SensorModbusMaster.h file

Classes

union leFrame

A frame for holding parts of a response. Define a little-endian frame as a union - that is a special class type that can hold only one of its non-static data members at a time.

class modbusMaster

The class for communicating with modbus devices.

Enums

enum endianness { littleEndian = 0, bigEndian }

The "endianness" of returned values.

enum pointerType { holdingRegister = 0, inputRegister, inputContacts, outputCoil }

The types of "pointers" to other modbus addresses.

Typedefs

using endianness = enum endianness

The "endianness" of returned values.

using pointerType = enum pointerType

The types of "pointers" to other modbus addresses.

using leFrame = union leFrame

A frame for holding parts of a response. Define a little-endian frame as a union - that is a special class type that can hold only one of its non-static data members at a time.

Defines

#define RESPONSE_BUFFER_SIZE = 256

The size of the response buffer for the modbus devices.

#define MODBUS_TIMEOUT = 500

The default time to wait for response after a command (in ms)

#define MODBUS_FRAME_TIMEOUT = 4

The default time to wait between characters within a frame (in ms)

#define BYTE_SIZE = 1

The size of a single byte in bytes.

#define UINT16_SIZE = 2

The size of an uint16_t in bytes.

#define INT16_SIZE = 2

The size of an int16_t in bytes.

#define UINT32_SIZE = 4

The size of an uint32_t in bytes.

#define INT32_SIZE = 4

The size of an int32_t in bytes.

#define FLOAT32_SIZE = 4

The size of a float32 in bytes.

#define TAI64_SIZE = 8

The size of a 64-bit timestamp in bytes.

#define TAI64N_SIZE = 12

The size of a 64-bit timestamp plus a 32-bit nanosecond in bytes.

#define TAI64NA_SIZE = 16

The size of a 64-bit timestamp plus a 32-bit nanosecond plus a 32-bit attosecond in bytes.

#define POINTER_SIZE = 2

The size of a pointer in bytes (when using Ardino system)

Enum documentation

Typedef documentation

Define documentation