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ChipProg Device Programmers
BufferNumber
NumBuffers
NumLayers
See also: ACI_GetLayer
The ordinal number of the memory buffer , content of which is required by
the ChipProg memory buffers begin from #0.
The number of the assigned memory buffers.
The number of layers in the programmer's memory buffers. This is a pre-
defined device-specific value that is the same for all memory buffers.
6.3.5
ACI_Buffer_Params
typedef struct tagACI_Buffer_Params
{
UINT
Size;
// (in)
Size of structure, in bytes
DWORD
DWORD
Layer0SizeLow;
Layer0SizeHigh;
// (in/out) Low 32 bits of layer 0 size, in bytes
// (in/out) High 32 bits of layer 0 size, in bytes
//
Layer size is rounded up to a nearest value
supported by programmer.
LPCSTR BufferName;
// (in)
Buffer name
UINT
UINT
UINT
BufferNumber;
NumBuffers;
NumLayers;
// For ACI_CreateBuffer(): out: Created buffer number
// For ACI_ReallocBuffer(): in: Buffer number to realloc
// (out) Total number of currently allocated buffers
// (out) Total number of layers in a buffer
} ACI_Buffer_Params;
This structure member represents the buffer layer #0's size in Bytes. This
size lays in the range between 128K Bytes to 32G Bytes (may be
Layer0SizeLow,
Layer0SizeHigh
BufferName
BufferNumber
NumBuffers
NumLayers
changed in the future). The ChipProgUSB allows assigning buffers with
fixed sizes only (see the list on the picture below). Any intermediate value
will be automatically rounded up to one of the reserved buffer sizes. For
example if you enter '160000' the programmer will assign a 1MB buffer
layer.
ACI_CreateBuffer function this structure member represents the name of
buffer that will be created. This structure member used with the
ACI_ReallocBuffer function will be ignored.
After calling the ACI_CreateBuffer function this structure member returns
the created buffer's number. After calling the ACI_ReallocBuffer function -
the number of the buffer, size of which should be changed (re-allocate).
This structure member represents the current number (quantity) of
memory buffers being opened.
This structure member represents the number (quantity) of layers in
memory buffers. This value is the same for all opened buffers.
? 2010 Phyton, Inc. Microsystems and Development Tools
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