#define FSEG_ARR_OFFSET (FSEG_PAGE_DATA + FLST_NODE_SIZE)
#define FSEG_PAGE_DATA FIL_PAGE_DATA
#define FIL_PAGE_DATA 38
#define FLST_NODE_SIZE (2 * FIL_ADDR_SIZE)
#define FIL_ADDR_SIZE 6
#define FSEG_INODE_SIZE \
(16 + 3 * FLST_BASE_NODE_SIZE \
+ FSEG_FRAG_ARR_N_SLOTS * FSEG_FRAG_SLOT_SIZE)
(16+3*16)+32*4=192
#define FLST_BASE_NODE_SIZE (4 + 2 * FIL_ADDR_SIZE)
#define FIL_ADDR_SIZE 6
#define FSEG_FRAG_ARR_N_SLOTS (FSP_EXTENT_SIZE / 2)
#define FSP_EXTENT_SIZE (1 << (20 - UNIV_PAGE_SIZE_SHIFT))
#define UNIV_PAGE_SIZE_SHIFT 14
#define FSEG_FRAG_SLOT_SIZE 4
/**********************************************************************//**
Returns the nth inode slot on an inode page.
@return segment inode */
UNIV_INLINE
fseg_inode_t*
fsp_seg_inode_page_get_nth_inode(
/*=============================*/
page_t* page, /*!< in: segment inode page */
ulint i, /*!< in: inode index on page */
ulint zip_size __attribute__((unused)),
/*!< in: compressed page size, or 0 */
mtr_t* mtr __attribute__((unused)))
/*!< in: mini-transaction handle */
{
ut_ad(i < FSP_SEG_INODES_PER_PAGE(zip_size));
ut_ad(mtr_memo_contains_page(mtr, page, MTR_MEMO_PAGE_X_FIX));
return(page + FSEG_ARR_OFFSET + FSEG_INODE_SIZE * i);
}