#include <psxtypes/psxtypes.h>

static __inline__ void at_locked_inc(

	intptr_t volatile * ptr)

{

	__asm__(

		"lock;"

		"incl %0"

		: "=m" (*ptr)

		: "m"  (*ptr)

		: "memory");

}

static __inline__ void at_locked_inc_32(

	int32_t volatile * ptr)

{

	__asm__(

		"lock;"

		"incl %0"

		: "=m" (*ptr)

		: "m"  (*ptr)

		: "memory");

}

static __inline__ void at_locked_inc_64(

	int64_t volatile * ptr)

{

	__sync_fetch_and_add(ptr,1);

}

static __inline__ void at_locked_dec(

	intptr_t volatile * ptr)

{

	__asm__(

		"lock;"

		"decl %0"

		: "=m" (*ptr)

		: "m"  (*ptr)

		: "memory");

}

static __inline__ void at_locked_dec_32(

	int32_t volatile * ptr)

{

	__asm__(

		"lock;"

		"decl %0"

		: "=m" (*ptr)

		: "m"  (*ptr)

		: "memory");

}

static __inline__ void at_locked_dec_64(

	int64_t volatile * ptr)

{

	__sync_fetch_and_sub(ptr,1);

}

static __inline__ void at_locked_add(

	intptr_t volatile *	ptr,

	intptr_t		val)

{

	__asm__(

		"lock;"

		"xaddl %1, %0"

		: "=m" (*ptr), "=r" (val)

		: "1"  (val)

		: "memory");

}

static __inline__ void at_locked_add_32(

	int32_t volatile *	ptr,

	int32_t			val)

{

	__asm__(

		"lock;"

		"xaddl %1, %0"

		: "=m" (*ptr), "=r" (val)

		: "1"  (val)

		: "memory");

}

static __inline__ void at_locked_add_64(

	int64_t volatile *	ptr,

	int64_t			val)

{

	__sync_fetch_and_add(ptr,val);

}

static __inline__ void at_locked_sub(

	intptr_t volatile * ptr,

	intptr_t val)

{

	val = -val;

	__asm__(

		"lock;"

		"xaddl %1, %0"

		: "=m" (*ptr), "=r" (val)

		: "1"  (val)

		: "memory");

}

static __inline__ void at_locked_sub_32(

	int32_t volatile *	ptr,

	int32_t			val)

{

	val = -val;

	__asm__(

		"lock;"

		"xaddl %1, %0"

		: "=m" (*ptr), "=r" (val)

		: "1"  (val)

		: "memory");

}

static __inline__ void at_locked_sub_64(

	int64_t volatile *	ptr,

	int64_t			val)

{

	__sync_fetch_and_sub(ptr,val);

}

static __inline__ intptr_t at_locked_xadd(

	intptr_t volatile *	ptr,

	intptr_t		val)

{

	__asm__(

		"lock;"

		"xaddl %1, %0"

		: "=m" (*ptr), "=r" (val)

		: "1"  (val)

		: "memory");

	return val;

}

static __inline__ int32_t at_locked_xadd_32(

	int32_t volatile *	ptr,

	int32_t			val)

{

	__asm__(

		"lock;"

		"xaddl %1, %0"

		: "=m" (*ptr), "=r" (val)

		: "1"  (val)

		: "memory");

	return val;

}

static __inline__ int64_t at_locked_xadd_64(

	int64_t volatile *	ptr,

	int64_t			val)

{

	return __sync_fetch_and_add(ptr,val);

}

static __inline__ intptr_t at_locked_xsub(

	intptr_t volatile *	ptr,

	intptr_t		val)

{

	val = -val;

	__asm__(

		"lock;"

		"xaddl %1, %0"

		: "=m" (*ptr), "=r" (val)

		: "1"  (val)

		: "memory");

	return val;

}

static __inline__ int32_t at_locked_xsub_32(

	int32_t volatile *	ptr,

	int32_t			val)

{

	val = -val;

	__asm__(

		"lock;"

		"xaddl %1, %0"

		: "=m" (*ptr), "=r" (val)

		: "1"  (val)

		: "memory");

	return val;

}

static __inline__ int64_t at_locked_xsub_64(

	int64_t volatile *	ptr,

	int64_t			val)

{

	return __sync_fetch_and_sub(ptr,val);

}

static __inline__ intptr_t at_locked_cas(

	intptr_t volatile * 	dst,

	intptr_t		cmp,

	intptr_t		xchg)

{

	intptr_t ret;

	__asm__(

		"lock;"

		"cmpxchg %3, %0"

		: "=m" (*dst), "=a" (ret)

		: "a"  (cmp),  "r"  (xchg)

		: "memory");

	return ret;

}

static __inline__ int32_t at_locked_cas_32(

	int32_t volatile * 	dst,

	int32_t			cmp,

	int32_t			xchg)

{

	int32_t ret;

	__asm__(

		"lock;"

		"cmpxchg %3, %0"

		: "=m" (*dst), "=a" (ret)

		: "a"  (cmp),  "r"  (xchg)

		: "memory");

	return ret;

}

static __inline__ int64_t at_locked_cas_64(

	int64_t volatile * 	dst,

	int64_t			cmp,

	int64_t			xchg)

{

	__atomic_compare_exchange_n(

		dst,

		&cmp,

		xchg,

		0,

		__ATOMIC_SEQ_CST,

		__ATOMIC_SEQ_CST);

	return cmp;

}

static __inline__ intptr_t at_locked_and(

	intptr_t volatile *	dst,

	intptr_t		mask)

{

	intptr_t ret;

	__asm__(

		"lock;"

		"andl %1, %0"

		: "=m" (*dst), "=a" (ret)

		: "r"  (mask)

		: "memory");

	return ret;

}

static __inline__ int32_t at_locked_and_32(

	int32_t volatile *	dst,

	int32_t			mask)

{

	int32_t ret;

	__asm__(

		"lock;"

		"andl %1, %0"

		: "=m" (*dst), "=a" (ret)

		: "r"  (mask)

		: "memory");

	return ret;

}

static __inline__ int64_t at_locked_and_64(

	int64_t volatile *	dst,

	int64_t			mask)

{

	int64_t ret;

	int64_t cmp;

	int64_t xchg;

	do {

		cmp  = *dst;

		xchg = cmp & mask;

		ret  = at_locked_cas_64(dst,cmp,xchg);

	} while (ret != cmp);

	return ret;

}

static __inline__ intptr_t at_locked_or(

	intptr_t volatile *	dst,

	intptr_t		mask)

{

	intptr_t ret;

	__asm__(

		"lock;"

		"orl %1, %0"

		: "=m" (*dst), "=a" (ret)

		: "r"  (mask)

		: "memory");

	return ret;

}

static __inline__ int32_t at_locked_or_32(

	int32_t volatile *	dst,

	int32_t			mask)

{

	int32_t ret;

	__asm__(

		"lock;"

		"orl %1, %0"

		: "=m" (*dst), "=a" (ret)

		: "r"  (mask)

		: "memory");

	return ret;

}

static __inline__ int64_t at_locked_or_64(

	int64_t volatile *	dst,

	int64_t			mask)

{

	int64_t ret;

	int64_t cmp;

	int64_t xchg;

	do {

		cmp  = *dst;

		xchg = cmp | mask;

		ret  = at_locked_cas_64(dst,cmp,xchg);

	} while (ret != cmp);

	return ret;

}

static __inline__ intptr_t at_locked_xor(

	intptr_t volatile *	dst,

	intptr_t		mask)

{

	intptr_t ret;

	__asm__(

		"lock;"

		"xorl %1, %0"

		: "=m" (*dst), "=a" (ret)

		: "r"  (mask)

		: "memxory");

	return ret;

}

static __inline__ int32_t at_locked_xor_32(

	int32_t volatile *	dst,

	int32_t			mask)

{

	int32_t ret;

	__asm__(

		"lock;"

		"xorl %1, %0"

		: "=m" (*dst), "=a" (ret)

		: "r"  (mask)

		: "memxory");

	return ret;

}

static __inline__ int64_t at_locked_xor_64(

	int64_t volatile *	dst,

	int64_t			mask)

{

	int64_t ret;

	int64_t cmp;

	int64_t xchg;

	do {

		cmp  = *dst;

		xchg = cmp ^ mask;

		ret  = at_locked_cas_64(dst,cmp,xchg);

	} while (ret != cmp);

	return ret;

}

static __inline__ void at_store(

	volatile intptr_t *	dst,

	intptr_t		val)

{

	__asm__(

		"mov %1, %0"

		: "=m" (*dst)

		: "r"  (val)

		: "memory");

}

static __inline__ void at_store_32(

	volatile int32_t *	dst,

	int32_t			val)

{

	__asm__(

		"mov %1, %0"

		: "=m" (*dst)

		: "r"  (val)

		: "memory");

}

static __inline__ void at_store_64(

	volatile int64_t *	dst,

	int64_t			val)

{

	__asm__(

		"mov %1, %0"

		: "=m" (*dst)

		: "r"  (val)

		: "memory");

}

static __inline__ int at_bsf(

	unsigned int *		index,

	uintptr_t		mask)

{

	if (mask) {

		__asm__(

			"bsf %1, %0"

			: "=r" (mask)

			: "r" (mask));

		*index = (int)mask;

		return 1;

	} else

		return 0;

}

static __inline__ int at_bsr(

	unsigned int *		index,

	uintptr_t		mask)

{

	if (mask) {

		__asm__(

			"bsr %1, %0"

			: "=r" (mask)

			: "r" (mask));

		*index = (int)mask;

		return 1;

	} else

		return 0;

}

static __inline__ size_t at_popcount(

	uintptr_t		mask)

{

	__asm__(

		"popcnt %0, %0"

		: "=r" (mask)

		: "0"  (mask)

		: "memory");

	return mask;

}

static __inline__ size_t at_popcount_16(

	uint16_t		mask)

{

	__asm__(

		"popcnt %0, %0"

		: "=r" (mask)

		: "0"  (mask)

		: "memory");

	return mask;

}

static __inline__ size_t at_popcount_32(

	uint32_t		mask)

{

	__asm__(

		"popcnt %0, %0"

		: "=r" (mask)

		: "0"  (mask)

		: "memory");

	return mask;

}

static __inline__ size_t at_popcount_64(

	uint64_t		mask)

{

	int ret = at_popcount_32(mask >> 32);

	return ret + ((mask << 32) >> 32);

}