Closed Shuonli closed 3 weeks ago
Report for commit be9e530a84d3ad11bf4818bd37c9c190f4400984:
gcc-12.1.0
/ clang
is SUCCESS, :bar_chart:clang report (full)/(new), build loggcc-12.1.0
/ new
is SUCCESS, :bar_chart:Compiler report (full)/(new), build log
gcc-12.1.0
, build new
: run the default sPHENIX macro: build is SUCCESS, output, trends :bar_chart: gcc-12.1.0
, build new
: run the default CaloProduction/Fun4All_Year1.C macro: build is SUCCESS, output, trends :bar_chart: gcc-12.1.0
, build new
: run the default CaloProduction/Fun4All_Year2.C macro: build is SUCCESS, output, trends :bar_chart: gcc-12.1.0
, build new
: run the default StreamingProduction/Fun4All_Stream_Combiner.C macro: build is SUCCESS, output, trends :bar_chart: gcc-12.1.0
, build new
: run the default TrackingProduction/Fun4All_TrkrHitSet_Unpacker.C macro: build is SUCCESS, output, trends :bar_chart: gcc-12.1.0
, build new
: Valgrind test of CaloProduction/Fun4All_Year1.C: build is SUCCESS, :bar_chart:valgrind report, trends :bar_chart: gcc-12.1.0
, build new
: Valgrind test of CaloProduction/Fun4All_Year2.C: build is SUCCESS, :bar_chart:valgrind report, trends :bar_chart: gcc-12.1.0
, build new
: Valgrind test of StreamingProduction/Fun4All_Stream_Combiner.C: build is SUCCESS, :bar_chart:valgrind report, trends :bar_chart: gcc-12.1.0
, build new
: Valgrind test of TrackingProduction/Fun4All_TrkrHitSet_Unpacker.C: build is SUCCESS, :bar_chart:valgrind report, trends :bar_chart: gcc-12.1.0
, build new
: run the overlap check for sPHENIX macro: build is SUCCESS, output gcc-12.1.0
, build new
: Valgrind test: build is SUCCESS, :bar_chart:valgrind report, trends :bar_chart:gcc-12.1.0
/ scan
is SUCCESS, :bar_chart:scan-build report (full)/(new), build logclang-tidy
is UNSTABLE, :bar_chart:clang-tidy
report (full)/(new)cpp-check
is FAILURE, :bar_chart:cppcheck
report (full)/(new)_Automatically generated by sPHENIX Jenkins continuous integration_
Report for commit 8009089790eb90eeeab987e48f5695f57ea6e57b:
gcc-12.1.0
/ clang
is SUCCESS, :bar_chart:clang report (full)/(new), build loggcc-12.1.0
/ new
is SUCCESS, :bar_chart:Compiler report (full)/(new), build log
gcc-12.1.0
, build new
: run the default sPHENIX macro: build is SUCCESS, output, trends :bar_chart: gcc-12.1.0
, build new
: run the default CaloProduction/Fun4All_Year1.C macro: build is SUCCESS, output, trends :bar_chart: gcc-12.1.0
, build new
: run the default CaloProduction/Fun4All_Year2.C macro: build is SUCCESS, output, trends :bar_chart: gcc-12.1.0
, build new
: run the default StreamingProduction/Fun4All_Stream_Combiner.C macro: build is SUCCESS, output, trends :bar_chart: gcc-12.1.0
, build new
: run the default TrackingProduction/Fun4All_TrkrHitSet_Unpacker.C macro: build is SUCCESS, output, trends :bar_chart: gcc-12.1.0
, build new
: Valgrind test of CaloProduction/Fun4All_Year1.C: build is SUCCESS, :bar_chart:valgrind report, trends :bar_chart: gcc-12.1.0
, build new
: Valgrind test of CaloProduction/Fun4All_Year2.C: build is SUCCESS, :bar_chart:valgrind report, trends :bar_chart: gcc-12.1.0
, build new
: Valgrind test of StreamingProduction/Fun4All_Stream_Combiner.C: build is SUCCESS, :bar_chart:valgrind report, trends :bar_chart: gcc-12.1.0
, build new
: Valgrind test of TrackingProduction/Fun4All_TrkrHitSet_Unpacker.C: build is SUCCESS, :bar_chart:valgrind report, trends :bar_chart: gcc-12.1.0
, build new
: run the overlap check for sPHENIX macro: build is SUCCESS, output gcc-12.1.0
, build new
: Valgrind test: build is SUCCESS, :bar_chart:valgrind report, trends :bar_chart:gcc-12.1.0
/ scan
is SUCCESS, :bar_chart:scan-build report (full)/(new), build logclang-tidy
is UNSTABLE, :bar_chart:clang-tidy
report (full)/(new)cpp-check
is SUCCESS, :bar_chart:cppcheck
report (full)/(new)_Automatically generated by sPHENIX Jenkins continuous integration_
clang-tidy warning is from a fix in another PR
Types of changes
What kind of change does this PR introduce? (Bug fix, feature, ...)
This PR introduce option to apply tower by tower software level zero suppression for waveform simulation, which takes us able to emulate the exact hardware ZS and apply to simulation.
TODOs (if applicable)
Links to other PRs in macros and calibration repositories (if applicable)