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d70f5e541a
The Tegra BPMP driver typically ends up deferring probe because it wants to attach to the SMMU, so there's little sense in registering it at the core init-level. One side-effect of this is that the driver will be probed later even if it doesn't want to attach to an SMMU, which means that consumers will end up deferring probe, which in turn takes care of ordering the suspend and resume queue in the correct way. Currently since suspend/resume order depends on instantiation order, and because BPMP is listed at the very end of the device tree (after most of its consumers), the suspend and resume queue is ordered wrongly, which can cause issues for drivers (like I2C) which suspend after and resume before BPMP. In the case of I2C this typically leads to the clock failing to enable. Besides fixing this suspend/resume ordering issue, this also has the added benefit of allowing the driver to be built as a loadable module, which can help decrease the size of multiplatform kernel. Signed-off-by: Thierry Reding <treding@nvidia.com> |
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| .. | ||
| bpmp-debugfs.c | ||
| bpmp-private.h | ||
| bpmp-tegra186.c | ||
| bpmp-tegra210.c | ||
| bpmp.c | ||
| ivc.c | ||
| Kconfig | ||
| Makefile | ||