/**
* @return array of match
* every match is an array with the following entries:
* 0: int startIndex
* the index at which the pattern starts
* 1: int endIndex
* the index at which the pattern ends
*
*/
public function find(array $tokens)
{
$ret = [];
$tai = new TokenArrayIterator($tokens);
$start = null;
while ($tai->valid()) {
$cur = $tai->current();
if (null === $start) {
if (TokenTool::match([T_CLASS, T_TRAIT], $cur)) {
$start = $tai->key();
}
} else {
$found = false;
TokenArrayIteratorTool::skipWhiteSpaces($tai);
$start = $tai->key();
if (TokenArrayIteratorTool::skipNsChain($tai)) {
$found = true;
// skipNsChain ends AFTER the chain, not AT the end of it.
$tai->prev();
$end = $tai->key();
$tai->next();
$ret[] = [$start, $end];
$this->onMatchFound($start, $tai);
$start = null;
}
if (false === $found) {
$start = null;
}
}
$tai->next();
}
return $ret;
}
/**
* @return array of match
* every match is an array with the following entries:
* 0: int startIndex
* the index at which the pattern starts
* 1: int endIndex
* the index at which the pattern ends
*
*/
public function find(array $tokens)
{
$ret = [];
$tai = new TokenArrayIterator($tokens);
$start = null;
while ($tai->valid()) {
$cur = $tai->current();
if (null === $start) {
if (TokenTool::match(T_VARIABLE, $cur)) {
$start = $tai->key();
}
} else {
$found = false;
TokenArrayIteratorTool::skipWhiteSpaces($tai);
if (TokenTool::match('[', $tai->current())) {
if (true === TokenArrayIteratorTool::moveToCorrespondingEnd($tai)) {
$found = true;
$ret[] = [$start, $tai->key()];
$this->onMatchFound($start, $tai);
$start = null;
}
}
if (false === $found) {
$start = null;
}
}
$tai->next();
}
return $ret;
}
/**
* @return array of match
* every match is an array with the following entries:
* 0: int startIndex
* the index at which the pattern starts
* 1: int endIndex
* the index at which the pattern ends
*
*/
public function find(array $tokens)
{
$ret = [];
$tai = new TokenArrayIterator($tokens);
$start = null;
while ($tai->valid()) {
$cur = $tai->current();
if (null === $start) {
if (TokenTool::match([T_COMMENT, T_DOC_COMMENT, T_ABSTRACT, T_METHOD_C, T_PUBLIC, T_PROTECTED, T_PRIVATE, T_STATIC], $cur)) {
$key = $tai->key();
if (TokenTool::match([T_COMMENT, T_DOC_COMMENT], $cur)) {
$tai->next();
TokenArrayIteratorTool::skipWhiteSpaces($tai);
$cur = $tai->current();
}
while (true === TokenTool::match([T_ABSTRACT, T_PUBLIC, T_PROTECTED, T_PRIVATE, T_STATIC], $cur)) {
$tai->next();
TokenArrayIteratorTool::skipWhiteSpaces($tai);
$cur = $tai->current();
}
/**
* Note: this algorithm might match also any function
*/
if (TokenTool::match([T_FUNCTION], $cur)) {
$tai->next();
TokenArrayIteratorTool::skipWhiteSpaces($tai);
if (TokenTool::match(T_STRING, $tai->current())) {
$start = $key;
}
}
}
} else {
$found = false;
TokenArrayIteratorTool::skipWhiteSpaces($tai);
if (TokenTool::match('(', $tai->current())) {
if (true === TokenArrayIteratorTool::moveToCorrespondingEnd($tai)) {
$tai->next();
TokenArrayIteratorTool::skipWhiteSpaces($tai);
if (TokenTool::match('{', $tai->current())) {
if (true === TokenArrayIteratorTool::moveToCorrespondingEnd($tai)) {
$found = true;
$match = [$start, $tai->key()];
$ret[] = $match;
$this->onMatchFound($start, $tai);
$start = null;
}
}
}
}
if (false === $found) {
$start = null;
}
}
$tai->next();
}
return $ret;
}
protected function parseParenthesis(TokenArrayIteratorInterface $tai, &$found, &$start, &$ret)
{
TokenArrayIteratorTool::skipWhiteSpaces($tai);
if (TokenTool::match('(', $tai->current())) {
if (true === TokenArrayIteratorTool::moveToCorrespondingEnd($tai)) {
$found = true;
$ret[] = [$start, $tai->key()];
$this->onMatchFound($start, $tai);
$start = null;
return true;
}
}
return false;
}
/**
* @return array of match
* every match is an array with the following entries:
* 0: int startIndex
* the index at which the pattern starts
* 1: int endIndex
* the index at which the pattern ends
*
*/
public function find(array $tokens)
{
$ret = [];
$tai = new TokenArrayIterator($tokens);
$start = null;
while ($tai->valid()) {
$cur = $tai->current();
if (null === $start) {
if (TokenTool::match(T_USE, $cur)) {
$start = $tai->key();
}
} else {
$found = false;
TokenArrayIteratorTool::skipWhiteSpaces($tai);
if (true === TokenArrayIteratorTool::skipNsChain($tai)) {
TokenArrayIteratorTool::skipWhiteSpaces($tai);
if (TokenTool::match(T_AS, $tai->current())) {
$tai->next();
TokenArrayIteratorTool::skipWhiteSpaces($tai);
if (TokenTool::match(T_STRING, $tai->current())) {
$tai->next();
TokenArrayIteratorTool::skipWhiteSpaces($tai);
} else {
$start = null;
continue;
}
}
if (TokenTool::match(';', $tai->current())) {
$found = true;
$ret[] = [$start, $tai->key()];
$this->onMatchFound($start, $tai);
$start = null;
}
}
if (false === $found) {
$start = null;
}
}
$tai->next();
}
return $ret;
}
/**
* @return array of match
* every match is an array with the following entries:
* 0: int startIndex
* the index at which the pattern starts
* 1: int endIndex
* the index at which the pattern ends
*
*/
public function find(array $tokens)
{
$ret = [];
$tai = new TokenArrayIterator($tokens);
$start = null;
while ($tai->valid()) {
$cur = $tai->current();
if (null === $start) {
if (TokenTool::match(T_VARIABLE, $cur)) {
$start = $tai->key();
$isDynamic = false;
if (true === $this->allowDynamic) {
$tai->prev();
while (TokenTool::match('$', $tai->current())) {
$isDynamic = true;
$tai->prev();
}
if (true === $isDynamic) {
$tai->next();
// re-balancing the last prev move from the while loop
$parseStart = $start;
$start = $tai->key();
$tai->seek($parseStart);
} else {
$tai->next();
}
}
/**
* By default in this implementation, we have chosen to parse
* array affectation ONLY IF the variable is not dynamic,
* because this (array affectation on a dynamic var) is not valid php:
*
* $$x["pou"] = 6;
*
*/
if (true === $this->allowArrayAffectation && false === $isDynamic) {
$tai->next();
if (false === TokenArrayIteratorTool::skipSquareBracketsChain($tai)) {
$tai->prev();
}
}
} else {
if (true === $this->skipControlStructure) {
if (true === TokenTool::match('{', $tai->current())) {
TokenArrayIteratorTool::moveToCorrespondingEnd($tai);
}
}
if (true === $this->skipClass) {
TokenArrayIteratorTool::skipClassLike($tai);
}
if (true === $this->skipFunction) {
TokenArrayIteratorTool::skipFunction($tai);
}
if (true === $this->skipForLoopCondition) {
if (true === TokenTool::match(T_FOR, $tai->current())) {
$tai->next();
TokenArrayIteratorTool::skipWhiteSpaces($tai);
if (true === TokenTool::match('(', $tai->current())) {
TokenArrayIteratorTool::moveToCorrespondingEnd($tai);
}
}
}
}
} else {
$found = false;
TokenArrayIteratorTool::skipWhiteSpaces($tai);
if (TokenTool::match("=", $tai->current())) {
while ($tai->valid()) {
if (false === TokenTool::match(';', $tai->current())) {
TokenArrayIteratorTool::skipWhiteSpaces($tai);
if (TokenTool::match(['(', '[', '{'], $tai->current())) {
TokenArrayIteratorTool::moveToCorrespondingEnd($tai);
} elseif (true === TokenTool::match([')', ']', '}'], $tai->current())) {
break;
}
} else {
break;
}
$tai->next();
}
if (true === TokenTool::match(';', $tai->current())) {
$found = true;
$ret[] = [$start, $tai->key()];
$this->onMatchFound($start, $tai);
$start = null;
}
}
if (false === $found) {
$start = null;
}
}
$tai->next();
}
return $ret;
}
/**
*
* @return array of <info>, each info is an array with the following properties:
* - startIndex: int, the index at which the pattern starts
* - comment: null|string
* - commentType: null|oneLine\multiLine
* - visibility: public (default)|private|protected
* - abstract: bool
* - name: string
* - args: string
* - content: string
*/
public static function getMethodsInfo(array $tokens)
{
$ret = [];
$o = new MethodTokenFinder();
$matches = $o->find($tokens);
if ($matches) {
foreach ($matches as $match) {
$length = $match[1] - $match[0];
$tokens = array_slice($tokens, $match[0], $length);
$comment = null;
$commentType = null;
$visibility = 'public';
$abstract = false;
$name = null;
$args = '';
$content = '';
$argsStarted = false;
$contentStarted = false;
$nameFound = false;
$tai = new TokenArrayIterator($tokens);
while ($tai->valid()) {
$token = $tai->current();
if (false === $nameFound) {
if (true === TokenTool::match([T_COMMENT, T_DOC_COMMENT], $token)) {
if (true === TokenTool::match(T_COMMENT, $token)) {
$commentType = 'oneLine';
} else {
$commentType = 'multiLine';
}
$comment = $token[1];
}
if (true === TokenTool::match([T_PUBLIC, T_PROTECTED, T_PRIVATE], $token)) {
$visibility = $token[1];
}
if (true === TokenTool::match(T_ABSTRACT, $token)) {
$abstract = true;
}
if (true === TokenTool::match(T_FUNCTION, $token)) {
$tai->next();
TokenArrayIteratorTool::skipWhiteSpaces($tai);
$name = $tai->current()[1];
$nameFound = true;
$tai->next();
TokenArrayIteratorTool::skipWhiteSpaces($tai);
}
}
if (false === $argsStarted && true === TokenTool::match('(', $tai->current())) {
$argsTokens = [];
TokenArrayIteratorTool::moveToCorrespondingEnd($tai, null, $argsTokens);
$args = TokenTool::tokensToString($argsTokens);
$argsStarted = true;
}
if (false === $contentStarted && true === TokenTool::match('{', $tai->current())) {
$contentTokens = [];
TokenArrayIteratorTool::moveToCorrespondingEnd($tai, null, $contentTokens);
$content = TokenTool::tokensToString($contentTokens);
$contentStarted = true;
}
$tai->next();
}
$ret[] = ['startIndex' => $match[0], 'comment' => $comment, 'commentType' => $commentType, 'visibility' => $visibility, 'abstract' => $abstract, 'name' => $name, 'args' => $args, 'content' => $content];
}
}
return $ret;
}