def main():
print "--------------------------- CTPDIM connecting..."
ctp= pydim_ex.DimServerCtp()
if ctp.tag==0:
ctp.errprt("exiting...") ; return
else:
print "ctpdims ok"
ctp=None;
ltus= trigdb.readVALIDLTUS()
for ltu in ltus:
if ltu.fo!=0: #connected LTU
ltulower= ltu.name.lower()
ltuon(ltulower)
def main():
print "--------------------------- CTPDIM connecting..."
ctp= pydim_ex.DimServerCtp()
if ctp.tag==0:
ctp.errprt("exiting...") ; return
phases={}
fos_phases=[]
for ix in (1,2,3,4,5,6):
fos_phases.append(fout())
#measure busy L0/1/2 INT:
answer=ctp.execDO("CHECKPHASES")
print "ctp:BUSY L0/1/2 INT phases:>%s<"%answer
#
#ltu_phase= measureFOLTU(ctp, "hmpid")
#return
ps= string.split(answer);
if len(ps) != 5:
ctp.errprt("Bad ctp answer:%s"%answer) ; return
phases['busy']= int(ps[0]); phases['l0']= int(ps[1])
phases['l1']= int(ps[2]); phases['l2']= int(ps[3])
phases['int']= int(ps[4])
ltus= trigdb.readVALIDLTUS()
for ltu in ltus:
if ltu.fo!=0: #connected LTU
ltulower= ltu.name.lower()
ps= measureFOLTU(ctp, ltulower)
if ps==None: continue
phases[ltulower]= ps[0]
#fo:
fos_phases[ltu.fo-1].phases[ltu.focon-1]= ps[1]
#for ix in range(100):
# answer=proxy.execDO("vmeopr32(VERSION_ADD)\n")
#close connection:
ctp=None;
print "CTP and LTU boards (except FOs) phases:"
print phases
print "CTP FO boards phases (each FO connector measured independently with its LTU):"
for ix in (1,2,3,4,5,6):
print ix,':',fos_phases[ix-1].prt()
