def test_basic_interpreter_behavior(self, test_class, test_selector, expected_result, result_type):
u = Universe()
u.setup_classpath("Smalltalk:TestSuite/BasicInterpreterTests")
actual_result = u.execute_method(test_class, test_selector)
self._assertEqualsSOMValue(expected_result, actual_result, result_type)
def test_basic_interpreter_behavior(self, test_class, test_selector,
expected_result, result_type):
u = Universe()
u.setup_classpath("Smalltalk:TestSuite/BasicInterpreterTests")
actual_result = u.execute_method(test_class, test_selector)
self._assertEqualsSOMValue(expected_result, actual_result, result_type)
def print_stack_trace(self, nilObject):
# Print a stack trace starting in this frame
from som.vm.universe import Universe
Universe.std_print(self.get_method().get_holder().get_name().get_string())
Universe.std_print(self.get_bytecode_index() + "@"
+ self.get_method().get_signature().get_string())
if self.has_previous_frame(nilObject):
self.get_previous_frame().print_stack_trace(nilObject)
def print_stack_trace(self, nilObject):
# Print a stack trace starting in this frame
from som.vm.universe import Universe
Universe.std_print(
self.get_method().get_holder().get_name().get_string())
Universe.std_print(self.get_bytecode_index() + "@" +
self.get_method().get_signature().get_string())
if self.has_previous_frame(nilObject):
self.get_previous_frame().print_stack_trace(nilObject)
def dump(cls, 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
Universe.error_print(str(clazz.get_name()) + ">>" +
str(inv.get_signature()) + " = ")
if inv.is_primitive():
Universe.error_println("<primitive>")
continue
# output actual method
cls.dump_method(inv, "\t")
def test_basic_interpreter_behavior(self, test_class, test_selector,
expected_result, result_type):
u = Universe()
u.setup_classpath("Smalltalk:TestSuite/BasicInterpreterTests")
try:
actual_result = u.execute_method(test_class, test_selector)
self._assert_equals_SOM_value(expected_result, actual_result,
result_type)
except ParseError as e:
# if we expect a ParseError, then all is fine, otherwise re-raise it
if result_type is not ParseError:
raise e
def dump(cls, 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
Universe.error_print(
str(clazz.get_name()) + ">>" + str(inv.get_signature()) +
" = ")
if inv.is_primitive():
Universe.error_println("<primitive>")
continue
# output actual method
cls.dump_method(inv, "\t")
def setUp(self):
# Universe definition
self.universe = Universe()
# Array definition, 5 strings "bar"
self.array = Array(Object(None), 5)
for i in range(4):
self.array.set_indexable_field(i, "bar")
# Extended array definition, 5 strings "bar" followed by a string "foo"
self.extended_array = Array(Object(None), 6)
for i in range(4):
self.extended_array.set_indexable_field(i, "bar")
self.extended_array.set_indexable_field(5, "foo")
def test_som_test(self, test_name):
args = ["-cp", "Smalltalk", "TestSuite/TestHarness.som", test_name]
u = Universe(True)
u.interpret(args)
self.assertEquals(0, u.last_exit_code())
def dump_method(cls, m, indent):
Universe.error_println("(")
# output stack information
Universe.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():
Universe.error_print(indent)
# bytecode index
if b < 10: Universe.error_print(" ")
if b < 100: Universe.error_print(" ")
Universe.error_print(" %d:" % b)
# mnemonic
bytecode = m.get_bytecode(b)
Universe.error_print(Bytecodes.as_str(bytecode) + " ")
# parameters (if any)
if Bytecodes.get_bytecode_length(bytecode) == 1:
Universe.error_println()
b += 1
continue
if bytecode == Bytecodes.push_local:
Universe.error_println("local: " + str(m.get_bytecode(b + 1)) +
", context: " + str(m.get_bytecode(b + 2)))
elif bytecode == Bytecodes.push_argument:
Universe.error_println("argument: " + str(m.get_bytecode(b + 1)) +
", context " + str(m.get_bytecode(b + 2)))
elif bytecode == Bytecodes.push_field:
Universe.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:
Universe.error_print("block: (index: " + str(m.get_bytecode(b + 1)) + ") ")
cls.dump_method(m.get_constant(b), indent + "\t")
elif bytecode == Bytecodes.push_constant:
constant = m.get_constant(b)
Universe.error_println("(index: " + str(m.get_bytecode(b + 1)) +
") value: (" +
str(constant.get_class().get_name()) +
") " + str(constant))
elif bytecode == Bytecodes.push_global:
Universe.error_println("(index: " + str(m.get_bytecode(b + 1)) +
") value: " + str(m.get_constant(b)))
elif bytecode == Bytecodes.pop_local:
Universe.error_println("local: " + str(m.get_bytecode(b + 1)) +
", context: " + str(m.get_bytecode(b + 2)))
elif bytecode == Bytecodes.pop_argument:
Universe.error_println("argument: " + str(m.get_bytecode(b + 1)) +
", context: " + str(m.get_bytecode(b + 2)))
elif bytecode == Bytecodes.pop_field:
Universe.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:
Universe.error_println("(index: " + str(m.get_bytecode(b + 1)) +
") signature: " + str(m.get_constant(b)))
elif bytecode == Bytecodes.super_send:
Universe.error_println("(index: " + str(m.get_bytecode(b + 1)) +
") signature: " + str(m.get_constant(b)))
else:
Universe.error_println("<incorrect bytecode>")
b += Bytecodes.get_bytecode_length(m.get_bytecode(b))
Universe.error_println(indent + ")")
def dump_method(cls, m, indent):
Universe.error_println("(")
# output stack information
Universe.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():
Universe.error_print(indent)
# bytecode index
if b < 10: Universe.error_print(" ")
if b < 100: Universe.error_print(" ")
Universe.error_print(" %d:" % b)
# mnemonic
bytecode = m.get_bytecode(b)
Universe.error_print(Bytecodes.as_str(bytecode) + " ")
# parameters (if any)
if Bytecodes.get_bytecode_length(bytecode) == 1:
Universe.error_println()
b += 1
continue
if bytecode == Bytecodes.push_local:
Universe.error_println("local: " + str(m.get_bytecode(b + 1)) +
", context: " +
str(m.get_bytecode(b + 2)))
elif bytecode == Bytecodes.push_argument:
Universe.error_println("argument: " +
str(m.get_bytecode(b + 1)) +
", context " +
str(m.get_bytecode(b + 2)))
elif bytecode == Bytecodes.push_field:
Universe.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:
Universe.error_print("block: (index: " +
str(m.get_bytecode(b + 1)) + ") ")
cls.dump_method(m.get_constant(b), indent + "\t")
elif bytecode == Bytecodes.push_constant:
constant = m.get_constant(b)
Universe.error_println("(index: " +
str(m.get_bytecode(b + 1)) +
") value: (" +
str(constant.get_class().get_name()) +
") " + str(constant))
elif bytecode == Bytecodes.push_global:
Universe.error_println("(index: " +
str(m.get_bytecode(b + 1)) +
") value: " + str(m.get_constant(b)))
elif bytecode == Bytecodes.pop_local:
Universe.error_println("local: " + str(m.get_bytecode(b + 1)) +
", context: " +
str(m.get_bytecode(b + 2)))
elif bytecode == Bytecodes.pop_argument:
Universe.error_println("argument: " +
str(m.get_bytecode(b + 1)) +
", context: " +
str(m.get_bytecode(b + 2)))
elif bytecode == Bytecodes.pop_field:
Universe.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:
Universe.error_println("(index: " +
str(m.get_bytecode(b + 1)) +
") signature: " +
str(m.get_constant(b)))
elif bytecode == Bytecodes.super_send:
Universe.error_println("(index: " +
str(m.get_bytecode(b + 1)) +
") signature: " +
str(m.get_constant(b)))
else:
Universe.error_println("<incorrect bytecode>")
b += Bytecodes.get_bytecode_length(m.get_bytecode(b))
Universe.error_println(indent + ")")
def test_som_test(self, test_name):
args = ["-cp", "Smalltalk", "TestSuite/TestHarness.som", test_name]
u = Universe(True)
u.interpret(args)
self.assertEquals(0, u.last_exit_code())