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https://github.com/Telecominfraproject/OpenCellular.git
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ac8805e7e9
These were macros that were never used, or that were only set to one thing and could be substituted up front. I left in code guarded by the HAVE_ENDIAN_H and HAVE_LITTLE_ENDIAN macros even though those are never defined because they guard a reportedly significantly faster implementation of some functionality, at least according to a comment in the source. It would be a good idea to enable that code path and see if it really does make a big difference before removing it entirely. BUG=None TEST=Built for Link, Daisy, and the host with FEATURES=test. Built depthcharge for Link and booted in normal mode. BRANCH=None Change-Id: I934a4dd0da169ac018ba07350d56924ab88b1acc Signed-off-by: Gabe Black <gabeblack@google.com> Reviewed-on: https://gerrit.chromium.org/gerrit/45687 Reviewed-by: Randall Spangler <rspangler@chromium.org> Commit-Queue: Gabe Black <gabeblack@chromium.org> Tested-by: Gabe Black <gabeblack@chromium.org>
102 lines
3.0 KiB
C
102 lines
3.0 KiB
C
/* Copyright (c) 2013 The Chromium OS Authors. All rights reserved.
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* Use of this source code is governed by a BSD-style license that can be
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* found in the LICENSE file.
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*
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* High-level firmware API for loading and verifying kernel.
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* (Firmware Portion)
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*/
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#ifndef VBOOT_REFERENCE_LOAD_KERNEL_FW_H_
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#define VBOOT_REFERENCE_LOAD_KERNEL_FW_H_
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#include "sysincludes.h"
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#include "vboot_api.h"
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#include "vboot_nvstorage.h"
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/* Interface provided by verified boot library to BDS */
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/* Boot flags for LoadKernel().boot_flags */
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/* Developer switch is on */
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#define BOOT_FLAG_DEVELOPER (0x01ULL)
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/* In recovery mode */
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#define BOOT_FLAG_RECOVERY (0x02ULL)
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typedef struct LoadKernelParams {
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/* Inputs to LoadKernel() */
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/*
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* Buffer for data shared between LoadFirmware() and LoadKernel().
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* Pass the same buffer which was passed to LoadFirmware().
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*/
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void *shared_data_blob;
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/*
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* Size of shared data blob buffer, in bytes. On output, this will
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* contain the actual data size placed into the buffer.
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*/
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uint64_t shared_data_size;
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/* Pointer to GBB data */
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void *gbb_data;
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/* Size of GBB data in bytes */
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uint64_t gbb_size;
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/* Disk handle for current device */
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VbExDiskHandle_t disk_handle;
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/* Bytes per lba sector on current device */
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uint64_t bytes_per_lba;
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/* Last addressable lba sector on current device */
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uint64_t ending_lba;
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/* Destination buffer for kernel (normally at 0x100000) */
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void *kernel_buffer;
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/* Size of kernel buffer in bytes */
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uint64_t kernel_buffer_size;
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/* Boot flags */
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uint64_t boot_flags;
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/*
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* Context for NV storage. Caller is responsible for calling
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* VbNvSetup() and VbNvTeardown() on the context.
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*/
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VbNvContext *nv_context;
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/*
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* Outputs from LoadKernel(); valid only if LoadKernel() returns
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* LOAD_KERNEL_SUCCESS
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*/
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/* Partition number to boot on current device (1...M) */
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uint64_t partition_number;
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/* Address of bootloader image in RAM */
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uint64_t bootloader_address;
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/* Size of bootloader image in bytes */
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uint64_t bootloader_size;
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/* UniquePartitionGuid for boot partition */
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uint8_t partition_guid[16];
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} LoadKernelParams;
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/**
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* Attempt to load the kernel from the current device.
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*
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* Returns VBERROR_SUCCESS if successful. If unsuccessful, sets a recovery
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* reason via VbNvStorage and returns an error code.
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*/
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VbError_t LoadKernel(LoadKernelParams *params);
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/*
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* The bootloader is loaded using the EFI LoadImage() and StartImage() calls.
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* Pass this struct via loaded_image->load_options.
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*/
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typedef struct KernelBootloaderOptions {
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/* Drive number of boot device (0...N) */
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uint64_t drive_number;
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/*
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* Partition number, as returned from LoadKernel() in
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* LoadKernelParams.partition_number
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*/
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uint64_t partition_number;
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/*
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* Absolute bootloader start adddress, as returned from LoadKernel() in
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* LoadKernelParams.bootloader_start
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*/
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uint64_t original_address;
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/* UniquePartitionGuid for boot partition */
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uint8_t partition_guid[16];
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} KernelBootloaderOptions;
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#endif /* VBOOT_REFERENCE_LOAD_KERNEL_FW_H_ */
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