Hi Ben,
There is no change in this patchset and it applies cleanly on top of
v4 of Nvram-to-pstorepatches.
The patchset takes care of compressing oops messages while writing to NVRAM,
so that more oops data can be captured in the given space.
big_oops_buf (2.22 * oops_data_sz) is allocated
Hi Ben,
There is no change in this patchset and it applies cleanly on top of
v4 of Nvram-to-pstorepatches.
The patchset takes care of compressing oops messages while writing to NVRAM,
so that more oops data can be captured in the given space.
big_oops_buf (2.22 * oops_data_sz) is allocated
The patchset takes care of compressing oops messages while writing to NVRAM,
so that more oops data can be captured in the given space.
big_oops_buf (2.22 * oops_data_sz) is allocated for compression.
oops_data_sz is oops header size less of oops partition size.
Pstore will internally call
The patchset takes care of compressing oops messages while writing to NVRAM,
so that more oops data can be captured in the given space.
big_oops_buf (2.22 * oops_data_sz) is allocated for compression.
oops_data_sz is oops header size less of oops partition size.
Pstore will internally call
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