Cross Reference: /src/sys/dev/fdt/fdt

Lines Matching refs:rc
62 	struct fdtbus_regulator_controller *rc;
64 	rc = kmem_zalloc(sizeof(*rc), KM_SLEEP);
65 	rc->rc_dev = dev;
66 	rc->rc_phandle = phandle;
67 	rc->rc_funcs = funcs;
68 	rc->rc_reg.reg_rc = rc;
70 	of_getprop_uint32(phandle, "regulator-enable-ramp-delay", &rc->rc_enable_ramp_delay);
72 	LIST_INSERT_HEAD(&fdtbus_regulator_controllers, rc, rc_next);
80 	struct fdtbus_regulator_controller *rc;
82 	LIST_FOREACH(rc, &fdtbus_regulator_controllers, rc_next) {
83 		if (rc->rc_phandle == phandle)
84 			return rc;
93 	struct fdtbus_regulator_controller *rc;
102 	rc = fdtbus_get_regulator_controller(regulator_phandle);
103 	if (rc == NULL) {
107 	error = rc->rc_funcs->acquire(rc->rc_dev);
109 		aprint_error_dev(rc->rc_dev, "failed to acquire regulator: %d\n", error);
113 	return &rc->rc_reg;
119 	struct fdtbus_regulator_controller *rc = REGULATOR_TO_RC(reg);
121 	rc->rc_funcs->release(rc->rc_dev);
127 	struct fdtbus_regulator_controller *rc = REGULATOR_TO_RC(reg);
130 	error = rc->rc_funcs->enable(rc->rc_dev, true);
134 	if (rc->rc_enable_ramp_delay != 0)
135 		delay(rc->rc_enable_ramp_delay);
143 	struct fdtbus_regulator_controller *rc = REGULATOR_TO_RC(reg);
145 	if (of_hasprop(rc->rc_phandle, "regulator-always-on"))
148 	return rc->rc_funcs->enable(rc->rc_dev, false);
155 	struct fdtbus_regulator_controller *rc = REGULATOR_TO_RC(reg);
157 	if (rc->rc_funcs->set_voltage == NULL)
160 	return rc->rc_funcs->set_voltage(rc->rc_dev, min_uvol, max_uvol);
166 	struct fdtbus_regulator_controller *rc = REGULATOR_TO_RC(reg);
168 	if (rc->rc_funcs->get_voltage == NULL)
171 	return rc->rc_funcs->get_voltage(rc->rc_dev, puvol);
178 	struct fdtbus_regulator_controller *rc = REGULATOR_TO_RC(reg);
181 	if (rc->rc_funcs->set_voltage == NULL)
184 	if (of_getprop_uint32(rc->rc_phandle, "regulator-min-microvolt", &uvol) == 0) {
188 	if (of_getprop_uint32(rc->rc_phandle, "regulator-max-microvolt", &uvol) == 0) {
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