def test_factorial(self):
code = tlc.compile(FACTORIAL_SOURCE)
bytecode = ','.join([str(ord(c)) for c in code])
n = 5
expected = 120
res = self.timeshift_from_portal(tlc_interp_without_call,
tlc_interp_eval_without_call,
[bytecode, 0, n],
policy=P_OOPSPEC)#, backendoptimize=True)
assert res == expected
self.check_insns(malloc=1)
def test_factorial(self):
code = tlc.compile(FACTORIAL_SOURCE)
bytecode = ','.join([str(ord(c)) for c in code])
n = 5
expected = 120
res = self.timeshift_from_portal(
tlc_interp_without_call,
tlc_interp_eval_without_call, [bytecode, 0, n],
policy=P_OOPSPEC) #, backendoptimize=True)
assert res == expected
self.check_insns(malloc=1)
def test_nth_item(self):
# get the nth item of a chained list
code = tlc.compile("""
NIL
PUSH 40
CONS
PUSH 20
CONS
PUSH 10
CONS
PUSHARG
DIV
""")
bytecode = ','.join([str(ord(c)) for c in code])
res = self.timeshift_from_portal(tlc_interp_without_call,
tlc_interp_eval_without_call,
[bytecode, 0, 1],
policy=P_OOPSPEC)#, backendoptimize=True)
assert res == 20
def test_nth_item(self):
# get the nth item of a chained list
code = tlc.compile("""
NIL
PUSH 40
CONS
PUSH 20
CONS
PUSH 10
CONS
PUSHARG
DIV
""")
bytecode = ','.join([str(ord(c)) for c in code])
res = self.timeshift_from_portal(
tlc_interp_without_call,
tlc_interp_eval_without_call, [bytecode, 0, 1],
policy=P_OOPSPEC) #, backendoptimize=True)
assert res == 20
def exec_code(self, src, inputarg):
pool = tlc.ConstantPool()
bytecode = tlc.compile(src, pool)
interp = self._get_interp(bytecode, pool)
return self.meta_interp(interp, [0, inputarg], view=False)
def exec_code(self, src, inputarg):
pool = tlc.ConstantPool()
bytecode = tlc.compile(src, pool)
interp = self._get_interp(bytecode, pool)
return self.meta_interp(interp, [0, inputarg])
