if __name__ == "__main__":
name = ""
if len(sys.argv) == 1:
name = "904"
elif len(sys.argv) == 2:
name = sys.argv[1]
else:
name = "904"
ts = teststand(
name
) # Initialize a teststand object. This object stores the teststand configuration and has a number of useful methods.
result = [0] * 24
registers = []
for q in range(24):
registers.append(register(ts, "HF1-10-QIE{0}".format(q + 1), 48))
for i in range(5):
#print "test",i
for r in registers:
#print r.name
value = getRandomValue()
values = [value[0:8], '0x' + value[8:16]]
r.addTestToCache(values[0] + " " + values[1])
#if not testRandomValue( r ) :
# result[q] = result[q] + 1
#print "ERRORS: ",result
for r in registers:
r.testCache()
if __name__ == "__main__":
name = ""
if len(sys.argv) == 1:
name = "904"
elif len(sys.argv) == 2:
name = sys.argv[1]
else:
name = "904"
ts = teststand(
name
) # Initialize a teststand object. This object stores the teststand configuration and has a number of useful methods.
result = [0] * 24
registers = []
for name in register_names:
registers.append(register(ts, name, 48)) # HERE on "48"
for i in range(5):
#print "test",i
for r in registers:
#print r.name
value = getRandomValue()
values = [value[0:8], '0x' + value[8:16]]
r.addTestToCache(values[0] + " " + values[1])
#if not testRandomValue( r ) :
# result[q] = result[q] + 1
#print "ERRORS: ",result
for r in registers:
r.testCache()
def main():
# Make an acceptance test object:
at = tests.acceptance(name="reg") # Create an acceptance test.
at.start() # Start the acceptance test by printing some basic things.
# Variables and simple set up:
v = at.verbose
ts = at.ts
qid = at.qid
n_wr = at.n # The number of write/reads to perform per register.
fe_crate = at.fe_crate
fe_slot = at.fe_slot
# Prepare register list:
registers = []
## QIE registers:
for i_qie in range(1, 25):
registers.extend([
register(ts,
"HF{0}-{1}-QIE{2}_Lvds".format(fe_crate, fe_slot,
i_qie), 1), # 1 bit
register(ts,
"HF{0}-{1}-QIE{2}_Trim".format(fe_crate, fe_slot,
i_qie), 2), # 2 bits
register(
ts, "HF{0}-{1}-QIE{2}_DiscOn".format(fe_crate, fe_slot, i_qie),
1), # 1 bit
register(ts,
"HF{0}-{1}-QIE{2}_TGain".format(fe_crate, fe_slot,
i_qie), 1), # 1 bit
register(
ts, "HF{0}-{1}-QIE{2}_TimingThresholdDAC".format(
fe_crate, fe_slot, i_qie), 8), # 8 bits
register(
ts,
"HF{0}-{1}-QIE{2}_TimingIref".format(fe_crate, fe_slot,
i_qie), 3), # 3 bits
register(
ts,
"HF{0}-{1}-QIE{2}_PedestalDAC".format(fe_crate, fe_slot,
i_qie), 6), # 6 bits
register(
ts, "HF{0}-{1}-QIE{2}_CapID0pedestal".format(
fe_crate, fe_slot, i_qie), 4), # 4 bits
register(
ts, "HF{0}-{1}-QIE{2}_CapID1pedestal".format(
fe_crate, fe_slot, i_qie), 4), # 4 bits
register(
ts, "HF{0}-{1}-QIE{2}_CapID2pedestal".format(
fe_crate, fe_slot, i_qie), 4), # 4 bits
register(
ts, "HF{0}-{1}-QIE{2}_CapID3pedestal".format(
fe_crate, fe_slot, i_qie), 4), # 4 bits
register(
ts, "HF{0}-{1}-QIE{2}_FixRange".format(fe_crate, fe_slot,
i_qie), 1), # 1 bit
register(
ts, "HF{0}-{1}-QIE{2}_RangeSet".format(fe_crate, fe_slot,
i_qie), 2), # 2 bits
register(
ts, "HF{0}-{1}-QIE{2}_ChargeInjectDAC".format(
fe_crate, fe_slot, i_qie), 3), # 3 bits
register(
ts, "HF{0}-{1}-QIE{2}_RinSel".format(fe_crate, fe_slot, i_qie),
4), # 4 bits
register(
ts, "HF{0}-{1}-QIE{2}_Idcset".format(fe_crate, fe_slot, i_qie),
5), # 5 bits
register(
ts, "HF{0}-{1}-QIE{2}_CalMode".format(fe_crate, fe_slot,
i_qie), 1), # 1 bit
register(
ts, "HF{0}-{1}-QIE{2}_CkOutEn".format(fe_crate, fe_slot,
i_qie), 1), # 1 bit
register(
ts, "HF{0}-{1}-QIE{2}_TDCMode".format(fe_crate, fe_slot,
i_qie), 1), # 1 bit
register(ts,
"HF{0}-{1}-Qie{2}_ck_ph".format(fe_crate, fe_slot,
i_qie), 4), # 4 bits
])
## IGLOO2 registers:
registers.extend([
### Top:
register(ts, "HF{0}-{1}-iTop_CntrReg_CImode".format(fe_crate, fe_slot),
1), # 1 bit
register(
ts,
"HF{0}-{1}-iTop_CntrReg_InternalQIER".format(fe_crate,
fe_slot), 1), # 1 bit
register(
ts,
"HF{0}-{1}-iTop_CntrReg_OrbHistoClear".format(fe_crate, fe_slot),
1), # 1 bit
register(
ts, "HF{0}-{1}-iTop_CntrReg_OrbHistoRun".format(fe_crate, fe_slot),
1), # 1 bit
register(
ts,
"HF{0}-{1}-iTop_CntrReg_WrEn_InputSpy".format(fe_crate, fe_slot),
1), # 1 bit
register(ts, "HF{0}-{1}-iTop_AddrToSERDES".format(fe_crate, fe_slot),
16), # 16 bits
register(
ts, "HF{0}-{1}-iTop_CtrlToSERDES_i2c_go".format(fe_crate, fe_slot),
1), # 1 bit
register(
ts,
"HF{0}-{1}-iTop_CtrlToSERDES_i2c_write".format(fe_crate, fe_slot),
1), # 1 bit
register(ts, "HF{0}-{1}-iTop_DataToSERDES".format(fe_crate, fe_slot),
32), # 32 bits
register(ts, "HF{0}-{1}-iTop_LinkTestMode".format(fe_crate, fe_slot),
8), # 8 bit
register(ts,
"HF{0}-{1}-iTop_LinkTestPattern".format(fe_crate, fe_slot),
32), # 32 bits
# register(ts, "HF{0}-{1}-iTop_fifo_data_1".format(fe_crate, fe_slot), ?), # Seems r/o
# register(ts, "HF{0}-{1}-iTop_fifo_data_2".format(fe_crate, fe_slot), ?), # Seems r/o
# register(ts, "HF{0}-{1}-iTop_fifo_data_3".format(fe_crate, fe_slot), ?), # Seems r/o
register(ts, "HF{0}-{1}-iTop_scratch".format(fe_crate, fe_slot),
32), # 32 bits
register(ts, "HF{0}-{1}-iTop_UniqueID".format(fe_crate, fe_slot),
64), # 64 bits
### Bottom:
register(ts, "HF{0}-{1}-iBot_CntrReg_CImode".format(fe_crate, fe_slot),
1), # 1 bit
register(
ts,
"HF{0}-{1}-iBot_CntrReg_InternalQIER".format(fe_crate,
fe_slot), 1), # 1 bit
register(
ts,
"HF{0}-{1}-iBot_CntrReg_OrbHistoClear".format(fe_crate, fe_slot),
1), # 1 bit
register(
ts, "HF{0}-{1}-iBot_CntrReg_OrbHistoRun".format(fe_crate, fe_slot),
1), # 1 bit
register(
ts,
"HF{0}-{1}-iBot_CntrReg_WrEn_InputSpy".format(fe_crate, fe_slot),
1), # 1 bit
register(ts, "HF{0}-{1}-iBot_AddrToSERDES".format(fe_crate, fe_slot),
16), # 16 bits
register(
ts, "HF{0}-{1}-iBot_CtrlToSERDES_i2c_go".format(fe_crate, fe_slot),
1), # 1 bit
register(
ts,
"HF{0}-{1}-iBot_CtrlToSERDES_i2c_write".format(fe_crate, fe_slot),
1), # 1 bit
register(ts, "HF{0}-{1}-iBot_DataToSERDES".format(fe_crate, fe_slot),
32), # 32 bits
register(ts, "HF{0}-{1}-iBot_LinkTestMode".format(fe_crate, fe_slot),
8), # 8 bits
register(ts,
"HF{0}-{1}-iBot_LinkTestPattern".format(fe_crate, fe_slot),
32), # 32 bits
# register(ts, "HF{0}-{1}-iBot_fifo_data_1".format(fe_crate, fe_slot), ?), # Seems r/o
# register(ts, "HF{0}-{1}-iBot_fifo_data_2".format(fe_crate, fe_slot), ?), # Seems r/o
# register(ts, "HF{0}-{1}-iBot_fifo_data_3".format(fe_crate, fe_slot), ?), # Seems r/o
register(ts, "HF{0}-{1}-iBot_scratch".format(fe_crate, fe_slot),
32), # 32 bits
register(ts, "HF{0}-{1}-iBot_UniqueID".format(fe_crate, fe_slot),
64), # 64 bits
])
# result = [0]*24
# registers = []
# for name in register_names:
# registers.append(register(ts, name, 1)) # HERE on "48"
names = [r.name for r in registers]
for i in range(n_wr):
#print "test",i
for r in registers:
# print r.name
# value = getRandomValue( r.size )
# values = [value[0:32]] #, '0x'+value[8:16] ]
r.addTestToCache(getRandomValue(r.size)) #+" "+values[1]
#if not testRandomValue( r ) :
# result[q] = result[q] + 1
#print "ERRORS: ",result
tex = {}
errd = {}
noerr = []
for r in registers:
r.setVerbosity(v) # 0: not verbose, 1: verbose, 2: extra verbose
r.testCache()
errd.update({r.name: r.elist})
noerr.extend(r.elist)
tex.update(r.tex)
# print tex
#---------------Last report of errors------------------
print "\n====== SUMMARY ============================"
print "Teststand: {0}".format(ts.name)
print "QIE card: {0} (FE Crate {1}, Slot {2})".format(
qid, at.fe_crate, at.fe_slot)
if noerr == []:
print "[OK] There were no errors!"
else:
print "[!!] Errors:"
for r in registers:
if errd[r.name] != []:
print "\t*Register:", str(r.name) + ";", "Data:",
for i in range(len(errd[r.name])):
print str(tuple(errd[r.name][i])) + ";",
print "\b\b",
print ""
print "==========================================="
#---------------Create histogram-----------------------
create_plots(at, names, tex, 8)
return str(hex(randomInt)) # MAIN: if __name__ == "__main__": name = "" if len(sys.argv) == 1: name = "904" elif len(sys.argv) == 2: name = sys.argv[1] else: name = "904" ts = teststand(name) # Initialize a teststand object. This object stores the teststand configuration and has a number of useful methods. result = [0]*24 registers = [ register( ts , "HF1-10-iBot_CntrReg_CImode" , 1 ) , register( ts , "HF1-10-iBot_CntrReg" , 1 ) , register( ts , "HF1-10-iBot_LinkTestMode_BC0Enable" , 1 ) , register( ts , "HF1-10-iBot_LinkTestMode_Enable" , 1 ) , register( ts , "HF1-10-iBot_LinkTestMode" , 1 ) , register( ts , "HF1-10-iBot_LinkTestPattern" , 32 ) , register( ts , "HF1-10-iBot_scratch" , 32 ) , register( ts , "HF1-10-iTop_CntrReg_CImode" , 1 ) , register( ts , "HF1-10-iTop_CntrReg" , 1 ) , register( ts , "HF1-10-iTop_LinkTestMode_BC0Enable" , 1 ) , register( ts , "HF1-10-iTop_LinkTestMode_Enable" , 1 ) , register( ts , "HF1-10-iTop_LinkTestMode" , 1 ) , register( ts , "HF1-10-iTop_LinkTestPattern" , 32 ) , register( ts , "HF1-10-iTop_scratch" , 32 ) ]
# MAIN: if __name__ == "__main__": name = "" if len(sys.argv) == 1: name = "904" elif len(sys.argv) == 2: name = sys.argv[1] else: name = "904" ts = teststand(name) # Initialize a teststand object. This object stores the teststand configuration and has a number of useful methods. result = [0]*24 registers = [] for name in register_names: registers.append(register(ts, name, 48)) # HERE on "48" for i in range( 5 ) : #print "test",i for r in registers : #print r.name value = getRandomValue() values = [ value[0:8] , '0x'+value[8:16] ] r.addTestToCache( values[0]+" "+values[1] ) #if not testRandomValue( r ) : # result[q] = result[q] + 1 #print "ERRORS: ",result for r in registers : r.testCache()
def main():
# Make an acceptance test object:
at = tests.acceptance(name="reg") # Create an acceptance test.
at.start() # Start the acceptance test by printing some basic things.
# Variables and simple set up:
v = at.verbose
ts = at.ts
qid = at.qid
n_wr = at.n # The number of write/reads to perform per register.
fe_crate = at.fe_crate
fe_slot = at.fe_slot
# Prepare register list:
registers = []
## QIE registers:
for i_qie in range(1, 25):
registers.extend([
register(ts, "HF{0}-{1}-QIE{2}_Lvds".format(fe_crate, fe_slot, i_qie), 1), # 1 bit
register(ts, "HF{0}-{1}-QIE{2}_Trim".format(fe_crate, fe_slot, i_qie), 2), # 2 bits
register(ts, "HF{0}-{1}-QIE{2}_DiscOn".format(fe_crate, fe_slot, i_qie), 1), # 1 bit
register(ts, "HF{0}-{1}-QIE{2}_TGain".format(fe_crate, fe_slot, i_qie), 1), # 1 bit
register(ts, "HF{0}-{1}-QIE{2}_TimingThresholdDAC".format(fe_crate, fe_slot, i_qie), 8), # 8 bits
register(ts, "HF{0}-{1}-QIE{2}_TimingIref".format(fe_crate, fe_slot, i_qie), 3), # 3 bits
register(ts, "HF{0}-{1}-QIE{2}_PedestalDAC".format(fe_crate, fe_slot, i_qie), 6), # 6 bits
register(ts, "HF{0}-{1}-QIE{2}_CapID0pedestal".format(fe_crate, fe_slot, i_qie), 4), # 4 bits
register(ts, "HF{0}-{1}-QIE{2}_CapID1pedestal".format(fe_crate, fe_slot, i_qie), 4), # 4 bits
register(ts, "HF{0}-{1}-QIE{2}_CapID2pedestal".format(fe_crate, fe_slot, i_qie), 4), # 4 bits
register(ts, "HF{0}-{1}-QIE{2}_CapID3pedestal".format(fe_crate, fe_slot, i_qie), 4), # 4 bits
register(ts, "HF{0}-{1}-QIE{2}_FixRange".format(fe_crate, fe_slot, i_qie), 1), # 1 bit
register(ts, "HF{0}-{1}-QIE{2}_RangeSet".format(fe_crate, fe_slot, i_qie), 2), # 2 bits
register(ts, "HF{0}-{1}-QIE{2}_ChargeInjectDAC".format(fe_crate, fe_slot, i_qie), 3), # 3 bits
register(ts, "HF{0}-{1}-QIE{2}_RinSel".format(fe_crate, fe_slot, i_qie), 4), # 4 bits
register(ts, "HF{0}-{1}-QIE{2}_Idcset".format(fe_crate, fe_slot, i_qie), 5), # 5 bits
register(ts, "HF{0}-{1}-QIE{2}_CalMode".format(fe_crate, fe_slot, i_qie), 1), # 1 bit
register(ts, "HF{0}-{1}-QIE{2}_CkOutEn".format(fe_crate, fe_slot, i_qie), 1), # 1 bit
register(ts, "HF{0}-{1}-QIE{2}_TDCMode".format(fe_crate, fe_slot, i_qie), 1), # 1 bit
register(ts, "HF{0}-{1}-Qie{2}_ck_ph".format(fe_crate, fe_slot, i_qie), 4), # 4 bits
])
## IGLOO2 registers:
registers.extend([
### Top:
register(ts, "HF{0}-{1}-iTop_CntrReg_CImode".format(fe_crate, fe_slot), 1), # 1 bit
register(ts, "HF{0}-{1}-iTop_CntrReg_InternalQIER".format(fe_crate, fe_slot), 1), # 1 bit
register(ts, "HF{0}-{1}-iTop_CntrReg_OrbHistoClear".format(fe_crate, fe_slot), 1), # 1 bit
register(ts, "HF{0}-{1}-iTop_CntrReg_OrbHistoRun".format(fe_crate, fe_slot), 1), # 1 bit
register(ts, "HF{0}-{1}-iTop_CntrReg_WrEn_InputSpy".format(fe_crate, fe_slot), 1), # 1 bit
register(ts, "HF{0}-{1}-iTop_AddrToSERDES".format(fe_crate, fe_slot), 16), # 16 bits
register(ts, "HF{0}-{1}-iTop_CtrlToSERDES_i2c_go".format(fe_crate, fe_slot), 1), # 1 bit
register(ts, "HF{0}-{1}-iTop_CtrlToSERDES_i2c_write".format(fe_crate, fe_slot), 1), # 1 bit
register(ts, "HF{0}-{1}-iTop_DataToSERDES".format(fe_crate, fe_slot), 32), # 32 bits
register(ts, "HF{0}-{1}-iTop_LinkTestMode".format(fe_crate, fe_slot), 8), # 8 bit
register(ts, "HF{0}-{1}-iTop_LinkTestPattern".format(fe_crate, fe_slot), 32), # 32 bits
# register(ts, "HF{0}-{1}-iTop_fifo_data_1".format(fe_crate, fe_slot), ?), # Seems r/o
# register(ts, "HF{0}-{1}-iTop_fifo_data_2".format(fe_crate, fe_slot), ?), # Seems r/o
# register(ts, "HF{0}-{1}-iTop_fifo_data_3".format(fe_crate, fe_slot), ?), # Seems r/o
register(ts, "HF{0}-{1}-iTop_scratch".format(fe_crate, fe_slot), 32), # 32 bits
register(ts, "HF{0}-{1}-iTop_UniqueID".format(fe_crate, fe_slot), 64), # 64 bits
### Bottom:
register(ts, "HF{0}-{1}-iBot_CntrReg_CImode".format(fe_crate, fe_slot), 1), # 1 bit
register(ts, "HF{0}-{1}-iBot_CntrReg_InternalQIER".format(fe_crate, fe_slot), 1), # 1 bit
register(ts, "HF{0}-{1}-iBot_CntrReg_OrbHistoClear".format(fe_crate, fe_slot), 1), # 1 bit
register(ts, "HF{0}-{1}-iBot_CntrReg_OrbHistoRun".format(fe_crate, fe_slot), 1), # 1 bit
register(ts, "HF{0}-{1}-iBot_CntrReg_WrEn_InputSpy".format(fe_crate, fe_slot), 1), # 1 bit
register(ts, "HF{0}-{1}-iBot_AddrToSERDES".format(fe_crate, fe_slot), 16), # 16 bits
register(ts, "HF{0}-{1}-iBot_CtrlToSERDES_i2c_go".format(fe_crate, fe_slot), 1), # 1 bit
register(ts, "HF{0}-{1}-iBot_CtrlToSERDES_i2c_write".format(fe_crate, fe_slot), 1), # 1 bit
register(ts, "HF{0}-{1}-iBot_DataToSERDES".format(fe_crate, fe_slot), 32), # 32 bits
register(ts, "HF{0}-{1}-iBot_LinkTestMode".format(fe_crate, fe_slot), 8), # 8 bits
register(ts, "HF{0}-{1}-iBot_LinkTestPattern".format(fe_crate, fe_slot), 32), # 32 bits
# register(ts, "HF{0}-{1}-iBot_fifo_data_1".format(fe_crate, fe_slot), ?), # Seems r/o
# register(ts, "HF{0}-{1}-iBot_fifo_data_2".format(fe_crate, fe_slot), ?), # Seems r/o
# register(ts, "HF{0}-{1}-iBot_fifo_data_3".format(fe_crate, fe_slot), ?), # Seems r/o
register(ts, "HF{0}-{1}-iBot_scratch".format(fe_crate, fe_slot), 32), # 32 bits
register(ts, "HF{0}-{1}-iBot_UniqueID".format(fe_crate, fe_slot), 64), # 64 bits
])
# result = [0]*24
# registers = []
# for name in register_names:
# registers.append(register(ts, name, 1)) # HERE on "48"
names = [r.name for r in registers]
for i in range(n_wr):
#print "test",i
for r in registers:
# print r.name
# value = getRandomValue( r.size )
# values = [value[0:32]] #, '0x'+value[8:16] ]
r.addTestToCache( getRandomValue( r.size ) ) #+" "+values[1]
#if not testRandomValue( r ) :
# result[q] = result[q] + 1
#print "ERRORS: ",result
tex = {}
errd = {}
noerr = []
for r in registers:
r.setVerbosity(v) # 0: not verbose, 1: verbose, 2: extra verbose
r.testCache()
errd.update({r.name: r.elist})
noerr.extend(r.elist)
tex.update(r.tex)
# print tex
#---------------Last report of errors------------------
print "\n====== SUMMARY ============================"
print "Teststand: {0}".format(ts.name)
print "QIE card: {0} (FE Crate {1}, Slot {2})".format(qid, at.fe_crate, at.fe_slot)
if noerr == []:
print "[OK] There were no errors!"
else:
print "[!!] Errors:"
for r in registers:
if errd[r.name] != []:
print "\t*Register:", str(r.name) + ";", "Data:",
for i in range(len(errd[r.name])):
print str(tuple(errd[r.name][i])) + ";",
print "\b\b",
print ""
print "==========================================="
#---------------Create histogram-----------------------
create_plots(at, names, tex, 8)
return str(hex(randomInt))
# MAIN:
if __name__ == "__main__":
parser=OptionParser()
parser.add_option('-t','--teststand',dest='name',default='904',help="The name of the teststand you want to use (default is \"904\").")
parser.add_option('-q','--qieid',dest='qieid',default='0x8D000000 0xAA24DA70',help="The ID of the QIE card we read.")
(options, args) = parser.parse_args()
ts = teststand(options.name)
crateslot=ts.crate_slot_from_qie(qie_id=options.qieid)
crate=crateslot[0]
slot=crateslot[1]
result = [0]*24
registers = [
register( ts , "HF{0}-{1}-iBot_CntrReg_CImode".format(crate,slot) , 1 ) ,
register( ts , "HF{0}-{1}-iBot_CntrReg".format(crate,slot), 1 ) ,
register( ts , "HF{0}-{1}-iBot_LinkTestMode_BC0Enable".format(crate,slot), 1 ) ,
register( ts , "HF{0}-{1}-iBot_LinkTestMode_Enable".format(crate,slot) , 1 ) ,
register( ts , "HF{0}-{1}-iBot_LinkTestMode".format(crate,slot) , 1 ) ,
register( ts , "HF{0}-{1}-iBot_LinkTestPattern".format(crate,slot) , 32 ) ,
register( ts , "HF{0}-{1}-iBot_scratch".format(crate,slot) , 32 ) ,
register( ts , "HF{0}-{1}-iTop_CntrReg_CImode".format(crate,slot) , 1 ) ,
register( ts , "HF{0}-{1}-iTop_CntrReg".format(crate,slot) , 1 ) ,
register( ts , "HF{0}-{1}-iTop_LinkTestMode_BC0Enable".format(crate,slot) , 1 ) ,
register( ts , "HF{0}-{1}-iTop_LinkTestMode_Enable".format(crate,slot) , 1 ) ,
register( ts , "HF{0}-{1}-iTop_LinkTestMode".format(crate,slot) , 1 ) ,
register( ts , "HF{0}-{1}-iTop_LinkTestPattern".format(crate,slot) , 32 ) ,
register( ts , "HF{0}-{1}-iTop_scratch".format(crate,slot) , 32 )
]
# MAIN:
if __name__ == "__main__":
name = ""
if len(sys.argv) == 1:
name = "904"
elif len(sys.argv) == 2:
name = sys.argv[1]
else:
name = "904"
ts = teststand(name) # Initialize a teststand object. This object stores the teststand configuration and has a number of useful methods.
result = [0]*24
registers = []
for q in range(24) :
registers.append( register(ts,"HF1-10-QIE{0}".format(q+1),48) )
for i in range( 5 ) :
#print "test",i
for r in registers :
#print r.name
value = getRandomValue()
values = [ value[0:8] , '0x'+value[8:16] ]
r.addTestToCache( values[0]+" "+values[1] )
#if not testRandomValue( r ) :
# result[q] = result[q] + 1
#print "ERRORS: ",result
for r in registers :
r.testCache()
dest='name',
default='904',
help="The name of the teststand you want to use (default is \"904\").")
parser.add_option('-q',
'--qieid',
dest='qieid',
default='0x8D000000 0xAA24DA70',
help="The ID of the QIE card we read.")
(options, args) = parser.parse_args()
ts = teststand(options.name)
crateslot = ts.crate_slot_from_qie(qie_id=options.qieid)
crate = crateslot[0]
slot = crateslot[1]
result = [0] * 24
registers = [
register(ts, "HF{0}-{1}-iBot_CntrReg_CImode".format(crate, slot), 1),
register(ts, "HF{0}-{1}-iBot_CntrReg".format(crate, slot), 1),
register(ts,
"HF{0}-{1}-iBot_LinkTestMode_BC0Enable".format(crate,
slot), 1),
register(ts, "HF{0}-{1}-iBot_LinkTestMode_Enable".format(crate, slot),
1),
register(ts, "HF{0}-{1}-iBot_LinkTestMode".format(crate, slot), 1),
register(ts, "HF{0}-{1}-iBot_LinkTestPattern".format(crate, slot), 32),
register(ts, "HF{0}-{1}-iBot_scratch".format(crate, slot), 32),
register(ts, "HF{0}-{1}-iTop_CntrReg_CImode".format(crate, slot), 1),
register(ts, "HF{0}-{1}-iTop_CntrReg".format(crate, slot), 1),
register(ts,
"HF{0}-{1}-iTop_LinkTestMode_BC0Enable".format(crate,
slot), 1),
register(ts, "HF{0}-{1}-iTop_LinkTestMode_Enable".format(crate, slot),
