/// <summary>
/// Reads specified table foreign keys.
/// </summary>
private void ApplyTablesForeignKeys(List<DbTable> tables, SQLServerVersions sqlServer)
{
/*
* sql 2005 format
SELECT CONVERT(SYSNAME, DB_NAME()) AS PKTABLE_QUALIFIER, CONVERT(SYSNAME, SCHEMA_NAME(O1.schema_id)) AS PKTABLE_OWNER, CONVERT(SYSNAME,
O1.name) AS PKTABLE_NAME, CONVERT(SYSNAME, C1.name) AS PKCOLUMN_NAME, CONVERT(SYSNAME, DB_NAME()) AS FKTABLE_QUALIFIER,
CONVERT(SYSNAME, SCHEMA_NAME(O2.schema_id)) AS FKTABLE_OWNER, CONVERT(SYSNAME, O2.name) AS FKTABLE_NAME, CONVERT(SYSNAME, C2.name)
AS FKCOLUMN_NAME, CONVERT(SMALLINT, CASE OBJECTPROPERTY(F.OBJECT_ID, 'CnstIsUpdateCascade') WHEN 1 THEN 0 ELSE 1 END) AS UPDATE_RULE,
CONVERT(SMALLINT, CASE OBJECTPROPERTY(F.OBJECT_ID, 'CnstIsDeleteCascade') WHEN 1 THEN 0 ELSE 1 END) AS DELETE_RULE, CONVERT(SYSNAME,
OBJECT_NAME(F.object_id)) AS FK_NAME, CONVERT(SYSNAME, I.name) AS PK_NAME, CONVERT(SMALLINT, 7) AS DEFERRABILITY, F.delete_referential_action,
F.update_referential_action
FROM sys.all_objects AS O1 INNER JOIN
sys.foreign_keys AS F INNER JOIN
sys.foreign_key_columns AS K ON K.constraint_object_id = F.object_id INNER JOIN
sys.indexes AS I ON F.referenced_object_id = I.object_id AND F.key_index_id = I.index_id ON O1.object_id = F.referenced_object_id INNER JOIN
sys.all_objects AS O2 ON F.parent_object_id = O2.object_id INNER JOIN
sys.all_columns AS C1 ON F.referenced_object_id = C1.object_id AND K.referenced_column_id = C1.column_id INNER JOIN
sys.all_columns AS C2 ON F.parent_object_id = C2.object_id AND K.parent_column_id = C2.column_id
*/
// GENERAL command format
string foreignKeySql = @"SELECT OBJECT_NAME(f.constid) AS 'ForeignKey', OBJECT_NAME(f.fkeyid) AS 'FKTable',
c1.name AS 'FKColumnName', OBJECT_NAME(f.rkeyid) AS 'PKTable', c2.name AS 'PKColumnName' ,
-1 as update_referential_action, -1 as delete_referential_action
FROM sysforeignkeys AS f
INNER JOIN syscolumns AS c1 ON f.fkeyid = c1.id AND f.fkey = c1.colid
INNER JOIN syscolumns AS c2 ON f.rkeyid = c2.id AND f.rkey = c2.colid
ORDER BY c1.colid ";
// NEW command format
if (sqlServer > SQLServerVersions.SQL2000)
{
foreignKeySql =
@"SELECT CONVERT(SYSNAME, DB_NAME()) AS PKTABLE_QUALIFIER, CONVERT(SYSNAME, SCHEMA_NAME(O1.schema_id)) AS PKTABLE_OWNER, CONVERT(SYSNAME,
O1.name) AS 'PKTable', CONVERT(SYSNAME, C1.name) AS 'PKColumnName', CONVERT(SYSNAME, DB_NAME()) AS FKTABLE_QUALIFIER,
CONVERT(SYSNAME, SCHEMA_NAME(O2.schema_id)) AS FKTABLE_OWNER, CONVERT(SYSNAME, O2.name) AS 'FKTable', CONVERT(SYSNAME, C2.name)
AS 'FKColumnName', CONVERT(SMALLINT, CASE OBJECTPROPERTY(F.OBJECT_ID, 'CnstIsUpdateCascade') WHEN 1 THEN 0 ELSE 1 END) AS UPDATE_RULE,
CONVERT(SMALLINT, CASE OBJECTPROPERTY(F.OBJECT_ID, 'CnstIsDeleteCascade') WHEN 1 THEN 0 ELSE 1 END) AS DELETE_RULE, CONVERT(SYSNAME,
OBJECT_NAME(F.object_id)) AS 'ForeignKey', CONVERT(SYSNAME, I.name) AS PK_NAME, CONVERT(SMALLINT, 7) AS DEFERRABILITY, F.delete_referential_action,
F.update_referential_action
FROM sys.all_objects AS O1 INNER JOIN
sys.foreign_keys AS F INNER JOIN
sys.foreign_key_columns AS K ON K.constraint_object_id = F.object_id INNER JOIN
sys.indexes AS I ON F.referenced_object_id = I.object_id AND F.key_index_id = I.index_id ON O1.object_id = F.referenced_object_id INNER JOIN
sys.all_objects AS O2 ON F.parent_object_id = O2.object_id INNER JOIN
sys.all_columns AS C1 ON F.referenced_object_id = C1.object_id AND K.referenced_column_id = C1.column_id INNER JOIN
sys.all_columns AS C2 ON F.parent_object_id = C2.object_id AND K.parent_column_id = C2.column_id
ORDER BY C2.column_id";
}
try
{
using (var adapter = new SqlDataAdapter(foreignKeySql, (SqlConnection)_dbConnection))
{
adapter.MissingSchemaAction = MissingSchemaAction.AddWithKey;
// description data table
using (var keysData = new DataTable())
{
// Just to avoid stupid "Failed to enable constraints" error!
using (var tempDs = new DataSet())
{
// Avoiding stupid "Failed to enable constraints" error!
tempDs.EnforceConstraints = false;
tempDs.Tables.Add(keysData);
// Get from db
adapter.Fill(keysData);
}
if (keysData.Rows.Count > 0)
{
foreach (DataRow keysDataRow in keysData.Rows)
{
var foreignKeyTableName = keysDataRow["FKTable"].ToString();
var primaryKeyTableName = keysDataRow["PKTable"].ToString();
var foreignKeyTable = FindTable(tables, foreignKeyTableName);
var primaryKeyTable = FindTable(tables, primaryKeyTableName);
// one-to-many foreign relation will be added
if (primaryKeyTable != null)
{
// foreign key many end
var manyMultiplicityKey_Local = new DbForeignKey()
{
ForeignKeyName = keysDataRow["ForeignKey"].ToString(),
LocalColumnName = keysDataRow["PKColumnName"].ToString(),
ForeignColumnName = keysDataRow["FKColumnName"].ToString(),
ForeignTableName = keysDataRow["FKTable"].ToString(),
Multiplicity = DbForeignKey.ForeignKeyMultiplicity.ManyToOne
};
// check if it is already there
if (primaryKeyTable.ForeignKeys.Exists(x => x.ForeignKeyName == manyMultiplicityKey_Local.ForeignKeyName))
continue;
manyMultiplicityKey_Local.UpdateAction =
ConvertSqlServerForeignKeyAction(Convert.ToInt32(keysDataRow["update_referential_action"].ToString()));
manyMultiplicityKey_Local.DeleteAction =
ConvertSqlServerForeignKeyAction(Convert.ToInt32(keysDataRow["delete_referential_action"].ToString()));
// to the list
primaryKeyTable.ForeignKeys.Add(manyMultiplicityKey_Local);
// apply local column
DbColumn localColumn = primaryKeyTable.FindColumnDb(manyMultiplicityKey_Local.LocalColumnName);
manyMultiplicityKey_Local.LocalColumn = localColumn;
if (!localColumn.PrimaryKey)
{
localColumn.IsReferenceKey = true;
localColumn.IsReferenceKeyTable = primaryKeyTable;
}
if (foreignKeyTable != null)
{
// foreign table of that!
manyMultiplicityKey_Local.ForeignTable = foreignKeyTable;
// apply foreign column
DbColumn foreignColumn = foreignKeyTable.FindColumnDb(manyMultiplicityKey_Local.ForeignColumnName);
manyMultiplicityKey_Local.ForeignColumn = foreignColumn;
}
else
{
manyMultiplicityKey_Local.ForeignTable = null;
manyMultiplicityKey_Local.ForeignColumn = null;
}
}
// one-to-? foreign relation will be added
if (foreignKeyTable != null)
{
// foreign key many end
var oneMultiplicityKey_Foreign = new DbForeignKey()
{
ForeignKeyName = keysDataRow["ForeignKey"].ToString(),
LocalColumnName = keysDataRow["FKColumnName"].ToString(),
ForeignColumnName = keysDataRow["PKColumnName"].ToString(),
ForeignTableName = keysDataRow["PKTable"].ToString(),
Multiplicity = DbForeignKey.ForeignKeyMultiplicity.OneToMany
};
// check if it is already there
if (foreignKeyTable.ForeignKeys.Exists(x => x.ForeignKeyName == oneMultiplicityKey_Foreign.ForeignKeyName))
continue;
oneMultiplicityKey_Foreign.UpdateAction =
ConvertSqlServerForeignKeyAction(Convert.ToInt32(keysDataRow["update_referential_action"].ToString()));
oneMultiplicityKey_Foreign.DeleteAction =
ConvertSqlServerForeignKeyAction(Convert.ToInt32(keysDataRow["delete_referential_action"].ToString()));
// to the list
foreignKeyTable.ForeignKeys.Add(oneMultiplicityKey_Foreign);
// apply local column
DbColumn localColumn = foreignKeyTable.FindColumnDb(oneMultiplicityKey_Foreign.LocalColumnName);
oneMultiplicityKey_Foreign.LocalColumn = localColumn;
if (!localColumn.PrimaryKey)
{
localColumn.IsReferenceKey = true;
localColumn.IsReferenceKeyTable = primaryKeyTable;
}
if (primaryKeyTable != null)
{
// foreign table of that!
oneMultiplicityKey_Foreign.ForeignTable = primaryKeyTable;
// apply foreign column
DbColumn foreignColumn = primaryKeyTable.FindColumnDb(oneMultiplicityKey_Foreign.ForeignColumnName);
oneMultiplicityKey_Foreign.ForeignColumn = foreignColumn;
}
else
{
oneMultiplicityKey_Foreign.ForeignTable = null;
oneMultiplicityKey_Foreign.ForeignColumn = null;
}
}
}// all foreign keys
// look for one-to-one situation!
}
}
}
}
catch
{
// Seems this version of SQL Server doesn't support this query!
// don't stop here!
}
}
/// <summary>
/// Applies project settings to fields name
/// </summary>
private string NaturalizeNames_ForeignTableFieldName(DbTable table, DbForeignKey foreignKey)
{
if (string.IsNullOrEmpty(foreignKey.ForeignTableNameInLocalTable))
return foreignKey.ForeignTableNameInLocalTable;
var newName = NaturalizeNames_TableName_Rename(foreignKey.ForeignTableNameInLocalTable);
var stringCompare = StringComparison.InvariantCulture;
if (_patternProject.LanguageSettings.KeywordsCaseSensitive == false)
stringCompare = StringComparison.InvariantCultureIgnoreCase;
// suppress pattern
string replacement = _patternProject.LanguageSettings.LanguageKeywordsSuppress;
int initReplacePartCount = 0;
string initReplacePartStr = "";
// column name should not be the same
if (newName.Equals(table.TableNameSchema, stringCompare) ||
newName.Equals(table.TableNameSchemaCS, stringCompare))
{
var renamedName = string.Format(replacement, newName, initReplacePartStr);
initReplacePartCount++;
initReplacePartStr = initReplacePartCount.ToString();
// no duplicate
while (table.FindColumnSchema(renamedName) != null ||
table.ForeignKeys.Any(x => x.ForeignTableNameInLocalTable.Equals(renamedName, stringCompare)))
{
renamedName = string.Format(replacement, newName, initReplacePartStr);
initReplacePartCount++;
initReplacePartStr = initReplacePartCount.ToString();
}
newName = renamedName;
}
// foreign name is not changed and is a member
if (newName.Equals(foreignKey.ForeignTableNameInLocalTable, stringCompare))
{
var sameNameForeignKeys =
table.ForeignKeys.Where(x => x.ForeignTableNameInLocalTable.Equals(newName, stringCompare)).ToList();
// no more than one occurrence, including itself
if (table.FindColumnSchema(newName) != null ||
(sameNameForeignKeys.Count > 1 && sameNameForeignKeys.IndexOf(foreignKey) > 0))
{
var renamedName = string.Format(replacement, newName, initReplacePartStr);
initReplacePartCount++;
initReplacePartStr = initReplacePartCount.ToString();
// no duplicate
while (table.FindColumnSchema(renamedName) != null ||
table.ForeignKeys.Any(x => x.ForeignTableNameInLocalTable.Equals(renamedName, stringCompare)))
{
renamedName = string.Format(replacement, newName, initReplacePartStr);
initReplacePartCount++;
initReplacePartStr = initReplacePartCount.ToString();
}
newName = renamedName;
}
}
else
{
if (table.FindColumnSchema(newName) != null ||
table.ForeignKeys.Any(x => x.ForeignTableNameInLocalTable.Equals(newName, stringCompare)))
{
var renamedName = string.Format(replacement, newName, initReplacePartStr);
initReplacePartCount++;
initReplacePartStr = initReplacePartCount.ToString();
// no duplicate
while (table.FindColumnSchema(renamedName) != null ||
table.ForeignKeys.Any(x => x.ForeignTableNameInLocalTable.Equals(renamedName, stringCompare)))
{
renamedName = string.Format(replacement, newName, initReplacePartStr);
initReplacePartCount++;
initReplacePartStr = initReplacePartCount.ToString();
}
newName = renamedName;
}
}
// checking keyword match if only foreign name is not changed
if (newName.Equals(foreignKey.ForeignTableNameInLocalTable, stringCompare))
{
// ignoring keywords
foreach (var keyword in _patternProject.LanguageSettings.LanguageKeywords)
{
// keyword match
if (newName.Equals(keyword, stringCompare))
{
var renamedName = string.Format(replacement, newName, initReplacePartStr);
initReplacePartCount++;
initReplacePartStr = initReplacePartCount.ToString();
// no duplicate
while (table.FindColumnSchema(renamedName) != null ||
table.ForeignKeys.Any(x => x.ForeignTableNameInLocalTable.Equals(renamedName, stringCompare)))
{
renamedName = string.Format(replacement, newName, initReplacePartStr);
initReplacePartCount++;
initReplacePartStr = initReplacePartCount.ToString();
}
newName = renamedName;
// name is chaned and check is no longer required
break;
}
}
}
// foreign name is ok to be used
return newName;
}
/// <summary>
/// Reads specified table foreign keys.
/// </summary>
private void ApplyTablesForeignKeys(List<DbTable> tables)
{
if (_dbConnection.State != ConnectionState.Open)
_dbConnection.Open();
try
{
// Used to get columns Sql DataType
const string cmd = "SELECT A.COLUMN_NAME as UNIQUE_COLUMN_NAME,C.COLUMN_NAME as CONSTRAINT_COLUMN_NAME , B.* FROM INFORMATION_SCHEMA.indexes A INNER JOIN INFORMATION_SCHEMA.REFERENTIAL_CONSTRAINTS B ON UNIQUE_CONSTRAINT_NAME = INDEX_NAME inner join INFORMATION_SCHEMA.KEY_COLUMN_USAGE C ON C.CONSTRAINT_NAME=B.CONSTRAINT_NAME";
using (var adapter = new SqlCeDataAdapter(cmd, _dbConnection.ConnectionString))
using (var foreignKeysTable = new DataTable())
{
adapter.MissingSchemaAction = MissingSchemaAction.AddWithKey;
adapter.Fill(foreignKeysTable);
// nothing found!)
if (foreignKeysTable.Rows.Count == 0)
return;
foreach (DataRow keyRow in foreignKeysTable.Rows)
{
var foreignKeyTableName = keyRow["CONSTRAINT_TABLE_NAME"].ToString();
var primaryKeyTableName = keyRow["UNIQUE_CONSTRAINT_TABLE_NAME"].ToString();
var foreignKeyTable = FindTable(tables, foreignKeyTableName);
var primaryKeyTable = FindTable(tables, primaryKeyTableName);
// one-to-many foreign relation will be added
if (primaryKeyTable != null)
{
// foreign key many end
var manyMultiplicityKey_Local = new DbForeignKey()
{
ForeignKeyName = keyRow["CONSTRAINT_NAME"].ToString(),
LocalColumnName = keyRow["UNIQUE_COLUMN_NAME"].ToString(),
ForeignColumnName = keyRow["CONSTRAINT_COLUMN_NAME"].ToString(),
ForeignTableName = keyRow["CONSTRAINT_TABLE_NAME"].ToString(),
Multiplicity = DbForeignKey.ForeignKeyMultiplicity.ManyToOne
};
// check if it is already there
if (primaryKeyTable.ForeignKeys.Exists(x => x.ForeignKeyName == manyMultiplicityKey_Local.ForeignKeyName))
continue;
manyMultiplicityKey_Local.UpdateAction =
ConvertSqlCeForeignKeyAction(keyRow["UPDATE_RULE"].ToString());
manyMultiplicityKey_Local.DeleteAction =
ConvertSqlCeForeignKeyAction(keyRow["DELETE_RULE"].ToString());
// to the list
primaryKeyTable.ForeignKeys.Add(manyMultiplicityKey_Local);
// apply local column
DbColumn localColumn = primaryKeyTable.FindColumnDb(manyMultiplicityKey_Local.LocalColumnName);
manyMultiplicityKey_Local.LocalColumn = localColumn;
if (!localColumn.PrimaryKey)
{
localColumn.IsReferenceKey = true;
localColumn.IsReferenceKeyTable = primaryKeyTable;
}
if (foreignKeyTable != null)
{
// foreign table of that!
manyMultiplicityKey_Local.ForeignTable = foreignKeyTable;
// apply foreign column
DbColumn foreignColumn = foreignKeyTable.FindColumnDb(manyMultiplicityKey_Local.ForeignColumnName);
manyMultiplicityKey_Local.ForeignColumn = foreignColumn;
}
else
{
manyMultiplicityKey_Local.ForeignTable = null;
manyMultiplicityKey_Local.ForeignColumn = null;
}
}
// one-to-one foreign relation will be added
if (foreignKeyTable != null)
{
// foreign key many end
var oneMultiplicityKey_Foreign = new DbForeignKey()
{
ForeignKeyName = keyRow["CONSTRAINT_NAME"].ToString(),
LocalColumnName = keyRow["CONSTRAINT_COLUMN_NAME"].ToString(),
ForeignColumnName = keyRow["UNIQUE_COLUMN_NAME"].ToString(),
ForeignTableName = keyRow["UNIQUE_CONSTRAINT_TABLE_NAME"].ToString(),
Multiplicity = DbForeignKey.ForeignKeyMultiplicity.OneToMany
};
// check if it is already there
if (foreignKeyTable.ForeignKeys.Exists(x => x.ForeignKeyName == oneMultiplicityKey_Foreign.ForeignKeyName))
continue;
oneMultiplicityKey_Foreign.UpdateAction =
ConvertSqlCeForeignKeyAction(keyRow["UPDATE_RULE"].ToString());
oneMultiplicityKey_Foreign.DeleteAction =
ConvertSqlCeForeignKeyAction(keyRow["DELETE_RULE"].ToString());
// to the list
foreignKeyTable.ForeignKeys.Add(oneMultiplicityKey_Foreign);
// apply local column
DbColumn localColumn = foreignKeyTable.FindColumnDb(oneMultiplicityKey_Foreign.LocalColumnName);
oneMultiplicityKey_Foreign.LocalColumn = localColumn;
if (!localColumn.PrimaryKey)
{
localColumn.IsReferenceKey = true;
localColumn.IsReferenceKeyTable = primaryKeyTable;
}
if (primaryKeyTable != null)
{
// foreign table of that!
oneMultiplicityKey_Foreign.ForeignTable = primaryKeyTable;
// apply foreign column
DbColumn foreignColumn = primaryKeyTable.FindColumnDb(oneMultiplicityKey_Foreign.ForeignColumnName);
oneMultiplicityKey_Foreign.ForeignColumn = foreignColumn;
}
else
{
oneMultiplicityKey_Foreign.ForeignTable = null;
oneMultiplicityKey_Foreign.ForeignColumn = null;
}
}
} // all keys
}
}
finally
{
_dbConnection.Close();
}
}
/// <summary>
/// Reads specified table foreign keys.
/// </summary>
private void ApplyTablesForeignKeys(List<DbTable> tables)
{
if (_dbConnection.State != ConnectionState.Open)
_dbConnection.Open();
// Used to get columns Sql DataType
using (DataTable foreignKeysTable = _dbConnection.GetSchema("ForeignKeys"))
{
// nothing found!
if (foreignKeysTable.Rows.Count == 0)
return;
// find description if there is any
foreach (var table in tables)
{
// only FOREIGN KEY
foreignKeysTable.DefaultView.RowFilter =
string.Format(" CONSTRAINT_TYPE='FOREIGN KEY' AND TABLE_NAME='{0}' ", table.TableName);
// Fetch the rows
foreach (DataRowView keysData in foreignKeysTable.DefaultView)
{
// foreign key found!
DataRow keyRow = keysData.Row;
var foreignKeyTableName = keyRow["FKEY_TO_TABLE"].ToString();
var primaryKeyTableName = table.TableName;
var foreignKeyTable = FindTable(tables, foreignKeyTableName);
var primaryKeyTable = table;
if (primaryKeyTable != null)
{
// foreign key
var foreignKey = new DbForeignKey()
{
ForeignKeyName = keyRow["CONSTRAINT_NAME"].ToString(),
LocalColumnName = keyRow["FKEY_FROM_COLUMN"].ToString(),
ForeignColumnName = keyRow["FKEY_TO_COLUMN"].ToString(),
ForeignTableName = keyRow["FKEY_TO_TABLE"].ToString(),
Multiplicity = DbForeignKey.ForeignKeyMultiplicity.OneToMany
};
// add foreign key
table.ForeignKeys.Add(foreignKey);
// apply local column
DbColumn localColumn = table.FindColumnDb(foreignKey.LocalColumnName);
foreignKey.LocalColumn = localColumn;
//apply foreign table
DbTable foreignTable = foreignKeyTable;
// referenced key
if (!localColumn.PrimaryKey)
{
localColumn.IsReferenceKey = true;
localColumn.IsReferenceKeyTable = foreignTable;
}
if (foreignTable != null)
{
foreignKey.ForeignTable = foreignTable;
// apply foreign column
DbColumn foreignColumn = foreignTable.FindColumnDb(foreignKey.ForeignColumnName);
foreignKey.ForeignColumn = foreignColumn;
}
else
{
foreignKey.ForeignTable = null;
foreignKey.ForeignColumn = null;
}
}
// adding the relation to the foreign table!
if (foreignKeyTable != null)
{
// foreign key
var oneMultiplicityKey_Foreign = new DbForeignKey()
{
ForeignKeyName = keyRow["CONSTRAINT_NAME"].ToString(),
LocalColumnName = keyRow["FKEY_TO_COLUMN"].ToString(),
ForeignColumnName = keyRow["FKEY_FROM_COLUMN"].ToString(),
ForeignTableName = primaryKeyTableName,
Multiplicity = DbForeignKey.ForeignKeyMultiplicity.ManyToOne
};
// check if it is already there
if (foreignKeyTable.ForeignKeys.Exists(x => x.ForeignKeyName == oneMultiplicityKey_Foreign.ForeignKeyName))
continue;
// to the list
foreignKeyTable.ForeignKeys.Add(oneMultiplicityKey_Foreign);
// apply local column
DbColumn localColumn = foreignKeyTable.FindColumnDb(oneMultiplicityKey_Foreign.LocalColumnName);
oneMultiplicityKey_Foreign.LocalColumn = localColumn;
if (!localColumn.PrimaryKey)
{
localColumn.IsReferenceKey = true;
localColumn.IsReferenceKeyTable = primaryKeyTable;
}
if (primaryKeyTable != null)
{
// foreign table of that!
oneMultiplicityKey_Foreign.ForeignTable = primaryKeyTable;
// apply foreign column
DbColumn foreignColumn = primaryKeyTable.FindColumnDb(oneMultiplicityKey_Foreign.ForeignColumnName);
oneMultiplicityKey_Foreign.ForeignColumn = foreignColumn;
}
else
{
oneMultiplicityKey_Foreign.ForeignTable = null;
oneMultiplicityKey_Foreign.ForeignColumn = null;
}
}
}
}
}
}
/// <summary>
/// One table, one column or one foreignKey in table!
/// </summary>
string PatternContentAppliesTo_OneTable(string baseContent,
List<PatternContent> patternContent,
DbTable table,
DbColumn column,
DbForeignKey foreignKey)
{
string appliedContent = "";
// ---------------------------------
// Only one table is applying here!
// table can not be null here
if (table == null)
{
return baseContent;
}
foreach (var pattern in patternContent)
{
string replacementName = string.Format(ReplaceConsts.PatternContentReplacer, pattern.Name);
// is there a pattern for that
if (baseContent.IndexOf(replacementName) == -1)
continue;
switch (pattern.ConditionKeyMode)
{
case PatternConditionKeyMode.General:
// nothing!
break;
case PatternConditionKeyMode.TablesAll:
case PatternConditionKeyMode.ViewsAll:
case PatternConditionKeyMode.TablesAndViewsAll:
// for one table? Meh, we do nothing!
break;
case PatternConditionKeyMode.TableAutoIncrement:
case PatternConditionKeyMode.TableIndexConstraint:
case PatternConditionKeyMode.TablePrimaryKey:
case PatternConditionKeyMode.TableUniqueConstraint:
appliedContent = ConditionItem_AppliesToTable(pattern, table);
// base content
if (!string.IsNullOrEmpty(pattern.BaseContent))
{
appliedContent = pattern.BaseContent.Replace(ReplaceConsts.PatternContentInnerContents, appliedContent);
}
// internal pattern contents
if (pattern.ConditionContents.Count > 0)
{
// nested call
appliedContent = PatternContentAppliesTo_OneTable(appliedContent, pattern.ConditionContents, table, null, null);
}
// replace the content
baseContent = baseContent.Replace(replacementName, appliedContent);
break;
case PatternConditionKeyMode.Field:
case PatternConditionKeyMode.FieldCondensedType:
case PatternConditionKeyMode.FieldKeyReadType:
case PatternConditionKeyMode.FieldKeyType:
case PatternConditionKeyMode.FieldPrimaryKey:
case PatternConditionKeyMode.FieldReferencedKeyType:
appliedContent = "";
// no special column is specified
if (column == null)
{
// replace in the main content
baseContent = Common.ReplaceEx(baseContent, replacementName, appliedContent, StringComparison.CurrentCulture);
}
else
{
// Apply the replacement to the pattern content
string columnReplace = ConditionItem_AppliesToColumn(pattern, table, column);
// The seperator
if (!string.IsNullOrEmpty(columnReplace))
{
// internal pattern contents
// FOR EACH column
if (pattern.ConditionContents.Count > 0)
{
// nested call
columnReplace = PatternContentAppliesTo_OneTable(
columnReplace,
pattern.ConditionContents,
table,
column,
null);
}
appliedContent += columnReplace + pattern.ItemsSeperator;
}
}
// Remove additional ItemsSeperator
if (!string.IsNullOrEmpty(pattern.ItemsSeperator)
&& appliedContent.EndsWith(pattern.ItemsSeperator))
appliedContent = appliedContent.Remove(appliedContent.Length - pattern.ItemsSeperator.Length, pattern.ItemsSeperator.Length);
// internal pattern contents
// FOR EACH column
if (pattern.ConditionContents.Count > 0)
{
// nested call
appliedContent = PatternContentAppliesTo_OneTable(appliedContent, pattern.ConditionContents, table, null, null);
}
// replace in the main content
baseContent = Common.ReplaceEx(baseContent, replacementName, appliedContent, StringComparison.CurrentCulture);
break;
case PatternConditionKeyMode.FieldsAll:
case PatternConditionKeyMode.FieldsCondensedTypeAll:
case PatternConditionKeyMode.FieldsKeyReadTypeAll:
case PatternConditionKeyMode.FieldsKeyTypeAll:
case PatternConditionKeyMode.FieldsPrimaryKeyAll:
case PatternConditionKeyMode.FieldsReferencedKeyTypeAll:
appliedContent = "";
// fetch the columns and apply the replacement operation
foreach (var tableColumn in table.SchemaColumns)
{
// Apply the replacement to the pattern content
string columnReplace = ConditionItem_AppliesToColumn(pattern, table, tableColumn);
// The seperator
if (!string.IsNullOrEmpty(columnReplace))
{
// internal pattern contents
// FOR EACH column
if (pattern.ConditionContents.Count > 0)
{
// nested call
columnReplace = PatternContentAppliesTo_OneTable(
columnReplace,
pattern.ConditionContents,
table,
tableColumn, null);
}
appliedContent += columnReplace + pattern.ItemsSeperator;
}
}
// Remove additional ItemsSeperator
if (!string.IsNullOrEmpty(pattern.ItemsSeperator)
&& appliedContent.EndsWith(pattern.ItemsSeperator))
appliedContent = appliedContent.Remove(appliedContent.Length - pattern.ItemsSeperator.Length, pattern.ItemsSeperator.Length);
// internal pattern contents
// FOR EACH column
if (pattern.ConditionContents.Count > 0)
{
// nested call
appliedContent = PatternContentAppliesTo_OneTable(appliedContent, pattern.ConditionContents, table, null, null);
}
// replace in the main content
baseContent = Common.ReplaceEx(baseContent, replacementName, appliedContent, StringComparison.CurrentCulture);
break;
case PatternConditionKeyMode.ForeignKeyDeleteAction:
case PatternConditionKeyMode.ForeignKeyUpdateAction:
case PatternConditionKeyMode.FieldForeignKey:
appliedContent = "";
if (foreignKey == null)
{
// replace in the main content
baseContent = Common.ReplaceEx(baseContent, replacementName, appliedContent, StringComparison.CurrentCulture);
}
else
{
// Apply the replacement to the pattern content
string columnReplace = ConditionItem_AppliesToForeignKeyColumns(pattern, table, foreignKey);
// The seperator
if (!string.IsNullOrEmpty(columnReplace))
{
// internal pattern contents
if (pattern.ConditionContents.Count > 0)
{
// nested call
columnReplace = PatternContentAppliesTo_OneTable(
columnReplace,
pattern.ConditionContents,
table,
null,
foreignKey);
}
appliedContent += columnReplace + pattern.ItemsSeperator;
}
}
// Remove additional ItemsSeperator
if (!string.IsNullOrEmpty(pattern.ItemsSeperator)
&& appliedContent.EndsWith(pattern.ItemsSeperator))
appliedContent = appliedContent.Remove(appliedContent.Length - pattern.ItemsSeperator.Length, pattern.ItemsSeperator.Length);
// internal pattern contents
if (pattern.ConditionContents.Count > 0)
{
// nested call
appliedContent = PatternContentAppliesTo_OneTable(appliedContent, pattern.ConditionContents, table, null, null);
}
// replace in the main content
baseContent = Common.ReplaceEx(baseContent, replacementName, appliedContent, StringComparison.CurrentCulture);
break;
case PatternConditionKeyMode.FieldsForeignKeyAll:
case PatternConditionKeyMode.TableForeignKey:
appliedContent = "";
// fetch the columns and apply the replacement operation
foreach (var dbForeignKey in table.ForeignKeys)
{
// Apply the replacement to the pattern content
string columnReplace = ConditionItem_AppliesToForeignKeyColumns(pattern, table, dbForeignKey);
// The seperator
if (!string.IsNullOrEmpty(columnReplace))
{
// internal pattern contents
if (pattern.ConditionContents.Count > 0)
{
// nested call
columnReplace = PatternContentAppliesTo_OneTable(
columnReplace,
pattern.ConditionContents,
table,
null,
dbForeignKey);
}
appliedContent += columnReplace + pattern.ItemsSeperator;
}
}
// Remove additional ItemsSeperator
if (!string.IsNullOrEmpty(pattern.ItemsSeperator)
&& appliedContent.EndsWith(pattern.ItemsSeperator))
appliedContent = appliedContent.Remove(appliedContent.Length - pattern.ItemsSeperator.Length, pattern.ItemsSeperator.Length);
// internal pattern contents
if (pattern.ConditionContents.Count > 0)
{
// nested call
appliedContent = PatternContentAppliesTo_OneTable(appliedContent, pattern.ConditionContents, table, null, null);
}
// replace in the main content
baseContent = Common.ReplaceEx(baseContent, replacementName, appliedContent, StringComparison.CurrentCulture);
break;
default:
break;
}
}
return baseContent;
}
/// <summary>
/// Partial content replacer.
/// </summary>
string ConditionItem_AppliesToForeignKeyColumns(PatternContent partialContent, DbTable table, DbForeignKey foreignKey)
{
switch (partialContent.ConditionKeyMode)
{
case PatternConditionKeyMode.FieldsForeignKeyAll:
ConditionItem theReplacer;
switch (foreignKey.Multiplicity)
{
case DbForeignKey.ForeignKeyMultiplicity.OneToMany:
theReplacer = partialContent.GetReplacement(ConditionKeyModeConsts.FieldForeignKey.MultiplicityOne);
break;
case DbForeignKey.ForeignKeyMultiplicity.ManyToOne:
theReplacer = partialContent.GetReplacement(ConditionKeyModeConsts.FieldForeignKey.MultiplicityMany);
break;
default:
// not defined Multiplicity
return string.Empty;
}
// Replace the contents
return Replacer_ConditionItem_AppliesToForeignKey(theReplacer.ContentText, table, foreignKey);
case PatternConditionKeyMode.ForeignKeyUpdateAction:
theReplacer = partialContent.GetReplacement(foreignKey.UpdateAction.ToString());
if (theReplacer == null)
return string.Empty;
return Replacer_ConditionItem_AppliesToForeignKey(theReplacer.ContentText, table, foreignKey);
case PatternConditionKeyMode.ForeignKeyDeleteAction:
theReplacer = partialContent.GetReplacement(foreignKey.DeleteAction.ToString());
if (theReplacer == null)
return string.Empty;
return Replacer_ConditionItem_AppliesToForeignKey(theReplacer.ContentText, table, foreignKey);
default:
// Ignored
return string.Empty;
}
}
/// <summary>
/// Applies foreign key column data to pattern content replacement
/// </summary>
string Replacer_ConditionItem_AppliesToForeignKey(string content, DbTable table, DbForeignKey foreignKey)
{
// NOTE: foreign keys are always for TABLEs
// Checking if user has selected this table
// Also checking the option!
if (!_optionGenerateUnselectedForeigns && !UserHasSelectedTable(foreignKey.ForeignTableName))
{
// User has not selected this foreign table
return string.Empty;
}
// general
content = Replacer_GeneratorGeneral(content);
// database provider class
content = Replacer_DatabaseProvider(content);
// local table
content = Common.ReplaceExIgnoreCase(content, ReplaceConsts.LocalTableName, table.TableNameSchema);
content = Common.ReplaceExIgnoreCase(content, ReplaceConsts.LocalTableNameDb, table.TableName);
// foreign table
content = Common.ReplaceExIgnoreCase(content, ReplaceConsts.ForeignTableNameAsField, foreignKey.ForeignTableNameInLocalTable);
content = Common.ReplaceExIgnoreCase(content, ReplaceConsts.ForeignTableName, foreignKey.ForeignTable.TableNameSchema);
content = Common.ReplaceExIgnoreCase(content, ReplaceConsts.ForeignTableNameDb, foreignKey.ForeignTable.TableName);
// ===================================
// local field
content = Common.ReplaceExIgnoreCase(content, ReplaceConsts.LocalFieldDataType, foreignKey.LocalColumn.DataTypeDotNet);
content = Common.ReplaceExIgnoreCase(content, ReplaceConsts.LocalFieldName, foreignKey.LocalColumn.FieldNameSchema);
content = Common.ReplaceExIgnoreCase(content, ReplaceConsts.LocalFieldNameDb, foreignKey.LocalColumn.FieldNameDb);
// no oridianl, foreignContent = ReplaceExIgnoreCase(foreignContent, ReplaceConsts.LocalFieldOrdinalValue, foreignKey.LocalColumn.ColumnOrdinal.ToString());
// column description
content = Common.ReplaceExIgnoreCase(content, ReplaceConsts.LocalFieldDescription, foreignKey.LocalColumn.UserDescription);
// Database field type
content = Common.ReplaceExIgnoreCase(content, ReplaceConsts.LocalFieldDbTypeSize, FieldType_ColumnDataTypeSize(foreignKey.LocalColumn));
// ===================================
// Foreign field
content = Common.ReplaceExIgnoreCase(content, ReplaceConsts.ForeignFieldDataType, foreignKey.ForeignColumn.DataTypeDotNet);
content = Common.ReplaceExIgnoreCase(content, ReplaceConsts.ForeignFieldName, foreignKey.ForeignColumn.FieldNameSchema);
content = Common.ReplaceExIgnoreCase(content, ReplaceConsts.ForeignFieldNameDb, foreignKey.ForeignColumn.FieldNameDb);
// no oridianl, foreignContent = ReplaceExIgnoreCase(foreignContent, ReplaceConsts.ForeignFieldOrdinalValue, foreignKey.ForeignColumn.ColumnOrdinal.ToString());
// column description
content = Common.ReplaceExIgnoreCase(content, ReplaceConsts.ForeignFieldDescription, foreignKey.ForeignColumn.UserDescription);
// Database field type
content = Common.ReplaceExIgnoreCase(content, ReplaceConsts.ForeignFieldDbTypeSize, FieldType_ColumnDataTypeSize(foreignKey.ForeignColumn));
return content;
}
/// <summary>
/// Reads specified table foreign keys.
/// </summary>
private void ApplyTablesForeignKeys(List<DbTable> tables)
{
if (Cache_ForeignKeys.Rows.Count == 0)
return;
// adding the foreign keys
foreach (DataRow keysDataRow in Cache_ForeignKeys.Rows)
{
var foreignKeyTableName = keysDataRow["FOREIGN_KEY_TABLE_NAME"].ToString();
var primaryKeyTableName = keysDataRow["PRIMARY_KEY_TABLE_NAME"].ToString();
var foreignKeyConstraintName = keysDataRow["FOREIGN_KEY_CONSTRAINT_NAME"].ToString();
var primaryKeyConstraintName = keysDataRow["PRIMARY_KEY_CONSTRAINT_NAME"].ToString();
string foreignKeyColumnName = null;
string primaryKeyColumnName = null;
// read the columns info
DataRow[] columnInfo;
// reading foreign key column info
columnInfo = Cache_All_Constraints.Select(string.Format("CONSTRAINT_NAME='{0}'",
foreignKeyConstraintName));
if (columnInfo != null && columnInfo.Length > 0)
{
foreignKeyColumnName = columnInfo[0]["COLUMN_NAME"].ToString();
}
// reading primary key column info
columnInfo = Cache_All_Constraints.Select(string.Format("CONSTRAINT_NAME='{0}'",
primaryKeyConstraintName));
if (columnInfo != null && columnInfo.Length > 0)
{
primaryKeyColumnName = columnInfo[0]["COLUMN_NAME"].ToString();
}
// there should be column names!
if (foreignKeyColumnName == null || primaryKeyColumnName == null)
continue;
// find schema tables model
var foreignKeyTable = FindTable(tables, foreignKeyTableName);
var primaryKeyTable = FindTable(tables, primaryKeyTableName);
// there should be tables!
if (foreignKeyTable == null || primaryKeyTable == null)
continue;
if (foreignKeyTable != null)
{
// foreign key many end
var oneMultiplicityKey = new DbForeignKey()
{
ForeignKeyName = foreignKeyConstraintName,
LocalColumnName = foreignKeyColumnName,
ForeignColumnName = primaryKeyColumnName,
ForeignTableName = primaryKeyTableName,
Multiplicity = DbForeignKey.ForeignKeyMultiplicity.OneToMany
};
// check if it is already there
if (foreignKeyTable.ForeignKeys.Exists(x => x.ForeignKeyName == oneMultiplicityKey.ForeignKeyName))
continue;
//oneMultiplicityKey.UpdateAction =
// ConvertOracleForeignKeyAction(keysDataRow["UPDATE_RULE"].ToString());
oneMultiplicityKey.DeleteAction =
ConvertOracleForeignKeyAction(keysDataRow["DELETE_RULE"].ToString());
// to the list
foreignKeyTable.ForeignKeys.Add(oneMultiplicityKey);
// apply local column
DbColumn localColumn = foreignKeyTable.FindColumnDb(oneMultiplicityKey.LocalColumnName);
oneMultiplicityKey.LocalColumn = localColumn;
if (!localColumn.PrimaryKey)
{
localColumn.IsReferenceKey = true;
localColumn.IsReferenceKeyTable = primaryKeyTable;
}
if (primaryKeyTable != null)
{
// foreign table of that!
oneMultiplicityKey.ForeignTable = primaryKeyTable;
// apply foreign column
DbColumn foreignColumn = primaryKeyTable.FindColumnDb(oneMultiplicityKey.ForeignColumnName);
oneMultiplicityKey.ForeignColumn = foreignColumn;
}
else
{
oneMultiplicityKey.ForeignTable = null;
oneMultiplicityKey.ForeignColumn = null;
}
}
if (primaryKeyTable != null)
{
// foreign key many end
var manyMultiplicityKey = new DbForeignKey()
{
ForeignKeyName = primaryKeyConstraintName,
LocalColumnName = primaryKeyColumnName,
ForeignColumnName = foreignKeyColumnName,
ForeignTableName = foreignKeyTableName,
Multiplicity = DbForeignKey.ForeignKeyMultiplicity.ManyToOne
};
// check if it is already there
if (primaryKeyTable.ForeignKeys.Exists(x => x.ForeignKeyName == manyMultiplicityKey.ForeignKeyName))
continue;
//manyMultiplicityKey.UpdateAction =
// ConvertOracleForeignKeyAction(keysDataRow["UPDATE_RULE"].ToString());
manyMultiplicityKey.DeleteAction =
ConvertOracleForeignKeyAction(keysDataRow["DELETE_RULE"].ToString());
// to the list
primaryKeyTable.ForeignKeys.Add(manyMultiplicityKey);
// apply local column
DbColumn localColumn = primaryKeyTable.FindColumnDb(manyMultiplicityKey.LocalColumnName);
manyMultiplicityKey.LocalColumn = localColumn;
if (!localColumn.PrimaryKey)
{
localColumn.IsReferenceKey = true;
localColumn.IsReferenceKeyTable = primaryKeyTable;
}
if (foreignKeyTable != null)
{
// foreign table of that!
manyMultiplicityKey.ForeignTable = foreignKeyTable;
// apply foreign column
DbColumn foreignColumn = foreignKeyTable.FindColumnDb(manyMultiplicityKey.ForeignColumnName);
manyMultiplicityKey.ForeignColumn = foreignColumn;
}
else
{
manyMultiplicityKey.ForeignTable = null;
manyMultiplicityKey.ForeignColumn = null;
}
}
}
}
