/* GENERATED FILE */
#include <stddef.h>
#include <stdbool.h>

#include "decode.h"
#include "decode1.h"
#include "pcode.h"

int decode_spec(context *ctx, Instruction *dec)
{
	uint32_t op0, op1, op2, op3, op4;

	dec->insword = ctx->insword;
	/* GROUP: root */
	op0 = (INSWORD>>25)&15;
	if(!op0) {
		/* GROUP: reserved */
		op0 = INSWORD>>29;
		op1 = (INSWORD>>16)&0x1ff;
		if(!op0 && !op1)
			return decode_iclass_perm_undef(ctx, dec);
		if(op1)
			UNALLOCATED(ENC_UNKNOWN); // iclass: unallocate3
		if(op0)
			UNALLOCATED(ENC_UNKNOWN); // iclass: unallocate4
		RESERVED(ENC_UNKNOWN); // group: reserved
	}
	if(op0==1)
		UNALLOCATED(ENC_UNKNOWN); // iclass: unallocate1
	if(op0==2) {
		/* GROUP: sve */
		op0 = INSWORD>>29;
		op1 = (INSWORD>>23)&3;
		op2 = (INSWORD>>17)&0x1f;
		op3 = (INSWORD>>10)&0x3f;
		if(!op0 && !(op1&2) && !(op2&0x10) && (op3&0x10)==0x10) {
			/* GROUP: sve_int_muladd_pred */
			op0 = (INSWORD>>15)&1;
			if(!op0)
				return decode_iclass_sve_int_mlas_vvv_pred(ctx, dec);
			if(op0)
				return decode_iclass_sve_int_mladdsub_vvv_pred(ctx, dec);
			UNMATCHED;
		}
		if(!op0 && !(op1&2) && !(op2&0x10) && !(op3&0x38)) {
			/* GROUP: sve_int_pred_bin */
			op0 = (INSWORD>>18)&7;
			if(!(op0&6))
				return decode_iclass_sve_int_bin_pred_arit_0(ctx, dec);
			if((op0&6)==2)
				return decode_iclass_sve_int_bin_pred_arit_1(ctx, dec);
			if(op0==4)
				return decode_iclass_sve_int_bin_pred_arit_2(ctx, dec);
			if(op0==5)
				return decode_iclass_sve_int_bin_pred_div(ctx, dec);
			if((op0&6)==6)
				return decode_iclass_sve_int_bin_pred_log(ctx, dec);
			UNMATCHED;
		}
		if(!op0 && !(op1&2) && !(op2&0x10) && (op3&0x38)==8) {
			/* GROUP: sve_int_pred_red */
			op0 = (INSWORD>>19)&3;
			if(!op0)
				return decode_iclass_sve_int_reduce_0(ctx, dec);
			if(op0==1)
				return decode_iclass_sve_int_reduce_1(ctx, dec);
			if(op0==2)
				return decode_iclass_sve_int_movprfx_pred(ctx, dec);
			if(op0==3)
				return decode_iclass_sve_int_reduce_2(ctx, dec);
			UNMATCHED;
		}
		if(!op0 && !(op1&2) && !(op2&0x10) && (op3&0x38)==0x20) {
			/* GROUP: sve_int_pred_shift */
			op0 = (INSWORD>>19)&3;
			if(!(op0&2))
				return decode_iclass_sve_int_bin_pred_shift_0(ctx, dec);
			if(op0==2)
				return decode_iclass_sve_int_bin_pred_shift_1(ctx, dec);
			if(op0==3)
				return decode_iclass_sve_int_bin_pred_shift_2(ctx, dec);
			UNMATCHED;
		}
		if(!op0 && !(op1&2) && !(op2&0x10) && (op3&0x38)==0x28) {
			/* GROUP: sve_int_pred_un */
			op0 = (INSWORD>>19)&3;
			if(!(op0&2))
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_0
			if(op0==2)
				return decode_iclass_sve_int_un_pred_arit_0(ctx, dec);
			if(op0==3)
				return decode_iclass_sve_int_un_pred_arit_1(ctx, dec);
			UNMATCHED;
		}
		if(!op0 && !(op1&2) && (op2&0x10)==0x10 && !(op3&0x38))
			return decode_iclass_sve_int_bin_cons_arit_0(ctx, dec);
		if(!op0 && !(op1&2) && (op2&0x10)==0x10 && (op3&0x38)==8) {
			/* GROUP: sve_int_unpred_logical */
			op0 = (INSWORD>>12)&1;
			op1 = (INSWORD>>10)&3;
			if(!op0)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_1
			if(op0 && !op1)
				return decode_iclass_sve_int_bin_cons_log(ctx, dec);
			if(op0 && op1)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_108
			UNMATCHED;
		}
		if(!op0 && !(op1&2) && (op2&0x10)==0x10 && (op3&0x3c)==0x10) {
			/* GROUP: sve_index */
			op0 = (INSWORD>>10)&3;
			if(!op0)
				return decode_iclass_sve_int_index_ii(ctx, dec);
			if(op0==1)
				return decode_iclass_sve_int_index_ri(ctx, dec);
			if(op0==2)
				return decode_iclass_sve_int_index_ir(ctx, dec);
			if(op0==3)
				return decode_iclass_sve_int_index_rr(ctx, dec);
			UNMATCHED;
		}
		if(!op0 && !(op1&2) && (op2&0x10)==0x10 && (op3&0x3c)==0x14) {
			/* GROUP: sve_alloca */
			op0 = (INSWORD>>23)&1;
			op1 = (INSWORD>>11)&1;
			if(!op0 && !op1)
				return decode_iclass_sve_int_arith_vl(ctx, dec);
			if(op0 && !op1)
				return decode_iclass_sve_int_read_vl_a(ctx, dec);
			if(op1)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_2
			UNMATCHED;
		}
		if(!op0 && !(op1&2) && (op2&0x10)==0x10 && (op3&0x38)==0x18)
			UNALLOCATED(ENC_UNKNOWN); // iclass: unalloc_0
		if(!op0 && !(op1&2) && (op2&0x10)==0x10 && (op3&0x38)==0x20) {
			/* GROUP: sve_int_unpred_shift */
			op0 = (INSWORD>>12)&1;
			if(!op0)
				return decode_iclass_sve_int_bin_cons_shift_a(ctx, dec);
			if(op0)
				return decode_iclass_sve_int_bin_cons_shift_b(ctx, dec);
			UNMATCHED;
		}
		if(!op0 && !(op1&2) && (op2&0x10)==0x10 && (op3&0x3c)==0x28)
			return decode_iclass_sve_int_bin_cons_misc_0_a(ctx, dec);
		if(!op0 && !(op1&2) && (op2&0x10)==0x10 && (op3&0x3c)==0x2c) {
			/* GROUP: sve_int_unpred_misc */
			op0 = (INSWORD>>10)&3;
			if(!(op0&2))
				return decode_iclass_sve_int_bin_cons_misc_0_b(ctx, dec);
			if(op0==2)
				return decode_iclass_sve_int_bin_cons_misc_0_c(ctx, dec);
			if(op0==3)
				return decode_iclass_sve_int_bin_cons_misc_0_d(ctx, dec);
			UNMATCHED;
		}
		if(!op0 && !(op1&2) && (op2&0x10)==0x10 && (op3&0x30)==0x30) {
			/* GROUP: sve_countelt */
			op0 = (INSWORD>>20)&1;
			op1 = (INSWORD>>11)&7;
			if(!op0 && !(op1&6))
				return decode_iclass_sve_int_countvlv0(ctx, dec);
			if(!op0 && op1==4)
				return decode_iclass_sve_int_count(ctx, dec);
			if(!op0 && op1==5)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_4
			if(op0 && !op1)
				return decode_iclass_sve_int_countvlv1(ctx, dec);
			if(op0 && op1==4)
				return decode_iclass_sve_int_pred_pattern_a(ctx, dec);
			if(op0 && (op1&3)==1)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_5
			if((op1&6)==2)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_3
			if((op1&6)==6)
				return decode_iclass_sve_int_pred_pattern_b(ctx, dec);
			UNMATCHED;
		}
		if(!op0 && (op1&2)==2 && !(op2&0x18)) {
			/* GROUP: sve_maskimm */
			op0 = (INSWORD>>22)&3;
			op1 = (INSWORD>>18)&3;
			if(op0==3 && !op1)
				return decode_iclass_sve_int_dup_mask_imm(ctx, dec);
			if(op0!=3 && !op1)
				return decode_iclass_sve_int_log_imm(ctx, dec);
			if(op1)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_114
			UNMATCHED;
		}
		if(!op0 && (op1&2)==2 && (op2&0x18)==8) {
			/* GROUP: sve_wideimm_pred */
			op0 = (INSWORD>>13)&7;
			if(!(op0&4))
				return decode_iclass_sve_int_dup_imm_pred(ctx, dec);
			if((op0&6)==4)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_6
			if(op0==6)
				return decode_iclass_sve_int_dup_fpimm_pred(ctx, dec);
			if(op0==7)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_7
			UNMATCHED;
		}
		if(!op0 && (op1&2)==2 && (op2&0x10)==0x10 && (op3&0x38)==8) {
			/* GROUP: sve_perm_unpred */
			op0 = (INSWORD>>19)&3;
			op1 = (INSWORD>>17)&3;
			op2 = (INSWORD>>16)&1;
			op3 = (INSWORD>>12)&1;
			op4 = (INSWORD>>10)&3;
			if(!op0 && !op1 && !op2 && op3 && op4==2)
				return decode_iclass_sve_int_perm_dup_r(ctx, dec);
			if(!op0 && op1==2 && !op2 && op3 && op4==2)
				return decode_iclass_sve_int_perm_insrs(ctx, dec);
			if(!op0 && !(op1&1) && !op2 && !op3 && op4==1)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_8
			if(!op0 && !(op1&1) && !op2 && op3 && op4&1)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_10
			if(!op0 && op1&1 && op3 && (op4&2)==2)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_74
			if(!op0 && op1&1 && op4==1)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_73
			if(!op0 && op2 && op3 && (op4&2)==2)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_72
			if(!op0 && op2 && op4==1)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_71
			if(!op0 && !op3 && (op4&2)==2)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_9
			if(op0==1 && op4)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_124
			if(op0==2 && !(op1&2) && !op3 && op4==1)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_16
			if(op0==2 && !(op1&2) && op3 && op4==2)
				return decode_iclass_sve_int_perm_unpk(ctx, dec);
			if(op0==2 && !(op1&2) && op3 && op4&1)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_18
			if(op0==2 && op1==2 && !op2 && !op3 && op4==1)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_21
			if(op0==2 && op1==2 && !op2 && op3 && op4==2)
				return decode_iclass_sve_int_perm_insrv(ctx, dec);
			if(op0==2 && op1==2 && !op2 && op3 && op4&1)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_22
			if(op0==2 && op1==3 && op3 && (op4&2)==2)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_84
			if(op0==2 && op1==3 && op4==1)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_83
			if(op0==2 && (op1&2)==2 && op2 && op3 && (op4&2)==2)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_82
			if(op0==2 && (op1&2)==2 && op2 && op4==1)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_81
			if(op0==3 && !op1 && !op2 && !op3 && op4==1)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_24
			if(op0==3 && !op1 && !op2 && op3 && op4==2)
				return decode_iclass_sve_int_perm_reverse_z(ctx, dec);
			if(op0==3 && !op1 && !op2 && op3 && op4&1)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_25
			if(op0==3 && !(op1&2) && op2 && op3 && (op4&2)==2)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_86
			if(op0==3 && !(op1&2) && op2 && op4==1)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_85
			if(op0==3 && op1 && op3 && (op4&2)==2)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_126
			if(op0==3 && op1 && op4==1)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_125
			if((op0&2)==2 && !op3 && (op4&2)==2)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_17
			if(!op3 && !op4)
				return decode_iclass_sve_int_perm_dup_i(ctx, dec);
			if(op3 && !op4)
				return decode_iclass_sve_int_perm_tbl(ctx, dec);
			UNMATCHED;
		}
		if(!op0 && (op1&2)==2 && (op2&0x10)==0x10 && (op3&0x38)==0x10) {
			/* GROUP: sve_perm_predicates */
			op0 = (INSWORD>>22)&3;
			op1 = (INSWORD>>16)&0x1f;
			op2 = (INSWORD>>9)&15;
			op3 = (INSWORD>>4)&1;
			if(!op0 && (op1&0x1e)==0x10 && !op2 && !op3)
				return decode_iclass_sve_int_perm_punpk(ctx, dec);
			if(op0==1 && (op1&0x1e)==0x10 && !op2 && !op3)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_87
			if(op0==2 && (op1&0x1e)==0x10 && !op2 && !op3)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_88
			if(op0==3 && (op1&0x1e)==0x10 && !op2 && !op3)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_89
			if(!(op1&0x10) && !(op2&1) && !op3)
				return decode_iclass_sve_int_perm_bin_perm_pp(ctx, dec);
			if(!(op1&0x10) && op2&1 && !op3)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_70
			if(op1==0x14 && !op2 && !op3)
				return decode_iclass_sve_int_perm_reverse_p(ctx, dec);
			if(op1==0x15 && !op2 && !op3)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_23
			if((op1&0x1a)==0x10 && op2==8 && !op3)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_80
			if((op1&0x1a)==0x10 && (op2&7)==4 && !op3)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_79
			if((op1&0x1a)==0x10 && (op2&3)==2 && !op3)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_78
			if((op1&0x1a)==0x10 && op2&1 && !op3)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_77
			if((op1&0x1a)==0x12 && !op3)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_20
			if((op1&0x18)==0x18 && !op3)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_26
			if(op3)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_69
			UNMATCHED;
		}
		if(!op0 && (op1&2)==2 && (op2&0x10)==0x10 && (op3&0x38)==0x18)
			return decode_iclass_sve_int_perm_bin_perm_zz(ctx, dec);
		if(!op0 && (op1&2)==2 && (op2&0x10)==0x10 && (op3&0x30)==0x20) {
			/* GROUP: sve_perm_pred */
			op0 = (INSWORD>>20)&1;
			op1 = (INSWORD>>17)&7;
			op2 = (INSWORD>>16)&1;
			op3 = (INSWORD>>13)&1;
			if(!op0 && !op1 && !op2 && !op3)
				return decode_iclass_sve_int_perm_cpy_v(ctx, dec);
			if(!op0 && !op1 && op2 && !op3)
				return decode_iclass_sve_int_perm_compact(ctx, dec);
			if(!op0 && !op1 && op3)
				return decode_iclass_sve_int_perm_last_r(ctx, dec);
			if(!op0 && op1==1 && !op3)
				return decode_iclass_sve_int_perm_last_v(ctx, dec);
			if(!op0 && (op1&6)==2 && !op3)
				return decode_iclass_sve_int_perm_rev(ctx, dec);
			if(!op0 && (op1&6)==2 && op3)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_12
			if(!op0 && op1==4 && !op2 && op3)
				return decode_iclass_sve_int_perm_cpy_r(ctx, dec);
			if(!op0 && op1==4 && op2 && op3)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_13
			if(!op0 && op1==4 && !op3)
				return decode_iclass_sve_int_perm_clast_zz(ctx, dec);
			if(!op0 && op1==5 && !op3)
				return decode_iclass_sve_int_perm_clast_vz(ctx, dec);
			if(!op0 && op1==6 && !op2 && !op3)
				return decode_iclass_sve_int_perm_splice(ctx, dec);
			if(!op0 && op1==6 && !op2 && op3)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_14
			if(!op0 && op1==6 && op2)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_15
			if(!op0 && op1==7 && !op2)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_75
			if(!op0 && op1==7 && op2)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_76
			if(!op0 && (op1&3)==1 && op3)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_11
			if(op0 && !op1 && !op3)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_19
			if(op0 && !op1 && op3)
				return decode_iclass_sve_int_perm_clast_rz(ctx, dec);
			if(op0 && op1)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_107
			UNMATCHED;
		}
		if(!op0 && (op1&2)==2 && (op2&0x10)==0x10 && (op3&0x30)==0x30)
			return decode_iclass_sve_int_sel_vvv(ctx, dec);
		if(!op0 && op1==2 && (op2&0x10)==0x10 && !(op3&0x38)) {
			/* GROUP: sve_perm_extract */
			op0 = (INSWORD>>22)&1;
			if(!op0)
				return decode_iclass_sve_int_perm_extract_i(ctx, dec);
			if(op0)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_27
			UNMATCHED;
		}
		if(!op0 && op1==3 && (op2&0x10)==0x10 && !(op3&0x38))
			return decode_iclass_sve_int_perm_bin_long_perm_zz(ctx, dec);
		if(op0==1 && !(op1&2) && !(op2&0x10)) {
			/* GROUP: sve_cmpvec */
			op0 = (INSWORD>>14)&1;
			if(!op0)
				return decode_iclass_sve_int_cmp_0(ctx, dec);
			if(op0)
				return decode_iclass_sve_int_cmp_1(ctx, dec);
			UNMATCHED;
		}
		if(op0==1 && !(op1&2) && (op2&0x10)==0x10)
			return decode_iclass_sve_int_ucmp_vi(ctx, dec);
		if(op0==1 && (op1&2)==2 && !(op2&0x10) && !(op3&0x10))
			return decode_iclass_sve_int_scmp_vi(ctx, dec);
		if(op0==1 && (op1&2)==2 && !(op2&0x18) && (op3&0x30)==0x10)
			return decode_iclass_sve_int_pred_log(ctx, dec);
		if(op0==1 && (op1&2)==2 && !(op2&0x18) && (op3&0x30)==0x30) {
			/* GROUP: sve_pred_gen_b */
			op0 = (INSWORD>>9)&1;
			if(!op0)
				return decode_iclass_sve_int_brkp(ctx, dec);
			if(op0)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_28
			UNMATCHED;
		}
		if(op0==1 && (op1&2)==2 && (op2&0x18)==8 && (op3&0x30)==0x10) {
			/* GROUP: sve_pred_gen_c */
			op0 = (INSWORD>>23)&1;
			op1 = (INSWORD>>16)&15;
			op2 = (INSWORD>>9)&1;
			op3 = (INSWORD>>4)&1;
			if(!op0 && op1==8 && !op2 && !op3)
				return decode_iclass_sve_int_brkn(ctx, dec);
			if(!op0 && op1==8 && !op2 && op3)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_30
			if(!op0 && !(op1&7) && op2)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_29
			if(!op0 && (op1&4)==4)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_96
			if(!op0 && (op1&2)==2)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_94
			if(!op0 && op1&1)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_92
			if(op0 && !op1 && op2)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_35
			if(op0 && op1)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_119
			if(!op1 && !op2)
				return decode_iclass_sve_int_break(ctx, dec);
			UNMATCHED;
		}
		if(op0==1 && (op1&2)==2 && (op2&0x18)==8 && (op3&0x30)==0x30) {
			/* GROUP: sve_pred_gen_d */
			op0 = (INSWORD>>16)&15;
			op1 = (INSWORD>>11)&7;
			op2 = (INSWORD>>9)&3;
			op3 = (INSWORD>>5)&15;
			op4 = (INSWORD>>4)&1;
			if(!op0 && !(op2&1) && !op4)
				return decode_iclass_sve_int_ptest(ctx, dec);
			if(op0==4 && !(op2&1) && !op4)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_97
			if((op0&11)==2 && !(op2&1) && !op4)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_95
			if((op0&9)==1 && !(op2&1) && !op4)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_93
			if(!(op0&8) && op2&1 && !op4)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_91
			if(op0==8 && !op1 && !op2 && !op4)
				return decode_iclass_sve_int_pfirst(ctx, dec);
			if(op0==8 && !op1 && op2 && !op4)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_115
			if(op0==8 && op1==4 && op2==2 && !op3 && !op4)
				return decode_iclass_sve_int_pfalse(ctx, dec);
			if(op0==8 && op1==4 && op2==2 && op3 && !op4)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_116
			if(op0==8 && op1==6 && !op2 && !op4)
				return decode_iclass_sve_int_rdffr(ctx, dec);
			if(op0==9 && !op1 && !(op2&2) && !op4)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_32
			if(op0==9 && !op1 && op2==2 && !op4)
				return decode_iclass_sve_int_pnext(ctx, dec);
			if(op0==9 && !op1 && op2==3 && !op4)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_33
			if(op0==9 && op1==4 && op2==2 && !op4)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_34
			if(op0==9 && op1==6 && !op2 && !op3 && !op4)
				return decode_iclass_sve_int_rdffr_2(ctx, dec);
			if(op0==9 && op1==6 && !op2 && op3 && !op4)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_118
			if((op0&14)==8 && op1==2 && !op4)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_31
			if((op0&14)==8 && op1==4 && !(op2&2) && !op4)
				return decode_iclass_sve_int_ptrue(ctx, dec);
			if((op0&14)==8 && op1==4 && op2==3 && !op4)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_99
			if((op0&14)==8 && op1==6 && op2 && !op4)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_117
			if((op0&14)==8 && op1&1 && !op4)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_98
			if((op0&14)==12 && !op4)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_101
			if((op0&10)==10 && !op4)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_100
			if(op4)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_90
			UNMATCHED;
		}
		if(op0==1 && (op1&2)==2 && (op2&0x10)==0x10 && !(op3&0x30)) {
			/* GROUP: sve_cmpgpr */
			op0 = (INSWORD>>13)&1;
			op1 = (INSWORD>>10)&7;
			op2 = INSWORD&15;
			if(!op0)
				return decode_iclass_sve_int_while_rr(ctx, dec);
			if(op0 && !op1 && !op2)
				return decode_iclass_sve_int_cterm(ctx, dec);
			if(op0 && !op1 && op2)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_110
			if(op0 && op1)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_111
			UNMATCHED;
		}
		if(op0==1 && (op1&2)==2 && (op2&0x10)==0x10 && (op3&0x30)==0x10)
			UNALLOCATED(ENC_UNKNOWN); // iclass: unalloc_2
		if(op0==1 && (op1&2)==2 && (op2&0x10)==0x10 && (op3&0x30)==0x30) {
			/* GROUP: sve_wideimm_unpred */
			op0 = (INSWORD>>19)&3;
			op1 = (INSWORD>>16)&1;
			if(!op0)
				return decode_iclass_sve_int_arith_imm0(ctx, dec);
			if(op0==1)
				return decode_iclass_sve_int_arith_imm1(ctx, dec);
			if(op0==2)
				return decode_iclass_sve_int_arith_imm2(ctx, dec);
			if(op0==3 && !op1)
				return decode_iclass_sve_int_dup_imm(ctx, dec);
			if(op0==3 && op1)
				return decode_iclass_sve_int_dup_fpimm(ctx, dec);
			UNMATCHED;
		}
		if(op0==1 && (op1&2)==2 && (op2&0x1c)==0x10 && (op3&0x30)==0x20)
			return decode_iclass_sve_int_pcount_pred(ctx, dec);
		if(op0==1 && (op1&2)==2 && (op2&0x1c)==0x14 && (op3&0x3c)==0x20) {
			/* GROUP: sve_pred_count_b */
			op0 = (INSWORD>>18)&1;
			op1 = (INSWORD>>11)&1;
			if(!op0 && !op1)
				return decode_iclass_sve_int_count_v_sat(ctx, dec);
			if(!op0 && op1)
				return decode_iclass_sve_int_count_r_sat(ctx, dec);
			if(op0 && !op1)
				return decode_iclass_sve_int_count_v(ctx, dec);
			if(op0 && op1)
				return decode_iclass_sve_int_count_r(ctx, dec);
			UNMATCHED;
		}
		if(op0==1 && (op1&2)==2 && (op2&0x1c)==0x14 && (op3&0x3c)==0x24) {
			/* GROUP: sve_pred_wrffr */
			op0 = (INSWORD>>18)&1;
			op1 = (INSWORD>>16)&3;
			op2 = (INSWORD>>9)&7;
			op3 = (INSWORD>>5)&15;
			op4 = INSWORD&0x1f;
			if(!op0 && !op1 && !op2 && !op4)
				return decode_iclass_sve_int_wrffr(ctx, dec);
			if(op0 && !op1 && !op2 && !op3 && !op4)
				return decode_iclass_sve_int_setffr(ctx, dec);
			if(op0 && !op1 && !op2 && (op3&8)==8 && !op4)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_105
			if(op0 && !op1 && !op2 && (op3&4)==4 && !op4)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_104
			if(op0 && !op1 && !op2 && (op3&2)==2 && !op4)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_103
			if(op0 && !op1 && !op2 && op3&1 && !op4)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_102
			if(!op1 && !op2 && op4)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_120
			if(!op1 && op2)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_121
			if(op1)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_122
			UNMATCHED;
		}
		if(op0==1 && (op1&2)==2 && (op2&0x1c)==0x14 && (op3&0x38)==0x28)
			UNALLOCATED(ENC_UNKNOWN); // iclass: unalloc_1
		if(op0==1 && (op1&2)==2 && (op2&0x18)==0x18 && (op3&0x30)==0x20)
			UNALLOCATED(ENC_UNKNOWN); // iclass: unalloc_3
		if(op0==2 && !(op1&2) && !(op2&0x10) && !(op3&0x20)) {
			/* GROUP: sve_intx_muladd_unpred */
			op0 = (INSWORD>>14)&1;
			op1 = (INSWORD>>11)&7;
			op2 = (INSWORD>>10)&1;
			if(!op0 && !op1)
				return decode_iclass_sve_intx_dot(ctx, dec);
			if(!op0 && op1)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_123
			if(op0 && !(op1&4))
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_36
			if(op0 && (op1&6)==4)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_37
			if(op0 && op1==6)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_38
			if(op0 && op1==7 && !op2)
				return decode_iclass_sve_intx_mixed_dot(ctx, dec);
			if(op0 && op1==7 && op2)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_39
			UNMATCHED;
		}
		if(op0==2 && !(op1&2) && !(op2&0x10) && (op3&0x20)==0x20)
			UNALLOCATED(ENC_UNKNOWN); // iclass: unalloc_4
		if(op0==2 && !(op1&2) && (op2&0x10)==0x10) {
			/* GROUP: sve_intx_by_indexed_elem */
			op0 = (INSWORD>>13)&7;
			op1 = (INSWORD>>11)&3;
			if(!op0 && !op1)
				return decode_iclass_sve_intx_dot_by_indexed_elem(ctx, dec);
			if(!op0 && op1==1)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_40
			if(!op0 && op1==2)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_41
			if(!op0 && op1==3)
				return decode_iclass_sve_intx_mixed_dot_by_indexed_elem(ctx, dec);
			if(op0)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_127
			UNMATCHED;
		}
		if(op0==2 && (op1&2)==2 && !(op2&0x10) && !(op3&0x20))
			UNALLOCATED(ENC_UNKNOWN); // iclass: unalloc_5
		if(op0==2 && (op1&2)==2 && !(op2&0x10) && (op3&0x30)==0x20) {
			/* GROUP: sve_intx_constructive */
			op0 = (INSWORD>>10)&15;
			if(!(op0&12))
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_42
			if((op0&14)==4)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_43
			if(op0==6)
				return decode_iclass_sve_intx_mmla(ctx, dec);
			if(op0==7)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_44
			if((op0&8)==8)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_45
			UNMATCHED;
		}
		if(op0==2 && (op1&2)==2 && !(op2&0x10) && (op3&0x30)==0x30)
			UNALLOCATED(ENC_UNKNOWN); // iclass: unalloc_6
		if(op0==2 && (op1&2)==2 && (op2&0x10)==0x10)
			UNALLOCATED(ENC_UNKNOWN); // iclass: unalloc_7
		if(op0==3 && !(op1&2) && !(op2&0x10) && !(op3&0x20))
			return decode_iclass_sve_fp_fcmla(ctx, dec);
		if(op0==3 && !(op1&2) && (op2&0x1a)==2 && (op3&0x20)==0x20)
			UNALLOCATED(ENC_UNKNOWN); // iclass: unalloc_13
		if(op0==3 && !(op1&2) && !op2 && (op3&0x38)==0x20)
			return decode_iclass_sve_fp_fcadd(ctx, dec);
		if(op0==3 && !(op1&2) && !op2 && (op3&0x38)==0x28)
			UNALLOCATED(ENC_UNKNOWN); // iclass: unalloc_8
		if(op0==3 && !(op1&2) && !op2 && (op3&0x30)==0x30)
			UNALLOCATED(ENC_UNKNOWN); // iclass: unalloc_9
		if(op0==3 && !(op1&2) && op2==1 && (op3&0x20)==0x20)
			UNALLOCATED(ENC_UNKNOWN); // iclass: unalloc_10
		if(op0==3 && !(op1&2) && (op2&0x1e)==4 && (op3&0x38)==0x20)
			UNALLOCATED(ENC_UNKNOWN); // iclass: unalloc_11
		if(op0==3 && !(op1&2) && (op2&0x1e)==4 && (op3&0x38)==0x28)
			return decode_iclass_sve_fp_fcvt2(ctx, dec);
		if(op0==3 && !(op1&2) && (op2&0x1e)==4 && (op3&0x30)==0x30)
			UNALLOCATED(ENC_UNKNOWN); // iclass: unalloc_12
		if(op0==3 && !(op1&2) && (op2&0x18)==8 && (op3&0x20)==0x20)
			UNALLOCATED(ENC_UNKNOWN); // iclass: unalloc_14
		if(op0==3 && !(op1&2) && (op2&0x10)==0x10 && (op3&0x16)==2)
			UNALLOCATED(ENC_UNKNOWN); // iclass: unalloc_18
		if(op0==3 && !(op1&2) && (op2&0x10)==0x10 && !(op3&0x3e))
			return decode_iclass_sve_fp_fma_by_indexed_elem(ctx, dec);
		if(op0==3 && !(op1&2) && (op2&0x10)==0x10 && (op3&0x3c)==4)
			return decode_iclass_sve_fp_fcmla_by_indexed_elem(ctx, dec);
		if(op0==3 && !(op1&2) && (op2&0x10)==0x10 && op3==8)
			return decode_iclass_sve_fp_fmul_by_indexed_elem(ctx, dec);
		if(op0==3 && !(op1&2) && (op2&0x10)==0x10 && op3==9)
			UNALLOCATED(ENC_UNKNOWN); // iclass: unalloc_15
		if(op0==3 && !(op1&2) && (op2&0x10)==0x10 && (op3&0x3c)==12)
			UNALLOCATED(ENC_UNKNOWN); // iclass: unalloc_16
		if(op0==3 && !(op1&2) && (op2&0x10)==0x10 && (op3&0x34)==0x10) {
			/* GROUP: sve_fp_fma_long_by_indexed_elem */
			op0 = (INSWORD>>23)&1;
			op1 = (INSWORD>>13)&1;
			op2 = (INSWORD>>10)&3;
			if(!op0 && !op1 && !op2)
				return decode_iclass_sve_fp_fdot_by_indexed_elem(ctx, dec);
			if(!op0 && !op1 && op2)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_109
			if(!op0 && op1)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_46
			if(op0)
				return decode_iclass_sve_fp_fma_long_by_indexed_elem(ctx, dec);
			UNMATCHED;
		}
		if(op0==3 && !(op1&2) && (op2&0x10)==0x10 && (op3&0x34)==0x14)
			UNALLOCATED(ENC_UNKNOWN); // iclass: unalloc_17
		if(op0==3 && !(op1&2) && (op2&0x10)==0x10 && (op3&0x36)==0x20) {
			/* GROUP: sve_fp_fma_long */
			op0 = (INSWORD>>23)&1;
			op1 = (INSWORD>>13)&1;
			op2 = (INSWORD>>10)&1;
			if(!op0 && !op1 && !op2)
				return decode_iclass_sve_fp_fdot(ctx, dec);
			if(!op0 && !op1 && op2)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_47
			if(!op0 && op1)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_48
			if(op0)
				return decode_iclass_sve_fp_fma_long(ctx, dec);
			UNMATCHED;
		}
		if(op0==3 && !(op1&2) && (op2&0x10)==0x10 && (op3&0x34)==0x24)
			UNALLOCATED(ENC_UNKNOWN); // iclass: unalloc_19
		if(op0==3 && !(op1&2) && (op2&0x10)==0x10 && (op3&0x38)==0x30)
			UNALLOCATED(ENC_UNKNOWN); // iclass: unalloc_20
		if(op0==3 && !(op1&2) && (op2&0x10)==0x10 && op3==0x38)
			UNALLOCATED(ENC_UNKNOWN); // iclass: unalloc_21
		if(op0==3 && !(op1&2) && (op2&0x10)==0x10 && op3==0x39)
			return decode_iclass_sve_fp_fmmla(ctx, dec);
		if(op0==3 && !(op1&2) && (op2&0x10)==0x10 && (op3&0x3e)==0x3a)
			UNALLOCATED(ENC_UNKNOWN); // iclass: unalloc_22
		if(op0==3 && !(op1&2) && (op2&0x10)==0x10 && (op3&0x3c)==0x3c)
			UNALLOCATED(ENC_UNKNOWN); // iclass: unalloc_23
		if(op0==3 && (op1&2)==2 && !(op2&0x10) && (op3&0x10)==0x10)
			return decode_iclass_sve_fp_3op_p_pd(ctx, dec);
		if(op0==3 && (op1&2)==2 && !(op2&0x10) && !(op3&0x38))
			return decode_iclass_sve_fp_3op_u_zd(ctx, dec);
		if(op0==3 && (op1&2)==2 && !(op2&0x10) && (op3&0x38)==0x20) {
			/* GROUP: sve_fp_pred */
			op0 = (INSWORD>>19)&3;
			op1 = (INSWORD>>10)&7;
			op2 = (INSWORD>>6)&15;
			if(!(op0&2))
				return decode_iclass_sve_fp_2op_p_zds(ctx, dec);
			if(op0==2 && !op1)
				return decode_iclass_sve_fp_ftmad(ctx, dec);
			if(op0==2 && op1)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_112
			if(op0==3 && !op2)
				return decode_iclass_sve_fp_2op_i_p_zds(ctx, dec);
			if(op0==3 && op2)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_113
			UNMATCHED;
		}
		if(op0==3 && (op1&2)==2 && !(op2&0x10) && (op3&0x38)==0x28) {
			/* GROUP: sve_fp_unary */
			op0 = (INSWORD>>18)&7;
			if(!(op0&6))
				return decode_iclass_sve_fp_2op_p_zd_a(ctx, dec);
			if(op0==2)
				return decode_iclass_sve_fp_2op_p_zd_b_0(ctx, dec);
			if(op0==3)
				return decode_iclass_sve_fp_2op_p_zd_b_1(ctx, dec);
			if((op0&6)==4)
				return decode_iclass_sve_fp_2op_p_zd_c(ctx, dec);
			if((op0&6)==6)
				return decode_iclass_sve_fp_2op_p_zd_d(ctx, dec);
			UNMATCHED;
		}
		if(op0==3 && (op1&2)==2 && !(op2&0x1c) && (op3&0x38)==8)
			return decode_iclass_sve_fp_fast_red(ctx, dec);
		if(op0==3 && (op1&2)==2 && (op2&0x1c)==4 && (op3&0x3c)==8)
			UNALLOCATED(ENC_UNKNOWN); // iclass: unalloc_24
		if(op0==3 && (op1&2)==2 && (op2&0x1c)==4 && (op3&0x3c)==12) {
			/* GROUP: sve_fp_unary_unpred */
			op0 = (INSWORD>>10)&3;
			if(!op0)
				return decode_iclass_sve_fp_2op_u_zd(ctx, dec);
			if(op0)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_106
			UNMATCHED;
		}
		if(op0==3 && (op1&2)==2 && (op2&0x1c)==8 && (op3&0x38)==8) {
			/* GROUP: sve_fp_cmpzero */
			op0 = (INSWORD>>18)&1;
			if(!op0)
				return decode_iclass_sve_fp_2op_p_pd(ctx, dec);
			if(op0)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_49
			UNMATCHED;
		}
		if(op0==3 && (op1&2)==2 && (op2&0x1c)==12 && (op3&0x38)==8)
			return decode_iclass_sve_fp_2op_p_vd(ctx, dec);
		if(op0==3 && (op1&2)==2 && (op2&0x10)==0x10) {
			/* GROUP: sve_fp_fma */
			op0 = (INSWORD>>15)&1;
			if(!op0)
				return decode_iclass_sve_fp_3op_p_zds_a(ctx, dec);
			if(op0)
				return decode_iclass_sve_fp_3op_p_zds_b(ctx, dec);
			UNMATCHED;
		}
		if(op0==4) {
			/* GROUP: sve_mem32 */
			op0 = (INSWORD>>23)&3;
			op1 = (INSWORD>>21)&3;
			op2 = (INSWORD>>13)&7;
			op3 = (INSWORD>>4)&1;
			if(!op0 && op1&1 && !(op2&4) && !op3)
				return decode_iclass_sve_mem_32b_prfm_sv(ctx, dec);
			if(!op0 && op1&1 && !(op2&4) && op3)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_52
			if(op0==1 && op1&1 && !(op2&4))
				return decode_iclass_sve_mem_32b_gld_sv_a(ctx, dec);
			if(op0==2 && op1&1 && !(op2&4))
				return decode_iclass_sve_mem_32b_gld_sv_b(ctx, dec);
			if(op0==3 && !(op1&2) && !op2 && !op3)
				return decode_iclass_sve_mem_32b_pfill(ctx, dec);
			if(op0==3 && !(op1&2) && !op2 && op3)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_53
			if(op0==3 && !(op1&2) && op2==2)
				return decode_iclass_sve_mem_32b_fill(ctx, dec);
			if(op0==3 && !(op1&2) && (op2&5)==1)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_54
			if(op0==3 && (op1&2)==2 && !(op2&4) && !op3)
				return decode_iclass_sve_mem_prfm_si(ctx, dec);
			if(op0==3 && (op1&2)==2 && !(op2&4) && op3)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_55
			if(op0!=3 && !(op1&1) && !(op2&4))
				return decode_iclass_sve_mem_32b_gld_vs(ctx, dec);
			if(!op1 && (op2&6)==4)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_50
			if(!op1 && op2==6 && !op3)
				return decode_iclass_sve_mem_prfm_ss(ctx, dec);
			if(!op1 && op2==7 && !op3)
				return decode_iclass_sve_mem_32b_prfm_vi(ctx, dec);
			if(!op1 && (op2&6)==6 && op3)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_51
			if(op1==1 && (op2&4)==4)
				return decode_iclass_sve_mem_32b_gld_vi(ctx, dec);
			if((op1&2)==2 && (op2&4)==4)
				return decode_iclass_sve_mem_ld_dup(ctx, dec);
			UNMATCHED;
		}
		if(op0==5) {
			/* GROUP: sve_memcld */
			op0 = (INSWORD>>21)&3;
			op1 = (INSWORD>>20)&1;
			op2 = (INSWORD>>13)&7;
			if(!op0 && !op1 && op2==7)
				return decode_iclass_sve_mem_cldnt_si(ctx, dec);
			if(!op0 && op2==6)
				return decode_iclass_sve_mem_cldnt_ss(ctx, dec);
			if(op0 && !op1 && op2==7)
				return decode_iclass_sve_mem_eld_si(ctx, dec);
			if(op0 && op2==6)
				return decode_iclass_sve_mem_eld_ss(ctx, dec);
			if(!op1 && op2==1)
				return decode_iclass_sve_mem_ldqr_si(ctx, dec);
			if(!op1 && op2==5)
				return decode_iclass_sve_mem_cld_si(ctx, dec);
			if(op1 && op2==1)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_57
			if(op1 && op2==5)
				return decode_iclass_sve_mem_cldnf_si(ctx, dec);
			if(op1 && op2==7)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_58
			if(!op2)
				return decode_iclass_sve_mem_ldqr_ss(ctx, dec);
			if(op2==2)
				return decode_iclass_sve_mem_cld_ss(ctx, dec);
			if(op2==3)
				return decode_iclass_sve_mem_cldff_ss(ctx, dec);
			if(op2==4)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_56
			UNMATCHED;
		}
		if(op0==6) {
			/* GROUP: sve_mem64 */
			op0 = (INSWORD>>23)&3;
			op1 = (INSWORD>>21)&3;
			op2 = (INSWORD>>13)&7;
			op3 = (INSWORD>>4)&1;
			if(!op0 && op1==1 && !(op2&4) && op3)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_62
			if(!op0 && op1==3 && (op2&4)==4 && !op3)
				return decode_iclass_sve_mem_64b_prfm_sv2(ctx, dec);
			if(!op0 && op1==3 && op3)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_63
			if(!op0 && op1&1 && !(op2&4) && !op3)
				return decode_iclass_sve_mem_64b_prfm_sv(ctx, dec);
			if(op0 && op1==3 && (op2&4)==4)
				return decode_iclass_sve_mem_64b_gld_sv2(ctx, dec);
			if(op0 && op1&1 && !(op2&4))
				return decode_iclass_sve_mem_64b_gld_sv(ctx, dec);
			if(!op1 && (op2&6)==4)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_59
			if(!op1 && op2==6)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_60
			if(!op1 && op2==7 && !op3)
				return decode_iclass_sve_mem_64b_prfm_vi(ctx, dec);
			if(!op1 && op2==7 && op3)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_61
			if(op1==1 && (op2&4)==4)
				return decode_iclass_sve_mem_64b_gld_vi(ctx, dec);
			if(op1==2 && (op2&4)==4)
				return decode_iclass_sve_mem_64b_gld_vs2(ctx, dec);
			if(!(op1&1) && !(op2&4))
				return decode_iclass_sve_mem_64b_gld_vs(ctx, dec);
			UNMATCHED;
		}
		if(op0==7 && !(op3&0x28)) {
			/* GROUP: sve_memst_cs */
			op0 = (INSWORD>>22)&7;
			op1 = (INSWORD>>14)&1;
			op2 = (INSWORD>>4)&1;
			if(!(op0&4) && !op1)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_64
			if((op0&6)==4 && !op1)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_66
			if(op0==6 && !op1 && !op2)
				return decode_iclass_sve_mem_pspill(ctx, dec);
			if(op0==6 && !op1 && op2)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_67
			if(op0==6 && op1)
				return decode_iclass_sve_mem_spill(ctx, dec);
			if(op0==7 && !op1)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_68
			if(op0!=6 && op1)
				return decode_iclass_sve_mem_cst_ss(ctx, dec);
			UNMATCHED;
		}
		if(op0==7 && (op3&0x28)==8) {
			/* GROUP: sve_memst_nt */
			op0 = (INSWORD>>21)&3;
			op1 = (INSWORD>>14)&1;
			if(!op0 && op1)
				return decode_iclass_sve_mem_cstnt_ss(ctx, dec);
			if(op0 && op1)
				return decode_iclass_sve_mem_est_ss(ctx, dec);
			if(!op1)
				UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_65
			UNMATCHED;
		}
		if(op0==7 && (op3&0x28)==0x20) {
			/* GROUP: sve_memst_ss */
			op0 = (INSWORD>>21)&3;
			if(!op0)
				return decode_iclass_sve_mem_sst_vs_a(ctx, dec);
			if(op0==1)
				return decode_iclass_sve_mem_sst_sv_a(ctx, dec);
			if(op0==2)
				return decode_iclass_sve_mem_sst_vs_b(ctx, dec);
			if(op0==3)
				return decode_iclass_sve_mem_sst_sv_b(ctx, dec);
			UNMATCHED;
		}
		if(op0==7 && (op3&0x38)==0x28) {
			/* GROUP: sve_memst_ss2 */
			op0 = (INSWORD>>21)&3;
			if(!op0)
				return decode_iclass_sve_mem_sst_vs2(ctx, dec);
			if(op0==1)
				return decode_iclass_sve_mem_sst_sv2(ctx, dec);
			if(op0==2)
				return decode_iclass_sve_mem_sst_vi_a(ctx, dec);
			if(op0==3)
				return decode_iclass_sve_mem_sst_vi_b(ctx, dec);
			UNMATCHED;
		}
		if(op0==7 && (op3&0x38)==0x38) {
			/* GROUP: sve_memst_si */
			op0 = (INSWORD>>21)&3;
			op1 = (INSWORD>>20)&1;
			if(!op0 && op1)
				return decode_iclass_sve_mem_cstnt_si(ctx, dec);
			if(op0 && op1)
				return decode_iclass_sve_mem_est_si(ctx, dec);
			if(!op1)
				return decode_iclass_sve_mem_cst_si(ctx, dec);
			UNMATCHED;
		}
		UNMATCHED;
	}
	if(op0==3)
		UNALLOCATED(ENC_UNKNOWN); // iclass: unallocate2
	if((op0&14)==8) {
		/* GROUP: dpimm */
		op0 = (INSWORD>>23)&7;
		if(!(op0&6))
			return decode_iclass_pcreladdr(ctx, dec);
		if(op0==2)
			return decode_iclass_addsub_imm(ctx, dec);
		if(op0==3)
			return decode_iclass_addsub_immtags(ctx, dec);
		if(op0==4)
			return decode_iclass_log_imm(ctx, dec);
		if(op0==5)
			return decode_iclass_movewide(ctx, dec);
		if(op0==6)
			return decode_iclass_bitfield(ctx, dec);
		if(op0==7)
			return decode_iclass_extract(ctx, dec);
		UNMATCHED;
	}
	if((op0&14)==10) {
		/* GROUP: control */
		op0 = INSWORD>>29;
		op1 = (INSWORD>>12)&0x3fff;
		op2 = INSWORD&0x1f;
		if(op0==2 && !(op1&0x2000))
			return decode_iclass_condbranch(ctx, dec);
		if(op0==6 && !(op1&0x3000))
			return decode_iclass_exception(ctx, dec);
		if(op0==6 && op1==0x1032 && op2==0x1f)
			return decode_iclass_hints(ctx, dec);
		if(op0==6 && op1==0x1033)
			return decode_iclass_barriers(ctx, dec);
		if(op0==6 && (op1&0x3f8f)==0x1004)
			return decode_iclass_pstate(ctx, dec);
		if(op0==6 && (op1&0x3d80)==0x1080)
			return decode_iclass_systeminstrs(ctx, dec);
		if(op0==6 && (op1&0x3d00)==0x1100)
			return decode_iclass_systemmove(ctx, dec);
		if(op0==6 && (op1&0x2000)==0x2000)
			return decode_iclass_branch_reg(ctx, dec);
		if(!(op0&3))
			return decode_iclass_branch_imm(ctx, dec);
		if((op0&3)==1 && !(op1&0x2000))
			return decode_iclass_compbranch(ctx, dec);
		if((op0&3)==1 && (op1&0x2000)==0x2000)
			return decode_iclass_testbranch(ctx, dec);
		UNMATCHED;
	}
	if((op0&5)==4) {
		/* GROUP: ldst */
		op0 = INSWORD>>28;
		op1 = (INSWORD>>26)&1;
		op2 = (INSWORD>>23)&3;
		op3 = (INSWORD>>16)&0x3f;
		op4 = (INSWORD>>10)&3;
		if(!(op0&11) && op1 && !op2 && !op3)
			return decode_iclass_asisdlse(ctx, dec);
		if(!(op0&11) && op1 && op2==1 && !(op3&0x20))
			return decode_iclass_asisdlsep(ctx, dec);
		if(!(op0&11) && op1 && !(op2&2) && (op3&0x20)==0x20)
			UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_advsimd_85
		if(!(op0&11) && op1 && op2==2 && !(op3&0x1f))
			return decode_iclass_asisdlso(ctx, dec);
		if(!(op0&11) && op1 && op2==3)
			return decode_iclass_asisdlsop(ctx, dec);
		if(!(op0&11) && op1 && !(op2&1) && (op3&0x10)==0x10)
			UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_advsimd_94
		if(!(op0&11) && op1 && !(op2&1) && (op3&8)==8)
			UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_advsimd_93
		if(!(op0&11) && op1 && !(op2&1) && (op3&4)==4)
			UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_advsimd_92
		if(!(op0&11) && op1 && !(op2&1) && (op3&2)==2)
			UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_advsimd_91
		if(!(op0&11) && op1 && !(op2&1) && op3&1)
			UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_advsimd_90
		if(op0==13 && !op1 && (op2&2)==2 && (op3&0x20)==0x20)
			return decode_iclass_ldsttags(ctx, dec);
		if((op0&11)==8 && op1)
			UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_advsimd_83
		if(!(op0&3) && !op1 && !(op2&2))
			return decode_iclass_ldstexcl(ctx, dec);
		if((op0&3)==1 && !op1 && (op2&2)==2 && !(op3&0x20) && !op4)
			return decode_iclass_ldapstl_unscaled(ctx, dec);
		if((op0&3)==1 && !(op2&2))
			return decode_iclass_loadlit(ctx, dec);
		if((op0&3)==2 && !op2)
			return decode_iclass_ldstnapair_offs(ctx, dec);
		if((op0&3)==2 && op2==1)
			return decode_iclass_ldstpair_post(ctx, dec);
		if((op0&3)==2 && op2==2)
			return decode_iclass_ldstpair_off(ctx, dec);
		if((op0&3)==2 && op2==3)
			return decode_iclass_ldstpair_pre(ctx, dec);
		if((op0&3)==3 && !(op2&2) && !(op3&0x20) && !op4)
			return decode_iclass_ldst_unscaled(ctx, dec);
		if((op0&3)==3 && !(op2&2) && !(op3&0x20) && op4==1)
			return decode_iclass_ldst_immpost(ctx, dec);
		if((op0&3)==3 && !(op2&2) && !(op3&0x20) && op4==2)
			return decode_iclass_ldst_unpriv(ctx, dec);
		if((op0&3)==3 && !(op2&2) && !(op3&0x20) && op4==3)
			return decode_iclass_ldst_immpre(ctx, dec);
		if((op0&3)==3 && !(op2&2) && (op3&0x20)==0x20 && !op4)
			return decode_iclass_memop(ctx, dec);
		if((op0&3)==3 && !(op2&2) && (op3&0x20)==0x20 && op4==2)
			return decode_iclass_ldst_regoff(ctx, dec);
		if((op0&3)==3 && !(op2&2) && (op3&0x20)==0x20 && op4&1)
			return decode_iclass_ldst_pac(ctx, dec);
		if((op0&3)==3 && (op2&2)==2)
			return decode_iclass_ldst_pos(ctx, dec);
		UNMATCHED;
	}
	if((op0&7)==5) {
		/* GROUP: dpreg */
		op0 = (INSWORD>>30)&1;
		op1 = (INSWORD>>28)&1;
		op2 = (INSWORD>>21)&15;
		op3 = (INSWORD>>10)&0x3f;
		if(!op0 && op1 && op2==6)
			return decode_iclass_dp_2src(ctx, dec);
		if(op0 && op1 && op2==6)
			return decode_iclass_dp_1src(ctx, dec);
		if(!op1 && !(op2&8))
			return decode_iclass_log_shift(ctx, dec);
		if(!op1 && (op2&9)==8)
			return decode_iclass_addsub_shift(ctx, dec);
		if(!op1 && (op2&9)==9)
			return decode_iclass_addsub_ext(ctx, dec);
		if(op1 && !op2 && !op3)
			return decode_iclass_addsub_carry(ctx, dec);
		if(op1 && !op2 && (op3&0x1f)==1)
			return decode_iclass_rmif(ctx, dec);
		if(op1 && !op2 && (op3&15)==2)
			return decode_iclass_setf(ctx, dec);
		if(op1 && op2==2 && !(op3&2))
			return decode_iclass_condcmp_reg(ctx, dec);
		if(op1 && op2==2 && (op3&2)==2)
			return decode_iclass_condcmp_imm(ctx, dec);
		if(op1 && op2==4)
			return decode_iclass_condsel(ctx, dec);
		if(op1 && (op2&8)==8)
			return decode_iclass_dp_3src(ctx, dec);
		UNMATCHED;
	}
	if((op0&7)==7) {
		/* GROUP: simd_dp */
		op0 = INSWORD>>28;
		op1 = (INSWORD>>23)&3;
		op2 = (INSWORD>>19)&15;
		op3 = (INSWORD>>10)&0x1ff;
		if(!op0 && !(op1&2) && (op2&7)==5 && (op3&0x183)==2)
			UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_advsimd_26
		if(op0==2 && !(op1&2) && (op2&7)==5 && (op3&0x183)==2)
			UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_advsimd_27
		if(op0==4 && !(op1&2) && (op2&7)==5 && (op3&0x183)==2)
			return decode_iclass_cryptoaes(ctx, dec);
		if(op0==5 && !(op1&2) && !(op2&4) && !(op3&0x23))
			return decode_iclass_cryptosha3(ctx, dec);
		if(op0==5 && !(op1&2) && !(op2&4) && (op3&0x23)==2)
			UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_advsimd_52
		if(op0==5 && !(op1&2) && (op2&7)==5 && (op3&0x183)==2)
			return decode_iclass_cryptosha2(ctx, dec);
		if(op0==6 && !(op1&2) && (op2&7)==5 && (op3&0x183)==2)
			UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_advsimd_29
		if(op0==7 && !(op1&2) && !(op2&4) && !(op3&0x21))
			UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_advsimd_53
		if(op0==7 && !(op1&2) && (op2&7)==5 && (op3&0x183)==2)
			UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_advsimd_63
		if((op0&13)==5 && !op1 && !(op2&12) && (op3&0x21)==1)
			return decode_iclass_asisdone(ctx, dec);
		if((op0&13)==5 && op1==1 && !(op2&12) && (op3&0x21)==1)
			UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_advsimd_55
		if((op0&13)==5 && !(op1&2) && op2==7 && (op3&0x183)==2)
			UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_advsimd_65
		if((op0&13)==5 && !(op1&2) && (op2&12)==8 && (op3&0x31)==1)
			return decode_iclass_asisdsamefp16(ctx, dec);
		if((op0&13)==5 && !(op1&2) && (op2&12)==8 && (op3&0x31)==0x11)
			UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_advsimd_57
		if((op0&13)==5 && !(op1&2) && op2==15 && (op3&0x183)==2)
			return decode_iclass_asisdmiscfp16(ctx, dec);
		if((op0&13)==5 && !(op1&2) && !(op2&4) && (op3&0x21)==0x20)
			UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_advsimd_49
		if((op0&13)==5 && !(op1&2) && !(op2&4) && (op3&0x21)==0x21)
			return decode_iclass_asisdsame2(ctx, dec);
		if((op0&13)==5 && !(op1&2) && (op2&7)==4 && (op3&0x183)==2)
			return decode_iclass_asisdmisc(ctx, dec);
		if((op0&13)==5 && !(op1&2) && (op2&7)==6 && (op3&0x183)==2)
			return decode_iclass_asisdpair(ctx, dec);
		if((op0&13)==5 && !(op1&2) && (op2&4)==4 && (op3&0x103)==0x102)
			UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_advsimd_67
		if((op0&13)==5 && !(op1&2) && (op2&4)==4 && (op3&0x83)==0x82)
			UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_advsimd_68
		if((op0&13)==5 && !(op1&2) && (op2&4)==4 && !(op3&3))
			return decode_iclass_asisddiff(ctx, dec);
		if((op0&13)==5 && !(op1&2) && (op2&4)==4 && op3&1)
			return decode_iclass_asisdsame(ctx, dec);
		if((op0&13)==5 && op1==2 && op3&1)
			return decode_iclass_asisdshf(ctx, dec);
		if((op0&13)==5 && op1==3 && op3&1)
			UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_advsimd_70
		if((op0&13)==5 && (op1&2)==2 && !(op3&1))
			return decode_iclass_asisdelem(ctx, dec);
		if(!(op0&11) && !(op1&2) && !(op2&4) && !(op3&0x23))
			return decode_iclass_asimdtbl(ctx, dec);
		if(!(op0&11) && !(op1&2) && !(op2&4) && (op3&0x23)==2)
			return decode_iclass_asimdperm(ctx, dec);
		if((op0&11)==2 && !(op1&2) && !(op2&4) && !(op3&0x21))
			return decode_iclass_asimdext(ctx, dec);
		if(!(op0&9) && !op1 && !(op2&12) && (op3&0x21)==1)
			return decode_iclass_asimdins(ctx, dec);
		if(!(op0&9) && op1==1 && !(op2&12) && (op3&0x21)==1)
			UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_advsimd_19
		if(!(op0&9) && !(op1&2) && op2==7 && (op3&0x183)==2)
			UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_advsimd_31
		if(!(op0&9) && !(op1&2) && (op2&12)==8 && (op3&0x31)==1)
			return decode_iclass_asimdsamefp16(ctx, dec);
		if(!(op0&9) && !(op1&2) && (op2&12)==8 && (op3&0x31)==0x11)
			UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_advsimd_21
		if(!(op0&9) && !(op1&2) && op2==15 && (op3&0x183)==2)
			return decode_iclass_asimdmiscfp16(ctx, dec);
		if(!(op0&9) && !(op1&2) && !(op2&4) && (op3&0x21)==0x20)
			UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_advsimd_13
		if(!(op0&9) && !(op1&2) && !(op2&4) && (op3&0x21)==0x21)
			return decode_iclass_asimdsame2(ctx, dec);
		if(!(op0&9) && !(op1&2) && (op2&7)==4 && (op3&0x183)==2)
			return decode_iclass_asimdmisc(ctx, dec);
		if(!(op0&9) && !(op1&2) && (op2&7)==6 && (op3&0x183)==2)
			return decode_iclass_asimdall(ctx, dec);
		if(!(op0&9) && !(op1&2) && (op2&4)==4 && (op3&0x103)==0x102)
			UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_advsimd_33
		if(!(op0&9) && !(op1&2) && (op2&4)==4 && (op3&0x83)==0x82)
			UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_advsimd_34
		if(!(op0&9) && !(op1&2) && (op2&4)==4 && !(op3&3))
			return decode_iclass_asimddiff(ctx, dec);
		if(!(op0&9) && !(op1&2) && (op2&4)==4 && op3&1)
			return decode_iclass_asimdsame(ctx, dec);
		if(!(op0&9) && op1==2 && !op2 && op3&1)
			return decode_iclass_asimdimm(ctx, dec);
		if(!(op0&9) && op1==2 && op2 && op3&1)
			return decode_iclass_asimdshf(ctx, dec);
		if(!(op0&9) && op1==3 && op3&1)
			UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_advsimd_36
		if(!(op0&9) && (op1&2)==2 && !(op3&1))
			return decode_iclass_asimdelem(ctx, dec);
		if(op0==12 && !op1 && (op2&12)==8 && (op3&0x30)==0x20)
			return decode_iclass_crypto3_imm2(ctx, dec);
		if(op0==12 && !op1 && (op2&12)==12 && (op3&0x2c)==0x20)
			return decode_iclass_cryptosha512_3(ctx, dec);
		if(op0==12 && !op1 && !(op3&0x20))
			return decode_iclass_crypto4(ctx, dec);
		if(op0==12 && op1==1 && !(op2&12))
			return decode_iclass_crypto3_imm6(ctx, dec);
		if(op0==12 && op1==1 && op2==8 && (op3&0x1fc)==0x20)
			return decode_iclass_cryptosha512_2(ctx, dec);
		if((op0&9)==8 && (op1&2)==2)
			UNALLOCATED(ENC_UNKNOWN); // iclass: UNALLOCATED_advsimd_11
		if((op0&5)==1 && !(op1&2) && !(op2&4))
			return decode_iclass_float2fix(ctx, dec);
		if((op0&5)==1 && !(op1&2) && (op2&4)==4 && !(op3&0x3f))
			return decode_iclass_float2int(ctx, dec);
		if((op0&5)==1 && !(op1&2) && (op2&4)==4 && (op3&0x1f)==0x10)
			return decode_iclass_floatdp1(ctx, dec);
		if((op0&5)==1 && !(op1&2) && (op2&4)==4 && (op3&15)==8)
			return decode_iclass_floatcmp(ctx, dec);
		if((op0&5)==1 && !(op1&2) && (op2&4)==4 && (op3&7)==4)
			return decode_iclass_floatimm(ctx, dec);
		if((op0&5)==1 && !(op1&2) && (op2&4)==4 && (op3&3)==1)
			return decode_iclass_floatccmp(ctx, dec);
		if((op0&5)==1 && !(op1&2) && (op2&4)==4 && (op3&3)==2)
			return decode_iclass_floatdp2(ctx, dec);
		if((op0&5)==1 && !(op1&2) && (op2&4)==4 && (op3&3)==3)
			return decode_iclass_floatsel(ctx, dec);
		if((op0&5)==1 && (op1&2)==2)
			return decode_iclass_floatdp3(ctx, dec);
		UNMATCHED;
	}
	UNMATCHED;
}
