COUNT
clocksource_mmio_init(gpt_base + COUNT(CLKSRC), "tmr1", tick_rate,
#define PMDS(START, PERM, COUNT) \
.rept (COUNT) ; \
return ~readl(dc_timer_dev.base + COUNT(TIMER_B));
writel(UINT_MAX, dc_timer_dev.base + COUNT(TIMER_B));
clocksource_mmio_init(dc_timer_dev.base + COUNT(TIMER_B), node->name,
writel(count, dt->base + COUNT(dt->timer_id));
tmp = REG_SET_FIELD(tmp, LSDMA_PIO_COMMAND, COUNT, size);
tmp = REG_SET_FIELD(tmp, LSDMA_PIO_COMMAND, COUNT, size);
sort(a, COUNT, sizeof(*a), cmp_u32, NULL);
u32 cycles[COUNT];
u32 cycles[COUNT];
u64 s_ring[COUNT], s_ctx[COUNT], st[COUNT], d_ring, d_ctx, dt;
for (i = 0; i < COUNT; i++) {
sort(a, COUNT, sizeof(*a), cmp_u64, NULL);
*cs++ = MI_MATH_LOAD(MI_MATH_REG_SRCA, MI_MATH_REG(COUNT));
*cs++ = MI_MATH_STORE(MI_MATH_REG(COUNT), MI_MATH_REG_ACCU);
*cs++ = i915_mmio_reg_offset(CS_GPR(COUNT));
if (NVIF_TV32(&wndw->wimm.base.user, NV507A, FREE, COUNT, >=, 4))
#define vdo_allocate(COUNT, WHAT, PTR) \
vdo_allocate_memory(size_mul((COUNT), sizeof(typeof(**(PTR)))), \
#define vdo_allocate_extended(COUNT, FIELD, WHAT, PTR) \
vdo_allocate_memory(struct_size(*(PTR), FIELD, (COUNT)), \
n_counters = le16_to_cpu(TCV2_HDR_WORD(data, COUNT));
count = COUNT(ca->array[to]);
i, this, bins[DECAY(ca->array[i])], COUNT(ca->array[i]));
writel(SCU_ENSPINUP_GEN_VAL(COUNT,
#define DEFINE_FLEX(TYPE, NAME, MEMBER, COUNTER, COUNT) \
_DEFINE_FLEX(TYPE, NAME, MEMBER, COUNT, = { .COUNTER = COUNT, })
#define overflows_flex_counter_type(TYPE, FAM, COUNT) \
(overflows_type(COUNT, typeof_flex_counter(((TYPE *)NULL)->FAM)))
#define __set_flex_counter(FAM, COUNT) \
default: __flex_counter(FAM)) = (COUNT); \
#define __alloc_objs(KMALLOC, GFP, TYPE, COUNT) \
const size_t __obj_size = size_mul(sizeof(TYPE), COUNT); \
#define __alloc_flex(KMALLOC, GFP, TYPE, FAM, COUNT) \
const size_t __count = (COUNT); \
#define kmalloc_objs(VAR_OR_TYPE, COUNT, ...) \
__alloc_objs(kmalloc, default_gfp(__VA_ARGS__), typeof(VAR_OR_TYPE), COUNT)
#define kmalloc_flex(VAR_OR_TYPE, FAM, COUNT, ...) \
__alloc_flex(kmalloc, default_gfp(__VA_ARGS__), typeof(VAR_OR_TYPE), FAM, COUNT)
#define kzalloc_objs(P, COUNT, ...) \
__alloc_objs(kzalloc, default_gfp(__VA_ARGS__), typeof(P), COUNT)
#define kzalloc_flex(P, FAM, COUNT, ...) \
__alloc_flex(kzalloc, default_gfp(__VA_ARGS__), typeof(P), FAM, COUNT)
#define kvmalloc_objs(P, COUNT, ...) \
__alloc_objs(kvmalloc, default_gfp(__VA_ARGS__), typeof(P), COUNT)
#define kvmalloc_flex(P, FAM, COUNT, ...) \
__alloc_flex(kvmalloc, default_gfp(__VA_ARGS__), typeof(P), FAM, COUNT)
#define kvzalloc_objs(P, COUNT, ...) \
__alloc_objs(kvzalloc, default_gfp(__VA_ARGS__), typeof(P), COUNT)
#define kvzalloc_flex(P, FAM, COUNT, ...) \
__alloc_flex(kvzalloc, default_gfp(__VA_ARGS__), typeof(P), FAM, COUNT)
#define __alloc_objs(KMALLOC, GFP, TYPE, COUNT) \
const size_t __obj_size = size_mul(sizeof(TYPE), COUNT); \
for (int i = 0; i < COUNT; i++) {
for (int i = 0; i < COUNT ; i++) {
for (int i = 0; i < COUNT; i++) {
for (int i = 0; i < COUNT; i++) {
for (int i = 0; i < COUNT; i++) {
for (int i = 0; i < COUNT; i++) {
for (i = 0; i < COUNT; i++) {
for (i = 0; i < COUNT; i++) {
for (i = 0; i < COUNT; i++) {
for (i = 0; i < COUNT; i++) {
for (i = 0; i < COUNT; i++) {
#define kmalloc_objs(VAR_OR_TYPE, COUNT, ...) \
((typeof(VAR_OR_TYPE) *)kmalloc(sizeof(typeof(VAR_OR_TYPE)) * (COUNT), 0))