diff --git a/.gitattributes b/.gitattributes
index 57a4521083e6435bc9df1681e3e5d6c553366748..84cd1ac8037e935cc4020af98ae0d0292b32393f 100644
--- a/.gitattributes
+++ b/.gitattributes
@@ -722,135 +722,136 @@ LCU/Firmware/tools/src/rsuctl3 -text
LCU/Firmware/tools/src/rsuctl3.pl -text
LCU/Firmware/tools/src/rsuctl3_reset -text
LCU/Firmware/tools/src/view_images.sh -text
-LCU/StationTest/README.txt -text
-LCU/StationTest/crc_dir_test.py -text
-LCU/StationTest/gold/prbs_dir_test.gold -text
-LCU/StationTest/gold/prbs_dir_test_int.gold -text
-LCU/StationTest/gold/rsp_version.gold -text
-LCU/StationTest/gold/rsp_version_int.gold -text
-LCU/StationTest/gold/tbb_memory.gold -text
-LCU/StationTest/gold/tbb_memory0.gold -text
-LCU/StationTest/gold/tbb_memory1.gold -text
-LCU/StationTest/gold/tbb_memory10.gold -text
-LCU/StationTest/gold/tbb_memory11.gold -text
-LCU/StationTest/gold/tbb_memory2.gold -text
-LCU/StationTest/gold/tbb_memory3.gold -text
-LCU/StationTest/gold/tbb_memory4.gold -text
-LCU/StationTest/gold/tbb_memory5.gold -text
-LCU/StationTest/gold/tbb_memory6.gold -text
-LCU/StationTest/gold/tbb_memory7.gold -text
-LCU/StationTest/gold/tbb_memory8.gold -text
-LCU/StationTest/gold/tbb_memory9.gold -text
-LCU/StationTest/gold/tbb_size.gold -text
-LCU/StationTest/gold/tbb_size_int.gold -text
-LCU/StationTest/gold/tbb_version.gold -text
-LCU/StationTest/gold/tbb_version_int.gold -text
-LCU/StationTest/gold/xst.m -text
+LCU/StationTest/CMakeLists.txt eol=lf
+LCU/StationTest/README.txt eol=lf
+LCU/StationTest/crc_dir_test.py eol=lf
+LCU/StationTest/gold/prbs_dir_test.gold eol=lf
+LCU/StationTest/gold/prbs_dir_test_int.gold eol=lf
+LCU/StationTest/gold/rsp_version.gold eol=lf
+LCU/StationTest/gold/rsp_version_int.gold eol=lf
+LCU/StationTest/gold/tbb_memory.gold eol=lf
+LCU/StationTest/gold/tbb_memory0.gold eol=lf
+LCU/StationTest/gold/tbb_memory1.gold eol=lf
+LCU/StationTest/gold/tbb_memory10.gold eol=lf
+LCU/StationTest/gold/tbb_memory11.gold eol=lf
+LCU/StationTest/gold/tbb_memory2.gold eol=lf
+LCU/StationTest/gold/tbb_memory3.gold eol=lf
+LCU/StationTest/gold/tbb_memory4.gold eol=lf
+LCU/StationTest/gold/tbb_memory5.gold eol=lf
+LCU/StationTest/gold/tbb_memory6.gold eol=lf
+LCU/StationTest/gold/tbb_memory7.gold eol=lf
+LCU/StationTest/gold/tbb_memory8.gold eol=lf
+LCU/StationTest/gold/tbb_memory9.gold eol=lf
+LCU/StationTest/gold/tbb_size.gold eol=lf
+LCU/StationTest/gold/tbb_size_int.gold eol=lf
+LCU/StationTest/gold/tbb_version.gold eol=lf
+LCU/StationTest/gold/tbb_version_int.gold eol=lf
+LCU/StationTest/gold/xst.m eol=lf
LCU/StationTest/gold/xst_160.gold -text
LCU/StationTest/gold/xst_200_even.gold -text
LCU/StationTest/gold/xst_200_odd.gold -text
-LCU/StationTest/hbacontrol.txt -text
-LCU/StationTest/i2c_spu.py -text
-LCU/StationTest/i2c_td.py -text
-LCU/StationTest/ledtest.sh -text
-LCU/StationTest/modemlevel.sh -text
-LCU/StationTest/modules/cli.py -text
-LCU/StationTest/modules/mep.py -text
-LCU/StationTest/modules/mmd_serdes.py -text
-LCU/StationTest/modules/rsp.py -text
-LCU/StationTest/modules/smbus.py -text
-LCU/StationTest/modules/testcase.py -text
-LCU/StationTest/modules/testlog.py -text
-LCU/StationTest/power_ctrl.py -text
-LCU/StationTest/prbs_dir_test.py -text
-LCU/StationTest/prbs_test.py -text
-LCU/StationTest/rad_status.py -text
-LCU/StationTest/rcumodem.sh -text
-LCU/StationTest/rmfiles.sh -text
-LCU/StationTest/rsp_version.sh -text
-LCU/StationTest/rsp_xc_160.sh -text
-LCU/StationTest/rsp_xc_200.sh -text
-LCU/StationTest/serdes.sh -text
-LCU/StationTest/station_production.py -text
-LCU/StationTest/subrack_production.py -text
-LCU/StationTest/subrackplustest.sh -text
-LCU/StationTest/subracktest.sh -text
-LCU/StationTest/tbb_memory.sh -text
-LCU/StationTest/tbb_prbs_tester.sh -text
-LCU/StationTest/tbb_size.sh -text
-LCU/StationTest/tbb_version.sh -text
-LCU/StationTest/tc/bist.py -text
-LCU/StationTest/tc/cdo_ctrl.py -text
-LCU/StationTest/tc/cdo_settings.py -text
-LCU/StationTest/tc/cdo_transport.py -text
-LCU/StationTest/tc/empty.py -text
-LCU/StationTest/tc/hba_client.py -text
-LCU/StationTest/tc/hba_line_level.py -text
-LCU/StationTest/tc/hba_server.py -text
-LCU/StationTest/tc/prsg.py -text
-LCU/StationTest/tc/rad_lanemode.py -text
-LCU/StationTest/tc/rad_latency.py -text
-LCU/StationTest/tc/read_serdes_phy.py -text
-LCU/StationTest/tc/rsr_overwrite.py -text
-LCU/StationTest/tc/serdes.py -text
-LCU/StationTest/tc/spustat.py -text
-LCU/StationTest/tc/status.py -text
-LCU/StationTest/tc/sync_delay.py -text
-LCU/StationTest/tc/tdstat.py -text
-LCU/StationTest/test/beamformertest/beamformertest_HBA_RCU192.sh -text
-LCU/StationTest/test/beamformertest/beamformertest_HBA_RCU96.sh -text
-LCU/StationTest/test/beamformertest/beamformertest_LBA_RCU192.sh -text
-LCU/StationTest/test/beamformertest/beamformertest_LBHLBL_RCU96.sh -text
-LCU/StationTest/test/beamformertest/beamformertest_LBH_RCU96.sh -text
-LCU/StationTest/test/beamformertest/beamformertest_LBL_RCU96.sh -text
-LCU/StationTest/test/beamformertest/beamformertest_splitter.sh -text
-LCU/StationTest/test/beamformertest/hba0_hba1_azel.sh -text
-LCU/StationTest/test/envcontroltest/ecCtrl.py -text
-LCU/StationTest/test/envcontroltest/eccontrol.py -text
-LCU/StationTest/test/envcontroltest/power.py -text
-LCU/StationTest/test/envcontroltest/stations.py -text
-LCU/StationTest/test/hbatest/beamduur.sh -text
-LCU/StationTest/test/hbatest/determinepeak.py -text
-LCU/StationTest/test/hbatest/gold/hba_modem1.gold -text
-LCU/StationTest/test/hbatest/gold/hba_modem2.gold -text
-LCU/StationTest/test/hbatest/gold/hba_modem3.gold -text
-LCU/StationTest/test/hbatest/hba_new_address.sh -text
-LCU/StationTest/test/hbatest/hba_read_all.sh -text
-LCU/StationTest/test/hbatest/hba_save_power.sh -text
-LCU/StationTest/test/hbatest/hbaelementtest.py -text
-LCU/StationTest/test/hbatest/hbaquicktest.py -text
-LCU/StationTest/test/hbatest/modem_count.py -text
-LCU/StationTest/test/hbatest/modemtest.sh -text
-LCU/StationTest/test/subbandstatistics/subbandstatistics_hba-5.sh -text
-LCU/StationTest/test/subbandstatistics/subbandstatistics_hba-6.sh -text
-LCU/StationTest/test/subbandstatistics/subbandstatistics_hba-7.sh -text
-LCU/StationTest/test/subbandstatistics/subbandstatistics_lbh-3.sh -text
-LCU/StationTest/test/subbandstatistics/subbandstatistics_lbh-4.sh -text
-LCU/StationTest/test/subbandstatistics/subbandstatistics_lbl-1.sh -text
-LCU/StationTest/test/subbandstatistics/subbandstatistics_lbl-2.sh -text
-LCU/StationTest/test/subracktest/flash_tbb.sh -text
-LCU/StationTest/test/subracktest/flashsubrack.sh -text
-LCU/StationTest/test/subracktest/startonly.sh -text
-LCU/StationTest/test/subracktest/subrack_production.py -text
-LCU/StationTest/test/subracktest/testonly.sh -text
-LCU/StationTest/test/systemnoise/systemnoise_hba.sh -text
-LCU/StationTest/test/systemnoise/systemnoise_lbh.sh -text
-LCU/StationTest/test/timing/gps.sh -text
-LCU/StationTest/test/timing/ntpd.sh -text
-LCU/StationTest/test/timing/ntpd_restart.sh -text
-LCU/StationTest/test/timing/pps.sh -text
-LCU/StationTest/test/xcstatistics/waveform-generator-test.sh -text
-LCU/StationTest/test/xcstatistics/xcstatistics_hba.sh -text
-LCU/StationTest/test/xcstatistics/xcstatistics_hba_rcu192.sh -text
-LCU/StationTest/test/xcstatistics/xcstatistics_lba_rcu192.sh -text
-LCU/StationTest/test/xcstatistics/xcstatistics_lbh.sh -text
-LCU/StationTest/test/xcstatistics/xcstatistics_lbl.sh -text
-LCU/StationTest/verify.py -text
-LCU/StationTest/wgtest.sh -text
-LCU/StationTest/xc_160_setup.sh -text
-LCU/StationTest/xc_160_verify.sh -text
-LCU/StationTest/xc_200_setup.sh -text
-LCU/StationTest/xc_200_verify.sh -text
+LCU/StationTest/hbacontrol.txt eol=lf
+LCU/StationTest/i2c_spu.py eol=lf
+LCU/StationTest/i2c_td.py eol=lf
+LCU/StationTest/ledtest.sh eol=lf
+LCU/StationTest/modemlevel.sh eol=lf
+LCU/StationTest/modules/cli.py eol=lf
+LCU/StationTest/modules/mep.py eol=lf
+LCU/StationTest/modules/mmd_serdes.py eol=lf
+LCU/StationTest/modules/rsp.py eol=lf
+LCU/StationTest/modules/smbus.py eol=lf
+LCU/StationTest/modules/testcase.py eol=lf
+LCU/StationTest/modules/testlog.py eol=lf
+LCU/StationTest/power_ctrl.py eol=lf
+LCU/StationTest/prbs_dir_test.py eol=lf
+LCU/StationTest/prbs_test.py eol=lf
+LCU/StationTest/rad_status.py eol=lf
+LCU/StationTest/rcumodem.sh eol=lf
+LCU/StationTest/rmfiles.sh eol=lf
+LCU/StationTest/rsp_version.sh eol=lf
+LCU/StationTest/rsp_xc_160.sh eol=lf
+LCU/StationTest/rsp_xc_200.sh eol=lf
+LCU/StationTest/serdes.sh eol=lf
+LCU/StationTest/station_production.py eol=lf
+LCU/StationTest/subrack_production.py eol=lf
+LCU/StationTest/subrackplustest.sh eol=lf
+LCU/StationTest/subracktest.sh eol=lf
+LCU/StationTest/tbb_memory.sh eol=lf
+LCU/StationTest/tbb_prbs_tester.sh eol=lf
+LCU/StationTest/tbb_size.sh eol=lf
+LCU/StationTest/tbb_version.sh eol=lf
+LCU/StationTest/tc/bist.py eol=lf
+LCU/StationTest/tc/cdo_ctrl.py eol=lf
+LCU/StationTest/tc/cdo_settings.py eol=lf
+LCU/StationTest/tc/cdo_transport.py eol=lf
+LCU/StationTest/tc/empty.py eol=lf
+LCU/StationTest/tc/hba_client.py eol=lf
+LCU/StationTest/tc/hba_line_level.py eol=lf
+LCU/StationTest/tc/hba_server.py eol=lf
+LCU/StationTest/tc/prsg.py eol=lf
+LCU/StationTest/tc/rad_lanemode.py eol=lf
+LCU/StationTest/tc/rad_latency.py eol=lf
+LCU/StationTest/tc/read_serdes_phy.py eol=lf
+LCU/StationTest/tc/rsr_overwrite.py eol=lf
+LCU/StationTest/tc/serdes.py eol=lf
+LCU/StationTest/tc/spustat.py eol=lf
+LCU/StationTest/tc/status.py eol=lf
+LCU/StationTest/tc/sync_delay.py eol=lf
+LCU/StationTest/tc/tdstat.py eol=lf
+LCU/StationTest/test/beamformertest/beamformertest_HBA_RCU192.sh eol=lf
+LCU/StationTest/test/beamformertest/beamformertest_HBA_RCU96.sh eol=lf
+LCU/StationTest/test/beamformertest/beamformertest_LBA_RCU192.sh eol=lf
+LCU/StationTest/test/beamformertest/beamformertest_LBHLBL_RCU96.sh eol=lf
+LCU/StationTest/test/beamformertest/beamformertest_LBH_RCU96.sh eol=lf
+LCU/StationTest/test/beamformertest/beamformertest_LBL_RCU96.sh eol=lf
+LCU/StationTest/test/beamformertest/beamformertest_splitter.sh eol=lf
+LCU/StationTest/test/beamformertest/hba0_hba1_azel.sh eol=lf
+LCU/StationTest/test/envcontroltest/ecCtrl.py eol=lf
+LCU/StationTest/test/envcontroltest/eccontrol.py eol=lf
+LCU/StationTest/test/envcontroltest/power.py eol=lf
+LCU/StationTest/test/envcontroltest/stations.py eol=lf
+LCU/StationTest/test/hbatest/beamduur.sh eol=lf
+LCU/StationTest/test/hbatest/determinepeak.py eol=lf
+LCU/StationTest/test/hbatest/gold/hba_modem1.gold eol=lf
+LCU/StationTest/test/hbatest/gold/hba_modem2.gold eol=lf
+LCU/StationTest/test/hbatest/gold/hba_modem3.gold eol=lf
+LCU/StationTest/test/hbatest/hba_new_address.sh eol=lf
+LCU/StationTest/test/hbatest/hba_read_all.sh eol=lf
+LCU/StationTest/test/hbatest/hba_save_power.sh eol=lf
+LCU/StationTest/test/hbatest/hbaelementtest.py eol=lf
+LCU/StationTest/test/hbatest/hbaquicktest.py eol=lf
+LCU/StationTest/test/hbatest/modem_count.py eol=lf
+LCU/StationTest/test/hbatest/modemtest.sh eol=lf
+LCU/StationTest/test/subbandstatistics/subbandstatistics_hba-5.sh eol=lf
+LCU/StationTest/test/subbandstatistics/subbandstatistics_hba-6.sh eol=lf
+LCU/StationTest/test/subbandstatistics/subbandstatistics_hba-7.sh eol=lf
+LCU/StationTest/test/subbandstatistics/subbandstatistics_lbh-3.sh eol=lf
+LCU/StationTest/test/subbandstatistics/subbandstatistics_lbh-4.sh eol=lf
+LCU/StationTest/test/subbandstatistics/subbandstatistics_lbl-1.sh eol=lf
+LCU/StationTest/test/subbandstatistics/subbandstatistics_lbl-2.sh eol=lf
+LCU/StationTest/test/subracktest/flash_tbb.sh eol=lf
+LCU/StationTest/test/subracktest/flashsubrack.sh eol=lf
+LCU/StationTest/test/subracktest/startonly.sh eol=lf
+LCU/StationTest/test/subracktest/subrack_production.py eol=lf
+LCU/StationTest/test/subracktest/testonly.sh eol=lf
+LCU/StationTest/test/systemnoise/systemnoise_hba.sh eol=lf
+LCU/StationTest/test/systemnoise/systemnoise_lbh.sh eol=lf
+LCU/StationTest/test/timing/gps.sh eol=lf
+LCU/StationTest/test/timing/ntpd.sh eol=lf
+LCU/StationTest/test/timing/ntpd_restart.sh eol=lf
+LCU/StationTest/test/timing/pps.sh eol=lf
+LCU/StationTest/test/xcstatistics/waveform-generator-test.sh eol=lf
+LCU/StationTest/test/xcstatistics/xcstatistics_hba.sh eol=lf
+LCU/StationTest/test/xcstatistics/xcstatistics_hba_rcu192.sh eol=lf
+LCU/StationTest/test/xcstatistics/xcstatistics_lba_rcu192.sh eol=lf
+LCU/StationTest/test/xcstatistics/xcstatistics_lbh.sh eol=lf
+LCU/StationTest/test/xcstatistics/xcstatistics_lbl.sh eol=lf
+LCU/StationTest/verify.py eol=lf
+LCU/StationTest/wgtest.sh eol=lf
+LCU/StationTest/xc_160_setup.sh eol=lf
+LCU/StationTest/xc_160_verify.sh eol=lf
+LCU/StationTest/xc_200_setup.sh eol=lf
+LCU/StationTest/xc_200_verify.sh eol=lf
MAC/APL/APLCommon/include/APL/APLCommon/AntennaField.h -text
MAC/APL/APLCommon/src/AntennaField.cc -text
MAC/APL/APLCommon/src/StartDaemon_Protocol.prot -text svneol=native#application/octet-stream
diff --git a/LCU/StationTest/README.txt b/LCU/StationTest/README.txt
index b8d3cb080514d95e6536589c5c64f15b99cf6f05..cb08910289894b6ca04412a02ea93848de225c88 100644
--- a/LCU/StationTest/README.txt
+++ b/LCU/StationTest/README.txt
@@ -1,404 +1,404 @@
-#
-# Test scripts for LOFAR station regression, production and operation tests.
-#
-
-################################################################################
-1) Introduction
-
-a) Purpose
-This test suite uses scripts that call rspctl and tbbctl to control a LOFAR
-station. Most scripts are written in Python. The test suite offers modules
-written in Python that allow easy access to rspctl and tbbctl, and that offer
-pass/fail handling and logging. The test scripts allow focussing on a typical
-function or interface of the station, therefore they can be used for:
-
-- regression tests (e.g. functional coverage tests)
-- production tests (e.g. chip interface, board interface tests)
-- stress tests (e.g. many HBA write, read accesses)
-- operation sanity tests
-
-b) Why Python?
-For tool interfacing TCL is the common script language, that is why the VHDL
-developent using Modelsim uses TCL scripts. The problem with the remote station
-TCL scripts is that they run under Windows using WinPCap to interface with the
-Ethernet card. TCL is platform independent, but there is no easy equivalent for
-WinPCAP under Linux. Hence it is not straigthforward to run the TCL testcases
-environment also under Linux on the LCU.
-Instead of using something like WinPCap the low level register access functions
---readblock and --writeblock were added to rspctl . This allows controlling the
-RSP board via scripts.
-Python was choosen as test script language, because it is a popular script
-language and adopted at various levels within the LOFAR software development,
-including operations. Based on my experience in translating TCL scripts into
-Python equivalents I think that Python is a more natural and nicer language than
-TCL.
-
-
-################################################################################
-2) Test setup
-
-a) Directory structure
- ./ : README.txt, Python scripts, bash scripts. Run from this directory.
- modules/ : Python modules
- gold/ : Golden result files for corresponding scripts, 'diff *.log *.gold'
- should yield no difference for the test to pass
- tc/ : Testcase scripts to be used with verify.py
-
-b) This test suite uses different types of test scripting:
-
- - Testcase Python scripts in tc/ called via verify.py
- . e.g.: tc/status.py, tc/bist.py, tc/prsg.py
- . verify.py offers argument parsing, test result logging
- . Resembles TCL testcase structure used for gateware development tests
- . Most scripts in tc/ are direct (manual) translations of the TCL test
- scripts that were used for the gateware (VHDL) development, see
- LOFAR-ASTRON-MEM-186. The Python / rspctl test scripts run rather slow,
- about a factor 2 slower than a comparable TCL / C test script.
- - Stand alone Python scripts
- . e.g.: python i2c_spu.py, i2c_td.py
- . suitable for simple tests without argument passing
- . test pass/fail and logging avaiable via testlog.py
- - BASH shell scripts
- . e.g.: ./rsp_version.sh
-
- All these individual test scripts can be combined:
- . e.g. for production test, regression test
- . e.g. subracktest.sh
-
-c) Environment setting
-
- The scripts run from ./ The search path needs to be set:
- export PYTHONPATH=./modules
- or absolute path
- export PYTHONPATH=/home/lofartest/ptest/modules
- or to add the path
- export PYTHONPATH=$PYTHONPATH:./modules
- or on older systems
- PYTHONPATH=$PYTHONPATH:./modules
- export PYTHONPATH
-
- If rspctl is called then there must be a directory ../log/ for rspctl.log.
- This ../log/ can be a symbolic link.
-
-
-d) RSPDriver.conf
-
-To allow the 'rspctl --readblock' and 'rspctl --writeblock' low level access
-commands the RSP driver in /opt/lofar/etc/ must have:
-
- RSPDriver.READ_RAW_DATA = 1
- RSPDriver.WRITE_RAW_DATA = 1
-
-For tests that access the SPU or TDS, the RSP driver regular accesses via TDSH
-must be stopped via:
-
- RSPDriver.READWRITE_TDSSTATUS=0
-
-
-################################################################################
-3) Test modules:
-
-cli.py - Command line interface access
-verify.py - Run one or more test scripts after parsing the arguments from the
- command line
-testcase.py - Testcase pass/fail control, timing and logging for testcases that
- run with verify.py
-testlog.py - Similar to testcase.py, provides pass/fail control, timing and
- logging for standalone test scripts like subrack_production.py
-mep.py - MEP interface for RSP board access via 'rspctl --readblock/
- rspctl --writeblock'
-rsp.py - RSP board register access functions
-smbus.py - SMBus (I2C) access functions
-
-
-Remarks:
-
-a) To see all script options (both general and test case specific) do:
-
- python verify.py --help
-
- Remarks:
- - via --brd a test can be ran for one RSP or multiple
- - via --fpga a test can be ran on the BP, AP0, AP1, AP2, and/or AP3 in any
- combination
- - via --pol a test can be ran on RCU x and/or RCU y of the AP.
- - There are 2 RCU per AP and 4 AP per RSP. In a station the RCUs are
- numbered starting from 0:
-
- . RCU[0] = (rsp0, blp0, x)
- . RCU[1] = (rsp0, blp0, y)
- . RCU[2] = (rsp0, blp1, x)
- . RCU[3] = (rsp0, blp1, y)
- . RCU[4] = (rsp0, blp2, x)
- . RCU[5] = (rsp0, blp2, y)
- . RCU[6] = (rsp0, blp3, x)
- . RCU[7] = (rsp0, blp3, y)
- . RCU[8] = (rsp1, blp0, x)
- . RCU[9] = (rsp1, blp0, y)
- .
- . etc
- .
- . RCU[64] = (rsp8, blp0, x)
- . RCU[65] = (rsp8, blp0, y)
- . RCU[66] = (rsp8, blp1, x)
- . RCU[67] = (rsp8, blp1, y)
- . RCU[68] = (rsp8, blp2, x)
- . RCU[69] = (rsp8, blp2, y)
- . RCU[70] = (rsp8, blp3, x)
- . RCU[71] = (rsp8, blp3, y)
- . RCU[72] = (rsp9, blp0, x)
- . RCU[73] = (rsp9, blp0, y)
- .
- . etc
- .
-
-b) Classes:
- - mep.py defines class MepMessage
- - testcase.py defines class Testcase
- - testlog.py defines class Testlog
- The other modules cli.py, rsp.py and smbus.py define plain functions. Classes
- are a nice way of grouping constants and functions to an object, for mep.py
- the object it the message string that can be manipulated and access through
- the class functions. Similar smbus.py could have been written as a class to
- with the protocol_list and protocol_result as objects. I do not know what is
- the best approach and why. With smbus.py as a plain set of functions it is
- also clear that the functions belong together, because they are called using
- the module name as prefix.
-
-c) The 'rspctl --readblock' and 'rspctl --writeblock' are quite slow, due to:
- - the double buffering in the RSP driver
- - maybe rspctl excepts only one access per pps interval
- - the hex translations in mep.py to adhere to the format ot rspctl
- For scripts that only use these low level peek and poke rspctl commands it
- would be a great improvement to have a dedicated driver program that takes
- care of these low level commands. This may be a driver program or some C
- functions that can be used directly in Python. The scripts can then remain as
- they are, only a different mep.py module needs to be added.
-
-d) Some scripts also use higher level rspctl commands, e.g. to set the RCU in
- PSRG mode.
-
-e) Typically all RSP access goes via functions in rsp.py and smbus.py. Hence in
- a test script it should never be necessary to call the low level rspctl
- commands directly.
-
-f) I tried to follow the Python documentation rules. For example to read the
- documentation in the module rsp.py do:
-
- python
- >>> import rsp
- >>> dir(rsp)
- >>> print rsp.__doc__
- >>> print rsp.write_mem.__doc__
-
-g) When command line options are needed I use the Python option parser. For the
- test scripts all command line options need to be defined in testcase.py.
- There are some general test script options (e.g. --brd) but there are also
- test script specific options (e.g. --pid). The general testcase options are
- passed on via the Testcase class, the specific options are passed on as
- directly and all get prefix 'arg_' in verify.py to easily recognize them.
-
-h) For logging I followed the logging approach that was used for the RSP test
- environment written in TCL. Python also has modules for logging thay may be
- useful in future.
-
-
-################################################################################
-4) Test scripts in tc/
-
-a) The testcases in tc/ are ran using verify.py. The test results are reported
- to the screen and also stored in tc/ in a *.log file with the same name. The
- ammount of logging depends on the verbosity level set by option -v.
-
- To run a testcase with verify.py in ./ do:
-
- python verify.py --brd rsp0 --fp blp0 --te tc/prsg.py -v 21
-
- To run a testcase for one subrack with 4 RSP do:
-
- python verify.py --brd rsp0,rsp1,rsp2,rsp3 --rep 1 -v 21 --te tc/serdes.py
-
- To run a testcase for a station with three subracks, so 12 RSP do:
-
- python verify.py --brd rsp0,rsp1,rsp2,rsp3,rsp4,rsp5,rsp6,rsp7,rsp8,rsp9,
- rsp10,rsp11 --te tc/serdes.py
-
- Remarks:
- - The default option parameter values are defined in verify.py
- - For options with multiple parameters the parameters must form one continuous
- string seperated by commas's.
-
-b) The following test scripts are available in tc/, they are more or less plain,
- manual translations from TCL test cases:
-
- - empty.py = empty, can be used to try verify.py
- - cdo_ctrl.py = Read or write the CTRL field in the CDO settings
- register
- - prsg.py = TC 5.10, capture RCU PSRG data
- - serdes.py = TC 3.8, serdes ring test
- - read_serdes_phy.py = TC 8.3, read serdes PHY registers
- - status.py = TC 11.1, read RSP status register
- - spustat.py = TC 9.6, read SPU sensor status <=> 'rspctl --spustat'
- - tdstat.py = TC 9.1, read TD sensor status <=> 'rspctl --tdstat'
- - hba_client = TC 5.42, read or write to a HBA client register at the
- RCU
- - hba_server = TC 5.43, read or write to a HBA server register at the
- tile
- - rad_lanemode = TC 5.24, write or read the lane mode for the SERDES
- lanes
- - rad_latency = TC 5.49, show latency of data frames on the SERDES
- lanes
-
-c) 'rspctl --readblock' and 'rspctl --writeblock'
-
- If available high level rspctl options are used to set up things, e.g. like
- the PRSG on an RCU. For other low level board control use the direct access
- '--readblock' and '--writeblock' options of rspctl. The modules mep.py and
- rsp.py provide easy interfacing with theses options.
-
-d) For help on the testcase usage and options do:
-
- python verify.py --help
-
-e) To delete temporary files do:
-
- ./rmfiles.sh
-
-f) Verbosity level (-v)
- The testcases all adhere to the following verbosity level convention:
-
- -v 0 : show PASSED or FAILED
- -v 1 : show testcase title
- -v 2 : show testcase time
- -v 11 : show '... went wrong' for each step or section in a testcase, plus
- some more info like expected result and read result
- -v 21 : show '... went OK' for each step or section in a testcase
- -v 22 : show rspctl commands
- -v 23 : show rspctl command return results
-
-g) Pass/fail
- Default a testcase run using verify.py/testcase.py (or using testlog.py) gets
- pass/fail status 'RUNONLY'. This is useful for test scripts that are
- utilities. If the testcase checks for expected results then it one of the it
- should first initialized the tc result to 'PASSED'. Subsequently each step in
- the testcase that fails should also set the tc result to 'FAILED'. Once the
- tc status is 'FAILED' it can not change anymore.
-
-h) Test scripts and the RSP driver
- The test scripts use rspctl. Some test scripts do not affect the functional
- behaviour of the RSP driver, however many scripts do. Due to the slow and
- asynchronlous behaviour of teh test scripts it is often handy to disable the
- external sync (pps). The scripts also enable the external sync again, but
- if that does not recover normal rspctl behaviour then it may be necessary to
- do a 'rspctl --rspclear' or restart the RSP driver via swlevel 1, swlevel 2.
-
-
-################################################################################
-5) More examples
-
-a) HBA client access
- To read the speed register of HBA client on RCU[65] do:
-
- python verify.py --brd rsp8 --fp blp0 --rep 1 -v 21 --te tc/hba_client.py
- --client_access r --client_reg speed --data 1
-
- The test will only signal pass if the --data value equals the read speed
- value, hence for read the --data option is used as expected result.
-
-b) HBA server access
- To manage the HBA server addresses use:
-
- test/hbatest/hba_read_all.sh # to read all servers in a HBA tile
- test/hbatest/hba_new_address.sh # to change a HBA server address
-
- These shell scripts use tc/hba_server.py. More examples:
-
- To read the delay settings for polarization X and Y of HBA server 2 on the
- HBA tile of RCU[64]=X (power via X) and RCU[65]=Y (control via Y) do:
-
- python verify.py --brd rsp8 --fp blp0 --rep 1 -v 21 --te tc/hba_server.py
- --server 2 --server_access uc --server_function gw
- --server_reg delay_x --data 50,51
-
- To change the default server address 127 to operational server address # in
- 1-16 range, first be sure to set a free address, otherwise two servers in the
- tile will have the same address and can not be controlled remotely anymore.
- Use the following command to check whether server # = 1, 2, ... 16, or 127
- exists in the tile on RSP 8, BLP 0:
-
- python verify.py --brd rsp8 --fp blp0 -v 21 --te tc/hba_server.py
- --server # --server_access uc --server_function gb
- --server_reg address --data #
-
- Then use the following command to change the default server address into #:
-
- python verify.py --brd rsp8 --fp blp0 -v 21 --te tc/hba_server.py
- --server 127 --server_access uc --server_function sb
- --server_reg address --data #
-
-
-c) Read version nummers of station hardware, firmware and software:
- - The RSP board version and BP and AP firmware versions: 'rspctl --version'.
- - The RSP CPLD CP firmware version: 'tc/status.py --pid rsu'.
- Should be version 3 (although 2 probably also works). Version 3 reveals
- what caused the RSP board to reset (e.g. user, watchdog, overtemperature).
- - The RCU firmware version: 'rspctl --rcu'.
- The version number is given by the most significant nibble in the control
- word "RCU[ 0].control=0x10057980". Shouls be 1 for RCUs with the I2C
- problem of bug 1111 solved. This fix also implies that the I2C to the RCU
- requires an active system clock (160 or 200 MHz). For I2C access to the
- HBA client the system clock is not used.
- - HBA client software version (old HBA software does not have a version
- register): 'tc/hba_client.py --client_access r --client_reg version
- --data 10' --> should be version 10.
- - HBA server software version (old HBA software does not have a version
- register) for all 1-16 servers: 'tc/hba_server.py --server 1
- --server_access uc --server_reg version --server_func gb --data 10'
- --> should be version 10.
-
-d) Useful tests for monitoring the data on the serdes ring between the RSP
- boards (carries the crosslets for the XST and the beamlets for CDO):
-
- - 'rspctl --rcumode=3', 'rspctl --xcsubband=256', 'rspctl --xcstat' and/or
- 'rspctl --xcstat --xcangle' --> Should yield an smooth, noisy XST matrix
- with autocorrelation diagonal.
- - 'tc/rad_latency.py' --> Shows how the arrival delay in number of samples
- for the crosslet and beamlet packets at each subsequent RSP board.
- - 'tc/rad_lanemode.py --read' --> Reads the lane mode settings, this
- corresponds to the beamlet and crosslet out settings in RSP_Driver.conf.
- - 'tc/status.py --pid rad' --> Shows whether no data packets go lost on the
- serdes ring and whether the data streams from the local AP and the
- preceding RSP are aligned.
- - 'tc/read_serdes_phy.py --data 16,18,20,21,22,23' --> for multiple RSP read
- the redundant ring registers to diagnose in case serdes.py fails.
-
-e) Clock and PPS can also affect the XST:
- - 'tc/serdes.py --diag_sync 0' --> Uses the PPS to start and stop the
- test, so implicitely it verifies that the PPS from the Rubidium is OK.
- - The diff in 'rspctl --status' should be fixed (or +0, +512 at 200 MHz).
- Same as ext_cnt in 'tc/status.py --pid bs'. If it drifts then the XO
- on the TDS clock board is free running, i.e. the PLL on the TDS clock
- board is not (always) in lock.
- - 'rspctl --tdstat' shows whether the PLL on the clock board is in lock.
- However, this is based on a single measurement read via I2C. The PLL could
- in fact loose and reaquire lock regular basis.
-
-
-################################################################################
-6) Standalone test scripts
-
-a) Subrack production tests
-
-The Python script subrack_production.py runs the subrack production test, it
-requires a batch nr and a serial nr that will be used to name the log file.
-
- python subrack_production.py --help
- python subrack_production.py -b 3 -s 2
-
-This subrack_production.py replaces subracktest.sh.
-
-b) Various
-
- i2c_spu.py = uses 'rspctl --spustat' to verify SPU sensor status
- i2c_td.py = uses 'rspctl --spustat' to verify TDS sensor status
-
+#
+# Test scripts for LOFAR station regression, production and operation tests.
+#
+
+################################################################################
+1) Introduction
+
+a) Purpose
+This test suite uses scripts that call rspctl and tbbctl to control a LOFAR
+station. Most scripts are written in Python. The test suite offers modules
+written in Python that allow easy access to rspctl and tbbctl, and that offer
+pass/fail handling and logging. The test scripts allow focussing on a typical
+function or interface of the station, therefore they can be used for:
+
+- regression tests (e.g. functional coverage tests)
+- production tests (e.g. chip interface, board interface tests)
+- stress tests (e.g. many HBA write, read accesses)
+- operation sanity tests
+
+b) Why Python?
+For tool interfacing TCL is the common script language, that is why the VHDL
+developent using Modelsim uses TCL scripts. The problem with the remote station
+TCL scripts is that they run under Windows using WinPCap to interface with the
+Ethernet card. TCL is platform independent, but there is no easy equivalent for
+WinPCAP under Linux. Hence it is not straigthforward to run the TCL testcases
+environment also under Linux on the LCU.
+Instead of using something like WinPCap the low level register access functions
+--readblock and --writeblock were added to rspctl . This allows controlling the
+RSP board via scripts.
+Python was choosen as test script language, because it is a popular script
+language and adopted at various levels within the LOFAR software development,
+including operations. Based on my experience in translating TCL scripts into
+Python equivalents I think that Python is a more natural and nicer language than
+TCL.
+
+
+################################################################################
+2) Test setup
+
+a) Directory structure
+ ./ : README.txt, Python scripts, bash scripts. Run from this directory.
+ modules/ : Python modules
+ gold/ : Golden result files for corresponding scripts, 'diff *.log *.gold'
+ should yield no difference for the test to pass
+ tc/ : Testcase scripts to be used with verify.py
+
+b) This test suite uses different types of test scripting:
+
+ - Testcase Python scripts in tc/ called via verify.py
+ . e.g.: tc/status.py, tc/bist.py, tc/prsg.py
+ . verify.py offers argument parsing, test result logging
+ . Resembles TCL testcase structure used for gateware development tests
+ . Most scripts in tc/ are direct (manual) translations of the TCL test
+ scripts that were used for the gateware (VHDL) development, see
+ LOFAR-ASTRON-MEM-186. The Python / rspctl test scripts run rather slow,
+ about a factor 2 slower than a comparable TCL / C test script.
+ - Stand alone Python scripts
+ . e.g.: python i2c_spu.py, i2c_td.py
+ . suitable for simple tests without argument passing
+ . test pass/fail and logging avaiable via testlog.py
+ - BASH shell scripts
+ . e.g.: ./rsp_version.sh
+
+ All these individual test scripts can be combined:
+ . e.g. for production test, regression test
+ . e.g. subracktest.sh
+
+c) Environment setting
+
+ The scripts run from ./ The search path needs to be set:
+ export PYTHONPATH=./modules
+ or absolute path
+ export PYTHONPATH=/home/lofartest/ptest/modules
+ or to add the path
+ export PYTHONPATH=$PYTHONPATH:./modules
+ or on older systems
+ PYTHONPATH=$PYTHONPATH:./modules
+ export PYTHONPATH
+
+ If rspctl is called then there must be a directory ../log/ for rspctl.log.
+ This ../log/ can be a symbolic link.
+
+
+d) RSPDriver.conf
+
+To allow the 'rspctl --readblock' and 'rspctl --writeblock' low level access
+commands the RSP driver in /opt/lofar/etc/ must have:
+
+ RSPDriver.READ_RAW_DATA = 1
+ RSPDriver.WRITE_RAW_DATA = 1
+
+For tests that access the SPU or TDS, the RSP driver regular accesses via TDSH
+must be stopped via:
+
+ RSPDriver.READWRITE_TDSSTATUS=0
+
+
+################################################################################
+3) Test modules:
+
+cli.py - Command line interface access
+verify.py - Run one or more test scripts after parsing the arguments from the
+ command line
+testcase.py - Testcase pass/fail control, timing and logging for testcases that
+ run with verify.py
+testlog.py - Similar to testcase.py, provides pass/fail control, timing and
+ logging for standalone test scripts like subrack_production.py
+mep.py - MEP interface for RSP board access via 'rspctl --readblock/
+ rspctl --writeblock'
+rsp.py - RSP board register access functions
+smbus.py - SMBus (I2C) access functions
+
+
+Remarks:
+
+a) To see all script options (both general and test case specific) do:
+
+ python verify.py --help
+
+ Remarks:
+ - via --brd a test can be ran for one RSP or multiple
+ - via --fpga a test can be ran on the BP, AP0, AP1, AP2, and/or AP3 in any
+ combination
+ - via --pol a test can be ran on RCU x and/or RCU y of the AP.
+ - There are 2 RCU per AP and 4 AP per RSP. In a station the RCUs are
+ numbered starting from 0:
+
+ . RCU[0] = (rsp0, blp0, x)
+ . RCU[1] = (rsp0, blp0, y)
+ . RCU[2] = (rsp0, blp1, x)
+ . RCU[3] = (rsp0, blp1, y)
+ . RCU[4] = (rsp0, blp2, x)
+ . RCU[5] = (rsp0, blp2, y)
+ . RCU[6] = (rsp0, blp3, x)
+ . RCU[7] = (rsp0, blp3, y)
+ . RCU[8] = (rsp1, blp0, x)
+ . RCU[9] = (rsp1, blp0, y)
+ .
+ . etc
+ .
+ . RCU[64] = (rsp8, blp0, x)
+ . RCU[65] = (rsp8, blp0, y)
+ . RCU[66] = (rsp8, blp1, x)
+ . RCU[67] = (rsp8, blp1, y)
+ . RCU[68] = (rsp8, blp2, x)
+ . RCU[69] = (rsp8, blp2, y)
+ . RCU[70] = (rsp8, blp3, x)
+ . RCU[71] = (rsp8, blp3, y)
+ . RCU[72] = (rsp9, blp0, x)
+ . RCU[73] = (rsp9, blp0, y)
+ .
+ . etc
+ .
+
+b) Classes:
+ - mep.py defines class MepMessage
+ - testcase.py defines class Testcase
+ - testlog.py defines class Testlog
+ The other modules cli.py, rsp.py and smbus.py define plain functions. Classes
+ are a nice way of grouping constants and functions to an object, for mep.py
+ the object it the message string that can be manipulated and access through
+ the class functions. Similar smbus.py could have been written as a class to
+ with the protocol_list and protocol_result as objects. I do not know what is
+ the best approach and why. With smbus.py as a plain set of functions it is
+ also clear that the functions belong together, because they are called using
+ the module name as prefix.
+
+c) The 'rspctl --readblock' and 'rspctl --writeblock' are quite slow, due to:
+ - the double buffering in the RSP driver
+ - maybe rspctl excepts only one access per pps interval
+ - the hex translations in mep.py to adhere to the format ot rspctl
+ For scripts that only use these low level peek and poke rspctl commands it
+ would be a great improvement to have a dedicated driver program that takes
+ care of these low level commands. This may be a driver program or some C
+ functions that can be used directly in Python. The scripts can then remain as
+ they are, only a different mep.py module needs to be added.
+
+d) Some scripts also use higher level rspctl commands, e.g. to set the RCU in
+ PSRG mode.
+
+e) Typically all RSP access goes via functions in rsp.py and smbus.py. Hence in
+ a test script it should never be necessary to call the low level rspctl
+ commands directly.
+
+f) I tried to follow the Python documentation rules. For example to read the
+ documentation in the module rsp.py do:
+
+ python
+ >>> import rsp
+ >>> dir(rsp)
+ >>> print rsp.__doc__
+ >>> print rsp.write_mem.__doc__
+
+g) When command line options are needed I use the Python option parser. For the
+ test scripts all command line options need to be defined in testcase.py.
+ There are some general test script options (e.g. --brd) but there are also
+ test script specific options (e.g. --pid). The general testcase options are
+ passed on via the Testcase class, the specific options are passed on as
+ directly and all get prefix 'arg_' in verify.py to easily recognize them.
+
+h) For logging I followed the logging approach that was used for the RSP test
+ environment written in TCL. Python also has modules for logging thay may be
+ useful in future.
+
+
+################################################################################
+4) Test scripts in tc/
+
+a) The testcases in tc/ are ran using verify.py. The test results are reported
+ to the screen and also stored in tc/ in a *.log file with the same name. The
+ ammount of logging depends on the verbosity level set by option -v.
+
+ To run a testcase with verify.py in ./ do:
+
+ python verify.py --brd rsp0 --fp blp0 --te tc/prsg.py -v 21
+
+ To run a testcase for one subrack with 4 RSP do:
+
+ python verify.py --brd rsp0,rsp1,rsp2,rsp3 --rep 1 -v 21 --te tc/serdes.py
+
+ To run a testcase for a station with three subracks, so 12 RSP do:
+
+ python verify.py --brd rsp0,rsp1,rsp2,rsp3,rsp4,rsp5,rsp6,rsp7,rsp8,rsp9,
+ rsp10,rsp11 --te tc/serdes.py
+
+ Remarks:
+ - The default option parameter values are defined in verify.py
+ - For options with multiple parameters the parameters must form one continuous
+ string seperated by commas's.
+
+b) The following test scripts are available in tc/, they are more or less plain,
+ manual translations from TCL test cases:
+
+ - empty.py = empty, can be used to try verify.py
+ - cdo_ctrl.py = Read or write the CTRL field in the CDO settings
+ register
+ - prsg.py = TC 5.10, capture RCU PSRG data
+ - serdes.py = TC 3.8, serdes ring test
+ - read_serdes_phy.py = TC 8.3, read serdes PHY registers
+ - status.py = TC 11.1, read RSP status register
+ - spustat.py = TC 9.6, read SPU sensor status <=> 'rspctl --spustat'
+ - tdstat.py = TC 9.1, read TD sensor status <=> 'rspctl --tdstat'
+ - hba_client = TC 5.42, read or write to a HBA client register at the
+ RCU
+ - hba_server = TC 5.43, read or write to a HBA server register at the
+ tile
+ - rad_lanemode = TC 5.24, write or read the lane mode for the SERDES
+ lanes
+ - rad_latency = TC 5.49, show latency of data frames on the SERDES
+ lanes
+
+c) 'rspctl --readblock' and 'rspctl --writeblock'
+
+ If available high level rspctl options are used to set up things, e.g. like
+ the PRSG on an RCU. For other low level board control use the direct access
+ '--readblock' and '--writeblock' options of rspctl. The modules mep.py and
+ rsp.py provide easy interfacing with theses options.
+
+d) For help on the testcase usage and options do:
+
+ python verify.py --help
+
+e) To delete temporary files do:
+
+ ./rmfiles.sh
+
+f) Verbosity level (-v)
+ The testcases all adhere to the following verbosity level convention:
+
+ -v 0 : show PASSED or FAILED
+ -v 1 : show testcase title
+ -v 2 : show testcase time
+ -v 11 : show '... went wrong' for each step or section in a testcase, plus
+ some more info like expected result and read result
+ -v 21 : show '... went OK' for each step or section in a testcase
+ -v 22 : show rspctl commands
+ -v 23 : show rspctl command return results
+
+g) Pass/fail
+ Default a testcase run using verify.py/testcase.py (or using testlog.py) gets
+ pass/fail status 'RUNONLY'. This is useful for test scripts that are
+ utilities. If the testcase checks for expected results then it one of the it
+ should first initialized the tc result to 'PASSED'. Subsequently each step in
+ the testcase that fails should also set the tc result to 'FAILED'. Once the
+ tc status is 'FAILED' it can not change anymore.
+
+h) Test scripts and the RSP driver
+ The test scripts use rspctl. Some test scripts do not affect the functional
+ behaviour of the RSP driver, however many scripts do. Due to the slow and
+ asynchronlous behaviour of teh test scripts it is often handy to disable the
+ external sync (pps). The scripts also enable the external sync again, but
+ if that does not recover normal rspctl behaviour then it may be necessary to
+ do a 'rspctl --rspclear' or restart the RSP driver via swlevel 1, swlevel 2.
+
+
+################################################################################
+5) More examples
+
+a) HBA client access
+ To read the speed register of HBA client on RCU[65] do:
+
+ python verify.py --brd rsp8 --fp blp0 --rep 1 -v 21 --te tc/hba_client.py
+ --client_access r --client_reg speed --data 1
+
+ The test will only signal pass if the --data value equals the read speed
+ value, hence for read the --data option is used as expected result.
+
+b) HBA server access
+ To manage the HBA server addresses use:
+
+ test/hbatest/hba_read_all.sh # to read all servers in a HBA tile
+ test/hbatest/hba_new_address.sh # to change a HBA server address
+
+ These shell scripts use tc/hba_server.py. More examples:
+
+ To read the delay settings for polarization X and Y of HBA server 2 on the
+ HBA tile of RCU[64]=X (power via X) and RCU[65]=Y (control via Y) do:
+
+ python verify.py --brd rsp8 --fp blp0 --rep 1 -v 21 --te tc/hba_server.py
+ --server 2 --server_access uc --server_function gw
+ --server_reg delay_x --data 50,51
+
+ To change the default server address 127 to operational server address # in
+ 1-16 range, first be sure to set a free address, otherwise two servers in the
+ tile will have the same address and can not be controlled remotely anymore.
+ Use the following command to check whether server # = 1, 2, ... 16, or 127
+ exists in the tile on RSP 8, BLP 0:
+
+ python verify.py --brd rsp8 --fp blp0 -v 21 --te tc/hba_server.py
+ --server # --server_access uc --server_function gb
+ --server_reg address --data #
+
+ Then use the following command to change the default server address into #:
+
+ python verify.py --brd rsp8 --fp blp0 -v 21 --te tc/hba_server.py
+ --server 127 --server_access uc --server_function sb
+ --server_reg address --data #
+
+
+c) Read version nummers of station hardware, firmware and software:
+ - The RSP board version and BP and AP firmware versions: 'rspctl --version'.
+ - The RSP CPLD CP firmware version: 'tc/status.py --pid rsu'.
+ Should be version 3 (although 2 probably also works). Version 3 reveals
+ what caused the RSP board to reset (e.g. user, watchdog, overtemperature).
+ - The RCU firmware version: 'rspctl --rcu'.
+ The version number is given by the most significant nibble in the control
+ word "RCU[ 0].control=0x10057980". Shouls be 1 for RCUs with the I2C
+ problem of bug 1111 solved. This fix also implies that the I2C to the RCU
+ requires an active system clock (160 or 200 MHz). For I2C access to the
+ HBA client the system clock is not used.
+ - HBA client software version (old HBA software does not have a version
+ register): 'tc/hba_client.py --client_access r --client_reg version
+ --data 10' --> should be version 10.
+ - HBA server software version (old HBA software does not have a version
+ register) for all 1-16 servers: 'tc/hba_server.py --server 1
+ --server_access uc --server_reg version --server_func gb --data 10'
+ --> should be version 10.
+
+d) Useful tests for monitoring the data on the serdes ring between the RSP
+ boards (carries the crosslets for the XST and the beamlets for CDO):
+
+ - 'rspctl --rcumode=3', 'rspctl --xcsubband=256', 'rspctl --xcstat' and/or
+ 'rspctl --xcstat --xcangle' --> Should yield an smooth, noisy XST matrix
+ with autocorrelation diagonal.
+ - 'tc/rad_latency.py' --> Shows how the arrival delay in number of samples
+ for the crosslet and beamlet packets at each subsequent RSP board.
+ - 'tc/rad_lanemode.py --read' --> Reads the lane mode settings, this
+ corresponds to the beamlet and crosslet out settings in RSP_Driver.conf.
+ - 'tc/status.py --pid rad' --> Shows whether no data packets go lost on the
+ serdes ring and whether the data streams from the local AP and the
+ preceding RSP are aligned.
+ - 'tc/read_serdes_phy.py --data 16,18,20,21,22,23' --> for multiple RSP read
+ the redundant ring registers to diagnose in case serdes.py fails.
+
+e) Clock and PPS can also affect the XST:
+ - 'tc/serdes.py --diag_sync 0' --> Uses the PPS to start and stop the
+ test, so implicitely it verifies that the PPS from the Rubidium is OK.
+ - The diff in 'rspctl --status' should be fixed (or +0, +512 at 200 MHz).
+ Same as ext_cnt in 'tc/status.py --pid bs'. If it drifts then the XO
+ on the TDS clock board is free running, i.e. the PLL on the TDS clock
+ board is not (always) in lock.
+ - 'rspctl --tdstat' shows whether the PLL on the clock board is in lock.
+ However, this is based on a single measurement read via I2C. The PLL could
+ in fact loose and reaquire lock regular basis.
+
+
+################################################################################
+6) Standalone test scripts
+
+a) Subrack production tests
+
+The Python script subrack_production.py runs the subrack production test, it
+requires a batch nr and a serial nr that will be used to name the log file.
+
+ python subrack_production.py --help
+ python subrack_production.py -b 3 -s 2
+
+This subrack_production.py replaces subracktest.sh.
+
+b) Various
+
+ i2c_spu.py = uses 'rspctl --spustat' to verify SPU sensor status
+ i2c_td.py = uses 'rspctl --spustat' to verify TDS sensor status
+
diff --git a/LCU/StationTest/hbacontrol.txt b/LCU/StationTest/hbacontrol.txt
index 7844ce1a59e8f646aec833e672a9699fd2455e0c..d2982ac4db23665fb8fe01dd999ba32e1d0a34ed 100644
--- a/LCU/StationTest/hbacontrol.txt
+++ b/LCU/StationTest/hbacontrol.txt
@@ -1,56 +1,56 @@
-#################################################################################################################################
-# options testcase 5.42 Write and readback HBA client registers (RCU)
-# client_rcu x or y
-# client_acces r or w or wr
-# client_reg request, response, led, vref, version, speed
-# data ..
-#################################################################################################################################
-
-# HBA LED RCU modem on (client)
-python verify.py --brd rsp8 --fp blp0 --rep 1 -v 21 --te tc/hba_client.py --client_acces w --client_reg led --data 01
-
-# HBA LED RCU modem off (client)
-python verify.py --brd rsp8 --fp blp0 --rep 1 -v 21 --te tc/hba_client.py --client_acces w --client_reg led --data 00
-
-# HBA read LED response register (client)
-python verify.py --brd rsp8 --fp blp0 --rep 1 -v 21 --te tc/hba_client.py --client_acces r --client_reg led
-response [0,1,0,0] led on
-response [0,0,0,0] led off
-
-# HBA read LED response register (client)
-python verify.py --brd rsp8 --fp blp0 --rep 1 -v 21 --te tc/hba_client.py --client_acces r --client_reg version
-response [0,1,0,0] (5V version modem) RCU 65,67,69,71,73
-response [0,2,0,0] (5V version modem) RCU 75,81,89
-response [0,10,0,0] (3.3V version modem) RCU 6,7 testrack Dwingeloo
-
-#################################################################################################################################
-# options testcase 5.43 Write and readback HBA server registers (HBA FE)
-# client_rcu x or y
-# server first,last
-# server_acces bc, uc
-# server_func gb,gw,sb,sw (get byte,word or set byte,word)
-# server_reg delay_x,delay_y,version,address
-# data ....
-# count use counter data for data
-# rand use random data for data
-#################################################################################################################################
-
-# HBA read version number HBA FE (server)
-python verify.py --brd rsp8 --fp blp0 --rep 1 -v 21 --te tc/hba_server.py --server 2 --server_acces uc --server_reg version
-response [0,0,0,0,130,2,3,0,0] (128 + server = 128+2=130) version=3
-response [0,0,0,0,130,2,10,0,0] (128 + server = 128+2=130) version=10
-
-# HBA read delay x y from HBA FE element 2(server)
-# rspctl --hbadelays=1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16 --sel=64,65
-python verify.py --brd rsp8 --fp blp0 --rep 1 -v 21 --te tc/hba_server.py --server 2 --server_acces uc --server_function gw
-response [0,0,0,0,address+2,3,X-delay,Y-delay,0,0]
-response [0,0,0,0,130,3,2,2,0,0] (128 + server = 128+2=130) X-delay=2 Y-delay=2
-
-# HBA write delay x y in HBA FE element 2(server)
-# the value 55 and 56 on element 2 (RCU 64,65)
-python verify.py --brd rsp8 --fp blp0 --rep 1 -v 21 --te tc/hba_server.py --server 2 --server_acces uc --server_function sw --data 55,56
-verify rspctl --realdelays --sel=64,65 (wrong result!!!)
-or above read function server
-
-# HBA change default FE address 127 into #
-python verify.py --brd rsp8 --fp blp0 --rep 1 -v 21 --te tc/hba_server.py --server 127 --server_acces uc --server_function sb --server_reg address --data #
+#################################################################################################################################
+# options testcase 5.42 Write and readback HBA client registers (RCU)
+# client_rcu x or y
+# client_acces r or w or wr
+# client_reg request, response, led, vref, version, speed
+# data ..
+#################################################################################################################################
+
+# HBA LED RCU modem on (client)
+python verify.py --brd rsp8 --fp blp0 --rep 1 -v 21 --te tc/hba_client.py --client_acces w --client_reg led --data 01
+
+# HBA LED RCU modem off (client)
+python verify.py --brd rsp8 --fp blp0 --rep 1 -v 21 --te tc/hba_client.py --client_acces w --client_reg led --data 00
+
+# HBA read LED response register (client)
+python verify.py --brd rsp8 --fp blp0 --rep 1 -v 21 --te tc/hba_client.py --client_acces r --client_reg led
+response [0,1,0,0] led on
+response [0,0,0,0] led off
+
+# HBA read LED response register (client)
+python verify.py --brd rsp8 --fp blp0 --rep 1 -v 21 --te tc/hba_client.py --client_acces r --client_reg version
+response [0,1,0,0] (5V version modem) RCU 65,67,69,71,73
+response [0,2,0,0] (5V version modem) RCU 75,81,89
+response [0,10,0,0] (3.3V version modem) RCU 6,7 testrack Dwingeloo
+
+#################################################################################################################################
+# options testcase 5.43 Write and readback HBA server registers (HBA FE)
+# client_rcu x or y
+# server first,last
+# server_acces bc, uc
+# server_func gb,gw,sb,sw (get byte,word or set byte,word)
+# server_reg delay_x,delay_y,version,address
+# data ....
+# count use counter data for data
+# rand use random data for data
+#################################################################################################################################
+
+# HBA read version number HBA FE (server)
+python verify.py --brd rsp8 --fp blp0 --rep 1 -v 21 --te tc/hba_server.py --server 2 --server_acces uc --server_reg version
+response [0,0,0,0,130,2,3,0,0] (128 + server = 128+2=130) version=3
+response [0,0,0,0,130,2,10,0,0] (128 + server = 128+2=130) version=10
+
+# HBA read delay x y from HBA FE element 2(server)
+# rspctl --hbadelays=1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16 --sel=64,65
+python verify.py --brd rsp8 --fp blp0 --rep 1 -v 21 --te tc/hba_server.py --server 2 --server_acces uc --server_function gw
+response [0,0,0,0,address+2,3,X-delay,Y-delay,0,0]
+response [0,0,0,0,130,3,2,2,0,0] (128 + server = 128+2=130) X-delay=2 Y-delay=2
+
+# HBA write delay x y in HBA FE element 2(server)
+# the value 55 and 56 on element 2 (RCU 64,65)
+python verify.py --brd rsp8 --fp blp0 --rep 1 -v 21 --te tc/hba_server.py --server 2 --server_acces uc --server_function sw --data 55,56
+verify rspctl --realdelays --sel=64,65 (wrong result!!!)
+or above read function server
+
+# HBA change default FE address 127 into #
+python verify.py --brd rsp8 --fp blp0 --rep 1 -v 21 --te tc/hba_server.py --server 127 --server_acces uc --server_function sb --server_reg address --data #
diff --git a/LCU/StationTest/rcumodem.sh b/LCU/StationTest/rcumodem.sh
index e88e112b13e1316538a917d564640d92ddced069..7970dedff14c2be35862fe9c9b2f6af1cf997093 100644
--- a/LCU/StationTest/rcumodem.sh
+++ b/LCU/StationTest/rcumodem.sh
@@ -1,9 +1,9 @@
-#!/bin/bash
-#
-# check the modem software version of the receiver unit.
-# 4-3-10, M.J.Norden
-
-
-echo "The modemtest"
-sleep 2
-python verify.py --brd rsp0,rsp1,rsp2,rsp3,rsp4,rsp5,rsp6,rsp7,rsp8,rsp9,rsp10,rsp11 --fpga blp0,blp1,blp2,blp3 --te tc/hba_client.py --client_acces r --client_reg version --data 10
+#!/bin/bash
+#
+# check the modem software version of the receiver unit.
+# 4-3-10, M.J.Norden
+
+
+echo "The modemtest"
+sleep 2
+python verify.py --brd rsp0,rsp1,rsp2,rsp3,rsp4,rsp5,rsp6,rsp7,rsp8,rsp9,rsp10,rsp11 --fpga blp0,blp1,blp2,blp3 --te tc/hba_client.py --client_acces r --client_reg version --data 10
diff --git a/LCU/StationTest/rsp_version.sh b/LCU/StationTest/rsp_version.sh
index f48d536cb60effd82815d44b78c2c43bb2109e09..2af41375db4ff2dc995b93c2eb7d882863d93a5f 100755
--- a/LCU/StationTest/rsp_version.sh
+++ b/LCU/StationTest/rsp_version.sh
@@ -1,31 +1,31 @@
-#!/bin/bash
-#
-# Get version info from the RSP boards and compare this with the expected golden result.
-#
-# Modified voor INT stations, M.J.Norden 14-10-2010
-
-let rspboards=`sed -n 's/^\s*RS\.N_RSPBOARDS\s*=\s*\([0-9][0-9]*\).*$/\1/p' /opt/lofar/etc/RemoteStation.conf`
-
-rm -f rsp_version*.log
-rm -f rsp_version*.diff
-rspctl --version > rsp_version.log
-
-if [ $rspboards == 12 ]; then
- # This is a NL station
- diff rsp_version.log gold/rsp_version.gold > rsp_version.diff
- if [ -e rsp_version.log ] && [ -e gold/rsp_version.gold ] && [ -e rsp_version.diff ] && ! [ -s rsp_version.diff ]; then
- # The files exists AND the diff has size 0
- echo "RSP version test went OK"
- else
- echo "RSP version test went wrong"
- fi
-else
- # This is a INT station
- diff rsp_version.log gold/rsp_version_int.gold > rsp_version_int.diff
- if [ -e rsp_version.log ] && [ -e gold/rsp_version_int.gold ] && [ -e rsp_version_int.diff ] && ! [ -s rsp_version_int.diff ]; then
- # The files exists AND the diff has size 0
- echo "RSP version test went OK"
- else
- echo "RSP version test went wrong"
- fi
+#!/bin/bash
+#
+# Get version info from the RSP boards and compare this with the expected golden result.
+#
+# Modified voor INT stations, M.J.Norden 14-10-2010
+
+let rspboards=`sed -n 's/^\s*RS\.N_RSPBOARDS\s*=\s*\([0-9][0-9]*\).*$/\1/p' /opt/lofar/etc/RemoteStation.conf`
+
+rm -f rsp_version*.log
+rm -f rsp_version*.diff
+rspctl --version > rsp_version.log
+
+if [ $rspboards == 12 ]; then
+ # This is a NL station
+ diff rsp_version.log gold/rsp_version.gold > rsp_version.diff
+ if [ -e rsp_version.log ] && [ -e gold/rsp_version.gold ] && [ -e rsp_version.diff ] && ! [ -s rsp_version.diff ]; then
+ # The files exists AND the diff has size 0
+ echo "RSP version test went OK"
+ else
+ echo "RSP version test went wrong"
+ fi
+else
+ # This is a INT station
+ diff rsp_version.log gold/rsp_version_int.gold > rsp_version_int.diff
+ if [ -e rsp_version.log ] && [ -e gold/rsp_version_int.gold ] && [ -e rsp_version_int.diff ] && ! [ -s rsp_version_int.diff ]; then
+ # The files exists AND the diff has size 0
+ echo "RSP version test went OK"
+ else
+ echo "RSP version test went wrong"
+ fi
fi
\ No newline at end of file
diff --git a/LCU/StationTest/tbb_prbs_tester.sh b/LCU/StationTest/tbb_prbs_tester.sh
index ca1d254275390456b483e54c8d0ad4cf1c01f3c8..0c87880d0f4d19c6d25ff36e7431d2f87c976b39 100755
--- a/LCU/StationTest/tbb_prbs_tester.sh
+++ b/LCU/StationTest/tbb_prbs_tester.sh
@@ -1,67 +1,67 @@
-#!/bin/bash
-
-#
-# Test the LVDS interfaces between RCU -> RSP -> TBB using the Pseudo Random generator in the RCUs.
-#
-# Modified for INT station 14-10-2010 M.J.Norden
-
-
-let rspboards=`sed -n 's/^\s*RS\.N_RSPBOARDS\s*=\s*\([0-9][0-9]*\).*$/\1/p' /opt/lofar/etc/RemoteStation.conf`
-let tbboards=`sed -n 's/^\s*RS\.N_TBBOARDS\s*=\s*\([0-9][0-9]*\).*$/\1/p' /opt/lofar/etc/RemoteStation.conf`
-let nof_rcu=8*$rspboards
-
-rm -f prbs_dir*.log
-rm -f prbs_dir*.diff
-rm -f ./prbs/*.*
-rm -r ./prbs/.svn
-
-
-# Set up RCU and RSP, make sure waveform generator is off
-rspctl --rcuprsg=1
-sleep 2
-rspctl --tbbmode=transient
-sleep 1
-rspctl --rcuenable=1
-
-sleep 5
-# set up TBB
-nof_slices=10 # one slice contains 1024 transient (raw data) samples
-
-tbbctl --free
-tbbctl --alloc
-tbbctl --rec
-
-sleep 1
-
-# Freeze and get the captured data from TBB
-cd ./prbs
-tbbctl --stop
-for ((i = 0; i < $nof_rcu; i++)) do
- tbbctl --readpage=$i,0,$nof_slices
-done
-cd ..
-# Verify the PRBS
-python prbs_dir_test.py
-rspctl --rcuprsg=0
-
-if [ $tbboards == 6 ]; then
- # This is a NL station
- diff prbs_dir_test.log ./gold/prbs_dir_test.gold > prbs_dir_test.diff
- if [ -e prbs_dir_test.log ] && [ -e ./gold/prbs_dir_test.gold ] && [ -e prbs_dir_test.diff ] && ! [ -s prbs_dir_test.diff ]; then
- # The files exists AND has the diff size 0
- echo "RCU -> RSP -> TBB interfaces test went OK"
- else
- echo "RCU -> RSP -> TBB interfaces test went wrong"
- fi
-else
- # This is a INT station
- diff prbs_dir_test.log ./gold/prbs_dir_test_int.gold > prbs_dir_test_int.diff
- if [ -e prbs_dir_test.log ] && [ -e ./gold/prbs_dir_test_int.gold ] && [ -e prbs_dir_test_int.diff ] && ! [ -s prbs_dir_test_int.diff ]; then
- # The files exists AND has the diff size 0
- echo "RCU -> RSP -> TBB interfaces test went OK"
- else
- echo "RCU -> RSP -> TBB interfaces test went wrong"
- fi
-fi
-
-
+#!/bin/bash
+
+#
+# Test the LVDS interfaces between RCU -> RSP -> TBB using the Pseudo Random generator in the RCUs.
+#
+# Modified for INT station 14-10-2010 M.J.Norden
+
+
+let rspboards=`sed -n 's/^\s*RS\.N_RSPBOARDS\s*=\s*\([0-9][0-9]*\).*$/\1/p' /opt/lofar/etc/RemoteStation.conf`
+let tbboards=`sed -n 's/^\s*RS\.N_TBBOARDS\s*=\s*\([0-9][0-9]*\).*$/\1/p' /opt/lofar/etc/RemoteStation.conf`
+let nof_rcu=8*$rspboards
+
+rm -f prbs_dir*.log
+rm -f prbs_dir*.diff
+rm -f ./prbs/*.*
+rm -r ./prbs/.svn
+
+
+# Set up RCU and RSP, make sure waveform generator is off
+rspctl --rcuprsg=1
+sleep 2
+rspctl --tbbmode=transient
+sleep 1
+rspctl --rcuenable=1
+
+sleep 5
+# set up TBB
+nof_slices=10 # one slice contains 1024 transient (raw data) samples
+
+tbbctl --free
+tbbctl --alloc
+tbbctl --rec
+
+sleep 1
+
+# Freeze and get the captured data from TBB
+cd ./prbs
+tbbctl --stop
+for ((i = 0; i < $nof_rcu; i++)) do
+ tbbctl --readpage=$i,0,$nof_slices
+done
+cd ..
+# Verify the PRBS
+python prbs_dir_test.py
+rspctl --rcuprsg=0
+
+if [ $tbboards == 6 ]; then
+ # This is a NL station
+ diff prbs_dir_test.log ./gold/prbs_dir_test.gold > prbs_dir_test.diff
+ if [ -e prbs_dir_test.log ] && [ -e ./gold/prbs_dir_test.gold ] && [ -e prbs_dir_test.diff ] && ! [ -s prbs_dir_test.diff ]; then
+ # The files exists AND has the diff size 0
+ echo "RCU -> RSP -> TBB interfaces test went OK"
+ else
+ echo "RCU -> RSP -> TBB interfaces test went wrong"
+ fi
+else
+ # This is a INT station
+ diff prbs_dir_test.log ./gold/prbs_dir_test_int.gold > prbs_dir_test_int.diff
+ if [ -e prbs_dir_test.log ] && [ -e ./gold/prbs_dir_test_int.gold ] && [ -e prbs_dir_test_int.diff ] && ! [ -s prbs_dir_test_int.diff ]; then
+ # The files exists AND has the diff size 0
+ echo "RCU -> RSP -> TBB interfaces test went OK"
+ else
+ echo "RCU -> RSP -> TBB interfaces test went wrong"
+ fi
+fi
+
+
diff --git a/LCU/StationTest/tbb_size.sh b/LCU/StationTest/tbb_size.sh
index 943ec4fac47c5dc2895a62b5013a556b4c8ad41f..f57cf47256847a9fea3b83f437248991829fb5fb 100755
--- a/LCU/StationTest/tbb_size.sh
+++ b/LCU/StationTest/tbb_size.sh
@@ -1,32 +1,32 @@
-#!/bin/bash
-
-#
-# Get version info from the TBB boards and compare this with the expected golden result.
-#
-# Modified for INT stations, 14-10-2010, M.J.Norden
-
-rm -f tbb_size*.log
-rm -f tbb_size*.diff
-tbbctl --size > tbb_size.log
-
-let tbboards=`sed -n 's/^\s*RS\.N_TBBOARDS\s*=\s*\([0-9][0-9]*\).*$/\1/p' /opt/lofar/etc/RemoteStation.conf`
-
-if [ $tbboards == 6 ]; then
- # This is a NL station
- diff tbb_size.log gold/tbb_size.gold > tbb_size.diff
- if [ -e tbb_size.log ] && [ -e gold/tbb_size.gold ] && [ -e tbb_size.diff ] && ! [ -s tbb_size.diff ]; then
- # The files exists AND has the diff size 0
- echo "TBB memory size test went OK"
- else
- echo "TBB memory size test went wrong"
- fi
-else
- # This is a INT station
- diff tbb_size.log gold/tbb_size_int.gold > tbb_size_int.diff
- if [ -e tbb_size.log ] && [ -e gold/tbb_size_int.gold ] && [ -e tbb_size_int.diff ] && ! [ -s tbb_size_int.diff ]; then
- # The files exists AND has the diff size 0
- echo "TBB memory size test went OK"
- else
- echo "TBB memory size test went wrong"
- fi
-fi
+#!/bin/bash
+
+#
+# Get version info from the TBB boards and compare this with the expected golden result.
+#
+# Modified for INT stations, 14-10-2010, M.J.Norden
+
+rm -f tbb_size*.log
+rm -f tbb_size*.diff
+tbbctl --size > tbb_size.log
+
+let tbboards=`sed -n 's/^\s*RS\.N_TBBOARDS\s*=\s*\([0-9][0-9]*\).*$/\1/p' /opt/lofar/etc/RemoteStation.conf`
+
+if [ $tbboards == 6 ]; then
+ # This is a NL station
+ diff tbb_size.log gold/tbb_size.gold > tbb_size.diff
+ if [ -e tbb_size.log ] && [ -e gold/tbb_size.gold ] && [ -e tbb_size.diff ] && ! [ -s tbb_size.diff ]; then
+ # The files exists AND has the diff size 0
+ echo "TBB memory size test went OK"
+ else
+ echo "TBB memory size test went wrong"
+ fi
+else
+ # This is a INT station
+ diff tbb_size.log gold/tbb_size_int.gold > tbb_size_int.diff
+ if [ -e tbb_size.log ] && [ -e gold/tbb_size_int.gold ] && [ -e tbb_size_int.diff ] && ! [ -s tbb_size_int.diff ]; then
+ # The files exists AND has the diff size 0
+ echo "TBB memory size test went OK"
+ else
+ echo "TBB memory size test went wrong"
+ fi
+fi
diff --git a/LCU/StationTest/tbb_version.sh b/LCU/StationTest/tbb_version.sh
index a3d3f10c01a4882dc64a79f402cbdcb8eba29568..c8d0035da65cdfbbff4a16512c2cbe534dde7cbf 100755
--- a/LCU/StationTest/tbb_version.sh
+++ b/LCU/StationTest/tbb_version.sh
@@ -1,31 +1,31 @@
-#!/bin/bash
-#
-# Get version info from the TBB boards and compare this with the expected golden result.
-#
-# Modified voor INT stations, M.J.Norden 14-10-2010
-
-let tbboards=`sed -n 's/^\s*RS\.N_TBBOARDS\s*=\s*\([0-9][0-9]*\).*$/\1/p' /opt/lofar/etc/RemoteStation.conf`
-
-rm -f tbb_version*.log
-rm -f tbb_version*.diff
-tbbctl --version > tbb_version.log
-
-if [ $tbboards == 6 ]; then
- # This is a NL station
- diff tbb_version.log gold/tbb_version.gold > tbb_version.diff
- if [ -e tbb_version.log ] && [ -e gold/tbb_version.gold ] && [ -e tbb_version.diff ] && ! [ -s tbb_version.diff ]; then
- # The files exists AND has the diff size 0
- echo "TBB version test went OK"
- else
- echo "TBB version test went wrong"
- fi
-else
- # This is a INT station
- diff tbb_version.log gold/tbb_version_int.gold > tbb_version_int.diff
- if [ -e tbb_version.log ] && [ -e gold/tbb_version_int.gold ] && [ -e tbb_version_int.diff ] && ! [ -s tbb_version_int.diff ]; then
- # The files exists AND has the diff size 0
- echo "TBB version test went OK"
- else
- echo "TBB version test went wrong"
- fi
-fi
+#!/bin/bash
+#
+# Get version info from the TBB boards and compare this with the expected golden result.
+#
+# Modified voor INT stations, M.J.Norden 14-10-2010
+
+let tbboards=`sed -n 's/^\s*RS\.N_TBBOARDS\s*=\s*\([0-9][0-9]*\).*$/\1/p' /opt/lofar/etc/RemoteStation.conf`
+
+rm -f tbb_version*.log
+rm -f tbb_version*.diff
+tbbctl --version > tbb_version.log
+
+if [ $tbboards == 6 ]; then
+ # This is a NL station
+ diff tbb_version.log gold/tbb_version.gold > tbb_version.diff
+ if [ -e tbb_version.log ] && [ -e gold/tbb_version.gold ] && [ -e tbb_version.diff ] && ! [ -s tbb_version.diff ]; then
+ # The files exists AND has the diff size 0
+ echo "TBB version test went OK"
+ else
+ echo "TBB version test went wrong"
+ fi
+else
+ # This is a INT station
+ diff tbb_version.log gold/tbb_version_int.gold > tbb_version_int.diff
+ if [ -e tbb_version.log ] && [ -e gold/tbb_version_int.gold ] && [ -e tbb_version_int.diff ] && ! [ -s tbb_version_int.diff ]; then
+ # The files exists AND has the diff size 0
+ echo "TBB version test went OK"
+ else
+ echo "TBB version test went wrong"
+ fi
+fi
diff --git a/LCU/StationTest/test/beamformertest/beamformertest_HBA_RCU192.sh b/LCU/StationTest/test/beamformertest/beamformertest_HBA_RCU192.sh
index a2fa8f601971c18adc28495a1d9322ddfb96862e..9df889c5d71adba01fb6b78c9c0fc63dc4378d7c 100755
--- a/LCU/StationTest/test/beamformertest/beamformertest_HBA_RCU192.sh
+++ b/LCU/StationTest/test/beamformertest/beamformertest_HBA_RCU192.sh
@@ -1,25 +1,25 @@
-# beamformer test for 192 rcu's in HBA mode (with splitter OFF)
-# object zenith
-# version 1.1, 3 dec 2010, M.J.Norden
-
-
-rspctl --wg=0
-sleep 1
-rspctl --rcuprsg=0
-sleep 1
-
-killall beamctl
-sleep 3
-eval swlevel 3
-sleep 2
-rspctl --splitter=0
-sleep 3
-
-beamctl --antennaset=HBA_JOINED --rcumode=5 --rcus=0:1 --subbands=320:381 --beamlets=0:61 --anadir=0,1.5708,AZEL --digdir=0,1.5708,AZEL&
-sleep 3
-beamctl --antennaset=HBA_JOINED --rcumode=5 --rcus=0:95 --subbands=320:381 --beamlets=62:123 --anadir=0,1.5708,AZEL --digdir=0,1.5708,AZEL&
-sleep 3
-beamctl --antennaset=HBA_JOINED --rcumode=5 --rcus=96:97 --subbands=320:381 --beamlets=124:185 --anadir=0,1.5708,AZEL --digdir=0,1.5708,AZEL&
-sleep 3
-beamctl --antennaset=HBA_JOINED --rcumode=5 --rcus=0:191 --subbands=320:381 --beamlets=186:247 --anadir=0,1.5708,AZEL --digdir=0,1.5708,AZEL&
-
+# beamformer test for 192 rcu's in HBA mode (with splitter OFF)
+# object zenith
+# version 1.1, 3 dec 2010, M.J.Norden
+
+
+rspctl --wg=0
+sleep 1
+rspctl --rcuprsg=0
+sleep 1
+
+killall beamctl
+sleep 3
+eval swlevel 3
+sleep 2
+rspctl --splitter=0
+sleep 3
+
+beamctl --antennaset=HBA_JOINED --rcumode=5 --rcus=0:1 --subbands=320:381 --beamlets=0:61 --anadir=0,1.5708,AZEL --digdir=0,1.5708,AZEL&
+sleep 3
+beamctl --antennaset=HBA_JOINED --rcumode=5 --rcus=0:95 --subbands=320:381 --beamlets=62:123 --anadir=0,1.5708,AZEL --digdir=0,1.5708,AZEL&
+sleep 3
+beamctl --antennaset=HBA_JOINED --rcumode=5 --rcus=96:97 --subbands=320:381 --beamlets=124:185 --anadir=0,1.5708,AZEL --digdir=0,1.5708,AZEL&
+sleep 3
+beamctl --antennaset=HBA_JOINED --rcumode=5 --rcus=0:191 --subbands=320:381 --beamlets=186:247 --anadir=0,1.5708,AZEL --digdir=0,1.5708,AZEL&
+
diff --git a/LCU/StationTest/test/beamformertest/beamformertest_HBA_RCU96.sh b/LCU/StationTest/test/beamformertest/beamformertest_HBA_RCU96.sh
index 80cdbd75fb67ed4a15bc2c98857d127d63c06a83..f0e79ea832f702bb8e7e81a86b83899aff385e61 100755
--- a/LCU/StationTest/test/beamformertest/beamformertest_HBA_RCU96.sh
+++ b/LCU/StationTest/test/beamformertest/beamformertest_HBA_RCU96.sh
@@ -1,25 +1,25 @@
-# beamformer test for 96 rcu's in HBA mode (with splitter OFF)
-# object zenith
-# version 1.1, 3 dec 2010, M.J.Norden
-
-
-rspctl --wg=0
-sleep 1
-rspctl --rcuprsg=0
-sleep 1
-
-killall beamctl
-sleep 3
-eval swlevel 3
-sleep 2
-rspctl --splitter=0
-sleep 3
-
-beamctl --antennaset=HBA_JOINED --rcumode=5 --rcus=0:1 --subbands=320:381 --beamlets=0:61 --anadir=0,1.5708,AZEL --digdir=0,1.5708,AZEL&
-sleep 3
-beamctl --antennaset=HBA_JOINED --rcumode=5 --rcus=0:46 --subbands=320:381 --beamlets=62:123 --anadir=0,1.5708,AZEL --digdir=0,1.5708,AZEL&
-sleep 3
-beamctl --antennaset=HBA_JOINED --rcumode=5 --rcus=47:48 --subbands=320:381 --beamlets=124:185 --anadir=0,1.5708,AZEL --digdir=0,1.5708,AZEL&
-sleep 3
-beamctl --antennaset=HBA_JOINED --rcumode=5 --rcus=0:95 --subbands=320:381 --beamlets=186:247 --anadir=0,1.5708,AZEL --digdir=0,1.5708,AZEL&
-
+# beamformer test for 96 rcu's in HBA mode (with splitter OFF)
+# object zenith
+# version 1.1, 3 dec 2010, M.J.Norden
+
+
+rspctl --wg=0
+sleep 1
+rspctl --rcuprsg=0
+sleep 1
+
+killall beamctl
+sleep 3
+eval swlevel 3
+sleep 2
+rspctl --splitter=0
+sleep 3
+
+beamctl --antennaset=HBA_JOINED --rcumode=5 --rcus=0:1 --subbands=320:381 --beamlets=0:61 --anadir=0,1.5708,AZEL --digdir=0,1.5708,AZEL&
+sleep 3
+beamctl --antennaset=HBA_JOINED --rcumode=5 --rcus=0:46 --subbands=320:381 --beamlets=62:123 --anadir=0,1.5708,AZEL --digdir=0,1.5708,AZEL&
+sleep 3
+beamctl --antennaset=HBA_JOINED --rcumode=5 --rcus=47:48 --subbands=320:381 --beamlets=124:185 --anadir=0,1.5708,AZEL --digdir=0,1.5708,AZEL&
+sleep 3
+beamctl --antennaset=HBA_JOINED --rcumode=5 --rcus=0:95 --subbands=320:381 --beamlets=186:247 --anadir=0,1.5708,AZEL --digdir=0,1.5708,AZEL&
+
diff --git a/LCU/StationTest/test/beamformertest/beamformertest_LBA_RCU192.sh b/LCU/StationTest/test/beamformertest/beamformertest_LBA_RCU192.sh
index ac2c323f1b1fac017ae1c0caf17a831cce93f0f3..fa8b8b363e73c34689fdcca35599f16fe6e9b4c7 100755
--- a/LCU/StationTest/test/beamformertest/beamformertest_LBA_RCU192.sh
+++ b/LCU/StationTest/test/beamformertest/beamformertest_LBA_RCU192.sh
@@ -1,25 +1,25 @@
-# beamformer test for 192 rcu's in LBA mode (with splitter OFF)
-# object zenith
-# version 1.1, 3 dec 2010, M.J.Norden
-
-
-rspctl --wg=0
-sleep 1
-rspctl --rcuprsg=0
-sleep 1
-
-killall beamctl
-sleep 3
-eval swlevel 3
-sleep 2
-rspctl --splitter=0
-sleep 3
-
-beamctl --antennaset=LBA_INNER --rcumode=3 --rcus=0:1 --subbands=270:331 --beamlets=0:61 --anadir=0,1.5708,AZEL --digdir=0,1.5708,AZEL&
-sleep 3
-beamctl --antennaset=LBA_INNER --rcumode=3 --rcus=0:95 --subbands=270:331 --beamlets=62:123 --anadir=0,1.5708,AZEL --digdir=0,1.5708,AZEL&
-sleep 3
-beamctl --antennaset=LBA_INNER --rcumode=3 --rcus=96:97 --subbands=270:331 --beamlets=124:185 --anadir=0,1.5708,AZEL --digdir=0,1.5708,AZEL&
-sleep 3
-beamctl --antennaset=LBA_INNER --rcumode=3 --rcus=0:191 --subbands=270:331 --beamlets=186:247 --anadir=0,1.5708,AZEL --digdir=0,1.5708,AZEL&
-
+# beamformer test for 192 rcu's in LBA mode (with splitter OFF)
+# object zenith
+# version 1.1, 3 dec 2010, M.J.Norden
+
+
+rspctl --wg=0
+sleep 1
+rspctl --rcuprsg=0
+sleep 1
+
+killall beamctl
+sleep 3
+eval swlevel 3
+sleep 2
+rspctl --splitter=0
+sleep 3
+
+beamctl --antennaset=LBA_INNER --rcumode=3 --rcus=0:1 --subbands=270:331 --beamlets=0:61 --anadir=0,1.5708,AZEL --digdir=0,1.5708,AZEL&
+sleep 3
+beamctl --antennaset=LBA_INNER --rcumode=3 --rcus=0:95 --subbands=270:331 --beamlets=62:123 --anadir=0,1.5708,AZEL --digdir=0,1.5708,AZEL&
+sleep 3
+beamctl --antennaset=LBA_INNER --rcumode=3 --rcus=96:97 --subbands=270:331 --beamlets=124:185 --anadir=0,1.5708,AZEL --digdir=0,1.5708,AZEL&
+sleep 3
+beamctl --antennaset=LBA_INNER --rcumode=3 --rcus=0:191 --subbands=270:331 --beamlets=186:247 --anadir=0,1.5708,AZEL --digdir=0,1.5708,AZEL&
+
diff --git a/LCU/StationTest/test/beamformertest/beamformertest_LBHLBL_RCU96.sh b/LCU/StationTest/test/beamformertest/beamformertest_LBHLBL_RCU96.sh
index 0085dd8564efae6920bf7410e9e15f02119faf7c..e2634a28af884edfb2f36cf8990bb3dee69349a3 100755
--- a/LCU/StationTest/test/beamformertest/beamformertest_LBHLBL_RCU96.sh
+++ b/LCU/StationTest/test/beamformertest/beamformertest_LBHLBL_RCU96.sh
@@ -1,21 +1,21 @@
-# beamformermformer test for 96 rcu's in LBA mode (LBL & LBH input)
-# two antennas per beam, four beams
-# object zenith
-# version 1.9 3 dec 2010 M.J.Norden
-
-
-rspctl --wg=0
-rspctl --rcuprsg=0
-
-killall beamctl
-swlevel 3
-sleep 5
-
-beamctl --antennaset=LBA_OUTER --rcumode=1 --rcus=48:49 --subbands=270:331 --beamlets=0:61 --anadir=0,1.5708,AZEL --digdir=0,1.5708,AZEL&
-sleep 3
-beamctl --antennaset=LBA_INNER --rcumode=3 --rcus=0:1 --subbands=270:331 --beamlets=62:123 --anadir=0,1.5708,AZEL --digdir=0,1.5708,AZEL&
-sleep 3
-beamctl --antennaset=LBA_OUTER --rcumode=1 --rcus=48:95 --subbands=270:331 --beamlets=124:185 --anadir=0,1.5708,AZEL --digdir=0,1.5708,AZEL&
-sleep 3
-beamctl --antennaset=LBA_INNER --rcumode=3 --rcus=0:47 --subbands=270:331 --beamlets=186:247 --anadir=0,1.5708,AZEL --digdir=0,1.5708,AZEL&
-
+# beamformermformer test for 96 rcu's in LBA mode (LBL & LBH input)
+# two antennas per beam, four beams
+# object zenith
+# version 1.9 3 dec 2010 M.J.Norden
+
+
+rspctl --wg=0
+rspctl --rcuprsg=0
+
+killall beamctl
+swlevel 3
+sleep 5
+
+beamctl --antennaset=LBA_OUTER --rcumode=1 --rcus=48:49 --subbands=270:331 --beamlets=0:61 --anadir=0,1.5708,AZEL --digdir=0,1.5708,AZEL&
+sleep 3
+beamctl --antennaset=LBA_INNER --rcumode=3 --rcus=0:1 --subbands=270:331 --beamlets=62:123 --anadir=0,1.5708,AZEL --digdir=0,1.5708,AZEL&
+sleep 3
+beamctl --antennaset=LBA_OUTER --rcumode=1 --rcus=48:95 --subbands=270:331 --beamlets=124:185 --anadir=0,1.5708,AZEL --digdir=0,1.5708,AZEL&
+sleep 3
+beamctl --antennaset=LBA_INNER --rcumode=3 --rcus=0:47 --subbands=270:331 --beamlets=186:247 --anadir=0,1.5708,AZEL --digdir=0,1.5708,AZEL&
+
diff --git a/LCU/StationTest/test/beamformertest/beamformertest_LBH_RCU96.sh b/LCU/StationTest/test/beamformertest/beamformertest_LBH_RCU96.sh
index 6a649606eba1b0b929766e05fb118f63ddf3b0a9..23af0f2a78ff5e49d95dcc1ce4668eb59c6d7c56 100755
--- a/LCU/StationTest/test/beamformertest/beamformertest_LBH_RCU96.sh
+++ b/LCU/StationTest/test/beamformertest/beamformertest_LBH_RCU96.sh
@@ -1,25 +1,25 @@
-# beamformer test for 96 rcu's in LBH mode (with splitter OFF)
-# object zenith
-# version 1.2, 3 dec 2010, M.J.Norden
-
-
-rspctl --wg=0
-sleep 1
-rspctl --rcuprsg=0
-sleep 1
-
-killall beamctl
-sleep 3
-swlevel 3
-sleep 2
-rspctl --splitter=0
-sleep 3
-
-beamctl --antennaset=LBA_INNER --rcumode=3 --rcus=0:1 --subbands=270:331 --beamlets=0:61 --anadir=0,1.5708,AZEL --digdir=0,1.5708,AZEL&
-sleep 3
-beamctl --antennaset=LBA_INNER --rcumode=3 --rcus=0:47 --subbands=270:331 --beamlets=62:123 --anadir=0,1.5708,AZEL --digdir=0,1.5708,AZEL&
-sleep 3
-beamctl --antennaset=LBA_INNER --rcumode=3 --rcus=48:49 --subbands=270:331 --beamlets=124:185 --anadir=0,1.5708,AZEL --digdir=0,1.5708,AZEL&
-sleep 3
-beamctl --antennaset=LBA_INNER --rcumode=3 --rcus=0:95 --subbands=270:331 --beamlets=186:247 --anadir=0,1.5708,AZEL --digdir=0,1.5708,AZEL&
-
+# beamformer test for 96 rcu's in LBH mode (with splitter OFF)
+# object zenith
+# version 1.2, 3 dec 2010, M.J.Norden
+
+
+rspctl --wg=0
+sleep 1
+rspctl --rcuprsg=0
+sleep 1
+
+killall beamctl
+sleep 3
+swlevel 3
+sleep 2
+rspctl --splitter=0
+sleep 3
+
+beamctl --antennaset=LBA_INNER --rcumode=3 --rcus=0:1 --subbands=270:331 --beamlets=0:61 --anadir=0,1.5708,AZEL --digdir=0,1.5708,AZEL&
+sleep 3
+beamctl --antennaset=LBA_INNER --rcumode=3 --rcus=0:47 --subbands=270:331 --beamlets=62:123 --anadir=0,1.5708,AZEL --digdir=0,1.5708,AZEL&
+sleep 3
+beamctl --antennaset=LBA_INNER --rcumode=3 --rcus=48:49 --subbands=270:331 --beamlets=124:185 --anadir=0,1.5708,AZEL --digdir=0,1.5708,AZEL&
+sleep 3
+beamctl --antennaset=LBA_INNER --rcumode=3 --rcus=0:95 --subbands=270:331 --beamlets=186:247 --anadir=0,1.5708,AZEL --digdir=0,1.5708,AZEL&
+
diff --git a/LCU/StationTest/test/beamformertest/beamformertest_LBL_RCU96.sh b/LCU/StationTest/test/beamformertest/beamformertest_LBL_RCU96.sh
index af08d1569bd285a615e0305a70697ca2647dad18..3a0541d715b13f30f083a86572a899f3cd94a1a4 100755
--- a/LCU/StationTest/test/beamformertest/beamformertest_LBL_RCU96.sh
+++ b/LCU/StationTest/test/beamformertest/beamformertest_LBL_RCU96.sh
@@ -1,25 +1,25 @@
-# beamformer test for 96 rcu's in LBL mode (with splitter OFF)
-# object zenith
-# version 1.2, 3 dec 2010, M.J.Norden
-
-
-rspctl --wg=0
-sleep 1
-rspctl --rcuprsg=0
-sleep 1
-
-killall beamctl
-sleep 3
-swlevel 3
-sleep 2
-rspctl --splitter=0
-sleep 3
-
-beamctl --antennaset=LBA_OUTER --rcumode=1 --rcus=0:1 --subbands=270:331 --beamlets=0:61 --anadir=0,1.5708,AZEL --digdir=0,1.5708,AZEL&
-sleep 3
-beamctl --antennaset=LBA_OUTER --rcumode=1 --rcus=0:47 --subbands=270:331 --beamlets=62:123 --anadir=0,1.5708,AZEL --digdir=0,1.5708,AZEL&
-sleep 3
-beamctl --antennaset=LBA_OUTER --rcumode=1 --rcus=48:49 --subbands=270:331 --beamlets=124:185 --anadir=0,1.5708,AZEL --digdir=0,1.5708,AZEL&
-sleep 3
-beamctl --antennaset=LBA_OUTER --rcumode=1 --rcus=0:95 --subbands=270:331 --beamlets=186:247 --anadir=0,1.5708,AZEL --digdir=0,1.5708,AZEL&
-
+# beamformer test for 96 rcu's in LBL mode (with splitter OFF)
+# object zenith
+# version 1.2, 3 dec 2010, M.J.Norden
+
+
+rspctl --wg=0
+sleep 1
+rspctl --rcuprsg=0
+sleep 1
+
+killall beamctl
+sleep 3
+swlevel 3
+sleep 2
+rspctl --splitter=0
+sleep 3
+
+beamctl --antennaset=LBA_OUTER --rcumode=1 --rcus=0:1 --subbands=270:331 --beamlets=0:61 --anadir=0,1.5708,AZEL --digdir=0,1.5708,AZEL&
+sleep 3
+beamctl --antennaset=LBA_OUTER --rcumode=1 --rcus=0:47 --subbands=270:331 --beamlets=62:123 --anadir=0,1.5708,AZEL --digdir=0,1.5708,AZEL&
+sleep 3
+beamctl --antennaset=LBA_OUTER --rcumode=1 --rcus=48:49 --subbands=270:331 --beamlets=124:185 --anadir=0,1.5708,AZEL --digdir=0,1.5708,AZEL&
+sleep 3
+beamctl --antennaset=LBA_OUTER --rcumode=1 --rcus=0:95 --subbands=270:331 --beamlets=186:247 --anadir=0,1.5708,AZEL --digdir=0,1.5708,AZEL&
+
diff --git a/LCU/StationTest/test/beamformertest/hba0_hba1_azel.sh b/LCU/StationTest/test/beamformertest/hba0_hba1_azel.sh
index 3dc3d0fdfeedae708ab93be429403bffa3e6af63..3e71f71e63ef1d3d87cfd1129ebb477d936f21e6 100644
--- a/LCU/StationTest/test/beamformertest/hba0_hba1_azel.sh
+++ b/LCU/StationTest/test/beamformertest/hba0_hba1_azel.sh
@@ -1,84 +1,84 @@
-#!/bin/sh
-# 1.1 test script to verify HBA0 and HBA1 settings
-# North, East, South, West positions with AZEL
-# 15-10-10, M.J Norden
-# HBA input with antenna
-
-killall beamctl
-rspctl --rcuprsg=0
-rspctl --wg=0
-rspctl --splitter=1
-
-swlevel 3
-sleep 10
-
-# rotation CS002
-let rotation_hba0=52
-let rotation_hba1=0
-
-echo "rotation_hba0" $rotation_hba0
-echo "rotation_hba1" $rotation_hba1
-
-HBAnorth0=`(echo - | awk -v K=$rotation_hba0 '{print 0 + (K/360)*2*3.14159}')`;
-HBAnorth1=`(echo - | awk -v K=$rotation_hba1 '{print 0 + (K/360)*2*3.14159}')`;
-
-HBAeast0=`(echo - | awk -v K=$rotation_hba0 '{print 1.5708 + (K/360)*2*3.14159}')`;
-HBAeast1=`(echo - | awk -v K=$rotation_hba1 '{print 1.5708 + (K/360)*2*3.14159}')`;
-
-HBAsouth0=`(echo - | awk -v K=$rotation_hba0 '{print 3.1459 + (K/360)*2*3.14159}')`;
-HBAsouth1=`(echo - | awk -v K=$rotation_hba1 '{print 3.1459 + (K/360)*2*3.14159}')`;
-
-HBAwest0=`(echo - | awk -v K=$rotation_hba0 '{print 4.7124 + (K/360)*2*3.14159}')`;
-HBAwest1=`(echo - | awk -v K=$rotation_hba1 '{print 4.7124 + (K/360)*2*3.14159}')`;
-
-
-sleep 3
-
-# pointing to horizon north
-beamctl --antennaset=HBA_ZERO --rcus=0:47 --rcumode=5 --subbands=300:360 --beamlets=0:60 --anadir=$HBAnorth0,0,AZEL --digdir=$HBAnorth0,0,AZEL&
-sleep 3
-beamctl --antennaset=HBA_ONE --rcus=48:95 --rcumode=5 --subbands=300:360 --beamlets=1000:1060 --anadir=$HBAnorth1,0,AZEL --digdir=$HBAnorth1,0,AZEL&
-sleep 20
-rspctl --realdelays > realdelays_north_`date +%F_%T`.log
-killall beamctl
-sleep 10
-
-# pointing to horizon east
-beamctl --antennaset=HBA_ZERO --rcus=0:47 --rcumode=5 --subbands=300:360 --beamlets=0:60 --anadir=$HBAeast0,0,AZEL --digdir=$HBAeast0,0,AZEL&
-sleep 3
-beamctl --antennaset=HBA_ONE --rcus=48:95 --rcumode=5 --subbands=300:360 --beamlets=1000:1060 --anadir=$HBAeast1,0,AZEL --digdir=$HBAeast1,0,AZEL&
-sleep 20
-rspctl --realdelays > realdelays_east_`date +%F_%T`.log
-killall beamctl
-sleep 10
-
-# pointing to horizon south
-beamctl --antennaset=HBA_ZERO --rcus=0:47 --rcumode=5 --subbands=300:360 --beamlets=0:60 --anadir=$HBAsouth0,0,AZEL --digdir=$HBAsouth0,0,AZEL&
-sleep 3
-beamctl --antennaset=HBA_ONE --rcus=48:95 --rcumode=5 --subbands=300:360 --beamlets=1000:1060 --anadir=$HBAsouth1,0,AZEL --digdir=$HBAsouth1,0,AZEL&
-sleep 20
-rspctl --realdelays > realdelays_south_`date +%F_%T`.log
-killall beamctl
-sleep 10
-
-# pointing to horizon west
-beamctl --antennaset=HBA_ZERO --rcus=0:47 --rcumode=5 --subbands=300:360 --beamlets=0:60 --anadir=$HBAwest0,0,AZEL --digdir=$HBAwest0,0,AZEL&
-sleep 3
-beamctl --antennaset=HBA_ONE --rcus=48:95 --rcumode=5 --subbands=300:360 --beamlets=1000:1060 --anadir=$HBAwest1,0,AZEL --digdir=$HBAwest1,0,AZEL&
-sleep 20
-rspctl --realdelays > realdelays_west_`date +%F_%T`.log
-killall beamctl
-sleep 10
-
-# pointing to zenith and north
-beamctl --antennaset=HBA_ZERO --rcus=0:47 --rcumode=5 --subbands=300:360 --beamlets=0:60 --anadir=$HBAnorth,1.5708,AZEL --digdir=$HBAnorth,1.5708,AZEL&
-sleep 3
-beamctl --antennaset=HBA_ONE --rcus=48:95 --rcumode=5 --subbands=300:360 --beamlets=1000:1060 --anadir=$HBAnorth,1.5708,AZEL --digdir=$HBAnorth,1.5708,AZEL&
-sleep 20
-rspctl --realdelays > realdelays_zenith_`date +%F_%T`.log
-killall beamctl
-sleep 10
-
-
-
-
+#!/bin/sh
+# 1.1 test script to verify HBA0 and HBA1 settings
+# North, East, South, West positions with AZEL
+# 15-10-10, M.J Norden
+# HBA input with antenna
+
+killall beamctl
+rspctl --rcuprsg=0
+rspctl --wg=0
+rspctl --splitter=1
+
+swlevel 3
+sleep 10
+
+# rotation CS002
+let rotation_hba0=52
+let rotation_hba1=0
+
+echo "rotation_hba0" $rotation_hba0
+echo "rotation_hba1" $rotation_hba1
+
+HBAnorth0=`(echo - | awk -v K=$rotation_hba0 '{print 0 + (K/360)*2*3.14159}')`;
+HBAnorth1=`(echo - | awk -v K=$rotation_hba1 '{print 0 + (K/360)*2*3.14159}')`;
+
+HBAeast0=`(echo - | awk -v K=$rotation_hba0 '{print 1.5708 + (K/360)*2*3.14159}')`;
+HBAeast1=`(echo - | awk -v K=$rotation_hba1 '{print 1.5708 + (K/360)*2*3.14159}')`;
+
+HBAsouth0=`(echo - | awk -v K=$rotation_hba0 '{print 3.1459 + (K/360)*2*3.14159}')`;
+HBAsouth1=`(echo - | awk -v K=$rotation_hba1 '{print 3.1459 + (K/360)*2*3.14159}')`;
+
+HBAwest0=`(echo - | awk -v K=$rotation_hba0 '{print 4.7124 + (K/360)*2*3.14159}')`;
+HBAwest1=`(echo - | awk -v K=$rotation_hba1 '{print 4.7124 + (K/360)*2*3.14159}')`;
+
+
+sleep 3
+
+# pointing to horizon north
+beamctl --antennaset=HBA_ZERO --rcus=0:47 --rcumode=5 --subbands=300:360 --beamlets=0:60 --anadir=$HBAnorth0,0,AZEL --digdir=$HBAnorth0,0,AZEL&
+sleep 3
+beamctl --antennaset=HBA_ONE --rcus=48:95 --rcumode=5 --subbands=300:360 --beamlets=1000:1060 --anadir=$HBAnorth1,0,AZEL --digdir=$HBAnorth1,0,AZEL&
+sleep 20
+rspctl --realdelays > realdelays_north_`date +%F_%T`.log
+killall beamctl
+sleep 10
+
+# pointing to horizon east
+beamctl --antennaset=HBA_ZERO --rcus=0:47 --rcumode=5 --subbands=300:360 --beamlets=0:60 --anadir=$HBAeast0,0,AZEL --digdir=$HBAeast0,0,AZEL&
+sleep 3
+beamctl --antennaset=HBA_ONE --rcus=48:95 --rcumode=5 --subbands=300:360 --beamlets=1000:1060 --anadir=$HBAeast1,0,AZEL --digdir=$HBAeast1,0,AZEL&
+sleep 20
+rspctl --realdelays > realdelays_east_`date +%F_%T`.log
+killall beamctl
+sleep 10
+
+# pointing to horizon south
+beamctl --antennaset=HBA_ZERO --rcus=0:47 --rcumode=5 --subbands=300:360 --beamlets=0:60 --anadir=$HBAsouth0,0,AZEL --digdir=$HBAsouth0,0,AZEL&
+sleep 3
+beamctl --antennaset=HBA_ONE --rcus=48:95 --rcumode=5 --subbands=300:360 --beamlets=1000:1060 --anadir=$HBAsouth1,0,AZEL --digdir=$HBAsouth1,0,AZEL&
+sleep 20
+rspctl --realdelays > realdelays_south_`date +%F_%T`.log
+killall beamctl
+sleep 10
+
+# pointing to horizon west
+beamctl --antennaset=HBA_ZERO --rcus=0:47 --rcumode=5 --subbands=300:360 --beamlets=0:60 --anadir=$HBAwest0,0,AZEL --digdir=$HBAwest0,0,AZEL&
+sleep 3
+beamctl --antennaset=HBA_ONE --rcus=48:95 --rcumode=5 --subbands=300:360 --beamlets=1000:1060 --anadir=$HBAwest1,0,AZEL --digdir=$HBAwest1,0,AZEL&
+sleep 20
+rspctl --realdelays > realdelays_west_`date +%F_%T`.log
+killall beamctl
+sleep 10
+
+# pointing to zenith and north
+beamctl --antennaset=HBA_ZERO --rcus=0:47 --rcumode=5 --subbands=300:360 --beamlets=0:60 --anadir=$HBAnorth,1.5708,AZEL --digdir=$HBAnorth,1.5708,AZEL&
+sleep 3
+beamctl --antennaset=HBA_ONE --rcus=48:95 --rcumode=5 --subbands=300:360 --beamlets=1000:1060 --anadir=$HBAnorth,1.5708,AZEL --digdir=$HBAnorth,1.5708,AZEL&
+sleep 20
+rspctl --realdelays > realdelays_zenith_`date +%F_%T`.log
+killall beamctl
+sleep 10
+
+
+
+
diff --git a/LCU/StationTest/test/envcontroltest/eccontrol.py b/LCU/StationTest/test/envcontroltest/eccontrol.py
index 869cde7c4fa9992f896945fcf97ffd12435bedea..1ba4c0d152fddc9ce7e6cd258e0a098ae601d99f 100644
--- a/LCU/StationTest/test/envcontroltest/eccontrol.py
+++ b/LCU/StationTest/test/envcontroltest/eccontrol.py
@@ -1,587 +1,587 @@
-## P.Donker ASTRON februari 2010
-## EC control module
-
-import socket
-import struct
-import time
-
-class EC:
- # cmdIDs from TCP PROTOCOL ec-controller
- EC_NONE = 0
- EC_STATUS = 1
- EC_SETTINGS = 2
- EC_CTRL_TEMP = 3
- EC_VERSION = 5
- EC_SET_CTRL_MODE = 10
- EC_SET_FANS = 11
- EC_SET_TEMP = 15
- EC_SET_HEATER = 17
- EC_SET_48 = 20
- EC_RESET_48 = 22
- EC_SET_230 = 25
- EC_RESET_230 = 27
- EC_RESET_TRIP = 28
- EC_SET_DOOR_CTRL = 50
- EC_SET_HUM_CTRL = 52
- EC_SET_SECOND = 115
-
- SET_MAX_CTRL_TEMP = 150
- SET_MIN_CTRL_TEMP = 151
- SET_WARN1_TEMP = 152
- SET_WARN2_TEMP = 153
- SET_TRIP_TEMP = 154
- SET_HEATER_TEMP = 155
- SET_MAX_HUM = 160
- SET_TRIP_HUM = 161
- SET_START_SIDE = 170
- SET_BALANCE_POINT = 171
- SET_MAX_CHANGE = 172
- SET_SEEK_TIME = 173
- SET_SEEK_CHANGE = 174
-
- SET_TEMP_OFFSET = 180
- SET_TEMP_MULT = 181
- SET_HUM_OFFSET = 182
- SET_HUM_MULT = 183
- SENSOR_SETTINGS = 184
- SET_LOG = 1111
- FLASH_ERASE = 2330
- FLASH_WRITE = 2331
- RESTART = 2440
-
- MODE_OFF = 0
- MODE_ON = 1
- MODE_AUTO = 2
- MODE_MANUAL = 3
- MODE_STARTUP = 4
- MODE_SEEK = 5
- PWR_OFF = 0
- PWR_ON = 1
- LCU = 230
-
- printToScreen = False
- printToFile = False
- cabs = None
- nCabs = None
- host = None
- station = None
- port = 10000
- sck = None
- logger = False
- info = ''
- version = 0
- versionstr = 'V-.-.-'
-
- def __init__(self, addr='0.0.0.0', nCabs=3):
- self.nCabs = nCabs
- if nCabs == 1: self.cabs = [0]
- if nCabs == 3: self.cabs = [0,1,3]
- if nCabs == 4: self.cabs = [0,1,2,3]
- self.host = addr
- try:
- (hostname,a,b) = socket.gethostbyaddr(addr)
- self.station = hostname.split('.')[0]
- except:
- self.station = 'Unknown'
-
- def setInfo(self, info):
- self.info = info
- if self.printToScreen:
- print self.info
- self.info = ''
- else: self.info += '\n'
- return
-
- def addInfo(self, info):
- self.info += info
- if self.printToScreen:
- print self.info
- self.info = ''
- else: self.info += '\n'
- return
-
- def printInfo(self, state=True):
- self.printToScreen = state
- return
-
- def printFile(self, state=True):
- self.printToFile = state
- return
-
- def hex2bit(self, val=0, bits=16):
- bit = ''
- for i in range(bits-1,-1,-1):
- if val & (1 << i):
- bit += '1'
- else:
- bit += '0'
- return(bit)
-
- #---------------------------------------
- def connectToHost(self):
- self.setInfo("connecting to %s on port %d" %(self.host, self.port))
- connected = False
-
- try:
- self.sck = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
- except socket.error:
- self.sck.close()
- return(connected)
-
- try:
- self.sck.settimeout(3.0)
- self.sck.connect((self.host, self.port))
- connected = True
- #time.sleep(0.1)
- except socket.error:
- self.sck.close()
- return(connected)
-
- #---------------------------------------
- def disconnectHost(self):
- self.sck.close()
- #time.sleep(0.1)
- return
-
- #---------------------------------------
- def sendCmd(self, cmdId=0, cab=-1, value=0):
- if (cmdId == self.EC_NONE):
- return (false)
- try:
- cmd = struct.pack('hhh', cmdId, cab, int(value))
- self.sck.send(cmd)
- except socket.error:
- self.setInfo("socket error, try to reconnect")
- self.disconnectHost()
- time.sleep(10.0)
- self.connectToHost()
- return
- #---------------------------------------
- def recvAck(self):
- socketError = False
- try:
- self.sck.settimeout(1.0)
- data = self.sck.recv(6)
- except socket.error:
- socketError = True
- self.setInfo("socket error, try to reconnect")
- #self.disconnectHost()
- #self.connectToHost()
- if socketError:
- return(0,0,[])
-
- header = struct.unpack('hhh', data)
- cmdId = header[0]
- status = header[1]
- PLSize = header[2]
- if (PLSize > 0):
- data = self.sck.recv(PLSize)
- fmt = 'h' * int(PLSize / 2)
- PL = struct.unpack(fmt, data)
- else:
- PL = []
- return (cmdId, status, PL)
- #---------------------------------------
- def recvLog(self):
- socketError = False
- try:
- self.sck.settimeout(10.0)
- data = self.sck.recv(200)
- except socket.error:
- socketError = True
- if socketError:
- return
- print str(data).replace('\r',''),
- return
-
- #---------------------------------------
- def setSecond(self, sec=0):
- self.sendCmd(self.EC_SET_SECOND, 0, sec)
- (cmdId, status, PL) = self.recvAck()
- return
- #---------------------------------------
- def waitForSync(self):
- while ((time.gmtime()[5] % 10) != 7):
- time.sleep(0.5)
- time.sleep(1.0)
- return
- #---------------------------------------
- def waitForUpdate(self):
- while ((time.gmtime()[5] % 10) != 3):
- time.sleep(0.5)
- time.sleep(1.0)
- return
- #---------------------------------------
- def setLogger(self, level=0):
- if (self.version >= 150):
- self.setInfo('EC set logger to level %d' %(level))
- self.sendCmd(self.SET_LOG, 0, level)
- #(cmdId, status, PL) = self.recvAck()
- return
- else:
- self.setInfo('setting log level not possible in this EC version')
- return
- #---------------------------------------
-
- def restart(self):
- if (self.version >= 107) or (self.version == 1):
- self.setInfo('EC restart')
- if self.version < 110:
- self.sendCmd(211)
- elif self.version < 141:
- self.sendCmd(210)
- else:
- self.sendCmd(self.RESTART)
- time.sleep(2.0)
- #(cmdId, status, PL) = self.recvAck()
- return 1
- else:
- self.setInfo('restart not possible in this EC version')
- return 0
- #---------------------------------------
- def setControlMode(self, cab=-1, mode=MODE_AUTO):
- self.sendCmd(self.EC_SET_CTRL_MODE, cab, mode)
- (cmdId, status, PL) = self.recvAck()
- self.setInfo('SetControlMode cab %d to %d' %(cab, mode))
- return
- #---------------------------------------
- def setPower(self, pwr=-1, state=PWR_ON):
- if ((pwr == 48) or (pwr == -1)):
- self.sendCmd(self.EC_SET_48, 0, state)
- (cmdId, status, PL) = self.recvAck()
- self.setInfo('Power Set 48V to %d' %(state))
- if ((pwr == self.LCU) or (pwr == -1)):
- self.sendCmd(self.EC_SET_230, 0, state)
- (cmdId, status, PL) = self.recvAck()
- self.setInfo('Power Set LCU to %d' %(state))
- return
- #---------------------------------------
- def resetPower(self, pwr=-1):
- if ((pwr == 48) or (pwr == -1)):
- self.sendCmd(self.EC_RESET_48, 0, 0)
- (cmdId, status, PL) = self.recvAck()
- self.setInfo('PowerReset 48V')
- if ((pwr == self.LCU) or (pwr == -1)):
- self.sendCmd(self.EC_RESET_230, 0, 0)
- (cmdId, status, PL) = self.recvAck()
- self.setInfo('PowerReset LCU')
-
- #---------------------------------------
- def resetTrip(self):
- self.sendCmd(self.EC_RESET_TRIP, -1, 0)
- (cmdId, status, PL) = self.recvAck()
- self.setInfo('Reset Trip System')
-
- #---------------------------------------
- ## search for new setpoint, works only in control mmode 1
- def seekNewSetpoint(self, cab=-1):
- self.sendCmd(self.EC_SET_MODE, cab, MODE_SEEK)
- (cmdId, status, PL) = self.recvAck()
- self.setInfo('Find newSetpoint cab %d' %(cab))
- #---------------------------------------
- ## set new setpoint, works only in manual mode
- def setTemperature(self, cab=-1, temp=20.0):
- temperature = int(temp * 100.)
- self.sendCmd(self.EC_SET_TEMP, cab, temperature)
- (cmdId, status, PL) = self.recvAck()
- self.setInfo('SetTemperature cab %d to %4.2f' %(cab,temp))
- #---------------------------------------
- ## set new setpoint, works only in manual mode
- def setFans(self, cab=-1, fans=0x0f):
- self.sendCmd(self.EC_SET_FANS, cab, fans)
- (cmdId, status, PL) = self.recvAck()
- self.setInfo('SetFans cab %d to %X' %(cab,fans))
- #---------------------------------------
- ## set door control to on(1) or off(0)
- def setDoorControl(self, cab=-1, state=1):
- self.sendCmd(self.EC_SET_DOOR_CTRL, cab, state)
- (cmdId, status, PL) = self.recvAck()
- self.setinfo('SetDoorControl cab %d to %d' %(cab, state))
- #---------------------------------------
- ## set hum control to on(1) or off(0)
- def setHumControl(self, cab=-1, state=1):
- self.sendCmd(self.EC_SET_HUM_CTRL, cab, state)
- (cmdId, status, PL) = self.recvAck()
- self.setInfo('SetHumidityControl cab %d to %d' %(cab, state))
- #---------------------------------------
- def setHeater(self, mode=0):
- self.sendCmd(self.EC_SET_HEATER, -1, mode)
- (cmdId, status, payload) = self.recvAck()
-
- if (mode == self.MODE_ON): self.setInfo('heater is turned ON')
- if (mode == self.MODE_OFF): self.setInfo('heater is turned OFF')
- if (mode == self.MODE_AUTO): self.setInfo('heater set to AUTO')
- #---------------------------------------
- def getVersion(self):
- self.sendCmd(self.EC_VERSION)
- (cmdId, status, PL) = self.recvAck()
-
- version = int((PL[0]*100)+(PL[1]*10)+PL[2])
- versionstr = 'V%d.%d.%d' %(PL)
- self.version = version
- self.versionstr = versionstr
- self.setInfo('EC software version %d.%d.%d' %(PL))
- return version, versionstr
- #---------------------------------------
- def getStatus(self):
- ec_mode = ('OFF','ON','AUTO','MANUAL','STARTUP','AUTO-SEEK','ABSENT')
- fan = ('. . . .','. . . .','. 2 . .','1 2 . .',\
- '. . 3 .','. . . .','. 2 3 .','1 2 3 .',\
- '. . . .','. . . .','. . . .','. . . .',\
- '. . 3 4','. . . .','. 2 3 4','1 2 3 4')
-
- door = ('CLOSED','FRONT_OPEN','BACK_OPEN','ALL_OPEN')
- fanstate = ('BAD | BAD ','GOOD| BAD ','BAD | GOOD','GOOD| GOOD')
- fanestate= ('OFF | OFF ','ON | OFF ','OFF | ON ','ON | ON ')
- onoff = ('OFF','ON')
- badok = ('BAD','OK')
-
- # get information from EC
- self.sendCmd(self.EC_CTRL_TEMP)
- (cmdId, status, PL1) = self.recvAck()
- self.sendCmd(self.EC_STATUS)
- (cmdId, status, PL2) = self.recvAck()
- if len(PL1) == 0 or len(PL2) == 0: return
- # fill lines with data
- lines = []
-
- if self.nCabs == 4:
- lines.append('temperature cab3 = %5.2f' %(PL2[2]/100.))
- lines.append('humidity cab3 = %5.2f' %(PL2[3]/100.))
- lines.append('cabinet fans = all on')
- lines.append('heater state = %s' %(onoff[PL2[(3*7)+6]]))
- lines.append('power 48V state = %s' %(onoff[(PL2[28] & 1)]))
- lines.append('power LCU state = %s' %(onoff[(PL2[28] >> 1)]))
- lines.append('lightning state = %s' %(badok[(PL2[29] & 1)]))
-
- else:
- lines.append(' |')
- lines.append('mode |')
- lines.append('status |')
- lines.append('set point |')
- lines.append('temperature |')
- lines.append('humidity |')
- lines.append('fans |')
- lines.append('fane |')
- lines.append('fans state |')
- lines.append('doors |')
- lines.append('heater |')
-
- for nCab in range(self.nCabs):
- cab = self.cabs[nCab]
- lines[0] += ' cabinet %1d |' %(cab)
- lines[1] += '%11s |' %(ec_mode[PL2[(cab*7)]])
- lines[2] += ' %#06x |' %(PL2[(cab*7)+1])
- lines[3] += '%11.2f |' %(PL1[cab]/100.)
- lines[4] += '%11.2f |' %(PL2[(cab*7)+2]/100.)
- lines[5] += '%11.2f |' %(PL2[(cab*7)+3]/100.)
- lines[6] += '%11s |' %(fan[(PL2[(cab*7)+4]&0x0f)])
- lines[7] += '%11s |' %(fanestate[(PL2[(cab*7)+4]>>4)&0x3])
- lines[8] += '%11s |' %(fanstate[(PL2[(cab*7)+4]>>6)&0x3])
- lines[9] += '%11s |' %(door[(PL2[(cab*7)+5]&0x03)])
- if (cab != 3):
- lines[10] += '%11s |' %('none')
- else:
- lines[10] += '%11s |' %(onoff[PL2[(cab*7)+6]])
-
- if self.nCabs == 1: i = 7
- else: i = 28
- lines.append('power 48V state = %s' %(onoff[(PL2[i] & 1)]))
- lines.append('power LCU state = %s' %(onoff[(PL2[i] >> 1)]))
- lines.append('lightning state = %s' %(badok[(PL2[i+1] & 1)]))
-
- # print lines to screen or file, see printInfo
- info = 'status %s (%s) %s ' %(self.station, self.versionstr, time.asctime())
- self.setInfo('-' * len(info))
- self.addInfo(info)
- self.addInfo('-' * len(info))
- for line in lines:
- self.addInfo(line)
- # print data to file if selected
- if (self.printToFile == 1):
- tm = time.gmtime()
- filename = '%s_%d%02d%02d.dat' %(self.station,tm.tm_year, tm.tm_mon, tm.tm_mday)
- df = open(filename, mode='a')
- df.write('%f ' %(time.time()))
- for cab in self.cabs:
- # print cabnr, setpoint, temperature, humidity, fansstate, heaterstate
- df.write('[%d] %3.2f %3.2f %3.2f %d %d ' %\
- ( cab, PL1[cab]/100., PL2[(cab*7)+2]/100., PL2[(cab*7)+3]/100.,
- PL2[(cab*7)+4], PL2[(cab*7)+6]))
- df.write('\n')
- df.close()
- #---------------------------------------
- def getTripStatus(self):
- # get information from EC
- self.sendCmd(self.EC_STATUS)
- (cmdId, status, PL) = self.recvAck()
- state = False
- if (PL[1] & 0x1000):
- self.addInfo('trip in cabinet 0')
- state = True
- if (PL[8] & 0x1000):
- self.addInfo('trip in cabinet 1')
- state = True
- if (PL[22] & 0x1000):
- self.addInfo('trip in cabinet 3')
- state = True
-
- if (PL[1] & 0x6000):
- self.addInfo('warning in cabinet 0')
- state = True
- if (PL[8] & 0x6000):
- self.addInfo('warning in cabinet 1')
- state = True
- if (PL[22] & 0x6000):
- self.addInfo('warning in cabinet 3')
- state = True
-
- if (state == False):
- self.addInfo('NO trips available')
- return(state)
-
- #---------------------------------------
- def getPowerStatus(self):
- state = ('OFF','ON')
- # get information from EC
- self.sendCmd(self.EC_STATUS)
- (cmdId, status, PL) = self.recvAck()
-
- self.addInfo('Power: 48V = %s, LCU = %s' %(state[(PL[28] & 1)], state[(PL[28] >> 1)]))
-
- #---------------------------------------
- def getControlTemp(self):
- self.sendCmd(self.EC_CTRL_TEMP)
- (cmdId, status, PL) = self.recvAck()
- lines = []
- lines.append(' |')
- lines.append('min control temp |')
-
- for cab in self.cabs:
- lines[0] += ' cab-%1d |' %(cab)
- lines[1] += '%9.2f |' %(PL[cab]/100.)
- #---------------------------------------
- def getSettings(self):
- self.sendCmd(self.EC_SETTINGS)
- (cmdId, status, PL) = self.recvAck()
- #self.info = len(PL))
- # fill lines with data
- lines = []
- lines.append(' |')
- lines.append('start side |')
- lines.append('balance point |')
- lines.append('max hour change |')
- lines.append('seek time |')
- lines.append('max seek change |')
- lines.append('min control temp |')
- lines.append('max control temp |')
- lines.append('heater temp |')
- lines.append('warn1 temp |')
- lines.append('warn2 temp |')
- lines.append('trip temp |')
- lines.append('max humidity |')
- lines.append('trip humidity |')
-
-
- for nCab in range(self.nCabs):
- cab = self.cabs[nCab]
- lines[0] += ' cab-%1d |' %(cab)
- lines[1] += '%9d |' %(PL[(cab*13)+10])
- lines[2] += '%9d |' %(PL[(cab*13)+9])
- lines[3] += '%9.2f |' %(PL[(cab*13)+8]/100.)
- lines[4] += '%9d |' %(PL[(cab*13)+11])
- lines[5] += '%9.2f |' %(PL[(cab*13)+12]/100.)
- lines[6] += '%9.2f |' %(PL[(cab*13)+0]/100.)
- lines[7] += '%9.2f |' %(PL[(cab*13)+1]/100.)
- lines[8] += '%9.2f |' %(PL[(cab*13)+2]/100.)
- lines[9] += '%9.2f |' %(PL[(cab*13)+3]/100.)
- lines[10] += '%9.2f |' %(PL[(cab*13)+4]/100.)
- lines[11] += '%9.2f |' %(PL[(cab*13)+5]/100.)
- lines[12] += '%9.2f |' %(PL[(cab*13)+6]/100.)
- lines[13] += '%9.2f |' %(PL[(cab*13)+7]/100.)
-
- # print lines to screen or file, see printInfo
- self.addInfo('=== Station settings ===')
- for line in lines:
- self.addInfo(line)
-
- #---------------------------------------
- def setSetting(self, cmd=0, cab=-1, val=0):
- self.sendCmd(cmd, cab, val)
- (cmdId, status, PL) = self.recvAck()
-
- #---------------------------------------
- def getSensorSettings(self):
- self.sendCmd(self.SENSOR_SETTINGS)
- (cmdId, status, PL) = self.recvAck()
- #self.info = len(PL))
- # fill lines with data
- lines = []
- lines.append(' |')
- lines.append('temperature offset |')
- lines.append('temperature multiply |')
- lines.append('humidity offset |')
- lines.append('humidity multiply |')
-
- for nCab in range(self.nCabs):
- cab = self.cabs[nCab]
- lines[0] += ' cab-%1d |' %(cab)
- lines[1] += '%9.2f |' %(PL[(cab*4)+0]/100.)
- lines[2] += '%9.2f |' %(PL[(cab*4)+1]/100.)
- lines[3] += '%9.2f |' %(PL[(cab*4)+2]/100.)
- lines[4] += '%9.2f |' %(PL[(cab*4)+3]/100.)
-
- # print lines to screen or file, see printInfo
- self.addInfo('=== Station sensor settings ===')
- for line in lines:
- self.addInfo(line)
-
- #---------------------------------------
- def sendFlashEraseCmd(self):
- try:
- if (self.version < 141):
- cmd = struct.pack('hHH', 200, 0, 0)
- else:
- cmd = struct.pack('hHH', self.FLASH_ERASE, 0, 0)
- self.sck.send(cmd)
- except socket.error:
- self.setInfo("socket error, try to reconnect")
- self.disconnectHost()
- self.connectToHost()
- return
- #---------------------------------------
- def sendFlashWriteCmd(self, sector=0, offset=0, data=''):
- try:
- if (self.version < 141):
- cmd = struct.pack('hHH', 201, sector, offset)
- else:
- cmd = struct.pack('hHH', self.FLASH_WRITE, sector, offset)
- if (len(data) > 0):
- if (len(data) < 1024):
- data = data + ('\xFF' * (1024 - len(data)))
- cmd = cmd + data
- self.sck.send(cmd)
- except socket.error:
- self.setInfo("socket error, try to reconnect")
- self.disconnectHost()
- self.connectToHost()
- return
- #---------------------------------------
- def recvFlashAck(self):
- socketError = False
- try:
- self.sck.settimeout(5.0)
- data = self.sck.recv(4)
- except socket.error:
- socketError = True
- self.setInfo("socket error, try to reconnect")
- self.disconnectHost()
- self.connectToHost()
- if socketError:
- return(0,-1)
-
- header = struct.unpack('hh', data)
- cmdId = header[0]
- status = header[1]
- return (cmdId, status)
-
+## P.Donker ASTRON februari 2010
+## EC control module
+
+import socket
+import struct
+import time
+
+class EC:
+ # cmdIDs from TCP PROTOCOL ec-controller
+ EC_NONE = 0
+ EC_STATUS = 1
+ EC_SETTINGS = 2
+ EC_CTRL_TEMP = 3
+ EC_VERSION = 5
+ EC_SET_CTRL_MODE = 10
+ EC_SET_FANS = 11
+ EC_SET_TEMP = 15
+ EC_SET_HEATER = 17
+ EC_SET_48 = 20
+ EC_RESET_48 = 22
+ EC_SET_230 = 25
+ EC_RESET_230 = 27
+ EC_RESET_TRIP = 28
+ EC_SET_DOOR_CTRL = 50
+ EC_SET_HUM_CTRL = 52
+ EC_SET_SECOND = 115
+
+ SET_MAX_CTRL_TEMP = 150
+ SET_MIN_CTRL_TEMP = 151
+ SET_WARN1_TEMP = 152
+ SET_WARN2_TEMP = 153
+ SET_TRIP_TEMP = 154
+ SET_HEATER_TEMP = 155
+ SET_MAX_HUM = 160
+ SET_TRIP_HUM = 161
+ SET_START_SIDE = 170
+ SET_BALANCE_POINT = 171
+ SET_MAX_CHANGE = 172
+ SET_SEEK_TIME = 173
+ SET_SEEK_CHANGE = 174
+
+ SET_TEMP_OFFSET = 180
+ SET_TEMP_MULT = 181
+ SET_HUM_OFFSET = 182
+ SET_HUM_MULT = 183
+ SENSOR_SETTINGS = 184
+ SET_LOG = 1111
+ FLASH_ERASE = 2330
+ FLASH_WRITE = 2331
+ RESTART = 2440
+
+ MODE_OFF = 0
+ MODE_ON = 1
+ MODE_AUTO = 2
+ MODE_MANUAL = 3
+ MODE_STARTUP = 4
+ MODE_SEEK = 5
+ PWR_OFF = 0
+ PWR_ON = 1
+ LCU = 230
+
+ printToScreen = False
+ printToFile = False
+ cabs = None
+ nCabs = None
+ host = None
+ station = None
+ port = 10000
+ sck = None
+ logger = False
+ info = ''
+ version = 0
+ versionstr = 'V-.-.-'
+
+ def __init__(self, addr='0.0.0.0', nCabs=3):
+ self.nCabs = nCabs
+ if nCabs == 1: self.cabs = [0]
+ if nCabs == 3: self.cabs = [0,1,3]
+ if nCabs == 4: self.cabs = [0,1,2,3]
+ self.host = addr
+ try:
+ (hostname,a,b) = socket.gethostbyaddr(addr)
+ self.station = hostname.split('.')[0]
+ except:
+ self.station = 'Unknown'
+
+ def setInfo(self, info):
+ self.info = info
+ if self.printToScreen:
+ print self.info
+ self.info = ''
+ else: self.info += '\n'
+ return
+
+ def addInfo(self, info):
+ self.info += info
+ if self.printToScreen:
+ print self.info
+ self.info = ''
+ else: self.info += '\n'
+ return
+
+ def printInfo(self, state=True):
+ self.printToScreen = state
+ return
+
+ def printFile(self, state=True):
+ self.printToFile = state
+ return
+
+ def hex2bit(self, val=0, bits=16):
+ bit = ''
+ for i in range(bits-1,-1,-1):
+ if val & (1 << i):
+ bit += '1'
+ else:
+ bit += '0'
+ return(bit)
+
+ #---------------------------------------
+ def connectToHost(self):
+ self.setInfo("connecting to %s on port %d" %(self.host, self.port))
+ connected = False
+
+ try:
+ self.sck = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
+ except socket.error:
+ self.sck.close()
+ return(connected)
+
+ try:
+ self.sck.settimeout(3.0)
+ self.sck.connect((self.host, self.port))
+ connected = True
+ #time.sleep(0.1)
+ except socket.error:
+ self.sck.close()
+ return(connected)
+
+ #---------------------------------------
+ def disconnectHost(self):
+ self.sck.close()
+ #time.sleep(0.1)
+ return
+
+ #---------------------------------------
+ def sendCmd(self, cmdId=0, cab=-1, value=0):
+ if (cmdId == self.EC_NONE):
+ return (false)
+ try:
+ cmd = struct.pack('hhh', cmdId, cab, int(value))
+ self.sck.send(cmd)
+ except socket.error:
+ self.setInfo("socket error, try to reconnect")
+ self.disconnectHost()
+ time.sleep(10.0)
+ self.connectToHost()
+ return
+ #---------------------------------------
+ def recvAck(self):
+ socketError = False
+ try:
+ self.sck.settimeout(1.0)
+ data = self.sck.recv(6)
+ except socket.error:
+ socketError = True
+ self.setInfo("socket error, try to reconnect")
+ #self.disconnectHost()
+ #self.connectToHost()
+ if socketError:
+ return(0,0,[])
+
+ header = struct.unpack('hhh', data)
+ cmdId = header[0]
+ status = header[1]
+ PLSize = header[2]
+ if (PLSize > 0):
+ data = self.sck.recv(PLSize)
+ fmt = 'h' * int(PLSize / 2)
+ PL = struct.unpack(fmt, data)
+ else:
+ PL = []
+ return (cmdId, status, PL)
+ #---------------------------------------
+ def recvLog(self):
+ socketError = False
+ try:
+ self.sck.settimeout(10.0)
+ data = self.sck.recv(200)
+ except socket.error:
+ socketError = True
+ if socketError:
+ return
+ print str(data).replace('\r',''),
+ return
+
+ #---------------------------------------
+ def setSecond(self, sec=0):
+ self.sendCmd(self.EC_SET_SECOND, 0, sec)
+ (cmdId, status, PL) = self.recvAck()
+ return
+ #---------------------------------------
+ def waitForSync(self):
+ while ((time.gmtime()[5] % 10) != 7):
+ time.sleep(0.5)
+ time.sleep(1.0)
+ return
+ #---------------------------------------
+ def waitForUpdate(self):
+ while ((time.gmtime()[5] % 10) != 3):
+ time.sleep(0.5)
+ time.sleep(1.0)
+ return
+ #---------------------------------------
+ def setLogger(self, level=0):
+ if (self.version >= 150):
+ self.setInfo('EC set logger to level %d' %(level))
+ self.sendCmd(self.SET_LOG, 0, level)
+ #(cmdId, status, PL) = self.recvAck()
+ return
+ else:
+ self.setInfo('setting log level not possible in this EC version')
+ return
+ #---------------------------------------
+
+ def restart(self):
+ if (self.version >= 107) or (self.version == 1):
+ self.setInfo('EC restart')
+ if self.version < 110:
+ self.sendCmd(211)
+ elif self.version < 141:
+ self.sendCmd(210)
+ else:
+ self.sendCmd(self.RESTART)
+ time.sleep(2.0)
+ #(cmdId, status, PL) = self.recvAck()
+ return 1
+ else:
+ self.setInfo('restart not possible in this EC version')
+ return 0
+ #---------------------------------------
+ def setControlMode(self, cab=-1, mode=MODE_AUTO):
+ self.sendCmd(self.EC_SET_CTRL_MODE, cab, mode)
+ (cmdId, status, PL) = self.recvAck()
+ self.setInfo('SetControlMode cab %d to %d' %(cab, mode))
+ return
+ #---------------------------------------
+ def setPower(self, pwr=-1, state=PWR_ON):
+ if ((pwr == 48) or (pwr == -1)):
+ self.sendCmd(self.EC_SET_48, 0, state)
+ (cmdId, status, PL) = self.recvAck()
+ self.setInfo('Power Set 48V to %d' %(state))
+ if ((pwr == self.LCU) or (pwr == -1)):
+ self.sendCmd(self.EC_SET_230, 0, state)
+ (cmdId, status, PL) = self.recvAck()
+ self.setInfo('Power Set LCU to %d' %(state))
+ return
+ #---------------------------------------
+ def resetPower(self, pwr=-1):
+ if ((pwr == 48) or (pwr == -1)):
+ self.sendCmd(self.EC_RESET_48, 0, 0)
+ (cmdId, status, PL) = self.recvAck()
+ self.setInfo('PowerReset 48V')
+ if ((pwr == self.LCU) or (pwr == -1)):
+ self.sendCmd(self.EC_RESET_230, 0, 0)
+ (cmdId, status, PL) = self.recvAck()
+ self.setInfo('PowerReset LCU')
+
+ #---------------------------------------
+ def resetTrip(self):
+ self.sendCmd(self.EC_RESET_TRIP, -1, 0)
+ (cmdId, status, PL) = self.recvAck()
+ self.setInfo('Reset Trip System')
+
+ #---------------------------------------
+ ## search for new setpoint, works only in control mmode 1
+ def seekNewSetpoint(self, cab=-1):
+ self.sendCmd(self.EC_SET_MODE, cab, MODE_SEEK)
+ (cmdId, status, PL) = self.recvAck()
+ self.setInfo('Find newSetpoint cab %d' %(cab))
+ #---------------------------------------
+ ## set new setpoint, works only in manual mode
+ def setTemperature(self, cab=-1, temp=20.0):
+ temperature = int(temp * 100.)
+ self.sendCmd(self.EC_SET_TEMP, cab, temperature)
+ (cmdId, status, PL) = self.recvAck()
+ self.setInfo('SetTemperature cab %d to %4.2f' %(cab,temp))
+ #---------------------------------------
+ ## set new setpoint, works only in manual mode
+ def setFans(self, cab=-1, fans=0x0f):
+ self.sendCmd(self.EC_SET_FANS, cab, fans)
+ (cmdId, status, PL) = self.recvAck()
+ self.setInfo('SetFans cab %d to %X' %(cab,fans))
+ #---------------------------------------
+ ## set door control to on(1) or off(0)
+ def setDoorControl(self, cab=-1, state=1):
+ self.sendCmd(self.EC_SET_DOOR_CTRL, cab, state)
+ (cmdId, status, PL) = self.recvAck()
+ self.setinfo('SetDoorControl cab %d to %d' %(cab, state))
+ #---------------------------------------
+ ## set hum control to on(1) or off(0)
+ def setHumControl(self, cab=-1, state=1):
+ self.sendCmd(self.EC_SET_HUM_CTRL, cab, state)
+ (cmdId, status, PL) = self.recvAck()
+ self.setInfo('SetHumidityControl cab %d to %d' %(cab, state))
+ #---------------------------------------
+ def setHeater(self, mode=0):
+ self.sendCmd(self.EC_SET_HEATER, -1, mode)
+ (cmdId, status, payload) = self.recvAck()
+
+ if (mode == self.MODE_ON): self.setInfo('heater is turned ON')
+ if (mode == self.MODE_OFF): self.setInfo('heater is turned OFF')
+ if (mode == self.MODE_AUTO): self.setInfo('heater set to AUTO')
+ #---------------------------------------
+ def getVersion(self):
+ self.sendCmd(self.EC_VERSION)
+ (cmdId, status, PL) = self.recvAck()
+
+ version = int((PL[0]*100)+(PL[1]*10)+PL[2])
+ versionstr = 'V%d.%d.%d' %(PL)
+ self.version = version
+ self.versionstr = versionstr
+ self.setInfo('EC software version %d.%d.%d' %(PL))
+ return version, versionstr
+ #---------------------------------------
+ def getStatus(self):
+ ec_mode = ('OFF','ON','AUTO','MANUAL','STARTUP','AUTO-SEEK','ABSENT')
+ fan = ('. . . .','. . . .','. 2 . .','1 2 . .',\
+ '. . 3 .','. . . .','. 2 3 .','1 2 3 .',\
+ '. . . .','. . . .','. . . .','. . . .',\
+ '. . 3 4','. . . .','. 2 3 4','1 2 3 4')
+
+ door = ('CLOSED','FRONT_OPEN','BACK_OPEN','ALL_OPEN')
+ fanstate = ('BAD | BAD ','GOOD| BAD ','BAD | GOOD','GOOD| GOOD')
+ fanestate= ('OFF | OFF ','ON | OFF ','OFF | ON ','ON | ON ')
+ onoff = ('OFF','ON')
+ badok = ('BAD','OK')
+
+ # get information from EC
+ self.sendCmd(self.EC_CTRL_TEMP)
+ (cmdId, status, PL1) = self.recvAck()
+ self.sendCmd(self.EC_STATUS)
+ (cmdId, status, PL2) = self.recvAck()
+ if len(PL1) == 0 or len(PL2) == 0: return
+ # fill lines with data
+ lines = []
+
+ if self.nCabs == 4:
+ lines.append('temperature cab3 = %5.2f' %(PL2[2]/100.))
+ lines.append('humidity cab3 = %5.2f' %(PL2[3]/100.))
+ lines.append('cabinet fans = all on')
+ lines.append('heater state = %s' %(onoff[PL2[(3*7)+6]]))
+ lines.append('power 48V state = %s' %(onoff[(PL2[28] & 1)]))
+ lines.append('power LCU state = %s' %(onoff[(PL2[28] >> 1)]))
+ lines.append('lightning state = %s' %(badok[(PL2[29] & 1)]))
+
+ else:
+ lines.append(' |')
+ lines.append('mode |')
+ lines.append('status |')
+ lines.append('set point |')
+ lines.append('temperature |')
+ lines.append('humidity |')
+ lines.append('fans |')
+ lines.append('fane |')
+ lines.append('fans state |')
+ lines.append('doors |')
+ lines.append('heater |')
+
+ for nCab in range(self.nCabs):
+ cab = self.cabs[nCab]
+ lines[0] += ' cabinet %1d |' %(cab)
+ lines[1] += '%11s |' %(ec_mode[PL2[(cab*7)]])
+ lines[2] += ' %#06x |' %(PL2[(cab*7)+1])
+ lines[3] += '%11.2f |' %(PL1[cab]/100.)
+ lines[4] += '%11.2f |' %(PL2[(cab*7)+2]/100.)
+ lines[5] += '%11.2f |' %(PL2[(cab*7)+3]/100.)
+ lines[6] += '%11s |' %(fan[(PL2[(cab*7)+4]&0x0f)])
+ lines[7] += '%11s |' %(fanestate[(PL2[(cab*7)+4]>>4)&0x3])
+ lines[8] += '%11s |' %(fanstate[(PL2[(cab*7)+4]>>6)&0x3])
+ lines[9] += '%11s |' %(door[(PL2[(cab*7)+5]&0x03)])
+ if (cab != 3):
+ lines[10] += '%11s |' %('none')
+ else:
+ lines[10] += '%11s |' %(onoff[PL2[(cab*7)+6]])
+
+ if self.nCabs == 1: i = 7
+ else: i = 28
+ lines.append('power 48V state = %s' %(onoff[(PL2[i] & 1)]))
+ lines.append('power LCU state = %s' %(onoff[(PL2[i] >> 1)]))
+ lines.append('lightning state = %s' %(badok[(PL2[i+1] & 1)]))
+
+ # print lines to screen or file, see printInfo
+ info = 'status %s (%s) %s ' %(self.station, self.versionstr, time.asctime())
+ self.setInfo('-' * len(info))
+ self.addInfo(info)
+ self.addInfo('-' * len(info))
+ for line in lines:
+ self.addInfo(line)
+ # print data to file if selected
+ if (self.printToFile == 1):
+ tm = time.gmtime()
+ filename = '%s_%d%02d%02d.dat' %(self.station,tm.tm_year, tm.tm_mon, tm.tm_mday)
+ df = open(filename, mode='a')
+ df.write('%f ' %(time.time()))
+ for cab in self.cabs:
+ # print cabnr, setpoint, temperature, humidity, fansstate, heaterstate
+ df.write('[%d] %3.2f %3.2f %3.2f %d %d ' %\
+ ( cab, PL1[cab]/100., PL2[(cab*7)+2]/100., PL2[(cab*7)+3]/100.,
+ PL2[(cab*7)+4], PL2[(cab*7)+6]))
+ df.write('\n')
+ df.close()
+ #---------------------------------------
+ def getTripStatus(self):
+ # get information from EC
+ self.sendCmd(self.EC_STATUS)
+ (cmdId, status, PL) = self.recvAck()
+ state = False
+ if (PL[1] & 0x1000):
+ self.addInfo('trip in cabinet 0')
+ state = True
+ if (PL[8] & 0x1000):
+ self.addInfo('trip in cabinet 1')
+ state = True
+ if (PL[22] & 0x1000):
+ self.addInfo('trip in cabinet 3')
+ state = True
+
+ if (PL[1] & 0x6000):
+ self.addInfo('warning in cabinet 0')
+ state = True
+ if (PL[8] & 0x6000):
+ self.addInfo('warning in cabinet 1')
+ state = True
+ if (PL[22] & 0x6000):
+ self.addInfo('warning in cabinet 3')
+ state = True
+
+ if (state == False):
+ self.addInfo('NO trips available')
+ return(state)
+
+ #---------------------------------------
+ def getPowerStatus(self):
+ state = ('OFF','ON')
+ # get information from EC
+ self.sendCmd(self.EC_STATUS)
+ (cmdId, status, PL) = self.recvAck()
+
+ self.addInfo('Power: 48V = %s, LCU = %s' %(state[(PL[28] & 1)], state[(PL[28] >> 1)]))
+
+ #---------------------------------------
+ def getControlTemp(self):
+ self.sendCmd(self.EC_CTRL_TEMP)
+ (cmdId, status, PL) = self.recvAck()
+ lines = []
+ lines.append(' |')
+ lines.append('min control temp |')
+
+ for cab in self.cabs:
+ lines[0] += ' cab-%1d |' %(cab)
+ lines[1] += '%9.2f |' %(PL[cab]/100.)
+ #---------------------------------------
+ def getSettings(self):
+ self.sendCmd(self.EC_SETTINGS)
+ (cmdId, status, PL) = self.recvAck()
+ #self.info = len(PL))
+ # fill lines with data
+ lines = []
+ lines.append(' |')
+ lines.append('start side |')
+ lines.append('balance point |')
+ lines.append('max hour change |')
+ lines.append('seek time |')
+ lines.append('max seek change |')
+ lines.append('min control temp |')
+ lines.append('max control temp |')
+ lines.append('heater temp |')
+ lines.append('warn1 temp |')
+ lines.append('warn2 temp |')
+ lines.append('trip temp |')
+ lines.append('max humidity |')
+ lines.append('trip humidity |')
+
+
+ for nCab in range(self.nCabs):
+ cab = self.cabs[nCab]
+ lines[0] += ' cab-%1d |' %(cab)
+ lines[1] += '%9d |' %(PL[(cab*13)+10])
+ lines[2] += '%9d |' %(PL[(cab*13)+9])
+ lines[3] += '%9.2f |' %(PL[(cab*13)+8]/100.)
+ lines[4] += '%9d |' %(PL[(cab*13)+11])
+ lines[5] += '%9.2f |' %(PL[(cab*13)+12]/100.)
+ lines[6] += '%9.2f |' %(PL[(cab*13)+0]/100.)
+ lines[7] += '%9.2f |' %(PL[(cab*13)+1]/100.)
+ lines[8] += '%9.2f |' %(PL[(cab*13)+2]/100.)
+ lines[9] += '%9.2f |' %(PL[(cab*13)+3]/100.)
+ lines[10] += '%9.2f |' %(PL[(cab*13)+4]/100.)
+ lines[11] += '%9.2f |' %(PL[(cab*13)+5]/100.)
+ lines[12] += '%9.2f |' %(PL[(cab*13)+6]/100.)
+ lines[13] += '%9.2f |' %(PL[(cab*13)+7]/100.)
+
+ # print lines to screen or file, see printInfo
+ self.addInfo('=== Station settings ===')
+ for line in lines:
+ self.addInfo(line)
+
+ #---------------------------------------
+ def setSetting(self, cmd=0, cab=-1, val=0):
+ self.sendCmd(cmd, cab, val)
+ (cmdId, status, PL) = self.recvAck()
+
+ #---------------------------------------
+ def getSensorSettings(self):
+ self.sendCmd(self.SENSOR_SETTINGS)
+ (cmdId, status, PL) = self.recvAck()
+ #self.info = len(PL))
+ # fill lines with data
+ lines = []
+ lines.append(' |')
+ lines.append('temperature offset |')
+ lines.append('temperature multiply |')
+ lines.append('humidity offset |')
+ lines.append('humidity multiply |')
+
+ for nCab in range(self.nCabs):
+ cab = self.cabs[nCab]
+ lines[0] += ' cab-%1d |' %(cab)
+ lines[1] += '%9.2f |' %(PL[(cab*4)+0]/100.)
+ lines[2] += '%9.2f |' %(PL[(cab*4)+1]/100.)
+ lines[3] += '%9.2f |' %(PL[(cab*4)+2]/100.)
+ lines[4] += '%9.2f |' %(PL[(cab*4)+3]/100.)
+
+ # print lines to screen or file, see printInfo
+ self.addInfo('=== Station sensor settings ===')
+ for line in lines:
+ self.addInfo(line)
+
+ #---------------------------------------
+ def sendFlashEraseCmd(self):
+ try:
+ if (self.version < 141):
+ cmd = struct.pack('hHH', 200, 0, 0)
+ else:
+ cmd = struct.pack('hHH', self.FLASH_ERASE, 0, 0)
+ self.sck.send(cmd)
+ except socket.error:
+ self.setInfo("socket error, try to reconnect")
+ self.disconnectHost()
+ self.connectToHost()
+ return
+ #---------------------------------------
+ def sendFlashWriteCmd(self, sector=0, offset=0, data=''):
+ try:
+ if (self.version < 141):
+ cmd = struct.pack('hHH', 201, sector, offset)
+ else:
+ cmd = struct.pack('hHH', self.FLASH_WRITE, sector, offset)
+ if (len(data) > 0):
+ if (len(data) < 1024):
+ data = data + ('\xFF' * (1024 - len(data)))
+ cmd = cmd + data
+ self.sck.send(cmd)
+ except socket.error:
+ self.setInfo("socket error, try to reconnect")
+ self.disconnectHost()
+ self.connectToHost()
+ return
+ #---------------------------------------
+ def recvFlashAck(self):
+ socketError = False
+ try:
+ self.sck.settimeout(5.0)
+ data = self.sck.recv(4)
+ except socket.error:
+ socketError = True
+ self.setInfo("socket error, try to reconnect")
+ self.disconnectHost()
+ self.connectToHost()
+ if socketError:
+ return(0,-1)
+
+ header = struct.unpack('hh', data)
+ cmdId = header[0]
+ status = header[1]
+ return (cmdId, status)
+
diff --git a/LCU/StationTest/test/hbatest/beamduur.sh b/LCU/StationTest/test/hbatest/beamduur.sh
index 5bdb9c02c4b6af587445ba642004265737d7c3a9..43d5b8086fe196916fa7c2d9641ae2be1efe1d8c 100644
--- a/LCU/StationTest/test/hbatest/beamduur.sh
+++ b/LCU/StationTest/test/hbatest/beamduur.sh
@@ -1,59 +1,59 @@
-#!/bin/bash
-#
-# This test is a duration test to test the modem communication between RCU and HBA.
-# The beamserver is used in this test.
-#
-# Version 1.3 29-04-10 M.J.Norden
-
-rm -f /Beamdata/output_*.dat
-let hbamode=5
-let points=10
-
-killall beamctl
-rspctl --splitter=0
-
-station=`hostname -s`
-
-# determine the number of rcu's
-if [ -e /opt/lofar/etc/RemoteStation.conf ]; then
- let rspboards=`sed -n 's/^\s*RS\.N_RSPBOARDS\s*=\s*\([0-9][0-9]*\).*$/\1/p' /opt/lofar/etc/RemoteStation.conf`
- let rcus=$rspboards*8
-else
- echo "Could not find /opt/lofar/etc/RemoteStation.conf"
- let rspboards=12
- let rcus=$rspboards*8
-fi
-
-# determine the time between each skyscan position
-if [ -e /opt/lofar/etc/BeamServer.conf ]; then
- let waittime=`sed -n 's/^\s*BeamServer\.HBA_INTERVAL\s*=\s*\([0-9][0-9]*\).*$/\1/p' /opt/lofar/etc/BeamServer.conf`
-else
- echo "Could not find /opt/lofar/etc/BeamServer.conf"
- let waittime=10
-fi
-
-swlevel 3
-
-echo "This is station "$station
-echo "The number of RCU's is "$rcus
-echo "The rcumode is "$hbamode
-echo "The wait time is "$waittime
-echo "The number of scanpoints "$points*$points
-let duration=$waittime*$points*$points
-echo "The duration of this measurement is "$duration" seconds"
-let nrcus=$rcus-1
-sleep 10
-
-beamctl --array=HBA --rcus=0:$nrcus --rcumode=$hbamode --subbands=300:310 --beamlets=0:10 --direction=$points,$points,SKYSCAN &
-sleep 25
-
-for (( passes=1; passes<($points*$points)+1; passes++))
-do
- echo "this is loop nr "$passes
- rspctl --realdelays > ./Beamdata/output_$passes.dat
- sleep $waittime
-done
-
-
-
-
+#!/bin/bash
+#
+# This test is a duration test to test the modem communication between RCU and HBA.
+# The beamserver is used in this test.
+#
+# Version 1.3 29-04-10 M.J.Norden
+
+rm -f /Beamdata/output_*.dat
+let hbamode=5
+let points=10
+
+killall beamctl
+rspctl --splitter=0
+
+station=`hostname -s`
+
+# determine the number of rcu's
+if [ -e /opt/lofar/etc/RemoteStation.conf ]; then
+ let rspboards=`sed -n 's/^\s*RS\.N_RSPBOARDS\s*=\s*\([0-9][0-9]*\).*$/\1/p' /opt/lofar/etc/RemoteStation.conf`
+ let rcus=$rspboards*8
+else
+ echo "Could not find /opt/lofar/etc/RemoteStation.conf"
+ let rspboards=12
+ let rcus=$rspboards*8
+fi
+
+# determine the time between each skyscan position
+if [ -e /opt/lofar/etc/BeamServer.conf ]; then
+ let waittime=`sed -n 's/^\s*BeamServer\.HBA_INTERVAL\s*=\s*\([0-9][0-9]*\).*$/\1/p' /opt/lofar/etc/BeamServer.conf`
+else
+ echo "Could not find /opt/lofar/etc/BeamServer.conf"
+ let waittime=10
+fi
+
+swlevel 3
+
+echo "This is station "$station
+echo "The number of RCU's is "$rcus
+echo "The rcumode is "$hbamode
+echo "The wait time is "$waittime
+echo "The number of scanpoints "$points*$points
+let duration=$waittime*$points*$points
+echo "The duration of this measurement is "$duration" seconds"
+let nrcus=$rcus-1
+sleep 10
+
+beamctl --array=HBA --rcus=0:$nrcus --rcumode=$hbamode --subbands=300:310 --beamlets=0:10 --direction=$points,$points,SKYSCAN &
+sleep 25
+
+for (( passes=1; passes<($points*$points)+1; passes++))
+do
+ echo "this is loop nr "$passes
+ rspctl --realdelays > ./Beamdata/output_$passes.dat
+ sleep $waittime
+done
+
+
+
+
diff --git a/LCU/StationTest/test/xcstatistics/xcstatistics_hba.sh b/LCU/StationTest/test/xcstatistics/xcstatistics_hba.sh
index e05e390b55d72a7f80b75428b08f755fdeb76ef2..e1baa985f8898acf345ffbeb6007df3ac5901958 100755
--- a/LCU/StationTest/test/xcstatistics/xcstatistics_hba.sh
+++ b/LCU/StationTest/test/xcstatistics/xcstatistics_hba.sh
@@ -1,32 +1,32 @@
-#!/bin/sh
-# 1.3 xcstatistics test to check SerDes Ring with LBH antennas
-# 03-12-10, M.J Norden
-# HBA input with antenna
-
-killall beamctl
-rspctl --rcuprsg=0
-rspctl --wg=0
-rspctl --splitter=1
-
-swlevel 3
-sleep 5
-beamctl --antennaset=HBA_ZERO --rcus=0:47 --rcumode=5 --subbands=100:110 --beamlets=0:10 --anadir=0,1.5708,AZEL --digdir=0,1.5708,AZEL&
-sleep 3
-beamctl --antennaset=HBA_ONE --rcus=48:95 --rcumode=5 --subbands=100:110 --beamlets=1000:1010 --anadir=0,1.5708,AZEL --digdir=0,1.5708,AZEL&
-sleep 3
-echo "check xcstat and xcangle"
-
-rspctl --xcsubband=256
-echo ==========================
-echo "Amplitudes" `hostname -s`
-echo ==========================
-rspctl --xcstatistics&
-sleep 20 && kill $!
-
-echo ======================
-echo "Phases" `hostname -s`
-echo ======================
-rspctl --xcangle --xcstatistics &
-sleep 20 && kill $!
-killall beamctl
-
+#!/bin/sh
+# 1.3 xcstatistics test to check SerDes Ring with LBH antennas
+# 03-12-10, M.J Norden
+# HBA input with antenna
+
+killall beamctl
+rspctl --rcuprsg=0
+rspctl --wg=0
+rspctl --splitter=1
+
+swlevel 3
+sleep 5
+beamctl --antennaset=HBA_ZERO --rcus=0:47 --rcumode=5 --subbands=100:110 --beamlets=0:10 --anadir=0,1.5708,AZEL --digdir=0,1.5708,AZEL&
+sleep 3
+beamctl --antennaset=HBA_ONE --rcus=48:95 --rcumode=5 --subbands=100:110 --beamlets=1000:1010 --anadir=0,1.5708,AZEL --digdir=0,1.5708,AZEL&
+sleep 3
+echo "check xcstat and xcangle"
+
+rspctl --xcsubband=256
+echo ==========================
+echo "Amplitudes" `hostname -s`
+echo ==========================
+rspctl --xcstatistics&
+sleep 20 && kill $!
+
+echo ======================
+echo "Phases" `hostname -s`
+echo ======================
+rspctl --xcangle --xcstatistics &
+sleep 20 && kill $!
+killall beamctl
+