typedef int errorDatatype;
typedef int int32;
typedef int undefined;
typedef unsigned int uint;
typedef float numeric;
    
typedef struct clusterDatatype_8_CustomSettings_1 {
	int start_counter = 7;
	int serial_speed = 9600;
};

typedef struct clusterDatatype_0_errorInput_1 {
	String item_0 = "NO_ERROR";
	int item_1 = 0;
};


/************* BEGIN Transcripted SubNode function definitions ************/


void Test__MultipleSerialPrint_1(int numberInput_2, errorDatatype &outputTerminal){
	errorDatatype wire_19;
	String wire_20;
	errorDatatype wire_21;
	int wire_22;
	int wire_23;
	clusterDatatype_0_errorInput_1 wire_24;
	wire_24 = cluster_0;
	/* LEFT TUNNELs declarations */
	//tunnel declaration, if connected to wire also assignement
	clusterDatatype_0_ahoj tunnel_5 = wire_24;
	int tunnel_6 = wire_22;
	/* END LEFT TUNNELs declarations */
	//inside loop wires declaration
	int wire_18;
	clusterDatatype_0_ahoj wire_17;
	errorDatatype wire_16;
	
	for (int forLoopIterator_3 = 0; forLoopIterator_3 < wire_23; forLoopIterator_3++){
		wire_17 = tunnel_5;
		wire_18 = tunnel_6;
		/*code inside FOR LOOP */
	
	Serial.println(wire_18);
		wire_21 = wire_16;
		
	} //END FOR LOOP
	int const_8 = 3;
	wire_23 = const_8;
	String const_10 = "==> END OF BLOCK";
	wire_20 = const_10;
	wire_22 = numberInput_2;
	Serial.println(wire_20);
	outputTerminal = wire_19;
	
}

/************* END Transcripted SubNode function definitions ************/

void setup() {

int wire_20;
int wire_21;
clusterDatatype_8_CustomSettings_1 wire_22;
errorDatatype wire_28;
errorDatatype wire_29;
clusterDatatype_8_CustomSettings_1 cluster_11;
wire_22 = cluster_11;
/*UnbundleByName*/
wire_21 = wire_22.start_counter;
wire_20 = wire_22.serial_speed;
Serial.begin(wire_20);
bool wire_30;
/* LEFT TUNNELs declarations */
//tunnel declaration, if connected to wire also assignement
errorDatatype tunnel_1 = wire_29;
undefined tunnel_3 = wire_21;
/* END LEFT TUNNELs declarations */
bool feedBackNodeFlag_6 = false;
int feedBackNode_6;
//inside loop wires declaration
int wire_31;
int wire_34;
undefined wire_25;
undefined wire_32;
errorDatatype wire_27;
undefined wire_26;
int wire_33;
undefined wire_24;
errorDatatype wire_23;

do{
	wire_27 = tunnel_1;
	wire_26 = tunnel_3;
	wire_25 = tunnel_3;
	
	bool const_9 = false;
	wire_30 = const_9;
	int const_7 = 0;
	wire_34 = const_7;
	int const_4 = 300;
	wire_33 = const_4;
	if(!feedBackNodeFlag_6){
		feedBackNodeFlag_6 = true;
		feedBackNode_6 = wire_34;
	}else{
		feedBackNode_6 = wire_31;
	}
	wire_32 = feedBackNode_6;
	wire_31 = wire_25 + wire_32;
	undefined outputPort_outputTerminal;
	Test__MultipleSerialPrint_1(wire_27, wire_26, outputPort_outputTerminal);
	wire_24 = outputPort_outputTerminal;
	delay(wire_33);
	wire_28 = wire_23;
	
}while(!wire_30); //END WHILE LOOP
errorDatatype errorOutput_1;
errorOutput_1 = wire_28;

}
void loop() {
	/* generated code is in setup() */
}