digital_chans = []
names = []
#=========== device, zero name, one name, fault state
names.append(("OUT_LMTSW", "IS_OUT", "NOT_OUT", 1))
names.append(("IN_LMTSW", "IS_IN", "NOT_IN", 1))
names.append(("TEMP_SUM", "IS_FAULTED", "IS_OK", 0)) # GUN TEMP
names.append(("WAVEGUIDE_TEMP", "IS_FAULTED", "IS_OK", 0))
names.append(("TEMP_SUM", "IS_FAULTED", "IS_OK", 0)) # BUNCHER TEMP
names.append(("TEMP_SUM", "IS_FAULTED", "IS_OK", 0)) # SOL01 TEMP
names.append(("TEMP_SUM", "IS_FAULTED", "IS_OK", 0)) # SOL02 TEMP
names.append(("STATUS", "IS_FAULTED", "IS_OK", 0)) # VVR01
names.append(("STATUS", "IS_FAULTED", "IS_OK", 0)) # VV01
for i in range(0, 9):
chan = models.DigitalChannel(number=i)
(name, z_name, o_name, alarm_state) = names[i]
chan.name = name
chan.z_name = z_name
chan.o_name = o_name
chan.alarm_state = alarm_state
chan.card = link_node_card
digital_chans.append(chan)
session.add(chan)
im01_channel = models.AnalogChannel(name="IM01B Charge",
number=0,
card=im_card)
fc_channel = models.AnalogChannel(name="Faraday Cup Current",
number=0,
card=fc_card)
# Install a mixed-mode link node card in every crate.
cards = []
for i in range(0, numCrates):
link_node_card = models.ApplicationCard(number=i,
type=mixed_link_node_type,
slot_number=2)
cards.append(link_node_card)
crates[i].cards.append(link_node_card)
session.add(link_node_card)
# Define some channels for the cards
channels = []
for i in range(0, numCards):
for j in range(0, channelsPerCard):
channel = models.DigitalChannel(number=j)
channel.name = "Channel " + str(i) + ":" + str(j)
channel.card = cards[i]
channels.append(channel)
session.add(channel)
# Define a device type
digitalDeviceType = models.DeviceType(name="Generic Device Type")
session.add(digitalDeviceType)
faultDigitalDeviceType = models.DeviceType(name="Composed Device Type")
session.add(faultDigitalDeviceType)
# States for the device - these are not really used
#deviceStates=[]
#for i in range(0, 2**channelsPerDevice):