PAL.C.T MINI SHELL
<?php
/** @file phar.php
* @ingroup Phar
* @brief class Phar Pre Command
* @author Marcus Boerger
* @date 2007 - 2008
*
* Phar Command
*/
foreach(array("SPL", "Reflection", "Phar") as $ext) {
if (!extension_loaded($ext)) {
echo "$argv[0] requires PHP extension $ext.\n";
exit(1);
}
}
if (!class_exists('DirectoryTreeIterator', 0))
{
/** @file directorytreeiterator.inc
* @ingroup Examples
* @brief class DirectoryTreeIterator
* @author Marcus Boerger
* @date 2003 - 2008
*
* SPL - Standard PHP Library
*/
/** @ingroup Examples
* @brief DirectoryIterator to generate ASCII graphic directory trees
* @author Marcus Boerger
* @version 1.1
*/
class DirectoryTreeIterator extends RecursiveIteratorIterator
{
/** Construct from a path.
* @param $path directory to iterate
*/
function __construct($path)
{
parent::__construct(
new RecursiveCachingIterator(
new RecursiveDirectoryIterator($path, RecursiveDirectoryIterator::KEY_AS_FILENAME
),
CachingIterator::CALL_TOSTRING|CachingIterator::CATCH_GET_CHILD
),
parent::SELF_FIRST
);
}
/** @return the current element prefixed with ASCII graphics
*/
function current()
{
$tree = '';
for ($l=0; $l < $this->getDepth(); $l++) {
$tree .= $this->getSubIterator($l)->hasNext() ? '| ' : ' ';
}
return $tree . ($this->getSubIterator($l)->hasNext() ? '|-' : '\-')
. $this->getSubIterator($l)->__toString();
}
/** Aggregates the inner iterator
*/
function __call($func, $params)
{
return call_user_func_array(array($this->getSubIterator(), $func), $params);
}
}
}
if (!class_exists('DirectoryGraphIterator', 0))
{
/** @file directorygraphiterator.inc
* @ingroup Examples
* @brief class DirectoryGraphIterator
* @author Marcus Boerger
* @date 2003 - 2008
*
* SPL - Standard PHP Library
*/
/** @ingroup Examples
* @brief A tree iterator that only shows directories.
* @author Marcus Boerger
* @version 1.1
*/
class DirectoryGraphIterator extends DirectoryTreeIterator
{
function __construct($path)
{
RecursiveIteratorIterator::__construct(
new RecursiveCachingIterator(
new ParentIterator(
new RecursiveDirectoryIterator($path, RecursiveDirectoryIterator::KEY_AS_FILENAME
)
),
CachingIterator::CALL_TOSTRING|CachingIterator::CATCH_GET_CHILD
),
parent::SELF_FIRST
);
}
}
}
if (!class_exists('InvertedRegexIterator', 0))
{
/** @file invertedregexiterator.inc
* @ingroup Phar
* @brief class InvertedRegexIterator
* @author Marcus Boerger
* @date 2007 - 2008
*
* Inverted RegexIterator
*/
/** @ingroup Phar
* @brief Inverted RegexIterator
* @author Marcus Boerger
* @version 1.0
*/
class InvertedRegexIterator extends RegexIterator
{
/** @return !RegexIterator::accept()
*/
function accept()
{
return !RegexIterator::accept();
}
}
}
if (!class_exists('CLICommand', 0))
{
/** @file clicommand.inc
* @ingroup Phar
* @brief class CLICommand
* @author Marcus Boerger
* @date 2007 - 2008
*
* Phar Command
*/
/** @ingroup Phar
* @brief Abstract base console command implementation
* @author Marcus Boerger
* @version 1.0
*/
abstract class CLICommand
{
protected $argc;
protected $argv;
protected $cmds = array();
protected $args = array();
protected $typs = array();
function __construct($argc, array $argv)
{
$this->argc = $argc;
$this->argv = $argv;
$this->cmds = self::getCommands($this);
$this->typs = self::getArgTyps($this);
if ($argc < 2) {
self::error("No command given, check ${argv[0]} help\n");
} elseif (!isset($this->cmds[$argv[1]]['run'])) {
self::error("Unknown command '${argv[1]}', check ${argv[0]} help\n");
} else {
$command = $argv[1];
}
if (isset($this->cmds[$command]['arg'])) {
$this->args = call_user_func(array($this, $this->cmds[$command]['arg']));
$i = 1;
$missing = false;
while (++$i < $argc) {
if ($argv[$i][0] == '-') {
if (strlen($argv[$i]) == 2 && isset($this->args[$argv[$i][1]])) {
$arg = $argv[$i][1];
if (++$i >= $argc) {
self::error("Missing argument to parameter '$arg' of command '$command', check ${argv[0]} help\n");
} else {
$this->args[$arg]['val'] = $this->checkArgTyp($arg, $i, $argc, $argv);
}
} else {
self::error("Unknown parameter '${argv[$i]}' to command $command, check ${argv[0]} help\n");
}
} else {
break;
}
}
if (isset($this->args[''])) {
if ($i >= $argc) {
if (isset($this->args['']['require']) && $this->args['']['require']) {
self::error("Missing default trailing arguments to command $command, check ${argv[0]} help\n");
}
} else {
$this->args['']['val'] = array();
while($i < $argc) {
$this->args['']['val'][] = $argv[$i++];
}
}
} else if ($i < $argc) {
self::error("Unexpected default arguments to command $command, check ${argv[0]} help\n");
}
foreach($this->args as $arg => $inf) {
if (strlen($arg) && !isset($inf['val']) && isset($inf['required']) && $inf['required']) {
$missing .= "Missing parameter '-$arg' to command $command, check ${argv[0]} help\n";
}
}
if (strlen($missing)) {
self::error($missing);
}
}
call_user_func(array($this, $this->cmds[$command]['run']), $this->args);
}
static function notice ($msg)
{
fprintf(STDERR, $msg);
}
static function error ($msg, $exit_code = 1)
{
self::notice($msg);
exit($exit_code);
}
function checkArgTyp($arg, $i, $argc, $argv)
{
$typ = $this->args[$arg]['typ'];
if (isset($this->typs[$typ]['typ'])) {
return call_user_func(array($this, $this->typs[$typ]['typ']), $argv[$i], $this->args[$arg], $arg);
} else {
return $argv[$i];
}
}
static function getSubFuncs(CLICommand $cmdclass, $prefix, array $subs)
{
$a = array();
$r = new ReflectionClass($cmdclass);
$l = strlen($prefix);
foreach($r->getMethods() as $m) {
if (substr($m->name, 0, $l) == $prefix) {
foreach($subs as $sub) {
$what = substr($m->name, $l+strlen($sub)+1);
$func = $prefix . $sub . '_' . $what;
$what = str_replace('_', '-', $what);
if ($r->hasMethod($func)) {
if (!isset($a[$what])) {
$a[$what] = array();
}
$a[$what][$sub] = /*$m->class . '::' .*/ $func;
}
}
}
}
return $a;
}
static function getCommands(CLICommand $cmdclass)
{
return self::getSubFuncs($cmdclass, 'cli_cmd_', array('arg','inf','run'));
}
static function getArgTyps(CLICommand $cmdclass)
{
return self::getSubFuncs($cmdclass, 'cli_arg_', array('typ'));
}
static function cli_arg_typ_bool($arg, $cfg, $key)
{
return (bool)$arg;
}
static function cli_arg_typ_int($arg, $cfg, $key)
{
if ((int)$arg != $arg) {
self::error("Argument to -$key must be an integer.\n");
}
return (int)$arg;
}
static function cli_arg_typ_regex($arg, $cfg, $key)
{
if (strlen($arg)) {
if (strlen($arg) > 1 && $arg[0] == $arg[strlen($arg)-1] && strpos('/,', $arg) !== false) {
return $arg;
} else {
return '/' . $arg . '/';
}
} else {
return NULL;
}
}
static function cli_arg_typ_select($arg, $cfg, $key)
{
if (!in_array($arg, array_keys($cfg['select']))) {
self::error("Parameter value '$arg' not one of '" . join("', '", array_keys($cfg['select'])) . "'.\n");
}
return $arg;
}
static function cli_arg_typ_dir($arg, $cfg, $key)
{
$f = realpath($arg);
if ($f===false || !file_exists($f) || !is_dir($f)) {
self::error("Requested path '$arg' does not exist.\n");
}
return $f;
}
static function cli_arg_typ_file($arg)
{
$f = new SplFileInfo($arg);
$f = $f->getRealPath();
if ($f===false || !file_exists($f)) {
echo "Requested file '$arg' does not exist.\n";
exit(1);
}
return $f;
}
static function cli_arg_typ_filenew($arg, $cfg, $key)
{
$d = dirname($arg);
$f = realpath($d);
if ($f === false) {
self::error("Path for file '$arg' does not exist.\n");
}
return $f . '/' . basename($arg);
}
static function cli_arg_typ_filecont($arg, $cfg, $key)
{
return file_get_contents(self::cli_arg_typ_file($arg, $cfg, $key));
}
function cli_get_SP2($l1, $arg_inf)
{
return str_repeat(' ', $l1 + 2 + 4 + 8);
}
function cli_get_SP3($l1, $l2, $arg_inf)
{
return str_repeat(' ', $l1 + 2 + 4 + 8 + 2 + $l2 + 2);
}
static function cli_cmd_inf_help()
{
return "This help or help for a selected command.";
}
private function cli_wordwrap($what, $l, $sp)
{
$p = max(79 - $l, 40); // minimum length for paragraph
$b = substr($what, 0, $l); // strip out initial $l
$r = substr($what, $l); // remainder
$r = str_replace("\n", "\n".$sp, $r); // in remainder replace \n's
return $b . wordwrap($r, $p, "\n".$sp);
}
private function cli_help_get_args($func, $l, $sp, $required)
{
$inf = "";
foreach(call_user_func($func, $l, $sp) as $arg => $conf) {
if ((isset($conf['required']) && $conf['required']) != $required) {
continue;
}
if (strlen($arg)) {
$arg = "-$arg ";
} else {
$arg = "... ";
}
$sp2 = $this->cli_get_SP2($l, $inf);
$l2 = strlen($sp2);
$inf .= $this->cli_wordwrap($sp . $arg . $conf['inf'], $l2, $sp2) . "\n";
if (isset($conf['select']) && count($conf['select'])) {
$ls = 0;
foreach($conf['select'] as $opt => $what) {
$ls = max($ls, strlen($opt));
}
$sp3 = $this->cli_get_SP3($l, $ls, $inf);
$l3 = strlen($sp3);
foreach($conf['select'] as $opt => $what) {
$inf .= $this->cli_wordwrap($sp2 . " " . sprintf("%-${ls}s ", $opt) . $what, $l3, $sp3) . "\n";
}
}
}
if (strlen($inf)) {
if ($required) {
return $sp . "Required arguments:\n\n" . $inf;
} else {
return $sp . "Optional arguments:\n\n". $inf;
}
}
}
function cli_cmd_arg_help()
{
return array('' => array('typ'=>'any','val'=>NULL,'inf'=>'Optional command to retrieve help for.'));
}
function cli_cmd_run_help()
{
$argv = $this->argv;
$which = $this->args['']['val'];
if (isset($which)) {
if (count($which) != 1) {
self::error("More than one command given.\n");
}
$which = $which[0];
if (!array_key_exists($which, $this->cmds)) {
if (strtolower($which) == 'commands') {
self::cli_cmd_run_help_list();
exit(0);
}
self::error("Unknown command, cannot retrieve help.\n");
}
$l = strlen($which);
$cmds = array($which => $this->cmds[$which]);
} else {
echo "\n$argv[0] <command> [options]\n\n";
$l = 0;
ksort($this->cmds);
foreach($this->cmds as $name => $funcs) {
$l = max($l, strlen($name));
}
$inf = "Commands:";
$lst = "";
$ind = strlen($inf) + 1;
foreach($this->cmds as $name => $funcs) {
$lst .= ' ' . $name;
}
echo $this->cli_wordwrap($inf.$lst, $ind, str_repeat(' ', $ind)) . "\n\n";
$cmds = $this->cmds;
}
$sp = str_repeat(' ', $l + 2);
foreach($cmds as $name => $funcs) {
$inf = $name . substr($sp, strlen($name));
if (isset($funcs['inf'])) {
$inf .= $this->cli_wordwrap(call_user_func(array($this, $funcs['inf'])), $l, $sp) . "\n";
if (isset($funcs['arg'])) {
$inf .= "\n";
$inf .= $this->cli_help_get_args(array($this, $funcs['arg']), $l, $sp, true);
$inf .= "\n";
$inf .= $this->cli_help_get_args(array($this, $funcs['arg']), $l, $sp, false);
}
}
echo "$inf\n\n";
}
exit(0);
}
static function cli_cmd_inf_help_list()
{
return "Lists available commands.";
}
function cli_cmd_run_help_list()
{
ksort($this->cmds);
echo join(' ', array_keys($this->cmds)) . "\n";
}
}
}
if (!class_exists('PharCommand', 0))
{
/**
* @file pharcommand.inc
* @ingroup Phar
* @brief class CLICommand
* @author Marcus Boerger
* @date 2007 - 2008
*
* Phar Command
*/
// {{{ class PharCommand extends CLICommand
/**
* PharCommand class
*
* This class handles the handling of the phar
* commands. It will be used from command line/console
* in order to retrieve and execute phar functions.
*
* @ingroup Phar
* @brief Phar console command implementation
* @author Marcus Boerger
* @version 1.0
*/
class PharCommand extends CLICommand
{
// {{{ public function cli_get_SP2
public function cli_get_SP2($l1, $arg_inf)
{
return str_repeat(' ', $l1 + 2 + 4 + 9);
}
// }}}
// {{{ public function cli_get_SP3
/**
* Cli Get SP3
*
* @param string $l1 Eleven
* @param string $l2 Twelve
* @param string $arg_inf
* @return string The repeated string.
*/
function cli_get_SP3($l1, $l2, $arg_inf)
{
return str_repeat(' ', $l1 + 2 + 4 + 9 + 2 + $l2 + 2);
}
// }}}
// {{{ static function phar_args
/**
* Phar arguments
*
* This function contains all the phar commands
*
* @param string $which Which argument is chosen.
* @param string $phartype The type of phar, specific file to work on
* @return unknown
*/
static function phar_args($which, $phartype)
{
$phar_args = array(
'a' => array(
'typ' => 'alias',
'val' => NULL,
'inf' => '<alias> Provide an alias name for the phar file.'
),
'b' => array(
'typ' => 'any',
'val' => NULL,
'inf' => '<bang> Hash-bang line to start the archive (e.g. #!/usr/bin/php). The hash '
.' mark itself \'#!\' and the newline character are optional.'
),
'c' => array(
'typ' => 'compalg',
'val' => NULL,
'inf' => '<algo> Compression algorithm.',
'select' => array(
'0' => 'No compression',
'none' => 'No compression',
'auto' => 'Automatically select compression algorithm'
)
),
'e' => array(
'typ' => 'entry',
'val' => NULL,
'inf' => '<entry> Name of entry to work on (must include PHAR internal directory name if any).'
),
'f' => array(
'typ' => $phartype,
'val' => NULL,
'inf' => '<file> Specifies the phar file to work on.'
),
'h' => array(
'typ' => 'select',
'val' => NULL,
'inf' => '<method> Selects the hash algorithm.',
'select' => array('md5' => 'MD5','sha1' => 'SHA1')
),
'i' => array(
'typ' => 'regex',
'val' => NULL,
'inf' => '<regex> Specifies a regular expression for input files.'
),
'k' => array(
'typ' => 'any',
'val' => NULL,
'inf' => '<index> Subscription index to work on.',
),
'l' => array(
'typ' => 'int',
'val' => 0,
'inf' => '<level> Number of preceding subdirectories to strip from file entries',
),
'm' => array(
'typ' => 'any',
'val' => NULL,
'inf' => '<meta> Meta data to store with entry (serialized php data).'
),
'p' => array(
'typ' => 'loader',
'val' => NULL,
'inf' => '<loader> Location of PHP_Archive class file (pear list-files PHP_Archive).'
.'You can use \'0\' or \'1\' to locate it automatically using the mentioned '
.'pear command. When using \'0\' the command does not error out when the '
.'class file cannot be located. This switch also adds some code around the '
.'stub so that class PHP_Archive gets registered as phar:// stream wrapper '
.'if necessary. And finally this switch will add the file phar.inc from '
.'this package and load it to ensure class Phar is present.'
,
),
's' => array(
'typ' => 'file',
'val' => NULL,
'inf' => '<stub> Select the stub file.'
),
'x' => array(
'typ' => 'regex',
'val' => NULL,
'inf' => '<regex> Regular expression for input files to exclude.'
),
'y' => array(
'typ' => 'privkey',
'val' => NULL,
'inf' => '<key> Private key for OpenSSL signing.',
),
);
if (extension_loaded('zlib')) {
$phar_args['c']['select']['gz'] = 'GZip compression';
$phar_args['c']['select']['gzip'] = 'GZip compression';
}
if (extension_loaded('bz2')) {
$phar_args['c']['select']['bz2'] = 'BZip2 compression';
$phar_args['c']['select']['bzip2'] = 'BZip2 compression';
}
$hash_avail = Phar::getSupportedSignatures();
$hash_optional = array('SHA-256' => 'SHA256',
'SHA-512' => 'SHA512',
'OpenSSL' => 'OpenSSL');
if (!in_array('OpenSSL', $hash_avail)) {
unset($phar_args['y']);
}
foreach($hash_optional as $key => $name) {
if (in_array($key, $hash_avail)) {
$phar_args['h']['select'][strtolower($name)] = $name;
}
}
$args = array();
foreach($phar_args as $lkey => $cfg) {
$ukey = strtoupper($lkey);
$required = strpos($which, $ukey) !== false;
$optional = strpos($which, $lkey) !== false;
if ($required || $optional) {
$args[$lkey] = $cfg;
$args[$lkey]['required'] = $required;
}
}
return $args;
}
// }}}
// {{{ static function strEndsWith
/**
* String Ends With
*
* Whether a string ends with another needle.
*
* @param string $haystack The haystack
* @param string $needle The needle.
* @return mixed false if doesn't end with anything, the string
* substr'ed if the string ends with the needle.
*/
static function strEndsWith($haystack, $needle)
{
return substr($haystack, -strlen($needle)) == $needle;
}
// }}}
// {{{ static function cli_arg_typ_loader
/**
* Argument type loader
*
* @param string $arg Either 'auto', 'optional' or an filename that
* contains class PHP_Archive
* @param string $cfg Configuration to pass to a new file
* @param string $key The key
* @return string $arg The argument.
*/
static function cli_arg_typ_loader($arg, $cfg, $key)
{
if (($arg == '0' || $arg == '1') && !file_exists($arg) && substr(PHP_OS, 0, 3) != 'WIN') {
$found = NULL;
$apiver = false;
$path = explode(PATH_SEPARATOR, $_ENV['PATH']);
$pear = false;
foreach ($path as $component) {
if (file_exists($component . DIRECTORY_SEPARATOR . 'pear')
&& is_executable($component . DIRECTORY_SEPARATOR . 'pear')) {
$pear = true;
break;
}
}
if ($pear) {
$apiver = `pear -q info PHP_Archive 2>/dev/null|grep 'API Version'`;
$apiver = trim(substr($apiver, strlen('API Version')));
}
if ($apiver) {
self::notice("PEAR package PHP_Archive: API Version: $apiver.\n");
$files = explode("\n", `pear list-files PHP_Archive`);
$phpdir = `pear config-get php_dir 2>/dev/null`;
$phpdir = trim($phpdir);
self::notice("PEAR package PHP_Archive: $phpdir.\n");
if (is_dir($phpdir)) {
foreach($files as $ent) {
$matches = NULL;
if (preg_match(",^php[ \t]+([^ \t].*[\\\\/]PHP[\\\\/]Archive\.php)$,", $ent, $matches)) {
$sub = $matches[1];
if (strpos($sub, $phpdir) !== 0) {
$found = NULL;
break;
}
$found = $sub;
break;
}
}
} else {
self::notice("PEAR package PHP_Archive: corrupt or inaccessible base dir: $php_dir.\n");
}
}
if (isset($found)) {
self::notice("PEAR package PHP_Archive: $found.\n");
} else {
$msg = "PEAR package PHP_Archive not installed: generated phar will require PHP's phar extension be enabled.\n";
if ($arg == '0') {
self::notice($msg);
} else {
self::error($msg);
}
}
$arg = $found;
}
return self::cli_arg_typ_file($arg);
}
// }}}
// {{{ static function cli_arg_typ_pharnew
/**
* Argument type new phar
*
* @param string $arg The new phar component.
* @param string $cfg Configuration to pass to a new file
* @param string $key The key
* @return string $arg The new argument file.
*/
static function cli_arg_typ_pharnew($arg, $cfg, $key)
{
$arg = self::cli_arg_typ_filenew($arg, $cfg, $key);
if (!Phar::isValidPharFilename($arg)) {
self::error("Phar files must have file extension '.phar', '.phar.php', '.phar.bz2' or '.phar.gz'.\n");
}
return $arg;
}
// }}}
// {{{ static function cli_arg_typ_pharfile
/**
* Argument type existing Phar file
*
* Return filename of an existing Phar.
*
* @param string $arg The file in the phar to open.
* @param string $cfg The configuration information
* @param string $key The key information.
* @return string $pharfile The name of the loaded Phar file.
* @note The Phar will be loaded
*/
static function cli_arg_typ_pharfile($arg, $cfg, $key)
{
try {
$pharfile = self::cli_arg_typ_file($arg, $cfg, $key);
if (!Phar::loadPhar($pharfile)) {
self::error("Unable to open phar '$arg'\n");
}
return $pharfile;
} catch(Exception $e) {
self::error("Exception while opening phar '$arg':\n" . $e->getMessage() . "\n");
}
}
// }}}
// {{{ static function cli_arg_typ_pharurl
/**
* Argument type Phar url-like
*
* Check the argument as cli_arg_Typ_phar and return its name prefixed
* with phar://
*
* Ex:
* <code>
* $arg = 'pharchive.phar/file.php';
* cli_arg_typ_pharurl($arg)
* </code>
*
* @param string $arg The url-like phar archive to retrieve.
* @return string The phar file-archive.
*/
static function cli_arg_typ_pharurl($arg, $cfg, $key)
{
return 'phar://' . self::cli_arg_typ_pharfile($arg, $cfg, $key);
}
// }}}
// {{{ static function cli_arg_typ_phar
/**
* Cli argument type phar
*
* @param string $arg The phar archive to use.
* @return object new Phar of the passed argument.
*/
static function cli_arg_typ_phar($arg, $cfg, $key)
{
try {
return new Phar(self::cli_arg_typ_pharfile($arg, $cfg, $key));
} catch(Exception $e) {
self::error("Exception while opening phar '$argv':\n" . $e->getMessage() . "\n");
}
}
// }}}
// {{{ static function cli_arg_typ_entry
/**
* Argument type Entry name
*
* @param string $arg The argument (the entry)
* @return string $arg The entry itself.
*/
static function cli_arg_typ_entry($arg, $cfg, $key)
{
// no further check atm, maybe check for no '/' at beginning
return $arg;
}
// }}}
// {{{ static function cli_arg_typ_compalg
/**
* Argument type compression algorithm
*
* @param string $arg The phar selection
* @param string $cfg The config option.
* @param string $key The key information.
* @return string $arg The selected algorithm
*/
static function cli_arg_typ_compalg($arg, $cfg, $key)
{
$arg = self::cli_arg_typ_select($arg, $cfg, $key);
switch($arg) {
case 'auto':
if (extension_loaded('zlib')) {
$arg = 'gz';
} elseif (extension_loaded('bz2')) {
$arg = 'bz2';
} else {
$arg = '0';
}
break;
}
return $arg;
}
// }}}
// {{{ static function cli_arg_typ_privkey
/**
* Argument type private key (for OpenSSL signing)
*
* @param string $arg The phar selection
* @param string $cfg The config option.
* @param string $key The key information.
* @return string $arg The private key.
*/
static function cli_arg_typ_privkey($arg, $cfg, $key)
{
$arg = self::cli_arg_typ_filecont($arg, $cfg, $key);
$hash_avail = Phar::getSupportedSignatures();
if ($arg && !in_array('OpenSSL', $hash_avail))
{
self::error("Cannot specifiy private key without OpenSSL support.\n");
}
return $arg;
}
// }}}
// {{{ static function phar_check_hash
/**
* Check whether hash method is valid.
*
* @return Hash constant to be used.
*/
function phar_check_hash($hash, $privkey)
{
switch($hash) {
case 'md5':
return Phar::MD5;
case 'sha1':
return Phar::SHA1;
case 'sha256':
return Phar::SHA256;
case 'sha512':
return Phar::SHA512;
case 'openssl':
if (!$privkey) {
self::error("Cannot use OpenSSL signing without key.\n");
}
return Phar::OPENSSL;
}
}
// }}}
// {{{ static function cli_cmd_inf_pack
/**
* Information pack
*
* @return string A description about packing files into a Phar archive.
*/
static function cli_cmd_inf_pack()
{
return "Pack files into a PHAR archive.\n" .
"When using -s <stub>, then the stub file is being " .
"excluded from the list of input files/dirs." .
"To create an archive that contains PEAR class PHP_Archive " .
"then point -p argument to PHP/Archive.php.\n";
}
// }}}
// {{{ static function cli_cmd_arg_pack
/**
* Pack a new phar infos
*
* @return array $args The arguments for a new Phar archive.
*/
static function cli_cmd_arg_pack()
{
$args = self::phar_args('abcFhilpsxy', 'pharnew');
$args[''] = array(
'typ' => 'any',
'val' => NULL,
'required' => 1,
'inf' => ' Any number of input files and directories. If -i is in use then ONLY files and matching the given regular expression are being packed. If -x is given then files matching that regular expression are NOT being packed.',
);
return $args;
}
// }}}
// {{{ function phar_set_stub_begin
/**
* Set the stub
*/
public function phar_set_stub_begin(Phar $phar, $stub, $loader = NULL, $hashbang = NULL)
{
if (isset($stub)) {
$c = file_get_contents($stub);
if (substr($c, 0, 2) == '#!') {
if (strpos($c, "\n") !== false) {
if (!isset($hashbang)) {
$hashbang = substr($c, 0, strpos($c, "\n") + 1);
}
$c = substr($c, strpos($c, "\n") + 1);
} else {
if (!isset($hashbang)) {
$hashbang = $c;
}
$c = NULL;
}
}
if (isset($hashbang)) {
if (substr($hashbang, 0, 2) != '#!') {
$hashbang = '#!' . $hashbang;
}
if (substr($hashbang, -1) != "\n") {
$hashbang .= "\n";
}
} else {
$hashbang = "";
}
if (isset($loader)) {
$s = "<?php if (!class_exists('PHP_Archive')) {\n?>";
if (is_file($loader)) {
$s .= file_get_contents($loader);
}
$s .= "<?php\n";
$s .= "}\n";
$s .= "if (!in_array('phar', stream_get_wrappers())) {\n";
$s .= "\tstream_wrapper_register('phar', 'PHP_Archive');\n";
$s .= "}\n";
$s .= "if (!class_exists('Phar',0)) {\n";
$s .= "\tinclude 'phar://'.__FILE__.'/phar.inc';\n";
$s .= "}\n";
$s .= '?>';
$s .= $c;
$phar->setStub($hashbang . $s);
} else {
$phar->setStub($hashbang . $c);
}
return new SplFileInfo($stub);
}
return NULL;
}
// }}}
// {{{ function phar_set_stub_end
/**
* Set stub end
*/
public function phar_set_stub_end(Phar $phar, $stub, $loader = NULL)
{
if (isset($stub) && isset($loader)) {
if (substr(__FILE__, -15) == 'pharcommand.inc') {
self::phar_add_file($phar, 0, 'phar.inc', 'phar://'.__FILE__.'/phar.inc', NULL);
} else {
self::phar_add_file($phar, 0, 'phar.inc', dirname(__FILE__).'/phar/phar.inc', NULL);
}
}
}
// }}}
// {{{ function cli_cmd_run_pack
/**
* Pack a new Phar
*
* This function will try to pack a new Phar archive.
*
* @see Exit to make sure that we are done.
*/
public function cli_cmd_run_pack()
{
if (ini_get('phar.readonly')) {
self::error("Creating phar files is disabled by ini setting 'phar.readonly'.\n");
}
if (!Phar::canWrite()) {
self::error("Creating phar files is disabled, Phar::canWrite() returned false.\n");
}
$alias = $this->args['a']['val'];
$hashbang = $this->args['b']['val'];
$archive = $this->args['f']['val'];
$hash = $this->args['h']['val'];
$privkey = $this->args['y']['val'];
$regex = $this->args['i']['val'];
$level = $this->args['l']['val'];
$loader = $this->args['p']['val'];
$stub = $this->args['s']['val'];
$invregex = $this->args['x']['val'];
$input = $this->args['']['val'];
$hash = self::phar_check_hash($hash, $privkey);
$phar = new Phar($archive, 0, $alias);
$phar->startBuffering();
$stub = $this->phar_set_stub_begin($phar, $stub, $loader, $hashbang);
if (!is_array($input)) {
$this->phar_add($phar, $level, $input, $regex, $invregex, $stub, NULL, isset($loader));
} else {
foreach($input as $i) {
$this->phar_add($phar, $level, $i, $regex, $invregex, $stub, NULL, isset($loader));
}
}
$this->phar_set_stub_end($phar, $stub, $loader);
switch($this->args['c']['val']) {
case 'gz':
case 'gzip':
$phar->compressFiles(Phar::GZ);
break;
case 'bz2':
case 'bzip2':
$phar->compressFiles(Phar::BZ2);
break;
default:
$phar->decompressFiles();
break;
}
if ($hash) {
$phar->setSignatureAlgorithm($hash, $privkey);
}
$phar->stopBuffering();
exit(0);
}
// }}}
// {{{ static function phar_add
/**
* Add files to a phar archive.
*
* This function will take a directory and iterate through
* it and get the files to insert into the Phar archive.
*
* @param Phar $phar The phar object.
* @param string $input The input directory
* @param string $regex The regex used in RegexIterator.
* @param string $invregex The InvertedRegexIterator expression.
* @param SplFileInfo $stub Stub file object
* @param mixed $compress Compression algorithm or NULL
* @param boolean $noloader Whether to prevent adding the loader
*/
static function phar_add(Phar $phar, $level, $input, $regex, $invregex, SplFileInfo $stub = NULL, $compress = NULL, $noloader = false)
{
if ($input && is_file($input) && !is_dir($input)) {
return self::phar_add_file($phar, $level, $input, $input, $compress);
}
$dir = new RecursiveDirectoryIterator($input);
$dir = new RecursiveIteratorIterator($dir);
if (isset($regex)) {
$dir = new RegexIterator($dir, $regex);
}
if (isset($invregex)) {
$dir = new InvertedRegexIterator($dir, $invregex);
}
try {
foreach($dir as $file) {
if ((empty($stub) || $file->getRealPath() != $stub->getRealPath()) && !is_dir($file)) {
self::phar_add_file($phar, $level, $dir->getSubPathName(), $file, $compress, $noloader);
}
}
} catch(Excpetion $e) {
self::error("Unable to complete operation on file '$file'\n" . $e->getMessage() . "\n");
}
}
// }}}
// {{{ static function phar_add_file
/**
* Add a phar file
*
* This function adds a file to a phar archive.
*
* @param Phar $phar The phar object
* @param string $level The level of the file.
* @param string $entry The entry point
* @param string $file The file to add to the archive
* @param string $compress The compression scheme for the file.
* @param boolean $noloader Whether to prevent adding the loader
*/
static function phar_add_file(Phar $phar, $level, $entry, $file, $compress, $noloader = false)
{
$entry = str_replace('//', '/', $entry);
while($level-- > 0 && ($p = strpos($entry, '/')) !== false) {
$entry = substr($entry, $p+1);
}
if ($noloader && $entry == 'phar.inc') {
return;
}
echo "$entry\n";
$phar[$entry] = file_get_contents($file);
switch($compress) {
case 'gz':
case 'gzip':
$phar[$entry]->compress(Phar::GZ);
break;
case 'bz2':
case 'bzip2':
$phar[$entry]->compress(Phar::BZ2);
break;
case '0':
$phar[$entry]->decompress();
break;
default:
break;
}
}
// }}}
// {{{ public function phar_dir_echo
/**
* Echo directory
*
* @param string $pn
* @param unknown_type $f
*/
public function phar_dir_echo($pn, $f)
{
echo "$f\n";
}
// }}}
// {{{ public function phar_dir_operation
/**
* Directory operations
*
* Phar directory operations.
*
* @param RecursiveIteratorIterator $dir The recursiveIteratorIterator object.
* @param string $func Function to call on the iterations
* @param array $args Function arguments.
*/
public function phar_dir_operation(RecursiveIteratorIterator $dir, $func, array $args = array())
{
$regex = $this->args['i']['val'];
$invregex= $this->args['x']['val'];
if (isset($regex)) {
$dir = new RegexIterator($dir, $regex);
}
if (isset($invregex)) {
$dir = new InvertedRegexIterator($dir, $invregex);
}
$any = false;
foreach($dir as $pn => $f) {
$any = true;
call_user_func($func, $pn, $f, $args);
}
return $any;
}
// {{{ static function cli_cmd_inf_list
/**
* Cli Command Info List
*
* @return string What inf does
*/
static function cli_cmd_inf_list()
{
return "List contents of a PHAR archive.";
}
// }}}
// {{{ static function cli_cmd_arg_list
/**
* Cli Command Argument List
*
* @return arguments list
*/
static function cli_cmd_arg_list()
{
return self::phar_args('Fix', 'pharurl');
}
// }}}
// {{{ public function cli_cmd_run_list
/**
* Cli Command Run List
*
* @see $this->phar_dir_operation
*/
public function cli_cmd_run_list()
{
$this->phar_dir_operation(
new DirectoryTreeIterator(
$this->args['f']['val']),
array($this, 'phar_dir_echo')
);
}
// }}}
// {{{ static function cli_command_inf_tree
/**
* Cli Command Inf Tree
*
* @return string The description of a directory tree for a Phar archive.
*/
static function cli_cmd_inf_tree()
{
return "Get a directory tree for a PHAR archive.";
}
// }}}
// {{{ static function cli_cmd_arg_tree
/**
* Cli Command Argument Tree
*
* @return string Arguments in URL format.
*/
static function cli_cmd_arg_tree()
{
return self::phar_args('Fix', 'pharurl');
}
// }}}
// {{{ public function cli_cmd_run_tree
/**
* Cli Command Run Tree
*
* Set the phar_dir_operation with a directorygraphiterator.
*
* @see DirectoryGraphIterator
* @see $this->phar_dir_operation
*
*/
public function cli_cmd_run_tree()
{
$a = $this->phar_dir_operation(
new DirectoryGraphIterator(
$this->args['f']['val']),
array($this, 'phar_dir_echo')
);
if (!$a) {
echo "|-<root directory>\n";
}
}
// }}}
// {{{ cli_cmd_inf_extract
/**
* Cli Command Inf Extract
*
* @return string The description of the command extra to a directory.
*/
static function cli_cmd_inf_extract()
{
return "Extract a PHAR package to a directory.";
}
// }}}
// {{{ static function cli_cmd_arg_extract
/**
* Cli Command Arguments Extract
*
* The arguments for the extract function.
*
* @return array The arguments for the extraction.
*/
static function cli_cmd_arg_extract()
{
$args = self::phar_args('Fix', 'phar');
$args[''] = array(
'type' => 'dir',
'val' => '.',
'inf' => ' Directory to extract to (defaults to \'.\').',
);
return $args;
}
// }}}
// {{{ public function cli_cmd_run_extract
/**
* Run Extract
*
* Run the extraction of a phar Archive.
*
* @see $this->phar_dir_operation
*/
public function cli_cmd_run_extract()
{
$dir = $this->args['']['val'];
if (is_array($dir)) {
if (count($dir) != 1) {
self::error("Only one target directory allowed.\n");
} else {
$dir = $dir[0];
}
}
$phar = $this->args['f']['val'];
$base = $phar->getPathname();
$bend = strpos($base, '.phar');
$bend = strpos($base, '/', $bend);
$base = substr($base, 0, $bend + 1);
$blen = strlen($base);
$this->phar_dir_operation(
new RecursiveIteratorIterator($phar),
array($this, 'phar_dir_extract'),
array($blen, $dir)
);
}
// }}}
// {{{ public function phar_dir_extract
/**
* Extract to a directory
*
* This function will extract the content of a Phar
* to a directory and create new files and directories
* depending on the permissions on that folder.
*
* @param string $pn
* @param string $f The file name
* @param array $args The directory and Blen informations
*/
public function phar_dir_extract($pn, $f, $args)
{
$blen = $args[0];
$dir = $args[1];
$sub = substr($pn, $blen);
$target = $dir . '/' . $sub;
if (!file_exists(dirname($target))) {
@mkdir(dirname($target), 0777, true);
}
if (!file_exists(dirname($target))) {
self::error("Operation could not be completed\n");
}
echo "$sub";
if (!@copy($f, $target)) {
echo " ...error\n";
} else {
echo " ...ok\n";
}
}
// }}}
// {{{ static function cli_cmd_inf_delete
/**
* Delete an entry from a phar information.
*
* @return string The information
*/
static function cli_cmd_inf_delete()
{
return 'Delete entry from a PHAR archive';
}
// }}}
// {{{ static function cli_cmd_arg_delete
/**
* The cli command argument for deleting.
*
* @return array informations about the arguments to use.
*/
static function cli_cmd_arg_delete()
{
return self::phar_args('FE', 'phar');
}
// }}}
// {{{ public function cli_cmd_run_delete
/**
* Deleting execution
*
* Execute the deleting of the file from the phar archive.
*/
public function cli_cmd_run_delete()
{
$phar = $this->args['f']['val'];
$entry = $this->args['e']['val'];
$phar->startBuffering();
unset($phar[$entry]);
$phar->stopBuffering();
}
// }}}
// {{{ static function cli_cmd_inf_add
/**
* Client comment add file information
*
* @return string The description of the feature
*/
static function cli_cmd_inf_add()
{
return "Add entries to a PHAR package.";
}
// }}}
// {{{ static function cli_cmd_arg_add
/**
* Add a file arguments
*/
static function cli_cmd_arg_add()
{
$args = self::phar_args('acFilx', 'phar');
$args[''] = array(
'type' => 'any',
'val' => NULL,
'required' => 1,
'inf' => ' Any number of input files and directories. If -i is in use then ONLY files and matching the given regular expression are being packed. If -x is given then files matching that regular expression are NOT being packed.',
);
return $args;
}
// }}}
// {{{ public functio cli_cmd_run_add
/**
* Add a file
*
* Run the action of adding a file to
* a phar archive.
*/
public function cli_cmd_run_add()
{
$compress= $this->args['c']['val'];
$phar = $this->args['f']['val'];
$regex = $this->args['i']['val'];
$level = $this->args['l']['val'];
$invregex= $this->args['x']['val'];
$input = $this->args['']['val'];
$phar->startBuffering();
if (!is_array($input)) {
$this->phar_add($phar, $level, $input, $regex, $invregex, NULL, $compress);
} else {
foreach($input as $i) {
$this->phar_add($phar, $level, $i, $regex, $invregex, NULL, $compress);
}
}
$phar->stopBuffering();
exit(0);
}
// }}}
// {{{ public function cli_cmd_inf_stub_set
/**
* Set the stup of a phar file.
*
* @return string The stub set description.
*/
public function cli_cmd_inf_stub_set()
{
return "Set the stub of a PHAR file. " .
"If no input file is specified as stub then stdin is being used.";
}
// }}}
// {{{ public function cli_cmd_arg_stub_set
/**
* Set the argument stub
*
* @return string arguments for a stub
*/
public function cli_cmd_arg_stub_set()
{
$args = self::phar_args('bFps', 'phar');
$args['s']['val'] = 'php://stdin';
return $args;
}
// }}}
// {{{ public function cli_cmd_run_stub_set
/**
* Cli Command run stub set
*
* @see $phar->setStub()
*/
public function cli_cmd_run_stub_set()
{
$hashbang = $this->args['b']['val'];
$phar = $this->args['f']['val'];
$stub = $this->args['s']['val'];
$loader = $this->args['p']['val'];
$this->phar_set_stub_begin($phar, $stub, $loader, $hashbang);
$this->phar_set_stub_end($phar, $stub, $loader);
}
// }}}
// {{{ public function cli_cmd_inf_stub_get
/**
* Get the command stub infos.
*
* @return string a description of the stub of a Phar file.
*/
public function cli_cmd_inf_stub_get()
{
return "Get the stub of a PHAR file. " .
"If no output file is specified as stub then stdout is being used.";
}
// }}}
// {{{ public function cli_cmd_arg_stub_get
/**
* Get the argument stub
*
* @return array $args The arguments passed to the stub.
*/
public function cli_cmd_arg_stub_get()
{
$args = self::phar_args('Fs', 'phar');
$args['s']['val'] = 'php://stdin';
return $args;
}
// }}}
// {{{ public function cli_cmd_run_stub_get
/**
* Cli Command Run Stub
*
* Get arguments and store them into a stub.
*
* @param arguments $args
* @see $this->args
*/
public function cli_cmd_run_stub_get($args)
{
$phar = $this->args['f']['val'];
$stub = $this->args['s']['val'];
file_put_contents($stub, $phar->getStub());
}
// }}}
// {{{ public function cli_cmd_inf_compress
/**
* Cli Command Inf Compress
*
* Cli Command compress informations
*
* @return string A description of the command.
*/
public function cli_cmd_inf_compress()
{
return "Compress or uncompress all files or a selected entry.";
}
// }}}
// {{{ public function cli_cmd_arg_cmpress
/**
* Cli Command Arg Compress
*
* @return array The arguments for compress
*/
public function cli_cmd_arg_compress()
{
return self::phar_args('FCe', 'phar');
}
// }}}
// {{{ public function cli_cmd_run_compress
/**
* Cli Command Run Compress
*
* @see $this->args
*/
public function cli_cmd_run_compress()
{
$phar = $this->args['f']['val'];
$entry = $this->args['e']['val'];
switch($this->args['c']['val']) {
case 'gz':
case 'gzip':
if (isset($entry)) {
$phar[$entry]->compress(Phar::GZ);
} else {
$phar->compressFiles(Phar::GZ);
}
break;
case 'bz2':
case 'bzip2':
if (isset($entry)) {
$phar[$entry]->compress(Phar::BZ2);
} else {
$phar->compressFiles(Phar::BZ2);
}
break;
default:
if (isset($entry)) {
$phar[$entry]->decompress();
} else {
$phar->decompressFiles();
}
break;
}
}
// }}}
// {{{ public function cli_cmd_inf_sign
/**
* Cli Command Info Signature
*
* @return string A description of the signature arguments.
*/
public function cli_cmd_inf_sign()
{
return "Set signature hash algorithm.";
}
// }}}
// {{{ public function cli_cmd_arg_sign
/**
* Cli Command Argument Sign
*
* @return array Arguments for Signature
*/
public function cli_cmd_arg_sign()
{
return self::phar_args('FHy', 'phar');
}
// }}}
// {{{ public function cli_cmd_run_sign
/**
* Cli Command Run Signature
*
* @see $phar->setSignaturealgorithm
*/
public function cli_cmd_run_sign()
{
$phar = $this->args['f']['val'];
$hash = $this->args['h']['val'];
$privkey = $this->args['y']['val'];
$hash = self::phar_check_hash($hash, $privkey);
$phar->setSignatureAlgorithm($hash, $privkey);
}
// }}}
// {{{ public function cli_cmd_inf_meta_set
/**
* Cli Command Inf Meta Set
*
* @return string A description
*/
public function cli_cmd_inf_meta_set()
{
return "Set meta data of a PHAR entry or a PHAR package using serialized input. " .
"If no input file is specified for meta data then stdin is being used." .
"You can also specify a particular index using -k. In that case the metadata is " .
"expected to be an array and the value of the given index is being set. If " .
"the metadata is not present or empty a new array will be created. If the " .
"metadata is present and a flat value then the return value is 1. Also using -k " .
"the input is been taken directly rather then being serialized.";
}
// }}}
// {{{ public function cli_cmd_arg_meta_set
/**
* Cli Command Argument Meta Set
*
* @return array The arguments for meta set
*/
public function cli_cmd_arg_meta_set()
{
return self::phar_args('FekM', 'phar');
}
// }}}
// {{{ public function cli_cmd_run_met_set
/**
* Cli Command Run Metaset
*
* @see $phar->startBuffering
* @see $phar->setMetadata
* @see $phar->stopBuffering
*/
public function cli_cmd_run_meta_set()
{
$phar = $this->args['f']['val'];
$entry = $this->args['e']['val'];
$index = $this->args['k']['val'];
$meta = $this->args['m']['val'];
$phar->startBuffering();
if (isset($index)) {
if (isset($entry)) {
if ($phar[$entry]->hasMetadata()) {
$old = $phar[$entry]->getMetadata();
} else {
$old = array();
}
} else {
if ($phar->hasMetadata()) {
$old = $phar->getMetadata();
} else {
$old = array();
}
}
if (!is_array($old)) {
self::error('Metadata is a flat value while an index operation was issued.');
}
$old[$index] = $meta;
$meta = $old;
} else {
$meta = unserialize($meta);
}
if (isset($entry)) {
$phar[$entry]->setMetadata($meta);
} else {
$phar->setMetadata($meta);
}
$phar->stopBuffering();
}
// }}}
// {{{ public function cli_cmd_inf_met_get
/**
* Cli Command Inf Metaget
*
* @return string A description of the metaget arguments
*/
public function cli_cmd_inf_meta_get()
{
return "Get meta information of a PHAR entry or a PHAR package in serialized from. " .
"If no output file is specified for meta data then stdout is being used.\n" .
"You can also specify a particular index using -k. In that case the metadata is " .
"expected to be an array and the value of the given index is returned using echo " .
"rather than using serialize. If that index does not exist or no meta data is " .
"present then the return value is 1.";
}
// }}}
// {{{ public function cli_cmd_arg_meta_get
/**
* Cli Command arg metaget
*
* @return array The arguments for meta get.
*/
public function cli_cmd_arg_meta_get()
{
return self::phar_args('Fek', 'phar');
}
// }}}
// {{{ public function cli_cmd_run_meta_get
/**
* Cli Command Run Metaget
*
* @see $this->args
* @see $phar[$x]->hasMetadata()
* @see $phar->getMetadata()
*/
public function cli_cmd_run_meta_get()
{
$phar = $this->args['f']['val'];
$entry = $this->args['e']['val'];
$index = $this->args['k']['val'];
if (isset($entry)) {
if (!$phar[$entry]->hasMetadata()) {
echo "No Metadata\n";
exit(1);
}
echo serialize($phar[$entry]->getMetadata());
} else {
if (!$phar->hasMetadata()) {
echo "No Metadata\n";
exit(1);
}
$meta = $phar->getMetadata();
}
if (isset($index)) {
if (isset($index)) {
if (isset($meta[$index])) {
echo $meta[$index];
exit(0);
} else {
echo "No Metadata\n";
exit(1);
}
} else {
echo serialize($meta);
}
}
}
// }}}
// {{{ public function cli_cmd_inf_meta_del
/**
* Cli Command Inf Metadel
*
* @return string A description of the metadel function
*/
public function cli_cmd_inf_meta_del()
{
return "Delete meta information of a PHAR entry or a PHAR package.\n" .
"If -k is given then the metadata is expected to be an array " .
"and the given index is being deleted.\n" .
"If something was deleted the return value is 0 otherwise it is 1.";
}
// }}}
// {{{ public function cli_cmd_arg_meta_del
/**
* CliC ommand Arg Metadelete
*
* @return array The arguments for metadel
*/
public function cli_cmd_arg_meta_del()
{
return self::phar_args('Fek', 'phar');
}
// }}}
// {{{ public function cli_cmd_run_meta_del
/**
* Cli Command Run MetaDel
*
* @see $phar[$x]->delMetadata()
* @see $phar->delMetadata()
*/
public function cli_cmd_run_meta_del()
{
$phar = $this->args['f']['val'];
$entry = $this->args['e']['val'];
$index = $this->args['k']['val'];
if (isset($entry)) {
if (isset($index)) {
if (!$phar[$entry]->hasMetadata()) {
exit(1);
}
$meta = $phar[$entry]->getMetadata();
// @todo add error message here.
if (!is_array($meta)) {
exit(1);
}
unset($meta[$index]);
$phar[$entry]->setMetadata($meta);
} else {
exit($phar[$entry]->delMetadata() ? 0 : 1);
}
} else {
if (isset($index)) {
if (!$phar->hasMetadata()) {
exit(1);
}
$meta = $phar->getMetadata();
// @todo Add error message
if (!is_array($meta)) {
exit(1);
}
unset($meta[$index]);
$phar->setMetadata($meta);
} else {
exit($phar->delMetadata() ? 0 : 1);
}
}
}
// }}}
// {{{ public function cli_cmd_inf_info
/**
* CLi Command Inf Info
*
* @return string A description about the info commands.
*/
public function cli_cmd_inf_info()
{
return "Get information about a PHAR package.\n" .
"By using -k it is possible to return a single value.";
}
// }}}
// {{{ public function cli_cmd_arg_info
/**
* Cli Command Arg Infos
*
* @return array The arguments for info command.
*/
public function cli_cmd_arg_info()
{
return self::phar_args('Fk', 'phar');
}
// }}}
// {{{ public function cli_cmd_run_info
/**
* Cli Command Run Info
*
* @param args $args
*/
public function cli_cmd_run_info()
{
$phar = $this->args['f']['val'];
$index = $this->args['k']['val'];
$hash = $phar->getSignature();
$infos = array();
if ($phar->getAlias()) {
$infos['Alias'] = $phar->getAlias();
}
if (!$hash) {
$infos['Hash-type'] = 'NONE';
} else {
$infos['Hash-type'] = $hash['hash_type'];
$infos['Hash'] = $hash['hash'];
}
$csize = 0;
$usize = 0;
$count = 0;
$ccount = 0;
$ucount = 0;
$mcount = 0;
$compalg = array('GZ'=>0, 'BZ2'=>0);
foreach(new RecursiveIteratorIterator($phar) as $ent) {
$count++;
if ($ent->isCompressed()) {
$ccount++;
$csize += $ent->getCompressedSize();
if ($ent->isCompressed(Phar::GZ)) {
$compalg['GZ']++;
} elseif ($ent->isCompressed(Phar::BZ2)) {
$compalg['BZ2']++;
}
} else {
$ucount++;
$csize += $ent->getSize();
}
$usize += $ent->getSize();
if ($ent->hasMetadata()) {
$mcount++;
}
}
$infos['Entries'] = $count;
$infos['Uncompressed-files'] = $ucount;
$infos['Compressed-files'] = $ccount;
$infos['Compressed-gz'] = $compalg['GZ'];
$infos['Compressed-bz2'] = $compalg['BZ2'];
$infos['Uncompressed-size'] = $usize;
$infos['Compressed-size'] = $csize;
$infos['Compression-ratio'] = sprintf('%.3g%%', $usize ? ($csize * 100) / $usize : 100);
$infos['Metadata-global'] = $phar->hasMetadata() * 1;
$infos['Metadata-files'] = $mcount;
$infos['Stub-size'] = strlen($phar->getStub());
if (isset($index)) {
if (!isset($infos[$index])) {
self::error("Requested value does not exist.\n");
}
echo $infos[$index];
exit(0);
}
$l = 0;
foreach($infos as $which => $val) {
$l = max(strlen($which), $l);
}
foreach($infos as $which => $val) {
echo $which . ':' . str_repeat(' ', $l + 1 - strlen($which)) . $val . "\n";
}
}
// }}}
// {{{ public function cli_cmd_inf_version
/**
* CLi Command Inf Version
*
* @return string A description about the info commands.
*/
public function cli_cmd_inf_version()
{
return "Get information about the PHAR environment and the tool version.";
}
// }}}
// {{{ public function cli_cmd_arg_version
/**
* Cli Command Arg Version
*
* @return array The arguments for version command.
*/
public function cli_cmd_arg_version()
{
return self::phar_args('', NULL);
}
// }}}
// {{{ public function cli_cmd_run_info
/**
* Cli Command Run Info
*
* @param args $args
*/
public function cli_cmd_run_version()
{
$use_ext = extension_loaded('phar');
$version = array(
'PHP Version' => phpversion(),
'phar.phar version' => '$Id: a58a9f060a207c567585aa4858b862d9278df83d $',
'Phar EXT version' => $use_ext ? phpversion('phar') : 'Not available',
'Phar API version' => Phar::apiVersion(),
'Phar-based phar archives' => true,
'Tar-based phar archives' => $use_ext,
'ZIP-based phar archives' => $use_ext,
'gzip compression' => extension_loaded('zlib'),
'bzip2 compression' => extension_loaded('bz2'),
'supported signatures' => $use_ext ? join(', ', Phar::getSupportedSignatures()) : '',
);
$klen = 0;
foreach($version as $k => $v)
{
$klen = max($klen, strlen($k));
}
++$klen;
foreach($version as $k => $v) {
if (is_bool($v)) {
$v = $v ? 'enabled' : 'disabled';
}
printf("%-${klen}s %s\n", $k.':', $v);
}
}
// }}}
}
// }}}
}
new PharCommand($argc, $argv);
y~or5J ={Eeu磝Qk ᯘG{?+]ן?wM3X^歌>{7پK>on\jy R g/=fOroNVv~Y+ NGuÝHWyw[eQʨSb> >}Gmx[o[<{Ϯ_qF vM IENDB`