fdtbus_regulator_enable
error = fdtbus_regulator_enable(sc->sc_reg_vqmmc);
return fdtbus_regulator_enable(sc->sc_reg_vqmmc);
fdtbus_regulator_enable(sc->sc_supply); /* USB HOST MODE */
error = fdtbus_regulator_enable(reg);
fdtbus_regulator_enable(sc->sc_supply);
fdtbus_regulator_enable(sc->sc_supply);
return fdtbus_regulator_enable(sc->sc_reg_vqmmc);
if (fdtbus_regulator_enable(sc->sc_supply) != 0)
if (fdtbus_regulator_enable(supply) != 0) {
fdtbus_regulator_enable(vbus_reg);
if (vbus_reg == NULL || fdtbus_regulator_enable(vbus_reg) != 0) {
if (fdtbus_regulator_enable(reg) != 0) {
if (fdtbus_regulator_enable(reg) != 0) {
return fdtbus_regulator_enable(sc->sc_reg_vqmmc);
fdtbus_regulator_enable(reg);
error = fdtbus_regulator_enable(reg);
fdtbus_regulator_enable(ifsc->sc_reg_vpcie);
error = fdtbus_regulator_enable(reg);
error = fdtbus_regulator_enable(reg);
error = fdtbus_regulator_enable(sc->sc_vmmc_supply);
fdtbus_regulator_enable(regulator);
error = enable ? fdtbus_regulator_enable(sc->sc_supply) :
error = enable ? fdtbus_regulator_enable(sc->sc_supply) :
if (fdtbus_regulator_enable(sc->sc_supply) != 0)
error = fdtbus_regulator_enable(sc->sc_regulator);
error = fdtbus_regulator_enable(sc->reg_phy);
if (reg_phy != NULL && fdtbus_regulator_enable(reg_phy) != 0) {
error = fdtbus_regulator_enable(sc->sc_pin_supply[index]);
if (sc->sc_reg_vmmc != NULL && fdtbus_regulator_enable(sc->sc_reg_vmmc)) {
return fdtbus_regulator_enable(sc->sc_reg_vqmmc);
return phy->phy_reg ? fdtbus_regulator_enable(phy->phy_reg) : 0;
return fdtbus_regulator_enable(phy->phy_reg);
return fdtbus_regulator_enable(esc->sc_vqmmc);
fdtbus_regulator_enable(sc->sc_regulator);
int fdtbus_regulator_enable(struct fdtbus_regulator *);
error = fdtbus_regulator_enable(sc->sc_vcc);
error = fdtbus_regulator_enable(sc->sc_reg);
fdtbus_regulator_enable(sc->sc_vbus);
error = fdtbus_regulator_enable(sc->sc_vref_supply);