def verify_facets(tree, description_list, subset, mat, first, matlimit):
def flatten(tree):
for k, v in tree.items():
if v is None and '.yaml' in k:
yield k
elif v is not None and '.disable' not in k:
for x in flatten(v):
yield x
def pptree(tree, tabs=0):
ret = ""
for k, v in tree.items():
if v is None:
ret += ('\t' * tabs) + k.ljust(10) + "\n"
else:
ret += ('\t' * tabs) + (k + ':').ljust(10) + "\n"
ret += pptree(v, tabs + 1)
return ret
def deyamlify(name):
if name.endswith('.yaml'):
return name[:-5]
else:
return name
for facet in (deyamlify(_) for _ in flatten(tree)):
found = False
for i in description_list:
if facet in i:
found = True
break
if not found:
print(
"tree\n{tree}\ngenerated list\n{desc}\n\nfrom matrix\n\n{matrix}\nsubset {subset} without facet {fac}"
.format(tree=pptree(tree),
desc='\n'.join(description_list),
subset=subset,
matrix=str(mat),
fac=facet))
all_desc = build_matrix.generate_combinations(
'root', mat, 0, mat.size())
for i, desc in zip(range(mat.size()), all_desc):
if i == first:
print('==========')
print("{} {}".format(i, desc))
if i + 1 == matlimit:
print('==========')
assert found
def verify_facets(tree, description_list, subset, mat, first, matlimit):
def flatten(tree):
for k,v in tree.iteritems():
if v is None and '.yaml' in k:
yield k
elif v is not None and '.disable' not in k:
for x in flatten(v):
yield x
def pptree(tree, tabs=0):
ret = ""
for k, v in tree.iteritems():
if v is None:
ret += ('\t'*tabs) + k.ljust(10) + "\n"
else:
ret += ('\t'*tabs) + (k + ':').ljust(10) + "\n"
ret += pptree(v, tabs+1)
return ret
for facet in flatten(tree):
found = False
for i in description_list:
if facet in i:
found = True
break
if not found:
print "tree\n{tree}\ngenerated list\n{desc}\n\nfrom matrix\n\n{matrix}\nsubset {subset} without facet {fac}".format(
tree=pptree(tree),
desc='\n'.join(description_list),
subset=subset,
matrix=str(mat),
fac=facet)
all_desc = build_matrix.generate_combinations(
'root',
mat,
0,
mat.size())
for i, desc in zip(xrange(mat.size()), all_desc):
if i == first:
print '=========='
print i, desc
if i + 1 == matlimit:
print '=========='
assert found
def output_summary(path,
limit=0,
seed=None,
subset=None,
show_desc=True,
show_frag=False,
show_matrix=False,
filter_in=None,
filter_out=None,
filter_all=None,
filter_fragments=True):
"""
Prints number of all facets for a given suite for inspection,
taking into accout such options like --subset, --filter,
--filter-out and --filter-all. Optionally dumps matrix objects,
yaml files which is used for generating combinations.
"""
random.seed(seed)
mat, first, matlimit = _get_matrix(path, subset)
configs = generate_combinations(path, mat, first, matlimit)
count = 0
suite = os.path.basename(path)
config_list = util.filter_configs(configs,
suite_name=suite,
filter_in=filter_in,
filter_out=filter_out,
filter_all=filter_all,
filter_fragments=filter_fragments)
for c in config_list:
if limit and count >= limit:
break
count += 1
if show_desc or show_frag:
print("{}".format(c[0]))
if show_frag:
for path in c[1]:
print(" {}".format(util.strip_fragment_path(path)))
if show_matrix:
print(mat.tostr(1))
print("# {}/{} {}".format(count, len(configs), path))
def generate_description_list(tree, subset):
mat, first, matlimit = build_matrix._get_matrix('root', subset=subset)
return [
i[0] for i in build_matrix.generate_combinations(
'root', mat, first, matlimit)
], mat, first, matlimit
def generate_description_list(tree, subset):
mat, first, matlimit = build_matrix._get_matrix(
'root', subset=subset)
return [i[0] for i in build_matrix.generate_combinations(
'root', mat, first, matlimit)], mat, first, matlimit
