command += " ";
command += pattern;
command += conditions;
- Printf("command: %s", command.Data());
+ printf("command: %s\n", command.Data());
TGridResult *res = gGrid->Command(command);
if (res) delete res;
// Write standard output to file
cbase = (TGridCollection*)gROOT->ProcessLine(Form("new TAlienCollection(\"%s\", 1000000);",file.Data()));
} else {
cadd = (TGridCollection*)gROOT->ProcessLine(Form("new TAlienCollection(\"%s\", 1000000);",file.Data()));
- Printf(" Merging collection <%s> into masterjob input...", file.Data());
+ printf(" Merging collection <%s> into masterjob input...\n", file.Data());
cbase->Add(cadd);
delete cadd;
}
Info("CreateDataset", "\n##### Dataset %s exist. Skipping creation...", schunk.Data());
continue;
}
- Printf("Exporting merged collection <%s> and copying to AliEn.", schunk.Data());
+ printf("Exporting merged collection <%s> and copying to AliEn\n", schunk.Data());
cbase->ExportXML(Form("file://%s", schunk.Data()),kFALSE,kFALSE, schunk, "Merged runs");
TFile::Cp(Form("file:%s",schunk.Data()), Form("alien://%s/%s",workdir.Data(), schunk.Data()));
if (!FileExists(schunk)) {
// Check if the collection for the chunk exist locally.
Int_t nchunk = (nruns-1)/fNrunsPerMaster;
if (FileExists(fInputFiles->At(nchunk)->GetName())) continue;
- Printf(" Merging collection <%s> into %d runs chunk...",file.Data(),fNrunsPerMaster);
+ printf(" Merging collection <%s> into %d runs chunk...\n",file.Data(),fNrunsPerMaster);
if (((nruns-1)%fNrunsPerMaster) == 0) {
schunk = Form("%d", irun);
cbase = (TGridCollection*)gROOT->ProcessLine(Form("new TAlienCollection(\"%s\", 1000000);",file.Data()));
Info("CreateDataset", "\n##### Dataset %s exist. Skipping creation...", schunk.Data());
continue;
}
- Printf("Exporting merged collection <%s> and copying to AliEn.", schunk.Data());
+ printf("Exporting merged collection <%s> and copying to AliEn.\n", schunk.Data());
cbase->ExportXML(Form("file://%s", schunk.Data()),kFALSE,kFALSE, schunk, "Merged runs");
if (FileExists(schunk)) {
Info("CreateDataset", "\n##### Dataset %s exist. Skipping copy...", schunk.Data());
void AliAnalysisAlien::Print(Option_t *) const
{
// Print current plugin settings.
- Printf("### AliEn analysis plugin current settings ###");
- Printf("= Production mode:______________________________ %d", fProductionMode);
- Printf("= Version of API requested: ____________________ %s", fAPIVersion.Data());
- Printf("= Version of ROOT requested: ___________________ %s", fROOTVersion.Data());
- Printf("= Version of AliRoot requested: ________________ %s", fAliROOTVersion.Data());
+ printf("### AliEn analysis plugin current settings ###\n");
+ printf("= Production mode:______________________________ %d\n", fProductionMode);
+ printf("= Version of API requested: ____________________ %s\n", fAPIVersion.Data());
+ printf("= Version of ROOT requested: ___________________ %s\n", fROOTVersion.Data());
+ printf("= Version of AliRoot requested: ________________ %s\n", fAliROOTVersion.Data());
if (fUser.Length())
- Printf("= User running the plugin: _____________________ %s", fUser.Data());
- Printf("= Grid workdir relative to user $HOME: _________ %s", fGridWorkingDir.Data());
- Printf("= Grid output directory relative to workdir: ___ %s", fGridOutputDir.Data());
- Printf("= Data base directory path requested: __________ %s", fGridDataDir.Data());
- Printf("= Data search pattern: _________________________ %s", fDataPattern.Data());
- Printf("= Input data format: ___________________________ %s", fInputFormat.Data());
+ printf("= User running the plugin: _____________________ %s\n", fUser.Data());
+ printf("= Grid workdir relative to user $HOME: _________ %s\n", fGridWorkingDir.Data());
+ printf("= Grid output directory relative to workdir: ___ %s\n", fGridOutputDir.Data());
+ printf("= Data base directory path requested: __________ %s\n", fGridDataDir.Data());
+ printf("= Data search pattern: _________________________ %s\n", fDataPattern.Data());
+ printf("= Input data format: ___________________________ %s\n", fInputFormat.Data());
if (fRunNumbers.Length())
- Printf("= Run numbers to be processed: _________________ %s", fRunNumbers.Data());
+ printf("= Run numbers to be processed: _________________ %s\n", fRunNumbers.Data());
if (fRunRange[0])
- Printf("= Run range to be processed: ___________________ %d-%d", fRunRange[0], fRunRange[1]);
+ printf("= Run range to be processed: ___________________ %d-%d\n", fRunRange[0], fRunRange[1]);
if (!fRunRange[0] && !fRunNumbers.Length()) {
TIter next(fInputFiles);
TObject *obj;
TString list;
while ((obj=next())) list += obj->GetName();
- Printf("= Input files to be processed: _________________ %s", list.Data());
+ printf("= Input files to be processed: _________________ %s\n", list.Data());
}
if (TestBit(AliAnalysisGrid::kTest))
- Printf("= Number of input files used in test mode: _____ %d", fNtestFiles);
- Printf("= List of output files to be registered: _______ %s", fOutputFiles.Data());
- Printf("= List of outputs going to be archived: ________ %s", fOutputArchive.Data());
- Printf("= List of outputs that should not be merged: ___ %s", fMergeExcludes.Data());
- Printf("=====================================================================");
- Printf("= Job price: ___________________________________ %d", fPrice);
- Printf("= Time to live (TTL): __________________________ %d", fTTL);
- Printf("= Max files per subjob: ________________________ %d", fSplitMaxInputFileNumber);
+ printf("= Number of input files used in test mode: _____ %d\n", fNtestFiles);
+ printf("= List of output files to be registered: _______ %s\n", fOutputFiles.Data());
+ printf("= List of outputs going to be archived: ________ %s\n", fOutputArchive.Data());
+ printf("= List of outputs that should not be merged: ___ %s\n", fMergeExcludes.Data());
+ printf("=====================================================================\n");
+ printf("= Job price: ___________________________________ %d\n", fPrice);
+ printf("= Time to live (TTL): __________________________ %d\n", fTTL);
+ printf("= Max files per subjob: ________________________ %d\n", fSplitMaxInputFileNumber);
if (fMaxInitFailed>0)
- Printf("= Max number of subjob fails to kill: __________ %d", fMaxInitFailed);
+ printf("= Max number of subjob fails to kill: __________ %d\n", fMaxInitFailed);
if (fMasterResubmitThreshold>0)
- Printf("= Resubmit master job if failed subjobs >_______ %d", fMasterResubmitThreshold);
+ printf("= Resubmit master job if failed subjobs >_______ %d\n", fMasterResubmitThreshold);
if (fNrunsPerMaster>0)
- Printf("= Number of runs per master job: _______________ %d", fNrunsPerMaster);
- Printf("= Number of files in one chunk to be merged: ___ %d", fMaxMergeFiles);
- Printf("= Name of the generated execution script: ______ %s",fExecutable.Data());
+ printf("= Number of runs per master job: _______________ %d\n", fNrunsPerMaster);
+ printf("= Number of files in one chunk to be merged: ___ %d\n", fMaxMergeFiles);
+ printf("= Name of the generated execution script: ______ %s\n",fExecutable.Data());
if (fArguments.Length())
- Printf("= Arguments for the execution script: __________ %s",fArguments.Data());
- Printf("= Name of the generated analysis macro: ________ %s",fAnalysisMacro.Data());
- Printf("= User analysis files to be deployed: __________ %s",fAnalysisSource.Data());
- Printf("= Additional libs to be loaded or souces to be compiled runtime: <%s>",fAdditionalLibs.Data());
- Printf("= Master jobs split mode: ______________________ %s",fSplitMode.Data());
+ printf("= Arguments for the execution script: __________ %s\n",fArguments.Data());
+ printf("= Name of the generated analysis macro: ________ %s\n",fAnalysisMacro.Data());
+ printf("= User analysis files to be deployed: __________ %s\n",fAnalysisSource.Data());
+ printf("= Additional libs to be loaded or souces to be compiled runtime: <%s>\n",fAdditionalLibs.Data());
+ printf("= Master jobs split mode: ______________________ %s\n",fSplitMode.Data());
if (fDatasetName)
- Printf("= Custom name for the dataset to be created: ___ %s", fDatasetName.Data());
- Printf("= Name of the generated JDL: ___________________ %s", fJDLName.Data());
+ printf("= Custom name for the dataset to be created: ___ %s\n", fDatasetName.Data());
+ printf("= Name of the generated JDL: ___________________ %s\n", fJDLName.Data());
if (fIncludePath.Data())
- Printf("= Include path for runtime task compilation: ___ %s", fIncludePath.Data());
+ printf("= Include path for runtime task compilation: ___ %s\n", fIncludePath.Data());
if (fCloseSE.Length())
- Printf("= Force job outputs to storage element: ________ %s", fCloseSE.Data());
+ printf("= Force job outputs to storage element: ________ %s\n", fCloseSE.Data());
if (fFriendChainName.Length())
- Printf("= Open friend chain file on worker: ____________ %s", fFriendChainName.Data());
+ printf("= Open friend chain file on worker: ____________ %s\n", fFriendChainName.Data());
if (fPackages) {
TIter next(fPackages);
TObject *obj;
TString list;
while ((obj=next())) list += obj->GetName();
- Printf("= Par files to be used: ________________________ %s", list.Data());
+ printf("= Par files to be used: ________________________ %s\n", list.Data());
}
}
fMergeExcludes.Contains(output_file.Data())) continue;
// Perform a 'find' command in the output directory, looking for registered outputs
command = Form("find %s/ *%s", fGridOutputDir.Data(), output_file.Data());
- Printf("command: %s", command.Data());
+ printf("command: %s\n", command.Data());
TGridResult *res = gGrid->Command(command);
if (!res) continue;
TFileMerger *fm = 0;
}
output_chunk = output_file;
output_chunk.ReplaceAll(".root", Form("_%04d.root", count_chunk));
- Printf("%s", output_chunk.Data());
+ printf("%s\n", output_chunk.Data());
count_chunk++;
if (gSystem->AccessPathName(output_chunk)) continue;
// Merged file with chunks up to <count_chunk> found
- Printf("Resume merging of <%s> from <%s>", output_file.Data(), output_chunk.Data());
+ printf("Resume merging of <%s> from <%s>\n", output_file.Data(), output_chunk.Data());
previous_chunk = output_chunk;
break;
}
if (!mgr->GetOutputEventHandler()) continue;
filename = mgr->GetOutputEventHandler()->GetOutputFileName();
}
+ if (fOutputFiles.Contains(filename)) continue;
if (fOutputFiles.Length()) fOutputFiles += " ";
fOutputFiles += filename;
}
if (mgr->GetExtraFiles().Length()) {
if (fOutputFiles.Length()) fOutputFiles += " ";
fOutputFiles += mgr->GetExtraFiles();
- }
+ }
}
// if (!fCloseSE.Length()) fCloseSE = gSystem->Getenv("alien_CLOSE_SE");
if (TestBit(AliAnalysisGrid::kOffline)) {
if (!fRunNumbers.Length() && !fRunRange[0]) {
// Submit a given xml or a set of runs
res = gGrid->Command(Form("submit %s", fJDLName.Data()));
- Printf("*************************** %s",Form("submit %s", fJDLName.Data()));
+ printf("*************************** %s\n",Form("submit %s", fJDLName.Data()));
if (res) {
const char *cjobId = res->GetKey(0,"jobId");
if (!cjobId) {
if (!fNsubmitted) ntosubmit = 1;
else {
TString status = GetJobStatus(firstmaster, lastmaster, nrunning, nwaiting, nerror, ndone);
- Printf("=== master %d: %s", lastmaster, status.Data());
+ printf("=== master %d: %s\n", lastmaster, status.Data());
// If last master not split, just return
if (status != "SPLIT") {iscalled = kFALSE; return;}
// No more than 100 waiting jobs
if (nwaiting>100) {iscalled = kFALSE; return;}
npermaster = (nrunning+nwaiting+nerror+ndone)/fNsubmitted;
if (npermaster) ntosubmit = (100-nwaiting)/npermaster;
- Printf("=== WAITING(%d) RUNNING(%d) DONE(%d) OTHER(%d) NperMaster=%d => to submit %d jobs",
+ printf("=== WAITING(%d) RUNNING(%d) DONE(%d) OTHER(%d) NperMaster=%d => to submit %d jobs\n",
nwaiting, nrunning, ndone, nerror, npermaster, ntosubmit);
}
Int_t nmasterjobs = fInputFiles->GetEntries();
if (fNsubmitted>=nmasterjobs) {iscalled = kFALSE; return;}
TString query;
query = Form("submit %s %s %03d", fJDLName.Data(), fInputFiles->At(fNsubmitted)->GetName(), fNsubmitted);
- Printf("********* %s",query.Data());
+ printf("********* %s\n",query.Data());
res = gGrid->Command(query);
if (res) {
TString cjobId1 = res->GetKey(0,"jobId");
git://git.uio.no / u / mrichter / AliRoot.git / blobdiff