def test_errors_warnings(dir):
# test the error for syntax errors in the config file
(dir / 'conf.py').write_text(u'project = \n', encoding='ascii')
raises_msg(ConfigError, 'conf.py', Config, dir, 'conf.py', {}, None)
# test the automatic conversion of 2.x only code in configs
(dir / 'conf.py').write_text(
u'# -*- coding: utf-8\n\nproject = u"Jägermeister"\n',
encoding='utf-8')
cfg = Config(dir, 'conf.py', {}, None)
cfg.init_values(lambda warning: 1/0)
assert cfg.project == u'Jägermeister'
# test the warning for bytestrings with non-ascii content
# bytestrings with non-ascii content are a syntax error in python3 so we
# skip the test there
if PY3:
return
(dir / 'conf.py').write_text(
u'# -*- coding: latin-1\nproject = "fooä"\n', encoding='latin-1')
cfg = Config(dir, 'conf.py', {}, None)
warned = [False]
def warn(msg):
warned[0] = True
cfg.check_unicode(warn)
assert warned[0]
def test_errors_warnings(dir):
# test the error for syntax errors in the config file
(dir / 'conf.py').write_text(u'project = \n', encoding='ascii')
raises_msg(ConfigError, 'conf.py', Config, dir, 'conf.py', {}, None)
# test the automatic conversion of 2.x only code in configs
(dir / 'conf.py').write_text(
u'# -*- coding: utf-8\n\nproject = u"Jägermeister"\n',
encoding='utf-8')
cfg = Config(dir, 'conf.py', {}, None)
cfg.init_values(lambda warning: 1 / 0)
assert cfg.project == u'Jägermeister'
# test the warning for bytestrings with non-ascii content
# bytestrings with non-ascii content are a syntax error in python3 so we
# skip the test there
if PY3:
return
(dir / 'conf.py').write_text(u'# -*- coding: latin-1\nproject = "fooä"\n',
encoding='latin-1')
cfg = Config(dir, 'conf.py', {}, None)
warned = [False]
def warn(msg):
warned[0] = True
cfg.check_unicode(warn)
assert warned[0]
def test_errors_warnings(dir):
# test the error for syntax errors in the config file
write_file(dir / "conf.py", u"project = \n", "ascii")
raises_msg(ConfigError, "conf.py", Config, dir, "conf.py", {}, None)
# test the automatic conversion of 2.x only code in configs
write_file(dir / "conf.py", u"# -*- coding: utf-8\n\n" u'project = u"Jägermeister"\n', "utf-8")
cfg = Config(dir, "conf.py", {}, None)
cfg.init_values()
assert cfg.project == u"Jägermeister"
# test the warning for bytestrings with non-ascii content
# bytestrings with non-ascii content are a syntax error in python3 so we
# skip the test there
if sys.version_info >= (3, 0):
return
write_file(dir / "conf.py", u'# -*- coding: latin-1\nproject = "fooä"\n', "latin-1")
cfg = Config(dir, "conf.py", {}, None)
warned = [False]
def warn(msg):
warned[0] = True
cfg.check_unicode(warn)
assert warned[0]
def test_extension_values(app):
cfg = app.config
# default value
assert cfg.value_from_ext == []
# non-default value
assert cfg.value_from_conf_py == 84
# no duplicate values allowed
raises_msg(ExtensionError, "already present", app.add_config_value, "html_title", "x", True)
raises_msg(ExtensionError, "already present", app.add_config_value, "value_from_ext", "x", True)
def test_extension_values(app, status, warning):
cfg = app.config
# default value
assert cfg.value_from_ext == []
# non-default value
assert cfg.value_from_conf_py == 84
# no duplicate values allowed
raises_msg(ExtensionError, 'already present', app.add_config_value,
'html_title', 'x', True)
raises_msg(ExtensionError, 'already present', app.add_config_value,
'value_from_ext', 'x', True)
def test_extension_values(app, status, warning):
cfg = app.config
# default value
assert cfg.value_from_ext == []
# non-default value
assert cfg.value_from_conf_py == 84
# no duplicate values allowed
raises_msg(ExtensionError, 'already present', app.add_config_value,
'html_title', 'x', True)
raises_msg(ExtensionError, 'already present', app.add_config_value,
'value_from_ext', 'x', True)
def test_domain_override(app, status, warning):
class A(Domain):
name = 'foo'
class B(A):
name = 'foo'
class C(Domain):
name = 'foo'
# No domain know named foo.
raises_msg(ExtensionError, 'domain foo not yet registered',
app.override_domain, A)
assert app.add_domain(A) is None
assert app.override_domain(B) is None
raises_msg(ExtensionError, 'new domain not a subclass of registered '
'foo domain', app.override_domain, C)
def test_domain_override(app, status, warning):
class A(Domain):
name = 'foo'
class B(A):
name = 'foo'
class C(Domain):
name = 'foo'
# No domain know named foo.
raises_msg(ExtensionError, 'domain foo not yet registered',
app.override_domain, A)
assert app.add_domain(A) is None
assert app.override_domain(B) is None
raises_msg(ExtensionError, 'new domain not a subclass of registered '
'foo domain', app.override_domain, C)
def test_domain_override():
class A(Domain):
name = 'foo'
class B(A):
name = 'foo'
class C(Domain):
name = 'foo'
status, warnings = StringIO(), StringIO()
app = TestApp(status=status, warning=warnings)
try:
# No domain know named foo.
raises_msg(ExtensionError, 'domain foo not yet registered',
app.override_domain, A)
assert app.add_domain(A) is None
assert app.override_domain(B) is None
raises_msg(ExtensionError, 'new domain not a subclass of registered '
'foo domain', app.override_domain, C)
finally:
app.cleanup()
def test_events(app):
def empty():
pass
raises_msg(ExtensionError, "Unknown event name: invalid", app.connect, "invalid", empty)
app.add_event("my_event")
raises_msg(ExtensionError, "Event 'my_event' already present", app.add_event, "my_event")
def mock_callback(a_app, *args):
assert a_app is app
assert emit_args == args
return "ret"
emit_args = (1, 3, "string")
listener_id = app.connect("my_event", mock_callback)
assert app.emit("my_event", *emit_args) == ["ret"], "Callback not called"
app.disconnect(listener_id)
assert app.emit("my_event", *emit_args) == [], "Callback called when disconnected"
def test_events(app):
def empty(): pass
raises_msg(ExtensionError, "Unknown event name: invalid",
app.connect, "invalid", empty)
app.add_event("my_event")
raises_msg(ExtensionError, "Event 'my_event' already present",
app.add_event, "my_event")
def mock_callback(a_app, *args):
assert a_app is app
assert emit_args == args
return "ret"
emit_args = (1, 3, "string")
listener_id = app.connect("my_event", mock_callback)
assert app.emit("my_event", *emit_args) == ["ret"], "Callback not called"
app.disconnect(listener_id)
assert app.emit("my_event", *emit_args) == [], \
"Callback called when disconnected"
def test_errors_if_setup_is_not_callable(dir):
# test the error to call setup() in the config file
(dir / 'conf.py').write_text(u'setup = 1')
raises_msg(ConfigError, 'callable', TestApp, srcdir=dir)
def test_errors_if_setup_is_not_callable(dir):
# test the error to call setup() in the config file
(dir / 'conf.py').write_text(u'setup = 1')
raises_msg(ConfigError, 'callable', TestApp, srcdir=dir)