def dump(clazz):
for i in range(0, clazz.get_number_of_instance_invokables()):
inv = clazz.get_instance_invokable(i)
# output header and skip if the Invokable is a Primitive
error_print(
str(clazz.get_name()) + ">>" + str(inv.get_signature()) + " = ")
if inv.is_primitive():
error_println("<primitive>")
continue
# output actual method
dump_method(inv, "\t")
def dump(clazz):
for i in range(0, clazz.get_number_of_instance_invokables()):
inv = clazz.get_instance_invokable(i)
# output header and skip if the Invokable is a Primitive
error_print(str(clazz.get_name()) + ">>" +
str(inv.get_signature()) + " = ")
if inv.is_primitive():
error_println("<primitive>")
continue
# output actual method
dump_method(inv, "\t")
def dump_method(m, indent):
error_println("(")
# output stack information
error_println("%s<%d locals, %d stack, %d bc_count>" % (indent,
m.get_number_of_locals().get_embedded_integer(),
m.get_maximum_number_of_stack_elements().get_embedded_integer(),
m.get_number_of_bytecodes()))
# output bytecodes
b = 0
while b < m.get_number_of_bytecodes():
error_print(indent)
# bytecode index
if b < 10: error_print(" ")
if b < 100: error_print(" ")
error_print(" %d:" % b)
# mnemonic
bytecode = m.get_bytecode(b)
error_print(bytecode_as_str(bytecode) + " ")
# parameters (if any)
if bytecode_length(bytecode) == 1:
error_println()
b += 1
continue
if bytecode == Bytecodes.push_local:
error_println("local: " + str(m.get_bytecode(b + 1)) +
", context: " + str(m.get_bytecode(b + 2)))
elif bytecode == Bytecodes.push_argument:
error_println("argument: " + str(m.get_bytecode(b + 1)) +
", context " + str(m.get_bytecode(b + 2)))
elif bytecode == Bytecodes.push_field:
error_println("(index: " + str(m.get_bytecode(b + 1)) +
") field: " + str(m.get_holder().get_instance_field_name(m.get_bytecode(b + 1))))
elif bytecode == Bytecodes.push_block:
error_print("block: (index: " + str(m.get_bytecode(b + 1)) + ") ")
dump_method(m.get_constant(b), indent + "\t")
elif bytecode == Bytecodes.push_constant:
constant = m.get_constant(b)
error_println("(index: " + str(m.get_bytecode(b + 1)) +
") value: (" +
str(constant.get_class(get_current()).get_name()) +
") " + str(constant))
elif bytecode == Bytecodes.push_global:
error_println("(index: " + str(m.get_bytecode(b + 1)) +
") value: " + str(m.get_constant(b)))
elif bytecode == Bytecodes.pop_local:
error_println("local: " + str(m.get_bytecode(b + 1)) +
", context: " + str(m.get_bytecode(b + 2)))
elif bytecode == Bytecodes.pop_argument:
error_println("argument: " + str(m.get_bytecode(b + 1)) +
", context: " + str(m.get_bytecode(b + 2)))
elif bytecode == Bytecodes.pop_field:
error_println("(index: " + str(m.get_bytecode(b + 1)) +
") field: " + str(m.get_holder().get_instance_field_name(m.get_bytecode(b + 1))))
elif bytecode == Bytecodes.send:
error_println("(index: " + str(m.get_bytecode(b + 1)) +
") signature: " + str(m.get_constant(b)))
elif bytecode == Bytecodes.super_send:
error_println("(index: " + str(m.get_bytecode(b + 1)) +
") signature: " + str(m.get_constant(b)))
else:
error_println("<incorrect bytecode>")
b += bytecode_length(m.get_bytecode(b))
error_println(indent + ")")