Component: EEPROM (DS28E07) (Storage)

Author	MatrixTSL
Version	1.0
Category	Storage

EEPROM (DS28E07) component

A rugged EEPROM allowing one or more devices to be addressed and accessed. Requires a One Wire component to perform the bus operations.

Detailed description

No detailed description exists yet for this component

Examples

No additional examples

Downloadable macro reference

	SetString
Writes a string to the EE memory starting at the selected address. All bytes from the string will be written including the null termination.
- UINT	Address
Address of the value to write
- STRING	Value
Data string to write
- VOID	Return

	GetString
Gets a string from the specified start address.
- UINT	Address
Address of the first data byte
- BYTE	MaxLength
Maximum number of bytes in the string, also includes null termination byte
- STRING	Return

	SetByteArray
Writes an array of bytes to the EE memory.
- UINT	Address
Starting address of the first value to write
- BYTE	Data
- BYTE	Count
Number of bytes to write to the EE memory, Range: 1 to 128 bytes
- VOID	Return

	SetInt
Writes a 16-bit value to the EE memory. For consecutive 16-bit values the address must be incremented by 2.
- UINT	Address
Address of the value to write
- UINT	Value
16-bit value to write
- BOOL	MSBFirst
0: LSB is the first byte, 1: MSB is the first byte
- VOID	Return

	AddressSpecificDevice
Starts a temperature conversion on a specific device using a hex string identifier. SerialNumber parameter should be 12 characters and contain the 48-bit Serial.
- STRING	SerialNumber
48-bit Serial Number e.g. "32DF4A3C1901"
- VOID	Return

	GetSerialString
Gets the Serial String for the current addressed device.
- STRING	Return

	AddressNextDevice
Scans for the next connected device with a matching family code. Goes through the device list generated by the ScanBus macro.
- VOID	Return

	SetLong
Writes a 32-bit value to the EE memory. For consecutive 32-bit values the address must be incremented by 4.
- UINT	Address
Address of the value to write
- ULONG	Value
32-bit value to write
- BOOL	MSBFirst
0: LSB is the first byte, 1: MSB is the first byte
- VOID	Return

	GetFloat
Reads a 32-bit floating point value starting from the specified byte address. For consecutive float values the address must be incremented by 4.
- INT	Address
The starting byte address
- BOOL	MSBFirst
0: LSB is the first byte, 1: MSB is the first byte
- FLOAT	Return

	GetLong
Reads a 32-bit value starting from the specified byte address. For consecutive 32-bit values the address must be incremented by 4.
- INT	Address
The starting byte address
- BOOL	MSBFirst
0: LSB is the first byte, 1: MSB is the first byte
- ULONG	Return

	GetInt
Reads a 16-bit value starting from the specified byte address. For consecutive 16-bit values the address must be incremented by 2.
- INT	Address
The starting byte address
- BOOL	MSBFirst
0: LSB is the first byte, 1: MSB is the first byte
- UINT	Return

	GetByteArray
Reads an array of bytes starting from the selected address.
- UINT	Address
Starting address of the first value to read
- BYTE	Data
Byte array to store incoming data
- UINT	Count
Number of bytes to read from the EE memory, Range: 1 to 128 bytes
- VOID	Return

	SetByte
Writes a single byte to the EE memory.
- UINT	Address
Address of the value to write
- BYTE	Data
- VOID	Return

	GetByte
Reads a single byte from the selected address.
- UINT	Address
Address of the value to read
- BYTE	Return

	SetFloat
Writes a 32-bit floating point value to the EE memory. For consecutive float values the address must be incremented by 4.
- UINT	Address
Address of the value to write
- FLOAT	Value
Floating point value to write
- BOOL	MSBFirst
0: LSB is the first byte, 1: MSB is the first byte
- VOID	Return

	Initialise
Configures each matching sensor on the bus with the specified conversion bits.
- VOID	Return

Property reference

	Properties
	One Wire Component
Link to the one wire component to host the bus.
	EEPROM Size (Bytes)
	Number EE Devices
Sens the number of sensors we can communicate with during simulation
	Serial 0
Serial number for simulated one wire device
	Connections
	Simulations
	Simulate Comms
No - We use the panel GUI to perform the simulation. Yes - We use OneWire comms via an API to communicate with real hardware.