getting g++ and gcc errors

[Mr.Paulson]

Also getting If and Else if, button value syntax errors in the start of the teleoperatedPeriod


#include "WPILib.h"

/**
* This is an easy way to keep track of connections
* This code assumes the following connections:
* - Driver Station:
* - USB 1 - Main Drive Xbox controller
* - USB 2 - Secondary Xbox
* - Robot:
* - Digital Sidecar 1:
* - PWM 1 - Left Drive
* - PWM 2 - Right Drive
* - PWM 3 - Shooter
* - PWM 4 - Ball Intake
* - PWM 5 - Intake arm/lifter
* - PWM 6 - Catcher
* - PWM 7 - Connected to
* - PWM 8 - Connected to
* - PWM 9 - Connected to
* -Digital Sensors
* -I/O 1 - Pneumatic sensor
* -I/O 2 -
*
*/

class Robot : public IterativeRobot
{

RobotDrive *TankDrive; // robot drive system
Joystick *Driver_Controller;
Joystick *Assistant_Controller;
LiveWindow *lw;
int autoLoopCounter;

Talon *Talon0; //Left Drive
Talon *Talon1; //Right Drive
Talon *Talon2; //up and down
Talon *Talon3; //arm close and open
Talon *Talon4; //intake wheels
Talon *Talon5; //spare

float Left_X_Axis_Driver; //when CamelCase doesn't fit, underscores work too
float Right_X_Axis_Driver; //float means long decimel
float Left_Y_Axis_Driver;
float Right_Y_Axis_Driver;

float Left_X_Axis_Assist; //when CamelCase doesn't fit, underscores work too
float Right_X_Axis_Assist; //float means long decimel
float Left_Y_Axis_Assist;
float Right_Y_Axis_Assist;

float AutoTimer;

public:
Robot() :
TankDrive(1, 2), // these must be initialized in the same order
Driver_Controller(1), // as they are declared above.
Assistant_Controller(2),
Talon0(0),
Talon1(1),
Talon2(2),
Talon3(3),
Talon4(4),
Talon5(5),
AutoTimer(),

lw(NULL),
autoLoopCounter(0)


{
TankDrive-> SetExpiration(0.1);

Left_X_Axis_Driver =0; //when CamelCase doesn't fit, underscores work too
Right_X_Axis_Driver =0; //float means long decimel
Left_Y_Axis_Driver =0;
Right_Y_Axis_Driver =0;

Left_X_Axis_Assist =0; //when CamelCase doesn't fit, underscores work too
Right_X_Axis_Assist =0; //float means long decimel
Left_Y_Axis_Assist =0;
Right_Y_Axis_Assist =0;
}

private:
void RobotInit()
{
lw = LiveWindow::GetInstance();
}

void AutonomousInit()
{
autoLoopCounter = 0;
}

void AutonomousPeriodic(void) {

AutoTimer=Timer::Timer();

if(AutoTimer==0){ //starts timer and makes sure everything is stopped
void Timer::Start();
Talon1 -> Set(0);
Talon2 -> Set(0);
Talon3 -> Set(0);
Talon4 -> Set(0);
Talon5 -> Set(0);
}
else if(AutoTimer<2){ //Drive forward for 2 seconds
Talon1 -> Set(.3); //left drive 30%
Talon2 -> Set(-.3); //right drive 30%
Talon3 -> Set(0); //shooter 0%
Talon4 -> Set(0); //ball intake 0%
Talon5 -> Set(0); //intake arm/lifer 50%
}
else if(AutoTimer<7){ //Move launch motor for 5 seconds
Talon1 -> Set(0); //No movement
Talon2 -> Set(0);
Talon3 -> Set(0); //shooter 100%
Talon4 -> Set(0);
Talon5 -> Set(0);
}
else if(AutoTimer<8){ //Robot turning around-1 second (Zero Turn)
Talon1 -> Set(.5); //Left drive 50%
Talon2 -> Set(-.5); //Right drive 50% (backwards)
Talon3 -> Set(0);
Talon4 -> Set(0);
Talon5 -> Set(0);
}
else if(AutoTimer<10){ //Nothing going on
Talon1 -> Set(0);
Talon2 -> Set(0);
Talon3 -> Set(0);
Talon4 -> Set(0);
Talon5 -> Set(0);
}
else if(AutoTimer>10){ //Nothing going on
Talon1 -> Set(0);
Talon2 -> Set(0);
Talon3 -> Set(0);
Talon4 -> Set(0);
Talon5 -> Set(0);
void Timer::Stop(); //you can do a TON of clever stuff with one timer, and it gets bigger as you add more timers. be sure to take advantage of timers!
}

}

/** XBOX Controller Notes

* Buttons:
* A=1
* B=2
* X=3
* Y=4
* LB=5
* RB=6
* Back=7
* Start=8
* LeftAnalog=9
* RightAnalog=10

* Axis:
* LeftX=1
* LeftY=2
* RightX=4
* RightY=5
* Trigger=3 (Left moves -, Right moves +)
*/

void TeleopInit()
{

}

void TeleopPeriodic()
{
void RobotDrive::TankDrive (float leftValue,float rightValue,bool squaredInputs = true);

Talon1 -> Set(-Left_Y_Axis_Driver); //Sets speed to Joy stick value
Talon2 -> Set(Right_Y_Axis_Driver);


if(Driver_Controller->bool GetRawButton(5)==0){
Talon3->Set(1);
}

else if(Driver_Controller->bool GetRawButton(9)==0){
Talon3->Set(-1);

}
else{ //never forget your else
Talon3->Set(0);

}
TestPeriodic();
{
lw->Run();
}
};

'START_ROBOT_CLASS(Robot);