: Continous memory blocks.

: Creates the handler of non continuous memory block.

: Destroys the handler of non continuous memory block.

: Adds one or more memory into the manager.

For example, to add the MW0, MW2 and MW4 of a Siemens PLC (the smaller word is the byte) with 1200ms of scan into the manager, you must call: AddAddress(0,3,2,1200);

However, on a Schneider PLC (the smaller word has 16 bits), to add the address W0, W1 and W2, you must call: AddAddress(0,3,1,1200);

Parameters

Address

Cardinal. Initial address of memory range.

Size

Cardinal. How many memories will be managed by the manager.

RegSize

Cardinal. Word size of your variable compared with the smaller word of your device.

Scan

Cardinal. Scan time of your variables

See also

RemoveAddress

SetValues

GetValues

: Removes one or more variables from the manager.

These parameters works like the of function AddAddress.

Parameters

Address

Cardinal. Initial address of memory range.

Size

Cardinal. How many memories will be removed from the manager.

RegSize

Cardinal. Word size of your variable compared with the smaller word of your device.

See also

AddAddress

SetValues

GetValues

: SetValues stores values in a range of memories, continuous or non continuous.

One value on Values array represents the value of the smaller word of your device.

For example: if you are storing the value of MW0 (word) of an Siemens PLC, you must call:

SetValues(0,1,2,[vb0_value,vb1_value]);

Because on Siemens PLC's the smaller word size is the byte, so, one word are two bytes.

But, on a Schneider PLC, you must call:

SetValues(0,1,1,[valor_VW0]);

Because on this PLC, the smaller word size is the Word (16bits).

Parameters

Address

Cardinal. Initial address of memory range.

Len

Cardinal. How many memory will be stored on the manager.

RegSize

Cardinal. Word size of your variable compared with the smaller word of your device.

Values

TArrayOfDouble. Values that will be stored in the memory manager.

LastResult

TProtocolIOResult. Last I/O result of the values being stored.

See also

AddAddress

RemoveAddress

GetValues

: GetValues gets the values stored in memory manager, continuous or non-continuous.

One value on Values array represents the value of the smaller word of your device.

Parameters

Address

Cardinal. Initial address of memory range.

Len

Cardinal. How many memories will got from the manager.

RegSize

Cardinal. Word size of your variable compared with the smaller word of your device.

Values

TArrayOfDouble. Array that will return the values that are stored in the memory manager.

LastResult

TProtocolIOResult. Last I/O result of the memory range.

ValueTimeStamp

TDateTime. Date time of the last update of the values on the memory manager.

See also

AddAddress

RemoveAddress

SetValues

GetValues

: SetFault updates the last I/O result of a range of memories on manager.

Parameters

Address

Cardinal. Initial address of memory range.

Len

Cardinal. How many memories will be updated on the manager.

RegSize

Cardinal. Word size of your variable compared with the smaller word of your device.

Fault

TProtocolIOResult. Last I/O result of the memory range.

See also

SetValues

: Tells how many memory address can be missing without break the block on two or more smaller blocks.

For example, if are added the memory address [0, 1] and [3, 4] into the Manager with MaxHole=0, will be built two blocks, the first with the address [0, 1] and the second block with the address [3, 4].

However, if the MaxHole is set to 1, will be built only one block with the address [0,1,2,3,4]. Will be included the address 2, to avoid the break the block on two pieces.

: Tells the max size of the blocks. If has no limit, set MaxBlockItems to 0.

For example, if are added the memory address [0,1,2,3,4] and MaxBlockItems=0 will be created only one block with these address. However if MaxBlockItems=3, will be created two blocks, the first with the address [0,1,2] and the second with the address [3,4].

: How many memories are handled by the manager.