sol01_channel = models.AnalogChannel(name="SOL01 Current",
number=0,
card=sol_card)
sol02_channel = models.AnalogChannel(name="SOL02 Current",
number=1,
card=sol_card)
bpm01_channel = models.AnalogChannel(name="BPM1B", number=0, card=bpm_card)
bpm02_channel = models.AnalogChannel(name="BPM2B", number=1, card=bpm_card)
session.add_all([
im01_channel, fc_channel, sol01_channel, sol02_channel, bpm01_channel,
bpm02_channel
])
# Add digital device types
profmon_device_type = models.DeviceType(name="PROF",
description="Profile Monitor")
temp_device_type = models.DeviceType(name="TEMP",
description="Temperature Status")
gun_device_type = models.DeviceType(name="GUN", description="Gun Device")
buncher_device_type = models.DeviceType(name="CAV",
description="Buncher Cavity Device")
vvr_device_type = models.DeviceType(
name="VVPG", description="Vacuum Valve Pneumatic Status")
session.add_all([
profmon_device_type, temp_device_type, vvr_device_type, gun_device_type,
buncher_device_type
])
# Add analog device types
im_device_type = models.DeviceType(name="TORO",
description="Toroid") #units="uC")
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):
# deviceState = models.DeviceState(name="State " + str(i),
# device_type=digitalDeviceType,
# value=i)
# deviceStates.append(deviceState)
# session.add(deviceState)
# States for the faults
'M2_IN_SWITCH', 'M2_OUT_SWITCH', 'M3_IN_SWITCH', 'M3_OUT_SWITCH',
'CHI_POWER'
]
for i in range(0, 9):
chan = models.DigitalChannel(number=i)
chan.name = chan_name[i]
chan.card = link_node_card
chan.z_name = "IS_FAULTED"
chan.o_name = "IS_OK"
chan.alarm_state = 0
digital_chans.append(chan)
session.add(chan)
# Add device types
insertion_device_type = models.DeviceType(name="PROF",
description="Insertion Device")
power_device_type = models.DeviceType(name="POWR", description="Power Device")
sxrss_device_type = models.DeviceType(name="SXSS",
description="SXRSS Protection Device")
session.add_all([insertion_device_type, power_device_type, sxrss_device_type])
session.commit()
# Define some states for the insertion device type
device_out = models.DeviceState(name="Out",
device_type=insertion_device_type,
value=1)
device_in = models.DeviceState(name="In",
device_type=insertion_device_type,
value=2)
device_moving = models.DeviceState(name="Moving",
device_type=insertion_device_type,
# LN card analog channels
# channel 0 - SOL01 Current
# channel 1 - SOL02 Current
#im01_channel = models.AnalogChannel(name="IM01 Charge", number=0, card = link_node_card)
#fc_channel = models.AnalogChannel(name="Faraday Cup Current", number=1, card = link_node_card)
#sol01_channel = models.AnalogChannel(name="SOL01 Current", number=2, card = link_node_card)
#sol02_channel = models.AnalogChannel(name="SOL02 Current", number=3, card = link_node_card)
bpm01_channel = models.AnalogChannel(name="BPM01", number=0, card=bpm_card)
bpm02_channel = models.AnalogChannel(name="BPM02", number=1, card=bpm_card)
# channel 0 - IM01
# channel 1 - Faraday Cup (FC)
session.add_all([bpm01_channel, bpm02_channel])
# Add digital device types
profmon_device_type = models.DeviceType(name="PROF",
description="Profile Monitor")
temp_device_type = models.DeviceType(name="TEMP",
description="Temperature Status")
vvr_device_type = models.DeviceType(
name="VVPR", description="Vacuum Pneumatic Rouhing Valve Status")
session.add_all([profmon_device_type, temp_device_type, vvr_device_type])
# Add analog device types
#im_device_type = models.AnalogDeviceType(name="ICT", units="uC")
#fc_device_type = models.AnalogDeviceType(name="Faraday Cup", units="mA")
#sol_curr_device_type = models.AnalogDeviceType(name="Solenoid Curretn", units="mA")
#session.add_all([im_device_type, fc_device_type, sol_curr_device_type])
# New analog devices
bpm_device_type = models.DeviceType(name="BPMS",
description="Beam Position Monitor")
#bpm_card = models.ApplicationCard(number=2)
#bpm_card.type = bpm_card_type
#bpm_card.slot_number = 3
#crate.cards.append(bpm_card)
#session.add(bpm_card)
#Define some channels for the card.
digital_chans = []
for i in range(0, 4):
chan = models.DigitalChannel(number=i)
chan.card = pic_card
digital_chans.append(chan)
session.add(chan)
#Add a new device type - insertion device
insertion_device_type = models.DeviceType(name="Insertion Device")
session.add(insertion_device_type)
#Define some states for the device type.
otr_screen_out = models.DeviceState(name="Out")
otr_screen_out.device_type = insertion_device_type
otr_screen_out.value = 1
otr_screen_in = models.DeviceState(name="In")
otr_screen_in.device_type = insertion_device_type
otr_screen_in.value = 2
otr_screen_moving = models.DeviceState(name="Moving")
otr_screen_moving.device_type = insertion_device_type
otr_screen_moving.value = 0