def do_debug(self, args):
"""Quick read of SBit Clusters. USAGE: debug <OH_NUM>"""
arglist = args.split()
if len(arglist) == 1:
for reg in getNodesContaining('OH' + str(args) + '.DEBUG_LAST'):
try:
cluster = parseInt(readReg(reg))
except:
cluster = 0
if cluster == 2047:
if 'r' in str(reg.permission):
print hex(
reg.real_address), reg.permission, '\t', tabPad(
reg.name, 4), readReg(reg), '(None)'
else:
if 'r' in str(reg.permission):
print hex(
reg.real_address), reg.permission, '\t', tabPad(
reg.name,
4), readReg(reg), '(VFAT:', cluster_to_vfat(
cluster), 'SBit:', cluster_to_vfat2_sbit(
cluster), 'Size:', cluster_to_size(
cluster), ')'
else:
print "Incorrect number of arguments!"
def do_trigger(self, args=''):
"""Read all registers in TRIGGER module. USAGE: trigger <optional OH_NUM>"""
arglist = args.split()
if len(arglist) == 1:
if not arglist[0].isdigit():
print 'Incorrect usage.'
return
elif int(arglist[0]) < 0 or int(arglist[0]) > MAX_OH_NUM:
print 'Invalid OH number:', arglist[0]
else:
if getNodesContaining('GEM_AMC.TRIGGER.OH' + str(arglist[0]) +
'.') is not None:
for reg in getNodesContaining('GEM_AMC.TRIGGER.OH' +
str(arglist[0]) + '.'):
address = reg.real_address
if 'r' in str(reg.permission):
print hex(address).rstrip(
'L'), reg.permission, '\t', tabPad(
reg.name, 7), readReg(reg)
else:
print 'Regs not found!'
elif args == '':
if getNodesContaining('GEM_AMC.TRIGGER') is not None:
for reg in getNodesContaining('GEM_AMC.TRIGGER'):
address = reg.real_address
if 'r' in str(reg.permission):
print hex(address).rstrip(
'L'), reg.permission, '\t', tabPad(reg.name,
7), readReg(reg)
else:
print 'Regs not found!'
else:
print 'Incorrect usage.'
def getVFATID(OH_NUM, vfat_slot):
# try:
vfat_id1 = 0x000000ff & parseInt(
readReg(
getNode('GEM_AMC.OH.OH' + str(OH_NUM) + '.GEB.VFATS.VFAT' +
str(vfat_slot) + '.ChipID1')))
vfat_id2 = 0x000000ff & parseInt(
readReg(
getNode('GEM_AMC.OH.OH' + str(OH_NUM) + '.GEB.VFATS.VFAT' +
str(vfat_slot) + '.ChipID0')))
vfat_id = (vfat_id1 << 8) + vfat_id2
if vfat_id == 0: return 0
return vfat_id
def do_unmask(self, args):
"""Unmask single VFAT to data. If no VFAT provided, will unmask all VFATs. USAGE unmask <OH_NUM> <optional VFAT_SLOT> """
arglist = args.split()
if len(arglist) == 1 and isValidOH(arglist[0]):
print writeReg(
getNode('GEM_AMC.OH.OH' + str(arglist[0]) +
'.CONTROL.VFAT.MASK'), 0x00000000)
elif len(arglist) == 2 and isValidOH(arglist[0]) and isValidVFAT(
arglist[1]):
vfat = int(arglist[1])
oh = int(arglist[0])
mask = 0xffffffff ^ (0x1 << vfat)
try:
current_mask = parseInt(
readReg(
getNode('GEM_AMC.OH.OH' + str(oh) +
'.CONTROL.VFAT.MASK')))
except:
print 'Error reading current mask.'
return
new_mask = mask & current_mask
print writeReg(
getNode('GEM_AMC.OH.OH' + str(oh) + '.CONTROL.VFAT.MASK'),
new_mask)
else:
print 'Incorrect usage.'
return
def T1On(OH_NUM):
prevent_infiteloop = 0
while parseInt(
readReg(
getNode('GEM_AMC.OH.OH' + str(OH_NUM) +
'.T1Controller.MONITOR'))) != 1:
print 'MONITOR:', readReg(
getNode('GEM_AMC.OH.OH' + str(OH_NUM) + '.T1Controller.MONITOR'))
prevent_infiteloop += 1
print writeReg(
getNode('GEM_AMC.OH.OH' + str(OH_NUM) + '.T1Controller.TOGGLE'),
0xffffffff)
if prevent_infiteloop > 10:
printRed(
'T1Controller Error - Will not toggle T1Controller Monitor')
return False
return True
def printClusters(OH_NUM):
for reg in getNodesContaining('TRIGGER.OH' + str(OH_NUM) + '.CLUSTER'):
if 'r' in str(reg.permission):
print displayReg(reg), '=', parseInt(str(readReg(reg)))
print '\n'
for reg in getNodesContaining('TRIGGER.OH' + str(OH_NUM) +
'.DEBUG_LAST_CLUSTER'):
if 'r' in str(reg.permission):
print displayReg(reg, 'hexbin')
def do_ttc(self, args=None):
"""Read all registers in TTC module. USAGE: ttc"""
if getNodesContaining('GEM_AMC.TTC') is not None:
for reg in getNodesContaining('GEM_AMC.TTC'):
address = reg.real_address
if 'r' in str(reg.permission):
print hex(address).rstrip(
'L'), reg.permission, '\t', tabPad(reg.name,
7), readReg(reg)
else:
print 'Regs not found!'
def do_gemsystem(self, args=None):
"""Read all registers in GEM_SYSTEM module. USAGE: gemsystem"""
if args == '':
if getNodesContaining('GEM_AMC.GEM_SYSTEM') is not None:
for reg in getNodesContaining('GEM_AMC.GEM_SYSTEM'):
address = reg.real_address
if 'r' in str(reg.permission):
print hex(address).rstrip(
'L'), reg.permission, '\t', tabPad(reg.name,
7), readReg(reg)
else:
print 'Regs not found!'
def verifyTCReset(OH_NUM):
nSbits = readReg(
getNode('GEM_AMC.TRIGGER.OH' + str(OH_NUM) + '.TRIGGER_CNT'))
try:
parseInt(nSbits)
except:
return False, nSbits
if parseInt(nSbits) != 0: #Hot channels?
return False, nSbits
else:
return True, 0
def do_oh(self, args):
""" Begin command by selecting OH, followed by command. USAGE oh <number> <command> """
arglist = args.split()
if len(arglist) < 1: print 'Too few arguments.'
elif len(arglist) == 1:
if not arglist[0].isdigit():
print 'Invalid OH number:', arglist[0]
return
elif int(arglist[0]) < 0 or int(arglist[0]) > MAX_OH_NUM:
print 'Invalid OH number:', arglist[0]
else:
if getNodesContaining('GEM_AMC.OH.OH' + str(arglist[0]) +
'.') is not None:
for reg in getNodesContaining('GEM_AMC.OH.OH' +
str(arglist[0]) + '.'):
address = reg.real_address
if 'r' in str(reg.permission):
print hex(address).rstrip(
'L'), reg.permission, '\t', tabPad(
reg.name, 7), readReg(reg)
else:
print 'Regs not found!'
def do_fw(self, args=None):
"""Quick read of all FW-related registers"""
for reg in getNodesContaining('RELEASE'):
if 'r' in str(reg.permission):
print hex(reg.real_address), reg.permission, '\t', tabPad(
reg.name, 4), readReg(reg)