public static function setUpBeforeClass() { if (defined('SKIPPING')) { return; } $db = new fDatabase(DB_TYPE, DB, DB_USERNAME, DB_PASSWORD, DB_HOST, DB_PORT); if (DB_TYPE == 'sqlite') { $db->execute(file_get_contents(DB_SETUP_FILE)); $db->execute(file_get_contents(DB_EXTENDED_SETUP_FILE)); } $db->execute(file_get_contents(DB_POPULATE_FILE)); $db->execute(file_get_contents(DB_EXTENDED_POPULATE_FILE)); self::$db = $db; self::$schema = new fSchema($db); fORMDatabase::attach(self::$db); fORMSchema::attach(self::$schema); fORMOrdering::configureOrderingColumn('TopAlbum', 'position'); fORMOrdering::configureOrderingColumn('FavoriteAlbum', 'position'); fORMOrdering::configureOrderingColumn('YearFavoriteAlbum', 'position'); if (defined('MAP_TABLES')) { fORM::mapClassToTable('User', 'user'); fORM::mapClassToTable('Group', 'group'); fORM::mapClassToTable('Artist', 'popular_artists'); fORM::mapClassToTable('Album', 'records'); } }
protected function setUp() { if (defined('SKIPPING')) { return; } $db = new fDatabase(DB_TYPE, DB, DB_USERNAME, DB_PASSWORD, DB_HOST, DB_PORT); $db->execute(file_get_contents(DB_SETUP_FILE)); $this->sharedFixture = $db; }
public static function setUpBeforeClass() { if (defined('SKIPPING')) { return; } $db = new fDatabase(DB_TYPE, DB, DB_USERNAME, DB_PASSWORD, DB_HOST, DB_PORT); $db->execute(file_get_contents(DB_SETUP_FILE)); self::$db = $db; }
protected function setUp() { if (defined('SKIPPING')) { return; } $db = new fDatabase(DB_TYPE, DB, DB_USERNAME, DB_PASSWORD, DB_HOST, DB_PORT); $db->execute(file_get_contents(DB_SETUP_FILE)); $this->sharedFixture = array('db' => $db, 'schema' => fJSON::decode(file_get_contents(DB_SCHEMA_FILE), TRUE)); }
public static function setUpBeforeClass() { if (defined('SKIPPING')) { return; } $db = new fDatabase(DB_TYPE, DB, DB_USERNAME, DB_PASSWORD, DB_HOST, DB_PORT); $db->execute(file_get_contents(DB_SETUP_FILE)); $db->execute(fix_schema(file_get_contents(DB_ALTERNATE_SCHEMA_SETUP_FILE))); self::$db = $db; self::$schema = fJSON::decode(fix_schema(file_get_contents(DB_ALTERNATE_SCHEMA_SCHEMA_FILE)), TRUE); }
protected function setUp() { if (defined('SKIPPING')) { return; } $db = new fDatabase(DB_TYPE, DB, DB_USERNAME, DB_PASSWORD, DB_HOST, DB_PORT); $db->execute(file_get_contents(DB_SETUP_FILE)); $db->execute(file_get_contents(DB_EXTENDED_SETUP_FILE)); $schema = new fSchema($db); $this->sharedFixture = array('db' => $db, 'schema' => $schema); }
public static function setUpBeforeClass() { if (defined('SKIPPING')) { return; } $db = new fDatabase(DB_TYPE, DB, DB_USERNAME, DB_PASSWORD, DB_HOST, DB_PORT); if (DB_TYPE == 'sqlite') { $db->execute(file_get_contents(DB_SETUP_FILE)); $db->execute(file_get_contents(DB_EXTENDED_SETUP_FILE)); } $db->execute(file_get_contents(DB_POPULATE_FILE)); self::$db = $db; self::$json_schema = fJSON::decode(file_get_contents(DB_SCHEMA_FILE), TRUE); }
protected function setUp() { if (defined('SKIPPING')) { return; } $db = new fDatabase(DB_TYPE, DB, DB_USERNAME, DB_PASSWORD, DB_HOST, DB_PORT); $db->execute(file_get_contents(DB_SETUP_FILE)); $db2 = new fDatabase(DB_TYPE, DB_2, DB_2_USERNAME, DB_2_PASSWORD, DB_2_HOST, DB_2_PORT); $db2->execute(file_get_contents(DB_2_SETUP_FILE)); $this->sharedFixture = array($db, $db2); fORMDatabase::attach($db); fORMDatabase::attach($db2, 'db2'); fORM::mapClassToTable('Db2User', 'users'); fORM::mapClassToDatabase('Db2User', 'db2'); fORM::mapClassToTable('Db2Group', 'groups'); fORM::mapClassToDatabase('Db2Group', 'db2'); }
/** * The MySQL PDO driver has issues if you try to reuse a prepared statement * without any placeholders. * * @return void */ private function regenerateStatement() { $is_pdo = $this->database->getExtension() == 'pdo'; $is_mysql = $this->database->getType() == 'mysql'; if ($this->placeholders || !$is_pdo || !$is_mysql) { return; } $this->statement = $this->database->getConnection()->prepare($this->sql); }
public static function setUpBeforeClass() { if (defined('SKIPPING')) { return; } $db = new fDatabase(DB_TYPE, DB, DB_USERNAME, DB_PASSWORD, DB_HOST, DB_PORT); $db->execute(file_get_contents(DB_SETUP_FILE)); $db2 = new fDatabase(DB_TYPE, DB_2, DB_2_USERNAME, DB_2_PASSWORD, DB_2_HOST, DB_2_PORT); $db2->execute(file_get_contents(DB_2_SETUP_FILE)); self::$db = $db; self::$db2 = $db2; fORMDatabase::attach($db); fORMDatabase::attach($db2, 'db2'); fORM::mapClassToTable('Db2User', 'users'); fORM::mapClassToDatabase('Db2User', 'db2'); fORM::mapClassToTable('Db2Group', 'groups'); fORM::mapClassToDatabase('Db2Group', 'db2'); }
public static function setUpBeforeClass() { if (defined('SKIPPING')) { return; } $db = new fDatabase(DB_TYPE, DB, DB_USERNAME, DB_PASSWORD, DB_HOST, DB_PORT); if (DB_TYPE == 'sqlite') { $db->execute(file_get_contents(DB_SETUP_FILE)); } $db->execute(file_get_contents(DB_POPULATE_FILE)); self::$db = $db; $db2 = new fDatabase(DB_TYPE, DB_2, DB_2_USERNAME, DB_2_PASSWORD, DB_2_HOST, DB_2_PORT); if (DB_TYPE == 'sqlite') { $db2->execute(file_get_contents(DB_2_SETUP_FILE)); } $db2->execute(file_get_contents(DB_2_POPULATE_FILE)); self::$db2 = $db2; self::$schema = new fSchema($db); self::$schema2 = new fSchema($db2); }
/** * Creates a unique cache prefix to help prevent cache conflicts * * @return void */ private function makeCachePrefix() { $prefix = 'fSchema::' . $this->database->getType() . '::'; if ($this->database->getHost()) { $prefix .= $this->database->getHost() . '::'; } if ($this->database->getPort()) { $prefix .= $this->database->getPort() . '::'; } $prefix .= $this->database->getDatabase() . '::'; if ($this->database->getUsername()) { $prefix .= $this->database->getUsername() . '::'; } return $prefix; }
/** * Decodes national (unicode) character data coming out of MSSQL into UTF-8 * * @param array $row The row from the database * @return array The fixed row */ private function decodeMSSQLNationalColumns($row) { if (strpos($this->sql, 'fmssqln__') === FALSE) { return $row; } $columns = array_keys($row); foreach ($columns as $column) { if (substr($column, 0, 9) != 'fmssqln__') { continue; } $real_column = substr($column, 9); $row[$real_column] = iconv('ucs-2le', 'utf-8', $this->database->unescape('blob', $row[$column])); unset($row[$column]); } return $row; }
public static function setUpBeforeClass() { if (defined('SKIPPING')) { return; } $db = new fDatabase(DB_TYPE, DB, DB_USERNAME, DB_PASSWORD, DB_HOST, DB_PORT); if (DB_TYPE == 'sqlite') { $db->execute(file_get_contents(DB_SETUP_FILE)); $db->execute(file_get_contents(DB_EXTENDED_SETUP_FILE)); $db->execute(fix_schema(file_get_contents(DB_ALTERNATE_SCHEMA_SETUP_FILE))); } $db->execute(file_get_contents(DB_POPULATE_FILE)); $db->execute(file_get_contents(DB_EXTENDED_POPULATE_FILE)); $db->execute(fix_schema(file_get_contents(DB_ALTERNATE_SCHEMA_POPULATE_FILE))); $db->clearCache(); fORMDatabase::attach($db); self::$db = $db; fORM::mapClassToTable('Flourish2User', fix_schema('flourish2.users')); fORM::mapClassToTable('Flourish2Group', fix_schema('flourish2.groups')); fORM::mapClassToTable('Flourish2Artist', fix_schema('flourish2.artists')); fORM::mapClassToTable('Flourish2Album', fix_schema('flourish2.albums')); }
/** * Seeks to the specified zero-based row for the specified SQL query * * @throws fNoRowsException When the query did not return any rows * * @param integer $row The row number to seek to (zero-based) * @return void */ public function seek($row) { if (!$this->returned_rows) { throw new fNoRowsException('The query did not return any rows'); } if ($row >= $this->returned_rows || $row < 0) { throw new fProgrammerException('The row requested does not exist'); } $this->pointer = $row; switch ($this->database->getExtension()) { case 'mssql': $success = mssql_data_seek($this->result, $row); break; case 'mysql': $success = mysql_data_seek($this->result, $row); break; case 'mysqli': if (is_object($this->result)) { $success = mysqli_data_seek($this->result, $row); } else { $success = TRUE; } break; case 'pgsql': $success = pg_result_seek($this->result, $row); break; case 'sqlite': $success = sqlite_seek($this->result, $row); break; case 'ibm_db2': case 'oci8': case 'odbc': case 'pdo': case 'sqlsrv': // Do nothing since we already changed the pointer $success = TRUE; break; } if (!$success) { throw new fSQLException('There was an error seeking to row %s', $row); } $this->advanceCurrentRow(); }
public static function setUpBeforeClass() { if (defined('SKIPPING')) { return; } $db = new fDatabase(DB_TYPE, DB, DB_USERNAME, DB_PASSWORD, DB_HOST, DB_PORT); if (DB_TYPE == 'sqlite') { $db->execute(file_get_contents(DB_SETUP_FILE)); $db->execute(file_get_contents(DB_EXTENDED_SETUP_FILE)); } $db->execute(file_get_contents(DB_POPULATE_FILE)); $db->execute(file_get_contents(DB_EXTENDED_POPULATE_FILE)); fORMDatabase::attach($db); self::$db = $db; }
protected function setUp() { if (defined('SKIPPING')) { return; } $db = new fDatabase(DB_TYPE, DB, DB_USERNAME, DB_PASSWORD, DB_HOST, DB_PORT); $db->execute(file_get_contents(DB_SETUP_FILE)); $db->execute(file_get_contents(DB_EXTENDED_SETUP_FILE)); $db->execute(fix_schema(file_get_contents(DB_ALTERNATE_SCHEMA_SETUP_FILE))); $db->clearCache(); fORMDatabase::attach($db); $this->sharedFixture = $db; fORM::mapClassToTable('Flourish2User', fix_schema('flourish2.users')); fORM::mapClassToTable('Flourish2Group', fix_schema('flourish2.groups')); fORM::mapClassToTable('Flourish2Artist', fix_schema('flourish2.artists')); fORM::mapClassToTable('Flourish2Album', fix_schema('flourish2.albums')); }
<?php /** * Prepares classes and database for tests. */ // Some basics date_default_timezone_set('Europe/Copenhagen'); define("FIXTURES_ROOT", dirname(__FILE__) . '/fixtures/'); include dirname(__FILE__) . '/flourish/fLoader.php'; fLoader::best(); // Include fFixture include dirname(__FILE__) . '/../fFixture.php'; include dirname(__FILE__) . '/../fFixtureSeed.php'; // Emtpy database $db = new fDatabase('sqlite', dirname(__FILE__) . '/test.db'); $db_setup_file = new fFile(dirname(__FILE__) . '/bootstrap.sql'); define("RESET_DATABASE_SQL", $db_setup_file->read()); $db->execute(RESET_DATABASE_SQL); // Setup ORM fORMDatabase::attach($db); // Pretend implementations of fActiveRecord class Category extends fActiveRecord { } class Product extends fActiveRecord { } class Shop extends fActiveRecord { } class User extends fActiveRecord
/** * Translates Flourish SQL `ALTER TABLE * RENAME TO` statements to the appropriate * statements for SQLite * * @param string $sql The SQL statements that will be executed against the database * @param array &$extra_statements Any extra SQL statements required for SQLite * @param array $data Data parsed from the `ALTER TABLE` statement * @return string The modified SQL statement */ private function translateSQLiteRenameTableStatements($sql, &$extra_statements, $data) { $tables = $this->getSQLiteTables(); if (in_array($data['new_table_name'], $tables)) { $this->throwException(self::compose('A table with the name "%1$s" already exists', $data['new_table_name']), $sql); } if (!in_array($data['table'], $tables)) { $this->throwException(self::compose('The table specified, "%1$s", does not exist', $data['table']), $sql); } // We start by dropping all references to this table $foreign_keys = $this->getSQLiteForeignKeys($data['table']); foreach ($foreign_keys as $foreign_key) { $extra_statements = array_merge($extra_statements, $this->database->preprocess("ALTER TABLE %r DROP FOREIGN KEY (%r)", array($foreign_key['table'], $foreign_key['column']), TRUE)); } // SQLite 2 does not natively support renaming tables, so we have to do // it by creating a new table name and copying all data and indexes if (version_compare($this->database->getVersion(), 3, '<')) { $renamed_create_sql = preg_replace('#^\\s*CREATE\\s+TABLE\\s+["\\[`\']?\\w+["\\]`\']?\\s+#i', 'CREATE TABLE "' . $data['new_table_name'] . '" ', $this->getSQLiteCreateTable($data['table'])); $this->addSQLiteTable($data['new_table_name'], $renamed_create_sql); // We rename string placeholders to prevent confusion with // string placeholders that are added by call to fDatabase $renamed_create_sql = str_replace(':string_', ':sub_string_', $renamed_create_sql); $create_statements = str_replace(':sub_string_', ':string_', $this->database->preprocess($renamed_create_sql, array(), TRUE)); $extra_statements[] = array_shift($create_statements); // Recreate the indexes on the new table $indexes = $this->getSQLiteIndexes($data['table']); foreach ($indexes as $name => $index) { $create_sql = $index['sql']; preg_match('#^\\s*CREATE\\s+(?:UNIQUE\\s+)?INDEX\\s+(?:[\'"`\\[]?\\w+[\'"`\\]]?\\.)?[\'"`\\[]?\\w+[\'"`\\]]?\\s+(ON\\s+[\'"`\\[]?\\w+[\'"`\\]]?)\\s*(\\((\\s*(?:\\s*[\'"`\\[]?\\w+[\'"`\\]]?\\s*,\\s*)*[\'"`\\[]?\\w+[\'"`\\]]?\\s*)\\))\\s*$#Di', $create_sql, $match); // Fix the table name to the new table $create_sql = str_replace($match[1], preg_replace('#(?:`|\'|"|\\[|\\b)?' . preg_quote($data['table'], '#') . '(?:`|\'|"|\\]|\\b)?#i', '"' . $data['new_table_name'] . '"', $match[1]), $create_sql); // We change the name of the index to keep it in sync // with the new table name $new_name = preg_replace('#^' . preg_quote($data['table'], '#') . '_#i', $data['new_table_name'] . '_', $name); $create_sql = preg_replace('#[\'"`\\[]?' . preg_quote($name, '#') . '[\'"`\\]]?(\\s+ON\\s+)#i', '"' . $new_name . '"\\1', $create_sql); $extra_statements[] = $create_sql; $this->addSQLiteIndex($new_name, $data['new_table_name'], $create_sql); } $column_names = $this->getSQLiteColumns($data['table']); $extra_statements[] = $this->database->escape("INSERT INTO %r (%r) SELECT %r FROM %r", $data['new_table_name'], $column_names, $column_names, $data['table']); $extra_statements = array_merge($extra_statements, $create_statements); $extra_statements = array_merge($extra_statements, $this->database->preprocess("DROP TABLE %r", array($data['table']), TRUE)); // SQLite 3 natively supports renaming tables, but it does not fix // references to the old table name inside of trigger bodies } else { // We add the rename SQL in the middle so it happens after we drop the // foreign key constraints and before we re-add them $extra_statements[] = $sql; $this->addSQLiteTable($data['new_table_name'], preg_replace('#^\\s*CREATE\\s+TABLE\\s+[\'"\\[`]?\\w+[\'"\\]`]?\\s+#i', 'CREATE TABLE "' . $data['new_table_name'] . '" ', $this->getSQLiteCreateTable($data['table']))); $this->removeSQLiteTable($data['table']); // Copy the trigger definitions to the new table name foreach ($this->getSQLiteTriggers() as $name => $trigger) { if ($trigger['table'] == $data['table']) { $this->addSQLiteTrigger($name, $data['new_table_name'], $trigger['sql']); } } // Move the index definitions to the new table name foreach ($this->getSQLiteIndexes($data['table']) as $name => $index) { $this->addSQLiteIndex($name, $data['new_table_name'], preg_replace('#(\\s+ON\\s+)["\'`\\[]?\\w+["\'`\\]]?#', '\\1"' . preg_quote($data['new_table_name'], '#') . '"', $index['sql'])); } foreach ($this->getSQLiteTriggers() as $name => $trigger) { $create_sql = $trigger['sql']; $create_sql = preg_replace('#( on table )"' . $data['table'] . '"#i', '\\1"' . $data['new_table_name'] . '"', $create_sql); $create_sql = preg_replace('#(\\s+FROM\\s+)(`' . $data['table'] . '`|"' . $data['table'] . '"|\'' . $data['table'] . '\'|' . $data['table'] . '|\\[' . $data['table'] . '\\])#i', '\\1"' . $data['new_table_name'] . '"', $create_sql); if ($create_sql != $trigger['sql']) { $extra_statements[] = $this->database->escape("DROP TRIGGER %r", $name); $this->removeSQLiteTrigger($name); $this->addSQLiteTrigger($name, $data['new_table_name'], $create_sql); $extra_statements[] = $create_sql; } } } // Here we recreate the references that we dropped at the beginning foreach ($foreign_keys as $foreign_key) { $extra_statements = array_merge($extra_statements, $this->database->preprocess("ALTER TABLE %r ADD FOREIGN KEY (%r) REFERENCES %r(%r) ON UPDATE " . $foreign_key['on_update'] . " ON DELETE " . $foreign_key['on_delete'], array($foreign_key['table'], $foreign_key['column'], $data['new_table_name'], $foreign_key['foreign_column']), TRUE)); } // Remove any nested transactions $extra_statements = array_diff($extra_statements, array("BEGIN", "COMMIT")); // Since the actual rename or create/drop has to happen after adjusting // foreign keys, we previously added it in the appropriate place and // now need to provide the first statement to be run return array_shift($extra_statements); }
/** * Translates `LIMIT x OFFSET x` to `ROW_NUMBER() OVER (ORDER BY)` syntax * * @param string $sql The SQL to translate * @return string The translated SQL */ private function translateLimitOffsetToRowNumber($sql) { // Regex details: // 1 - The SELECT clause // 2 - () recursion handler // 3 - FROM clause // 4 - () recursion handler // 5 - ORDER BY clause // 6 - () recursion handler // 7 - LIMIT number // 8 - OFFSET number preg_match_all('#select((?:(?:(?!\\sfrom\\s)[^()])+|\\(((?:[^()]+|\\((?2)\\))*)\\))*\\s)(from(?:(?:(?!\\slimit\\s|\\sorder by\\s)[^()])+|\\(((?:[^()]+|\\((?4)\\))*)\\))*\\s)(order by(?:(?:(?!\\slimit\\s)[^()])+|\\(((?:[^()]+|\\((?6)\\))*)\\))*\\s)?limit\\s+(\\d+)(?:\\s+offset\\s+(\\d+))?#i', $sql, $matches, PREG_SET_ORDER); foreach ($matches as $match) { if ($this->database->getType() == 'mssql') { // This means we have an offset clause if (!empty($match[8])) { if ($match[5] === '') { $match[5] = "ORDER BY rand(1) ASC"; } $select = $match[1] . ', ROW_NUMBER() OVER ('; $select .= $match[5]; $select .= ') AS flourish__row__num '; $select .= $match[3]; $replacement = 'SELECT * FROM (SELECT ' . trim($match[1]) . ', ROW_NUMBER() OVER (' . $match[5] . ') AS flourish__row__num ' . $match[3] . ') AS original_query WHERE flourish__row__num > ' . $match[8] . ' AND flourish__row__num <= ' . ($match[7] + $match[8]) . ' ORDER BY flourish__row__num'; // Otherwise we just have a limit } else { $replacement = 'SELECT TOP ' . $match[7] . ' ' . trim($match[1] . $match[3] . $match[5]); } // While Oracle has the row_number() construct, the rownum pseudo-column is better } elseif ($this->database->getType() == 'oracle') { // This means we have an offset clause if (!empty($match[8])) { $replacement = 'SELECT * FROM (SELECT flourish__sq.*, rownum flourish__row__num FROM (SELECT' . $match[1] . $match[3] . $match[5] . ') flourish__sq WHERE rownum <= ' . ($match[7] + $match[8]) . ') WHERE flourish__row__num > ' . $match[8]; // Otherwise we just have a limit } else { $replacement = 'SELECT * FROM (SELECT' . $match[1] . $match[3] . $match[5] . ') WHERE rownum <= ' . $match[7]; } } elseif ($this->database->getType() == 'db2') { // This means we have an offset clause if (!empty($match[8])) { if ($match[5] === '') { $match[5] = "ORDER BY rand(1) ASC"; } $select = $match[1] . ', ROW_NUMBER() OVER ('; $select .= $match[5]; $select .= ') AS flourish__row__num '; $select .= $match[3]; $replacement = 'SELECT * FROM (SELECT ' . trim($match[1]) . ', ROW_NUMBER() OVER (' . $match[5] . ') AS flourish__row__num ' . $match[3] . ') AS original_query WHERE flourish__row__num > ' . $match[8] . ' AND flourish__row__num <= ' . ($match[7] + $match[8]) . ' ORDER BY flourish__row__num'; // Otherwise we just have a limit } else { $replacement = 'SELECT ' . trim($match[1] . $match[3] . $match[5]) . ' FETCH FIRST ' . $match[7] . ' ROWS ONLY'; } } $sql = str_replace($match[0], $replacement, $sql); } return $sql; }
$GLOBALS['ALERTS_TIME_OFFSET'] = 1; // Allow loading GLOBAL overrides if (file_exists(TATTLE_ROOT . "/inc/config.override.php")) { include_once TATTLE_ROOT . "/inc/config.override.php"; } //Load in plugin files $GLOBALS['hooks'] = array(); foreach (glob("plugins/*_plugin.php") as $plugin) { include_once $plugin; } // Check to make sure the session folder exists $config_error = ''; $config_exit = false; if ($GLOBALS['DATABASE_TYPE'] == 'mysql') { try { $db = new fDatabase('mysql', $GLOBALS['DATABASE_NAME'], $GLOBALS['DATABASE_USER'], $GLOBALS['DATABASE_PASS'], $GLOBALS['DATABASE_HOST'], $GLOBALS['DATABASE_PORT']); // Please note that calling this method is not required, and simply // causes an exception to be thrown if the connection can not be made $db->connect(); } catch (fAuthorizationException $e) { $config_error = "DB error : " . $e->getMessage(); $config_exit = true; } catch (fConnectivityException $e) { $config_error = "DB error : " . $e->getMessage(); $config_exit = true; } } else { $config_error = "Unsupported database type : " . $GLOBALS['DATABASE_TYPE']; $config_exit = true; } if (!$config_exit) {
/** * Adds `WHERE` params to the SQL for the primary keys of this record set * * @param fDatabase $db The database the query will be executed on * @param fSchema $schema The schema for the database * @param array $params The parameters for the fDatabase::query() call * @param string $route The route to this table from another table * @return array The params with the `WHERE` clause added */ private function addWhereParams($db, $schema, $params, $route = NULL) { $table = fORM::tablize($this->class); $table_with_route = $route ? $table . '{' . $route . '}' : $table; $pk_columns = $schema->getKeys($table, 'primary'); // We have a multi-field primary key, making things kinda ugly if (sizeof($pk_columns) > 1) { $escape_pk_columns = array(); foreach ($pk_columns as $pk_column) { $escaped_pk_columns[$pk_column] = $db->escape('%r', $table_with_route . '.' . $pk_column); } $column_info = $schema->getColumnInfo($table); $conditions = array(); foreach ($this->getPrimaryKeys() as $primary_key) { $sub_conditions = array(); foreach ($pk_columns as $pk_column) { $value = $primary_key[$pk_column]; // This makes sure the query performs the way an insert will if ($value === NULL && $column_info[$pk_column]['not_null'] && $column_info[$pk_column]['default'] !== NULL) { $value = $column_info[$pk_column]['default']; } $sub_conditions[] = str_replace('%r', $escaped_pk_columns[$pk_column], fORMDatabase::makeCondition($schema, $table, $pk_column, '=', $value)); $params[] = $value; } $conditions[] = join(' AND ', $sub_conditions); } $params[0] .= '(' . join(') OR (', $conditions) . ')'; // We have a single primary key field, making things nice and easy } else { $first_pk_column = $pk_columns[0]; $params[0] .= $db->escape('%r IN ', $table_with_route . '.' . $first_pk_column); $params[0] .= '(' . $schema->getColumnInfo($table, $first_pk_column, 'placeholder') . ')'; $params[] = $this->getPrimaryKeys(); } return $params; }
public function testConnectFailDatabase() { if (DB_TYPE == 'sqlite') { $this->markTestSkipped(); } try { $db = new fDatabase(DB_TYPE, 'baddb', DB_USERNAME, DB_PASSWORD, DB_HOST, DB_PORT, 2); $db->connect(); } catch (fNotFoundException $e) { $this->assertEquals('Unable to connect to database - database specified not found', $e->getMessage()); } $db->__destruct(); }
$GLOBALS['TIMEZONE'] = 'America/New_York'; // Allow loading GLOBAL overrides if (file_exists(TATTLE_ROOT . "/inc/config.override.php")) { include_once TATTLE_ROOT . "/inc/config.override.php"; } //Load in plugin files $GLOBALS['hooks'] = array(); foreach (glob("plugins/*_plugin.php") as $plugin) { include_once $plugin; } // Check to make sure the session folder exists $config_error = ''; $config_exit = false; try { //Set DB connection (using flourish it isn't actually connected to until the first use) $mysql_db = new fDatabase('mysql', $GLOBALS['DATABASE_NAME'], $GLOBALS['DATABASE_USER'], $GLOBALS['DATABASE_PASS'], $GLOBALS['DATABASE_HOST']); // Please note that calling this method is not required, and simply // causes an exception to be thrown if the connection can not be made $mysql_db->connect(); } catch (fAuthorizationException $e) { $config_error = "DB error : " . $e->getMessage(); $config_exit = true; } //Connect the db to the ORM functions fORMDatabase::attach($mysql_db); $default_plugin_settings = plugin_hook('plugin_settings'); $default_plugin_user_settings = plugin_hook('plugin_user_settings'); $send_methods = plugin_hook('send_methods'); $current_plugin_settings = Setting::findAll(array('type=' => 'system')); $plugin_settings = $default_plugin_settings; $plugin_user_settings = $default_plugin_user_settings;
public function submit() { try { // invitation information $email = trim(fRequest::get('email')); $stuid = trim(fRequest::get('stuid', 'integer', 0)); $realname = trim(fRequest::get('realname')); // account information $username = trim(fRequest::get('username')); $password = fRequest::get('password'); $confirm = fRequest::get('confirm'); if (empty($email)) { throw new fValidationException('请填入Email地址'); } if (!filter_var($email, FILTER_VALIDATE_EMAIL)) { throw new fValidationException('请填入合法的Email地址'); } if (empty($stuid)) { throw new fValidationException('请填入学号'); } if (empty($realname)) { throw new fValidationException('请填入真实姓名'); } if (empty($username)) { throw new fValidationException('请填入用户名'); } if (empty($password)) { throw new fValidationException('请填入密码'); } if (empty($confirm)) { throw new fValidationException('请确认密码'); } if ($password != $confirm) { throw new fValidationException('两次输入的密码不一致'); } if (strlen($password) < 8) { throw new fValidationException('密码太短(至少为8个字符)'); } if (strlen($username) < 3) { throw new fValidationException('用户名太短(至少为3个字符)'); } if (strlen($username) > 80) { throw new fValidationException('用户名太长(最多80个字符)'); } if (!preg_match('/^[a-z0-9]+$/', $username)) { throw new fValidationException('用户名中只允许出现小写字母和数字'); } if (!Name::existid($realname, $stuid)) { throw new fValidationException('无效的用户信息(请务必填写用于注册的本科学号,并使用中文姓名注册)'); } $h = acm_userpass_hash($password); try { $udb = new fDatabase('mysql', UDB_NAME, UDB_USER, UDB_PASS, UDB_HOST); $udb->translatedQuery('INSERT INTO users(name,pass,salt,iter,status,email,display_name,created_at,updated_at)' . 'VALUES(%s,%s,%s,%i,2,%s,%s,now(),now())', $username, $h['pass'], $h['salt'], $h['iter'], $email, $realname); } catch (fException $e) { throw new fValidationException('用户名已存在,或该邮件地址已经注册过'); } //Invitation::markRegistered($email, $invitecode); Name::markRegistered($realname, $stuid); Activity::fireRegister(); $this->ajaxReturn(array('result' => 'success')); } catch (fException $e) { $this->ajaxReturn(array('result' => 'failure', 'message' => $e->getMessage())); } }
/** * Finds all of the table names in the SQL and creates the appropriate `FROM` and `GROUP BY` clauses with all necessary joins * * The SQL string should contain two placeholders, `:from_clause` and * `:group_by_clause`. All columns should be qualified with their full table * name. Here is an example SQL string to pass in presumming that the * tables users and groups are in a relationship: * * {{{ * SELECT users.* FROM :from_clause WHERE groups.group_id = 5 :group_by_clause ORDER BY lower(users.first_name) ASC * }}} * * @internal * * @param fDatabase $db The database the query is to be executed on * @param fSchema $schema The schema for the database * @param array $params The parameters for the fDatabase::query() call * @param string $table The main table to be queried * @return array The params with the SQL `FROM` and `GROUP BY` clauses injected */ public static function injectFromAndGroupByClauses($db, $schema, $params, $table) { $table = self::cleanTableName($schema, $table); $joins = array(); if (strpos($params[0], ':from_clause') === FALSE) { throw new fProgrammerException('No %1$s placeholder was found in:%2$s', ':from_clause', "\n" . $params[0]); } if (strpos($params[0], ':group_by_clause') === FALSE && !preg_match('#group\\s+by#i', $params[0])) { throw new fProgrammerException('No %1$s placeholder was found in:%2$s', ':group_by_clause', "\n" . $params[0]); } $has_group_by_placeholder = strpos($params[0], ':group_by_clause') !== FALSE ? TRUE : FALSE; // Separate the SQL from quoted values preg_match_all("#(?:'(?:''|\\\\'|\\\\[^']|[^'\\\\])*')|(?:[^']+)#", $params[0], $matches); $table_alias = $table; $used_aliases = array(); $table_map = array(); // If we are not passing in existing joins, start with the specified table if (!$joins) { $joins[] = array('join_type' => 'none', 'table_name' => $table, 'table_alias' => $table_alias); } $used_aliases[] = $table_alias; foreach ($matches[0] as $match) { if ($match[0] != "'") { // This removes quotes from around . in the {route} specified of a shorthand column name $match = preg_replace('#(\\{\\w+)"\\."(\\w+\\})#', '\\1.\\2', $match); //fCore::expose($match); preg_match_all('#(?<!\\w|"|=>)((?:"?((?:\\w+"?\\."?)?\\w+)(?:\\{([\\w.]+)\\})?"?=>)?("?(?:\\w+"?\\."?)?\\w+)(?:\\{([\\w.]+)\\})?"?)\\."?\\w+"?(?=[^\\w".{])#m', $match, $table_matches, PREG_SET_ORDER); foreach ($table_matches as $table_match) { if (!isset($table_match[5])) { $table_match[5] = NULL; } if (!empty($table_match[2])) { $table_match[2] = self::cleanTableName($schema, $table_match[2]); } $table_match[4] = self::cleanTableName($schema, $table_match[4]); if (in_array($db->getType(), array('oracle', 'db2'))) { foreach (array(2, 3, 4, 5) as $subpattern) { if (isset($table_match[$subpattern])) { $table_match[$subpattern] = strtolower($table_match[$subpattern]); } } } // This is a related table that is going to join to a once-removed table if (!empty($table_match[2])) { $related_table = $table_match[2]; $route = fORMSchema::getRouteName($schema, $table, $related_table, $table_match[3]); $join_name = $table . '_' . $related_table . '{' . $route . '}'; $once_removed_table = $table_match[4]; // Add the once removed table to the aliases in case we also join directly to it // which may cause the replacements later in this method to convert first to the // real table name and then from the real table to the real table's alias if (!in_array($once_removed_table, $used_aliases)) { $used_aliases[] = $once_removed_table; } self::createJoin($schema, $table, $table_alias, $related_table, $route, $joins, $used_aliases); $route = fORMSchema::getRouteName($schema, $related_table, $once_removed_table, $table_match[5]); $join_name = self::createJoin($schema, $related_table, $joins[$join_name]['table_alias'], $once_removed_table, $route, $joins, $used_aliases); $table_map[$table_match[1]] = $db->escape('%r', $joins[$join_name]['table_alias']); // Remove the once removed table from the aliases so we also join directly to it without an alias unset($used_aliases[array_search($once_removed_table, $used_aliases)]); // This is a related table } elseif (($table_match[4] != $table || fORMSchema::getRoutes($schema, $table, $table_match[4])) && self::cleanTableName($schema, $table_match[1]) != $table) { $related_table = $table_match[4]; $route = fORMSchema::getRouteName($schema, $table, $related_table, $table_match[5]); // If the related table is the current table and it is a one-to-many we don't want to join if ($table_match[4] == $table) { $one_to_many_routes = fORMSchema::getRoutes($schema, $table, $related_table, 'one-to-many'); if (isset($one_to_many_routes[$route])) { $table_map[$table_match[1]] = $db->escape('%r', $table_alias); continue; } } $join_name = self::createJoin($schema, $table, $table_alias, $related_table, $route, $joins, $used_aliases); $table_map[$table_match[1]] = $db->escape('%r', $joins[$join_name]['table_alias']); } } } } // Determine if we joined a *-to-many relationship $joined_to_many = FALSE; foreach ($joins as $name => $join) { if (is_numeric($name)) { continue; } if (substr($name, -5) == '_join') { $joined_to_many = TRUE; break; } $main_table = preg_replace('#_' . $join['table_name'] . '{\\w+}$#iD', '', $name); $second_table = $join['table_name']; $route = preg_replace('#^[^{]+{([\\w.]+)}$#D', '\\1', $name); $routes = fORMSchema::getRoutes($schema, $main_table, $second_table, '*-to-many'); if (isset($routes[$route])) { $joined_to_many = TRUE; break; } } $found_order_by = FALSE; $from_clause = self::createFromClauseFromJoins($db, $joins); // If we are joining on a *-to-many relationship we need to group by the // columns in the main table to prevent duplicate entries if ($joined_to_many) { $column_info = $schema->getColumnInfo($table); $columns = array(); foreach ($column_info as $column => $info) { $columns[] = $table . '.' . $column; } $group_by_columns = $db->escape('%r ', $columns); $group_by_clause = ' GROUP BY ' . $group_by_columns; } else { $group_by_clause = ' '; $group_by_columns = ''; } // Put the SQL back together $new_sql = ''; $preg_table_pattern = preg_quote($table, '#') . '\\.|' . preg_quote('"' . $table . '"', '#') . '\\.'; foreach ($matches[0] as $match) { $temp_sql = $match; // Get rid of the => notation and the :from_clause placeholder if ($match[0] !== "'") { // This removes quotes from around . in the {route} specified of a shorthand column name $temp_sql = preg_replace('#(\\{\\w+)"\\."(\\w+\\})#', '\\1.\\2', $match); foreach ($table_map as $arrow_table => $alias) { $temp_sql = preg_replace('#(?<![\\w"])' . preg_quote($arrow_table, '#') . '(?!=[\\w"])#', $alias, $temp_sql); } // In the ORDER BY clause we need to wrap columns in if ($found_order_by && $joined_to_many) { $temp_sql = preg_replace('#(?<!avg\\(|count\\(|max\\(|min\\(|sum\\(|cast\\(|case |when |"|avg\\("|count\\("|max\\("|min\\("|sum\\("|cast\\("|case "|when "|\\{)\\b((?!' . $preg_table_pattern . ')("?\\w+"?\\.)?"?\\w+"?\\."?\\w+"?)(?![^\\w."])#i', 'max(\\1)', $temp_sql); } if ($joined_to_many && preg_match('#order\\s+by#i', $temp_sql)) { $order_by_found = TRUE; $parts = preg_split('#(order\\s+by)#i', $temp_sql, -1, PREG_SPLIT_DELIM_CAPTURE); $parts[2] = $temp_sql = preg_replace('#(?<!avg\\(|count\\(|max\\(|min\\(|sum\\(|cast\\(|case |when |"|avg\\("|count\\("|max\\("|min\\("|sum\\("|cast\\("|case "|when "|\\{)\\b((?!' . $preg_table_pattern . ')("?\\w+"?\\.)?"?\\w+"?\\."?\\w+"?)(?![^\\w."])#i', 'max(\\1)', $parts[2]); $temp_sql = join('', $parts); } $temp_sql = str_replace(':from_clause', $from_clause, $temp_sql); if ($has_group_by_placeholder) { $temp_sql = preg_replace('#\\s:group_by_clause(\\s|$)#', strtr($group_by_clause, array('\\' => '\\\\', '$' => '\\$')), $temp_sql); } elseif ($group_by_columns) { $temp_sql = preg_replace('#(\\sGROUP\\s+BY\\s((?!HAVING|ORDER\\s+BY).)*)\\s#i', '\\1, ' . strtr($group_by_columns, array('\\' => '\\\\', '$' => '\\$')), $temp_sql); } } $new_sql .= $temp_sql; } $params[0] = $new_sql; return $params; }
<?php $page = 'wiki'; require '../header.php'; if (!$user) { fURL::redirect('/login.php?forward=/members/wiki.php'); } ?> <h2>Wiki Account</h2> <?php if ($user->isMember()) { $email = $user->getEmail(); // Make database connection. require $_SERVER['DOCUMENT_ROOT'] . '/../var/mediawiki.php'; $db = new fDatabase($type, $database, $username, $password, $host, $port); // Link or unlink a user. if ((array_key_exists('link', $_POST) || array_key_exists('unlink', $_POST)) && array_key_exists('wikiuser', $_POST)) { fRequest::validateCSRFToken($_POST['token']); $user = (int) $_POST['wikiuser']; // Check that the MediaWiki and Hackspace e-mails match (and the former is confirmed). try { $db->translatedQuery('SELECT user_id FROM mwuser WHERE user_id=%i AND user_email=%s AND user_email_authenticated IS NOT NULL', $user, $email)->fetchRow(); if (array_key_exists('link', $_POST)) { // Check that the MediaWiki user is not already a member of the 'sysop' group. try { $db->translatedQuery('SELECT ug_user FROM user_groups WHERE ug_user=%i AND ug_group=\'sysop\'', $user)->fetchRow(); } catch (fNoRowsException $e) { // Add the MediaWiki user to the 'sysop' group. $db->translatedQuery('INSERT INTO user_groups VALUES (%i,\'sysop\')', $user); } } elseif (array_key_exists('unlink', $_POST)) {