Signed-off-by: Peter Pöschl <[email protected]>
---
urjtag/tests/stapl/jamexp_shrd.c | 109 ++++++++++++++++++-------------
urjtag/tests/stapl/jamexp_shrd.h | 2 +-
2 files changed, 65 insertions(+), 46 deletions(-)
diff --git a/urjtag/tests/stapl/jamexp_shrd.c b/urjtag/tests/stapl/jamexp_shrd.c
index 13d283e4..85e32116 100644
--- a/urjtag/tests/stapl/jamexp_shrd.c
+++ b/urjtag/tests/stapl/jamexp_shrd.c
@@ -123,58 +123,77 @@ struct sEvalExpSpec EvalSpecAry[EVAL_EXP_NRELM]
// P1: default START_SYMBOL accept production?
// P2: bool literal param of INT function
{.expr = "INT(#10001)", .ret_x = JAMC_SUCCESS, .res_x = 17,
.typ_x = JAM_INTEGER_EXPR, },
+ // pound RHS can be a primary_expr
+ {.expr = "INT(#(10001))",.ret_x = JAMC_SUCCESS, .res_x = 17,
.typ_x = JAM_INTEGER_EXPR, },
+ // pound RHS can be an expr
+ {.expr = "INT(#+10001)", .ret_x = JAMC_SUCCESS, .res_x = 17,
.typ_x = JAM_INTEGER_EXPR, },
// P3: bool array ref param of INT function
{.expr = "INT($BOOLAFFE_[7])", .ret_x = JAMC_SUCCESS, .res_x = 0,
.typ_x = JAM_INTEGER_EXPR, },
+ // array index can be a primary_expr
+ {.expr = "INT($BOOLAFFE_[(7)])", .ret_x = JAMC_SUCCESS,.res_x = 0,
.typ_x = JAM_INTEGER_EXPR, },
+ // [5]
+ // array index can be an expr
+ {.expr = "INT($BOOLAFFE_[+7])", .ret_x = JAMC_SUCCESS, .res_x = 0,
.typ_x = JAM_INTEGER_EXPR, },
// P4: bool array range param of INT function
{.expr = "INT(BOOLAFFE_[60..63])", .ret_x = JAMC_SUCCESS, .res_x = 5,
.typ_x = JAM_INTEGER_EXPR, },
+ // left array index can be a primary_expr
+ {.expr = "INT(BOOLAFFE_[(60)..63])", .ret_x = JAMC_SUCCESS, .res_x = 5,
.typ_x = JAM_INTEGER_EXPR, },
+ // left array index can be an expr
+ {.expr = "INT(BOOLAFFE_[+60..63])", .ret_x = JAMC_SUCCESS, .res_x = 5,
.typ_x = JAM_INTEGER_EXPR, },
+ // right array index can be a primary_expr
+ {.expr = "INT(BOOLAFFE_[60..(63)])", .ret_x = JAMC_SUCCESS, .res_x = 5,
.typ_x = JAM_INTEGER_EXPR, },
+ // [10]
+ // right array index can be an expr
+ {.expr = "INT(BOOLAFFE_[60..+63])", .ret_x = JAMC_SUCCESS, .res_x = 5,
.typ_x = JAM_INTEGER_EXPR, },
// ???? Success from 64-bit bool array?
{.expr = "INT(BOOLAFFE_[0..63])", .ret_x = JAMC_SUCCESS, .res_x =
-2147450891, .typ_x = JAM_INTEGER_EXPR, },
// P5: bool array param of INT function
{.expr = "INT(BOOL_BAFF[])",.ret_x = JAMC_SUCCESS, .res_x = 0x0000baff,
.typ_x = JAM_INTEGER_EXPR, },
// P6: good literals and identifiers
- // [5]
{.expr = "42", .ret_x = JAMC_SUCCESS, .res_x = 42,
.typ_x = JAM_INTEGER_EXPR, },
{.expr = "0", .ret_x = JAMC_SUCCESS, .res_x = 0,
.typ_x = JAM_INT_OR_BOOL_EXPR,},
+ // [15]
{.expr = "1", .ret_x = JAMC_SUCCESS, .res_x = 1,
.typ_x = JAM_INT_OR_BOOL_EXPR,},
{.expr = "10001", .ret_x = JAMC_SUCCESS, .res_x = 10001,
.typ_x = JAM_INTEGER_EXPR, },
{.expr = "2147483647", .ret_x = JAMC_SUCCESS, .res_x = 2147483647,
.typ_x = JAM_INTEGER_EXPR, },
- // [10]
#ifdef __code_model_32__
{.expr = "2147483648", .ret_x = JAMC_SUCCESS, .res_x = 2147483647,
.typ_x = JAM_INTEGER_EXPR, },
{.expr = "4294967295", .ret_x = JAMC_SUCCESS, .res_x = 2147483647,
.typ_x = JAM_INTEGER_EXPR, },
+ // [20]
{.expr = "4294967296", .ret_x = JAMC_SUCCESS, .res_x = 2147483647,
.typ_x = JAM_INTEGER_EXPR, },
{.expr = "4294967297", .ret_x = JAMC_SUCCESS, .res_x = 2147483647,
.typ_x = JAM_INTEGER_EXPR, },
{.expr = "4294967298", .ret_x = JAMC_SUCCESS, .res_x = 2147483647,
.typ_x = JAM_INTEGER_EXPR, },
#else
{.expr = "2147483648", .ret_x = JAMC_SUCCESS, .res_x = -2147483648,
.typ_x = JAM_INTEGER_EXPR, },
{.expr = "4294967295", .ret_x = JAMC_SUCCESS, .res_x = -1,
.typ_x = JAM_INTEGER_EXPR, },
+ // [20]
{.expr = "4294967296", .ret_x = JAMC_SUCCESS, .res_x = 0,
.typ_x = JAM_INT_OR_BOOL_EXPR,},
{.expr = "4294967297", .ret_x = JAMC_SUCCESS, .res_x = 1,
.typ_x = JAM_INT_OR_BOOL_EXPR,},
{.expr = "4294967298", .ret_x = JAMC_SUCCESS, .res_x = 2,
.typ_x = JAM_INTEGER_EXPR,},
#endif
- // [15]
{.expr = "BOOL0", .ret_x = JAMC_SUCCESS, .res_x = 0,
.typ_x = JAM_BOOLEAN_EXPR, },
{.expr = "INT23", .ret_x = JAMC_SUCCESS, .res_x = 23,
.typ_x = JAM_INTEGER_EXPR, },
+ // [25]
// P7: parenthesized literals and identifiers
{.expr = "(42)", .ret_x = JAMC_SUCCESS, .res_x = 42,
.typ_x = JAM_INTEGER_EXPR, },
{.expr = "(0)", .ret_x = JAMC_SUCCESS, .res_x = 0,
.typ_x = JAM_INT_OR_BOOL_EXPR,},
{.expr = "(1)", .ret_x = JAMC_SUCCESS, .res_x = 1,
.typ_x = JAM_INT_OR_BOOL_EXPR,},
- // [20]
{.expr = "(BOOL0)", .ret_x = JAMC_SUCCESS, .res_x = 0,
.typ_x = JAM_BOOLEAN_EXPR, },
{.expr = "(INT23)", .ret_x = JAMC_SUCCESS, .res_x = 23,
.typ_x = JAM_INTEGER_EXPR, },
+ // [30]
{.expr = "(1||0)", .ret_x = JAMC_SUCCESS, .res_x = 1,
.typ_x = JAM_BOOLEAN_EXPR, },
{.expr = "(2+3)", .ret_x = JAMC_SUCCESS, .res_x = 5,
.typ_x = JAM_INTEGER_EXPR, },
// P8-P11: prec 1 unary ops +, -, !, ~
{.expr = "+42", .ret_x = JAMC_SUCCESS, .res_x = 42,
.typ_x = JAM_INTEGER_EXPR, },
- // [25]
{.expr = "+0", .ret_x = JAMC_SUCCESS, .res_x = 0,
.typ_x = JAM_INT_OR_BOOL_EXPR,},
{.expr = "+1", .ret_x = JAMC_SUCCESS, .res_x = 1,
.typ_x = JAM_INT_OR_BOOL_EXPR,},
+ // [35]
{.expr = "+BOOL0", .ret_x = JAMC_SUCCESS, .res_x = 0,
.typ_x = JAM_BOOLEAN_EXPR, },
{.expr = "+INT23", .ret_x = JAMC_SUCCESS, .res_x = 23,
.typ_x = JAM_INTEGER_EXPR, },
{.expr = "++INT23", .ret_x = JAMC_SUCCESS, .res_x = 23,
.typ_x = JAM_INTEGER_EXPR, },
- // [30]
{.expr = "-42", .ret_x = JAMC_SUCCESS, .res_x = -42,
.typ_x = JAM_INTEGER_EXPR, },
{.expr = "-0", .ret_x = JAMC_SUCCESS, .res_x = 0,
.typ_x = JAM_INTEGER_EXPR, },
+ // [40]
{.expr = "-1", .ret_x = JAMC_SUCCESS, .res_x = -1,
.typ_x = JAM_INTEGER_EXPR, },
#ifdef __code_model_32__
{.expr = "-2147483648", .ret_x = JAMC_SUCCESS, .res_x = -2147483647,
.typ_x = JAM_INTEGER_EXPR, },
@@ -182,259 +201,258 @@ struct sEvalExpSpec EvalSpecAry[EVAL_EXP_NRELM]
{.expr = "-2147483648", .ret_x = JAMC_SUCCESS, .res_x = -2147483648,
.typ_x = JAM_INTEGER_EXPR, },
#endif
{.expr = "-BOOL0", .ret_x = JAMC_TYPE_MISMATCH, .res_x = 0xdead,
.typ_x = 0xdead, },
- // [35]
{.expr = "-INT23", .ret_x = JAMC_SUCCESS, .res_x = -23,
.typ_x = JAM_INTEGER_EXPR, },
{.expr = "--INT23", .ret_x = JAMC_SUCCESS, .res_x = 23,
.typ_x = JAM_INTEGER_EXPR, },
+ // [45]
{.expr = "-+INT23", .ret_x = JAMC_SUCCESS, .res_x = -23,
.typ_x = JAM_INTEGER_EXPR, },
{.expr = "+-INT23", .ret_x = JAMC_SUCCESS, .res_x = -23,
.typ_x = JAM_INTEGER_EXPR, },
{.expr = "!42", .ret_x = JAMC_TYPE_MISMATCH, .res_x = 0xdead,
.typ_x = 0xdead, },
- // [40]
{.expr = "!0", .ret_x = JAMC_SUCCESS, .res_x = 1,
.typ_x = JAM_BOOLEAN_EXPR, },
{.expr = "!1", .ret_x = JAMC_SUCCESS, .res_x = 0,
.typ_x = JAM_BOOLEAN_EXPR, },
+ // [50]
{.expr = "!BOOL0", .ret_x = JAMC_SUCCESS, .res_x = 1,
.typ_x = JAM_BOOLEAN_EXPR, },
{.expr = "!INT23", .ret_x = JAMC_TYPE_MISMATCH, .res_x = 23 ^
0xffffffff, .typ_x = JAM_INTEGER_EXPR, },
{.expr = "!!BOOL0", .ret_x = JAMC_SUCCESS, .res_x = 0,
.typ_x = JAM_BOOLEAN_EXPR, },
- // [45]
{.expr = "~42", .ret_x = JAMC_SUCCESS, .res_x = 42 ^
0xffffffff, .typ_x = JAM_INTEGER_EXPR, },
{.expr = "~0", .ret_x = JAMC_SUCCESS, .res_x = 0xffffffff,
.typ_x = JAM_INTEGER_EXPR, },
+ // [55]
{.expr = "~1", .ret_x = JAMC_SUCCESS, .res_x = 0xfffffffe,
.typ_x = JAM_INTEGER_EXPR, },
{.expr = "~BOOL0", .ret_x = JAMC_TYPE_MISMATCH, .res_x = 0xdead,
.typ_x = 0xdead, },
{.expr = "~INT23", .ret_x = JAMC_SUCCESS, .res_x = 23 ^
0xffffffff, .typ_x = JAM_INTEGER_EXPR, },
- // [50]
{.expr = "~~42", .ret_x = JAMC_SUCCESS, .res_x = 42,
.typ_x = JAM_INTEGER_EXPR, },
// P14-P16: prec 2 binary ops *, /, %
{.expr = "2*3", .ret_x = JAMC_SUCCESS, .res_x = 6,
.typ_x = JAM_INTEGER_EXPR, },
+ // [60]
{.expr = "2*INT23", .ret_x = JAMC_SUCCESS, .res_x = 46,
.typ_x = JAM_INTEGER_EXPR, },
{.expr = "INT23*2", .ret_x = JAMC_SUCCESS, .res_x = 46,
.typ_x = JAM_INTEGER_EXPR, },
{.expr = "INT23*INT23", .ret_x = JAMC_SUCCESS, .res_x = 529,
.typ_x = JAM_INTEGER_EXPR, },
- // [55]
{.expr = "-2*3", .ret_x = JAMC_SUCCESS, .res_x = -6,
.typ_x = JAM_INTEGER_EXPR, },
{.expr = "2*-3", .ret_x = JAMC_SUCCESS, .res_x = -6,
.typ_x = JAM_INTEGER_EXPR, },
+ // [65]
{.expr = "1*BOOL0", .ret_x = JAMC_TYPE_MISMATCH, .res_x = 0xdead,
.typ_x = 0xdead, },
{.expr = "BOOL0*2", .ret_x = JAMC_TYPE_MISMATCH, .res_x = 0xdead,
.typ_x = 0xdead, },
{.expr = "BOOL0*BOOL1", .ret_x = JAMC_TYPE_MISMATCH, .res_x = 0xdead,
.typ_x = 0xdead, },
- // [60]
{.expr = "INT23*BOOL0", .ret_x = JAMC_TYPE_MISMATCH, .res_x = 0xdead,
.typ_x = 0xdead, },
{.expr = "BOOL1*INT23", .ret_x = JAMC_TYPE_MISMATCH, .res_x = 0xdead,
.typ_x = 0xdead, },
+ // [70]
{.expr = "2*3*4", .ret_x = JAMC_SUCCESS, .res_x = 24,
.typ_x = JAM_INTEGER_EXPR, },
{.expr = "6/2", .ret_x = JAMC_SUCCESS, .res_x = 3,
.typ_x = JAM_INTEGER_EXPR, },
{.expr = "6/4", .ret_x = JAMC_SUCCESS, .res_x = 1,
.typ_x = JAM_INTEGER_EXPR, },
- // [65]
{.expr = "6/0", .ret_x = JAMC_DIVIDE_BY_ZERO,.res_x = 0xdead,
.typ_x = 0xdead, },
{.expr = "6%2", .ret_x = JAMC_SUCCESS, .res_x = 0,
.typ_x = JAM_INTEGER_EXPR, },
+ // [75]
// P12-P13: prec 3 binary ops +, -
{.expr = "2+3", .ret_x = JAMC_SUCCESS, .res_x = 5,
.typ_x = JAM_INTEGER_EXPR, },
{.expr = "2147483647+1",.ret_x = JAMC_INTEGER_OVERFLOW, .res_x = 0xdead,
.typ_x = 0xdead, },
{.expr = "2+INT23", .ret_x = JAMC_SUCCESS, .res_x = 25,
.typ_x = JAM_INTEGER_EXPR, },
- // [70]
{.expr = "INT23+2", .ret_x = JAMC_SUCCESS, .res_x = 25,
.typ_x = JAM_INTEGER_EXPR, },
{.expr = "INT23+INT23", .ret_x = JAMC_SUCCESS, .res_x = 46,
.typ_x = JAM_INTEGER_EXPR, },
+ // [80]
{.expr = "2+3+4", .ret_x = JAMC_SUCCESS, .res_x = 9,
.typ_x = JAM_INTEGER_EXPR, },
{.expr = "2*3+4", .ret_x = JAMC_SUCCESS, .res_x = 10,
.typ_x = JAM_INTEGER_EXPR, },
{.expr = "2+3*4", .ret_x = JAMC_SUCCESS, .res_x = 14,
.typ_x = JAM_INTEGER_EXPR, },
- // [75]
{.expr = "2-3", .ret_x = JAMC_SUCCESS, .res_x = -1,
.typ_x = JAM_INTEGER_EXPR, },
#ifdef __code_model_32__
{.expr = "0-2147483648",.ret_x = JAMC_SUCCESS, .res_x = -2147483647,
.typ_x = JAM_INTEGER_EXPR, },
#else
{.expr = "0-2147483648",.ret_x = JAMC_SUCCESS, .res_x = -2147483648,
.typ_x = JAM_INTEGER_EXPR, },
#endif
+ // [85]
{.expr = "S32MIN-1", .ret_x = JAMC_INTEGER_OVERFLOW, .res_x = 0xdead,
.typ_x = 0xdead, },
// P22-P23: prec 4 binary ops <<, >>
{.expr = "1<<0", .ret_x = JAMC_SUCCESS, .res_x = 1,
.typ_x = JAM_INTEGER_EXPR, },
{.expr = "1<<30", .ret_x = JAMC_SUCCESS, .res_x = 1073741824,
.typ_x = JAM_INTEGER_EXPR, },
- // [80]
{.expr = "1<<31", .ret_x = JAMC_SUCCESS, .res_x = -2147483648,
.typ_x = JAM_INTEGER_EXPR, },
{.expr = "1<<32", .ret_x = JAMC_SUCCESS, .res_x = 1,
.typ_x = JAM_INTEGER_EXPR, },
+ // [90]
{.expr = "1<<33", .ret_x = JAMC_SUCCESS, .res_x = 2,
.typ_x = JAM_INTEGER_EXPR, },
{.expr = "1<<34", .ret_x = JAMC_SUCCESS, .res_x = 4,
.typ_x = JAM_INTEGER_EXPR, },
{.expr = "1<<62", .ret_x = JAMC_SUCCESS, .res_x = 1073741824,
.typ_x = JAM_INTEGER_EXPR, },
- // [85]
{.expr = "1<<63", .ret_x = JAMC_SUCCESS, .res_x = -2147483648,
.typ_x = JAM_INTEGER_EXPR, },
{.expr = "1<<1<<2", .ret_x = JAMC_SUCCESS, .res_x = 8,
.typ_x = JAM_INTEGER_EXPR, },
+ // [95]
{.expr = "1+1<<2", .ret_x = JAMC_SUCCESS, .res_x = 8,
.typ_x = JAM_INTEGER_EXPR, },
{.expr = "1<<2+3", .ret_x = JAMC_SUCCESS, .res_x = 32,
.typ_x = JAM_INTEGER_EXPR, },
{.expr = "2>>1", .ret_x = JAMC_SUCCESS, .res_x = 1,
.typ_x = JAM_INTEGER_EXPR, },
- // [90]
{.expr = "2>>2", .ret_x = JAMC_SUCCESS, .res_x = 0,
.typ_x = JAM_INTEGER_EXPR, },
{.expr = "2>>4", .ret_x = JAMC_SUCCESS, .res_x = 0,
.typ_x = JAM_INTEGER_EXPR, },
+ // [10]
{.expr = "S32MIN>>1", .ret_x = JAMC_SUCCESS, .res_x =
-1073741824,/*?*/.typ_x = JAM_INTEGER_EXPR, },
{.expr = "S32MIN>>2", .ret_x = JAMC_SUCCESS, .res_x = -536870912,
/*?*/.typ_x = JAM_INTEGER_EXPR, },
// P26-P29: prec 5 binary ops >, <, >=, <=
{.expr = "2<4", .ret_x = JAMC_SUCCESS, .res_x = 1,
.typ_x = JAM_BOOLEAN_EXPR, },
- // [95]
{.expr = "0<4", .ret_x = JAMC_SUCCESS, .res_x = 1,
.typ_x = JAM_BOOLEAN_EXPR, },
{.expr = "1<4", .ret_x = JAMC_SUCCESS, .res_x = 1,
.typ_x = JAM_BOOLEAN_EXPR, },
+ // [105]
{.expr = "1<4<2", .ret_x = JAMC_TYPE_MISMATCH, .res_x = 0xdead,
.typ_x = 0xdead, },
{.expr = "1<<1<4", .ret_x = JAMC_SUCCESS, .res_x = 1,
.typ_x = JAM_BOOLEAN_EXPR, },
{.expr = "1<1<<4", .ret_x = JAMC_SUCCESS, .res_x = 1,
.typ_x = JAM_BOOLEAN_EXPR, },
- // [100]
{.expr = "1<4", .ret_x = JAMC_SUCCESS, .res_x = 1,
.typ_x = JAM_BOOLEAN_EXPR, },
{.expr = "2<=4", .ret_x = JAMC_SUCCESS, .res_x = 1,
.typ_x = JAM_BOOLEAN_EXPR, },
+ // [110]
{.expr = "2>4", .ret_x = JAMC_SUCCESS, .res_x = 0,
.typ_x = JAM_BOOLEAN_EXPR, },
{.expr = "2>=4", .ret_x = JAMC_SUCCESS, .res_x = 0,
.typ_x = JAM_BOOLEAN_EXPR, },
// P24-P25: prec 6 binary ops ==, !=
{.expr = "2==2", .ret_x = JAMC_SUCCESS, .res_x = 1,
.typ_x = JAM_BOOLEAN_EXPR, },
- // [105]
{.expr = "2==2==2", .ret_x = JAMC_TYPE_MISMATCH, .res_x = 0xdead,
.typ_x = 0xdead, },
{.expr = "2<3==2", .ret_x = JAMC_TYPE_MISMATCH, .res_x = 0xdead,
.typ_x = 0xdead, },
+ // [115]
{.expr = "2==2<3", .ret_x = JAMC_TYPE_MISMATCH, .res_x = 0xdead,
.typ_x = 0xdead, },
{.expr = "1<<1==2", .ret_x = JAMC_SUCCESS, .res_x = 1,
.typ_x = JAM_BOOLEAN_EXPR, },
{.expr = "2==1<<1", .ret_x = JAMC_SUCCESS, .res_x = 1,
.typ_x = JAM_BOOLEAN_EXPR, },
- // [110]
{.expr = "2!=2", .ret_x = JAMC_SUCCESS, .res_x = 0,
.typ_x = JAM_BOOLEAN_EXPR, },
// P17: prec 7 binary ops &
{.expr = "3&1", .ret_x = JAMC_SUCCESS, .res_x = 1,
.typ_x = JAM_INTEGER_EXPR, },
+ // [120]
{.expr = "3&0", .ret_x = JAMC_SUCCESS, .res_x = 0,
.typ_x = JAM_INTEGER_EXPR, },
{.expr = "1&3", .ret_x = JAMC_SUCCESS, .res_x = 1,
.typ_x = JAM_INTEGER_EXPR, },
{.expr = "0&3", .ret_x = JAMC_SUCCESS, .res_x = 0,
.typ_x = JAM_INTEGER_EXPR, },
- // [115]
{.expr = "3&BOOL1", .ret_x = JAMC_TYPE_MISMATCH, .res_x = 0xdead,
.typ_x = 0xdead, },
{.expr = "BOOL1&3", .ret_x = JAMC_TYPE_MISMATCH, .res_x = 0xdead,
.typ_x = 0xdead, },
+ // [125]
{.expr = "BOOL1&BOOL0", .ret_x = JAMC_TYPE_MISMATCH, .res_x = 0xdead,
.typ_x = 0xdead, },
{.expr = "3&7==7", .ret_x = JAMC_TYPE_MISMATCH, .res_x = 0xdead,
.typ_x = 0xdead, },
{.expr = "4==4&3", .ret_x = JAMC_TYPE_MISMATCH, .res_x = 0xdead,
.typ_x = 0xdead, },
- // [120]
{.expr = "7&3&2", .ret_x = JAMC_SUCCESS, .res_x = 2,
.typ_x = JAM_INTEGER_EXPR, },
{.expr = "1<<1&3", .ret_x = JAMC_SUCCESS, .res_x = 2,
.typ_x = JAM_INTEGER_EXPR, },
+ // [130]
{.expr = "4&1<<2", .ret_x = JAMC_SUCCESS, .res_x = 4,
.typ_x = JAM_INTEGER_EXPR, },
// P19: prec 8 binary ops ^
{.expr = "3^1", .ret_x = JAMC_SUCCESS, .res_x = 2,
.typ_x = JAM_INTEGER_EXPR, },
{.expr = "3^0", .ret_x = JAMC_SUCCESS, .res_x = 3,
.typ_x = JAM_INTEGER_EXPR, },
- // [125]
{.expr = "1^3", .ret_x = JAMC_SUCCESS, .res_x = 2,
.typ_x = JAM_INTEGER_EXPR, },
{.expr = "0^3", .ret_x = JAMC_SUCCESS, .res_x = 3,
.typ_x = JAM_INTEGER_EXPR, },
+ // [135]
{.expr = "3^BOOL1", .ret_x = JAMC_TYPE_MISMATCH, .res_x = 0xdead,
.typ_x = 0xdead, },
{.expr = "BOOL1^3", .ret_x = JAMC_TYPE_MISMATCH, .res_x = 0xdead,
.typ_x = 0xdead, },
{.expr = "BOOL1^BOOL0", .ret_x = JAMC_TYPE_MISMATCH, .res_x = 0xdead,
.typ_x = 0xdead, },
- // [130]
{.expr = "7^3^12", .ret_x = JAMC_SUCCESS, .res_x = 8,
.typ_x = JAM_INTEGER_EXPR, },
{.expr = "7^4&12", .ret_x = JAMC_SUCCESS, .res_x = 3,
.typ_x = JAM_INTEGER_EXPR, },
+ // [140]
{.expr = "7&3^12", .ret_x = JAMC_SUCCESS, .res_x = 15,
.typ_x = JAM_INTEGER_EXPR, },
// P18: prec 9 binary ops |
{.expr = "1|2", .ret_x = JAMC_SUCCESS, .res_x = 3,
.typ_x = JAM_INTEGER_EXPR, },
{.expr = "0|2", .ret_x = JAMC_SUCCESS, .res_x = 2,
.typ_x = JAM_INTEGER_EXPR, },
- // [135]
{.expr = "2|1", .ret_x = JAMC_SUCCESS, .res_x = 3,
.typ_x = JAM_INTEGER_EXPR, },
{.expr = "2|0", .ret_x = JAMC_SUCCESS, .res_x = 2,
.typ_x = JAM_INTEGER_EXPR, },
+ // [145]
{.expr = "3|BOOL1", .ret_x = JAMC_TYPE_MISMATCH, .res_x = 0xdead,
.typ_x = 0xdead, },
{.expr = "BOOL1|3", .ret_x = JAMC_TYPE_MISMATCH, .res_x = 0xdead,
.typ_x = 0xdead, },
{.expr = "BOOL1|BOOL0", .ret_x = JAMC_TYPE_MISMATCH, .res_x = 0xdead,
.typ_x = 0xdead, },
- // [140]
{.expr = "1|2|4", .ret_x = JAMC_SUCCESS, .res_x = 7,
.typ_x = JAM_INTEGER_EXPR, },
{.expr = "1|2^4", .ret_x = JAMC_SUCCESS, .res_x = 7,
.typ_x = JAM_INTEGER_EXPR, },
+ // [150]
{.expr = "1^2|4", .ret_x = JAMC_SUCCESS, .res_x = 7,
.typ_x = JAM_INTEGER_EXPR, },
// P20: prec 10 binary ops &&
{.expr = "1&&1", .ret_x = JAMC_SUCCESS, .res_x = 1,
.typ_x = JAM_BOOLEAN_EXPR, },
{.expr = "1&&0", .ret_x = JAMC_SUCCESS, .res_x = 0,
.typ_x = JAM_BOOLEAN_EXPR, },
- // [145]
{.expr = "0&&1", .ret_x = JAMC_SUCCESS, .res_x = 0,
.typ_x = JAM_BOOLEAN_EXPR, },
{.expr = "0&&0", .ret_x = JAMC_SUCCESS, .res_x = 0,
.typ_x = JAM_BOOLEAN_EXPR, },
+ // [155]
{.expr = "BOOL1&&BOOL1",.ret_x = JAMC_SUCCESS, .res_x = 1,
.typ_x = JAM_BOOLEAN_EXPR, },
{.expr = "BOOL1&&BOOL0",.ret_x = JAMC_SUCCESS, .res_x = 0,
.typ_x = JAM_BOOLEAN_EXPR, },
{.expr = "BOOL0&&BOOL1",.ret_x = JAMC_SUCCESS, .res_x = 0,
.typ_x = JAM_BOOLEAN_EXPR, },
- // [150]
{.expr = "BOOL0&&BOOL0",.ret_x = JAMC_SUCCESS, .res_x = 0,
.typ_x = JAM_BOOLEAN_EXPR, },
{.expr = "2&&1", .ret_x = JAMC_TYPE_MISMATCH, .res_x = 0xdead,
.typ_x = 0xdead, },
+ // [160]
{.expr = "1&&2", .ret_x = JAMC_TYPE_MISMATCH, .res_x = 0xdead,
.typ_x = 0xdead, },
{.expr = "2&&2", .ret_x = JAMC_TYPE_MISMATCH, .res_x = 0xdead,
.typ_x = 0xdead, },
{.expr = "1&&1&&1", .ret_x = JAMC_SUCCESS, .res_x = 1,
.typ_x = JAM_BOOLEAN_EXPR, },
- // [155]
{.expr = "1|1&&1", .ret_x = JAMC_TYPE_MISMATCH, .res_x = 0xdead,
.typ_x = 0xdead, },
{.expr = "1&&1|1", .ret_x = JAMC_TYPE_MISMATCH, .res_x = 0xdead,
.typ_x = 0xdead, },
+ // [165]
// P21: prec 11 binary ops ||
{.expr = "1||1", .ret_x = JAMC_SUCCESS, .res_x = 1,
.typ_x = JAM_BOOLEAN_EXPR, },
{.expr = "1||0", .ret_x = JAMC_SUCCESS, .res_x = 1,
.typ_x = JAM_BOOLEAN_EXPR, },
{.expr = "0||1", .ret_x = JAMC_SUCCESS, .res_x = 1,
.typ_x = JAM_BOOLEAN_EXPR, },
- // [160]
{.expr = "0||0", .ret_x = JAMC_SUCCESS, .res_x = 0,
.typ_x = JAM_BOOLEAN_EXPR, },
{.expr = "BOOL1||BOOL1",.ret_x = JAMC_SUCCESS, .res_x = 1,
.typ_x = JAM_BOOLEAN_EXPR, },
+ // [170]
{.expr = "BOOL1||BOOL0",.ret_x = JAMC_SUCCESS, .res_x = 1,
.typ_x = JAM_BOOLEAN_EXPR, },
{.expr = "BOOL0||BOOL1",.ret_x = JAMC_SUCCESS, .res_x = 1,
.typ_x = JAM_BOOLEAN_EXPR, },
{.expr = "BOOL0||BOOL0",.ret_x = JAMC_SUCCESS, .res_x = 0,
.typ_x = JAM_BOOLEAN_EXPR, },
- // [165]
{.expr = "2||1", .ret_x = JAMC_TYPE_MISMATCH, .res_x = 0xdead,
.typ_x = 0xdead, },
{.expr = "1||2", .ret_x = JAMC_TYPE_MISMATCH, .res_x = 0xdead,
.typ_x = 0xdead, },
+ // [175]
{.expr = "2||2", .ret_x = JAMC_TYPE_MISMATCH, .res_x = 0xdead,
.typ_x = 0xdead, },
{.expr = "1||1||0", .ret_x = JAMC_SUCCESS, .res_x = 1,
.typ_x = JAM_BOOLEAN_EXPR, },
{.expr = "1&&1||0", .ret_x = JAMC_SUCCESS, .res_x = 1,
.typ_x = JAM_BOOLEAN_EXPR, },
- // [170]
{.expr = "1||1&&0", .ret_x = JAMC_SUCCESS, .res_x = 1,
.typ_x = JAM_BOOLEAN_EXPR, },
{.expr = "1&&1==1", .ret_x = JAMC_SUCCESS, .res_x = 1,
.typ_x = JAM_BOOLEAN_EXPR, },
+ // [180]
{.expr = "1==1&&1", .ret_x = JAMC_SUCCESS, .res_x = 1,
.typ_x = JAM_BOOLEAN_EXPR, },
// P30: ABS function
{.expr = "ABS(3)", .ret_x = JAMC_SUCCESS, .res_x = 3,
.typ_x = JAM_INTEGER_EXPR, },
{.expr = "ABS(-3)", .ret_x = JAMC_SUCCESS, .res_x = 3,
.typ_x = JAM_INTEGER_EXPR, },
- // [175]
{.expr = "-ABS(3)", .ret_x = JAMC_SUCCESS, .res_x = -3,
.typ_x = JAM_INTEGER_EXPR, },
{.expr = "-ABS(3)+3", .ret_x = JAMC_SUCCESS, .res_x = 0,
.typ_x = JAM_INTEGER_EXPR, },
+ // [185]
// P31: INT function
{.expr = "INT($BOOL0)", .ret_x = JAMC_SUCCESS, .res_x = 0,
.typ_x = JAM_INTEGER_EXPR, },
{.expr = "INT($BOOL1)", .ret_x = JAMC_SUCCESS, .res_x = 1,
.typ_x = JAM_INTEGER_EXPR, },
{.expr = "INT($INT23)", .ret_x = JAMC_SUCCESS, .res_x = 23,
.typ_x = JAM_INTEGER_EXPR, },
// P32: LOG2 function
- // [180]
{.expr = "LOG2(4)", .ret_x = JAMC_SUCCESS, .res_x = 2,
.typ_x = JAM_INTEGER_EXPR, },
{.expr = "LOG2(5)", .ret_x = JAMC_SUCCESS, .res_x = 3,
.typ_x = JAM_INTEGER_EXPR, },
+ // [190]
{.expr = "LOG2(6)", .ret_x = JAMC_SUCCESS, .res_x = 3,
.typ_x = JAM_INTEGER_EXPR, },
{.expr = "LOG2(7)", .ret_x = JAMC_SUCCESS, .res_x = 3,
.typ_x = JAM_INTEGER_EXPR, },
{.expr = "LOG2(8)", .ret_x = JAMC_SUCCESS, .res_x = 3,
.typ_x = JAM_INTEGER_EXPR, },
// P33: SQRT function
- // [185]
{.expr = "SQRT(0)", .ret_x = JAMC_SUCCESS, .res_x = 0,
.typ_x = JAM_INTEGER_EXPR, },
{.expr = "SQRT(1)", .ret_x = JAMC_SUCCESS, .res_x = 1,
.typ_x = JAM_INTEGER_EXPR, },
+ // [195]
{.expr = "SQRT(2)", .ret_x = JAMC_SUCCESS, .res_x = 1,
.typ_x = JAM_INTEGER_EXPR, },
{.expr = "SQRT(3)", .ret_x = JAMC_SUCCESS, .res_x = 1,
.typ_x = JAM_INTEGER_EXPR, },
{.expr = "SQRT(4)", .ret_x = JAMC_SUCCESS, .res_x = 2,
.typ_x = JAM_INTEGER_EXPR, },
// P34: CEIL function
- // [190]
{.expr = "CEIL(5)", .ret_x = JAMC_SUCCESS, .res_x = 5,
.typ_x = JAM_INTEGER_EXPR, },
{.expr = "CEIL(6/4)", .ret_x = JAMC_SUCCESS, .res_x = 2,
.typ_x = JAM_INTEGER_EXPR, },
+ // [200]
{.expr = "CEIL(SQRT(3))", .ret_x = JAMC_SUCCESS, .res_x = 2,
.typ_x = JAM_INTEGER_EXPR, },
// P35: FLOOR function
{.expr = "FLOOR(5)", .ret_x = JAMC_TYPE_MISMATCH, .res_x = 0xdead,
.typ_x = 0xdead, },
{.expr = "FLOOR(LOG2(4))", .ret_x = JAMC_TYPE_MISMATCH, .res_x = 0xdead,
.typ_x = 0xdead, },
- // [195]
{.expr = "FLOOR(LOG2(5))", .ret_x = JAMC_TYPE_MISMATCH, .res_x = 0xdead,
.typ_x = 0xdead, },
// P36: array
{.expr = "BOOLAFFE_[0]", .ret_x = JAMC_SUCCESS, .res_x = 0,
.typ_x = JAM_BOOLEAN_EXPR, },
+ // [205]
{.expr = "BOOLAFFE_[1]", .ret_x = JAMC_SUCCESS, .res_x = 0,
.typ_x = JAM_BOOLEAN_EXPR, },
{.expr = "BOOLAFFE_[62]", .ret_x = JAMC_SUCCESS, .res_x = 0,
.typ_x = JAM_BOOLEAN_EXPR, },
{.expr = "BOOLAFFE_[63]", .ret_x = JAMC_SUCCESS, .res_x = 1,
.typ_x = JAM_BOOLEAN_EXPR, },
- // [200]
{.expr = "INTA5A5_[0]", .ret_x = JAMC_SUCCESS, .res_x = 0xa5a50000,
.typ_x = JAM_INTEGER_EXPR, },
{.expr = "INTA5A5_[1]", .ret_x = JAMC_SUCCESS, .res_x = 0xa5a50001,
.typ_x = JAM_INTEGER_EXPR, },
+ // [210]
{.expr = "BOOLAFFE_[-1]", .ret_x = JAMC_BOUNDS_ERROR, .res_x = 0xdead,
.typ_x = 0xdead, },
{.expr = "BOOLAFFE_[64]", .ret_x = JAMC_BOUNDS_ERROR, .res_x = 0xdead,
.typ_x = 0xdead, },
{.expr = "BOOL_BAFF[-1]", .ret_x = JAMC_BOUNDS_ERROR, .res_x = 0xdead,
.typ_x = 0xdead, },
- // [205]
{.expr = "BOOL_BAFF[16]", .ret_x = JAMC_BOUNDS_ERROR, .res_x = 0xdead,
.typ_x = 0xdead, },
{.expr = "INTA5A5_[-1]", .ret_x = JAMC_BOUNDS_ERROR, .res_x = 0xdead,
.typ_x = 0xdead, },
+ // [215]
{.expr = "INTA5A5_[2]", .ret_x = JAMC_BOUNDS_ERROR, .res_x = 0xdead,
.typ_x = 0xdead, },
{.expr = "INT_5A5A[-1]", .ret_x = JAMC_BOUNDS_ERROR, .res_x = 0xdead,
.typ_x = 0xdead, },
{.expr = "INT_5A5A[3]", .ret_x = JAMC_BOUNDS_ERROR, .res_x = 0xdead,
.typ_x = 0xdead, },
// syntax errors seem to cause failures in subsequent good test steps, put
them at the end of the test cases
- // [210]
{.expr = "INTA5A5_[]", .ret_x = JAMC_SYNTAX_ERROR, .res_x = 0xdead,
.typ_x = 0xdead, },
{.expr = "BOOLAFFE_[1..2]",.ret_x = JAMC_SYNTAX_ERROR, .res_x = 0xdead,
.typ_x = 0xdead, },
+ // [220]
{.expr = "BOOLAFFE_[]", .ret_x = JAMC_SYNTAX_ERROR, .res_x = 0xdead,
.typ_x = 0xdead, },
{.expr = "INT(0)", .ret_x = JAMC_SYNTAX_ERROR, .res_x = 0xdead,
.typ_x = 0xdead, },
{.expr = "INT(1)", .ret_x = JAMC_SYNTAX_ERROR, .res_x = 0xdead,
.typ_x = 0xdead, },
- // [215]
{.expr = "INT(42)", .ret_x = JAMC_SYNTAX_ERROR, .res_x = 0xdead,
.typ_x = 0xdead, },
{.expr = "INT(23+42)", .ret_x = JAMC_SYNTAX_ERROR, .res_x = 0xdead,
.typ_x = 0xdead, },
+ // [225]
{.expr = "INT($BOOLAFFE_[])", .ret_x = JAMC_SYNTAX_ERROR, .res_x =
0xdead, .typ_x = 0xdead, },
{.expr = "INT($BOOLAFFE_[2..3])", .ret_x = JAMC_SYNTAX_ERROR, .res_x =
0xdead, .typ_x = 0xdead, },
// literal boolean array - bit string
{.expr = "#10001", .ret_x = JAMC_SYNTAX_ERROR, .res_x =
0xdead, .typ_x = 0xdead, },
- // [220]
{.expr = "INT(#10001[0])", .ret_x = JAMC_SYNTAX_ERROR, .res_x =
0xdead, .typ_x = 0xdead, },
{.expr = "INT(#10001[0..2])", .ret_x = JAMC_SYNTAX_ERROR, .res_x =
0xdead, .typ_x = 0xdead, },
+ // [230]
{.expr = "INT(#10001[])", .ret_x = JAMC_SYNTAX_ERROR, .res_x =
0xdead, .typ_x = 0xdead, },
// array identifiers
{.expr = "BOOLAFFE_", .ret_x = JAMC_SYNTAX_ERROR, .res_x = 0xdead,
.typ_x = 0xdead, },
{.expr = "INT_5A5A", .ret_x = JAMC_SYNTAX_ERROR, .res_x = 0xdead,
.typ_x = 0xdead, },
- // [225]
#ifdef CORE_DUMP
// literal boolean array - hex string
{.expr = "$42ff", .ret_x = JAMC_SYNTAX_ERROR, .res_x = 10001,
.typ_x = JAM_INTEGER_EXPR, },
@@ -442,6 +460,7 @@ struct sEvalExpSpec EvalSpecAry[EVAL_EXP_NRELM]
#ifdef FP_EXCEPTION
{.expr = "6%0", .ret_x = JAMC_DIVIDE_BY_ZERO,.res_x = 0xdead,
.typ_x = 0xdead, },
#endif
+ // [235]
};
//============================================================================
// function prototypes
diff --git a/urjtag/tests/stapl/jamexp_shrd.h b/urjtag/tests/stapl/jamexp_shrd.h
index 2637b1b8..624285df 100644
--- a/urjtag/tests/stapl/jamexp_shrd.h
+++ b/urjtag/tests/stapl/jamexp_shrd.h
@@ -19,7 +19,7 @@
+ INITSYMARY_NRELM \
)
/// Number of EvalSpecAry elements with expected .ret_x == JAMC_SUCCESS,
-#define EVAL_EXP_NRELM_GOOD 164
+#define EVAL_EXP_NRELM_GOOD 172
/// Number of EvalSpecAry elements with expected .ret_x != JAMC_SUCCESS.
#define EVAL_EXP_NRELM_BAD 61
/// Number of EvalSpecAry elements
--
2.35.1
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