def test_deploy(self):
from cannula.utils import shell, call_subprocess
# Fake a remote push
g1 = self.api.groups.create('testy', 'abby')
p1 = self.api.projects.create(name='test', user='******', group=g1)
self.api.projects.initialize(p1, user='******')
self.assertTrue(os.path.isfile(p1.post_receive))
# Persist the data in the test db so that external commands (git) can
# see the data as well.
transaction.commit()
cmd = "%s push %s master" % (conf.CANNULA_GIT_CMD, p1.repo_dir)
_, cannula_cmd = shell('which cannulactl')
self.assertTrue(os.path.isfile('/tmp/cannula_test.db'))
env = {
'C_USER': '******',
'DJANGO_SETTINGS_MODULE': 'cannula.test_settings',
'CANNULA_BASE': self.base_dir,
'CANNULA_CMD': cannula_cmd.strip(),
'REPO': 'testy/test.git',
}
#
call_subprocess(cmd, cwd=self.dummy_project, env=env)
yaml_file = os.path.join(p1.project_dir, 'app.yaml')
self.assertTrue(os.path.isfile(yaml_file))
def test_deploy(self):
from cannula.utils import shell, call_subprocess
# Fake a remote push
g1 = self.api.groups.create('testy', 'abby')
p1 = self.api.projects.create(name='test', user='******', group=g1)
self.api.projects.initialize(p1, user='******')
self.assertTrue(os.path.isfile(p1.post_receive))
# Persist the data in the test db so that external commands (git) can
# see the data as well.
transaction.commit()
cmd = "%s push %s master" % (conf.CANNULA_GIT_CMD, p1.repo_dir)
_, cannula_cmd = shell('which cannulactl')
self.assertTrue(os.path.isfile('/tmp/cannula_test.db'))
env = {
'C_USER': '******',
'DJANGO_SETTINGS_MODULE': 'cannula.test_settings',
'CANNULA_BASE': self.base_dir,
'CANNULA_CMD': cannula_cmd.strip(),
'REPO': 'testy/test.git',
}
#
call_subprocess(cmd, cwd=self.dummy_project, env=env)
yaml_file = os.path.join(p1.project_dir, 'app.yaml')
self.assertTrue(os.path.isfile(yaml_file))
def call(cls, cmd, cwd=None, env=None, status=0):
"""
#### `call(cmd)`
Call subprocess and check that the exit status matches
the expected output. Pass `status=None` to allow ignore
all errors. `cwd` specifies the directory to execute in
otherwise the current dir is used. `env` allows you to
pass a dictionary of environment settings to use.
"""
st = call_subprocess(cmd, cwd, env)
if status is None:
return st
if st != status:
raise RuntimeError("Command Failed: %s" % cmd)
return st
def call(cls, cmd, cwd=None, env=None, status=0):
"""
#### `call(cmd)`
Call subprocess and check that the exit status matches
the expected output. Pass `status=None` to allow ignore
all errors. `cwd` specifies the directory to execute in
otherwise the current dir is used. `env` allows you to
pass a dictionary of environment settings to use.
"""
st = call_subprocess(cmd, cwd, env)
if status is None:
return st
if st != status:
raise RuntimeError("Command Failed: %s" % cmd)
return st
