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records.py
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'''
Contains the base field representation for EPICS base records.
This file is auto-generated. Do not modify it.
If you need to add or modify fields to correct something, please use the
``reference-dbd`` project to regenerate this file.
If you need to add functionality to any record, see the module
:mod:`caproto.server.records.records`.
'''
# **NOTE**
# This file is auto-generated. Please edit the source Jinja templates instead.
# **NOTE**
import copy
import logging
import sys
from ..server import PVGroup, pvproperty
from ..._constants import MAX_ENUM_STRING_SIZE
from ..._data import ChannelType
from ..._dbr import AlarmSeverity
from .. import menus
from .mixins import _Limits, _LimitsLong
from .utils import _link_parent_attribute, _link_enum_strings, copy_pvproperties
logger = logging.getLogger(__name__)
class RecordFieldGroup(PVGroup):
_scan_rate_sec = None
_dtype = None # to be set by subclasses
has_val_field = True
alarm_acknowledge_severity = pvproperty(
name='ACKS',
dtype=ChannelType.ENUM,
enum_strings=menus.menuAlarmSevr.get_string_tuple(),
doc='Alarm Ack Severity',
read_only=True)
alarm_acknowledge_transient = pvproperty(
name='ACKT',
dtype=ChannelType.ENUM,
enum_strings=menus.menuYesNo.get_string_tuple(),
doc='Alarm Ack Transient',
read_only=True,
value='YES')
access_security_group = pvproperty(name='ASG',
dtype=ChannelType.CHAR,
max_length=29,
report_as_string=True,
doc='Access Security Group')
description = pvproperty(name='DESC',
dtype=ChannelType.CHAR,
max_length=41,
report_as_string=True,
doc='Descriptor')
disable = pvproperty(name='DISA', dtype=ChannelType.INT, doc='Disable')
disable_putfield = pvproperty(name='DISP',
dtype=ChannelType.CHAR,
doc='Disable putField')
disable_alarm_severity = pvproperty(
name='DISS',
dtype=ChannelType.ENUM,
enum_strings=menus.menuAlarmSevr.get_string_tuple(),
doc='Disable Alarm Sevrty')
disable_value = pvproperty(name='DISV',
dtype=ChannelType.INT,
doc='Disable Value',
value=1)
device_type = pvproperty(name='DTYP',
dtype=ChannelType.ENUM,
enum_strings=menus.dtyp_base.get_string_tuple(),
doc='Device Type')
event_name = pvproperty(name='EVNT',
dtype=ChannelType.CHAR,
max_length=40,
report_as_string=True,
doc='Event Name')
forward_link = pvproperty(name='FLNK',
dtype=ChannelType.STRING,
doc='Forward Process Link')
lock_count = pvproperty(name='LCNT',
dtype=ChannelType.CHAR,
doc='Lock Count',
read_only=True)
record_name = pvproperty(name='NAME',
dtype=ChannelType.CHAR,
max_length=61,
report_as_string=True,
doc='Record Name',
read_only=True)
new_alarm_severity = pvproperty(
name='NSEV',
dtype=ChannelType.ENUM,
enum_strings=menus.menuAlarmSevr.get_string_tuple(),
doc='New Alarm Severity',
read_only=True)
new_alarm_status = pvproperty(
name='NSTA',
dtype=ChannelType.ENUM,
enum_strings=menus.menuAlarmStat.get_string_tuple(),
doc='New Alarm Status',
read_only=True)
record_active = pvproperty(name='PACT',
dtype=ChannelType.CHAR,
doc='Record active',
read_only=True)
scan_phase = pvproperty(name='PHAS',
dtype=ChannelType.INT,
doc='Scan Phase')
process_at_iocinit = pvproperty(
name='PINI',
dtype=ChannelType.ENUM,
enum_strings=menus.menuPini.get_string_tuple(),
doc='Process at iocInit')
scheduling_priority = pvproperty(
name='PRIO',
dtype=ChannelType.ENUM,
enum_strings=menus.menuPriority.get_string_tuple(),
doc='Scheduling Priority')
process_record = pvproperty(name='PROC',
dtype=ChannelType.CHAR,
doc='Force Processing')
dbputfield_process = pvproperty(name='PUTF',
dtype=ChannelType.CHAR,
doc='dbPutField process',
read_only=True)
reprocess = pvproperty(name='RPRO',
dtype=ChannelType.CHAR,
doc='Reprocess ',
read_only=True)
scan_rate = pvproperty(name='SCAN',
dtype=ChannelType.ENUM,
enum_strings=menus.menuScan.get_string_tuple(),
doc='Scan Mechanism')
scanning_disable = pvproperty(name='SDIS',
dtype=ChannelType.STRING,
doc='Scanning Disable')
current_alarm_severity = pvproperty(
name='SEVR',
dtype=ChannelType.ENUM,
enum_strings=menus.menuAlarmSevr.get_string_tuple(),
doc='Alarm Severity',
read_only=True)
trace_processing = pvproperty(name='TPRO',
dtype=ChannelType.CHAR,
doc='Trace Processing')
time_stamp_event = pvproperty(name='TSE',
dtype=ChannelType.INT,
doc='Time Stamp Event')
time_stamp_link = pvproperty(name='TSEL',
dtype=ChannelType.STRING,
doc='Time Stamp Link')
undefined = pvproperty(name='UDF',
dtype=ChannelType.CHAR,
doc='Undefined',
value=chr(1))
alarm_status = pvproperty(
name='STAT',
dtype=ChannelType.ENUM,
enum_strings=menus.menuAlarmStat.get_string_tuple(),
doc='Alarm Status',
read_only=True,
value='NO_ALARM')
undefined_alarm_severity = pvproperty(
name='UDFS',
dtype=ChannelType.ENUM,
enum_strings=menus.menuAlarmSevr.get_string_tuple(),
doc='Undefined Alarm Sevrty',
value='INVALID')
class AiFields(RecordFieldGroup, _Limits):
_record_type = "ai"
_dtype = ChannelType.DOUBLE # DTYP of .VAL
has_val_field = True
copy_pvproperties(locals(), RecordFieldGroup, _Limits)
device_type = pvproperty(name='DTYP',
dtype=ChannelType.ENUM,
enum_strings=menus.dtyp_ai.get_string_tuple(),
doc='Device Type')
current_raw_value = pvproperty(name='RVAL',
dtype=ChannelType.LONG,
doc='Current Raw Value')
initialized = pvproperty(name='INIT',
dtype=ChannelType.INT,
doc='Initialized?',
read_only=True)
last_val_monitored = pvproperty(name='MLST',
dtype=ChannelType.DOUBLE,
doc='Last Val Monitored',
read_only=True)
last_value_alarmed = pvproperty(name='LALM',
dtype=ChannelType.DOUBLE,
doc='Last Value Alarmed',
read_only=True)
last_value_archived = pvproperty(name='ALST',
dtype=ChannelType.DOUBLE,
doc='Last Value Archived',
read_only=True)
lastbreak_point = pvproperty(name='LBRK',
dtype=ChannelType.INT,
doc='LastBreak Point',
read_only=True)
previous_raw_value = pvproperty(name='ORAW',
dtype=ChannelType.LONG,
doc='Previous Raw Value',
read_only=True)
raw_offset = pvproperty(name='ROFF',
dtype=ChannelType.LONG,
doc='Raw Offset')
simulation_mode = pvproperty(
name='SIMM',
dtype=ChannelType.ENUM,
enum_strings=menus.menuSimm.get_string_tuple(),
doc='Simulation Mode')
simulation_value = pvproperty(name='SVAL',
dtype=ChannelType.DOUBLE,
doc='Simulation Value')
alarm_deadband = pvproperty(name='HYST',
dtype=ChannelType.DOUBLE,
doc='Alarm Deadband')
adjustment_offset = pvproperty(name='AOFF',
dtype=ChannelType.DOUBLE,
doc='Adjustment Offset')
adjustment_slope = pvproperty(name='ASLO',
dtype=ChannelType.DOUBLE,
doc='Adjustment Slope',
value=1)
engineer_units_full = pvproperty(name='EGUF',
dtype=ChannelType.DOUBLE,
doc='Engineer Units Full')
engineer_units_low = pvproperty(name='EGUL',
dtype=ChannelType.DOUBLE,
doc='Engineer Units Low')
linearization = pvproperty(
name='LINR',
dtype=ChannelType.ENUM,
enum_strings=menus.menuConvert.get_string_tuple(),
doc='Linearization')
raw_to_egu_offset = pvproperty(name='EOFF',
dtype=ChannelType.DOUBLE,
doc='Raw to EGU Offset')
raw_to_egu_slope = pvproperty(name='ESLO',
dtype=ChannelType.DOUBLE,
doc='Raw to EGU Slope',
value=1)
smoothing = pvproperty(name='SMOO',
dtype=ChannelType.DOUBLE,
doc='Smoothing')
archive_deadband = pvproperty(name='ADEL',
dtype=ChannelType.DOUBLE,
doc='Archive Deadband')
display_precision = pvproperty(name='PREC',
dtype=ChannelType.INT,
doc='Display Precision')
engineering_units = pvproperty(name='EGU',
dtype=ChannelType.CHAR,
max_length=16,
report_as_string=True,
doc='Engineering Units')
monitor_deadband = pvproperty(name='MDEL',
dtype=ChannelType.DOUBLE,
doc='Monitor Deadband')
input_specification = pvproperty(name='INP',
dtype=ChannelType.STRING,
doc='Input Specification')
simulation_input_link = pvproperty(name='SIOL',
dtype=ChannelType.STRING,
doc='Simulation Input Link')
simulation_mode_link = pvproperty(name='SIML',
dtype=ChannelType.STRING,
doc='Simulation Mode Link')
simulation_mode_severity = pvproperty(
name='SIMS',
dtype=ChannelType.ENUM,
enum_strings=menus.menuAlarmSevr.get_string_tuple(),
doc='Simulation Mode Severity')
alarm_filter_time_constant = pvproperty(name='AFTC',
dtype=ChannelType.DOUBLE,
doc='Alarm Filter Time Constant')
alarm_filter_value = pvproperty(name='AFVL',
dtype=ChannelType.DOUBLE,
doc='Alarm Filter Value',
read_only=True)
prev_simulation_mode = pvproperty(
name='OLDSIMM',
dtype=ChannelType.ENUM,
enum_strings=menus.menuSimm.get_string_tuple(),
doc='Prev. Simulation Mode',
read_only=True)
sim_mode_async_delay = pvproperty(name='SDLY',
dtype=ChannelType.DOUBLE,
doc='Sim. Mode Async Delay',
value=-1.0)
sim_mode_scan = pvproperty(name='SSCN',
dtype=ChannelType.ENUM,
enum_strings=menus.menuScan.get_string_tuple(),
doc='Sim. Mode Scan',
value=0)
# current_egu_value = pvproperty(name='VAL',
# dtype=ChannelType.DOUBLE,
# doc='Current EGU Value')
_link_parent_attribute(
display_precision,
'precision',
)
_link_parent_attribute(archive_deadband, 'log_atol', use_setattr=True)
_link_parent_attribute(monitor_deadband, 'value_atol', use_setattr=True)
class AsubFields(RecordFieldGroup):
_record_type = "aSub"
_dtype = ChannelType.LONG # DTYP of .VAL
has_val_field = True
copy_pvproperties(locals(), RecordFieldGroup)
bad_return_severity = pvproperty(
name='BRSV',
dtype=ChannelType.ENUM,
enum_strings=menus.menuAlarmSevr.get_string_tuple(),
doc='Bad Return Severity')
device_type = pvproperty(name='DTYP',
dtype=ChannelType.ENUM,
enum_strings=menus.dtyp_aSub.get_string_tuple(),
doc='Device Type')
output_event_flag = pvproperty(
name='EFLG',
dtype=ChannelType.ENUM,
enum_strings=menus.aSubEFLG.get_string_tuple(),
doc='Output Event Flag',
value=1)
type_of_a = pvproperty(name='FTA',
dtype=ChannelType.ENUM,
enum_strings=menus.menuFtype.get_string_tuple(),
doc='Type of A',
read_only=True,
value='DOUBLE')
type_of_b = pvproperty(name='FTB',
dtype=ChannelType.ENUM,
enum_strings=menus.menuFtype.get_string_tuple(),
doc='Type of B',
read_only=True,
value='DOUBLE')
type_of_c = pvproperty(name='FTC',
dtype=ChannelType.ENUM,
enum_strings=menus.menuFtype.get_string_tuple(),
doc='Type of C',
read_only=True,
value='DOUBLE')
type_of_d = pvproperty(name='FTD',
dtype=ChannelType.ENUM,
enum_strings=menus.menuFtype.get_string_tuple(),
doc='Type of D',
read_only=True,
value='DOUBLE')
type_of_e = pvproperty(name='FTE',
dtype=ChannelType.ENUM,
enum_strings=menus.menuFtype.get_string_tuple(),
doc='Type of E',
read_only=True,
value='DOUBLE')
type_of_f = pvproperty(name='FTF',
dtype=ChannelType.ENUM,
enum_strings=menus.menuFtype.get_string_tuple(),
doc='Type of F',
read_only=True,
value='DOUBLE')
type_of_g = pvproperty(name='FTG',
dtype=ChannelType.ENUM,
enum_strings=menus.menuFtype.get_string_tuple(),
doc='Type of G',
read_only=True,
value='DOUBLE')
type_of_h = pvproperty(name='FTH',
dtype=ChannelType.ENUM,
enum_strings=menus.menuFtype.get_string_tuple(),
doc='Type of H',
read_only=True,
value='DOUBLE')
type_of_i = pvproperty(name='FTI',
dtype=ChannelType.ENUM,
enum_strings=menus.menuFtype.get_string_tuple(),
doc='Type of I',
read_only=True,
value='DOUBLE')
type_of_j = pvproperty(name='FTJ',
dtype=ChannelType.ENUM,
enum_strings=menus.menuFtype.get_string_tuple(),
doc='Type of J',
read_only=True,
value='DOUBLE')
type_of_k = pvproperty(name='FTK',
dtype=ChannelType.ENUM,
enum_strings=menus.menuFtype.get_string_tuple(),
doc='Type of K',
read_only=True,
value='DOUBLE')
type_of_l = pvproperty(name='FTL',
dtype=ChannelType.ENUM,
enum_strings=menus.menuFtype.get_string_tuple(),
doc='Type of L',
read_only=True,
value='DOUBLE')
type_of_m = pvproperty(name='FTM',
dtype=ChannelType.ENUM,
enum_strings=menus.menuFtype.get_string_tuple(),
doc='Type of M',
read_only=True,
value='DOUBLE')
type_of_n = pvproperty(name='FTN',
dtype=ChannelType.ENUM,
enum_strings=menus.menuFtype.get_string_tuple(),
doc='Type of N',
read_only=True,
value='DOUBLE')
type_of_o = pvproperty(name='FTO',
dtype=ChannelType.ENUM,
enum_strings=menus.menuFtype.get_string_tuple(),
doc='Type of O',
read_only=True,
value='DOUBLE')
type_of_p = pvproperty(name='FTP',
dtype=ChannelType.ENUM,
enum_strings=menus.menuFtype.get_string_tuple(),
doc='Type of P',
read_only=True,
value='DOUBLE')
type_of_q = pvproperty(name='FTQ',
dtype=ChannelType.ENUM,
enum_strings=menus.menuFtype.get_string_tuple(),
doc='Type of Q',
read_only=True,
value='DOUBLE')
type_of_r = pvproperty(name='FTR',
dtype=ChannelType.ENUM,
enum_strings=menus.menuFtype.get_string_tuple(),
doc='Type of R',
read_only=True,
value='DOUBLE')
type_of_s = pvproperty(name='FTS',
dtype=ChannelType.ENUM,
enum_strings=menus.menuFtype.get_string_tuple(),
doc='Type of S',
read_only=True,
value='DOUBLE')
type_of_t = pvproperty(name='FTT',
dtype=ChannelType.ENUM,
enum_strings=menus.menuFtype.get_string_tuple(),
doc='Type of T',
read_only=True,
value='DOUBLE')
type_of_u = pvproperty(name='FTU',
dtype=ChannelType.ENUM,
enum_strings=menus.menuFtype.get_string_tuple(),
doc='Type of U',
read_only=True,
value='DOUBLE')
type_of_vala = pvproperty(name='FTVA',
dtype=ChannelType.ENUM,
enum_strings=menus.menuFtype.get_string_tuple(),
doc='Type of VALA',
read_only=True,
value='DOUBLE')
type_of_valb = pvproperty(name='FTVB',
dtype=ChannelType.ENUM,
enum_strings=menus.menuFtype.get_string_tuple(),
doc='Type of VALB',
read_only=True,
value='DOUBLE')
type_of_valc = pvproperty(name='FTVC',
dtype=ChannelType.ENUM,
enum_strings=menus.menuFtype.get_string_tuple(),
doc='Type of VALC',
read_only=True,
value='DOUBLE')
type_of_vald = pvproperty(name='FTVD',
dtype=ChannelType.ENUM,
enum_strings=menus.menuFtype.get_string_tuple(),
doc='Type of VALD',
read_only=True,
value='DOUBLE')
type_of_vale = pvproperty(name='FTVE',
dtype=ChannelType.ENUM,
enum_strings=menus.menuFtype.get_string_tuple(),
doc='Type of VALE',
read_only=True,
value='DOUBLE')
type_of_valf = pvproperty(name='FTVF',
dtype=ChannelType.ENUM,
enum_strings=menus.menuFtype.get_string_tuple(),
doc='Type of VALF',
read_only=True,
value='DOUBLE')
type_of_valg = pvproperty(name='FTVG',
dtype=ChannelType.ENUM,
enum_strings=menus.menuFtype.get_string_tuple(),
doc='Type of VALG',
read_only=True,
value='DOUBLE')
type_of_valh = pvproperty(name='FTVH',
dtype=ChannelType.ENUM,
enum_strings=menus.menuFtype.get_string_tuple(),
doc='Type of VALH',
read_only=True,
value='DOUBLE')
type_of_vali = pvproperty(name='FTVI',
dtype=ChannelType.ENUM,
enum_strings=menus.menuFtype.get_string_tuple(),
doc='Type of VALI',
read_only=True,
value='DOUBLE')
type_of_valj = pvproperty(name='FTVJ',
dtype=ChannelType.ENUM,
enum_strings=menus.menuFtype.get_string_tuple(),
doc='Type of VALJ',
read_only=True,
value='DOUBLE')
type_of_valk = pvproperty(name='FTVK',
dtype=ChannelType.ENUM,
enum_strings=menus.menuFtype.get_string_tuple(),
doc='Type of VALK',
read_only=True,
value='DOUBLE')
type_of_vall = pvproperty(name='FTVL',
dtype=ChannelType.ENUM,
enum_strings=menus.menuFtype.get_string_tuple(),
doc='Type of VALL',
read_only=True,
value='DOUBLE')
type_of_valm = pvproperty(name='FTVM',
dtype=ChannelType.ENUM,
enum_strings=menus.menuFtype.get_string_tuple(),
doc='Type of VALM',
read_only=True,
value='DOUBLE')
type_of_valn = pvproperty(name='FTVN',
dtype=ChannelType.ENUM,
enum_strings=menus.menuFtype.get_string_tuple(),
doc='Type of VALN',
read_only=True,
value='DOUBLE')
type_of_valo = pvproperty(name='FTVO',
dtype=ChannelType.ENUM,
enum_strings=menus.menuFtype.get_string_tuple(),
doc='Type of VALO',
read_only=True,
value='DOUBLE')
type_of_valp = pvproperty(name='FTVP',
dtype=ChannelType.ENUM,
enum_strings=menus.menuFtype.get_string_tuple(),
doc='Type of VALP',
read_only=True,
value='DOUBLE')
type_of_valq = pvproperty(name='FTVQ',
dtype=ChannelType.ENUM,
enum_strings=menus.menuFtype.get_string_tuple(),
doc='Type of VALQ',
read_only=True,
value='DOUBLE')
type_of_valr = pvproperty(name='FTVR',
dtype=ChannelType.ENUM,
enum_strings=menus.menuFtype.get_string_tuple(),
doc='Type of VALR',
read_only=True,
value='DOUBLE')
type_of_vals = pvproperty(name='FTVS',
dtype=ChannelType.ENUM,
enum_strings=menus.menuFtype.get_string_tuple(),
doc='Type of VALS',
read_only=True,
value='DOUBLE')
type_of_valt = pvproperty(name='FTVT',
dtype=ChannelType.ENUM,
enum_strings=menus.menuFtype.get_string_tuple(),
doc='Type of VALT',
read_only=True,
value='DOUBLE')
type_of_valu = pvproperty(name='FTVU',
dtype=ChannelType.ENUM,
enum_strings=menus.menuFtype.get_string_tuple(),
doc='Type of VALU',
read_only=True,
value='DOUBLE')
initialize_subr_name = pvproperty(name='INAM',
dtype=ChannelType.CHAR,
max_length=41,
report_as_string=True,
doc='Initialize Subr. Name',
read_only=True)
input_link_a = pvproperty(name='INPA',
dtype=ChannelType.STRING,
doc='Input Link A')
input_link_b = pvproperty(name='INPB',
dtype=ChannelType.STRING,
doc='Input Link B')
input_link_c = pvproperty(name='INPC',
dtype=ChannelType.STRING,
doc='Input Link C')
input_link_d = pvproperty(name='INPD',
dtype=ChannelType.STRING,
doc='Input Link D')
input_link_e = pvproperty(name='INPE',
dtype=ChannelType.STRING,
doc='Input Link E')
input_link_f = pvproperty(name='INPF',
dtype=ChannelType.STRING,
doc='Input Link F')
input_link_g = pvproperty(name='INPG',
dtype=ChannelType.STRING,
doc='Input Link G')
input_link_h = pvproperty(name='INPH',
dtype=ChannelType.STRING,
doc='Input Link H')
input_link_i = pvproperty(name='INPI',
dtype=ChannelType.STRING,
doc='Input Link I')
input_link_j = pvproperty(name='INPJ',
dtype=ChannelType.STRING,
doc='Input Link J')
input_link_k = pvproperty(name='INPK',
dtype=ChannelType.STRING,
doc='Input Link K')
input_link_l = pvproperty(name='INPL',
dtype=ChannelType.STRING,
doc='Input Link L')
input_link_m = pvproperty(name='INPM',
dtype=ChannelType.STRING,
doc='Input Link M')
input_link_n = pvproperty(name='INPN',
dtype=ChannelType.STRING,
doc='Input Link N')
input_link_o = pvproperty(name='INPO',
dtype=ChannelType.STRING,
doc='Input Link O')
input_link_p = pvproperty(name='INPP',
dtype=ChannelType.STRING,
doc='Input Link P')
input_link_q = pvproperty(name='INPQ',
dtype=ChannelType.STRING,
doc='Input Link Q')
input_link_r = pvproperty(name='INPR',
dtype=ChannelType.STRING,
doc='Input Link R')
input_link_s = pvproperty(name='INPS',
dtype=ChannelType.STRING,
doc='Input Link S')
input_link_t = pvproperty(name='INPT',
dtype=ChannelType.STRING,
doc='Input Link T')
input_link_u = pvproperty(name='INPU',
dtype=ChannelType.STRING,
doc='Input Link U')
subr_input_enable = pvproperty(
name='LFLG',
dtype=ChannelType.ENUM,
enum_strings=menus.aSubLFLG.get_string_tuple(),
doc='Subr. Input Enable')
num_elements_in_a = pvproperty(name='NEA',
dtype=ChannelType.LONG,
doc='Num. elements in A',
read_only=True,
value=1)
num_elements_in_b = pvproperty(name='NEB',
dtype=ChannelType.LONG,
doc='Num. elements in B',
read_only=True,
value=1)
num_elements_in_c = pvproperty(name='NEC',
dtype=ChannelType.LONG,
doc='Num. elements in C',
read_only=True,
value=1)
num_elements_in_d = pvproperty(name='NED',
dtype=ChannelType.LONG,
doc='Num. elements in D',
read_only=True,
value=1)
num_elements_in_e = pvproperty(name='NEE',
dtype=ChannelType.LONG,
doc='Num. elements in E',
read_only=True,
value=1)
num_elements_in_f = pvproperty(name='NEF',
dtype=ChannelType.LONG,
doc='Num. elements in F',
read_only=True,
value=1)
num_elements_in_g = pvproperty(name='NEG',
dtype=ChannelType.LONG,
doc='Num. elements in G',
read_only=True,
value=1)
num_elements_in_h = pvproperty(name='NEH',
dtype=ChannelType.LONG,
doc='Num. elements in H',
read_only=True,
value=1)
num_elements_in_i = pvproperty(name='NEI',
dtype=ChannelType.LONG,
doc='Num. elements in I',
read_only=True,
value=1)
num_elements_in_j = pvproperty(name='NEJ',
dtype=ChannelType.LONG,
doc='Num. elements in J',
read_only=True,
value=1)
num_elements_in_k = pvproperty(name='NEK',
dtype=ChannelType.LONG,
doc='Num. elements in K',
read_only=True,
value=1)
num_elements_in_l = pvproperty(name='NEL',
dtype=ChannelType.LONG,
doc='Num. elements in L',
read_only=True,
value=1)
num_elements_in_m = pvproperty(name='NEM',
dtype=ChannelType.LONG,
doc='Num. elements in M',
read_only=True,
value=1)
num_elements_in_n = pvproperty(name='NEN',
dtype=ChannelType.LONG,
doc='Num. elements in N',
read_only=True,
value=1)
num_elements_in_o = pvproperty(name='NEO',
dtype=ChannelType.LONG,
doc='Num. elements in O',
read_only=True,
value=1)
num_elements_in_p = pvproperty(name='NEP',
dtype=ChannelType.LONG,
doc='Num. elements in P',
read_only=True,
value=1)
num_elements_in_q = pvproperty(name='NEQ',
dtype=ChannelType.LONG,
doc='Num. elements in Q',
read_only=True,
value=1)
num_elements_in_r = pvproperty(name='NER',
dtype=ChannelType.LONG,
doc='Num. elements in R',
read_only=True,
value=1)
num_elements_in_s = pvproperty(name='NES',
dtype=ChannelType.LONG,
doc='Num. elements in S',
read_only=True,
value=1)
num_elements_in_t = pvproperty(name='NET',
dtype=ChannelType.LONG,
doc='Num. elements in T',
read_only=True,
value=1)
num_elements_in_u = pvproperty(name='NEU',
dtype=ChannelType.LONG,
doc='Num. elements in U',
read_only=True,
value=1)
num_elements_in_vala = pvproperty(name='NEVA',
dtype=ChannelType.LONG,
doc='Num. elements in VALA',
read_only=True,
value=1)
num_elements_in_valb = pvproperty(name='NEVB',
dtype=ChannelType.LONG,
doc='Num. elements in VALB',
read_only=True,
value=1)
num_elements_in_valc = pvproperty(name='NEVC',
dtype=ChannelType.LONG,
doc='Num. elements in VALC',
read_only=True,
value=1)
num_elements_in_vald = pvproperty(name='NEVD',
dtype=ChannelType.LONG,
doc='Num. elements in VALD',
read_only=True,
value=1)
num_elements_in_vale = pvproperty(name='NEVE',
dtype=ChannelType.LONG,
doc='Num. elements in VALE',
read_only=True,
value=1)
num_elements_in_valf = pvproperty(name='NEVF',
dtype=ChannelType.LONG,
doc='Num. elements in VALF',
read_only=True,
value=1)
num_elements_in_valg = pvproperty(name='NEVG',
dtype=ChannelType.LONG,
doc='Num. elements in VALG',
read_only=True,
value=1)
num_elements_in_valh = pvproperty(name='NEVH',
dtype=ChannelType.LONG,
doc='Num. elements in VAlH',
read_only=True,
value=1)
num_elements_in_vali = pvproperty(name='NEVI',
dtype=ChannelType.LONG,
doc='Num. elements in VALI',
read_only=True,
value=1)
num_elements_in_valj = pvproperty(name='NEVJ',
dtype=ChannelType.LONG,
doc='Num. elements in VALJ',
read_only=True,
value=1)
num_elements_in_valk = pvproperty(name='NEVK',
dtype=ChannelType.LONG,
doc='Num. elements in VALK',
read_only=True,
value=1)
num_elements_in_vall = pvproperty(name='NEVL',
dtype=ChannelType.LONG,
doc='Num. elements in VALL',
read_only=True,
value=1)
num_elements_in_valm = pvproperty(name='NEVM',
dtype=ChannelType.LONG,
doc='Num. elements in VALM',
read_only=True,
value=1)
num_elements_in_valn = pvproperty(name='NEVN',
dtype=ChannelType.LONG,
doc='Num. elements in VALN',
read_only=True,
value=1)
num_elements_in_valo = pvproperty(name='NEVO',
dtype=ChannelType.LONG,
doc='Num. elements in VALO',
read_only=True,
value=1)
num_elements_in_valp = pvproperty(name='NEVP',
dtype=ChannelType.LONG,
doc='Num. elements in VALP',
read_only=True,
value=1)
num_elements_in_valq = pvproperty(name='NEVQ',
dtype=ChannelType.LONG,
doc='Num. elements in VALQ',
read_only=True,
value=1)
num_elements_in_valr = pvproperty(name='NEVR',
dtype=ChannelType.LONG,
doc='Num. elements in VALR',
read_only=True,
value=1)
num_elements_in_vals = pvproperty(name='NEVS',
dtype=ChannelType.LONG,
doc='Num. elements in VALS',
read_only=True,
value=1)
num_elements_in_valt = pvproperty(name='NEVT',
dtype=ChannelType.LONG,
doc='Num. elements in VALT',
read_only=True,
value=1)
num_elements_in_valu = pvproperty(name='NEVU',
dtype=ChannelType.LONG,
doc='Num. elements in VALU',
read_only=True,
value=1)
max_elements_in_a = pvproperty(name='NOA',
dtype=ChannelType.LONG,
doc='Max. elements in A',
read_only=True,
value=1)
max_elements_in_b = pvproperty(name='NOB',
dtype=ChannelType.LONG,
doc='Max. elements in B',
read_only=True,
value=1)
max_elements_in_c = pvproperty(name='NOC',
dtype=ChannelType.LONG,
doc='Max. elements in C',
read_only=True,
value=1)
max_elements_in_d = pvproperty(name='NOD',
dtype=ChannelType.LONG,
doc='Max. elements in D',
read_only=True,
value=1)
max_elements_in_e = pvproperty(name='NOE',
dtype=ChannelType.LONG,
doc='Max. elements in E',
read_only=True,
value=1)
max_elements_in_f = pvproperty(name='NOF',
dtype=ChannelType.LONG,
doc='Max. elements in F',
read_only=True,
value=1)
max_elements_in_g = pvproperty(name='NOG',
dtype=ChannelType.LONG,
doc='Max. elements in G',
read_only=True,
value=1)
max_elements_in_h = pvproperty(name='NOH',
dtype=ChannelType.LONG,
doc='Max. elements in H',
read_only=True,
value=1)
max_elements_in_i = pvproperty(name='NOI',
dtype=ChannelType.LONG,
doc='Max. elements in I',
read_only=True,
value=1)
max_elements_in_j = pvproperty(name='NOJ',
dtype=ChannelType.LONG,
doc='Max. elements in J',
read_only=True,
value=1)
max_elements_in_k = pvproperty(name='NOK',
dtype=ChannelType.LONG,
doc='Max. elements in K',
read_only=True,
value=1)
max_elements_in_l = pvproperty(name='NOL',
dtype=ChannelType.LONG,
doc='Max. elements in L',
read_only=True,
value=1)
max_elements_in_m = pvproperty(name='NOM',
dtype=ChannelType.LONG,
doc='Max. elements in M',
read_only=True,
value=1)
max_elements_in_n = pvproperty(name='NON',
dtype=ChannelType.LONG,
doc='Max. elements in N',
read_only=True,
value=1)
max_elements_in_o = pvproperty(name='NOO',
dtype=ChannelType.LONG,
doc='Max. elements in O',
read_only=True,
value=1)
max_elements_in_p = pvproperty(name='NOP',
dtype=ChannelType.LONG,
doc='Max. elements in P',
read_only=True,
value=1)
max_elements_in_q = pvproperty(name='NOQ',
dtype=ChannelType.LONG,
doc='Max. elements in Q',
read_only=True,
value=1)
max_elements_in_r = pvproperty(name='NOR',
dtype=ChannelType.LONG,
doc='Max. elements in R',
read_only=True,
value=1)
max_elements_in_s = pvproperty(name='NOS',
dtype=ChannelType.LONG,
doc='Max. elements in S',
read_only=True,
value=1)
max_elements_in_t = pvproperty(name='NOT',
dtype=ChannelType.LONG,
doc='Max. elements in T',
read_only=True,
value=1)
max_elements_in_u = pvproperty(name='NOU',
dtype=ChannelType.LONG,
doc='Max. elements in U',
read_only=True,
value=1)
max_elements_in_vala = pvproperty(name='NOVA',
dtype=ChannelType.LONG,
doc='Max. elements in VALA',
read_only=True,
value=1)
max_elements_in_valb = pvproperty(name='NOVB',
dtype=ChannelType.LONG,
doc='Max. elements in VALB',
read_only=True,
value=1)
max_elements_in_valc = pvproperty(name='NOVC',
dtype=ChannelType.LONG,
doc='Max. elements in VALC',
read_only=True,
value=1)
max_elements_in_vald = pvproperty(name='NOVD',
dtype=ChannelType.LONG,
doc='Max. elements in VALD',
read_only=True,
value=1)
max_elements_in_vale = pvproperty(name='NOVE',
dtype=ChannelType.LONG,
doc='Max. elements in VALE',
read_only=True,
value=1)
max_elements_in_valf = pvproperty(name='NOVF',
dtype=ChannelType.LONG,