TapeReadTask> task;
while(true) {
//get a task
task.reset(popAndRequestMoreJobs());
m_stats.waitInstructionsTime += timer.secs(utils::Timer::resetCounter);
// If we reached the end
if (NULL==task.get()) {
m_logContext.log(LOG_DEBUG, "No more files to read from tape");
break;
}
// This can lead the the session being marked as corrupt, so we test
// it in the while loop
task->execute(*rs, m_logContext, m_watchdog,m_stats,timer);
// The session could have been corrupted (failed positioning)
if(rs->isCorrupted()) {
throw castor::exception::Exception ("Session corrupted: exiting task execution loop in TapeReadSingleThread. Cleanup will follow.");
}
}
}
// The session completed successfully, and the cleaner (unmount) executed
// at the end of the previous block. Log the results.
log::ScopedParamContainer params(m_logContext);
params.add("status", "success");
logWithStat(LOG_INFO, "Tape thread complete",
params,totalTimer.secs());
} catch(const castor::exception::Exception& e){
// We end up here because one step failed, be it at mount time, of after
// failing to position by fseq (this is fatal to a read session as we need
// to know where we are to proceed to the next file incrementally in fseq
// positioning mode).
// This can happen late in the session, so we can still print the stats.
log::ScopedParamContainer params(m_logContext);
params.add("status", "error")
.add("ErrorMesage", e.getMessageValue());
logWithStat(LOG_ERR, "Tape thread complete",
params,totalTimer.secs());
// Flush the remaining tasks to cleanly exit.
while(1){
TapeReadTask* task=m_tasks.pop();
if(!task) {
break;
}
task->reportCancellationToDiskTask();
delete task;
}
}
}
//------------------------------------------------------------------------------
//TapeReadSingleThread::logWithStat()
//------------------------------------------------------------------------------
void castor::tape::tapeserver::daemon::TapeReadSingleThread::logWithStat(
int level, const std::string& msg, log::ScopedParamContainer& params,
double sessionTime) {
params.add("type", "read")
.add("VID", m_volInfo.vid)
.add("mountTime", m_stats.mountTime)
.add("positionTime", m_stats.positionTime)
.add("waitInstructionsTime", m_stats.waitInstructionsTime)
.add("checksumingTime", m_stats.checksumingTime)
.add("transferTime", m_stats.transferTime)
.add("waitFreeMemoryTime", m_stats.waitFreeMemoryTime)
.add("waitReportingTime", m_stats.waitReportingTime)
.add("unloadTime", m_stats.unloadTime)
.add("unmountTime", m_stats.unmountTime)
.add("dataVolume", m_stats.dataVolume)
.add("headerVolume", m_stats.headerVolume)
.add("files", m_stats.filesCount)
.add("dataBandwidthMB/s", 1.0*m_stats.dataVolume
/1000/1000/sessionTime)
.add("driveBandwidthMB/s", 1.0*(m_stats.dataVolume+m_stats.headerVolume)
/1000/1000/sessionTime)
.add("sessionTime", sessionTime);
m_logContext.log(level,msg);
}
castor/tape/tapeserver/daemon/TapeReadSingleThread.hpp
View file @ 4802b84d
......@@ -54,7 +54,7 @@ class TapeServerReporter;
class TapeReadSingleThread : public TapeSingleThreadInterface<TapeReadTask>{
public:
/**
*
* Constructor:
*/
TapeReadSingleThread(castor::tape::tapeserver::drives::DriveInterface & drive,
castor::legacymsg::RmcProxy & rmc,
......@@ -63,14 +63,11 @@ public:
uint64_t maxFilesRequest,
castor::server::ProcessCap &capUtils,
TaskWatchDog<detail::Recall>& watchdog,
castor::log::LogContext & lc):
TapeSingleThreadInterface<TapeReadTask>(drive, rmc, initialProcess,volInfo,capUtils,lc),
m_maxFilesRequest(maxFilesRequest),m_watchdog(watchdog) {
}
castor::log::LogContext & lc);
/**
* Set the task injector. Has to be done that way (and not in the constructor)
* because there is a dep26569endency
* because there is a dependency
* @param ti the task injector
*/
void setTaskInjector(RecallTaskInjector * ti) {
......@@ -86,69 +83,14 @@ private:
public:
TapeCleaning(TapeReadSingleThread& parent, utils::Timer & timer):
m_this(parent), m_timer(timer){}
~TapeCleaning(){
// Tell everyone to wrap up the session
// We now acknowledge to the task injector that read reached the end. There
// will hence be no more requests for more.
m_this.m_taskInjector->finish();
//then we log/notify
m_this.m_logContext.log(LOG_DEBUG, "Starting session cleanup. Signaled end of session to task injector.");
m_this.m_stats.waitReportingTime += m_timer.secs(utils::Timer::resetCounter);
try {
// Do the final cleanup
// in the special case of a "manual" mode tape, we should skip the unload too.
if (m_this.m_drive.librarySlot != "manual") {
m_this.m_drive.unloadTape();
m_this.m_logContext.log(LOG_INFO, "TapeReadSingleThread: Tape unloaded");
} else {
m_this.m_logContext.log(LOG_INFO, "TapeReadSingleThread: Tape NOT unloaded (manual mode)");
}
m_this.m_stats.unloadTime += m_timer.secs(utils::Timer::resetCounter);
// And return the tape to the library
// In case of manual mode, this will be filtered by the rmc daemon
// (which will do nothing)
m_this.m_rmc.unmountTape(m_this.m_volInfo.vid, m_this.m_drive.librarySlot);
m_this.m_stats.unmountTime += m_timer.secs(utils::Timer::resetCounter);
m_this.m_logContext.log(LOG_INFO, m_this.m_drive.librarySlot != "manual"?
"TapeReadSingleThread : tape unmounted":"TapeReadSingleThread : tape NOT unmounted (manual mode)");
m_this.m_initialProcess.tapeUnmounted();
m_this.m_stats.waitReportingTime += m_timer.secs(utils::Timer::resetCounter);
} catch(const castor::exception::Exception& ex){
//set it to -1 to notify something failed during the cleaning
m_this.m_hardarwareStatus = -1;
castor::log::ScopedParamContainer scoped(m_this.m_logContext);
scoped.add("exception_message", ex.getMessageValue())
.add("exception_code",ex.code());
m_this.m_logContext.log(LOG_ERR, "Exception in TapeReadSingleThread-TapeCleaning when unmounting the tape");
} catch (...) {
//set it to -1 to notify something failed during the cleaning
m_this.m_hardarwareStatus = -1;
m_this.m_logContext.log(LOG_ERR, "Non-Castor exception in TapeReadSingleThread-TapeCleaning when unmounting the tape");
}
//then we terminate the global status reporter
m_this.m_initialProcess.finish();
}
~TapeCleaning();
};
/**
* Pop a task from its tasks and if there is not enough tasks left, it will
* ask the task injector for more
* @return m_tasks.pop();
*/
TapeReadTask * popAndRequestMoreJobs() {
castor::server::BlockingQueue<TapeReadTask *>::valueRemainingPair
vrp = m_tasks.popGetSize();
// If we just passed (down) the half full limit, ask for more
// (the remaining value is after pop)
if(vrp.remaining + 1 == m_maxFilesRequest/2) {
// This is not a last call
m_taskInjector->requestInjection(false);
} else if (0 == vrp.remaining) {
// This is a last call: if the task injector comes up empty on this
// one, he'll call it the end.
m_taskInjector->requestInjection(true);
}
return vrp.value;
}
TapeReadTask * popAndRequestMoreJobs();
/**
* Try to open an tapeFile::ReadSession, if it fails, we got an exception.
......@@ -156,106 +98,12 @@ private:
* of the object through auto_ptr's copy constructor
* @return
*/
std::auto_ptr<castor::tape::tapeFile::ReadSession> openReadSession(){
try{
std::auto_ptr<castor::tape::tapeFile::ReadSession> rs(
new castor::tape::tapeFile::ReadSession(m_drive,m_volInfo));
m_logContext.log(LOG_DEBUG, "Created tapeFile::ReadSession with success");
return rs;
}catch(castor::exception::Exception & ex){
castor::log::ScopedParamContainer scoped(m_logContext);
scoped.add("exception_message", ex.getMessageValue())
.add("exception_code",ex.code());
m_logContext.log(LOG_ERR, "Failed to tapeFile::ReadSession");
throw castor::exception::Exception("Tape's label is either missing or not valid");
}
}
std::auto_ptr<castor::tape::tapeFile::ReadSession> openReadSession();
/**
* This function is from Thread, it is the function that will do all the job
*/
virtual void run() {
m_logContext.pushOrReplace(log::Param("thread", "tapeRead"));
castor::tape::utils::Timer timer, totalTimer;
try{
// Set capabilities allowing rawio (and hence arbitrary SCSI commands)
// through the st driver file descriptor.
setCapabilities();
//pair of brackets to create an artificial scope for the tapeCleaner
{
// The tape will be loaded
// it has to be unloaded, unmounted at all cost -> RAII
// will also take care of the TapeServerReporter and of RecallTaskInjector
TapeCleaning tapeCleaner(*this, timer);
// Before anything, the tape should be mounted
mountTape(legacymsg::RmcProxy::MOUNT_MODE_READONLY);
waitForDrive();
m_stats.mountTime += timer.secs(utils::Timer::resetCounter);
{
castor::log::ScopedParamContainer scoped(m_logContext);
scoped.add("mountTime", m_stats.mountTime);
m_logContext.log(LOG_INFO, "Tape mounted and drive ready");
}
// Then we have to initialise the tape read session
std::auto_ptr<castor::tape::tapeFile::ReadSession> rs(openReadSession());
m_stats.positionTime += timer.secs(utils::Timer::resetCounter);
//and then report
{
castor::log::ScopedParamContainer scoped(m_logContext);
scoped.add("positionTime", m_stats.positionTime);
m_logContext.log(LOG_INFO, "Tape read session session successfully started");
}
m_initialProcess.tapeMountedForRead();
m_stats.waitReportingTime += timer.secs(utils::Timer::resetCounter);
// Then we will loop on the tasks as they get from
// the task injector
std::auto_ptr<TapeReadTask> task;
while(true) {
//get a task
task.reset(popAndRequestMoreJobs());
m_stats.waitInstructionsTime += timer.secs(utils::Timer::resetCounter);
// If we reached the end
if (NULL==task.get()) {
m_logContext.log(LOG_DEBUG, "No more files to read from tape");
break;
}
// This can lead the the session being marked as corrupt, so we test
// it in the while loop
task->execute(*rs, m_logContext, m_watchdog,m_stats,timer);
// The session could have been corrupted (failed positioning)
if(rs->isCorrupted()) {
throw castor::exception::Exception ("Session corrupted: exiting task execution loop in TapeReadSingleThread. Cleanup will follow.");
}
}
}
// The session completed successfully, and the cleaner (unmount) executed
// at the end of the previous block. Log the results.
log::ScopedParamContainer params(m_logContext);
logWithStat(LOG_INFO, "Completed recall session's tape thread successfully",
params,totalTimer.secs());
} catch(const castor::exception::Exception& e){
// We end up here because one step failed, be it at mount time, of after
// failing to position by fseq (this is fatal to a read session as we need
// to know where we are to proceed to the next file incrementally in fseq
// positioning mode).
// This can happen late in the session, so we can still print the stats.
log::ScopedParamContainer params(m_logContext);
params.add("ErrorMesage", e.getMessageValue());
logWithStat(LOG_ERR, "Tape read thread had to be halted because of an error",
params,totalTimer.secs());
// Flush the remaining tasks to cleanly exit.
while(1){
TapeReadTask* task=m_tasks.pop();
if(!task) {
break;
}
task->reportCancellationToDiskTask();
delete task;
}
}
}
virtual void run();
/**
* Log msg with the given level, Session time is the time taken by the action
......@@ -263,24 +111,8 @@ private:
* @param msg
* @param sessionTime
*/
void logWithStat(int level,const std::string& msg,log::ScopedParamContainer& params,double sessionTime){
params.add("mountTime", m_stats.mountTime)
.add("positionTime", m_stats.positionTime)
.add("waitInstructionsTime", m_stats.waitInstructionsTime)
.add("checksumingTime", m_stats.checksumingTime)
.add("transferTime", m_stats.transferTime)
.add("waitFreeMemoryTime", m_stats.waitFreeMemoryTime)
.add("waitReportingTime", m_stats.waitReportingTime)
.add("unloadTime", m_stats.unloadTime)
.add("unmountTime", m_stats.unmountTime)
.add("dataVolume", m_stats.dataVolume)
.add("dataBandwidthMiB/s", 1.0*m_stats.dataVolume
/1024/1024/sessionTime)
.add("driveBandwidthMiB/s", 1.0*(m_stats.dataVolume+m_stats.headerVolume)
/1024/1024/sessionTime)
.add("sessionTime", sessionTime);
m_logContext.log(level,msg);
}
void logWithStat(int level,const std::string& msg,
log::ScopedParamContainer& params,double sessionTime);
/**
* Number of files a single request to the client might give us.
......
castor/tape/tapeserver/daemon/TapeWriteSingleThread.cpp
View file @ 4802b84d
......@@ -21,8 +21,6 @@
* @author Castor Dev team, castor-dev@cern.ch
*****************************************************************************/
#include "castor/tape/tapeserver/daemon/TapeWriteSingleThread.hpp"
//------------------------------------------------------------------------------
//constructor
......@@ -198,8 +196,10 @@ void castor::tape::tapeserver::daemon::TapeWriteSingleThread::run() {
}
// The session completed successfully, and the cleaner (unmount) executed
// at the end of the previous block. Log the results.
logWithStats(LOG_INFO, "Completed migration session successfully",totalTimer.secs());
} //end of try
log::ScopedParamContainer params(m_logContext);
params.add("status", "success");
logWithStats(LOG_INFO, "Tape thread complete",params,totalTimer.secs());
} //end of try
catch(const castor::exception::Exception& e){
//we end there because write session could not be opened
//or because a task failed or because flush failed
......@@ -212,37 +212,41 @@ void castor::tape::tapeserver::daemon::TapeWriteSingleThread::run() {
}
task->circulateMemBlocks();
}
//then log
log::LogContext::ScopedParam sp1(m_logContext, log::Param("exceptionCode", e.code()));
log::LogContext::ScopedParam sp2(m_logContext, log::Param("error_MessageValue", e.getMessageValue()));
m_logContext.log(LOG_ERR,"An error occurred during TapwWriteSingleThread::execute");
//then log the end of write thread
log::ScopedParamContainer params(m_logContext);
params.add("status", "error")
.add("ErrorMesage", e.getMessageValue());
logWithStats(LOG_ERR, "Tape thread complete",
params,totalTimer.secs());
m_reportPacker.reportEndOfSessionWithErrors(e.what(),e.code());
}
}
//------------------------------------------------------------------------------
//logWithStats
//------------------------------------------------------------------------------
void castor::tape::tapeserver::daemon::TapeWriteSingleThread::logWithStats
(int level,const std::string& msg,double sessionTime){
log::ScopedParamContainer params(m_logContext);
params.add("mountTime", m_stats.mountTime)
.add("positionTime", m_stats.positionTime)
.add("waitInstructionsTime", m_stats.waitInstructionsTime)
.add("checksumingTime", m_stats.checksumingTime)
.add("transferTime", m_stats.transferTime)
.add("waitDataTime", m_stats.waitDataTime)
.add("waitReportingTime", m_stats.waitReportingTime)
.add("flushTime", m_stats.flushTime)
.add("unloadTime", m_stats.unloadTime)
.add("unmountTime", m_stats.unmountTime)
.add("dataVolume", m_stats.dataVolume)
.add("headerVolume", m_stats.headerVolume)
.add("filesCount", m_stats.filesCount)
.add("dataBandwidthMiB/s", 1.0*m_stats.dataVolume
/1024/1024/sessionTime)
.add("driveBandwidthMiB/s", 1.0*(m_stats.dataVolume+m_stats.headerVolume)
/1024/1024/sessionTime)
.add("sessionTime", sessionTime);
m_logContext.log(level, msg);
}
\ No newline at end of file
void castor::tape::tapeserver::daemon::TapeWriteSingleThread::logWithStats(
int level,const std::string& msg, log::ScopedParamContainer& params,
double sessionTime){
params.add("type", "write")
.add("VID", m_volInfo.vid)
.add("mountTime", m_stats.mountTime)
.add("positionTime", m_stats.positionTime)
.add("waitInstructionsTime", m_stats.waitInstructionsTime)
.add("checksumingTime", m_stats.checksumingTime)
.add("transferTime", m_stats.transferTime)
.add("waitDataTime", m_stats.waitDataTime)
.add("waitReportingTime", m_stats.waitReportingTime)
.add("flushTime", m_stats.flushTime)
.add("unloadTime", m_stats.unloadTime)
.add("unmountTime", m_stats.unmountTime)
.add("dataVolume", m_stats.dataVolume)
.add("headerVolume", m_stats.headerVolume)
.add("files", m_stats.filesCount)
.add("dataBandwidthMB/s", 1.0*m_stats.dataVolume
/1000/1000/sessionTime)
.add("driveBandwidthMiB/s", 1.0*(m_stats.dataVolume+m_stats.headerVolume)
/1000/1000/sessionTime)
.add("sessionTime", sessionTime);
m_logContext.log(level, msg);
}
castor/tape/tapeserver/daemon/TapeWriteSingleThread.hpp
View file @ 4802b84d
......@@ -127,7 +127,8 @@ private:
/**
* Log m_stats parameters into m_logContext with msg at the given level
*/
void logWithStats(int level,const std::string& msg,double sessionTime);