mirror of
https://github.com/dingusdev/dingusppc.git
synced 2024-12-27 00:29:18 +00:00
560 lines
18 KiB
C++
560 lines
18 KiB
C++
/*
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DingusPPC - The Experimental PowerPC Macintosh emulator
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Copyright (C) 2018-23 divingkatae and maximum
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(theweirdo) spatium
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(Contact divingkatae#1017 or powermax#2286 on Discord for more info)
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This program is free software: you can redistribute it and/or modify
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it under the terms of the GNU General Public License as published by
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the Free Software Foundation, either version 3 of the License, or
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(at your option) any later version.
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This program is distributed in the hope that it will be useful,
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but WITHOUT ANY WARRANTY; without even the implied warranty of
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MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
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GNU General Public License for more details.
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You should have received a copy of the GNU General Public License
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along with this program. If not, see <https://www.gnu.org/licenses/>.
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*/
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#include <cpu/ppc/ppcemu.h>
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#include <devices/deviceregistry.h>
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#include <devices/common/ata/idechannel.h>
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#include <devices/common/dbdma.h>
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#include <devices/common/hwcomponent.h>
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#include <devices/common/viacuda.h>
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#include <devices/floppy/swim3.h>
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#include <devices/ioctrl/macio.h>
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#include <devices/serial/escc.h>
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#include <devices/sound/awacs.h>
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#include <endianswap.h>
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#include <loguru.hpp>
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#include <machines/machinebase.h>
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#include <cinttypes>
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#include <functional>
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#include <memory>
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/** Heathrow Mac I/O device emulation.
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Author: Max Poliakovski
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*/
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using namespace std;
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HeathrowIC::HeathrowIC() : PCIDevice("mac-io/heathrow"), InterruptCtrl()
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{
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supports_types(HWCompType::MMIO_DEV | HWCompType::PCI_DEV | HWCompType::INT_CTRL);
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// populate my PCI config header
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this->vendor_id = PCI_VENDOR_APPLE;
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this->device_id = 0x0010;
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this->class_rev = 0xFF000001;
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this->cache_ln_sz = 8;
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this->lat_timer = 0x40;
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this->setup_bars({{0, 0xFFF80000UL}}); // declare 512Kb of memory-mapped I/O space
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this->pci_notify_bar_change = [this](int bar_num) {
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this->notify_bar_change(bar_num);
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};
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// NVRAM connection
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this->nvram = dynamic_cast<NVram*>(gMachineObj->get_comp_by_name("NVRAM"));
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// connect Cuda
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this->viacuda = dynamic_cast<ViaCuda*>(gMachineObj->get_comp_by_name("ViaCuda"));
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// find appropriate sound chip, create a DMA output channel for sound,
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// then wire everything together
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this->snd_codec = dynamic_cast<MacioSndCodec*>(gMachineObj->get_comp_by_type(HWCompType::SND_CODEC));
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this->snd_out_dma = std::unique_ptr<DMAChannel> (new DMAChannel());
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this->snd_codec->set_dma_out(this->snd_out_dma.get());
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this->snd_out_dma->set_callbacks(
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std::bind(&AwacsScreamer::dma_out_start, this->snd_codec),
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std::bind(&AwacsScreamer::dma_out_stop, this->snd_codec)
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);
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// connect SCSI HW and the corresponding DMA channel
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this->mesh = dynamic_cast<MeshController*>(gMachineObj->get_comp_by_name("MeshHeathrow"));
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this->scsi_dma = std::unique_ptr<DMAChannel> (new DMAChannel());
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// connect IDE HW
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this->ide_0 = dynamic_cast<IdeChannel*>(gMachineObj->get_comp_by_name("Ide0"));
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this->ide_1 = dynamic_cast<IdeChannel*>(gMachineObj->get_comp_by_name("Ide1"));
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// connect serial HW
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this->escc = dynamic_cast<EsccController*>(gMachineObj->get_comp_by_name("Escc"));
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// connect floppy disk HW and initialize its DMA channel
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this->swim3 = dynamic_cast<Swim3::Swim3Ctrl*>(gMachineObj->get_comp_by_name("Swim3"));
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this->floppy_dma = std::unique_ptr<DMAChannel> (new DMAChannel());
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this->swim3->set_dma_channel(this->floppy_dma.get());
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this->floppy_dma->register_dma_int(this, 2);
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// connect Ethernet HW
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this->bmac = dynamic_cast<BigMac*>(gMachineObj->get_comp_by_type(HWCompType::ETHER_MAC));
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this->enet_xmit_dma = std::unique_ptr<DMAChannel> (new DMAChannel());
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this->enet_rcv_dma = std::unique_ptr<DMAChannel> (new DMAChannel());
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// set EMMO pin status (active low)
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this->emmo_pin = GET_BIN_PROP("emmo") ^ 1;
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}
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void HeathrowIC::notify_bar_change(int bar_num)
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{
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if (bar_num) // only BAR0 is supported
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return;
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if (this->base_addr != (this->bars[bar_num] & 0xFFFFFFF0UL)) {
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if (this->base_addr) {
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this->host_instance->pci_unregister_mmio_region(this->base_addr, 0x80000, this);
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}
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this->base_addr = this->bars[0] & 0xFFFFFFF0UL;
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this->host_instance->pci_register_mmio_region(this->base_addr, 0x80000, this);
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LOG_F(INFO, "%s: base address set to 0x%X", this->pci_name.c_str(), this->base_addr);
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}
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}
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uint32_t HeathrowIC::dma_read(uint32_t offset, int size) {
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switch (offset >> 8) {
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case MIO_OHARE_DMA_MESH:
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return this->scsi_dma->reg_read(offset & 0xFF, size);
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case MIO_OHARE_DMA_FLOPPY:
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return this->floppy_dma->reg_read(offset & 0xFF, size);
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case MIO_OHARE_DMA_ETH_XMIT:
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return this->enet_xmit_dma->reg_read(offset & 0xFF, size);
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case MIO_OHARE_DMA_ETH_RCV:
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return this->enet_rcv_dma->reg_read(offset & 0xFF, size);
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case MIO_OHARE_DMA_AUDIO_OUT:
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return this->snd_out_dma->reg_read(offset & 0xFF, size);
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default:
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LOG_F(WARNING, "Unsupported DMA channel read, offset=0x%X", offset);
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}
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return 0;
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}
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void HeathrowIC::dma_write(uint32_t offset, uint32_t value, int size) {
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switch (offset >> 8) {
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case MIO_OHARE_DMA_MESH:
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this->scsi_dma->reg_write(offset & 0xFF, value, size);
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break;
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case MIO_OHARE_DMA_FLOPPY:
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this->floppy_dma->reg_write(offset & 0xFF, value, size);
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break;
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case MIO_OHARE_DMA_ETH_XMIT:
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this->enet_xmit_dma->reg_write(offset & 0xFF, value, size);
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break;
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case MIO_OHARE_DMA_ETH_RCV:
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this->enet_rcv_dma->reg_write(offset & 0xFF, value, size);
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break;
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case MIO_OHARE_DMA_AUDIO_OUT:
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this->snd_out_dma->reg_write(offset & 0xFF, value, size);
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break;
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default:
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LOG_F(WARNING, "Unsupported DMA channel write, offset=0x%X, val=0x%X", offset, value);
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}
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}
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uint32_t HeathrowIC::read(uint32_t rgn_start, uint32_t offset, int size) {
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uint32_t res = 0;
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LOG_F(9, "%s: reading from offset %x", this->name.c_str(), offset);
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unsigned sub_addr = (offset >> 12) & 0x7F;
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switch (sub_addr) {
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case 0:
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res = mio_ctrl_read(offset, size);
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break;
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case 8:
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res = dma_read(offset - 0x8000, size);
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break;
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case 0x10: // SCSI
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res = this->mesh->read((offset >> 4) & 0xF);
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break;
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case 0x11: // Ethernet
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res = BYTESWAP_SIZED(this->bmac->read(offset & 0xFFFU), size);
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break;
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case 0x12: // ESCC compatible addressing
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if ((offset & 0xFF) < 16) {
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return this->escc->read(compat_to_macrisc[(offset >> 1) & 0xF]);
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}
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// fallthrough
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case 0x13: // ESCC MacRISC addressing
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return this->escc->read((offset >> 4) & 0xF);
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case 0x14:
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res = this->snd_codec->snd_ctrl_read(offset - 0x14000, size);
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break;
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case 0x15: // SWIM3
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return this->swim3->read((offset >> 4 )& 0xF);
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case 0x16: // VIA-CUDA
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case 0x17:
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res = this->viacuda->read((offset - 0x16000) >> 9);
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break;
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case 0x20: // IDE 0
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res = this->ide_0->read((offset >> 4) & 0x1F, size);
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break;
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case 0x21: // IDE 1
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res = this->ide_1->read((offset >> 4) & 0x1F, size);
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break;
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default:
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if (sub_addr >= 0x60) {
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res = this->nvram->read_byte((offset - 0x60000) >> 4);
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} else {
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LOG_F(WARNING, "Attempting to read unmapped I/O space: %x", offset);
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}
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}
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return res;
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}
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void HeathrowIC::write(uint32_t rgn_start, uint32_t offset, uint32_t value, int size) {
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LOG_F(9, "%s: writing to offset %x", this->name.c_str(), offset);
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unsigned sub_addr = (offset >> 12) & 0x7F;
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switch (sub_addr) {
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case 0:
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mio_ctrl_write(offset, value, size);
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break;
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case 8:
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dma_write(offset - 0x8000, value, size);
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break;
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case 0x10: // SCSI
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this->mesh->write((offset >> 4) & 0xF, value);
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break;
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case 0x11: // Ethernet
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this->bmac->write(offset & 0xFFFU, BYTESWAP_SIZED(value, size));
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break;
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case 0x12: // ESCC compatible addressing
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if ((offset & 0xFF) < 16) {
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this->escc->write(compat_to_macrisc[(offset >> 1) & 0xF], value);
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break;
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}
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// fallthrough
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case 0x13: // ESCC MacRISC addressing
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this->escc->write((offset >> 4) & 0xF, value);
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break;
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case 0x14:
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this->snd_codec->snd_ctrl_write(offset - 0x14000, value, size);
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break;
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case 0x15: // SWIM3
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this->swim3->write((offset >> 4) & 0xF, value);
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break;
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case 0x16: // VIA-CUDA
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case 0x17:
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this->viacuda->write((offset - 0x16000) >> 9, value);
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break;
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case 0x20: // IDE O
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this->ide_0->write((offset >> 4) & 0x1F, value, size);
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break;
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case 0x21: // IDE 1
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this->ide_1->write((offset >> 4) & 0x1F, value, size);
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break;
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default:
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if (sub_addr >= 0x60) {
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this->nvram->write_byte((offset - 0x60000) >> 4, value);
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} else {
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LOG_F(WARNING, "Attempting to write to unmapped I/O space: %x", offset);
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}
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}
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}
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uint32_t HeathrowIC::mio_ctrl_read(uint32_t offset, int size) {
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uint32_t res = 0;
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switch (offset & 0xFC) {
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case MIO_INT_EVENTS2:
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res = this->int_events2;
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break;
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case MIO_INT_MASK2:
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res = this->int_mask2;
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break;
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case MIO_INT_LEVELS2:
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res = this->int_levels2;
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break;
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case MIO_INT_EVENTS1:
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res = this->int_events1;
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break;
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case MIO_INT_MASK1:
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res = this->int_mask1;
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break;
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case MIO_INT_LEVELS1:
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res = this->int_levels1;
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break;
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case MIO_INT_CLEAR1:
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case MIO_INT_CLEAR2:
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// some Mac OS drivers reads from those write-only registers
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// so we return zero here as real HW does
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break;
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case MIO_OHARE_ID:
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LOG_F(9, "read from MIO:ID register at Address %x", ppc_state.pc);
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res = (this->fp_id << 24) | (this->mon_id << 16) | (this->mb_id << 8) |
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(this->cpu_id | (this->emmo_pin << 4));
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break;
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case MIO_OHARE_FEAT_CTRL:
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LOG_F(9, "read from MIO:Feat_Ctrl register");
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res = this->feat_ctrl;
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break;
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default:
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LOG_F(WARNING, "read from unknown MIO register at %x", offset);
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break;
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}
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return BYTESWAP_32(res);
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}
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void HeathrowIC::mio_ctrl_write(uint32_t offset, uint32_t value, int size) {
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switch (offset & 0xFC) {
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case MIO_INT_MASK2:
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this->int_mask2 |= BYTESWAP_32(value) & ~MACIO_INT_MODE;
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break;
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case MIO_INT_CLEAR2:
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this->int_events2 &= ~(BYTESWAP_32(value) & 0x7FFFFFFFUL);
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clear_cpu_int();
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break;
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case MIO_INT_MASK1:
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this->int_mask1 = BYTESWAP_32(value);
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// copy IntMode bit to InterruptMask2 register
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this->int_mask2 = (this->int_mask2 & ~MACIO_INT_MODE) | (this->int_mask1 & MACIO_INT_MODE);
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break;
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case MIO_INT_CLEAR1:
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if ((this->int_mask1 & MACIO_INT_MODE) && (value & MACIO_INT_CLR)) {
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this->int_events1 = 0;
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this->int_events2 = 0;
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} else {
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this->int_events1 &= ~(BYTESWAP_32(value) & 0x7FFFFFFFUL);
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}
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clear_cpu_int();
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break;
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case MIO_OHARE_ID:
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LOG_F(WARNING, "Attempted to write %x to MIO:ID at %x; Address : %x", value, offset, ppc_state.pc);
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break;
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case MIO_OHARE_FEAT_CTRL:
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this->feature_control(BYTESWAP_32(value));
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break;
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case 0x3C:
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LOG_F(9, "write %x to MIO:Aux_Ctrl register", value);
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this->aux_ctrl = value;
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break;
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default:
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LOG_F(WARNING, "write %x to unknown MIO register at %x", value, offset);
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break;
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}
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}
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void HeathrowIC::feature_control(const uint32_t value)
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{
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LOG_F(9, "write %x to MIO:Feat_Ctrl register", value);
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this->feat_ctrl = value;
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if (!(this->feat_ctrl & 1)) {
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LOG_F(9, "Heathrow: Monitor sense enabled");
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} else {
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LOG_F(9, "Heathrow: Monitor sense disabled");
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}
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}
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uint32_t HeathrowIC::register_dev_int(IntSrc src_id)
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{
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switch (src_id) {
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case IntSrc::SCSI1:
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return 1 << 1;
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case IntSrc::IDE0:
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return 1 << 2;
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case IntSrc::IDE1:
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return 1 << 3;
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case IntSrc::VIA_CUDA:
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return 1 << 7;
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case IntSrc::SWIM3:
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return 1 << 8;
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default:
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ABORT_F("Heathrow: unknown interrupt source %d", src_id);
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}
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return 0;
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}
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uint32_t HeathrowIC::register_dma_int(IntSrc src_id)
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{
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return 0;
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}
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void HeathrowIC::ack_int(uint32_t irq_id, uint8_t irq_line_state)
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{
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#if 1
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if (irq_id >= (1 << 20)) { // does this irq_id belong to the second set?
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irq_id >>= (20 - 10); // adjust for non-DMA interrupt bits of the 2nd set
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// native mode: set IRQ bits in int_events2 on a 0-to-1 transition
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// emulated mode: set IRQ bits in int_events2 on all transitions
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if ((this->int_mask1 & MACIO_INT_MODE) ||
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(irq_line_state && !(this->int_levels2 & irq_id))) {
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this->int_events2 |= irq_id;
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} else {
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this->int_events2 &= ~irq_id;
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}
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this->int_events2 &= this->int_mask2;
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// update IRQ line state
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if (irq_line_state) {
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this->int_levels2 |= irq_id;
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} else {
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this->int_levels2 &= ~irq_id;
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}
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} else {
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irq_id <<= 11; // adjust for non-DMA interrupt bits of the first set
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// native mode: set IRQ bits in int_events1 on a 0-to-1 transition
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// emulated mode: set IRQ bits in int_events1 on all transitions
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if ((this->int_mask1 & MACIO_INT_MODE) ||
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(irq_line_state && !(this->int_levels1 & irq_id))) {
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this->int_events1 |= irq_id;
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} else {
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this->int_events1 &= ~irq_id;
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}
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this->int_events1 &= this->int_mask1;
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// update IRQ line state
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if (irq_line_state) {
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this->int_levels1 |= irq_id;
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} else {
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this->int_levels1 &= ~irq_id;
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}
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}
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this->signal_cpu_int();
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#endif
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#if 0
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if (this->int_mask1 & MACIO_INT_MODE) { // 68k interrupt emulation mode?
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if (irq_id >= (1 << 20)) { // irq_id in the range of int_events2?
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irq_id >>= (20 - 10); // adjust for non-DMA interrupt bits of int_events2
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this->int_events2 |= irq_id; // signal IRQ line change
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this->int_events2 &= this->int_mask2;
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// update IRQ line state
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if (irq_line_state) {
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this->int_levels2 |= irq_id;
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} else {
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this->int_levels2 &= ~irq_id;
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}
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} else {
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irq_id <<= 11;
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this->int_events1 |= irq_id; // signal IRQ line change
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this->int_events1 &= this->int_mask1;
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// update IRQ line state
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if (irq_line_state) {
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this->int_levels1 |= irq_id;
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} else {
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this->int_levels1 &= ~irq_id;
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}
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}
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this->signal_cpu_int();
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} else {
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LOG_F(WARNING, "%s: native interrupt mode not implemented", this->name.c_str());
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}
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#endif
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}
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void HeathrowIC::ack_dma_int(uint32_t irq_id, uint8_t irq_line_state)
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{
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#if 1
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if (irq_id >= (1 << 10)) { // does this irq_id belong to the second set?
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irq_id >>= 10; // adjust for DMA interrupt bits of the 2nd set
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// native mode: set IRQ bits in int_events2 on a 0-to-1 transition
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// emulated mode: set IRQ bits in int_events2 on all transitions
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if ((this->int_mask1 & MACIO_INT_MODE) ||
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(irq_line_state && !(this->int_levels2 & irq_id))) {
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this->int_events2 |= irq_id;
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} else {
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this->int_events2 &= ~irq_id;
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}
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this->int_events2 &= this->int_mask2;
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// update IRQ line state
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if (irq_line_state) {
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this->int_levels2 |= irq_id;
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} else {
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this->int_levels2 &= ~irq_id;
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}
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} else {
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// native mode: set IRQ bits in int_events1 on a 0-to-1 transition
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// emulated mode: set IRQ bits in int_events1 on all transitions
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if ((this->int_mask1 & MACIO_INT_MODE) ||
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(irq_line_state && !(this->int_levels1 & irq_id))) {
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this->int_events1 |= irq_id;
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} else {
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this->int_events1 &= ~irq_id;
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}
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this->int_events1 &= this->int_mask1;
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// update IRQ line state
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if (irq_line_state) {
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this->int_levels1 |= irq_id;
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} else {
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this->int_levels1 &= ~irq_id;
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}
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}
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this->signal_cpu_int();
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#endif
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#if 0
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if (this->int_mask1 & MACIO_INT_MODE) { // 68k interrupt emulation mode?
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if (irq_id >= (1 << 10)) { // irq_id in the range of int_events2?
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irq_id >>= 10; // adjust for DMA interrupt bits of int_events2
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this->int_events2 |= irq_id; // signal IRQ line change
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this->int_events2 &= this->int_mask2;
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// update IRQ line state
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if (irq_line_state) {
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this->int_levels2 |= irq_id;
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} else {
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this->int_levels2 &= ~irq_id;
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}
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} else {
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this->int_events1 |= irq_id; // signal IRQ line change
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this->int_events1 &= this->int_mask1;
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// update IRQ line state
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if (irq_line_state) {
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this->int_levels1 |= irq_id;
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} else {
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this->int_levels1 &= ~irq_id;
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}
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}
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this->signal_cpu_int();
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} else {
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ABORT_F("%s: native interrupt mode not implemented", this->name.c_str());
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}
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#endif
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}
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void HeathrowIC::signal_cpu_int() {
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if (this->int_events1 || this->int_events2) {
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if (!this->cpu_int_latch) {
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this->cpu_int_latch = true;
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ppc_assert_int();
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} else {
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LOG_F(5, "%s: CPU INT already latched", this->name.c_str());
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}
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}
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}
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void HeathrowIC::clear_cpu_int()
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{
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if (!this->int_events1 && !this->int_events2) {
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this->cpu_int_latch = false;
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ppc_release_int();
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LOG_F(5, "Heathrow: CPU INT latch cleared");
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}
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}
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static const vector<string> Heathrow_Subdevices = {
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"NVRAM", "ViaCuda", "Scsi0", "MeshHeathrow", "Escc", "Swim3", "Ide0", "Ide1",
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"BigMacHeathrow"
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};
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static const DeviceDescription Heathrow_Descriptor = {
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HeathrowIC::create, Heathrow_Subdevices, {}
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};
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REGISTER_DEVICE(Heathrow, Heathrow_Descriptor);
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