new to arduino, and question using channellabel

hi there…I new to arduino and C, programming experience in PowerBASIC and assembler,
having trouble using channelabels, using automation direct P1AM processer, the error message is
"cannot convert ‘channelLabel’ to 'uint32_t (aka long unsigned int) for argment ‘1’ to ‘int digiitalRead(uint32_t)’

#include <P1AM.h>

void setup() { // the setup routine runs once:
Serial.begin(115200); //initialize serial communication at 115200 bits per second
while(!P1.init())
{
; //wait for Modules to sign on
}

}
/*

  • I/O assignments

  • labels for outputs SLOT-1 P1-15TD2 MODULE 16 points of INPUT
    */
    channelLabel ZaxisDIRECTION = {1,1}; // SLOT-1 - CH-1: z-axis dirEction control 1=UP / 0= DOWN
    channelLabel SINGLATE = {1,2}; // SLOT-1 - CH-2: singlator air cylinder 1=singlate / 0= pick
    channelLabel VACUUM = {1,3}; // SLOT-1 - CH-3: vacuum generator solenoid 1=vacuum on / 0= vacuum off
    channelLabel XaxisAIRcylinder = {1,4};// SLOT-1 - CH-4: x-axis air cylinder 1=load / 0= home
    channelLabel GREENlight = {1,5}; // SLOT-1 - CH-5: green light control 1=on / 0= off
    channelLabel REDlight = {1,5}; // SLOT-1 - CH-6: red light control 1=on / 0= off

/* *********************************************************************************************

  • labels for inputs SLOT-2 P2-16ND3 MODULE 16 points of OUTPUT
    */
    channelLabel ZaxisHOME = {2,1}; // SLOT-2 - CH-1: z-axis home position sensor 1=home / 0= not-home
    channelLabel ZaxisSIGNdetect = {2,2}; // SLOT-2 - CH-2: z-axis sign detection sensor 1=sign present / 0= not-sign present
    channelLabel VACUUMsignDETECT = {2,3}; // SLOT-2 - CH-3: vacuum cup sign detection sensor 1=sign present / 0= not-sign present
    channelLabel ESTOPswitch = {2,4}; // SLOT-2 - CH-4: e-stop switch 1=not-e-stop / 0= e-stop
    channelLabel RUNstopSWITCH = {2,5}; // SLOT-2 - CH-5: run / stop switch 1=run / 0= stop
    channelLabel CYCLEstartSWITCH = {2,6}; // SLOT-2 - CH-6: cycle start switch 1=not start / 0= start
    channelLabel XaxisHOME = {2,7}; // SLOT-2 - CH-7: x-axis home position sensor 1=home / 0= not-home
    channelLabel XaxisLOAD = {2,8}; // SLOT-2 - CH-8: x-axis load position sensor 1=load / 0= not-load

/* *********************************************************************************************

  • labels for inputs SLOT-3 P1-04PWM MODULE 4 channels fo PWM OUTPUT
    */

float dutyCycle = 50.15; //sets dutyCycle variable to 50.15
int frequency = 100; //sets frequency variable to 10000Hz
/* *********************************************************************************************
*
*/
void begin
void loop() { // the loop routine runs over and over again forever:
P1.writeDiscrete(HIGH,GREENlight); //green light control= ON
delay(500); //wait .5 second
P1.writeDiscrete(LOW,GREENlight); //green light control= OFF
delay(500); //wait .5 second

if (digitalRead(CYCLEstartSWITCH) == LOW)// SLOT-2 - CH-6: cycle start switch 1=not start / 0= start
{
Call a RUNmachine
}
/else if (digitalRead int(ESTOPswitch) == LOW)// SLOT-2 - CH-4: e-stop switch 1=not-e-stop / 0= e-stop
{
Call a ESTOPmachine
}

}

void RUNmachine();
P1.writeDiscrete(HIGH,GREENlight); //green light control= ON
// machine running area

void ESTOPmachine();
void loopESTOP() { // the loop routine runs over and over again forever:
P1.writeDiscrete(HIGH,ESTOPswitch); //red light control= ON
delay(500); //wait .5 second
P1.writeDiscrete(LOW,ESTOPswitch); //red light control= OFF
delay(500); //wait .5 second
if (digitalRead(ESTOPswitch) == HIGH)// SLOT-2 - CH-4: e-stop switch 1=not-e-stop / 0= e-stop
{
Call a RESETmachineFROMestop
}

void RESETmachineFROMestop();
// reinitialize machine after e-stop condition
// re-home z-anis
// reset all air cylinders to home postions
P1.writeDiscrete(LOW,ESTOPswitch); //red light control= OFF

hi there...I new to arduino and C, programming experience in PowerBASIC and assembler,
having trouble using channelabels, using automation direct P1AM, the error message is
"cannot convert 'channelLabel' to 'uint32_t (aka long unsigned int) for argment '1' to 'int digiitalRead(uint32_t)'


#include <P1AM.h>

void setup() {  // the setup routine runs once:
  Serial.begin(115200);   //initialize serial communication at 115200 bits per second 
  while(!P1.init())
  {
    ; //wait for Modules to sign on
  }

}
/*
 *     I/O assignments
 * *********************************************************************************************
 * labels for outputs SLOT-1 P1-15TD2 MODULE 16 points of INPUT
 */
channelLabel ZaxisDIRECTION = {1,1};  // SLOT-1 - CH-1: z-axis dirEction control 1=UP / 0= DOWN
channelLabel SINGLATE = {1,2};        // SLOT-1 - CH-2: singlator air cylinder  1=singlate / 0= pick 
channelLabel VACUUM = {1,3};          // SLOT-1 - CH-3: vacuum generator solenoid 1=vacuum on / 0= vacuum off
channelLabel XaxisAIRcylinder = {1,4};// SLOT-1 - CH-4: x-axis air cylinder  1=load / 0= home
channelLabel GREENlight = {1,5};      // SLOT-1 - CH-5: green light control  1=on / 0= off
channelLabel REDlight = {1,5};        // SLOT-1 - CH-6: red light control  1=on / 0= off

 /* *********************************************************************************************
 * labels for inputs SLOT-2 P2-16ND3 MODULE 16 points of OUTPUT
 */
channelLabel ZaxisHOME = {2,1};        // SLOT-2 - CH-1: z-axis home position sensor  1=home / 0= not-home
channelLabel ZaxisSIGNdetect = {2,2};  // SLOT-2 - CH-2: z-axis sign detection sensor  1=sign present / 0= not-sign present
channelLabel VACUUMsignDETECT = {2,3}; // SLOT-2 - CH-3: vacuum cup sign detection sensor  1=sign present / 0= not-sign present
channelLabel ESTOPswitch = {2,4};      // SLOT-2 - CH-4: e-stop switch  1=not-e-stop / 0= e-stop
channelLabel RUNstopSWITCH = {2,5};    // SLOT-2 - CH-5: run / stop switch  1=run / 0= stop
channelLabel CYCLEstartSWITCH = {2,6}; // SLOT-2 - CH-6: cycle start switch  1=not start / 0= start
channelLabel XaxisHOME = {2,7};        // SLOT-2 - CH-7: x-axis home position sensor  1=home / 0= not-home
channelLabel XaxisLOAD = {2,8};        // SLOT-2 - CH-8: x-axis load position sensor  1=load / 0= not-load

/* *********************************************************************************************
 * labels for inputs SLOT-3 P1-04PWM MODULE 4 channels fo PWM OUTPUT
 */


float dutyCycle = 50.15;  //sets dutyCycle variable to 50.15
int frequency = 100;  //sets frequency variable to 10000Hz
/* *********************************************************************************************
 *  
 */
void begin
void loop() { // the loop routine runs over and over again forever:
    P1.writeDiscrete(HIGH,GREENlight);  //green light control= ON
      delay(500);  //wait .5 second
    P1.writeDiscrete(LOW,GREENlight);   //green light control= OFF
      delay(500);  //wait .5 second

if (digitalRead(CYCLEstartSWITCH) == LOW)// SLOT-2 - CH-6: cycle start switch  1=not start / 0= start
    {
      Call a RUNmachine
    }
    /else if (digitalRead int(ESTOPswitch) == LOW)// SLOT-2 - CH-4: e-stop switch  1=not-e-stop / 0= e-stop
    {
      Call a ESTOPmachine
    }
   


} 

void RUNmachine();
    P1.writeDiscrete(HIGH,GREENlight);  //green light control= ON
    // machine running area

void ESTOPmachine();
void loopESTOP() { // the loop routine runs over and over again forever:
    P1.writeDiscrete(HIGH,ESTOPswitch);  //red light control= ON
      delay(500);  //wait .5 second
    P1.writeDiscrete(LOW,ESTOPswitch);   //red light control= OFF
      delay(500);  //wait .5 second
if (digitalRead(ESTOPswitch) == HIGH)// SLOT-2 - CH-4: e-stop switch  1=not-e-stop / 0= e-stop
    {
      Call a RESETmachineFROMestop
    }

void RESETmachineFROMestop();
      // reinitialize machine after e-stop condition
      // re-home z-anis
      // reset all air cylinders to home postions
      P1.writeDiscrete(LOW,ESTOPswitch);   //red light control= OFF

delete the code that is ouside the code-section

what is a P1AM.h???
post a link to the documentation

best regards Stefan

cannot convert ‘channelLabel’ to 'uint32_t (aka long unsigned int) for argment ‘1’ to ‘int digiitalRead(uint32_t)’

You have no call to a function called “digiitalRead”.
Are you sure you quoted the right code and error message?

"WARNING: library P1AM claims to run on samd architecture(s) and may be incompatible with your current board"

Could it be that the board you are compiling for is not a 'samd' architecture board like the Arduino Zero?