// Adds child parts and generates content of the specified part.
public static void CreateTable(WorkbookPart workbookPart, WorksheetPart worksheetPart, string[] columns, int topLeftColumn, int topLeftRow, int width, int height)
{
List<WorksheetPart> worksheets = workbookPart.GetPartsOfType<WorksheetPart>().ToList();
uint maxTableId = worksheets.Select(ws => ws.TableDefinitionParts.ToList()).SelectMany(tableDefinitions => tableDefinitions).Aggregate<TableDefinitionPart, uint>(0, (current, tableDef) => Math.Max(tableDef.Table.Id, current));
uint tableId = maxTableId + 1;
var tables = new TableParts { Count = 1U };
worksheetPart.Worksheet.Append((IEnumerable<OpenXmlElement>)tables);
var newTableDefnPart = worksheetPart.AddNewPart<TableDefinitionPart>();
string relationshipId = worksheetPart.GetIdOfPart(newTableDefnPart);
string cellReference = string.Format("{0}{1}:{2}{3}", GetColumnIdentifier(topLeftColumn), topLeftRow, GetColumnIdentifier(topLeftColumn + width - 1), topLeftRow + height);
var table1 = new Table { Id = tableId, Name = "Table" + relationshipId, DisplayName = "Table" + relationshipId, Reference = cellReference, TotalsRowShown = false };
var autoFilter1 = new AutoFilter { Reference = cellReference };
var tableColumns1 = new TableColumns { Count = (uint)columns.Length };
for (int iColumn = 0; iColumn < columns.Length; iColumn++)
{
var tableColumn = new TableColumn { Id = (UInt32Value)(uint)iColumn + 1, Name = columns[iColumn] };
tableColumns1.Append((IEnumerable<OpenXmlElement>)tableColumn);
}
var tableStyleInfo1 = new TableStyleInfo { Name = "TableStyleMedium2", ShowFirstColumn = false, ShowLastColumn = false, ShowRowStripes = true, ShowColumnStripes = false };
table1.Append((IEnumerable<OpenXmlElement>)autoFilter1);
table1.Append((IEnumerable<OpenXmlElement>)tableColumns1);
table1.Append((IEnumerable<OpenXmlElement>)tableStyleInfo1);
newTableDefnPart.Table = table1;
var table = new TablePart { Id = relationshipId };
tables.Append((IEnumerable<OpenXmlElement>)table);
//TableStyles tableStyles1 = new TableStyles() { Count = (UInt32Value)0U, DefaultTableStyle = "TableStyleMedium2", DefaultPivotStyle = "PivotStyleMedium9" };
//worksheetPart.Worksheet.Append(tableStyles1);
}
public object Clone()
{
var copy = new ChartViewModel
{
Name = this.Name,
FieldName = this.FieldName,
ChartSchoolType = this.ChartSchoolType,
ChartType = this.ChartType,
ChartGroup = this.ChartGroup,
TabType = this.TabType,
ShowValue = this.ShowValue,
MoreInfo = this.MoreInfo,
LastYear = this.LastYear,
Downloadable = this.Downloadable,
HelpTooltip = this.HelpTooltip,
TableColumns = new List <DataTableColumnViewModel>(),
};
if (TableColumns != null)
{
TableColumns.ForEach(tc => copy.TableColumns.Add((DataTableColumnViewModel)tc.Clone()));
}
return(copy);
}
protected void InsertColumns(params object[] columns)
{
foreach (var column in columns)
{
TableColumns.Add(column);
}
}
private static void writeToIdDictionaryMethod(TextWriter writer, TableColumns tableColumns)
{
writer.WriteLine("public static Dictionary<" + tableColumns.KeyColumns.Single().DataTypeName + ", Row> ToIdDictionary( this IEnumerable<Row> rows ) {");
writer.WriteLine(
"return rows.ToDictionary( i => i." + Utility.GetCSharpIdentifier(tableColumns.KeyColumns.Single().PascalCasedNameExceptForOracle) + " );");
writer.WriteLine("}");
}
public void Creation()
{
var TempTableColumns = new TableColumns();
Assert.NotNull(TempTableColumns);
Assert.Equal(20, TempTableColumns.Order);
}
public List <TableColumn> GetColumnsOrdered()
{
var columns = TableColumns.OrderBy(tc => tc.OrderIndex).AsEnumerable();
if (HasTableIndexColumn)
{
columns = columns.Prepend(new TableColumn
{
Name = "#", ClassName = "non-toggleable", Key = ServerSide ? "_index" : null
});
}
if (CheckboxSelection)
{
columns = columns.Prepend(new TableColumn
{
Name = "<i class=\"far fa-square\"></i>",
DefaultContent = "",
ClassName = "select-checkbox non-toggleable",
HeaderClassName = "select-all-checkbox"
});
}
return(columns.ToList());
}
/// <summary>
/// Default constructor.
/// </summary>
public TableMetaBlock()
{
_hasIdentityColumn = false;
_tableName = string.Empty;
_changeNumber = string.Empty;
_columns = new TableColumns();
}
private void Save()
{
if ((connectionViewModel.ConnectionType != EditingInfo.ConnectionType) || (connectionViewModel.ConnectionString != EditingInfo.ConnectionString))
{
if (EditingInfo.ConnectionString.IsEmptyConnectionString())
{
EditingInfo.ShouldUpdateConnectionString = true;
}
else if (ShowMessage != null)
{
var args = new ShowMessageEventArgs("Would you like to save the change to the connection string?", "Save", MessageBoxButton.YesNoCancel, MessageBoxImage.Question);
ShowMessage(this, args);
switch (args.MessageResponse)
{
case MessageBoxResult.Cancel: return;
case MessageBoxResult.Yes: EditingInfo.ShouldUpdateConnectionString = true; break;
}
}
EditingInfo.ConnectionType = connectionViewModel.ConnectionType;
EditingInfo.ConnectionString = connectionViewModel.ConnectionString;
}
EditingInfo.TableName = TableName;
EditingInfo.TableColumns = new DatabaseModel.Columns(TableColumns.Select(c => c.Column));
DialogResult = true;
}
private void ListKP_KeyDown(object sender, KeyEventArgs e)
{
if (e.Control && e.KeyCode == Keys.C)
{
DataObject d = TableColumns.GetClipboardContent();
Clipboard.SetDataObject(d);
e.Handled = true;
}
else if (e.Control && e.KeyCode == Keys.V)
{
string s = Clipboard.GetText();
string[] lines = s.Split('\n');
int row = TableColumns.CurrentCell.RowIndex;
int col = TableColumns.CurrentCell.ColumnIndex;
string[] cells = lines[0].Split('\t');
int cellsSelected = cells.Length;
for (int i = 0; i < cellsSelected; i++)
{
TableColumns[col, row].Value = cells[i];
col++;
}
}
else if (e.Control && e.KeyCode == Keys.X)
{
CopyToClipboard(); //Copy to clipboard
//Clear selected cells
ClearSelection();
}
else if (e.KeyCode == Keys.Delete)
{
ClearSelection();
}
}
private static void writeGetRowMatchingIdMethod(
DBConnection cn, TextWriter writer, Database database, string table, TableColumns tableColumns, bool isSmallTable, bool tableUsesRowVersionedCaching,
bool isRevisionHistoryTable)
{
writer.WriteLine("public static Row GetRowMatchingId( " + tableColumns.KeyColumns.Single().DataTypeName + " id, bool returnNullIfNoMatch = false ) {");
if (isSmallTable)
{
writer.WriteLine("var cache = Cache.Current;");
var commandConditionsExpression = isRevisionHistoryTable ? "getLatestRevisionsCondition().ToSingleElementArray()" : "new InlineDbCommandCondition[ 0 ]";
writer.WriteLine("cache.Queries.GetResultSet( " + commandConditionsExpression + ", commandConditions => {");
writeResultSetCreatorBody(cn, writer, database, table, tableColumns, tableUsesRowVersionedCaching, isRevisionHistoryTable, "true");
writer.WriteLine("} );");
var rowsByPkExpression = "cache.{0}RowsByPk".FormatWith(isRevisionHistoryTable ? "LatestRevision" : "");
writer.WriteLine("if( !returnNullIfNoMatch )");
writer.WriteLine("return {0}[ System.Tuple.Create( id ) ];".FormatWith(rowsByPkExpression));
writer.WriteLine("Row row;");
writer.WriteLine("return {0}.TryGetValue( System.Tuple.Create( id ), out row ) ? row : null;".FormatWith(rowsByPkExpression));
}
else
{
writer.WriteLine(
"var rows = GetRows( new " + DataAccessStatics.GetEqualityConditionClassName(cn, database, table, tableColumns.KeyColumns.Single()) + "( id ) );");
writer.WriteLine("return returnNullIfNoMatch ? rows.SingleOrDefault() : rows.Single();");
}
writer.WriteLine("}");
}
private void OnDataCollected(FdrManagerEventArgs e)
{
Ordinats.Clear();
cb_Abscissa.Items.Clear();
TableColumns.Clear();
foreach (var title in m_DataProcessingHelper.GetCollectedMeasuresNames())
{
CheckedListItem <string> item = new CheckedListItem <string>()
{
Item = title
};
item.PropertyChanged += onOrdinateChecked;
Ordinats.Add(item);
cb_Abscissa.Items.Add(title);
item = new CheckedListItem <string>()
{
Item = title
};
item.PropertyChanged += onTabColumnChecked;
TableColumns.Add(item);
}
StatusLabelMain.Content = Properties.Resources.state_success;
Started = false;
}
public static void ParseShouldNumberParameters()
{
TableColumns one = new TableColumns();
QueryFilter <TableColumns> e = one.ColumnOne == "monkey" && one.ColumnTwo != "banana";
Out(e.Parse(), ConsoleColor.Cyan);
}
public PostgreSqlBuilder(IEnumerable <TableColumn> tableColumns)
{
if (tableColumns != null)
{
TableColumns.AddRange(tableColumns);
}
}
public override DataTable GetTableInfo(string tableName)
{
try
{
String[] columnRestrictions = new String[4];
if (tableName == null)
{
columnRestrictions[2] = SelectedTable;
}
else
{
columnRestrictions[2] = tableName;
}
DataTable departmentIDSchemaTable = connection.GetSchema("Columns", columnRestrictions);
TableColumns.Clear();
DataView dv = departmentIDSchemaTable.DefaultView;
departmentIDSchemaTable.DefaultView.Sort = "ORDINAL_POSITION Asc";
var SortedView = dv.ToTable();
foreach (DataRow row in SortedView.Rows)
{
TableColumns.Add(new Column(row, DbType));
}
return(departmentIDSchemaTable);
}
catch (Exception ex)
{
return(null);
}
}
public string GetHeaderText()
{
TableColumns columns = table.Header.Columns;
string value = columns[0].Name;
return(value);
}
protected override string mergeUpdateValues(TableColumns cols)
{
return(string.Format("{0}, {1}, {2}",
cols.FormattedColumnValuePair("SOURCE_FILE"),
cols.FormattedColumnValuePair("FUNC_NAME"),
cols.FormattedColumnValuePair("DEPRECATED")));
}
private static void writeClass( DBConnection cn, string tableName, bool isRevisionHistoryTable, bool isRevisionHistoryClass )
{
columns = new TableColumns( cn, tableName, isRevisionHistoryClass );
writer.WriteLine( "public partial class " + GetClassName( cn, tableName, isRevisionHistoryTable, isRevisionHistoryClass ) + " {" );
var revisionHistorySuffix = GetRevisionHistorySuffix( isRevisionHistoryClass );
// Write public static methods.
writeInsertRowMethod( tableName, revisionHistorySuffix, "", columns.KeyColumns );
writeInsertRowMethod( tableName, revisionHistorySuffix, "WithoutAdditionalLogic", columns.KeyColumns );
writeUpdateRowsMethod( cn, tableName, revisionHistorySuffix, "" );
writeUpdateRowsMethod( cn, tableName, revisionHistorySuffix, "WithoutAdditionalLogic" );
writeDeleteRowsMethod( cn, tableName, revisionHistorySuffix, true );
writeDeleteRowsMethod( cn, tableName, revisionHistorySuffix + "WithoutAdditionalLogic", false );
writePrivateDeleteRowsMethod( cn, tableName, isRevisionHistoryClass );
writer.WriteLine(
"static partial void preDelete( List<" + DataAccessStatics.GetTableConditionInterfaceName( cn, database, tableName ) + "> conditions, ref " +
getPostDeleteCallClassName( cn, tableName ) + " postDeleteCall );" );
writer.WriteLine( "private ModificationType modType;" );
writer.WriteLine( "private List<" + DataAccessStatics.GetTableConditionInterfaceName( cn, database, tableName ) + "> conditions;" );
foreach( var column in columns.AllColumnsExceptRowVersion )
writeFieldsAndPropertiesForColumn( column );
foreach( var column in columns.DataColumns.Where( i => !columns.KeyColumns.Contains( i ) ) )
FormItemStatics.WriteFormItemGetters( writer, column.GetModificationField() );
// Write constructors.
writeCreateForInsertMethod( cn, tableName, isRevisionHistoryTable, isRevisionHistoryClass, revisionHistorySuffix );
writeCreateForUpdateMethod( cn, tableName, isRevisionHistoryTable, isRevisionHistoryClass, revisionHistorySuffix );
if( columns.DataColumns.Any() )
writeCreateForSingleRowUpdateMethod( cn, tableName, isRevisionHistoryTable, isRevisionHistoryClass, revisionHistorySuffix );
writeGetConditionListMethod( cn, tableName );
writer.WriteLine( "private " + GetClassName( cn, tableName, isRevisionHistoryTable, isRevisionHistoryClass ) + "() {}" );
if( columns.DataColumns.Any() )
writeSetAllDataMethod();
// Write execute methods and helpers.
writeExecuteMethod( tableName );
writer.WriteLine( "partial void preInsert();" );
writer.WriteLine( "partial void preUpdate();" );
writeExecuteWithoutAdditionalLogicMethod( tableName );
writeExecuteInsertOrUpdateMethod( cn, tableName, isRevisionHistoryClass, columns.KeyColumns, columns.IdentityColumn );
writeAddColumnModificationsMethod( columns.AllNonIdentityColumnsExceptRowVersion );
if( isRevisionHistoryClass ) {
writeCopyLatestRevisionsMethod( cn, tableName, columns.AllNonIdentityColumnsExceptRowVersion );
DataAccessStatics.WriteGetLatestRevisionsConditionMethod( writer, columns.PrimaryKeyAndRevisionIdColumn.Name );
}
writeRethrowAsEwfExceptionIfNecessary();
writer.WriteLine(
"static partial void populateConstraintNamesToViolationErrorMessages( Dictionary<string,string> constraintNamesToViolationErrorMessages );" );
writer.WriteLine( "partial void postInsert();" );
writer.WriteLine( "partial void postUpdate();" );
writeMarkColumnValuesUnchangedMethod();
writer.WriteLine( "}" );
}
private void MakeColumnsAsLocalSubSelect()
{
TableColumns.Clear();
List <ColumnClause> lst = GetAllColumns().ToList();
HashSet <string> str = new HashSet <string>();
foreach (var c in lst)
{
string alias = c.ExtractAlias();
if (alias == null)
{
alias = "";
}
var tp = c.ColumnExpression.GetResultType();
if (tp == SimpleTypes.Geometry)
{
CoordinateSystem = c.ColumnExpression.GetCoordinateSystem();
}
TableColumns.Add(new ColumnSubSelect()
{
ColumnClause = c, Name = alias, SimpleType = tp
});
}
}
// It is called when preparing this dialog for editing/adding a table or when context changes (not during the process)
// Essentially, we do it when data context is set.
private void initViewModel()
{
DcSpace space = mainVM.Space;
if (IsNew)
{
TableName = "New Table";
TableFormula = "";
FilePath = "";
HasHeaderRecord = true;
Delimiter = ",";
Decimal = ".";
TableColumns.Clear();
}
else
{
TableName = Table.Name;
TableFormula = Table.GetData().WhereFormula;
FilePath = ((TableCsv)Table).FilePath;
HasHeaderRecord = ((TableCsv)Table).HasHeaderRecord;
Delimiter = ((TableCsv)Table).Delimiter;
Decimal = ((TableCsv)Table).CultureInfo.NumberFormat.NumberDecimalSeparator;
UpdateColumnList();
}
FirePropertyNotifyChanged("");
}
public override void Prepare()
{
base.Prepare();
for (int i = 0; i < ReturningColumns.Count; i++)
{
ReturningColumns[i].Prepare();
}
TableColumns.Clear();
List <ColumnClause> lst = ReturningColumns.ToList();
HashSet <string> str = new HashSet <string>();
foreach (var c in lst)
{
string alias = c.ExtractAlias();
if (alias == null)
{
alias = "";
}
var tp = c.ColumnExpression.GetResultType();
if (tp == SimpleTypes.Geometry)
{
CoordinateSystem = c.ColumnExpression.GetCoordinateSystem();
}
TableColumns.Add(new ColumnSubSelect()
{
ColumnClause = c, Name = alias, SimpleType = tp
});
}
}
private static void writeCacheClass(
DBConnection cn, TextWriter writer, IDatabase database, string table, TableColumns tableColumns, bool isRevisionHistoryTable)
{
var cacheKey = table.TableNameToPascal(cn) + "TableRetrieval";
var pkTupleTypeArguments = getPkTupleTypeArguments(tableColumns);
writer.WriteLine("private partial class Cache {");
writer.WriteLine("internal static Cache Current { get { return DataAccessState.Current.GetCacheValue( \"" + cacheKey + "\", () => new Cache() ); } }");
writer.WriteLine("private readonly TableRetrievalQueryCache<Row> queries = new TableRetrievalQueryCache<Row>();");
writer.WriteLine(
$"private readonly Dictionary<{TypeNames.Tuple}<{pkTupleTypeArguments}>, Row> rowsByPk = new Dictionary<{TypeNames.Tuple}<{pkTupleTypeArguments}>, Row>();");
if (isRevisionHistoryTable)
{
writer.WriteLine(
$"private readonly Dictionary<{TypeNames.Tuple}<{pkTupleTypeArguments}>, Row> latestRevisionRowsByPk = new Dictionary<{TypeNames.Tuple}<{pkTupleTypeArguments}>, Row>();");
}
writer.WriteLine("private Cache() {}");
writer.WriteLine("internal TableRetrievalQueryCache<Row> Queries => queries; ");
writer.WriteLine($"internal Dictionary<{TypeNames.Tuple}<" + pkTupleTypeArguments + ">, Row> RowsByPk => rowsByPk;");
if (isRevisionHistoryTable)
{
writer.WriteLine(
$"internal Dictionary<{TypeNames.Tuple}<" + pkTupleTypeArguments + ">, Row> LatestRevisionRowsByPk { get { return latestRevisionRowsByPk; } }");
}
writer.WriteLine("}");
}
private static void writeGetRowsMethod(
DBConnection cn, TextWriter writer, IDatabase database, string table, TableColumns tableColumns, bool isSmallTable, bool tableUsesRowVersionedCaching,
bool isRevisionHistoryTable, bool excludePreviousRevisions, int?commandTimeoutSeconds)
{
// header
var methodName = "GetRows" + (isSmallTable ? "MatchingConditions" : "") +
(isRevisionHistoryTable && !excludePreviousRevisions ? "IncludingPreviousRevisions" : "");
CodeGenerationStatics.AddSummaryDocComment(
writer,
"Retrieves the rows from the table that match the specified conditions, ordered in a stable way." +
(isSmallTable ? " Since the table is specified as small, you should only use this method if you cannot filter the rows in code." : ""));
writer.WriteLine(
"public static IEnumerable<Row> " + methodName + "( params " + DataAccessStatics.GetTableConditionInterfaceName(cn, database, table) + "[] conditions ) {");
// body
// If it's a primary key query, use RowsByPk if possible.
foreach (var i in tableColumns.KeyColumns)
{
var equalityConditionClassName = DataAccessStatics.GetEqualityConditionClassName(cn, database, table, i);
writer.WriteLine("var {0}Condition = conditions.OfType<{1}>().FirstOrDefault();".FormatWith(i.CamelCasedName, equalityConditionClassName));
}
writer.WriteLine("var cache = Cache.Current;");
var pkConditionVariableNames = tableColumns.KeyColumns.Select(i => i.CamelCasedName + "Condition");
writer.WriteLine(
"var isPkQuery = " + StringTools.ConcatenateWithDelimiter(" && ", pkConditionVariableNames.Select(i => i + " != null").ToArray()) +
" && conditions.Count() == " + tableColumns.KeyColumns.Count() + ";");
writer.WriteLine("if( isPkQuery ) {");
writer.WriteLine("Row row;");
writer.WriteLine(
"if( cache." + (excludePreviousRevisions ? "LatestRevision" : "") + $"RowsByPk.TryGetValue( {TypeNames.Tuple}.Create( " +
StringTools.ConcatenateWithDelimiter(", ", pkConditionVariableNames.Select(i => i + ".Value").ToArray()) + " ), out row ) )");
writer.WriteLine("return new [] {row};");
writer.WriteLine("}");
var commandConditionsExpression = "conditions.Select( i => i.CommandCondition )";
if (excludePreviousRevisions)
{
commandConditionsExpression += ".Concat( new [] {getLatestRevisionsCondition()} )";
}
writer.WriteLine("return cache.Queries.GetResultSet( " + commandConditionsExpression + ", commandConditions => {");
writeResultSetCreatorBody(
cn,
writer,
database,
table,
tableColumns,
tableUsesRowVersionedCaching,
excludePreviousRevisions,
"!isPkQuery",
commandTimeoutSeconds);
writer.WriteLine("} );");
writer.WriteLine("}");
}
private static string getInlineSelectExpression(
Table table, TableColumns tableColumns, string selectExpressions, string cacheQueryInDbExpression, int?commandTimeoutSeconds)
{
var concatenateWithDelimiter = StringTools.ConcatenateWithDelimiter(", ", tableColumns.KeyColumns.Select(i => i.Name));
return
($@"new {TypeNames.InlineSelect}( new[] {{ {selectExpressions} }}, ""FROM {table.ObjectIdentifier}"", {cacheQueryInDbExpression}, {commandTimeoutSeconds?.ToString() ?? "null"}, orderByClause: ""ORDER BY {concatenateWithDelimiter}"" )");
}
public static void OrShouldParseNoParens()
{
TableColumns one = new TableColumns();
QueryFilter <TableColumns> e = (one.ColumnOne == "monkey").Or(one.ColumnTwo != "banana");
Out(e.Parse(), ConsoleColor.Cyan);
Expect.AreEqual("[ColumnOne] = @ColumnOne1 OR [ColumnTwo] <> @ColumnTwo2", e.Parse());
}
public static void AndOperatorShouldParseParens()
{
TableColumns one = new TableColumns();
QueryFilter <TableColumns> e = one.ColumnOne == "dookey" && one.ColumnTwo == "poo";
Out(e.Parse(), ConsoleColor.Cyan);
Expect.AreEqual("([ColumnOne] = @ColumnOne1) AND ([ColumnTwo] = @ColumnTwo2)", e.Parse());
}
public static void EndsWithShouldParseValidWhereExpression()
{
TableColumns test = new TableColumns();
QueryFilter <TableColumns> e = test.TestOne.EndsWith("gorilla boat");
Out(e.Parse(), ConsoleColor.Cyan);
Expect.AreEqual("TestOne LIKE '%' + @TestOne1", e.Parse());
}
private static string getInlineSelectExpression(string table, TableColumns tableColumns, string selectExpressions, string cacheQueryInDbExpression)
{
return("new InlineSelect( {0}, \"FROM {1}\", {2}, orderByClause: \"ORDER BY {3}\" )".FormatWith(
"new[] { " + selectExpressions + " }",
table,
cacheQueryInDbExpression,
StringTools.ConcatenateWithDelimiter(", ", tableColumns.KeyColumns.Select(i => i.Name).ToArray())));
}
void OnStartNewDataCollecting(FdrManagerEventArgs e)
{
Ordinats.Clear();
cb_Abscissa.Items.Clear();
TableColumns.Clear();
StatusLabelSecond.Content = "";
StatusLabelMain.Content = Properties.Resources.state_collecting;
}
public void Add(TableColumns tableColumns)
{
if(! tables.ContainsKey(tableColumns.Table))
{
tables.Add(tableColumns.Table, new HashSet<string>());
}
tables[tableColumns.Table].Add(tableColumns.Column);
}
public static void ExtensionClassShouldWorkTheSameAsQueryFilter()
{
TableColumns test = new TableColumns();
QueryFilter <TableColumns> e = test.TestOne == "monkey";
Out(e.Parse(), ConsoleColor.Cyan);
Expect.AreEqual("[TestOne] = @TestOne1", e.Parse());
}
/// <summary>
/// This method is used to fetch data from the database with joins.
/// </summary>
/// <param name="conditions">An object that contains logical operator and conditions.</param>
/// <returns>Returns fetched data.</returns>
public DataTable GetRecords(DatabaseTable mainTable, JoinConditions conditions)
{
string mainTableName = DatabaseTableNameFetcher.GetName(mainTable);
string mainColumn = TableColumns.GetBaseTablePrimaryColumn(mainTable);
string query = string.Format("SELECT DISTINCT {0}.{1}", mainTableName, TableColumns.COMMON_ID);
// If mainColumn value is not empty = It is not a relationship table.
if (!mainColumn.Equals(string.Empty))
{
query = string.Format("{0}, {1}.{2}", query, mainTableName, mainColumn);
}
string from = string.Format("FROM {0}", mainTableName);
string where = string.Format("WHERE {0}.{1} = 0", mainTableName, TableColumns.COMMON_DELETED);
// If search conditions are provided.
// All conditions are calculated with AND operator.
if (conditions.Search != null)
{
foreach (var condition in conditions.Search)
{
string baseTable = DatabaseTableNameFetcher.GetName(condition.BaseTable);
where = string.Format("{0} AND {1}.{2} = {3}", where, baseTable, condition.Column, condition.Value);
}
}
// Create Join Conditions
foreach (var condition in conditions.Conditions)
{
string baseTable = DatabaseTableNameFetcher.GetName(condition.BaseTable);
string joinTable = DatabaseTableNameFetcher.GetName(condition.JoinTable);
string baseColumn = TableColumns.GetBaseTablePrimaryColumn(condition.BaseTable);
query = string.Format("{0}, {1}.{2}", query, baseTable, baseColumn);
where = string.Format("{0} {5} {1}.{2} = {3}.{4}",
where,
baseTable,
TableColumns.COMMON_ID,
joinTable,
condition.JoinTableColumnName,
conditions.LogicalOperator);
if (!from.Contains(baseTable))
{
from = string.Format("{0}, {1}", from, baseTable);
}
}
where = ApplicationSettingData.Setting.Helper.EndsWith(where, "WHERE");
where = ApplicationSettingData.Setting.Helper.EndsWith(where, conditions.LogicalOperator);
query = string.Format("{0} {1} {2}", query, from, where);
return(ApplicationSettingData.Setting.DataCommunicator.Read(query));
}
protected StoredProcedure(string name, StoredProcedureParameters parameters, string table, TableColumns columns, string keyName, string keyColumn, string keyType)
{
Name = name;
Parameters = parameters;
Table = table;
Columns = columns;
KeyPropertyName = keyName;
KeyColumn = keyColumn;
KeyType = keyType;
}
private static string getPkAndVersionTupleTypeArguments( DBConnection cn, TableColumns tableColumns )
{
return "{0}, {1}".FormatWith(
getPkTupleTypeArguments( tableColumns ),
cn.DatabaseInfo is OracleInfo ? oracleRowVersionDataType : tableColumns.RowVersionColumn.DataTypeName );
}
private static string getPkTupleTypeArguments( TableColumns tableColumns )
{
return StringTools.ConcatenateWithDelimiter( ", ", tableColumns.KeyColumns.Select( i => i.DataTypeName ).ToArray() );
}
// Generates content of tableDefinitionPart2.
private void GenerateTableDefinitionPart2Content(TableDefinitionPart tableDefinitionPart2)
{
Table table2 = new Table(){ Id = (UInt32Value)5U, Name = "ProductTable2", DisplayName = "ProductTable2", Reference = "H1:I11", TotalsRowShown = false, HeaderRowFormatId = (UInt32Value)2U };
AutoFilter autoFilter2 = new AutoFilter(){ Reference = "H1:I11" };
TableColumns tableColumns2 = new TableColumns(){ Count = (UInt32Value)2U };
TableColumn tableColumn2 = new TableColumn(){ Id = (UInt32Value)1U, Name = "ProductName" };
TableColumn tableColumn3 = new TableColumn(){ Id = (UInt32Value)2U, Name = "Price", DataFormatId = (UInt32Value)1U };
tableColumns2.Append(tableColumn2);
tableColumns2.Append(tableColumn3);
TableStyleInfo tableStyleInfo2 = new TableStyleInfo(){ Name = "TableStyleMedium2", ShowFirstColumn = false, ShowLastColumn = false, ShowRowStripes = true, ShowColumnStripes = false };
table2.Append(autoFilter2);
table2.Append(tableColumns2);
table2.Append(tableStyleInfo2);
tableDefinitionPart2.Table = table2;
}
private static void writeGetRowMatchingPkMethod(
DBConnection cn, TextWriter writer, Database database, string table, TableColumns tableColumns, bool isSmallTable, bool tableUsesRowVersionedCaching,
bool isRevisionHistoryTable)
{
var pkIsId = tableColumns.KeyColumns.Count() == 1 && tableColumns.KeyColumns.Single().Name.ToLower().EndsWith( "id" );
var methodName = pkIsId ? "GetRowMatchingId" : "GetRowMatchingPk";
var pkParameters = pkIsId
? "{0} id".FormatWith( tableColumns.KeyColumns.Single().DataTypeName )
: StringTools.ConcatenateWithDelimiter(
", ",
tableColumns.KeyColumns.Select( i => "{0} {1}".FormatWith( i.DataTypeName, i.CamelCasedName ) ).ToArray() );
writer.WriteLine( "public static Row " + methodName + "( " + pkParameters + ", bool returnNullIfNoMatch = false ) {" );
if( isSmallTable ) {
writer.WriteLine( "var cache = Cache.Current;" );
var commandConditionsExpression = isRevisionHistoryTable ? "getLatestRevisionsCondition().ToSingleElementArray()" : "new InlineDbCommandCondition[ 0 ]";
writer.WriteLine( "cache.Queries.GetResultSet( " + commandConditionsExpression + ", commandConditions => {" );
writeResultSetCreatorBody( cn, writer, database, table, tableColumns, tableUsesRowVersionedCaching, isRevisionHistoryTable, "true" );
writer.WriteLine( "} );" );
var rowsByPkExpression = "cache.{0}RowsByPk".FormatWith( isRevisionHistoryTable ? "LatestRevision" : "" );
var pkTupleCreationArguments = pkIsId
? "id"
: StringTools.ConcatenateWithDelimiter( ", ", tableColumns.KeyColumns.Select( i => i.CamelCasedName ).ToArray() );
writer.WriteLine( "if( !returnNullIfNoMatch )" );
writer.WriteLine( "return {0}[ System.Tuple.Create( {1} ) ];".FormatWith( rowsByPkExpression, pkTupleCreationArguments ) );
writer.WriteLine( "Row row;" );
writer.WriteLine( "return {0}.TryGetValue( System.Tuple.Create( {1} ), out row ) ? row : null;".FormatWith( rowsByPkExpression, pkTupleCreationArguments ) );
}
else {
writer.WriteLine(
"var rows = GetRows( {0} );".FormatWith(
pkIsId
? "new {0}( id )".FormatWith( DataAccessStatics.GetEqualityConditionClassName( cn, database, table, tableColumns.KeyColumns.Single() ) )
: StringTools.ConcatenateWithDelimiter(
", ",
tableColumns.KeyColumns.Select(
i => "new {0}( {1} )".FormatWith( DataAccessStatics.GetEqualityConditionClassName( cn, database, table, i ), i.CamelCasedName ) ).ToArray() ) ) );
writer.WriteLine( "return returnNullIfNoMatch ? rows.SingleOrDefault() : rows.Single();" );
}
writer.WriteLine( "}" );
}
// Generates content of tableDefinitionPart1.
private void GenerateTableDefinitionPart1Content(TableDefinitionPart tableDefinitionPart1)
{
Table table1 = new Table(){ Id = (UInt32Value)1U, Name = "Table_Query", DisplayName = "Table_Query", Reference = "B2:I13", TableType = TableValues.QueryTable, TotalsRowShown = false };
AutoFilter autoFilter1 = new AutoFilter(){ Reference = "B2:I13" };
TableColumns tableColumns1 = new TableColumns(){ Count = (UInt32Value)8U };
TableColumn tableColumn1 = new TableColumn(){ Id = (UInt32Value)1U, UniqueName = "1", Name = "account_id", QueryTableFieldId = (UInt32Value)1U };
TableColumn tableColumn2 = new TableColumn(){ Id = (UInt32Value)2U, UniqueName = "2", Name = "account_parent", QueryTableFieldId = (UInt32Value)2U };
TableColumn tableColumn3 = new TableColumn(){ Id = (UInt32Value)3U, UniqueName = "3", Name = "account_description", QueryTableFieldId = (UInt32Value)3U };
TableColumn tableColumn4 = new TableColumn(){ Id = (UInt32Value)4U, UniqueName = "4", Name = "account_type", QueryTableFieldId = (UInt32Value)4U };
TableColumn tableColumn5 = new TableColumn(){ Id = (UInt32Value)5U, UniqueName = "5", Name = "account_rollup", QueryTableFieldId = (UInt32Value)5U };
TableColumn tableColumn6 = new TableColumn(){ Id = (UInt32Value)6U, UniqueName = "6", Name = "Custom Members", QueryTableFieldId = (UInt32Value)6U };
TableColumn tableColumn7 = new TableColumn(){ Id = (UInt32Value)7U, UniqueName = "7", Name = "CurrentUser", QueryTableFieldId = (UInt32Value)7U };
TableColumn tableColumn8 = new TableColumn(){ Id = (UInt32Value)8U, UniqueName = "8", Name = "RefreshTime", QueryTableFieldId = (UInt32Value)8U, DataFormatId = (UInt32Value)0U };
tableColumns1.Append(tableColumn1);
tableColumns1.Append(tableColumn2);
tableColumns1.Append(tableColumn3);
tableColumns1.Append(tableColumn4);
tableColumns1.Append(tableColumn5);
tableColumns1.Append(tableColumn6);
tableColumns1.Append(tableColumn7);
tableColumns1.Append(tableColumn8);
TableStyleInfo tableStyleInfo1 = new TableStyleInfo(){ Name = "TableStyleMedium2", ShowFirstColumn = false, ShowLastColumn = false, ShowRowStripes = true, ShowColumnStripes = false };
table1.Append(autoFilter1);
table1.Append(tableColumns1);
table1.Append(tableStyleInfo1);
tableDefinitionPart1.Table = table1;
}
private static string getInlineSelectExpression( string table, TableColumns tableColumns, string selectExpressions, string cacheQueryInDbExpression )
{
return "new InlineSelect( {0}, \"FROM {1}\", {2}, orderByClause: \"ORDER BY {3}\" )".FormatWith(
"new[] { " + selectExpressions + " }",
table,
cacheQueryInDbExpression,
StringTools.ConcatenateWithDelimiter( ", ", tableColumns.KeyColumns.Select( i => i.Name ).ToArray() ) );
}
public UpdateStp(string name, StoredProcedureParameters parameters, string table, TableColumns columns, string keyName, string keyColumn, string keyType, TEntity entity)
: base(name, parameters, table, columns, keyName, keyColumn, keyType)
{
Entity = entity;
}
// Generates content of tableDefinitionPart4.
private void GenerateTableDefinitionPart4Content(TableDefinitionPart tableDefinitionPart4)
{
Table table4 = new Table(){ Id = (UInt32Value)3U, Name = "SalesTable1", DisplayName = "SalesTable1", Reference = "K1:K11", TotalsRowShown = false, HeaderRowFormatId = (UInt32Value)9U };
AutoFilter autoFilter4 = new AutoFilter(){ Reference = "K1:K11" };
TableColumns tableColumns4 = new TableColumns(){ Count = (UInt32Value)1U };
TableColumn tableColumn10 = new TableColumn(){ Id = (UInt32Value)1U, Name = "Employee" };
tableColumns4.Append(tableColumn10);
TableStyleInfo tableStyleInfo4 = new TableStyleInfo(){ Name = "TableStyleMedium2", ShowFirstColumn = false, ShowLastColumn = false, ShowRowStripes = true, ShowColumnStripes = false };
table4.Append(autoFilter4);
table4.Append(tableColumns4);
table4.Append(tableStyleInfo4);
tableDefinitionPart4.Table = table4;
}
// Generates content of tableDefinitionPart3.
private void GenerateTableDefinitionPart3Content(TableDefinitionPart tableDefinitionPart3)
{
Table table3 = new Table(){ Id = (UInt32Value)4U, Name = "DataTable2", DisplayName = "DataTable2", Reference = "A1:F6", TotalsRowShown = false };
AutoFilter autoFilter3 = new AutoFilter(){ Reference = "A1:F6" };
SortState sortState1 = new SortState(){ Reference = "A2:F2001" };
SortCondition sortCondition1 = new SortCondition(){ Reference = "A2" };
sortState1.Append(sortCondition1);
TableColumns tableColumns3 = new TableColumns(){ Count = (UInt32Value)6U };
TableColumn tableColumn4 = new TableColumn(){ Id = (UInt32Value)1U, Name = "Date", DataFormatId = (UInt32Value)8U };
TableColumn tableColumn5 = new TableColumn(){ Id = (UInt32Value)2U, Name = "Product", DataFormatId = (UInt32Value)7U };
TableColumn tableColumn6 = new TableColumn(){ Id = (UInt32Value)3U, Name = "Quantity", DataFormatId = (UInt32Value)6U };
TableColumn tableColumn7 = new TableColumn(){ Id = (UInt32Value)4U, Name = "Price", DataFormatId = (UInt32Value)5U };
TableColumn tableColumn8 = new TableColumn(){ Id = (UInt32Value)5U, Name = "DeliveryDate", DataFormatId = (UInt32Value)4U };
TableColumn tableColumn9 = new TableColumn(){ Id = (UInt32Value)6U, Name = "Employee", DataFormatId = (UInt32Value)3U };
tableColumns3.Append(tableColumn4);
tableColumns3.Append(tableColumn5);
tableColumns3.Append(tableColumn6);
tableColumns3.Append(tableColumn7);
tableColumns3.Append(tableColumn8);
tableColumns3.Append(tableColumn9);
TableStyleInfo tableStyleInfo3 = new TableStyleInfo(){ Name = "TableStyleMedium2", ShowFirstColumn = false, ShowLastColumn = false, ShowRowStripes = true, ShowColumnStripes = false };
table3.Append(autoFilter3);
table3.Append(sortState1);
table3.Append(tableColumns3);
table3.Append(tableStyleInfo3);
tableDefinitionPart3.Table = table3;
}
private static void writeResultSetCreatorBody(
DBConnection cn, TextWriter writer, Database database, string table, TableColumns tableColumns, bool tableUsesRowVersionedCaching,
bool excludesPreviousRevisions, string cacheQueryInDbExpression)
{
if( tableUsesRowVersionedCaching ) {
writer.WriteLine( "var results = new List<Row>();" );
writer.WriteLine( DataAccessStatics.GetConnectionExpression( database ) + ".ExecuteInTransaction( delegate {" );
// Query for the cache keys of the results.
writer.WriteLine(
"var keyCommand = {0};".FormatWith(
getInlineSelectExpression(
table,
tableColumns,
"{0}, \"{1}\"".FormatWith(
StringTools.ConcatenateWithDelimiter( ", ", tableColumns.KeyColumns.Select( i => "\"{0}\"".FormatWith( i.Name ) ).ToArray() ),
cn.DatabaseInfo is OracleInfo ? "ORA_ROWSCN" : tableColumns.RowVersionColumn.Name ),
cacheQueryInDbExpression ) ) );
writer.WriteLine( getCommandConditionAddingStatement( "keyCommand" ) );
writer.WriteLine( "var keys = new List<System.Tuple<{0}>>();".FormatWith( getPkAndVersionTupleTypeArguments( cn, tableColumns ) ) );
writer.WriteLine(
"keyCommand.Execute( " + DataAccessStatics.GetConnectionExpression( database ) + ", r => { while( r.Read() ) keys.Add( " +
"System.Tuple.Create( {0}, {1} )".FormatWith(
StringTools.ConcatenateWithDelimiter(
", ",
tableColumns.KeyColumns.Select( ( c, i ) => c.GetDataReaderValueExpression( "r", ordinalOverride: i ) ).ToArray() ),
cn.DatabaseInfo is OracleInfo
? "({0})r.GetValue( {1} )".FormatWith( oracleRowVersionDataType, tableColumns.KeyColumns.Count() )
: tableColumns.RowVersionColumn.GetDataReaderValueExpression( "r", ordinalOverride: tableColumns.KeyColumns.Count() ) ) + " ); } );" );
writer.WriteLine( "var rowsByPkAndVersion = getRowsByPkAndVersion();" );
writer.WriteLine( "var cachedKeyCount = keys.Where( i => rowsByPkAndVersion.ContainsKey( i ) ).Count();" );
// If all but a few results are cached, execute a single-row query for each missing result.
writer.WriteLine( "if( cachedKeyCount >= keys.Count() - 1 || cachedKeyCount >= keys.Count() * .99 ) {" );
writer.WriteLine( "foreach( var key in keys ) {" );
writer.WriteLine( "results.Add( new Row( rowsByPkAndVersion.GetOrAdd( key, () => {" );
writer.WriteLine( "var singleRowCommand = {0};".FormatWith( getInlineSelectExpression( table, tableColumns, "\"*\"", "false" ) ) );
foreach( var i in tableColumns.KeyColumns.Select( ( c, i ) => new { column = c, index = i } ) ) {
writer.WriteLine(
"singleRowCommand.AddCondition( ( ({0})new {1}( key.Item{2} ) ).CommandCondition );".FormatWith(
DataAccessStatics.GetTableConditionInterfaceName( cn, database, table ),
DataAccessStatics.GetEqualityConditionClassName( cn, database, table, i.column ),
i.index + 1 ) );
}
writer.WriteLine( "var singleRowResults = new List<BasicRow>();" );
writer.WriteLine(
"singleRowCommand.Execute( " + DataAccessStatics.GetConnectionExpression( database ) +
", r => { while( r.Read() ) singleRowResults.Add( new BasicRow( r ) ); } );" );
writer.WriteLine( "return singleRowResults.Single();" );
writer.WriteLine( "} ) ) );" );
writer.WriteLine( "}" );
writer.WriteLine( "}" );
// Otherwise, execute the full query.
writer.WriteLine( "else {" );
writer.WriteLine(
"var command = {0};".FormatWith(
getInlineSelectExpression(
table,
tableColumns,
cn.DatabaseInfo is OracleInfo ? "\"{0}.*\", \"ORA_ROWSCN\"".FormatWith( table ) : "\"*\"",
cacheQueryInDbExpression ) ) );
writer.WriteLine( getCommandConditionAddingStatement( "command" ) );
writer.WriteLine( "command.Execute( " + DataAccessStatics.GetConnectionExpression( database ) + ", r => {" );
writer.WriteLine(
"while( r.Read() ) results.Add( new Row( rowsByPkAndVersion.GetOrAdd( System.Tuple.Create( {0}, {1} ), () => new BasicRow( r ) ) ) );".FormatWith(
StringTools.ConcatenateWithDelimiter( ", ", tableColumns.KeyColumns.Select( i => i.GetDataReaderValueExpression( "r" ) ).ToArray() ),
cn.DatabaseInfo is OracleInfo
? "({0})r.GetValue( {1} )".FormatWith( oracleRowVersionDataType, tableColumns.AllColumns.Count() )
: tableColumns.RowVersionColumn.GetDataReaderValueExpression( "r" ) ) );
writer.WriteLine( "} );" );
writer.WriteLine( "}" );
writer.WriteLine( "} );" );
}
else {
writer.WriteLine( "var command = {0};".FormatWith( getInlineSelectExpression( table, tableColumns, "\"*\"", cacheQueryInDbExpression ) ) );
writer.WriteLine( getCommandConditionAddingStatement( "command" ) );
writer.WriteLine( "var results = new List<Row>();" );
writer.WriteLine(
"command.Execute( " + DataAccessStatics.GetConnectionExpression( database ) +
", r => { while( r.Read() ) results.Add( new Row( new BasicRow( r ) ) ); } );" );
}
// Add all results to RowsByPk.
writer.WriteLine( "foreach( var i in results ) {" );
var pkTupleCreationArgs = tableColumns.KeyColumns.Select( i => "i." + EwlStatics.GetCSharpIdentifierSimple( i.PascalCasedNameExceptForOracle ) );
var pkTuple = "System.Tuple.Create( " + StringTools.ConcatenateWithDelimiter( ", ", pkTupleCreationArgs.ToArray() ) + " )";
writer.WriteLine( "cache.RowsByPk[ " + pkTuple + " ] = i;" );
if( excludesPreviousRevisions )
writer.WriteLine( "cache.LatestRevisionRowsByPk[ " + pkTuple + " ] = i;" );
writer.WriteLine( "}" );
writer.WriteLine( "return results;" );
}
internal static void Generate(
DBConnection cn, TextWriter writer, string namespaceDeclaration, Database database, Configuration.SystemDevelopment.Database configuration)
{
writer.WriteLine( namespaceDeclaration );
foreach( var table in DatabaseOps.GetDatabaseTables( database ) ) {
CodeGenerationStatics.AddSummaryDocComment( writer, "Contains logic that retrieves rows from the " + table + " table." );
writer.WriteLine( "public static partial class " + GetClassName( cn, table ) + " {" );
var isRevisionHistoryTable = DataAccessStatics.IsRevisionHistoryTable( table, configuration );
var columns = new TableColumns( cn, table, isRevisionHistoryTable );
// Write nested classes.
DataAccessStatics.WriteRowClasses(
writer,
columns.AllColumns,
localWriter => {
if( !columns.DataColumns.Any() )
return;
var modClass = database.SecondaryDatabaseName + "Modification." +
StandardModificationStatics.GetClassName( cn, table, isRevisionHistoryTable, isRevisionHistoryTable );
var revisionHistorySuffix = StandardModificationStatics.GetRevisionHistorySuffix( isRevisionHistoryTable );
writer.WriteLine( "public " + modClass + " ToModification" + revisionHistorySuffix + "() {" );
writer.WriteLine(
"return " + modClass + ".CreateForSingleRowUpdate" + revisionHistorySuffix + "( " +
StringTools.ConcatenateWithDelimiter(
", ",
columns.AllColumnsExceptRowVersion.Select( i => EwlStatics.GetCSharpIdentifierSimple( i.PascalCasedNameExceptForOracle ) ).ToArray() ) + " );" );
writer.WriteLine( "}" );
} );
writeCacheClass( cn, writer, database, table, columns, isRevisionHistoryTable );
var isSmallTable = configuration.SmallTables != null && configuration.SmallTables.Any( i => i.EqualsIgnoreCase( table ) );
var tableUsesRowVersionedCaching = configuration.TablesUsingRowVersionedDataCaching != null &&
configuration.TablesUsingRowVersionedDataCaching.Any( i => i.EqualsIgnoreCase( table ) );
if( tableUsesRowVersionedCaching && columns.RowVersionColumn == null && !( cn.DatabaseInfo is OracleInfo ) ) {
throw new UserCorrectableException(
cn.DatabaseInfo is MySqlInfo
? "Row-versioned data caching cannot currently be used with MySQL databases."
: "Row-versioned data caching can only be used with the {0} table if you add a rowversion column.".FormatWith( table ) );
}
if( isSmallTable )
writeGetAllRowsMethod( writer, isRevisionHistoryTable, false );
writeGetRowsMethod( cn, writer, database, table, columns, isSmallTable, tableUsesRowVersionedCaching, isRevisionHistoryTable, false );
if( isRevisionHistoryTable ) {
if( isSmallTable )
writeGetAllRowsMethod( writer, true, true );
writeGetRowsMethod( cn, writer, database, table, columns, isSmallTable, tableUsesRowVersionedCaching, true, true );
}
if( columns.KeyColumns.Count() == 1 && columns.KeyColumns.Single().Name.ToLower().EndsWith( "id" ) )
writeGetRowMatchingIdMethod( cn, writer, database, table, columns, isSmallTable, tableUsesRowVersionedCaching, isRevisionHistoryTable );
if( isRevisionHistoryTable )
DataAccessStatics.WriteGetLatestRevisionsConditionMethod( writer, columns.PrimaryKeyAndRevisionIdColumn.Name );
if( tableUsesRowVersionedCaching ) {
var keyTupleTypeArguments = getPkAndVersionTupleTypeArguments( cn, columns );
writer.WriteLine( "private static " + "Cache<System.Tuple<" + keyTupleTypeArguments + ">, BasicRow>" + " getRowsByPkAndVersion() {" );
writer.WriteLine(
"return AppMemoryCache.GetCacheValue<{0}>( \"{1}\", () => new {0}( i => System.Tuple.Create( {2} ) ) ).RowsByPkAndVersion;".FormatWith(
"VersionedRowDataCache<System.Tuple<{0}>, System.Tuple<{1}>, BasicRow>".FormatWith( getPkTupleTypeArguments( columns ), keyTupleTypeArguments ),
database.SecondaryDatabaseName + table.TableNameToPascal( cn ) + "TableRetrievalRowsByPkAndVersion",
StringTools.ConcatenateWithDelimiter( ", ", Enumerable.Range( 1, columns.KeyColumns.Count() ).Select( i => "i.Item{0}".FormatWith( i ) ).ToArray() ) ) );
writer.WriteLine( "}" );
}
// Initially we did not generate this method for small tables, but we found a need for it when the cache is disabled since that will cause
// GetRowMatchingId to repeatedly query.
if( columns.KeyColumns.Count() == 1 && columns.KeyColumns.Single().Name.ToLower().EndsWith( "id" ) )
writeToIdDictionaryMethod( writer, columns );
writer.WriteLine( "}" ); // class
}
writer.WriteLine( "}" ); // namespace
}
internal static void SetTableDataAndDateIfNecessary(Table table, int row, string newValue,
TableColumns.NameValuePairs valueColumn, TableColumns.NameValuePairs dateColumn)
{
string oldValue = table.GetData(row, (int)valueColumn);
if (oldValue.Equals(newValue))
return;
table.SetData(row, (int)valueColumn, newValue);
table.SetData(row, (int)dateColumn, DateTime.Today.ToString(Strings.DateColumnFormatString));
}
private static void writeToIdDictionaryMethod( TextWriter writer, TableColumns tableColumns )
{
writer.WriteLine( "public static Dictionary<" + tableColumns.KeyColumns.Single().DataTypeName + ", Row> ToIdDictionary( this IEnumerable<Row> rows ) {" );
writer.WriteLine(
"return rows.ToDictionary( i => i." + EwlStatics.GetCSharpIdentifierSimple( tableColumns.KeyColumns.Single().PascalCasedNameExceptForOracle ) + " );" );
writer.WriteLine( "}" );
}
/// <summary>
/// Default Values for a Table Column
/// </summary>
/// <param name="id">The statistical ID associated with the column</param>
/// <param name="name">The Name to put on the column heading</param>
/// <param name="defaultDisplay">The default display type</param>
/// <param name="graphical">Whether the value can be displayed graphically</param>
/// <param name="display">Whether to display the column by default</param>
/// <param name="width">The default with of the column</param>
public TableColumn(TableColumns id, string name, ColumnDisplayType defaultDisplay, List<ColumnDisplayType> displayOptions, bool display, bool compare, uint width)
{
this.columnIDfield = id;
this.columnNamefield = name;
this.defaultDisplayTypefield = defaultDisplay;
this.displayTypeOptionsfiels = displayOptions;
this.displayColumnfield = display;
this.canComparefield = compare;
this.defaultWidthfield = width;
}
public DeleteStp(string name, StoredProcedureParameters parameters, string table, TableColumns columns, string keyName, string keyColumn, string keyType, object keyValue)
: base(name, parameters, table, columns, keyName, keyColumn, keyType)
{
KeyValue = keyValue;
}
// Generates content of tableDefinitionPart5.
private void GenerateTableDefinitionPart5Content(TableDefinitionPart tableDefinitionPart5)
{
Table table5 = new Table(){ Id = (UInt32Value)2U, Name = "ProductTable1", DisplayName = "ProductTable1", Reference = "H1:I11", TotalsRowShown = false, HeaderRowFormatId = (UInt32Value)11U };
AutoFilter autoFilter5 = new AutoFilter(){ Reference = "H1:I11" };
TableColumns tableColumns5 = new TableColumns(){ Count = (UInt32Value)2U };
TableColumn tableColumn11 = new TableColumn(){ Id = (UInt32Value)1U, Name = "ProductName" };
TableColumn tableColumn12 = new TableColumn(){ Id = (UInt32Value)2U, Name = "Price", DataFormatId = (UInt32Value)10U };
tableColumns5.Append(tableColumn11);
tableColumns5.Append(tableColumn12);
TableStyleInfo tableStyleInfo5 = new TableStyleInfo(){ Name = "TableStyleMedium2", ShowFirstColumn = false, ShowLastColumn = false, ShowRowStripes = true, ShowColumnStripes = false };
table5.Append(autoFilter5);
table5.Append(tableColumns5);
table5.Append(tableStyleInfo5);
tableDefinitionPart5.Table = table5;
}
// Generates content of tableDefinitionPart1.
private void GenerateTableDefinitionPart1Content(TableDefinitionPart tableDefinitionPart1)
{
Table table1 = new Table(){ Id = (UInt32Value)2U, Name = "Table2", DisplayName = "Table2", Reference = "E1:G4", TotalsRowShown = false };
AutoFilter autoFilter1 = new AutoFilter(){ Reference = "E1:G4" };
TableColumns tableColumns1 = new TableColumns(){ Count = (UInt32Value)3U };
TableColumn tableColumn1 = new TableColumn(){ Id = (UInt32Value)1U, Name = "Column1" };
TableColumn tableColumn2 = new TableColumn(){ Id = (UInt32Value)2U, Name = "Column2" };
TableColumn tableColumn3 = new TableColumn(){ Id = (UInt32Value)3U, Name = "Column3" };
tableColumns1.Append(tableColumn1);
tableColumns1.Append(tableColumn2);
tableColumns1.Append(tableColumn3);
TableStyleInfo tableStyleInfo1 = new TableStyleInfo(){ Name = "TableStyleMedium2", ShowFirstColumn = false, ShowLastColumn = false, ShowRowStripes = true, ShowColumnStripes = false };
table1.Append(autoFilter1);
table1.Append(tableColumns1);
table1.Append(tableStyleInfo1);
tableDefinitionPart1.Table = table1;
}
// Generates content of tableDefinitionPart2.
private void GenerateTableDefinitionPart2Content(TableDefinitionPart tableDefinitionPart2)
{
Table table2 = new Table(){ Id = (UInt32Value)1U, Name = "Table1", DisplayName = "Table1", Reference = "A1:C4", TotalsRowShown = false };
AutoFilter autoFilter2 = new AutoFilter(){ Reference = "A1:C4" };
TableColumns tableColumns2 = new TableColumns(){ Count = (UInt32Value)3U };
TableColumn tableColumn4 = new TableColumn(){ Id = (UInt32Value)1U, Name = "Column1" };
TableColumn tableColumn5 = new TableColumn(){ Id = (UInt32Value)2U, Name = "Column2" };
TableColumn tableColumn6 = new TableColumn(){ Id = (UInt32Value)3U, Name = "Column3" };
tableColumns2.Append(tableColumn4);
tableColumns2.Append(tableColumn5);
tableColumns2.Append(tableColumn6);
TableStyleInfo tableStyleInfo2 = new TableStyleInfo(){ Name = "TableStyleMedium2", ShowFirstColumn = false, ShowLastColumn = false, ShowRowStripes = true, ShowColumnStripes = false };
table2.Append(autoFilter2);
table2.Append(tableColumns2);
table2.Append(tableStyleInfo2);
tableDefinitionPart2.Table = table2;
}
private static void writeGetRowsMethod(
DBConnection cn, TextWriter writer, Database database, string table, TableColumns tableColumns, bool isSmallTable, bool tableUsesRowVersionedCaching,
bool isRevisionHistoryTable, bool excludePreviousRevisions)
{
// header
var methodName = "GetRows" + ( isSmallTable ? "MatchingConditions" : "" ) +
( isRevisionHistoryTable && !excludePreviousRevisions ? "IncludingPreviousRevisions" : "" );
CodeGenerationStatics.AddSummaryDocComment(
writer,
"Retrieves the rows from the table that match the specified conditions, ordered in a stable way." +
( isSmallTable ? " Since the table is specified as small, you should only use this method if you cannot filter the rows in code." : "" ) );
writer.WriteLine(
"public static IEnumerable<Row> " + methodName + "( params " + DataAccessStatics.GetTableConditionInterfaceName( cn, database, table ) + "[] conditions ) {" );
// body
// If it's a primary key query, use RowsByPk if possible.
foreach( var i in tableColumns.KeyColumns ) {
var equalityConditionClassName = DataAccessStatics.GetEqualityConditionClassName( cn, database, table, i );
writer.WriteLine( "var {0}Condition = conditions.OfType<{1}>().FirstOrDefault();".FormatWith( i.CamelCasedName, equalityConditionClassName ) );
}
writer.WriteLine( "var cache = Cache.Current;" );
var pkConditionVariableNames = tableColumns.KeyColumns.Select( i => i.CamelCasedName + "Condition" );
writer.WriteLine(
"var isPkQuery = " + StringTools.ConcatenateWithDelimiter( " && ", pkConditionVariableNames.Select( i => i + " != null" ).ToArray() ) +
" && conditions.Count() == " + tableColumns.KeyColumns.Count() + ";" );
writer.WriteLine( "if( isPkQuery ) {" );
writer.WriteLine( "Row row;" );
writer.WriteLine(
"if( cache." + ( excludePreviousRevisions ? "LatestRevision" : "" ) + "RowsByPk.TryGetValue( System.Tuple.Create( " +
StringTools.ConcatenateWithDelimiter( ", ", pkConditionVariableNames.Select( i => i + ".Value" ).ToArray() ) + " ), out row ) )" );
writer.WriteLine( "return row.ToSingleElementArray();" );
writer.WriteLine( "}" );
var commandConditionsExpression = "conditions.Select( i => i.CommandCondition )";
if( excludePreviousRevisions )
commandConditionsExpression += ".Concat( getLatestRevisionsCondition().ToSingleElementArray() )";
writer.WriteLine( "return cache.Queries.GetResultSet( " + commandConditionsExpression + ", commandConditions => {" );
writeResultSetCreatorBody( cn, writer, database, table, tableColumns, tableUsesRowVersionedCaching, excludePreviousRevisions, "!isPkQuery" );
writer.WriteLine( "} );" );
writer.WriteLine( "}" );
}
private static void writeGetRowMatchingIdMethod(
DBConnection cn, TextWriter writer, Database database, string table, TableColumns tableColumns, bool isSmallTable, bool tableUsesRowVersionedCaching,
bool isRevisionHistoryTable)
{
writer.WriteLine( "public static Row GetRowMatchingId( " + tableColumns.KeyColumns.Single().DataTypeName + " id, bool returnNullIfNoMatch = false ) {" );
if( isSmallTable ) {
writer.WriteLine( "var cache = Cache.Current;" );
var commandConditionsExpression = isRevisionHistoryTable ? "getLatestRevisionsCondition().ToSingleElementArray()" : "new InlineDbCommandCondition[ 0 ]";
writer.WriteLine( "cache.Queries.GetResultSet( " + commandConditionsExpression + ", commandConditions => {" );
writeResultSetCreatorBody( cn, writer, database, table, tableColumns, tableUsesRowVersionedCaching, isRevisionHistoryTable, "true" );
writer.WriteLine( "} );" );
var rowsByPkExpression = "cache.{0}RowsByPk".FormatWith( isRevisionHistoryTable ? "LatestRevision" : "" );
writer.WriteLine( "if( !returnNullIfNoMatch )" );
writer.WriteLine( "return {0}[ System.Tuple.Create( id ) ];".FormatWith( rowsByPkExpression ) );
writer.WriteLine( "Row row;" );
writer.WriteLine( "return {0}.TryGetValue( System.Tuple.Create( id ), out row ) ? row : null;".FormatWith( rowsByPkExpression ) );
}
else {
writer.WriteLine(
"var rows = GetRows( new " + DataAccessStatics.GetEqualityConditionClassName( cn, database, table, tableColumns.KeyColumns.Single() ) + "( id ) );" );
writer.WriteLine( "return returnNullIfNoMatch ? rows.SingleOrDefault() : rows.Single();" );
}
writer.WriteLine( "}" );
}
internal static void Generate(
DBConnection cn, TextWriter writer, string baseNamespace, Database database, Configuration.SystemDevelopment.Database configuration)
{
if( configuration.rowConstantTables == null )
return;
writer.WriteLine( "namespace " + baseNamespace + "." + database.SecondaryDatabaseName + "RowConstants {" );
foreach( var table in configuration.rowConstantTables ) {
Column valueColumn;
var orderIsSpecified = !table.orderByColumn.IsNullOrWhiteSpace();
var values = new List<string>();
var names = new List<string>();
try {
var columns = new TableColumns( cn, table.tableName, false );
valueColumn = columns.AllColumnsExceptRowVersion.Single( column => column.Name.ToLower() == table.valueColumn.ToLower() );
var nameColumn = columns.AllColumnsExceptRowVersion.Single( column => column.Name.ToLower() == table.nameColumn.ToLower() );
var cmd = new InlineSelect(
new[] { valueColumn.Name, nameColumn.Name },
"FROM " + table.tableName,
false,
orderByClause: orderIsSpecified ? "ORDER BY " + table.orderByColumn : "" );
cmd.Execute(
cn,
reader => {
while( reader.Read() ) {
if( reader.IsDBNull( reader.GetOrdinal( valueColumn.Name ) ) )
values.Add( valueColumn.NullValueExpression.Any() ? valueColumn.NullValueExpression : "null" );
else {
var valueString = valueColumn.ConvertIncomingValue( reader[ valueColumn.Name ] ).ToString();
values.Add( valueColumn.DataTypeName == typeof( string ).ToString() ? "\"{0}\"".FormatWith( valueString ) : valueString );
}
names.Add( nameColumn.ConvertIncomingValue( reader[ nameColumn.Name ] ).ToString() );
}
} );
}
catch( Exception e ) {
throw new UserCorrectableException(
"Column or data retrieval failed for the " + table.tableName + " row constant table. Make sure the table and the value, name, and order by columns exist.",
e );
}
CodeGenerationStatics.AddSummaryDocComment( writer, "Provides constants copied from the " + table.tableName + " table." );
var className = table.tableName.TableNameToPascal( cn ) + "Rows";
writer.WriteLine( "public class " + className + " {" );
// constants
for( var i = 0; i < values.Count; i++ ) {
CodeGenerationStatics.AddSummaryDocComment( writer, "Constant generated from row in database table." );
// It's important that row constants actually *be* constants (instead of static readonly) so they can be used in switch statements.
writer.WriteLine( "public const " + valueColumn.DataTypeName + " " + EwlStatics.GetCSharpIdentifier( names[ i ] ) + " = " + values[ i ] + ";" );
}
// one to one map
var dictionaryType = "OneToOneMap<" + valueColumn.DataTypeName + ", string>";
writer.WriteLine( "private static readonly " + dictionaryType + " " + dictionaryName + " = new " + dictionaryType + "();" );
writeStaticConstructor( writer, className, names, values, valueColumn.DataTypeName );
// methods
writeGetNameFromValueMethod( writer, valueColumn.DataTypeName );
writeGetValueFromNameMethod( writer, valueColumn.DataTypeName );
if( orderIsSpecified ) {
writeGetValuesToNamesMethod( writer, valueColumn.DataTypeName );
writeFillListControlMethod( writer, valueColumn );
}
writer.WriteLine( "}" ); // class
}
writer.WriteLine( "}" ); // namespace
}
private static void writeCacheClass(
DBConnection cn, TextWriter writer, Database database, string table, TableColumns tableColumns, bool isRevisionHistoryTable)
{
var cacheKey = database.SecondaryDatabaseName + table.TableNameToPascal( cn ) + "TableRetrieval";
var pkTupleTypeArguments = getPkTupleTypeArguments( tableColumns );
writer.WriteLine( "private class Cache {" );
writer.WriteLine( "internal static Cache Current { get { return DataAccessState.Current.GetCacheValue( \"" + cacheKey + "\", () => new Cache() ); } }" );
writer.WriteLine( "private readonly TableRetrievalQueryCache<Row> queries = new TableRetrievalQueryCache<Row>();" );
writer.WriteLine(
"private readonly Dictionary<System.Tuple<{0}>, Row> rowsByPk = new Dictionary<System.Tuple<{0}>, Row>();".FormatWith( pkTupleTypeArguments ) );
if( isRevisionHistoryTable ) {
writer.WriteLine(
"private readonly Dictionary<System.Tuple<{0}>, Row> latestRevisionRowsByPk = new Dictionary<System.Tuple<{0}>, Row>();".FormatWith( pkTupleTypeArguments ) );
}
writer.WriteLine( "private Cache() {}" );
writer.WriteLine( "internal TableRetrievalQueryCache<Row> Queries { get { return queries; } }" );
writer.WriteLine( "internal Dictionary<System.Tuple<" + pkTupleTypeArguments + ">, Row> RowsByPk { get { return rowsByPk; } }" );
if( isRevisionHistoryTable )
writer.WriteLine( "internal Dictionary<System.Tuple<" + pkTupleTypeArguments + ">, Row> LatestRevisionRowsByPk { get { return latestRevisionRowsByPk; } }" );
writer.WriteLine( "}" );
}
// Generates content of tableDefinitionPart6.
private void GenerateTableDefinitionPart6Content(TableDefinitionPart tableDefinitionPart6)
{
Table table6 = new Table(){ Id = (UInt32Value)1U, Name = "DataTable1", DisplayName = "DataTable1", Reference = "A1:F5", TotalsRowShown = false };
AutoFilter autoFilter6 = new AutoFilter(){ Reference = "A1:F5" };
SortState sortState2 = new SortState(){ Reference = "A2:F2001" };
SortCondition sortCondition2 = new SortCondition(){ Reference = "A2:A2001" };
sortState2.Append(sortCondition2);
TableColumns tableColumns6 = new TableColumns(){ Count = (UInt32Value)6U };
TableColumn tableColumn13 = new TableColumn(){ Id = (UInt32Value)1U, Name = "Date", DataFormatId = (UInt32Value)13U };
TableColumn tableColumn14 = new TableColumn(){ Id = (UInt32Value)2U, Name = "Product" };
TableColumn tableColumn15 = new TableColumn(){ Id = (UInt32Value)3U, Name = "Quantity" };
TableColumn tableColumn16 = new TableColumn(){ Id = (UInt32Value)4U, Name = "Price" };
TableColumn tableColumn17 = new TableColumn(){ Id = (UInt32Value)5U, Name = "DeliveryDate", DataFormatId = (UInt32Value)12U };
TableColumn tableColumn18 = new TableColumn(){ Id = (UInt32Value)6U, Name = "Employee" };
tableColumns6.Append(tableColumn13);
tableColumns6.Append(tableColumn14);
tableColumns6.Append(tableColumn15);
tableColumns6.Append(tableColumn16);
tableColumns6.Append(tableColumn17);
tableColumns6.Append(tableColumn18);
TableStyleInfo tableStyleInfo6 = new TableStyleInfo(){ Name = "TableStyleMedium2", ShowFirstColumn = false, ShowLastColumn = false, ShowRowStripes = true, ShowColumnStripes = false };
table6.Append(autoFilter6);
table6.Append(sortState2);
table6.Append(tableColumns6);
table6.Append(tableStyleInfo6);
tableDefinitionPart6.Table = table6;
}
internal static void SetTableDataAndDateIfNecessary(Table table, int row, string newValue,
TableColumns.NameValuePairs valueColumn, TableColumns.NameValuePairs dateColumn)
{
string oldValue = table.GetData(row, (int)valueColumn);
if (oldValue.Equals(newValue))
return;
table.SetData(row, (int)valueColumn, newValue);
//table.SetData(row, (int)dateColumn, DateTime.Today.ToString(Strings.DateColumnFormatString));
if (table.GetData(0,0) != "Mode")
{
table.SetData(row, (int)dateColumn, PathMaker.LookupChangeLogShadow().GetLastChangeVersion());//JDK added this to fix highlighting by version
}
}
/// <summary>
/// Generates content of tableDefinitionPart1.
/// </summary>
/// <param name="tableDefinitionPart">Table definition.</param>
private static void GenerateTableDefinitionPartContent(TableDefinitionPart tableDefinitionPart)
{
Table table1 = new Table() { Id = (UInt32Value)5U, Name = Constants.MetadataRangeName, DisplayName = Constants.MetadataRangeName, Reference = "A1:B44", TotalsRowShown = false };
AutoFilter autoFilter1 = new AutoFilter() { Reference = "A1:B44" };
TableColumns tableColumns1 = new TableColumns() { Count = (UInt32Value)2U };
TableColumn tableColumn1 = new TableColumn() { Id = (UInt32Value)1U, Name = "Name" };
TableColumn tableColumn2 = new TableColumn() { Id = (UInt32Value)2U, Name = "Value" };
tableColumns1.Append(tableColumn1);
tableColumns1.Append(tableColumn2);
TableStyleInfo tableStyleInfo1 = new TableStyleInfo() { Name = Constants.MetadataTableStyleName, ShowFirstColumn = false, ShowLastColumn = false, ShowRowStripes = true, ShowColumnStripes = false };
table1.Append(autoFilter1);
table1.Append(tableColumns1);
table1.Append(tableStyleInfo1);
tableDefinitionPart.Table = table1;
}
/// <summary>
/// Generates content of tableDefinitionPart1.
/// </summary>
/// <param name="tableDefinitionPart">Table definition part.</param>
/// <param name="hasFileLevelMetadata">Has file level metadata.</param>
private static void GenerateParameterTablePartContent(TableDefinitionPart tableDefinitionPart, bool hasFileLevelMetadata)
{
string reference = hasFileLevelMetadata ? "D1:I44" : "A1:F44";
Table table1 = new Table() { Id = (UInt32Value)6U, Name = Constants.ParaMetadataRangeName, DisplayName = Constants.ParaMetadataRangeName, Reference = reference, TotalsRowShown = false };
AutoFilter autoFilter1 = new AutoFilter() { Reference = reference };
TableColumns tableColumns1 = new TableColumns() { Count = (UInt32Value)6U };
tableColumns1.Append(new TableColumn() { Id = (UInt32Value)1U, Name = Statics.TableName });
tableColumns1.Append(new TableColumn() { Id = (UInt32Value)2U, Name = Statics.TableDescription });
tableColumns1.Append(new TableColumn() { Id = (UInt32Value)3U, Name = Statics.FieldName });
tableColumns1.Append(new TableColumn() { Id = (UInt32Value)4U, Name = Statics.FieldDescription });
tableColumns1.Append(new TableColumn() { Id = (UInt32Value)5U, Name = Statics.DataType });
tableColumns1.Append(new TableColumn() { Id = (UInt32Value)6U, Name = Statics.Units });
TableStyleInfo tableStyleInfo1 = new TableStyleInfo() { Name = Constants.MetadataTableStyleName, ShowFirstColumn = false, ShowLastColumn = false, ShowRowStripes = true, ShowColumnStripes = false };
table1.Append(autoFilter1);
table1.Append(tableColumns1);
table1.Append(tableStyleInfo1);
tableDefinitionPart.Table = table1;
}
private static void GenerateTableDefinitionPartContent(TableDefinitionPart tableDefinitionPart, XLTable xlTable,
SaveContext context)
{
context.TableId++;
var reference = xlTable.RangeAddress.FirstAddress + ":" + xlTable.RangeAddress.LastAddress;
var tableName = GetTableName(xlTable.Name, context);
var table = new Table
{
Id = context.TableId,
Name = tableName,
DisplayName = tableName,
Reference = reference
};
if (!xlTable.ShowHeaderRow)
table.HeaderRowCount = 0;
if (xlTable.ShowTotalsRow)
table.TotalsRowCount = 1;
else
table.TotalsRowShown = false;
var tableColumns1 = new TableColumns {Count = (UInt32)xlTable.ColumnCount()};
UInt32 columnId = 0;
foreach (var fieldName in xlTable.FieldNames.Keys)
{
columnId++;
var xlField = xlTable.Field(fieldName);
var tableColumn1 = new TableColumn
{
Id = columnId,
Name = fieldName.Replace("_x000a_", "_x005f_x000a_").Replace(Environment.NewLine, "_x000a_")
};
if (xlTable.ShowTotalsRow)
{
if (xlField.TotalsRowFunction != XLTotalsRowFunction.None)
{
tableColumn1.TotalsRowFunction = xlField.TotalsRowFunction.ToOpenXml();
if (xlField.TotalsRowFunction == XLTotalsRowFunction.Custom)
tableColumn1.TotalsRowFormula = new TotalsRowFormula(xlField.TotalsRowFormulaA1);
}
if (!XLHelper.IsNullOrWhiteSpace(xlField.TotalsRowLabel))
tableColumn1.TotalsRowLabel = xlField.TotalsRowLabel;
}
tableColumns1.AppendChild(tableColumn1);
}
var tableStyleInfo1 = new TableStyleInfo
{
ShowFirstColumn = xlTable.EmphasizeFirstColumn,
ShowLastColumn = xlTable.EmphasizeLastColumn,
ShowRowStripes = xlTable.ShowRowStripes,
ShowColumnStripes = xlTable.ShowColumnStripes
};
if (xlTable.Theme != XLTableTheme.None)
tableStyleInfo1.Name = Enum.GetName(typeof(XLTableTheme), xlTable.Theme);
if (xlTable.ShowAutoFilter)
{
var autoFilter1 = new AutoFilter();
if (xlTable.ShowTotalsRow)
{
xlTable.AutoFilter.Range = xlTable.Worksheet.Range(
xlTable.RangeAddress.FirstAddress.RowNumber, xlTable.RangeAddress.FirstAddress.ColumnNumber,
xlTable.RangeAddress.LastAddress.RowNumber - 1, xlTable.RangeAddress.LastAddress.ColumnNumber);
}
else
xlTable.AutoFilter.Range = xlTable.Worksheet.Range(xlTable.RangeAddress);
PopulateAutoFilter(xlTable.AutoFilter, autoFilter1);
table.AppendChild(autoFilter1);
}
table.AppendChild(tableColumns1);
table.AppendChild(tableStyleInfo1);
tableDefinitionPart.Table = table;
}
private static void writeClass( DBConnection cn, string tableName, bool isRevisionHistoryTable, bool isRevisionHistoryClass )
{
columns = new TableColumns( cn, tableName, isRevisionHistoryClass );
writer.WriteLine( "public partial class " + GetClassName( cn, tableName, isRevisionHistoryTable, isRevisionHistoryClass ) + " {" );
var revisionHistorySuffix = GetRevisionHistorySuffix( isRevisionHistoryClass );
// Write public static methods.
writeInsertRowMethod( tableName, revisionHistorySuffix, "", columns.KeyColumns );
writeInsertRowMethod( tableName, revisionHistorySuffix, "WithoutAdditionalLogic", columns.KeyColumns );
writeUpdateRowsMethod( cn, tableName, revisionHistorySuffix, "" );
writeUpdateRowsMethod( cn, tableName, revisionHistorySuffix, "WithoutAdditionalLogic" );
writeDeleteRowsMethod( cn, tableName, revisionHistorySuffix, true );
writeDeleteRowsMethod( cn, tableName, revisionHistorySuffix + "WithoutAdditionalLogic", false );
writePrivateDeleteRowsMethod( cn, tableName, isRevisionHistoryClass );
writer.WriteLine(
"static partial void preDelete( List<" + DataAccessStatics.GetTableConditionInterfaceName( cn, database, tableName ) + "> conditions, ref " +
getPostDeleteCallClassName( cn, tableName ) + " postDeleteCall );" );
writer.WriteLine( "private ModificationType modType;" );
writer.WriteLine( "private List<" + DataAccessStatics.GetTableConditionInterfaceName( cn, database, tableName ) + "> conditions;" );
foreach( var column in columns.AllColumnsExceptRowVersion )
writeFieldsAndPropertiesForColumn( column );
foreach( var column in columns.DataColumns.Where( i => !columns.KeyColumns.Contains( i ) ) )
FormItemStatics.WriteFormItemGetters( writer, column.GetModificationField() );
// Write constructors.
writeCreateForInsertMethod( cn, tableName, isRevisionHistoryTable, isRevisionHistoryClass, revisionHistorySuffix );
writeCreateForUpdateMethod( cn, tableName, isRevisionHistoryTable, isRevisionHistoryClass, revisionHistorySuffix );
if( columns.DataColumns.Any() )
writeCreateForSingleRowUpdateMethod( cn, tableName, isRevisionHistoryTable, isRevisionHistoryClass, revisionHistorySuffix );
writeGetConditionListMethod( cn, tableName );
writer.WriteLine( "private " + GetClassName( cn, tableName, isRevisionHistoryTable, isRevisionHistoryClass ) + "() {}" );
if( columns.DataColumns.Any() )
writeSetAllDataMethod();
// Write execute methods and helpers.
writeExecuteMethod( tableName );
writer.WriteLine( "partial void preInsert();" );
writer.WriteLine( "partial void preUpdate();" );
writeExecuteWithoutAdditionalLogicMethod( tableName );
writeExecuteInsertOrUpdateMethod( cn, tableName, isRevisionHistoryClass, columns.KeyColumns, columns.IdentityColumn );
writeAddColumnModificationsMethod( columns.AllNonIdentityColumnsExceptRowVersion );
if( isRevisionHistoryClass ) {
writeCopyLatestRevisionsMethod( cn, tableName, columns.AllNonIdentityColumnsExceptRowVersion );
DataAccessStatics.WriteGetLatestRevisionsConditionMethod( writer, columns.PrimaryKeyAndRevisionIdColumn.Name );
}
writeRethrowAsEwfExceptionIfNecessary();
writer.WriteLine(
"static partial void populateConstraintNamesToViolationErrorMessages( Dictionary<string,string> constraintNamesToViolationErrorMessages );" );
writer.WriteLine( "partial void postInsert();" );
writer.WriteLine( "partial void postUpdate();" );
writeMarkColumnValuesUnchangedMethod();
writer.WriteLine( "}" );
}