def get_value(node):
rep = IT.get_rep(node)
args = (self,) + rep
return CA.CAttributes(*args)
def f(index,key): return CA.CAttrCons(self,index,a.tags,args) return self.attrparam_table.add(IT.get_key(a.tags,a.args),f)
def f(index,key): return CA.CAttributes(self,index,aa.tags,args) return self.attributes_table.add(IT.get_key(aa.tags,args),f)
import chc.util.fileutil as UF
import chc.util.IndexedTable as IT
import chc.util.StringIndexedTable as SI
import chc.app.CAttributes as CA
import chc.app.CConstExp as CC
import chc.app.CExp as CE
import chc.app.CLHost as CH
import chc.app.CLval as CV
import chc.app.COffsetExp as CO
import chc.app.CTyp as CT
import chc.app.CTypsig as CS
attrparam_constructors = {
'aint': lambda x:CA.CAttrInt(*x),
'astr': lambda x:CA.CAttrStr(*x),
'acons': lambda x:CA.CAttrCons(*x),
'asizeof': lambda x:CA.CAttrSizeOf(*x),
'asizeofe': lambda x:CA.CAttrSizeOfE(*x),
'asizeofs': lambda x:CA.CAttrSizeOfS(*x),
'aalignof': lambda x:CA.CAttrAlignOf(*x),
'aalignofe': lambda x:CA.CAttrAlignOfE(*x),
'aalignofs': lambda x:CA.CAttrAlignOfS(*x),
'aunop': lambda x:CA.CAttrUnOp(*x),
'abinop': lambda x:CA.CAttrBinOp(*x),
'adot': lambda x:CA.CAttrDot(*x),
'astar': lambda x:CA.CAttrStar(*x),
'aaddrof': lambda x:CA.CAttrAddrOf(*x),
'aindex': lambda x:CA.CAttrIndex(*x),
'aquestion': lambda x:CA.CAttrQuestion(*x)