def repeat_True_does_not_consume_results(self):
mc = MockContext(
repeat=True,
run=dict(
singleton=True, # will repeat
wassup=Result("yo"), # ditto
iterable=[Result("tick"), Result("tock")], # will not
),
)
assert mc.run("singleton").ok
assert mc.run("singleton").ok # not consumed
assert mc.run("wassup").ok
assert mc.run("wassup").ok # not consumed
assert mc.run("iterable").stdout == "tick"
assert mc.run("iterable").stdout == "tock"
assert mc.run("iterable").stdout == "tick" # not consumed
assert mc.run("iterable").stdout == "tock"
def test_jekyll_build_is_called_correctly(self, patch_clone_dir):
ctx = MockContext()
ctx.run = Mock()
conf_path = patch_clone_dir / JEKYLL_CONFIG_YML
conf_contents = 'hi: test'
create_file(conf_path, conf_contents)
tasks.build_jekyll(ctx,
branch='branch',
owner='owner',
repository='repo',
site_prefix='site/prefix',
config='boop: beep',
base_url='/site/prefix')
assert ctx.run.call_count == 3
jekyll_build_call_args = ctx.run.call_args_list[2]
args, kwargs = jekyll_build_call_args
# Make sure the call to jekyll build is correct
assert args[0] == 'jekyll build --destination /work/site_repo/_site'
# Make sure the env is as expected
assert kwargs['env'] == {
'BRANCH': 'branch',
'OWNER': 'owner',
'REPOSITORY': 'repo',
'SITE_PREFIX': 'site/prefix',
'BASEURL': '/site/prefix',
'LANG': 'en_US.UTF-8',
'JEKYLL_ENV': 'production'
}
# Check that the config file has had baseurl, branch, and custom
# config added
with conf_path.open() as f:
assert f.read() == ('hi: test\nbaseurl: /site/prefix\n'
'branch: branch\nboop: beep\n')
def test_jekyll_build_is_called_correctly(self, fs):
ctx = MockContext(run=[
Result('gem install jekyll result'),
Result('jekyll version result'),
Result('jekyll build result'),
])
ctx.run = Mock()
with Patcher() as patcher:
patcher.fs.CreateFile('/tmp/site_repo/_config.yml',
contents='hi: test')
build_jekyll(ctx,
branch='branch',
owner='owner',
repository='repo',
site_prefix='site/prefix',
config='boop: beep',
base_url='/site/prefix')
assert ctx.run.call_count == 3
jekyll_build_call_args = ctx.run.call_args_list[2]
args, kwargs = jekyll_build_call_args
# Make sure the call to jekyll build is correct
assert args[0] == 'jekyll build --destination /tmp/site_repo/_site'
# Make sure the env is as expected
assert kwargs['env'] == {
'BRANCH': 'branch',
'OWNER': 'owner',
'REPOSITORY': 'repo',
'SITE_PREFIX': 'site/prefix',
'BASEURL': '/site/prefix',
'LANG': 'en_US.UTF-8',
'JEKYLL_ENV': 'production'
}
def return_value_kwargs_may_be_command_string_maps(self):
c = MockContext(run={'foo': Result("bar")})
eq_(c.run("foo").stdout, "bar")
def run(self):
mc = MockContext(run={'foo': Result('bar')})
assert mc.run('foo').stdout == 'bar'
mc.set_result_for('run', 'foo', Result('biz'))
assert mc.run('foo').stdout == 'biz'
def as_iterables(self):
mc = MockContext(run=[True, False])
assert mc.run("anything").ok
assert not mc.run("anything", warn=True).ok
def return_value_map_kwargs_may_take_iterables_too(self):
c = MockContext(run={"foo": [Result("bar"), Result("biz")]})
assert c.run("foo").stdout == "bar"
assert c.run("foo").stdout == "biz"
def return_value_kwargs_can_take_iterables_too(self):
c = MockContext(run=[Result("some output"), Result("more!")])
assert c.run("doesn't mattress").stdout == "some output"
assert c.run("still doesn't mattress").stdout == "more!"
def when_not_set_or_falsey(self, kwargs):
c = MockContext(run={"foo": Result("bar", **kwargs)})
assert c.run("foo").command == "foo"
def does_not_occur_when_truthy(self):
# Not sure why you'd want this but whatevs!
c = MockContext(run={"foo": Result("bar", command="nope")})
assert c.run("foo").command == "nope" # not "bar"
def as_dict_values(self):
mc = MockContext(run=dict(foo="foo", bar="bar"))
assert mc.run("foo").stdout == "foo"
assert mc.run("bar").stdout == "bar"
def as_iterables(self):
mc = MockContext(run=["definition", "of", "insanity"])
assert mc.run("anything").stdout == "definition"
assert mc.run("anything").stdout == "of"
assert mc.run("anything").stdout == "insanity"
def as_dict_values(self):
mc = MockContext(run=dict(foo=True, bar=False))
assert mc.run("foo").ok
assert not mc.run("bar", warn=True).ok
def return_value_map_kwargs_may_take_iterables_too(self):
c = MockContext(run={'foo': [Result("bar"), Result("biz")]})
eq_(c.run("foo").stdout, "bar")
eq_(c.run("foo").stdout, "biz")
def run(self):
mc = MockContext(run={'foo': Result('bar')})
assert mc.run('foo').stdout == 'bar'
mc.set_result_for('run', 'foo', Result('biz'))
assert mc.run('foo').stdout == 'biz'
def non_config_init_kwargs_used_as_return_values_for_methods(self):
c = MockContext(run=Result("some output"))
assert c.run("doesn't mattress").stdout == "some output"
def return_value_kwargs_may_be_command_string_maps(self):
c = MockContext(run={'foo': Result("bar")})
eq_(c.run("foo").stdout, "bar")
def return_value_kwargs_may_be_command_string_maps(self):
c = MockContext(run={"foo": Result("bar")})
assert c.run("foo").stdout == "bar"
def return_value_map_kwargs_may_take_iterables_too(self):
c = MockContext(run={'foo': [Result("bar"), Result("biz")]})
eq_(c.run("foo").stdout, "bar")
eq_(c.run("foo").stdout, "biz")
def run(self):
mc = MockContext(run={"foo": Result("bar")})
assert mc.run("foo").stdout == "bar"
mc.set_result_for("run", "foo", Result("biz"))
assert mc.run("foo").stdout == "biz"
def regexen_return_value_map_keys_match_on_command(self):
c = MockContext(
run={"string": Result("yup"), re.compile(r"foo.*"): Result("bar")}
)
assert c.run("string").stdout == "yup"
assert c.run("foobar").stdout == "bar"
