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# This work is licensed under the GNU GPLv2 or later.
# See the COPYING file in the top-level directory.
import logging
from pathlib import Path
import pytest
from . import util
from . import treeinfodata
def _get_treeinfodatapaths():
"""
Collect treeinfo data and return a list of tuples:
(osname, treeinfodatapaths)
"""
this = Path(__file__).resolve()
treeinfodata_path = Path(this.parent, "treeinfodata")
ret = []
allpaths = treeinfodata_path.glob(str(Path("*", "*")))
for osdir in sorted(allpaths, key=util.path_sort):
# The .treeinfo may be under the following directories schema:
# - distro/shortid/arch
# - distro/shortid/variant/arch/
# That's the reason we have to take check for the .treeinfo file recursively.
treeinfodatapaths = list(osdir.rglob("*.treeinfo"))
if len(treeinfodatapaths):
ret.append(pytest.param(osdir.name, treeinfodatapaths, id=osdir.name))
return ret
@pytest.mark.parametrize("osname,treeinfodatapaths", _get_treeinfodatapaths())
def test_treeinfo_detection(osname, treeinfodatapaths):
for treeinfodatapath in treeinfodatapaths:
detected = []
data = treeinfodata.get_treeinfodata(treeinfodatapath)
for osxml2 in util.DataFiles.oses():
for tree in osxml2.trees:
if tree.treeinfo is None:
continue
if data.match(tree.treeinfo):
if osname != osxml2.shortid:
logging.warning(
"treeinfo '%s' was matched by OS '%s' while "
"it should only be matched by OS '%s'",
data.path,
osxml2.shortid,
osname,
)
else:
logging.info(
"treeinfo '%s' matched by OS '%s'",
data.path,
osxml2.shortid,
)
if osxml2.shortid not in detected:
detected.append(osxml2.shortid)
if not detected:
raise AssertionError(
"treeinfodata unmatched: %s [expected=%s]" % (treeinfodatapath, osname)
)
if detected == [osname]:
continue
raise AssertionError(
"data: %s\nMatched=%s but expected=%s"
% (treeinfodatapath, detected, [osname])
)
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