RS422 Sony 9-Pin Protocol Remote Controller of VTRs for Arduino
#include <Sony9PinRemote.h>
Sony9PinRemote::Controller deck;
void setup()
{
// serial should be set and attach as follows
Serial1.begin(Sony9PinSerial::BAUDRATE, Sony9PinSerial::CONFIG);
delay(2000);
deck.attach(Serial1);
// get device status
deck.status_sense();
if (deck.parse_until(1000)) // wait until response comes (timeout = 1000ms)
{
if (!deck.is_media_exist())
Serial.println("ERROR: there is no media!");
if (!deck.is_remote_enabled())
Serial.println("ERROR: remote control is disabled!");
if (!deck.is_disk_available())
Serial.println("ERROR: removable media is not available!");
if (!deck.is_stopping())
{
deck.stop();
deck.parse_until(1000);
}
deck.device_type();
if (deck.parse_until(1000))
{
Serial.print("device type = ");
Serial.println(deck.device(), HEX);
}
else
Serial.println("ERROR: device type request failed!!");
}
else
{
Serial.println("ERROR: device status request failed!!");
}
}
void loop()
{
// receive and parse reponse packet
deck.parse();
// if previous command has completed (response has come)
if (deck.ready())
{
static bool b = false;
if (b) deck.play();
else deck.stop();
b = !b;
delay(2000);
}
}// Sony9PinRemote::Controller
void attach(StreamType& s, const bool force_send = false)
void parse();
bool parse_until(const uint32_t timeout_ms);
bool ready() const;
bool available() const;
uint16_t device() const;
const Status& status() const;
const Errors& errors() const;
size_t error_count() const;
// 0 - System Control
void local_disable();
void device_type();
void lock_enable();
// 2 - Transport Control
void stop();
void play();
void record();
void standby_off();
void standby_on();
void eject();
void fast_forward();
void jog_forward(const uint8_t data1, const uint8_t data2 = 0);
void var_forward(const uint8_t data1, const uint8_t data2 = 0);
void shuttle_forward(const uint8_t data1, const uint8_t data2 = 0);
void fast_reverse();
void rewind();
void jog_reverse(const uint8_t data1, const uint8_t data2 = 0);
void var_reverse(const uint8_t data1, const uint8_t data2 = 0);
void shuttle_reverse(const uint8_t data1, const uint8_t data2 = 0);
void preroll();
void cue_data(const uint8_t hours, const uint8_t minutes, const uint8_t seconds, const uint8_t frames);
void sync_play();
void prog_speed_play_plus(const uint8_t v);
void prog_speed_play_minus(const uint8_t v);
void preview();
void review();
void outpoint_preview();
void dmc_set_fwd(const uint8_t data1, const uint8_t data2);
void dmc_set_rev(const uint8_t data1, const uint8_t data2);
void full_ee_off();
void full_ee_on();
void select_ee_on();
void clearPlaylist();
// 4 - Preset/Select Control
void in_entry();
void out_entry();
void in_data_preset(const uint8_t hours, const uint8_t minutes, const uint8_t seconds, const uint8_t frames);
void out_data_preset(const uint8_t hours, const uint8_t minutes, const uint8_t seconds, const uint8_t frames);
void in_shift_plus();
void in_shift_minus();
void out_shift_plus();
void out_shift_minus();
void in_reset();
void out_reset();
void a_in_reset();
void a_out_reset();
void preroll_prset(const uint8_t hours, const uint8_t minutes, const uint8_t seconds, const uint8_t frames);
void auto_mode_off();
void auto_mode_on();
void input_check(uint8_t v);
void set_playback_loop(const bool b_enable, const uint8_t mode = LoopMode::SINGLE_CLIP);
void set_stop_mode(const uint8_t stop_mode);
// void append_preset();
// 6 - Sense Request
void tc_gen_sense(const uint8_t data1);
void ub_gen_sense(const uint8_t data1);
void tc_ub_gen_sense(const uint8_t data1);
void in_data_sense();
void out_data_sense();
void a_in_data_sense();
void a_out_data_sense();
void status_sense(const uint8_t start = 0, const uint8_t size = 9);
void speed_sense();
void preroll_time_sense();
void timer_mode_sense();
void record_inhibit_sense();
// A - Advanced Media Protocol
void auto_skip(const int8_t n);
// void list_next_id();
// Blackmagic Extensions
// void bmd_seek_to_timeline_position(const uint16_t pos)
// void bmd_seek_relative_clip(const int8_t index)
// status check
bool is_media_exist() const;
bool is_remote_enabled() const;
bool is_disk_available() const;
bool is_stopping() const;
bool is_rewinding() const;
bool is_forwarding() const;
bool is_recoding() const;
bool is_playing() const;
bool is_servo_lock() const;
bool is_shuttle() const;
bool is_jog() const;
bool is_var() const;
bool is_reverse() const;
bool is_paused() const;
bool is_auto_mode() const;
bool is_a_out_set() const;
bool is_a_in_set() const;
bool is_out_set() const;
bool is_in_set() const;
bool is_select_ee() const;
bool is_full_ee() const;
bool is_lamp_still() const;
bool is_lamp_fwd() const;
bool is_lamp_rev() const;
bool is_near_eot() const;
bool is_eot() const;namespace LoopMode
{
enum : uint8_t
{
SINGLE_CLIP,
TIMELINE
};
}
namespace StopMode
{
enum : uint8_t
{
OFF,
FREEZE_ON_LAST_FRAME,
FREEZE_ON_NEXT_CLIP,
SHOW_BLACK
};
}struct Errors
{
bool b_unknown_cmd;
bool b_checksum_error;
bool b_parity_error;
bool b_buffer_overrun;
bool b_framing_error;
bool b_timeout;
};
struct Status
{
// byte 0
bool b_cassette_out;
bool b_local;
// byte 1
bool b_standby;
bool b_stop;
bool b_rewind;
bool b_forward;
bool b_record;
bool b_play;
// byte 2
bool b_servo_lock;
bool b_shuttle;
bool b_jog;
bool b_var;
bool b_direction;
bool b_still;
// byte 3
bool b_auto_mode;
bool b_a_out_set;
bool b_a_in_set;
bool b_out_set;
bool b_in_set;
// byte 4
bool b_select_ee;
bool b_full_ee;
// byte 6
bool b_lamp_still;
bool b_lamp_fwd;
bool b_lamp_rev;
// byte 8
bool b_near_eot;
bool b_eot;
};MIT