def test_timeout():
"""test.base.Test.run(): kills tests that exceed timeout when set"""
utils.binary_check("sleep", 1)
class _Test(Test):
def interpret_result(self):
super(_Test, self).interpret_result()
test = _Test(["sleep", "60"])
test.timeout = 1
test.run()
nt.eq_(test.result.result, "timeout")
def test_timeout():
"""test.base.Test.run(): kills tests that exceed timeout when set"""
utils.binary_check('sleep')
def helper():
if (test.result['returncode'] == 0):
test.result['result'] = "pass"
test = TestTest(['sleep', '60'])
test.test_interpret_result = helper
test.timeout = 1
test.run()
assert test.result['result'] == 'timeout'
def test_timeout_pass():
""" Test that the correct result is returned if a test does not timeout """
utils.binary_check('true')
def helper():
if (test.result['returncode'] == 0):
test.result['result'] = "pass"
test = TestTest("true")
test.test_interpret_result = helper
test.timeout = 1
test.run()
assert test.result['result'] == 'pass'
def test_timeout():
""" Test that Test.timeout works correctly """
utils.binary_check('sleep')
def helper():
if (test.result['returncode'] == 0):
test.result['result'] = "pass"
test = TestTest("sleep 60")
test.test_interpret_result = helper
test.timeout = 1
test.run()
assert test.result['result'] == 'timeout'
def test_timeout_pass():
"""test.base.Test.run(): Result is returned when timeout is set but not exceeded
"""
utils.binary_check('true')
def helper():
if (test.result['returncode'] == 0):
test.result['result'] = "pass"
test = TestTest(['true'])
test.test_interpret_result = helper
test.timeout = 1
test.run()
assert test.result['result'] == 'pass'
def test_timeout_pass():
"""test.base.Test.run(): Result is returned when timeout is set but not exceeded
"""
utils.binary_check("true")
def helper():
if test.result.returncode == 0:
test.result.result = "pass"
test = TestTest(["true"])
test.test_interpret_result = helper
test.timeout = 1
test.run()
nt.eq_(test.result.result, "pass")
def test_execute_dmesg():
"""test.base.Test.execute: dmesg statuses are applied
This tests only one contrived test for dmesg handling. It does though test
that the path in execute to change the status works, which makes it a
comprehensive test.
"""
if not os.path.exists("bin"):
raise SkipTest("This tests requires a working, built version of " "piglit")
utils.binary_check("true")
# Create the test and then write to dmesg to ensure that it actually works
class _localclass(utils.Test):
def run(self):
_write_dev_kmesg()
super(_localclass, self).run()
def interpret_result(self):
self.result.result = "pass"
test = _localclass(["true"])
test.execute(None, DummyLog(), _get_dmesg())
nt.eq_(test.result.result, "dmesg-warn")
def test_root_lspci(self):
"""JSON: lspci is a root key."""
utils.platform_check('linux')
utils.binary_check('lspci')
nt.assert_in('lspci', self.json)
def test_root_glxinfo(self):
"""JSON: glxinfo is a root key."""
utils.platform_check('linux')
utils.binary_check('glxinfo')
nt.assert_in('glxinfo', self.json)
def test_root_uname(self):
"""JSON: uname is a root key."""
utils.platform_check('linux')
utils.binary_check('uname')
nt.assert_in('uname', self.json)
def test_root_glxinfo(self):
"""JSON: glxinfo is a root key."""
utils.platform_check('linux')
utils.binary_check('glxinfo')
nt.assert_in('glxinfo', self.json)
def test_root_uname(self):
"""JSON: uname is a root key."""
utils.platform_check('linux')
utils.binary_check('uname')
nt.assert_in('uname', self.json)
def test_root_lspci(self):
"""JSON: lspci is a root key."""
utils.platform_check('linux')
utils.binary_check('lspci')
nt.assert_in('lspci', self.json)
