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#include "mips_instruction_test.h"
#include <vector>
using namespace std;
struct memory_state{
uint32_t address;
uint32_t value;
memory_state(uint32_t addressIn, uint32_t valueIn):
address(addressIn),
value(valueIn){}
};
struct register_state{
uint8_t index; // 255 for checking program counter
uint32_t value;
register_state(uint8_t indexIn, uint32_t valueIn):
index(indexIn),
value(valueIn){}
};
struct test{
const char* testName;
const char* testDescription;
unsigned numInstructions;
vector<memory_state> memCheck;
vector<register_state> regCheck;
int success;
mips_error expectedError;
// Constructor for test
test(
const char* testNameIn,
const char* testDescriptionIn,
unsigned numInstructionsIn):
testName(testNameIn),
testDescription(testDescriptionIn),
numInstructions(numInstructionsIn),
// Assume the test passes
success(1),
expectedError(mips_Success){}
// Constructor for test where the expected error isn't mips_Success
test(
const char* testNameIn,
const char* testDescriptionIn,
unsigned numInstructionsIn,
mips_error expectedErrorIn):
testName(testNameIn),
testDescription(testDescriptionIn),
numInstructions(numInstructionsIn),
// Assume the test passes
success(1),
expectedError(expectedErrorIn){}
mips_error perform_test(mips_cpu_h state, mips_mem_h mem);
void checkMem(uint32_t address, uint32_t value){
memCheck.push_back(memory_state(address, value));
}
void checkReg(uint8_t index, uint32_t value){
regCheck.push_back(register_state(index, value));
}
};
uint32_t get_pc(mips_cpu_h state);
void writeMem(mips_mem_h mem, uint32_t address, uint32_t value);
void writeReg(mips_cpu_h state, uint8_t index, uint32_t value);
void byte_swap_test(uint32_t &value);
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