default='daq-xpp-mon03',
help="host that runs the ami proxy",
metavar="PHOST")
(options, args) = parser.parse_args()
# pyami.connect(0xefff2a00,0xac150ab2,0xac1508b2)
# pyami.connect(0xefff2301,0xac152636,0xac151636) # xpp-daq
# pyami.connect(0xefff2301,0xac152647,0xac151647) # xpp-control
# pyami.connect(0xac150a17) # Lab2
# pyami.connect(0xac15265e) # XPP
# pyami.connect(0xac152b6b) # XCS
pname = socket.gethostbyname(options.proxy)
paddr = struct.unpack('>I', socket.inet_aton(pname))[0]
print[pname, paddr]
pyami.connect(paddr)
daq = pydaq.Control(options.host, options.platform)
for iter in range(options.iterations):
#
# Send the structure the first time to put the control variables
# in the file header
#
# daq.configure(events=options.events,
# controls=[('EXAMPLEPV1',0),('EXAMPLEPV2',0)],
# monitors=[('BEAM:LCLS:ELEC:Q',options.qbeam,1.)])
do_record = False
#!/reg/g/pcds/package/python-2.5.2/bin/python
#
import pyami
class AmiScalar(pyami.Entry):
def __init__(self,name):
pyami.Entry.__init__(self,name)
class AmiAcqiris(pyami.Entry):
def __init__(self,detid,channel):
pyami.Entry.__init__(self,detid,channel)
eth_lo = 0x7f000001
eth_mc = 0xefff63e5
CxiAcq = 0x18000200
AmoETof = 0x03000200
pyami.connect(eth_mc,eth_lo,eth_lo)
x = pyami.Entry("ProcTime","Scan","EventId",20)
print x.get()
name_list = [("ProcLatency",),("ProcTime",),("ProcTimeAcc","Scan","EventId",20)]
x = pyami.EntryList(name_list)
print x.get()
print 'Again'
print x.get()
x = AmiAcqiris(AmoETof,1)
x.get()
class AmiScalar(pyami.Entry):
def __init__(self, name):
pyami.Entry.__init__(self, name)
class AmiAcqiris(pyami.Entry):
def __init__(self, detid, channel):
pyami.Entry.__init__(self, detid, channel)
eth_lo = 0x7f000001
eth_mc = 0xefff63e5
CxiAcq = 0x18000200
AmoETof = 0x03000200
pyami.connect(eth_mc, eth_lo, eth_lo)
x = pyami.Entry("ProcTime", "Scan", "EventId", 20)
print x.get()
name_list = [("ProcLatency", ), ("ProcTime", ),
("ProcTimeAcc", "Scan", "EventId", 20)]
x = pyami.EntryList(name_list)
print x.get()
print 'Again'
print x.get()
x = AmiAcqiris(AmoETof, 1)
x.get()
from common.detectors_pyami import IPIMBDetector as detector
import pyami
import os
PYPS_INTERACTIVE = os.getenv('PYPS_INTERACTIVE', "FALSE").lower() == 'true'
if PYPS_INTERACTIVE:
sxrgroup = 0xefff2400
pyami.connect(sxrgroup)
else:
print "WARNING: sxrdetectors.py, not interactive mode, not connecting ami"
pass
class SxrDetectors(object):
def __init__(self):
# self.gas1 = detector("GDET:FEE1:241:ENRC","gas1",kind="gas")
# self.gas2 = detector("GDET:FEE1:242:ENRC","gas1",kind="gas")
# self.gas3 = detector("GDET:FEE1:361:ENRC","gas1",kind="gas")
# self.gas4 = detector("GDET:FEE1:362:ENRC","gas1",kind="gas")
self.neh2 = detector("NH2-SB1-IPM-01:FEX", "neh2", kind="ipm")
self.ipm1 = detector("SXR-IPM-01:FEX", "ipm1", kind="ipm")
self.dio1 = detector("SXR-DIO-01:FEX", "dio1", kind="pim")
self.ipm2 = detector("SXR-IPM-02:FEX", "ipm2", kind="ipm")
self.dio2 = detector("SXR-DIO-02:FEX", "dio2", kind="pim")
self.decmono = detector("SXR-DEC-mono:FEX", "dec-mono", kind="ipm")
self.diomono = detector("SXR-DIO-mono:FEX", "dio-mono", kind="pim")
self.ipmmono = detector("SXR-IPM-mono:FEX", "ipm-mono", kind="ipm")
# self.ipm3m = detector("SXR-IPM-03m:FEX","ipm3m",kind="ipm")
self.dio3m = detector("SXR-DIO-03m:FEX", "dio3m", kind="pim")
self.ipm3 = detector("SXR-IPM-03:FEX", "ipm3", kind="ipm")
self.dio3 = detector("SXR-DIO-03:FEX", "dio3", kind="pim")
self.ipm4 = detector("SxrBeamline-1|Ipimb-4", "ipm4", kind="ipm")
dest="wait",
default=False,
help="wait for key input before 1st cycle and after last cycle",
metavar="W")
parser.add_option("-N",
"--iterations",
dest="iterations",
type='int',
default=1,
help="Execute N iterations of this scan",
metavar="Q")
(options, args) = parser.parse_args()
# pyami.connect(0xefff2a00,0xac150ab2,0xac1508b2)
pyami.connect(0xac150a17) # Lab2
# pyami.connect(0xac15263e) # XPP
# pyami.connect(0xac152b6b) # XCS
daq = pydaq.Control(options.host, options.platform)
for iter in range(options.iterations):
#
# Send the structure the first time to put the control variables
# in the file header
#
# daq.configure(events=options.events,
# controls=[('EXAMPLEPV1',0),('EXAMPLEPV2',0)],
# monitors=[('BEAM:LCLS:ELEC:Q',options.qbeam,1.)])