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# This work is licensed under the GNU GPLv2 or later.
# See the COPYING file in the top-level directory.
from collections import defaultdict
import logging
from . import util
def _test_resources_uniqueness_by_arch(osxml):
"""Ensure there's no more than one resource element per architecture"""
result = defaultdict(list)
for resources in osxml.resources_list:
result[resources.get("arch")].append(resources)
for value in result.values():
assert len(value) == 1
@util.os_parametrize("osxml", filter_resources=True)
def test_resources(osxml):
_test_resources_uniqueness_by_arch(osxml)
# Ensure minimum resources are <= recommended resources
_resources_helper(
osxml,
osxml.get_minimum_resources,
"minimum",
osxml.get_recommended_resources,
"recommended",
)
# Ensure minimum resources are <= maximum resources
_resources_helper(
osxml,
osxml.get_minimum_resources,
"minimum",
osxml.get_maximum_resources,
"maximum",
)
# Ensure recommended resources are <= maximum resources
_resources_helper(
osxml,
osxml.get_recommended_resources,
"recommended",
osxml.get_maximum_resources,
"maximum",
)
# Ensure minimum resources <= network resources
_resources_helper(
osxml,
osxml.get_minimum_resources,
"minimum",
osxml.get_network_install_resources,
"network-install",
)
# Ensure recommended resources <= network resources
_resources_helper(
osxml,
osxml.get_recommended_resources,
"recommended",
osxml.get_network_install_resources,
"network-install",
)
# Ensure network resources <= maximum resources
_resources_helper(
osxml,
osxml.get_network_install_resources,
"network-install",
osxml.get_maximum_resources,
"maximum",
)
def _resources_helper(osxml, smaller_func, smaller_str, bigger_func, bigger_str):
broken = []
for resource in osxml.resources_list:
logging.info("resources | arch: %s", resource.get("arch"))
smaller = smaller_func(resource)
bigger = bigger_func(resource)
if smaller is None or bigger is None:
continue
if not _resources_check(smaller, smaller_str, bigger, bigger_str):
broken.append([smaller, bigger])
assert broken == []
def _resources_check(smaller, smaller_str, bigger, bigger_str):
ret = True
if smaller.cpu is not None and bigger.cpu is not None:
if smaller.cpu > bigger.cpu:
logging.warning(
"cpu value of %s should not be bigger than %s " "('%d' > '%d')",
smaller_str,
bigger_str,
smaller.cpu,
bigger.cpu,
)
ret = False
if smaller.n_cpus is not None and bigger.n_cpus is not None:
if smaller.n_cpus > bigger.n_cpus:
logging.warning(
"n-cpus value of %s should not be bigger than %s " "('%d' > '%d')",
smaller_str,
bigger_str,
smaller.n_cpus,
bigger.n_cpus,
)
ret = False
if smaller.ram is not None and bigger.ram is not None:
if smaller.ram > bigger.ram:
logging.warning(
"ram value of %s should not be bigger than %s " "('%d' > '%d')",
smaller_str,
bigger_str,
smaller.ram,
bigger.ram,
)
ret = False
if smaller.storage is not None and bigger.storage is not None:
if smaller.storage > bigger.storage:
logging.warning(
"storage value of %s should not be bigger than %s " "('%d' > '%d')",
smaller_str,
bigger_str,
smaller.storage,
bigger.storage,
)
ret = False
return ret
|
