WriteCalibToCool.py File Reference

Go to the source code of this file.

Namespaces
namespace	WriteCalibToCool

Functions
	WriteCalibToCool.usage ()
	WriteCalibToCool.compare (item1, item2)

Variables
str	WriteCalibToCool.letters = "hr:l:R:L:b:e:AD:S:s:i:o:t:T:f:F:C:G:n:v:x:m:M:U:p:dcazZuw:k:"
list	WriteCalibToCool.keywords = ["help","run=","lumi=","run2=","lumi2=","begin=","end=","adjust","module=","server=","schema=","inschema=","outschema=","tag=","outtag=","folder=","outfolder=","nchannel=","ngain=","nval=","version=","txtfile=","comment=","Comment=","user=","prefix=","default","channel","all","zero","allzero","update","swap=","keep="]
	WriteCalibToCool.opts
	WriteCalibToCool.extraparams
int	WriteCalibToCool.run = -1
int	WriteCalibToCool.lumi = 0
int	WriteCalibToCool.run2 = -1
int	WriteCalibToCool.lumi2 = 0
str	WriteCalibToCool.server = ''
str	WriteCalibToCool.schema = 'sqlite://;schema=tileSqlite.db;dbname=CONDBR2'
str	WriteCalibToCool.inSchema = 'COOLOFL_TILE/CONDBR2'
str	WriteCalibToCool.outSchema = 'sqlite://;schema=tileSqlite.db;dbname=CONDBR2'
str	WriteCalibToCool.folderPath = "/TILE/OFL02/TIME/CHANNELOFFSET/GAP/LAS"
str	WriteCalibToCool.tag = "UPD1"
	WriteCalibToCool.outfolderPath = None
	WriteCalibToCool.outtag = None
bool	WriteCalibToCool.readGain = True
int	WriteCalibToCool.rosmin = 1
bool	WriteCalibToCool.all = False
bool	WriteCalibToCool.zero = False
bool	WriteCalibToCool.allzero = False
int	WriteCalibToCool.nchan = 0
int	WriteCalibToCool.ngain = 0
int	WriteCalibToCool.nval = 0
int	WriteCalibToCool.blobVersion = -1
str	WriteCalibToCool.txtFile = ""
str	WriteCalibToCool.comment = ""
	WriteCalibToCool.Comment = None
str	WriteCalibToCool.prefix = ""
bool	WriteCalibToCool.update = False
list	WriteCalibToCool.keep = []
bool	WriteCalibToCool.iov = False
int	WriteCalibToCool.beg = 0
int	WriteCalibToCool.end = 2147483647
list	WriteCalibToCool.moduleList = []
bool	WriteCalibToCool.adjust = False
list	WriteCalibToCool.swap = []
	WriteCalibToCool.user = os.getlogin()
	WriteCalibToCool.a = a.strip()
dict	WriteCalibToCool.moduleSwap = {}
list	WriteCalibToCool.m1 = swap[i]
list	WriteCalibToCool.m2 = swap[1-i]
tuple	WriteCalibToCool.until = (TileCalibTools.MAXRUN,TileCalibTools.MAXLBK)
	WriteCalibToCool.log = getLogger("WriteCalibToCool")
	WriteCalibToCool.dbr = TileCalibTools.openDbConn(inSchema,server)
	WriteCalibToCool.dbw = TileCalibTools.openDbConn(outSchema,('UPDATE' if update else 'RECREATE'))
	WriteCalibToCool.folderTag = TileCalibTools.getFolderTag(dbr, folderPath, tag )
	WriteCalibToCool.tag2 = folderTag.split('-')
str	WriteCalibToCool.outfolderTag = "-".join(tag2)
list	WriteCalibToCool.iovAll = []
list	WriteCalibToCool.iovList = []
list	WriteCalibToCool.iovUntil = []
list	WriteCalibToCool.iovListMOD = []
list	WriteCalibToCool.iovListCMT = []
list	WriteCalibToCool.iovUntilCMT = []
	WriteCalibToCool.blobReader = TileCalibTools.TileBlobReader(dbr,folderPath, folderTag)
	WriteCalibToCool.blobWriter2 = None
	WriteCalibToCool.modName = TileCalibUtils.getDrawerString(ros,mod)
	WriteCalibToCool.iovMod = blobReader.getIOVsWithinRange(ros,mod)
tuple	WriteCalibToCool.since = (beg,lumi)
int	WriteCalibToCool.ib = bisect.bisect(iovList,since)-1
int	WriteCalibToCool.ie = ib+1
tuple	WriteCalibToCool.begin = since
bool	WriteCalibToCool.undo = False
	WriteCalibToCool.p = bisect.bisect(iovListCMT,since)
	WriteCalibToCool.flt = None
int	WriteCalibToCool.r = 5
int	WriteCalibToCool.d = 0
	WriteCalibToCool.blobT = None
	WriteCalibToCool.blobV = flt.getObjVersion()
	WriteCalibToCool.mchan = flt.getNChans()
	WriteCalibToCool.mgain = flt.getNGains()
	WriteCalibToCool.mval = flt.getObjSizeUint32()
int	WriteCalibToCool.nchanDef = nchan
int	WriteCalibToCool.ngainDef = ngain
	WriteCalibToCool.typeName = TileCalibType.getClassName(blobT)[-3:]
list	WriteCalibToCool.comments = []
list	WriteCalibToCool.blobWriters = []
list	WriteCalibToCool.nvalUpdated = []
list	WriteCalibToCool.commentsSplit = []
	WriteCalibToCool.comm = blobReader.getComment(since)
	WriteCalibToCool.defConst = cppyy.gbl.std.vector('std::vector<float>')()
	WriteCalibToCool.default = cppyy.gbl.std.vector('float')()
int	WriteCalibToCool.defVal = 0.
	WriteCalibToCool.blobParser = TileCalibTools.TileASCIIParser2(txtFile,prefix,readGain)
int	WriteCalibToCool.nold = 0
int	WriteCalibToCool.nnew = 0
int	WriteCalibToCool.ndef = 0
int	WriteCalibToCool.nvold = 0
int	WriteCalibToCool.nvnew = 0
int	WriteCalibToCool.nvdef = 0
int	WriteCalibToCool.nvnewdef = 0
int	WriteCalibToCool.irm = -1
str	WriteCalibToCool.modSpec = 'EBspC10'
bool	WriteCalibToCool.newDrawer = True
	WriteCalibToCool.flt1 = blobReader.getDrawer(ros, mod, since, False, False)
	WriteCalibToCool.oldNchan = flt1.getNChans()
	WriteCalibToCool.oldNgain = flt1.getNGains()
	WriteCalibToCool.oldVsize = flt1.getObjSizeUint32()
	WriteCalibToCool.rosR
	WriteCalibToCool.modR
	WriteCalibToCool.modNameR
	WriteCalibToCool.rosW
	WriteCalibToCool.modW
	WriteCalibToCool.modNameW = TileCalibUtils.getDrawerString(rosW,modW)
	WriteCalibToCool.data = blobParser.getData(rosR,modR,chn,adc,since)
list	WriteCalibToCool.calibDrawer = blobWriters[io].getDrawer(rosW,modW)
	WriteCalibToCool.kval = mval if mval < flt.getObjSizeUint32() else flt.getObjSizeUint32()
	WriteCalibToCool.calibDrawer2 = blobWriter2.getDrawer(rosW,modW)
	WriteCalibToCool.val = flt.getData(ch,ad,n)
	WriteCalibToCool.coef = None
	WriteCalibToCool.strval = data[n]
list	WriteCalibToCool.untilMod = iovUntil[io]
list	WriteCalibToCool.untilCmt = iovUntilCMT[io]
tuple	WriteCalibToCool.appendCmt = (untilCmt < (TileCalibTools.MAXRUN,TileCalibTools.MAXLBK)) or iov
bool	WriteCalibToCool.undoCmt = True
	WriteCalibToCool.author = user
tuple	WriteCalibToCool.cmtOnly = (since in iovListCMT and since not in iovListMOD)