mirror of
https://github.com/zoriya/ComSquare.git
synced 2026-06-12 22:15:00 +00:00
Clément Le Bihan
204 lines
7.2 KiB
C++
204 lines
7.2 KiB
C++
//
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// Created by cbihan on 2/11/20.
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//
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#include <criterion/criterion.h>
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#include <iostream>
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#include <bitset>
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#include "../tests.hpp"
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#include "../../sources/SNES.hpp"
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#include "../../sources/Memory/MemoryBus.hpp"
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#include "../../sources/PPU/PPU.hpp"
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using namespace ComSquare;
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Test(PPU_write_2, vmain_data_full)
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{
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auto pair = Init();
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pair.first->write(0x2115, 0b11111111);
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cr_assert_eq(pair.second.ppu->_vmain.incrementMode, true);
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cr_assert_eq(pair.second.ppu->_vmain.addressRemapping, 0b11);
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cr_assert_eq(pair.second.ppu->_vmain.incrementAmount, 0b11);
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}
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Test(PPU_write_2, vmain_incrementmode_off_false_else_full)
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{
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auto pair = Init();
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pair.first->write(0x2115, 0b01111111);
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cr_assert_eq(pair.second.ppu->_vmain.incrementMode, false);
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cr_assert_eq(pair.second.ppu->_vmain.addressRemapping, 0b11);
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cr_assert_eq(pair.second.ppu->_vmain.incrementAmount, 0b11);
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}
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Test(PPU_write_2, vmain_addressremaping_null_else_full)
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{
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auto pair = Init();
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pair.first->write(0x2115, 0b11110011);
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cr_assert_eq(pair.second.ppu->_vmain.incrementMode, true);
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cr_assert_eq(pair.second.ppu->_vmain.addressRemapping, 0b00);
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cr_assert_eq(pair.second.ppu->_vmain.incrementAmount, 0b11);
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}
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Test(PPU_write_2, vmain_incrementamount_null_else_full)
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{
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auto pair = Init();
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pair.first->write(0x2115, 0b11111100);
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cr_assert_eq(pair.second.ppu->_vmain.incrementMode, true);
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cr_assert_eq(pair.second.ppu->_vmain.addressRemapping, 0b11);
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cr_assert_eq(pair.second.ppu->_vmain.incrementAmount, 0b00);
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}
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Test(PPU_write_2, vmadd_full_data)
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{
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auto pair = Init();
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pair.first->write(0x2116, 0b11111111);
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pair.first->write(0x2117, 0b11111111);
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cr_assert_eq(pair.second.ppu->_vmadd.vmadd, 0b1111111111111111);
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}
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Test(PPU_write_2, vmadd_full_high_byte_null)
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{
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auto pair = Init();
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pair.first->write(0x2116, 0b11111111);
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pair.first->write(0x2117, 0b00000000);
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cr_assert_eq(pair.second.ppu->_vmadd.vmadd, 0b0000000011111111);
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}
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Test(PPU_write_2, vmdata_full_data)
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{
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auto pair = Init();
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pair.first->write(0x2118, 0b11111111);
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pair.first->write(0x2119, 0b11111111);
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cr_assert_eq(pair.second.ppu->_vmdata.vmdata, 0b1111111111111111);
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}
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Test(PPU_write_2, vmdata_full_high_byte_null)
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{
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auto pair = Init();
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pair.first->write(0x2118, 0b11111111);
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pair.first->write(0x2119, 0b00000000);
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cr_assert_eq(pair.second.ppu->_vmdata.vmdata, 0b0000000011111111);
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}
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Test(PPU_write_2, cgadd_full_high_byte_null)
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{
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auto pair = Init();
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pair.first->write(0x2121, 0b11111111);
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cr_assert_eq(pair.second.ppu->_cgadd, 0b11111111);
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cr_assert_eq(pair.second.ppu->_isLowByte, true);
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}
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Test(PPU_write_2, cgdata_data_full)
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{
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auto pair = Init();
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pair.first->write(0x2121, 0b11111111);
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pair.first->write(0x2122, 0b11111111);
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cr_assert_eq(pair.second.ppu->_cgdata.cgdatal, 0b11111111);
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cr_assert_eq(pair.second.ppu->_isLowByte, false);
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int address = pair.second.ppu->_cgadd;
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pair.first->write(0x2122, 0b11111000);
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cr_assert_eq(pair.second.ppu->_cgdata.cgdatah, 0b11111000);
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cr_assert_eq(pair.second.ppu->_isLowByte, true);
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cr_assert_eq(pair.second.ppu->_cgadd, address + 1);
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}
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Test(PPU_write_2, m7sel_data_full)
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{
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auto pair = Init();
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pair.first->write(0x211A, 0b11111111);
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cr_assert_eq(pair.second.ppu->_m7sel.playingFieldSize, true);
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cr_assert_eq(pair.second.ppu->_m7sel.emptySpaceFill, true);
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cr_assert_eq(pair.second.ppu->_m7sel.horizontalMirroring, true);
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cr_assert_eq(pair.second.ppu->_m7sel.verticalMirroring, true);
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}
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Test(PPU_write_2, m7sel_data_actual)
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{
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auto pair = Init();
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pair.first->write(0x211A, 0b01111101);
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cr_assert_eq(pair.second.ppu->_m7sel.playingFieldSize, false);
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cr_assert_eq(pair.second.ppu->_m7sel.emptySpaceFill, true);
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cr_assert_eq(pair.second.ppu->_m7sel.horizontalMirroring, true);
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cr_assert_eq(pair.second.ppu->_m7sel.verticalMirroring, false);
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}
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Test(PPU_write_2, w12sel_data_full)
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{
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auto pair = Init();
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pair.first->write(0x2123, 0b11111111);
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cr_assert_eq(pair.second.ppu->_wsel[0].window1InversionForBg1Bg2Obj, true);
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cr_assert_eq(pair.second.ppu->_wsel[0].enableWindow1ForBg1Bg2Obj, true);
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cr_assert_eq(pair.second.ppu->_wsel[0].window2InversionForBg1Bg3Obj, true);
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cr_assert_eq(pair.second.ppu->_wsel[0].enableWindow2ForBg1Bg3Obj, true);
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cr_assert_eq(pair.second.ppu->_wsel[0].window1InversionForBg2Bg4Color, true);
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cr_assert_eq(pair.second.ppu->_wsel[0].enableWindow1ForBg2Bg4Color, true);
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cr_assert_eq(pair.second.ppu->_wsel[0].window2InversionForBg2Bg4Color, true);
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cr_assert_eq(pair.second.ppu->_wsel[0].enableWindow2ForBg2Bg4Color, true);
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}
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Test(PPU_write_2, w34sel_data_full)
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{
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auto pair = Init();
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pair.first->write(0x2124, 0b10101010);
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cr_assert_eq(pair.second.ppu->_wsel[1].window1InversionForBg1Bg2Obj, true);
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cr_assert_eq(pair.second.ppu->_wsel[1].enableWindow1ForBg1Bg2Obj, false);
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cr_assert_eq(pair.second.ppu->_wsel[1].window2InversionForBg1Bg3Obj, true);
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cr_assert_eq(pair.second.ppu->_wsel[1].enableWindow2ForBg1Bg3Obj, false);
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cr_assert_eq(pair.second.ppu->_wsel[1].window1InversionForBg2Bg4Color, true);
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cr_assert_eq(pair.second.ppu->_wsel[1].enableWindow1ForBg2Bg4Color, false);
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cr_assert_eq(pair.second.ppu->_wsel[1].window2InversionForBg2Bg4Color, true);
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cr_assert_eq(pair.second.ppu->_wsel[1].enableWindow2ForBg2Bg4Color, false);
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}
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Test(PPU_write_2, wobjsel_data_full)
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{
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auto pair = Init();
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pair.first->write(0x2125, 0b10110001);
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cr_assert_eq(pair.second.ppu->_wsel[2].window1InversionForBg1Bg2Obj, true);
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cr_assert_eq(pair.second.ppu->_wsel[2].enableWindow1ForBg1Bg2Obj, false);
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cr_assert_eq(pair.second.ppu->_wsel[2].window2InversionForBg1Bg3Obj, true);
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cr_assert_eq(pair.second.ppu->_wsel[2].enableWindow2ForBg1Bg3Obj, true);
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cr_assert_eq(pair.second.ppu->_wsel[2].window1InversionForBg2Bg4Color, false);
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cr_assert_eq(pair.second.ppu->_wsel[2].enableWindow1ForBg2Bg4Color, false);
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cr_assert_eq(pair.second.ppu->_wsel[2].window2InversionForBg2Bg4Color, false);
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cr_assert_eq(pair.second.ppu->_wsel[2].enableWindow2ForBg2Bg4Color, true);
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}
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Test(PPU_write_2, wbglog_data_full)
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{
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auto pair = Init();
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pair.first->write(0x212A, 0b10110001);
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cr_assert_eq(pair.second.ppu->_wbglog.maskLogicBg1, 0b10);
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cr_assert_eq(pair.second.ppu->_wbglog.maskLogicBg2, 0b11);
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cr_assert_eq(pair.second.ppu->_wbglog.maskLogicBg3, 0b00);
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cr_assert_eq(pair.second.ppu->_wbglog.maskLogicBg4, 0b01);
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}
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Test(PPU_write_2, wobjlog_data_full)
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{
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auto pair = Init();
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pair.first->write(0x212B, 0b10110001);
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cr_assert_eq(pair.second.ppu->_wobjlog.maskLogicObj, 0b01);
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cr_assert_eq(pair.second.ppu->_wobjlog.maskLogicColor, 0b00);
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}
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Test(PPU_write_2, tm_data_full)
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{
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auto pair = Init();
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pair.first->write(0x212C, 0b10110001);
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cr_assert_eq(pair.second.ppu->_t[0].enableWindowDisplayBg1, true);
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cr_assert_eq(pair.second.ppu->_t[0].enableWindowDisplayBg2, false);
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cr_assert_eq(pair.second.ppu->_t[0].enableWindowDisplayBg3, false);
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cr_assert_eq(pair.second.ppu->_t[0].enableWindowDisplayBg4, false);
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cr_assert_eq(pair.second.ppu->_t[0].enableWindowDisplayObj, true);
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}
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Test(PPU_write_2, ts_data_full)
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{
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auto pair = Init();
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pair.first->write(0x212D, 0b10101110);
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cr_assert_eq(pair.second.ppu->_t[1].enableWindowDisplayBg1, false);
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cr_assert_eq(pair.second.ppu->_t[1].enableWindowDisplayBg2, true);
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cr_assert_eq(pair.second.ppu->_t[1].enableWindowDisplayBg3, true);
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cr_assert_eq(pair.second.ppu->_t[1].enableWindowDisplayBg4, true);
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cr_assert_eq(pair.second.ppu->_t[1].enableWindowDisplayObj, false);
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} |