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Diffstat (limited to 'srcs/phpmyadmin/libraries/classes/Import.php')
| -rw-r--r-- | srcs/phpmyadmin/libraries/classes/Import.php | 1727 |
1 files changed, 0 insertions, 1727 deletions
diff --git a/srcs/phpmyadmin/libraries/classes/Import.php b/srcs/phpmyadmin/libraries/classes/Import.php deleted file mode 100644 index a94cc65..0000000 --- a/srcs/phpmyadmin/libraries/classes/Import.php +++ /dev/null @@ -1,1727 +0,0 @@ -<?php -/* vim: set expandtab sw=4 ts=4 sts=4: */ -/** - * Holds the PhpMyAdmin\Import class - * - * @package PhpMyAdmin-Import - */ -declare(strict_types=1); - -namespace PhpMyAdmin; - -use PhpMyAdmin\Encoding; -use PhpMyAdmin\Message; -use PhpMyAdmin\Response; -use PhpMyAdmin\SqlParser\Parser; -use PhpMyAdmin\SqlParser\Statements\DeleteStatement; -use PhpMyAdmin\SqlParser\Statements\InsertStatement; -use PhpMyAdmin\SqlParser\Statements\ReplaceStatement; -use PhpMyAdmin\SqlParser\Statements\UpdateStatement; -use PhpMyAdmin\SqlParser\Utils\Query; -use PhpMyAdmin\Table; -use PhpMyAdmin\Url; -use PhpMyAdmin\Util; - -/** - * Library that provides common import functions that are used by import plugins - * - * @package PhpMyAdmin - */ -class Import -{ - /* MySQL type defs */ - public const NONE = 0; - public const VARCHAR = 1; - public const INT = 2; - public const DECIMAL = 3; - public const BIGINT = 4; - public const GEOMETRY = 5; - /* Decimal size defs */ - public const M = 0; - public const D = 1; - public const FULL = 2; - /* Table array defs */ - public const TBL_NAME = 0; - public const COL_NAMES = 1; - public const ROWS = 2; - /* Analysis array defs */ - public const TYPES = 0; - public const SIZES = 1; - public const FORMATTEDSQL = 2; - - /** - * Import constructor. - */ - public function __construct() - { - $GLOBALS['cfg']['Server']['DisableIS'] = false; - - $checkUserPrivileges = new CheckUserPrivileges($GLOBALS['dbi']); - $checkUserPrivileges->getPrivileges(); - } - - /** - * Checks whether timeout is getting close - * - * @return boolean true if timeout is close - * @access public - */ - public function checkTimeout(): bool - { - global $timestamp, $maximum_time, $timeout_passed; - if ($maximum_time == 0) { - return false; - } elseif ($timeout_passed) { - return true; - /* 5 in next row might be too much */ - } elseif ((time() - $timestamp) > ($maximum_time - 5)) { - $timeout_passed = true; - return true; - } - - return false; - } - - /** - * Runs query inside import buffer. This is needed to allow displaying - * of last SELECT, SHOW or HANDLER results and similar nice stuff. - * - * @param string $sql query to run - * @param string $full query to display, this might be commented - * @param array $sql_data SQL parse data storage - * - * @return void - * @access public - */ - public function executeQuery(string $sql, string $full, array &$sql_data): void - { - global $sql_query, $my_die, $error, $reload, - $result, $msg, - $cfg, $sql_query_disabled, $db; - - $result = $GLOBALS['dbi']->tryQuery($sql); - - // USE query changes the database, son need to track - // while running multiple queries - $is_use_query = mb_stripos($sql, "use ") !== false; - - $msg = '# '; - if ($result === false) { // execution failed - if (! isset($my_die)) { - $my_die = []; - } - $my_die[] = [ - 'sql' => $full, - 'error' => $GLOBALS['dbi']->getError(), - ]; - - $msg .= __('Error'); - - if (! $cfg['IgnoreMultiSubmitErrors']) { - $error = true; - return; - } - } else { - $a_num_rows = (int) @$GLOBALS['dbi']->numRows($result); - $a_aff_rows = (int) @$GLOBALS['dbi']->affectedRows(); - if ($a_num_rows > 0) { - $msg .= __('Rows') . ': ' . $a_num_rows; - } elseif ($a_aff_rows > 0) { - $message = Message::getMessageForAffectedRows( - $a_aff_rows - ); - $msg .= $message->getMessage(); - } else { - $msg .= __( - 'MySQL returned an empty result set (i.e. zero ' - . 'rows).' - ); - } - - if (($a_num_rows > 0) || $is_use_query) { - $sql_data['valid_sql'][] = $sql; - if (! isset($sql_data['valid_queries'])) { - $sql_data['valid_queries'] = 0; - } - $sql_data['valid_queries']++; - } - } - if (! $sql_query_disabled) { - $sql_query .= $msg . "\n"; - } - - // If a 'USE <db>' SQL-clause was found and the query - // succeeded, set our current $db to the new one - if ($result != false) { - list($db, $reload) = $this->lookForUse( - $sql, - $db, - $reload - ); - } - - $pattern = '@^[\s]*(DROP|CREATE)[\s]+(IF EXISTS[[:space:]]+)' - . '?(TABLE|DATABASE)[[:space:]]+(.+)@im'; - if ($result != false - && preg_match($pattern, $sql) - ) { - $reload = true; - } - } - - /** - * Runs query inside import buffer. This is needed to allow displaying - * of last SELECT, SHOW or HANDLER results and similar nice stuff. - * - * @param string $sql query to run - * @param string $full query to display, this might be commented - * @param array $sql_data SQL parse data storage - * - * @return void - * @access public - */ - public function runQuery( - string $sql = '', - string $full = '', - array &$sql_data = [] - ): void { - global $import_run_buffer, $go_sql, $complete_query, $display_query, $sql_query, $msg, - $skip_queries, $executed_queries, $max_sql_len, $read_multiply, $sql_query_disabled, $run_query; - $read_multiply = 1; - if (! isset($import_run_buffer)) { - // Do we have something to push into buffer? - $import_run_buffer = $this->runQueryPost( - $import_run_buffer, - $sql, - $full - ); - return; - } - - // Should we skip something? - if ($skip_queries > 0) { - $skip_queries--; - // Do we have something to push into buffer? - $import_run_buffer = $this->runQueryPost( - $import_run_buffer, - $sql, - $full - ); - return; - } - - if (! empty($import_run_buffer['sql']) - && trim($import_run_buffer['sql']) != '' - ) { - $max_sql_len = max( - $max_sql_len, - mb_strlen($import_run_buffer['sql']) - ); - if (! $sql_query_disabled) { - $sql_query .= $import_run_buffer['full']; - } - - $executed_queries++; - - if ($run_query && $executed_queries < 50) { - $go_sql = true; - - if (! $sql_query_disabled) { - $complete_query = $sql_query; - $display_query = $sql_query; - } else { - $complete_query = ''; - $display_query = ''; - } - $sql_query = $import_run_buffer['sql']; - $sql_data['valid_sql'][] = $import_run_buffer['sql']; - $sql_data['valid_full'][] = $import_run_buffer['full']; - if (! isset($sql_data['valid_queries'])) { - $sql_data['valid_queries'] = 0; - } - $sql_data['valid_queries']++; - } elseif ($run_query) { - /* Handle rollback from go_sql */ - if ($go_sql && isset($sql_data['valid_full'])) { - $queries = $sql_data['valid_sql']; - $fulls = $sql_data['valid_full']; - $count = $sql_data['valid_queries']; - $go_sql = false; - - $sql_data['valid_sql'] = []; - $sql_data['valid_queries'] = 0; - unset($sql_data['valid_full']); - for ($i = 0; $i < $count; $i++) { - $this->executeQuery( - $queries[$i], - $fulls[$i], - $sql_data - ); - } - } - - $this->executeQuery( - $import_run_buffer['sql'], - $import_run_buffer['full'], - $sql_data - ); - } // end run query - // end non empty query - } elseif (! empty($import_run_buffer['full'])) { - if ($go_sql) { - $complete_query .= $import_run_buffer['full']; - $display_query .= $import_run_buffer['full']; - } elseif (! $sql_query_disabled) { - $sql_query .= $import_run_buffer['full']; - } - } - // check length of query unless we decided to pass it to sql.php - // (if $run_query is false, we are just displaying so show - // the complete query in the textarea) - if (! $go_sql && $run_query && ! empty($sql_query)) { - if (mb_strlen($sql_query) > 50000 - || $executed_queries > 50 - || $max_sql_len > 1000 - ) { - $sql_query = ''; - $sql_query_disabled = true; - } - } - - // Do we have something to push into buffer? - $import_run_buffer = $this->runQueryPost($import_run_buffer, $sql, $full); - - // In case of ROLLBACK, notify the user. - if (isset($_POST['rollback_query'])) { - $msg .= __('[ROLLBACK occurred.]'); - } - } - - /** - * Return import run buffer - * - * @param array $import_run_buffer Buffer of queries for import - * @param string $sql SQL query - * @param string $full Query to display - * - * @return array Buffer of queries for import - */ - public function runQueryPost( - ?array $import_run_buffer, - string $sql, - string $full - ): ?array { - if (! empty($sql) || ! empty($full)) { - $import_run_buffer = [ - 'sql' => $sql, - 'full' => $full, - ]; - return $import_run_buffer; - } - - unset($GLOBALS['import_run_buffer']); - return $import_run_buffer; - } - - /** - * Looks for the presence of USE to possibly change current db - * - * @param string $buffer buffer to examine - * @param string $db current db - * @param bool $reload reload - * - * @return array (current or new db, whether to reload) - * @access public - */ - public function lookForUse(?string $buffer, ?string $db, ?bool $reload): array - { - if (preg_match('@^[\s]*USE[[:space:]]+([\S]+)@i', (string) $buffer, $match)) { - $db = trim($match[1]); - $db = trim($db, ';'); // for example, USE abc; - - // $db must not contain the escape characters generated by backquote() - // ( used in buildSql() as: backquote($db_name), and then called - // in runQuery() which in turn calls lookForUse() ) - $db = Util::unQuote($db); - - $reload = true; - } - return [ - $db, - $reload, - ]; - } - - - /** - * Returns next part of imported file/buffer - * - * @param int $size size of buffer to read - * (this is maximal size function will return) - * - * @return string|bool part of file/buffer - * @access public - */ - public function getNextChunk(int $size = 32768) - { - global $import_handle, $charset_conversion, $charset_of_file, - $read_multiply; - - // Add some progression while reading large amount of data - if ($read_multiply <= 8) { - $size *= $read_multiply; - } else { - $size *= 8; - } - $read_multiply++; - - // We can not read too much - if ($size > $GLOBALS['read_limit']) { - $size = $GLOBALS['read_limit']; - } - - if ($this->checkTimeout()) { - return false; - } - if ($GLOBALS['finished']) { - return true; - } - - if ($GLOBALS['import_file'] == 'none') { - // Well this is not yet supported and tested, - // but should return content of textarea - if (mb_strlen($GLOBALS['import_text']) < $size) { - $GLOBALS['finished'] = true; - return $GLOBALS['import_text']; - } else { - $r = mb_substr($GLOBALS['import_text'], 0, $size); - $GLOBALS['offset'] += $size; - $GLOBALS['import_text'] = mb_substr($GLOBALS['import_text'], $size); - return $r; - } - } - - $result = $import_handle->read($size); - $GLOBALS['finished'] = $import_handle->eof(); - $GLOBALS['offset'] += $size; - - if ($charset_conversion) { - return Encoding::convertString($charset_of_file, 'utf-8', $result); - } - - /** - * Skip possible byte order marks (I do not think we need more - * charsets, but feel free to add more, you can use wikipedia for - * reference: <https://en.wikipedia.org/wiki/Byte_Order_Mark>) - * - * @todo BOM could be used for charset autodetection - */ - if ($GLOBALS['offset'] == $size) { - // UTF-8 - if (strncmp($result, "\xEF\xBB\xBF", 3) == 0) { - $result = mb_substr($result, 3); - // UTF-16 BE, LE - } elseif (strncmp($result, "\xFE\xFF", 2) == 0 - || strncmp($result, "\xFF\xFE", 2) == 0 - ) { - $result = mb_substr($result, 2); - } - } - return $result; - } - - /** - * Returns the "Excel" column name (i.e. 1 = "A", 26 = "Z", 27 = "AA", etc.) - * - * This functions uses recursion to build the Excel column name. - * - * The column number (1-26) is converted to the responding - * ASCII character (A-Z) and returned. - * - * If the column number is bigger than 26 (= num of letters in alphabet), - * an extra character needs to be added. To find this extra character, - * the number is divided by 26 and this value is passed to another instance - * of the same function (hence recursion). In that new instance the number is - * evaluated again, and if it is still bigger than 26, it is divided again - * and passed to another instance of the same function. This continues until - * the number is smaller than 26. Then the last called function returns - * the corresponding ASCII character to the function that called it. - * Each time a called function ends an extra character is added to the column name. - * When the first function is reached, the last character is added and the complete - * column name is returned. - * - * @param int $num the column number - * - * @return string The column's "Excel" name - * @access public - */ - public function getColumnAlphaName(int $num): string - { - $A = 65; // ASCII value for capital "A" - $col_name = ""; - - if ($num > 26) { - $div = (int) ($num / 26); - $remain = $num % 26; - - // subtract 1 of divided value in case the modulus is 0, - // this is necessary because A-Z has no 'zero' - if ($remain == 0) { - $div--; - } - - // recursive function call - $col_name = $this->getColumnAlphaName($div); - // use modulus as new column number - $num = $remain; - } - - if ($num == 0) { - // use 'Z' if column number is 0, - // this is necessary because A-Z has no 'zero' - $col_name .= mb_chr(($A + 26) - 1); - } else { - // convert column number to ASCII character - $col_name .= mb_chr(($A + $num) - 1); - } - - return $col_name; - } - - /** - * Returns the column number based on the Excel name. - * So "A" = 1, "Z" = 26, "AA" = 27, etc. - * - * Basically this is a base26 (A-Z) to base10 (0-9) conversion. - * It iterates through all characters in the column name and - * calculates the corresponding value, based on character value - * (A = 1, ..., Z = 26) and position in the string. - * - * @param string $name column name(i.e. "A", or "BC", etc.) - * - * @return int The column number - * @access public - */ - public function getColumnNumberFromName(string $name): int - { - if (empty($name)) { - return 0; - } - - $name = mb_strtoupper($name); - $num_chars = mb_strlen($name); - $column_number = 0; - for ($i = 0; $i < $num_chars; ++$i) { - // read string from back to front - $char_pos = ($num_chars - 1) - $i; - - // convert capital character to ASCII value - // and subtract 64 to get corresponding decimal value - // ASCII value of "A" is 65, "B" is 66, etc. - // Decimal equivalent of "A" is 1, "B" is 2, etc. - $number = (int) (mb_ord($name[$char_pos]) - 64); - - // base26 to base10 conversion : multiply each number - // with corresponding value of the position, in this case - // $i=0 : 1; $i=1 : 26; $i=2 : 676; ... - $column_number += $number * pow(26, $i); - } - return $column_number; - } - - /** - * Obtains the precision (total # of digits) from a size of type decimal - * - * @param string $last_cumulative_size Size of type decimal - * - * @return int Precision of the given decimal size notation - * @access public - */ - public function getDecimalPrecision(string $last_cumulative_size): int - { - return (int) substr( - $last_cumulative_size, - 0, - strpos($last_cumulative_size, ",") - ); - } - - /** - * Obtains the scale (# of digits to the right of the decimal point) - * from a size of type decimal - * - * @param string $last_cumulative_size Size of type decimal - * - * @return int Scale of the given decimal size notation - * @access public - */ - public function getDecimalScale(string $last_cumulative_size): int - { - return (int) substr( - $last_cumulative_size, - strpos($last_cumulative_size, ",") + 1, - strlen($last_cumulative_size) - strpos($last_cumulative_size, ",") - ); - } - - /** - * Obtains the decimal size of a given cell - * - * @param string $cell cell content - * - * @return array Contains the precision, scale, and full size - * representation of the given decimal cell - * @access public - */ - public function getDecimalSize(string $cell): array - { - $curr_size = mb_strlen($cell); - $decPos = mb_strpos($cell, "."); - $decPrecision = ($curr_size - 1) - $decPos; - - $m = $curr_size - 1; - $d = $decPrecision; - - return [ - $m, - $d, - $m . "," . $d, - ]; - } - - /** - * Obtains the size of the given cell - * - * @param string|int $last_cumulative_size Last cumulative column size - * @param int $last_cumulative_type Last cumulative column type - * (NONE or VARCHAR or DECIMAL or INT or BIGINT) - * @param int $curr_type Type of the current cell - * (NONE or VARCHAR or DECIMAL or INT or BIGINT) - * @param string $cell The current cell - * - * @return string|int Size of the given cell in the type-appropriate format - * @access public - * - * @todo Handle the error cases more elegantly - */ - public function detectSize( - $last_cumulative_size, - int $last_cumulative_type, - int $curr_type, - string $cell - ) { - $curr_size = mb_strlen($cell); - - /** - * If the cell is NULL, don't treat it as a varchar - */ - if (! strcmp('NULL', $cell)) { - return $last_cumulative_size; - } elseif ($curr_type == self::VARCHAR) { - /** - * What to do if the current cell is of type VARCHAR - */ - /** - * The last cumulative type was VARCHAR - */ - if ($last_cumulative_type == self::VARCHAR) { - if ($curr_size >= $last_cumulative_size) { - return $curr_size; - } - - return $last_cumulative_size; - } elseif ($last_cumulative_type == self::DECIMAL) { - /** - * The last cumulative type was DECIMAL - */ - $oldM = $this->getDecimalPrecision($last_cumulative_size); - - if ($curr_size >= $oldM) { - return $curr_size; - } - - return $oldM; - } elseif ($last_cumulative_type == self::BIGINT || $last_cumulative_type == self::INT) { - /** - * The last cumulative type was BIGINT or INT - */ - if ($curr_size >= $last_cumulative_size) { - return $curr_size; - } - - return $last_cumulative_size; - } elseif (! isset($last_cumulative_type) || $last_cumulative_type == self::NONE) { - /** - * This is the first row to be analyzed - */ - return $curr_size; - } - - /** - * An error has DEFINITELY occurred - */ - /** - * TODO: Handle this MUCH more elegantly - */ - - return -1; - } elseif ($curr_type == self::DECIMAL) { - /** - * What to do if the current cell is of type DECIMAL - */ - /** - * The last cumulative type was VARCHAR - */ - if ($last_cumulative_type == self::VARCHAR) { - /* Convert $last_cumulative_size from varchar to decimal format */ - $size = $this->getDecimalSize($cell); - - if ($size[self::M] >= $last_cumulative_size) { - return $size[self::M]; - } - - return $last_cumulative_size; - } elseif ($last_cumulative_type == self::DECIMAL) { - /** - * The last cumulative type was DECIMAL - */ - $size = $this->getDecimalSize($cell); - - $oldM = $this->getDecimalPrecision($last_cumulative_size); - $oldD = $this->getDecimalScale($last_cumulative_size); - - /* New val if M or D is greater than current largest */ - if ($size[self::M] > $oldM || $size[self::D] > $oldD) { - /* Take the largest of both types */ - return (string) ((($size[self::M] > $oldM) ? $size[self::M] : $oldM) - . "," . (($size[self::D] > $oldD) ? $size[self::D] : $oldD)); - } - - return $last_cumulative_size; - } elseif ($last_cumulative_type == self::BIGINT || $last_cumulative_type == self::INT) { - /** - * The last cumulative type was BIGINT or INT - */ - /* Convert $last_cumulative_size from int to decimal format */ - $size = $this->getDecimalSize($cell); - - if ($size[self::M] >= $last_cumulative_size) { - return $size[self::FULL]; - } - - return ($last_cumulative_size . "," . $size[self::D]); - } elseif (! isset($last_cumulative_type) || $last_cumulative_type == self::NONE) { - /** - * This is the first row to be analyzed - */ - /* First row of the column */ - $size = $this->getDecimalSize($cell); - - return $size[self::FULL]; - } - - /** - * An error has DEFINITELY occurred - */ - /** - * TODO: Handle this MUCH more elegantly - */ - - return -1; - } elseif ($curr_type == self::BIGINT || $curr_type == self::INT) { - /** - * What to do if the current cell is of type BIGINT or INT - */ - /** - * The last cumulative type was VARCHAR - */ - if ($last_cumulative_type == self::VARCHAR) { - if ($curr_size >= $last_cumulative_size) { - return $curr_size; - } - - return $last_cumulative_size; - } elseif ($last_cumulative_type == self::DECIMAL) { - /** - * The last cumulative type was DECIMAL - */ - $oldM = $this->getDecimalPrecision($last_cumulative_size); - $oldD = $this->getDecimalScale($last_cumulative_size); - $oldInt = $oldM - $oldD; - $newInt = mb_strlen((string) $cell); - - /* See which has the larger integer length */ - if ($oldInt >= $newInt) { - /* Use old decimal size */ - return $last_cumulative_size; - } - - /* Use $newInt + $oldD as new M */ - return (($newInt + $oldD) . "," . $oldD); - } elseif ($last_cumulative_type == self::BIGINT || $last_cumulative_type == self::INT) { - /** - * The last cumulative type was BIGINT or INT - */ - if ($curr_size >= $last_cumulative_size) { - return $curr_size; - } - - return $last_cumulative_size; - } elseif (! isset($last_cumulative_type) || $last_cumulative_type == self::NONE) { - /** - * This is the first row to be analyzed - */ - return $curr_size; - } - - /** - * An error has DEFINITELY occurred - */ - /** - * TODO: Handle this MUCH more elegantly - */ - - return -1; - } - - /** - * An error has DEFINITELY occurred - */ - /** - * TODO: Handle this MUCH more elegantly - */ - - return -1; - } - - /** - * Determines what MySQL type a cell is - * - * @param int $last_cumulative_type Last cumulative column type - * (VARCHAR or INT or BIGINT or DECIMAL or NONE) - * @param string $cell String representation of the cell for which - * a best-fit type is to be determined - * - * @return int The MySQL type representation - * (VARCHAR or INT or BIGINT or DECIMAL or NONE) - * @access public - */ - public function detectType(?int $last_cumulative_type, ?string $cell): int - { - /** - * If numeric, determine if decimal, int or bigint - * Else, we call it varchar for simplicity - */ - - if (! strcmp('NULL', (string) $cell)) { - if ($last_cumulative_type === null || $last_cumulative_type == self::NONE) { - return self::NONE; - } - - return $last_cumulative_type; - } - - if (! is_numeric($cell)) { - return self::VARCHAR; - } - - if ($cell == (string) (float) $cell - && mb_strpos($cell, ".") !== false - && mb_substr_count($cell, ".") === 1 - ) { - return self::DECIMAL; - } - - if (abs((int) $cell) > 2147483647) { - return self::BIGINT; - } - - if ($cell !== (string) (int) $cell) { - return self::VARCHAR; - } - - return self::INT; - } - - /** - * Determines if the column types are int, decimal, or string - * - * @param array $table array(string $table_name, array $col_names, array $rows) - * - * @return array|bool array(array $types, array $sizes) - * @access public - * - * @link https://wiki.phpmyadmin.net/pma/Import - * - * @todo Handle the error case more elegantly - */ - public function analyzeTable(array &$table) - { - /* Get number of rows in table */ - $numRows = count($table[self::ROWS]); - /* Get number of columns */ - $numCols = count($table[self::COL_NAMES]); - /* Current type for each column */ - $types = []; - $sizes = []; - - /* Initialize $sizes to all 0's */ - for ($i = 0; $i < $numCols; ++$i) { - $sizes[$i] = 0; - } - - /* Initialize $types to NONE */ - for ($i = 0; $i < $numCols; ++$i) { - $types[$i] = self::NONE; - } - - /* If the passed array is not of the correct form, do not process it */ - if (! is_array($table) - || is_array($table[self::TBL_NAME]) - || ! is_array($table[self::COL_NAMES]) - || ! is_array($table[self::ROWS]) - ) { - /** - * TODO: Handle this better - */ - - return false; - } - - /* Analyze each column */ - for ($i = 0; $i < $numCols; ++$i) { - /* Analyze the column in each row */ - for ($j = 0; $j < $numRows; ++$j) { - /* Determine type of the current cell */ - $curr_type = $this->detectType($types[$i], $table[self::ROWS][$j][$i]); - /* Determine size of the current cell */ - $sizes[$i] = $this->detectSize( - $sizes[$i], - $types[$i], - $curr_type, - (string) $table[self::ROWS][$j][$i] - ); - - /** - * If a type for this column has already been declared, - * only alter it if it was a number and a varchar was found - */ - if ($curr_type != self::NONE) { - if ($curr_type == self::VARCHAR) { - $types[$i] = self::VARCHAR; - } elseif ($curr_type == self::DECIMAL) { - if ($types[$i] != self::VARCHAR) { - $types[$i] = self::DECIMAL; - } - } elseif ($curr_type == self::BIGINT) { - if ($types[$i] != self::VARCHAR && $types[$i] != self::DECIMAL) { - $types[$i] = self::BIGINT; - } - } elseif ($curr_type == self::INT) { - if ($types[$i] != self::VARCHAR - && $types[$i] != self::DECIMAL - && $types[$i] != self::BIGINT - ) { - $types[$i] = self::INT; - } - } - } - } - } - - /* Check to ensure that all types are valid */ - $len = count($types); - for ($n = 0; $n < $len; ++$n) { - if (! strcmp((string) self::NONE, (string) $types[$n])) { - $types[$n] = self::VARCHAR; - $sizes[$n] = '10'; - } - } - - return [ - $types, - $sizes, - ]; - } - - /** - * Builds and executes SQL statements to create the database and tables - * as necessary, as well as insert all the data. - * - * @param string $db_name Name of the database - * @param array $tables Array of tables for the specified database - * @param array|null $analyses Analyses of the tables - * @param array|null $additional_sql Additional SQL statements to be executed - * @param array|null $options Associative array of options - * @param array $sql_data 2-element array with sql data - * - * @return void - * @access public - * - * @link https://wiki.phpmyadmin.net/pma/Import - */ - public function buildSql( - string $db_name, - array &$tables, - ?array &$analyses = null, - ?array &$additional_sql = null, - ?array $options = null, - array &$sql_data - ): void { - /* Needed to quell the beast that is Message */ - $import_notice = null; - - /* Take care of the options */ - if (isset($options['db_collation']) && $options['db_collation'] !== null) { - $collation = $options['db_collation']; - } else { - $collation = "utf8_general_ci"; - } - - if (isset($options['db_charset']) && $options['db_charset'] !== null) { - $charset = $options['db_charset']; - } else { - $charset = "utf8"; - } - - if (isset($options['create_db'])) { - $create_db = $options['create_db']; - } else { - $create_db = true; - } - - /* Create SQL code to handle the database */ - $sql = []; - - if ($create_db) { - $sql[] = "CREATE DATABASE IF NOT EXISTS " . Util::backquote($db_name) - . " DEFAULT CHARACTER SET " . $charset . " COLLATE " . $collation - . ";"; - } - - /** - * The calling plug-in should include this statement, - * if necessary, in the $additional_sql parameter - * - * $sql[] = "USE " . backquote($db_name); - */ - - /* Execute the SQL statements create above */ - $sql_len = count($sql); - for ($i = 0; $i < $sql_len; ++$i) { - $this->runQuery($sql[$i], $sql[$i], $sql_data); - } - - /* No longer needed */ - unset($sql); - - /* Run the $additional_sql statements supplied by the caller plug-in */ - if ($additional_sql != null) { - /* Clean the SQL first */ - $additional_sql_len = count($additional_sql); - - /** - * Only match tables for now, because CREATE IF NOT EXISTS - * syntax is lacking or nonexisting for views, triggers, - * functions, and procedures. - * - * See: https://bugs.mysql.com/bug.php?id=15287 - * - * To the best of my knowledge this is still an issue. - * - * $pattern = 'CREATE (TABLE|VIEW|TRIGGER|FUNCTION|PROCEDURE)'; - */ - $pattern = '/CREATE [^`]*(TABLE)/'; - $replacement = 'CREATE \\1 IF NOT EXISTS'; - - /* Change CREATE statements to CREATE IF NOT EXISTS to support - * inserting into existing structures - */ - for ($i = 0; $i < $additional_sql_len; ++$i) { - $additional_sql[$i] = preg_replace( - $pattern, - $replacement, - $additional_sql[$i] - ); - /* Execute the resulting statements */ - $this->runQuery($additional_sql[$i], $additional_sql[$i], $sql_data); - } |