Build: #6 was successful

Job: Test Tools Ubuntu 22.10 PY3.8 was successful

Job result summary

Completed
Duration
31 minutes
Agent
cbt-el7-8.cv.nrao.edu
Total tests
681
Successful since
#5 ()

Tests

  • 681 tests in total
  • 4 tests were quarantined / skipped
  • 23 minutes taken in total.

Error summary

The build generated some errors. See the full build log for more details.

Already on 'master'
2024-12-04 01:55:16        INFO        Manual::chunkSummary        => Data flagged so far 100% (2/2)
2024-12-04 01:55:16        INFO        FlagMSHandler::        Chunk = 3 [progress: 75%], Observation = 0, Array = 0, Scan = 1, Field = 0 (r aqr), Spw = 3, Channels = 512, Corrs = [ XX YY ], Total Rows = 1
2024-12-04 01:55:16        INFO        Display::getChunkInfo         FlagAgentDisplay::getChunkInfo Field : 0 , r aqr Spw : 3 Scan : 1 : 1
2024-12-04 01:55:16        INFO        Display::processAntennaPair          Going to process requested baseline (0,0)
2024-12-04 01:55:16        INFO        Manual::chunkSummary        => Data flagged so far 100% (1024/1024)
2024-12-04 01:55:16        INFO        FlagMSHandler::        Chunk = 4 [progress: 100%], Observation = 0, Array = 0, Scan = 1, Field = 0 (r aqr), Spw = 4, Channels = 1, Corrs = [ XX YY ], Total Rows = 1
2024-12-04 01:55:16        INFO        Display::getChunkInfo         FlagAgentDisplay::getChunkInfo Field : 0 , r aqr Spw : 4 Scan : 1 : 1
2024-12-04 01:55:16        INFO        Display::processAntennaPair          Going to process requested baseline (0,0)
2024-12-04 01:55:16        INFO        Manual::chunkSummary        => Data flagged so far 100% (2/2)
2024-12-04 01:55:16        INFO        FlagMSHandler::nextChunk         ====================================================================================
2024-12-04 01:55:16        INFO        Manual::tableSummary        => Percentage of data flagged in table selection: 100%
2024-12-04 01:55:16        INFO        AgentFlagger::run        => Writing flags to the MS
2024-12-04 01:55:16        INFO        Summary::getResult          observation 0 flagged: 2052 total: 2052 (100%)
2024-12-04 01:55:16        INFO        Summary::getResult          spw 4 flagged: 2 total: 2 (100%)
2024-12-04 01:55:16        INFO        Summary::getResult          spw 2 flagged: 2 total: 2 (100%)
2024-12-04 01:55:16        INFO        Summary::getResult          spw 3 flagged: 1024 total: 1024 (100%)
2024-12-04 01:55:16        INFO        Summary::getResult          spw 1 flagged: 1024 total: 1024 (100%)
2024-12-04 01:55:16        INFO        Summary::getResult          field r aqr flagged: 2052 total: 2052 (100%)
2024-12-04 01:55:16        INFO        Summary::getResult          array 0 flagged: 2052 total: 2052 (100%)
2024-12-04 01:55:16        INFO        Summary::getResult          scan 1 flagged: 2052 total: 2052 (100%)
2024-12-04 01:55:16        INFO        Summary::getResult          antenna PM04 flagged: 2052 total: 2052 (100%)
2024-12-04 01:55:16        INFO        Summary::getResult          correlation YY flagged: 1026 total: 1026 (100%)
2024-12-04 01:55:16        INFO        Summary::getResult          correlation XX flagged: 1026 total: 1026 (100%)
2024-12-04 01:55:16        INFO        Summary::getResult          Total Flagged: 2052 Total Counts: 2052 (100%)
2024-12-04 01:55:16        INFO        Display::displayReports         Report Displays are turned OFF
2024-12-04 01:55:17        INFO        vpmanager::summarizevps        Voltage patterns internally defined in CASA (* = global default for this telescope):
2024-12-04 01:55:17        INFO        vpmanager::summarizevps+          Telescope: Class
2024-12-04 01:55:17        INFO        vpmanager::summarizevps         * ATCA_L1: INVERSE POLYNOMIAL
2024-12-04 01:55:17        INFO        vpmanager::summarizevps         * ATCA_L2: POLYNOMIAL
2024-12-04 01:55:17        WARN        PBMath::pbMathInterfaceForCommonPB        ATCA_L3 not yet implemented defaulting to L2 version
2024-12-04 01:55:17        INFO        vpmanager::summarizevps         * ATCA_L3: POLYNOMIAL
2024-12-04 01:55:17        INFO        vpmanager::summarizevps         * ATCA_S: INVERSE POLYNOMIAL
2024-12-04 01:55:17        INFO        PBMath1DIPoly::fillPBArray        Using wideband interpolated beam pattern
2024-12-04 01:55:17        INFO        vpmanager::summarizevps         * ATCA_C: INVERSE POLYNOMIAL
2024-12-04 01:55:17        INFO        PBMath1DIPoly::fillPBArray        Using wideband interpolated beam pattern
2024-12-04 01:55:17        INFO        vpmanager::summarizevps         * ATCA_X: INVERSE POLYNOMIAL
2024-12-04 01:55:17        INFO        vpmanager::summarizevps         * GBT: POLYNOMIAL
2024-12-04 01:55:17        INFO        vpmanager::summarizevps         * GMRT: NUMERIC
2024-12-04 01:55:17        INFO        vpmanager::summarizevps         * HATCREEK: GAUSSIAN
2024-12-04 01:55:17        INFO        vpmanager::summarizevps         * NRAO12M: NUMERIC
2024-12-04 01:55:17        INFO        vpmanager::summarizevps         * UNKNOWN: NUMERIC
2024-12-04 01:55:17        INFO        vpmanager::summarizevps         * OVRO: NUMERIC
2024-12-04 01:55:17        INFO        vpmanager::summarizevps         * VLA: POLYNOMIAL
2024-12-04 01:55:17        INFO        vpmanager::summarizevps         * VLA_INVERSE: INVERSE POLYNOMIAL
2024-12-04 01:55:17        INFO        vpmanager::summarizevps         * VLA_NVSS: AIRY
2024-12-04 01:55:17        INFO        vpmanager::summarizevps         * VLA_2NULL: AIRY
2024-12-04 01:55:17        INFO        vpmanager::summarizevps         * VLA_4: AIRY
2024-12-04 01:55:17        INFO        vpmanager::summarizevps         * VLA_P: AIRY
2024-12-04 01:55:17        INFO        vpmanager::summarizevps         * VLA_L: AIRY
2024-12-04 01:55:17        INFO        vpmanager::summarizevps         * VLA_C: AIRY
2024-12-04 01:55:17        INFO        vpmanager::summarizevps         * VLA_X: AIRY
2024-12-04 01:55:17        INFO        vpmanager::summarizevps         * VLA_U: AIRY
2024-12-04 01:55:17        INFO        vpmanager::summarizevps         * VLA_K: AIRY
2024-12-04 01:55:17        INFO        vpmanager::summarizevps         * VLA_Q: AIRY
2024-12-04 01:55:17        INFO        vpmanager::summarizevps         * WSRT: COSINE POLYNOMIAL
2024-12-04 01:55:17        INFO        vpmanager::summarizevps         * WSRT_LOW: COSINE POLYNOMIAL
2024-12-04 01:55:17        INFO        vpmanager::summarizevps         * ALMA: AIRY
2024-12-04 01:55:17        INFO        vpmanager::summarizevps         * ALMASD: AIRY
2024-12-04 01:55:17        INFO        vpmanager::summarizevps         * ACA: AIRY
2024-12-04 01:55:17        INFO        vpmanager::summarizevps         * IRAMPDB: AIRY
2024-12-04 01:55:17        INFO        vpmanager::summarizevps         * IRAM30M: AIRY
2024-12-04 01:55:17        INFO        vpmanager::summarizevps         * SMA: NUMERIC
2024-12-04 01:55:17        INFO        vpmanager::summarizevps         * ATA: AIRY
2024-12-04 01:55:17        INFO        PBMath::pbMathInterfaceForCommonPB        PBMath using 2011/10/22 5.5GHz PB
2024-12-04 01:55:17        INFO        vpmanager::summarizevps         * ATCA_C_RI: NUMERIC
2024-12-04 01:55:17        INFO        vpmanager::summarizevps         * ATCA: INVERSE POLYNOMIAL
2024-12-04 01:55:17        INFO        PBMath1DIPoly::fillPBArray        Using wideband interpolated beam pattern
2024-12-04 01:55:17        INFO        vpmanager::summarizevps         * ATCA_16: INVERSE POLYNOMIAL
2024-12-04 01:55:17        INFO        vpmanager::summarizevps         * ATCA_K: INVERSE POLYNOMIAL
2024-12-04 01:55:17        INFO        vpmanager::summarizevps         * ATCA_Q: INVERSE POLYNOMIAL
2024-12-04 01:55:17        INFO        vpmanager::summarizevps         * ATCA_W: INVERSE POLYNOMIAL
2024-12-04 01:55:17        INFO        vpmanager::summarizevps         * EVLA: POLYNOMIAL
2024-12-04 01:55:17        INFO        vpmanager::summarizevps         * NGVLA: AIRY
2024-12-04 01:55:17        INFO        vpmanager::summarizevps        
2024-12-04 01:55:17        INFO        vpmanager::summarizevps+        Externally defined voltage patterns (* = global default for this telescope):
2024-12-04 01:55:17        INFO        vpmanager::summarizevps                None
2024-12-04 01:55:17        INFO        vp::createantresp        Found 0 response images in directory /home/casatest/casa6/casatestutils/nosedir/test_tool_vpmanager/mydir3
2024-12-04 01:55:17        SEVERE        vp::createantresp        No images found in directory mydir3
2024-12-04 01:55:17        INFO        vp::createantresp        Found 6 response images in directory /home/casatest/casa6/casatestutils/nosedir/test_tool_vpmanager/mydir3
2024-12-04 01:55:17        SEVERE        vp::createantresp        Image ALMA_0_DV__0._0._360._0._45._90._80._100._110._GHz_ticra2007_EFP.im has band definition inconsistent with the available bands.
2024-12-04 01:55:17        INFO        vp::createantresp        Found 6 response images in directory /home/casatest/casa6/casatestutils/nosedir/test_tool_vpmanager/mydir3
2024-12-04 01:55:18        INFO        vp::createantresp        Created antenna responses table /home/casatest/casa6/casatestutils/nosedir/test_tool_vpmanager/mydir3/AntennaResponses
2024-12-04 01:55:18        INFO        vp::createantresp+         with 2 rows.
2024-12-04 01:55:18        SEVERE        vp::getrespimagename        No antenna responses path set for observatory: "ALMA2" in the AntennaResponses column of the Observatories table.
2024-12-04 01:55:18        INFO        vpmanager::loadfromtable        Loaded 1 VP definitions and 41 VP default settings from table mydefs.tab
2024-12-04 01:55:18        INFO        BeamCalc::setBeamCalcGeometries()        Initialisation of geometries for observatory ALMA, antenna type DV
2024-12-04 01:55:19        INFO        BeamCalc::setBeamCalcGeometries()        from file /opt/casa/data/master/alma/responses/ALMA_0_DV__0_0_360_0_45_90_31_506_950_GHz_beamcalc_INTERNAL.txt
2024-12-04 01:55:19        INFO        BeamCalc::setBeamCalcGeometries()+        ... successful.
2024-12-04 01:55:20        INFO        BeamCalc::setBeamCalcGeometries()        Initialisation of geometries for observatory ALMA, antenna type DA
2024-12-04 01:55:21        INFO        BeamCalc::setBeamCalcGeometries()        from file /opt/casa/data/master/alma/responses/ALMA_0_DA__0_0_360_0_45_90_31_506_950_GHz_beamcalc_INTERNAL.txt
2024-12-04 01:55:21        INFO        BeamCalc::setBeamCalcGeometries()+        ... successful.
2024-12-04 01:55:22        INFO        BeamCalc::setBeamCalcGeometries()        Initialisation of geometries for observatory ALMA, antenna type PM
2024-12-04 01:55:22        INFO        BeamCalc::setBeamCalcGeometries()        from file /opt/casa/data/master/alma/responses/ALMA_0_PM__0_0_360_0_45_90_31_506_950_GHz_beamcalc_INTERNAL.txt
2024-12-04 01:55:22        INFO        BeamCalc::setBeamCalcGeometries()+        ... successful.
2024-12-04 01:55:24        INFO        BeamCalc::setBeamCalcGeometries()        Initialisation of geometries for observatory ALMA, antenna type CM
2024-12-04 01:55:24        INFO        BeamCalc::setBeamCalcGeometries()        from file /opt/casa/data/master/alma/responses/ALMA_0_CM__0_0_360_0_45_90_31_506_950_GHz_beamcalc_INTERNAL.txt
2024-12-04 01:55:24        INFO        BeamCalc::setBeamCalcGeometries()+        ... successful.
2024-12-04 01:55:29        WARN        ImageRegrid::regrid        You are regridding an image whose beam is not well sampled by the pixel size.  Total flux can be lost when regridding such images, especially when the new pixel size is larger than the old pixel size. It is recommended to check the total flux of your input and output image, and if necessary rebin the input to have smaller pixels.
2024-12-04 01:55:30        WARN        ImageRegrid::regrid        You are regridding an image whose beam is not well sampled by the pixel size.  Total flux can be lost when regridding such images, especially when the new pixel size is larger than the old pixel size. It is recommended to check the total flux of your input and output image, and if necessary rebin the input to have smaller pixels.
2024-12-04 01:55:31        WARN        ImageRegrid::regrid        You are regridding an image whose beam is not well sampled by the pixel size.  Total flux can be lost when regridding such images, especially when the new pixel size is larger than the old pixel size. It is recommended to check the total flux of your input and output image, and if necessary rebin the input to have smaller pixels.
tar: work: Cannot stat: No such file or directory
tar: Exiting with failure status due to previous errors