private void MergeCarriersTable()
{
var mergeTableRows = new TableRow[data.CarrierDetails.Count];
var properties = PropertyHelper.GetPropertiesForViewModel(typeof(MovementCarrierDetails));
// Find both the first row in the multiple carriers table and the table itself.
var firstMergeFieldInTable = FindFirstMergeFieldInAnnexTable();
var table = FindMultipleCarriersTable(firstMergeFieldInTable);
// Get the table row containing the merge fields.
mergeTableRows[0] = firstMergeFieldInTable.Run.Ancestors <TableRow>().First();
// Create a row containing merge fields for each of the Carriers.
for (var i = 1; i < data.CarrierDetails.Count; i++)
{
mergeTableRows[i] = (TableRow)mergeTableRows[0].CloneNode(true);
table.AppendChild(mergeTableRows[i]);
}
// Merge the carriers into the table rows.
for (var i = 0; i < mergeTableRows.Length; i++)
{
foreach (var field in MergeFieldLocator.GetMergeRuns(mergeTableRows[i]))
{
MergeFieldDataMapper.BindCorrespondingField(
MergeFieldLocator.ConvertAnnexMergeFieldToRegularMergeField(field), data.CarrierDetails[i], properties);
}
}
}
private void MergeToTable(PropertyInfo[] properties)
{
var mergeTableRows = new TableRow[data.TransitStateDetails.Count];
// Find both the first row in the multiple producers table and the table itself.
var firstMergeFieldInTable = FindFirstMergeFieldInAnnexTable();
var table = FindAnnexTable(firstMergeFieldInTable);
// Get the table row containing the merge fields.
mergeTableRows[0] = firstMergeFieldInTable.Run.Ancestors <TableRow>().First();
// Create a row containing merge fields for each of the producers.
for (var i = 1; i < data.TransitStateDetails.Count; i++)
{
mergeTableRows[i] = (TableRow)mergeTableRows[0].CloneNode(true);
table.AppendChild(mergeTableRows[i]);
}
// Merge the producers into the table rows.
for (var i = 0; i < mergeTableRows.Length; i++)
{
foreach (var field in MergeFieldLocator.GetMergeRuns(mergeTableRows[i]))
{
MergeFieldDataMapper.BindCorrespondingField(
MergeFieldLocator.ConvertAnnexMergeFieldToRegularMergeField(field), data.TransitStateDetails[i], properties);
}
}
}
protected void MergeMultipleFacilitiesTable(PropertyInfo[] properties)
{
var mergeTableRows = new TableRow[data.Count];
var firstMergeFieldInTable = FindFirstMergeFieldInAnnexTable();
var table = FindMultipleFacilitiesTable(firstMergeFieldInTable);
// Get the table row containing the merge fields.
mergeTableRows[0] = firstMergeFieldInTable.Run.Ancestors <TableRow>().First();
for (var i = 1; i < data.Count; i++)
{
mergeTableRows[i] = (TableRow)mergeTableRows[0].CloneNode(true);
table.AppendChild(mergeTableRows[i]);
}
for (var i = 0; i < mergeTableRows.Length; i++)
{
foreach (var field in MergeFieldLocator.GetMergeRuns(mergeTableRows[i]))
{
MergeFieldDataMapper.BindCorrespondingField(
MergeFieldLocator.ConvertAnnexMergeFieldToRegularMergeField(field), data[i], properties);
}
}
}
private void MergeToTable(PropertyInfo[] properties, IList <ChemicalCompositionPercentages> list, string tableName)
{
var mergeTableRows = new TableRow[list.Count()];
var firstMergeFieldInTable = FindFirstMergeFieldInTable(tableName);
var table = FindTable(firstMergeFieldInTable);
mergeTableRows[0] = firstMergeFieldInTable.Run.Ancestors <TableRow>().First();
for (var i = 1; i < list.Count(); i++)
{
mergeTableRows[i] = (TableRow)mergeTableRows[0].CloneNode(true);
table.AppendChild(mergeTableRows[i]);
}
for (var i = 0; i < mergeTableRows.Length; i++)
{
foreach (var field in MergeFieldLocator.GetMergeRuns(mergeTableRows[i]))
{
MergeFieldDataMapper.BindCorrespondingField(
MergeFieldLocator.ConvertAnnexMergeFieldToRegularMergeField(field), list[i], properties);
}
}
}
