def test_pipe_stderr(self, capfd):
from plumbum.cmd import cat, head
cat['/dev/urndom'] & FG(1)
assert 'urndom' in capfd.readouterr()[1]
assert '' == capfd.readouterr()[1]
(cat['/dev/urndom'] | head['-c', '10']) & FG(retcode=1)
assert 'urndom' in capfd.readouterr()[1]
def test_pipe_stderr(self, capfd):
from plumbum.cmd import cat, head
cat["/dev/urndom"] & FG(1)
assert "urndom" in capfd.readouterr()[1]
assert "" == capfd.readouterr()[1]
(cat["/dev/urndom"] | head["-c", "10"]) & FG(retcode=1)
assert "urndom" in capfd.readouterr()[1]
def run_docker_command(command):
local["bash"]["-c", utils.get_ecr_login_string()] & FG
aws_creds = []
if local.env.get("ON_AWS", "0") == "0":
aws_creds = [
f"--env",
f"AWS_ACCESS_KEY_ID={local.env['AWS_ACCESS_KEY_ID']}",
f"--env",
f"AWS_SECRET_ACCESS_KEY={local.env['AWS_SECRET_ACCESS_KEY']}",
f"--env",
f"AWS_DEFAULT_REGION={local.env['AWS_DEFAULT_REGION']}",
]
local["docker"][
[
f"run",
f"-it",
*aws_creds,
f"--mount",
f"type=bind,source={lnfit_path},target=/lnfit",
f"188029688209.dkr.ecr.us-east-1.amazonaws.com/alex:latest",
f"bash",
f"-c",
command,
]
] & FG(retcode=None)
def run_tests(self, experiment, run):
exp = experiment(self.run_f)
pg_ctl = local[path.join(self.builddir, "pg_ctl")]
dropdb = local[path.join(self.builddir, "dropdb")]
createdb = local[path.join(self.builddir, "createdb")]
pgbench = local[path.join(self.builddir, "pgbench")]
bin_name = path.join(self.builddir, self.name + ".sh")
test_data = path.join(self.testdir, "test-data")
(echo["#!/bin/sh"] >> bin_name)()
(echo[str(exp)] >> bin_name)()
chmod("+x", bin_name)
num_clients = 1
num_transactions = 1000000
pg_ctl("stop", "-t", 360, "-w", "-D", test_data, retcode=None)
try:
with local.cwd(test_data):
pg_ctl("start", "-p", bin_name, "-w", "-D", test_data)
dropdb["pgbench"] & FG(retcode=None)
createdb("pgbench")
run(pgbench["-i", "pgbench"])
run(pgbench["-c", num_clients, "-S", "-t", num_transactions,
"pgbench"])
dropdb("pgbench")
pg_ctl("stop", "-t", 360, "-w", "-D", test_data)
except Exception:
pg_ctl("stop", "-t", 360, "-w", "-D", test_data)
raise
def install_package(pkg_name):
if not bool(CFG['bootstrap']['install']):
return False
if pkg_name not in PACKAGES:
print("No bootstrap support for package '{0}'".format(pkg_name))
linux, _, _ = linux_distribution_major()
linux = str(linux.lower())
package_manager = PACKAGE_MANAGER[linux]
packages = PACKAGES[pkg_name][linux]
for pkg_name_on_host in packages:
print("You are missing the package: '{0}'".format(pkg_name_on_host))
cmd = local["sudo"]
cmd = cmd[package_manager["cmd"], package_manager["args"],
pkg_name_on_host]
cmd_str = str(cmd)
ret = False
if ui.ask("Run '{cmd}' to install it?".format(cmd=cmd_str)):
print("Running: '{cmd}'".format(cmd=cmd_str))
try:
(cmd & FG(retcode=0))
except ProcessExecutionError:
print("NOT INSTALLED")
else:
print("OK")
return ret
def install_linux(dist: str, arch: str, version: str = ''):
from plumbum.cmd import tar, proot, pv, curl, bash
distinfo, url, version = format_url(dist, arch, version)
os.chdir(atilo_tmp)
release_name = dist + version
root = os.path.join(atilo_home, release_name)
os.makedirs(root, exist_ok=True)
tip('[ Downloading ... ]')
if os.path.exists(release_name):
tip('[ Skip download ]')
else:
print(url)
curl[url, '-o', release_name, '--progress', '-L', '-C', '-'] & FG
tip('[ Extracting ... ]')
if 'fedora' in release_name:
tar['xf', release_name, '--skip-components=1', '--exclude', 'json',
'--exclude', 'VERSION'] & FG(retcode=None)
(pv['layer.tar'] | proot['tar', 'xpC', root]) & FG(retcode=None)
rm['-f', 'layer.tar'] & FG
chmod['+w', root] & FG
else:
tararg = '{}C'.format(distinfo['zip'])
if proot['--link2symlink', 'ls'] & TF:
(pv[release_name]
| proot['--link2symlink', 'tar', tararg, root]) & FG(retcode=None)
else:
tip("extract without --link2symlink")
(pv[release_name] | proot['tar', tararg, root]) & FG(retcode=None)
tip('[ Configuring ... ]')
resolvconf = os.path.join(root, 'etc/resolv.conf')
(echo[name_servers] > resolvconf)()
profile = os.path.join(root, 'etc/profile')
(echo['export USER=root'] >> profile)()
script = create_start_script(release_name, distinfo.get('sh', '/bin/bash'))
tip('[ Updating ... ]')
bash[script, distinfo['update']] & FG(retcode=None)
tip('[ All done ... ]')
tip('{} To start'.format(script))
def call(cmd):
base_cmd = local
for part in cmd.split():
if '$' in part:
part = local.env[part.replace('$', '')]
for subpart in part.split():
base_cmd = base_cmd[subpart]
else:
base_cmd = base_cmd[part]
# Execute cmd in FG with tty redirection, ignore exit code
base_cmd & FG(None)
def mat_compress(infile, outfile, timeout=None):
try:
mtlbeng.workspace['in_file'] = infile
mtlbeng.workspace['out_file'] = outfile
mtlbeng.matCompress(nargout=0)
# pretty stupid, FIXME
except (NameError, AttributeError):
print('Failed to use MATLAB python API')
print('Falling back to command line matlab')
with local.cwd(MATLAB_DIR):
cmd = "in_file='%s';out_file='%s';matCompress" % (infile, outfile)
return matlab_nogui[cmd] & FG(timeout=timeout)
def retry(pb_cmd, retries=0, max_retries=10, retcode=0, retry_retcodes=None):
try:
pb_cmd & FG(retcode=retcode)
except ProcessExecutionError as proc_ex:
new_retcode = proc_ex.retcode
if retries > max_retries:
LOG.error("Retried %d times. No change. Abort", retries)
raise
if new_retcode in retry_retcodes:
retry(
pb_cmd,
retries=retries + 1,
max_retries=max_retries,
retcode=retcode,
retry_retcodes=retry_retcodes)
else:
raise
def run_zests_v2(self, cli_args, debug_mode):
tell(f"Running zests v2...")
# as os.environ is evaluated when it is first imported
# we can't use any of the more graceful ways to set the environment
with local.env(RUN_ENV="test", ZAP_DEBUG_MODE=debug_mode):
zest_version = None
try:
from zest.version import __version__ as zest_version
except ImportError:
pass
assert zlog.config_dict is not None
assert zest_version.startswith("1.1.")
with tmp.tmp_file() as tmp_path:
with open(tmp_path, "w") as f:
f.write(json.dumps(zlog.config_dict))
# cli_args += ["--logger_config_json", tmp_path]
local["python"]["-u", "-m", "zest.zest_cli"].bound_command(
*cli_args) & FG(retcode=None)
