static void uninorth_install_pfunc(void) { struct device_node *np; DBG("Installing functions for UniN %s\n", uninorth_node->full_name); /* */ pmf_register_driver(uninorth_node, &unin_mmio_handlers, NULL); pmf_do_functions(uninorth_node, NULL, 0, PMF_FLAGS_ON_INIT, NULL); /* */ for (np = NULL; (np = of_get_next_child(uninorth_node, np)) != NULL;) if (strcmp(np->name, "hw-clock") == 0) { unin_hwclock = np; break; } if (unin_hwclock) { DBG("Installing functions for UniN clock %s\n", unin_hwclock->full_name); pmf_register_driver(unin_hwclock, &unin_mmio_handlers, NULL); pmf_do_functions(unin_hwclock, NULL, 0, PMF_FLAGS_ON_INIT, NULL); } }
static void uninorth_install_pfunc(void) { struct device_node *np; DBG("Installing functions for UniN %pOF\n", uninorth_node); /* * Install handlers for the bridge itself */ pmf_register_driver(uninorth_node, &unin_mmio_handlers, NULL); pmf_do_functions(uninorth_node, NULL, 0, PMF_FLAGS_ON_INIT, NULL); /* * Install handlers for the hwclock child if any */ for (np = NULL; (np = of_get_next_child(uninorth_node, np)) != NULL;) if (of_node_name_eq(np, "hw-clock")) { unin_hwclock = np; break; } if (unin_hwclock) { DBG("Installing functions for UniN clock %pOF\n", unin_hwclock); pmf_register_driver(unin_hwclock, &unin_mmio_handlers, NULL); pmf_do_functions(unin_hwclock, NULL, 0, PMF_FLAGS_ON_INIT, NULL); } }
void pmac_pfunc_base_resume(void) { int i; if (unin_hwclock) pmf_do_functions(unin_hwclock, NULL, 0, PMF_FLAGS_ON_WAKE, NULL); if (uninorth_node) pmf_do_functions(uninorth_node, NULL, 0, PMF_FLAGS_ON_WAKE, NULL); for (i = 0 ; i < MAX_MACIO_CHIPS; i++) { if (macio_chips[i].of_node) pmf_do_functions(macio_chips[i].of_node, NULL, 0, PMF_FLAGS_ON_WAKE, NULL); } }
static void macio_gpio_init_one(struct macio_chip *macio) { struct device_node *gparent, *gp; /* */ for (gparent = NULL; (gparent = of_get_next_child(macio->of_node, gparent)) != NULL;) if (strcmp(gparent->name, "gpio") == 0) break; if (gparent == NULL) return; DBG("Installing GPIO functions for macio %s\n", macio->of_node->full_name); /* */ for (gp = NULL; (gp = of_get_next_child(gparent, gp)) != NULL;) { const u32 *reg = of_get_property(gp, "reg", NULL); unsigned long offset; if (reg == NULL) continue; offset = *reg; /* */ if (offset < 0x50) offset += 0x50; offset += (unsigned long)macio->base; pmf_register_driver(gp, &macio_gpio_handlers, (void *)offset); } DBG("Calling initial GPIO functions for macio %s\n", macio->of_node->full_name); /* */ for (gp = NULL; (gp = of_get_next_child(gparent, gp)) != NULL;) pmf_do_functions(gp, NULL, 0, PMF_FLAGS_ON_INIT, NULL); /* */ }
static void macio_gpio_init_one(struct macio_chip *macio) { struct device_node *gparent, *gp; /* * Find the "gpio" parent node */ for (gparent = NULL; (gparent = of_get_next_child(macio->of_node, gparent)) != NULL;) if (strcmp(gparent->name, "gpio") == 0) break; if (gparent == NULL) return; DBG("Installing GPIO functions for macio %s\n", macio->of_node->full_name); /* * Ok, got one, we dont need anything special to track them down, so * we just create them all */ for (gp = NULL; (gp = of_get_next_child(gparent, gp)) != NULL;) { const u32 *reg = of_get_property(gp, "reg", NULL); unsigned long offset; if (reg == NULL) continue; offset = *reg; /* Deal with old style device-tree. We can safely hard code the * offset for now too even if it's a bit gross ... */ if (offset < 0x50) offset += 0x50; offset += (unsigned long)macio->base; pmf_register_driver(gp, &macio_gpio_handlers, (void *)offset); } DBG("Calling initial GPIO functions for macio %s\n", macio->of_node->full_name); /* And now we run all the init ones */ for (gp = NULL; (gp = of_get_next_child(gparent, gp)) != NULL;) pmf_do_functions(gp, NULL, 0, PMF_FLAGS_ON_INIT, NULL); /* Note: We do not at this point implement the "at sleep" or "at wake" * functions. I yet to find any for GPIOs anyway */ }