/**
* Updates objects in schemas.
*
* @param ofs1 stage1 output file segmenter
* @param ofs3 stage3 output file segmenter
* @param $old_database original database
* @param $new_database new database
*/
private static function update_structure($ofs1, $ofs3)
{
$type_modified_columns = array();
// drop all views in all schemas, regardless whether dependency order is known or not
foreach (dbx::get_schemas(dbsteward::$new_database) as $new_schema) {
$old_schema = dbx::get_schema(dbsteward::$old_database, $new_schema['name']);
$new_schema = dbx::get_schema(dbsteward::$new_database, $new_schema['name']);
mssql10_diff_views::drop_views($ofs1, $old_schema, $new_schema);
}
//@TODO: implement mssql10_language ? no relevant conversion exists see other TODO's stating this
//mssql10_diff_languages::diff_languages($ofs1);
// if the table dependency order is unknown, bang them in natural order
if (!is_array(mssql10_diff::$new_table_dependency)) {
foreach (dbx::get_schemas(dbsteward::$new_database) as $new_schema) {
//@NOTICE: @TODO: this does not honor old*Name attributes, does it matter?
$old_schema = dbx::get_schema(dbsteward::$old_database, $new_schema['name']);
mssql10_diff_types::apply_changes($ofs1, $old_schema, $new_schema, $type_modified_columns);
mssql10_diff_functions::diff_functions($ofs1, $ofs3, $old_schema, $new_schema);
mssql10_diff_sequences::diff_sequences($ofs1, $old_schema, $new_schema);
// remove old constraints before table contraints, so the SQL statements succeed
mssql10_diff_tables::diff_constraints($ofs1, $old_schema, $new_schema, 'constraint', TRUE);
mssql10_diff_tables::diff_constraints($ofs1, $old_schema, $new_schema, 'primaryKey', TRUE);
mssql10_diff_tables::drop_tables($ofs3, $old_schema, $new_schema);
mssql10_diff_tables::diff_tables($ofs1, $ofs3, $old_schema, $new_schema);
mssql10_diff_indexes::diff_indexes($ofs1, $old_schema, $new_schema);
mssql10_diff_tables::diff_clusters($ofs1, $old_schema, $new_schema);
mssql10_diff_tables::diff_constraints($ofs1, $old_schema, $new_schema, 'primaryKey', FALSE);
mssql10_diff_triggers::diff_triggers($ofs1, $old_schema, $new_schema);
}
// non-primary key constraints may be inter-schema dependant, and dependant on other's primary keys
// and therefore should be done after object creation sections
foreach (dbx::get_schemas(dbsteward::$new_database) as $new_schema) {
$old_schema = dbx::get_schema(dbsteward::$old_database, $new_schema['name']);
mssql10_diff_tables::diff_constraints($ofs1, $old_schema, $new_schema, 'constraint', FALSE);
}
} else {
$processed_schemas = array();
for ($i = 0; $i < count(mssql10_diff::$new_table_dependency); $i++) {
// find the necessary pointers
$item = mssql10_diff::$new_table_dependency[$i];
// @NOTICE: dbsteward::TABLE_DEPENDENCY_IGNORABLE_NAME is NOT checked here because these are schema operations
$new_schema = dbx::get_schema(dbsteward::$new_database, $item['schema']['name']);
$old_schema = dbx::get_schema(dbsteward::$old_database, $item['schema']['name']);
// do all types and functions on their own before table creation
// see next loop for other once per schema work
if (!in_array(trim($new_schema['name']), $processed_schemas)) {
mssql10_diff_types::apply_changes($ofs1, $old_schema, $new_schema, $type_modified_columns);
mssql10_diff_functions::diff_functions($ofs1, $ofs3, $old_schema, $new_schema);
$processed_schemas[] = trim($new_schema['name']);
}
}
// remove all old constraints before new contraints, in reverse dependency order
for ($i = count(mssql10_diff::$old_table_dependency) - 1; $i >= 0; $i--) {
// find the necessary pointers
$item = mssql10_diff::$old_table_dependency[$i];
if ($item['table']['name'] === dbsteward::TABLE_DEPENDENCY_IGNORABLE_NAME) {
// don't do anything with this table, it is a magic internal DBSteward value
continue;
}
$new_schema = dbx::get_schema(dbsteward::$new_database, $item['schema']['name']);
$new_table = NULL;
if ($new_schema != NULL) {
$new_table = dbx::get_table($new_schema, $item['table']['name']);
}
$old_schema = dbx::get_schema(dbsteward::$old_database, $item['schema']['name']);
$old_table = NULL;
if ($old_schema != NULL) {
$old_table = dbx::get_table($old_schema, $item['table']['name']);
}
if ($old_table == NULL) {
throw new exception("old_table " . $item['schema']['name'] . "." . $item['table']['name'] . " not found. This is not expected as this reverse constraint loop was based on the old_table_dependency list!");
}
// @NOTICE: when dropping constraints, dbx::renamed_table_check_pointer() is not called for $old_table
// as mssql10_diff_tables::diff_constraints_table() will do rename checking when recreating constraints for renamed tables
mssql10_diff_tables::diff_constraints_table($ofs1, $old_schema, $old_table, $new_schema, $new_table, 'constraint', TRUE);
mssql10_diff_tables::diff_constraints_table($ofs1, $old_schema, $old_table, $new_schema, $new_table, 'primaryKey', TRUE);
}
$processed_schemas = array();
for ($i = 0; $i < count(mssql10_diff::$new_table_dependency); $i++) {
// find the necessary pointers
$item = mssql10_diff::$new_table_dependency[$i];
$new_schema = dbx::get_schema(dbsteward::$new_database, $item['schema']['name']);
$new_table = NULL;
if ($new_schema != NULL) {
$new_table = dbx::get_table($new_schema, $item['table']['name']);
}
$old_schema = dbx::get_schema(dbsteward::$old_database, $item['schema']['name']);
// schema level stuff should only be done once, keep track of which ones we have done
// see above for pre table creation stuff
// see below for post table creation stuff
if (!in_array($new_schema['name'], $processed_schemas)) {
mssql10_diff_sequences::diff_sequences($ofs1, $old_schema, $new_schema);
$processed_schemas[] = $new_schema['name'];
}
if ($item['table']['name'] === dbsteward::TABLE_DEPENDENCY_IGNORABLE_NAME) {
// don't do anything with this table, it is a magic internal DBSteward value
continue;
}
$old_table = NULL;
if ($old_schema != NULL) {
$old_table = dbx::get_table($old_schema, $item['table']['name']);
}
dbx::renamed_table_check_pointer($old_schema, $old_table, $new_schema, $new_table);
mssql10_diff_tables::diff_tables($ofs1, $ofs3, $old_schema, $new_schema, $old_table, $new_table);
mssql10_diff_indexes::diff_indexes_table($ofs1, $old_schema, $old_table, $new_schema, $new_table);
mssql10_diff_tables::diff_clusters_table($ofs1, $old_schema, $old_table, $new_schema, $new_table);
mssql10_diff_tables::diff_constraints_table($ofs1, $old_schema, $old_table, $new_schema, $new_table, 'primaryKey', FALSE);
mssql10_diff_triggers::diff_triggers_table($ofs1, $old_schema, $old_table, $new_schema, $new_table);
mssql10_diff_tables::diff_constraints_table($ofs1, $old_schema, $old_table, $new_schema, $new_table, 'constraint', FALSE);
}
// drop old tables in reverse dependency order
for ($i = count(mssql10_diff::$old_table_dependency) - 1; $i >= 0; $i--) {
// find the necessary pointers
$item = mssql10_diff::$old_table_dependency[$i];
if ($item['table']['name'] === dbsteward::TABLE_DEPENDENCY_IGNORABLE_NAME) {
// don't do anything with this table, it is a magic internal DBSteward value
continue;
}
$new_schema = dbx::get_schema(dbsteward::$new_database, $item['schema']['name']);
$new_table = NULL;
if ($new_schema != NULL) {
$new_table = dbx::get_table($new_schema, $item['table']['name']);
}
$old_schema = dbx::get_schema(dbsteward::$old_database, $item['schema']['name']);
$old_table = NULL;
if ($old_schema != NULL) {
$old_table = dbx::get_table($old_schema, $item['table']['name']);
}
if ($old_table == NULL) {
throw new exception("old_table " . $item['schema']['name'] . "." . $item['table']['name'] . " not found. This is not expected as this reverse constraint loop was based on the old_table_dependency list!");
}
mssql10_diff_tables::drop_tables($ofs3, $old_schema, $new_schema, $old_table, $new_table);
}
}
// create all views in all schemas, regardless whether dependency order is known or not
foreach (dbx::get_schemas(dbsteward::$new_database) as $new_schema) {
$old_schema = dbx::get_schema(dbsteward::$old_database, $new_schema['name']);
$new_schema = dbx::get_schema(dbsteward::$new_database, $new_schema['name']);
mssql10_diff_views::create_views($ofs1, $old_schema, $new_schema);
}
}