def declaredType(decl, scopedName, kind, local):
sname = idlutil.slashName(scopedName)
if declaredTypeMap.has_key(sname):
dt = declaredTypeMap[sname]
if dt.kind() == kind:
return dt
dt = Declared(decl, scopedName, kind, local)
declaredTypeMap[sname] = dt
return dt
def findDecl(scopedName):
"""findDecl(scopedName) -> Decl
Find a Decl object given a fully scoped name represented as a list of
strings. Raises DeclNotFound if the name is not recognised."""
sname = idlutil.slashName(scopedName)
if not declMap.has_key(sname):
raise DeclNotFound(scopedName)
return declMap[sname]
def findDecl(scopedName):
"""findDecl(scopedName) -> Decl
Find a Decl object given a fully scoped name represented as a list of
strings. Raises DeclNotFound if the name is not recognised."""
sname = idlutil.slashName(scopedName)
if not declMap.has_key(sname):
raise DeclNotFound(scopedName)
return declMap[sname]
def registerDecl(scopedName, decl):
"""Private function"""
sname = idlutil.slashName(scopedName)
if declMap.has_key(sname):
rdecl = declMap[sname]
isi = isinstance
if (isi(decl, Interface) and isi(rdecl, Forward)) or \
(isi(decl, ValueAbs) and isi(rdecl, ValueForward)) or \
(isi(decl, Value) and isi(rdecl, ValueForward)) or \
(isi(decl, Struct) and isi(rdecl, StructForward)) or \
(isi(decl, Union) and isi(rdecl, UnionForward)):
# resolving a forward declaration
rdecl._fullDecl = decl
for f in rdecl._more:
f._fullDecl = decl
declMap[sname] = decl
elif (isi(decl, Forward) and isi(rdecl, Forward)) or \
(isi(decl, ValueForward) and isi(rdecl, ValueForward)) or \
(isi(decl, StructForward) and isi(rdecl, StructForward)) or \
(isi(decl, UnionForward) and isi(rdecl, UnionForward)):
# repeat forward declaration
rdecl._more.append(decl)
elif (isi(decl, Forward) and isi(rdecl, Interface)) or \
(isi(decl, ValueForward) and isi(rdecl, ValueAbs)) or \
(isi(decl, ValueForward) and isi(rdecl, Value)) or \
(isi(decl, StructForward) and isi(rdecl, Struct)) or \
(isi(decl, UnionForward) and isi(rdecl, Union)):
# forward declaration of full declaration
decl._fullDecl = rdecl
elif (isi(decl, Module) and isi(rdecl, Module)):
# continued module
for cc in rdecl._continuations:
cc._continuations.append(decl)
rdecl._continuations.append(decl)
else:
print "Warning: attempt to re-register", sname
return
declMap[sname] = decl
def registerDecl(scopedName, decl):
"""Private function"""
sname = idlutil.slashName(scopedName)
if declMap.has_key(sname):
rdecl = declMap[sname]
isi = isinstance
if (isi(decl, Interface) and isi(rdecl, Forward)) or \
(isi(decl, ValueAbs) and isi(rdecl, ValueForward)) or \
(isi(decl, Value) and isi(rdecl, ValueForward)) or \
(isi(decl, Struct) and isi(rdecl, StructForward)) or \
(isi(decl, Union) and isi(rdecl, UnionForward)):
# resolving a forward declaration
rdecl._fullDecl = decl
for f in rdecl._more: f._fullDecl = decl
declMap[sname] = decl
elif (isi(decl, Forward) and isi(rdecl, Forward)) or \
(isi(decl, ValueForward) and isi(rdecl, ValueForward)) or \
(isi(decl, StructForward) and isi(rdecl, StructForward)) or \
(isi(decl, UnionForward) and isi(rdecl, UnionForward)):
# repeat forward declaration
rdecl._more.append(decl)
elif (isi(decl, Forward) and isi(rdecl, Interface)) or \
(isi(decl, ValueForward) and isi(rdecl, ValueAbs)) or \
(isi(decl, ValueForward) and isi(rdecl, Value)) or \
(isi(decl, StructForward) and isi(rdecl, Struct)) or \
(isi(decl, UnionForward) and isi(rdecl, Union)):
# forward declaration of full declaration
decl._fullDecl = rdecl
elif (isi(decl, Module) and isi(rdecl, Module)):
# continued module
for cc in rdecl._continuations:
cc._continuations.append(decl)
rdecl._continuations.append(decl)
else:
print "Warning: attempt to re-register", sname
return
declMap[sname] = decl
