def test_module(self):
ret = subprocess.run(
"module --version",
shell=True,
stdout=subprocess.PIPE,
stderr=subprocess.STDOUT,
)
print(ret.stdout)
mod_names = ["lmod"]
a = Module(mod_names, debug=True)
print(a.get_command())
print(a.test_modules())
assert 0 == a.test_modules()
b = Module(mod_names, force=True)
assert 0 == b.test_modules()
c = Module(mod_names, debug=True)
assert 0 == c.test_modules()
d = Module(mod_names, purge=True)
d.get_command()
e = Module("lmod settarg", debug=True)
e.get_command()
import os, sys
sys.path.insert(0, os.path.dirname(os.path.dirname(os.path.abspath(__file__))))
from lmod.module import Module
mod_names = ["GCCcore", "Python"]
a = Module(mod_names)
module_cmds = a.get_command()
rc = a.test_modules()
if rc == 0:
print(f"The following modules: {mod_names} were loaded successfully")
print("\n")
print(f"Command Executed: {module_cmds}")
# passing a module name ``invalid`` this is expected to fail during test
bad_names = ["GCCcore", "invalid"]
b = Module(bad_names)
print(f"Failed to load modules: {bad_names}")
print(f"Command Executed: {b.get_command()}")
print(f"return code: {b.test_modules()}")
# disable purge when loading modules
c = Module(mod_names, purge=False)
print(c.get_command())
# force purge modules
d = Module(mod_names, purge=True, force=True)