def _collect(self):
self._non_private_cp_to_atoms = defaultdict(list)
self._private_cp_to_atoms = defaultdict(list)
self._total_count = 0
self._private_count = 0
for location in self._locations():
for x in portage.grabfile_package(os.path.join(
location, self._section),
recursive=1):
self._total_count = self._total_count + 1
if x.startswith('-'):
print ' no proper support for "-cat/pkg" style entry "%s" yet, sorry.' % x.strip(
)
continue
cp = get_cp(x)
if self._privacy_filter and is_private_package_atom(cp):
self._private_count = self._private_count + 1
dict_ref = self._private_cp_to_atoms
else:
dict_ref = self._non_private_cp_to_atoms
merge_with = set([x])
if cp in dict_ref:
dict_ref[cp] = dict_ref[cp].union(merge_with)
else:
dict_ref[cp] = merge_with
def _hits(self, cpv, dict_ref):
test_atom = '=' + cpv
cp = get_cp(test_atom)
if cp not in dict_ref:
return False
for a in dict_ref[cp]:
if portage.dep.get_operator(a) == None:
return True
elif not not portage.dep.match_from_list(test_atom, [a]):
return True
return False
def _hits(self, cpv, dict_ref):
test_atom = '=' + cpv
cp = get_cp(test_atom)
if cp not in dict_ref:
return False
for a in dict_ref[cp]:
if portage.dep.get_operator(a) == None:
return True
elif not not portage.dep.match_from_list(test_atom, [a]):
return True
return False
def is_private_package_atom(atom, installed_from=None, debug=False):
cat = catsplit(get_cp(atom))[0]
if GeneratedPackages().is_generated_cat(cat):
if GeneratedPackages().is_private_cat(cat):
if debug:
print ' skipping "%s" (%s, %s)' % \
(atom, 'was generated', 'is currently blacklisted')
return True
else:
if installed_from and \
installed_from[0] != '' and \
not GeneratedPackages().is_dedicated_repo_name(
installed_from[0]):
if debug:
print ' removing %s source tree "%s" for atom "%s"' % \
('misleading', installed_from[0], atom)
installed_from[0] = ''
if installed_from != None:
"""
- We collect private packages iff they come from a non-private
overlay, because that means they were in there before and are
actually not private. An example would be media-sound/xmms.
- We collect packages from private overlays iff the package also
exists in a non-private overlay. An example would be that
you posted your ebuild to bugs.gentoo.org and somebody added
it to the tree in the meantime.
"""
if not Overlays().is_private_overlay_name(installed_from[0]):
return False
if not Overlays().is_private_package_atom(atom):
if installed_from and installed_from[0] != '':
if debug:
print ' removing %s source tree "%s" for atom "%s"' % \
('private', installed_from[0], atom)
installed_from[0] = ''
return False
if debug:
print ' skipping "%s" (%s, %s)' % \
(atom, 'was installed from private tree',
'is currently not in non-private tree')
return True
else:
not_in_public_trees = Overlays().is_private_package_atom(atom)
if debug and not_in_public_trees:
print ' skipping "%s" (not in public trees)' % atom
return not_in_public_trees
def is_private_package_atom(atom, installed_from=None, debug=False):
cat = catsplit(get_cp(atom))[0]
if GeneratedPackages().is_generated_cat(cat):
if GeneratedPackages().is_private_cat(cat):
if debug:
print ' skipping "%s" (%s, %s)' % \
(atom, 'was generated', 'is currently blacklisted')
return True
else:
if installed_from and \
installed_from[0] != '' and \
not GeneratedPackages().is_dedicated_repo_name(
installed_from[0]):
if debug:
print ' removing %s source tree "%s" for atom "%s"' % \
('misleading', installed_from[0], atom)
installed_from[0] = ''
if installed_from != None:
"""
- We collect private packages iff they come from a non-private
overlay, because that means they were in there before and are
actually not private. An example would be media-sound/xmms.
- We collect packages from private overlays iff the package also
exists in a non-private overlay. An example would be that
you posted your ebuild to bugs.gentoo.org and somebody added
it to the tree in the meantime.
"""
if not Overlays().is_private_overlay_name(installed_from[0]):
return False
if not Overlays().is_private_package_atom(atom):
if installed_from and installed_from[0] != '':
if debug:
print ' removing %s source tree "%s" for atom "%s"' % \
('private', installed_from[0], atom)
installed_from[0] = ''
return False
if debug:
print ' skipping "%s" (%s, %s)' % \
(atom, 'was installed from private tree',
'is currently not in non-private tree')
return True
else:
not_in_public_trees = Overlays().is_private_package_atom(atom)
if debug and not_in_public_trees:
print ' skipping "%s" (not in public trees)' % atom
return not_in_public_trees
def _collect(self):
self._non_private_cp_to_atoms = defaultdict(list)
self._private_cp_to_atoms = defaultdict(list)
self._total_count = 0
self._private_count = 0
for location in self._locations():
for x in portage.grabfile_package(
os.path.join(location, self._section), recursive = 1):
self._total_count = self._total_count + 1
if x.startswith('-'):
print ' no proper support for "-cat/pkg" style entry "%s" yet, sorry.' % x.strip()
continue
cp = get_cp(x)
if self._privacy_filter and is_private_package_atom(cp):
self._private_count = self._private_count + 1
dict_ref = self._private_cp_to_atoms
else:
dict_ref = self._non_private_cp_to_atoms
merge_with = set([x])
if cp in dict_ref:
dict_ref[cp] = dict_ref[cp].union(merge_with)
else:
dict_ref[cp] = merge_with
def is_private_package_atom(self, atom):
cp = get_cp(atom)
return not self._dbapi.cp_list(cp)
def is_private_package_atom(self, atom):
cp = get_cp(atom)
return not self._dbapi.cp_list(cp)
