def test_replace_braces_config(self):
from ctox.config import read_config
config = read_config(TOXINIFILE)
env = DummyEnv(config=config)
s = "{[base]ment}"
res = replace_braces(s, env)
self.assertEqual(res.strip(), "pyfaker")
def test_replace_braces_config(self):
from ctox.config import read_config
config = read_config(TOXINIFILE)
env = DummyEnv(config=config)
s = "{[base]ment}"
res = replace_braces(s, env)
self.assertEqual(res.strip(), "pyfaker")
def ctox(arguments, toxinidir):
"""Sets up conda environments, and sets up and runs each environment based
on the project's tox.ini configuration file.
Returns 1 if either the build or running the commands failed or 0 if
all commmands ran successfully.
"""
if arguments is None:
arguments = []
if toxinidir is None:
toxinidir = os.getcwd()
args, options = parse_args(arguments)
if args.version:
print(version)
return 0
# if no conda trigger OSError
try:
with open(os.devnull, "w") as fnull:
check_output(['conda', '--version'], stderr=fnull)
except OSError:
cprint(
"conda not found, you need to install it to use ctox.\n"
"The recommended way is to download miniconda,\n"
"Do not install conda via pip.", 'err')
return 1
toxinifile = os.path.join(toxinidir, "tox.ini")
from ctox.config import read_config, get_envlist
config = read_config(toxinifile)
if args.e == 'ALL':
envlist = get_envlist(config)
else:
envlist = args.e.split(',')
# TODO configure with option
toxdir = os.path.join(toxinidir, ".tox")
# create a zip file for the project
from ctox.pkg import make_dist, package_name
cprint("GLOB sdist-make: %s" % os.path.join(toxinidir, "setup.py"))
package = package_name(toxinidir)
if not make_dist(toxinidir, toxdir, package):
cprint(" setup.py sdist failed", 'err')
return 1
# setup each environment and run ctox
failing = {}
for env_name in envlist:
env = Env(name=env_name,
config=config,
options=options,
toxdir=toxdir,
toxinidir=toxinidir,
package=package)
failing[env_name] = env.ctox()
# print summary of the outcomes of ctox for each environment
cprint('Summary')
print("-" * 23)
for env_name in envlist:
n = failing[env_name]
outcome = ('succeeded', 'failed', 'skipped')[n]
status = ('ok', 'err', 'warn')[n]
cprint("%s commands %s" % (env_name, outcome), status)
return any(1 == v for v in failing.values())
def ctox(arguments, toxinidir):
"""Sets up conda environments, and sets up and runs each environment based
on the project's tox.ini configuration file.
Returns 1 if either the build or running the commands failed or 0 if
all commmands ran successfully.
"""
if arguments is None:
arguments = []
if toxinidir is None:
toxinidir = os.getcwd()
args, options = parse_args(arguments)
if args.version:
print(version)
return 0
# if no conda trigger OSError
try:
with open(os.devnull, "w") as fnull:
check_output(['conda', '--version'], stderr=fnull)
except OSError:
cprint("conda not found, you need to install it to use ctox.\n"
"The recommended way is to download miniconda,\n"
"Do not install conda via pip.", 'err')
return 1
toxinifile = os.path.join(toxinidir, "tox.ini")
from ctox.config import read_config, get_envlist
config = read_config(toxinifile)
if args.e == 'ALL':
envlist = get_envlist(config)
else:
envlist = args.e.split(',')
# TODO configure with option
toxdir = os.path.join(toxinidir, ".tox")
# create a zip file for the project
from ctox.pkg import make_dist, package_name
cprint("GLOB sdist-make: %s" % os.path.join(toxinidir, "setup.py"))
package = package_name(toxinidir)
if not make_dist(toxinidir, toxdir, package):
cprint(" setup.py sdist failed", 'err')
return 1
# setup each environment and run ctox
failing = {}
for env_name in envlist:
env = Env(name=env_name, config=config, options=options,
toxdir=toxdir, toxinidir=toxinidir, package=package)
failing[env_name] = env.ctox()
# print summary of the outcomes of ctox for each environment
cprint('Summary')
print("-" * 23)
for env_name in envlist:
n = failing[env_name]
outcome = ('succeeded', 'failed', 'skipped')[n]
status = ('ok', 'err', 'warn')[n]
cprint("%s commands %s" % (env_name, outcome), status)
return any(1 == v for v in failing.values())
