Move validator_x86_XX.rl out of unreviewed.

src/trusted/validator_ragel/decoder_internal.h

 /*
  * Copyright (c) 2012 The Native Client Authors. All rights reserved.
  * Use of this source code is governed by a BSD-style license that can be
  * found in the LICENSE file.
  */
 
 /*
  * This file contains common parts of x86-32 and x86-64 internals (inline
  * functions and defines).
  */
 
 #ifndef NATIVE_CLIENT_SRC_TRUSTED_VALIDATOR_RAGEL_DECODER_INTERNAL_H_
 #define NATIVE_CLIENT_SRC_TRUSTED_VALIDATOR_RAGEL_DECODER_INTERNAL_H_
 
-#include "native_client/src/trusted/validator_ragel/unreviewed/decoding.h"
+#include "native_client/src/trusted/validator_ragel/decoding.h"
 
 /*
  * Set of macroses used in actions defined in parse_instruction.rl to pull
  * parts of the instruction from a byte stream and store them for future use.
  */
 #define GET_REX_PREFIX() instruction.prefix.rex
 #define GET_VEX_PREFIX2() vex_prefix2
 #define GET_VEX_PREFIX3() vex_prefix3
-#define SET_VEX_PREFIX3(P) vex_prefix3 = (P)
-#define SET_DATA16_PREFIX(S) instruction.prefix.data16 = (S)
-#define SET_LOCK_PREFIX(S) instruction.prefix.lock = (S)
-#define SET_REPZ_PREFIX(S) instruction.prefix.repz = (S)
-#define SET_REPNZ_PREFIX(S) instruction.prefix.repnz = (S)
-#define SET_BRANCH_TAKEN(S) instruction.prefix.branch_taken = (S)
-#define SET_BRANCH_NOT_TAKEN(S) instruction.prefix.branch_not_taken = (S)
-#define SET_INSTRUCTION_NAME(N) instruction.name = (N)
+#define SET_VEX_PREFIX3(X) vex_prefix3 = (X)
+#define SET_DATA16_PREFIX(X) instruction.prefix.data16 = (X)
+#define SET_LOCK_PREFIX(X) instruction.prefix.lock = (X)
+#define SET_REPZ_PREFIX(X) instruction.prefix.repz = (X)
+#define SET_REPNZ_PREFIX(X) instruction.prefix.repnz = (X)
+#define SET_BRANCH_TAKEN(X) instruction.prefix.branch_taken = (X)
+#define SET_BRANCH_NOT_TAKEN(X) instruction.prefix.branch_not_taken = (X)
+#define SET_INSTRUCTION_NAME(X) instruction.name = (X)
 #define GET_OPERAND_NAME(N) instruction.operands[(N)].name
-#define SET_OPERAND_NAME(N, S) instruction.operands[(N)].name = (S)
-#define SET_OPERAND_TYPE(N, S) instruction.operands[(N)].type = (S)
+#define SET_OPERAND_NAME(N, X) instruction.operands[(N)].name = (X)
+#define SET_OPERAND_TYPE(N, X) instruction.operands[(N)].type = (X)
 #define SET_OPERANDS_COUNT(N) instruction.operands_count = (N)
-#define SET_MODRM_BASE(N) instruction.rm.base = (N)
-#define SET_MODRM_INDEX(N) instruction.rm.index = (N)
-#define SET_MODRM_SCALE(S) instruction.rm.scale = (S)
-#define SET_DISP_TYPE(T) instruction.rm.disp_type = (T)
-#define SET_DISP_PTR(P) \
-  instruction.rm.offset = DecodeDisplacementValue(instruction.rm.disp_type, (P))
-#define SET_IMM_TYPE(T) imm_operand = (T)
-#define SET_IMM_PTR(P) \
-  instruction.imm[0] = DecodeImmediateValue(imm_operand, (P))
-#define SET_IMM2_TYPE(T) imm2_operand = (T)
-#define SET_IMM2_PTR(P) \
-  instruction.imm[1] = DecodeImmediateValue(imm2_operand, (P))
-#define SET_CPU_FEATURE(F)
-#define SET_ATT_INSTRUCTION_SUFFIX(S) instruction.att_instruction_suffix = (S)
+#define SET_MODRM_BASE(X) instruction.rm.base = (X)
+#define SET_MODRM_INDEX(X) instruction.rm.index = (X)
+#define SET_MODRM_SCALE(X) instruction.rm.scale = (X)
+#define SET_DISP_TYPE(X) instruction.rm.disp_type = (X)
+#define SET_DISP_PTR(X) \
+  instruction.rm.offset = DecodeDisplacementValue(instruction.rm.disp_type, (X))
+#define SET_IMM_TYPE(X) imm_operand = (X)
+#define SET_IMM_PTR(X) \
+  instruction.imm[0] = DecodeImmediateValue(imm_operand, (X))
+#define SET_SECOND_IMM_TYPE(X) imm2_operand = (X)
+#define SET_IMM2_PTR(X) \
+  instruction.imm[1] = DecodeImmediateValue(imm2_operand, (X))
+#define SET_CPU_FEATURE(X)
+#define SET_ATT_INSTRUCTION_SUFFIX(X) instruction.att_instruction_suffix = (X)
 
 /*
  * Immediate mode: size of the instruction's immediate operand.  Note that there
  * IMMNONE (which means there are no immediate operand) and IMM2 (which is
  * two-bit immediate which shares it's byte with other operands).
  */
 enum ImmediateMode {
   IMMNONE,
   IMM2,
   IMM8,
@@ skipping 24 matching lines @@
     case IMM8:    return AnyFieldValue8bit(imm_ptr);
     case IMM16:   return AnyFieldValue16bit(imm_ptr);
     case IMM32:   return AnyFieldValue32bit(imm_ptr);
     case IMM64:   return AnyFieldValue64bit(imm_ptr);
   }
   assert(FALSE);
   return 0;
 }
 
 #endif  /* NATIVE_CLIENT_SRC_TRUSTED_VALIDATOR_RAGEL_DECODER_INTERNAL_H_ */