#ifndef MIAOW_SIAGEN_H
#define MIAOW_SIAGEN_H

#include <stdio.h>
#include <stdlib.h>
#include <sys/stat.h>
#include <sys/types.h>
#include "asm.h"
#include "helper.h"

#define MAX_INSTR 1000
#define MAX_OPS 50

#define INSTR_TYPES 4

#define SCALAR_ALU 0
#define VECTOR_ALU 1
#define SCALAR_MEM 2
#define VECTOR_MEM 3

typedef void(*instr_function)(int);

typedef struct _instr
{
	int opcode;
	char op_str[30];
} Instr;

typedef struct _instr_sel 
{
	enum si_fmt_enum instr_type;
	Instr instr;
    instr_function instr_func;
} Instr_Sel;

void initializeInstrArr(int *arr, int array_size);
void printInstrsInArray(int arr[MAX_INSTR]);
void printAllUnitTests();

#endif

#ifndef MIAOW_SIAGEN_H
#define MIAOW_SIAGEN_H

#include <stdio.h>
#include <stdlib.h>
#include <sys/stat.h>
#include <sys/types.h>
#include <string>
#include "asm.h"
#include "helper.h"

#define MAX_INSTR 1000
#define MAX_OPS 50

#define INSTR_TYPES 4

#define SCALAR_ALU 0
#define VECTOR_ALU 1
#define SCALAR_MEM 2
#define VECTOR_MEM 3

typedef void(*instr_function)(int);

typedef struct _instr
{
	int opcode;
	std::string op_str;
} Instr;

typedef struct _instr_sel 
{
	enum si_fmt_enum instr_type;
	Instr instr;
    instr_function instr_func;
} Instr_Sel;

void initializeInstrArr(int *arr, int array_size);
void printInstrsInArray(int arr[MAX_INSTR]);
void printAllUnitTests();

#endif

Fix build on Linux where gcc apparently enforces character arrays as arrays for initialization purposes.
Fix build on Linux where gcc apparently enforces character arrays as arrays for initialization purposes.
