The LOCAL_COMPATIBILITY_SUITES variable has been removed, as the users
are now embedding this binary the same way they do the rest of the
sepolicy tools.
Bug: 122331947
Bug: 130696912
Test: treehugger
Change-Id: Ia83025b18da87204d87684f2c0af025d9cecc824
This CL fixes leaks of the policy that we're building up. The analyzer
only caught the leaks on the error path, but I assume that
`check_assertions` does nothing to free the object that it's handed.
Analyzer warnings:
system/sepolicy/tools/sepolicy-analyze/neverallow.c:439:9: warning:
Potential leak of memory pointed to by 'avrule'
[clang-analyzer-unix.Malloc]
system/sepolicy/tools/sepolicy-analyze/neverallow.c:439:9: warning:
Potential leak of memory pointed to by 'neverallows'
[clang-analyzer-unix.Malloc]
Bug: None
Test: Treehugger; reran the analyzer
Change-Id: I79a0c34e8b53d33a1f01497337590eab660ad3ec
Fix the following warnings:
system/sepolicy/tools/sepolicy-analyze/neverallow.c:346:9: warning:
Potential leak of memory pointed to by '__s1'
system/sepolicy/tools/sepolicy-analyze/neverallow.c:346:9: warning:
Potential leak of memory pointed to by 'id'
system/sepolicy/tools/sepolicy-analyze/neverallow.c:364:13: warning:
Potential leak of memory pointed to by 'classperms'
system/sepolicy/tools/sepolicy-analyze/neverallow.c:364:13: warning:
Potential leak of memory pointed to by 'node'
Bug: b/27101951
Test:Warnings are gone.
Change-Id: Ib9b2e0b9f19950b4b764d438ee58340e6c022ef5
Empty typeset is not an issue in neverallow rules. The reason is that
it's completly normal for scontext or tcontext of neverallow rules to
evaluate to an empty type set. For example, there are neverallow rules
whose purpose is to test that all types with particular powers are
associated with a particular attribute:
neverallow {
untrusted_app_all
-untrusted_app
-untrusted_app_25
} domain:process fork;
Test: sepolicy-analyze neverallow -w -n \
'neverallow {} {}:binder call;'
produces empty output instead of "Warning! Empty type set"
Bug: 37357742
Change-Id: Id61b4fe22fafaf0522d8769dd4e23dfde6cd9f45
This could be useful in diffs between policy versions.
Bug: 37357742
Test: sepolicy-analyze lists all attributes in precompiled_policy.
Change-Id: I6532a93d4102cf9cb12b73ee8ed86ece368f9131
sepolicy-analyze allows users to see all types that have a given
attribute, but not the reverse case: all attributes of a given type.
Add a '--reverse' option which enables this, but keeps the previous
interface.
Usage: sepolicy-analyze sepolicy attribute -r init
Bug: 36508258
Test: Build and run against current policy.
(cherry picked from commit d444ebedac)
Change-Id: I9813ebf61d50fb5abbc8e52be4cf62751979bbd4
sepolicy-analyze allows users to see all types that have a given
attribute, but not the reverse case: all attributes of a given type.
Add a '--reverse' option which enables this, but keeps the previous
interface.
Usage: sepolicy-analyze sepolicy attribute -r init
Bug: 36508258
Test: Build and run against current policy.
Change-Id: Ice6893cf7aa2ec4706a7411645a8e0a8a3ad01eb
Point to external/selinux/libsepol instead of external/libsepol.
(cherry picked from commit 96136d847d)
Change-Id: I09c33a4cbd7b4cd3ef2341c042259b96c0b59372
Addresses the following error when running CTS on master:
junit.framework.AssertionFailedError: The following errors were encountered when validating the SELinuxneverallow rule:
neverallow { appdomain -bluetooth } self:capability *;
/tmp/SELinuxHostTest5593810182495331783.tmp: error while loading shared libraries: libc++.so: cannot open shared object file: No such file or directory
Also indicate that none of the sepolicy tools need c++ std lib.
(cherry-pick of 28acbeab18)
Bug: 19566396
Change-Id: Ieb380d05ae896a8146b80f94fe3b3211178705bb
This is causing more harm than good. We'll just make these all link
libc++ again and work out the CTS issues if they still exist.
Bug: 19778891
This reverts commit 3812cf58cb.
Change-Id: Iaea8f6acb147da4275633a760ccb32951db7f8b6
This is causing more harm than good. We'll just make these all link
libc++ again (another revert) and work out the CTS issues if they still
exist.
Bug: 19778891
This reverts commit a5113a1500.
Change-Id: I35a4c93dae4abb66e3525451d5ce01e33a540895
Address sanitizer requires using libc++ (apparently). We removed
libc++ from these projects since they were C and the SDK/CTS was not
able to find libc++.
If we're interested in continuing to use ASAN on these tools
(probably), we should turn libc++ back on once we're sure CTS won't
die.
Bug: 19778891
Change-Id: I3c1913171a15396ead73277ec1186fead730f66d
Addresses the following error when running CTS on master:
junit.framework.AssertionFailedError: The following errors were encountered when validating the SELinuxneverallow rule:
neverallow { appdomain -bluetooth } self:capability *;
/tmp/SELinuxHostTest5593810182495331783.tmp: error while loading shared libraries: libc++.so: cannot open shared object file: No such file or directory
Also indicate that none of the sepolicy tools need c++ std lib.
Bug: 19617220
Change-Id: I713b3cbd1220655413d399c7cd2b0b50459a5485
Add an attribute command to sepolicy-analyze for displaying the list
of types associated with an attribute in a policy. This is for use
by CTS to check what domains and types are associated with certain
attributes such as mlstrustedsubject and mlstrustedobject.
Change-Id: Ie19361c02feb1ad14ce36862c6aace9e66c422bb
Signed-off-by: Stephen Smalley <sds@tycho.nsa.gov>
Instead of displaying the boolean count, display a list of booleans
defined in the policy, if any. This makes sepolicy-analyze booleans
consistent with sepolicy-analyze permissive and allows automated tests
to simply check whether there was any output at all.
Change-Id: I221b60d94e6e7f6d80399bf0833887af3747fe83
Signed-off-by: Stephen Smalley <sds@tycho.nsa.gov>
Implement the booleans test in sepolicy-analyze so
that we can move the no-booleans check from the
SELinuxTest to the SELinuxHostTest along with the
other policy checks.
Change-Id: I95d7ad34da10c354470f43734d34a6ec631a7b4e
Signed-off-by: Stephen Smalley <sds@tycho.nsa.gov>
Commit dc0ab516f11d8e2c413315e733e25a41ba468e4f changed the libsepol
structures on which sepolicy-analyze relies so that it could be compiled
as a C++ library. Reflect this change in sepolicy-analyze.
Change-Id: I7da601767c3a4ebed7274e33304d8b589a9115fe
host C: sepolicy-analyze <= external/sepolicy/tools/sepolicy-analyze/sepolicy-analyze.c
external/sepolicy/tools/sepolicy-analyze/sepolicy-analyze.c: In function 'usage':
external/sepolicy/tools/sepolicy-analyze/sepolicy-analyze.c:30:5: error: 'for' loop initial declarations are only allowed in C99 mode
external/sepolicy/tools/sepolicy-analyze/sepolicy-analyze.c:30:5: note: use option -std=c99 or -std=gnu99 to compile your code
make: *** [out/host/linux-x86/obj/EXECUTABLES/sepolicy-analyze_intermediates/sepolicy-analyze.o] Error 1
Change-Id: I9222e447b032d051c251c9718e2b8d5ffb9e9c35
Also, divide each sepolicy-analyze function into its own component for simplified
command-line parsing and potentially eventual modularization.
Bug: 18005561
Change-Id: I45fa07d776cf1bec7d60dba0c03ee05142b86c19
