UART data not coming to second uart port

void main() {

    AD1PCFG = 0xFFFD;   // Configure AN pins as digital I/O
    JTAGEN_bit = 0;     // Disable JTAG

    TRISB = 0x0000000F;
    TRISD = 0x04;
    TRISF = 0x10;
    TRISG = 0x80;

    LATB = 0x00;

    LCD_Init();
    LCD_Cmd(_LCD_CURSOR_OFF);
    LCD_Cmd(_LCD_CLEAR);

    LCD_Out(1,1,"     Green House    ");
    LCD_Out(2,1,"       Monitor      ");

    UART2_Init(9600); // Initialize Soft UART at 14400 bps
    Delay_ms(200);

    UART1_Init(9600);
    Delay_ms(200);

    DHT11_Init();
    
    U1IP0_bit = 0;                     // Set UART2 interrupt
    U1IP1_bit = 1;                     // Set interrupt priorities
    U1IP2_bit = 1;                     // Set UART2 interrupt to level 6

    U1RXIE_bit = 1;

    EnableInterrupts();
              
    U1RXIF_bit = 0;

    GSM_Send_Const_Command(gsmBuffer, buffer1, atResponse1, atCommand1, &gsmBufferIndex, &gsmAttempt, 1);
    GSM_Send_Const_Command(gsmBuffer, buffer1, atResponse1, atCommand1, &gsmBufferIndex, &gsmAttempt, 1);
    GSM_Send_Const_Command(gsmBuffer, buffer1, atResponse1, atCommand4, &gsmBufferIndex, &gsmAttempt, 1);
    GSM_Send_Const_Command(gsmBuffer, buffer1, atResponse1, atCommand5, &gsmBufferIndex, &gsmAttempt, 1);
    GSM_Send_Const_Command(gsmBuffer, buffer1, atResponse1, atCommand6, &gsmBufferIndex, &gsmAttempt, 1);

    InitTimer2_3();

    Delay_ms(2000);
    LCD_Cmd(_LCD_CLEAR);

    ADC1_Init();                   // Initialize ADC module
    Delay_ms(100);
    
    while(1) {

        moisture = (unsigned long)ADC1_Get_Sample(0) * 80 / 1023;
        Delay_ms(50);

        lightIntensity = (unsigned int)ADC1_Get_Sample(1);
        Delay_ms(50);

        if(!toggleDisplay) {
            LCD_Out(1,1,"Light: ");
            LCD_Out(2,1,"Moisture: ");
            IntToStr(lightIntensity, text);
            Ltrim(str);
            Rtrim(str);
            LCD_Out(1,13,text);
            memset(text, '\0', sizeof(text));
            strcat(text, "Light Intensity: ");
            IntToStr(lightIntensity, msg);
            Ltrim(msg);
            Rtrim(msg);
            strcat(text, msg);
            strcat(text, "\r\n");
            UART2_Write_Text(text);
        }

        if(!toggleDisplay) {
            LongToStr(moisture, text);
            Ltrim(text);
            Rtrim(text);
            strcat(text, "%");
            LCD_Out(2,13,text);
            strcat(text, " %\r\n");
            UART2_Write_Text(text);
        }

        DHT11_Start();
        DHT11_Read();

        //if(DHT11_Checksum == ((DHT11_Temperature >> 8) + (DHT11_Humidity >> 8) + (DHT11_Temperature & 0xFF) + (DHT11_Humidity & 0xFF))) {

            if(toggleDisplay) {
                LCD_Out(3,1,"Temperature:");
                LCD_Out(4,1,"Humidity: ");

                ByteToStr((DHT11_Temperature >> 8), text);
                Ltrim(text);
                Rtrim(text);
                LCD_Out(3,13,text);
                CustomChar(3,16);
                LCD_Out(3,17,"C");
                strcat(text, " degree C\r\n");
                UART2_Write_Text(text);

                ByteToStr((DHT11_Humidity >> 8), text);
                Ltrim(text);
                Rtrim(text);
                strcat(text, "%");
                LCD_Out(4,13,text);
                strcat(text, " %\r\n");
                UART2_Write_Text(text);
            }
        //}

        if((((DHT11_Humidity >> 8) > 85) || (moisture  > 60)) && executeOnce1 == 0) {
              Humidity_Pump = OFF;
              CopyConst2Ram(sms, msg6);
              Send_SMS(gsmBuffer, buffer1, atResponse1, atResponse4, atCommand1, atCommand5, atCommand9, sms, &gsmBufferIndex, &gsmAttempt, 1);

              executeOnce1 = 1;
        }
        else if((((DHT11_Humidity >> 8) < 30) || (moisture  < 30)) && executeOnce1 == 1) {
              Humidity_Pump = ON;
              CopyConst2Ram(sms, msg5);
              Send_SMS(gsmBuffer, buffer1, atResponse1, atResponse4, atCommand1, atCommand5, atCommand9, sms, &gsmBufferIndex, &gsmAttempt, 1);

              executeOnce1 = 0;
        }

        if(((DHT11_Temperature >> 8) > 30) && executeOnce2 == 0) {
             CopyConst2Ram(sms, msg9);
             Send_SMS(gsmBuffer, buffer1, atResponse1, atResponse4, atCommand1, atCommand5, atCommand9, sms, &gsmBufferIndex, &gsmAttempt, 1);

             executeOnce2 = 1;
        }
        else if(((DHT11_Temperature >> 8) < 30) && executeOnce2 == 1) {
             executeOnce2 = 0;
        }

        if((moisture < 30) && executeOnce3 == 0) {
            Moisture_Pump = ON;
            CopyConst2Ram(sms, msg7);
            Send_SMS(gsmBuffer, buffer1, atResponse1, atResponse4, atCommand1, atCommand5, atCommand9, sms, &gsmBufferIndex, &gsmAttempt, 1);

            executeOnce3 = 1;
        }
        else if((moisture > 40) && executeOnce3 == 1) {
            Moisture_Pump = OFF;
            CopyConst2Ram(sms, msg8);
            Send_SMS(gsmBuffer, buffer1, atResponse1, atResponse4, atCommand1, atCommand5, atCommand9, sms, &gsmBufferIndex, &gsmAttempt, 1);

            executeOnce3 = 0;
        }

        if(((moisture > 30) && (moisture < 40)) && executeOnce4 == 0) {
            Moisture_Pump = ON;
            CopyConst2Ram(sms, msg7);
            Send_SMS(gsmBuffer, buffer1, atResponse1, atResponse4, atCommand1, atCommand5, atCommand9, sms, &gsmBufferIndex, &gsmAttempt, 1);

            executeOnce4 = 1;
        }
        else if((moisture < 40) && executeOnce4 == 1) {
            Moisture_Pump = OFF;
            CopyConst2Ram(sms, msg8);
            Send_SMS(gsmBuffer, buffer1, atResponse1, atResponse4, atCommand1, atCommand5, atCommand9, sms, &gsmBufferIndex, &gsmAttempt, 1);

            executeOnce4 = 0;
        }
    }

 UART2_Init(9600); // Initialize Soft UART at 14400 bps
    Delay_ms(200);

    UART1_Init(9600);
    Delay_ms(200);

    DHT11_Init();
    
    U1IP0_bit = 0;                     // Set UART2 interrupt
    U1IP1_bit = 1;                     // Set interrupt priorities
    U1IP2_bit = 1;                     // Set UART2 interrupt to level 6

    U1RXIE_bit = 1;

    EnableInterrupts();
              
    U1RXIF_bit = 0;