Items.py

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# Copyright (C) 2002-2025 CERN for the benefit of the ATLAS collaboration
 
from AthenaCommon.Logging import logging
 
from ..Config.MonitorDef import MonitorDef
from .PrescaleHelper import getCutFromPrescale, getPrescaleFromCut
from .MenuUtils import binstr
 
 
log = logging.getLogger(__name__)
 
 
class MenuItemsCollection(object):
 
    splitBunchGroups = False
 
    def __init__(self):
        self.menuName = ''
        self.pssName = ''
        self.pssType = 'Physics'
        self.items = {}
 
    def __iter__(self):
        return iter(self.items.values())
 
    def __getitem__(self, key):
        return self.items[key]
 
    def __setitem__(self, name, item):
        if item is None:
            return self
        if name in self.items:
            log.warning("LVL1 item %s is already in the menu, will not add it again", name)
            return self
        if item.ctpid in [x.ctpid for x in self.items]:
            log.warning("LVL1 item with ctpid %i is already in the menu, will not add %s", item.ctpid, name)
            return self
        self.items[ name ] = item
        return self
 
    def __iadd__(self, item):
        if item is None:
            return self
        if item.name in self.items:
            msg = "LVL1 item %s is already in the menu, will not add it again" % item.name
            log.error(msg)
            raise RuntimeError(msg)
        if item.ctpid in [x.ctpid for x in self.items.values()]:
            msg = "LVL1 item %s with ctpid %i is already in the menu, will not add %s with the same ctpid" % (self.itemById(item.ctpid).name, item.ctpid, item.name)
            log.error(msg)
            raise RuntimeError(msg)
        self.items[ item.name ] = item
        return self
    
    def __contains__(self, itemname):
        return itemname in self.items
 
    def __len__(self):
        return len(self.items)
 
    def itemById(self,ctpid):
        itemById = {it.ctpid:it for it in self.items.values()}
        return itemById[ctpid] if ctpid in itemById else None
 
    def itemNames(self):
        return self.items.keys()
 
    def json(self):
        confObj = {item.name: item.json() for item in self}
        return confObj
 
 
class MenuItem(object):
 
    # global variable for item registration, if set, new items will be registered with l1configForRegistration (type TriggerConfigL1)
    l1configForRegistration = None
 
    @staticmethod
    def setMenuConfig(mc):
        MenuItem.l1configForRegistration = mc
 
    # New items will be assigned to this partition
    currentPartition = 0
    
    __slots__ = ['name', 'group', 'ctpid', 'psCut', 'trigger_type', 'partition', 'logic', 'bunchGroups', 'legacy', 'monitorsLF', 'monitorsHF', 'verbose']
    def __init__(self, name, ctpid=-1, group='1', prescale=1, psCut=None, verbose=False):
        self.name             = name
        self.group            = group
        self.ctpid            = int(ctpid)
        self.psCut            = psCut if psCut is not None else getCutFromPrescale(prescale)
        self.trigger_type     = 0
        self.partition        = MenuItem.currentPartition
        self.logic            = None
        self.monitorsLF       = 0
        self.monitorsHF       = 0
        self.verbose          = verbose
        self.bunchGroups      = None
        self.legacy           = False
 
        if MenuItem.l1configForRegistration:
            MenuItem.l1configForRegistration.registerItem(self.name, self)
 
    def __str__(self):
        s = "Item %s (ctp id=%i) [%s]" % (self.name, self.ctpid, self.logic)
        return s
    
    @property
    def prescale(self):
        return getPrescaleFromCut(self.psCut)
 
    @prescale.setter
    def prescale(self, prescale):
        self.psCut = getCutFromPrescale(prescale)
        return self
 
    def addMonitor(self, flag, frequency):
        if frequency == MonitorDef.LOW_FREQ:
            self.monitorsLF |= flag
        if frequency == MonitorDef.HIGH_FREQ:
            self.monitorsHF |= flag
    
    def setLogic(self, logic):
        if MenuItemsCollection.splitBunchGroups:
            (self.logic, self.bunchGroups) = logic.stripBunchGroups(logic)
        else:
            self.logic = logic
        return self
 
    def setCtpid(self, x):
        self.ctpid = int(x)
        return self
 
    def thresholdNames(self, include_bgrp=False):
        if self.logic is not None:
            return self.logic.thresholdNames(include_bgrp)
        else:
            return []
 
    def conditions(self, include_internal=False):
        if self.logic is not None:
            return self.logic.conditions(include_internal)
        else:
            return []
 
    def setTriggerType(self, ttype):
        self.trigger_type = int(ttype) & 0xff
        return self
 
    def markLegacy(self,legacyThresholdsSet):
        self.legacy = bool ( legacyThresholdsSet.intersection(self.logic.thresholdNames()) )
 
    def binary_trigger_type(self, width=8):
        """Turns integer triggertype in a binary string of given width"""
        return binstr(self.trigger_type, width=width)
 
    def json(self):
        confObj = {}
        confObj["name"] = self.name
        if self.legacy:
            confObj["legacy"] = self.legacy
        confObj["ctpid"] = self.ctpid
        confObj["definition"] = str(self.logic)
        if self.bunchGroups:
            confObj["bunchgroups"] = self.bunchGroups
        confObj["triggerType"] = self.binary_trigger_type(8 if self.partition==1 else 4)
        confObj["partition"] = self.partition
        confObj["monitor"] = 'LF:{0:03b}|HF:{1:03b}'.format(self.monitorsLF,self.monitorsHF)
        return confObj
 
 
 
 
class PrescaleHandler(object):
    def __init__(self, name, psType, menuitems):
        self.name = name
        self.psType = psType
        self.items = menuitems
        self.itemsByPartition = {}
 
        for item in menuitems:
            self.itemsByPartition.setdefault(item.partition,[]).append(item)
 
        for itemList in self.itemsByPartition.values():
            itemList.sort(key = lambda x: x.ctpid)
 
 
class meta_d(type):
    def __getattr__(cls, attr):
        import traceback
        isTopo = any(filter(lambda x: attr.startswith(x), ["R2TOPO_", "TOPO_", "MUTOPO_", "MULTTOPO_"]))
        fs = traceback.extract_stack()[-2]
        expProdFile = "L1/Config/"
        if isTopo:
            if attr.startswith("R2TOPO_"):
                expProdFile += "TopoAlgoDefLegacy.py"
            elif attr.startswith("TOPO_"):
                expProdFile += "TopoAlgoDef.py"
            elif attr.startswith("MUTOPO_"):
                expProdFile += "TopoAlgoDefMuctpi.py"
            elif attr.startswith("MULTTOPO_"):
                expProdFile += "TopoMultiplicityAlgoDef.py"
        else:
            isLegacyThr = any(filter(lambda x: attr.startswith(x), ["EM", "TAU", "J", "XE", "TE", "XS"]))
            if isLegacyThr:
                expProdFile += "ThresholdDefLegacy.py"
            else:
                expProdFile += "ThresholdDef.py"
 
        msg = "Item definition issue in file %s, line %i. Threshold %s has not been defined in %s" % ('/'.join(fs.filename.rsplit('/',4)[1:]),fs.lineno, attr, expProdFile)
        log.error(msg)
        raise RuntimeError(msg)