/// <summary>
/// Execute AddLocateCommand
/// </summary>
/// <param name="exp"></param>
public override void Execute(rt.IResultValue res)
{
MGDataCollection mgDataTab = MGDataCollection.Instance;
Task task = (Task)mgDataTab.GetTaskByID(TaskTag);
FieldDef fieldDef = task.DataView.getField((int)UserRange.veeIdx - 1);
int parsedLen;
AddUserLocateDataViewCommand command = CommandFactory.CreateAddUserLocateDataviewCommand(TaskTag, UserRange);
if (!UserRange.nullMin)
{
command.Range.min = RecordUtils.deSerializeItemVal(UserRange.min, fieldDef.getType(), fieldDef.getSize(), true, fieldDef.getType(), out parsedLen);
}
if (!UserRange.nullMax)
{
command.Range.max = RecordUtils.deSerializeItemVal(UserRange.max, fieldDef.getType(), fieldDef.getSize(), true, fieldDef.getType(), out parsedLen);
}
task.DataviewManager.Execute(command);
}
/// <summary>
/// code to be used when RangeAdd is called on the server, with a local data field
/// </summary>
private void ExecuteAddRangeCommand()
{
MGDataTable mgDataTab = MGDataTable.Instance;
Task task = (Task)mgDataTab.GetTaskByID(TaskTag);
FieldDef fieldDef = task.DataView.getField((int)UserRange.veeIdx - 1);
int parsedLen;
AddUserRangeDataviewCommand command = CommandFactory.CreateAddUserRangeDataviewCommand(TaskTag, UserRange);
command.Range = UserRange;
if (!UserRange.nullMin)
{
command.Range.min = RecordUtils.deSerializeItemVal(UserRange.min, fieldDef.getType(), fieldDef.getSize(), true, fieldDef.getType(), out parsedLen);
}
if (!UserRange.nullMax)
{
command.Range.max = RecordUtils.deSerializeItemVal(UserRange.max, fieldDef.getType(), fieldDef.getSize(), true, fieldDef.getType(), out parsedLen);
}
task.DataviewManager.Execute(command);
}
/// <summary>
/// Fill the fields data.
/// </summary>
/// <param name="fldValInBytes"></param>
/// <param name="recFlags"></param>
/// <param name="isCurrRec"></param>
protected override void fillFieldsData(byte[] fldValInBytes, String recFlags)
{
Object val = null;
String tmp = null;
int parsedLen = 0;
int i, j, from, size;
StorageAttribute currType;
bool useHex;
FieldDef fld = null;
bool valueNotPassed;
from = getFromFldIdx(false);
size = getSizeFld(false);
int destinationFieldIndex = 0;
for (i = from, j = 0; j < size; i++, j++)
{
fld = getFieldsTab().getField(i);
currType = fld.getType();
useHex = (ClientManager.Instance.getEnvironment().GetDebugLevel() > 1 ||
currType == StorageAttribute.ALPHA ||
currType == StorageAttribute.UNICODE ||
StorageAttributeCheck.isTypeLogical(currType));
// Qcr #940443 : Old fashion flags are still being used by resident table. So check them 1st coz we might get exception otherwise.
// The flags for resident are very simple, only 2 options. '.' = false, '/' = true.
// We keep using it for resident, since in the server side we do not know if we are creating the xml for richclient or for BC at the creation stage.
// Since we couldn't create different flags for rich, we will use the old flags here.
if ((byte)(recFlags[j]) == '.')
{
_flags[i] = 0;
}
else if ((byte)(recFlags[j]) == '/')
{
_flags[i] = 1;
}
else // New flags style. For the view.
{
// Each flag will appear in the xml in 2 chars representing hex value ("42" for 0x42).
tmp = recFlags.Substring(j * 2, 2);
_flags[i] = Convert.ToByte(tmp, 16);
}
// save the ind that the value was not passed from the server.
valueNotPassed = (FLAG_VALUE_NOT_PASSED == (byte)(_flags[i] & FLAG_VALUE_NOT_PASSED));
_flags[i] = (byte)(_flags[i] & ~FLAG_VALUE_NOT_PASSED);
_flagsHistory[i] = _flags[i];
if (valueNotPassed)
{
if (FLAG_NULL == (byte)(_flags[i] & FLAG_NULL))
{
// null ind is on, just put any value in the field.
val = fld.getDefaultValue();
}
else
{
// copy the existing value from the existing curr rec.
val = ((Record)_dataview.getCurrRec()).GetFieldValue(i);
}
}
else
{
DBField dbField = destinationColumnList[destinationFieldIndex++];
val = RecordUtils.deSerializeItemVal(fldValInBytes, (StorageAttribute)dbField.Attr, dbField.Length, dbField.Storage, ref parsedLen);
}
_fieldsData[i] = val;
}
setInitialFldVals(false, false);
}
