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Added tests for ORA instructions

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jborza 2019-04-14 14:15:11 +02:00
parent 21320d66f7
commit 9f18c3ad71
1 changed files with 180 additions and 18 deletions
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198
test6502.c
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@ -56,7 +56,7 @@ State6502 create_blank_state() {
void assertA(State6502* state, byte expected) {
if (state->a != expected) {
printf("Unexpected value in A, was %02x, expected %02x", expected, state->a);
printf("Unexpected value in A, expected %02X, was %02X", expected, state->a);
exit(1);
}
}
@ -64,7 +64,7 @@ void assertA(State6502* state, byte expected) {
////////////////////////////////////////
//
//// LDA
void test_LDA_IMM() {
//initialize
@ -107,7 +107,7 @@ void test_LDA_ZPX() {
state.x = 0x01;
//arrange
char program[] = { LDA_ZPX, 0x02, 0x00, 0xAA }; //LDA $2,x
char program[] = { LDA_ZPX, 0x02, 0x00, 0xAA }; //LDA $02,X
memcpy(state.memory, program, sizeof(program));
//act
@ -125,7 +125,7 @@ void test_LDA_ABS() {
State6502 state = create_blank_state();
//arrange
char program[] = { LDA_ABS, 0x01, 0x04, 0xAA }; //LDA $0401
char program[] = { LDA_ABS, 0x01, 0x04 }; //LDA $0401
memcpy(state.memory, program, sizeof(program));
state.memory[0x401] = 0xAA;
@ -145,7 +145,7 @@ void test_LDA_ABSX() {
state.x = 0x02;
//arrange
char program[] = { LDA_ABSX, 0x01, 0x04, 0xAA }; //LDA $0401,x
char program[] = { LDA_ABSX, 0x01, 0x04 }; //LDA $0401,x
memcpy(state.memory, program, sizeof(program));
state.memory[0x403] = 0xAA;
@ -165,7 +165,7 @@ void test_LDA_ABSY() {
state.y = 0x02;
//arrange
char program[] = { LDA_ABSY, 0x01, 0x04, 0xAA }; //LDA $0401,y
char program[] = { LDA_ABSY, 0x01, 0x04 }; //LDA $0401,y
memcpy(state.memory, program, sizeof(program));
state.memory[0x403] = 0xAA;
@ -207,7 +207,7 @@ void test_LDA_INDY() {
state.y = 0x05;
//arrange
char program[] = { LDA_INDY, 0x3E, 0x04, 0xAA }; //LDA ($3E),y
char program[] = { LDA_INDY, 0x3E }; //LDA ($3E),y
memcpy(state.memory, program, sizeof(program));
state.memory[0x3E] = 0xA0; //0x04A0
state.memory[0x3F] = 0x04;
@ -223,19 +223,181 @@ void test_LDA_INDY() {
test_cleanup(&state);
}
//// ORA
void test_ORA_IMM() {
//initialize
State6502 state = create_blank_state();
state.a = 0x0A;
//arrange
char program[] = { ORA_IMM, 0xA0 }; //ORA #$AA
memcpy(state.memory, program, sizeof(program));
//act
test_step(&state);
//assert
assertA(&state, 0xAA);
test_cleanup(&state);
}
void test_ORA_ZP() {
//initialize
State6502 state = create_blank_state();
state.a = 0x0A;
//arrange
char program[] = { ORA_ZP, 0x03, 0x00, 0xA0 }; //ORA $3
memcpy(state.memory, program, sizeof(program));
//act
test_step(&state);
//assert
assertA(&state, 0xAA);
//cleanup
test_cleanup(&state);
}
void test_ORA_ZPX() {
//initialize
State6502 state = create_blank_state();
state.x = 0x01;
state.a = 0x0A;
//arrange
char program[] = { ORA_ZPX, 0x02, 0x00, 0xA0 }; //ORA $2,x
memcpy(state.memory, program, sizeof(program));
//act
test_step(&state);
//assert
assertA(&state, 0xAA);
//cleanup
test_cleanup(&state);
}
void test_ORA_ABS() {
//initialize
State6502 state = create_blank_state();
state.a = 0x0A;
//arrange
char program[] = { ORA_ABS, 0x01, 0x04 }; //ORA $0401
memcpy(state.memory, program, sizeof(program));
state.memory[0x401] = 0xA0;
//act
test_step(&state);
//assert
assertA(&state, 0xAA);
//cleanup
test_cleanup(&state);
}
void test_ORA_ABSX() {
//initialize
State6502 state = create_blank_state();
state.x = 0x02;
state.a = 0x0A;
//arrange
char program[] = { ORA_ABSX, 0x01, 0x04 }; //ORA $0401,x
memcpy(state.memory, program, sizeof(program));
state.memory[0x403] = 0xA0;
//act
test_step(&state);
//assert
assertA(&state, 0xAA);
//cleanup
test_cleanup(&state);
}
void test_ORA_ABSY() {
//initialize
State6502 state = create_blank_state();
state.y = 0x02;
state.a = 0x0A;
//arrange
char program[] = { ORA_ABSY, 0x01, 0x04}; //ORA $0401,y
memcpy(state.memory, program, sizeof(program));
state.memory[0x403] = 0xA0;
//act
test_step(&state);
//assert
assertA(&state, 0xAA);
//cleanup
test_cleanup(&state);
}
void test_ORA_INDX() {
//initialize
State6502 state = create_blank_state();
state.x = 0x05;
state.a = 0x0A;
//arrange
char program[] = { ORA_INDX, 0x3E }; //ORA ($3E, x)
memcpy(state.memory, program, sizeof(program));
state.memory[0x0043] = 0xA9;
state.memory[0x0044] = 0x04;
state.memory[0x04A9] = 0xA0;
//act
test_step(&state);
//assert
assertA(&state, 0xAA);
//cleanup
test_cleanup(&state);
}
void test_ORA_INDY() {
//initialize
State6502 state = create_blank_state();
state.y = 0x05;
state.a = 0x0A;
//arrange
char program[] = { ORA_INDY, 0x3E, 0x04, 0xAA }; //ORA ($3E),y
memcpy(state.memory, program, sizeof(program));
state.memory[0x3E] = 0xA0; //0x04A0
state.memory[0x3F] = 0x04;
state.memory[0x04A5] = 0xA0; //address 0x04A0 + 0x05 = 0x04A5
//act
test_step(&state);
//assert
assertA(&state, 0xAA);
//cleanup
test_cleanup(&state);
}
/////////////////////
typedef void fp();
fp* tests[4] = { test_LDA_IMM, test_LDA_ZP, test_LDA_ZPX, test_LDA_ABS };
fp* tests_lda[] = { test_LDA_IMM, test_LDA_ZP, test_LDA_ZPX, test_LDA_ABS, test_LDA_ABSX, test_LDA_ABSY, test_LDA_INDX, test_LDA_INDY };
fp* tests_ora[] = { test_ORA_IMM, test_ORA_ZP, test_ORA_ZPX, test_ORA_ABS, test_ORA_ABSX, test_ORA_ABSY, test_ORA_INDX, test_ORA_INDY};
void run_tests() {
for(int i = 0; i < sizeof(tests)/sizeof(fp*); i++)
tests[i]();
test_LDA_IMM();
test_LDA_ZP();
test_LDA_ZPX();
test_LDA_ABS();
test_LDA_ABSX();
test_LDA_ABSY();
test_LDA_INDX();
test_LDA_INDY();
for(int i = 0; i < sizeof(tests_lda)/sizeof(fp*); i++)
tests_lda[i]();
for (int i = 0; i < sizeof(tests_ora) / sizeof(fp*); i++)
tests_ora[i]();
}