ether/etherpci/etherpci.c

166 #define ether_inb(device, offset)  			(*((volatile uint8*)(device->reg_base + (offset)))); __eieio()
167 #define ether_inw(device, offset)  			(*((volatile uint16*)(device->reg_base + (offset)))); __eieio()
168 #define ether_outb(device, offset, value)  	(*((volatile uint8 *)(device->reg_base + (offset))) = (value)); __eieio()
169 #define ether_outw(device, offset, value) 	(*((volatile uint16*)(device->reg_base + (offset))) = (value)); __eieio()
173 #define ether_outb(device, offset, value)	(*gPCIModInfo->write_io_8)((device->reg_base + (offset)), (value))
174 #define ether_outw(device, offset, value)	(*gPCIModInfo->write_io_16)((device->reg_base + (offset)), (value))
175 #define ether_inb(device, offset)			((*gPCIModInfo->read_io_8)(device->reg_base + (offset)))
176 #define ether_inw(device, offset)			((*gPCIModInfo->read_io_16)(device->reg_base + (offset)))
183 uint8  ether_inb(etherpci_private_t *device, uint32 offset) {
185 	result = ((*gPCIModInfo->read_io_8)(device->reg_base + (offset)));
186 	ETHER_DEBUG(PCI_IO, device->debug, " inb(%x) %x \n", offset, result);
189 uint16  ether_inw(etherpci_private_t *device, uint32 offset) {
191 	result = ((*gPCIModInfo->read_io_16)(device->reg_base + (offset)));
192 	ETHER_DEBUG(PCI_IO, device->debug, " inw(%x) %x \n", offset, result);
195 void  ether_outb(etherpci_private_t *device, uint32 offset, uint8 value) {
196 	(*gPCIModInfo->write_io_8)((device->reg_base + (offset)), (value));
197 	ETHER_DEBUG(PCI_IO, device->debug, " outb(%x) %x \n", offset, value);
199 void  ether_outw(etherpci_private_t *device, uint32 offset, uint16 value) {
200 	(*gPCIModInfo->write_io_16)((device->reg_base + (offset)), (value));
201 	ETHER_DEBUG(PCI_IO, device->debug, " outb(%x) %x \n", offset, value);
207 uint8  ether_inb(etherpci_private_t *device, uint32 offset) {
209 	result = (*((volatile uint8*) (device->reg_base + (offset)))); __eieio();
210 	ETHER_DEBUG(PCI_IO, device->debug, " inb(%x) %x \n", offset, result);
214 uint16  ether_inw(etherpci_private_t *device, uint32 offset) {
216 	result = (*((volatile uint16*) (device->reg_base + (offset)))); __eieio();
217 	ETHER_DEBUG(PCI_IO, device->debug, " inw(%x) %x \n", offset, result);
221 void  ether_outb(etherpci_private_t *device, uint32 offset, uint8 value) {
222 	(*((volatile uint8 *)(device->reg_base + (offset))) = (value)); __eieio();
223 	ETHER_DEBUG(PCI_IO, device->debug, " outb(%x) %x \n", offset, value);
225 void  ether_outw(etherpci_private_t *device, uint32 offset, uint16 value) {
226 	(*((volatile uint16 *)(device->reg_base + (offset))) = (value)); __eieio();
227 	ETHER_DEBUG(PCI_IO, device->debug, " outb(%x) %x \n", offset, value);
663 	unsigned offset;
676 		offset = data->boundary << EC_PAGE_SHIFT;
677 		etherpci_mout(data, offset, (unsigned char *)&ring, sizeof(ring));
840 	int offset, int len)
845 	roffset = offset - data->EC_RINGSTART;
848 		etherpci_min(data, &ether_buf[0], offset, rem);
851 		etherpci_min(data, &ether_buf[0], offset, len);
1027 	unsigned offset;
1030 	offset = data->boundary << EC_PAGE_SHIFT;
1031 	etherpci_min(data, (unsigned char *)&ring, offset, sizeof(ring));
1066 	unsigned offset;
1090 		offset = data->boundary << EC_PAGE_SHIFT;
1091 		etherpci_min(data, (unsigned char *)&ring, offset, sizeof(ring));
1130 		ringcopy(data, ether_buf, offset + 4, rlen);
1187 	uint32 base, size, offset;
1195 	offset = data->pciInfo->u.h0.base_registers[0] - base;
1196 	size += offset;
1199 	dprintf(kDevName ": PCI base=%x size=%x offset=%x\n", base, size, offset);
1207 	data->reg_base = data->reg_base + offset;