262 static inline unsigned long kvmppc_actual_pgsz(unsigned long v, unsigned long r)  in kvmppc_actual_pgsz()  argument
264 	int shift = kvmppc_hpte_actual_page_shift(v, r);  in kvmppc_actual_pgsz()
298 static inline unsigned long compute_tlbie_rb(unsigned long v, unsigned long r,  in compute_tlbie_rb()  argument
304 	b_pgshift = a_pgshift = kvmppc_hpte_page_shifts(v, r);  in compute_tlbie_rb()
312 	 * v have top two bits covering segment size, hence move  in compute_tlbie_rb()
314 	 * AVA field in v also have the lower 23 bits ignored.  in compute_tlbie_rb()
320 	rb = (v & ~0x7fUL) << 16;		/* AVA field */  in compute_tlbie_rb()
323 	 * AVA in v had cleared lower 23 bits. We need to derive  in compute_tlbie_rb()
327 	if (v & HPTE_V_SECONDARY)  in compute_tlbie_rb()
331 	 * In v we have va with 23 bits dropped and then left shifted  in compute_tlbie_rb()
335 	if (!(v & HPTE_V_1TB_SEG))  in compute_tlbie_rb()
336 		va_low ^= v >> (SID_SHIFT - 16);  in compute_tlbie_rb()
338 		va_low ^= v >> (SID_SHIFT_1T - 16);  in compute_tlbie_rb()
359 		 * AVAL field 58..77 - base_page_shift bits of va  in compute_tlbie_rb()
363 		aval_shift = 64 - (77 - b_pgshift) + 1;  in compute_tlbie_rb()
373 	rb |= (v >> HPTE_V_SSIZE_SHIFT) << 8;	/* B field */  in compute_tlbie_rb()