Programming Automation via DLL
See also: ACI_ExecFunction , ACI_StartFunction , ACI_GetStatus
6.3.11 ACI_File_Params
typedef struct tagACI_File_Params
{
133
UINT
LPCSTR
UINT
UINT
UINT
Size;
FileName;
BufferNumber;
LayerNumber;
Format;
// (in)
// (in)
// (in)
// (in)
// (in)
Size of structure, in bytes
File name
Buffer number
Layer number
File format: see ACI_PLF_... and ACI_PSF_xxx
constants
DWORD
StartAddressLow;
// (in)
Low 32 bits of start address for ACI_FileSave
().
ACI_PLF_BINARY
//
For ACI_FileLoad(): Ignored if Format !=
DWORD
StartAddressHigh;
// (in)
High 32 bits of start address for ACI_FileSave
().
ACI_PLF_BINARY
//
For ACI_FileLoad(): Ignored if Format !=
DWORD
DWORD
DWORD
EndAddressLow;
EndAddressHigh;
OffsetLow;
// (in)
// (in)
// (in)
ACI_FileSave(): Low 32 bits of end address
ACI_FileSave(): High 32 bits of end address
Low 32 bits of address offset for ACI_FileLoad
()
DWORD
OffsetHigh;
// (in)
High 32 bits of address offset for ACI_FileLoad
()
} ACI_File_Params;
FileName
BufferNumber
LayerNumber
Format
StartAddressLow,
StartAddressHigh
EndAddressLow,
EndAddressHigh
OffsetLow,
OffsetHigh
The name of the file to be loaded to the ChipProg buffer.
The ordinal number of the destination buffer. Buffer numbers begins from zero.
The ordinal number of the memory layer in the buffer. Layer numbers begins
from zero.
The loadable file's format. See the description of the ACI_PLF_XXX *
constants in the aciprog.h header file (see below).
1) Being used with the ACI_FileSave function this parameter specifies the first
(start) address in the source memory layer, from which the file will be saved.
2) Being used with the ACI_FileLoad function, but only when it loads a file in
the binary format (Format == ACI_PLF_BINARY), this parameter specifies
the first (start) address of the destination memory layer, in which the file will
be load into. Binary images do not carry any addresses for the file loading.
Being used with the ACI_FileSave
The address offset that shifts the file position in the destination memory layer.
The offset can be negative as well as positive.
? 2010 Phyton, Inc. Microsystems and Development Tools
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