private static void generateDataAccessCodeForDatabase(
Logger log, IDatabase database, string libraryBasePath, TextWriter writer, string baseNamespace, SystemDevelopmentConfiguration configuration)
{
var tableNames = DatabaseOps.GetDatabaseTables(database);
if (configuration.database == null)
{
log.Info($"Configuration is missing the <{nameof( configuration.database )}> element.");
return;
}
ensureTablesExist(tableNames, configuration.database.SmallTables, "small");
ensureTablesExist(tableNames, configuration.database.TablesUsingRowVersionedDataCaching, "row-versioned data caching");
ensureTablesExist(tableNames, configuration.database.revisionHistoryTables, "revision history");
ensureTablesExist(tableNames, configuration.database.WhitelistedTables, "whitelisted");
tableNames =
tableNames.Where(
table => configuration.database.WhitelistedTables == null || configuration.database.WhitelistedTables.Any(i => i.EqualsIgnoreCase(table)));
database.ExecuteDbMethod(
cn => {
writer.WriteLine();
ConfigurationRetrievalStatics.Generate(writer, baseNamespace, configuration.database);
// database logic access - standard
writer.WriteLine();
TableConstantStatics.Generate(cn, writer, baseNamespace, database, tableNames);
// database logic access - custom
writer.WriteLine();
RowConstantStatics.Generate(cn, writer, baseNamespace, database, configuration.database);
// retrieval and modification commands - standard
writer.WriteLine();
CommandConditionStatics.Generate(cn, writer, baseNamespace, database, tableNames);
writer.WriteLine();
var tableRetrievalNamespaceDeclaration = TableRetrievalStatics.GetNamespaceDeclaration(baseNamespace, database);
TableRetrievalStatics.Generate(cn, writer, tableRetrievalNamespaceDeclaration, database, tableNames, configuration.database);
writer.WriteLine();
var modNamespaceDeclaration = StandardModificationStatics.GetNamespaceDeclaration(baseNamespace, database);
StandardModificationStatics.Generate(cn, writer, modNamespaceDeclaration, database, tableNames, configuration.database);
foreach (var tableName in tableNames)
{
TableRetrievalStatics.WritePartialClass(cn, libraryBasePath, tableRetrievalNamespaceDeclaration, database, tableName);
StandardModificationStatics.WritePartialClass(
cn,
libraryBasePath,
modNamespaceDeclaration,
database,
tableName,
DataAccessStatics.IsRevisionHistoryTable(tableName, configuration.database));
}
// retrieval and modification commands - custom
writer.WriteLine();
QueryRetrievalStatics.Generate(cn, writer, baseNamespace, database, configuration.database);
writer.WriteLine();
CustomModificationStatics.Generate(cn, writer, baseNamespace, database, configuration.database);
// other commands
if (cn.DatabaseInfo is OracleInfo)
{
writer.WriteLine();
SequenceStatics.Generate(cn, writer, baseNamespace, database, configuration.database.CommandTimeoutSecondsTyped);
writer.WriteLine();
ProcedureStatics.Generate(cn, writer, baseNamespace, database);
}
});
}
private void generateDataAccessCodeForDatabase(
RedStapler.StandardLibrary.InstallationSupportUtility.DatabaseAbstraction.Database database, string libraryBasePath, TextWriter writer, string baseNamespace,
RedStapler.StandardLibrary.Configuration.SystemDevelopment.Database configuration)
{
// Ensure that all tables specified in the configuration file actually exist.
var tableNames = DatabaseOps.GetDatabaseTables(database);
ensureTablesExist(tableNames, configuration.SmallTables, "small");
ensureTablesExist(tableNames, configuration.TablesUsingRowVersionedDataCaching, "row-versioned data caching");
ensureTablesExist(tableNames, configuration.revisionHistoryTables, "revision history");
database.ExecuteDbMethod(
delegate(DBConnection cn) {
// database logic access - standard
if (!configuration.EveryTableHasKeySpecified || configuration.EveryTableHasKey)
{
writer.WriteLine();
TableConstantStatics.Generate(cn, writer, baseNamespace, database);
}
// database logic access - custom
writer.WriteLine();
RowConstantStatics.Generate(cn, writer, baseNamespace, database, configuration);
// retrieval and modification commands - standard
if (!configuration.EveryTableHasKeySpecified || configuration.EveryTableHasKey)
{
writer.WriteLine();
CommandConditionStatics.Generate(cn, writer, baseNamespace, database);
writer.WriteLine();
var tableRetrievalNamespaceDeclaration = TableRetrievalStatics.GetNamespaceDeclaration(baseNamespace, database);
TableRetrievalStatics.Generate(cn, writer, tableRetrievalNamespaceDeclaration, database, configuration);
writer.WriteLine();
var modNamespaceDeclaration = StandardModificationStatics.GetNamespaceDeclaration(baseNamespace, database);
StandardModificationStatics.Generate(cn, writer, modNamespaceDeclaration, database, configuration);
foreach (var tableName in DatabaseOps.GetDatabaseTables(database))
{
TableRetrievalStatics.WritePartialClass(cn, libraryBasePath, tableRetrievalNamespaceDeclaration, database, tableName);
StandardModificationStatics.WritePartialClass(
cn,
libraryBasePath,
modNamespaceDeclaration,
database,
tableName,
CodeGeneration.DataAccess.DataAccessStatics.IsRevisionHistoryTable(tableName, configuration));
}
}
// retrieval and modification commands - custom
writer.WriteLine();
QueryRetrievalStatics.Generate(cn, writer, baseNamespace, database, configuration);
writer.WriteLine();
CustomModificationStatics.Generate(cn, writer, baseNamespace, database, configuration);
// other commands
if (cn.DatabaseInfo is OracleInfo)
{
writer.WriteLine();
SequenceStatics.Generate(cn, writer, baseNamespace, database);
writer.WriteLine();
ProcedureStatics.Generate(cn, writer, baseNamespace, database);
}
});
}
private void generateDataAccessCodeForDatabase(
InstallationSupportUtility.DatabaseAbstraction.Database database, string libraryBasePath, TextWriter writer, string baseNamespace,
Configuration.SystemDevelopment.Database configuration)
{
var tableNames = DatabaseOps.GetDatabaseTables(database).ToImmutableArray();
ensureTablesExist(tableNames, configuration.SmallTables, "small");
ensureTablesExist(tableNames, configuration.TablesUsingRowVersionedDataCaching, "row-versioned data caching");
ensureTablesExist(tableNames, configuration.revisionHistoryTables, "revision history");
ensureTablesExist(tableNames, configuration.WhitelistedTables, "whitelisted");
tableNames =
tableNames.Where(table => configuration.WhitelistedTables == null || configuration.WhitelistedTables.Any(i => i.EqualsIgnoreCase(table)))
.ToImmutableArray();
database.ExecuteDbMethod(
delegate(DBConnection cn) {
// database logic access - standard
writer.WriteLine();
TableConstantStatics.Generate(cn, writer, baseNamespace, database, tableNames);
// database logic access - custom
writer.WriteLine();
RowConstantStatics.Generate(cn, writer, baseNamespace, database, configuration);
// retrieval and modification commands - standard
writer.WriteLine();
CommandConditionStatics.Generate(cn, writer, baseNamespace, database, tableNames);
writer.WriteLine();
var tableRetrievalNamespaceDeclaration = TableRetrievalStatics.GetNamespaceDeclaration(baseNamespace, database);
TableRetrievalStatics.Generate(cn, writer, tableRetrievalNamespaceDeclaration, database, tableNames, configuration);
writer.WriteLine();
var modNamespaceDeclaration = StandardModificationStatics.GetNamespaceDeclaration(baseNamespace, database);
StandardModificationStatics.Generate(cn, writer, modNamespaceDeclaration, database, tableNames, configuration);
foreach (var tableName in tableNames)
{
TableRetrievalStatics.WritePartialClass(cn, libraryBasePath, tableRetrievalNamespaceDeclaration, database, tableName);
StandardModificationStatics.WritePartialClass(
cn,
libraryBasePath,
modNamespaceDeclaration,
database,
tableName,
CodeGeneration.DataAccess.DataAccessStatics.IsRevisionHistoryTable(tableName, configuration));
}
// retrieval and modification commands - custom
writer.WriteLine();
QueryRetrievalStatics.Generate(cn, writer, baseNamespace, database, configuration);
writer.WriteLine();
CustomModificationStatics.Generate(cn, writer, baseNamespace, database, configuration);
// other commands
if (cn.DatabaseInfo is OracleInfo)
{
writer.WriteLine();
SequenceStatics.Generate(cn, writer, baseNamespace, database);
writer.WriteLine();
ProcedureStatics.Generate(cn, writer, baseNamespace, database);
}
});
}
internal static string GetEqualityConditionClassName(DBConnection cn, Database database, string tableName, Column column)
{
return(database.SecondaryDatabaseName + "CommandConditions." + CommandConditionStatics.GetTableEqualityConditionsClassName(cn, tableName) + "." +
CommandConditionStatics.GetConditionClassName(column));
}
internal static string GetTableConditionInterfaceName(DBConnection cn, Database database, string table)
{
return(database.SecondaryDatabaseName + "CommandConditions." + CommandConditionStatics.GetTableConditionInterfaceName(cn, table));
}
/// <summary>
/// A qualified reference to the class, including necessary namespaces prefixes. To be used when declaring a variable of
/// this type.
/// </summary>
internal string GetEqualityConditionClassReference(DBConnection cn, Column column) =>
$"{CommandConditionStatics.CommandConditionsNamespace}.{getSchemaNamespacePrefix()}{GetTableEqualityConditionsClassDeclaration()}.{CommandConditionStatics.GetConditionClassName( column )}";
internal static string GetEqualityConditionClassName(DBConnection cn, IDatabase database, string tableName, Column column) => "CommandConditions." + CommandConditionStatics.GetTableEqualityConditionsClassName(cn, tableName) + "." + CommandConditionStatics.GetConditionClassName(column);
internal static string GetTableConditionInterfaceName(DBConnection cn, IDatabase database, string table) => "CommandConditions." + CommandConditionStatics.GetTableConditionInterfaceName(cn, table);
