#include "M_SM_LIQUIDITY_ACTIVATED.mqh"
#include "M_SM_S1_WAIT_FVG_CREATED.mqh"
#include "M_SM_S1_WAIT_FVG_INVERTED_LONG.mqh"
#include "M_SM_S1_WAIT_FVG_INVERTED_SHORT.mqh"
#include "M_SM_S1_WAIT_TRADE_ACTIVATED.mqh"
#include "M_SM_WAIT_FVG_INVERTED_LONG.mqh"
#include "M_SM_WAIT_FVG_INVERTED_SHORT.mqh"
#include "M_SM_IN_TRADE.mqh"
#include "M_SM_RESET.mqh"

void M_StateMachine()
{
   switch(stGVL.nStateMachine)
   {
      case SM_WAIT_FOR_START:
         break;
         
      case SM_LIQUIDITY_ACTIVATED:
         M_SM_LIQUIDITY_ACTIVATED();
         break;
         
      case SM_WAIT_FVG_INVERTED:
         if(stGVL.eCurrentDirection == DIR_LONG)
         {
            M_SM_WAIT_FVG_INVERTED_LONG();
         }
         else
         {
            M_SM_WAIT_FVG_INVERTED_SHORT();
         }
         break;
         
      case SM_S1_WAIT_FVG_CREATED:
         M_SM_S1_WAIT_FVG_CREATED();
         break;
         
      case SM_S1_WAIT_FVG_INVERTED:
         if(stGVL.eCurrentDirection == DIR_LONG)
         {
            M_SM_S1_WAIT_FVG_INVERTED_LONG();
         }
         else
         {
            M_SM_S1_WAIT_FVG_INVERTED_SHORT();
         }
         break;
         
      case SM_S1_WAIT_TRADE_ACTIVATED:
         M_SM_S1_WAIT_TRADE_ACTIVATED();
         break;
      
      case SM_IN_TRADE:
         M_SM_IN_TRADE();
         break;
         
      case SM_RESET:
         M_SM_RESET();
         break;
   }
   E_STATEMACHINE nST = stGVL.nStateMachine;
   E_STATEMACHINE nST_LAST = stGVL.nLASTStateMachine;
   
   if(stGVL.nLASTStateMachine != stGVL.nStateMachine)
   {
      M_LogInfo("Statemachine changed to " + EnumToString(stGVL.nStateMachine));
      stGVL.nLASTStateMachine = stGVL.nStateMachine;
   }
}