def visitMethodInvocation(self, ctx: BSParser.MethodInvocationContext):
deff = self.visitVariableDefinition(ctx.variableDefinition())
deff['var'] = self.symbol_table.get_local(deff['name'],
self.scope_stack[-1])
if deff['var'].value.size <= 1 and deff['index'] == -1:
offset = 0
else:
offset = deff['index']
method_name, args = self.visitMethodCall(ctx.methodCall())
self.current_block.add(
Call({
'name': deff['name'],
'offset': offset
}, self.symbol_table.functions[method_name], args))
# Create the jump to the function.
jump_location = self.get_entry_block(method_name)
# Build the graph edge.
add_cycle(self.graph, [self.current_block.nid, jump_location['nid']])
#self.graph.add_cycle([self.current_block.nid, jump_location['nid']])
# self.current_block.add(Jump(jump_location['label']))
# Sve the block.
self.functions[self.scope_stack[-1]]['blocks'][
self.current_block.nid] = self.current_block
# Save this for the return call.
previous_nid = self.current_block.nid
# We must create a new block.
self.current_block = BasicBlock()
# This is the return call from the return call.
self.current_block.add(
Label('{}_return_{}'.format(method_name, previous_nid)))
def visitMethodInvocation(self, ctx: BSParser.MethodInvocationContext):
deff = self.visitVariableDefinition(ctx.variableDefinition())
# Get the symbol.
symbol = self.symbol_table.get_local(deff['name'],
self.scope_stack[-1])
# Grab the function.
function = self.visitMethodCall(ctx.methodCall())
# Update the types of the symbol.
symbol.types.update(function['types'])
if ChemTypeResolver.is_only_numeric(symbol.types):
symbol.value = Number(symbol.name, deff['index'])
else:
symbol.value = Movable(symbol.name, deff['index'])
# Save the symbol.
self.symbol_table.update_symbol(symbol)
def visitMethodInvocation(self, ctx: BSParser.MethodInvocationContext):
deff = self.visitVariableDefinition(ctx.variableDefinition())
method_name, args = self.visitMethodCall(ctx.methodCall())
if len(args) != len(self.symbol_table.functions[method_name].args):
raise UnsupportedOperation(
"Function {} takes {} arguments; {} arguments provided.".
format(method_name,
len(self.symbol_table.functions[method_name].args),
len(args)))
symbol = Symbol(deff['name'], self.scope_stack[-1],
self.symbol_table.functions[method_name].types)
self.symbol_table.add_local(symbol)
return None