def check_summary(self, pkg, lang, ignored_words):
summary = pkg.langtag(rpm.RPMTAG_SUMMARY, lang)
if use_utf8:
if not Pkg.is_utf8_bytestr(summary):
printError(pkg, 'tag-not-utf8', 'Summary', lang)
summary = Pkg.to_unicode(summary)
else:
summary = Pkg.b2s(summary)
self._unexpanded_macros(pkg, 'Summary(%s)' % lang, summary)
spell_check(pkg, summary, 'Summary(%s)', lang, ignored_words)
if '\n' in summary:
printError(pkg, 'summary-on-multiple-lines', lang)
if summary[0] != summary[0].upper():
printWarning(pkg, 'summary-not-capitalized', lang, summary)
if summary[-1] == '.':
printWarning(pkg, 'summary-ended-with-dot', lang, summary)
if len(summary) > max_line_len:
printError(pkg, 'summary-too-long', lang, summary)
if leading_space_regex.search(summary):
printError(pkg, 'summary-has-leading-spaces', lang, summary)
res = forbidden_words_regex.search(summary)
if res and Config.getOption('ForbiddenWords'):
printWarning(pkg, 'summary-use-invalid-word', lang, res.group(1))
if pkg.name:
sepchars = '[\s' + punct + ']'
res = re.search('(?:^|\s)(%s)(?:%s|$)' %
(re.escape(pkg.name), sepchars),
summary, re.IGNORECASE | re.UNICODE)
if res:
printWarning(pkg, 'name-repeated-in-summary', lang,
res.group(1))
def check_syntax_script(prog, commandline, script):
if not script:
return False
# TODO: test that "prog" is available/executable
tmpfile, tmpname = Pkg.mktemp()
try:
tmpfile.write(script)
tmpfile.close()
ret = Pkg.getstatusoutput((prog, commandline, tmpname))
finally:
tmpfile.close()
os.remove(tmpname)
return ret[0]
def check(self, pkg):
res = pkg.checkSignature()
if not res or res[0] != 0:
if res and res[1]:
kres = SignatureCheck.unknown_key_regex.search(res[1])
else:
kres = None
if kres:
printError(pkg, "unknown-key", kres.group(1))
else:
Pkg.warn("Error checking signature of %s: %s" %
(pkg.filename, res[1]))
else:
if not SignatureCheck.pgp_regex.search(res[1]):
printError(pkg, "no-signature")
def check(self, pkg):
if pkg.isSource():
return
alt_files = set()
for script in (pkg.header[tag]
for tag in (rpm.RPMTAG_POSTIN,
rpm.RPMTAG_PREIN,
rpm.RPMTAG_POSTTRANS)):
alt_files.update(self.read_ghost_files(Pkg.b2s(script)))
files = pkg.files()
ghost_files = pkg.ghostFiles()
for af in alt_files:
# /etc/alternatives/$(basename) should be a ghost file
etc_alt_file = "/etc/alternatives/%s" % os.path.basename(af)
if etc_alt_file not in files:
printWarning(pkg,
'suse-alternative-link-missing', etc_alt_file)
elif etc_alt_file not in ghost_files:
printWarning(pkg,
'suse-alternative-link-not-ghost', etc_alt_file)
# generic-name should be a symlink to /etc/alternatives/$(basename)
if af not in files:
printWarning(pkg,
'suse-alternative-generic-name-missing', af)
elif not stat.S_ISLNK(files[af].mode):
printWarning(pkg,
'suse-alternative-generic-name-not-symlink', af)
def check(self, pkg):
if pkg.isSource():
return;
files = pkg.files()
for fname, pkgfile in files.items():
if pkgfile.is_ghost:
continue
if fname.startswith('/usr/lib/debug') or \
not stat.S_ISREG(pkgfile.mode) or \
not pkgfile.magic.startswith('ELF '):
continue
ret, output = Pkg.getstatusoutput(['ldd', '-r', '-u', pkgfile.path])
for l in output.split('\n'):
l = l.lstrip()
if not l.startswith('/'):
continue
lib = l.rsplit('/')[-1]
if lib in ('libdl.so.2', 'libm.so.6', 'libpthread.so.0'):
continue
printError(pkg, 'elf-binary-unused-dependency', fname, lib)
def check_spec(self, pkg, spec_file, spec_lines=[]):
'''SCL spec file checks'''
spec = '\n'.join(Pkg.readlines(spec_file))
if global_scl_definition.search(spec):
self.check_metapackage(pkg, spec)
elif scl_package_definition.search(spec):
self.check_scl_spec(pkg, spec)
elif scl_use.search(spec):
printError(pkg, 'undeclared-scl')
def check_spec(self, pkg, spec_file):
"""SCL spec file checks"""
spec = "\n".join(Pkg.readlines(spec_file))
if global_scl_definition.search(spec):
self.check_metapackage(pkg, spec)
elif scl_package_definition.search(spec):
self.check_scl_spec(pkg, spec)
elif scl_use.search(spec):
printError(pkg, "undeclared-scl")
def check_file(self, pkg, filename):
beam = BeamFile(pkg.files()[filename].path)
if 'debug_info' not in beam.compileinfo['options']:
Filter.printWarning(
pkg, "beam-compiled-without-debug_info", filename)
if not self.source_re.match(Pkg.b2s(beam.compileinfo['source'].value)):
Filter.printWarning(
pkg, "beam-was-not-recompiled", filename,
beam.compileinfo['source'].value)
def test_parse_deps(self):
for (arg, exp) in (
("a, b < 1.0 c = 5:2.0-3 d",
[("a", 0, (None, None, None)),
("b", rpm.RPMSENSE_LESS, (None, "1.0", None)),
("c", rpm.RPMSENSE_EQUAL, ("5", "2.0", "3")),
("d", 0, (None, None, None))]),
):
self.assertEqual(Pkg.parse_deps(arg), exp)
def check_description(self, pkg, lang, ignored_words):
description = pkg.langtag(rpm.RPMTAG_DESCRIPTION, lang)
self._unexpanded_macros(pkg, '%%description -l %s' % lang, description)
utf8desc = description
if use_utf8:
utf8desc = Pkg.to_utf8(description).decode('utf-8')
spell_check(pkg, utf8desc, '%%description -l %s', lang, ignored_words)
for l in utf8desc.splitlines():
if len(l) > max_line_len:
printError(pkg, 'description-line-too-long', lang, l)
res = forbidden_words_regex.search(l)
if res and Config.getOption('ForbiddenWords'):
printWarning(pkg, 'description-use-invalid-word', lang,
res.group(1))
res = tag_regex.search(l)
if res:
printWarning(pkg, 'tag-in-description', lang, res.group(1))
if use_utf8 and not Pkg.is_utf8_str(description):
printError(pkg, 'tag-not-utf8', '%description', lang)
def check_file(self, pkg, filename):
try:
f = open(filename)
except:
return
try:
first_line = f.read(256).split("\n")[0]
if self.RE_BIN_SH.match(first_line):
status, output = Pkg.getstatusoutput(["dash", "-n", filename])
if status == 2:
printWarning(pkg, "bin-sh-syntax-error", filename)
try:
status, output = Pkg.getstatusoutput(["checkbashisms", filename])
if status == 1:
printInfo(pkg, "potential-bashisms", filename)
except Exception as x:
printError(pkg, 'rpmlint-exception', "%(file)s raised an exception: %(x)s" % {'file':filename, 'x':x})
finally:
f.close()
def check(self, pkg):
# Check only binary package
if pkg.isSource():
return
initscript_list = []
for fname, pkgfile in pkg.files().items():
if not fname.startswith('/etc/init.d/') and \
not fname.startswith('/etc/rc.d/init.d/'):
continue
basename = os.path.basename(fname)
initscript_list.append(basename)
if pkgfile.mode & 0500 != 0500:
printError(pkg, 'init-script-non-executable', fname)
if "." in basename:
printError(pkg, 'init-script-name-with-dot', fname)
# check chkconfig call in %post and %preun
postin = pkg[rpm.RPMTAG_POSTIN] or \
pkg.scriptprog(rpm.RPMTAG_POSTINPROG)
if not postin:
printError(pkg, 'init-script-without-chkconfig-postin', fname)
elif not chkconfig_regex.search(postin):
printError(pkg, 'postin-without-chkconfig', fname)
preun = pkg[rpm.RPMTAG_PREUN] or \
pkg.scriptprog(rpm.RPMTAG_PREUNPROG)
if not preun:
printError(pkg, 'init-script-without-chkconfig-preun', fname)
elif not chkconfig_regex.search(preun):
printError(pkg, 'preun-without-chkconfig', fname)
status_found = False
reload_found = False
chkconfig_content_found = False
subsys_regex_found = False
in_lsb_tag = False
in_lsb_description = False
lastline = ''
lsb_tags = {}
# check common error in file content
content = None
try:
content = Pkg.readlines(pkgfile.path)
except Exception, e:
printWarning(pkg, 'read-error', e)
continue
def check_syntax_script(prog, commandline, script):
if not script:
return False
# TODO: test that "prog" is available/executable
tmpfd, tmpname = tempfile.mkstemp(prefix='rpmlint.')
tmpfile = os.fdopen(tmpfd, 'wb')
try:
tmpfile.write(script)
tmpfile.close()
ret = Pkg.getstatusoutput((prog, commandline, tmpname))
finally:
tmpfile.close()
os.remove(tmpname)
return ret[0]
def check(self, pkg):
for fname, pkgfile in pkg.files().items():
path = pkgfile.path
if zip_regex.search(fname) and os.path.exists(path) and \
stat.S_ISREG(os.lstat(path)[stat.ST_MODE]) and \
zipfile.is_zipfile(path):
z = None # TODO ZipFile is context manager in 2.7+
try:
z = zipfile.ZipFile(path, 'r')
badcrc = z.testzip()
if badcrc:
printError(pkg, 'bad-crc-in-zip', badcrc, fname)
except zipfile.error:
printWarning(pkg, 'unable-to-read-zip', '%s: %s' %
(fname, sys.exc_info()[1]))
else:
compressed = False
for zinfo in z.infolist():
if zinfo.compress_type != zipfile.ZIP_STORED:
compressed = True
break
if not compressed:
printWarning(pkg, 'uncompressed-zip', fname)
# additional jar checks
if jar_regex.search(fname):
try:
mf = Pkg.b2s(z.read('META-INF/MANIFEST.MF'))
if classpath_regex.search(mf):
printWarning(pkg,
'class-path-in-manifest', fname)
except KeyError:
# META-INF/* are optional:
# http://java.sun.com/j2se/1.4/docs/guide/jar/jar.html
pass
try:
zinfo = z.getinfo('META-INF/INDEX.LIST')
if not want_indexed_jars:
printWarning(pkg, 'jar-indexed', fname)
except KeyError:
if want_indexed_jars:
printWarning(pkg, 'jar-not-indexed', fname)
pass
z and z.close()
'variantions': 'variations',
'varient': 'variant',
'verson': 'version',
'vicefersa': 'vice-versa',
'yur': 'your',
'wheter': 'whether',
'wierd': 'weird',
'xwindows': 'X'
}
DEFAULT_INVALID_REQUIRES = ('^is$', '^not$', '^owned$', '^by$', '^any$',
'^package$', '^libsafe\.so\.')
VALID_GROUPS = Config.getOption('ValidGroups', None)
if VALID_GROUPS is None: # get defaults from rpm package only if it's not set
VALID_GROUPS = Pkg.get_default_valid_rpmgroups()
VALID_LICENSES = Config.getOption('ValidLicenses', DEFAULT_VALID_LICENSES)
INVALID_REQUIRES = map(re.compile, Config.getOption('InvalidRequires', DEFAULT_INVALID_REQUIRES))
packager_regex = re.compile(Config.getOption('Packager'))
changelog_version_regex = re.compile('[^>]([^ >]+)\s*$')
changelog_text_version_regex = re.compile('^\s*-\s*((\d+:)?[\w\.]+-[\w\.]+)')
release_ext = Config.getOption('ReleaseExtension')
extension_regex = release_ext and re.compile(release_ext)
use_version_in_changelog = Config.getOption('UseVersionInChangelog', True)
devel_number_regex = re.compile('(.*?)([0-9.]+)(_[0-9.]+)?-devel')
lib_devel_number_regex = re.compile('^lib(.*?)([0-9.]+)(_[0-9.]+)?-devel')
invalid_url_regex = re.compile(Config.getOption('InvalidURL'), re.IGNORECASE)
lib_package_regex = re.compile('(?:^(?:compat-)?lib.*?(\.so.*)?|libs?[\d-]*)$', re.IGNORECASE)
leading_space_regex = re.compile('^\s+')
license_regex = re.compile('\(([^)]+)\)|\s(?:and|or)\s')
invalid_version_regex = re.compile('([0-9](?:rc|alpha|beta|pre).*)', re.IGNORECASE)
def spell_check(pkg, str, fmt, lang, ignored):
dict_found = True
warned = set()
if enchant:
if lang == 'C':
lang = 'en_US'
checker = _enchant_checkers.get(lang)
if not checker and lang not in _enchant_checkers:
try:
checker = enchant.checker.SpellChecker(
lang, filters=[enchant.tokenize.EmailFilter,
enchant.tokenize.URLFilter,
enchant.tokenize.WikiWordFilter])
except enchant.DictNotFoundError:
printInfo(pkg, 'enchant-dictionary-not-found', lang)
pass
_enchant_checkers[lang] = checker
if checker:
# squeeze whitespace to ease leading context check
checker.set_text(re.sub(r'\s+', ' ', str))
if use_utf8:
uppername = Pkg.to_unicode(pkg.header[rpm.RPMTAG_NAME]).upper()
else:
uppername = pkg.name.upper()
upperparts = uppername.split('-')
if lang.startswith('en'):
ups = [x + "'S" for x in upperparts]
upperparts.extend(ups)
for err in checker:
# Skip already warned and ignored words
if err.word in warned or err.word in ignored:
continue
# Skip all capitalized words that do not start a sentence
if err.word[0].isupper() and not \
sentence_break_regex.search(checker.leading_context(3)):
continue
upperword = err.word.upper()
# Skip all uppercase words
if err.word == upperword:
continue
# Skip errors containing package name or equal to a
# "component" of it, case insensitively
if uppername in upperword or upperword in upperparts:
continue
# Work around enchant's digit tokenizing behavior:
# http://github.com/rfk/pyenchant/issues/issue/3
if checker.leading_context(1).isdigit() or \
checker.trailing_context(1).isdigit():
continue
# Warn and suggest
sug = ', '.join(checker.suggest()[:3])
if sug:
sug = '-> %s' % sug
printWarning(pkg, 'spelling-error', fmt % lang, err.word, sug)
warned.add(err.word)
else:
dict_found = False
if not enchant or not dict_found:
for seq in str.split():
for word in re.split('[^a-z]+', seq.lower()):
if len(word) == 0:
continue
correct = BAD_WORDS.get(word)
if not correct:
continue
if word[0] == '\'':
word = word[1:]
if word[-1] == '\'':
word = word[:-1]
if word in warned or word in ignored:
continue
printWarning(pkg, 'spelling-error', fmt % lang, word, '->',
correct)
warned.add(word)
def __init__(self, old, new, ignore=None):
self.result = []
self.ignore = ignore
if self.ignore is None:
self.ignore = []
FILEIDX = self.__FILEIDX
for tag in self.ignore:
for entry in FILEIDX:
if tag == entry[0]:
entry[1] = None
break
try:
old = self.__load_pkg(old).header
new = self.__load_pkg(new).header
except KeyError as e:
Pkg.warn(str(e))
sys.exit(2)
# Compare single tags
for tag in self.TAGS:
old_tag = old[tag]
new_tag = new[tag]
if old_tag != new_tag:
tagname = rpm.tagnames[tag]
if old_tag is None:
self.__add(self.FORMAT, (self.ADDED, tagname))
elif new_tag is None:
self.__add(self.FORMAT, (self.REMOVED, tagname))
else:
self.__add(self.FORMAT, ('S.5.....', tagname))
# compare Provides, Requires, ...
for tag in self.PRCO:
self.__comparePRCOs(old, new, tag)
# compare the files
old_files_dict = self.__fileIteratorToDict(old.fiFromHeader())
new_files_dict = self.__fileIteratorToDict(new.fiFromHeader())
files = list(
set(itertools.chain(iter(old_files_dict), iter(new_files_dict))))
files.sort()
for f in files:
diff = False
old_file = old_files_dict.get(f)
new_file = new_files_dict.get(f)
if not old_file:
self.__add(self.FORMAT, (self.ADDED, f))
elif not new_file:
self.__add(self.FORMAT, (self.REMOVED, f))
else:
format = ''
for entry in FILEIDX:
if entry[1] is not None and \
old_file[entry[1]] != new_file[entry[1]]:
format = format + entry[0]
diff = True
else:
format = format + '.'
if diff:
self.__add(self.FORMAT, (format, f))
def __init__(self, pkg, path, file, is_ar, is_shlib):
self.readelf_error = False
self.needed = []
self.rpath = []
self.undef = []
self.unused = []
self.comment = False
self.soname = False
self.non_pic = True
self.stack = False
self.exec_stack = False
self.exit_calls = []
self.forbidden_calls = []
fork_called = False
self.tail = ''
self.setgid = False
self.setuid = False
self.setgroups = False
self.chroot = False
self.chdir = False
self.chroot_near_chdir = False
self.mktemp = False
is_debug = path.endswith('.debug')
cmd = ['env', 'LC_ALL=C', 'readelf', '-W', '-S', '-l', '-d', '-s']
cmd.append(path)
res = Pkg.getstatusoutput(cmd)
if not res[0]:
lines = res[1].splitlines()
for l in lines:
r = BinaryInfo.needed_regex.search(l)
if r:
self.needed.append(r.group(1))
continue
r = BinaryInfo.rpath_regex.search(l)
if r:
for p in r.group(1).split(':'):
self.rpath.append(p)
continue
if BinaryInfo.comment_regex.search(l):
self.comment = True
continue
if BinaryInfo.pic_regex.search(l):
self.non_pic = False
continue
r = BinaryInfo.soname_regex.search(l)
if r:
self.soname = r.group(1)
continue
r = BinaryInfo.stack_regex.search(l)
if r:
self.stack = True
flags = r.group(1)
if flags and BinaryInfo.stack_exec_regex.search(flags):
self.exec_stack = True
continue
if l.startswith("Symbol table"):
break
for l in lines:
r = BinaryInfo.call_regex.search(l)
if not r:
continue
l = r.group(1)
if BinaryInfo.mktemp_call_regex.search(l):
self.mktemp = True
if BinaryInfo.setgid_call_regex.search(l):
self.setgid = True
if BinaryInfo.setuid_call_regex.search(l):
self.setuid = True
if BinaryInfo.setgroups_call_regex.search(l):
self.setgroups = True
if BinaryInfo.chdir_call_regex.search(l):
self.chdir = True
if BinaryInfo.chroot_call_regex.search(l):
self.chroot = True
if BinaryInfo.forbidden_functions:
for r_name, func in BinaryInfo.forbidden_functions.items():
ret = func['f_regex'].search(l)
if ret:
self.forbidden_calls.append(r_name)
if is_shlib:
r = BinaryInfo.exit_call_regex.search(l)
if r:
self.exit_calls.append(r.group(1))
continue
r = BinaryInfo.fork_call_regex.search(l)
if r:
fork_called = True
continue
# check if we don't have a string that will automatically
# waive the presence of a forbidden call
if self.forbidden_calls:
cmd = ['env', 'LC_ALL=C', 'strings']
cmd.append(path)
res = Pkg.getstatusoutput(cmd)
if not res[0]:
for l in res[1].splitlines():
# as we need to remove elements, iterate backwards
for i in range(len(self.forbidden_calls) - 1, -1, -1):
func = self.forbidden_calls[i]
f = BinaryInfo.forbidden_functions[func]
if 'waiver_regex' not in f:
continue
r = f['waiver_regex'].search(l)
if r:
del self.forbidden_calls[i]
if self.non_pic:
self.non_pic = 'TEXTREL' in res[1]
# Ignore all exit() calls if fork() is being called.
# Does not have any context at all but without this kludge, the
# number of false positives would probably be intolerable.
if fork_called:
self.exit_calls = []
# check if chroot is near chdir (since otherwise, chroot is called
# without chdir)
# Currently this implementation works only on x86_64 due to reliance
# on x86_64 specific assembly. Skip it on other architectures
if pkg.arch == 'x86_64' and self.chroot and self.chdir:
p = subprocess.Popen(
['env', 'LC_ALL=C', 'objdump', '-d', path],
stdout=subprocess.PIPE, bufsize=-1)
with p.stdout:
index = 0
chroot_index = -99
chdir_index = -99
for line in p.stdout:
res = BinaryInfo.objdump_call_regex.search(line)
if not res:
continue
if b'@plt' not in res.group(1):
pass
elif b'chroot@plt' in res.group(1):
chroot_index = index
if abs(chroot_index - chdir_index) <= 2:
self.chroot_near_chdir = True
break
elif b'chdir@plt' in res.group(1):
chdir_index = index
if abs(chroot_index - chdir_index) <= 2:
self.chroot_near_chdir = True
break
index += 1
if p.wait() and not self.chroot_near_chdir:
printWarning(pkg, 'binaryinfo-objdump-failed', file)
self.chroot_near_chdir = True # avoid false positive
else:
self.readelf_error = True
printWarning(pkg, 'binaryinfo-readelf-failed',
file, re.sub('\n.*', '', res[1]))
try:
with open(path, 'rb') as fobj:
fobj.seek(-12, os.SEEK_END)
self.tail = Pkg.b2s(fobj.read())
except Exception as e:
printWarning(pkg, 'binaryinfo-tail-failed %s: %s' % (file, e))
# Undefined symbol and unused direct dependency checks make sense only
# for installed packages.
# skip debuginfo: https://bugzilla.redhat.com/190599
if not is_ar and not is_debug and isinstance(pkg, Pkg.InstalledPkg):
# We could do this with objdump, but it's _much_ simpler with ldd.
res = Pkg.getstatusoutput(
('env', 'LC_ALL=C', 'ldd', '-d', '-r', path))
if not res[0]:
for l in res[1].splitlines():
undef = BinaryInfo.undef_regex.search(l)
if undef:
self.undef.append(undef.group(1))
if self.undef:
cmd = self.undef[:]
cmd.insert(0, 'c++filt')
try:
res = Pkg.getstatusoutput(cmd)
if not res[0]:
self.undef = res[1].splitlines()
except:
pass
else:
printWarning(pkg, 'ldd-failed', file)
res = Pkg.getstatusoutput(
('env', 'LC_ALL=C', 'ldd', '-r', '-u', path))
if res[0]:
# Either ldd doesn't grok -u (added in glibc 2.3.4) or we have
# unused direct dependencies
in_unused = False
for l in res[1].splitlines():
if not l.rstrip():
pass
elif l.startswith('Unused direct dependencies'):
in_unused = True
elif in_unused:
unused = BinaryInfo.unused_regex.search(l)
if unused:
self.unused.append(unused.group(1))
else:
in_unused = False
def __init__(self, pkg, path, file, is_ar, is_shlib):
self.readelf_error = False
self.needed = []
self.rpath = []
self.undef = []
self.unused = []
self.comment = False
self.soname = False
self.non_pic = True
self.stack = False
self.exec_stack = False
self.exit_calls = []
self.forbidden_calls = []
fork_called = False
self.tail = ''
self.setgid = False
self.setuid = False
self.setgroups = False
self.chroot = False
self.chdir = False
self.chroot_near_chdir = False
self.mktemp = False
is_debug = path.endswith('.debug')
cmd = ['env', 'LC_ALL=C', 'readelf', '-W', '-S', '-l', '-d', '-s']
cmd.append(path)
res = Pkg.getstatusoutput(cmd)
if not res[0]:
lines = res[1].splitlines()
for l in lines:
r = BinaryInfo.needed_regex.search(l)
if r:
self.needed.append(r.group(1))
continue
r = BinaryInfo.rpath_regex.search(l)
if r:
for p in r.group(1).split(':'):
self.rpath.append(p)
continue
if BinaryInfo.comment_regex.search(l):
self.comment = True
continue
if BinaryInfo.pic_regex.search(l):
self.non_pic = False
continue
r = BinaryInfo.soname_regex.search(l)
if r:
self.soname = r.group(1)
continue
r = BinaryInfo.stack_regex.search(l)
if r:
self.stack = True
flags = r.group(1)
if flags and BinaryInfo.stack_exec_regex.search(flags):
self.exec_stack = True
continue
if l.startswith("Symbol table"):
break
for l in lines:
r = BinaryInfo.call_regex.search(l)
if not r:
continue
l = r.group(1)
if BinaryInfo.mktemp_call_regex.search(l):
self.mktemp = True
if BinaryInfo.setgid_call_regex.search(l):
self.setgid = True
if BinaryInfo.setuid_call_regex.search(l):
self.setuid = True
if BinaryInfo.setgroups_call_regex.search(l):
self.setgroups = True
if BinaryInfo.chdir_call_regex.search(l):
self.chdir = True
if BinaryInfo.chroot_call_regex.search(l):
self.chroot = True
if BinaryInfo.forbidden_functions:
for r_name, func in BinaryInfo.forbidden_functions.items():
ret = func['f_regex'].search(l)
if ret:
self.forbidden_calls.append(r_name)
if is_shlib:
r = BinaryInfo.exit_call_regex.search(l)
if r:
self.exit_calls.append(r.group(1))
continue
r = BinaryInfo.fork_call_regex.search(l)
if r:
fork_called = True
continue
# check if we don't have a string that will automatically
# waive the presence of a forbidden call
if self.forbidden_calls:
cmd = ['env', 'LC_ALL=C', 'strings']
cmd.append(path)
res = Pkg.getstatusoutput(cmd)
if not res[0]:
for l in res[1].splitlines():
# as we need to remove elements, iterate backwards
for i in range(len(self.forbidden_calls) - 1, -1, -1):
func = self.forbidden_calls[i]
f = BinaryInfo.forbidden_functions[func]
if 'waiver_regex' not in f:
continue
r = f['waiver_regex'].search(l)
if r:
del self.forbidden_calls[i]
if self.non_pic:
self.non_pic = 'TEXTREL' in res[1]
# Ignore all exit() calls if fork() is being called.
# Does not have any context at all but without this kludge, the
# number of false positives would probably be intolerable.
if fork_called:
self.exit_calls = []
# check if chroot is near chdir (since otherwise, chroot is called
# without chdir)
if self.chroot and self.chdir:
# FIXME this check is too slow, because forking for objdump is
# quite slow according to a quick test and that's quite visible
# on a server like postfix
res = Pkg.getstatusoutput(
('env', 'LC_ALL=C', 'objdump', '-d', path))
if not res[0]:
call = []
# we want that :
# 401eb8: e8 c3 f0 ff ff callq 400f80 <free@plt>
for l in res[1].splitlines():
# call is for x86 32 bits, callq for x86_64
if l.find('callq ') >= 0 or l.find('call ') >= 0:
call.append(l.rpartition(' ')[2])
for index, c in enumerate(call):
if c.find('chroot@plt') >= 0:
for i in call[index - 2:index + 2]:
if i.find('chdir@plt'):
self.chroot_near_chdir = True
else:
self.readelf_error = True
printWarning(pkg, 'binaryinfo-readelf-failed',
file, re.sub('\n.*', '', res[1]))
try:
with open(path, 'rb') as fobj:
fobj.seek(-12, os.SEEK_END)
self.tail = Pkg.b2s(fobj.read())
except Exception as e:
printWarning(pkg, 'binaryinfo-tail-failed %s: %s' % (file, e))
# Undefined symbol and unused direct dependency checks make sense only
# for installed packages.
# skip debuginfo: https://bugzilla.redhat.com/190599
if not is_ar and not is_debug and isinstance(pkg, Pkg.InstalledPkg):
# We could do this with objdump, but it's _much_ simpler with ldd.
res = Pkg.getstatusoutput(
('env', 'LC_ALL=C', 'ldd', '-d', '-r', path))
if not res[0]:
for l in res[1].splitlines():
undef = BinaryInfo.undef_regex.search(l)
if undef:
self.undef.append(undef.group(1))
if self.undef:
cmd = self.undef[:]
cmd.insert(0, 'c++filt')
try:
res = Pkg.getstatusoutput(cmd)
if not res[0]:
self.undef = res[1].splitlines()
except:
pass
else:
printWarning(pkg, 'ldd-failed', file)
res = Pkg.getstatusoutput(
('env', 'LC_ALL=C', 'ldd', '-r', '-u', path))
if res[0]:
# Either ldd doesn't grok -u (added in glibc 2.3.4) or we have
# unused direct dependencies
in_unused = False
for l in res[1].splitlines():
if not l.rstrip():
pass
elif l.startswith('Unused direct dependencies'):
in_unused = True
elif in_unused:
unused = BinaryInfo.unused_regex.search(l)
if unused:
self.unused.append(unused.group(1))
else:
in_unused = False
def spell_check(pkg, str, fmt, lang, ignored):
dict_found = True
warned = set()
if enchant:
if lang == 'C':
lang = 'en_US'
checker = _enchant_checkers.get(lang)
if not checker and lang not in _enchant_checkers:
try:
checker = enchant.checker.SpellChecker(
lang, filters=[enchant.tokenize.EmailFilter,
enchant.tokenize.URLFilter,
enchant.tokenize.WikiWordFilter])
except enchant.DictNotFoundError:
printInfo(pkg, 'enchant-dictionary-not-found', lang)
pass
_enchant_checkers[lang] = checker
if checker:
# squeeze whitespace to ease leading context check
checker.set_text(re.sub(r'\s+', ' ', str))
if use_utf8:
uppername = Pkg.to_unicode(pkg.header[rpm.RPMTAG_NAME]).upper()
else:
uppername = pkg.name.upper()
upperparts = uppername.split('-')
if lang.startswith('en'):
ups = [x + "'S" for x in upperparts]
upperparts.extend(ups)
for err in checker:
# Skip already warned and ignored words
if err.word in warned or err.word in ignored:
continue
# Skip all capitalized words that do not start a sentence
if err.word[0].isupper() and not \
sentence_break_regex.search(checker.leading_context(3)):
continue
upperword = err.word.upper()
# Skip all uppercase words
if err.word == upperword:
continue
# Skip errors containing package name or equal to a
# "component" of it, case insensitively
if uppername in upperword or upperword in upperparts:
continue
# Work around enchant's digit tokenizing behavior:
# http://github.com/rfk/pyenchant/issues/issue/3
if checker.leading_context(1).isdigit() or \
checker.trailing_context(1).isdigit():
continue
# Warn and suggest
sug = ', '.join(checker.suggest()[:3])
if sug:
sug = '-> %s' % sug
printWarning(pkg, 'spelling-error', fmt % lang, err.word, sug)
warned.add(err.word)
else:
dict_found = False
if not enchant or not dict_found:
for seq in str.split():
for word in re.split('[^a-z]+', seq.lower()):
if len(word) == 0:
continue
correct = BAD_WORDS.get(word)
if not correct:
continue
if word[0] == '\'':
word = word[1:]
if word[-1] == '\'':
word = word[:-1]
if word in warned or word in ignored:
continue
printWarning(pkg, 'spelling-error', fmt % lang, word, '->',
correct)
warned.add(word)
def check_spec(self, pkg, spec_file):
self._spec_file = spec_file
spec_only = isinstance(pkg, Pkg.FakePkg)
patches = {}
applied_patches = []
applied_patches_ifarch = []
patches_auto_applied = False
source_dir = False
buildroot = False
configure_linenum = None
configure_cmdline = ""
mklibname = False
is_lib_pkg = False
if_depth = 0
ifarch_depth = -1
current_section = 'package'
buildroot_clean = {'clean': False, 'install': False}
depscript_override = False
depgen_disabled = False
patch_fuzz_override = False
indent_spaces = 0
indent_tabs = 0
files_has_defattr = False
section = {}
# None == main package
current_package = None
package_noarch = {}
is_utf8 = False
if self._spec_file and use_utf8:
if Pkg.is_utf8(self._spec_file):
is_utf8 = True
else:
printError(pkg, "non-utf8-spec-file", self._spec_file)
# gather info from spec lines
pkg.current_linenum = 0
nbsp = chr(0xA0)
if is_utf8:
nbsp = UNICODE_NBSP
do_unicode = is_utf8 and sys.version_info[0] <= 2
for line in Pkg.readlines(spec_file):
pkg.current_linenum += 1
if do_unicode:
line = unicode(line, "utf-8", "replace") # noqa false positive
char = line.find(nbsp)
if char != -1:
printWarning(pkg, "non-break-space", "line %s, char %d" %
(pkg.current_linenum, char))
section_marker = False
for sec, regex in section_regexs.items():
res = regex.search(line)
if res:
current_section = sec
section_marker = True
section[sec] = section.get(sec, 0) + 1
if sec in ('package', 'files'):
rest = filelist_regex.sub('', line[res.end() - 1:])
res = pkgname_regex.search(rest)
if res:
current_package = res.group(1)
else:
current_package = None
break
if section_marker:
if current_section == 'files':
files_has_defattr = False
if not is_lib_pkg and lib_package_regex.search(line):
is_lib_pkg = True
continue
if current_section in ('prep', 'build') and \
contains_buildroot(line):
printWarning(pkg, 'rpm-buildroot-usage', '%' + current_section,
line[:-1].strip())
if make_check_regex.search(line) and current_section not in \
('check', 'changelog', 'package', 'description'):
printWarning(pkg, 'make-check-outside-check-section',
line[:-1])
if current_section in buildroot_clean and \
not buildroot_clean[current_section] and \
contains_buildroot(line) and rm_regex.search(line):
buildroot_clean[current_section] = True
if ifarch_regex.search(line):
if_depth = if_depth + 1
ifarch_depth = if_depth
if if_regex.search(line):
if_depth = if_depth + 1
if setup_regex.match(line):
if not setup_q_regex.search(line):
# Don't warn if there's a -T without -a or -b
if setup_t_regex.search(line):
if setup_ab_regex.search(line):
printWarning(pkg, 'setup-not-quiet')
else:
printWarning(pkg, 'setup-not-quiet')
if current_section != 'prep':
printWarning(pkg, 'setup-not-in-prep')
elif autopatch_regex.search(line):
patches_auto_applied = True
if current_section != 'prep':
printWarning(pkg, '%autopatch-not-in-prep')
else:
res = autosetup_regex.search(line)
if res:
if not autosetup_n_regex.search(res.group(1)):
patches_auto_applied = True
if current_section != 'prep':
printWarning(pkg, '%autosetup-not-in-prep')
if endif_regex.search(line):
if ifarch_depth == if_depth:
ifarch_depth = -1
if_depth = if_depth - 1
res = applied_patch_regex.search(line)
if res:
pnum = res.group(1) or 0
for tmp in applied_patch_p_regex.findall(line) or [pnum]:
pnum = int(tmp)
applied_patches.append(pnum)
if ifarch_depth > 0:
applied_patches_ifarch.append(pnum)
else:
res = applied_patch_pipe_regex.search(line)
if res:
pnum = int(res.group(1))
applied_patches.append(pnum)
if ifarch_depth > 0:
applied_patches_ifarch.append(pnum)
if not res and not source_dir:
res = source_dir_regex.search(line)
if res:
source_dir = True
printError(pkg, "use-of-RPM_SOURCE_DIR")
if configure_linenum:
if configure_cmdline[-1] == "\\":
configure_cmdline = configure_cmdline[:-1] + line.strip()
else:
res = configure_libdir_spec_regex.search(configure_cmdline)
if not res:
# Hack to get the correct (start of ./configure) line
# number displayed:
real_linenum = pkg.current_linenum
pkg.current_linenum = configure_linenum
printWarning(pkg, "configure-without-libdir-spec")
pkg.current_linenum = real_linenum
elif res.group(1):
res = re.match(hardcoded_library_paths, res.group(1))
if res:
printError(pkg, "hardcoded-library-path",
res.group(1), "in configure options")
configure_linenum = None
hashPos = line.find("#")
if current_section != 'changelog':
cfgPos = line.find('./configure')
if cfgPos != -1 and (hashPos == -1 or hashPos > cfgPos):
# store line where it started
configure_linenum = pkg.current_linenum
configure_cmdline = line.strip()
res = hardcoded_library_path_regex.search(line)
if current_section != 'changelog' and res and not \
(biarch_package_regex.match(pkg.name) or
hardcoded_lib_path_exceptions_regex.search(
res.group(1).lstrip())):
printError(pkg, "hardcoded-library-path", "in",
res.group(1).lstrip())
if '%mklibname' in line:
mklibname = True
if current_section == 'package':
# Would be cleaner to get sources and patches from the
# specfile parsed in Python (see below), but we want to
# catch %ifarch'd etc ones as well, and also catch these when
# the specfile is not parseable.
res = patch_regex.search(line)
if res:
pnum = int(res.group(1) or 0)
patches[pnum] = res.group(2)
res = obsolete_tags_regex.search(line)
if res:
printWarning(pkg, "obsolete-tag", res.group(1))
res = buildroot_regex.search(line)
if res:
buildroot = True
if res.group(1).startswith('/'):
printWarning(pkg, 'hardcoded-path-in-buildroot-tag',
res.group(1))
res = buildarch_regex.search(line)
if res:
if res.group(1) != "noarch":
printError(pkg,
'buildarch-instead-of-exclusivearch-tag',
res.group(1))
else:
package_noarch[current_package] = True
res = packager_regex.search(line)
if res:
printWarning(pkg, 'hardcoded-packager-tag', res.group(1))
res = prefix_regex.search(line)
if res:
if not res.group(1).startswith('%'):
printWarning(pkg, 'hardcoded-prefix-tag', res.group(1))
res = prereq_regex.search(line)
if res:
printError(pkg, 'prereq-use', res.group(2))
res = buildprereq_regex.search(line)
if res:
printError(pkg, 'buildprereq-use', res.group(1))
if scriptlet_requires_regex.search(line):
printError(pkg, 'broken-syntax-in-scriptlet-requires',
line.strip())
res = requires_regex.search(line)
if res:
reqs = Pkg.parse_deps(res.group(1))
for req in unversioned(reqs):
if compop_regex.search(req):
printWarning(pkg,
'comparison-operator-in-deptoken',
req)
res = provides_regex.search(line)
if res:
provs = Pkg.parse_deps(res.group(1))
for prov in unversioned(provs):
printWarning(pkg, 'unversioned-explicit-provides',
prov)
if compop_regex.search(prov):
printWarning(pkg,
'comparison-operator-in-deptoken',
prov)
res = obsoletes_regex.search(line)
if res:
obses = Pkg.parse_deps(res.group(1))
for obs in unversioned(obses):
printWarning(pkg, 'unversioned-explicit-obsoletes',
obs)
if compop_regex.search(obs):
printWarning(pkg,
'comparison-operator-in-deptoken',
obs)
res = conflicts_regex.search(line)
if res:
confs = Pkg.parse_deps(res.group(1))
for conf in unversioned(confs):
if compop_regex.search(conf):
printWarning(pkg,
'comparison-operator-in-deptoken',
conf)
if current_section == 'changelog':
for match in AbstractCheck.macro_regex.findall(line):
res = re.match('%+', match)
if len(res.group(0)) % 2:
printWarning(pkg, 'macro-in-%changelog', match)
else:
if not depscript_override:
depscript_override = \
depscript_override_regex.search(line) is not None
if not depgen_disabled:
depgen_disabled = \
depgen_disable_regex.search(line) is not None
if not patch_fuzz_override:
patch_fuzz_override = \
patch_fuzz_override_regex.search(line) is not None
if current_section == 'files':
if not (comment_or_empty_regex.search(line) or
ifarch_regex.search(line) or if_regex.search(line) or
endif_regex.search(line)):
if defattr_regex.search(line):
files_has_defattr = True
elif not (files_has_defattr or attr_regex.search(line)):
printWarning(pkg, 'files-attr-not-set')
# TODO: check scriptlets for these too?
if package_noarch.get(current_package) or \
(current_package not in package_noarch and
package_noarch.get(None)):
res = libdir_regex.search(line)
if res:
pkgname = current_package
if pkgname is None:
pkgname = '(main package)'
printWarning(pkg, 'libdir-macro-in-noarch-package',
pkgname, line.rstrip())
if not indent_tabs and '\t' in line:
indent_tabs = pkg.current_linenum
if not indent_spaces and indent_spaces_regex.search(line):
indent_spaces = pkg.current_linenum
# Check if egrep or fgrep is used
if current_section not in \
('package', 'changelog', 'description', 'files'):
greps = deprecated_grep_regex.findall(line)
if greps:
printWarning(pkg, "deprecated-grep", greps)
# If not checking spec file only, we're checking one inside a
# SRPM -> skip this check to avoid duplicate warnings (#167)
if spec_only and VALID_GROUPS and \
line.lower().startswith("group:"):
group = line[6:].strip()
if group not in VALID_GROUPS:
printWarning(pkg, 'non-standard-group', group)
# Test if there are macros in comments
if hashPos != -1 and \
(hashPos == 0 or line[hashPos - 1] in (" ", "\t")):
for match in AbstractCheck.macro_regex.findall(
line[hashPos + 1:]):
res = re.match('%+', match)
if len(res.group(0)) % 2:
printWarning(pkg, 'macro-in-comment', match)
# Last line read is not useful after this point
pkg.current_linenum = None
for sect in (x for x in buildroot_clean if not buildroot_clean[x]):
printWarning(pkg, 'no-cleaning-of-buildroot', '%' + sect)
if not buildroot:
printWarning(pkg, 'no-buildroot-tag')
for sec in ('prep', 'build', 'install', 'clean'):
if not section.get(sec):
printWarning(pkg, 'no-%%%s-section' % sec)
for sec in ('changelog',):
# prep, build, install, clean, check prevented by rpmbuild 4.4
if section.get(sec, 0) > 1:
printWarning(pkg, 'more-than-one-%%%s-section' % sec)
if is_lib_pkg and not mklibname:
printError(pkg, 'lib-package-without-%mklibname')
if depscript_override and not depgen_disabled:
printWarning(pkg, 'depscript-without-disabling-depgen')
if patch_fuzz_override:
printWarning(pkg, 'patch-fuzz-is-changed')
if indent_spaces and indent_tabs:
pkg.current_linenum = max(indent_spaces, indent_tabs)
printWarning(pkg, 'mixed-use-of-spaces-and-tabs',
'(spaces: line %d, tab: line %d)' %
(indent_spaces, indent_tabs))
pkg.current_linenum = None
# process gathered info
if not patches_auto_applied:
for pnum, pfile in patches.items():
if pnum in applied_patches_ifarch:
printWarning(pkg, "%ifarch-applied-patch",
"Patch%d:" % pnum, pfile)
if pnum not in applied_patches:
printWarning(pkg, "patch-not-applied",
"Patch%d:" % pnum, pfile)
# Rest of the checks require a real spec file
if not self._spec_file:
return
# We'd like to parse the specfile only once using python bindings,
# but it seems errors from rpmlib get logged to stderr and we can't
# capture and print them nicely, so we do it once each way :P
out = Pkg.getstatusoutput(('env', 'LC_ALL=C', 'rpm', '-q',
'--qf=', '--specfile', self._spec_file))
parse_error = False
for line in out[1].splitlines():
# No such file or dir hack: https://bugzilla.redhat.com/487855
if 'No such file or directory' not in line:
parse_error = True
printError(pkg, 'specfile-error', line)
if not parse_error:
# grab sources and patches from parsed spec object to get
# them with macros expanded for URL checking
spec_obj = None
try:
ts = rpm.TransactionSet()
spec_obj = ts.parseSpec(self._spec_file)
except:
# errors logged above already
pass
if spec_obj:
try:
# rpm < 4.8.0
sources = spec_obj.sources()
except TypeError:
# rpm >= 4.8.0
sources = spec_obj.sources
for src in sources:
(url, num, flags) = src
(scheme, netloc) = urlparse(url)[0:2]
if flags & 1: # rpmspec.h, rpm.org ticket #123
srctype = "Source"
else:
srctype = "Patch"
tag = '%s%s' % (srctype, num)
if scheme and netloc:
info = self.check_url(pkg, tag, url)
if not info or not hasattr(pkg, 'files'):
continue
clen = info.get("Content-Length")
if clen is not None:
clen = int(clen)
cmd5 = info.get("Content-MD5")
if cmd5 is not None:
cmd5 = cmd5.lower()
if clen is not None or cmd5 is not None:
# Not using path from urlparse results to match how
# rpm itself parses the basename.
pkgfile = pkg.files().get(url.split("/")[-1])
if pkgfile:
if clen is not None and pkgfile.size != clen:
printWarning(pkg, 'file-size-mismatch',
'%s = %s, %s = %s' %
(pkgfile.name, pkgfile.size,
url, clen))
# pkgfile.md5 could be some other digest than
# MD5, treat as MD5 only if it's 32 chars long
if cmd5 and len(pkgfile.md5) == 32 \
and pkgfile.md5 != cmd5:
printWarning(pkg, 'file-md5-mismatch',
'%s = %s, %s = %s' %
(pkgfile.name, pkgfile.md5,
url, cmd5))
elif srctype == "Source" and tarball_regex.search(url):
printWarning(pkg, 'invalid-url', '%s:' % tag, url)
def check_aux(self, pkg, files, prog, script, tag, prereq):
if script:
script_str = Pkg.b2s(script)
if prog:
if prog not in valid_shells:
printError(pkg, 'invalid-shell-in-' + tag, prog)
if prog in empty_shells:
printError(pkg, 'non-empty-' + tag, prog)
if prog in syntaxcheck_shells or prog == '/usr/bin/perl':
if percent_regex.search(script_str):
printWarning(pkg, 'percent-in-' + tag)
if bracket_regex.search(script_str):
printWarning(pkg, 'spurious-bracket-in-' + tag)
res = dangerous_command_regex.search(script_str)
if res:
printWarning(pkg, 'dangerous-command-in-' + tag,
res.group(2))
res = selinux_regex.search(script_str)
if res:
printError(pkg, 'forbidden-selinux-command-in-' + tag,
res.group(2))
if 'update-menus' in script_str:
menu_error = True
for f in files:
if menu_regex.search(f):
menu_error = False
break
if menu_error:
printError(pkg, 'update-menus-without-menu-file-in-' +
tag)
if tmp_regex.search(script_str):
printError(pkg, 'use-tmp-in-' + tag)
for c in prereq_assoc:
if c[0].search(script_str):
found = False
for p in c[1]:
if p in prereq or p in files:
found = True
break
if not found:
printError(pkg, 'no-prereq-on', c[1][0])
if prog in syntaxcheck_shells:
if incorrect_shell_script(prog, script):
printError(pkg, 'shell-syntax-error-in-' + tag)
if home_regex.search(script_str):
printError(pkg, 'use-of-home-in-' + tag)
res = bogus_var_regex.search(script_str)
if res:
printWarning(pkg, 'bogus-variable-use-in-' + tag,
res.group(1))
if prog == '/usr/bin/perl':
if incorrect_perl_script(prog, script):
printError(pkg, 'perl-syntax-error-in-' + tag)
elif prog.endswith('sh'):
res = single_command_regex.search(script_str)
if res:
printWarning(pkg, 'one-line-command-in-' + tag,
res.group(1))
elif prog not in empty_shells and prog in valid_shells:
printWarning(pkg, 'empty-' + tag)
def check_binary(self, pkg):
files = pkg.files()
exec_files = []
has_lib = False
version = None
binary = False
binary_in_usr_lib = False
has_usr_lib_file = False
multi_pkg = False
srpm = pkg[rpm.RPMTAG_SOURCERPM]
if srpm:
res = srcname_regex.search(Pkg.b2s(srpm))
if res:
multi_pkg = (pkg.name != res.group(1))
for fname, pkgfile in files.items():
if not stat.S_ISDIR(pkgfile.mode) and usr_lib_regex.search(fname):
has_usr_lib_file = True
if not binary_in_usr_lib and \
usr_lib_exception_regex.search(fname):
# Fake that we have binaries there to avoid
# only-non-binary-in-usr-lib false positives
binary_in_usr_lib = True
is_elf = 'ELF' in pkgfile.magic
is_ar = 'current ar archive' in pkgfile.magic
is_ocaml_native = 'Objective caml native' in pkgfile.magic
is_lua_bytecode = 'Lua bytecode' in pkgfile.magic
is_binary = is_elf or is_ar or is_ocaml_native or is_lua_bytecode
if not is_binary:
if reference_regex.search(fname):
lines = pkg.grep(invalid_dir_ref_regex, fname)
if lines:
printError(pkg, 'invalid-directory-reference', fname,
'(line %s)' % ", ".join(lines))
continue
# binary files only from here on
binary = True
if has_usr_lib_file and not binary_in_usr_lib and \
usr_lib_regex.search(fname):
binary_in_usr_lib = True
if pkg.arch == 'noarch':
printError(
pkg,
'arch-independent-package-contains-binary-or-object',
fname)
continue
# arch dependent packages only from here on
# in /usr/share ?
if fname.startswith('/usr/share/'):
printError(pkg, 'arch-dependent-file-in-usr-share', fname)
# in /etc ?
if fname.startswith('/etc/'):
printError(pkg, 'binary-in-etc', fname)
if pkg.arch == 'sparc' and sparc_regex.search(pkgfile.magic):
printError(pkg, 'non-sparc32-binary', fname)
if is_ocaml_native or is_lua_bytecode or fname.endswith('.o') or \
fname.endswith('.static'):
continue
# stripped ?
if 'not stripped' in pkgfile.magic:
printWarning(pkg, 'unstripped-binary-or-object', fname)
# inspect binary file
is_shlib = so_regex.search(fname)
bin_info = BinaryInfo(pkg, pkgfile.path, fname, is_ar, is_shlib)
if is_shlib:
has_lib = True
# shared libs
if is_shlib and not bin_info.readelf_error:
# so name in library
if not bin_info.soname:
printWarning(pkg, 'no-soname', fname)
else:
if not validso_regex.search(bin_info.soname):
printError(pkg, 'invalid-soname', fname,
bin_info.soname)
else:
(directory, base) = dir_base(fname)
try:
symlink = directory + bin_info.soname
link = files[symlink].linkto
if link not in (fname, base, ''):
printError(pkg, 'invalid-ldconfig-symlink',
fname, link)
except KeyError:
if base.startswith("lib") or \
base.startswith("ld-"):
printError(pkg, 'no-ldconfig-symlink', fname)
res = soversion_regex.search(bin_info.soname)
if res:
soversion = res.group(1) or res.group(2)
if version is None:
version = soversion
elif version != soversion:
version = -1
if bin_info.non_pic:
printError(pkg, 'shlib-with-non-pic-code', fname)
# It could be useful to check these for others than shared
# libs only, but that has potential to generate lots of
# false positives and noise.
for s in bin_info.undef:
printWarning(pkg, 'undefined-non-weak-symbol', fname, s)
for s in bin_info.unused:
printWarning(pkg, 'unused-direct-shlib-dependency',
fname, s)
# calls exit() or _exit()?
for ec in bin_info.exit_calls:
printWarning(pkg, 'shared-lib-calls-exit', fname, ec)
# rpath ?
if bin_info.rpath:
for p in bin_info.rpath:
if p in system_lib_paths or not usr_lib_regex.search(p):
printError(pkg, 'binary-or-shlib-defines-rpath',
fname, bin_info.rpath)
break
is_exec = 'executable' in pkgfile.magic
is_shobj = 'shared object' in pkgfile.magic
if not is_exec and not is_shobj:
continue
if is_shobj and not is_exec and '.so' not in fname and \
bin_regex.search(fname):
# pkgfile.magic does not contain "executable" for PIEs
is_exec = True
if is_exec:
if bin_regex.search(fname):
exec_files.append(fname)
if ocaml_mixed_regex.search(bin_info.tail):
printWarning(pkg, 'ocaml-mixed-executable', fname)
if not is_shobj and pie_exec_re and pie_exec_re.search(fname):
printError(pkg, 'non-position-independent-executable',
fname)
if bin_info.readelf_error:
continue
if not bin_info.needed and not (
bin_info.soname and
ldso_soname_regex.search(bin_info.soname)):
if is_shobj:
printError(pkg,
'shared-lib-without-dependency-information',
fname)
else:
printError(pkg, 'statically-linked-binary', fname)
else:
# linked against libc ?
if "libc." not in fname and \
(not bin_info.soname or
("libc." not in bin_info.soname and
not ldso_soname_regex.search(bin_info.soname))):
found_libc = False
for lib in bin_info.needed:
if "libc." in lib:
found_libc = True
break
if not found_libc:
if is_shobj:
printError(pkg, 'library-not-linked-against-libc',
fname)
else:
printError(pkg, 'program-not-linked-against-libc',
fname)
if bin_info.stack:
if bin_info.exec_stack:
printWarning(pkg, 'executable-stack', fname)
elif not bin_info.readelf_error and (
pkg.arch.endswith("86") or
pkg.arch.startswith("pentium") or
pkg.arch in ("athlon", "x86_64")):
printError(pkg, 'missing-PT_GNU_STACK-section', fname)
if bin_info.setgid and bin_info.setuid and not bin_info.setgroups:
printError(pkg, 'missing-call-to-setgroups-before-setuid',
fname)
if bin_info.chroot:
if not bin_info.chdir or not bin_info.chroot_near_chdir:
printError(pkg, 'missing-call-to-chdir-with-chroot', fname)
if bin_info.mktemp:
printError(pkg, 'call-to-mktemp', fname)
if has_lib:
for f in exec_files:
printError(pkg, 'executable-in-library-package', f)
for f in files:
res = numeric_dir_regex.search(f)
fn = res and res.group(1) or f
if f not in exec_files and not so_regex.search(f) and \
not versioned_dir_regex.search(fn):
printError(pkg, 'non-versioned-file-in-library-package', f)
if version and version != -1 and version not in pkg.name:
printError(pkg, 'incoherent-version-in-name', version)
if not binary and not multi_pkg and pkg.arch != 'noarch':
printError(pkg, 'no-binary')
if has_usr_lib_file and not binary_in_usr_lib:
printWarning(pkg, 'only-non-binary-in-usr-lib')
def check(self, pkg):
# Check only binary package
if pkg.isSource():
return
info=pkg.getFilesInfo()
arch=pkg[rpm.RPMTAG_ARCH]
files=pkg.files()
exec_files=[]
has_lib=[]
version=None
binary=0
binary_in_usr_lib=0
has_usr_lib_file=0
res=srcname_regex.search(pkg[rpm.RPMTAG_SOURCERPM])
if res:
multi_pkg=(pkg.name != res.group(1))
else:
multi_pkg=0
for f in files.keys():
if usr_lib_regex.search(f) and not usr_lib_exception_regex.search(f) and not stat.S_ISDIR(files[f][0]):
has_usr_lib_file=f
break
for i in info:
is_binary=binary_regex.search(i[1])
if is_binary:
binary=binary+1
if has_usr_lib_file and not binary_in_usr_lib and usr_lib_regex.search(i[0]):
binary_in_usr_lib=1
if arch == 'noarch':
yield ArchIndependentPackageContainsBinaryOrObject(pkg, i[0])
else:
# in /usr/share ?
if usr_share.search(i[0]):
yield ArchDependentFileInUsrShare(pkg, i[0])
# in /etc ?
if etc.search(i[0]):
yield BinaryInEtc(pkg, i[0])
if arch == 'sparc' and sparc_regex.search(i[1]):
yield NonSparc32Binary(pkg, i[0])
# stripped ?
if not unstrippable.search(i[0]):
if not_stripped.search(i[1]):
yield UnstrippedBinaryOrObject(pkg, i[0])
# inspect binary file
bin_info=BinaryInfo(pkg.dirName()+i[0], i[0])
# so name in library
if so_regex.search(i[0]):
has_lib.append(i[0])
if not bin_info.soname:
yield NoSoname(pkg, i[0])
else:
if not validso_regex.search(bin_info.soname):
yield InvalidSoname(pkg, i[0], bin_info.soname)
else:
(dir, base) = dir_base(i[0])
try:
symlink = dir + bin_info.soname
(perm, owner, group, link, size, md5, mtime, rdev) = files[symlink]
if link != i[0] and link != base and link != '':
yield InvalidLdconfigSymlink(pkg, i[0], link)
except KeyError:
yield NoLdconfigSymlink(pkg, i[0])
res=soversion_regex.search(bin_info.soname)
if res:
soversion=res.group(1) or res.group(2)
if version == None:
version = soversion
elif version != soversion:
version = -1
if bin_info.non_pic:
yield ShlibWithNonPicCode(pkg, i[0])
# rpath ?
if bin_info.rpath:
for p in bin_info.rpath:
if p in system_lib_paths or \
not usr_lib_regex.search(p):
yield BinaryOrShlibDefinesRpath(pkg, i[0], bin_info.rpath)
break
# statically linked ?
is_exec=executable_regex.search(i[1])
if shared_object_regex.search(i[1]) or \
is_exec:
if is_exec and bin_regex.search(i[0]):
exec_files.append(i[0])
if not bin_info.needed and \
not (bin_info.soname and \
ldso_soname_regex.search(bin_info.soname)):
if shared_object_regex.search(i[1]):
yield SharedLibWithoutDependencyInformation(pkg, i[0])
else:
yield StaticallyLinkedBinary(pkg, i[0])
else:
# linked against libc ?
if not libc_regex.search(i[0]) and \
( not bin_info.soname or \
( not libc_regex.search(bin_info.soname) and \
not ldso_soname_regex.search(bin_info.soname))):
found_libc=0
for lib in bin_info.needed:
if libc_regex.search(lib):
found_libc=1
break
if not found_libc:
if shared_object_regex.search(i[1]):
yield LibraryNotLinkedAgainstLibc(pkg, i[0])
else:
yield ProgramNotLinkedAgainstLibc(pkg, i[0])
else:
if reference_regex.search(i[0]):
if Pkg.grep('tmp|home', pkg.dirname + '/' + i[0]):
yield InvalidDirectoryReference(pkg, i[0])
if has_lib != []:
if exec_files != []:
for f in exec_files:
yield ExecutableInLibraryPackage(pkg, f)
for f in files.keys():
res=numeric_dir_regex.search(f)
fn=res and res.group(1) or f
if not f in exec_files and not so_regex.search(f) and not versioned_dir_regex.search(fn):
yield NonVersionedFileInLibraryPackage(pkg, f)
if version and version != -1 and string.find(pkg.name, version) == -1:
yield IncoherentVersionInName(pkg, version)
if arch != 'noarch' and not multi_pkg:
if binary == 0:
yield NoBinary(pkg)
if has_usr_lib_file and not binary_in_usr_lib:
yield OnlyNonBinaryInUsrLib(pkg)
def test_rangeCompare(self):
for (req, prov) in (
(("foo", rpm.RPMSENSE_LESS, (None, "1.0", None)),
("foo", rpm.RPMSENSE_EQUAL, ("1", "0.5", None))),
):
self.assertFalse(Pkg.rangeCompare(req, prov))
def check_binary(self, pkg):
files = pkg.files()
menus = []
for fname, pkgfile in files.items():
# Check menu files
res = menu_file_regex.search(fname)
mode = pkgfile.mode
if res:
basename = res.group(1)
if not stat.S_ISREG(mode):
printError(pkg, 'non-file-in-menu-dir', fname)
else:
if basename != pkg.name:
printWarning(pkg, 'non-coherent-menu-filename', fname)
if mode & int("444", 8) != int("444", 8):
printError(pkg, 'non-readable-menu-file', fname)
if mode & int("111", 8):
printError(pkg, 'executable-menu-file', fname)
menus.append(fname)
else:
# Check old menus from KDE and GNOME
res = old_menu_file_regex.search(fname)
if res:
if stat.S_ISREG(mode):
printError(pkg, 'old-menu-entry', fname)
else:
# Check non transparent xpm files
res = xpm_ext_regex.search(fname)
if res:
if stat.S_ISREG(mode) and not pkg.grep('None",', fname):
printWarning(pkg, 'non-transparent-xpm', fname)
if fname.startswith('/usr/lib64/menu'):
printError(pkg, 'menu-in-wrong-dir', fname)
if menus:
postin = pkg[rpm.RPMTAG_POSTIN] or \
pkg.scriptprog(rpm.RPMTAG_POSTINPROG)
if not postin:
printError(pkg, 'menu-without-postin')
elif not update_menus_regex.search(postin):
printError(pkg, 'postin-without-update-menus')
postun = pkg[rpm.RPMTAG_POSTUN] or \
pkg.scriptprog(rpm.RPMTAG_POSTUNPROG)
if not postun:
printError(pkg, 'menu-without-postun')
elif not update_menus_regex.search(postun):
printError(pkg, 'postun-without-update-menus')
directory = pkg.dirName()
for f in menus:
# remove comments and handle cpp continuation lines
cmd = Pkg.getstatusoutput(('/lib/cpp', directory + f), True)[1]
for line in cmd.splitlines():
if not line.startswith('?'):
continue
res = package_regex.search(line)
if res:
package = res.group(1)
if package != pkg.name:
printWarning(pkg,
'incoherent-package-value-in-menu',
package, f)
else:
printInfo(pkg, 'unable-to-parse-menu-entry', line)
command = True
res = command_regex.search(line)
if res:
command_line = (res.group(1) or res.group(2)).split()
command = command_line[0]
for launcher in launchers:
if not launcher[0].search(command):
continue
found = False
if launcher[1]:
found = '/bin/' + command_line[0] in files or \
'/usr/bin/' + command_line[0] in files or \
'/usr/X11R6/bin/' + command_line[0] \
in files
if not found:
for l in launcher[1]:
if l in pkg.req_names():
found = True
break
if not found:
printError(pkg,
'use-of-launcher-in-menu-but-no-requires-on',
launcher[1][0])
command = command_line[1]
break
if command[0] == '/':
if command not in files:
printWarning(
pkg, 'menu-command-not-in-package',
command)
elif not ('/bin/' + command in files or
'/usr/bin/' + command in files or
'/usr/X11R6/bin/' + command in files):
printWarning(pkg, 'menu-command-not-in-package',
command)
else:
printWarning(pkg, 'missing-menu-command')
command = False
res = longtitle_regex.search(line)
if res:
grp = res.groups()
title = grp[1] or grp[2]
if title[0] != title[0].upper():
printWarning(pkg, 'menu-longtitle-not-capitalized',
title)
res = version_regex.search(title)
if res:
printWarning(pkg, 'version-in-menu-longtitle',
title)
else:
printError(pkg, 'no-longtitle-in-menu', f)
title = None
res = title_regex.search(line)
if res:
grp = res.groups()
title = grp[1] or grp[2]
if title[0] != title[0].upper():
printWarning(pkg, 'menu-title-not-capitalized',
title)
res = version_regex.search(title)
if res:
printWarning(pkg, 'version-in-menu-title', title)
if '/' in title:
printError(pkg, 'invalid-title', title)
else:
printError(pkg, 'no-title-in-menu', f)
title = None
res = needs_regex.search(line)
if res:
grp = res.groups()
needs = (grp[1] or grp[2]).lower()
if needs in ('x11', 'text', 'wm'):
res = section_regex.search(line)
if res:
grp = res.groups()
section = grp[1] or grp[2]
# don't warn entries for sections
if command and section not in valid_sections:
printError(pkg, 'invalid-menu-section',
section, f)
else:
printInfo(pkg, 'unable-to-parse-menu-section',
line)
elif needs not in standard_needs:
printInfo(pkg, 'strange-needs', needs, f)
else:
printInfo(pkg, 'unable-to-parse-menu-needs', line)
res = icon_regex.search(line)
if res:
icon = res.group(1)
if not icon_ext_regex.search(icon):
printWarning(pkg, 'invalid-menu-icon-type', icon)
if icon[0] == '/' and needs == 'x11':
printWarning(pkg, 'hardcoded-path-in-menu-icon',
icon)
else:
for path in icon_paths:
if (path[0] + icon) not in files:
printError(
pkg, path[1] + '-icon-not-in-package',
icon, f)
else:
printWarning(pkg, 'no-icon-in-menu', title)
res = xdg_migrated_regex.search(line)
if res:
if not res.group(1).lower() == "true":
printError(pkg, 'non-xdg-migrated-menu')
else:
printError(pkg, 'non-xdg-migrated-menu')
def check(self, pkg):
packager = pkg[rpm.RPMTAG_PACKAGER]
if packager:
self._unexpanded_macros(pkg, 'Packager', packager)
if Config.getOption('Packager') and \
not packager_regex.search(packager):
printWarning(pkg, 'invalid-packager', packager)
else:
printError(pkg, 'no-packager-tag')
version = pkg[rpm.RPMTAG_VERSION]
if version:
self._unexpanded_macros(pkg, 'Version', version)
res = invalid_version_regex.search(version)
if res:
printError(pkg, 'invalid-version', version)
else:
printError(pkg, 'no-version-tag')
release = pkg[rpm.RPMTAG_RELEASE]
if release:
self._unexpanded_macros(pkg, 'Release', release)
if release_ext and not extension_regex.search(release):
printWarning(pkg, 'not-standard-release-extension', release)
else:
printError(pkg, 'no-release-tag')
epoch = pkg[rpm.RPMTAG_EPOCH]
if epoch is None:
if use_epoch:
printError(pkg, 'no-epoch-tag')
else:
if epoch > 99:
printWarning(pkg, 'unreasonable-epoch', epoch)
epoch = str(epoch)
if use_epoch:
for tag in ("obsoletes", "conflicts", "provides", "recommends",
"suggests", "enhances", "supplements"):
for x in (x for x in getattr(pkg, tag)()
if x[1] and x[2][0] is None):
printWarning(pkg, 'no-epoch-in-%s' % tag,
Pkg.formatRequire(*x))
name = pkg.name
deps = pkg.requires() + pkg.prereq()
devel_depend = False
is_devel = FilesCheck.devel_regex.search(name)
is_source = pkg.isSource()
for d in deps:
value = Pkg.formatRequire(*d)
if use_epoch and d[1] and d[2][0] is None and \
not d[0].startswith('rpmlib('):
printWarning(pkg, 'no-epoch-in-dependency', value)
for r in INVALID_REQUIRES:
if r.search(d[0]):
printError(pkg, 'invalid-dependency', d[0])
if d[0].startswith('/usr/local/'):
printError(pkg, 'invalid-dependency', d[0])
if is_source:
if lib_devel_number_regex.search(d[0]):
printError(pkg, 'invalid-build-requires', d[0])
elif not is_devel:
if not devel_depend and FilesCheck.devel_regex.search(d[0]):
printError(pkg, 'devel-dependency', d[0])
devel_depend = True
if not d[1]:
res = lib_package_regex.search(d[0])
if res and not res.group(1):
printError(pkg, 'explicit-lib-dependency', d[0])
if d[1] == rpm.RPMSENSE_EQUAL and d[2][2] is not None:
printWarning(pkg, 'requires-on-release', value)
self._unexpanded_macros(pkg, 'dependency %s' % (value,), value)
self._unexpanded_macros(pkg, 'Name', name)
if not name:
printError(pkg, 'no-name-tag')
else:
if is_devel and not is_source:
base = is_devel.group(1)
dep = None
has_so = False
for fname in pkg.files():
if fname.endswith('.so'):
has_so = True
break
if has_so:
base_or_libs = base + '/' + base + '-libs/lib' + base
# try to match *%_isa as well (e.g. "(x86-64)", "(x86-32)")
base_or_libs_re = re.compile(
'^(lib)?%s(-libs)?(\(\w+-\d+\))?$' % re.escape(base))
for d in deps:
if base_or_libs_re.match(d[0]):
dep = d
break
if not dep:
printWarning(pkg, 'no-dependency-on', base_or_libs)
elif version:
exp = (epoch, version, None)
sexp = Pkg.versionToString(exp)
if not dep[1]:
printWarning(pkg, 'no-version-dependency-on',
base_or_libs, sexp)
elif dep[2][:2] != exp[:2]:
printWarning(pkg,
'incoherent-version-dependency-on',
base_or_libs,
Pkg.versionToString((dep[2][0],
dep[2][1], None)),
sexp)
res = devel_number_regex.search(name)
if not res:
printWarning(pkg, 'no-major-in-name', name)
else:
if res.group(3):
prov = res.group(1) + res.group(2) + '-devel'
else:
prov = res.group(1) + '-devel'
if prov not in (x[0] for x in pkg.provides()):
printWarning(pkg, 'no-provides', prov)
# List of words to ignore in spell check
ignored_words = set()
for pf in pkg.files():
ignored_words.update(pf.split('/'))
ignored_words.update((x[0] for x in pkg.provides()))
ignored_words.update((x[0] for x in pkg.requires()))
ignored_words.update((x[0] for x in pkg.conflicts()))
ignored_words.update((x[0] for x in pkg.obsoletes()))
langs = pkg[rpm.RPMTAG_HEADERI18NTABLE]
summary = pkg[rpm.RPMTAG_SUMMARY]
if summary:
if not langs:
self._unexpanded_macros(pkg, 'Summary', Pkg.b2s(summary))
else:
for lang in langs:
self.check_summary(pkg, lang, ignored_words)
else:
printError(pkg, 'no-summary-tag')
description = pkg[rpm.RPMTAG_DESCRIPTION]
if description:
if not langs:
self._unexpanded_macros(pkg, '%description',
Pkg.b2s(description))
else:
for lang in langs:
self.check_description(pkg, lang, ignored_words)
else:
printError(pkg, 'no-description-tag')
group = pkg[rpm.RPMTAG_GROUP]
self._unexpanded_macros(pkg, 'Group', group)
if not group:
printError(pkg, 'no-group-tag')
elif VALID_GROUPS and group not in VALID_GROUPS:
printWarning(pkg, 'non-standard-group', group)
buildhost = pkg[rpm.RPMTAG_BUILDHOST]
self._unexpanded_macros(pkg, 'BuildHost', buildhost)
if not buildhost:
printError(pkg, 'no-buildhost-tag')
elif Config.getOption('ValidBuildHost') and \
not valid_buildhost_regex.search(buildhost):
printWarning(pkg, 'invalid-buildhost', buildhost)
changelog = pkg[rpm.RPMTAG_CHANGELOGNAME]
if not changelog:
printError(pkg, 'no-changelogname-tag')
else:
clt = pkg[rpm.RPMTAG_CHANGELOGTEXT]
if use_version_in_changelog:
ret = changelog_version_regex.search(Pkg.b2s(changelog[0]))
if not ret and clt:
# we also allow the version specified as the first
# thing on the first line of the text
ret = changelog_text_version_regex.search(Pkg.b2s(clt[0]))
if not ret:
printWarning(pkg, 'no-version-in-last-changelog')
elif version and release:
srpm = pkg[rpm.RPMTAG_SOURCERPM] or ''
# only check when source name correspond to name
if srpm[0:-8] == '%s-%s-%s' % (name, version, release):
expected = [version + '-' + release]
if epoch is not None: # regardless of use_epoch
expected[0] = str(epoch) + ':' + expected[0]
# Allow EVR in changelog without release extension,
# the extension is often a macro or otherwise dynamic.
if release_ext:
expected.append(
extension_regex.sub('', expected[0]))
if ret.group(1) not in expected:
if len(expected) == 1:
expected = expected[0]
printWarning(pkg, 'incoherent-version-in-changelog',
ret.group(1), expected)
if use_utf8:
if clt:
changelog = changelog + clt
for s in changelog:
if not Pkg.is_utf8_bytestr(s):
printError(pkg, 'tag-not-utf8', '%changelog')
break
clt = pkg[rpm.RPMTAG_CHANGELOGTIME][0]
if clt:
clt -= clt % (24 * 3600) # roll back to 00:00:00, see #246
if clt < oldest_changelog_timestamp:
printWarning(pkg, 'changelog-time-overflow',
time.strftime("%Y-%m-%d", time.gmtime(clt)))
elif clt > time.time():
printError(pkg, 'changelog-time-in-future',
time.strftime("%Y-%m-%d", time.gmtime(clt)))
# for provide_name in (x[0] for x in pkg.provides()):
# if name == provide_name:
# printWarning(pkg, 'package-provides-itself')
# break
def split_license(license):
return (x.strip() for x in
(l for l in license_regex.split(license) if l))
rpm_license = pkg[rpm.RPMTAG_LICENSE]
if not rpm_license:
printError(pkg, 'no-license')
else:
valid_license = True
if rpm_license not in VALID_LICENSES:
for l1 in split_license(rpm_license):
if l1 in VALID_LICENSES:
continue
for l2 in split_license(l1):
if l2 not in VALID_LICENSES:
printWarning(pkg, 'invalid-license', l2)
valid_license = False
if not valid_license:
self._unexpanded_macros(pkg, 'License', rpm_license)
for tag in ('URL', 'DistURL', 'BugURL'):
if hasattr(rpm, 'RPMTAG_%s' % tag.upper()):
url = Pkg.b2s(pkg[getattr(rpm, 'RPMTAG_%s' % tag.upper())])
self._unexpanded_macros(pkg, tag, url, is_url=True)
if url:
(scheme, netloc) = urlparse(url)[0:2]
if not scheme or not netloc or "." not in netloc or \
scheme not in ('http', 'https', 'ftp') or \
(Config.getOption('InvalidURL') and
invalid_url_regex.search(url)):
printWarning(pkg, 'invalid-url', tag, url)
else:
self.check_url(pkg, tag, url)
elif tag == 'URL':
printWarning(pkg, 'no-url-tag')
obs_names = [x[0] for x in pkg.obsoletes()]
prov_names = [x[0] for x in pkg.provides()]
for o in (x for x in obs_names if x not in prov_names):
printWarning(pkg, 'obsolete-not-provided', o)
for o in pkg.obsoletes():
value = Pkg.formatRequire(*o)
self._unexpanded_macros(pkg, 'Obsoletes %s' % (value,), value)
# TODO: should take versions, <, <=, =, >=, > into account here
# https://bugzilla.redhat.com/460872
useless_provides = []
for p in prov_names:
if prov_names.count(p) != 1 and p not in useless_provides:
useless_provides.append(p)
for p in useless_provides:
printError(pkg, 'useless-provides', p)
for p in pkg.provides():
value = Pkg.formatRequire(*p)
self._unexpanded_macros(pkg, 'Provides %s' % (value,), value)
for c in pkg.conflicts():
value = Pkg.formatRequire(*c)
self._unexpanded_macros(pkg, 'Conflicts %s' % (value,), value)
obss = pkg.obsoletes()
if obss:
provs = pkg.provides()
for prov in provs:
for obs in obss:
if Pkg.rangeCompare(obs, prov):
printWarning(pkg, 'self-obsoletion',
'%s obsoletes %s' %
(Pkg.formatRequire(*obs),
Pkg.formatRequire(*prov)))
expfmt = rpm.expandMacro("%{_build_name_fmt}")
if pkg.isSource():
# _build_name_fmt often (always?) ends up not outputting src/nosrc
# as arch for source packages, do it ourselves
expfmt = re.sub(r'(?i)%\{?ARCH\b\}?', pkg.arch, expfmt)
expected = pkg.header.sprintf(expfmt).split("/")[-1]
basename = os.path.basename(pkg.filename)
if basename != expected:
printWarning(pkg, 'non-coherent-filename', basename, expected)
for tag in ('Distribution', 'DistTag', 'ExcludeArch', 'ExcludeOS',
'Vendor'):
if hasattr(rpm, 'RPMTAG_%s' % tag.upper()):
res = Pkg.b2s(pkg[getattr(rpm, 'RPMTAG_%s' % tag.upper())])
self._unexpanded_macros(pkg, tag, res)
for path in private_so_paths:
for fname, pkgfile in pkg.files().items():
if fname.startswith(path):
for prov in pkgfile.provides:
if so_dep_regex.search(prov[0]):
printWarning(pkg, "private-shared-object-provides",
fname, Pkg.formatRequire(*prov))
def check(self, pkg):
packager = pkg[rpm.RPMTAG_PACKAGER]
if packager:
self._unexpanded_macros(pkg, 'Packager', packager)
if Config.getOption('Packager') and \
not packager_regex.search(packager):
printWarning(pkg, 'invalid-packager', packager)
else:
printError(pkg, 'no-packager-tag')
version = pkg[rpm.RPMTAG_VERSION]
if version:
self._unexpanded_macros(pkg, 'Version', version)
res = invalid_version_regex.search(version)
if res:
printError(pkg, 'invalid-version', version)
else:
printError(pkg, 'no-version-tag')
release = pkg[rpm.RPMTAG_RELEASE]
if release:
self._unexpanded_macros(pkg, 'Release', release)
if release_ext and not extension_regex.search(release):
printWarning(pkg, 'not-standard-release-extension', release)
else:
printError(pkg, 'no-release-tag')
epoch = pkg[rpm.RPMTAG_EPOCH]
if epoch is None:
if use_epoch:
printError(pkg, 'no-epoch-tag')
else:
if epoch > 99:
printWarning(pkg, 'unreasonable-epoch', epoch)
epoch = str(epoch)
if use_epoch:
for tag in "obsoletes", "conflicts", "provides", "recommends", \
"suggests", "enhances", "supplements":
for x in (x for x in getattr(pkg, tag)()
if x[1] and x[2][0] is None):
printWarning(pkg, 'no-epoch-in-%s' % tag,
Pkg.formatRequire(*x))
name = pkg.name
deps = pkg.requires() + pkg.prereq()
devel_depend = False
is_devel = FilesCheck.devel_regex.search(name)
is_source = pkg.isSource()
for d in deps:
value = Pkg.formatRequire(*d)
if use_epoch and d[1] and d[2][0] is None and \
not d[0].startswith('rpmlib('):
printWarning(pkg, 'no-epoch-in-dependency', value)
for r in INVALID_REQUIRES:
if r.search(d[0]):
printError(pkg, 'invalid-dependency', d[0])
if d[0].startswith('/usr/local/'):
printError(pkg, 'invalid-dependency', d[0])
if is_source:
if lib_devel_number_regex.search(d[0]):
printError(pkg, 'invalid-build-requires', d[0])
elif not is_devel:
if not devel_depend and FilesCheck.devel_regex.search(d[0]):
printError(pkg, 'devel-dependency', d[0])
devel_depend = True
if not d[1]:
res = lib_package_regex.search(d[0])
if res and not res.group(1):
printError(pkg, 'explicit-lib-dependency', d[0])
if d[1] == rpm.RPMSENSE_EQUAL and d[2][2] is not None:
printWarning(pkg, 'requires-on-release', value)
self._unexpanded_macros(pkg, 'dependency %s' % (value,), value)
self._unexpanded_macros(pkg, 'Name', name)
if not name:
printError(pkg, 'no-name-tag')
else:
if is_devel and not is_source:
base = is_devel.group(1)
dep = None
has_so = False
for fname in pkg.files():
if fname.endswith('.so'):
has_so = True
break
if has_so:
base_or_libs = base + '/' + base + '-libs/lib' + base
# try to match *%_isa as well (e.g. "(x86-64)", "(x86-32)")
base_or_libs_re = re.compile(
'^(lib)?%s(-libs)?(\(\w+-\d+\))?$' % re.escape(base))
for d in deps:
if base_or_libs_re.match(d[0]):
dep = d
break
if not dep:
printWarning(pkg, 'no-dependency-on', base_or_libs)
elif version:
exp = (epoch, version, None)
sexp = Pkg.versionToString(exp)
if not dep[1]:
printWarning(pkg, 'no-version-dependency-on',
base_or_libs, sexp)
elif dep[2][:2] != exp[:2]:
printWarning(pkg,
'incoherent-version-dependency-on',
base_or_libs,
Pkg.versionToString((dep[2][0],
dep[2][1], None)),
sexp)
res = devel_number_regex.search(name)
if not res:
printWarning(pkg, 'no-major-in-name', name)
else:
if res.group(3):
prov = res.group(1) + res.group(2) + '-devel'
else:
prov = res.group(1) + '-devel'
if prov not in (x[0] for x in pkg.provides()):
printWarning(pkg, 'no-provides', prov)
# List of words to ignore in spell check
ignored_words = set()
for pf in pkg.files():
ignored_words.update(pf.split('/'))
ignored_words.update((x[0] for x in pkg.provides()))
ignored_words.update((x[0] for x in pkg.requires()))
ignored_words.update((x[0] for x in pkg.conflicts()))
ignored_words.update((x[0] for x in pkg.obsoletes()))
langs = pkg[rpm.RPMTAG_HEADERI18NTABLE]
summary = pkg[rpm.RPMTAG_SUMMARY]
if summary:
if not langs:
self._unexpanded_macros(pkg, 'Summary', Pkg.b2s(summary))
else:
for lang in langs:
self.check_summary(pkg, lang, ignored_words)
else:
printError(pkg, 'no-summary-tag')
description = pkg[rpm.RPMTAG_DESCRIPTION]
if description:
if not langs:
self._unexpanded_macros(pkg, '%description',
Pkg.b2s(description))
else:
for lang in langs:
self.check_description(pkg, lang, ignored_words)
else:
printError(pkg, 'no-description-tag')
group = pkg[rpm.RPMTAG_GROUP]
self._unexpanded_macros(pkg, 'Group', group)
if not group:
printError(pkg, 'no-group-tag')
elif VALID_GROUPS and group not in VALID_GROUPS:
printWarning(pkg, 'non-standard-group', group)
buildhost = pkg[rpm.RPMTAG_BUILDHOST]
self._unexpanded_macros(pkg, 'BuildHost', buildhost)
if not buildhost:
printError(pkg, 'no-buildhost-tag')
elif Config.getOption('ValidBuildHost') and \
not valid_buildhost_regex.search(buildhost):
printWarning(pkg, 'invalid-buildhost', buildhost)
changelog = pkg[rpm.RPMTAG_CHANGELOGNAME]
if not changelog:
printError(pkg, 'no-changelogname-tag')
else:
clt = pkg[rpm.RPMTAG_CHANGELOGTEXT]
if use_version_in_changelog:
ret = changelog_version_regex.search(Pkg.b2s(changelog[0]))
if not ret and clt:
# we also allow the version specified as the first
# thing on the first line of the text
ret = changelog_text_version_regex.search(Pkg.b2s(clt[0]))
if not ret:
printWarning(pkg, 'no-version-in-last-changelog')
elif version and release:
srpm = pkg[rpm.RPMTAG_SOURCERPM] or ''
# only check when source name correspond to name
if srpm[0:-8] == '%s-%s-%s' % (name, version, release):
expected = [version + '-' + release]
if epoch is not None: # regardless of use_epoch
expected[0] = str(epoch) + ':' + expected[0]
# Allow EVR in changelog without release extension,
# the extension is often a macro or otherwise dynamic.
if release_ext:
expected.append(
extension_regex.sub('', expected[0]))
if ret.group(1) not in expected:
if len(expected) == 1:
expected = expected[0]
printWarning(pkg, 'incoherent-version-in-changelog',
ret.group(1), expected)
if use_utf8:
if clt:
changelog = changelog + clt
for s in changelog:
if not Pkg.is_utf8_bytestr(s):
printError(pkg, 'tag-not-utf8', '%changelog')
break
clt = pkg[rpm.RPMTAG_CHANGELOGTIME][0]
if clt:
clt -= clt % (24*3600) # roll back to 00:00:00, see #246
if clt < oldest_changelog_timestamp:
printWarning(pkg, 'changelog-time-overflow',
time.strftime("%Y-%m-%d", time.gmtime(clt)))
elif clt > time.time():
printError(pkg, 'changelog-time-in-future',
time.strftime("%Y-%m-%d", time.gmtime(clt)))
# for provide_name in (x[0] for x in pkg.provides()):
# if name == provide_name:
# printWarning(pkg, 'package-provides-itself')
# break
def split_license(license):
return (x.strip() for x in
(l for l in license_regex.split(license) if l))
rpm_license = pkg[rpm.RPMTAG_LICENSE]
if not rpm_license:
printError(pkg, 'no-license')
else:
valid_license = True
if rpm_license not in VALID_LICENSES:
for l1 in split_license(rpm_license):
if l1 in VALID_LICENSES:
continue
for l2 in split_license(l1):
if l2 not in VALID_LICENSES:
printWarning(pkg, 'invalid-license', l2)
valid_license = False
if not valid_license:
self._unexpanded_macros(pkg, 'License', rpm_license)
for tag in ('URL', 'DistURL', 'BugURL'):
if hasattr(rpm, 'RPMTAG_%s' % tag.upper()):
url = Pkg.b2s(pkg[getattr(rpm, 'RPMTAG_%s' % tag.upper())])
self._unexpanded_macros(pkg, tag, url, is_url=True)
if url:
(scheme, netloc) = urlparse(url)[0:2]
if not scheme or not netloc or "." not in netloc or \
scheme not in ('http', 'https', 'ftp') or \
(Config.getOption('InvalidURL') and
invalid_url_regex.search(url)):
printWarning(pkg, 'invalid-url', tag, url)
else:
self.check_url(pkg, tag, url)
elif tag == 'URL':
printWarning(pkg, 'no-url-tag')
obs_names = [x[0] for x in pkg.obsoletes()]
prov_names = [x[0] for x in pkg.provides()]
for o in (x for x in obs_names if x not in prov_names):
printWarning(pkg, 'obsolete-not-provided', o)
for o in pkg.obsoletes():
value = Pkg.formatRequire(*o)
self._unexpanded_macros(pkg, 'Obsoletes %s' % (value,), value)
# TODO: should take versions, <, <=, =, >=, > into account here
# https://bugzilla.redhat.com/460872
useless_provides = []
for p in prov_names:
if prov_names.count(p) != 1 and p not in useless_provides:
useless_provides.append(p)
for p in useless_provides:
printError(pkg, 'useless-provides', p)
for p in pkg.provides():
value = Pkg.formatRequire(*p)
self._unexpanded_macros(pkg, 'Provides %s' % (value,), value)
for c in pkg.conflicts():
value = Pkg.formatRequire(*c)
self._unexpanded_macros(pkg, 'Conflicts %s' % (value,), value)
obss = pkg.obsoletes()
if obss:
provs = pkg.provides()
for prov in provs:
for obs in obss:
if Pkg.rangeCompare(obs, prov):
printWarning(pkg, 'self-obsoletion',
'%s obsoletes %s' %
(Pkg.formatRequire(*obs),
Pkg.formatRequire(*prov)))
expfmt = rpm.expandMacro("%{_build_name_fmt}")
if pkg.isSource():
# _build_name_fmt often (always?) ends up not outputting src/nosrc
# as arch for source packages, do it ourselves
expfmt = re.sub(r'(?i)%\{?ARCH\b\}?', pkg.arch, expfmt)
expected = pkg.header.sprintf(expfmt).split("/")[-1]
basename = os.path.basename(pkg.filename)
if basename != expected:
printWarning(pkg, 'non-coherent-filename', basename, expected)
for tag in ('Distribution', 'DistTag', 'ExcludeArch', 'ExcludeOS',
'Vendor'):
if hasattr(rpm, 'RPMTAG_%s' % tag.upper()):
self._unexpanded_macros(pkg, tag,
Pkg.b2s(pkg[getattr(rpm, 'RPMTAG_%s' % tag.upper())]))
for path in private_so_paths:
for fname, pkgfile in pkg.files().items():
if fname.startswith(path):
for prov in pkgfile.provides:
if so_dep_regex.search(prov[0]):
printWarning(pkg, "private-shared-object-provides",
fname, Pkg.formatRequire(*prov))
def check_binary(self, pkg):
files = pkg.files()
menus = []
for fname, pkgfile in files.items():
# Check menu files
res = menu_file_regex.search(fname)
mode = pkgfile.mode
if res:
basename = res.group(1)
if not stat.S_ISREG(mode):
printError(pkg, 'non-file-in-menu-dir', fname)
else:
if basename != pkg.name:
printWarning(pkg, 'non-coherent-menu-filename', fname)
if mode & 0o444 != 0o444:
printError(pkg, 'non-readable-menu-file', fname)
if mode & 0o111:
printError(pkg, 'executable-menu-file', fname)
menus.append(fname)
else:
# Check old menus from KDE and GNOME
res = old_menu_file_regex.search(fname)
if res:
if stat.S_ISREG(mode):
printError(pkg, 'old-menu-entry', fname)
else:
# Check non transparent xpm files
res = xpm_ext_regex.search(fname)
if res:
if stat.S_ISREG(mode) and not pkg.grep('None",', fname):
printWarning(pkg, 'non-transparent-xpm', fname)
if fname.startswith('/usr/lib64/menu'):
printError(pkg, 'menu-in-wrong-dir', fname)
if menus:
postin = pkg[rpm.RPMTAG_POSTIN] or \
pkg.scriptprog(rpm.RPMTAG_POSTINPROG)
if not postin:
printError(pkg, 'menu-without-postin')
elif not update_menus_regex.search(postin):
printError(pkg, 'postin-without-update-menus')
postun = pkg[rpm.RPMTAG_POSTUN] or \
pkg.scriptprog(rpm.RPMTAG_POSTUNPROG)
if not postun:
printError(pkg, 'menu-without-postun')
elif not update_menus_regex.search(postun):
printError(pkg, 'postun-without-update-menus')
directory = pkg.dirName()
for f in menus:
# remove comments and handle cpp continuation lines
cmd = Pkg.getstatusoutput(('/lib/cpp', directory + f), True)[1]
for line in cmd.splitlines():
if not line.startswith('?'):
continue
res = package_regex.search(line)
if res:
package = res.group(1)
if package != pkg.name:
printWarning(pkg,
'incoherent-package-value-in-menu',
package, f)
else:
printInfo(pkg, 'unable-to-parse-menu-entry', line)
command = True
res = command_regex.search(line)
if res:
command_line = (res.group(1) or res.group(2)).split()
command = command_line[0]
for launcher in launchers:
if not launcher[0].search(command):
continue
found = False
if launcher[1]:
found = '/bin/' + command_line[0] in files or \
'/usr/bin/' + command_line[0] in files or \
'/usr/X11R6/bin/' + command_line[0] \
in files
if not found:
for l in launcher[1]:
if l in pkg.req_names():
found = True
break
if not found:
printError(pkg,
'use-of-launcher-in-menu-but-no-requires-on',
launcher[1][0])
command = command_line[1]
break
if command[0] == '/':
if command not in files:
printWarning(
pkg, 'menu-command-not-in-package',
command)
elif not ('/bin/' + command in files or
'/usr/bin/' + command in files or
'/usr/X11R6/bin/' + command in files):
printWarning(pkg, 'menu-command-not-in-package',
command)
else:
printWarning(pkg, 'missing-menu-command')
command = False
res = longtitle_regex.search(line)
if res:
grp = res.groups()
title = grp[1] or grp[2]
if title[0] != title[0].upper():
printWarning(pkg, 'menu-longtitle-not-capitalized',
title)
res = version_regex.search(title)
if res:
printWarning(pkg, 'version-in-menu-longtitle',
title)
else:
printError(pkg, 'no-longtitle-in-menu', f)
title = None
res = title_regex.search(line)
if res:
grp = res.groups()
title = grp[1] or grp[2]
if title[0] != title[0].upper():
printWarning(pkg, 'menu-title-not-capitalized',
title)
res = version_regex.search(title)
if res:
printWarning(pkg, 'version-in-menu-title', title)
if '/' in title:
printError(pkg, 'invalid-title', title)
else:
printError(pkg, 'no-title-in-menu', f)
title = None
res = needs_regex.search(line)
if res:
grp = res.groups()
needs = (grp[1] or grp[2]).lower()
if needs in ('x11', 'text', 'wm'):
res = section_regex.search(line)
if res:
grp = res.groups()
section = grp[1] or grp[2]
# don't warn entries for sections
if command and section not in valid_sections:
printError(pkg, 'invalid-menu-section',
section, f)
else:
printInfo(pkg, 'unable-to-parse-menu-section',
line)
elif needs not in standard_needs:
printInfo(pkg, 'strange-needs', needs, f)
else:
printInfo(pkg, 'unable-to-parse-menu-needs', line)
res = icon_regex.search(line)
if res:
icon = res.group(1)
if not icon_ext_regex.search(icon):
printWarning(pkg, 'invalid-menu-icon-type', icon)
if icon[0] == '/' and needs == 'x11':
printWarning(pkg, 'hardcoded-path-in-menu-icon',
icon)
else:
for path in icon_paths:
if (path[0] + icon) not in files:
printError(
pkg, path[1] + '-icon-not-in-package',
icon, f)
else:
printWarning(pkg, 'no-icon-in-menu', title)
res = xdg_migrated_regex.search(line)
if res:
if not res.group(1).lower() == "true":
printError(pkg, 'non-xdg-migrated-menu')
else:
printError(pkg, 'non-xdg-migrated-menu')
def getTestedSpecPackage(name):
pkg_path = glob.glob(os.path.join(_testpath(), name) + ".spec")[0]
return Pkg.FakePkg(pkg_path)
if mode & 0111 != 0:
yield ExecutableMenuFile(pkg, f)
menus.append(f)
else:
# Check old menus from KDE and GNOME
res=old_menu_file_regex.search(f)
if res:
mode=files[f][0]
if stat.S_ISREG(mode):
yield OldMenuEntry(pkg, f)
else:
# Check non transparent xpm files
res=xpm_ext_regex.search(f)
if res:
mode=files[f][0]
if stat.S_ISREG(mode) and not Pkg.grep('None",', dirname + '/' + f):
yield NonTransparentXpm(pkg, f)
if len(menus) > 0:
dir=pkg.dirName()
if menus != []:
postin=pkg[rpm.RPMTAG_POSTIN] or pkg[rpm.RPMTAG_POSTINPROG]
if not postin:
yield MenuWithoutPostin(pkg)
else:
if not update_menus_regex.search(postin):
yield PostinWithoutUpdateMenus(pkg)
postun=pkg[rpm.RPMTAG_POSTUN] or pkg[rpm.RPMTAG_POSTUNPROG]
if not postun:
yield MenuWithoutPostun(pkg)
else:
def check(self, pkg):
global _policy_legacy_exceptions
if pkg.isSource():
return
# Only check unsuffixed lib* packages
if pkg.name.endswith('-devel') or pkg.name.endswith('-doc'):
return
files = pkg.files()
# Search for shared libraries in this package
libs = set()
libs_needed = set()
libs_to_dir = dict()
dirs = set()
reqlibs = set()
pkg_requires = set(
map(lambda x: string.split(x[0], '(')[0], pkg.requires()))
for f, pkgfile in files.items():
if f.find('.so.') != -1 or f.endswith('.so'):
filename = pkg.dirName() + '/' + f
try:
if stat.S_ISREG(files[f].mode) and 'ELF' in pkgfile.magic:
bi = BinaryInfo(pkg, filename, f, False, True)
libs_needed = libs_needed.union(bi.needed)
if bi.soname != 0:
lib_dir = string.join(f.split('/')[:-1], '/')
libs.add(bi.soname)
libs_to_dir[bi.soname] = lib_dir
dirs.add(lib_dir)
if bi.soname in pkg_requires:
# But not if the library is used by the pkg itself
# This avoids program packages with their own
# private lib
# FIXME: we'd need to check if somebody else links
# to this lib
reqlibs.add(bi.soname)
except Exception:
pass
pass
std_dirs = dirs.intersection(
('/lib', '/lib64', '/usr/lib', '/usr/lib64', '/opt/kde3/lib',
'/opt/kde3/lib64'))
# If this is a program package (all libs it provides are
# required by itself), bail out
if not pkg.name.startswith("lib") and len(
libs.difference(reqlibs)) == 0:
return
std_lib_package = False
if pkg.name.startswith("lib") and pkg.name[-1].isdigit():
std_lib_package = True
# ignore libs in a versioned non_std_dir
if std_lib_package:
for lib in libs.copy():
lib_dir = libs_to_dir[lib]
if lib_dir.startswith("/opt/kde3"):
continue
for lib_part in lib_dir.split('/'):
if len(lib_part) == 0:
continue
if lib_part[-1].isdigit(
) and not lib_part.endswith("lib64"):
libs.remove(lib)
break
# Check for non-versioned libs in a std lib package
if std_lib_package:
for lib in libs.copy():
if not lib[-1].isdigit():
printWarning(pkg, "shlib-unversioned-lib", lib)
libs.remove(lib)
# If this package should be or should be splitted into shlib
# package(s)
if len(libs) > 0 and len(std_dirs) > 0:
# If the package contains a single shlib, name after soname
if len(libs) == 1:
soname = libs.copy().pop()
libname = libname_from_soname(soname)
if libname.startswith('lib') and pkg.name != libname and \
pkg.name != libname + "-mini":
if libname in _policy_legacy_exceptions:
printWarning(pkg, 'shlib-legacy-policy-name-error',
libname)
else:
printError(pkg, 'shlib-policy-name-error', libname)
elif not pkg.name[-1:].isdigit():
printError(pkg, 'shlib-policy-missing-suffix')
if (not pkg.name.startswith('lib')) or pkg.name.endswith('-lang'):
return
if not libs:
if pkg.name in _policy_legacy_exceptions:
printWarning(pkg, 'shlib-legacy-policy-missing-lib', pkg.name)
else:
printError(pkg, 'shlib-policy-missing-lib')
# Verify no non-lib stuff is in the package
dirs = set()
for f in files:
if os.path.isdir(pkg.dirName() + f):
dirs.add(f)
# Verify shared lib policy package doesn't have hard dependency on non-lib packages
if std_lib_package:
for dep in pkg.requires():
if (dep[0].startswith('rpmlib(')
or dep[0].startswith('config(')):
continue
if (dep[1] & (rpm.RPMSENSE_GREATER
| rpm.RPMSENSE_EQUAL)) == rpm.RPMSENSE_EQUAL:
printWarning(pkg, "shlib-fixed-dependency",
Pkg.formatRequire(dep[0], dep[1], dep[2]))
# Verify non-lib stuff does not add dependencies
if libs:
for dep in pkg_requires.difference(_essential_dependencies):
if dep.find(
'.so.'
) != -1 and not dep in libs and not dep in libs_needed:
printError(pkg, 'shlib-policy-excessive-dependency', dep)
# Check for non-versioned directories beyond sysdirs in package
sysdirs = [
'/lib', '/lib64', '/usr/lib', '/usr/lib64',
'/usr/share/doc/packages', '/usr/share'
]
cdirs = set()
for sysdir in sysdirs:
done = set()
for dir in dirs:
if dir.startswith(sysdir + '/'):
ssdir = string.split(dir[len(sysdir) + 1:], '/')[0]
if not ssdir[-1].isdigit():
cdirs.add(sysdir + '/' + ssdir)
done.add(dir)
dirs = dirs.difference(done)
map(lambda dir: printError(pkg, 'shlib-policy-nonversioned-dir', dir),
cdirs)
def getTestedSpecPackage(name):
pkg_path = glob.glob(os.environ['TESTPATH'] + '/' + name + '.spec')[0]
return Pkg.FakePkg(pkg_path)
def check(self, pkg):
# Check only binary package
if pkg.isSource():
return
list=[]
for f in pkg.files().keys():
if rc_regex.search(f):
basename=basename_regex.search(f).group(1)
list.append(basename)
if pkg.files()[f][0] & 0500 != 0500:
yield InitScriptNonExecutable(pkg,f)
if dot_in_name_regex.match(basename):
yield InitScriptNameWithDot(pkg, f)
# check chkconfig call in %post and %preun
postin=pkg[rpm.RPMTAG_POSTIN] or pkg[rpm.RPMTAG_POSTINPROG]
if not postin:
yield InitScriptWithoutChkconfigPostin(pkg, f)
else:
if not chkconfig_regex.search(postin):
yield PostinWithoutChkconfig(pkg, f)
preun=pkg[rpm.RPMTAG_PREUN] or pkg[rpm.RPMTAG_PREUNPROG]
if not preun:
yield InitScriptWithoutChkconfigPreun(pkg, f)
else:
if not chkconfig_regex.search(preun):
yield PreunWithoutChkconfig(pkg, f)
# check common error in file content
fd=open(pkg.dirName() + '/' + f, 'r')
content=fd.read(-1)
fd.close()
if not status_regex.search(content):
yield NoStatusEntry(pkg, f)
if not reload_regex.search(content):
yield NoReloadEntry(pkg, f)
res=chkconfig_content_regex.search(content)
if not res:
yield NoChkconfigLine(pkg, f)
else:
if res.group(1) == '-':
yield NoDefaultRunlevel(pkg)
res=subsys_regex.search(content)
if not res:
yield SubsysNotUsed(pkg, f)
else:
name=res.group(1)
if name != basename:
error=1
if name[0] == '$':
value=Pkg.substitute_shell_vars(name, content)
if value == basename:
error=0
if error:
yield IncoherentSubsys(pkg, f, name)
'variantions': 'variations',
'varient': 'variant',
'verson': 'version',
'vicefersa': 'vice-versa',
'yur': 'your',
'wheter': 'whether',
'wierd': 'weird',
'xwindows': 'X'
}
DEFAULT_INVALID_REQUIRES = ('^is$', '^not$', '^owned$', '^by$', '^any$',
'^package$', '^libsafe\.so\.')
VALID_GROUPS = Config.getOption('ValidGroups', None)
if VALID_GROUPS is None: # get defaults from rpm package only if it's not set
VALID_GROUPS = Pkg.get_default_valid_rpmgroups()
VALID_LICENSES = Config.getOption('ValidLicenses', DEFAULT_VALID_LICENSES)
INVALID_REQUIRES = map(re.compile, Config.getOption('InvalidRequires', DEFAULT_INVALID_REQUIRES))
packager_regex = re.compile(Config.getOption('Packager'))
changelog_version_regex = re.compile('[^>]([^ >]+)\s*$')
changelog_text_version_regex = re.compile('^\s*-\s*((\d+:)?[\w\.]+-[\w\.]+)')
release_ext = Config.getOption('ReleaseExtension')
extension_regex = release_ext and re.compile(release_ext)
use_version_in_changelog = Config.getOption('UseVersionInChangelog', True)
devel_number_regex = re.compile('(.*?)([0-9.]+)(_[0-9.]+)?-devel')
lib_devel_number_regex = re.compile('^lib(.*?)([0-9.]+)(_[0-9.]+)?-devel')
invalid_url_regex = re.compile(Config.getOption('InvalidURL'), re.IGNORECASE)
lib_package_regex = re.compile('(?:^(?:compat-)?lib.*?(\.so.*)?|libs?[\d-]*)$', re.IGNORECASE)
leading_space_regex = re.compile('^\s+')
license_regex = re.compile('\(([^)]+)\)|\s(?:and|or)\s')
invalid_version_regex = re.compile('([0-9](?:rc|alpha|beta|pre).*)', re.IGNORECASE)
def check_binary(self, pkg):
initscript_list = []
for fname, pkgfile in pkg.files().items():
if not fname.startswith('/etc/init.d/') and \
not fname.startswith('/etc/rc.d/init.d/'):
continue
basename = os.path.basename(fname)
initscript_list.append(basename)
if pkgfile.mode & 0o500 != 0o500:
printError(pkg, 'init-script-non-executable', fname)
if "." in basename:
printError(pkg, 'init-script-name-with-dot', fname)
# check chkconfig call in %post and %preun
postin = pkg[rpm.RPMTAG_POSTIN] or \
pkg.scriptprog(rpm.RPMTAG_POSTINPROG)
if not postin:
printError(pkg, 'init-script-without-chkconfig-postin', fname)
elif not chkconfig_regex.search(postin):
printError(pkg, 'postin-without-chkconfig', fname)
preun = pkg[rpm.RPMTAG_PREUN] or \
pkg.scriptprog(rpm.RPMTAG_PREUNPROG)
if not preun:
printError(pkg, 'init-script-without-chkconfig-preun', fname)
elif not chkconfig_regex.search(preun):
printError(pkg, 'preun-without-chkconfig', fname)
status_found = False
reload_found = False
chkconfig_content_found = False
subsys_regex_found = False
in_lsb_tag = False
in_lsb_description = False
lastline = ''
lsb_tags = {}
# check common error in file content
content = None
try:
content = [x for x in Pkg.readlines(pkgfile.path)]
except Exception as e:
printWarning(pkg, 'read-error', e)
continue
content_str = "".join(content)
for line in content:
line = line[:-1] # chomp
# TODO check if there is only one line like this
if line.startswith('### BEGIN INIT INFO'):
in_lsb_tag = True
continue
if line.endswith('### END INIT INFO'):
in_lsb_tag = False
for kw, vals in lsb_tags.items():
if len(vals) != 1:
printError(pkg, 'redundant-lsb-keyword', kw)
for kw in RECOMMENDED_LSB_KEYWORDS:
if kw not in lsb_tags:
printWarning(pkg, 'missing-lsb-keyword',
"%s in %s" % (kw, fname))
if in_lsb_tag:
# TODO maybe we do not have to handle this ?
if lastline.endswith('\\'):
line = lastline + line
else:
res = lsb_tags_regex.search(line)
if not res:
cres = lsb_cont_regex.search(line)
if not (in_lsb_description and cres):
in_lsb_description = False
printError(
pkg, 'malformed-line-in-lsb-comment-block',
line)
else:
lsb_tags["Description"][-1] += \
" " + cres.group(1)
else:
tag = res.group(1)
if not tag.startswith('X-') and \
tag not in LSB_KEYWORDS:
printError(pkg, 'unknown-lsb-keyword', line)
else:
in_lsb_description = (tag == 'Description')
if tag not in lsb_tags:
lsb_tags[tag] = []
lsb_tags[tag].append(res.group(2))
lastline = line
if not status_found and status_regex.search(line):
status_found = True
if not reload_found and reload_regex.search(line):
reload_found = True
res = chkconfig_content_regex.search(line)
if res:
chkconfig_content_found = True
if use_deflevels:
if res.group(1) == '-':
printWarning(pkg, 'no-default-runlevel', fname)
elif res.group(1) != '-':
printWarning(pkg, 'service-default-enabled', fname)
res = subsys_regex.search(line)
if res:
subsys_regex_found = True
name = res.group(1)
if use_subsys and name != basename:
error = True
if name[0] == '$':
value = Pkg.substitute_shell_vars(name,
content_str)
if value == basename:
error = False
else:
i = name.find('}')
if i != -1:
name = name[0:i]
error = name != basename
if error and len(name):
if name[0] == '$':
printWarning(pkg, 'incoherent-subsys', fname,
name)
else:
printError(pkg, 'incoherent-subsys', fname,
name)
if "Default-Start" in lsb_tags:
if "".join(lsb_tags["Default-Start"]):
printWarning(pkg, 'service-default-enabled', fname)
if not status_found:
printError(pkg, 'no-status-entry', fname)
if not reload_found:
printWarning(pkg, 'no-reload-entry', fname)
if not chkconfig_content_found:
printError(pkg, 'no-chkconfig-line', fname)
if not subsys_regex_found and use_subsys:
printError(pkg, 'subsys-not-used', fname)
elif subsys_regex_found and not use_subsys:
printError(pkg, 'subsys-unsupported', fname)
if len(initscript_list) == 1:
pkgname = re.sub("-sysvinit$", "", pkg.name.lower())
goodnames = (pkgname, pkgname + 'd')
if initscript_list[0] not in goodnames:
printWarning(pkg, 'incoherent-init-script-name',
initscript_list[0], str(goodnames))
def check_binary(self, pkg):
initscript_list = []
for fname, pkgfile in pkg.files().items():
if not fname.startswith('/etc/init.d/') and \
not fname.startswith('/etc/rc.d/init.d/'):
continue
basename = os.path.basename(fname)
initscript_list.append(basename)
if pkgfile.mode & int("500", 8) != int("500", 8):
printError(pkg, 'init-script-non-executable', fname)
if "." in basename:
printError(pkg, 'init-script-name-with-dot', fname)
# check chkconfig call in %post and %preun
postin = pkg[rpm.RPMTAG_POSTIN] or \
pkg.scriptprog(rpm.RPMTAG_POSTINPROG)
if not postin:
printError(pkg, 'init-script-without-chkconfig-postin', fname)
elif not chkconfig_regex.search(postin):
printError(pkg, 'postin-without-chkconfig', fname)
preun = pkg[rpm.RPMTAG_PREUN] or \
pkg.scriptprog(rpm.RPMTAG_PREUNPROG)
if not preun:
printError(pkg, 'init-script-without-chkconfig-preun', fname)
elif not chkconfig_regex.search(preun):
printError(pkg, 'preun-without-chkconfig', fname)
status_found = False
reload_found = False
chkconfig_content_found = False
subsys_regex_found = False
in_lsb_tag = False
in_lsb_description = False
lastline = ''
lsb_tags = {}
# check common error in file content
content = None
try:
content = [x for x in Pkg.readlines(pkgfile.path)]
except Exception as e:
printWarning(pkg, 'read-error', e)
continue
content_str = "".join(content)
for line in content:
line = line[:-1] # chomp
# TODO check if there is only one line like this
if line.startswith('### BEGIN INIT INFO'):
in_lsb_tag = True
continue
if line.endswith('### END INIT INFO'):
in_lsb_tag = False
for kw, vals in lsb_tags.items():
if len(vals) != 1:
printError(pkg, 'redundant-lsb-keyword', kw)
for kw in RECOMMENDED_LSB_KEYWORDS:
if kw not in lsb_tags:
printWarning(pkg, 'missing-lsb-keyword',
"%s in %s" % (kw, fname))
if in_lsb_tag:
# TODO maybe we do not have to handle this ?
if lastline.endswith('\\'):
line = lastline + line
else:
res = lsb_tags_regex.search(line)
if not res:
cres = lsb_cont_regex.search(line)
if not (in_lsb_description and cres):
in_lsb_description = False
printError(
pkg, 'malformed-line-in-lsb-comment-block',
line)
else:
lsb_tags["Description"][-1] += \
" " + cres.group(1)
else:
tag = res.group(1)
if not tag.startswith('X-') and \
tag not in LSB_KEYWORDS:
printError(pkg, 'unknown-lsb-keyword', line)
else:
in_lsb_description = (tag == 'Description')
if tag not in lsb_tags:
lsb_tags[tag] = []
lsb_tags[tag].append(res.group(2))
lastline = line
if not status_found and status_regex.search(line):
status_found = True
if not reload_found and reload_regex.search(line):
reload_found = True
res = chkconfig_content_regex.search(line)
if res:
chkconfig_content_found = True
if use_deflevels:
if res.group(1) == '-':
printWarning(pkg, 'no-default-runlevel', fname)
elif res.group(1) != '-':
printWarning(pkg, 'service-default-enabled', fname)
res = subsys_regex.search(line)
if res:
subsys_regex_found = True
name = res.group(1)
if use_subsys and name != basename:
error = True
if name[0] == '$':
value = Pkg.substitute_shell_vars(
name, content_str)
if value == basename:
error = False
else:
i = name.find('}')
if i != -1:
name = name[0:i]
error = name != basename
if error and len(name):
if name[0] == '$':
printWarning(pkg, 'incoherent-subsys', fname,
name)
else:
printError(pkg, 'incoherent-subsys', fname,
name)
if "Default-Start" in lsb_tags:
if "".join(lsb_tags["Default-Start"]):
printWarning(pkg, 'service-default-enabled', fname)
if not status_found:
printError(pkg, 'no-status-entry', fname)
if not reload_found:
printWarning(pkg, 'no-reload-entry', fname)
if not chkconfig_content_found:
printError(pkg, 'no-chkconfig-line', fname)
if not subsys_regex_found and use_subsys:
printError(pkg, 'subsys-not-used', fname)
elif subsys_regex_found and not use_subsys:
printError(pkg, 'subsys-unsupported', fname)
if len(initscript_list) == 1:
pkgname = re.sub("-sysvinit$", "", pkg.name.lower())
goodnames = (pkgname, pkgname + 'd')
if initscript_list[0] not in goodnames:
printWarning(pkg, 'incoherent-init-script-name',
initscript_list[0], str(goodnames))
def getTestedPackage(name):
pkg_path = glob.glob(os.path.join(_testpath(), name) + "-*.rpm")[0]
return Pkg.Pkg(pkg_path, tempfile.gettempdir())
def test_rangeCompare(self):
for (req, prov) in ((("foo", rpm.RPMSENSE_LESS, (None, "1.0", None)),
("foo", rpm.RPMSENSE_EQUAL, ("1", "0.5",
None))), ):
self.assertFalse(Pkg.rangeCompare(req, prov))
def __init__(self, pkg, path, file, is_ar, is_shlib):
self.readelf_error = False
self.needed = []
self.rpath = []
self.undef = []
self.unused = []
self.comment = False
self.soname = False
self.non_pic = True
self.stack = False
self.exec_stack = False
self.exit_calls = []
self.forbidden_calls = []
fork_called = False
self.tail = ''
self.setgid = False
self.setuid = False
self.setgroups = False
self.chroot = False
self.chdir = False
self.chroot_near_chdir = False
self.mktemp = False
is_debug = path.endswith('.debug')
cmd = ['env', 'LC_ALL=C', 'readelf', '-W', '-S', '-l', '-d', '-s']
cmd.append(path)
res = Pkg.getstatusoutput(cmd)
if not res[0]:
lines = res[1].splitlines()
for l in lines:
r = BinaryInfo.needed_regex.search(l)
if r:
self.needed.append(r.group(1))
continue
r = BinaryInfo.rpath_regex.search(l)
if r:
for p in r.group(1).split(':'):
self.rpath.append(p)
continue
if BinaryInfo.comment_regex.search(l):
self.comment = True
continue
if BinaryInfo.pic_regex.search(l):
self.non_pic = False
continue
r = BinaryInfo.soname_regex.search(l)
if r:
self.soname = r.group(1)
continue
r = BinaryInfo.stack_regex.search(l)
if r:
self.stack = True
flags = r.group(1)
if flags and BinaryInfo.stack_exec_regex.search(flags):
self.exec_stack = True
continue
if l.startswith("Symbol table"):
break
for l in lines:
r = BinaryInfo.call_regex.search(l)
if not r:
continue
l = r.group(1)
if BinaryInfo.mktemp_call_regex.search(l):
self.mktemp = True
if BinaryInfo.setgid_call_regex.search(l):
self.setgid = True
if BinaryInfo.setuid_call_regex.search(l):
self.setuid = True
if BinaryInfo.setgroups_call_regex.search(l):
self.setgroups = True
if BinaryInfo.chdir_call_regex.search(l):
self.chdir = True
if BinaryInfo.chroot_call_regex.search(l):
self.chroot = True
if BinaryInfo.forbidden_functions:
for r_name, func in BinaryInfo.forbidden_functions.items():
ret = func['f_regex'].search(l)
if ret:
self.forbidden_calls.append(r_name)
if is_shlib:
r = BinaryInfo.exit_call_regex.search(l)
if r:
self.exit_calls.append(r.group(1))
continue
r = BinaryInfo.fork_call_regex.search(l)
if r:
fork_called = True
continue
# check if we don't have a string that will automatically
# waive the presence of a forbidden call
if self.forbidden_calls:
cmd = ['env', 'LC_ALL=C', 'strings']
cmd.append(path)
res = Pkg.getstatusoutput(cmd)
if not res[0]:
for l in res[1].splitlines():
# as we need to remove elements, iterate backwards
for i in range(len(self.forbidden_calls) - 1, -1, -1):
func = self.forbidden_calls[i]
f = BinaryInfo.forbidden_functions[func]
if 'waiver_regex' not in f:
continue
r = f['waiver_regex'].search(l)
if r:
del self.forbidden_calls[i]
if self.non_pic:
self.non_pic = 'TEXTREL' in res[1]
# Ignore all exit() calls if fork() is being called.
# Does not have any context at all but without this kludge, the
# number of false positives would probably be intolerable.
if fork_called:
self.exit_calls = []
# check if chroot is near chdir (since otherwise, chroot is called
# without chdir)
if self.chroot and self.chdir:
# FIXME this check is too slow, because forking for objdump is
# quite slow according to a quick test and that's quite visible
# on a server like postfix
res = Pkg.getstatusoutput(
('env', 'LC_ALL=C', 'objdump', '-d', path))
if not res[0]:
call = []
# we want that :
# 401eb8: e8 c3 f0 ff ff callq 400f80 <free@plt>
for l in res[1].splitlines():
# call is for x86 32 bits, callq for x86_64
if l.find('callq ') >= 0 or l.find('call ') >= 0:
call.append(l.rpartition(' ')[2])
for index, c in enumerate(call):
if c.find('chroot@plt') >= 0:
for i in call[index - 2:index + 2]:
if i.find('chdir@plt'):
self.chroot_near_chdir = True
else:
self.readelf_error = True
printWarning(pkg, 'binaryinfo-readelf-failed', file,
re.sub('\n.*', '', res[1]))
fobj = None
try:
fobj = open(path, 'rb')
fobj.seek(-12, os.SEEK_END)
self.tail = Pkg.b2s(fobj.read())
except Exception:
e = sys.exc_info()[1]
printWarning(pkg, 'binaryinfo-tail-failed %s: %s' % (file, e))
if fobj:
fobj.close()
# Undefined symbol and unused direct dependency checks make sense only
# for installed packages.
# skip debuginfo: https://bugzilla.redhat.com/190599
if not is_ar and not is_debug and isinstance(pkg, Pkg.InstalledPkg):
# We could do this with objdump, but it's _much_ simpler with ldd.
res = Pkg.getstatusoutput(
('env', 'LC_ALL=C', 'ldd', '-d', '-r', path))
if not res[0]:
for l in res[1].splitlines():
undef = BinaryInfo.undef_regex.search(l)
if undef:
self.undef.append(undef.group(1))
if self.undef:
cmd = self.undef[:]
cmd.insert(0, 'c++filt')
try:
res = Pkg.getstatusoutput(cmd)
if not res[0]:
self.undef = res[1].splitlines()
except:
pass
else:
printWarning(pkg, 'ldd-failed', file)
res = Pkg.getstatusoutput(
('env', 'LC_ALL=C', 'ldd', '-r', '-u', path))
if res[0]:
# Either ldd doesn't grok -u (added in glibc 2.3.4) or we have
# unused direct dependencies
in_unused = False
for l in res[1].splitlines():
if not l.rstrip():
pass
elif l.startswith('Unused direct dependencies'):
in_unused = True
elif in_unused:
unused = BinaryInfo.unused_regex.search(l)
if unused:
self.unused.append(unused.group(1))
else:
in_unused = False
def getTestedPackage(name):
pkg_path = glob.glob(os.environ['TESTPATH'] + '/' + name + '-*.rpm')[0]
return Pkg.Pkg(pkg_path, tempfile.gettempdir())
def check(self, pkg):
global _policy_legacy_exceptions
if pkg.isSource():
return
# Only check unsuffixed lib* packages
if pkg.name.endswith("-devel") or pkg.name.endswith("-doc"):
return
files = pkg.files()
# Search for shared libraries in this package
libs = set()
libs_needed = set()
libs_to_dir = dict()
dirs = set()
reqlibs = set()
pkg_requires = set(map(lambda x: string.split(x[0], "(")[0], pkg.requires()))
for f, pkgfile in files.items():
if f.find(".so.") != -1 or f.endswith(".so"):
filename = pkg.dirName() + "/" + f
try:
if stat.S_ISREG(files[f].mode) and "ELF" in pkgfile.magic:
bi = BinaryInfo(pkg, filename, f, False, True)
libs_needed = libs_needed.union(bi.needed)
if bi.soname != 0:
lib_dir = string.join(f.split("/")[:-1], "/")
libs.add(bi.soname)
libs_to_dir[bi.soname] = lib_dir
dirs.add(lib_dir)
if bi.soname in pkg_requires:
# But not if the library is used by the pkg itself
# This avoids program packages with their own
# private lib
# FIXME: we'd need to check if somebody else links
# to this lib
reqlibs.add(bi.soname)
except Exception:
pass
pass
std_dirs = dirs.intersection(("/lib", "/lib64", "/usr/lib", "/usr/lib64", "/opt/kde3/lib", "/opt/kde3/lib64"))
# If this is a program package (all libs it provides are
# required by itself), bail out
if not pkg.name.startswith("lib") and len(libs.difference(reqlibs)) == 0:
return
std_lib_package = False
if pkg.name.startswith("lib") and pkg.name[-1].isdigit():
std_lib_package = True
# ignore libs in a versioned non_std_dir
if std_lib_package:
for lib in libs.copy():
lib_dir = libs_to_dir[lib]
if lib_dir.startswith("/opt/kde3"):
continue
for lib_part in lib_dir.split("/"):
if len(lib_part) == 0:
continue
if lib_part[-1].isdigit() and not lib_part.endswith("lib64"):
libs.remove(lib)
break
# Check for non-versioned libs in a std lib package
if std_lib_package:
for lib in libs.copy():
if not lib[-1].isdigit():
printWarning(pkg, "shlib-unversioned-lib", lib)
libs.remove(lib)
# If this package should be or should be splitted into shlib
# package(s)
if len(libs) > 0 and len(std_dirs) > 0:
# If the package contains a single shlib, name after soname
if len(libs) == 1:
soname = libs.copy().pop()
libname = libname_from_soname(soname)
if libname.startswith("lib") and pkg.name != libname and pkg.name != libname + "-mini":
if libname in _policy_legacy_exceptions:
printWarning(pkg, "shlib-legacy-policy-name-error", libname)
else:
printError(pkg, "shlib-policy-name-error", libname)
elif not pkg.name[-1:].isdigit():
printError(pkg, "shlib-policy-missing-suffix")
if (not pkg.name.startswith("lib")) or pkg.name.endswith("-lang"):
return
if not libs:
if pkg.name in _policy_legacy_exceptions:
printWarning(pkg, "shlib-legacy-policy-missing-lib", pkg.name)
else:
printError(pkg, "shlib-policy-missing-lib")
# Verify no non-lib stuff is in the package
dirs = set()
for f in files:
if os.path.isdir(pkg.dirName() + f):
dirs.add(f)
# Verify shared lib policy package doesn't have hard dependency on non-lib packages
if std_lib_package:
for dep in pkg.requires():
if dep[0].startswith("rpmlib(") or dep[0].startswith("config("):
continue
if (dep[1] & (rpm.RPMSENSE_GREATER | rpm.RPMSENSE_EQUAL)) == rpm.RPMSENSE_EQUAL:
printWarning(pkg, "shlib-fixed-dependency", Pkg.formatRequire(dep[0], dep[1], dep[2]))
# Verify non-lib stuff does not add dependencies
if libs:
for dep in pkg_requires.difference(_essential_dependencies):
if dep.find(".so.") != -1 and not dep in libs and not dep in libs_needed:
printError(pkg, "shlib-policy-excessive-dependency", dep)
# Check for non-versioned directories beyond sysdirs in package
sysdirs = ["/lib", "/lib64", "/usr/lib", "/usr/lib64", "/usr/share/doc/packages", "/usr/share"]
cdirs = set()
for sysdir in sysdirs:
done = set()
for dir in dirs:
if dir.startswith(sysdir + "/"):
ssdir = string.split(dir[len(sysdir) + 1 :], "/")[0]
if not ssdir[-1].isdigit():
cdirs.add(sysdir + "/" + ssdir)
done.add(dir)
dirs = dirs.difference(done)
map(lambda dir: printError(pkg, "shlib-policy-nonversioned-dir", dir), cdirs)
def check_spec(self, pkg, spec_file, spec_lines=[]):
self._spec_file = spec_file
spec_only = isinstance(pkg, Pkg.FakePkg)
if not spec_lines:
spec_lines = Pkg.readlines(spec_file)
patches = {}
applied_patches = []
applied_patches_ifarch = []
patches_auto_applied = False
source_dir = False
buildroot = False
configure_linenum = None
configure_cmdline = ""
mklibname = False
is_lib_pkg = False
if_depth = 0
ifarch_depth = -1
current_section = 'package'
buildroot_clean = {'clean': False, 'install': False}
depscript_override = False
depgen_disabled = False
patch_fuzz_override = False
indent_spaces = 0
indent_tabs = 0
files_has_defattr = False
section = {}
# None == main package
current_package = None
package_noarch = {}
is_utf8 = False
if self._spec_file and use_utf8:
if Pkg.is_utf8(self._spec_file):
is_utf8 = True
else:
printError(pkg, "non-utf8-spec-file", self._spec_file)
# gather info from spec lines
pkg.current_linenum = 0
nbsp = chr(0xA0)
if is_utf8:
nbsp = UNICODE_NBSP
for line in spec_lines:
pkg.current_linenum += 1
if is_utf8:
line = unicode(line, "utf-8", "replace")
char = line.find(nbsp)
if char != -1:
printWarning(pkg, "non-break-space",
"line %s, char %d" % (pkg.current_linenum, char))
section_marker = False
for sec, regex in section_regexs.items():
res = regex.search(line)
if res:
current_section = sec
section_marker = True
section[sec] = section.get(sec, 0) + 1
if sec in ('package', 'files'):
rest = filelist_regex.sub('', line[res.end() - 1:])
res = pkgname_regex.search(rest)
if res:
current_package = res.group(1)
else:
current_package = None
break
if section_marker:
if current_section == 'files':
files_has_defattr = False
if not is_lib_pkg and lib_package_regex.search(line):
is_lib_pkg = True
continue
if current_section in ('prep', 'build') and \
contains_buildroot(line):
printWarning(pkg, 'rpm-buildroot-usage', '%' + current_section,
line[:-1].strip())
if make_check_regex.search(line) and current_section not in \
('check', 'changelog', 'package', 'description'):
printWarning(pkg, 'make-check-outside-check-section',
line[:-1])
if current_section in buildroot_clean and \
not buildroot_clean[current_section] and \
contains_buildroot(line) and rm_regex.search(line):
buildroot_clean[current_section] = True
if ifarch_regex.search(line):
if_depth = if_depth + 1
ifarch_depth = if_depth
if if_regex.search(line):
if_depth = if_depth + 1
if setup_regex.match(line):
if not setup_q_regex.search(line):
# Don't warn if there's a -T without -a or -b
if setup_t_regex.search(line):
if setup_ab_regex.search(line):
printWarning(pkg, 'setup-not-quiet')
else:
printWarning(pkg, 'setup-not-quiet')
if current_section != 'prep':
printWarning(pkg, 'setup-not-in-prep')
elif autopatch_regex.search(line):
patches_auto_applied = True
if current_section != 'prep':
printWarning(pkg, '%autopatch-not-in-prep')
else:
res = autosetup_regex.search(line)
if res:
if not autosetup_n_regex.search(res.group(1)):
patches_auto_applied = True
if current_section != 'prep':
printWarning(pkg, '%autosetup-not-in-prep')
if endif_regex.search(line):
if ifarch_depth == if_depth:
ifarch_depth = -1
if_depth = if_depth - 1
res = applied_patch_regex.search(line)
if res:
pnum = res.group(1) or 0
for tmp in applied_patch_p_regex.findall(line) or [pnum]:
pnum = int(tmp)
applied_patches.append(pnum)
if ifarch_depth > 0:
applied_patches_ifarch.append(pnum)
else:
res = applied_patch_pipe_regex.search(line)
if res:
pnum = int(res.group(1))
applied_patches.append(pnum)
if ifarch_depth > 0:
applied_patches_ifarch.append(pnum)
if not res and not source_dir:
res = source_dir_regex.search(line)
if res:
source_dir = True
printError(pkg, "use-of-RPM_SOURCE_DIR")
if configure_linenum:
if configure_cmdline[-1] == "\\":
configure_cmdline = configure_cmdline[:-1] + line.strip()
else:
res = configure_libdir_spec_regex.search(configure_cmdline)
if not res:
# Hack to get the correct (start of ./configure) line
# number displayed:
real_linenum = pkg.current_linenum
pkg.current_linenum = configure_linenum
printWarning(pkg, "configure-without-libdir-spec")
pkg.current_linenum = real_linenum
elif res.group(1):
res = re.match(hardcoded_library_paths, res.group(1))
if res:
printError(pkg, "hardcoded-library-path",
res.group(1), "in configure options")
configure_linenum = None
hashPos = line.find("#")
if current_section != 'changelog':
cfgPos = line.find('./configure')
if cfgPos != -1 and (hashPos == -1 or hashPos > cfgPos):
# store line where it started
configure_linenum = pkg.current_linenum
configure_cmdline = line.strip()
res = hardcoded_library_path_regex.search(line)
if current_section != 'changelog' and res and not \
(biarch_package_regex.match(pkg.name) or
hardcoded_lib_path_exceptions_regex.search(
res.group(1).lstrip())):
printError(pkg, "hardcoded-library-path", "in",
res.group(1).lstrip())
if '%mklibname' in line:
mklibname = True
if current_section == 'package':
# Would be cleaner to get sources and patches from the
# specfile parsed in Python (see below), but we want to
# catch %ifarch'd etc ones as well, and also catch these when
# the specfile is not parseable.
res = patch_regex.search(line)
if res:
pnum = int(res.group(1) or 0)
patches[pnum] = res.group(2)
res = obsolete_tags_regex.search(line)
if res:
printWarning(pkg, "obsolete-tag", res.group(1))
res = buildroot_regex.search(line)
if res:
buildroot = True
if res.group(1).startswith('/'):
printWarning(pkg, 'hardcoded-path-in-buildroot-tag',
res.group(1))
res = buildarch_regex.search(line)
if res:
if res.group(1) != "noarch":
printError(pkg,
'buildarch-instead-of-exclusivearch-tag',
res.group(1))
else:
package_noarch[current_package] = True
res = packager_regex.search(line)
if res:
printWarning(pkg, 'hardcoded-packager-tag', res.group(1))
res = prefix_regex.search(line)
if res:
if not res.group(1).startswith('%'):
printWarning(pkg, 'hardcoded-prefix-tag', res.group(1))
res = prereq_regex.search(line)
if res:
printError(pkg, 'prereq-use', res.group(2))
res = buildprereq_regex.search(line)
if res:
printError(pkg, 'buildprereq-use', res.group(1))
if scriptlet_requires_regex.search(line):
printError(pkg, 'broken-syntax-in-scriptlet-requires',
line.strip())
res = requires_regex.search(line)
if res:
reqs = Pkg.parse_deps(res.group(1))
for req in unversioned(reqs):
if compop_regex.search(req):
printWarning(pkg,
'comparison-operator-in-deptoken',
req)
res = provides_regex.search(line)
if res:
provs = Pkg.parse_deps(res.group(1))
for prov in unversioned(provs):
printWarning(pkg, 'unversioned-explicit-provides',
prov)
if compop_regex.search(prov):
printWarning(pkg,
'comparison-operator-in-deptoken',
prov)
res = obsoletes_regex.search(line)
if res:
obses = Pkg.parse_deps(res.group(1))
for obs in unversioned(obses):
printWarning(pkg, 'unversioned-explicit-obsoletes',
obs)
if compop_regex.search(obs):
printWarning(pkg,
'comparison-operator-in-deptoken',
obs)
res = conflicts_regex.search(line)
if res:
confs = Pkg.parse_deps(res.group(1))
for conf in unversioned(confs):
if compop_regex.search(conf):
printWarning(pkg,
'comparison-operator-in-deptoken',
conf)
if current_section == 'changelog':
for match in AbstractCheck.macro_regex.findall(line):
res = re.match('%+', match)
if len(res.group(0)) % 2:
printWarning(pkg, 'macro-in-%changelog', match)
else:
if not depscript_override:
depscript_override = \
depscript_override_regex.search(line) is not None
if not depgen_disabled:
depgen_disabled = \
depgen_disable_regex.search(line) is not None
if not patch_fuzz_override:
patch_fuzz_override = \
patch_fuzz_override_regex.search(line) is not None
if current_section == 'files':
if not comment_or_empty_regex.search(line) and not \
(ifarch_regex.search(line) or if_regex.search(line) or
endif_regex.search(line)):
if defattr_regex.search(line):
files_has_defattr = True
elif not (files_has_defattr or attr_regex.search(line)):
printWarning(pkg, 'files-attr-not-set')
# TODO: check scriptlets for these too?
if package_noarch.get(current_package) or \
(current_package not in package_noarch and
package_noarch.get(None)):
res = libdir_regex.search(line)
if res:
pkgname = current_package
if pkgname is None:
pkgname = '(main package)'
printWarning(pkg, 'libdir-macro-in-noarch-package',
pkgname, line.rstrip())
if not indent_tabs and '\t' in line:
indent_tabs = pkg.current_linenum
if not indent_spaces and indent_spaces_regex.search(line):
indent_spaces = pkg.current_linenum
# Check if egrep or fgrep is used
if current_section not in \
('package', 'changelog', 'description', 'files'):
greps = deprecated_grep_regex.findall(line)
if greps:
printWarning(pkg, "deprecated-grep", greps)
# If not checking spec file only, we're checking one inside a
# SRPM -> skip this check to avoid duplicate warnings (#167)
if spec_only and VALID_GROUPS and \
line.lower().startswith("group:"):
group = line[6:].strip()
if group not in VALID_GROUPS:
printWarning(pkg, 'non-standard-group', group)
# Test if there are macros in comments
if hashPos != -1 and \
(hashPos == 0 or line[hashPos-1] in (" ", "\t")):
for match in AbstractCheck.macro_regex.findall(line[hashPos +
1:]):
res = re.match('%+', match)
if len(res.group(0)) % 2:
printWarning(pkg, 'macro-in-comment', match)
# Last line read is not useful after this point
pkg.current_linenum = None
for sect in (x for x in buildroot_clean if not buildroot_clean[x]):
printWarning(pkg, 'no-cleaning-of-buildroot', '%' + sect)
if not buildroot:
printWarning(pkg, 'no-buildroot-tag')
for sec in ('prep', 'build', 'install', 'clean'):
if not section.get(sec):
printWarning(pkg, 'no-%%%s-section' % sec)
for sec in ('changelog', ):
# prep, build, install, clean, check prevented by rpmbuild 4.4
if section.get(sec, 0) > 1:
printWarning(pkg, 'more-than-one-%%%s-section' % sec)
if is_lib_pkg and not mklibname:
printError(pkg, 'lib-package-without-%mklibname')
if depscript_override and not depgen_disabled:
printWarning(pkg, 'depscript-without-disabling-depgen')
if patch_fuzz_override:
printWarning(pkg, 'patch-fuzz-is-changed')
if indent_spaces and indent_tabs:
pkg.current_linenum = max(indent_spaces, indent_tabs)
printWarning(
pkg, 'mixed-use-of-spaces-and-tabs',
'(spaces: line %d, tab: line %d)' %
(indent_spaces, indent_tabs))
pkg.current_linenum = None
# process gathered info
if not patches_auto_applied:
for pnum, pfile in patches.items():
if pnum in applied_patches_ifarch:
printWarning(pkg, "%ifarch-applied-patch",
"Patch%d:" % pnum, pfile)
if pnum not in applied_patches:
printWarning(pkg, "patch-not-applied", "Patch%d:" % pnum,
pfile)
# Rest of the checks require a real spec file
if not self._spec_file:
return
# We'd like to parse the specfile only once using python bindings,
# but it seems errors from rpmlib get logged to stderr and we can't
# capture and print them nicely, so we do it once each way :P
out = Pkg.getstatusoutput(('env', 'LC_ALL=C', 'rpm', '-q', '--qf=',
'--specfile', self._spec_file))
parse_error = False
for line in out[1].splitlines():
# No such file or dir hack: https://bugzilla.redhat.com/487855
if 'No such file or directory' not in line:
parse_error = True
printError(pkg, 'specfile-error', line)
if not parse_error:
# grab sources and patches from parsed spec object to get
# them with macros expanded for URL checking
spec_obj = None
try:
ts = rpm.TransactionSet()
spec_obj = ts.parseSpec(self._spec_file)
except:
# errors logged above already
pass
if spec_obj:
try:
# rpm < 4.8.0
sources = spec_obj.sources()
except TypeError:
# rpm >= 4.8.0
sources = spec_obj.sources
for src in sources:
(url, num, flags) = src
(scheme, netloc) = urlparse(url)[0:2]
if flags & 1: # rpmspec.h, rpm.org ticket #123
srctype = "Source"
else:
srctype = "Patch"
tag = '%s%s' % (srctype, num)
if scheme and netloc:
info = self.check_url(pkg, tag, url)
if not info or not hasattr(pkg, 'files'):
continue
clen = info.get("Content-Length")
if clen is not None:
clen = int(clen)
cmd5 = info.get("Content-MD5")
if cmd5 is not None:
cmd5 = cmd5.lower()
if clen is not None or cmd5 is not None:
# Not using path from urlparse results to match how
# rpm itself parses the basename.
pkgfile = pkg.files().get(url.split("/")[-1])
if pkgfile:
if clen is not None and pkgfile.size != clen:
printWarning(
pkg, 'file-size-mismatch',
'%s = %s, %s = %s' %
(pkgfile.name, pkgfile.size, url,
clen))
# pkgfile.md5 could be some other digest than
# MD5, treat as MD5 only if it's 32 chars long
if cmd5 and len(pkgfile.md5) == 32 \
and pkgfile.md5 != cmd5:
printWarning(
pkg, 'file-md5-mismatch',
'%s = %s, %s = %s' %
(pkgfile.name, pkgfile.md5, url, cmd5))
elif srctype == "Source" and tarball_regex.search(url):
printWarning(pkg, 'invalid-url', '%s:' % tag, url)
def __init__(self, pkg, path, fname, is_ar, is_shlib):
self.readelf_error = False
self.needed = []
self.rpath = []
self.undef = []
self.unused = []
self.comment = False
self.soname = False
self.non_pic = True
self.stack = False
self.exec_stack = False
self.exit_calls = []
self.forbidden_calls = []
fork_called = False
self.tail = ''
self.setgid = False
self.setuid = False
self.setgroups = False
self.chroot = False
self.chdir = False
self.chroot_near_chdir = False
self.mktemp = False
is_debug = path.endswith('.debug')
# Currently this implementation works only on specific
# architectures due to reliance on arch specific assembly.
if (pkg.arch.startswith('armv') or pkg.arch == 'aarch64'):
# 10450: ebffffec bl 10408 <chroot@plt>
BinaryInfo.objdump_call_regex = re.compile(br'\sbl\s+(.*)')
elif (pkg.arch.endswith('86') or pkg.arch == 'x86_64'):
# 401eb8: e8 c3 f0 ff ff callq 400f80 <chdir@plt>
BinaryInfo.objdump_call_regex = re.compile(br'callq?\s(.*)')
else:
BinaryInfo.objdump_call_regex = None
res = Pkg.getstatusoutput(
('readelf', '-W', '-S', '-l', '-d', '-s', path))
if not res[0]:
lines = res[1].splitlines()
for line in lines:
r = BinaryInfo.needed_regex.search(line)
if r:
self.needed.append(r.group(1))
continue
r = BinaryInfo.rpath_regex.search(line)
if r:
for p in r.group(1).split(':'):
self.rpath.append(p)
continue
if BinaryInfo.comment_regex.search(line):
self.comment = True
continue
if BinaryInfo.pic_regex.search(line):
self.non_pic = False
continue
r = BinaryInfo.soname_regex.search(line)
if r:
self.soname = r.group(1)
continue
r = BinaryInfo.stack_regex.search(line)
if r:
self.stack = True
flags = r.group(1)
if flags and BinaryInfo.stack_exec_regex.search(flags):
self.exec_stack = True
continue
if line.startswith("Symbol table"):
break
for line in lines:
r = BinaryInfo.call_regex.search(line)
if not r:
continue
line = r.group(1)
if BinaryInfo.mktemp_call_regex.search(line):
self.mktemp = True
if BinaryInfo.setgid_call_regex.search(line):
self.setgid = True
if BinaryInfo.setuid_call_regex.search(line):
self.setuid = True
if BinaryInfo.setgroups_call_regex.search(line):
self.setgroups = True
if BinaryInfo.chdir_call_regex.search(line):
self.chdir = True
if BinaryInfo.chroot_call_regex.search(line):
self.chroot = True
if BinaryInfo.forbidden_functions:
for r_name, func in BinaryInfo.forbidden_functions.items():
ret = func['f_regex'].search(line)
if ret:
self.forbidden_calls.append(r_name)
if is_shlib:
r = BinaryInfo.exit_call_regex.search(line)
if r:
self.exit_calls.append(r.group(1))
continue
r = BinaryInfo.fork_call_regex.search(line)
if r:
fork_called = True
continue
# check if we don't have a string that will automatically
# waive the presence of a forbidden call
if self.forbidden_calls:
res = Pkg.getstatusoutput(('strings', path))
if not res[0]:
for line in res[1].splitlines():
# as we need to remove elements, iterate backwards
for i in range(len(self.forbidden_calls) - 1, -1, -1):
func = self.forbidden_calls[i]
f = BinaryInfo.forbidden_functions[func]
if 'waiver_regex' not in f:
continue
r = f['waiver_regex'].search(line)
if r:
del self.forbidden_calls[i]
if self.non_pic:
self.non_pic = 'TEXTREL' in res[1]
# Ignore all exit() calls if fork() is being called.
# Does not have any context at all but without this kludge, the
# number of false positives would probably be intolerable.
if fork_called:
self.exit_calls = []
# check if chroot is near chdir (since otherwise, chroot is called
# without chdir)
if not BinaryInfo.objdump_call_regex and self.chroot and self.chdir:
# On some architectures, e.g. PPC, it is to difficult to
# find the actual invocations of chroot/chdir, if both
# exist assume chroot is fine
self.chroot_near_chdir = True
elif self.chroot and self.chdir:
p = subprocess.Popen(('objdump', '-d', path),
stdout=subprocess.PIPE, bufsize=-1,
env=dict(os.environ, LC_ALL="C"))
with p.stdout:
index = 0
chroot_index = -99
chdir_index = -99
for line in p.stdout:
res = BinaryInfo.objdump_call_regex.search(line)
if not res:
continue
if b'@plt' not in res.group(1):
pass
elif b'chroot@plt' in res.group(1):
chroot_index = index
if abs(chroot_index - chdir_index) <= 2:
self.chroot_near_chdir = True
break
elif b'chdir@plt' in res.group(1):
chdir_index = index
if abs(chroot_index - chdir_index) <= 2:
self.chroot_near_chdir = True
break
index += 1
if p.wait() and not self.chroot_near_chdir:
printWarning(pkg, 'binaryinfo-objdump-failed', fname)
self.chroot_near_chdir = True # avoid false positive
elif chroot_index == -99 and chdir_index == -99:
self.chroot_near_chdir = True # avoid false positive
else:
self.readelf_error = True
# Go and others are producing ar archives that don't have ELF
# headers, so don't complain about it
if not is_ar:
printWarning(pkg, 'binaryinfo-readelf-failed',
fname, re.sub('\n.*', '', res[1]))
try:
with open(path, 'rb') as fobj:
fobj.seek(-12, os.SEEK_END)
self.tail = Pkg.b2s(fobj.read())
except Exception as e:
printWarning(pkg, 'binaryinfo-tail-failed %s: %s' % (fname, e))
# Undefined symbol and unused direct dependency checks make sense only
# for installed packages.
# skip debuginfo: https://bugzilla.redhat.com/190599
if not is_ar and not is_debug and isinstance(pkg, Pkg.InstalledPkg):
# We could do this with objdump, but it's _much_ simpler with ldd.
res = Pkg.getstatusoutput(('ldd', '-d', '-r', path))
if not res[0]:
for line in res[1].splitlines():
undef = BinaryInfo.undef_regex.search(line)
if undef:
self.undef.append(undef.group(1))
if self.undef:
try:
res = Pkg.getstatusoutput(['c++filt'] + self.undef)
if not res[0]:
self.undef = res[1].splitlines()
except OSError:
pass
else:
printWarning(pkg, 'ldd-failed', fname)
res = Pkg.getstatusoutput(('ldd', '-r', '-u', path))
if res[0]:
# Either ldd doesn't grok -u (added in glibc 2.3.4) or we have
# unused direct dependencies
in_unused = False
for line in res[1].splitlines():
if not line.rstrip():
pass
elif line.startswith('Unused direct dependencies'):
in_unused = True
elif in_unused:
unused = BinaryInfo.unused_regex.search(line)
if unused:
self.unused.append(unused.group(1))
else:
in_unused = False
def __init__(self, pkg, path, fname, is_ar, is_shlib):
self.readelf_error = False
self.needed = []
self.rpath = []
self.undef = []
self.unused = []
self.comment = False
self.soname = False
self.non_pic = True
self.stack = False
self.exec_stack = False
self.exit_calls = []
self.forbidden_calls = []
fork_called = False
self.tail = ''
self.setgid = False
self.setuid = False
self.setgroups = False
self.chroot = False
self.chdir = False
self.chroot_near_chdir = False
self.mktemp = False
is_debug = path.endswith('.debug')
# Currently this implementation works only on specific
# architectures due to reliance on arch specific assembly.
if (pkg.arch.startswith('armv') or pkg.arch == 'aarch64'):
# 10450: ebffffec bl 10408 <chroot@plt>
BinaryInfo.objdump_call_regex = re.compile(br'\sbl\s+(.*)')
elif (pkg.arch.endswith('86') or pkg.arch == 'x86_64'):
# 401eb8: e8 c3 f0 ff ff callq 400f80 <chdir@plt>
BinaryInfo.objdump_call_regex = re.compile(br'callq?\s(.*)')
else:
BinaryInfo.objdump_call_regex = None
res = Pkg.getstatusoutput(
('readelf', '-W', '-S', '-l', '-d', '-s', path))
if not res[0]:
lines = res[1].splitlines()
for line in lines:
r = BinaryInfo.needed_regex.search(line)
if r:
self.needed.append(r.group(1))
continue
r = BinaryInfo.rpath_regex.search(line)
if r:
for p in r.group(1).split(':'):
self.rpath.append(p)
continue
if BinaryInfo.comment_regex.search(line):
self.comment = True
continue
if BinaryInfo.pic_regex.search(line):
self.non_pic = False
continue
r = BinaryInfo.soname_regex.search(line)
if r:
self.soname = r.group(1)
continue
r = BinaryInfo.stack_regex.search(line)
if r:
self.stack = True
flags = r.group(1)
if flags and BinaryInfo.stack_exec_regex.search(flags):
self.exec_stack = True
continue
if line.startswith("Symbol table"):
break
for line in lines:
r = BinaryInfo.call_regex.search(line)
if not r:
continue
line = r.group(1)
if BinaryInfo.mktemp_call_regex.search(line):
self.mktemp = True
if BinaryInfo.setgid_call_regex.search(line):
self.setgid = True
if BinaryInfo.setuid_call_regex.search(line):
self.setuid = True
if BinaryInfo.setgroups_call_regex.search(line):
self.setgroups = True
if BinaryInfo.chdir_call_regex.search(line):
self.chdir = True
if BinaryInfo.chroot_call_regex.search(line):
self.chroot = True
if BinaryInfo.forbidden_functions:
for r_name, func in BinaryInfo.forbidden_functions.items():
ret = func['f_regex'].search(line)
if ret:
self.forbidden_calls.append(r_name)
if is_shlib:
r = BinaryInfo.exit_call_regex.search(line)
if r:
self.exit_calls.append(r.group(1))
continue
r = BinaryInfo.fork_call_regex.search(line)
if r:
fork_called = True
continue
# check if we don't have a string that will automatically
# waive the presence of a forbidden call
if self.forbidden_calls:
res = Pkg.getstatusoutput(('strings', path))
if not res[0]:
for line in res[1].splitlines():
# as we need to remove elements, iterate backwards
for i in range(len(self.forbidden_calls) - 1, -1, -1):
func = self.forbidden_calls[i]
f = BinaryInfo.forbidden_functions[func]
if 'waiver_regex' not in f:
continue
r = f['waiver_regex'].search(line)
if r:
del self.forbidden_calls[i]
if self.non_pic:
self.non_pic = 'TEXTREL' in res[1]
# Ignore all exit() calls if fork() is being called.
# Does not have any context at all but without this kludge, the
# number of false positives would probably be intolerable.
if fork_called:
self.exit_calls = []
# check if chroot is near chdir (since otherwise, chroot is called
# without chdir)
if not BinaryInfo.objdump_call_regex and self.chroot and self.chdir:
# On some architectures, e.g. PPC, it is to difficult to
# find the actual invocations of chroot/chdir, if both
# exist assume chroot is fine
self.chroot_near_chdir = True
elif self.chroot and self.chdir:
p = subprocess.Popen(('objdump', '-d', path),
stdout=subprocess.PIPE,
bufsize=-1,
env=dict(os.environ, LC_ALL="C"))
with p.stdout:
index = 0
chroot_index = -99
chdir_index = -99
for line in p.stdout:
res = BinaryInfo.objdump_call_regex.search(line)
if not res:
continue
if b'@plt' not in res.group(1):
pass
elif b'chroot@plt' in res.group(1):
chroot_index = index
if abs(chroot_index - chdir_index) <= 2:
self.chroot_near_chdir = True
break
elif b'chdir@plt' in res.group(1):
chdir_index = index
if abs(chroot_index - chdir_index) <= 2:
self.chroot_near_chdir = True
break
index += 1
if p.wait() and not self.chroot_near_chdir:
printWarning(pkg, 'binaryinfo-objdump-failed', fname)
self.chroot_near_chdir = True # avoid false positive
elif chroot_index == -99 and chdir_index == -99:
self.chroot_near_chdir = True # avoid false positive
else:
self.readelf_error = True
# Go and others are producing ar archives that don't have ELF
# headers, so don't complain about it
if not is_ar:
printWarning(pkg, 'binaryinfo-readelf-failed', fname,
re.sub('\n.*', '', res[1]))
try:
with open(path, 'rb') as fobj:
fobj.seek(-12, os.SEEK_END)
self.tail = Pkg.b2s(fobj.read())
except Exception as e:
printWarning(pkg, 'binaryinfo-tail-failed %s: %s' % (fname, e))
# Undefined symbol and unused direct dependency checks make sense only
# for installed packages.
# skip debuginfo: https://bugzilla.redhat.com/190599
if not is_ar and not is_debug and isinstance(pkg, Pkg.InstalledPkg):
# We could do this with objdump, but it's _much_ simpler with ldd.
res = Pkg.getstatusoutput(('ldd', '-d', '-r', path))
if not res[0]:
for line in res[1].splitlines():
undef = BinaryInfo.undef_regex.search(line)
if undef:
self.undef.append(undef.group(1))
if self.undef:
try:
res = Pkg.getstatusoutput(['c++filt'] + self.undef)
if not res[0]:
self.undef = res[1].splitlines()
except OSError:
pass
else:
printWarning(pkg, 'ldd-failed', fname)
res = Pkg.getstatusoutput(('ldd', '-r', '-u', path))
if res[0]:
# Either ldd doesn't grok -u (added in glibc 2.3.4) or we have
# unused direct dependencies
in_unused = False
for line in res[1].splitlines():
if not line.rstrip():
pass
elif line.startswith('Unused direct dependencies'):
in_unused = True
elif in_unused:
unused = BinaryInfo.unused_regex.search(line)
if unused:
self.unused.append(unused.group(1))
else:
in_unused = False