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4ad42032f4
Most of the indexes used in practice, have AUTHREAD set with null
password authentication. The only index, for which READ_STCLEAR is
set and TlclReadLock() is called is the one used by mount-encrypted.
It has AUTHREAD with empty password and should be lockable after
platform hierarchy is disabled. So, use null password authorization
instead of platform authorization in TlclReadLock().
BUG=chrome-os-partner:54708
BRANCH=none
TEST=Start with OOBE, corporate enroll, reboot, verify that the system
doesn't go back to OOBE. Check mount-encrypted.log on start: it
should contain "Read-locking NVRAM area succeeded".
Change-Id: Iaac78ba4dd048edac992adfab6fb94b69b2e989a
Reviewed-on: https://chromium-review.googlesource.com/410780
Commit-Ready: Andrey Pronin <apronin@chromium.org>
Tested-by: Andrey Pronin <apronin@chromium.org>
Reviewed-by: Vadim Bendebury <vbendeb@chromium.org>
Here's what's what in the firmware/ directory. include/ lib/ These are the original structures and APIs used in the earliest Chromebooks and continuing through 2014. It never had a version as such to begin with, but we now refer to this implementation as "vboot1" or "vboot version 1.0". linktest/ stub/ These are stubs used to link the vboot1 libraries into host-side test executables so we can run some tests on the build machine instead of a Chromebook. 2lib/ In 2014 we began work on a new vboot API. The first step was just a refactoring and renaming of the verification API. The public functions and external headers that are exported for use by the Chrome OS firmware (or anything else that wants to use vboot) live in here. The internal structures and implementations go elsewhere. lib20/ This is an early implementation of the public (2lib/) API. It is binary-compatible with vboot1, so although the interface details are different, any existing on-device structures or signatures created by the vboot1 tools can be validated using this implementation. This was deployed slightly before it was ready. That's not a problem, thanks to the binary compatibility, but this directory will be abandoned Real Soon Now, except for the product support branches. lib21/ This is where the current development of the second-generation vboot API is taking place. It uses the public (2lib/) API, but will NOT be binary compatible with vboot1 structs. Because of the early release of the lib20 stuff, we're actually calling this lib21.