* config/bfin-parse.y (check_macfunc_option): Fix instruction
mode checking. (asm_1): Check mode for 16-bit multiply instructions. testsuite/ * gas/bfin/arith_mode.d: New test. * gas/bfin/arith_mode.s: New test. * gas/bfin/invalid_arith_mode.l: New test. * gas/bfin/invalid_arith_mode.s: New test. * gas/bfin/bfin.exp: Add arith_mode and invalid_arith_mode.
This commit is contained in:
parent
e584b8a1b7
commit
6429b08478
8 changed files with 228 additions and 12 deletions
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@ -1,3 +1,9 @@
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2008-08-26 Jie Zhang <jie.zhang@analog.com>
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* config/bfin-parse.y (check_macfunc_option): Fix instruction
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mode checking.
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(asm_1): Check mode for 16-bit multiply instructions.
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2008-08-24 Alan Modra <amodra@bigpond.net.au>
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* configure.in: Update a number of obsolete autoconf macros.
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@ -273,21 +273,15 @@ check_macfunc_option (Macfunc *a, Opt_mode *opt)
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if (opt->mod == 0)
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return 0;
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if ((a->op == 3 && a->w == 1 && a->P == 1
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&& opt->mod != M_FU && opt->mod != M_S2RND && opt->mod != M_ISS2)
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|| (a->op == 3 && a->w == 1 && a->P == 0
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&& opt->mod != M_FU && opt->mod != M_IS && opt->mod != M_IU
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&& opt->mod != M_T && opt->mod != M_S2RND && opt->mod != M_ISS2
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&& opt->mod != M_IH)
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|| (a->w == 0 && a->P == 0
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&& opt->mod != M_FU && opt->mod != M_IS && opt->mod != M_W32)
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|| (a->w == 1 && a->P == 1
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&& opt->mod != M_FU && opt->mod != M_IS && opt->mod != M_S2RND
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&& opt->mod != M_ISS2 && opt->mod != M_IU)
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if ((a->w == 1 && a->P == 1
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&& opt->mod != M_FU && opt->mod != M_IS && opt->mod != M_IU
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&& opt->mod != M_S2RND && opt->mod != M_ISS2)
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|| (a->w == 1 && a->P == 0
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&& opt->mod != M_FU && opt->mod != M_IS && opt->mod != M_IU
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&& opt->mod != M_T && opt->mod != M_TFU && opt->mod != M_S2RND
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&& opt->mod != M_ISS2 && opt->mod != M_IH))
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&& opt->mod != M_ISS2 && opt->mod != M_IH)
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|| (a->w == 0 && a->P == 0
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&& opt->mod != M_FU && opt->mod != M_IS && opt->mod != M_W32))
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return -1;
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return 0;
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@ -1756,6 +1750,11 @@ asm_1:
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if (!IS_H ($1) && $4.MM)
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return yyerror ("(M) not allowed with MAC0");
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if ($4.mod != 0 && $4.mod != M_FU && $4.mod != M_IS
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&& $4.mod != M_IU && $4.mod != M_T && $4.mod != M_TFU
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&& $4.mod != M_S2RND && $4.mod != M_ISS2 && $4.mod != M_IH)
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return yyerror ("bad option.");
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if (IS_H ($1))
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{
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$$ = DSP32MULT (0, $4.MM, $4.mod, 1, 0,
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@ -1779,6 +1778,10 @@ asm_1:
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if (IS_EVEN ($1) && $4.MM)
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return yyerror ("(M) not allowed with MAC0");
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if ($4.mod != 0 && $4.mod != M_FU && $4.mod != M_IS
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&& $4.mod != M_S2RND && $4.mod != M_ISS2)
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return yyerror ("bad option");
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if (!IS_EVEN ($1))
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{
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notethat ("dsp32mult: dregs = multiply_halfregs (opt_mode)\n");
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@ -1,3 +1,11 @@
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2008-08-26 Jie Zhang <jie.zhang@analog.com>
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* gas/bfin/arith_mode.d: New test.
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* gas/bfin/arith_mode.s: New test.
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* gas/bfin/invalid_arith_mode.l: New test.
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* gas/bfin/invalid_arith_mode.s: New test.
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* gas/bfin/bfin.exp: Add arith_mode and invalid_arith_mode.
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2008-08-22 Jie Zhang <jie.zhang@analog.com>
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* gas/bfin/misc.s: New test.
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56
gas/testsuite/gas/bfin/arith_mode.d
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56
gas/testsuite/gas/bfin/arith_mode.d
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@ -0,0 +1,56 @@
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#objdump: -dr
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#name: arith_mode
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.*: +file format .*
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Disassembly of section .text:
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00000000 <.text>:
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0: 03 c0 00 38 R0.L = A0;
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4: 83 c0 00 38 R0.L = A0 \(FU\);
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8: 03 c1 00 38 R0.L = A0 \(IS\);
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c: 83 c1 00 38 R0.L = A0 \(IU\);
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10: 43 c0 00 38 R0.L = A0 \(T\);
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14: c3 c0 00 38 R0.L = A0 \(TFU\);
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18: 23 c0 00 38 R0.L = A0 \(S2RND\);
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1c: 23 c1 00 38 R0.L = A0 \(ISS2\);
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20: 63 c1 00 38 R0.L = A0 \(IH\);
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24: 0b c0 00 38 R0 = A0;
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28: 8b c0 00 38 R0 = A0 \(FU\);
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2c: 0b c1 00 38 R0 = A0 \(IS\);
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30: 8b c1 00 38 R0 = A0 \(IU\);
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34: 2b c0 00 38 R0 = A0 \(S2RND\);
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38: 2b c1 00 38 R0 = A0 \(ISS2\);
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3c: 04 c2 0a 40 R0.H = R1.L \* R2.H;
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40: 84 c2 0a 40 R0.H = R1.L \* R2.H \(FU\);
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44: 04 c3 0a 40 R0.H = R1.L \* R2.H \(IS\);
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48: 84 c3 0a 40 R0.H = R1.L \* R2.H \(IU\);
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4c: 44 c2 0a 40 R0.H = R1.L \* R2.H \(T\);
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50: c4 c2 0a 40 R0.H = R1.L \* R2.H \(TFU\);
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54: 24 c2 0a 40 R0.H = R1.L \* R2.H \(S2RND\);
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58: 24 c3 0a 40 R0.H = R1.L \* R2.H \(ISS2\);
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5c: 64 c3 0a 40 R0.H = R1.L \* R2.H \(IH\);
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60: 08 c2 0a 22 R0 = R1.L \* R2.H;
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64: 88 c2 0a 22 R0 = R1.L \* R2.H \(FU\);
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68: 08 c3 0a 22 R0 = R1.L \* R2.H \(IS\);
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6c: 28 c2 0a 22 R0 = R1.L \* R2.H \(S2RND\);
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70: 28 c3 0a 22 R0 = R1.L \* R2.H \(ISS2\);
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74: 03 c0 0a 02 A0 = R1.L \* R2.H;
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78: 83 c0 0a 02 A0 = R1.L \* R2.H \(FU\);
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7c: 03 c1 0a 02 A0 = R1.L \* R2.H \(IS\);
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80: 63 c0 0a 02 A0 = R1.L \* R2.H \(W32\);
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84: 03 c0 0a 22 R0.L = \(A0 = R1.L \* R2.H\);
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88: 83 c0 0a 22 R0.L = \(A0 = R1.L \* R2.H\) \(FU\);
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8c: 03 c1 0a 22 R0.L = \(A0 = R1.L \* R2.H\) \(IS\);
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90: 83 c1 0a 22 R0.L = \(A0 = R1.L \* R2.H\) \(IU\);
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94: 43 c0 0a 22 R0.L = \(A0 = R1.L \* R2.H\) \(T\);
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98: c3 c0 0a 22 R0.L = \(A0 = R1.L \* R2.H\) \(TFU\);
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9c: 23 c0 0a 22 R0.L = \(A0 = R1.L \* R2.H\) \(S2RND\);
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a0: 23 c1 0a 22 R0.L = \(A0 = R1.L \* R2.H\) \(ISS2\);
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a4: 63 c1 0a 22 R0.L = \(A0 = R1.L \* R2.H\) \(IH\);
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a8: 0b c0 0a 22 R0 = \(A0 = R1.L \* R2.H\);
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ac: 8b c0 0a 22 R0 = \(A0 = R1.L \* R2.H\) \(FU\);
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b0: 0b c1 0a 22 R0 = \(A0 = R1.L \* R2.H\) \(IS\);
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b4: 8b c1 0a 22 R0 = \(A0 = R1.L \* R2.H\) \(IU\);
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b8: 2b c0 0a 22 R0 = \(A0 = R1.L \* R2.H\) \(S2RND\);
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bc: 2b c1 0a 22 R0 = \(A0 = R1.L \* R2.H\) \(ISS2\);
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72
gas/testsuite/gas/bfin/arith_mode.s
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72
gas/testsuite/gas/bfin/arith_mode.s
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.text
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// Accumulator to Half D-register Moves
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R0.L = A0;
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R0.L = A0 (FU);
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R0.L = A0 (IS);
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R0.L = A0 (IU);
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R0.L = A0 (T);
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R0.L = A0 (TFU); // Not documented
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R0.L = A0 (S2RND);
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R0.L = A0 (ISS2);
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R0.L = A0 (IH);
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// Accumulator to D-register Moves
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R0 = A0;
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R0 = A0 (FU);
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R0 = A0 (IS); // Not documented
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R0 = A0 (IU); // Not documented
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R0 = A0 (S2RND);
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R0 = A0 (ISS2);
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// Multiply 16-Bit Operands to Half Dreg
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R0.H = R1.L * R2.H;
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R0.H = R1.L * R2.H (FU);
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R0.H = R1.L * R2.H (IS);
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R0.H = R1.L * R2.H (IU);
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R0.H = R1.L * R2.H (T);
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R0.H = R1.L * R2.H (TFU);
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R0.H = R1.L * R2.H (S2RND);
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R0.H = R1.L * R2.H (ISS2);
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R0.H = R1.L * R2.H (IH);
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// Multiply 16-Bit Operands to Dreg
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R0 = R1.L * R2.H;
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R0 = R1.L * R2.H (FU);
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R0 = R1.L * R2.H (IS);
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R0 = R1.L * R2.H (S2RND); // Not documented
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R0 = R1.L * R2.H (ISS2);
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// Multiply and Multiply-Accumulate to Accumulator
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A0 = R1.L * R2.H;
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A0 = R1.L * R2.H (FU);
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A0 = R1.L * R2.H (IS);
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A0 = R1.L * R2.H (W32);
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// Multiply and Multiply-Accumulate to Half-Register
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R0.L = (A0 = R1.L * R2.H);
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R0.L = (A0 = R1.L * R2.H) (FU);
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R0.L = (A0 = R1.L * R2.H) (IS);
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R0.L = (A0 = R1.L * R2.H) (IU);
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R0.L = (A0 = R1.L * R2.H) (T);
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R0.L = (A0 = R1.L * R2.H) (TFU);
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R0.L = (A0 = R1.L * R2.H) (S2RND);
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R0.L = (A0 = R1.L * R2.H) (ISS2);
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R0.L = (A0 = R1.L * R2.H) (IH);
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// Multiply and Multiply-Accumulate to Data Register
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R0 = (A0 = R1.L * R2.H);
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R0 = (A0 = R1.L * R2.H) (FU);
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R0 = (A0 = R1.L * R2.H) (IS);
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R0 = (A0 = R1.L * R2.H) (IU); // Not documented
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R0 = (A0 = R1.L * R2.H) (S2RND);
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R0 = (A0 = R1.L * R2.H) (ISS2);
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@ -2,6 +2,7 @@
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if [istarget bfin*-*-*] {
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run_dump_test "arithmetic"
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run_dump_test "arith_mode"
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run_dump_test "bit"
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run_dump_test "bit2"
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run_dump_test "cache"
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run_list_test "expected_comparison_errors" ""
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run_dump_test "flow"
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run_dump_test "flow2"
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run_list_test "invalid_arith_mode" ""
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run_dump_test "load"
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run_dump_test "logical"
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run_dump_test "logical2"
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23
gas/testsuite/gas/bfin/invalid_arith_mode.l
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23
gas/testsuite/gas/bfin/invalid_arith_mode.l
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.*: Assembler messages:
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.*:7: Error: bad option.
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.*:11: Error: bad option.
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.*:12: Error: bad option.
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.*:13: Error: bad option.
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.*:14: Error: bad option.
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.*:18: Error: bad option..
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.*:22: Error: bad option.
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.*:23: Error: bad option.
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.*:24: Error: bad option.
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.*:25: Error: bad option.
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.*:26: Error: bad option.
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.*:30: Error: bad option.
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.*:31: Error: bad option.
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.*:32: Error: bad option.
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.*:33: Error: bad option.
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.*:34: Error: bad option.
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.*:35: Error: bad option.
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.*:39: Error: bad option.
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.*:43: Error: bad option.
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.*:44: Error: bad option.
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.*:45: Error: bad option.
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.*:46: Error: bad option.
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46
gas/testsuite/gas/bfin/invalid_arith_mode.s
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46
gas/testsuite/gas/bfin/invalid_arith_mode.s
Normal file
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.text
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// All available modes: FU, IS, IU, T, TFU, S2RND, ISS2, IH, W32
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// Accumulator to Half D-register Moves
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R0.L = A0 (W32);
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// Accumulator to D-register Moves
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R0 = A0 (T);
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R0 = A0 (TFU);
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R0 = A0 (IH);
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R0 = A0 (W32);
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// Multiply 16-Bit Operands to Half Dreg
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R0.H = R1.L * R2.H (W32);
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// Multiply 16-Bit Operands to Dreg
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R0 = R1.L * R2.H (IU);
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R0 = R1.L * R2.H (T);
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R0 = R1.L * R2.H (TFU);
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R0 = R1.L * R2.H (IH);
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R0 = R1.L * R2.H (W32);
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// Multiply and Multiply-Accumulate to Accumulator
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A0 = R1.L * R2.H (IU);
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A0 = R1.L * R2.H (T);
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A0 = R1.L * R2.H (TFU);
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A0 = R1.L * R2.H (S2RND);
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A0 = R1.L * R2.H (ISS2);
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A0 = R1.L * R2.H (IH);
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// Multiply and Multiply-Accumulate to Half-Register
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R0.L = (A0 = R1.L * R2.H) (W32);
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// Multiply and Multiply-Accumulate to Data Register
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R0 = (A0 = R1.L * R2.H) (T);
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R0 = (A0 = R1.L * R2.H) (TFU);
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R0 = (A0 = R1.L * R2.H) (IH);
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R0 = (A0 = R1.L * R2.H) (W32);
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