test/jdk/jdk/incubator/vector/gen-template.sh

rev 55894 : 8222897: [vector] Renaming of shift, rotate operations. Few other api changes.
Summary: Renaming of shift, rotate operations. Few other api changes.
Reviewed-by: jrose, briangoetz

*** 255,289 ****
  gen_binary_alu_op "and" "a \& b" $unit_output $perf_output $perf_scalar_output "BITWISE"
  gen_binary_alu_op "or" "a | b" $unit_output $perf_output $perf_scalar_output "BITWISE"
  gen_binary_alu_op "xor" "a ^ b" $unit_output $perf_output $perf_scalar_output "BITWISE"
  
  # Shifts
! gen_binary_alu_op "shiftR" "(a >>> b)" $unit_output $perf_output $perf_scalar_output "intOrLong"
! gen_binary_alu_op "shiftL" "(a << b)" $unit_output $perf_output $perf_scalar_output "intOrLong"
! gen_binary_alu_op "aShiftR" "(a >> b)" $unit_output $perf_output $perf_scalar_output "intOrLong"
! gen_shift_cst_op "aShiftR" "(a >> b)" $unit_output $perf_output $perf_scalar_output "intOrLong"
! gen_shift_cst_op "shiftR" "(a >>> b)" $unit_output $perf_output $perf_scalar_output "intOrLong"
! gen_shift_cst_op "shiftL" "(a << b)" $unit_output $perf_output $perf_scalar_output "intOrLong"
! gen_shift_cst_op "aShiftR" "(a >> (b \& 7))" $unit_output $perf_output $perf_scalar_output "byte"
! gen_shift_cst_op "shiftL" "(a << (b \& 7))" $unit_output $perf_output $perf_scalar_output "byte"
! gen_shift_cst_op "shiftR" "((a \& 0xFF) >>> (b \& 7))" $unit_output $perf_output $perf_scalar_output "byte"
! gen_shift_cst_op "aShiftR" "(a >> (b \& 15))" $unit_output $perf_output $perf_scalar_output "short"
! gen_shift_cst_op "shiftL" "(a << (b \& 15))" $unit_output $perf_output $perf_scalar_output "short"
! gen_shift_cst_op "shiftR" "((a \& 0xFFFF) >>> (b \& 15))" $unit_output $perf_output $perf_scalar_output "short"
  
  # Masked reductions.
  gen_binary_op "max" "Math.max(a, b)" $unit_output $perf_output $perf_scalar_output
  gen_binary_op "min" "Math.min(a, b)" $unit_output $perf_output $perf_scalar_output
  
  # Reductions.
! gen_reduction_op "andAll" "\&" $unit_output $perf_output $perf_scalar_output "BITWISE" "-1"
! gen_reduction_op "orAll" "|" $unit_output $perf_output $perf_scalar_output "BITWISE" "0"
! gen_reduction_op "xorAll" "^" $unit_output $perf_output $perf_scalar_output "BITWISE" "0"
! gen_reduction_op "addAll" "+" $unit_output $perf_output $perf_scalar_output "" "0"
! gen_reduction_op "mulAll" "*" $unit_output $perf_output $perf_scalar_output "" "1"
! gen_reduction_op_min "minAll" "" $unit_output $perf_output $perf_scalar_output "" "\$Wideboxtype\$.\$MaxValue\$"
! gen_reduction_op_max "maxAll" "" $unit_output $perf_output $perf_scalar_output "" "\$Wideboxtype\$.\$MinValue\$"
  
  
  # Boolean reductions.
  gen_bool_reduction_op "anyTrue" "|" $unit_output $perf_output $perf_scalar_output "BITWISE" "false"
  gen_bool_reduction_op "allTrue" "\&" $unit_output $perf_output $perf_scalar_output "BITWISE" "true"
--- 255,295 ----
  gen_binary_alu_op "and" "a \& b" $unit_output $perf_output $perf_scalar_output "BITWISE"
  gen_binary_alu_op "or" "a | b" $unit_output $perf_output $perf_scalar_output "BITWISE"
  gen_binary_alu_op "xor" "a ^ b" $unit_output $perf_output $perf_scalar_output "BITWISE"
  
  # Shifts
! gen_binary_alu_op "shiftLeft" "(a << b)" $unit_output $perf_output $perf_scalar_output "intOrLong"
! gen_binary_alu_op "shiftLeft" "(a << (b \& 0x7))" $unit_output $perf_output $perf_scalar_output "byte"
! gen_binary_alu_op "shiftLeft" "(a << (b \& 0xF))" $unit_output $perf_output $perf_scalar_output "short"
! gen_binary_alu_op "shiftRight" "(a >>> b)" $unit_output $perf_output $perf_scalar_output "intOrLong"
! gen_binary_alu_op "shiftRight" "(a >>> (b \& 0x7))" $unit_output $perf_output $perf_scalar_output "byte"
! gen_binary_alu_op "shiftRight" "(a >>> (b \& 0xF))" $unit_output $perf_output $perf_scalar_output "short"
! gen_binary_alu_op "shiftArithmeticRight" "(a >> b)" $unit_output $perf_output $perf_scalar_output "intOrLong"
! gen_binary_alu_op "shiftArithmeticRight" "(a >> (b \& 0x7))" $unit_output $perf_output $perf_scalar_output "byte"
! gen_binary_alu_op "shiftArithmeticRight" "(a >> (b \& 0xF))" $unit_output $perf_output $perf_scalar_output "short"
! gen_shift_cst_op "shiftLeft" "(a << b)" $unit_output $perf_output $perf_scalar_output "intOrLong"
! gen_shift_cst_op "shiftLeft" "(a << (b \& 7))" $unit_output $perf_output $perf_scalar_output "byte"
! gen_shift_cst_op "shiftLeft" "(a << (b \& 15))" $unit_output $perf_output $perf_scalar_output "short"
! gen_shift_cst_op "shiftRight" "(a >>> b)" $unit_output $perf_output $perf_scalar_output "intOrLong"
! gen_shift_cst_op "shiftRight" "((a \& 0xFF) >>> (b \& 7))" $unit_output $perf_output $perf_scalar_output "byte"
! gen_shift_cst_op "shiftRight" "((a \& 0xFFFF) >>> (b \& 15))" $unit_output $perf_output $perf_scalar_output "short"
! gen_shift_cst_op "shiftArithmeticRight" "(a >> b)" $unit_output $perf_output $perf_scalar_output "intOrLong"
! gen_shift_cst_op "shiftArithmeticRight" "(a >> (b \& 7))" $unit_output $perf_output $perf_scalar_output "byte"
! gen_shift_cst_op "shiftArithmeticRight" "(a >> (b \& 15))" $unit_output $perf_output $perf_scalar_output "short"
  
  # Masked reductions.
  gen_binary_op "max" "Math.max(a, b)" $unit_output $perf_output $perf_scalar_output
  gen_binary_op "min" "Math.min(a, b)" $unit_output $perf_output $perf_scalar_output
  
  # Reductions.
! gen_reduction_op "andLanes" "\&" $unit_output $perf_output $perf_scalar_output "BITWISE" "-1"
! gen_reduction_op "orLanes" "|" $unit_output $perf_output $perf_scalar_output "BITWISE" "0"
! gen_reduction_op "xorLanes" "^" $unit_output $perf_output $perf_scalar_output "BITWISE" "0"
! gen_reduction_op "addLanes" "+" $unit_output $perf_output $perf_scalar_output "" "0"
! gen_reduction_op "mulLanes" "*" $unit_output $perf_output $perf_scalar_output "" "1"
! gen_reduction_op_min "minLanes" "" $unit_output $perf_output $perf_scalar_output "" "\$Wideboxtype\$.\$MaxValue\$"
! gen_reduction_op_max "maxLanes" "" $unit_output $perf_output $perf_scalar_output "" "\$Wideboxtype\$.\$MinValue\$"
  
  
  # Boolean reductions.
  gen_bool_reduction_op "anyTrue" "|" $unit_output $perf_output $perf_scalar_output "BITWISE" "false"
  gen_bool_reduction_op "allTrue" "\&" $unit_output $perf_output $perf_scalar_output "BITWISE" "true"