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Commit 8c110589 authored by Menno Norden's avatar Menno Norden
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bug 1315: remove old EC scripts

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...@@ -1015,15 +1015,11 @@ LCU/StationTest/test/beamformertest/beamformertest_LBH_RCU96.sh eol=lf ...@@ -1015,15 +1015,11 @@ 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_LBL_RCU96.sh eol=lf
LCU/StationTest/test/beamformertest/beamformertest_splitter.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/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/isEcLib.py -text LCU/StationTest/test/envcontroltest/isEcLib.py -text
LCU/StationTest/test/envcontroltest/isReset48V.py -text LCU/StationTest/test/envcontroltest/isReset48V.py -text
LCU/StationTest/test/envcontroltest/isStatus.py -text LCU/StationTest/test/envcontroltest/isStatus.py -text
LCU/StationTest/test/envcontroltest/nlEcLib.py -text LCU/StationTest/test/envcontroltest/nlEcLib.py -text
LCU/StationTest/test/envcontroltest/nlStatus.py -text LCU/StationTest/test/envcontroltest/nlStatus.py -text
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/beamduur.sh eol=lf
LCU/StationTest/test/hbatest/determinepeak.py 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_modem1.gold eol=lf
......
LCU/StationTest/test/envcontroltest/ecCtrl.py deleted 100755 → 0
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View file @ 54040ed0
#!/usr/bin/python
from eccontrol import *
from stations import *
import sys
import time
VERSION = '1.2.4' # version of this script
## to use other commands, see playground on the bottom of this file
##== change only next settings ====================================
printToScreen = 1
printToFile = 0
#printDataToFile = 0 # save setpoint, temp, humidity to data.txt
# select test modes
doCheckRelayPanel = 0
doCheckFans = 0
doCheckDoors = 0
doChangeSettings = 0 # fill in table below
# settings for (cab0, cab1, cab2, cab3)
# for LOFAR NL stations cab2 is not available
# cab0 = rack with receiver 0, cab3 = always control rack
MaxHourChange= (0.50, 0.50, 0.50, 0.50)
StartSide = (1 , 1 , 1 , 0 )
BalancePoint = (20 , 20 , 20 , 20 )
SeekTime = (15 , 15 , 15 , 15 )
SeekChange = (10.0, 10.0, 10.0, 10.0)
MinCtrlTemp = (10.0, 10.0, 10.0, 10.0)
MaxCtrlTemp = (35.0, 35.0, 35.0, 35.0)
HeaterTemp = (1.00, 1.00, 1.00, 8.00)
WarnTemp1 = (39.0, 39.0, 39.0, 39.0)
WarnTemp2 = (39.5, 39.5, 39.5, 39.5)
TripTemp = (40.0, 40.0, 40.0, 40.0)
MaxHum = (90.0, 90.0, 90.0, 80.0)
TripHum = (95.0, 95.0, 95.0, 85.0)
##==================================================================
if len(sys.argv) == 1:
print '--------------------------------------------'
print 'Error: no arguments found'
print '--------------------------------------------'
print ''
print 'usage power.py host'
print ' host = this (get IP based on LCU)'
print ' host = ip (set ip manualy)'
print ''
print '--------------------------------------------'
print ''
exit(0)
Station = str(sys.argv[1])
station = STATION()
stations = station.ec(Station)
#host = '10.87.2.239'
#station = host
# used variables
version = 0 # EC version
versionstr = 'V-.-.-'
#---------------------------------------
# open files if needed
if (printToFile == 1):
#(hostname, aliaslist, ipaddrlist) = socket.gethostbyaddr(HOST)
#stationname = hostname.split('.')[0]
#print stationname
filename = "tempctrl.txt"
f = open(filename, mode='w')
#---------------------------------------
def closeFile():
if (printToFile == 1):
f.close()
#---------------------------------------
# print information to screen or file
def printInfo(info):
if (printToScreen == 1):
print info
if (printToFile == 1):
f.write(info)
f.write('\n')
#---------------------------------------
def setSettings():
for i in range(4):
ec.setSetting(ec.SET_MAX_CHANGE, i, int(MaxHourChange[i]*100))
ec.setSetting(ec.SET_START_SIDE, i, int(StartSide[i]))
ec.setSetting(ec.SET_BALANCE_POINT, i, int(BalancePoint[i]))
ec.setSetting(ec.SET_SEEK_TIME, i, int(SeekTime[i]))
ec.setSetting(ec.SET_SEEK_CHANGE, i, int(SeekChange[i]*100))
ec.setSetting(ec.SET_MIN_CTRL_TEMP, i, int(MinCtrlTemp[i]*100))
ec.setSetting(ec.SET_MAX_CTRL_TEMP, i, int(MaxCtrlTemp[i]*100))
ec.setSetting(ec.SET_HEATER_TEMP, i, int(HeaterTemp[i]*100))
ec.setSetting(ec.SET_WARN1_TEMP, i, int(WarnTemp1[i]*100))
ec.setSetting(ec.SET_WARN2_TEMP, i, int(WarnTemp2[i]*100))
ec.setSetting(ec.SET_TRIP_TEMP, i, int(TripTemp[i]*100))
ec.setSetting(ec.SET_MAX_HUM, i, int(MaxHum[i]*100))
ec.setSetting(ec.SET_TRIP_HUM, i, int(TripHum[i]*100))
#---------------------------------------
def checkFans():
setMode(cab=-1, mode=MODE_ON)
# fans and vane check
printInfo('\nFan and Vane check')
setFans(-1,0) # turn off all fans
time.sleep(15.0)
# check all cabinets
for cab in cabs:
# turn on fans in front door
waitForSync()
setFans(cab,2)
waitForSync()
setFans(cab,3)
# check vane state
waitForUpdate()
waitForUpdate()
sendCmd(EC_STATUS)
(cmdId, status, PL) = recvAck()
if (PL[(cab * 7) + 4] & 0x10):
printInfo('Fans and vane of cab-%d front OK' %(cab))
else:
printInfo('Fans or vane of cab-%d front NOT OK' %(cab))
setFans(-1,0) # turn off all fans
# turn on fans in back door
waitForSync()
setFans(cab,4)
waitForSync()
setFans(cab,12)
# check vane state
waitForUpdate()
waitForUpdate()
sendCmd(EC_STATUS)
(cmdId, status, PL) = recvAck()
if (PL[(cab * 7) + 4] & 0x20):
printInfo('Fans and vane of cab-%d back OK\n' %(cab))
else:
printInfo('Fans or vane of cab-%d back NOT OK\n' %(cab))
setFans(-1,0) # turn off all fans
setMode(cab=0, mode=MODE_AUTO)
#---------------------------------------
def checkDoors():
printInfo('\nDoor contact check')
printInfo('Close doors and press last doorcontact')
doorOpenCheck = 0
doorCloseCheck = 0
doorsOpen = 6
cycles = 0
while ((doorsOpen > 0) and (cycles < 6)):
doorsOpen = 0
waitForUpdate()
sendCmd(EC_STATUS)
(cmdId, status, PL) = recvAck()
for cab in range(4):
if (cab == 2):
continue
if (PL[(cab * 7) + 5] & 1):
doorsOpen += 1
if (PL[(cab * 7) + 5] & 2):
doorsOpen += 1
cycles += 1
printInfo('doors closed=%d' %(6 - doorsOpen))
if (doorsOpen == 0):
printInfo('all doors are closed, Open all doors')
doorCloseCheck = 1
else:
printInfo('not all doors are closed')
doorsOpen = 0
cycles = 0
while ((doorsOpen < 6) and (cycles < 6)):
doorsOpen = 0
waitForUpdate()
sendCmd(EC_STATUS)
(cmdId, status, PL) = recvAck()
for cab in range(4):
if (cab == 2):
continue
if (PL[(cab * 7) + 5] & 1):
doorsOpen += 1
if (PL[(cab * 7) + 5] & 2):
doorsOpen += 1
cycles += 1
printInfo('doors open=%d' %(doorsOpen))
if (doorsOpen == 6):
printInfo('all doors are open')
doorOpenCheck = 1
else:
printInfo('not all doors are open')
if (doorOpenCheck and doorCloseCheck):
printInfo('all door contacs OK\n')
else:
printInfo('door contact failure\n')
#---------------------------------------
def checkRelayPanel():
printInfo('\nRelay panel check')
# heater test
setHeater(1)
printInfo("heater test")
waitForUpdate()
waitForUpdate()
setHeater(0)
# power switch test
resetPower(48)
waitForUpdate()
waitForUpdate()
resetPower(230)
waitForUpdate()
waitForUpdate()
printInfo('Relay panel check done\n')
##=======================================================================
## start of main program
##=======================================================================
## do not delete next lines
if __name__ == '__main__':
for station in stations:
host = station
# (hostname, aliaslist, ipaddrlist) = socket.gethostbyaddr(host)
# stationname = hostname.split('.')[0]
# print stationname
print host
nCabs = 3
if host.find('10.209') != -1:
nCabs = 4
ec = EC(host,nCabs)
ec.connectToHost()
ec.printInfo(True)
ec.printFile(False)
time.sleep(1.0)
## synchronize EC and PC
#ec.setSecond(int(time.gmtime()[5]))
# version is used to check if function is available in firmware
version,versionstr = ec.getVersion()
type, wxt50 = ec.getStationInfo()
## do not change if statements
if (doCheckFans == 1):
checkFans()
if (doCheckDoors == 1):
checkDoors()
if (doCheckRelayPanel == 1):
checkRelayPanel()
if (doChangeSettings == 1):
printInfo('Change control settings\nold settings')
ec.getSettings()
setSettings()
printInfo('new settings')
ec.getSettings()
printInfo('Done\n')
## end if statements
##-----------------------------------------------------------------------
## playground
## cab = -1(all) or 0,1,3
stop = False
## set cab to mode, default=MODE_AUTO
## mode = MODE_OFF, MODE_ON, MODE_AUTO, MODE_MANUAL, MODE_STARTUP, MODE_SEEK
## MODE_STARTUP and MODE_SEEK will automatically return to MODE_AUTO
#ec.setControlMode(cab=-1, mode=ec.MODE_MANUAL)
#ec.setControlMode(cab=-1, mode=ec.MODE_OFF)
#ec.setControlMode(cab=-1, mode=ec.MODE_ON)
## set cab to given temp, only posible in MODE_MANUAL
#ec.setTemperature(cab=0,temp=33.78)
#ec.setTemperature(cab=1,temp=30.53)
#ec.setTemperature(cab=3,temp=26.97)
#ec.setTemperature(cab=-1,temp=12.00)
## search for new temperature setpoint
#ec.seekNewSetpoint()
## turn on fans of cab, only possible in MODE_ON
## fans=bitfield(0000,0010,0011,0100,0110,0111,1100,1110,1111)
## lsb = fan1
#ec.setFans(cab=-1,fans=0x0c)
#ec.setFans(cab=3,fans=0x0f)
## set door control on(1) or off(0)
#ec.setDoorControl(cab=-1,state=1)
#ec.setDoorControl(cab=1,state=0)
## set humidity control on(1) or off(0)
#ec.setHumControl(cab=-1,state=1)
## reset or set power for 48V or LCU
#ec.resetPower(48)
#ec.resetPower(LCU)
#ec.setPower(48,1)
#ec.setPower(LCU,1)
## set Heater mode default=MODE_AUTO
## mode = MODE_OFF | MODE_ON | MODE_AUTO
#ec.setHeater(ec.MODE_AUTO)
## restart controller, works from EC version 1.0.7
#if ec.restart() == 1: stop = True
## reset trip system
#ec.resetTrip()
## set cab to mode, default=MODE_AUTO
## mode = MODE_OFF, MODE_ON, MODE_AUTO, MODE_MANUAL, MODE_STARTUP, MODE_SEEK
## MODE_STARTUP and MODE_SEEK will automatically return to MODE_AUTO
#ec.setControlMode(cab=-1, mode=ec.MODE_AUTO)
#ec.setControlMode(cab=-1, mode=ec.MODE_STARTUP)
## get controller settings
#ec.getSettings()
#setSettings()
#ec.getSettings()
#ec.getSensorSettings()
#ec.setSetting(ec.SET_HUM_MULT,0,118)
#ec.setSetting(ec.SET_HUM_MULT,1,118)
#ec.setSetting(ec.SET_HUM_MULT,3,118)
#ec.setSetting(ec.SET_HUM_MULT,0,100)
#ec.setSetting(ec.SET_HUM_MULT,1,100)
#ec.setSetting(ec.SET_HUM_MULT,3,100)
# ec.getStatus()
ec.getSensorSettings()
#stop = False
#stop = True
while (not stop):
#ec.waitForUpdate()
ec.getStatus()
time.sleep(10.0)
##----------------------------------------------------------------------
## do not delete next lines
ec.disconnectHost()
if (printToFile == 1):
closeFile()
LCU/StationTest/test/envcontroltest/eccontrol.py deleted 100755 → 0
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LCU/StationTest/test/envcontroltest/power.py deleted 100755 → 0
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#!/usr/bin/python
## LOFAR script
## for reset, turn on or off the power to 48V or LCU
## P.Donker (ASTRON) 20-10-2009
## DO NOT CHANGE THINGS BELOW THIS LINE ##
## ------------------------------------ ##
from stations import *
from eccontrol import *
#import socket
import time
import struct
import sys
import string
VERSION = '1.0.1' # version of this script
if len(sys.argv) < 3:
print '--------------------------------------------'
print 'Error: no arguments found'
print '--------------------------------------------'
print 'usage power.py host cmd'
print ' host = this (get IP based on LCU)'
print ' host = ip (set ip manualy)'
print ' cmd = status (show status)'
print ' cmd = resetTrip (reset temperature trip system)'
print ' cmd = reset48 (reset 48V power supply)'
print ' cmd = resetLCU (reset LCU power supply)'
print ' cmd = on48 (turn on 48V power supply)'
print ' cmd = off48 (turn off 48V power supply)'
print ' cmd = onLCU (turn on LCU power supply)'
print ' cmd = offLCU (turn off LCU power supply)'
print '*only 1 cmd per power supply can be given'
print '--------------------------------------------'
exit(0)
doResetTrip = 0
# select only 1
doReset48V = 0
doPowerOn48V = 0
doPowerOff48V = 0
# select only 1
doResetLCU = 0
doPowerOnLCU = 0
doPowerOffLCU = 0
Station = sys.argv[1]
for arg in sys.argv[2:]:
cmd = str(arg)
if cmd == 'resetTrip':
doResetTrip = 1
if cmd == 'reset48':
doReset48V = 1
if cmd == 'resetLCU':
doResetLCU = 1
if cmd == 'on48':
doPowerOn48V = 1
if cmd == 'off48':
doPowerOff48V = 1
if cmd == 'onLCU':
doPowerOnLCU = 1
if cmd == 'offLCU':
doPowerOffLCU = 1
##=======================================================================
## start of main program
##=======================================================================
if __name__ == "__main__":
logfile = open('ecPowerActions.log','a')
if doResetTrip or doReset48V or doResetLCU:
name = raw_input('Enter your personal name: ')
if doPowerOn48V or doPowerOff48V or doPowerOnLCU or doPowerOffLCU:
name = raw_input('Enter your personal name: ')
stations = STATION()
if ((doReset48V + doPowerOn48V + doPowerOff48V) > 1):
print 'error more than 1 48V cmd selected'
exit(-1)
if ((doResetLCU + doPowerOnLCU + doPowerOffLCU) > 1):
print 'error more than 1 LCU cmd selected'
exit(-1)
for station in stations.ec(Station):
ec = EC(station)
try:
(hostname, aliaslist, ipaddrlist) = socket.gethostbyaddr(station)
hostname = hostname.split('.')[0]
except:
hostname = ' ??? '
if ec.connectToHost() == True:
ec.setSecond(int(time.gmtime()[5]))
## do not change if statements
ec.printInfo(True)
ec.getPowerStatus()
if (doResetTrip == 1):
logfile.write('%sc, %s, ecResetTrip by %s\n' %(string.upper(hostname), time.asctime(), name))
if ec.getTripStatus():
ec.resetTrip()
if (doReset48V == 1):
logfile.write('%sc, %s, ecReset48 by %s\n' %(string.upper(hostname), time.asctime(), name))
ec.resetPower(ec.P48)
if (doResetLCU == 1):
logfile.write('%sc, %s, ecResetLCU by %s\n' %(string.upper(hostname), time.asctime(), name))
ec.resetPower(ec.LCU)
if (doPowerOn48V == 1):
logfile.write('%sc, %s, ec48On by %s\n' %(string.upper(hostname), time.asctime(), name))
ec.setPower(48,ec.PWR_ON)
if (doPowerOff48V == 1):
logfile.write('%sc, %s, ec48Off by %s\n' %(string.upper(hostname), time.asctime(), name))
ec.setPower(48,ec.PWR_OFF)
if (doPowerOnLCU == 1):
logfile.write('%sc, %s, ecLcuOn by %s\n' %(string.upper(hostname), time.asctime(), name))
ec.setPower(ec.LCU,ec.PWR_ON)
if (doPowerOffLCU == 1):
logfile.write('%sc, %s, ecLcuOff by %s\n' %(string.upper(hostname), time.asctime(), name))
ec.setPower(ec.LCU,ec.PWR_OFF)
# print status again after 10 seconds if cmd is send
if (doResetTrip or doReset48V or doResetLCU or doPowerOn48V or doPowerOff48V or doPowerOnLCU or doPowerOffLCU):
print "waiting 10 seconds"
time.sleep(10.0)
ec.getPowerStatus()
# print status again after 10 seconds if power reset cmd is send
if (doReset48V or doResetLCU):
print "waiting 10 seconds"
time.sleep(10.0)
ec.getPowerStatus()
ec.printInfo(False)
ec.disconnectHost()
LCU/StationTest/test/envcontroltest/stations.py deleted 100755 → 0
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− 149
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#!/usr/bin/env python
# P.Donker ASTRON feb-2010
from string import upper
import socket
# class STATION can be called with
# 'ALL' for all stations
# 'NL' for all NL stations
# 'IS' for all IS stations
# 'hostname' for specific station (CS001c)
# must start with 'CS' or 'RS'
# 'hostip' for specific station (10.151.1.1)
# must start with '10.151' or '10.209'
#
# example:
# import stations
# station = stations.STATION('ALL')
#
# after initiate the class can be called with the following functions
# host lcu(next=False) returns LCU IP | if next=True, |
# host ec(next=False) returns LCU IP | first the hostIP is build with |
# host psu(next=False) returns LCU IP | active station, after that |
# host ipmi(next=False) returns LCU IP | nextStation() is called |
# isnext nextStation() increments the Station counter, this function is
# also called by above functions if next = True
# isnext=True if next station is available otherwise False
class STATION:
nlStations = ['1','2','3','4','5','6','7',
'19','20','21','22','23',
'33','34','35','36','37','38','39',
'49','50','51','53','55',
'65','66','67','68',
'129','131','132','134','135',
'145','149','150','151','152','154',
'161','162','166','167','168','169','170','171',
'177','180','182','183','184','185','186','187','188','189',
'193','195','198','199','200','201']
#nlStations = []
#for i in range(255):
# nlStations.append(str(i))
isStations = ['1','2','3','4','5','6','7','8']
deviceIP = {'LCU':'1','EC':'3','PSU':'5','IPMI':'11','NAA':'53'}
def help(self):
print "Unknown argument, usage:"
print "'ALL' for all stations"
print "'NL' for all NL stations"
print "'IS' for all IS stations"
print "'hostname' for specific station (CS001c)"
print " must start with 'CS' or 'RS'"
print "'hostip' for specific station (10.151.1.1)"
print " must start with '10.151' or '10.209'"
def isLCU(self):
# get ip-adres of LCU
local_host = socket.gethostbyname(socket.gethostname())
ip = local_host.split('.')
if ip[2] in self.nlStations:
if ip[0] == '10':
if (ip[1] == '151') or (ip[1] == '209'):
return(local_host[:local_host.rfind('.')+1])
return(None)
def stations(self, station, device='LCU'):
if station == None: return ()
station = upper(station)
dIP = self.deviceIP[upper(device)]
st = ()
if station == 'TEST':
ip = '10.87.2.239'
st += ip,
return(st)
if station == 'ALL':
for s in self.nlStations:
ip = '10.151.%s.%s' %(s,dIP)
st += ip,
for s in self.isStations:
ip = '10.209.%s.%s' %(s,dIP)
st += ip,
return(st)
if station == 'NL':
for s in self.nlStations:
ip = '10.151.%s.%s' %(s,dIP)
st += ip,
return(st)
if station == 'IS':
for s in self.isStations:
ip = '10.209.%s.%s' %(s,dIP)
st += ip,
return(st)
if station == 'THIS':
s = self.isLCU()
if s is None:
print 'Error: this script can only run on a LCU'
return(())
st += s+dIP,
return(st)
if station.count('.') == 3:
sts = station.split('.')
if sts[0] == '10':
if sts[1] == '151':
if sts[2] in self.nlStations:
st += station[:station.rfind('.')+1]+dIP,
return(st)
if sts[1] == '209':
if sts[2] in self.isStations:
st += station[:station.rfind('.')+1]+dIP,
return(st)
print 'Error: not a valid station IP'
return(())
prefix = upper(station[:2])
if prefix == 'CS' or prefix == 'RS' or prefix == 'DE' or prefix == 'FR' or prefix == 'SE' or prefix == 'UK':
try:
host = socket.gethostbyname(station[:5] + 'C')
if host.count('.') == 3:
st += host[:host.rfind('.')+1]+dIP,
return(st)
except:
print 'Error: %s not in NameTable' %(station)
return(())
self.help()
def lcu(self, station=None):
return(self.stations(station,'LCU'))
def ec(self, station=None):
return(self.stations(station,'EC'))
def psu(self, station=None):
return(self.stations(station,'PSU'))
def ipmi(self, station=None):
return(self.stations(station,'IPMI'))
def naa(self, station=None):
return(self.stations(station,'NAA'))
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