Class SparkLowLevel

java.lang.Object
com.revrobotics.NativeResourceCleaner
com.revrobotics.spark.SparkLowLevel
All Implemented Interfaces:
REVDevice, AutoCloseable, org.wpilib.hardware.motor.MotorController
Direct Known Subclasses:
SparkBase
public abstract class SparkLowLevel extends NativeResourceCleaner implements org.wpilib.hardware.motor.MotorController, REVDevice, AutoCloseable

  • Field Details

    • kAPIMajorVersion

      public static final int kAPIMajorVersion

    • kAPIMinorVersion

      public static final int kAPIMinorVersion

    • kAPIBuildVersion

      public static final int kAPIBuildVersion

    • kAPIVersion

      public static final int kAPIVersion

    • sparkHandle

      protected final long sparkHandle

    • isClosed

      protected final AtomicBoolean isClosed

    • motorType

      protected final SparkLowLevel.MotorType motorType

    • expectedSparkModel

      protected final SparkLowLevel.SparkModel expectedSparkModel

  • Method Details

    • close

      public void close()
      Closes the SPARK Controller
      Specified by:
      close in interface AutoCloseable

    • getCleanAction

      protected NativeResourceCleaner.OnClean getCleanAction()
      Description copied from class: NativeResourceCleaner
      Note: it is important that no reference to 'this' is taken in the implementation.
      Specified by:
      getCleanAction in class NativeResourceCleaner
      Returns:
      an action to run on clean

    • getFirmwareVersion

      public int getFirmwareVersion()
      Get the firmware version of the SPARK.
      Returns:
      uint32_t Firmware version integer. Value is represented as 4 bytes, Major.Minor.Build H.Build L

    • setControlFramePeriodMs

      public void setControlFramePeriodMs(int periodMs)
      Set the control frame send period for the native CAN Send thread.
      Parameters:
      periodMs - The send period in milliseconds between 1ms and 100ms or set to 0 to disable periodic sends. Note this is not updated until the next call to Set() or SetReference().

    • getFirmwareString

      public String getFirmwareString()
      Get the firmware version of the SPARK as a string.
      Returns:
      std::string Human readable firmware version string

    • getSerialNumber

      public byte[] getSerialNumber()
      Get the unique serial number of the SPARK. Not currently available.
      Returns:
      byte[] Vector of bytes representig the unique serial number

    • GetBusId

      public int GetBusId()
      Get the configured CAN Bus ID of the SPARK.
      Returns:
      int CAN bus ID

    • getDeviceId

      public int getDeviceId()
      Get the configured Device ID of the SPARK.
      Returns:
      int device ID

    • getMotorType

      public SparkLowLevel.MotorType getMotorType()
      Get the motor type setting for the SPARK
      Returns:
      MotorType Motor type setting

    • setPeriodicFrameTimeout

      public void setPeriodicFrameTimeout(int timeoutMs)
      Set the amount of time to wait for a periodic status frame before returning a timeout error. This timeout will apply to all periodic status frames for the SPARK motor controller.

      To prevent invalid timeout errors, the minimum timeout for a given periodic status is 2.1 times its period. To use the minimum timeout for all status frames, set timeoutMs to 0.

      The default timeout is 500ms.

      Parameters:
      timeoutMs - The timeout in milliseconds

    • getPeriodicStatus0

      public Signal<SparkLowLevel.PeriodicStatus0> getPeriodicStatus0()
      Returns:
      periodic status 0 signal wrapper

    • getPeriodicStatus1

      public Signal<SparkLowLevel.PeriodicStatus1> getPeriodicStatus1()
      Returns:
      periodic status 1 signal wrapper

    • getPeriodicStatus2

      public Signal<SparkLowLevel.PeriodicStatus2> getPeriodicStatus2()
      Returns:
      periodic status 2 signal wrapper

    • getPeriodicStatus3

      public Signal<SparkLowLevel.PeriodicStatus3> getPeriodicStatus3()
      Returns:
      periodic status 3 signal wrapper

    • getPeriodicStatus4

      public Signal<SparkLowLevel.PeriodicStatus4> getPeriodicStatus4()
      Returns:
      periodic status 4 signal wrapper

    • getPeriodicStatus5

      public Signal<SparkLowLevel.PeriodicStatus5> getPeriodicStatus5()
      Returns:
      periodic status 5 signal wrapper

    • getPeriodicStatus6

      public Signal<SparkLowLevel.PeriodicStatus6> getPeriodicStatus6()
      Returns:
      periodic status 6 signal wrapper

    • getPeriodicStatus7

      public Signal<SparkLowLevel.PeriodicStatus7> getPeriodicStatus7()
      Returns:
      periodic status 7 signal wrapper

    • getPeriodicStatus8

      public Signal<SparkLowLevel.PeriodicStatus8> getPeriodicStatus8()
      Returns:
      periodic status 8 signal wrapper

    • getPeriodicStatus9

      public Signal<SparkLowLevel.PeriodicStatus9> getPeriodicStatus9()
      Returns:
      periodic status 9 signal wrapper

    • setCANMaxRetries

      public void setCANMaxRetries(int numRetries)
      Set the maximum number of times to retry an RTR CAN frame. This applies to calls such as SetParameter* and GetParameter* where a request is made to the SPARK motor controller and a response is expected. Anytime sending the request or receiving the response fails, it will retry the request a number of times, no more than the value set by this method. If an attempt succeeds, it will immediately return. The minimum number of retries is 0, where only a single attempt will be made and will return regardless of success or failure.

      The default maximum is 5 retries.

      Parameters:
      numRetries - The maximum number of retries

    • getSafeFloat

      public float getSafeFloat(float f)

    • createSimFaultManager

      public void createSimFaultManager()
      Create the sim gui Fault Manager for this Spark Device

    • throwIfClosed

      protected void throwIfClosed()