Component: Target Chip (Advanced Shapes)

Author	Matrix Ltd
Version	1.0
Category	Advanced Shapes

Target Chip component

A cosmetic only representation of the target microcontoller device showing the default package type complete with pins.

Detailed description

No detailed description exists yet for this component

Examples

A really simple component that creates a chip on the Flowcode panel representing your target microcontroller.

Useful if your designing a component with a PCB and want the panel graphics to replicate the real world electronics.

Downloadable macro reference

	GetRxData
Returns last received message data byte at position Index. Buffer parameter is currently ignored
- BYTE	Buffer
- BYTE	Index
- BYTE	Return

	GetRxIDHi
Gets the Hi byte Rx ID in register format. Standard ID only 0-2047. Compatible with v5 component and previous,
- BYTE	Buffer
Receive Buffer. Range 0-1
- BYTE	Return

	SetTxIDSimple
Set the Tx CAN ID as a generic number. Standard IDs only 0-2047.
- BYTE	Buffer
Transmit buffer to load. Range: 0-2
- UINT	ID
The ID value you wish to use. Range: 0-2047
- VOID	Return

	SendBuffer
Transmits one of the transmit buffers which should have already been populated with an ID and data.
- BYTE	Buffer
Specifies which transmit buffer to send
- VOID	Return

	GetRxDataCount
Returns last received message data length. Buffer parameter is currently ignored
- BYTE	Buffer
- BYTE	Return

	SetRxFilterID
sets the Filter Standard mode only (for V5 compatibility only)
- BYTE	Filter
Specifies which filter to modify. Range: 0-5
- BYTE	Hi
ID bits 3-10
- BYTE	Lo
ID bits 0-2 stored in the upper 3 bits of the byte
- VOID	Return

	GetRxIDLo
Gets the Lo byte Rx ID in register format. Standard ID only 0-2047. Compatible with v5 component and previous,
- BYTE	Buffer
- BYTE	Return

	SetRxMaskID
set the Mask Standard ID mode only (for V5 compatibility)
- BYTE	Mask
Specifies which receive mask to modify. Range: 0-1
- BYTE	Hi
ID bits 3-10
- BYTE	Lo
ID bits 0-2 stored in the upper 3 bits of the byte
- VOID	Return

	SetRxFilter
Allows the receive ID filter to be configured on the fly allowing different ID ranges to be received.
- BYTE	Filter
Specifies which receive filter to modify. Range: 0-5
- ULONG	ID
The ID filter value you wish to use
- VOID	Return

	SetTxIdent
Set the Tx CAN ID as a generic number. Standard and extended IDs Standard 0-2047 Extended 2048-536870911
- BYTE	Buffer
Transmit buffer to load. Range: 0-2
- ULONG	ID
The ID or Extended ID value you wish to use. Range: 0-536870911
- VOID	Return

	CheckRx
Checks to see if any messages are available for 'Buffer' specified
- BYTE	Buffer
Send buffer: 0 to 1
- BYTE	Return

	GetRxIDSimple
Gets the Rx ID as a Integer Standard ID only 0-2047.
- BYTE	Buffer
Receive Buffer. Range 0-1
- UINT	Return

	SetTxID
Set the Tx CAN ID in register format. Standard ID only 0-2047. Compatible with v5 component and previous,
- BYTE	Buffer
Transmit buffer to load. Range: 0-2
- BYTE	Hi
ID bits 3-10 e.g. ((ID & 0x7F8) >> 3)
- BYTE	Lo
ID bits 0-2 stored in the upper 3 bits of the byte e.g. ((ID & 0x7) << 5)
- VOID	Return

	ShowLEDs
Set LED state (External CAN only)
- BYTE	led1
Controls LED 1. Range: 0-1
- BYTE	led2
Controls LED 2. Range: 0-1
- VOID	Return

	GetRxIdent
Gets the Rx ID as a Integer Standard and Extended IDs.
- BYTE	Buffer
- ULONG	Return

	Initialise
Must be called before any other CAN component macros to enable and initialise the CAN peripheral.
- VOID	Return

Property reference

	Properties
	Device Name
Name of the current selected target micrcontroller in your project.
	Device Family
Name of the current selected target micrcontroller family in your project.
	Number Sides
Minimum number of sides on the current selected target micrcontroller in your project. 2 sides usually indicates rectangular DIL / SOIC / SSOP packages. 4 sides usually indicates square TQFP / QFN packages.
	Number Pins
Number of pins on the current selected target micrcontroller family in your project.
	Connections
	Simulations