private static RevisionDataFields UpdateCodes(RevisionDataFields df)
{
df.OrderCode.TypeCode = GetTypeSortCode(df.DeltaTitle);
df.OrderCode.DisciplineCode = GetDisciplineSortCode(df.ShtNum);
return(df);
}
// compare one row versus the filters
public static bool Evaluate(RevisionDataFields items, RevisionFilters filters)
{
// scan through the list of filter tests to determine if
// the provided information passes
// return true if this item meets all of the criteria
// return false if any part of this item does not meet the criteria
if (filters == null || items == null)
{
throw new ArgumentNullException();
}
if (filters.Count == 0 || items.Count == 0)
{
return(false);
}
bool result = false;
// compare the data item referenced in the filter to the filter criteria
// the filters are in a outer (data enum) order
// each data item field could have multiple criteria filters
// inner loop is an 'or' loop - that is, if any of the inner
// filters are true, the whole inner filter is true. for conflicts
// that is, filtering the same item in opposite ways (e.g. is true and is false)
// a true will supersede a false
//
// the outer loop is the opposite
// it is an 'and' loop - a single false and the data row fails
foreach (KeyValuePair <DataItems.FilterEnum, RevisionFilters.Filters> kvpOuter in filters)
{
foreach (KeyValuePair <int, RevisionFilters.Criteria> kvpInner in kvpOuter.Value)
{
if (kvpInner.Value.CompareOpr == RevisionFilters.ECompareOps.ANY)
{
result = true;
}
else
{
// evaluate the actual revision data versus the test criteria
result = Verify(items[kvpOuter.Key.DataIdx], kvpInner.Value);
}
if (result)
{
break;
}
}
if (!result)
{
break;
}
}
return(result);
}
private static void CompareCodes(RevisionDataFields df)
{
string typeCode = GetTypeSortCode(df.DeltaTitle);
string discCode = GetDisciplineSortCode(df.ShtNum);
Console.WriteLine("adjusting sort codes");
Console.WriteLine("sheet number| " + df.ShtNum);
Console.WriteLine("alt id| " + df.OrderCode.AltId);
Console.WriteLine("type code current| " + df.OrderCode.TypeCode
+ " calc'd| " + typeCode
+ " match?| " + (typeCode == df.OrderCode.TypeCode ? "yes" : "*** no ***"));
Console.WriteLine("disc code current| " + df.OrderCode.DisciplineCode
+ " calc'd| " + discCode
+ " match?| " + (discCode == df.OrderCode.DisciplineCode ? "yes" : "*** no ***"));
Console.Write(nl);
}
// public static bool SortSelected(params ISortable[] d)
// {
// if (_selected.Count == 0) return false;
//
// foreach (RevisionDataFields rdf in _selected)
// {
// string key = GetKey(rdf, d);
//
// rdf.SortKey = key;
// }
//
// _selected.Sort();
//
// return true;
// }
public static string GetKey(RevisionDataFields items,
RevOrderMgr om)
{
string key = null;
int i = 0;
foreach (DataItems.ISortable so in om.SortOrder.Iterate())
{
DataItems.DataEnum d = ((DataItems.DataEnum)so);
key += RevisionFormat.FormatForKey(items[d.DataIdx], d.Display);
if (++i != om.SortOrder.Count)
{
key += "|";
}
}
return(key);
}
// has two purposes:
// translate the data read to the correct format
// basically nothing for most
// put the data in the correct order
// [i] = is the order from the above
// [j] = the correct order in the array
private static RevisionDataFields MakeRevDataItem(dynamic[] items)
{
RevisionDataFields df = new RevisionDataFields();
df.Order = count++;
for (int i = 0; i < items.Length; i++)
{
DataItems.DataEnum d = xlate[i];
int j = d.DataIdx;
switch (i)
{
// selected
case 0:
{
df[j] = bool.Parse(items[i]);
break;
}
// rev order code
case 2:
{
RevOrderCode rc = new RevOrderCode();
rc.AltId = items[i++];
REV_SUB_ALTID.Display.DataWidth = rc.AltId.Length;
rc.TypeCode = items[i++];
REV_SUB_TYPE_CODE.Display.DataWidth = rc.TypeCode.Length;
rc.DisciplineCode = items[i];
REV_SUB_DISCIPLINE_CODE.Display.DataWidth = rc.DisciplineCode.Length;
df[j] = rc;
items[i] = rc;
break;
}
// sequence
case 1:
// tag elem id
case 13:
// cloud elem id
case 14:
{
df[j] = Int32.Parse(items[i]);
break;
}
// visibility
case 7:
{
df[j] = Enum.Parse(typeof(RevisionVisibility), items[i]);
break;
}
// date
case 10:
{
df[j] = DateTime.Parse(items[i]);
break;
}
default: // all else - string
{
df[j] = items[i];
break;
}
}
d.Display.DataWidth = (items[i]?.ToString() ?? "").Length;
}
// "fix" the type code and the disc code
df = UpdateCodes(df);
// CompareCodes(df);
return(df);
}
