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104f811e67
This unifies all the EC header files to use __CROS_EC_FILENAME_H as the include guard. Well, except for test/ util/ and extra/ which use __TEST_ __UTIL_ and __EXTRA_ prefixes respectively. BUG=chromium:496895 BRANCH=none TEST=make buildall -j Signed-off-by: Bill Richardson <wfrichar@chromium.org> Change-Id: Iea71b3a08bdec94a11239de810a2b2e152b15029 Reviewed-on: https://chromium-review.googlesource.com/278121 Reviewed-by: Randall Spangler <rspangler@chromium.org>
Lightbar simulator ------------------------------------------------------------------------------ Build with "make lightbar". The executable is "./lightbar". You may need to install libxcb1-dev or similar. This provides a simulation environment for the lightbar task, compiling common/lightbar.c from the EC source, but faking the rest of the EC. The EC console is on stdin/stdout, delivering all input to the lightbar's console command handler (so it prefixes any input with "lightbar"). The lightbar itself is displayed in an X window. You can click in that window to emulate changes to the battery level, AC connection, and brightness, all of which are normally outside the lightbar task's direct control. The initial sequence is "S5". Try issuing the command "seq s3s0" to see something more familiar. Note: the Pixel lightbar circuitry has three modes of operation: Unpowered When the host CPU is off (S5/G3), all power to the lightbar and its controller circuitry is lost. On When the host CPU is on (S0) or suspended (S3), the lightbar is powered again. After every power loss, it will need to be reinitialized by calling lb_init() before it can be used. Standby The lightbar controller ICs can turn off all the LED outputs to conserve power. This is the initial state when power is applied. You can turn the LEDs off manually by calling lb_off(). When suspended, the controller will respond to commands, but the LEDs aren't lit. Turn them on with lb_on().