Test data for x86 instructions

This is a collection of x86 instructions executed with specific inputs to capture the outputs serialized as json. All of the test data was generated on the "Intel(R) Core(TM) i7-8700K" CPU.

If you are by any chance writing an x86 Emulator this can be useful to check if your emulation is correct.

 {
  "data": "0400",
  "inputs": {
   "rax": "7FFFFFFFFFFFFFFF",
   "rip": "E607C9EFF77F0000"
  },
  "instr": "add al, 0x00",
  "outputs": {
   "rax": "7FFFFFFFFFFFFFFF",
   "rip": "FC07C9EFF77F0000"
  }
 },

• data Bytes of the encoded instruction used to execute.
• inputs Hex encoded data from the context used to execute the instruction.
• instr Readable form of the executed instruction.
• outputs Hex encoded data from the context after executing the instruction.

Registers always have the full size regardless of the operand size, so even if the instruction is sub ax, 1 you should set the full contents of rax, this also ensures no bits are accidentally missed. When registers like (E/R)IP/(E/R)SP are in the outputs it will always have it in the inputs aswell. To simplify testing you can use this to measure the distance of the values for when you can not emulate at the specific memory address, so instead of comparing the concrete value you should compare the distance from input to output. When flags are in the inputs or outputs this refers to CPU EFlags or RFlags

This is not the complete instruction set and it may lack a few specific flags/inputs. The tool used to generate this data is trying to exhaust all possible combinations but sometimes breaks out because the search space is getting too big.

Special thanks to AsmJIT and Zydis for their awesome projects that also made this possible.