void PHPFormatterBuffer::ProcessArray(int openParen, int closingChar)
{
wxString whitespace = GetIndentationToLast('\n');
int depth = 1;
// we exit at depth 0
phpLexerToken token;
while(NextToken(token)) {
if(::phpLexerIsPHPCode(m_scanner)) {
// inside PHP block
if(token.type == openParen) {
++depth;
m_buffer << token.text;
} else if(token.type == closingChar) {
--depth;
m_buffer << token.text;
if(depth == 0) break;
} else if(token.type == ',') {
// New line
RemoveLastSpace();
m_buffer << token.text;
m_buffer << m_options.eol;
m_buffer << whitespace;
} else {
m_buffer << token.text << " ";
}
} else {
// Non PHP code, copy text as is
if(token.type == kPHP_T_CLOSE_TAG && !m_openTagWithEcho) {
AppendEOL();
}
m_buffer << token.text;
}
}
}
void PHPFormatterBuffer::ProcessArray(int openParen, int closingChar)
{
wxString whitespace = GetIndentationToLast('\n');
int depth = 1;
// we exit at depth 0
phpLexerToken token;
// PHPScannerCollectWhitespace whitespaceCollector(m_scanner);
while(NextToken(token)) {
if(::phpLexerIsPHPCode(m_scanner)) {
// inside PHP block
if(token.type == openParen) {
++depth;
RemoveLastSpace();
m_buffer << token.text;
} else if(token.type == closingChar) {
--depth;
RemoveLastSpace();
m_buffer << token.text;
if(depth == 0) break;
} else if(token.type == ',') {
// New line
RemoveLastSpace();
m_buffer << token.text;
m_buffer << m_options.eol;
m_buffer << whitespace;
} else if(token.type == '(' || token.type == ')' || token.type == kPHP_T_OBJECT_OPERATOR ||
token.type == kPHP_T_PAAMAYIM_NEKUDOTAYIM || token.type == kPHP_T_NS_SEPARATOR ||
token.type == kPHP_T_VARIABLE ||token.type == '[' || token.type == ']') {
RemoveLastSpace();
m_buffer << token.text;
} else {
m_buffer << token.text << " ";
}
} else {
// Non PHP code, copy text as is
if(token.type == kPHP_T_CLOSE_TAG && !m_openTagWithEcho) {
AppendEOL();
}
m_buffer << token.text;
}
}
}
PHPFormatterBuffer& PHPFormatterBuffer::ProcessToken(const phpLexerToken& token)
{
if(::phpLexerIsPHPCode(m_scanner)) {
// Inside PHP tags
if(m_insideHereDoc) {
m_buffer << token.text;
if(token.type == kPHP_T_END_HEREDOC) {
AppendEOL();
if(m_options.flags & kPFF_BreakAfterHeredoc) {
AppendEOL();
}
m_insideHereDoc = false;
}
} else if(token.type == kPHP_T_OPEN_TAG) {
m_openTagWithEcho = false;
m_buffer << token.text;
AppendEOL();
AppendEOL();
} else if(token.type == kPHP_T_OPEN_TAG_WITH_ECHO) {
m_openTagWithEcho = true;
m_buffer << token.text << " ";
} else if(token.type == '{') {
HandleOpenCurlyBrace();
} else if(token.type == kPHP_T_VARIABLE) {
m_buffer << token.text << " ";
} else if(token.type == kPHP_T_FOREACH) {
m_buffer << token.text << " ";
if(m_options.flags & kPFF_BreakBeforeForeach) {
InsertSeparatorLine();
}
} else if(token.type == kPHP_T_ELSE || token.type == kPHP_T_ELSEIF) {
if(m_options.flags & kPFF_ElseOnSameLineAsClosingCurlyBrace && m_lastToken.type == '}') {
ReverseClearUntilFind("}");
m_buffer << " " << token.text << " ";
} else {
m_buffer << token.text << " ";
}
} else if(token.type == kPHP_T_WHILE) {
m_buffer << token.text << " ";
if(m_options.flags & kPFF_BreakBeforeWhile) {
InsertSeparatorLine();
}
} else if(token.type == kPHP_T_CLASS) {
if(m_options.flags & kPFF_BreakBeforeClass) {
InsertSeparatorLine();
}
m_buffer << token.text << " ";
} else if(token.type == kPHP_T_FUNCTION) {
// Found a function
m_buffer << token.text << " ";
if(m_lastCommentLine != token.lineNumber) {
// this function has no comment associated with it
if(m_options.flags & kPFF_BreakBeforeFunction) {
// But don't insert new line separator if this keyword
// was found in a statement like:
// use function A as B;
if(m_lastToken.type != kPHP_T_USE) {
// Look backward until we find the last EOL
// and insert another one...
InsertSeparatorLine();
}
}
}
} else if(token.type == kPHP_T_START_HEREDOC) {
RemoveLastSpace();
m_buffer << token.text;
m_insideHereDoc = true;
} else if(token.type == kPHP_T_FOR) {
// for(;;) is a special case where
// we don't insert new line after semi-colon
m_insideForStatement = true;
m_buffer << token.text;
} else if(token.type == '(' && m_insideForStatement) {
m_forDepth++;
m_buffer << token.text;
} else if(token.type == ')' && m_insideForStatement) {
m_forDepth--;
if(m_forDepth == 0) {
m_insideForStatement = false;
}
m_buffer << token.text;
} else if(token.type == '(' || token.type == '[') {
RemoveLastSpace();
m_buffer << token.text;
if(m_options.flags & kPFF_VerticalArrays && token.type == '(' && m_lastToken.type == kPHP_T_ARRAY &&
m_parenDepth == 1) {
ProcessArray('(', ')');
}
} else if(token.type == ')') {
RemoveLastSpace();
m_buffer << token.text;
} else if(token.type == ']') {
RemoveLastSpace();
m_buffer << token.text << " ";
} else if(token.type == ';') {
RemoveLastSpace();
m_buffer << token.text;
AppendEOL();
} else if(token.type == '}') {
UnIndent();
m_buffer << token.text;
AppendEOL(kDepthDec);
} else if(token.type == ',') {
RemoveLastSpace();
m_buffer << token.text << " ";
} else if(token.type == '.') {
m_buffer << token.text << " ";
if(m_options.flags & kPFF_BreakAfterStringConcatentation && (m_parenDepth == 1)) {
// inside a function call
wxString whitepace = GetIndentationToLast('(');
if(!whitepace.IsEmpty()) {
m_buffer << m_options.eol;
m_buffer << whitepace;
}
}
} else if(token.type == '&') {
// attach reference to the next token
m_buffer << token.text;
} else if(token.type == kPHP_T_CXX_COMMENT) {
// C++ style comment ("//")
// AppendEOL();
m_buffer << token.text;
AppendEOL();
m_lastCommentLine = token.lineNumber + 1;
} else if(token.type == kPHP_T_C_COMMENT) {
// Doxygen style comment: we first format it to match
// the current indentation + line ending before adding
// it to the current buffer
if(m_parenDepth == 0) {
AppendEOL();
m_buffer << FormatDoxyComment(token.text);
AppendEOL();
m_lastCommentLine = token.endLineNumber + 1;
} else {
m_buffer << token.text << " ";
}
} else if(token.type == kPHP_T_OBJECT_OPERATOR || token.type == kPHP_T_PAAMAYIM_NEKUDOTAYIM) {
// -> operator or ::
RemoveLastSpace();
m_buffer << token.text;
} else if(token.type == '!') {
// dont add extrace space after the NOT operator
m_buffer << token.text;
} else if(token.type == kPHP_T_NS_SEPARATOR) {
if(m_lastToken.type == kPHP_T_IDENTIFIER) {
RemoveLastSpace();
}
m_buffer << token.text;
} else {
// by default, add the token text and a space after it
m_buffer << token.text << " ";
}
m_lastToken = token;
} else {
if(token.type == kPHP_T_CLOSE_TAG && !m_openTagWithEcho) {
AppendEOL();
}
m_buffer << token.text;
}
return *this;
}
void PHPFormatterBuffer::format()
{
phpLexerToken token;
phpLexerToken::Vet_t sequence;
m_stack.push(sequence);
m_sequence = &m_stack.top();
while(NextToken(token)) {
phpLexerToken nextToken;
if(::phpLexerIsPHPCode(m_scanner)) {
ProcessToken(token);
//
// Special indentation cases
// Handle the following:
// for(..) <statement> -> for(..)
// <statement>
// if(..) <statement> -> if(..)
// <statement>
// etc.
// In addtion, we also handle here the following:
// if(something) {} else <statement> =>
// if(something) {
// } else
// <statement>
//
if(token.type == '(') {
// Create new stack
m_stack.push(phpLexerToken::Vet_t());
m_sequence = &m_stack.top();
}
if(token.type == ')') {
// switch back to the previous sequence
if(m_stack.size() >= 2) {
m_stack.pop();
m_sequence = &m_stack.top();
}
if(!m_sequence->empty()) {
phpLexerToken lastToken = m_sequence->at(m_sequence->size() - 1);
// The following tokens are usually followed by an open brace
if(lastToken.type == kPHP_T_IF || lastToken.type == kPHP_T_FOR || lastToken.type == kPHP_T_ELSEIF ||
lastToken.type == kPHP_T_FOREACH || lastToken.type == kPHP_T_WHILE) {
// Peek at the next char
if(PeekToken(nextToken)) {
if(nextToken.type != '{' && !nextToken.IsAnyComment()) {
// Increase the depth but only temporarily for the next statement
AppendEOL(kDepthIncTemporarily);
}
}
}
}
} else if(token.type == kPHP_T_ELSE) {
// Check for 'else <statement>' (without an open curly braces)
if(PeekToken(nextToken) && nextToken.type != '{' && nextToken.type != kPHP_T_IF) {
AppendEOL(kDepthIncTemporarily);
}
} else {
m_sequence->push_back(token);
}
} else {
ProcessToken(token);
}
}
}
void PHPFormatterBuffer::HandleOpenCurlyBrace()
{
RemoveLastSpace();
m_buffer << " {";
AppendEOL(kDepthInc);
}