9b2e0cbeea
In kernel 4.7, the capability and capability2 classes were split apart
from cap_userns and cap2_userns (see kernel commit
8e4ff6f228e4722cac74db716e308d1da33d744f). Since then, Android cannot be
run in a container with SELinux in enforcing mode.
This change applies the existing capability rules to user namespaces as
well as the root namespace so that Android running in a container
behaves the same on pre- and post-4.7 kernels.
This is essentially:
1. New global_capability_class_set and global_capability2_class_set
that match capability+cap_userns and capability2+cap2_userns,
respectively.
2. s/self:capability/self:global_capability_class_set/g
3. s/self:capability2/self:global_capability2_class_set/g
4. Add cap_userns and cap2_userns to the existing capability_class_set
so that it covers all capabilities. This set was used by several
neverallow and dontaudit rules, and I confirmed that the new
classes are still appropriate.
Test: diff new policy against old and confirm that all new rules add
only cap_userns or cap2_userns;
Boot ARC++ on a device with the 4.12 kernel.
Bug: crbug.com/754831
Change-Id: I4007eb3a2ecd01b062c4c78d9afee71c530df95f
11 lines
423 B
Text
11 lines
423 B
Text
type vendor_modprobe, domain;
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# For the use of /vendor/bin/modprobe from vendor init.rc fragments
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domain_trans(init, vendor_toolbox_exec, vendor_modprobe)
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allow vendor_modprobe proc_modules:file r_file_perms;
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allow vendor_modprobe self:global_capability_class_set sys_module;
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allow vendor_modprobe kernel:key search;
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allow vendor_modprobe { vendor_file }:system module_load;
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r_dir_file(vendor_modprobe, { vendor_file })
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