def test_use_print(self):
str = 'while x>0:\n'\
'print "1";\n'\
'endwhile;\n'
stat = find_vars(synt(lex(str)))
assert_equal(set(stat.vars), set(['x']))
assert_equal(set(stat.strs), set(['"1"']))
assert_true(stat.use_print)
assert_false(stat.use_read)
str = 'if x>0:\n'\
'print "1";\n'\
'else:\n'\
'print "2";\n'\
'endif;\n'
stat = find_vars(synt(lex(str)))
assert_equal(set(stat.vars), set(['x']))
assert_equal(set(stat.strs), set(['"1"', '"2"']))
assert_true(stat.use_print)
assert_false(stat.use_read)
str = 'read i;\nprint i;'
stat = find_vars(synt(lex(str)))
assert_equal(set(stat.vars), set(['i']))
assert_true(stat.use_print)
assert_true(stat.use_read)
def test_print(self):
str = 'print i;\n'
tree = [(A_BLOCK, [(A_PRINT, "i")])]
assert_equal(synt(lex(str)), tree)
stat = find_vars(tree)
assert_equal(set(stat.vars), set(['i']))
assert_true(stat.use_print)
assert_false(stat.use_read)
def test_print(self):
str = "print i;\n"
tree = [(A_BLOCK, [(A_PRINT, "i")])]
assert_equal(synt(lex(str)), tree)
stat = find_vars(tree)
assert_equal(set(stat.vars), set(["i"]))
assert_true(stat.use_print)
assert_false(stat.use_read)
def test_use_print(self):
str = "while x>0:\n" 'print "1";\n' "endwhile;\n"
stat = find_vars(synt(lex(str)))
assert_equal(set(stat.vars), set(["x"]))
assert_equal(set(stat.strs), set(['"1"']))
assert_true(stat.use_print)
assert_false(stat.use_read)
str = "if x>0:\n" 'print "1";\n' "else:\n" 'print "2";\n' "endif;\n"
stat = find_vars(synt(lex(str)))
assert_equal(set(stat.vars), set(["x"]))
assert_equal(set(stat.strs), set(['"1"', '"2"']))
assert_true(stat.use_print)
assert_false(stat.use_read)
str = "read i;\nprint i;"
stat = find_vars(synt(lex(str)))
assert_equal(set(stat.vars), set(["i"]))
assert_true(stat.use_print)
assert_true(stat.use_read)
def test_smoke(self):
str = "i = 10+1;\n" "j = 5*i;\n"
tree = [
(A_BLOCK, list(reversed([(A_ASSIGN, ["i", [("+", ["10", "1"])]]), (A_ASSIGN, ["j", [("*", ["5", "i"])]])])))
]
assert_equal(synt(lex(str)), tree)
stat = find_vars(tree)
assert_equal(set(stat.vars), set(["i", "j"]))
assert_false(stat.use_print)
assert_false(stat.use_read)
def test_smoke(self):
str = "i = 10+1;\n"\
"j = 5*i;\n"
tree = [
(A_BLOCK,
list(
reversed([
(A_ASSIGN, ['i', [('+', ['10', '1'])]]),
(A_ASSIGN, ['j', [('*', ['5', 'i'])]]),
]))),
]
assert_equal(synt(lex(str)), tree)
stat = find_vars(tree)
assert_equal(set(stat.vars), set(['i', 'j']))
assert_false(stat.use_print)
assert_false(stat.use_read)
def compile(self, f_name):
src = file(os.path.join(os.getcwd(), 'tests/test_set/', f_name)).read()
tree = synt(lex(src))
asm = os.path.join(os.getcwd(), 'tests/test_set/', f_name) + '.asm'
p = gen_code(tree, find_vars(tree))
lines = gen_real_asm(p, 'TEST')
f = file(asm, 'w')
for line in lines:
print>>f, line
f.close()
o = os.path.join(os.getcwd(), 'tests/test_set/', f_name) + '.o'
bin = os.path.join(os.getcwd(), 'tests/test_set/', f_name) + '.bin'
subprocess.check_call('nasm -f elf %s -o %s' % (asm, o), shell=True)
subprocess.check_call('ld -s -dynamic-linker /lib/ld-linux.so.2 -lc %s -o %s' %
(o, bin), shell=True)
os.remove(asm)
os.remove(o)
return bin
def compile(self, f_name):
src = file(os.path.join(os.getcwd(), 'tests/test_set/', f_name)).read()
tree = synt(lex(src))
asm = os.path.join(os.getcwd(), 'tests/test_set/', f_name) + '.asm'
p = gen_code(tree, find_vars(tree))
lines = gen_real_asm(p, 'TEST')
f = file(asm, 'w')
for line in lines:
print >> f, line
f.close()
o = os.path.join(os.getcwd(), 'tests/test_set/', f_name) + '.o'
bin = os.path.join(os.getcwd(), 'tests/test_set/', f_name) + '.bin'
subprocess.check_call('nasm -f elf %s -o %s' % (asm, o), shell=True)
subprocess.check_call(
'ld -s -dynamic-linker /lib/ld-linux.so.2 -lc %s -o %s' % (o, bin),
shell=True)
os.remove(asm)
os.remove(o)
return bin