}
} // MEDIA_OPCODE (MISC_OPCODE 0x1)
} // MISC_OPCODE (CPNUM 0xA)
- 0xf: decode OPCODE_20 {
- 0: WarnUnimpl::mcr_cp15();
- 1: WarnUnimpl::mrc_cp15();
- }
+ 0xf: decode RN {
+ // Barrriers, Cache Maintence, NOPS
+ 7: decode OPCODE_23_21 {
+ 0: decode RM {
+ 0: decode OPC2 {
+ 4: decode OPCODE_20 {
+ 0: PredOp::mcr_cp15_nop1({{ }}); // was wfi
+ }
+ }
+ 1: WarnUnimpl::cp15_cache_maint();
+ 4: WarnUnimpl::cp15_par();
+ 5: decode OPC2 {
+ 0,1: WarnUnimpl::cp15_cache_maint2();
+ 4: PredOp::cp15_isb({{ ; }}, IsMemBarrier, IsSerializeBefore);
+ 6,7: WarnUnimpl::cp15_bp_maint();
+ }
+ 6: WarnUnimpl::cp15_cache_maint3();
+ 8: WarnUnimpl::cp15_va_to_pa();
+ 10: decode OPC2 {
+ 1,2: WarnUnimpl::cp15_cache_maint3();
+ 4: PredOp::cp15_dsb({{ ; }}, IsMemBarrier, IsSerializeBefore);
+ 5: PredOp::cp15_dmb({{ ; }}, IsMemBarrier, IsSerializeBefore);
+ }
+ 11: WarnUnimpl::cp15_cache_maint4();
+ 13: decode OPC2 {
+ 1: decode OPCODE_20 {
+ 0: PredOp::mcr_cp15_nop2({{ }}); // was prefetch
+ }
+ }
+ 14: WarnUnimpl::cp15_cache_maint5();
+ } // RM
+ } // OPCODE_23_21 CR
+
+ // Thread ID and context ID registers
+ // Thread ID register needs cheaper access than miscreg
+ 13: WarnUnimpl::mcr_mrc_cp15_c7();
+
+ // All the rest
+ default: decode OPCODE_20 {
+ 0: PredOp::mcr_cp15({{
+ fault = setCp15Register(Rd, RN, OPCODE_23_21, RM, OPC2);
+ }});
+ 1: PredOp::mrc_cp15({{
+ fault = readCp15Register(Rd, RN, OPCODE_23_21, RM, OPC2);
+ }});
+ }
+ } // RN
} // CPNUM (OP4 == 1)
} //OPCODE_4
#endif
}
+Fault
+setCp15Register(uint32_t &Rd, int CRn, int opc1, int CRm, int opc2)
+{
+ return new UnimpFault(csprintf("MCR CP15: CRn: %d opc1: %d CRm: %d opc1: %d\n",
+ CRn, opc1, CRm, opc2));
+}
+
+Fault
+readCp15Register(uint32_t &Rd, int CRn, int opc1, int CRm, int opc2)
+{
+ return new UnimpFault(csprintf("MRC CP15: CRn: %d opc1: %d CRm: %d opc1: %d\n",
+ CRn, opc1, CRm, opc2));
+
+}
+
+
}
}
uint64_t getArgument(ThreadContext *tc, int number, bool fp);
+
+Fault setCp15Register(uint32_t &Rd, int CRn, int opc1, int CRm, int opc2);
+Fault readCp15Register(uint32_t &Rd, int CRn, int opc1, int CRm, int opc2);
};