Classes
class	CFConf
class	CompareVrb
class	Vrec
class	Vrb
Functions
def	parse_cfg
def	pydigest_
Variables
tuple	log = logging.getLogger(__name__)
string	cfconf = 'test'
tuple	cfc = CFConf("cfconf.cfg",cfconf, parse_cfg )
tuple	cv = CompareVrb()
tuple	kls = getattr(DybDbi, d['kln'] )
tuple	vrb = Vrb(kls, d['task'], offseq=d['offseq'] )
tuple	vrec = vrb.offseq_(0)
tuple	vrec_ = Vrec(vrec)

Function Documentation

def DybDbi::vrb::parse_cfg ( val )

Parse config like the below into dict:: 

    [mig20120820]
    src = GCalibPmtHighGainPariah -1 27877 6533
    tgt = GCalibPmtFineGain 1 1410 6533

Definition at line 13 of file vrb.py.

00014                     :
00015     """
00016     Parse config like the below into dict:: 
00017 
00018         [mig20120820]
00019         src = GCalibPmtHighGainPariah -1 27877 6533
00020         tgt = GCalibPmtFineGain 1 1410 6533
00021 
00022     """
00023     bits = val.split(' ') ; assert len(bits) == 4, "unexpected fields in value %s %s " % (repr(bits), val)
00024     return dict(kln=bits[0],task=int(bits[1]),offseq=int(bits[2]),count=int(bits[3]))
00025

def DybDbi::vrb::pydigest_	(	rpt,
		first = `0`
	)

:param first: index of first column to include in digest
      
The default `first=0` duplicates the C++ `rpt.digest`. 
The python version can in addition restrict the comparison to ignore columns.
 
The vals are strings like::
 
    67241993 20.937 0.203 6.333 0.94
    67241994 18.892 0.146 5.217 1.03

Thus using a `first=1` allows digest content 
comparisons between tables using sensorid and channelid keys

Definition at line 54 of file vrb.py.

00055                               :
00056     """
00057     :param first: index of first column to include in digest
00058           
00059     The default `first=0` duplicates the C++ `rpt.digest`. 
00060     The python version can in addition restrict the comparison to ignore columns.
00061  
00062     The vals are strings like::
00063  
00064         67241993 20.937 0.203 6.333 0.94
00065         67241994 18.892 0.146 5.217 1.03
00066 
00067     Thus using a `first=1` allows digest content 
00068     comparisons between tables using sensorid and channelid keys 
00069  
00070     """
00071     from ROOT import TMD5   
00072     md5 = TMD5()
00073     for i,r in enumerate(rpt):
00074         vals = " ".join(r.values.split(" ")[first:])
00075         if i == 0:
00076             log.debug(vals) 
00077         md5.Update(vals, len(vals))
00078     md5.Final()
00079     return md5.AsString()
00080