use Token.File to handle new lines
This commit is contained in:
z7zmey
parent
45c085a3f4
commit
f2cf2061ee
@ -21,7 +21,6 @@ const (
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type lexer struct {
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*lex.Lexer
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stateStack []int
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lineNumber int
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phpDocComment string
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comments *[]comment.Comment
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}
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@ -46,7 +45,7 @@ func newLexer(src io.Reader, fName string) *lexer {
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if err != nil {
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panic(err)
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}
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return &lexer{lx, []int{0}, 1, "", nil}
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return &lexer{lx, []int{0}, "", nil}
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}
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func (l *lexer) ungetN(n int) []byte {
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@ -88,31 +87,17 @@ func (l *lexer) getCurrentState() int {
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return l.stateStack[len(l.stateStack)-1]
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}
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func (l *lexer) handleNewLine(tokenBytes []byte) ([]byte, int, int, int, int) {
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startln := l.lineNumber
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func (l *lexer) newToken(tokenBytes []byte) t.Token {
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tokenBytesEnd := len(tokenBytes) - 1
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var prev byte
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for _, b := range tokenBytes {
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if b == '\n' || prev == '\r' {
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l.lineNumber++
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}
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prev = b
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}
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// handle last \r
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if prev == '\r' {
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l.lineNumber++
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}
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startLine := l.File.Line(l.First.Pos())
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lastChar := l.Token()[tokenBytesEnd]
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endLine := l.File.Line(lastChar.Pos())
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startPos := int(l.First.Pos())
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endPos := startPos + len(tokenBytes) - 1
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return tokenBytes, startln, l.lineNumber, startPos, endPos
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}
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endPos := startPos + tokenBytesEnd
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func (l *lexer) newToken() t.Token {
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return t.NewToken(l.handleNewLine(l.TokenBytes(nil))).SetComments(l.comments)
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return t.NewToken(tokenBytes, startLine, endLine, startPos, endPos).SetComments(l.comments)
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}
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func (l *lexer) addComment(c comment.Comment) {
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File diff suppressed because it is too large
Load Diff
337
parser/scanner.l
337
parser/scanner.l
@ -10,7 +10,6 @@ package parser
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import (
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"fmt"
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"bytes"
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"github.com/z7zmey/php-parser/token"
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"github.com/z7zmey/php-parser/comment"
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)
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@ -57,7 +56,7 @@ NEW_LINE (\r|\n|\r\n)
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%%
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c = l.Rule0()
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<INITIAL>[ \t\n\r]+ lval.token = l.newToken();
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<INITIAL>[ \t\n\r]+ lval.token = l.newToken(l.TokenBytes(nil));
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<INITIAL>.
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tb := []byte{}
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@ -81,17 +80,17 @@ NEW_LINE (\r|\n|\r\n)
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c = l.Next()
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}
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lval.token = token.NewToken(l.handleNewLine(tb));
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lval.token = l.newToken(tb)
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return T_INLINE_HTML
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<INITIAL>\<\?php([ \t]|{NEW_LINE}) l.begin(PHP);lval.token = l.newToken();// return T_OPEN_TAG;
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<INITIAL>\<\? l.begin(PHP);lval.token = l.newToken();// return T_OPEN_TAG;
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<INITIAL>\<\?= l.begin(PHP);lval.token = l.newToken(); return T_ECHO;
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<INITIAL>\<\?php([ \t]|{NEW_LINE}) l.begin(PHP);lval.token = l.newToken(l.TokenBytes(nil));// return T_OPEN_TAG;
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<INITIAL>\<\? l.begin(PHP);lval.token = l.newToken(l.TokenBytes(nil));// return T_OPEN_TAG;
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<INITIAL>\<\?= l.begin(PHP);lval.token = l.newToken(l.TokenBytes(nil)); return T_ECHO;
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<PHP>[ \t\n\r]+ lval.token = l.newToken();// return T_WHITESPACE
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<PHP>\?\>{NEW_LINE}? l.begin(INITIAL);lval.token = l.newToken(); return rune2Class(';');
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<PHP>[ \t\n\r]+ lval.token = l.newToken(l.TokenBytes(nil));// return T_WHITESPACE
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<PHP>\?\>{NEW_LINE}? l.begin(INITIAL);lval.token = l.newToken(l.TokenBytes(nil)); return rune2Class(';');
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<PHP>{DNUM}|{EXPONENT_DNUM} lval.token = l.newToken(); return T_DNUMBER
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<PHP>{DNUM}|{EXPONENT_DNUM} lval.token = l.newToken(l.TokenBytes(nil)); return T_DNUMBER
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<PHP>{BNUM}
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tb := l.TokenBytes(nil)
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i:=2
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@ -105,15 +104,15 @@ NEW_LINE (\r|\n|\r\n)
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}
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}
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if len(tb) - i < 64 {
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lval.token = l.newToken(); return T_LNUMBER
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lval.token = l.newToken(l.TokenBytes(nil)); return T_LNUMBER
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} else {
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lval.token = l.newToken(); return T_DNUMBER
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lval.token = l.newToken(l.TokenBytes(nil)); return T_DNUMBER
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}
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<PHP>{LNUM}
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if len(l.TokenBytes(nil)) < 20 {
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lval.token = l.newToken(); return T_LNUMBER
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lval.token = l.newToken(l.TokenBytes(nil)); return T_LNUMBER
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} else {
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lval.token = l.newToken(); return T_DNUMBER
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lval.token = l.newToken(l.TokenBytes(nil)); return T_DNUMBER
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}
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<PHP>{HNUM}
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tb := l.TokenBytes(nil)
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@ -129,125 +128,125 @@ NEW_LINE (\r|\n|\r\n)
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}
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length := len(tb) - i
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if length < 16 || (length == 16 && tb[i] <= '7') {
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lval.token = l.newToken(); return T_LNUMBER
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lval.token = l.newToken(l.TokenBytes(nil)); return T_LNUMBER
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} else {
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lval.token = l.newToken(); return T_DNUMBER
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lval.token = l.newToken(l.TokenBytes(nil)); return T_DNUMBER
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}
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<PHP>abstract lval.token = l.newToken(); return T_ABSTRACT
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<PHP>array lval.token = l.newToken(); return T_ARRAY
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<PHP>as lval.token = l.newToken(); return T_AS
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<PHP>break lval.token = l.newToken(); return T_BREAK
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<PHP>callable lval.token = l.newToken(); return T_CALLABLE
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<PHP>case lval.token = l.newToken(); return T_CASE
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<PHP>catch lval.token = l.newToken(); return T_CATCH
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<PHP>class lval.token = l.newToken(); return T_CLASS
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<PHP>clone lval.token = l.newToken(); return T_CLONE
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<PHP>const lval.token = l.newToken(); return T_CONST;
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<PHP>continue lval.token = l.newToken(); return T_CONTINUE;
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<PHP>declare lval.token = l.newToken(); return T_DECLARE;
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<PHP>default lval.token = l.newToken(); return T_DEFAULT;
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<PHP>do lval.token = l.newToken(); return T_DO;
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<PHP>echo lval.token = l.newToken(); return T_ECHO;
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<PHP>else lval.token = l.newToken(); return T_ELSE;
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<PHP>elseif lval.token = l.newToken(); return T_ELSEIF;
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<PHP>empty lval.token = l.newToken(); return T_EMPTY;
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<PHP>enddeclare lval.token = l.newToken(); return T_ENDDECLARE
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<PHP>endfor lval.token = l.newToken(); return T_ENDFOR
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<PHP>endforeach lval.token = l.newToken(); return T_ENDFOREACH
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<PHP>endif lval.token = l.newToken(); return T_ENDIF
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<PHP>endswitch lval.token = l.newToken(); return T_ENDSWITCH
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<PHP>endwhile lval.token = l.newToken(); return T_ENDWHILE
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<PHP>eval lval.token = l.newToken(); return T_EVAL
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<PHP>exit|die lval.token = l.newToken(); return T_EXIT
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<PHP>extends lval.token = l.newToken(); return T_EXTENDS
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<PHP>final lval.token = l.newToken(); return T_FINAL
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<PHP>finally lval.token = l.newToken(); return T_FINALLY
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<PHP>for lval.token = l.newToken(); return T_FOR
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<PHP>foreach lval.token = l.newToken(); return T_FOREACH
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<PHP>function|cfunction lval.token = l.newToken(); return T_FUNCTION
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<PHP>global lval.token = l.newToken(); return T_GLOBAL
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<PHP>goto lval.token = l.newToken(); return T_GOTO
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<PHP>if lval.token = l.newToken(); return T_IF
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<PHP>isset lval.token = l.newToken(); return T_ISSET
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<PHP>implements lval.token = l.newToken(); return T_IMPLEMENTS
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<PHP>instanceof lval.token = l.newToken(); return T_INSTANCEOF
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<PHP>insteadof lval.token = l.newToken(); return T_INSTEADOF
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<PHP>interface lval.token = l.newToken(); return T_INTERFACE
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<PHP>list lval.token = l.newToken(); return T_LIST
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<PHP>namespace lval.token = l.newToken(); return T_NAMESPACE
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<PHP>private lval.token = l.newToken(); return T_PRIVATE
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<PHP>public lval.token = l.newToken(); return T_PUBLIC
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<PHP>print lval.token = l.newToken(); return T_PRINT
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<PHP>protected lval.token = l.newToken(); return T_PROTECTED
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<PHP>return lval.token = l.newToken(); return T_RETURN
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<PHP>static lval.token = l.newToken(); return T_STATIC
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<PHP>switch lval.token = l.newToken(); return T_SWITCH
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<PHP>throw lval.token = l.newToken(); return T_THROW
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<PHP>trait lval.token = l.newToken(); return T_TRAIT
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<PHP>try lval.token = l.newToken(); return T_TRY
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<PHP>unset lval.token = l.newToken(); return T_UNSET
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<PHP>use lval.token = l.newToken(); return T_USE
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<PHP>var lval.token = l.newToken(); return T_VAR
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<PHP>while lval.token = l.newToken(); return T_WHILE
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<PHP>yield[ \t\n\r]+from[^a-zA-Z0-9_\x80-\xff] lval.token = l.newToken(); return T_YIELD_FROM
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<PHP>yield lval.token = l.newToken(); return T_YIELD
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<PHP>include lval.token = l.newToken(); return T_INCLUDE
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<PHP>include_once lval.token = l.newToken(); return T_INCLUDE_ONCE
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<PHP>require lval.token = l.newToken(); return T_REQUIRE
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<PHP>require_once lval.token = l.newToken(); return T_REQUIRE_ONCE
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<PHP>__CLASS__ lval.token = l.newToken(); return T_CLASS_C
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<PHP>__DIR__ lval.token = l.newToken(); return T_DIR
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<PHP>__FILE__ lval.token = l.newToken(); return T_FILE
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<PHP>__FUNCTION__ lval.token = l.newToken(); return T_FUNC_C
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<PHP>__LINE__ lval.token = l.newToken(); return T_LINE
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<PHP>__NAMESPACE__ lval.token = l.newToken(); return T_NS_C
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<PHP>__METHOD__ lval.token = l.newToken(); return T_METHOD_C
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<PHP>__TRAIT__ lval.token = l.newToken(); return T_TRAIT_C
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<PHP>__halt_compiler lval.token = l.newToken(); return T_HALT_COMPILER
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<PHP>\([ \t]*array[ \t]*\) lval.token = l.newToken(); return T_ARRAY_CAST
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<PHP>\([ \t]*(bool|boolean)[ \t]*\) lval.token = l.newToken(); return T_BOOL_CAST
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<PHP>\([ \t]*(real|double|float)[ \t]*\) lval.token = l.newToken(); return T_DOUBLE_CAST
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<PHP>\([ \t]*(int|integer)[ \t]*\) lval.token = l.newToken(); return T_INT_CAST
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<PHP>\([ \t]*object[ \t]*\) lval.token = l.newToken(); return T_OBJECT_CAST
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<PHP>\([ \t]*string[ \t]*\) lval.token = l.newToken(); return T_STRING_CAST
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<PHP>\([ \t]*unset[ \t]*\) lval.token = l.newToken(); return T_UNSET_CAST
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<PHP>new lval.token = l.newToken(); return T_NEW
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<PHP>and lval.token = l.newToken(); return T_LOGICAL_AND
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<PHP>or lval.token = l.newToken(); return T_LOGICAL_OR
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<PHP>xor lval.token = l.newToken(); return T_LOGICAL_XOR
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<PHP>\\ lval.token = l.newToken(); return T_NS_SEPARATOR
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<PHP>\.\.\. lval.token = l.newToken(); return T_ELLIPSIS;
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<PHP>:: lval.token = l.newToken(); return T_PAAMAYIM_NEKUDOTAYIM; // T_DOUBLE_COLON
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<PHP>&& lval.token = l.newToken(); return T_BOOLEAN_AND
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<PHP>\|\| lval.token = l.newToken(); return T_BOOLEAN_OR
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<PHP>&= lval.token = l.newToken(); return T_AND_EQUAL
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<PHP>\|= lval.token = l.newToken(); return T_OR_EQUAL
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<PHP>\.= lval.token = l.newToken(); return T_CONCAT_EQUAL;
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<PHP>\*= lval.token = l.newToken(); return T_MUL_EQUAL
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<PHP>\*\*= lval.token = l.newToken(); return T_POW_EQUAL
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<PHP>[/]= lval.token = l.newToken(); return T_DIV_EQUAL;
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<PHP>\+= lval.token = l.newToken(); return T_PLUS_EQUAL
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<PHP>-= lval.token = l.newToken(); return T_MINUS_EQUAL
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<PHP>\^= lval.token = l.newToken(); return T_XOR_EQUAL
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<PHP>%= lval.token = l.newToken(); return T_MOD_EQUAL
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<PHP>-- lval.token = l.newToken(); return T_DEC;
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<PHP>\+\+ lval.token = l.newToken(); return T_INC
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<PHP>=> lval.token = l.newToken(); return T_DOUBLE_ARROW;
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<PHP>\<=\> lval.token = l.newToken(); return T_SPACESHIP
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<PHP>\!=|\<\> lval.token = l.newToken(); return T_IS_NOT_EQUAL
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<PHP>\!== lval.token = l.newToken(); return T_IS_NOT_IDENTICAL
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<PHP>== lval.token = l.newToken(); return T_IS_EQUAL
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<PHP>=== lval.token = l.newToken(); return T_IS_IDENTICAL
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<PHP>\<\<= lval.token = l.newToken(); return T_SL_EQUAL
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<PHP>\>\>= lval.token = l.newToken(); return T_SR_EQUAL
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<PHP>\>= lval.token = l.newToken(); return T_IS_GREATER_OR_EQUAL
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<PHP>\<= lval.token = l.newToken(); return T_IS_SMALLER_OR_EQUAL
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<PHP>\*\* lval.token = l.newToken(); return T_POW
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<PHP>\<\< lval.token = l.newToken(); return T_SL
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<PHP>\>\> lval.token = l.newToken(); return T_SR
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<PHP>\?\? lval.token = l.newToken(); return T_COALESCE
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<PHP>(#|[/][/]).*{NEW_LINE} lval.token = l.newToken();// return T_COMMENT; // TODO: handle ?>
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<PHP>abstract lval.token = l.newToken(l.TokenBytes(nil)); return T_ABSTRACT
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<PHP>array lval.token = l.newToken(l.TokenBytes(nil)); return T_ARRAY
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<PHP>as lval.token = l.newToken(l.TokenBytes(nil)); return T_AS
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<PHP>break lval.token = l.newToken(l.TokenBytes(nil)); return T_BREAK
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<PHP>callable lval.token = l.newToken(l.TokenBytes(nil)); return T_CALLABLE
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<PHP>case lval.token = l.newToken(l.TokenBytes(nil)); return T_CASE
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<PHP>catch lval.token = l.newToken(l.TokenBytes(nil)); return T_CATCH
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<PHP>class lval.token = l.newToken(l.TokenBytes(nil)); return T_CLASS
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<PHP>clone lval.token = l.newToken(l.TokenBytes(nil)); return T_CLONE
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<PHP>const lval.token = l.newToken(l.TokenBytes(nil)); return T_CONST;
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<PHP>continue lval.token = l.newToken(l.TokenBytes(nil)); return T_CONTINUE;
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<PHP>declare lval.token = l.newToken(l.TokenBytes(nil)); return T_DECLARE;
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<PHP>default lval.token = l.newToken(l.TokenBytes(nil)); return T_DEFAULT;
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<PHP>do lval.token = l.newToken(l.TokenBytes(nil)); return T_DO;
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<PHP>echo lval.token = l.newToken(l.TokenBytes(nil)); return T_ECHO;
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<PHP>else lval.token = l.newToken(l.TokenBytes(nil)); return T_ELSE;
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<PHP>elseif lval.token = l.newToken(l.TokenBytes(nil)); return T_ELSEIF;
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<PHP>empty lval.token = l.newToken(l.TokenBytes(nil)); return T_EMPTY;
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<PHP>enddeclare lval.token = l.newToken(l.TokenBytes(nil)); return T_ENDDECLARE
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<PHP>endfor lval.token = l.newToken(l.TokenBytes(nil)); return T_ENDFOR
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<PHP>endforeach lval.token = l.newToken(l.TokenBytes(nil)); return T_ENDFOREACH
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<PHP>endif lval.token = l.newToken(l.TokenBytes(nil)); return T_ENDIF
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<PHP>endswitch lval.token = l.newToken(l.TokenBytes(nil)); return T_ENDSWITCH
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<PHP>endwhile lval.token = l.newToken(l.TokenBytes(nil)); return T_ENDWHILE
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<PHP>eval lval.token = l.newToken(l.TokenBytes(nil)); return T_EVAL
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<PHP>exit|die lval.token = l.newToken(l.TokenBytes(nil)); return T_EXIT
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<PHP>extends lval.token = l.newToken(l.TokenBytes(nil)); return T_EXTENDS
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<PHP>final lval.token = l.newToken(l.TokenBytes(nil)); return T_FINAL
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<PHP>finally lval.token = l.newToken(l.TokenBytes(nil)); return T_FINALLY
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<PHP>for lval.token = l.newToken(l.TokenBytes(nil)); return T_FOR
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<PHP>foreach lval.token = l.newToken(l.TokenBytes(nil)); return T_FOREACH
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<PHP>function|cfunction lval.token = l.newToken(l.TokenBytes(nil)); return T_FUNCTION
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<PHP>global lval.token = l.newToken(l.TokenBytes(nil)); return T_GLOBAL
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<PHP>goto lval.token = l.newToken(l.TokenBytes(nil)); return T_GOTO
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<PHP>if lval.token = l.newToken(l.TokenBytes(nil)); return T_IF
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<PHP>isset lval.token = l.newToken(l.TokenBytes(nil)); return T_ISSET
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<PHP>implements lval.token = l.newToken(l.TokenBytes(nil)); return T_IMPLEMENTS
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<PHP>instanceof lval.token = l.newToken(l.TokenBytes(nil)); return T_INSTANCEOF
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<PHP>insteadof lval.token = l.newToken(l.TokenBytes(nil)); return T_INSTEADOF
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<PHP>interface lval.token = l.newToken(l.TokenBytes(nil)); return T_INTERFACE
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<PHP>list lval.token = l.newToken(l.TokenBytes(nil)); return T_LIST
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<PHP>namespace lval.token = l.newToken(l.TokenBytes(nil)); return T_NAMESPACE
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<PHP>private lval.token = l.newToken(l.TokenBytes(nil)); return T_PRIVATE
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<PHP>public lval.token = l.newToken(l.TokenBytes(nil)); return T_PUBLIC
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<PHP>print lval.token = l.newToken(l.TokenBytes(nil)); return T_PRINT
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<PHP>protected lval.token = l.newToken(l.TokenBytes(nil)); return T_PROTECTED
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<PHP>return lval.token = l.newToken(l.TokenBytes(nil)); return T_RETURN
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<PHP>static lval.token = l.newToken(l.TokenBytes(nil)); return T_STATIC
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<PHP>switch lval.token = l.newToken(l.TokenBytes(nil)); return T_SWITCH
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<PHP>throw lval.token = l.newToken(l.TokenBytes(nil)); return T_THROW
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<PHP>trait lval.token = l.newToken(l.TokenBytes(nil)); return T_TRAIT
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<PHP>try lval.token = l.newToken(l.TokenBytes(nil)); return T_TRY
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<PHP>unset lval.token = l.newToken(l.TokenBytes(nil)); return T_UNSET
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<PHP>use lval.token = l.newToken(l.TokenBytes(nil)); return T_USE
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<PHP>var lval.token = l.newToken(l.TokenBytes(nil)); return T_VAR
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<PHP>while lval.token = l.newToken(l.TokenBytes(nil)); return T_WHILE
|
||||
<PHP>yield[ \t\n\r]+from[^a-zA-Z0-9_\x80-\xff] lval.token = l.newToken(l.TokenBytes(nil)); return T_YIELD_FROM
|
||||
<PHP>yield lval.token = l.newToken(l.TokenBytes(nil)); return T_YIELD
|
||||
<PHP>include lval.token = l.newToken(l.TokenBytes(nil)); return T_INCLUDE
|
||||
<PHP>include_once lval.token = l.newToken(l.TokenBytes(nil)); return T_INCLUDE_ONCE
|
||||
<PHP>require lval.token = l.newToken(l.TokenBytes(nil)); return T_REQUIRE
|
||||
<PHP>require_once lval.token = l.newToken(l.TokenBytes(nil)); return T_REQUIRE_ONCE
|
||||
<PHP>__CLASS__ lval.token = l.newToken(l.TokenBytes(nil)); return T_CLASS_C
|
||||
<PHP>__DIR__ lval.token = l.newToken(l.TokenBytes(nil)); return T_DIR
|
||||
<PHP>__FILE__ lval.token = l.newToken(l.TokenBytes(nil)); return T_FILE
|
||||
<PHP>__FUNCTION__ lval.token = l.newToken(l.TokenBytes(nil)); return T_FUNC_C
|
||||
<PHP>__LINE__ lval.token = l.newToken(l.TokenBytes(nil)); return T_LINE
|
||||
<PHP>__NAMESPACE__ lval.token = l.newToken(l.TokenBytes(nil)); return T_NS_C
|
||||
<PHP>__METHOD__ lval.token = l.newToken(l.TokenBytes(nil)); return T_METHOD_C
|
||||
<PHP>__TRAIT__ lval.token = l.newToken(l.TokenBytes(nil)); return T_TRAIT_C
|
||||
<PHP>__halt_compiler lval.token = l.newToken(l.TokenBytes(nil)); return T_HALT_COMPILER
|
||||
<PHP>\([ \t]*array[ \t]*\) lval.token = l.newToken(l.TokenBytes(nil)); return T_ARRAY_CAST
|
||||
<PHP>\([ \t]*(bool|boolean)[ \t]*\) lval.token = l.newToken(l.TokenBytes(nil)); return T_BOOL_CAST
|
||||
<PHP>\([ \t]*(real|double|float)[ \t]*\) lval.token = l.newToken(l.TokenBytes(nil)); return T_DOUBLE_CAST
|
||||
<PHP>\([ \t]*(int|integer)[ \t]*\) lval.token = l.newToken(l.TokenBytes(nil)); return T_INT_CAST
|
||||
<PHP>\([ \t]*object[ \t]*\) lval.token = l.newToken(l.TokenBytes(nil)); return T_OBJECT_CAST
|
||||
<PHP>\([ \t]*string[ \t]*\) lval.token = l.newToken(l.TokenBytes(nil)); return T_STRING_CAST
|
||||
<PHP>\([ \t]*unset[ \t]*\) lval.token = l.newToken(l.TokenBytes(nil)); return T_UNSET_CAST
|
||||
<PHP>new lval.token = l.newToken(l.TokenBytes(nil)); return T_NEW
|
||||
<PHP>and lval.token = l.newToken(l.TokenBytes(nil)); return T_LOGICAL_AND
|
||||
<PHP>or lval.token = l.newToken(l.TokenBytes(nil)); return T_LOGICAL_OR
|
||||
<PHP>xor lval.token = l.newToken(l.TokenBytes(nil)); return T_LOGICAL_XOR
|
||||
<PHP>\\ lval.token = l.newToken(l.TokenBytes(nil)); return T_NS_SEPARATOR
|
||||
<PHP>\.\.\. lval.token = l.newToken(l.TokenBytes(nil)); return T_ELLIPSIS;
|
||||
<PHP>:: lval.token = l.newToken(l.TokenBytes(nil)); return T_PAAMAYIM_NEKUDOTAYIM; // T_DOUBLE_COLON
|
||||
<PHP>&& lval.token = l.newToken(l.TokenBytes(nil)); return T_BOOLEAN_AND
|
||||
<PHP>\|\| lval.token = l.newToken(l.TokenBytes(nil)); return T_BOOLEAN_OR
|
||||
<PHP>&= lval.token = l.newToken(l.TokenBytes(nil)); return T_AND_EQUAL
|
||||
<PHP>\|= lval.token = l.newToken(l.TokenBytes(nil)); return T_OR_EQUAL
|
||||
<PHP>\.= lval.token = l.newToken(l.TokenBytes(nil)); return T_CONCAT_EQUAL;
|
||||
<PHP>\*= lval.token = l.newToken(l.TokenBytes(nil)); return T_MUL_EQUAL
|
||||
<PHP>\*\*= lval.token = l.newToken(l.TokenBytes(nil)); return T_POW_EQUAL
|
||||
<PHP>[/]= lval.token = l.newToken(l.TokenBytes(nil)); return T_DIV_EQUAL;
|
||||
<PHP>\+= lval.token = l.newToken(l.TokenBytes(nil)); return T_PLUS_EQUAL
|
||||
<PHP>-= lval.token = l.newToken(l.TokenBytes(nil)); return T_MINUS_EQUAL
|
||||
<PHP>\^= lval.token = l.newToken(l.TokenBytes(nil)); return T_XOR_EQUAL
|
||||
<PHP>%= lval.token = l.newToken(l.TokenBytes(nil)); return T_MOD_EQUAL
|
||||
<PHP>-- lval.token = l.newToken(l.TokenBytes(nil)); return T_DEC;
|
||||
<PHP>\+\+ lval.token = l.newToken(l.TokenBytes(nil)); return T_INC
|
||||
<PHP>=> lval.token = l.newToken(l.TokenBytes(nil)); return T_DOUBLE_ARROW;
|
||||
<PHP>\<=\> lval.token = l.newToken(l.TokenBytes(nil)); return T_SPACESHIP
|
||||
<PHP>\!=|\<\> lval.token = l.newToken(l.TokenBytes(nil)); return T_IS_NOT_EQUAL
|
||||
<PHP>\!== lval.token = l.newToken(l.TokenBytes(nil)); return T_IS_NOT_IDENTICAL
|
||||
<PHP>== lval.token = l.newToken(l.TokenBytes(nil)); return T_IS_EQUAL
|
||||
<PHP>=== lval.token = l.newToken(l.TokenBytes(nil)); return T_IS_IDENTICAL
|
||||
<PHP>\<\<= lval.token = l.newToken(l.TokenBytes(nil)); return T_SL_EQUAL
|
||||
<PHP>\>\>= lval.token = l.newToken(l.TokenBytes(nil)); return T_SR_EQUAL
|
||||
<PHP>\>= lval.token = l.newToken(l.TokenBytes(nil)); return T_IS_GREATER_OR_EQUAL
|
||||
<PHP>\<= lval.token = l.newToken(l.TokenBytes(nil)); return T_IS_SMALLER_OR_EQUAL
|
||||
<PHP>\*\* lval.token = l.newToken(l.TokenBytes(nil)); return T_POW
|
||||
<PHP>\<\< lval.token = l.newToken(l.TokenBytes(nil)); return T_SL
|
||||
<PHP>\>\> lval.token = l.newToken(l.TokenBytes(nil)); return T_SR
|
||||
<PHP>\?\? lval.token = l.newToken(l.TokenBytes(nil)); return T_COALESCE
|
||||
<PHP>(#|[/][/]).*{NEW_LINE} lval.token = l.newToken(l.TokenBytes(nil));// return T_COMMENT; // TODO: handle ?>
|
||||
<PHP>([/][*])|([/][*][*])
|
||||
tb := l.TokenBytes(nil)
|
||||
is_doc_comment := false
|
||||
@ -270,7 +269,7 @@ NEW_LINE (\r|\n|\r\n)
|
||||
}
|
||||
}
|
||||
|
||||
lval.token = token.NewToken(l.handleNewLine(l.TokenBytes(nil)))
|
||||
lval.token = l.newToken(l.TokenBytes(nil))
|
||||
if is_doc_comment {
|
||||
l.phpDocComment = string(l.TokenBytes(nil))
|
||||
l.addComment(comment.NewDocComment(string(l.TokenBytes(nil))))
|
||||
@ -280,23 +279,23 @@ NEW_LINE (\r|\n|\r\n)
|
||||
// return T_COMMENT
|
||||
}
|
||||
|
||||
<PHP>{OPERATORS} lval.token = l.newToken(); return rune2Class(rune(l.TokenBytes(nil)[0]))
|
||||
<PHP>{OPERATORS} lval.token = l.newToken(l.TokenBytes(nil)); return rune2Class(rune(l.TokenBytes(nil)[0]))
|
||||
|
||||
<PHP>\{ l.pushState(PHP); lval.token = l.newToken(); return rune2Class(rune(l.TokenBytes(nil)[0]))
|
||||
<PHP>\} l.popState(); lval.token = l.newToken(); return rune2Class(rune(l.TokenBytes(nil)[0])); l.phpDocComment = ""
|
||||
<PHP>\${VAR_NAME} lval.token = l.newToken(); return T_VARIABLE
|
||||
<PHP>{VAR_NAME} lval.token = l.newToken(); return T_STRING
|
||||
<PHP>\{ l.pushState(PHP); lval.token = l.newToken(l.TokenBytes(nil)); return rune2Class(rune(l.TokenBytes(nil)[0]))
|
||||
<PHP>\} l.popState(); lval.token = l.newToken(l.TokenBytes(nil)); return rune2Class(rune(l.TokenBytes(nil)[0])); l.phpDocComment = ""
|
||||
<PHP>\${VAR_NAME} lval.token = l.newToken(l.TokenBytes(nil)); return T_VARIABLE
|
||||
<PHP>{VAR_NAME} lval.token = l.newToken(l.TokenBytes(nil)); return T_STRING
|
||||
|
||||
<PHP>-> l.begin(PROPERTY);lval.token = l.newToken(); return T_OBJECT_OPERATOR;
|
||||
<PROPERTY>[ \t\n\r]+ lval.token = l.newToken(); return T_WHITESPACE;
|
||||
<PROPERTY>-> lval.token = l.newToken(); return T_OBJECT_OPERATOR;
|
||||
<PROPERTY>{VAR_NAME} l.begin(PHP);lval.token = l.newToken(); return T_STRING;
|
||||
<PHP>-> l.begin(PROPERTY);lval.token = l.newToken(l.TokenBytes(nil)); return T_OBJECT_OPERATOR;
|
||||
<PROPERTY>[ \t\n\r]+ lval.token = l.newToken(l.TokenBytes(nil)); return T_WHITESPACE;
|
||||
<PROPERTY>-> lval.token = l.newToken(l.TokenBytes(nil)); return T_OBJECT_OPERATOR;
|
||||
<PROPERTY>{VAR_NAME} l.begin(PHP);lval.token = l.newToken(l.TokenBytes(nil)); return T_STRING;
|
||||
<PROPERTY>. l.ungetN(1);l.begin(PHP)
|
||||
|
||||
<PHP>[\']([^\\\']*([\\].)*)*[\'] lval.token = l.newToken(); return T_CONSTANT_ENCAPSED_STRING;
|
||||
<PHP>[\']([^\\\']*([\\].)*)*[\'] lval.token = l.newToken(l.TokenBytes(nil)); return T_CONSTANT_ENCAPSED_STRING;
|
||||
|
||||
<PHP>` l.begin(BACKQUOTE); lval.token = l.newToken(); return rune2Class(rune(l.TokenBytes(nil)[0]))
|
||||
<BACKQUOTE>` l.begin(PHP); lval.token = l.newToken(); return rune2Class(rune(l.TokenBytes(nil)[0]))
|
||||
<PHP>` l.begin(BACKQUOTE); lval.token = l.newToken(l.TokenBytes(nil)); return rune2Class(rune(l.TokenBytes(nil)[0]))
|
||||
<BACKQUOTE>` l.begin(PHP); lval.token = l.newToken(l.TokenBytes(nil)); return rune2Class(rune(l.TokenBytes(nil)[0]))
|
||||
|
||||
<PHP>[b]?\<\<\<[ \t]*({VAR_NAME}|([']{VAR_NAME}['])|(["]{VAR_NAME}["])){NEW_LINE}
|
||||
tb := l.TokenBytes(nil)
|
||||
@ -356,7 +355,7 @@ NEW_LINE (\r|\n|\r\n)
|
||||
|
||||
l.ungetN(ungetCnt)
|
||||
|
||||
lval.token = token.NewToken(l.handleNewLine(tb));
|
||||
lval.token = l.newToken(tb);
|
||||
return T_START_HEREDOC
|
||||
|
||||
<NOWDOC>.
|
||||
@ -383,10 +382,10 @@ NEW_LINE (\r|\n|\r\n)
|
||||
c = l.Next()
|
||||
}
|
||||
|
||||
lval.token = token.NewToken(l.handleNewLine(tb));
|
||||
lval.token = l.newToken(tb)
|
||||
return T_ENCAPSED_AND_WHITESPACE
|
||||
|
||||
<HEREDOC_END>{VAR_NAME}\; l.begin(PHP);lval.token = token.NewToken(l.handleNewLine(l.ungetN(1))); return T_END_HEREDOC
|
||||
<HEREDOC_END>{VAR_NAME}\; l.begin(PHP);lval.token = l.newToken(l.ungetN(1)); return T_END_HEREDOC
|
||||
|
||||
<PHP>[b]?[\"]
|
||||
binPrefix := l.TokenBytes(nil)[0] == 'b'
|
||||
@ -398,7 +397,7 @@ NEW_LINE (\r|\n|\r\n)
|
||||
tokenBytes := l.TokenBytes(nil)[:cnt]
|
||||
l.pushState(STRING)
|
||||
|
||||
lval.token = token.NewToken(l.handleNewLine(tokenBytes)); return rune2Class('"')
|
||||
lval.token = l.newToken(tokenBytes); return rune2Class('"')
|
||||
}
|
||||
|
||||
F:for {
|
||||
@ -409,7 +408,7 @@ NEW_LINE (\r|\n|\r\n)
|
||||
switch c {
|
||||
case '"' :
|
||||
c = l.Next();
|
||||
lval.token = l.newToken(); return T_CONSTANT_ENCAPSED_STRING
|
||||
lval.token = l.newToken(l.TokenBytes(nil)); return T_CONSTANT_ENCAPSED_STRING
|
||||
break F;
|
||||
|
||||
case '$':
|
||||
@ -435,9 +434,9 @@ NEW_LINE (\r|\n|\r\n)
|
||||
c = l.Next()
|
||||
}
|
||||
|
||||
<STRING>\" l.popState(); lval.token = l.newToken(); return rune2Class(rune(l.TokenBytes(nil)[0]))
|
||||
<STRING,HEREDOC,BACKQUOTE>\{\$ lval.token = token.NewToken(l.handleNewLine(l.ungetN(1))); l.pushState(PHP); return T_CURLY_OPEN
|
||||
<STRING,HEREDOC,BACKQUOTE>\$\{ l.pushState(STRING_VAR_NAME);lval.token = l.newToken(); return T_DOLLAR_OPEN_CURLY_BRACES
|
||||
<STRING>\" l.popState(); lval.token = l.newToken(l.TokenBytes(nil)); return rune2Class(rune(l.TokenBytes(nil)[0]))
|
||||
<STRING,HEREDOC,BACKQUOTE>\{\$ lval.token = l.newToken(l.ungetN(1)); l.pushState(PHP); return T_CURLY_OPEN
|
||||
<STRING,HEREDOC,BACKQUOTE>\$\{ l.pushState(STRING_VAR_NAME);lval.token = l.newToken(l.TokenBytes(nil)); return T_DOLLAR_OPEN_CURLY_BRACES
|
||||
<STRING,HEREDOC,BACKQUOTE>\$ l.ungetN(1);l.pushState(STRING_VAR)
|
||||
<STRING>.|[ \t\n\r]
|
||||
F1:for {
|
||||
@ -447,7 +446,7 @@ NEW_LINE (\r|\n|\r\n)
|
||||
|
||||
switch c {
|
||||
case '"' :
|
||||
lval.token = l.newToken();
|
||||
lval.token = l.newToken(l.TokenBytes(nil));
|
||||
return T_ENCAPSED_AND_WHITESPACE
|
||||
break F1;
|
||||
|
||||
@ -456,7 +455,7 @@ NEW_LINE (\r|\n|\r\n)
|
||||
if rune(c) == '{' || c >= 'A' && c <= 'Z' || c == '_' || c >= 'a' && c <= 'z' || c >= '\u007f' && c <= 'ÿ' {
|
||||
l.ungetN(1)
|
||||
tb := l.TokenBytes(nil)
|
||||
lval.token = token.NewToken(l.handleNewLine(tb[:len(tb)-1]));
|
||||
lval.token = l.newToken(tb[:len(tb)-1]);
|
||||
return T_ENCAPSED_AND_WHITESPACE
|
||||
break F1;
|
||||
}
|
||||
@ -467,7 +466,7 @@ NEW_LINE (\r|\n|\r\n)
|
||||
if rune(c) == '$' {
|
||||
l.ungetN(1)
|
||||
tb := l.TokenBytes(nil)
|
||||
lval.token = token.NewToken(l.handleNewLine(tb[:len(tb)-1]));
|
||||
lval.token = l.newToken(tb[:len(tb)-1]);
|
||||
return T_ENCAPSED_AND_WHITESPACE
|
||||
break F1;
|
||||
}
|
||||
@ -488,7 +487,7 @@ NEW_LINE (\r|\n|\r\n)
|
||||
|
||||
switch c {
|
||||
case '`' :
|
||||
lval.token = l.newToken();
|
||||
lval.token = l.newToken(l.TokenBytes(nil));
|
||||
return T_ENCAPSED_AND_WHITESPACE
|
||||
break F2;
|
||||
|
||||
@ -497,7 +496,7 @@ NEW_LINE (\r|\n|\r\n)
|
||||
if rune(c) == '{' || c >= 'A' && c <= 'Z' || c == '_' || c >= 'a' && c <= 'z' || c >= '\u007f' && c <= 'ÿ' {
|
||||
l.ungetN(1)
|
||||
tb := l.TokenBytes(nil)
|
||||
lval.token = token.NewToken(l.handleNewLine(tb[:len(tb)-1]));
|
||||
lval.token = l.newToken(tb[:len(tb)-1]);
|
||||
return T_ENCAPSED_AND_WHITESPACE
|
||||
break F2;
|
||||
}
|
||||
@ -508,7 +507,7 @@ NEW_LINE (\r|\n|\r\n)
|
||||
if rune(c) == '$' {
|
||||
l.ungetN(1)
|
||||
tb := l.TokenBytes(nil)
|
||||
lval.token = token.NewToken(l.handleNewLine(tb[:len(tb)-1]));
|
||||
lval.token = l.newToken(tb[:len(tb)-1]);
|
||||
return T_ENCAPSED_AND_WHITESPACE
|
||||
break F2;
|
||||
}
|
||||
@ -570,24 +569,24 @@ NEW_LINE (\r|\n|\r\n)
|
||||
c = l.Next()
|
||||
}
|
||||
|
||||
lval.token = token.NewToken(l.handleNewLine(tb));
|
||||
lval.token = l.newToken(tb);
|
||||
return T_ENCAPSED_AND_WHITESPACE
|
||||
|
||||
<STRING_VAR>\${VAR_NAME} lval.token = l.newToken(); return T_VARIABLE
|
||||
<STRING_VAR>->{VAR_NAME} lval.token = token.NewToken(l.handleNewLine(l.ungetN(len(l.TokenBytes(nil))-2))); return T_OBJECT_OPERATOR
|
||||
<STRING_VAR>{VAR_NAME} l.popState();lval.token = l.newToken(); return T_STRING
|
||||
<STRING_VAR>\[ l.pushState(STRING_VAR_INDEX);lval.token = l.newToken(); return rune2Class(rune(l.TokenBytes(nil)[0]))
|
||||
<STRING_VAR>\${VAR_NAME} lval.token = l.newToken(l.TokenBytes(nil)); return T_VARIABLE
|
||||
<STRING_VAR>->{VAR_NAME} lval.token = l.newToken(l.ungetN(len(l.TokenBytes(nil))-2)); return T_OBJECT_OPERATOR
|
||||
<STRING_VAR>{VAR_NAME} l.popState();lval.token = l.newToken(l.TokenBytes(nil)); return T_STRING
|
||||
<STRING_VAR>\[ l.pushState(STRING_VAR_INDEX);lval.token = l.newToken(l.TokenBytes(nil)); return rune2Class(rune(l.TokenBytes(nil)[0]))
|
||||
<STRING_VAR>.|[ \t\n\r] l.ungetN(1);l.popState()
|
||||
|
||||
<STRING_VAR_INDEX>{LNUM}|{HNUM}|{BNUM} lval.token = l.newToken(); return T_NUM_STRING
|
||||
<STRING_VAR_INDEX>\${VAR_NAME} lval.token = l.newToken(); return T_VARIABLE
|
||||
<STRING_VAR_INDEX>{VAR_NAME} lval.token = l.newToken(); return T_STRING
|
||||
<STRING_VAR_INDEX>\] l.popState(); l.popState();lval.token = l.newToken(); return rune2Class(rune(l.TokenBytes(nil)[0]))
|
||||
<STRING_VAR_INDEX>[ \n\r\t\\'#] l.popState(); l.popState();lval.token = l.newToken(); return T_ENCAPSED_AND_WHITESPACE
|
||||
<STRING_VAR_INDEX>{OPERATORS} lval.token = l.newToken(); return rune2Class(rune(l.TokenBytes(nil)[0]))
|
||||
<STRING_VAR_INDEX>. lval.token = l.newToken(); return rune2Class(rune(l.TokenBytes(nil)[0]))
|
||||
<STRING_VAR_INDEX>{LNUM}|{HNUM}|{BNUM} lval.token = l.newToken(l.TokenBytes(nil)); return T_NUM_STRING
|
||||
<STRING_VAR_INDEX>\${VAR_NAME} lval.token = l.newToken(l.TokenBytes(nil)); return T_VARIABLE
|
||||
<STRING_VAR_INDEX>{VAR_NAME} lval.token = l.newToken(l.TokenBytes(nil)); return T_STRING
|
||||
<STRING_VAR_INDEX>\] l.popState(); l.popState();lval.token = l.newToken(l.TokenBytes(nil)); return rune2Class(rune(l.TokenBytes(nil)[0]))
|
||||
<STRING_VAR_INDEX>[ \n\r\t\\'#] l.popState(); l.popState();lval.token = l.newToken(l.TokenBytes(nil)); return T_ENCAPSED_AND_WHITESPACE
|
||||
<STRING_VAR_INDEX>{OPERATORS} lval.token = l.newToken(l.TokenBytes(nil)); return rune2Class(rune(l.TokenBytes(nil)[0]))
|
||||
<STRING_VAR_INDEX>. lval.token = l.newToken(l.TokenBytes(nil)); return rune2Class(rune(l.TokenBytes(nil)[0]))
|
||||
|
||||
<STRING_VAR_NAME>{VAR_NAME}[\[\}] l.popState();l.pushState(PHP);lval.token = token.NewToken(l.handleNewLine(l.ungetN(1))); return T_STRING_VARNAME
|
||||
<STRING_VAR_NAME>{VAR_NAME}[\[\}] l.popState();l.pushState(PHP);lval.token = l.newToken(l.ungetN(1)); return T_STRING_VARNAME
|
||||
<STRING_VAR_NAME>. l.ungetN(1);l.popState();l.pushState(PHP)
|
||||
|
||||
%%
|
||||
|
||||
Loading…
Reference in New Issue
Block a user