def produce_signature(returnType, parameters, raises, oneway, ami):
returnType = types.Type(returnType)
d_returnType = returnType.deref()
# return type
if d_returnType.void():
sig = "void"
else:
sig = canonTypeName(returnType, useScopedName = 1)
if oneway:
# Can only validly happen with void return, but you never know
# what the future may hold.
sig = ONEWAY_SEPARATOR + sig
# parameter list
for param in parameters:
if param.is_in() and param.is_out():
sig = sig + INOUT_SEPARATOR
elif param.is_in():
sig = sig + IN_SEPARATOR
elif param.is_out():
sig = sig + OUT_SEPARATOR
sig = sig + canonTypeName(types.Type(param.paramType()),
useScopedName = 1)
# exception list
raises = skutil.sort_exceptions(raises)
def exception_signature(exception):
cname = CANNON_NAME_SEPARATOR +\
id.Name(exception.scopedName()).guard()
return EXCEPTION_SEPARATOR + cname
raises_sigs = map(exception_signature, raises)
raises_str = "".join(raises_sigs)
sig = sig + raises_str
if ami:
sig = sig + ASYNC_TAG
return sig
def produce_signature(returnType, parameters, raises, oneway, ami):
returnType = types.Type(returnType)
d_returnType = returnType.deref()
# return type
if d_returnType.void():
sig = "void"
else:
sig = canonTypeName(returnType, useScopedName=1)
if oneway:
# Can only validly happen with void return, but you never know
# what the future may hold.
sig = ONEWAY_SEPARATOR + sig
# parameter list
for param in parameters:
if param.is_in() and param.is_out():
sig = sig + INOUT_SEPARATOR
elif param.is_in():
sig = sig + IN_SEPARATOR
elif param.is_out():
sig = sig + OUT_SEPARATOR
sig = sig + canonTypeName(types.Type(param.paramType()),
useScopedName=1)
# exception list
raises = skutil.sort_exceptions(raises)
def exception_signature(exception):
cname = CANNON_NAME_SEPARATOR +\
id.Name(exception.scopedName()).guard()
return EXCEPTION_SEPARATOR + cname
raises_sigs = list(map(exception_signature, raises))
raises_str = "".join(raises_sigs)
sig = sig + raises_str
if ami:
sig = sig + ASYNC_TAG
return sig
def __out_userException(self, stream):
if self.__exceptions != []:
block = output.StringStream()
exceptions = skutil.sort_exceptions(self.__exceptions)
repoIDs = []
for exception in exceptions:
scopedName = exception.scopedName()
repoID = scopedName + ["_PD_repoId"]
repoID_str = id.Name(repoID).fullyQualify()
repoIDs.append(repoID_str)
exname = id.Name(scopedName).fullyQualify()
block.out(template.interface_proxy_exn_handle,
repoID_str = repoID_str, exname = exname)
# write the user exception template
stream.out(template.interface_proxy_exn,
call_descriptor = self.__name,
exception_block = str(block),
exception_namelist = string.join(repoIDs,",\n"))
def __out_userException(self, stream):
if self.__exceptions:
block = output.StringStream()
exceptions = skutil.sort_exceptions(self.__exceptions)
repoIDs = []
for exception in exceptions:
scopedName = exception.scopedName()
repoID = scopedName + ["_PD_repoId"]
repoID_str = id.Name(repoID).fullyQualify()
repoIDs.append(repoID_str)
exname = id.Name(scopedName).fullyQualify()
block.out(template.interface_proxy_exn_handle,
repoID_str = repoID_str, exname = exname)
# write the user exception template
stream.out(template.interface_proxy_exn,
call_descriptor = self.__name,
exception_block = str(block),
exception_namelist = ",\n".join(repoIDs))
else:
stream.out(template.interface_proxy_empty_exn,
call_descriptor = self.__name)