public function fetchAll($how = NULL, $class_name = NULL, $ctor_args = NULL)
{
if ($how === null) {
$how = $this->_parent->getAttribute(PDO::ATTR_DEFAULT_FETCH_MODE);
}
switch ($how) {
case PDO::FETCH_ASSOC:
case PDO::FETCH_BOTH:
break;
default:
throw new UnsupportedFetchMode("FetchMode {$how} is not supported by PgBabylon");
}
$result = [];
while ($r = $this->fetch($how)) {
$result[] = $r;
}
return $result;
}
/**
* Prepares a statement for execution and returns a statement object
*
* @link http://php.net/manual/en/pdo.prepare.php
* @param string $statement This must be a valid SQL statement for the target database server.
* @param array $driver_options [optional] <p>
* This array holds one or more key=>value pairs to set
* attribute values for the <b>PDOStatement</b> object that this method
* returns.
* You would use to set PgBabylon\PDO::AUTO_COLUMN_BINDING to request PgBabylon autobinding query columns
* to native PHP types.<br>
* Warning 1: This is expensive because, for each column (not row) of the statement, a query
* to pgsql server is made to get native type information.<br>
*
* You would most commonly use this to set the
* <b>PDO::ATTR_CURSOR</b> value to
* <b>PDO::CURSOR_SCROLL</b> to request a scrollable cursor.
* Some drivers have driver specific options that may be set at
* prepare-time.
* </p>
*
* @return PDOStatement If the database server successfully prepares the statement,
* <b>PDO::prepare</b> returns a
* <b>PDOStatement</b> object.
* If the database server cannot successfully prepare the statement,
* <b>PDO::prepare</b> returns <b>FALSE</b> or emits
* <b>PDOException</b> (depending on error handling).
* </p>
* <p>
*
* @throws \PDOException
*/
public function prepare($statement, $driver_options = null)
{
// Specific pgbabylon options
$pgbabylonOptions = [];
if ($driver_options === self::AUTO_COLUMN_BINDING || is_array($driver_options) && in_array(self::AUTO_COLUMN_BINDING, $driver_options)) {
$pgbabylonOptions[] = self::AUTO_COLUMN_BINDING;
$driver_options = is_array($driver_options) ? array_filter($driver_options, function ($v) {
return !$v === self::AUTO_COLUMN_BINDING;
}) : null;
}
if ($driver_options === self::USE_ORIGINAL_PDO_STATEMENT || is_array($driver_options) && in_array(self::USE_ORIGINAL_PDO_STATEMENT, $driver_options)) {
$driver_options = is_array($driver_options) ? array_filter($driver_options, function ($v) {
return !$v === self::AUTO_COLUMN_BINDING;
}) : null;
return parent::prepare($statement, is_null($driver_options) ? [] : $driver_options);
}
/*
$sth = parent::prepare($statement, is_null($driver_options) ? [] : $driver_options);
if($sth === false)
return false;
*/
return new PDOStatement($statement, $driver_options, $pgbabylonOptions, $this);
}
}
rmdir(__TESTS_TEMP_DIR__);
}
});
if ($result === 0 && mkdir(__TESTS_TEMP_DIR__)) {
try {
@exec(sprintf("pg_ctl init -D \"%s\" >/dev/null 2>&1", __TESTS_TEMP_DIR__), $output, $result);
if ($result !== 0) {
throw new \Exception(sprintf("Unable to init db in temp dir %s", __TESTS_TEMP_DIR__));
}
@exec(sprintf("pg_ctl -w -l \"%s/postgres.log\" -o \"-k '%s'\" start -D \"%s\" >/dev/null 2>&1", __TESTS_TEMP_DIR__, __TESTS_TEMP_DIR__, __TESTS_TEMP_DIR__), $output, $result);
if ($result !== 0) {
throw new \Exception("Unable to start test db");
}
define('__DB_RUNNING__', true);
$pdo = new PDO(sprintf("pgsql:host=%s dbname=template1", __TESTS_TEMP_DIR__));
$r = $pdo->query("SELECT version()");
if ($r === false) {
throw new \Exception("Unable to check version of test postgresql");
}
if ($r->rowCount() !== 1) {
throw new \Exception("SELECT version() returned 0 rows");
}
if (!preg_match("/^PostgreSQL ([0-9.]{3})/", $r->fetchAll(PDO::FETCH_ASSOC)[0]['version'], $regs)) {
throw new \Exception("Unable to get version from PostgreSQL version() stored procedure");
}
define('__PGSQL_VERSION__', $regs[1]);
echo sprintf("INFO: PostgreSQL %s server running with datadir %s\r\n", __PGSQL_VERSION__, __TESTS_TEMP_DIR__);
} catch (Exception $e) {
if (!defined('__DB_RUNNING__')) {
define('__DB_RUNNING__', false);
