def test_unexpected_exception_type(self):
def func(): raise IndexError()
try:
tt.assert_raises(ValueError, func)
except AssertionError, e:
expected = "func\(\) raised an unexpected exception type: expected=ValueError, actual=.*exceptions.IndexError.*"
tt.assert_matches(expected, str(e))
def test_expected_args_failure_error_message(self):
def func(): raise RuntimeError(123, 456)
try:
tt.assert_raises(RuntimeError, func, expected_args=("abc", "def"))
except AssertionError, e:
expected = "func\(\) raised .*exceptions.RuntimeError.* with unexpected args: expected=\('abc', 'def'\), actual=\(123, 456\)"
tt.assert_matches( expected, str(e) )
def test_expected_regex_failure_error_message(self):
def func(a, b): raise RuntimeError("%s - %s" %(a, b))
try:
tt.assert_raises(RuntimeError, func, 1, b=2, expected_regex="xxx")
except AssertionError, e:
import re
expected = "func\(1, b=2\) raised .*exceptions.RuntimeError.*, but the regular expression 'xxx' doesn't match '1 - 2'"
tt.assert_matches(expected, str(e))
def _verify_command_line_failure(output="", error="", rc=0, **kwargs):
args = _generate_command(output=output, error=error, rc=rc)
tt.assert_raises(
AssertionError,
tt.command_line,
args,
**kwargs
)
def test_expected_args_failure_error_message(self):
def func():
raise RuntimeError(123, 456)
try:
tt.assert_raises(RuntimeError, func, expected_args=("abc", "def"))
except AssertionError, e:
expected = "func\(\) raised .*exceptions.RuntimeError.* with unexpected args: expected=\('abc', 'def'\), actual=\(123, 456\)"
tt.assert_matches(expected, str(e))
def test_unexpected_exception_type(self):
def func():
raise IndexError()
try:
tt.assert_raises(ValueError, func)
except AssertionError, e:
expected = (
"func\(\) raised an unexpected exception type: expected=ValueError, actual=.*exceptions.IndexError.*"
)
tt.assert_matches(expected, str(e))
def test_expected_regex_failure_error_message(self):
def func(a, b):
raise RuntimeError("%s - %s" % (a, b))
try:
tt.assert_raises(RuntimeError, func, 1, b=2, expected_regex="xxx")
except AssertionError, e:
import re
expected = "func\(1, b=2\) raised .*exceptions.RuntimeError.*, but the regular expression 'xxx' doesn't match '1 - 2'"
tt.assert_matches(expected, str(e))
def test_expected_regex_success(self):
def func(): raise RuntimeError("shoo-bee-doo-bah")
tt.assert_raises(
RuntimeError, func, expected_regex="sh.*-.ee-[do]+-.*h$")
def test_expected_exception(self):
def func():
raise ValueError()
tt.assert_raises(ValueError, func)
def test_expected_args_success(self):
def func(): raise RuntimeError(123, 456)
tt.assert_raises(RuntimeError, func, expected_args=(123,456))
def test_kwargs_expected_exception(self):
def func(**kwargs):
if kwargs["x"] < 10: raise EnvironmentError()
tt.assert_raises(EnvironmentError, func, x=5)
def test_args_expected_exception(self):
def func(x):
if x < 10: raise TypeError()
tt.assert_raises(TypeError, func, 5)
def test_start_raises(self):
tt.assert_raises(threadpool.Error, self.pool.start)
def test_dispatch_raises(self):
tt.assert_raises(threadpool.Error, self.pool.dispatch, lambda: "foo")
def test_args_expected_exception(self):
def func(x):
if x < 10:
raise TypeError()
tt.assert_raises(TypeError, func, 5)
def test_expected_regex_success(self):
def func():
raise RuntimeError("shoo-bee-doo-bah")
tt.assert_raises(RuntimeError, func, expected_regex="sh.*-.ee-[do]+-.*h$")
def test_expected_args_success(self):
def func():
raise RuntimeError(123, 456)
tt.assert_raises(RuntimeError, func, expected_args=(123, 456))
def test_kwargs_expected_exception(self):
def func(**kwargs):
if kwargs["x"] < 10:
raise EnvironmentError()
tt.assert_raises(EnvironmentError, func, x=5)
def _verify_command_line_failure(output="", error="", rc=0, **kwargs):
args = _generate_command(output=output, error=error, rc=rc)
tt.assert_raises(AssertionError, tt.command_line, args, **kwargs)
def test_expected_exception(self):
def func(): raise ValueError()
tt.assert_raises(ValueError, func)
def test_start_raises(self):
tt.assert_raises(threadpool.Error, self.pool.start)
def test_dispatch_raises(self):
tt.assert_raises(threadpool.Error, self.pool.dispatch, lambda: "foo")