Mart 3

Anten seçici için yeni cihaz modifikasyonu

Daha önce tasarlamış olduğum anten seçici için yeni cihazlar için bazı eklemeler yaptım. yapan arkadaşlar için güncellemelerinde fayda var.

#include "Arduino.h"
#include "UserSettings.h"
#include <SimpleList.h>
#include <AltSoftSerial.h>

//istek yanıt işlevi tanımı, her telsiz bu yöntemleri uygular
typedef void (*RadioRequest) (AltSoftSerial* serial);
typedef unsigned long (*RadioResponse) (AltSoftSerial* serial);

/************************************************************* Arayüz uygulamaları ******************************************************************
    her telsizin farklı bir arayüzü vardır. üç ayrı arayüz vardır.
    KENWOOD - FA interface
    YAESU   - Y interface (5 bit request / response)
    ICOM    - CI V

    çoğu üretici kenwood arayüzünü kullanır. 
 ***************************************************************************************************************************************************************/

//************* Y arabirim *************
void Y_Request(AltSoftSerial* serial)
{
  byte ReadFreq[] = {0x00, 0x00, 0x00, 0x00, 0x03};
  for (byte i = 0; i < sizeof(ReadFreq); i++)
  {
    serial->write(ReadFreq[i]);
  }
}

unsigned long Y_Response(AltSoftSerial* serial)
{
  int i = 0;
  String response = "";
  while (serial->available()) {
    if (i++ < 4)
    {
      int inChar = (int)serial->read();
      response += (inChar < 10) ? "0" + String(inChar, HEX) : String(inChar, HEX);
      delay(5);
    }
    else
    {
      serial->read();
    }
  }
  unsigned long j = 0;
  String pattern = "%lu";
  sscanf (&response[0], &pattern[0], &j);
  return j;
}
//***************** FA arabirim ******************
void FA_Request(AltSoftSerial* serial)
{
  serial->println("FA;");
}

unsigned long FA_Response(AltSoftSerial* serial)
{
  String response = "";
  while (serial->available()) {
    char inChar = (char)serial->read();
    response += inChar;
    if (inChar == ';') {
      response.trim(); //trim the string
      break;
    }
    delay(5);
  }
  unsigned long j = 0;
  String pattern = "FA%lu";
  sscanf (&response[0], &pattern[0], &j);
  return j / 10;
}
//**************************************************************************************************************************************************//

//Radio Enumeration
const int FT817 =     101;
const int FT857 =     102;
const int FT897 =     103;
const int FT991 =     104;

const int TS450 =     201;
const int TS480 =     202;
const int TS590 =     203;
const int TS690 =     204;
const int TS850 =     205;
const int TS950 =     206;

const int K2 =        301;
const int KX2 =       302;
const int K3S =       303;
const int K3 =        304;
const int KX3 =       305;

const int SDR1000 =   401;

struct Radio {
  int Id;
  char* displayname;
  RadioRequest FrequencyCommand;
  RadioResponse FrequencyResponse;
};

//the supported radios at the moment
Radio DummyRadio =        { -1,        (char*)"DUMMY RADIO",  0,           0          };
Radio Generic_FA_Radio =  {1,         (char*)"FA",           FA_Request,  FA_Response};
Radio Generic_Y_Radio =   {2,         (char*)"Y",            Y_Request,   Y_Response};

Radio FT817_Radio =       {FT817,     (char*)"FT-817",       Y_Request,   Y_Response};
Radio FT857_Radio =       {FT857,     (char*)"FT-857",       Y_Request,   Y_Response};
Radio FT897_Radio =       {FT897,     (char*)"FT-897",       Y_Request,   Y_Response};
Radio FT991_Radio =       {FT991,     (char*)"FT-991",       FA_Request,  FA_Response};

Radio TS450_Radio =       {TS450,     (char*)"TS-450",       FA_Request,  FA_Response};
Radio TS480_Radio =       {TS480,     (char*)"TS-480",       FA_Request,  FA_Response};
Radio TS590_Radio =       {TS590,     (char*)"TS-590",       FA_Request,  FA_Response};
Radio TS690_Radio =       {TS690,     (char*)"TS-690",       FA_Request,  FA_Response};
Radio TS850_Radio =       {TS850,     (char*)"TS-850",       FA_Request,  FA_Response};
Radio TS950_Radio =       {TS950,     (char*)"TS-950",       FA_Request,  FA_Response};

Radio K2_Radio =          {K2,        (char*)"K2",           FA_Request,  FA_Response};
Radio KX2_Radio =         {KX2,       (char*)"KX2",          FA_Request,  FA_Response};
Radio K3S_Radio =         {K3S,       (char*)"K3S",          FA_Request,  FA_Response};
Radio K3_Radio =          {K3,        (char*)"K3",           FA_Request,  FA_Response};
Radio KX3_Radio =         {KX3,       (char*)"KX3",          FA_Request,  FA_Response};

Radio SDR1000_Radio =     {SDR1000,   (char*)"SDR-1000",     FA_Request,  FA_Response};




SimpleList<Radio> RadioList; //desteklenen radyoları içeren bir liste

/**********************************************************************************************************
   DİKKAT: Listede ki cihazlar pasif. hangi radyoyu istiyorsan başından  // silmelisin
 **********************************************************************************************************/
void InitRadioList()
{
  //Arduino nano 14 radyo hafızası ile sınırlıdır
  RadioList.reserve(14); // belleği önceden ayırın böylece işlemler hızlı olacaktır. 

  //  RadioList.push_back(FT817_Radio);
  RadioList.push_back(FT857_Radio);
  //  RadioList.push_back(FT897_Radio);
  RadioList.push_back(FT991_Radio);

  //  RadioList.push_back(TS450_Radio);
  //  RadioList.push_back(TS480_Radio);
  //  RadioList.push_back(TS590_Radio);
  //  RadioList.push_back(TS690_Radio);
  //  RadioList.push_back(TS850_Radio);
  //  RadioList.push_back(TS950_Radio);

  //  RadioList.push_back(K2_Radio);
  //  RadioList.push_back(KX2_Radio);
  //  RadioList.push_back(K3S_Radio);
  //  RadioList.push_back(K3_Radio);
  //  RadioList.push_back(KX3_Radio);

  //  RadioList.push_back(SDR1000_Radio);
}

Radio GetInterface(AltSoftSerial* serial)
{
  //TODO: burası biraz karışık
  
  //Tty "Y;" interface
  Y_Request(serial);
  delay(100);
  unsigned long y = 0;
  y = Y_Response(serial);
  if (y > 10000)
    return Generic_Y_Radio;

  //Tty "FA;" interface
  FA_Request(serial);
  delay(500);
  unsigned long fa = 0;
  fa = FA_Response(serial);
  if (fa > 0)
    return Generic_FA_Radio;

  return DummyRadio;
}

Radio GetMyRadio()
{
  for (SimpleList<Radio>::iterator itr = RadioList.begin(); itr != RadioList.end(); ++itr)
  {
    if (itr->Id == MY_RADIO)
    {
      return *itr;
    }
  }
  return DummyRadio;
}

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#include "Arduino.h"

#include "UserSettings.h"

#include <SimpleList.h>

#include <AltSoftSerial.h>

//istek yanıt işlevi tanımı, her telsiz bu yöntemleri uygular

typedef void (*RadioRequest) (AltSoftSerial* serial);

typedef unsigned long (*RadioResponse) (AltSoftSerial* serial);

/************************************************************* Arayüz uygulamaları ******************************************************************

her telsizin farklı bir arayüzü vardır. üç ayrı arayüz vardır.

KENWOOD - FA interface

YAESU - Y interface (5 bit request / response)

ICOM - CI V

çoğu üretici kenwood arayüzünü kullanır.

***************************************************************************************************************************************************************/

//************* Y arabirim *************

void Y_Request(AltSoftSerial* serial)

{

byte ReadFreq[] = {0x00, 0x00, 0x00, 0x00, 0x03};

for (byte i = 0; i < sizeof(ReadFreq); i++)

{

serial->write(ReadFreq[i]);

}

unsigned long Y_Response(AltSoftSerial* serial)

{

int i = 0;

String response = "";

while (serial->available()) {

if (i++ < 4)

{

int inChar = (int)serial->read();

response += (inChar < 10) ? "0" + String(inChar, HEX) : String(inChar, HEX);

delay(5);

}

else

{

serial->read();

}

unsigned long j = 0;

String pattern = "%lu";

sscanf (&response[0], &pattern[0], &j);

return j;

}

//***************** FA arabirim ******************

void FA_Request(AltSoftSerial* serial)

{

serial->println("FA;");

}

unsigned long FA_Response(AltSoftSerial* serial)

{

String response = "";

while (serial->available()) {

char inChar = (char)serial->read();

response += inChar;

if (inChar == ';') {

response.trim(); //trim the string

break;

}

delay(5);

}

unsigned long j = 0;

String pattern = "FA%lu";

sscanf (&response[0], &pattern[0], &j);

return j / 10;

}

//**************************************************************************************************************************************************//

//Radio Enumeration

const int FT817 = 101;

const int FT857 = 102;

const int FT897 = 103;

const int FT991 = 104;

const int TS450 = 201;

const int TS480 = 202;

const int TS590 = 203;

const int TS690 = 204;

const int TS850 = 205;

const int TS950 = 206;

const int K2 = 301;

const int KX2 = 302;

const int K3S = 303;

const int K3 = 304;

const int KX3 = 305;

const int SDR1000 = 401;

struct Radio {

int Id;

char* displayname;

RadioRequest FrequencyCommand;

RadioResponse FrequencyResponse;

};

//the supported radios at the moment

Radio DummyRadio = { -1, (char*)"DUMMY RADIO", 0, 0 };

Radio Generic_FA_Radio = {1, (char*)"FA", FA_Request, FA_Response};

Radio Generic_Y_Radio = {2, (char*)"Y", Y_Request, Y_Response};

Radio FT817_Radio = {FT817, (char*)"FT-817", Y_Request, Y_Response};

Radio FT857_Radio = {FT857, (char*)"FT-857", Y_Request, Y_Response};

Radio FT897_Radio = {FT897, (char*)"FT-897", Y_Request, Y_Response};

Radio FT991_Radio = {FT991, (char*)"FT-991", FA_Request, FA_Response};

Radio TS450_Radio = {TS450, (char*)"TS-450", FA_Request, FA_Response};

Radio TS480_Radio = {TS480, (char*)"TS-480", FA_Request, FA_Response};

Radio TS590_Radio = {TS590, (char*)"TS-590", FA_Request, FA_Response};

Radio TS690_Radio = {TS690, (char*)"TS-690", FA_Request, FA_Response};

Radio TS850_Radio = {TS850, (char*)"TS-850", FA_Request, FA_Response};

Radio TS950_Radio = {TS950, (char*)"TS-950", FA_Request, FA_Response};

Radio K2_Radio = {K2, (char*)"K2", FA_Request, FA_Response};

Radio KX2_Radio = {KX2, (char*)"KX2", FA_Request, FA_Response};

Radio K3S_Radio = {K3S, (char*)"K3S", FA_Request, FA_Response};

Radio K3_Radio = {K3, (char*)"K3", FA_Request, FA_Response};

Radio KX3_Radio = {KX3, (char*)"KX3", FA_Request, FA_Response};

Radio SDR1000_Radio = {SDR1000, (char*)"SDR-1000", FA_Request, FA_Response};

SimpleList<Radio> RadioList; //desteklenen radyoları içeren bir liste

/**********************************************************************************************************

DİKKAT: Listede ki cihazlar pasif. hangi radyoyu istiyorsan başından // silmelisin

**********************************************************************************************************/

void InitRadioList()

{

//Arduino nano 14 radyo hafızası ile sınırlıdır

RadioList.reserve(14); // belleği önceden ayırın böylece işlemler hızlı olacaktır.

// RadioList.push_back(FT817_Radio);

RadioList.push_back(FT857_Radio);

// RadioList.push_back(FT897_Radio);

RadioList.push_back(FT991_Radio);

// RadioList.push_back(TS450_Radio);

// RadioList.push_back(TS480_Radio);

// RadioList.push_back(TS590_Radio);

// RadioList.push_back(TS690_Radio);

// RadioList.push_back(TS850_Radio);

// RadioList.push_back(TS950_Radio);

// RadioList.push_back(K2_Radio);

// RadioList.push_back(KX2_Radio);

// RadioList.push_back(K3S_Radio);

// RadioList.push_back(K3_Radio);

// RadioList.push_back(KX3_Radio);

// RadioList.push_back(SDR1000_Radio);

}

Radio GetInterface(AltSoftSerial* serial)

{

//TODO: burası biraz karışık

//Tty "Y;" interface

Y_Request(serial);

delay(100);

unsigned long y = 0;

y = Y_Response(serial);

if (y > 10000)

return Generic_Y_Radio;

//Tty "FA;" interface

FA_Request(serial);

delay(500);

unsigned long fa = 0;

fa = FA_Response(serial);

if (fa > 0)

return Generic_FA_Radio;

return DummyRadio;

}

Radio GetMyRadio()

{

for (SimpleList<Radio>::iterator itr = RadioList.begin(); itr != RadioList.end(); ++itr)

{

if (itr->Id == MY_RADIO)

{

return *itr;

}

return DummyRadio;

}

Posted Mart 3, 2021 by unal in category "Amatör Radyo", "Arduino

Anten seçici için yeni cihaz modifikasyonu

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