static inline void *xscom_addr(uint32_t gcid, uint32_t pcb_addr)
{
struct proc_chip *chip = get_chip(gcid);
uint64_t addr;
assert(chip);
addr = chip->xscom_base;
if (proc_gen <= proc_gen_p8) {
addr |= ((uint64_t)pcb_addr << 4) & ~0xfful;
addr |= (pcb_addr << 3) & 0x78;
} else
addr |= ((uint64_t)pcb_addr << 3);
return (void *)addr;
}
static void firenze_dt_fixup_i2cm(void)
{
struct dt_node *master, *bus, *dev;
struct proc_chip *c;
const uint32_t *p;
char name[32];
uint64_t lx;
if (dt_find_compatible_node(dt_root, NULL, "ibm,power8-i2cm"))
return;
p = dt_prop_get_def(dt_root, "ibm,vpd-lx-info", NULL);
if (!p)
return;
lx = ((uint64_t)p[1] << 32) | p[2];
switch (lx) {
case LX_VPD_2S4U_BACKPLANE:
case LX_VPD_2S2U_BACKPLANE:
case LX_VPD_SHARK_BACKPLANE: /* XXX confirm ? */
/* i2c nodes on chip 0x10 */
c = get_chip(0x10);
if (c) {
/* Engine 1 */
master = dt_create_i2c_master(c->devnode, 1);
assert(master);
snprintf(name, sizeof(name), "p8_%08x_e%dp%d", c->id, 1, 0);
bus = dt_create_i2c_bus(master, name, 0);
assert(bus);
dev = dt_create_i2c_device(bus, 0x39, "power-control",
"maxim,5961", "pcie-hotplug");
assert(dev);
dt_add_property_strings(dev, "target-list", "slot-C4",
"slot-C5");
dev = dt_create_i2c_device(bus, 0x3a, "power-control",
"maxim,5961", "pcie-hotplug");
assert(dev);
dt_add_property_strings(dev, "target-list", "slot-C2",
"slot-C3");
} else {
prlog(PR_INFO, "PLAT: Chip not found for the id 0x10\n");
}
/* Fall through */
case LX_VPD_1S4U_BACKPLANE:
case LX_VPD_1S2U_BACKPLANE:
/* i2c nodes on chip 0 */
c = get_chip(0);
if (!c) {
prlog(PR_INFO, "PLAT: Chip not found for the id 0x0\n");
break;
}
/* Engine 1*/
master = dt_create_i2c_master(c->devnode, 1);
assert(master);
snprintf(name, sizeof(name), "p8_%08x_e%dp%d", c->id, 1, 0);
bus = dt_create_i2c_bus(master, name, 0);
assert(bus);
dev = dt_create_i2c_device(bus, 0x32, "power-control",
"maxim,5961", "pcie-hotplug");
assert(dev);
dt_add_property_strings(dev, "target-list", "slot-C10", "slot-C11");
dev = dt_create_i2c_device(bus, 0x35, "power-control",
"maxim,5961", "pcie-hotplug");
assert(dev);
dt_add_property_strings(dev, "target-list", "slot-C6", "slot-C7");
dev = dt_create_i2c_device(bus, 0x36, "power-control",
"maxim,5961", "pcie-hotplug");
assert(dev);
dt_add_property_strings(dev, "target-list", "slot-C8", "slot-C9");
dev = dt_create_i2c_device(bus, 0x39, "power-control", "maxim,5961",
"pcie-hotplug");
assert(dev);
dt_add_property_strings(dev, "target-list", "slot-C12");
break;
default:
break;
}
}
static bool xscom_gcid_ok(uint32_t gcid)
{
return get_chip(gcid) != NULL;
}
fsp_pcie_inv_alloc_count = new_count;
/* Initialize the header for a new inventory */
if (need_init) {
fsp_pcie_inv->version = 1;
fsp_pcie_inv->num_entries = 0;
fsp_pcie_inv->entry_size =
sizeof(struct fsp_pcie_entry);
fsp_pcie_inv->entry_offset =
offsetof(struct fsp_pcie_inventory, entries);
}
}
/* Add entry */
entry = &fsp_pcie_inv->entries[fsp_pcie_inv->num_entries++];
chip = get_chip(dt_get_chip_id(phb->dt_node));
if (!chip) {
prerror("PLAT: Failed to get chip for PHB !\n");
return;
}
entry->hw_proc_id = chip->pcid;
entry->slot_idx = pd->parent->slot_info->slot_index;
entry->reserved = 0;
pci_cfg_read16(phb, pd->bdfn, PCI_CFG_VENDOR_ID, &entry->vendor_id);
pci_cfg_read16(phb, pd->bdfn, PCI_CFG_DEVICE_ID, &entry->device_id);
if (pd->is_bridge) {
int64_t ssvc = pci_find_cap(phb, pd->bdfn,
PCI_CFG_CAP_ID_SUBSYS_VID);
if (ssvc < 0) {
entry->subsys_vendor_id = 0xffff;
entry->subsys_device_id = 0xffff;
