Searched refs:ring_order (Results 1 – 4 of 4) sorted by relevance
225 uint32_t ring_order;226 /* this is an array of (1 << ring_order) elements */230 /* not actually C compliant (ring_order changes from ring to ring) */232 char in[((1 << ring_order) << PAGE_SHIFT) / 2];233 char out[((1 << ring_order) << PAGE_SHIFT) / 2];236 - **ring_order**238 references is of `(1 << ring_order)` elements. It cannot be greater than282 0 ((1<<ring_order)<<PAGE_SHIFT)/2 ((1<<ring_order)<<PAGE_SHIFT)319 0 sizeof(array) == ((1<<ring_order)<<PAGE_SHIFT)/2
873 | @44: ref +-------------------------------->+@76: ring_order = 1 |905 uint32_t ring_order;909 /* not actually C compliant (ring_order changes from socket to socket) */911 char in[((1<<ring_order)<<PAGE_SHIFT)/2];912 char out[((1<<ring_order)<<PAGE_SHIFT)/2];915 - **ring_order**917 references is of `(1 << ring_order)` elements. It cannot be greater than924 have a power of two size. Together, their size is `(1 << ring_order) *964 to be a power of two, actually max N is 512 (ring_order = 9).970 0 ((1<<ring_order)<<PAGE_SHIFT)/2 ((1<<ring_order)<<PAGE_SHIFT)[all …]
46 RING_IDX ring_order; member
469 RING_IDX ring_order; \
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