' at the moment.)
*
* @package PhpMyAdmin
*/
if (! defined('PHPMYADMIN')) {
exit;
}
/**
* Include the string handling class as we use it heavily
*/
require_once './libraries/string.inc.php';
/**
* Include data for the SQL Parser
*/
require_once './libraries/sqlparser.data.php';
/**
* Charset information
*/
if (!defined('TESTSUITE') && ! PMA_DRIZZLE) {
include_once './libraries/mysql_charsets.inc.php';
}
if (! isset($mysql_charsets)) {
$mysql_charsets = array();
$mysql_collations_flat = array();
}
/**
* Stores parsed elemented of query to array.
*
* Currently we don't need the $pos (token position in query)
* for other purposes than LIMIT clause verification,
* so many calls to this function do not include the 4th parameter
*
* @param array &$arr Array to store element
* @param string $type Type of element
* @param string $data Data (text) of element
* @param int &$arrsize Size of array
* @param int $pos Position of an element
*
* @return void
*/
function PMA_SQP_arrayAdd(&$arr, $type, $data, &$arrsize, $pos = 0)
{
$arr[] = array('type' => $type, 'data' => $data, 'pos' => $pos);
$arrsize++;
} // end of the "PMA_SQP_arrayAdd()" function
/**
* Reset the error variable for the SQL parser
*
* @access public
*
* @return void
*/
function PMA_SQP_resetError()
{
global $SQP_errorString;
$SQP_errorString = '';
unset($SQP_errorString);
}
/**
* Get the contents of the error variable for the SQL parser
*
* @return string Error string from SQL parser
*
* @access public
*/
function PMA_SQP_getErrorString()
{
global $SQP_errorString;
return isset($SQP_errorString) ? $SQP_errorString : '';
}
/**
* Check if the SQL parser hit an error
*
* @return boolean error state
*
* @access public
*/
function PMA_SQP_isError()
{
global $SQP_errorString;
return isset($SQP_errorString) && !empty($SQP_errorString);
}
/**
* Set an error message for the system
*
* @param string $message The error message
* @param string $sql The failing SQL query
*
* @return void
*
* @access private
* @scope SQL Parser internal
*/
function PMA_SQP_throwError($message, $sql)
{
global $SQP_errorString;
$SQP_errorString = ''
. __(
'There seems to be an error in your SQL query. The MySQL server '
. 'error output below, if there is any, may also help you in '
. 'diagnosing the problem.'
)
. '
' . "\n"
. '' . "\n"
. 'ERROR: ' . $message . "\n"
. 'SQL: ' . htmlspecialchars($sql) . "\n"
. '' . "\n";
} // end of the "PMA_SQP_throwError()" function
/**
* Do display the bug report
*
* @param string $message The error message
* @param string $sql The failing SQL query
*
* @return void
*
* @access public
*/
function PMA_SQP_bug($message, $sql)
{
global $SQP_errorString;
$debugstr = 'ERROR: ' . $message . "\n";
$debugstr .= 'MySQL: ' . PMA_MYSQL_STR_VERSION . "\n";
$debugstr .= 'USR OS, AGENT, VER: ' . PMA_USR_OS . ' ';
$debugstr .= PMA_USR_BROWSER_AGENT . ' ' . PMA_USR_BROWSER_VER . "\n";
$debugstr .= 'PMA: ' . PMA_VERSION . "\n";
$debugstr .= 'PHP VER,OS: ' . PMA_PHP_STR_VERSION . ' ' . PHP_OS . "\n";
$debugstr .= 'LANG: ' . $GLOBALS['lang'] . "\n";
$debugstr .= 'SQL: ' . htmlspecialchars($sql);
$encodedstr = $debugstr;
if (@function_exists('gzcompress')) {
$encodedstr = gzcompress($debugstr, 9);
}
$encodedstr = preg_replace(
"/(\015\012)|(\015)|(\012)/",
'
' . "\n",
chunk_split(base64_encode($encodedstr))
);
$SQP_errorString .= __(
'There is a chance that you may have found a bug in the SQL parser. '
. 'Please examine your query closely, and check that the quotes are '
. 'correct and not mis-matched. Other possible failure causes may be '
. 'that you are uploading a file with binary outside of a quoted text '
. 'area. You can also try your query on the MySQL command line '
. 'interface. The MySQL server error output below, if there is any, '
. 'may also help you in diagnosing the problem. If you still have '
. 'problems or if the parser fails where the command line interface '
. 'succeeds, please reduce your SQL query input to the single query '
. 'that causes problems, and submit a bug report with the data chunk '
. 'in the CUT section below:'
);
$SQP_errorString .= '
' . "\n"
. '----' . __('BEGIN CUT') . '----' . '
' . "\n"
. $encodedstr . "\n"
. '----' . __('END CUT') . '----' . '
' . "\n";
$SQP_errorString .= '----' . __('BEGIN RAW') . '----
' . "\n"
. '' . "\n"
. $debugstr
. '' . "\n"
. '----' . __('END RAW') . '----
' . "\n";
} // end of the "PMA_SQP_bug()" function
/**
* Parses the SQL queries
*
* @param string $sql The SQL query list
*
* @return mixed Most of times, nothing...
*
* @global array The current PMA configuration
* @global array MySQL column attributes
* @global array MySQL reserved words
* @global array MySQL column types
* @global array MySQL function names
* @global array List of available character sets
* @global array List of available collations
*
* @access public
*/
function PMA_SQP_parse($sql)
{
static $PMA_SQPdata_column_attrib, $PMA_SQPdata_reserved_word;
static $PMA_SQPdata_column_type;
static $PMA_SQPdata_function_name, $PMA_SQPdata_forbidden_word;
global $mysql_charsets, $mysql_collations_flat;
// Convert all line feeds to Unix style
$sql = str_replace("\r\n", "\n", $sql);
$sql = str_replace("\r", "\n", $sql);
$len = $GLOBALS['PMA_String']->strlen($sql);
if ($len == 0) {
return array();
}
// Create local hashtables
if (!isset($PMA_SQPdata_column_attrib)) {
$PMA_SQPdata_column_attrib = array_flip(
$GLOBALS['PMA_SQPdata_column_attrib']
);
$PMA_SQPdata_function_name = array_flip(
$GLOBALS['PMA_SQPdata_function_name']
);
$PMA_SQPdata_reserved_word = array_flip(
$GLOBALS['PMA_SQPdata_reserved_word']
);
$PMA_SQPdata_forbidden_word = array_flip(
$GLOBALS['PMA_SQPdata_forbidden_word']
);
$PMA_SQPdata_column_type = array_flip(
$GLOBALS['PMA_SQPdata_column_type']
);
}
$sql_array = array();
$sql_array['raw'] = $sql;
$count1 = 0;
$count2 = 0;
$punct_queryend = ';';
$punct_qualifier = '.';
$punct_listsep = ',';
$bracket_list = '()[]{}';
$allpunct_list = '-,;:!?/.^~\*&%+<=>|';
$allpunct_list_pair = array(
'!=' => 1,
'&&' => 1,
':=' => 1,
'<<' => 1,
'<=' => 1,
'<=>' => 1,
'<>' => 1,
'>=' => 1,
'>>' => 1,
'||' => 1,
'==' => 1
);
$quote_list = '\'"`';
$arraysize = 0;
$previous_was_space = false;
$this_was_space = false;
$previous_was_bracket = false;
$this_was_bracket = false;
$previous_was_punct = false;
$this_was_punct = false;
$previous_was_listsep = false;
$this_was_listsep = false;
$previous_was_quote = false;
$this_was_quote = false;
while ($count2 < $len) {
$c = $GLOBALS['PMA_String']->substr($sql, $count2, 1);
$count1 = $count2;
$previous_was_space = $this_was_space;
$this_was_space = false;
$previous_was_bracket = $this_was_bracket;
$this_was_bracket = false;
$previous_was_punct = $this_was_punct;
$this_was_punct = false;
$previous_was_listsep = $this_was_listsep;
$this_was_listsep = false;
$previous_was_quote = $this_was_quote;
$this_was_quote = false;
if (($c == "\n")) {
$this_was_space = true;
$count2++;
PMA_SQP_arrayAdd($sql_array, 'white_newline', '', $arraysize);
continue;
}
// Checks for white space
if ($GLOBALS['PMA_String']->isSpace($c)) {
$this_was_space = true;
$count2++;
continue;
}
// Checks for comment lines.
// MySQL style #
// C style /* */
// ANSI style --
$next_c = $GLOBALS['PMA_String']->substr($sql, $count2 + 1, 1);
if (($c == '#')
|| (($count2 + 1 < $len) && ($c == '/') && ($next_c == '*'))
|| (($count2 + 2 == $len) && ($c == '-') && ($next_c == '-'))
|| (($count2 + 2 < $len) && ($c == '-') && ($next_c == '-') && (($GLOBALS['PMA_String']->substr($sql, $count2 + 2, 1) <= ' ')))
) {
$count2++;
$pos = 0;
$type = 'bad';
switch ($c) {
case '#':
$type = 'mysql';
case '-':
$type = 'ansi';
$pos = $GLOBALS['PMA_String']->strpos($sql, "\n", $count2);
break;
case '/':
$type = 'c';
$pos = $GLOBALS['PMA_String']->strpos($sql, '*/', $count2);
$pos += 2;
break;
default:
break;
} // end switch
$count2 = ($pos < $count2) ? $len : $pos;
$str = $GLOBALS['PMA_String']->substr($sql, $count1, $count2 - $count1);
PMA_SQP_arrayAdd($sql_array, 'comment_' . $type, $str, $arraysize);
continue;
} // end if
// Checks for something inside quotation marks
if ($GLOBALS['PMA_String']->strpos($quote_list, $c) !== false) {
$startquotepos = $count2;
$quotetype = $c;
$count2++;
$pos = $count2;
$oldpos = 0;
do {
$oldpos = $pos;
$pos = $GLOBALS['PMA_String']->strpos(' ' . $sql, $quotetype, $oldpos + 1) - 1;
// ($pos === false)
if ($pos < 0) {
if ($c == '`') {
/*
* Behave same as MySQL and accept end of query as end
* of backtick.
* I know this is sick, but MySQL behaves like this:
*
* SELECT * FROM `table
*
* is treated like
*
* SELECT * FROM `table`
*/
$pos_quote_separator = $GLOBALS['PMA_String']->strpos(
' ' . $sql, $GLOBALS['sql_delimiter'], $oldpos + 1
) - 1;
if ($pos_quote_separator < 0) {
$len += 1;
$sql .= '`';
$sql_array['raw'] .= '`';
$pos = $len;
} else {
$len += 1;
$sql = $GLOBALS['PMA_String']->substr($sql, 0, $pos_quote_separator)
. '`' . $GLOBALS['PMA_String']->substr($sql, $pos_quote_separator);
$sql_array['raw'] = $sql;
$pos = $pos_quote_separator;
}
if (class_exists('PMA_Message')
&& $GLOBALS['is_ajax_request'] != true
) {
PMA_Message::notice(
__('Automatically appended backtick to the end of query!')
)->display();
}
} else {
$debugstr = __('Unclosed quote')
. ' @ ' . $startquotepos. "\n"
. 'STR: ' . htmlspecialchars($quotetype);
PMA_SQP_throwError($debugstr, $sql);
return $sql_array;
}
}
// If the quote is the first character, it can't be
// escaped, so don't do the rest of the code
if ($pos == 0) {
break;
}
// Checks for MySQL escaping using a \
// And checks for ANSI escaping using the $quotetype character
if (($pos < $len)
&& $GLOBALS['PMA_String']->charIsEscaped($sql, $pos)
&& $c != '`'
) {
$pos ++;
continue;
} elseif (($pos + 1 < $len)
&& ($GLOBALS['PMA_String']->substr($sql, $pos, 1) == $quotetype)
&& ($GLOBALS['PMA_String']->substr($sql, $pos + 1, 1) == $quotetype)
) {
$pos = $pos + 2;
continue;
} else {
break;
}
} while ($len > $pos); // end do
$count2 = $pos;
$count2++;
$type = 'quote_';
switch ($quotetype) {
case '\'':
$type .= 'single';
$this_was_quote = true;
break;
case '"':
$type .= 'double';
$this_was_quote = true;
break;
case '`':
$type .= 'backtick';
$this_was_quote = true;
break;
default:
break;
} // end switch
$data = $GLOBALS['PMA_String']->substr($sql, $count1, $count2 - $count1);
PMA_SQP_arrayAdd($sql_array, $type, $data, $arraysize);
continue;
}
// Checks for brackets
if ($GLOBALS['PMA_String']->strpos($bracket_list, $c) !== false) {
// All bracket tokens are only one item long
$this_was_bracket = true;
$count2++;
$type_type = '';
if ($GLOBALS['PMA_String']->strpos('([{', $c) !== false) {
$type_type = 'open';
} else {
$type_type = 'close';
}
$type_style = '';
if ($GLOBALS['PMA_String']->strpos('()', $c) !== false) {
$type_style = 'round';
} elseif ($GLOBALS['PMA_String']->strpos('[]', $c) !== false) {
$type_style = 'square';
} else {
$type_style = 'curly';
}
$type = 'punct_bracket_' . $type_type . '_' . $type_style;
PMA_SQP_arrayAdd($sql_array, $type, $c, $arraysize);
continue;
}
/* DEBUG
echo '1';
var_dump($GLOBALS['PMA_String']->isSqlIdentifier($c, false));
var_dump($c == '@');
var_dump($c == '.');
var_dump($GLOBALS['PMA_String']->isDigit($GLOBALS['PMA_String']->substr($sql, $count2 + 1, 1)));
var_dump($previous_was_space);
var_dump($previous_was_bracket);
var_dump($previous_was_listsep);
echo '';
*/
// Checks for identifier (alpha or numeric)
if ($GLOBALS['PMA_String']->isSqlIdentifier($c, false)
|| $c == '@'
|| ($c == '.'
&& $GLOBALS['PMA_String']->isDigit($GLOBALS['PMA_String']->substr($sql, $count2 + 1, 1))
&& ($previous_was_space || $previous_was_bracket || $previous_was_listsep))
) {
/* DEBUG
echo $GLOBALS['PMA_String']->substr($sql, $count2);
echo '
';
*/
$count2++;
/**
* @todo a @ can also be present in expressions like
* FROM 'user'@'%' or TO 'user'@'%'
* in this case, the @ is wrongly marked as alpha_variable
*/
$is_identifier = $previous_was_punct;
$is_sql_variable = $c == '@' && ! $previous_was_quote;
$is_user = $c == '@' && $previous_was_quote;
$is_digit = (
!$is_identifier
&& !$is_sql_variable
&& $GLOBALS['PMA_String']->isDigit($c)
);
$is_hex_digit = (
$is_digit
&& $c == '0'
&& $count2 < $len
&& $GLOBALS['PMA_String']->substr($sql, $count2, 1) == 'x'
);
$is_float_digit = $c == '.';
$is_float_digit_exponent = false;
/* DEBUG
echo '2';
var_dump($is_identifier);
var_dump($is_sql_variable);
var_dump($is_digit);
var_dump($is_float_digit);
echo '';
*/
// Fast skip is especially needed for huge BLOB data
if ($is_hex_digit) {
$count2++;
$pos = strspn($sql, '0123456789abcdefABCDEF', $count2);
if ($pos > $count2) {
$count2 = $pos;
}
unset($pos);
} elseif ($is_digit) {
$pos = strspn($sql, '0123456789', $count2);
if ($pos > $count2) {
$count2 = $pos;
}
unset($pos);
}
while (($count2 < $len) && $GLOBALS['PMA_String']->isSqlIdentifier($GLOBALS['PMA_String']->substr($sql, $count2, 1), ($is_sql_variable || $is_digit))) {
$c2 = $GLOBALS['PMA_String']->substr($sql, $count2, 1);
if ($is_sql_variable && ($c2 == '.')) {
$count2++;
continue;
}
if ($is_digit && (!$is_hex_digit) && ($c2 == '.')) {
$count2++;
if (!$is_float_digit) {
$is_float_digit = true;
continue;
} else {
$debugstr = __('Invalid Identifer')
. ' @ ' . ($count1+1) . "\n"
. 'STR: ' . htmlspecialchars(
$GLOBALS['PMA_String']->substr($sql, $count1, $count2 - $count1)
);
PMA_SQP_throwError($debugstr, $sql);
return $sql_array;
}
}
if ($is_digit && (!$is_hex_digit) && (($c2 == 'e') || ($c2 == 'E'))) {
if (!$is_float_digit_exponent) {
$is_float_digit_exponent = true;
$is_float_digit = true;
$count2++;
continue;
} else {
$is_digit = false;
$is_float_digit = false;
}
}
if (($is_hex_digit && $GLOBALS['PMA_String']->isHexDigit($c2)) || ($is_digit && $GLOBALS['PMA_String']->isDigit($c2))) {
$count2++;
continue;
} else {
$is_digit = false;
$is_hex_digit = false;
}
$count2++;
} // end while
$l = $count2 - $count1;
$str = $GLOBALS['PMA_String']->substr($sql, $count1, $l);
$type = '';
if ($is_digit || $is_float_digit || $is_hex_digit) {
$type = 'digit';
if ($is_float_digit) {
$type .= '_float';
} elseif ($is_hex_digit) {
$type .= '_hex';
} else {
$type .= '_integer';
}
} elseif ($is_user) {
$type = 'punct_user';
} elseif ($is_sql_variable != false) {
$type = 'alpha_variable';
} else {
$type = 'alpha';
} // end if... else....
PMA_SQP_arrayAdd($sql_array, $type, $str, $arraysize, $count2);
continue;
}
// Checks for punct
if ($GLOBALS['PMA_String']->strpos($allpunct_list, $c) !== false) {
while (($count2 < $len) && $GLOBALS['PMA_String']->strpos($allpunct_list, $GLOBALS['PMA_String']->substr($sql, $count2, 1)) !== false) {
$count2++;
}
$l = $count2 - $count1;
if ($l == 1) {
$punct_data = $c;
} else {
$punct_data = $GLOBALS['PMA_String']->substr($sql, $count1, $l);
}
// Special case, sometimes, althought two characters are
// adjectent directly, they ACTUALLY need to be seperate
/* DEBUG
echo '';
var_dump($l);
var_dump($punct_data);
echo '';
*/
if ($l == 1) {
$t_suffix = '';
switch ($punct_data) {
case $punct_queryend:
$t_suffix = '_queryend';
break;
case $punct_qualifier:
$t_suffix = '_qualifier';
$this_was_punct = true;
break;
case $punct_listsep:
$this_was_listsep = true;
$t_suffix = '_listsep';
break;
default:
break;
}
PMA_SQP_arrayAdd($sql_array, 'punct' . $t_suffix, $punct_data, $arraysize);
} elseif ($punct_data == $GLOBALS['sql_delimiter'] || isset($allpunct_list_pair[$punct_data])) {
// Ok, we have one of the valid combined punct expressions
PMA_SQP_arrayAdd($sql_array, 'punct', $punct_data, $arraysize);
} else {
// Bad luck, lets split it up more
$first = $punct_data[0];
$last2 = $punct_data[$l - 2] . $punct_data[$l - 1];
$last = $punct_data[$l - 1];
if (($first == ',') || ($first == ';') || ($first == '.') || ($first == '*')) {
$count2 = $count1 + 1;
$punct_data = $first;
} elseif (($last2 == '/*') || (($last2 == '--') && ($count2 == $len || $GLOBALS['PMA_String']->substr($sql, $count2, 1) <= ' '))) {
$count2 -= 2;
$punct_data = $GLOBALS['PMA_String']->substr($sql, $count1, $count2 - $count1);
} elseif (($last == '-') || ($last == '+') || ($last == '!')) {
$count2--;
$punct_data = $GLOBALS['PMA_String']->substr($sql, $count1, $count2 - $count1);
} elseif ($last != '~') {
/**
* @todo for negation operator, split in 2 tokens ?
* "select x&~1 from t"
* becomes "select x & ~ 1 from t" ?
*/
$debugstr = __('Unknown Punctuation String')
. ' @ ' . ($count1+1) . "\n"
. 'STR: ' . htmlspecialchars($punct_data);
PMA_SQP_throwError($debugstr, $sql);
return $sql_array;
}
PMA_SQP_arrayAdd($sql_array, 'punct', $punct_data, $arraysize);
continue;
} // end if... elseif... else
continue;
}
// DEBUG
$count2++;
$debugstr = 'C1 C2 LEN: ' . $count1 . ' ' . $count2 . ' ' . $len . "\n"
. 'STR: ' . $GLOBALS['PMA_String']->substr($sql, $count1, $count2 - $count1) . "\n";
PMA_SQP_bug($debugstr, $sql);
return $sql_array;
} // end while ($count2 < $len)
/*
echo '';
print_r($sql_array);
echo '';
*/
if ($arraysize > 0) {
$t_next = $sql_array[0]['type'];
$t_prev = '';
$t_bef_prev = '';
$t_cur = '';
$d_next = $sql_array[0]['data'];
$d_prev = '';
$d_bef_prev = '';
$d_cur = '';
$d_next_upper = $t_next == 'alpha' ? strtoupper($d_next) : $d_next;
$d_prev_upper = '';
$d_bef_prev_upper = '';
$d_cur_upper = '';
}
for ($i = 0; $i < $arraysize; $i++) {
$t_bef_prev = $t_prev;
$t_prev = $t_cur;
$t_cur = $t_next;
$d_bef_prev = $d_prev;
$d_prev = $d_cur;
$d_cur = $d_next;
$d_bef_prev_upper = $d_prev_upper;
$d_prev_upper = $d_cur_upper;
$d_cur_upper = $d_next_upper;
if (($i + 1) < $arraysize) {
$t_next = $sql_array[$i + 1]['type'];
$d_next = $sql_array[$i + 1]['data'];
$d_next_upper = $t_next == 'alpha' ? strtoupper($d_next) : $d_next;
} else {
$t_next = '';
$d_next = '';
$d_next_upper = '';
}
//DEBUG echo "[prev: ".$d_prev." ".$t_prev."][cur: ".$d_cur." ".$t_cur."][next: ".$d_next." ".$t_next."]
";
if ($t_cur == 'alpha') {
$t_suffix = '_identifier';
// for example: `thebit` bit(8) NOT NULL DEFAULT b'0'
if ($t_prev == 'alpha' && $d_prev == 'DEFAULT' && $d_cur == 'b' && $t_next == 'quote_single') {
$t_suffix = '_bitfield_constant_introducer';
} elseif (($t_next == 'punct_qualifier') || ($t_prev == 'punct_qualifier')) {
$t_suffix = '_identifier';
} elseif (($t_next == 'punct_bracket_open_round')
&& isset($PMA_SQPdata_function_name[$d_cur_upper])
) {
/**
* @todo 2005-10-16: in the case of a CREATE TABLE containing
* a TIMESTAMP, since TIMESTAMP() is also a function, it's
* found here and the token is wrongly marked as alpha_functionName.
* But we compensate for this when analysing for timestamp_not_null
* later in this script.
*
* Same applies to CHAR vs. CHAR() function.
*/
$t_suffix = '_functionName';
/* There are functions which might be as well column types */
} elseif (isset($PMA_SQPdata_column_type[$d_cur_upper])) {
$t_suffix = '_columnType';
/**
* Temporary fix for bugs #621357 and #2027720
*
* @todo FIX PROPERLY NEEDS OVERHAUL OF SQL TOKENIZER
*/
if (($d_cur_upper == 'SET' || $d_cur_upper == 'BINARY') && $t_next != 'punct_bracket_open_round') {
$t_suffix = '_reservedWord';
}
//END OF TEMPORARY FIX
// CHARACTER is a synonym for CHAR, but can also be meant as
// CHARACTER SET. In this case, we have a reserved word.
if ($d_cur_upper == 'CHARACTER' && $d_next_upper == 'SET') {
$t_suffix = '_reservedWord';
}
// experimental
// current is a column type, so previous must not be
// a reserved word but an identifier
// CREATE TABLE SG_Persons (first varchar(64))
//if ($sql_array[$i-1]['type'] =='alpha_reservedWord') {
// $sql_array[$i-1]['type'] = 'alpha_identifier';
//}
} elseif (isset($PMA_SQPdata_reserved_word[$d_cur_upper])) {
$t_suffix = '_reservedWord';
} elseif (isset($PMA_SQPdata_column_attrib[$d_cur_upper])) {
$t_suffix = '_columnAttrib';
// INNODB is a MySQL table type, but in "SHOW INNODB STATUS",
// it should be regarded as a reserved word.
if ($d_cur_upper == 'INNODB'
&& $d_prev_upper == 'SHOW'
&& $d_next_upper == 'STATUS'
) {
$t_suffix = '_reservedWord';
}
if ($d_cur_upper == 'DEFAULT' && $d_next_upper == 'CHARACTER') {
$t_suffix = '_reservedWord';
}
// Binary as character set
if ($d_cur_upper == 'BINARY'
&& (($d_bef_prev_upper == 'CHARACTER' && $d_prev_upper == 'SET')
|| ($d_bef_prev_upper == 'SET' && $d_prev_upper == '=')
|| ($d_bef_prev_upper == 'CHARSET' && $d_prev_upper == '=')
|| $d_prev_upper == 'CHARSET')
&& in_array($d_cur, $mysql_charsets)
) {
$t_suffix = '_charset';
}
} elseif (in_array($d_cur, $mysql_charsets)
|| in_array($d_cur, $mysql_collations_flat)
|| ($d_cur{0} == '_' && in_array(substr($d_cur, 1), $mysql_charsets))
) {
$t_suffix = '_charset';
} else {
// Do nothing
}
// check if present in the list of forbidden words
if ($t_suffix == '_reservedWord'
&& isset($PMA_SQPdata_forbidden_word[$d_cur_upper])
) {
$sql_array[$i]['forbidden'] = true;
} else {
$sql_array[$i]['forbidden'] = false;
}
$sql_array[$i]['type'] .= $t_suffix;
}
} // end for
// Stores the size of the array inside the array, as count() is a slow
// operation.
$sql_array['len'] = $arraysize;
// DEBUG echo 'After parsing'; print_r($sql_array); echo '
';
// Sends the data back
return $sql_array;
} // end of the "PMA_SQP_parse()" function
/**
* Checks for token types being what we want...
*
* @param string $toCheck String of type that we have
* @param string $whatWeWant String of type that we want
*
* @return boolean result of check
*
* @access private
*/
function PMA_SQP_typeCheck($toCheck, $whatWeWant)
{
$typeSeparator = '_';
if (strcmp($whatWeWant, $toCheck) == 0) {
return true;
} else {
if (strpos($whatWeWant, $typeSeparator) === false) {
return strncmp(
$whatWeWant, $toCheck,
strpos($toCheck, $typeSeparator)
) == 0;
} else {
return false;
}
}
}
/**
* Analyzes SQL queries
*
* @param array $arr The SQL queries
*
* @return array The analyzed SQL queries
*
* @access public
*/
function PMA_SQP_analyze($arr)
{
if ($arr == array() || ! isset($arr['len'])) {
return array();
}
$result = array();
$size = $arr['len'];
$subresult = array(
'querytype' => '',
'select_expr_clause'=> '', // the whole stuff between SELECT and FROM , except DISTINCT
'position_of_first_select' => '', // the array index
'from_clause'=> '',
'group_by_clause'=> '',
'order_by_clause'=> '',
'having_clause' => '',
'limit_clause' => '',
'where_clause' => '',
'where_clause_identifiers' => array(),
'unsorted_query' => '',
'queryflags' => array(),
'select_expr' => array(),
'table_ref' => array(),
'foreign_keys' => array(),
'create_table_fields' => array()
);
$subresult_empty = $subresult;
$seek_queryend = false;
$seen_end_of_table_ref = false;
$number_of_brackets_in_extract = 0;
$number_of_brackets_in_group_concat = 0;
$number_of_brackets = 0;
$in_subquery = false;
$seen_subquery = false;
$seen_from = false;
// for SELECT EXTRACT(YEAR_MONTH FROM CURDATE())
// we must not use CURDATE as a table_ref
// so we track whether we are in the EXTRACT()
$in_extract = false;
// for GROUP_CONCAT(...)
$in_group_concat = false;
/* Description of analyzer results
*
* db, table, column, alias
* ------------------------
*
* Inside the $subresult array, we create ['select_expr'] and ['table_ref']
* arrays.
*
* The SELECT syntax (simplified) is
*
* SELECT
* select_expression,...
* [FROM [table_references]
*
*
* ['select_expr'] is filled with each expression, the key represents the
* expression position in the list (0-based) (so we don't lose track of
* multiple occurences of the same column).
*
* ['table_ref'] is filled with each table ref, same thing for the key.
*
* I create all sub-values empty, even if they are
* not present (for example no select_expression alias).
*
* There is a debug section at the end of loop #1, if you want to
* see the exact contents of select_expr and table_ref
*
* queryflags
* ----------
*
* In $subresult, array 'queryflags' is filled, according to what we
* find in the query.
*
* Currently, those are generated:
*
* ['queryflags']['select_from'] = 1; if this is a real SELECT...FROM
* ['queryflags']['drop_database'] = 1;if this is a DROP DATABASE
* ['queryflags']['reload'] = 1; for the purpose of reloading the
* navigation bar
* ['queryflags']['distinct'] = 1; for a DISTINCT
* ['queryflags']['union'] = 1; for a UNION
* ['queryflags']['join'] = 1; for a JOIN
* ['queryflags']['offset'] = 1; for the presence of OFFSET
* ['queryflags']['procedure'] = 1; for the presence of PROCEDURE
* ['queryflags']['is_explain'] = 1; for the presence of EXPLAIN
* ['queryflags']['is_delete'] = 1; for the presence of DELETE
* ['queryflags']['is_affected'] = 1; for the presence of UPDATE, DELETE
* or INSERT|LOAD DATA|REPLACE
* ['queryflags']['is_replace'] = 1; for the presence of REPLACE
* ['queryflags']['is_insert'] = 1; for the presence of INSERT
* ['queryflags']['is_maint'] = 1; for the presence of CHECK|ANALYZE
* |REPAIR|OPTIMIZE TABLE
* ['queryflags']['is_show'] = 1; for the presence of SHOW
* ['queryflags']['is_analyse'] = 1; for the presence of PROCEDURE ANALYSE
* ['queryflags']['is_export'] = 1; for the presence of INTO OUTFILE
* ['queryflags']['is_group'] = 1; for the presence of GROUP BY|HAVING|
* SELECT DISTINCT
* ['queryflags']['is_func'] = 1; for the presence of SUM|AVG|STD|STDDEV
* |MIN|MAX|BIT_OR|BIT_AND
* ['queryflags']['is_count'] = 1; for the presence of SELECT COUNT
* ['queryflags']['is_procedure'] = 1; for the presence of CALL
*
* query clauses
* -------------
*
* The select is splitted in those clauses:
* ['select_expr_clause']
* ['from_clause']
* ['group_by_clause']
* ['order_by_clause']
* ['having_clause']
* ['limit_clause']
* ['where_clause']
*
* The identifiers of the WHERE clause are put into the array
* ['where_clause_identifier']
*
* For a SELECT, the whole query without the ORDER BY clause is put into
* ['unsorted_query']
*
* foreign keys
* ------------
* The CREATE TABLE may contain FOREIGN KEY clauses, so they get
* analyzed and ['foreign_keys'] is an array filled with
* the constraint name, the index list,
* the REFERENCES table name and REFERENCES index list,
* and ON UPDATE | ON DELETE clauses
*
* position_of_first_select
* ------------------------
*
* The array index of the first SELECT we find. Will be used to
* insert a SQL_CALC_FOUND_ROWS.
*
* create_table_fields
* -------------------
*
* Used to detect the DEFAULT CURRENT_TIMESTAMP and
* ON UPDATE CURRENT_TIMESTAMP clauses of the CREATE TABLE query.
* Also used to store the default value of the field.
* An array, each element is the identifier name.
* Note that for now, the timestamp_not_null element is created
* even for non-TIMESTAMP fields.
*
* Sub-elements: ['type'] which contains the column type
* optional (currently they are never false but can be absent):
* ['default_current_timestamp'] boolean
* ['on_update_current_timestamp'] boolean
* ['timestamp_not_null'] boolean
*
* section_before_limit, section_after_limit
* -----------------------------------------
*
* Marks the point of the query where we can insert a LIMIT clause;
* so the section_before_limit will contain the left part before
* a possible LIMIT clause
*
*
* End of description of analyzer results
*/
// must be sorted
// TODO: current logic checks for only one word, so I put only the
// first word of the reserved expressions that end a table ref;
// maybe this is not ok (the first word might mean something else)
// $words_ending_table_ref = array(
// 'FOR UPDATE',
// 'GROUP BY',
// 'HAVING',
// 'LIMIT',
// 'LOCK IN SHARE MODE',
// 'ORDER BY',
// 'PROCEDURE',
// 'UNION',
// 'WHERE'
// );
$words_ending_table_ref = array(
'FOR' => 1,
'GROUP' => 1,
'HAVING' => 1,
'LIMIT' => 1,
'LOCK' => 1,
'ORDER' => 1,
'PROCEDURE' => 1,
'UNION' => 1,
'WHERE' => 1
);
$words_ending_clauses = array(
'FOR' => 1,
'LIMIT' => 1,
'LOCK' => 1,
'PROCEDURE' => 1,
'UNION' => 1
);
$supported_query_types = array(
'SELECT' => 1,
/*
// Support for these additional query types will come later on.
'DELETE' => 1,
'INSERT' => 1,
'REPLACE' => 1,
'TRUNCATE' => 1,
'UPDATE' => 1,
'EXPLAIN' => 1,
'DESCRIBE' => 1,
'SHOW' => 1,
'CREATE' => 1,
'SET' => 1,
'ALTER' => 1
*/
);
// loop #1 for each token: select_expr, table_ref for SELECT
for ($i = 0; $i < $size; $i++) {
//DEBUG echo "Loop1 " . $arr[$i]['data']
//. " (" . $arr[$i]['type'] . ")
";
// High speed seek for locating the end of the current query
if ($seek_queryend == true) {
if ($arr[$i]['type'] == 'punct_queryend') {
$seek_queryend = false;
} else {
continue;
} // end if (type == punct_queryend)
} // end if ($seek_queryend)
/**
* Note: do not split if this is a punct_queryend for the first and only
* query
* @todo when we find a UNION, should we split in another subresult?
*/
if ($arr[$i]['type'] == 'punct_queryend' && ($i + 1 != $size)) {
$result[] = $subresult;
$subresult = $subresult_empty;
continue;
} // end if (type == punct_queryend)
// ==============================================================
if ($arr[$i]['type'] == 'punct_bracket_open_round') {
$number_of_brackets++;
if ($in_extract) {
$number_of_brackets_in_extract++;
}
if ($in_group_concat) {
$number_of_brackets_in_group_concat++;
}
}
// ==============================================================
if ($arr[$i]['type'] == 'punct_bracket_close_round') {
$number_of_brackets--;
if ($number_of_brackets == 0) {
$in_subquery = false;
}
if ($in_extract) {
$number_of_brackets_in_extract--;
if ($number_of_brackets_in_extract == 0) {
$in_extract = false;
}
}
if ($in_group_concat) {
$number_of_brackets_in_group_concat--;
if ($number_of_brackets_in_group_concat == 0) {
$in_group_concat = false;
}
}
}
if ($in_subquery) {
/**
* skip the subquery to avoid setting
* select_expr or table_ref with the contents
* of this subquery; this is to avoid a bug when
* trying to edit the results of
* select * from child where not exists (select id from
* parent where child.parent_id = parent.id);
*/
continue;
}
// ==============================================================
if ($arr[$i]['type'] == 'alpha_functionName') {
$upper_data = strtoupper($arr[$i]['data']);
if ($upper_data =='EXTRACT') {
$in_extract = true;
$number_of_brackets_in_extract = 0;
}
if ($upper_data =='GROUP_CONCAT') {
$in_group_concat = true;
$number_of_brackets_in_group_concat = 0;
}
}
// ==============================================================
if ($arr[$i]['type'] == 'alpha_reservedWord') {
// We don't know what type of query yet, so run this
if ($subresult['querytype'] == '') {
$subresult['querytype'] = strtoupper($arr[$i]['data']);
} // end if (querytype was empty)
// Check if we support this type of query
if (!isset($supported_query_types[$subresult['querytype']])) {
// Skip ahead to the next one if we don't
$seek_queryend = true;
continue;
} // end if (query not supported)
// upper once
$upper_data = strtoupper($arr[$i]['data']);
/**
* @todo reset for each query?
*/
if ($upper_data == 'SELECT') {
if ($number_of_brackets > 0) {
$in_subquery = true;
$seen_subquery = true;
// this is a subquery so do not analyze inside it
continue;
}
$seen_from = false;
$previous_was_identifier = false;
$current_select_expr = -1;
$seen_end_of_table_ref = false;
} // end if (data == SELECT)
if ($upper_data =='FROM' && !$in_extract) {
$current_table_ref = -1;
$seen_from = true;
$previous_was_identifier = false;
$save_table_ref = true;
} // end if (data == FROM)
// here, do not 'continue' the loop, as we have more work for
// reserved words below
} // end if (type == alpha_reservedWord)
// ==============================
if ($arr[$i]['type'] == 'quote_backtick'
|| $arr[$i]['type'] == 'quote_double'
|| $arr[$i]['type'] == 'quote_single'
|| $arr[$i]['type'] == 'alpha_identifier'
|| ($arr[$i]['type'] == 'alpha_reservedWord'
&& $arr[$i]['forbidden'] == false)
) {
switch ($arr[$i]['type']) {
case 'alpha_identifier':
case 'alpha_reservedWord':
/**
* this is not a real reservedWord, because it's not
* present in the list of forbidden words, for example
* "storage" which can be used as an identifier
*
*/
$identifier = $arr[$i]['data'];
break;
case 'quote_backtick':
case 'quote_double':
case 'quote_single':
$identifier = PMA_Util::unQuote($arr[$i]['data']);
break;
} // end switch
if ($subresult['querytype'] == 'SELECT'
&& ! $in_group_concat
&& ! ($seen_subquery && $arr[$i - 1]['type'] == 'punct_bracket_close_round')
) {
if (!$seen_from) {
if ($previous_was_identifier && isset($chain)) {
// found alias for this select_expr, save it
// but only if we got something in $chain
// (for example, SELECT COUNT(*) AS cnt
// puts nothing in $chain, so we avoid
// setting the alias)
$alias_for_select_expr = $identifier;
} else {
$chain[] = $identifier;
$previous_was_identifier = true;
} // end if !$previous_was_identifier
} else {
// ($seen_from)
if ($save_table_ref && !$seen_end_of_table_ref) {
if ($previous_was_identifier) {
// found alias for table ref
// save it for later
$alias_for_table_ref = $identifier;
} else {
$chain[] = $identifier;
$previous_was_identifier = true;
} // end if ($previous_was_identifier)
} // end if ($save_table_ref &&!$seen_end_of_table_ref)
} // end if (!$seen_from)
} // end if (querytype SELECT)
} // end if (quote_backtick or double quote or alpha_identifier)
// ===================================
if ($arr[$i]['type'] == 'punct_qualifier') {
// to be able to detect an identifier following another
$previous_was_identifier = false;
continue;
} // end if (punct_qualifier)
/**
* @todo check if 3 identifiers following one another -> error
*/
// s a v e a s e l e c t e x p r
// finding a list separator or FROM
// means that we must save the current chain of identifiers
// into a select expression
// for now, we only save a select expression if it contains
// at least one identifier, as we are interested in checking
// the columns and table names, so in "select * from persons",
// the "*" is not saved
if (isset($chain) && !$seen_end_of_table_ref
&& ((!$seen_from && $arr[$i]['type'] == 'punct_listsep')
|| ($arr[$i]['type'] == 'alpha_reservedWord' && $upper_data == 'FROM'))
) {
$size_chain = count($chain);
$current_select_expr++;
$subresult['select_expr'][$current_select_expr] = array(
'expr' => '',
'alias' => '',
'db' => '',
'table_name' => '',
'table_true_name' => '',
'column' => ''
);
if (isset($alias_for_select_expr) && strlen($alias_for_select_expr)) {
// we had found an alias for this select expression
$subresult['select_expr'][$current_select_expr]['alias'] = $alias_for_select_expr;
unset($alias_for_select_expr);
}
// there is at least a column
$subresult['select_expr'][$current_select_expr]['column'] = $chain[$size_chain - 1];
$subresult['select_expr'][$current_select_expr]['expr'] = $chain[$size_chain - 1];
// maybe a table
if ($size_chain > 1) {
$subresult['select_expr'][$current_select_expr]['table_name'] = $chain[$size_chain - 2];
// we assume for now that this is also the true name
$subresult['select_expr'][$current_select_expr]['table_true_name'] = $chain[$size_chain - 2];
$subresult['select_expr'][$current_select_expr]['expr']
= $subresult['select_expr'][$current_select_expr]['table_name']
. '.' . $subresult['select_expr'][$current_select_expr]['expr'];
} // end if ($size_chain > 1)
// maybe a db
if ($size_chain > 2) {
$subresult['select_expr'][$current_select_expr]['db'] = $chain[$size_chain - 3];
$subresult['select_expr'][$current_select_expr]['expr']
= $subresult['select_expr'][$current_select_expr]['db']
. '.' . $subresult['select_expr'][$current_select_expr]['expr'];
} // end if ($size_chain > 2)
unset($chain);
/**
* @todo explain this:
*/
if (($arr[$i]['type'] == 'alpha_reservedWord')
&& ($upper_data != 'FROM')
) {
$previous_was_identifier = true;
}
} // end if (save a select expr)
//======================================
// s a v e a t a b l e r e f
//======================================
// maybe we just saw the end of table refs
// but the last table ref has to be saved
// or we are at the last token
// or we just got a reserved word
/**
* @todo there could be another query after this one
*/
if (isset($chain) && $seen_from && $save_table_ref
&& ($arr[$i]['type'] == 'punct_listsep'
|| ($arr[$i]['type'] == 'alpha_reservedWord' && $upper_data != "AS")
|| $seen_end_of_table_ref
|| $i == $size - 1)
) {
$size_chain = count($chain);
$current_table_ref++;
$subresult['table_ref'][$current_table_ref] = array(
'expr' => '',
'db' => '',
'table_name' => '',
'table_alias' => '',
'table_true_name' => ''
);
if (isset($alias_for_table_ref) && strlen($alias_for_table_ref)) {
$subresult['table_ref'][$current_table_ref]['table_alias'] = $alias_for_table_ref;
unset($alias_for_table_ref);
}
$subresult['table_ref'][$current_table_ref]['table_name'] = $chain[$size_chain - 1];
// we assume for now that this is also the true name
$subresult['table_ref'][$current_table_ref]['table_true_name'] = $chain[$size_chain - 1];
$subresult['table_ref'][$current_table_ref]['expr']
= $subresult['table_ref'][$current_table_ref]['table_name'];
// maybe a db
if ($size_chain > 1) {
$subresult['table_ref'][$current_table_ref]['db'] = $chain[$size_chain - 2];
$subresult['table_ref'][$current_table_ref]['expr']
= $subresult['table_ref'][$current_table_ref]['db']
. '.' . $subresult['table_ref'][$current_table_ref]['expr'];
} // end if ($size_chain > 1)
// add the table alias into the whole expression
$subresult['table_ref'][$current_table_ref]['expr']
.= ' ' . $subresult['table_ref'][$current_table_ref]['table_alias'];
unset($chain);
$previous_was_identifier = true;
//continue;
} // end if (save a table ref)
// when we have found all table refs,
// for each table_ref alias, put the true name of the table
// in the corresponding select expressions
if (isset($current_table_ref)
&& ($seen_end_of_table_ref || $i == $size-1)
&& $subresult != $subresult_empty
) {
for ($tr=0; $tr <= $current_table_ref; $tr++) {
$alias = $subresult['table_ref'][$tr]['table_alias'];
$truename = $subresult['table_ref'][$tr]['table_true_name'];
for ($se=0; $se <= $current_select_expr; $se++) {
if (isset($alias)
&& strlen($alias)
&& $subresult['select_expr'][$se]['table_true_name'] == $alias
) {
$subresult['select_expr'][$se]['table_true_name'] = $truename;
} // end if (found the alias)
} // end for (select expressions)
} // end for (table refs)
} // end if (set the true names)
// e n d i n g l o o p #1
// set the $previous_was_identifier to false if the current
// token is not an identifier
if (($arr[$i]['type'] != 'alpha_identifier')
&& ($arr[$i]['type'] != 'quote_double')
&& ($arr[$i]['type'] != 'quote_single')
&& ($arr[$i]['type'] != 'quote_backtick')
) {
$previous_was_identifier = false;
} // end if
// however, if we are on AS, we must keep the $previous_was_identifier
if (($arr[$i]['type'] == 'alpha_reservedWord')
&& ($upper_data == 'AS')
) {
$previous_was_identifier = true;
}
if (($arr[$i]['type'] == 'alpha_reservedWord')
&& ($upper_data =='ON' || $upper_data =='USING')
) {
$save_table_ref = false;
} // end if (data == ON)
if (($arr[$i]['type'] == 'alpha_reservedWord')
&& ($upper_data =='JOIN' || $upper_data =='FROM')
) {
$save_table_ref = true;
} // end if (data == JOIN)
/**
* no need to check the end of table ref if we already did
*
* @todo maybe add "&& $seen_from"
*/
if (!$seen_end_of_table_ref) {
// if this is the last token, it implies that we have
// seen the end of table references
// Check for the end of table references
//
// Note: if we are analyzing a GROUP_CONCAT clause,
// we might find a word that seems to indicate that
// we have found the end of table refs (like ORDER)
// but it's a modifier of the GROUP_CONCAT so
// it's not the real end of table refs
if (($i == $size-1)
|| ($arr[$i]['type'] == 'alpha_reservedWord'
&& !$in_group_concat
&& isset($words_ending_table_ref[$upper_data]))
) {
$seen_end_of_table_ref = true;
// to be able to save the last table ref, but do not
// set it true if we found a word like "ON" that has
// already set it to false
if (isset($save_table_ref) && $save_table_ref != false) {
$save_table_ref = true;
} //end if
} // end if (check for end of table ref)
} //end if (!$seen_end_of_table_ref)
if ($seen_end_of_table_ref) {
$save_table_ref = false;
} // end if
} // end for $i (loop #1)
//DEBUG
/*
if (isset($current_select_expr)) {
for ($trace=0; $trace<=$current_select_expr; $trace++) {
echo "
";
reset ($subresult['select_expr'][$trace]);
while (list ($key, $val) = each ($subresult['select_expr'][$trace]))
echo "sel expr $trace $key => $val
\n";
}
}
if (isset($current_table_ref)) {
echo "current_table_ref = " . $current_table_ref . "
";
for ($trace=0; $trace<=$current_table_ref; $trace++) {
echo "
";
reset ($subresult['table_ref'][$trace]);
while (list ($key, $val) = each ($subresult['table_ref'][$trace]))
echo "table ref $trace $key => $val
\n";
}
}
*/
// -------------------------------------------------------
// loop #2: - queryflags
// - querytype (for queries != 'SELECT')
// - section_before_limit, section_after_limit
//
// we will also need this queryflag in loop 2
// so set it here
if (isset($current_table_ref) && $current_table_ref > -1) {
$subresult['queryflags']['select_from'] = 1;
}
$section_before_limit = '';
$section_after_limit = ''; // truly the section after the limit clause
$seen_reserved_word = false;
$seen_group = false;
$seen_order = false;
$seen_order_by = false;
$in_group_by = false; // true when we are inside the GROUP BY clause
$in_order_by = false; // true when we are inside the ORDER BY clause
$in_having = false; // true when we are inside the HAVING clause
$in_select_expr = false; // true when we are inside the select expr clause
$in_where = false; // true when we are inside the WHERE clause
$seen_limit = false; // true if we have seen a LIMIT clause
$in_limit = false; // true when we are inside the LIMIT clause
$after_limit = false; // true when we are after the LIMIT clause
$in_from = false; // true when we are in the FROM clause
$in_group_concat = false;
$first_reserved_word = '';
$current_identifier = '';
$unsorted_query = $arr['raw']; // in case there is no ORDER BY
$number_of_brackets = 0;
$in_subquery = false;
for ($i = 0; $i < $size; $i++) {
//DEBUG echo "Loop2 " . $arr[$i]['data']
//. " (" . $arr[$i]['type'] . ")
";
if ($arr[$i]['type'] == 'punct_bracket_open_round') {
$number_of_brackets++;
}
if ($arr[$i]['type'] == 'punct_bracket_close_round') {
$number_of_brackets--;
if ($number_of_brackets == 0) {
$in_subquery = false;
}
}
if ($arr[$i]['type'] == 'alpha_reservedWord') {
$upper_data = strtoupper($arr[$i]['data']);
if ($upper_data == 'SELECT' && $number_of_brackets > 0) {
$in_subquery = true;
}
if (!$seen_reserved_word) {
$first_reserved_word = $upper_data;
$subresult['querytype'] = $upper_data;
$seen_reserved_word = true;
if ($first_reserved_word == 'SELECT') {
$position_of_first_select = $i;
}
if ($first_reserved_word == 'EXPLAIN') {
$subresult['queryflags']['is_explain'] = 1;
}
if ($first_reserved_word == 'DELETE') {
$subresult['queryflags']['is_delete'] = 1;
$subresult['queryflags']['is_affected'] = 1;
}
if ($first_reserved_word == 'UPDATE') {
$subresult['queryflags']['is_affected'] = 1;
}
if ($first_reserved_word == 'REPLACE') {
$subresult['queryflags']['is_replace'] = 1;
}
if ($first_reserved_word == 'SHOW') {
$subresult['queryflags']['is_show'] = 1;
}
} else {
// for the presence of DROP DATABASE
if ($first_reserved_word == 'DROP' && $upper_data == 'DATABASE') {
$subresult['queryflags']['drop_database'] = 1;
}
// A table has to be created, renamed, dropped -> navi panel
// should be reloaded
$keywords1 = array('CREATE', 'ALTER', 'DROP');
$keywords2 = array('VIEW', 'TABLE', 'DATABASE', 'SCHEMA');
if (in_array($first_reserved_word, $keywords1)
&& in_array($upper_data, $keywords2)
) {
$subresult['queryflags']['reload'] = 1;
}
// for the presence of INSERT|LOAD DATA
if (in_array($first_reserved_word, array('INSERT', 'LOAD'))
&& $upper_data == 'REPLACE'
) {
$subresult['queryflags']['is_insert'] = 1;
$subresult['queryflags']['is_affected'] = 1;
}
// for the presence of CHECK|ANALYZE|REPAIR|OPTIMIZE TABLE
$keywords = array(
'CHECK', 'ANALYZE', 'REPAIR', 'OPTIMIZE'
);
if (in_array($first_reserved_word, $keywords)
&& $upper_data == 'TABLE'
) {
$subresult['queryflags']['is_maint'] = 1;
}
}
if ($upper_data == 'LIMIT' && ! $in_subquery) {
$section_before_limit = substr($arr['raw'], 0, $arr[$i]['pos'] - 5);
$in_limit = true;
$seen_limit = true;
$limit_clause = '';
$in_order_by = false; // @todo maybe others to set false
}
if ($upper_data == 'PROCEDURE') {
$subresult['queryflags']['procedure'] = 1;
$in_limit = false;
$after_limit = true;
// for the presence of PROCEDURE ANALYSE
if (isset($subresult['queryflags']['select_from'])
&& $subresult['queryflags']['select_from'] == 1
&& ($i + 1) < $size
&& $arr[$i + 1]['type'] == 'alpha_reservedWord'
&& strtoupper($arr[$i + 1]['data']) == 'ANALYSE'
) {
$subresult['queryflags']['is_analyse'] = 1;
}
}
// for the presence of INTO OUTFILE
if ($upper_data == 'INTO'
&& isset($subresult['queryflags']['select_from'])
&& $subresult['queryflags']['select_from'] == 1
&& ($i + 1) < $size
&& $arr[$i + 1]['type'] == 'alpha_reservedWord'
&& strtoupper($arr[$i + 1]['data']) == 'OUTFILE'
) {
$subresult['queryflags']['is_export'] = 1;
}
/**
* @todo set also to false if we find FOR UPDATE or LOCK IN SHARE MODE
*/
if ($upper_data == 'SELECT') {
$in_select_expr = true;
$select_expr_clause = '';
// for the presence of SELECT COUNT
if (isset($subresult['queryflags']['select_from'])
&& $subresult['queryflags']['select_from'] == 1
&& !isset($subresult['queryflags']['is_group'])
&& ($i + 1) < $size
&& $arr[$i + 1]['type'] == 'alpha_functionName'
&& strtoupper($arr[$i + 1]['data']) == 'COUNT'
) {
$subresult['queryflags']['is_count'] = 1;
}
}
if ($upper_data == 'DISTINCT' && !$in_group_concat) {
$subresult['queryflags']['distinct'] = 1;
}
if ($upper_data == 'UNION') {
$subresult['queryflags']['union'] = 1;
}
if ($upper_data == 'JOIN') {
$subresult['queryflags']['join'] = 1;
}
if ($upper_data == 'OFFSET') {
$subresult['queryflags']['offset'] = 1;
}
// for the presence of CALL
if ($upper_data == 'CALL') {
$subresult['queryflags']['is_procedure'] = 1;
}
// if this is a real SELECT...FROM
if ($upper_data == 'FROM'
&& isset($subresult['queryflags']['select_from'])
&& $subresult['queryflags']['select_from'] == 1
) {
$in_from = true;
$from_clause = '';
$in_select_expr = false;
}
// (we could have less resetting of variables to false
// if we trust that the query respects the standard
// MySQL order for clauses)
// we use $seen_group and $seen_order because we are looking
// for the BY
if ($upper_data == 'GROUP') {
$seen_group = true;
$seen_order = false;
$in_having = false;
$in_order_by = false;
$in_where = false;
$in_select_expr = false;
$in_from = false;
// for the presence of GROUP BY|HAVING|SELECT DISTINCT
if (isset($subresult['queryflags']['select_from'])
&& $subresult['queryflags']['select_from'] == 1
&& ($i + 1) < $size
&& $arr[$i + 1]['type'] == 'alpha_reservedWord'
&& in_array(strtoupper($arr[$i + 1]['data']), array("BY", "HAVING", "SELECT"))
&& ($i + 2) < $size
&& $arr[$i + 2]['type'] == 'alpha_reservedWord'
&& strtoupper($arr[$i + 2]['data']) == 'DISTINCT'
) {
$subresult['queryflags']['is_group'] = 1;
}
}
if ($upper_data == 'ORDER' && !$in_group_concat) {
$seen_order = true;
$seen_group = false;
$in_having = false;
$in_group_by = false;
$in_where = false;
$in_select_expr = false;
$in_from = false;
}
if ($upper_data == 'HAVING') {
$in_having = true;
$having_clause = '';
$seen_group = false;
$seen_order = false;
$in_group_by = false;
$in_order_by = false;
$in_where = false;
$in_select_expr = false;
$in_from = false;
}
if ($upper_data == 'WHERE') {
$in_where = true;
$where_clause = '';
$where_clause_identifiers = array();
$seen_group = false;
$seen_order = false;
$in_group_by = false;
$in_order_by = false;
$in_having = false;
$in_select_expr = false;
$in_from = false;
}
if ($upper_data == 'BY') {
if ($seen_group) {
$in_group_by = true;
$group_by_clause = '';
}
if ($seen_order) {
$seen_order_by = true;
// Here we assume that the ORDER BY keywords took
// exactly 8 characters.
// We use $GLOBALS['PMA_String']->substr() to be charset-safe; otherwise
// if the table name contains accents, the unsorted
// query would be missing some characters.
$unsorted_query = $GLOBALS['PMA_String']->substr(
$arr['raw'], 0, $arr[$i]['pos'] - 8
);
$in_order_by = true;
$order_by_clause = '';
}
}
// if we find one of the words that could end the clause
if (isset($words_ending_clauses[$upper_data])) {
$in_group_by = false;
$in_order_by = false;
$in_having = false;
$in_where = false;
$in_select_expr = false;
$in_from = false;
}
} // endif (reservedWord)
// do not add a space after a function name
/**
* @todo can we combine loop 2 and loop 1? some code is repeated here...
*/
$sep = ' ';
if ($arr[$i]['type'] == 'alpha_functionName') {
$sep='';
$upper_data = strtoupper($arr[$i]['data']);
if ($upper_data =='GROUP_CONCAT') {
$in_group_concat = true;
$number_of_brackets_in_group_concat = 0;
}
}
if ($arr[$i]['type'] == 'punct_bracket_open_round') {
if ($in_group_concat) {
$number_of_brackets_in_group_concat++;
}
}
if ($arr[$i]['type'] == 'punct_bracket_close_round') {
if ($in_group_concat) {
$number_of_brackets_in_group_concat--;
if ($number_of_brackets_in_group_concat == 0) {
$in_group_concat = false;
}
}
}
// do not add a space after an identifier if followed by a dot
if ($arr[$i]['type'] == 'alpha_identifier'
&& $i < $size - 1 && $arr[$i + 1]['data'] == '.'
) {
$sep = '';
}
// do not add a space after a dot if followed by an identifier
if ($arr[$i]['data'] == '.' && $i < $size - 1
&& $arr[$i + 1]['type'] == 'alpha_identifier'
) {
$sep = '';
}
// for the presence of INSERT|LOAD DATA
if ($arr[$i]['type'] == 'alpha_identifier'
&& strtoupper($arr[$i]['data']) == 'DATA'
&& ($i - 1) >= 0
&& $arr[$i - 1]['type'] == 'alpha_reservedWord'
&& in_array(strtoupper($arr[$i - 1]['data']), array("INSERT", "LOAD"))
) {
$subresult['queryflags']['is_insert'] = 1;
$subresult['queryflags']['is_affected'] = 1;
}
// for the presence of SUM|AVG|STD|STDDEV|MIN|MAX|BIT_OR|BIT_AND
if ($arr[$i]['type'] == 'alpha_functionName'
&& in_array(strtoupper($arr[$i]['data']), array("SUM","AVG","STD","STDDEV","MIN","MAX","BIT_OR","BIT_AND"))
&& isset($subresult['queryflags']['select_from'])
&& $subresult['queryflags']['select_from'] == 1
&& !isset($subresult['queryflags']['is_group'])
) {
$subresult['queryflags']['is_func'] = 1;
}
if ($in_select_expr && $upper_data != 'SELECT'
&& $upper_data != 'DISTINCT'
) {
$select_expr_clause .= $arr[$i]['data'] . $sep;
}
if ($in_from && $upper_data != 'FROM') {
$from_clause .= $arr[$i]['data'] . $sep;
}
if ($in_group_by && $upper_data != 'GROUP' && $upper_data != 'BY') {
$group_by_clause .= $arr[$i]['data'] . $sep;
}
if ($in_order_by && $upper_data != 'ORDER' && $upper_data != 'BY') {
// add a space only before ASC or DESC
// not around the dot between dbname and tablename
if ($arr[$i]['type'] == 'alpha_reservedWord') {
$order_by_clause .= $sep;
}
$order_by_clause .= $arr[$i]['data'];
}
if ($in_having && $upper_data != 'HAVING') {
$having_clause .= $arr[$i]['data'] . $sep;
}
if ($in_where && $upper_data != 'WHERE') {
$where_clause .= $arr[$i]['data'] . $sep;
if (($arr[$i]['type'] == 'quote_backtick')
|| ($arr[$i]['type'] == 'alpha_identifier')
) {
$where_clause_identifiers[] = $arr[$i]['data'];
}
}
// to grab the rest of the query after the ORDER BY clause
if (isset($subresult['queryflags']['select_from'])
&& $subresult['queryflags']['select_from'] == 1
&& ! $in_order_by
&& $seen_order_by
&& $upper_data != 'BY'
) {
$unsorted_query .= $arr[$i]['data'];
if ($arr[$i]['type'] != 'punct_bracket_open_round'
&& $arr[$i]['type'] != 'punct_bracket_close_round'
&& $arr[$i]['type'] != 'punct'
) {
$unsorted_query .= $sep;
}
}
if ($in_limit) {
if ($upper_data == 'OFFSET') {
$limit_clause .= $sep;
}
$limit_clause .= $arr[$i]['data'];
if ($upper_data == 'LIMIT' || $upper_data == 'OFFSET') {
$limit_clause .= $sep;
}
}
if ($after_limit && $seen_limit) {
$section_after_limit .= $arr[$i]['data'] . $sep;
}
// clear $upper_data for next iteration
$upper_data='';
} // end for $i (loop #2)
if (empty($section_before_limit)) {
$section_before_limit = $arr['raw'];
}
// -----------------------------------------------------
// loop #3: foreign keys and MySQL 4.1.2+ TIMESTAMP options
// (for now, check only the first query)
// (for now, identifiers are assumed to be backquoted)
// If we find that we are dealing with a CREATE TABLE query,
// we look for the next punct_bracket_open_round, which
// introduces the fields list. Then, when we find a
// quote_backtick, it must be a field, so we put it into
// the create_table_fields array. Even if this field is
// not a timestamp, it will be useful when logic has been
// added for complete field attributes analysis.
$seen_foreign = false;
$seen_references = false;
$seen_constraint = false;
$foreign_key_number = -1;
$seen_create_table = false;
$seen_create = false;
$seen_alter = false;
$in_create_table_fields = false;
$brackets_level = 0;
$in_timestamp_options = false;
$seen_default = false;
for ($i = 0; $i < $size; $i++) {
if ($arr[$i]['type'] == 'alpha_reservedWord') {
$upper_data = strtoupper($arr[$i]['data']);
if ($upper_data == 'NOT' && $in_timestamp_options) {
$create_table_fields[$current_identifier]['timestamp_not_null'] = true;
}
if ($upper_data == 'CREATE') {
$seen_create = true;
}
if ($upper_data == 'ALTER') {
$seen_alter = true;
}
if ($upper_data == 'TABLE' && $seen_create) {
$seen_create_table = true;
$create_table_fields = array();
}
if ($upper_data == 'CURRENT_TIMESTAMP') {
if ($in_timestamp_options) {
if ($seen_default) {
$create_table_fields[$current_identifier]['default_current_timestamp'] = true;
}
}
}
if ($upper_data == 'CONSTRAINT') {
$foreign_key_number++;
$seen_foreign = false;
$seen_references = false;
$seen_constraint = true;
}
if ($upper_data == 'FOREIGN') {
$seen_foreign = true;
$seen_references = false;
$seen_constraint = false;
}
if ($upper_data == 'REFERENCES') {
$seen_foreign = false;
$seen_references = true;
$seen_constraint = false;
}
// Cases covered:
// [ON DELETE {CASCADE | SET NULL | NO ACTION | RESTRICT}]
// [ON UPDATE {CASCADE | SET NULL | NO ACTION | RESTRICT}]
// but we set ['on_delete'] or ['on_cascade'] to
// CASCADE | SET_NULL | NO_ACTION | RESTRICT
// ON UPDATE CURRENT_TIMESTAMP
if ($upper_data == 'ON') {
if (isset($arr[$i+1]) && $arr[$i+1]['type'] == 'alpha_reservedWord') {
$second_upper_data = strtoupper($arr[$i+1]['data']);
if ($second_upper_data == 'DELETE') {
$clause = 'on_delete';
}
if ($second_upper_data == 'UPDATE') {
$clause = 'on_update';
}
// ugly workaround because currently, NO is not
// in the list of reserved words in sqlparser.data
// (we got a bug report about not being able to use
// 'no' as an identifier)
if (isset($clause)
&& ($arr[$i+2]['type'] == 'alpha_reservedWord'
|| ($arr[$i+2]['type'] == 'alpha_identifier'
&& strtoupper($arr[$i+2]['data'])=='NO'))
) {
$third_upper_data = strtoupper($arr[$i+2]['data']);
if ($third_upper_data == 'CASCADE'
|| $third_upper_data == 'RESTRICT'
) {
$value = $third_upper_data;
} elseif ($third_upper_data == 'SET'
|| $third_upper_data == 'NO'
) {
if ($arr[$i+3]['type'] == 'alpha_reservedWord') {
$value = $third_upper_data . '_'
. strtoupper($arr[$i+3]['data']);
}
} elseif ($third_upper_data == 'CURRENT_TIMESTAMP') {
if ($clause == 'on_update'
&& $in_timestamp_options
) {
$create_table_fields[$current_identifier]['on_update_current_timestamp'] = true;
$seen_default = false;
}
} else {
$value = '';
}
if (!empty($value)) {
$foreign[$foreign_key_number][$clause] = $value;
}
unset($clause);
} // endif (isset($clause))
}
}
} // end of reserved words analysis
if ($arr[$i]['type'] == 'punct_bracket_open_round') {
$brackets_level++;
if ($seen_create_table && $brackets_level == 1) {
$in_create_table_fields = true;
}
}
if ($arr[$i]['type'] == 'punct_bracket_close_round') {
$brackets_level--;
if ($seen_references) {
$seen_references = false;
}
if ($seen_create_table && $brackets_level == 0) {
$in_create_table_fields = false;
}
}
if (($arr[$i]['type'] == 'alpha_columnAttrib')) {
$upper_data = strtoupper($arr[$i]['data']);
if ($seen_create_table && $in_create_table_fields) {
if ($upper_data == 'DEFAULT') {
$seen_default = true;
$create_table_fields[$current_identifier]['default_value'] = $arr[$i + 1]['data'];
}
}
}
/**
* @see @todo 2005-10-16 note: the "or" part here is a workaround for a bug
*/
if (($arr[$i]['type'] == 'alpha_columnType')
|| ($arr[$i]['type'] == 'alpha_functionName' && $seen_create_table)
) {
$upper_data = strtoupper($arr[$i]['data']);
if ($seen_create_table && $in_create_table_fields
&& isset($current_identifier)
) {
$create_table_fields[$current_identifier]['type'] = $upper_data;
if ($upper_data == 'TIMESTAMP') {
$arr[$i]['type'] = 'alpha_columnType';
$in_timestamp_options = true;
} else {
$in_timestamp_options = false;
if ($upper_data == 'CHAR') {
$arr[$i]['type'] = 'alpha_columnType';
}
}
}
}
if ($arr[$i]['type'] == 'quote_backtick'
|| $arr[$i]['type'] == 'alpha_identifier'
) {
if ($arr[$i]['type'] == 'quote_backtick') {
// remove backquotes
$identifier = PMA_Util::unQuote($arr[$i]['data']);
} else {
$identifier = $arr[$i]['data'];
}
if ($seen_create_table && $in_create_table_fields) {
$current_identifier = $identifier;
// we set this one even for non TIMESTAMP type
$create_table_fields[$current_identifier]['timestamp_not_null'] = false;
}
if ($seen_constraint) {
$foreign[$foreign_key_number]['constraint'] = $identifier;
}
if ($seen_foreign && $brackets_level > 0) {
$foreign[$foreign_key_number]['index_list'][] = $identifier;
}
if ($seen_references) {
if ($seen_alter && $brackets_level > 0) {
$foreign[$foreign_key_number]['ref_index_list'][] = $identifier;
// here, the first bracket level corresponds to the
// bracket of CREATE TABLE
// so if we are on level 2, it must be the index list
// of the foreign key REFERENCES
} elseif ($brackets_level > 1) {
$foreign[$foreign_key_number]['ref_index_list'][] = $identifier;
} elseif ($arr[$i+1]['type'] == 'punct_qualifier') {
// identifier is `db`.`table`
// the first pass will pick the db name
// the next pass will pick the table name
$foreign[$foreign_key_number]['ref_db_name'] = $identifier;
} else {
// identifier is `table`
$foreign[$foreign_key_number]['ref_table_name'] = $identifier;
}
}
}
} // end for $i (loop #3)
// Fill the $subresult array
if (isset($create_table_fields)) {
$subresult['create_table_fields'] = $create_table_fields;
}
if (isset($foreign)) {
$subresult['foreign_keys'] = $foreign;
}
if (isset($select_expr_clause)) {
$subresult['select_expr_clause'] = $select_expr_clause;
}
if (isset($from_clause)) {
$subresult['from_clause'] = $from_clause;
}
if (isset($group_by_clause)) {
$subresult['group_by_clause'] = $group_by_clause;
}
if (isset($order_by_clause)) {
$subresult['order_by_clause'] = $order_by_clause;
}
if (isset($having_clause)) {
$subresult['having_clause'] = $having_clause;
}
if (isset($limit_clause)) {
$subresult['limit_clause'] = $limit_clause;
}
if (isset($where_clause)) {
$subresult['where_clause'] = $where_clause;
}
if (isset($unsorted_query) && !empty($unsorted_query)) {
$subresult['unsorted_query'] = $unsorted_query;
}
if (isset($where_clause_identifiers)) {
$subresult['where_clause_identifiers'] = $where_clause_identifiers;
}
if (isset($position_of_first_select)) {
$subresult['position_of_first_select'] = $position_of_first_select;
$subresult['section_before_limit'] = $section_before_limit;
$subresult['section_after_limit'] = $section_after_limit;
}
// They are naughty and didn't have a trailing semi-colon,
// then still handle it properly
if ($subresult['querytype'] != '') {
$result[] = $subresult;
}
return $result;
} // end of the "PMA_SQP_analyze()" function
/**
* Formats SQL queries
*
* @param array $arr The SQL queries
* @param string $mode formatting mode
* @param integer $start_token starting token
* @param integer $number_of_tokens number of tokens to format, -1 = all
*
* @return string The formatted SQL queries
*
* @access public
*/
function PMA_SQP_format(
$arr, $mode='text', $start_token=0,
$number_of_tokens=-1
) {
//DEBUG echo 'in Format'; print_r($arr); echo '
';
// then check for an array
if (! is_array($arr)) {
return htmlspecialchars($arr);
}
// first check for the SQL parser having hit an error
if (PMA_SQP_isError()) {
return htmlspecialchars($arr['raw']);
}
// else do it properly
switch ($mode) {
case 'query_only':
$str = '';
$html_line_break = "\n";
break;
case 'text':
$str = '';
$html_line_break = '
';
break;
} // end switch
$indent = 0;
$bracketlevel = 0;
$functionlevel = 0;
$infunction = false;
$space_punct_listsep = ' ';
$space_punct_listsep_function_name = ' ';
// $space_alpha_reserved_word = '
'."\n";
$space_alpha_reserved_word = ' ';
$keywords_with_brackets_1before = array(
'INDEX' => 1,
'KEY' => 1,
'ON' => 1,
'USING' => 1
);
$keywords_with_brackets_2before = array(
'IGNORE' => 1,
'INDEX' => 1,
'INTO' => 1,
'KEY' => 1,
'PRIMARY' => 1,
'PROCEDURE' => 1,
'REFERENCES' => 1,
'UNIQUE' => 1,
'USE' => 1
);
// These reserved words do NOT get a newline placed near them.
$keywords_no_newline = array(
'AS' => 1,
'ASC' => 1,
'DESC' => 1,
'DISTINCT' => 1,
'DUPLICATE' => 1,
'HOUR' => 1,
'INTERVAL' => 1,
'IS' => 1,
'LIKE' => 1,
'NOT' => 1,
'NULL' => 1,
'ON' => 1,
'REGEXP' => 1
);
// These reserved words introduce a privilege list
$keywords_priv_list = array(
'GRANT' => 1,
'REVOKE' => 1
);
if ($number_of_tokens == -1) {
$number_of_tokens = $arr['len'];
}
$typearr = array();
if ($number_of_tokens >= 0) {
$typearr[0] = '';
$typearr[1] = '';
$typearr[2] = '';
$typearr[3] = $arr[$start_token]['type'];
}
$in_priv_list = false;
for ($i = $start_token; $i < $number_of_tokens; $i++) {
// DEBUG echo "Loop format " . $arr[$i]['data']
// . " " . $arr[$i]['type'] . "
";
$before = '';
$after = '';
// array_shift($typearr);
/*
0 prev2
1 prev
2 current
3 next
*/
if (($i + 1) < $number_of_tokens) {
$typearr[4] = $arr[$i + 1]['type'];
} else {
$typearr[4] = '';
}
for ($j=0; $j<4; $j++) {
$typearr[$j] = $typearr[$j + 1];
}
switch ($typearr[2]) {
case 'alpha_bitfield_constant_introducer':
$before = ' ';
$after = '';
break;
case 'white_newline':
$before = '';
break;
case 'punct_bracket_open_round':
$bracketlevel++;
$infunction = false;
$keyword_brackets_2before = isset(
$keywords_with_brackets_2before[strtoupper($arr[$i - 2]['data'])]
);
$keyword_brackets_1before = isset(
$keywords_with_brackets_1before[strtoupper($arr[$i - 1]['data'])]
);
// Make sure this array is sorted!
if (($typearr[1] == 'alpha_functionName')
|| ($typearr[1] == 'alpha_columnType') || ($typearr[1] == 'punct')
|| ($typearr[3] == 'digit_integer') || ($typearr[3] == 'digit_hex')
|| ($typearr[3] == 'digit_float')
|| ($typearr[0] == 'alpha_reservedWord' && $keyword_brackets_2before)
|| ($typearr[1] == 'alpha_reservedWord' && $keyword_brackets_1before)
) {
$functionlevel++;
$infunction = true;
$after .= ' ';
} else {
$indent++;
if ($mode != 'query_only') {
$after .= '';
} else {
$after .= ' ';
}
}
break;
case 'alpha_identifier':
if (($typearr[1] == 'punct_qualifier')
|| ($typearr[3] == 'punct_qualifier')
) {
$after = '';
$before = '';
}
// for example SELECT 1 somealias
if ($typearr[1] == 'digit_integer') {
$before = ' ';
}
if (($typearr[3] == 'alpha_columnType')
|| ($typearr[3] == 'alpha_identifier')
) {
$after .= ' ';
}
break;
case 'punct_user':
case 'punct_qualifier':
$before = '';
$after = '';
break;
case 'punct_listsep':
if ($infunction == true) {
$after .= $space_punct_listsep_function_name;
} else {
$after .= $space_punct_listsep;
}
break;
case 'punct_queryend':
if (($typearr[3] != 'comment_mysql')
&& ($typearr[3] != 'comment_ansi')
&& $typearr[3] != 'comment_c'
) {
$after .= $html_line_break;
$after .= $html_line_break;
}
$space_punct_listsep = ' ';
$space_punct_listsep_function_name = ' ';
$space_alpha_reserved_word = ' ';
$in_priv_list = false;
break;
case 'comment_mysql':
case 'comment_ansi':
$after .= $html_line_break;
break;
case 'punct':
$before .= ' ';
// workaround for
// select * from mytable limit 0,-1
// (a side effect of this workaround is that
// select 20 - 9
// becomes
// select 20 -9
// )
if ($typearr[3] != 'digit_integer') {
$after .= ' ';
}
break;
case 'punct_bracket_close_round':
// only close bracket level when it was opened before
if ($bracketlevel > 0) {
$bracketlevel--;
if ($infunction == true) {
$functionlevel--;
$after .= ' ';
$before .= ' ';
} else {
$indent--;
$before .= ($mode != 'query_only' ? '
' : ' ');
}
$infunction = ($functionlevel > 0) ? true : false;
}
break;
case 'alpha_columnType':
if ($typearr[3] == 'alpha_columnAttrib') {
$after .= ' ';
}
if ($typearr[1] == 'alpha_columnType') {
$before .= ' ';
}
break;
case 'alpha_columnAttrib':
// ALTER TABLE tbl_name AUTO_INCREMENT = 1
// COLLATE LATIN1_GENERAL_CI DEFAULT
if ($typearr[1] == 'alpha_identifier'
|| $typearr[1] == 'alpha_charset'
) {
$before .= ' ';
}
if (($typearr[3] == 'alpha_columnAttrib')
|| ($typearr[3] == 'quote_single')
|| ($typearr[3] == 'digit_integer')
) {
$after .= ' ';
}
// workaround for
// AUTO_INCREMENT = 31DEFAULT_CHARSET = utf-8
if ($typearr[2] == 'alpha_columnAttrib'
&& $typearr[3] == 'alpha_reservedWord'
) {
$before .= ' ';
}
// workaround for
// select * from mysql.user where binary user="root"
// binary is marked as alpha_columnAttrib
// but should be marked as a reserved word
if (strtoupper($arr[$i]['data']) == 'BINARY'
&& $typearr[3] == 'alpha_identifier'
) {
$after .= ' ';
}
break;
case 'alpha_functionName':
break;
case 'alpha_reservedWord':
// do not uppercase the reserved word if we are calling
// this function in query_only mode, because we need
// the original query (otherwise we get problems with
// semi-reserved words like "storage" which is legal
// as an identifier name)
if ($mode != 'query_only') {
$arr[$i]['data'] = strtoupper($arr[$i]['data']);
}
if ((($typearr[1] != 'alpha_reservedWord')
|| (($typearr[1] == 'alpha_reservedWord')
&& isset($keywords_no_newline[strtoupper($arr[$i - 1]['data'])])))
&& ($typearr[1] != 'punct_level_plus')
&& (!isset($keywords_no_newline[$arr[$i]['data']]))
) {
// do not put a space before the first token, because
// we use a lot of pattern matching checking for the
// first reserved word at beginning of query
// so do not put a newline before
//
// also we must not be inside a privilege list
if ($i > 0) {
// the alpha_identifier exception is there to
// catch cases like
// GRANT SELECT ON mydb.mytable TO myuser@localhost
// (else, we get mydb.mytableTO)
//
// the quote_single exception is there to
// catch cases like
// GRANT ... TO 'marc'@'domain.com' IDENTIFIED...
/**
* @todo fix all cases and find why this happens
*/
if (!$in_priv_list
|| $typearr[1] == 'alpha_identifier'
|| $typearr[1] == 'quote_single'
|| $typearr[1] == 'white_newline'
) {
$before .= $space_alpha_reserved_word;
}
} else {
// on first keyword, check if it introduces a
// privilege list
if (isset($keywords_priv_list[$arr[$i]['data']])) {
$in_priv_list = true;
}
}
} else {
$before .= ' ';
}
switch ($arr[$i]['data']) {
case 'CREATE':
case 'ALTER':
case 'DROP':
case 'RENAME';
case 'TRUNCATE':
case 'ANALYZE':
case 'ANALYSE':
case 'OPTIMIZE':
if (!$in_priv_list) {
$space_punct_listsep = $html_line_break;
$space_alpha_reserved_word = ' ';
}
break;
case 'EVENT':
case 'TABLESPACE':
case 'TABLE':
case 'FUNCTION':
case 'INDEX':
case 'PROCEDURE':
case 'SERVER':
case 'TRIGGER':
case 'DATABASE':
case 'VIEW':
case 'GROUP':
break;
case 'SET':
if (!$in_priv_list) {
$space_punct_listsep = $html_line_break;
$space_alpha_reserved_word = ' ';
}
break;
case 'EXPLAIN':
case 'DESCRIBE':
case 'DELETE':
case 'SHOW':
case 'UPDATE':
if (!$in_priv_list) {
$space_punct_listsep = $html_line_break;
$space_alpha_reserved_word = ' ';
}
break;
case 'INSERT':
case 'REPLACE':
if (!$in_priv_list) {
$space_punct_listsep = $html_line_break;
$space_alpha_reserved_word = $html_line_break;
}
break;
case 'VALUES':
$space_punct_listsep = ' ';
$space_alpha_reserved_word = $html_line_break;
break;
case 'SELECT':
$space_punct_listsep = ' ';
$space_alpha_reserved_word = $html_line_break;
break;
case 'CALL':
case 'DO':
case 'HANDLER':
break;
default:
break;
} // end switch ($arr[$i]['data'])
$after .= ' ';
break;
case 'digit_integer':
case 'digit_float':
case 'digit_hex':
/**
* @todo could there be other types preceding a digit?
*/
if ($typearr[1] == 'alpha_reservedWord') {
$after .= ' ';
}
if ($infunction && $typearr[3] == 'punct_bracket_close_round') {
$after .= ' ';
}
if ($typearr[1] == 'alpha_columnAttrib') {
$before .= ' ';
}
break;
case 'alpha_variable':
$after = ' ';
break;
case 'quote_double':
case 'quote_single':
// workaround: for the query
// REVOKE SELECT ON `base2\_db`.* FROM 'user'@'%'
// the @ is incorrectly marked as alpha_variable
// in the parser, and here, the '%' gets a blank before,
// which is a syntax error
if ($typearr[1] != 'punct_user'
&& $typearr[1] != 'alpha_bitfield_constant_introducer'
) {
$before .= ' ';
}
if ($infunction && $typearr[3] == 'punct_bracket_close_round') {
$after .= ' ';
}
break;
case 'quote_backtick':
// here we check for punct_user to handle correctly
// DEFINER = `username`@`%`
// where @ is the punct_user and `%` is the quote_backtick
if ($typearr[3] != 'punct_qualifier'
&& $typearr[3] != 'alpha_variable'
&& $typearr[3] != 'punct_user'
) {
$after .= ' ';
}
if ($typearr[1] != 'punct_qualifier'
&& $typearr[1] != 'alpha_variable'
&& $typearr[1] != 'punct_user'
) {
$before .= ' ';
}
break;
default:
break;
} // end switch ($typearr[2])
/*
if ($typearr[3] != 'punct_qualifier') {
$after .= ' ';
}
$after .= "\n";
*/
$str .= $before;
if ($mode == 'text') {
$str .= htmlspecialchars($arr[$i]['data']);
} else {
$str .= $arr[$i]['data'];
}
$str .= $after;
} // end for
// close unclosed indent levels
while ($indent > 0) {
$indent--;
$str .= ($mode != 'query_only' ? '' : ' ');
}
return $str;
} // end of the "PMA_SQP_format()" function
/**
* Gets SQL queries with no format
*
* @param array $arr The SQL queries list
*
* @return string The SQL queries with no format
*
* @access public
*/
function PMA_SQP_formatNone($arr)
{
$formatted_sql = htmlspecialchars($arr['raw']);
$formatted_sql = preg_replace(
"@((\015\012)|(\015)|(\012)){3,}@",
"\n\n",
$formatted_sql
);
return $formatted_sql;
} // end of the "PMA_SQP_formatNone()" function
/**
* Checks whether a given name is MySQL reserved word
*
* @param string $column The word to be checked
*
* @return boolean whether true or false
*/
function PMA_SQP_isKeyWord($column)
{
global $PMA_SQPdata_forbidden_word;
return in_array(strtoupper($column), $PMA_SQPdata_forbidden_word);
}
/**
* Get Parser Data Map from sqlparser.data.php
*
* @return Array Parser Data Map from sqlparser.data.php
*/
function PMA_SQP_getParserDataMap()
{
include 'libraries/sqlparser.data.php';
return array(
'PMA_SQPdata_function_name' => $PMA_SQPdata_function_name,
'PMA_SQPdata_column_attrib' => $PMA_SQPdata_column_attrib,
'PMA_SQPdata_reserved_word' => $PMA_SQPdata_reserved_word,
'PMA_SQPdata_forbidden_word' => $PMA_SQPdata_forbidden_word,
'PMA_SQPdata_column_type' => $PMA_SQPdata_column_type,
);
}
/**
* Get Parser analyze Map from parse_analyze_inc.php
*
* @param array $sql_query The SQL string
* @param array $db Current DB
*
* @return Array analyze Map from parse_analyze_inc.php
*/
function PMA_SQP_getParserAnalyzeMap($sql_query, $db)
{
include 'libraries/parse_analyze.inc.php';
return $analyzed_sql_results;
}
?>