Attempting read from D registers elicits Invalid reading area

[Oskee-Wow-Wow]

Hello,
Using libfins to read registers from an Omron CJ2m-CPU31.
When I attempt to read any Data registers (Dnnnnn) I get an invalid read area returned... e.g.

uint16_t arr[2048];
int num = 16;
int read_ret;

memset(&arr, 0, sizeof(arr));
read_ret = finslib_memory_area_read_uint16(sys, "D00100", arr, num);

Perhaps something is not initialized correctly? Or I don't fully understand the D registers...

Rgds.

[Oskee-Wow-Wow]

Let me answer my own question in case someone else comes across this --

in fins_search.c the "D"ata registers are expected to be labeled "DM" (Data Memory).
so, for my part as the end-users will follow the vendors documentation to enter the register addresses, I copied the three "DM" lines and updated to allow "D" registers -- that is:

`

    { FINS_MODE_CS, "DM",  1,    1,      0x02,      0,   32767, 0x000000, 0x7FFF0F,  FI_RD | FI_WR           | FI_MRD,                            false },

    { FINS_MODE_CS, "DM",  16,   2,      0x82,      0,   32767, 0x000000, 0x7FFF00,  FI_RD | FI_WR | FI_FILL | FI_MRD | FI_TRS | FI_TRD,          false },

    { FINS_MODE_CS, "D",   1,    1,      0x02,      0,   32767, 0x000000, 0x7FFF0F,  FI_RD | FI_WR           | FI_MRD,                            false },

    { FINS_MODE_CS, "D",   16,   2,      0x82,      0,   32767, 0x000000, 0x7FFF00,  FI_RD | FI_WR | FI_FILL | FI_MRD | FI_TRS | FI_TRD,          false },

    { FINS_MODE_CV, "DM",  16,   2,      0x82,      0,   32767, 0x000000, 0x7FFF00,  FI_RD | FI_WR | FI_FILL | FI_MRD | FI_TRS | FI_TRD,          false },

    { FINS_MODE_CV, "D",   16,   2,      0x82,      0,   32767, 0x000000, 0x7FFF00,  FI_RD | FI_WR | FI_FILL | FI_MRD | FI_TRS | FI_TRD,          false },

`

[lammertb]

Copy code around by making redundant multiple lines to reference the same memory areas is not a fix, nor helpful to others, but rather an attempt to make a mess of the code.
Creating a pull request with proper documentation might have been more helpful.