/**
 * \file
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 * Copyright 2004 Develer S.r.l. (http://www.develer.com/)
 * Copyright 2004 Giovanni Bajo
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 *
 * \brief Generic library to handle buzzers and leds
 *
 * This library is divided into three different layers:
 *
 *  - The topmost portable layer is buzzerled.[ch] which exposes a common API
 *    enable/disable the devices. Basically, it handles the asynchronism to
 *    implement bld_beep and bld_repeat.
 *  - The middle layer is CPU-specific and exposes a single main function which
 *    turns on/off each device.
 *  - The lower layer is board-specific and communicates with the middle layer
 *    with any required API. The idea is that devices can be tied to the CPU in
 *    many different ways (many different pins), so this part should describe
 *    which devices are present, and how they are connected.
 *
 *
 * \author Giovanni Bajo <rasky@develer.com>
 */

#include "buzzerled.h"

#warning FIXME:This drive is obsolete, you must refactor it.

#if 0
#include "cfg/cfg_buzzerled.h"
#include <drv/timer.h>

static struct Timer timers[CONFIG_NUM_BLDS];
static bool timer_go[CONFIG_NUM_BLDS];

INLINE enum BLD_DEVICE hook_parm_to_device(void* parm)
{
	struct Timer* t = (struct Timer*)parm;
	int num_bld = t - &timers[0];

	ASSERT(num_bld >= 0);
	ASSERT(num_bld < NUM_BLDS);

	return (enum BLD_DEVICE)num_bld;
}

static void hook_turn_off(void* parm)
{
	enum BLD_DEVICE num_bld = hook_parm_to_device(parm);
	bld_set(num_bld, false);
}

void bld_init(void)
{
	bld_hw_init();
}

void bld_beep(enum BLD_DEVICE device, uint16_t duration)
{
	// \todo This is not reentrant for the same device. FIXME!
	struct Timer *t = &timers[device];
	timer_set_delay(t, duration);
	timer_set_event_softint(t, hook_turn_off, t);
	timer_add(t);

	bld_set(device, true);
}

void bld_beep_and_wait(enum BLD_DEVICE device, uint16_t duration)
{
	bld_set(device, true);
	timer_delay(duration);
	bld_set(device, false);
}
#endif