gas/:

	* config/bfin-parse.y (check_macfunc_option): New.
 	(check_macfuncs): Check option by calling check_macfunc_option.
	Fix comparison always true warnings.  Both scalar instructions
	of vector instruction must share the same mode option.  Only allow
	option mode at the end of the second instruction of the vector.
 	(asm_1): Check option by calling check_macfunc_option.

gas/testsuite/:
	* gas/bfin/expected_errors.l, gas/bfin/expected_errors.s: Add
	tests for bad options of "multiply and multipy-accumulate to
	accumulator" instructions.  Add new vector instruction option
	mode tests.
	* gas/bfin/vector2.s: Add new vector instruction option mode test.
	* gas/bfin/vector2.d: Adjust accordingly.

	* gas/bfin/expected_errors.s, gas/bfin/expected_errors.l: Add test
	for mismatched half registers in vector multipy-accumulate
	instructions.

diff --git a/gas/ChangeLog b/gas/ChangeLog
index 1cab30aea257243f79332af6f43d1ac6523169e6..cffe0622d0b4927011c98ca810137d56f026a333 100644 (file)
--- a/gas/ChangeLog
+++ b/gas/ChangeLog
@@ -2,8 +2,14 @@
 
        From Jie Zhang  <jie.zhang@analog.com>
        * config/bfin-parse.y (asm_1): Check AREGS in comparison
-       instructions. And call yyerror () when comparing PREG with
+       instructions. And call yyerror when comparing PREG with
        DREG.
+       (check_macfunc_option): New.
+       (check_macfuncs): Check option by calling check_macfunc_option.
+       Fix comparison always true warnings.  Both scalar instructions
+       of vector instruction must share the same mode option.  Only allow
+       option mode at the end of the second instruction of the vector.
+       (asm_1): Check option by calling check_macfunc_option.
 
 2008-03-19  Andreas Krebbel  <krebbel1@de.ibm.com>
 

diff --git a/gas/config/bfin-parse.y b/gas/config/bfin-parse.y
index b320c72d0cbd497a7005ac25e49387f15190aff2..6a36863a6dda43f95a90d9f6ee763376fa8796c3 100644 (file)
--- a/gas/config/bfin-parse.y
+++ b/gas/config/bfin-parse.y
@@ -264,6 +264,35 @@ check_multiply_halfregs (Macfunc *aa, Macfunc *ab)
 }
 
 
+/* Check mac option.  */
+
+static int
+check_macfunc_option (Macfunc *a, Opt_mode *opt)
+{
+  /* Default option is always valid.  */
+  if (opt->mod == 0)
+    return 0;
+
+  if ((a->op == 3 && a->w == 1 && a->P == 1
+       && opt->mod != M_FU && opt->mod != M_S2RND && opt->mod != M_ISS2)
+      || (a->op == 3 && a->w == 1 && a->P == 0
+         && opt->mod != M_FU && opt->mod != M_IS && opt->mod != M_IU
+         && opt->mod != M_T && opt->mod != M_S2RND && opt->mod != M_ISS2
+         && opt->mod != M_IH)
+      || (a->w == 0 && a->P == 0
+         && opt->mod != M_FU && opt->mod != M_IS && opt->mod != M_W32)
+      || (a->w == 1 && a->P == 1
+         && opt->mod != M_FU && opt->mod != M_IS && opt->mod != M_S2RND
+         && opt->mod != M_ISS2)
+      || (a->w == 1 && a->P == 0
+         && opt->mod != M_FU && opt->mod != M_IS && opt->mod != M_IU
+         && opt->mod != M_T && opt->mod != M_TFU && opt->mod != M_S2RND
+         && opt->mod != M_ISS2 && opt->mod != M_IH))
+    return -1;
+
+  return 0;
+}
+
 /* Check (vector) mac funcs and ops.  */
 
 static int
@@ -274,6 +303,11 @@ check_macfuncs (Macfunc *aa, Opt_mode *opa,
   Macfunc mtmp;
   Opt_mode otmp;
 
+  /* The option mode should be put at the end of the second instruction
+     of the vector except M, which should follow MAC1 instruction.  */
+  if (opa->mod != 0)
+    return yyerror ("Bad opt mode");
+
   /* If a0macfunc comes before a1macfunc, swap them.  */
        
   if (aa->n == 0)
@@ -291,16 +325,14 @@ check_macfuncs (Macfunc *aa, Opt_mode *opa,
     {
       if (opb->MM != 0)
        return yyerror ("(M) not allowed with A0MAC");
-      if (opa->mod != 0)
-       return yyerror ("Bad opt mode");
       if (ab->n != 0)
        return yyerror ("Vector AxMACs can't be same");
     }
 
   /*  If both ops are one of 0, 1, or 2, we have multiply_halfregs in both
   assignment_or_macfuncs.  */
-  if (aa->op < 3 && aa->op >=0
-      && ab->op < 3 && ab->op >= 0)
+  if ((aa->op == 0 || aa->op == 1 || aa->op == 2)
+      && (ab->op == 0 || ab->op == 1 || ab->op == 2))
     {
       if (check_multiply_halfregs (aa, ab) < 0)
        return -1;
@@ -330,11 +362,17 @@ check_macfuncs (Macfunc *aa, Opt_mode *opa,
            || (ab->w && !aa->P && IS_H (ab->dst)))
     return yyerror ("High/Low register assignment mismatch");
 
+  /* Make sure mod flags get ORed, too.  */
+  opb->mod |= opa->mod;
+
+  /* Check option.  */
+  if (check_macfunc_option (aa, opb) < 0
+      && check_macfunc_option (ab, opb) < 0)
+    return yyerror ("bad option");
+
   /* Make sure first macfunc has got both P flags ORed.  */
   aa->P |= ab->P;
 
-  /* Make sure mod flags get ORed, too.  */
-  opb->mod |= opa->mod;
   return 0;    
 }
 
@@ -660,6 +698,9 @@ asm_1:
          int w0 = 0, w1 = 0;
          int h00, h10, h01, h11;
 
+         if (check_macfunc_option (&$1, &$2) < 0)
+           return yyerror ("bad option");
+
          if ($1.n == 0)
            {
              if ($2.MM) 

diff --git a/gas/testsuite/ChangeLog b/gas/testsuite/ChangeLog
index 4fb1c91c3193bfe7b524dcc8dd7fdda9f53a8d68..cdba7ae1b04f692f5f0fe8472048e4d55071ad06 100644 (file)
--- a/gas/testsuite/ChangeLog
+++ b/gas/testsuite/ChangeLog
@@ -5,6 +5,17 @@
        * gas/bfin/expected_comparison_errors.l: New test.
        * gas/bfin/expected_comparison_errors.s: New test.
        * gas/bfin/bfin.exp: Add expected_comparison_errors.
+       * gas/bfin/expected_errors.l, gas/bfin/expected_errors.s: Add
+       tests for bad options of "multiply and multipy-accumulate to
+       accumulator" instructions.  Add new vector instruction option
+       mode tests.
+       * gas/bfin/vector2.s: Add new vector instruction option mode test.
+       * gas/bfin/vector2.d: Adjust accordingly.
+
+       From  Mike Frysinger  <michael.frysinger@analog.com>
+       * gas/bfin/expected_errors.s, gas/bfin/expected_errors.l: Add test
+       for mismatched half registers in vector multipy-accumulate
+       instructions.
 
 2008-03-19  Andreas Krebbel  <krebbel1@de.ibm.com>
 

diff --git a/gas/testsuite/gas/bfin/expected_errors.l b/gas/testsuite/gas/bfin/expected_errors.l
index d20b3f7a3df78b5bc0d27fdbe085d25dfcadb7ce..1a0da392f8b657a2e4caae5a71c8d4329da0ca72 100644 (file)
--- a/gas/testsuite/gas/bfin/expected_errors.l
+++ b/gas/testsuite/gas/bfin/expected_errors.l
@@ -8,3 +8,12 @@
 .*:10: Error: Bad constant value.
 .*:11: Error: Bad constant value.
 .*:13: Error: Dregs expected. Input text was R3.L.
+.*:15: Error: Source multiplication register mismatch. Input text was \).
+.*:17: Error: bad option.
+.*:18: Error: bad option.
+.*:19: Error: bad option.
+.*:20: Error: bad option.
+.*:21: Error: bad option.
+.*:22: Error: bad option.
+.*:23: Error: Bad opt mode.
+.*:24: Error: Bad opt mode.

diff --git a/gas/testsuite/gas/bfin/expected_errors.s b/gas/testsuite/gas/bfin/expected_errors.s
index 005570d89acfbeabac6f2c2cc694ffcb63c5d380..290fc476fdb7f772918b9a75bd21601ae7a99361 100644 (file)
--- a/gas/testsuite/gas/bfin/expected_errors.s
+++ b/gas/testsuite/gas/bfin/expected_errors.s
@@ -11,3 +11,14 @@
        CC = R3 <= 8;
 
        A1 -= M2.h * R3.L, A0 -= M2.l * R3.L;
+
+       R1.H = (A1=R7.L*R5.L) , A0 += R1.L*R0.L (IS);
+
+       a0 += R2.L * R3.L (IU);
+       a0 += R2.L * R3.L (T);
+       a0 += R2.L * R3.L (TFU);
+       a0 += R2.L * R3.L (S2RND);
+       a0 += R2.L * R3.L (ISS2);
+       a0 += R2.L * R3.L (IH);
+       R0.H = (A1 = R4.L * R3.L) (T), A0 = R4.H * R3.L;
+       R0.L = (A0 = R7.L * R4.H) (T), A1 += R7.H * R4.H;

diff --git a/gas/testsuite/gas/bfin/vector2.d b/gas/testsuite/gas/bfin/vector2.d
index 1a6b88492e8823efd75381e5ff4f0197dd552353..b71cb561a2712b1529141428c40668e33727a505 100644 (file)
--- a/gas/testsuite/gas/bfin/vector2.d
+++ b/gas/testsuite/gas/bfin/vector2.d
@@ -471,4 +471,9 @@ Disassembly of section .text:
  73c:  72 9e 00 00 
  740:  14 c2 1a a0     R0.H = R3.H \* R2.L \(M\), R0 = R3.L \* R2.L;
  744:  1c c2 b8 60     R3 = R7.L \* R0.H \(M\), R2 = R7.L \* R0.L;
- 748:  1c c0 b8 60     R3 = \(a1 = R7.L \* R0.H\) \(M\), R2 = \(a0 = R7.L \* R0.L\);
\ No newline at end of file
+ 748:  1c c0 b8 60     R3 = \(a1 = R7.L \* R0.H\) \(M\), R2 = \(a0 = R7.L \* R0.L\);
+ 74c:  44 c0 23 04     R0.H = \(a1 = R4.L \* R3.L\), a0 = R4.H \* R3.L \(T\);
+ 750:  54 c0 23 04     R0.H = \(a1 = R4.L \* R3.L\) \(M\), a0 = R4.H \* R3.L \(T\);
+ 754:  44 c0 23 04     R0.H = \(a1 = R4.L \* R3.L\), a0 = R4.H \* R3.L \(T\);
+ 758:  54 c0 23 04     R0.H = \(a1 = R4.L \* R3.L\) \(M\), a0 = R4.H \* R3.L \(T\);
+ 75c:  41 c0 3c e2     a1 \+= R7.H \* R4.H, R0.L = \(a0 = R7.L \* R4.H\) \(T\);

diff --git a/gas/testsuite/gas/bfin/vector2.s b/gas/testsuite/gas/bfin/vector2.s
index d9ea20131e7345a21ccd0eb109de7d2c7213e74f..be1a5b7b567cfd32013454e0519d5989df29727d 100755 (executable)
--- a/gas/testsuite/gas/bfin/vector2.s
+++ b/gas/testsuite/gas/bfin/vector2.s
@@ -1,673 +1,680 @@
-\r
-.EXTERN MY_LABEL2;\r
-.section .text;\r
-\r
-//\r
-//14 VECTOR OPERATIONS\r
-//\r
-\r
-//Dreg_hi = Dreg_lo = SIGN ( Dreg_hi ) * Dreg_hi + SIGN ( Dreg_lo ) * Dreg_lo ; /* (b) */\r
-\r
-r7.h=r7.l=sign(r2.h)*r3.h+sign(r2.l)*r3.l ;\r
-r0.h=r0.l=sign(r1.h)*r2.h+sign(r1.l)*r2.l ;\r
-r3.h=r3.l=sign(r4.h)*r5.h+sign(r4.l)*r5.l ;\r
-r6.h=r6.l=sign(r7.h)*r0.h+sign(r7.l)*r0.l ;\r
-r1.h=r1.l=sign(r2.h)*r3.h+sign(r2.l)*r3.l ;\r
-r4.h=r4.l=sign(r5.h)*r6.h+sign(r5.l)*r6.l ;\r
-r7.h=r7.l=sign(r0.h)*r1.h+sign(r0.l)*r1.l ;\r
-r2.h=r2.l=sign(r3.h)*r4.h+sign(r3.l)*r4.l ;\r
-\r
-//Dual 16-Bit Operation\r
-//Dreg = VIT_MAX ( Dreg , Dreg ) (ASL) ; /* shift history bits left (b) */\r
-//Dreg = VIT_MAX ( Dreg , Dreg ) (ASR) ; /* shift history bits right (b) */\r
-//Single 16-Bit Operation\r
-//Dreg_lo = VIT_MAX ( Dreg ) (ASL) ; /* shift history bits left (b) */\r
-//Dreg_lo = VIT_MAX ( Dreg ) (ASR) ; /* shift history bits right (b) */\r
-r5 = vit_max(r3, r2)(asl) ; /* shift left, dual operation */\r
-r7 = vit_max (r1, r0) (asr) ; /* shift right, dual operation */\r
-\r
-r0 = vit_max(r1, r2)(asl) ; /* shift left, dual operation */\r
-r3 = vit_max (r4, r5) (asr) ; /* shift right, dual operation */\r
-r6 = vit_max(r7, r0)(asl) ; /* shift left, dual operation */\r
-r1 = vit_max (r2, r3) (asr) ; /* shift right, dual operation */\r
-r4 = vit_max(r5, r6)(asl) ; /* shift left, dual operation */\r
-r7 = vit_max (r0, r1) (asr) ; /* shift right, dual operation */\r
-r2 = vit_max(r3, r4)(asl) ; /* shift left, dual operation */\r
-r5 = vit_max (r6, r7) (asr) ; /* shift right, dual operation */\r
-\r
-\r
-r3.l = vit_max (r1)(asl) ; /* shift left, single operation */\r
-r3.l = vit_max (r1)(asr) ; /* shift right, single operation */\r
-\r
-r0.l = vit_max (r1)(asl) ; /* shift left, single operation */\r
-r2.l = vit_max (r3)(asr) ; /* shift right, single operation */\r
-r4.l = vit_max (r5)(asl) ; /* shift left, single operation */\r
-r6.l = vit_max (r7)(asr) ; /* shift right, single operation */\r
-r1.l = vit_max (r2)(asl) ; /* shift left, single operation */\r
-r3.l = vit_max (r4)(asr) ; /* shift right, single operation */\r
-r5.l = vit_max (r6)(asl) ; /* shift left, single operation */\r
-r7.l = vit_max (r0)(asr) ; /* shift right, single operation */\r
-\r
-//Dreg = ABS Dreg (V) ; /* (b) */\r
-r3 = abs r1 (v) ;\r
-\r
-r0 = abs r0 (v) ;\r
-r0 = abs r1 (v) ;\r
-r2 = abs r3 (v) ;\r
-r4 = abs r5 (v) ;\r
-r6 = abs r7 (v) ;\r
-r1 = abs r0 (v) ;\r
-r3 = abs r2 (v) ;\r
-r5 = abs r4 (v) ;\r
-r7 = abs r6 (v) ;\r
-\r
-//Dual 16-Bit Operations\r
-//Dreg = Dreg +|+ Dreg (opt_mode_0) ; /* add | add (b) */\r
-r5=r3 +|+ r4 ; /* dual 16-bit operations, add|add */\r
-\r
-r0=r1 +|+ r2 ;\r
-r3=r4 +|+ r5 ;\r
-r6=r7 +|+ r0 ;\r
-r1=r2 +|+ r3 ;\r
-r4=r3 +|+ r5 ;\r
-r6=r3 +|+ r7 ;\r
-\r
-r0=r1 +|+ r2 (S);\r
-r3=r4 +|+ r5 (S);\r
-r6=r7 +|+ r0 (S);\r
-r1=r2 +|+ r3 (S);\r
-r4=r3 +|+ r5 (S);\r
-r6=r3 +|+ r7 (S);\r
-\r
-r0=r1 +|+ r2 (CO);\r
-r3=r4 +|+ r5 (CO);\r
-r6=r7 +|+ r0 (CO) ;\r
-r1=r2 +|+ r3 (CO);\r
-r4=r3 +|+ r5 (CO);\r
-r6=r3 +|+ r7 (CO);\r
-\r
-r0=r1 +|+ r2 (SCO);\r
-r3=r4 +|+ r5 (SCO);\r
-r6=r7 +|+ r0 (SCO);\r
-r1=r2 +|+ r3 (SCO);\r
-r4=r3 +|+ r5 (SCO);\r
-r6=r3 +|+ r7 (SCO);\r
-\r
-//Dreg = Dreg \96|+ Dreg (opt_mode_0) ; /* subtract | add (b) */\r
-r6=r0 -|+ r1(s) ; /* same as above, subtract|add with saturation */\r
-\r
-r0=r1 -|+ r2 ;\r
-r3=r4 -|+ r5 ;\r
-r6=r7 -|+ r0 ;\r
-r1=r2 -|+ r3 ;\r
-r4=r3 -|+ r5 ;\r
-r6=r3 -|+ r7 ;\r
-\r
-r0=r1 -|+ r2 (S);\r
-r3=r4 -|+ r5 (S);\r
-r6=r7 -|+ r0 (S);\r
-r1=r2 -|+ r3 (S);\r
-r4=r3 -|+ r5 (S);\r
-r6=r3 -|+ r7 (S);\r
-\r
-r0=r1 -|+ r2 (CO);\r
-r3=r4 -|+ r5 (CO);\r
-r6=r7 -|+ r0 (CO) ;\r
-r1=r2 -|+ r3 (CO);\r
-r4=r3 -|+ r5 (CO);\r
-r6=r3 -|+ r7 (CO);\r
-\r
-r0=r1 -|+ r2 (SCO);\r
-r3=r4 -|+ r5 (SCO);\r
-r6=r7 -|+ r0 (SCO);\r
-r1=r2 -|+ r3 (SCO);\r
-r4=r3 -|+ r5 (SCO);\r
-r6=r3 -|+ r7 (SCO);\r
-\r
-\r
-//Dreg = Dreg +|\96 Dreg (opt_mode_0) ; /* add | subtract (b) */\r
-r0=r2 +|- r1(co) ; /* add|subtract with half-word results crossed over in the destination register */\r
-\r
-r0=r1 +|- r2 ;\r
-r3=r4 +|- r5 ;\r
-r6=r7 +|- r0 ;\r
-r1=r2 +|- r3 ;\r
-r4=r3 +|- r5 ;\r
-r6=r3 +|- r7 ;\r
-\r
-r0=r1 +|- r2 (S);\r
-r3=r4 +|- r5 (S);\r
-r6=r7 +|- r0 (S);\r
-r1=r2 +|- r3 (S);\r
-r4=r3 +|- r5 (S);\r
-r6=r3 +|- r7 (S);\r
-\r
-r0=r1 +|- r2 (CO);\r
-r3=r4 +|- r5 (CO);\r
-r6=r7 +|- r0 (CO) ;\r
-r1=r2 +|- r3 (CO);\r
-r4=r3 +|- r5 (CO);\r
-r6=r3 +|- r7 (CO);\r
-\r
-r0=r1 +|- r2 (SCO);\r
-r3=r4 +|- r5 (SCO);\r
-r6=r7 +|- r0 (SCO);\r
-r1=r2 +|- r3 (SCO);\r
-r4=r3 +|- r5 (SCO);\r
-r6=r3 +|- r7 (SCO);\r
-\r
-//Dreg = Dreg \96|\96 Dreg (opt_mode_0) ; /* subtract | subtract (b) */\r
-r7=r3 -|- r6(sco) ; /* subtract|subtract with saturation and half-word results crossed over in the destination register */\r
-\r
-r0=r1 -|- r2 ;\r
-r3=r4 -|- r5 ;\r
-r6=r7 -|- r0 ;\r
-r1=r2 -|- r3 ;\r
-r4=r3 -|- r5 ;\r
-r6=r3 -|- r7 ;\r
-\r
-r0=r1 -|- r2 (S);\r
-r3=r4 -|- r5 (S);\r
-r6=r7 -|- r0 (S);\r
-r1=r2 -|- r3 (S);\r
-r4=r3 -|- r5 (S);\r
-r6=r3 -|- r7 (S);\r
-\r
-r0=r1 -|- r2 (CO);\r
-r3=r4 -|- r5 (CO);\r
-r6=r7 -|- r0 (CO) ;\r
-r1=r2 -|- r3 (CO);\r
-r4=r3 -|- r5 (CO);\r
-r6=r3 -|- r7 (CO);\r
-\r
-r0=r1 -|- r2 (SCO);\r
-r3=r4 -|- r5 (SCO);\r
-r6=r7 -|- r0 (SCO);\r
-r1=r2 -|- r3 (SCO);\r
-r4=r3 -|- r5 (SCO);\r
-r6=r3 -|- r7 (SCO);\r
-\r
-//Quad 16-Bit Operations\r
-//Dreg = Dreg +|+ Dreg, Dreg = Dreg \96|\96 Dreg (opt_mode_0,opt_mode_2) ; /* add | add, subtract | subtract; the set of source registers must be the same for each operation (b) */\r
-r5=r3 +|+ r4, r7=r3-|-r4 ; /* quad 16-bit operations, add|add, subtract|subtract */\r
-\r
-r0=r1 +|+ r2, r7=r1 -|- r2;\r
-r3=r4 +|+ r5, r6=r4 -|- r5;\r
-r6=r7 +|+ r0, r5=r7 -|- r0;\r
-r1=r2 +|+ r3, r4=r2 -|- r3;\r
-r4=r3 +|+ r5, r3=r3 -|- r5;\r
-r6=r3 +|+ r7, r2=r3 -|- r7;\r
-                         \r
-r0=r1 +|+ r2, r7=r1 -|- r2(S);\r
-r3=r4 +|+ r5, r6=r4 -|- r5(S);\r
-r6=r7 +|+ r0, r5=r7 -|- r0(S);\r
-r1=r2 +|+ r3, r4=r2 -|- r3(S);\r
-r4=r3 +|+ r5, r3=r3 -|- r5(S);\r
-r6=r3 +|+ r7, r2=r3 -|- r7(S);\r
-                         \r
-\r
-r0=r1 +|+ r2, r7=r1 -|- r2(CO);\r
-r3=r4 +|+ r5, r6=r4 -|- r5(CO);\r
-r6=r7 +|+ r0, r5=r7 -|- r0(CO);\r
-r1=r2 +|+ r3, r4=r2 -|- r3(CO);\r
-r4=r3 +|+ r5, r3=r3 -|- r5(CO);\r
-r6=r3 +|+ r7, r2=r3 -|- r7(CO);\r
-                         \r
-\r
-r0=r1 +|+ r2, r7=r1 -|- r2(SCO);\r
-r3=r4 +|+ r5, r6=r4 -|- r5(SCO);\r
-r6=r7 +|+ r0, r5=r7 -|- r0(SCO);\r
-r1=r2 +|+ r3, r4=r2 -|- r3(SCO);\r
-r4=r3 +|+ r5, r3=r3 -|- r5(SCO);\r
-r6=r3 +|+ r7, r2=r3 -|- r7(SCO);\r
-                         \r
-r0=r1 +|+ r2, r7=r1 -|- r2(ASR);\r
-r3=r4 +|+ r5, r6=r4 -|- r5(ASR);\r
-r6=r7 +|+ r0, r5=r7 -|- r0(ASR);\r
-r1=r2 +|+ r3, r4=r2 -|- r3(ASR);\r
-r4=r3 +|+ r5, r3=r3 -|- r5(ASR);\r
-r6=r3 +|+ r7, r2=r3 -|- r7(ASR);\r
-                         \r
-\r
-r0=r1 +|+ r2, r7=r1 -|- r2(ASL);\r
-r3=r4 +|+ r5, r6=r4 -|- r5(ASL);\r
-r6=r7 +|+ r0, r5=r7 -|- r0(ASL);\r
-r1=r2 +|+ r3, r4=r2 -|- r3(ASL);\r
-r4=r3 +|+ r5, r3=r3 -|- r5(ASL);\r
-r6=r3 +|+ r7, r2=r3 -|- r7(ASL);\r
-                         \r
-\r
-r0=r1 +|+ r2, r7=r1 -|- r2(S,ASR);\r
-r3=r4 +|+ r5, r6=r4 -|- r5(S,ASR);\r
-r6=r7 +|+ r0, r5=r7 -|- r0(S,ASR);\r
-r1=r2 +|+ r3, r4=r2 -|- r3(S,ASR);\r
-r4=r3 +|+ r5, r3=r3 -|- r5(S,ASR);\r
-r6=r3 +|+ r7, r2=r3 -|- r7(S,ASR);\r
-                         \r
-\r
-r0=r1 +|+ r2, r7=r1 -|- r2(CO,ASR);\r
-r3=r4 +|+ r5, r6=r4 -|- r5(CO,ASR);\r
-r6=r7 +|+ r0, r5=r7 -|- r0(CO,ASR);\r
-r1=r2 +|+ r3, r4=r2 -|- r3(CO,ASR);\r
-r4=r3 +|+ r5, r3=r3 -|- r5(CO,ASR);\r
-r6=r3 +|+ r7, r2=r3 -|- r7(CO,ASR);\r
-                         \r
-\r
-r0=r1 +|+ r2, r7=r1 -|- r2(SCO,ASR);\r
-r3=r4 +|+ r5, r6=r4 -|- r5(SCO,ASR);\r
-r6=r7 +|+ r0, r5=r7 -|- r0(SCO,ASR);\r
-r1=r2 +|+ r3, r4=r2 -|- r3(SCO,ASR);\r
-r4=r3 +|+ r5, r3=r3 -|- r5(SCO,ASR);\r
-r6=r3 +|+ r7, r2=r3 -|- r7(SCO,ASR);\r
-\r
-r0=r1 +|+ r2, r7=r1 -|- r2(S,ASL);\r
-r3=r4 +|+ r5, r6=r4 -|- r5(S,ASL);\r
-r6=r7 +|+ r0, r5=r7 -|- r0(S,ASL);\r
-r1=r2 +|+ r3, r4=r2 -|- r3(S,ASL);\r
-r4=r3 +|+ r5, r3=r3 -|- r5(S,ASL);\r
-r6=r3 +|+ r7, r2=r3 -|- r7(S,ASL);\r
-                         \r
-\r
-r0=r1 +|+ r2, r7=r1 -|- r2(CO,ASL);\r
-r3=r4 +|+ r5, r6=r4 -|- r5(CO,ASL);\r
-r6=r7 +|+ r0, r5=r7 -|- r0(CO,ASL);\r
-r1=r2 +|+ r3, r4=r2 -|- r3(CO,ASL);\r
-r4=r3 +|+ r5, r3=r3 -|- r5(CO,ASL);\r
-r6=r3 +|+ r7, r2=r3 -|- r7(CO,ASL);\r
-                         \r
-\r
-r0=r1 +|+ r2, r7=r1 -|- r2(SCO,ASL);\r
-r3=r4 +|+ r5, r6=r4 -|- r5(SCO,ASL);\r
-r6=r7 +|+ r0, r5=r7 -|- r0(SCO,ASL);\r
-r1=r2 +|+ r3, r4=r2 -|- r3(SCO,ASL);\r
-r4=r3 +|+ r5, r3=r3 -|- r5(SCO,ASL);\r
-r6=r3 +|+ r7, r2=r3 -|- r7(SCO,ASL);\r
-\r
-\r
-//Dreg = Dreg +|\96 Dreg, Dreg = Dreg \96|+ Dreg (opt_mode_0,opt_mode_2) ; /* add | subtract, subtract | add; the set of source registers must be the same for each operation (b) */\r
-r5=r3 +|- r4, r7=r3 -|+ r4 ; /* quad 16-bit operations, add|subtract, subtract|add */\r
-\r
-r0=r1 +|- r2, r7=r1 -|+ r2;\r
-r3=r4 +|- r5, r6=r4 -|+ r5;\r
-r6=r7 +|- r0, r5=r7 -|+ r0;\r
-r1=r2 +|- r3, r4=r2 -|+ r3;\r
-r4=r3 +|- r5, r3=r3 -|+ r5;\r
-r6=r3 +|- r7, r2=r3 -|+ r7;\r
-                         \r
-r0=r1 +|- r2, r7=r1 -|+ r2(S);\r
-r3=r4 +|- r5, r6=r4 -|+ r5(S);\r
-r6=r7 +|- r0, r5=r7 -|+ r0(S);\r
-r1=r2 +|- r3, r4=r2 -|+ r3(S);\r
-r4=r3 +|- r5, r3=r3 -|+ r5(S);\r
-r6=r3 +|- r7, r2=r3 -|+ r7(S);\r
-                         \r
-\r
-r0=r1 +|- r2, r7=r1 -|+ r2(CO);\r
-r3=r4 +|- r5, r6=r4 -|+ r5(CO);\r
-r6=r7 +|- r0, r5=r7 -|+ r0(CO);\r
-r1=r2 +|- r3, r4=r2 -|+ r3(CO);\r
-r4=r3 +|- r5, r3=r3 -|+ r5(CO);\r
-r6=r3 +|- r7, r2=r3 -|+ r7(CO);\r
-                         \r
-\r
-r0=r1 +|- r2, r7=r1 -|+ r2(SCO);\r
-r3=r4 +|- r5, r6=r4 -|+ r5(SCO);\r
-r6=r7 +|- r0, r5=r7 -|+ r0(SCO);\r
-r1=r2 +|- r3, r4=r2 -|+ r3(SCO);\r
-r4=r3 +|- r5, r3=r3 -|+ r5(SCO);\r
-r6=r3 +|- r7, r2=r3 -|+ r7(SCO);\r
-                         \r
-r0=r1 +|- r2, r7=r1 -|+ r2(ASR);\r
-r3=r4 +|- r5, r6=r4 -|+ r5(ASR);\r
-r6=r7 +|- r0, r5=r7 -|+ r0(ASR);\r
-r1=r2 +|- r3, r4=r2 -|+ r3(ASR);\r
-r4=r3 +|- r5, r3=r3 -|+ r5(ASR);\r
-r6=r3 +|- r7, r2=r3 -|+ r7(ASR);\r
-                         \r
-\r
-r0=r1 +|- r2, r7=r1 -|+ r2(ASL);\r
-r3=r4 +|- r5, r6=r4 -|+ r5(ASL);\r
-r6=r7 +|- r0, r5=r7 -|+ r0(ASL);\r
-r1=r2 +|- r3, r4=r2 -|+ r3(ASL);\r
-r4=r3 +|- r5, r3=r3 -|+ r5(ASL);\r
-r6=r3 +|- r7, r2=r3 -|+ r7(ASL);\r
-                         \r
-\r
-r0=r1 +|- r2, r7=r1 -|+ r2(S,ASR);\r
-r3=r4 +|- r5, r6=r4 -|+ r5(S,ASR);\r
-r6=r7 +|- r0, r5=r7 -|+ r0(S,ASR);\r
-r1=r2 +|- r3, r4=r2 -|+ r3(S,ASR);\r
-r4=r3 +|- r5, r3=r3 -|+ r5(S,ASR);\r
-r6=r3 +|- r7, r2=r3 -|+ r7(S,ASR);\r
-                         \r
-\r
-r0=r1 +|- r2, r7=r1 -|+ r2(CO,ASR);\r
-r3=r4 +|- r5, r6=r4 -|+ r5(CO,ASR);\r
-r6=r7 +|- r0, r5=r7 -|+ r0(CO,ASR);\r
-r1=r2 +|- r3, r4=r2 -|+ r3(CO,ASR);\r
-r4=r3 +|- r5, r3=r3 -|+ r5(CO,ASR);\r
-r6=r3 +|- r7, r2=r3 -|+ r7(CO,ASR);\r
-                         \r
-\r
-r0=r1 +|- r2, r7=r1 -|+ r2(SCO,ASR);\r
-r3=r4 +|- r5, r6=r4 -|+ r5(SCO,ASR);\r
-r6=r7 +|- r0, r5=r7 -|+ r0(SCO,ASR);\r
-r1=r2 +|- r3, r4=r2 -|+ r3(SCO,ASR);\r
-r4=r3 +|- r5, r3=r3 -|+ r5(SCO,ASR);\r
-r6=r3 +|- r7, r2=r3 -|+ r7(SCO,ASR);\r
-\r
-r0=r1 +|- r2, r7=r1 -|+ r2(S,ASL);\r
-r3=r4 +|- r5, r6=r4 -|+ r5(S,ASL);\r
-r6=r7 +|- r0, r5=r7 -|+ r0(S,ASL);\r
-r1=r2 +|- r3, r4=r2 -|+ r3(S,ASL);\r
-r4=r3 +|- r5, r3=r3 -|+ r5(S,ASL);\r
-r6=r3 +|- r7, r2=r3 -|+ r7(S,ASL);\r
-                         \r
-\r
-r0=r1 +|- r2, r7=r1 -|+ r2(CO,ASL);\r
-r3=r4 +|- r5, r6=r4 -|+ r5(CO,ASL);\r
-r6=r7 +|- r0, r5=r7 -|+ r0(CO,ASL);\r
-r1=r2 +|- r3, r4=r2 -|+ r3(CO,ASL);\r
-r4=r3 +|- r5, r3=r3 -|+ r5(CO,ASL);\r
-r6=r3 +|- r7, r2=r3 -|+ r7(CO,ASL);\r
-                         \r
-\r
-r0=r1 +|- r2, r7=r1 -|+ r2(SCO,ASL);\r
-r3=r4 +|- r5, r6=r4 -|+ r5(SCO,ASL);\r
-r6=r7 +|- r0, r5=r7 -|+ r0(SCO,ASL);\r
-r1=r2 +|- r3, r4=r2 -|+ r3(SCO,ASL);\r
-r4=r3 +|- r5, r3=r3 -|+ r5(SCO,ASL);\r
-r6=r3 +|- r7, r2=r3 -|+ r7(SCO,ASL);\r
-\r
-\r
-\r
-//Dual 32-Bit Operations\r
-//Dreg = Dreg + Dreg, Dreg = Dreg - Dreg (opt_mode_1) ; /* add, subtract; the set of source registers must be the same for each operation (b) */\r
-r2=r0+r1, r3=r0-r1 ; /* 32-bit operations */\r
-\r
-r7=r0+r1, r0=r0-r1 ; /* 32-bit operations */\r
-r6=r1+r2, r1=r1-r2 ; /* 32-bit operations */\r
-r5=r2+r3, r2=r2-r3 ; /* 32-bit operations */\r
-r4=r3+r4, r3=r3-r4 ; /* 32-bit operations */\r
-r3=r4+r5, r4=r4-r5 ; /* 32-bit operations */\r
-r2=r5+r6, r5=r5-r6 ; /* 32-bit operations */\r
-r1=r6+r7, r6=r6-r7 ; /* 32-bit operations */\r
-r0=r7+r0, r7=r7-r0 ; /* 32-bit operations */\r
-\r
-r2=r0+r1, r3=r0-r1(s) ; /* dual 32-bit operations with saturation */\r
-r7=r0+r1, r0=r0-r1 (s); /* 32-bit operations */\r
-r6=r1+r2, r1=r1-r2 (s); /* 32-bit operations */\r
-r5=r2+r3, r2=r2-r3 (s); /* 32-bit operations */\r
-r4=r3+r4, r3=r3-r4(s) ; /* 32-bit operations */\r
-r3=r4+r5, r4=r4-r5 (s); /* 32-bit operations */\r
-r2=r5+r6, r5=r5-r6 (s); /* 32-bit operations */\r
-r1=r6+r7, r6=r6-r7 (s); /* 32-bit operations */\r
-r0=r7+r0, r7=r7-r0 (s); /* 32-bit operations */\r
-\r
-\r
-\r
-//Dual 40-Bit Accumulator Operations\r
-//Dreg = A1 + A0, Dreg = A1 - A0 (opt_mode_1) ; /* add, subtract Accumulators; subtract A0 from A1 (b) */\r
-r0=a1+a0, r1=a1-a0 ;\r
-r2=a1+a0, r3=a1-a0 ;\r
-r4=a1+a0, r5=a1-a0 ;\r
-r6=a1+a0, r7=a1-a0 ;\r
-r1=a1+a0, r0=a1-a0 ;\r
-r3=a1+a0, r2=a1-a0 ;\r
-r5=a1+a0, r4=a1-a0 ;\r
-\r
-r0=a1+a0, r1=a1-a0 (s);\r
-r2=a1+a0, r3=a1-a0 (s);\r
-r4=a1+a0, r5=a1-a0 (s);\r
-r6=a1+a0, r7=a1-a0 (s);\r
-r1=a1+a0, r0=a1-a0 (s);\r
-r3=a1+a0, r2=a1-a0 (s);\r
-r5=a1+a0, r4=a1-a0 (s);\r
-\r
-//Dreg = A0 + A1, Dreg = A0 - A1 (opt_mode_1) ; /* add, subtract Accumulators; subtract A1 from A0 (b) */\r
-r4=a0+a1, r6=a0-a1(s);\r
-\r
-r0=a0+a1, r1=a0-a1 ;\r
-r2=a0+a1, r3=a0-a1 ;\r
-r4=a0+a1, r5=a0-a1 ;\r
-r6=a0+a1, r7=a0-a1 ;\r
-r1=a0+a1, r0=a0-a1 ;\r
-r3=a0+a1, r2=a0-a1 ;\r
-r5=a0+a1, r4=a0-a1 ;\r
-\r
-r0=a0+a1, r1=a0-a1 (s);\r
-r2=a0+a1, r3=a0-a1 (s);\r
-r4=a0+a1, r5=a0-a1 (s);\r
-r6=a0+a1, r7=a0-a1 (s);\r
-r1=a0+a1, r0=a0-a1 (s);\r
-r3=a0+a1, r2=a0-a1 (s);\r
-r5=a0+a1, r4=a0-a1 (s);\r
-\r
-//Constant Shift Magnitude\r
-//Dreg = Dreg >>> uimm4 (V) ; /* arithmetic shift right, immediate (b) */\r
-R0 = R0 >>> 5(V);\r
-\r
-R0 = R1 >>> 5(V);\r
-R2 = R3 >>> 5(V);\r
-R4 = R5 >>> 5(V);\r
-R6 = R7 >>> 5(V);\r
-R1 = R0 >>> 5(V);\r
-R3 = R2 >>> 5(V);\r
-R5 = R4 >>> 5(V);\r
-R7 = R6 >>> 5(V);\r
-\r
-\r
-//Dreg = Dreg << uimm4 (V,S) ; /* arithmetic shift left, immediate with saturation (b) */\r
-\r
-R0 = R1 << 5(V,S);\r
-R2 = R3 << 5(V,S);\r
-R4 = R5 << 5(V,S);\r
-R6 = R7 << 5(V,S);\r
-R1 = R0 << 5(V,S);\r
-R3 = R2 << 5(V,S);\r
-R5 = R4 << 5(V,S);\r
-R7 = R6 << 5(V,S);\r
-\r
-//Registered Shift Magnitude\r
-//Dreg = ASHIFT Dreg BY Dreg_lo (V) ; /* arithmetic shift (b) */\r
-r2=ashift r7 by r5.l (v) ;\r
-\r
-R0 = ASHIFT R1 BY R2.L (V);\r
-R3 = ASHIFT R4 BY R5.L (V);\r
-R6 = ASHIFT R7 BY R0.L (V);\r
-R1 = ASHIFT R2 BY R3.L (V);\r
-R4 = ASHIFT R5 BY R6.L (V);\r
-R7 = ASHIFT R0 BY R1.L (V);\r
-R2 = ASHIFT R3 BY R4.L (V);\r
-R5 = ASHIFT R6 BY R7.L (V);\r
-\r
-\r
-//Dreg = ASHIFT Dreg BY Dreg_lo (V, S) ; /* arithmetic shift with saturation (b) */\r
-R0 = ASHIFT R1 BY R2.L (V,S);\r
-R3 = ASHIFT R4 BY R5.L (V,S);\r
-R6 = ASHIFT R7 BY R0.L (V,S);\r
-R1 = ASHIFT R2 BY R3.L (V,S);\r
-R4 = ASHIFT R5 BY R6.L (V,S);\r
-R7 = ASHIFT R0 BY R1.L (V,S);\r
-R2 = ASHIFT R3 BY R4.L (V,S);\r
-R5 = ASHIFT R6 BY R7.L (V,S);\r
-\r
-//Constant Shift Magnitude\r
-//Dreg = Dreg >> uimm4 (V) ; /* logical shift right, immediate (b) */\r
-R0 = R1 >> 5(V);\r
-R2 = R3 >> 5(V);\r
-R4 = R5 >> 5(V);\r
-R6 = R7 >> 5(V);\r
-R1 = R0 >> 5(V);\r
-R3 = R2 >> 5(V);\r
-R5 = R4 >> 5(V);\r
-R7 = R6 >> 5(V);\r
-\r
-//Dreg = Dreg << uimm4 (V) ; /* logical shift left, immediate (b) */\r
-R0 = R1 << 5(V);\r
-R2 = R3 << 5(V);\r
-R4 = R5 << 5(V);\r
-R6 = R7 << 5(V);\r
-R1 = R0 << 5(V);\r
-R3 = R2 << 5(V);\r
-R5 = R4 << 5(V);\r
-R7 = R6 << 5(V);\r
-\r
-\r
-//Registered Shift Magnitude\r
-//Dreg = LSHIFT Dreg BY Dreg_lo (V) ; /* logical shift (b) */\r
-\r
-R0 = LSHIFT R1 BY R2.L (V);\r
-R3 = LSHIFT R4 BY R5.L (V);\r
-R6 = LSHIFT R7 BY R0.L (V);\r
-R1 = LSHIFT R2 BY R3.L (V);\r
-R4 = LSHIFT R5 BY R6.L (V);\r
-R7 = LSHIFT R0 BY R1.L (V);\r
-R2 = LSHIFT R3 BY R4.L (V);\r
-R5 = LSHIFT R6 BY R7.L (V);\r
-\r
-//Dreg = MAX ( Dreg , Dreg ) (V) ; /* dual 16-bit operations (b) */\r
-r7 = max (r1, r0) (v) ;\r
-\r
-R0 = MAX (R1, R2) (V);\r
-R3 = MAX (R4, R5) (V);\r
-R6 = MAX (R7, R0) (V);\r
-R1 = MAX (R2, R3) (V);\r
-R4 = MAX (R5, R6) (V);\r
-R7 = MAX (R0, R1) (V);\r
-R2 = MAX (R3, R4) (V);\r
-R5 = MAX (R6, R7) (V);\r
-\r
-//Dreg = MIN ( Dreg , Dreg ) (V) ; /* dual 16-bit operation (b) */\r
-R0 = MIN (R1, R2) (V);\r
-R3 = MIN (R4, R5) (V);\r
-R6 = MIN (R7, R0) (V);\r
-R1 = MIN (R2, R3) (V);\r
-R4 = MIN (R5, R6) (V);\r
-R7 = MIN (R0, R1) (V);\r
-R2 = MIN (R3, R4) (V);\r
-R5 = MIN (R6, R7) (V);\r
-\r
-r2.h=r7.l*r6.h, r2.l=r7.h*r6.h ;\r
-/* simultaneous MAC0 and MAC1 execution, 16-bit results. Both\r
-results are signed fractions. */\r
-r4.l=r1.l*r0.l, r4.h=r1.h*r0.h ;\r
-/* same as above. MAC order is arbitrary. */\r
-r0.h=r3.h*r2.l (m), r0.l=r3.l*r2.l ;\r
-\r
-a1=r2.l*r3.h, a0=r2.h*r3.h ;\r
-/* both multiply signed fractions into separate Accumulators */\r
-a0=r1.l*r0.l, a1+=r1.h*r0.h ;\r
-/* same as above, but sum result into A1. MAC order is arbitrary.\r
-*/\r
-a1+=r3.h*r3.l, a0-=r3.h*r3.h ;\r
-/* sum product into A1, subtract product from A0 */\r
-a1=r3.h*r2.l (m), a0+=r3.l*r2.l ;\r
-/* MAC1 multiplies a signed fraction in r3.h by an unsigned fraction\r
-in r2.l. MAC0 multiplies two signed fractions. */\r
-a1=r7.h*r4.h (m), a0+=r7.l*r4.l (fu) ;\r
-/* MAC1 multiplies signed fraction by unsigned fraction. MAC0\r
-multiplies and accumulates two unsigned fractions. */\r
-a1+=r3.h*r2.h, a0=r3.l*r2.l (is) ;\r
-/* both MACs perform signed integer multiplication */\r
-a1=r6.h*r7.h, a0+=r6.l*r7.l (w32) ;\r
-/* both MACs multiply signed fractions, sign extended, and saturate\r
-both Accumulators at bit 31 */\r
-r2.h=(a1=r7.l*r6.h), r2.l=(a0=r7.h*r6.h) ; /* simultaneous MAC0\r
-and MAC1 execution, both are signed fractions, both products load\r
-into the Accumulators,MAC1 into half-word registers. */\r
-r4.l=(a0=r1.l*r0.l), r4.h=(a1+=r1.h*r0.h) ; /* same as above,\r
-but sum result into A1. ; MAC order is arbitrary. */\r
-r7.h=(a1+=r6.h*r5.l), r7.l=(a0=r6.h*r5.h) ; /* sum into A1,\r
-subtract into A0 */\r
-r0.h=(a1=r7.h*r4.l) (m), r0.l=(a0+=r7.l*r4.l) ; /* MAC1 multiplies\r
-a signed fraction by an unsigned fraction. MAC0 multiplies\r
-two signed fractions. */\r
-r5.h=(a1=r3.h*r2.h) (m), r5.l=(a0+=r3.l*r2.l) (fu) ; /* MAC1\r
-multiplies signed fraction by unsigned fraction. MAC0 multiplies\r
-two unsigned fractions. */\r
-r0.h=(a1+=r3.h*r2.h), r0.l=(a0=r3.l*r2.l) (is) ; /* both MACs\r
-perform signed integer multiplication. */\r
-r5.h=(a1=r2.h*r1.h), a0+=r2.l*r1.l ; /* both MACs multiply\r
-signed fractions. MAC0 does not copy the accum result. */\r
-r3.h=(a1=r2.h*r1.h) (m), a0=r2.l*r1.l ; /* MAC1 multiplies\r
-signed fraction by unsigned fraction and uses all 40 bits of A1.\r
-MAC0 multiplies two signed fractions. */\r
-r3.h=a1, r3.l=(a0+=r0.l*r1.l) (s2rnd) ; /* MAC1 copies Accumulator\r
-to register half. MAC0 multiplies signed fractions. Both\r
-scale the result and round on the way to the destination register.\r
-*/\r
-r0.l=(a0+=r7.l*r6.l), r0.h=(a1+=r7.h*r6.h) (iss2) ; /* both\r
-MACs process signed integer the way to the destination half-registers.\r
-*/\r
-r3=(a1=r6.h*r7.h), r2=(a0=r6.l*r7.l) ; /* simultaneous MAC0 and\r
-MAC1 execution, both are signed fractions, both products load\r
-into the Accumulators */\r
-r4=(a0=r6.l*r7.l), r5=(a1+=r6.h*r7.h) ; /* same as above, but\r
-sum result into A1. MAC order is arbitrary. */\r
-r7=(a1+=r3.h*r5.h), r6=(a0-=r3.l*r5.l) ; /* sum into A1, subtract\r
-into A0 */\r
-r1=(a1=r7.l*r4.l) (m), r0=(a0+=r7.h*r4.h) ; /* MAC1 multiplies\r
-a signed fraction by an unsigned fraction. MAC0 multiplies two\r
-signed fractions. */\r
-r5=(a1=r3.h*r7.h) (m), r4=(a0+=r3.l*r7.l) (fu) ; /* MAC1 multiplies\r
-signed fraction by unsigned fraction. MAC0 multiplies two\r
-unsigned fractions. */\r
-r1=(a1+=r3.h*r2.h), r0=(a0=r3.l*r2.l) (is) ; /* both MACs perform\r
-signed integer multiplication */\r
-r5=(a1-=r6.h*r7.h), a0+=r6.l*r7.l ; /* both MACs multiply\r
-signed fractions. MAC0 does not copy the accum result */\r
-r3=(a1=r6.h*r7.h) (m), a0-=r6.l*r7.l ; /* MAC1 multiplies\r
-signed fraction by unsigned fraction and uses all 40 bits of A1.\r
-MAC0 multiplies two signed fractions. */\r
-r3=a1, r2=(a0+=r0.l*r1.l) (s2rnd) ; /* MAC1 moves Accumulator\r
-to register. MAC0 multiplies signed fractions. Both scale the\r
-result and round on the way to the destination register. */\r
-r0=(a0+=r7.l*r6.l), r1=(a1+=r7.h*r6.h) (iss2) ; /* both MACs\r
-process signed integer operands and scale the result on the way\r
-to the destination registers. */\r
-\r
-r5 =-r3 (v) ; /* R5.H becomes the negative of R3.H and R5.L\r
-becomes the negative of R3.L If r3 = 0x0004 7FFF the result is r5\r
-= 0xFFFC 8001 */\r
-\r
-r3=pack(r4.l, r5.l) ; /* pack low / low half-words */\r
-r1=pack(r6.l, r4.h) ; /* pack low / high half-words */\r
-r0=pack(r2.h, r4.l) ; /* pack high / low half-words */\r
-r5=pack(r7.h, r2.h) ; /* pack high / high half-words */\r
-\r
-(r1,r0) = SEARCH R2 (LE) || R2=[P0++];\r
-/* search for the last minimum in all but the\r
-last element of the array */\r
-(r1,r0) = SEARCH R2 (LE);\r
-\r
-saa (r1:0, r3:2) || r0=[i0++] || r2=[i1++] ;\r
-saa (r1:0, r3:2)(r) || r1=[i0++] || r3=[i1++] ;\r
-mnop || r1 = [i0++] || r3 = [i1++] ;\r
-r7.h=r7.l=sign(r2.h)*r3.h + sign(r2.l)*r3.l || i0+=m3 || r0=[i0]\r
-;\r
-\r
-/* Add/subtract two vector values while incrementing an Ireg and\r
-loading a data register. */\r
-R2 = R2 +|+ R4, R4 = R2 -|- R4 (ASR) || I0 += M0 (BREV) || R1 = [I0] ;\r
-/* Multiply and accumulate to Accumulator while loading a data\r
-register and storing a data register using an Ireg pointer. */\r
-A1=R2.L*R1.L, A0=R2.H*R1.H || R2.H=W[I2++] || [I3++]=R3 ;\r
-/* Multiply and accumulate while loading two data registers. One\r
-load uses an Ireg pointer. */\r
-A1+=R0.L*R2.H,A0+=R0.L*R2.L || R2.L=W[I2++] || R0=[I1--] ;\r
-R3.H=(A1+=R0.L*R1.H), R3.L=(A0+=R0.L*R1.L) || R0=[P0++] || R1=[I0] ;\r
-/* Pack two vector values while storing a data register using an\r
-Ireg pointer and loading another data register. */\r
-R1=PACK(R1.H,R0.H) || [I0++]=R0 || R2.L=W[I2++] ;\r
-\r
-/* Multiply-Accumulate to a Data register while incrementing an\r
-Ireg. */\r
-r6=(a0+=r3.h*r2.h)(fu) || i2-=m0 ;\r
-/* which the assembler expands into:\r
-r6=(a0+=r3.h*r2.h)(fu) || i2-=m0 || nop ; */\r
-\r
-/* Test for ensure (m) is not thown away.  */\r
-r0.l=r3.l*r2.l, r0.h=r3.h*r2.l (m) ;\r
-R2 = R7.L * R0.L, R3 = R7.L * R0.H (m);\r
-R2 = (A0 = R7.L * R0.L), R3 = ( A1 = R7.L * R0.H) (m);\r
+
+.EXTERN MY_LABEL2;
+.section .text;
+
+//
+//14 VECTOR OPERATIONS
+//
+
+//Dreg_hi = Dreg_lo = SIGN ( Dreg_hi ) * Dreg_hi + SIGN ( Dreg_lo ) * Dreg_lo ; /* (b) */
+
+r7.h=r7.l=sign(r2.h)*r3.h+sign(r2.l)*r3.l ;
+r0.h=r0.l=sign(r1.h)*r2.h+sign(r1.l)*r2.l ;
+r3.h=r3.l=sign(r4.h)*r5.h+sign(r4.l)*r5.l ;
+r6.h=r6.l=sign(r7.h)*r0.h+sign(r7.l)*r0.l ;
+r1.h=r1.l=sign(r2.h)*r3.h+sign(r2.l)*r3.l ;
+r4.h=r4.l=sign(r5.h)*r6.h+sign(r5.l)*r6.l ;
+r7.h=r7.l=sign(r0.h)*r1.h+sign(r0.l)*r1.l ;
+r2.h=r2.l=sign(r3.h)*r4.h+sign(r3.l)*r4.l ;
+
+//Dual 16-Bit Operation
+//Dreg = VIT_MAX ( Dreg , Dreg ) (ASL) ; /* shift history bits left (b) */
+//Dreg = VIT_MAX ( Dreg , Dreg ) (ASR) ; /* shift history bits right (b) */
+//Single 16-Bit Operation
+//Dreg_lo = VIT_MAX ( Dreg ) (ASL) ; /* shift history bits left (b) */
+//Dreg_lo = VIT_MAX ( Dreg ) (ASR) ; /* shift history bits right (b) */
+r5 = vit_max(r3, r2)(asl) ; /* shift left, dual operation */
+r7 = vit_max (r1, r0) (asr) ; /* shift right, dual operation */
+
+r0 = vit_max(r1, r2)(asl) ; /* shift left, dual operation */
+r3 = vit_max (r4, r5) (asr) ; /* shift right, dual operation */
+r6 = vit_max(r7, r0)(asl) ; /* shift left, dual operation */
+r1 = vit_max (r2, r3) (asr) ; /* shift right, dual operation */
+r4 = vit_max(r5, r6)(asl) ; /* shift left, dual operation */
+r7 = vit_max (r0, r1) (asr) ; /* shift right, dual operation */
+r2 = vit_max(r3, r4)(asl) ; /* shift left, dual operation */
+r5 = vit_max (r6, r7) (asr) ; /* shift right, dual operation */
+
+
+r3.l = vit_max (r1)(asl) ; /* shift left, single operation */
+r3.l = vit_max (r1)(asr) ; /* shift right, single operation */
+
+r0.l = vit_max (r1)(asl) ; /* shift left, single operation */
+r2.l = vit_max (r3)(asr) ; /* shift right, single operation */
+r4.l = vit_max (r5)(asl) ; /* shift left, single operation */
+r6.l = vit_max (r7)(asr) ; /* shift right, single operation */
+r1.l = vit_max (r2)(asl) ; /* shift left, single operation */
+r3.l = vit_max (r4)(asr) ; /* shift right, single operation */
+r5.l = vit_max (r6)(asl) ; /* shift left, single operation */
+r7.l = vit_max (r0)(asr) ; /* shift right, single operation */
+
+//Dreg = ABS Dreg (V) ; /* (b) */
+r3 = abs r1 (v) ;
+
+r0 = abs r0 (v) ;
+r0 = abs r1 (v) ;
+r2 = abs r3 (v) ;
+r4 = abs r5 (v) ;
+r6 = abs r7 (v) ;
+r1 = abs r0 (v) ;
+r3 = abs r2 (v) ;
+r5 = abs r4 (v) ;
+r7 = abs r6 (v) ;
+
+//Dual 16-Bit Operations
+//Dreg = Dreg +|+ Dreg (opt_mode_0) ; /* add | add (b) */
+r5=r3 +|+ r4 ; /* dual 16-bit operations, add|add */
+
+r0=r1 +|+ r2 ;
+r3=r4 +|+ r5 ;
+r6=r7 +|+ r0 ;
+r1=r2 +|+ r3 ;
+r4=r3 +|+ r5 ;
+r6=r3 +|+ r7 ;
+
+r0=r1 +|+ r2 (S);
+r3=r4 +|+ r5 (S);
+r6=r7 +|+ r0 (S);
+r1=r2 +|+ r3 (S);
+r4=r3 +|+ r5 (S);
+r6=r3 +|+ r7 (S);
+
+r0=r1 +|+ r2 (CO);
+r3=r4 +|+ r5 (CO);
+r6=r7 +|+ r0 (CO) ;
+r1=r2 +|+ r3 (CO);
+r4=r3 +|+ r5 (CO);
+r6=r3 +|+ r7 (CO);
+
+r0=r1 +|+ r2 (SCO);
+r3=r4 +|+ r5 (SCO);
+r6=r7 +|+ r0 (SCO);
+r1=r2 +|+ r3 (SCO);
+r4=r3 +|+ r5 (SCO);
+r6=r3 +|+ r7 (SCO);
+
+//Dreg = Dreg \96|+ Dreg (opt_mode_0) ; /* subtract | add (b) */
+r6=r0 -|+ r1(s) ; /* same as above, subtract|add with saturation */
+
+r0=r1 -|+ r2 ;
+r3=r4 -|+ r5 ;
+r6=r7 -|+ r0 ;
+r1=r2 -|+ r3 ;
+r4=r3 -|+ r5 ;
+r6=r3 -|+ r7 ;
+
+r0=r1 -|+ r2 (S);
+r3=r4 -|+ r5 (S);
+r6=r7 -|+ r0 (S);
+r1=r2 -|+ r3 (S);
+r4=r3 -|+ r5 (S);
+r6=r3 -|+ r7 (S);
+
+r0=r1 -|+ r2 (CO);
+r3=r4 -|+ r5 (CO);
+r6=r7 -|+ r0 (CO) ;
+r1=r2 -|+ r3 (CO);
+r4=r3 -|+ r5 (CO);
+r6=r3 -|+ r7 (CO);
+
+r0=r1 -|+ r2 (SCO);
+r3=r4 -|+ r5 (SCO);
+r6=r7 -|+ r0 (SCO);
+r1=r2 -|+ r3 (SCO);
+r4=r3 -|+ r5 (SCO);
+r6=r3 -|+ r7 (SCO);
+
+
+//Dreg = Dreg +|\96 Dreg (opt_mode_0) ; /* add | subtract (b) */
+r0=r2 +|- r1(co) ; /* add|subtract with half-word results crossed over in the destination register */
+
+r0=r1 +|- r2 ;
+r3=r4 +|- r5 ;
+r6=r7 +|- r0 ;
+r1=r2 +|- r3 ;
+r4=r3 +|- r5 ;
+r6=r3 +|- r7 ;
+
+r0=r1 +|- r2 (S);
+r3=r4 +|- r5 (S);
+r6=r7 +|- r0 (S);
+r1=r2 +|- r3 (S);
+r4=r3 +|- r5 (S);
+r6=r3 +|- r7 (S);
+
+r0=r1 +|- r2 (CO);
+r3=r4 +|- r5 (CO);
+r6=r7 +|- r0 (CO) ;
+r1=r2 +|- r3 (CO);
+r4=r3 +|- r5 (CO);
+r6=r3 +|- r7 (CO);
+
+r0=r1 +|- r2 (SCO);
+r3=r4 +|- r5 (SCO);
+r6=r7 +|- r0 (SCO);
+r1=r2 +|- r3 (SCO);
+r4=r3 +|- r5 (SCO);
+r6=r3 +|- r7 (SCO);
+
+//Dreg = Dreg \96|\96 Dreg (opt_mode_0) ; /* subtract | subtract (b) */
+r7=r3 -|- r6(sco) ; /* subtract|subtract with saturation and half-word results crossed over in the destination register */
+
+r0=r1 -|- r2 ;
+r3=r4 -|- r5 ;
+r6=r7 -|- r0 ;
+r1=r2 -|- r3 ;
+r4=r3 -|- r5 ;
+r6=r3 -|- r7 ;
+
+r0=r1 -|- r2 (S);
+r3=r4 -|- r5 (S);
+r6=r7 -|- r0 (S);
+r1=r2 -|- r3 (S);
+r4=r3 -|- r5 (S);
+r6=r3 -|- r7 (S);
+
+r0=r1 -|- r2 (CO);
+r3=r4 -|- r5 (CO);
+r6=r7 -|- r0 (CO) ;
+r1=r2 -|- r3 (CO);
+r4=r3 -|- r5 (CO);
+r6=r3 -|- r7 (CO);
+
+r0=r1 -|- r2 (SCO);
+r3=r4 -|- r5 (SCO);
+r6=r7 -|- r0 (SCO);
+r1=r2 -|- r3 (SCO);
+r4=r3 -|- r5 (SCO);
+r6=r3 -|- r7 (SCO);
+
+//Quad 16-Bit Operations
+//Dreg = Dreg +|+ Dreg, Dreg = Dreg \96|\96 Dreg (opt_mode_0,opt_mode_2) ; /* add | add, subtract | subtract; the set of source registers must be the same for each operation (b) */
+r5=r3 +|+ r4, r7=r3-|-r4 ; /* quad 16-bit operations, add|add, subtract|subtract */
+
+r0=r1 +|+ r2, r7=r1 -|- r2;
+r3=r4 +|+ r5, r6=r4 -|- r5;
+r6=r7 +|+ r0, r5=r7 -|- r0;
+r1=r2 +|+ r3, r4=r2 -|- r3;
+r4=r3 +|+ r5, r3=r3 -|- r5;
+r6=r3 +|+ r7, r2=r3 -|- r7;
+                         
+r0=r1 +|+ r2, r7=r1 -|- r2(S);
+r3=r4 +|+ r5, r6=r4 -|- r5(S);
+r6=r7 +|+ r0, r5=r7 -|- r0(S);
+r1=r2 +|+ r3, r4=r2 -|- r3(S);
+r4=r3 +|+ r5, r3=r3 -|- r5(S);
+r6=r3 +|+ r7, r2=r3 -|- r7(S);
+                         
+
+r0=r1 +|+ r2, r7=r1 -|- r2(CO);
+r3=r4 +|+ r5, r6=r4 -|- r5(CO);
+r6=r7 +|+ r0, r5=r7 -|- r0(CO);
+r1=r2 +|+ r3, r4=r2 -|- r3(CO);
+r4=r3 +|+ r5, r3=r3 -|- r5(CO);
+r6=r3 +|+ r7, r2=r3 -|- r7(CO);
+                         
+
+r0=r1 +|+ r2, r7=r1 -|- r2(SCO);
+r3=r4 +|+ r5, r6=r4 -|- r5(SCO);
+r6=r7 +|+ r0, r5=r7 -|- r0(SCO);
+r1=r2 +|+ r3, r4=r2 -|- r3(SCO);
+r4=r3 +|+ r5, r3=r3 -|- r5(SCO);
+r6=r3 +|+ r7, r2=r3 -|- r7(SCO);
+                         
+r0=r1 +|+ r2, r7=r1 -|- r2(ASR);
+r3=r4 +|+ r5, r6=r4 -|- r5(ASR);
+r6=r7 +|+ r0, r5=r7 -|- r0(ASR);
+r1=r2 +|+ r3, r4=r2 -|- r3(ASR);
+r4=r3 +|+ r5, r3=r3 -|- r5(ASR);
+r6=r3 +|+ r7, r2=r3 -|- r7(ASR);
+                         
+
+r0=r1 +|+ r2, r7=r1 -|- r2(ASL);
+r3=r4 +|+ r5, r6=r4 -|- r5(ASL);
+r6=r7 +|+ r0, r5=r7 -|- r0(ASL);
+r1=r2 +|+ r3, r4=r2 -|- r3(ASL);
+r4=r3 +|+ r5, r3=r3 -|- r5(ASL);
+r6=r3 +|+ r7, r2=r3 -|- r7(ASL);
+                         
+
+r0=r1 +|+ r2, r7=r1 -|- r2(S,ASR);
+r3=r4 +|+ r5, r6=r4 -|- r5(S,ASR);
+r6=r7 +|+ r0, r5=r7 -|- r0(S,ASR);
+r1=r2 +|+ r3, r4=r2 -|- r3(S,ASR);
+r4=r3 +|+ r5, r3=r3 -|- r5(S,ASR);
+r6=r3 +|+ r7, r2=r3 -|- r7(S,ASR);
+                         
+
+r0=r1 +|+ r2, r7=r1 -|- r2(CO,ASR);
+r3=r4 +|+ r5, r6=r4 -|- r5(CO,ASR);
+r6=r7 +|+ r0, r5=r7 -|- r0(CO,ASR);
+r1=r2 +|+ r3, r4=r2 -|- r3(CO,ASR);
+r4=r3 +|+ r5, r3=r3 -|- r5(CO,ASR);
+r6=r3 +|+ r7, r2=r3 -|- r7(CO,ASR);
+                         
+
+r0=r1 +|+ r2, r7=r1 -|- r2(SCO,ASR);
+r3=r4 +|+ r5, r6=r4 -|- r5(SCO,ASR);
+r6=r7 +|+ r0, r5=r7 -|- r0(SCO,ASR);
+r1=r2 +|+ r3, r4=r2 -|- r3(SCO,ASR);
+r4=r3 +|+ r5, r3=r3 -|- r5(SCO,ASR);
+r6=r3 +|+ r7, r2=r3 -|- r7(SCO,ASR);
+
+r0=r1 +|+ r2, r7=r1 -|- r2(S,ASL);
+r3=r4 +|+ r5, r6=r4 -|- r5(S,ASL);
+r6=r7 +|+ r0, r5=r7 -|- r0(S,ASL);
+r1=r2 +|+ r3, r4=r2 -|- r3(S,ASL);
+r4=r3 +|+ r5, r3=r3 -|- r5(S,ASL);
+r6=r3 +|+ r7, r2=r3 -|- r7(S,ASL);
+                         
+
+r0=r1 +|+ r2, r7=r1 -|- r2(CO,ASL);
+r3=r4 +|+ r5, r6=r4 -|- r5(CO,ASL);
+r6=r7 +|+ r0, r5=r7 -|- r0(CO,ASL);
+r1=r2 +|+ r3, r4=r2 -|- r3(CO,ASL);
+r4=r3 +|+ r5, r3=r3 -|- r5(CO,ASL);
+r6=r3 +|+ r7, r2=r3 -|- r7(CO,ASL);
+                         
+
+r0=r1 +|+ r2, r7=r1 -|- r2(SCO,ASL);
+r3=r4 +|+ r5, r6=r4 -|- r5(SCO,ASL);
+r6=r7 +|+ r0, r5=r7 -|- r0(SCO,ASL);
+r1=r2 +|+ r3, r4=r2 -|- r3(SCO,ASL);
+r4=r3 +|+ r5, r3=r3 -|- r5(SCO,ASL);
+r6=r3 +|+ r7, r2=r3 -|- r7(SCO,ASL);
+
+
+//Dreg = Dreg +|\96 Dreg, Dreg = Dreg \96|+ Dreg (opt_mode_0,opt_mode_2) ; /* add | subtract, subtract | add; the set of source registers must be the same for each operation (b) */
+r5=r3 +|- r4, r7=r3 -|+ r4 ; /* quad 16-bit operations, add|subtract, subtract|add */
+
+r0=r1 +|- r2, r7=r1 -|+ r2;
+r3=r4 +|- r5, r6=r4 -|+ r5;
+r6=r7 +|- r0, r5=r7 -|+ r0;
+r1=r2 +|- r3, r4=r2 -|+ r3;
+r4=r3 +|- r5, r3=r3 -|+ r5;
+r6=r3 +|- r7, r2=r3 -|+ r7;
+                         
+r0=r1 +|- r2, r7=r1 -|+ r2(S);
+r3=r4 +|- r5, r6=r4 -|+ r5(S);
+r6=r7 +|- r0, r5=r7 -|+ r0(S);
+r1=r2 +|- r3, r4=r2 -|+ r3(S);
+r4=r3 +|- r5, r3=r3 -|+ r5(S);
+r6=r3 +|- r7, r2=r3 -|+ r7(S);
+                         
+
+r0=r1 +|- r2, r7=r1 -|+ r2(CO);
+r3=r4 +|- r5, r6=r4 -|+ r5(CO);
+r6=r7 +|- r0, r5=r7 -|+ r0(CO);
+r1=r2 +|- r3, r4=r2 -|+ r3(CO);
+r4=r3 +|- r5, r3=r3 -|+ r5(CO);
+r6=r3 +|- r7, r2=r3 -|+ r7(CO);
+                         
+
+r0=r1 +|- r2, r7=r1 -|+ r2(SCO);
+r3=r4 +|- r5, r6=r4 -|+ r5(SCO);
+r6=r7 +|- r0, r5=r7 -|+ r0(SCO);
+r1=r2 +|- r3, r4=r2 -|+ r3(SCO);
+r4=r3 +|- r5, r3=r3 -|+ r5(SCO);
+r6=r3 +|- r7, r2=r3 -|+ r7(SCO);
+                         
+r0=r1 +|- r2, r7=r1 -|+ r2(ASR);
+r3=r4 +|- r5, r6=r4 -|+ r5(ASR);
+r6=r7 +|- r0, r5=r7 -|+ r0(ASR);
+r1=r2 +|- r3, r4=r2 -|+ r3(ASR);
+r4=r3 +|- r5, r3=r3 -|+ r5(ASR);
+r6=r3 +|- r7, r2=r3 -|+ r7(ASR);
+                         
+
+r0=r1 +|- r2, r7=r1 -|+ r2(ASL);
+r3=r4 +|- r5, r6=r4 -|+ r5(ASL);
+r6=r7 +|- r0, r5=r7 -|+ r0(ASL);
+r1=r2 +|- r3, r4=r2 -|+ r3(ASL);
+r4=r3 +|- r5, r3=r3 -|+ r5(ASL);
+r6=r3 +|- r7, r2=r3 -|+ r7(ASL);
+                         
+
+r0=r1 +|- r2, r7=r1 -|+ r2(S,ASR);
+r3=r4 +|- r5, r6=r4 -|+ r5(S,ASR);
+r6=r7 +|- r0, r5=r7 -|+ r0(S,ASR);
+r1=r2 +|- r3, r4=r2 -|+ r3(S,ASR);
+r4=r3 +|- r5, r3=r3 -|+ r5(S,ASR);
+r6=r3 +|- r7, r2=r3 -|+ r7(S,ASR);
+                         
+
+r0=r1 +|- r2, r7=r1 -|+ r2(CO,ASR);
+r3=r4 +|- r5, r6=r4 -|+ r5(CO,ASR);
+r6=r7 +|- r0, r5=r7 -|+ r0(CO,ASR);
+r1=r2 +|- r3, r4=r2 -|+ r3(CO,ASR);
+r4=r3 +|- r5, r3=r3 -|+ r5(CO,ASR);
+r6=r3 +|- r7, r2=r3 -|+ r7(CO,ASR);
+                         
+
+r0=r1 +|- r2, r7=r1 -|+ r2(SCO,ASR);
+r3=r4 +|- r5, r6=r4 -|+ r5(SCO,ASR);
+r6=r7 +|- r0, r5=r7 -|+ r0(SCO,ASR);
+r1=r2 +|- r3, r4=r2 -|+ r3(SCO,ASR);
+r4=r3 +|- r5, r3=r3 -|+ r5(SCO,ASR);
+r6=r3 +|- r7, r2=r3 -|+ r7(SCO,ASR);
+
+r0=r1 +|- r2, r7=r1 -|+ r2(S,ASL);
+r3=r4 +|- r5, r6=r4 -|+ r5(S,ASL);
+r6=r7 +|- r0, r5=r7 -|+ r0(S,ASL);
+r1=r2 +|- r3, r4=r2 -|+ r3(S,ASL);
+r4=r3 +|- r5, r3=r3 -|+ r5(S,ASL);
+r6=r3 +|- r7, r2=r3 -|+ r7(S,ASL);
+                         
+
+r0=r1 +|- r2, r7=r1 -|+ r2(CO,ASL);
+r3=r4 +|- r5, r6=r4 -|+ r5(CO,ASL);
+r6=r7 +|- r0, r5=r7 -|+ r0(CO,ASL);
+r1=r2 +|- r3, r4=r2 -|+ r3(CO,ASL);
+r4=r3 +|- r5, r3=r3 -|+ r5(CO,ASL);
+r6=r3 +|- r7, r2=r3 -|+ r7(CO,ASL);
+                         
+
+r0=r1 +|- r2, r7=r1 -|+ r2(SCO,ASL);
+r3=r4 +|- r5, r6=r4 -|+ r5(SCO,ASL);
+r6=r7 +|- r0, r5=r7 -|+ r0(SCO,ASL);
+r1=r2 +|- r3, r4=r2 -|+ r3(SCO,ASL);
+r4=r3 +|- r5, r3=r3 -|+ r5(SCO,ASL);
+r6=r3 +|- r7, r2=r3 -|+ r7(SCO,ASL);
+
+
+
+//Dual 32-Bit Operations
+//Dreg = Dreg + Dreg, Dreg = Dreg - Dreg (opt_mode_1) ; /* add, subtract; the set of source registers must be the same for each operation (b) */
+r2=r0+r1, r3=r0-r1 ; /* 32-bit operations */
+
+r7=r0+r1, r0=r0-r1 ; /* 32-bit operations */
+r6=r1+r2, r1=r1-r2 ; /* 32-bit operations */
+r5=r2+r3, r2=r2-r3 ; /* 32-bit operations */
+r4=r3+r4, r3=r3-r4 ; /* 32-bit operations */
+r3=r4+r5, r4=r4-r5 ; /* 32-bit operations */
+r2=r5+r6, r5=r5-r6 ; /* 32-bit operations */
+r1=r6+r7, r6=r6-r7 ; /* 32-bit operations */
+r0=r7+r0, r7=r7-r0 ; /* 32-bit operations */
+
+r2=r0+r1, r3=r0-r1(s) ; /* dual 32-bit operations with saturation */
+r7=r0+r1, r0=r0-r1 (s); /* 32-bit operations */
+r6=r1+r2, r1=r1-r2 (s); /* 32-bit operations */
+r5=r2+r3, r2=r2-r3 (s); /* 32-bit operations */
+r4=r3+r4, r3=r3-r4(s) ; /* 32-bit operations */
+r3=r4+r5, r4=r4-r5 (s); /* 32-bit operations */
+r2=r5+r6, r5=r5-r6 (s); /* 32-bit operations */
+r1=r6+r7, r6=r6-r7 (s); /* 32-bit operations */
+r0=r7+r0, r7=r7-r0 (s); /* 32-bit operations */
+
+
+
+//Dual 40-Bit Accumulator Operations
+//Dreg = A1 + A0, Dreg = A1 - A0 (opt_mode_1) ; /* add, subtract Accumulators; subtract A0 from A1 (b) */
+r0=a1+a0, r1=a1-a0 ;
+r2=a1+a0, r3=a1-a0 ;
+r4=a1+a0, r5=a1-a0 ;
+r6=a1+a0, r7=a1-a0 ;
+r1=a1+a0, r0=a1-a0 ;
+r3=a1+a0, r2=a1-a0 ;
+r5=a1+a0, r4=a1-a0 ;
+
+r0=a1+a0, r1=a1-a0 (s);
+r2=a1+a0, r3=a1-a0 (s);
+r4=a1+a0, r5=a1-a0 (s);
+r6=a1+a0, r7=a1-a0 (s);
+r1=a1+a0, r0=a1-a0 (s);
+r3=a1+a0, r2=a1-a0 (s);
+r5=a1+a0, r4=a1-a0 (s);
+
+//Dreg = A0 + A1, Dreg = A0 - A1 (opt_mode_1) ; /* add, subtract Accumulators; subtract A1 from A0 (b) */
+r4=a0+a1, r6=a0-a1(s);
+
+r0=a0+a1, r1=a0-a1 ;
+r2=a0+a1, r3=a0-a1 ;
+r4=a0+a1, r5=a0-a1 ;
+r6=a0+a1, r7=a0-a1 ;
+r1=a0+a1, r0=a0-a1 ;
+r3=a0+a1, r2=a0-a1 ;
+r5=a0+a1, r4=a0-a1 ;
+
+r0=a0+a1, r1=a0-a1 (s);
+r2=a0+a1, r3=a0-a1 (s);
+r4=a0+a1, r5=a0-a1 (s);
+r6=a0+a1, r7=a0-a1 (s);
+r1=a0+a1, r0=a0-a1 (s);
+r3=a0+a1, r2=a0-a1 (s);
+r5=a0+a1, r4=a0-a1 (s);
+
+//Constant Shift Magnitude
+//Dreg = Dreg >>> uimm4 (V) ; /* arithmetic shift right, immediate (b) */
+R0 = R0 >>> 5(V);
+
+R0 = R1 >>> 5(V);
+R2 = R3 >>> 5(V);
+R4 = R5 >>> 5(V);
+R6 = R7 >>> 5(V);
+R1 = R0 >>> 5(V);
+R3 = R2 >>> 5(V);
+R5 = R4 >>> 5(V);
+R7 = R6 >>> 5(V);
+
+
+//Dreg = Dreg << uimm4 (V,S) ; /* arithmetic shift left, immediate with saturation (b) */
+
+R0 = R1 << 5(V,S);
+R2 = R3 << 5(V,S);
+R4 = R5 << 5(V,S);
+R6 = R7 << 5(V,S);
+R1 = R0 << 5(V,S);
+R3 = R2 << 5(V,S);
+R5 = R4 << 5(V,S);
+R7 = R6 << 5(V,S);
+
+//Registered Shift Magnitude
+//Dreg = ASHIFT Dreg BY Dreg_lo (V) ; /* arithmetic shift (b) */
+r2=ashift r7 by r5.l (v) ;
+
+R0 = ASHIFT R1 BY R2.L (V);
+R3 = ASHIFT R4 BY R5.L (V);
+R6 = ASHIFT R7 BY R0.L (V);
+R1 = ASHIFT R2 BY R3.L (V);
+R4 = ASHIFT R5 BY R6.L (V);
+R7 = ASHIFT R0 BY R1.L (V);
+R2 = ASHIFT R3 BY R4.L (V);
+R5 = ASHIFT R6 BY R7.L (V);
+
+
+//Dreg = ASHIFT Dreg BY Dreg_lo (V, S) ; /* arithmetic shift with saturation (b) */
+R0 = ASHIFT R1 BY R2.L (V,S);
+R3 = ASHIFT R4 BY R5.L (V,S);
+R6 = ASHIFT R7 BY R0.L (V,S);
+R1 = ASHIFT R2 BY R3.L (V,S);
+R4 = ASHIFT R5 BY R6.L (V,S);
+R7 = ASHIFT R0 BY R1.L (V,S);
+R2 = ASHIFT R3 BY R4.L (V,S);
+R5 = ASHIFT R6 BY R7.L (V,S);
+
+//Constant Shift Magnitude
+//Dreg = Dreg >> uimm4 (V) ; /* logical shift right, immediate (b) */
+R0 = R1 >> 5(V);
+R2 = R3 >> 5(V);
+R4 = R5 >> 5(V);
+R6 = R7 >> 5(V);
+R1 = R0 >> 5(V);
+R3 = R2 >> 5(V);
+R5 = R4 >> 5(V);
+R7 = R6 >> 5(V);
+
+//Dreg = Dreg << uimm4 (V) ; /* logical shift left, immediate (b) */
+R0 = R1 << 5(V);
+R2 = R3 << 5(V);
+R4 = R5 << 5(V);
+R6 = R7 << 5(V);
+R1 = R0 << 5(V);
+R3 = R2 << 5(V);
+R5 = R4 << 5(V);
+R7 = R6 << 5(V);
+
+
+//Registered Shift Magnitude
+//Dreg = LSHIFT Dreg BY Dreg_lo (V) ; /* logical shift (b) */
+
+R0 = LSHIFT R1 BY R2.L (V);
+R3 = LSHIFT R4 BY R5.L (V);
+R6 = LSHIFT R7 BY R0.L (V);
+R1 = LSHIFT R2 BY R3.L (V);
+R4 = LSHIFT R5 BY R6.L (V);
+R7 = LSHIFT R0 BY R1.L (V);
+R2 = LSHIFT R3 BY R4.L (V);
+R5 = LSHIFT R6 BY R7.L (V);
+
+//Dreg = MAX ( Dreg , Dreg ) (V) ; /* dual 16-bit operations (b) */
+r7 = max (r1, r0) (v) ;
+
+R0 = MAX (R1, R2) (V);
+R3 = MAX (R4, R5) (V);
+R6 = MAX (R7, R0) (V);
+R1 = MAX (R2, R3) (V);
+R4 = MAX (R5, R6) (V);
+R7 = MAX (R0, R1) (V);
+R2 = MAX (R3, R4) (V);
+R5 = MAX (R6, R7) (V);
+
+//Dreg = MIN ( Dreg , Dreg ) (V) ; /* dual 16-bit operation (b) */
+R0 = MIN (R1, R2) (V);
+R3 = MIN (R4, R5) (V);
+R6 = MIN (R7, R0) (V);
+R1 = MIN (R2, R3) (V);
+R4 = MIN (R5, R6) (V);
+R7 = MIN (R0, R1) (V);
+R2 = MIN (R3, R4) (V);
+R5 = MIN (R6, R7) (V);
+
+r2.h=r7.l*r6.h, r2.l=r7.h*r6.h ;
+/* simultaneous MAC0 and MAC1 execution, 16-bit results. Both
+results are signed fractions. */
+r4.l=r1.l*r0.l, r4.h=r1.h*r0.h ;
+/* same as above. MAC order is arbitrary. */
+r0.h=r3.h*r2.l (m), r0.l=r3.l*r2.l ;
+
+a1=r2.l*r3.h, a0=r2.h*r3.h ;
+/* both multiply signed fractions into separate Accumulators */
+a0=r1.l*r0.l, a1+=r1.h*r0.h ;
+/* same as above, but sum result into A1. MAC order is arbitrary.
+*/
+a1+=r3.h*r3.l, a0-=r3.h*r3.h ;
+/* sum product into A1, subtract product from A0 */
+a1=r3.h*r2.l (m), a0+=r3.l*r2.l ;
+/* MAC1 multiplies a signed fraction in r3.h by an unsigned fraction
+in r2.l. MAC0 multiplies two signed fractions. */
+a1=r7.h*r4.h (m), a0+=r7.l*r4.l (fu) ;
+/* MAC1 multiplies signed fraction by unsigned fraction. MAC0
+multiplies and accumulates two unsigned fractions. */
+a1+=r3.h*r2.h, a0=r3.l*r2.l (is) ;
+/* both MACs perform signed integer multiplication */
+a1=r6.h*r7.h, a0+=r6.l*r7.l (w32) ;
+/* both MACs multiply signed fractions, sign extended, and saturate
+both Accumulators at bit 31 */
+r2.h=(a1=r7.l*r6.h), r2.l=(a0=r7.h*r6.h) ; /* simultaneous MAC0
+and MAC1 execution, both are signed fractions, both products load
+into the Accumulators,MAC1 into half-word registers. */
+r4.l=(a0=r1.l*r0.l), r4.h=(a1+=r1.h*r0.h) ; /* same as above,
+but sum result into A1. ; MAC order is arbitrary. */
+r7.h=(a1+=r6.h*r5.l), r7.l=(a0=r6.h*r5.h) ; /* sum into A1,
+subtract into A0 */
+r0.h=(a1=r7.h*r4.l) (m), r0.l=(a0+=r7.l*r4.l) ; /* MAC1 multiplies
+a signed fraction by an unsigned fraction. MAC0 multiplies
+two signed fractions. */
+r5.h=(a1=r3.h*r2.h) (m), r5.l=(a0+=r3.l*r2.l) (fu) ; /* MAC1
+multiplies signed fraction by unsigned fraction. MAC0 multiplies
+two unsigned fractions. */
+r0.h=(a1+=r3.h*r2.h), r0.l=(a0=r3.l*r2.l) (is) ; /* both MACs
+perform signed integer multiplication. */
+r5.h=(a1=r2.h*r1.h), a0+=r2.l*r1.l ; /* both MACs multiply
+signed fractions. MAC0 does not copy the accum result. */
+r3.h=(a1=r2.h*r1.h) (m), a0=r2.l*r1.l ; /* MAC1 multiplies
+signed fraction by unsigned fraction and uses all 40 bits of A1.
+MAC0 multiplies two signed fractions. */
+r3.h=a1, r3.l=(a0+=r0.l*r1.l) (s2rnd) ; /* MAC1 copies Accumulator
+to register half. MAC0 multiplies signed fractions. Both
+scale the result and round on the way to the destination register.
+*/
+r0.l=(a0+=r7.l*r6.l), r0.h=(a1+=r7.h*r6.h) (iss2) ; /* both
+MACs process signed integer the way to the destination half-registers.
+*/
+r3=(a1=r6.h*r7.h), r2=(a0=r6.l*r7.l) ; /* simultaneous MAC0 and
+MAC1 execution, both are signed fractions, both products load
+into the Accumulators */
+r4=(a0=r6.l*r7.l), r5=(a1+=r6.h*r7.h) ; /* same as above, but
+sum result into A1. MAC order is arbitrary. */
+r7=(a1+=r3.h*r5.h), r6=(a0-=r3.l*r5.l) ; /* sum into A1, subtract
+into A0 */
+r1=(a1=r7.l*r4.l) (m), r0=(a0+=r7.h*r4.h) ; /* MAC1 multiplies
+a signed fraction by an unsigned fraction. MAC0 multiplies two
+signed fractions. */
+r5=(a1=r3.h*r7.h) (m), r4=(a0+=r3.l*r7.l) (fu) ; /* MAC1 multiplies
+signed fraction by unsigned fraction. MAC0 multiplies two
+unsigned fractions. */
+r1=(a1+=r3.h*r2.h), r0=(a0=r3.l*r2.l) (is) ; /* both MACs perform
+signed integer multiplication */
+r5=(a1-=r6.h*r7.h), a0+=r6.l*r7.l ; /* both MACs multiply
+signed fractions. MAC0 does not copy the accum result */
+r3=(a1=r6.h*r7.h) (m), a0-=r6.l*r7.l ; /* MAC1 multiplies
+signed fraction by unsigned fraction and uses all 40 bits of A1.
+MAC0 multiplies two signed fractions. */
+r3=a1, r2=(a0+=r0.l*r1.l) (s2rnd) ; /* MAC1 moves Accumulator
+to register. MAC0 multiplies signed fractions. Both scale the
+result and round on the way to the destination register. */
+r0=(a0+=r7.l*r6.l), r1=(a1+=r7.h*r6.h) (iss2) ; /* both MACs
+process signed integer operands and scale the result on the way
+to the destination registers. */
+
+r5 =-r3 (v) ; /* R5.H becomes the negative of R3.H and R5.L
+becomes the negative of R3.L If r3 = 0x0004 7FFF the result is r5
+= 0xFFFC 8001 */
+
+r3=pack(r4.l, r5.l) ; /* pack low / low half-words */
+r1=pack(r6.l, r4.h) ; /* pack low / high half-words */
+r0=pack(r2.h, r4.l) ; /* pack high / low half-words */
+r5=pack(r7.h, r2.h) ; /* pack high / high half-words */
+
+(r1,r0) = SEARCH R2 (LE) || R2=[P0++];
+/* search for the last minimum in all but the
+last element of the array */
+(r1,r0) = SEARCH R2 (LE);
+
+saa (r1:0, r3:2) || r0=[i0++] || r2=[i1++] ;
+saa (r1:0, r3:2)(r) || r1=[i0++] || r3=[i1++] ;
+mnop || r1 = [i0++] || r3 = [i1++] ;
+r7.h=r7.l=sign(r2.h)*r3.h + sign(r2.l)*r3.l || i0+=m3 || r0=[i0]
+;
+
+/* Add/subtract two vector values while incrementing an Ireg and
+loading a data register. */
+R2 = R2 +|+ R4, R4 = R2 -|- R4 (ASR) || I0 += M0 (BREV) || R1 = [I0] ;
+/* Multiply and accumulate to Accumulator while loading a data
+register and storing a data register using an Ireg pointer. */
+A1=R2.L*R1.L, A0=R2.H*R1.H || R2.H=W[I2++] || [I3++]=R3 ;
+/* Multiply and accumulate while loading two data registers. One
+load uses an Ireg pointer. */
+A1+=R0.L*R2.H,A0+=R0.L*R2.L || R2.L=W[I2++] || R0=[I1--] ;
+R3.H=(A1+=R0.L*R1.H), R3.L=(A0+=R0.L*R1.L) || R0=[P0++] || R1=[I0] ;
+/* Pack two vector values while storing a data register using an
+Ireg pointer and loading another data register. */
+R1=PACK(R1.H,R0.H) || [I0++]=R0 || R2.L=W[I2++] ;
+
+/* Multiply-Accumulate to a Data register while incrementing an
+Ireg. */
+r6=(a0+=r3.h*r2.h)(fu) || i2-=m0 ;
+/* which the assembler expands into:
+r6=(a0+=r3.h*r2.h)(fu) || i2-=m0 || nop ; */
+
+/* Test for ensure (m) is not thown away.  */
+r0.l=r3.l*r2.l, r0.h=r3.h*r2.l (m) ;
+R2 = R7.L * R0.L, R3 = R7.L * R0.H (m);
+R2 = (A0 = R7.L * R0.L), R3 = ( A1 = R7.L * R0.H) (m);
+
+/* Both scalar instructions must share the same mode option.  */
+R0.H = (A1 = R4.L * R3.L), A0 = R4.H * R3.L (T);
+R0.H = (A1 = R4.L * R3.L) (M), A0 = R4.H * R3.L (T);
+A0 = R4.H * R3.L, R0.H = (A1 = R4.L * R3.L) (T);
+A0 = R4.H * R3.L, R0.H = (A1 = R4.L * R3.L) (T,M);
+A1 += R7.H * R4.H, R0.L = (A0 = R7.L * R4.H) (T);