/// <summary>
/// Create regmap from local excel data without bitfield
/// </summary>
/// <param name="_dsExcel"></param>
private RegisterMap CreateRegMap(DataSet _dsExcel)
{
RegisterMap _regmap = new RegisterMap();
ds_display.Clear();
DataTable dt = _dsExcel.Tables[regmapName];
// Get Device Address
if (dt.Rows[0][0].ToString().ToUpper() == devAddrName)
{
this.devAddr = Convert.ToUInt32(dt.Rows[0][1].ToString().TrimStart("7'b".ToCharArray()), 2);
_regmap.DevAddr = devAddr;
}
// judge if this is a crazy mode reg map, if crazy mode, then there is one more column for num. of bytes of 1 register
if (dt.Rows[0][2].ToString().ToUpper() == devRegMode)
{
if (dt.Rows[0][3].ToString().ToUpper() == "CRAZY")
{
crazyMode = true;
}
}
DataRowCollection drc = dt.Rows;
int rowsCount = dt.Rows.Count;
string regGroup = "";
string regName = "";
string regAddr = "";
string numOfBytes = "";
string defaultValue = "";
object[] items;
List <object> temp_bf = new List <object> {
};
int valid_count = 0;
RWProperty rw = RWProperty.RW;
for (int ix = 2; ix < rowsCount;)
{
#region normal register map
if (!crazyMode)
{
// New reg group generated here
if (drc[ix].ItemArray[(int)itemIx.regGroup].ToString() != "")
{
regGroup = drc[ix].ItemArray[(int)itemIx.regGroup].ToString().Replace("\n", "");
_regmap.AddGroup(regGroup);
}
// Get all valid bit field name and store in a long array
items = drc[ix++].ItemArray;
valid_count = 0;
temp_bf.Clear();
for (int bit_ix = (int)itemIx.bit7; bit_ix <= (int)itemIx.bit0; bit_ix++)
{
if (items[bit_ix].ToString() != "")
{
valid_count++;
temp_bf.Add(items[bit_ix]);
}
}
if (valid_count == 0)
{
continue;
}
// copy the true valid bit field name to new bitfield name array
object[] bfs = new object[valid_count];
for (int bf_ix = 0; bf_ix < valid_count; bf_ix++)
{
bfs[bf_ix] = temp_bf[bf_ix];
}
if (items[(int)itemIx.rw].ToString() == "R")
{
rw = RWProperty.R;
}
else if (items[3].ToString() == "W")
{
rw = RWProperty.W;
}
else
{
rw = RWProperty.RW;
}
_regmap.Add(new Register(regGroup, items[(int)itemIx.regName].ToString(), items[(int)itemIx.regAddr].ToString(), rw, items[(int)itemIx.defaultRegValue].ToString(), bfs));
}
#endregion
#region crazy register map mode
else
{
// New reg group generated here
if (drc[ix].ItemArray[(int)itemIx_Crazy.regGroup].ToString() != "")
{
regGroup = drc[ix].ItemArray[(int)itemIx_Crazy.regGroup].ToString().Replace("\n", "");
_regmap.AddGroup(regGroup);
}
// New Reg start from here, get regName, regAddr and number of bytes
if (drc[ix].ItemArray[(int)itemIx_Crazy.regName].ToString() != "")
{
regName = drc[ix].ItemArray[(int)itemIx_Crazy.regName].ToString();
regAddr = drc[ix].ItemArray[(int)itemIx_Crazy.regAddr].ToString();
numOfBytes = drc[ix].ItemArray[(int)itemIx_Crazy.byteCount].ToString();
defaultValue = drc[ix].ItemArray[(int)itemIx_Crazy.defaultRegValue].ToString();
}
if (regName.ToUpper() == "RESERVED")
{
ix++;
continue;
}
// Get all valid bit field name and store in a long array
temp_bf.Clear();
valid_count = 0;
do
{
items = drc[ix].ItemArray;
for (int bit_ix = (int)itemIx_Crazy.bit7; bit_ix <= (int)itemIx_Crazy.bit0; bit_ix++)
{
if (items[bit_ix].ToString() != "" && items[bit_ix].ToString().ToUpper() != "RESERVED")
{
valid_count++;
temp_bf.Add(items[bit_ix]);
}
}
} while ((++ix < rowsCount) && (drc[ix].ItemArray[(int)itemIx_Crazy.regName].ToString() == ""));
// copy the true valid bit field name to new bitfield name array
object[] bfs = new object[valid_count];
for (int bf_ix = 0; bf_ix < valid_count; bf_ix++)
{
bfs[bf_ix] = temp_bf[bf_ix];
}
if (items[(int)itemIx_Crazy.rw].ToString() == "R")
{
rw = RWProperty.R;
}
else if (items[3].ToString() == "W")
{
rw = RWProperty.W;
}
else
{
rw = RWProperty.RW;
}
_regmap.Add(new Register(regGroup, regName, regAddr, rw, numOfBytes, defaultValue, bfs));
}
#endregion
}
return(_regmap);
}