def test2Constructor(self):
"""Test constructor"""
ks = CfgKeyStore("MyStore")
self.failUnless(ks.name() == "MyStore")
self.failUnless(len(ks.keys()) == len(ks._items) + 4)
for label in ks.keys():
if label == 'transient': n = 4 # nbr of streamXyz
else: n = 0
self.failUnless(len(ks[label]) == n)
self.failUnless(len(ks[label].list()) == 0)
self.failUnless(hasattr(ks, label))
ks.streamAOD.add({'Klass': 'key1'})
self.failUnless(ks.streamAOD() == ['Klass#key1'])
del ks
ks = CfgKeyStore("MyStore")
self.failUnless(ks.streamAOD() == [])
pass
def test2Constructor( self ):
"""Test constructor"""
ks = CfgKeyStore( "MyStore" )
self.failUnless( ks.name() == "MyStore" )
self.failUnless( len(ks.keys()) == len(ks._items)+4 )
for label in ks.keys():
if label == 'transient': n = 4 # nbr of streamXyz
else : n = 0
self.failUnless( len(ks[label]) == n )
self.failUnless( len(ks[label].list()) == 0 )
self.failUnless( hasattr(ks, label) )
ks.streamAOD.add( { 'Klass' : 'key1' } )
self.failUnless( ks.streamAOD() == [ 'Klass#key1' ] )
del ks
ks = CfgKeyStore( "MyStore" )
self.failUnless( ks.streamAOD() == [] )
pass
class _ObjKeyStore(object):
def __init__(self, name="KeyStore"):
object.__init__(self)
self._store = CfgKeyStore(name)
for label in CfgKeyStore.__slots__['Labels']:
labelName = "%s%s" % (
str(label)[0].upper(), # capitalize first letter
str(label)[1:])
self.__dict__['isIn%s' % labelName] = self.__isInDict(label)
self.__dict__['add%s' % labelName] = self.__addToDict(label)
self.__dict__['addManyTypes%s' %
labelName] = self.__addDictToDict(label)
self.__dict__['write%s' % labelName] = self.__writePy(label)
self.__dict__['read%s' % labelName] = self.__readPy(label)
return
# def __isInDict(self, label):
# fct = lambda key: self.__all[label].has_key(key)
# class __helper:
# def __call__(self,key):
# return fct(key)
# return __helper()
def __getitem__(self, k):
return self._store[k]
def __setitem__(self, k, v):
return self._store.__setitem__(k, v)
def keys(self):
return self._store.keys()
def clear(self, label=None):
return self._store.clear(label)
def __isInDict(self, label):
def isIn(d, k, v):
return d.has_item("%s#%s" % (k, v))
fct = lambda key, value: isIn(self._store[label], key, value)
class __helper:
def __call__(self, key, value):
return fct(key, value)
return __helper()
def __addToDict(self, label):
def fill(d, k, v):
d.add({k: v})
return
fct = lambda key, value: fill(self._store[label], key, value)
class __helper:
def __call__(self, key, value):
return fct(key, value)
return __helper()
def __addDictToDict(self, label):
# merge the dictionaries
def fill(d, thedict):
d.add(thedict)
return
fct = lambda thedict: fill(self._store[label], thedict)
class __helper:
def __call__(self, thedict):
return fct(thedict)
return __helper()
def __writePy(self, label):
fct = lambda fileName: self._store.write(fileName, label)
class __helper:
def __call__(self, fileName):
return fct(fileName)
return __helper()
def __readPy(self, label):
fct = lambda fileName: self._store.read(fileName, label)
class __helper:
def __call__(self, fileName):
return fct(fileName)
return __helper()
def isInInput(self, type="", key="*"):
flag = self.isInTransient(type, key) or self.isInInputFile(type, key)
if not flag:
from RecExConfig.RecConfFlags import recConfFlags
if recConfFlags.AllowBackNavigation() and self.isInInputBackNav(
type, key):
flag = True
return flag
def Print(self):
print self._store
def __repr__(self):
return "%r" % self._store
def __str__(self):
return "%s" % self._store
pass # _ObjKeyStore