def main():
import sys
rc = 0
if len(sys.argv) < 2:
print """
Usage:
ctpproxy.py actrestart [nomasks] default:domasks
restart -don't download ctp files from ACT
rc:
1: internal error (syntax in this script)
4: can't stop ctpproxy (global run active?), leaving it on
5: can't download from ACT, ctpproxy left off
6: not executed on alitri (main trigger server), nothing done
7: can't start ctpproxy, after ctpproxy stop and ACT download
8: actrestart expected, nothing done
9: CTP switch not loaded, ctpproxy left off
10: can't update CTPRCFG/CS service
11: can't update CTPRCFG/INT1,2 services
12: can't update aliases.txt in pydimserver
"""
rc = 8
else:
# if os.environ.get('VMESITE')==None:
iop = iopipe("hostname -s")
hostname = iop.outlines[0]
print "HOSTNAME:", os.environ.get("HOSTNAME"), "-%s-" % hostname
# if os.environ.get('VMESITE')=="SERVER" or os.environ.get('VMESITE')==None:
os.environ["VMECFDIR"] = "/local/trigger/v/vme"
if (hostname == "adls") or (hostname == "avmes"):
vmectp = "altri1"
# vmeswitch="trigger@altri2"
# os.environ["ACT_DB"]= "daq:daq@pcald30/ACT"
elif hostname == "alidcscom835": # alidcscom188
# os.environ["VMECFDIR"]="/data/dl/root/usr/local/trigger/stable/v/vme"
vmectp = "alidcsvme001"
# vmeswitch="trigger@alidcsvme004"
# os.environ["ACT_DB"]= "daq:daq@aldaqdb/ACT"
elif hostname == "pcalicebhm10": # alidcscom188
# os.environ["VMECFDIR"]="/data/dl/root/usr/local/trigger/stable/v/vme"
vmectp = "altri2"
else:
rc = 6
print "host:", hostname, "rc:", rc
return rc
# os.environ["LD_LIBRARY_PATH"]= os.environ["LD_LIBRARY_PATH"]+"
dbctp = os.path.join(os.environ.get("VMECFDIR"), "CFG/ctp/DB")
os.environ["dbctp"] = os.path.join(os.environ.get("VMECFDIR"), "CFG/ctp/DB")
print "dbctp:", dbctp
print "VMESITE:", os.environ.get("VMESITE")
print "VMECFDIR:", os.environ.get("VMECFDIR")
sys.stdout.flush()
cmd = sys.argv[1]
maskoption = "domasks"
if len(sys.argv) > 2:
maskoption = sys.argv[2] # nomasks or default:domasks
if (cmd == "actrestart") or (cmd == "restart"):
iop = iopipe("ssh -2 -q %s ctpproxy.sh stop" % vmectp, "")
time.sleep(2)
iop = iopipe("ssh -2 -q %s ctpproxy.sh status" % vmectp)
print iop.outlines
if iop.check("TRIGGER::CTP not running") >= 0:
# iop= iopipe("...ctp_proxy/linux/act.exe")
# iop= iopipe("startClients.bash ctpproxy actstart","nout")
if cmd == "actrestart":
actdownload = os.path.join(os.environ.get("VMECFDIR"), "ctp_proxy/linux_s/act.exe")
iop = iopipe(actdownload)
# print iop.outlines
if iop.check("CTP config files downloaded from ACT.") >= 0:
##os.chdir(os.path.join(os.environ.get('VMECFDIR'), "switchgui"))
# iop= iopipe("./switched.py load")
# print iop.outlines
##sys.path.append(os.environ.get('VMECFDIR')+'/switchgui/')
##import switched
rc = 0 ##rc= switched.main("actload")
else:
rc = 5
else:
print "restart: act download skipped."
rc = 0
if rc == 0:
##iop= iopipe("ssh -2 -q %s '$VMECFDIR/../bin/loadswitch ctp'"%vmeswitch)
ixl = 0 ##ixl= iop.check("CTP.SWITCH: connected")
if ixl >= 0:
print iop.outlines[ixl]
iop = iopipe("cd $VMECFDIR/pydim ; linux_s/client CTPRCFG/RCFG intupdate")
if iop.check("Callback: OK") >= 0:
iop = iopipe("cd $VMECFDIR/pydim ; linux_s/client CTPRCFG/RCFG aliasesupdate")
if iop.check("Callback: OK") >= 0:
iop = iopipe("ssh -2 -q %s ctpproxy.sh start configrunset" % vmectp, "")
# iop= iopipe("ssh -2 -q %s ctpproxy.sh start"%vmectp,"")
# iop= iopipe("ssh -2 -q %s ctpproxy.sh startnr"%vmectp,"")
time.sleep(30)
iop = iopipe("ssh -2 -q %s ctpproxy.sh status" % vmectp)
if iop.check("TRIGGER::CTP running.") >= 0:
if maskoption == "domasks":
f = open(os.path.join(dbctp, "FillingScheme"), "r")
lin1 = f.readline()
f.close()
if lin1[:7] == "bcmasks":
iop = iopipe("colschedule.bash update")
if iop.check("Callback: OK") >= 0:
rc = 0
else:
print iop.outlines
rc = 10 # can't update CTPRCFG/CS service
else:
# print "FillingScheme != BCMASK. -> CTPRCFG/CS not updated"
print "FillingScheme == auto, reading DIP service..."
sys.path.append(os.path.join(os.environ["VMECFDIR"], "filling"))
import getfsdip
rc = getfsdip.main("act")
if rc == 0:
print "New masks prepared and CTPRCFG/CS DIM service updated"
else:
print "CTP masks not updated, filling scheme not ready through DIP"
# if DIP not available, nothing should happen, that's why we force rc to 0
rc = 0
else:
print "maskoption: %s -masks update skipped" % maskoption
rc = 0 # masks not update (nomasks option)
else:
print iop.outlines
rc = 7 # can't start ctpproxy
else:
print iop.outlines
rc = 12 # can't update aliases.txt in pydimserver
else:
print iop.outlines
rc = 11 # can't update CTPRCFG/INT1,2 services
else:
rc = 9 # can't load CTP switch (thrown out in run2)
else:
rc = 5 # can't download from ACT
else:
rc = 4 # can't stop ctpproxy
# elif cmd=='stop':
# iop= iopipe("startClients.bash ctpproxy stop")
# print iop.outlines
# elif cmd=='status':
# iop= iopipe("startClients.bash ctpproxy status")
# print iop.outlines
elif cmd == "stop":
# ok iop= iopipe("ssh -2 -f %s ctpproxy.sh stop </dev/null 2>&1"%vmectp)
iop = iopipe("ssh -2 %s ctpproxy.sh stop" % vmectp)
# pass
# iop.getout()
# print iop.outlines
elif cmd == "start":
iop = iopipe("ssh -2 -q %s ctpproxy.sh stop" % vmectp)
time.sleep(2)
# iop= iopipe("nohup ssh -2 -f -q %s ctpproxy.sh start &"%vmectp,"")
iop = iopipe("ssh -2 -f -q %s ctpproxy.sh start" % vmectp, "")
iop.close()
# os.system("nohup ssh -2 -f -q %s ctpproxy.sh start &"%vmectp) ; time.sleep(2)
#
# rc= spawn("/usr/bin/ssh", "-2", "-f", "-q", vmectp, "ctpproxy.sh", "start") ; time.sleep(2)
# print "spawn rc:",rc
# not start, rc: None
iop = iopipe("ssh -2 -q %s ctpproxy.sh status" % vmectp)
else:
print "actrestart expected..."
rc = 8
print "rc:", rc
return rc
def callback_bm(ecsbm):
#print "callback_bm: '%s' (%s)" % (p2, type(p2))
#WEB.miclock= rmzero(now) ; WEB.save()
bmname= rmzero(ecsbm)
#print "callback_bm: '%s' (%s)" % (bmname, type(bmname))
bm= bm2clocknames[bmname]
if bm2clock.has_key(bm):
i01= bm2clock[bm][0]
if i01==0:
expclock= "LOCAL"
else:
expclock= "BEAM1"
bmname= bm2clock[bm][1]
else:
expclock= "?" ; bmname="???"
if bmname == WEB.lastbmname:
#mylog.logm("No change in BM, no action")
return
prev_bmname= WEB.lastbmname
WEB.lastbmname= bmname
arg= ("%d %s"%(bm, bmname),)
res= pydim.dic_cmnd_service("CTPRCFG/SETBM", arg, "C")
mylog.logm("callback_bm:" + arg[0] + " " + str(res))
##
#mylog.logm("callback_bm: "+bmname)
#if (prev_bmname=="RAMP") or (bmname=="FLAT TOP"):
if (bmname=="PREPARE RAMP") or (bmname=="RAMP"):
sys.path.append(os.path.join(os.environ['VMECFDIR'],"filling"))
import getfsdip
reload(getfsdip)
mylog.logm("getfsdip.py act...")
getfsdip.main("act")
cshift= getShift()
if WEB.miclock==expclock:
if bmname=="SQUEEZE":
if cshift!='old':
checkandsave(cshift, bmname) # fine shift
# it should certainly be less then 100ps after adjustment:
t= threading.Timer(10.0, checkShift)
t.start()
else:
arg=("none",)
res= pydim.dic_cmnd_service("TTCMI/DLL_RESYNC", arg, "C")
#mylog.logm("DLL_RESYNC after clock shift NOT started...") # CJI
mylog.logm("BEAM MODE:%s, clock: %s OK, shift:%s"%(bmname, expclock, cshift))
if bmname=="RAMP_NOSCOPE": # never do this (no scope)
if os.environ['VMESITE']=='ALICE':
import sctel
reload(sctel)
mininf= "INF"
tn= sctel.TN()
tn.setPersitence(mininf)
tn.close()
mylog.logm("alidcsaux008 scope persitence: "+mininf)
else:
#if (bm==13) or (bm==4): # BEAM DUMP/INJECTION SETUP BEAM adjust clock
#if expclock != "LOCAL":
# checkandsave(cshift) # not called from 29.6.
#mylog.logm( "BEAM MODE:%s, clock %s not correct. miclock mode:%s shift:%s"%\
# (bmname, WEB.miclock,WEB.clockchangemode, cshift) )
#print "%s bad clock:%s for beam mode:%s(%d) clock_change_mode:%s"%\
# (ltim, WEB.miclock, bmname,bm, WEB.clockchangemode)
if (bm>=5) or (bm<=12):
if WEB.clockchangemode=="AUTO":
wf='f'
else:
wf='w'
mylog.infolog( "BEAM MODE:%s, clock %s not correct. miclock mode:%s"%\
(bmname, WEB.miclock,WEB.clockchangemode), level=wf )
if WEB.clockchangemode=='AUTO_NEVERCHANGE': # it is on lhcint now to change th clock
# change clock
mylog.logm("changing clock to %s. Wait 3 half-minutes please..."%(expclock))
WEB.newclock= expclock; WEB.save()
res= pydim.dic_cmnd_service("TTCMI/MICLOCK_SET", (expclock,), "C")
mylog.logm("cmnd sent: TTCMI/MICLOCK_SET")
mininf=""
if expclock=="LOCAL":
mininf= "MIN"
else:
if bmname=="RAMP":
mininf= "INF"
#if mininf!="":
if mininf=="NOSCOPE": # never do tis (no scope)
if os.environ['VMESITE']=='ALICE':
import sctel
reload(sctel)
tn= sctel.TN()
mylog.logm("setting scope persitence: "+mininf)
tn.setPersitence(mininf)
tn.close()
#mylog.logm("alidcsaux008 scope persitence: "+mininf)
##mylog.logm("NOT CHANGED ##")
mylog.flush()
def callback_bm(ecsbm):
#print "callback_bm: '%s' (%s)" % (p2, type(p2))
#WEB.miclock= rmzero(now) ; WEB.save()
bmname= rmzero(ecsbm)
#print "callback_bm: '%s' (%s)" % (bmname, type(bmname))
bm= bm2clocknames[bmname]
if bm2clock.has_key(bm):
i01= bm2clock[bm][0]
if i01==0:
expclock= "LOCAL"
else:
expclock= "BEAM1"
bmname= bm2clock[bm][1]
else:
expclock= "?" ; bmname="???"
if bmname == WEB.lastbmname:
#mylog.logm("No change in BM, no action")
return
prev_bmname= WEB.lastbmname
WEB.lastbmname= bmname
arg= ("%d %s"%(bm, bmname),)
res= pydim.dic_cmnd_service("CTPRCFG/SETBM", arg, "C")
mylog.logm("callback_bm:" + arg[0] + " " + str(res))
##
#mylog.logm("callback_bm: "+bmname)
#if (prev_bmname=="RAMP") or (bmname=="FLAT TOP"):
if (bmname=="PREPARE RAMP") or (bmname=="RAMP"):
sys.path.append(os.path.join(os.environ['VMECFDIR'],"filling"))
if os.environ['VMESITE'] != "ALICE":
mylog.logm("lab env, 'getfsdip.py act' call skipped")
else:
import getfsdip
reload(getfsdip)
mylog.logm("getfsdip.py act...")
getfsdip.main("act")
if WEB.miclock==expclock:
if bmname=="FLAT TOP":
mylog.infolog("FLAT TOP: waiting 50secs before reading current clock shift...",level='w')
time.sleep(50) # give BPM 50 secs at least to measure the shift
cshift= getShift()
#if bmname=="SQUEEZE": # used before 26.05.2017
#if bmname=="ADJUST": # from 7.11.-17.11. 2016 15:45 we used ADJUST
if cshift!='old':
if False:
mylog.infolog("FLAT TOP: clock shift correction disabled",level='w')
else:
mylog.infolog("FLAT TOP: clock shift %s, applying correction ..."%cshift,level='w')
checkandsave(cshift, bmname) # fine shift
#cst= threading.Timer(60.0, checkandsave,(cshift, bmname)) # from 29.5.2017
#cst.start()
# it should certainly be less then 100ps after adjustment:
#t= threading.Timer(90.0, checkShift, (30,)) # 90= 60+30
t= threading.Timer(30.0, checkShift, (30,))
t.start()
else: # normally done in checkandsave
mylog.infolog("FLAT TOP: clock shift %s, applying DLL_RESYNC instead of clock adjustment ..."%cshift,level='w')
arg=("none",)
res= pydim.dic_cmnd_service("TTCMI/DLL_RESYNC", arg, "C")
#mylog.logm("DLL_RESYNC not started...") # CJI
if bmname=="RAMP_NOSCOPE": # never do this (no scope)
if os.environ['VMESITE']=='ALICE':
import sctel
reload(sctel)
mininf= "INF"
tn= sctel.TN()
tn.setPersitence(mininf)
tn.close()
mylog.logm("alidcsaux008 scope persitence: "+mininf)
else:
#if (bm==13) or (bm==4): # BEAM DUMP/INJECTION SETUP BEAM adjust clock
#if expclock != "LOCAL":
# checkandsave(cshift) # not called from 29.6.
#mylog.logm( "BEAM MODE:%s, clock %s not correct. miclock mode:%s shift:%s"%\
# (bmname, WEB.miclock,WEB.clockchangemode, cshift) )
#print "%s bad clock:%s for beam mode:%s(%d) clock_change_mode:%s"%\
# (ltim, WEB.miclock, bmname,bm, WEB.clockchangemode)
if (bm>=5) or (bm<=12):
if WEB.clockchangemode=="AUTO":
wf='f'
else:
wf='w'
mylog.infolog( "BEAM MODE:%s, clock %s not correct. ALICE/LHC/TTCMI/CLOCK_MODE:%s"%\
(bmname, WEB.miclock,WEB.clockchangemode), level='w')
if WEB.clockchangemode=='AUTO_NEVERCHANGE': # it is on lhcint now to change th clock
# change clock
mylog.logm("changing clock to %s. Wait 3 half-minutes please..."%(expclock))
WEB.newclock= expclock; WEB.save()
res= pydim.dic_cmnd_service("TTCMI/MICLOCK_SET", (expclock,), "C")
mylog.logm("cmnd sent: TTCMI/MICLOCK_SET")
mininf=""
if expclock=="LOCAL":
mininf= "MIN"
else:
if bmname=="RAMP":
mininf= "INF"
#if mininf!="":
if mininf=="NOSCOPE": # never do tis (no scope)
if os.environ['VMESITE']=='ALICE':
import sctel
reload(sctel)
tn= sctel.TN()
mylog.logm("setting scope persitence: "+mininf)
tn.setPersitence(mininf)
tn.close()
#mylog.logm("alidcsaux008 scope persitence: "+mininf)
##mylog.logm("NOT CHANGED ##")
mylog.flush()
