function test_dataOut()
{
$input_data = array(array("col_1" => 1, "col_2" => "1", "col_3" => 17384, "col_4" => 29411, "col_5" => 4871312, "col_6" => "43.71175", "col_7" => 32871, "col_8" => "test_string", "col_9" => array("val_1" => 1, "val_2" => "test_01", "val_3" => 17.239), "col_10" => array("val_1" => (string) 1, "val_2" => (string) -23580, "val_3" => (string) 17.239), "col_11" => array("val_1" => (double) 2, "val_2" => (double) -27450, "val_3" => (double) -26.17239), "col_12" => (int) mktime(0, 0, 0, 11, 21, 2010), "col_13" => (int) mktime(18, 44, 52, 11, 21, 2010), "col_14" => array('lat' => 23.417, 'lon' => 17.449)));
// Set the disable_typecast flags to prevent FOX_db from automatically typecasting data
// written to / read from the datyabase
$this->tdb->disable_typecast_write = true;
$this->tdb->disable_typecast_read = true;
// Load the test data into the database. Because $disable_typecast_write is set it will be
// stored *exactly* as sent in to the db
try {
$result = $this->tdb->runInsertQueryMulti(self::$struct, $input_data, $columns = null, $ctrl = null);
} catch (FOX_exception $child) {
$this->fail($child->dumpString(array('depth' => 50, 'data' => true)));
}
$this->assertEquals(1, $result, 'runInsertQueryMulti() reported adding wrong number of rows');
// Get the "types" array for the test data by running the query's "builder" function and extracting it from the result
try {
$result = $this->tdb->builder->buildSelectQueryCol(self::$struct, $col = 'col_1', $op = "=", $val = '1', $columns = null, $ctrl = array("format" => "row_object"));
} catch (FOX_exception $child) {
$this->fail($child->dumpString(array('depth' => 50, 'data' => true)));
}
$types = $result["types"];
// Fetch the test data into the database. Because $disable_typecast_read is set it will be
// returned *exactly* as stored in the db
try {
$sql_result = $this->tdb->runSelectQueryCol(self::$struct, $col = 'col_1', $op = "=", $val = '1', $columns = null, $ctrl = array("format" => "row_object"));
} catch (FOX_exception $child) {
$this->fail($child->dumpString(array('depth' => 50, 'data' => true)));
}
// Run the returned test data through the query result typecaster, then compare the result to the check array.
$check_data = new stdClass();
$check_data->col_1 = true;
$check_data->col_2 = true;
$check_data->col_3 = (int) 17384;
$check_data->col_4 = (int) 29411;
$check_data->col_5 = (double) 4871312;
$check_data->col_6 = (double) 43.71175;
$check_data->col_7 = (string) "32871";
$check_data->col_8 = (string) "test_string";
$check_data->col_9 = array("val_1" => 1, "val_2" => "test_01", "val_3" => 17.239);
$check_data->col_10 = array("val_1" => (string) 1, "val_2" => (string) -23580, "val_3" => (string) 17.239);
$check_data->col_11 = array("val_1" => (double) 2, "val_2" => (double) -27450, "val_3" => (double) -26.17239);
$check_data->col_12 = (int) mktime(0, 0, 0, 11, 21, 2010);
$check_data->col_13 = (int) mktime(18, 44, 52, 11, 21, 2010);
$check_data->col_14 = array('lat' => 23.417, 'lon' => 17.449);
$cst = new FOX_cast();
try {
$result = $cst->queryResult($format = "row_object", $sql_result, $types);
} catch (FOX_exception $child) {
$this->fail($child->dumpString(1));
}
$this->assertEquals($check_data, $result);
}
/**
* Prepares a SQL query for safe execution. Uses sprintf()-like syntax.
*
* @version 1.0
* @since 1.0
*
* @param array $args | Query args array
* => VAL @param string [0] | First key in array is query string in vsprintf() format
* => VAL @param mixed [N] | Each successive key is a var referred to in the query string
*
* @return string | Prepared query string
*/
function prepare($query, $params = null)
{
// Force floats to be locale unaware
$query = preg_replace('|(?<!%)%f|', '%F', $query);
// Quote the strings, avoiding escaped strings like %%s
$query = preg_replace('|(?<!%)%s|', "'%s'", $query);
// Replace our %r raw string token with an unquoted %s
$query = preg_replace('|(?<!%)%r|', "%s", $query);
$escaped_params = array();
if ($params) {
$cast = new FOX_cast();
foreach ($params as $param) {
if (!FOX_sUtil::keyExists('escape', $param) || !FOX_sUtil::keyExists('val', $param) || !FOX_sUtil::keyExists('php', $param) || !FOX_sUtil::keyExists('sql', $param)) {
$text = "SAFETY INTERLOCK TRIP [ANTI SQL-INJECTION] - All data objects passed to the ";
$text .= "database driver must include 'val', 'escape', 'php', and 'sql' parameters. This ";
$text .= "interlock cannot be disabled.";
throw new FOX_exception(array('numeric' => 1, 'text' => $text, 'data' => $param, 'file' => __FILE__, 'class' => __CLASS__, 'function' => __FUNCTION__, 'line' => __LINE__, 'child' => null));
}
try {
$cast_val = $cast->PHPToSQL($param['val'], $param['php'], $param['sql']);
} catch (FOX_exception $child) {
throw new FOX_exception(array('numeric' => 2, 'text' => "Error while casting parameter", 'data' => array("val" => $param['val'], "php" => $param['php'], "sql" => $param['sql']), 'file' => __FILE__, 'class' => __CLASS__, 'function' => __FUNCTION__, 'line' => __LINE__, 'child' => $child));
}
if ($param['escape'] !== false) {
// NOTE: parameters are in reverse order from mysqli_real_escape_string()
$escaped_params[] = mysql_real_escape_string($cast_val, $this->dbh);
} else {
$escaped_params[] = $cast_val;
}
}
unset($param);
}
$result = vsprintf($query, $escaped_params);
return $result;
}
/**
* Builds an indate [INsert-upDATE] query for processing by $wpdb->prepare().
*
* @version 1.0
* @since 1.0
*
* @param array $struct | Structure of the db table, @see class FOX_db header for examples
*
* @param array/object $data | Class with $column_1, $column_2 in the namespace, or array of the form ("column_1"=>"value_1", "column_2"=>"value_2")
* => KEY @param string | Name of the db column this key describes
* => VAL @param int/string | Value to assign to the column
*
* @param bool/array $columns | Columns to use in query. NULL to select all columns.
* => VAL @param string $mode | Column operating mode. "include" | "exclude"
* => VAL @param string/array $col | Single column name as string. Multiple column names as array of strings
*
* @return array | Exception on failure. Query array on success.
*/
public function buildIndateQuery($struct, $data, $columns = null)
{
// Switch between unit test mode (pass as array) and
// normal mode (pass as class name)
// ====================================================
if (is_string($struct)) {
$struct = call_user_func(array($struct, '_struct'));
}
// ====================================================
$params_list = array();
$columns_list = array();
$columns_list = array_keys($struct["columns"]);
// Handle data passed as array where the array has missing
// or nonexistent db column names
// =====================================================
if (is_array($data)) {
$columns_list = array_intersect($columns_list, array_keys($data));
}
// Include or exclude one or more columns from the query
// ######################################################
if ($columns != null) {
if (!is_array($columns["col"])) {
// Handle single column name as string
$temp = array();
$temp[0] = $columns["col"];
$columns["col"] = $temp;
}
if ($columns["mode"] == "include") {
$column_names = array_intersect($columns_list, $columns["col"]);
} elseif ($columns["mode"] == "exclude") {
$column_names = array_diff($columns_list, $columns["col"]);
}
} else {
$column_names = $columns_list;
}
// Build the INSERT columns string
// ######################################################
$columns_count = count($column_names) - 1;
$columns_left = $columns_count;
foreach ($column_names as $column_name) {
$insert_columns_string .= $column_name;
if ($columns_left != 0) {
$insert_columns_string .= ", ";
$columns_left--;
}
}
// CASE 1 - Array Mode
// ==============================
if (is_array($data)) {
$cast = new FOX_cast();
$query_formats .= "(";
$columns_left = $columns_count;
foreach ($column_names as $column_name) {
$query_formats .= $struct["columns"][$column_name]["format"];
$in_type = $struct["columns"][$column_name]["php"];
$out_type = $struct["columns"][$column_name]["sql"];
if ($struct["columns"][$column_name]["format"] == "%r") {
$escape = false;
} else {
$escape = true;
}
$params_list[] = array('escape' => $escape, 'val' => $cast->PHPToSQL($data[$column_name], $in_type, $out_type));
if ($columns_left != 0) {
$query_formats .= ", ";
$columns_left--;
}
}
$query_formats .= ")";
} else {
$columns_left = $columns_count;
$cast = new FOX_cast();
$query_formats .= "(";
foreach ($column_names as $column_name) {
$query_formats .= $struct["columns"][$column_name]["format"];
$in_type = $struct["columns"][$column_name]["php"];
$out_type = $struct["columns"][$column_name]["sql"];
if ($struct["columns"][$column_name]["format"] == "%r") {
$escape = false;
} else {
$escape = true;
}
$params_list[] = array('escape' => $escape, 'val' => $cast->PHPToSQL($data->{$column_name}, $in_type, $out_type));
if ($columns_left != 0) {
$query_formats .= ", ";
$columns_left--;
}
}
$query_formats .= ")";
}
// Build the UPDATE columns string
// ######################################################
$columns_left = $columns_count;
foreach ($column_names as $column_name) {
$update_columns_string .= $column_name . " = " . $struct["columns"][$column_name]["format"];
$in_type = $struct["columns"][$column_name]["php"];
$out_type = $struct["columns"][$column_name]["sql"];
$cast = new FOX_cast();
if ($struct["columns"][$column_name]["format"] == "%r") {
$escape = false;
} else {
$escape = true;
}
if (is_array($data)) {
// Handle data passed as array
$params_list[] = array('escape' => $escape, 'val' => $cast->PHPToSQL($data[$column_name], $in_type, $out_type));
} else {
// Handle data passed as object
$params_list[] = array('escape' => $escape, 'val' => $cast->PHPToSQL($data->{$column_name}, $in_type, $out_type));
}
if ($columns_left != 0) {
$update_columns_string .= ", ";
$columns_left--;
}
}
$query = "INSERT INTO " . $this->base_prefix . $struct["table"] . " (" . $insert_columns_string . ") VALUES " . $query_formats . " ON DUPLICATE KEY UPDATE " . $update_columns_string;
// Merge all return data into an array
// ###############################################################
$result = array('query' => $query, 'params' => $params_list);
return $result;
}
/**
* Runs a query on the database. Returns results in a specific format.
*
* @version 1.0
* @since 1.0
* @link https://github.com/FoxFire/foxfirewiki/DOCS_FOX_db_select_formatter
*
* @param string $sql | SQL query string
*
* @param array $ctrl | Control parameters for the query
* => VAL @param string $format | Return format for query: "col", "row", "var", "array_key_object", "array_key_array"
* "array_key_single", "array_object", "array_array", "raw", or (null)
* @see result formatter headers inside this method for detailed docs
*
* => VAL @see FOX_db::runSelectQuery() and FOX_db::runSelectQueryJoin() for docs on remaining $ctrl options
*
* @return bool | Exception on failure. Query results array on success.
*/
public function runQuery($query, $ctrl = null)
{
$ctrl_default = array('format' => 'raw');
$ctrl = FOX_sUtil::parseArgs($ctrl, $ctrl_default);
if ($this->print_query_args == true) {
ob_start();
print_r($query);
print_r($ctrl);
$out = ob_get_clean();
FOX_debug::addToFile($out);
}
// Handle single parameter as string/int, or multiple
// parameters passed as an array
// ==================================================
if (is_array($query)) {
$sql = $this->driver->prepare($query['query'], $query['params']);
} else {
$sql = $query;
$query = array('types' => array());
$ctrl = array("format" => "raw");
}
// TODO: This prevents PHP from throwing a warning in queryResult() when the table
// builder methods run their queries (which have no return type), but it should be
// improved to prevent queries that are accidentally missing return data types
// from leaking through
if (!array_key_exists('types', $query)) {
$query['types'] = array();
}
if ($this->print_query_sql == true) {
FOX_debug::addToFile($sql);
}
// EXAMPLE TABLE "test_table"
// =================================
// col_1 | col_2 | col_3 | col_4 |
// =================================
// 1 | red | dog | big |
// 2 | green| cat | med |
// 3 | blue | bird | small |
// 4 | black| fish | tiny |
$cast = new FOX_cast();
switch ($ctrl["format"]) {
// VAR
// =============================================================================
// Used when fetching query results that return a single variable.
//
// EXAMPLE: "SELECT COUNT(*) FROM test_table WHERE col_2 = red"
// RESULT: string "1" (all data is returned in string format)
case "var":
try {
$sql_result = $this->driver->get_var($sql);
} catch (FOX_exception $child) {
throw new FOX_exception(array('numeric' => 1, 'text' => "Error in database driver", 'data' => array('query' => $query, 'sql' => $sql), 'file' => __FILE__, 'line' => __LINE__, 'method' => __METHOD__, 'child' => $child));
}
if ($this->print_result_raw == true) {
ob_start();
echo "\nRAW, format = var\n";
print_r($sql_result);
$out = ob_get_clean();
FOX_debug::addToFile($out);
}
if ($this->disable_typecast_read == true) {
$result = $sql_result;
} else {
$result = $cast->queryResult($format = "var", $sql_result, $query["types"]);
if ($this->print_result_cast == true) {
ob_start();
echo "\nCAST, format = var\n";
print_r($result);
$out = ob_get_clean();
FOX_debug::addToFile($out);
}
}
break;
// COL
// =============================================================================
// Used when fetching query results which only contain values from a single column.
//
// EXAMPLE: "SELECT col2 FROM test_table"
// RESULT: array("red", "green", "blue", "black")
// COL
// =============================================================================
// Used when fetching query results which only contain values from a single column.
//
// EXAMPLE: "SELECT col2 FROM test_table"
// RESULT: array("red", "green", "blue", "black")
case "col":
try {
$sql_result = $this->driver->get_col($sql);
} catch (FOX_exception $child) {
throw new FOX_exception(array('numeric' => 2, 'text' => "Error in database driver", 'data' => array('query' => $query, 'sql' => $sql), 'file' => __FILE__, 'line' => __LINE__, 'method' => __METHOD__, 'child' => $child));
}
if ($this->print_result_raw == true) {
ob_start();
echo "\nRAW, format = col\n";
print_r($sql_result);
$out = ob_get_clean();
FOX_debug::addToFile($out);
}
if ($this->disable_typecast_read == true) {
$result = $sql_result;
} else {
$result = $cast->queryResult($format = "col", $sql_result, $query["types"]);
if ($this->print_result_cast == true) {
ob_start();
echo "\nCAST, format = col\n";
print_r($result);
$out = ob_get_clean();
FOX_debug::addToFile($out);
}
}
break;
// ROW_OBJECT
// =============================================================================
// Returns a single database row as an object, with variable names mapped to
// column names. If the query returns multiple rows, only the first row is returned.
//
// EXAMPLE: "SELECT * FROM test_table WHERE col_1 = 2"
// RESULT: object stdClass(
// col_1->2
// col_2->"green"
// col_3->"cat"
// col_4->"med"
// )
// ROW_OBJECT
// =============================================================================
// Returns a single database row as an object, with variable names mapped to
// column names. If the query returns multiple rows, only the first row is returned.
//
// EXAMPLE: "SELECT * FROM test_table WHERE col_1 = 2"
// RESULT: object stdClass(
// col_1->2
// col_2->"green"
// col_3->"cat"
// col_4->"med"
// )
case "row_object":
try {
$sql_result = $this->driver->get_row($sql);
} catch (FOX_exception $child) {
throw new FOX_exception(array('numeric' => 3, 'text' => "Error in database driver", 'data' => array('query' => $query, 'sql' => $sql), 'file' => __FILE__, 'line' => __LINE__, 'method' => __METHOD__, 'child' => $child));
}
if ($this->print_result_raw == true) {
ob_start();
echo "\nRAW, format = row\n";
print_r($sql_result);
$out = ob_get_clean();
FOX_debug::addToFile($out);
}
if ($this->disable_typecast_read == true) {
$result = $sql_result;
} else {
$result = $cast->queryResult($format = "row_object", $sql_result, $query["types"]);
if ($this->print_result_cast == true) {
ob_start();
echo "\nCAST, format = row_object\n";
print_r($result);
$out = ob_get_clean();
FOX_debug::addToFile($out);
}
}
break;
// ROW_ARRAY
// =============================================================================
// Returns a single database row as an array, with key names mapped to column
// names. If the query returns multiple rows, only the first row is returned.
//
// EXAMPLE: "SELECT * FROM test_table WHERE col_1 = 2"
// RESULT: array(
// "col_1"=>2
// "col_2"=>"green"
// "col_3"=>"cat"
// "col_4"=>"med"
// )
// ROW_ARRAY
// =============================================================================
// Returns a single database row as an array, with key names mapped to column
// names. If the query returns multiple rows, only the first row is returned.
//
// EXAMPLE: "SELECT * FROM test_table WHERE col_1 = 2"
// RESULT: array(
// "col_1"=>2
// "col_2"=>"green"
// "col_3"=>"cat"
// "col_4"=>"med"
// )
case "row_array":
try {
$sql_result = $this->driver->get_row($sql);
} catch (FOX_exception $child) {
throw new FOX_exception(array('numeric' => 4, 'text' => "Error in database driver", 'data' => array('query' => $query, 'sql' => $sql), 'file' => __FILE__, 'line' => __LINE__, 'method' => __METHOD__, 'child' => $child));
}
if ($this->print_result_raw == true) {
ob_start();
echo "\nRAW, format = row_array\n";
print_r($sql_result);
$out = ob_get_clean();
FOX_debug::addToFile($out);
}
if ($this->disable_typecast_read == true) {
$data = $sql_result;
} else {
$data = $cast->queryResult($format = "row_object", $sql_result, $query["types"]);
if ($this->print_result_cast == true) {
ob_start();
echo "\nCAST, format = row_array\n";
print_r($data);
$out = ob_get_clean();
FOX_debug::addToFile($out);
}
}
if ($data) {
$result = array();
// Convert row object into array
foreach ($data as $key => $value) {
$result[$key] = $value;
}
if ($this->print_result_formatted == true) {
ob_start();
echo "\nFORMATTED, format = row_array\n";
print_r($result);
$out = ob_get_clean();
FOX_debug::addToFile($out);
}
unset($data);
// Reduce memory usage
}
break;
// ARRAY_KEY_OBJECT
// =============================================================================
//
// When used with a single column name passed as a string:
//
// Returns results as an array of objects, where the primary array key names are
// set based on the contents of a database column.
//
// EXAMPLE: "SELECT * FROM test_table" + $ctrl["key_col"]="col_3"
// RESULT: array(
// "dog" =>stdClass( "col_1"->1, "col_2"->"red", "col_3"->"dog", "col_4"->"big"),
// "cat" =>stdClass( "col_1"->2, "col_2"->"green", "col_3"->"cat", "col_4"->"med"),
// "bird"=>stdClass( "col_1"->3, "col_2"->"blue", "col_3"->"bird", "col_4"->"small"),
// "fish"=>stdClass( "col_1"->4, "col_2"->"black", "col_3"->"fish", "col_4"->"tiny"),
// )
// When used with multiple column names passed as an array of strings:
//
// Returns results as an array of arrays^N, where the array key names and heirarchy
// are set based on the contents of the $key_col array. This output format REQUIRES
// that each taxonomy group (in the example below "col_3" + "col_4") is UNIQUE
//
// EXAMPLE TABLE "test_table_2"
// ======================================
// col_1 | col_2 | col_3 | col_4 | col_5
// ======================================
// 1 | red | dog | big | heavy
// 2 | green| dog | med | light
// 3 | blue | bird | small | light
// 4 | black| fish | tiny | average
// 5 | black| fish | large | light
//
// UNIQUE KEY col_3_col4(col_3, col_4)
//
// EXAMPLE: "SELECT * FROM test_table" + $ctrl["key_col"] = array("col_3, "col_4")
// RESULT: array(
// "dog" =>array(
// "big"=>stdClass("col_1"->1, "col_2"->"red", "col_5"->"heavy"),
// "med"=>stdClass("col_1"->2, "col_2"->"green", "col_5"->"light")
// ),
// "bird"=>array(
// "small"=>stdClass("col_1"->3, "col_2"->"blue", "col_5"->"light")
// ),
// "fish"=>array(
// "tiny"=>stdClass("col_1"->4, "col_2"->"black", "col_5"->"average"),
// "large"=>stdClass("col_1"->5, "col_2"->"black", "col_5"->"light")
// )
// )
// ARRAY_KEY_OBJECT
// =============================================================================
//
// When used with a single column name passed as a string:
//
// Returns results as an array of objects, where the primary array key names are
// set based on the contents of a database column.
//
// EXAMPLE: "SELECT * FROM test_table" + $ctrl["key_col"]="col_3"
// RESULT: array(
// "dog" =>stdClass( "col_1"->1, "col_2"->"red", "col_3"->"dog", "col_4"->"big"),
// "cat" =>stdClass( "col_1"->2, "col_2"->"green", "col_3"->"cat", "col_4"->"med"),
// "bird"=>stdClass( "col_1"->3, "col_2"->"blue", "col_3"->"bird", "col_4"->"small"),
// "fish"=>stdClass( "col_1"->4, "col_2"->"black", "col_3"->"fish", "col_4"->"tiny"),
// )
// When used with multiple column names passed as an array of strings:
//
// Returns results as an array of arrays^N, where the array key names and heirarchy
// are set based on the contents of the $key_col array. This output format REQUIRES
// that each taxonomy group (in the example below "col_3" + "col_4") is UNIQUE
//
// EXAMPLE TABLE "test_table_2"
// ======================================
// col_1 | col_2 | col_3 | col_4 | col_5
// ======================================
// 1 | red | dog | big | heavy
// 2 | green| dog | med | light
// 3 | blue | bird | small | light
// 4 | black| fish | tiny | average
// 5 | black| fish | large | light
//
// UNIQUE KEY col_3_col4(col_3, col_4)
//
// EXAMPLE: "SELECT * FROM test_table" + $ctrl["key_col"] = array("col_3, "col_4")
// RESULT: array(
// "dog" =>array(
// "big"=>stdClass("col_1"->1, "col_2"->"red", "col_5"->"heavy"),
// "med"=>stdClass("col_1"->2, "col_2"->"green", "col_5"->"light")
// ),
// "bird"=>array(
// "small"=>stdClass("col_1"->3, "col_2"->"blue", "col_5"->"light")
// ),
// "fish"=>array(
// "tiny"=>stdClass("col_1"->4, "col_2"->"black", "col_5"->"average"),
// "large"=>stdClass("col_1"->5, "col_2"->"black", "col_5"->"light")
// )
// )
case "array_key_object":
try {
$sql_result = $this->driver->get_results($sql);
} catch (FOX_exception $child) {
throw new FOX_exception(array('numeric' => 5, 'text' => "Error in database driver", 'data' => array('query' => $query, 'sql' => $sql), 'file' => __FILE__, 'line' => __LINE__, 'method' => __METHOD__, 'child' => $child));
}
if ($this->print_result_raw == true) {
ob_start();
echo "\nRAW, format = array_key_object\n";
print_r($sql_result);
$out = ob_get_clean();
FOX_debug::addToFile($out);
}
if ($this->disable_typecast_read == true) {
$data = $sql_result;
} else {
$data = $cast->queryResult($format = "array_object", $sql_result, $query["types"]);
if ($this->print_result_cast == true) {
ob_start();
echo "\nCAST, format = array_key_object\n";
print_r($data);
$out = ob_get_clean();
FOX_debug::addToFile($out);
}
}
if ($data) {
$result = array();
// If a single column name is passed as a string, use the more efficient
// direct assignment algorithm to build a 1 level tree
if (!is_array($ctrl["key_col"])) {
foreach ($data as $row) {
$key = $row->{$ctrl["key_col"]};
$result[$key] = $row;
}
} else {
foreach ($data as $row) {
// Since there is no functionality in PHP for creating a new array key
// based on a name stored in a variable ( $$ variable variable syntax does
// not work for multidimensional arrays, we have to build a string of PHP
// code and use eval() to run it
$eval_str = "\$result";
foreach ($ctrl["key_col"] as $keyname) {
$eval_str .= '["' . $row->{$keyname} . '"]';
}
$eval_str .= " = \$row_copy;";
$row_copy = new stdClass();
// Copy the row object into a new stdClass, skipping keys that are used as the
// branch variables
foreach ($row as $key => $value) {
if (array_search($key, $ctrl["key_col"]) === false) {
$row_copy->{$key} = $value;
}
}
// Run the PHP string we have built
eval($eval_str);
}
}
if ($this->print_result_formatted == true) {
ob_start();
echo "\nFORMATTED, format = array_key_object\n";
print_r($result);
$out = ob_get_clean();
FOX_debug::addToFile($out);
}
unset($data);
// Reduce memory usage
}
break;
// ARRAY_KEY_ARRAY
// =============================================================================
// When used with a single column name passed as a string:
//
// Returns results as an array of arrays, where the primary array key names are
// set based on the contents of a database column.
//
// EXAMPLE: "SELECT * FROM test_table" + $ctrl["key_col"]="col_3"
// RESULT: array(
// "dog" =>array( "col_1"=>1, "col_2"=>"red", "col_3"=>"dog", "col_4"=>"big"),
// "cat" =>array( "col_1"=>2, "col_2"=>"green", "col_3"=>"cat", "col_4"=>"med"),
// "bird"=>array( "col_1"=>3, "col_2"=>"blue", "col_3"=>"bird", "col_4"=>"small"),
// "fish"=>array( "col_1"=>4, "col_2"=>"black", "col_3"=>"fish", "col_4"=>"tiny"),
// )
//
// When used with multiple column names passed as an array of strings:
//
// Returns results as an array of arrays^N, where the array key names and heirarchy
// are set based on the contents of the $key_col array. This output format REQUIRES
// that each taxonomy group (in the example below "col_3" + "col_4") is UNIQUE
//
// EXAMPLE TABLE "test_table_2"
// ======================================
// col_1 | col_2 | col_3 | col_4 | col_5
// ======================================
// 1 | red | dog | big | heavy
// 2 | green| dog | med | light
// 3 | blue | bird | small | light
// 4 | black| fish | tiny | average
// 5 | black| fish | large | light
//
// UNIQUE KEY col_3_col4(col_3, col_4)
//
// EXAMPLE: "SELECT * FROM test_table" + $ctrl["key_col"] = array("col_3, "col_4")
// RESULT: array(
// "dog" =>array(
// "big"=>array("col_1"=>1, "col_2"=>"red", "col_5"=>"heavy"),
// "med"=>array("col_1"=>2, "col_2"=>"green", "col_5"=>"light")
// ),
// "bird"=>array(
// "small"=>array("col_1"=>3, "col_2"=>"blue", "col_5"=>"light")
// ),
// "fish"=>array(
// "tiny"=>array("col_1"=>4, "col_2"=>"black", "col_5"=>"average"),
// "large"=>array("col_1"=>5, "col_2"=>"black", "col_5"=>"light")
// )
// )
// ARRAY_KEY_ARRAY
// =============================================================================
// When used with a single column name passed as a string:
//
// Returns results as an array of arrays, where the primary array key names are
// set based on the contents of a database column.
//
// EXAMPLE: "SELECT * FROM test_table" + $ctrl["key_col"]="col_3"
// RESULT: array(
// "dog" =>array( "col_1"=>1, "col_2"=>"red", "col_3"=>"dog", "col_4"=>"big"),
// "cat" =>array( "col_1"=>2, "col_2"=>"green", "col_3"=>"cat", "col_4"=>"med"),
// "bird"=>array( "col_1"=>3, "col_2"=>"blue", "col_3"=>"bird", "col_4"=>"small"),
// "fish"=>array( "col_1"=>4, "col_2"=>"black", "col_3"=>"fish", "col_4"=>"tiny"),
// )
//
// When used with multiple column names passed as an array of strings:
//
// Returns results as an array of arrays^N, where the array key names and heirarchy
// are set based on the contents of the $key_col array. This output format REQUIRES
// that each taxonomy group (in the example below "col_3" + "col_4") is UNIQUE
//
// EXAMPLE TABLE "test_table_2"
// ======================================
// col_1 | col_2 | col_3 | col_4 | col_5
// ======================================
// 1 | red | dog | big | heavy
// 2 | green| dog | med | light
// 3 | blue | bird | small | light
// 4 | black| fish | tiny | average
// 5 | black| fish | large | light
//
// UNIQUE KEY col_3_col4(col_3, col_4)
//
// EXAMPLE: "SELECT * FROM test_table" + $ctrl["key_col"] = array("col_3, "col_4")
// RESULT: array(
// "dog" =>array(
// "big"=>array("col_1"=>1, "col_2"=>"red", "col_5"=>"heavy"),
// "med"=>array("col_1"=>2, "col_2"=>"green", "col_5"=>"light")
// ),
// "bird"=>array(
// "small"=>array("col_1"=>3, "col_2"=>"blue", "col_5"=>"light")
// ),
// "fish"=>array(
// "tiny"=>array("col_1"=>4, "col_2"=>"black", "col_5"=>"average"),
// "large"=>array("col_1"=>5, "col_2"=>"black", "col_5"=>"light")
// )
// )
case "array_key_array":
try {
$sql_result = $this->driver->get_results($sql);
} catch (FOX_exception $child) {
throw new FOX_exception(array('numeric' => 6, 'text' => "Error in database driver", 'data' => array('query' => $query, 'sql' => $sql), 'file' => __FILE__, 'line' => __LINE__, 'method' => __METHOD__, 'child' => $child));
}
if ($this->print_result_raw == true) {
ob_start();
echo "RAW, format = array_key_array\n";
print_r($sql_result);
$out = ob_get_clean();
FOX_debug::addToFile($out);
}
if ($this->disable_typecast_read == true) {
$data = $sql_result;
} else {
$data = $cast->queryResult($format = "array_object", $sql_result, $query["types"]);
if ($this->print_result_cast == true) {
ob_start();
echo "\nCAST, format = array_key_array\n";
print_r($data);
$out = ob_get_clean();
FOX_debug::addToFile($out);
}
}
if ($data) {
$result = array();
// If a single column name is passed as a string, use the more efficient
// direct assignment algorithm to build a 1 level tree
if (!is_array($ctrl["key_col"])) {
foreach ($data as $row) {
$arr = array();
// Convert row object into array
foreach ($row as $key => $value) {
$arr[$key] = $value;
}
// Insert row array into primary array as named key
$result[$row->{$ctrl["key_col"]}] = $arr;
}
} else {
foreach ($data as $row) {
// Since there is no functionality in PHP for creating a new array key
// based on a name stored in a variable ( $$ variable variable syntax does
// not work for multidimensional arrays), we have to build a string of PHP
// code and use eval() to run it
$eval_str = "\$result";
foreach ($ctrl["key_col"] as $keyname) {
$eval_str .= '["' . $row->{$keyname} . '"]';
}
$eval_str .= " = \$arr;";
$arr = array();
// Convert row object into array, skipping keys that are used as the
// branch variables
foreach ($row as $key => $value) {
// Check if this is a first-order row. If it is, "lift" it up a
// level in the results array to avoid adding an unnecessary "L0"
// wrapper array around it
$order = count(array_keys((array) $row)) - count($ctrl["key_col"]);
if ($order > 1) {
if (array_search($key, $ctrl["key_col"]) === false) {
$arr[$key] = $value;
}
} else {
$arr = $value;
}
}
// Run the PHP string we have built
eval($eval_str);
}
}
if ($this->print_result_formatted == true) {
ob_start();
echo "\nFORMATTED, format = array_key_array\n";
print_r($result);
$out = ob_get_clean();
FOX_debug::addToFile($out);
}
unset($data);
// Reduce memory usage
}
break;
// ARRAY_KEY_ARRAY_GROUPED
// =============================================================================
//
// Requires at least TWO column names, and columns not specified in $key_col are not
// included in the results set. Returns results as an array of arrays^N-1, where the
// array key names and heirarchy are set based on the contents of the $key_col array.
// Results in the last db column specified in $key_col are grouped together in an
// int-keyed array. The key name corresponds to the order in which a rows is returned
// from the database and the value of each key is the column's value in the database
// row. For a working example of how to use this result formatter, see the function
// database_resultFormatters::test_array_key_array_grouped() in the database unit tests.
//
// EXAMPLE TABLE "test_table_2"
// ===============================
// col_1 | col_2 | col_3 | col_4
// ===============================
// 1 | red | dog | A
// 2 | green| dog | B
// 3 | green| dog | C
// 4 | green| dog | D
// 5 | blue | bird | A
// 6 | black| bird | A
// 7 | black| fish | A
// 8 | black| fish | B
//
// UNIQUE KEY no_duplicates(col_2, col_3, col_4)
//
// EXAMPLE: "SELECT * FROM test_table" + $ctrl["key_col"] = array("col_2, "col_3", "col_4")
// NOTE: "col_1" is excluded because it is not specified in $ctrl["key_col"]
// RESULT: array(
// "dog" =>array(
// "red"=> array("A"),
// "green"=> array("B","C","D")
// ),
// "bird" =>array(
// "blue"=> array("A"),
// "black"=> array("A")
// ),
// "fish" =>array(
// "black"=> array("A","B")
// )
// )
// ARRAY_KEY_ARRAY_GROUPED
// =============================================================================
//
// Requires at least TWO column names, and columns not specified in $key_col are not
// included in the results set. Returns results as an array of arrays^N-1, where the
// array key names and heirarchy are set based on the contents of the $key_col array.
// Results in the last db column specified in $key_col are grouped together in an
// int-keyed array. The key name corresponds to the order in which a rows is returned
// from the database and the value of each key is the column's value in the database
// row. For a working example of how to use this result formatter, see the function
// database_resultFormatters::test_array_key_array_grouped() in the database unit tests.
//
// EXAMPLE TABLE "test_table_2"
// ===============================
// col_1 | col_2 | col_3 | col_4
// ===============================
// 1 | red | dog | A
// 2 | green| dog | B
// 3 | green| dog | C
// 4 | green| dog | D
// 5 | blue | bird | A
// 6 | black| bird | A
// 7 | black| fish | A
// 8 | black| fish | B
//
// UNIQUE KEY no_duplicates(col_2, col_3, col_4)
//
// EXAMPLE: "SELECT * FROM test_table" + $ctrl["key_col"] = array("col_2, "col_3", "col_4")
// NOTE: "col_1" is excluded because it is not specified in $ctrl["key_col"]
// RESULT: array(
// "dog" =>array(
// "red"=> array("A"),
// "green"=> array("B","C","D")
// ),
// "bird" =>array(
// "blue"=> array("A"),
// "black"=> array("A")
// ),
// "fish" =>array(
// "black"=> array("A","B")
// )
// )
case "array_key_array_grouped":
try {
$sql_result = $this->driver->get_results($sql);
} catch (FOX_exception $child) {
throw new FOX_exception(array('numeric' => 7, 'text' => "Error in database driver", 'data' => array('query' => $query, 'sql' => $sql), 'file' => __FILE__, 'line' => __LINE__, 'method' => __METHOD__, 'child' => $child));
}
if ($this->print_result_raw == true) {
ob_start();
echo "RAW, format = array_key_array_grouped\n";
print_r($sql_result);
$out = ob_get_clean();
FOX_debug::addToFile($out);
}
if ($this->disable_typecast_read == true) {
$data = $sql_result;
} else {
$data = $cast->queryResult($format = "array_object", $sql_result, $query["types"]);
if ($this->print_result_cast == true) {
ob_start();
echo "\nCAST, format = array_key_array_grouped\n";
print_r($data);
$out = ob_get_clean();
FOX_debug::addToFile($out);
}
}
if ($data) {
$result = array();
foreach ($data as $row) {
// Since there is no functionality in PHP for creating a new array key
// based on a name stored in a variable ( $$ variable variable syntax does
// not work for multidimensional arrays), we have to build a string of PHP
// code and use eval() to run it
$eval_str = "\$result";
$idx = sizeof($ctrl["key_col"]) - 1;
$grouped_col = $ctrl["key_col"][$idx];
foreach ($ctrl["key_col"] as $keyname) {
if ($keyname != $grouped_col) {
$eval_str .= '["' . $row->{$keyname} . '"]';
} else {
$eval_str .= '[]';
}
}
$eval_str .= " = \$row->" . $grouped_col . ";";
// Run the PHP string we have built
eval($eval_str);
}
if ($this->print_result_formatted == true) {
ob_start();
echo "\nFORMATTED, format = array_key_array_grouped\n";
print_r($result);
$out = ob_get_clean();
FOX_debug::addToFile($out);
}
unset($data);
// Reduce memory usage
}
break;
// ARRAY_KEY_ARRAY_TRUE
// =============================================================================
//
// Returns results as an array of arrays^N-1, where the array key names and heirarchy
// are set based on the contents of the $key_col array. Results in the last db column
// specified in $key_col are grouped together in an result-keyed array where the key
// name is the column's value in the database row and the key's value is (bool)true.
// For a working example of how to use this result formatter, see the function
// database_resultFormatters::test_array_key_array_true() in the database unit tests.
//
// EXAMPLE TABLE "test_table_2"
// ===============================
// col_1 | col_2 | col_3 | col_4
// ===============================
// 1 | red | dog | A
// 2 | green| dog | B
// 3 | green| dog | C
// 4 | green| dog | D
// 5 | blue | bird | A
// 6 | black| bird | A
// 7 | black| fish | A
// 8 | black| fish | B
//
// UNIQUE KEY no_duplicates(col_2, col_3, col_4)
//
// EXAMPLE: "SELECT * FROM test_table" + $ctrl["key_col"] = array("col_2, "col_3", "col_4")
// NOTE: "col_1" is excluded because it is not specified in $ctrl["key_col"]
// RESULT: array(
// "dog" =>array(
// "red"=> array("A"=>"true"),
// "green"=> array("B"=>"true","C"=>"true","D"=>"true")
// ),
// "bird" =>array(
// "blue"=> array("A"=>"true"),
// "black"=> array("A"=>"true")
// ),
// "fish" =>array(
// "black"=> array("A"=>"true","B"=>"true")
// )
// )
// ARRAY_KEY_ARRAY_TRUE
// =============================================================================
//
// Returns results as an array of arrays^N-1, where the array key names and heirarchy
// are set based on the contents of the $key_col array. Results in the last db column
// specified in $key_col are grouped together in an result-keyed array where the key
// name is the column's value in the database row and the key's value is (bool)true.
// For a working example of how to use this result formatter, see the function
// database_resultFormatters::test_array_key_array_true() in the database unit tests.
//
// EXAMPLE TABLE "test_table_2"
// ===============================
// col_1 | col_2 | col_3 | col_4
// ===============================
// 1 | red | dog | A
// 2 | green| dog | B
// 3 | green| dog | C
// 4 | green| dog | D
// 5 | blue | bird | A
// 6 | black| bird | A
// 7 | black| fish | A
// 8 | black| fish | B
//
// UNIQUE KEY no_duplicates(col_2, col_3, col_4)
//
// EXAMPLE: "SELECT * FROM test_table" + $ctrl["key_col"] = array("col_2, "col_3", "col_4")
// NOTE: "col_1" is excluded because it is not specified in $ctrl["key_col"]
// RESULT: array(
// "dog" =>array(
// "red"=> array("A"=>"true"),
// "green"=> array("B"=>"true","C"=>"true","D"=>"true")
// ),
// "bird" =>array(
// "blue"=> array("A"=>"true"),
// "black"=> array("A"=>"true")
// ),
// "fish" =>array(
// "black"=> array("A"=>"true","B"=>"true")
// )
// )
case "array_key_array_true":
try {
$sql_result = $this->driver->get_results($sql);
} catch (FOX_exception $child) {
throw new FOX_exception(array('numeric' => 8, 'text' => "Error in database driver", 'data' => array('query' => $query, 'sql' => $sql), 'file' => __FILE__, 'line' => __LINE__, 'method' => __METHOD__, 'child' => $child));
}
if ($this->print_result_raw == true) {
ob_start();
echo "RAW, format = array_key_array_true\n";
print_r($sql_result);
$out = ob_get_clean();
FOX_debug::addToFile($out);
}
if ($this->disable_typecast_read == true) {
$data = $sql_result;
} else {
$data = $cast->queryResult($format = "array_object", $sql_result, $query["types"]);
if ($this->print_result_cast == true) {
ob_start();
echo "\nCAST, format = array_key_array_true\n";
print_r($data);
$out = ob_get_clean();
FOX_debug::addToFile($out);
}
}
if ($data) {
$result = array();
foreach ($data as $row) {
// Since there is no functionality in PHP for creating a new array key
// based on a name stored in a variable ( $$ variable variable syntax does
// not work for multidimensional arrays), we have to build a string of PHP
// code and use eval() to run it
$eval_str = "\$result";
foreach ($ctrl["key_col"] as $keyname) {
$eval_str .= '["' . $row->{$keyname} . '"]';
}
$eval_str .= " = true;";
// Run the PHP string we have built
eval($eval_str);
}
if ($this->print_result_formatted == true) {
ob_start();
echo "\nFORMATTED, format = array_key_array_true\n";
print_r($result);
$out = ob_get_clean();
FOX_debug::addToFile($out);
}
unset($data);
// Reduce memory usage
}
break;
// ARRAY_KEY_ARRAY_FALSE
// =============================================================================
//
// Returns results as an array of arrays^N-1, where the array key names and heirarchy
// are set based on the contents of the $key_col array. Results in the last db column
// specified in $key_col are grouped together in an result-keyed array where the key
// name is the column's value in the database row and the key's value is (bool)false.
// For a working example of how to use this result formatter, see the function
// database_resultFormatters::test_array_key_array_false() in the database unit tests.
//
// EXAMPLE TABLE "test_table_2"
// ===============================
// col_1 | col_2 | col_3 | col_4
// ===============================
// 1 | red | dog | A
// 2 | green| dog | B
// 3 | green| dog | C
// 4 | green| dog | D
// 5 | blue | bird | A
// 6 | black| bird | A
// 7 | black| fish | A
// 8 | black| fish | B
//
// UNIQUE KEY no_duplicates(col_2, col_3, col_4)
//
// EXAMPLE: "SELECT * FROM test_table" + $ctrl["key_col"] = array("col_2, "col_3", "col_4")
// NOTE: "col_1" is excluded because it is not specified in $ctrl["key_col"]
// RESULT: array(
// "dog" =>array(
// "red"=> array("A"=>"false"),
// "green"=> array("B"=>"false","C"=>"false","D"=>"false")
// ),
// "bird" =>array(
// "blue"=> array("A"=>"false"),
// "black"=> array("A"=>"false")
// ),
// "fish" =>array(
// "black"=> array("A"=>"false","B"=>"false")
// )
// )
// ARRAY_KEY_ARRAY_FALSE
// =============================================================================
//
// Returns results as an array of arrays^N-1, where the array key names and heirarchy
// are set based on the contents of the $key_col array. Results in the last db column
// specified in $key_col are grouped together in an result-keyed array where the key
// name is the column's value in the database row and the key's value is (bool)false.
// For a working example of how to use this result formatter, see the function
// database_resultFormatters::test_array_key_array_false() in the database unit tests.
//
// EXAMPLE TABLE "test_table_2"
// ===============================
// col_1 | col_2 | col_3 | col_4
// ===============================
// 1 | red | dog | A
// 2 | green| dog | B
// 3 | green| dog | C
// 4 | green| dog | D
// 5 | blue | bird | A
// 6 | black| bird | A
// 7 | black| fish | A
// 8 | black| fish | B
//
// UNIQUE KEY no_duplicates(col_2, col_3, col_4)
//
// EXAMPLE: "SELECT * FROM test_table" + $ctrl["key_col"] = array("col_2, "col_3", "col_4")
// NOTE: "col_1" is excluded because it is not specified in $ctrl["key_col"]
// RESULT: array(
// "dog" =>array(
// "red"=> array("A"=>"false"),
// "green"=> array("B"=>"false","C"=>"false","D"=>"false")
// ),
// "bird" =>array(
// "blue"=> array("A"=>"false"),
// "black"=> array("A"=>"false")
// ),
// "fish" =>array(
// "black"=> array("A"=>"false","B"=>"false")
// )
// )
case "array_key_array_false":
try {
$sql_result = $this->driver->get_results($sql);
} catch (FOX_exception $child) {
throw new FOX_exception(array('numeric' => 9, 'text' => "Error in database driver", 'data' => array('query' => $query, 'sql' => $sql), 'file' => __FILE__, 'line' => __LINE__, 'method' => __METHOD__, 'child' => $child));
}
if ($this->print_result_raw == true) {
ob_start();
echo "RAW, format = array_key_array_false";
print_r($sql_result);
$out = ob_get_clean();
FOX_debug::addToFile($out);
}
if ($this->disable_typecast_read == true) {
$data = $sql_result;
} else {
$data = $cast->queryResult($format = "array_object", $sql_result, $query["types"]);
if ($this->print_result_cast == true) {
ob_start();
echo "\nCAST, format = array_key_array_false";
print_r($data);
$out = ob_get_clean();
FOX_debug::addToFile($out);
}
}
if ($data) {
$result = array();
foreach ($data as $row) {
// Since there is no functionality in PHP for creating a new array key
// based on a name stored in a variable ( $$ variable variable syntax does
// not work for multidimensional arrays), we have to build a string of PHP
// code and use eval() to run it
$eval_str = "\$result";
foreach ($ctrl["key_col"] as $keyname) {
$eval_str .= '["' . $row->{$keyname} . '"]';
}
$eval_str .= " = false;";
// Run the PHP string we have built
eval($eval_str);
}
if ($this->print_result_formatted == true) {
ob_start();
echo "\nFORMATTED, format = array_key_array_false";
print_r($result);
$out = ob_get_clean();
FOX_debug::addToFile($out);
}
unset($data);
// Reduce memory usage
}
break;
// ARRAY_KEY_SINGLE
// =============================================================================
// Returns results as an array of ints or strings, where the array key names
// are set based on the contents of a database column.
//
// EXAMPLE: "SELECT col_2, col_3 FROM test_table" + $ctrl["key_col"]="col_2", $ctrl["val_col"]="col_3"
// RESULT: array(
// "red"=>"dog",
// "green"=>"cat",
// "blue"=>"bird",
// "black"=>"fish"
// )
// ARRAY_KEY_SINGLE
// =============================================================================
// Returns results as an array of ints or strings, where the array key names
// are set based on the contents of a database column.
//
// EXAMPLE: "SELECT col_2, col_3 FROM test_table" + $ctrl["key_col"]="col_2", $ctrl["val_col"]="col_3"
// RESULT: array(
// "red"=>"dog",
// "green"=>"cat",
// "blue"=>"bird",
// "black"=>"fish"
// )
case "array_key_single":
try {
$sql_result = $this->driver->get_results($sql);
} catch (FOX_exception $child) {
throw new FOX_exception(array('numeric' => 10, 'text' => "Error in database driver", 'data' => array('query' => $query, 'sql' => $sql), 'file' => __FILE__, 'line' => __LINE__, 'method' => __METHOD__, 'child' => $child));
}
if ($this->print_result_raw == true) {
ob_start();
echo "RAW, format = array_key_single\n";
print_r($sql_result);
$out = ob_get_clean();
FOX_debug::addToFile($out);
}
if ($this->disable_typecast_read == true) {
$data = $sql_result;
} else {
$data = $cast->queryResult($format = "array_object", $sql_result, $query["types"]);
if ($this->print_result_cast == true) {
ob_start();
echo "\nCAST, format = array_key_single\n";
print_r($data);
$out = ob_get_clean();
FOX_debug::addToFile($out);
}
}
if ($data) {
$result = array();
foreach ($data as $row) {
$result[$row->{$ctrl["key_col"]}] = $row->{$ctrl["val_col"]};
}
if ($this->print_result_formatted == true) {
ob_start();
echo "\nCAST, format = array_key_single\n";
print_r($result);
$out = ob_get_clean();
FOX_debug::addToFile($out);
}
unset($data);
// Reduce memory usage
}
break;
// ARRAY_OBJECT
// =============================================================================
// Returns results as an array of objects, where the primary array keys are
// zero-indexed ints
//
// EXAMPLE: "SELECT * FROM test_table"
// RESULT: array(
// stdClass( "col_1"->1, "col_2"->"red", "col_3"->"dog", "col_4"->"big"),
// stdClass( "col_1"->2, "col_2"->"green", "col_3"->"cat", "col_4"->"med"),
// stdClass( "col_1"->3, "col_2"->"blue", "col_3"->"bird", "col_4"->"small"),
// stdClass( "col_1"->4, "col_2"->"black", "col_3"->"fish", "col_4"->"tiny"),
// )
// ARRAY_OBJECT
// =============================================================================
// Returns results as an array of objects, where the primary array keys are
// zero-indexed ints
//
// EXAMPLE: "SELECT * FROM test_table"
// RESULT: array(
// stdClass( "col_1"->1, "col_2"->"red", "col_3"->"dog", "col_4"->"big"),
// stdClass( "col_1"->2, "col_2"->"green", "col_3"->"cat", "col_4"->"med"),
// stdClass( "col_1"->3, "col_2"->"blue", "col_3"->"bird", "col_4"->"small"),
// stdClass( "col_1"->4, "col_2"->"black", "col_3"->"fish", "col_4"->"tiny"),
// )
case "array_object":
try {
$sql_result = $this->driver->get_results($sql);
} catch (FOX_exception $child) {
throw new FOX_exception(array('numeric' => 11, 'text' => "Error in database driver", 'data' => array('query' => $query, 'sql' => $sql), 'file' => __FILE__, 'line' => __LINE__, 'method' => __METHOD__, 'child' => $child));
}
if ($this->print_result_raw == true) {
ob_start();
echo "RAW, format = array_object\n";
print_r($sql_result);
$out = ob_get_clean();
FOX_debug::addToFile($out);
}
if ($this->disable_typecast_read == true) {
$result = $sql_result;
} else {
$result = $cast->queryResult($format = "array_object", $sql_result, $query["types"]);
if ($this->print_result_cast == true) {
ob_start();
echo "\nCAST, format = array_object\n";
print_r($result);
$out = ob_get_clean();
FOX_debug::addToFile($out);
}
}
if ($this->print_result_formatted == true) {
ob_start();
print_r($result);
$out = ob_get_clean();
FOX_debug::addToFile($out);
}
break;
// ARRAY_ARRAY
// =============================================================================
// Returns results as an array of arrays, where the primary array keys are
// zero-indexed ints
//
// EXAMPLE: "SELECT * FROM test_table"
// RESULT: array(
// array( "col_1"=>1, "col_2"=>"red", "col_3"=>"dog", "col_4"=>"big"),
// array( "col_1"=>2, "col_2"=>"green", "col_3"=>"cat", "col_4"=>"med"),
// array( "col_1"=>3, "col_2"=>"blue", "col_3"=>"bird", "col_4"=>"small"),
// array( "col_1"=>4, "col_2"=>"black", "col_3"=>"fish", "col_4"=>"tiny"),
// )
// ARRAY_ARRAY
// =============================================================================
// Returns results as an array of arrays, where the primary array keys are
// zero-indexed ints
//
// EXAMPLE: "SELECT * FROM test_table"
// RESULT: array(
// array( "col_1"=>1, "col_2"=>"red", "col_3"=>"dog", "col_4"=>"big"),
// array( "col_1"=>2, "col_2"=>"green", "col_3"=>"cat", "col_4"=>"med"),
// array( "col_1"=>3, "col_2"=>"blue", "col_3"=>"bird", "col_4"=>"small"),
// array( "col_1"=>4, "col_2"=>"black", "col_3"=>"fish", "col_4"=>"tiny"),
// )
case "array_array":
try {
$sql_result = $this->driver->get_results($sql);
} catch (FOX_exception $child) {
throw new FOX_exception(array('numeric' => 12, 'text' => "Error in database driver", 'data' => array('query' => $query, 'sql' => $sql), 'file' => __FILE__, 'line' => __LINE__, 'method' => __METHOD__, 'child' => $child));
}
if ($this->print_result_raw == true) {
ob_start();
echo "RAW, format = array_array\n";
print_r($sql_result);
$out = ob_get_clean();
FOX_debug::addToFile($out);
}
if ($this->disable_typecast_read == true) {
$data = $sql_result;
} else {
$data = $cast->queryResult($format = "array_object", $sql_result, $query["types"]);
if ($this->print_result_cast == true) {
ob_start();
echo "\nCAST, format = array_array\n";
print_r($data);
$out = ob_get_clean();
FOX_debug::addToFile($out);
}
}
if ($data) {
$result = array();
foreach ($data as $row) {
$arr = array();
// Convert row object into array
foreach ($row as $key => $value) {
$arr[$key] = $value;
}
// Insert row array into primary array as unnamed key
$result[] = $arr;
}
if ($this->print_result_formatted == true) {
ob_start();
echo "\nFORMATTED, format = array_array\n";
print_r($result);
$out = ob_get_clean();
FOX_debug::addToFile($out);
}
unset($data);
// Reduce memory usage
}
break;
// ARRAY_ARRAY_OFFSET
// =============================================================================
// Returns results as an array of arrays, where the primary array keys are
// zero-indexed ints, and the secondary array keys are the offset of the
// column in the table definition array
//
// EXAMPLE: "SELECT * FROM test_table"
// RESULT: array(
// array( 1, "red", "dog", "big"),
// array( 2, "green", "cat", "med"),
// array( 3, "blue", "bird", "small"),
// array( 4, "black", "fish", "tiny"),
// )
// ARRAY_ARRAY_OFFSET
// =============================================================================
// Returns results as an array of arrays, where the primary array keys are
// zero-indexed ints, and the secondary array keys are the offset of the
// column in the table definition array
//
// EXAMPLE: "SELECT * FROM test_table"
// RESULT: array(
// array( 1, "red", "dog", "big"),
// array( 2, "green", "cat", "med"),
// array( 3, "blue", "bird", "small"),
// array( 4, "black", "fish", "tiny"),
// )
case "array_array_offset":
try {
$sql_result = $this->driver->get_results($sql);
} catch (FOX_exception $child) {
throw new FOX_exception(array('numeric' => 12, 'text' => "Error in database driver", 'data' => array('query' => $query, 'sql' => $sql), 'file' => __FILE__, 'line' => __LINE__, 'method' => __METHOD__, 'child' => $child));
}
if ($this->print_result_raw == true) {
ob_start();
echo "RAW, format = array_array_offset\n";
print_r($sql_result);
$out = ob_get_clean();
FOX_debug::addToFile($out);
}
if ($this->disable_typecast_read == true) {
$data = $sql_result;
} else {
$data = $cast->queryResult($format = "array_object", $sql_result, $query["types"]);
if ($this->print_result_cast == true) {
ob_start();
echo "\nCAST, format = array_array_offset\n";
print_r($data);
$out = ob_get_clean();
FOX_debug::addToFile($out);
}
}
if ($data) {
$result = array();
foreach ($data as $row) {
$arr = array();
// Convert row object into array
foreach ($row as $key => $value) {
$arr[] = $value;
}
// Insert row array into primary array as unnamed key
$result[] = $arr;
}
if ($this->print_result_formatted == true) {
ob_start();
echo "\nFORMATTED, format = array_array_offset\n";
print_r($result);
$out = ob_get_clean();
FOX_debug::addToFile($out);
}
unset($data);
// Reduce memory usage
}
break;
// RAW
// =============================================================================
// Runs a default SQL query. Returned result format depends on the query.
// RAW
// =============================================================================
// Runs a default SQL query. Returned result format depends on the query.
case "raw":
try {
$result = $this->driver->query($sql);
} catch (FOX_exception $child) {
throw new FOX_exception(array('numeric' => 13, 'text' => "Error in database driver", 'data' => array('query' => $query, 'sql' => $sql), 'file' => __FILE__, 'line' => __LINE__, 'method' => __METHOD__, 'child' => $child));
}
if ($this->print_result_raw == true) {
ob_start();
echo "format = null\n";
print_r($result);
$out = ob_get_clean();
FOX_debug::addToFile($out);
}
break;
default:
throw new FOX_exception(array('numeric' => 14, 'text' => "Invalid query runner format", 'data' => array('faulting_format' => $ctrl["format"], "query" => $query, "ctrl" => $ctrl), 'file' => __FILE__, 'class' => __CLASS__, 'function' => __FUNCTION__, 'line' => __LINE__, 'child' => null));
}
// END switch($ctrl["format"])
return $result;
}
