// ************************************************************************************************
//
// Documentation for this, and the rest of the LC libraies that make this up.
// Here's the book : https://github.com/leftCoast/LC_libraryDocs/blob/main/LC_libraries.pdf
// Search for : OIandKeys
//
// ************************************************************************************************


#include <SD.h>
#include <serialStr.h>
#include <colorRect.h>
#include <adafruit_1947.h>  // Screen lib.
#include <eventMgr.h>       // Interaction manager.
#include <IOandKeys.h>

#define DSP_CS    10    // Display chip select 
#define MAX_TXT   650

serialStr   serialMgr;
colorObj    backColor;    // We setup a colorObj for the backGndRect color of the display.
editLabel*  ourEditLabel;
textView*   ourTextView;
IOandKeys*  ourIO_Keys;
char        msgBuff[80];

// The way setup() works here is mostly for hardware setup. If that all works?
// Then we go on to setup the srceen object and controls.
void setup() {
  
  Serial.begin(115200);
  Serial.println("IO and Keys - Type remote message here.");
  screen = (displayObj*) new adafruit_1947(DSP_CS,-1);  // Create our screen object.
  if (screen) {                                         // We got one? Cool!
    if (screen->begin()) {                              // Can we successfully call begin on the screen?
      screen->setRotation(PORTRAIT);                    // Ok, set portrait. Good for handhelds.
      ourEventMgr.begin();                              // We are looking for touch sceen action! Fire up the even manager.
      serialMgr.setCallback(gotStr);                    // Who gets the incoming string?
      setupScreen();                                    // Populate the screen.
      return;                                           // Everything fired up successfuly. Lets go!                                               //
    }                                                   //
  } else {                                              // Else the display didn't.
    Serial.println("NO SCREEN!");                       // Send an error out the serial port.
  }                                                     //
  Serial.println("Locking process.");                   // Tell 'em
  while(true)delay(10);                                 // Lock processor here forever.
}


void setupKeyColors(void){

  kbPallette.inputKeyText.setColor(&yellow);

  kbPallette.inputKeyBase.setColor(LC_CHARCOAL);
	
 kbPallette.inputKeyHText.setColor(&black);
 kbPallette.inputKeyHBase.setColor(&white);
	
  kbPallette.contolKeyText.setColor(&yellow);
  kbPallette.contolKeyBase.setColor(LC_CHARCOAL);
  /*
 kbPallette.contolKeyHText
 kbPallette.contolKeyHBase
	*/
  kbPallette.deleteKeyText.setColor(&white);
	kbPallette.deleteKeyBase.setColor(&red);
  kbPallette.deleteKeyBase.blend(&black,20);
  /*
 kbPallette.deleteKeyHText
 kbPallette.deleteKeyHBase
  */
}
// Extension to setup() that puts all the screen bits and things together.
void setupScreen(void) {

  colorRect outline;
  colorRect backGnd;

  setupKeyColors();
  screen->fillScreen(&black);                 // A command to "screen" happens (NOW). Objects update later.
  
  outline.setColor(&black);
  outline.setInset(2);
  backGnd.setColor(&green);
  backGnd.blend(&black,80);
  
  ourEditLabel = new editLabel(20,170,200,20);
  ourEditLabel->setTextSize(2);
  //ourEditLabel->setEventSet(touchLift);
  ourEditLabel->setColors(&green,&backGnd);
  //ourEditLabel->beginEditing();
  outline.setRect(ourEditLabel);
  backGnd.setRect(ourEditLabel);
  outline.insetRect(-7);
  backGnd.insetRect(-5);
  outline.draw();
  backGnd.draw();

  ourTextView = new textView(20,20,200,130);
  ourTextView->setTextColors(&green,&backGnd);
  outline.setRect(ourTextView);
  backGnd.setRect(ourTextView);
  outline.insetRect(-7);
  backGnd.insetRect(-5);
  outline.draw();
  backGnd.draw();

  ourIO_Keys = new IOandKeys(ourEditLabel,ourTextView);
  ourIO_Keys->loadKeys();

  viewList.addObj(ourEditLabel);
  viewList.addObj(ourIO_Keys);
  viewList.addObj(ourTextView);
}


// Incoming message? Display it.
void gotStr(char* inStr){

  ourTextView->appendText(inStr);
  ourTextView->appendText("\n");
}


// In loop, make a call to idle. 
void loop() {
  
  int numChars;

  idle();                                       // D0 the magic.
  if (ourIO_Keys->haveBuff()) {                 // If there's a new string to send..
    ourIO_Keys->getBuff(msgBuff,80);            // Grab the string.
    Serial.println(msgBuff);
  }                                             //
  numChars = strlen(ourTextView->seeText());    // Count the chars in the display.
  if (numChars>MAX_TXT) {                       // If we have too many?
    ourTextView->deleteText(0,10);              // Lop some off.
  }                                             //
}