/**
* Function to count the total number of rows for the same 'SELECT' query without
* the 'LIMIT' clause that may have been programatically added
*
* @param int $num_rows number of rows affected/changed by the query
* @param bool $is_select whether the query is SELECT or not
* @param bool $justBrowsing whether just browsing or not
* @param string $db the current database
* @param string $table the current table
* @param array $parsed_sql parsed sql
* @param array $analyzed_sql_results the analyzed query and other variables set
* after analyzing the query
*
* @return int $unlim_num_rows unlimited number of rows
*/
function PMA_countQueryResults($num_rows, $is_select, $justBrowsing, $db, $table, $parsed_sql, $analyzed_sql_results)
{
if (!PMA_isAppendLimitClause($analyzed_sql_results)) {
// if we did not append a limit, set this to get a correct
// "Showing rows..." message
// $_SESSION['tmpval']['max_rows'] = 'all';
$unlim_num_rows = $num_rows;
} elseif ($is_select || $analyzed_sql_results['is_subquery']) {
// c o u n t q u e r y
// If we are "just browsing", there is only one table,
// and no WHERE clause (or just 'WHERE 1 '),
// we do a quick count (which uses MaxExactCount) because
// SQL_CALC_FOUND_ROWS is not quick on large InnoDB tables
// However, do not count again if we did it previously
// due to $find_real_end == true
if ($justBrowsing) {
// Get row count (is approximate for InnoDB)
$unlim_num_rows = PMA_Table::countRecords($db, $table, false);
/**
* @todo Can we know at this point that this is InnoDB,
* (in this case there would be no need for getting
* an exact count)?
*/
if ($unlim_num_rows < $GLOBALS['cfg']['MaxExactCount']) {
// Get the exact count if approximate count
// is less than MaxExactCount
/**
* @todo In countRecords(), MaxExactCount is also verified,
* so can we avoid checking it twice?
*/
$unlim_num_rows = PMA_Table::countRecords($db, $table, true);
}
} else {
// add select expression after the SQL_CALC_FOUND_ROWS
// for UNION, just adding SQL_CALC_FOUND_ROWS
// after the first SELECT works.
// take the left part, could be:
// SELECT
// (SELECT
$analyzed_sql = $analyzed_sql_results['analyzed_sql'];
$count_query = PMA_SQP_format($parsed_sql, 'query_only', 0, $analyzed_sql[0]['position_of_first_select'] + 1);
$count_query .= ' SQL_CALC_FOUND_ROWS ';
// add everything that was after the first SELECT
$count_query .= PMA_SQP_format($parsed_sql, 'query_only', $analyzed_sql[0]['position_of_first_select'] + 1);
// ensure there is no semicolon at the end of the
// count query because we'll probably add
// a LIMIT 1 clause after it
$count_query = rtrim($count_query);
$count_query = rtrim($count_query, ';');
// if using SQL_CALC_FOUND_ROWS, add a LIMIT to avoid
// long delays. Returned count will be complete anyway.
// (but a LIMIT would disrupt results in an UNION)
if (!isset($analyzed_sql[0]['queryflags']['union'])) {
$count_query .= ' LIMIT 1';
}
// run the count query
$GLOBALS['dbi']->tryQuery($count_query);
// if (mysql_error()) {
// void.
// I tried the case
// (SELECT `User`, `Host`, `Db`, `Select_priv` FROM `db`)
// UNION (SELECT `User`, `Host`, "%" AS "Db",
// `Select_priv`
// FROM `user`) ORDER BY `User`, `Host`, `Db`;
// and although the generated count_query is wrong
// the SELECT FOUND_ROWS() work! (maybe it gets the
// count from the latest query that worked)
//
// another case where the count_query is wrong:
// SELECT COUNT(*), f1 from t1 group by f1
// and you click to sort on count(*)
// }
$unlim_num_rows = $GLOBALS['dbi']->fetchValue('SELECT FOUND_ROWS()');
}
// end else "just browsing"
} else {
// not $is_select
$unlim_num_rows = 0;
}
return $unlim_num_rows;
}
/**
* Copies or renames table
*
* @param string $source_db source database
* @param string $source_table source table
* @param string $target_db target database
* @param string $target_table target table
* @param string $what what to be moved or copied (data, dataonly)
* @param bool $move whether to move
* @param string $mode mode
*
* @return bool true if success, false otherwise
*/
public static function moveCopy($source_db, $source_table, $target_db, $target_table, $what, $move, $mode)
{
global $err_url;
/* Try moving table directly */
if ($move && $what == 'data') {
$tbl = new PMA_Table($source_table, $source_db);
$result = $tbl->rename($target_table, $target_db);
if ($result) {
$GLOBALS['message'] = $tbl->getLastMessage();
return true;
}
}
// set export settings we need
$GLOBALS['sql_backquotes'] = 1;
$GLOBALS['asfile'] = 1;
// Ensure the target is valid
if (!$GLOBALS['pma']->databases->exists($source_db, $target_db)) {
if (!$GLOBALS['pma']->databases->exists($source_db)) {
$GLOBALS['message'] = PMA_Message::rawError(sprintf(__('Source database `%s` was not found!'), htmlspecialchars($source_db)));
}
if (!$GLOBALS['pma']->databases->exists($target_db)) {
$GLOBALS['message'] = PMA_Message::rawError(sprintf(__('Target database `%s` was not found!'), htmlspecialchars($target_db)));
}
return false;
}
$source = PMA_Util::backquote($source_db) . '.' . PMA_Util::backquote($source_table);
if (!isset($target_db) || !strlen($target_db)) {
$target_db = $source_db;
}
// Doing a select_db could avoid some problems with replicated databases,
// when moving table from replicated one to not replicated one
$GLOBALS['dbi']->selectDb($target_db);
$target = PMA_Util::backquote($target_db) . '.' . PMA_Util::backquote($target_table);
// do not create the table if dataonly
if ($what != 'dataonly') {
include_once "libraries/plugin_interface.lib.php";
// get Export SQL instance
$export_sql_plugin = PMA_getPlugin("export", "sql", 'libraries/plugins/export/', array('export_type' => 'table', 'single_table' => false));
$no_constraints_comments = true;
$GLOBALS['sql_constraints_query'] = '';
// set the value of global sql_auto_increment variable
if (isset($_POST['sql_auto_increment'])) {
$GLOBALS['sql_auto_increment'] = $_POST['sql_auto_increment'];
}
$sql_structure = $export_sql_plugin->getTableDef($source_db, $source_table, "\n", $err_url, false, false);
unset($no_constraints_comments);
$parsed_sql = PMA_SQP_parse($sql_structure);
$analyzed_sql = PMA_SQP_analyze($parsed_sql);
$i = 0;
if (empty($analyzed_sql[0]['create_table_fields'])) {
// this is not a CREATE TABLE, so find the first VIEW
$target_for_view = PMA_Util::backquote($target_db);
while (true) {
if ($parsed_sql[$i]['type'] == 'alpha_reservedWord' && $parsed_sql[$i]['data'] == 'VIEW') {
break;
}
$i++;
}
}
unset($analyzed_sql);
if (PMA_DRIZZLE) {
$table_delimiter = 'quote_backtick';
} else {
$server_sql_mode = $GLOBALS['dbi']->fetchValue("SHOW VARIABLES LIKE 'sql_mode'", 0, 1);
// ANSI_QUOTES might be a subset of sql_mode, for example
// REAL_AS_FLOAT,PIPES_AS_CONCAT,ANSI_QUOTES,IGNORE_SPACE,ANSI
if (false !== strpos($server_sql_mode, 'ANSI_QUOTES')) {
$table_delimiter = 'quote_double';
} else {
$table_delimiter = 'quote_backtick';
}
unset($server_sql_mode);
}
/* Find table name in query and replace it */
while ($parsed_sql[$i]['type'] != $table_delimiter) {
$i++;
}
/* no need to backquote() */
if (isset($target_for_view)) {
// this a view definition; we just found the first db name
// that follows DEFINER VIEW
// so change it for the new db name
$parsed_sql[$i]['data'] = $target_for_view;
// then we have to find all references to the source db
// and change them to the target db, ensuring we stay into
// the $parsed_sql limits
$last = $parsed_sql['len'] - 1;
$backquoted_source_db = PMA_Util::backquote($source_db);
for (++$i; $i <= $last; $i++) {
if ($parsed_sql[$i]['type'] == $table_delimiter && $parsed_sql[$i]['data'] == $backquoted_source_db && $parsed_sql[$i - 1]['type'] != 'punct_qualifier') {
$parsed_sql[$i]['data'] = $target_for_view;
}
}
unset($last, $backquoted_source_db);
} else {
$parsed_sql[$i]['data'] = $target;
}
/* Generate query back */
$sql_structure = PMA_SQP_format($parsed_sql, 'query_only');
// If table exists, and 'add drop table' is selected: Drop it!
$drop_query = '';
if (isset($_REQUEST['drop_if_exists']) && $_REQUEST['drop_if_exists'] == 'true') {
if (PMA_Table::isView($target_db, $target_table)) {
$drop_query = 'DROP VIEW';
} else {
$drop_query = 'DROP TABLE';
}
$drop_query .= ' IF EXISTS ' . PMA_Util::backquote($target_db) . '.' . PMA_Util::backquote($target_table);
$GLOBALS['dbi']->query($drop_query);
$GLOBALS['sql_query'] .= "\n" . $drop_query . ';';
// If an existing table gets deleted, maintain any
// entries for the PMA_* tables
$maintain_relations = true;
}
@$GLOBALS['dbi']->query($sql_structure);
$GLOBALS['sql_query'] .= "\n" . $sql_structure . ';';
if (($move || isset($GLOBALS['add_constraints'])) && !empty($GLOBALS['sql_constraints_query'])) {
$parsed_sql = PMA_SQP_parse($GLOBALS['sql_constraints_query']);
$i = 0;
// find the first $table_delimiter, it must be the source
// table name
while ($parsed_sql[$i]['type'] != $table_delimiter) {
$i++;
// maybe someday we should guard against going over limit
//if ($i == $parsed_sql['len']) {
// break;
//}
}
// replace it by the target table name, no need
// to backquote()
$parsed_sql[$i]['data'] = $target;
// now we must remove all $table_delimiter that follow a
// CONSTRAINT keyword, because a constraint name must be
// unique in a db
$cnt = $parsed_sql['len'] - 1;
for ($j = $i; $j < $cnt; $j++) {
if ($parsed_sql[$j]['type'] == 'alpha_reservedWord' && strtoupper($parsed_sql[$j]['data']) == 'CONSTRAINT') {
if ($parsed_sql[$j + 1]['type'] == $table_delimiter) {
$parsed_sql[$j + 1]['data'] = '';
}
}
}
// Generate query back
$GLOBALS['sql_constraints_query'] = PMA_SQP_format($parsed_sql, 'query_only');
if ($mode == 'one_table') {
$GLOBALS['dbi']->query($GLOBALS['sql_constraints_query']);
}
$GLOBALS['sql_query'] .= "\n" . $GLOBALS['sql_constraints_query'];
if ($mode == 'one_table') {
unset($GLOBALS['sql_constraints_query']);
}
}
// add indexes to the table
if (!empty($GLOBALS['sql_indexes'])) {
$parsed_sql = PMA_SQP_parse($GLOBALS['sql_indexes']);
$i = 0;
while ($parsed_sql[$i]['type'] != $table_delimiter) {
$i++;
}
$parsed_sql[$i]['data'] = $target;
$cnt = $parsed_sql['len'] - 1;
for ($j = $i; $j < $cnt; $j++) {
if ($parsed_sql[$j]['type'] == 'alpha_reservedWord' && strtoupper($parsed_sql[$j]['data']) == 'CONSTRAINT') {
if ($parsed_sql[$j + 1]['type'] == $table_delimiter) {
$parsed_sql[$j + 1]['data'] = '';
}
}
}
$GLOBALS['sql_indexes'] = PMA_SQP_format($parsed_sql, 'query_only');
if ($mode == 'one_table' || $mode == 'db_copy') {
$GLOBALS['dbi']->query($GLOBALS['sql_indexes']);
}
$GLOBALS['sql_query'] .= "\n" . $GLOBALS['sql_indexes'];
if ($mode == 'one_table' || $mode == 'db_copy') {
unset($GLOBALS['sql_indexes']);
}
}
/*
* add AUTO_INCREMENT to the table
*
* @todo refactor with similar code above
*/
if (!empty($GLOBALS['sql_auto_increments'])) {
if ($mode == 'one_table' || $mode == 'db_copy') {
$parsed_sql = PMA_SQP_parse($GLOBALS['sql_auto_increments']);
$i = 0;
// find the first $table_delimiter, it must be the source
// table name
while ($parsed_sql[$i]['type'] != $table_delimiter) {
$i++;
}
// replace it by the target table name, no need
// to backquote()
$parsed_sql[$i]['data'] = $target;
// Generate query back
$GLOBALS['sql_auto_increments'] = PMA_SQP_format($parsed_sql, 'query_only');
$GLOBALS['dbi']->query($GLOBALS['sql_auto_increments']);
$GLOBALS['sql_query'] .= "\n" . $GLOBALS['sql_auto_increments'];
unset($GLOBALS['sql_auto_increments']);
}
}
} else {
$GLOBALS['sql_query'] = '';
}
// Copy the data unless this is a VIEW
if (($what == 'data' || $what == 'dataonly') && !PMA_Table::isView($target_db, $target_table)) {
$sql_set_mode = "SET SQL_MODE='NO_AUTO_VALUE_ON_ZERO'";
$GLOBALS['dbi']->query($sql_set_mode);
$GLOBALS['sql_query'] .= "\n\n" . $sql_set_mode . ';';
$sql_insert_data = 'INSERT INTO ' . $target . ' SELECT * FROM ' . $source;
$GLOBALS['dbi']->query($sql_insert_data);
$GLOBALS['sql_query'] .= "\n\n" . $sql_insert_data . ';';
}
$GLOBALS['cfgRelation'] = PMA_getRelationsParam();
// Drops old table if the user has requested to move it
if ($move) {
// This could avoid some problems with replicated databases, when
// moving table from replicated one to not replicated one
$GLOBALS['dbi']->selectDb($source_db);
if (PMA_Table::isView($source_db, $source_table)) {
$sql_drop_query = 'DROP VIEW';
} else {
$sql_drop_query = 'DROP TABLE';
}
$sql_drop_query .= ' ' . $source;
$GLOBALS['dbi']->query($sql_drop_query);
// Renable table in configuration storage
PMA_REL_renameTable($source_db, $target_db, $source_table, $target_table);
$GLOBALS['sql_query'] .= "\n\n" . $sql_drop_query . ';';
// end if ($move)
} else {
// we are copying
// Create new entries as duplicates from old PMA DBs
if ($what != 'dataonly' && !isset($maintain_relations)) {
if ($GLOBALS['cfgRelation']['commwork']) {
// Get all comments and MIME-Types for current table
$comments_copy_rs = PMA_queryAsControlUser('SELECT column_name, comment' . ($GLOBALS['cfgRelation']['mimework'] ? ', mimetype, transformation, transformation_options' : '') . ' FROM ' . PMA_Util::backquote($GLOBALS['cfgRelation']['db']) . '.' . PMA_Util::backquote($GLOBALS['cfgRelation']['column_info']) . ' WHERE ' . ' db_name = \'' . PMA_Util::sqlAddSlashes($source_db) . '\'' . ' AND ' . ' table_name = \'' . PMA_Util::sqlAddSlashes($source_table) . '\'');
// Write every comment as new copied entry. [MIME]
while ($comments_copy_row = $GLOBALS['dbi']->fetchAssoc($comments_copy_rs)) {
$new_comment_query = 'REPLACE INTO ' . PMA_Util::backquote($GLOBALS['cfgRelation']['db']) . '.' . PMA_Util::backquote($GLOBALS['cfgRelation']['column_info']) . ' (db_name, table_name, column_name, comment' . ($GLOBALS['cfgRelation']['mimework'] ? ', mimetype, transformation, transformation_options' : '') . ') ' . ' VALUES(' . '\'' . PMA_Util::sqlAddSlashes($target_db) . '\',' . '\'' . PMA_Util::sqlAddSlashes($target_table) . '\',' . '\'' . PMA_Util::sqlAddSlashes($comments_copy_row['column_name']) . '\'' . ($GLOBALS['cfgRelation']['mimework'] ? ',\'' . PMA_Util::sqlAddSlashes($comments_copy_row['comment']) . '\',' . '\'' . PMA_Util::sqlAddSlashes($comments_copy_row['mimetype']) . '\',' . '\'' . PMA_Util::sqlAddSlashes($comments_copy_row['transformation']) . '\',' . '\'' . PMA_Util::sqlAddSlashes($comments_copy_row['transformation_options']) . '\'' : '') . ')';
PMA_queryAsControlUser($new_comment_query);
}
// end while
$GLOBALS['dbi']->freeResult($comments_copy_rs);
unset($comments_copy_rs);
}
// duplicating the bookmarks must not be done here, but
// just once per db
$get_fields = array('display_field');
$where_fields = array('db_name' => $source_db, 'table_name' => $source_table);
$new_fields = array('db_name' => $target_db, 'table_name' => $target_table);
PMA_Table::duplicateInfo('displaywork', 'table_info', $get_fields, $where_fields, $new_fields);
/**
* @todo revise this code when we support cross-db relations
*/
$get_fields = array('master_field', 'foreign_table', 'foreign_field');
$where_fields = array('master_db' => $source_db, 'master_table' => $source_table);
$new_fields = array('master_db' => $target_db, 'foreign_db' => $target_db, 'master_table' => $target_table);
PMA_Table::duplicateInfo('relwork', 'relation', $get_fields, $where_fields, $new_fields);
$get_fields = array('foreign_field', 'master_table', 'master_field');
$where_fields = array('foreign_db' => $source_db, 'foreign_table' => $source_table);
$new_fields = array('master_db' => $target_db, 'foreign_db' => $target_db, 'foreign_table' => $target_table);
PMA_Table::duplicateInfo('relwork', 'relation', $get_fields, $where_fields, $new_fields);
$get_fields = array('x', 'y', 'v', 'h');
$where_fields = array('db_name' => $source_db, 'table_name' => $source_table);
$new_fields = array('db_name' => $target_db, 'table_name' => $target_table);
PMA_Table::duplicateInfo('designerwork', 'designer_coords', $get_fields, $where_fields, $new_fields);
/**
* @todo Can't get duplicating PDFs the right way. The
* page numbers always get screwed up independently from
* duplication because the numbers do not seem to be stored on a
* per-database basis. Would the author of pdf support please
* have a look at it?
*
$get_fields = array('page_descr');
$where_fields = array('db_name' => $source_db);
$new_fields = array('db_name' => $target_db);
$last_id = PMA_Table::duplicateInfo(
'pdfwork',
'pdf_pages',
$get_fields,
$where_fields,
$new_fields
);
if (isset($last_id) && $last_id >= 0) {
$get_fields = array('x', 'y');
$where_fields = array(
'db_name' => $source_db,
'table_name' => $source_table
);
$new_fields = array(
'db_name' => $target_db,
'table_name' => $target_table,
'pdf_page_number' => $last_id
);
PMA_Table::duplicateInfo(
'pdfwork',
'table_coords',
$get_fields,
$where_fields,
$new_fields
);
}
*/
}
}
return true;
}