/*******************************************************************************
* hwidev_add_uart
*
* See sys/hwinfo.h for interface description
*
* Returns: the offset in the hwinfo section of the added device or HWI_NULL_OFF
* on error
*/
unsigned hwidev_add_uart(const char *device_name, hwiattr_uart_t *attr, unsigned bus_hwi_off)
{
/* we use the (unused) 'device.pnpid' as the device class identifier */
unsigned hwi_off = hwidev_add(device_name, hwi_devclass_UART, bus_hwi_off);
if ((hwi_off != HWI_NULL_OFF) && (attr != NULL))
{
unsigned i;
hwitag_add_common(hwi_off, &attr->common);
for (i=0; i<attr->num_clks; i++)
hwitag_add_inputclk(hwi_off, 0, 1); // make divisor 1, just in case ;)
}
return hwi_off;
}
/*******************************************************************************
* hwibus_add_i2c
*
* See sys/hwinfo.h for interface description
*
* Returns: the offset in the hwinfo section of the added bus or HWI_NULL_OFF
* on error
*/
unsigned hwibus_add_i2c(unsigned parent_hwi_off, hwiattr_i2c_t *attr)
{
unsigned hwi_off = hwibus_add(HWI_ITEM_BUS_I2C, parent_hwi_off);
if ((hwi_off != HWI_NULL_OFF) && (attr != NULL))
{
unsigned i;
hwitag_add_common(hwi_off, &attr->common);
for (i=0; i<attr->num_clks; i++)
hwitag_add_inputclk(hwi_off, 0, 1); // make divisor 1, just in case ;)
for (i=0; i<attr->num_busattr; i++)
hwitag_add_busattr(hwi_off, NULL); // create empty busattr tags
}
return hwi_off;
}
