private static TextRange buildRangeForBraces(
TextRange range, @NotNull ASTNode astNode, IElementType lbraceType, IElementType rbraceType) {
ASTNode lBrace = astNode.findChildByType(lbraceType);
ASTNode rBrace = astNode.findChildByType(rbraceType);
if (lBrace != null && rBrace != null) {
range = buildRange(range, lBrace.getStartOffset() + 1, rBrace.getStartOffset());
}
return range;
}
@NotNull
public TextRange getTextRange() {
if (myElements.length == 0) {
final ASTNode child = XmlChildRole.START_TAG_END_FINDER.findChild((ASTNode) myTag);
if (child != null)
return new TextRange(child.getStartOffset() + 1, child.getStartOffset() + 1);
return new TextRange(
myTag.getTextRange().getEndOffset(), myTag.getTextRange().getEndOffset());
}
return new TextRange(
myElements[0].getTextRange().getStartOffset(),
myElements[myElements.length - 1].getTextRange().getEndOffset());
}
private static boolean isEmbraced(@Nullable PsiElement element, int offset) {
if (element == null) {
return false;
}
ASTNode node = element.getNode();
if (node == null) {
return false;
}
final ASTNode lbrace = node.findChildByType(CfscriptTokenTypes.L_BRACKET);
final ASTNode rbrace = node.findChildByType(CfscriptTokenTypes.R_BRACKET);
if (lbrace == null || rbrace == null) {
return false;
}
return lbrace.getStartOffset() < offset && rbrace.getStartOffset() >= offset;
}
@Override
protected TextRange calculateDefaultRangeInElement() {
TextRange _xblockexpression = null;
{
final ASTNode referencenNode = this.getReferenceNode();
int _startOffset = referencenNode.getStartOffset();
ASTNode _node = this.myElement.getNode();
int _startOffset_1 = _node.getStartOffset();
final int startOffset = (_startOffset - _startOffset_1);
ASTNode _referenceNode = this.getReferenceNode();
int _textLength = _referenceNode.getTextLength();
final int endOffset = (startOffset + _textLength);
_xblockexpression = new TextRange(startOffset, endOffset);
}
return _xblockexpression;
}
private SchemaPrefixReference createPrefixReference(
ASTNode startTagName, String prefix, TagNameReference tagRef) {
return new SchemaPrefixReference(
this,
TextRange.from(startTagName.getStartOffset() - getStartOffset(), prefix.length()),
prefix,
tagRef);
}
private static void addFoldingDescriptors(
final List<FoldingDescriptor> descriptors, final PsiElement tag, @NotNull Document document) {
TextRange elementRange = tag.getTextRange();
final int start = elementRange.getStartOffset();
final int end = elementRange.getEndOffset();
if (start + 1 < end) {
TextRange range = null;
ASTNode astNode = tag.getNode();
IElementType astType = astNode.getElementType();
if (tag instanceof CfmlTag) {
// if (tag instanceof CfmlTagFunctionImpl || tag instanceof CfmlTagComponentImpl || tag
// instanceof CfmlTagScriptImpl) {
range =
buildRangeForBraces(
range, astNode, CfmlTokenTypes.R_ANGLEBRACKET, CfmlTokenTypes.LSLASH_ANGLEBRACKET);
// }
} else if (astType == CfmlElementTypes.FUNCTIONBODY
|| astType == CfmlElementTypes.BLOCK_OF_STATEMENTS) {
range = buildRange(range, start, end);
} else if (astType == CfmlElementTypes.SWITCHEXPRESSION) {
ASTNode lparen = astNode.findChildByType(CfscriptTokenTypes.L_CURLYBRACKET);
ASTNode rparen = astNode.findChildByType(CfscriptTokenTypes.R_CURLYBRACKET);
if (lparen != null && rparen != null) {
range = buildRange(range, lparen.getStartOffset(), rparen.getTextRange().getEndOffset());
}
} else if (tag instanceof PsiComment) {
boolean isColdFusionComment = astNode.getElementType() == CfmlTokenTypes.COMMENT;
int endIndex = astNode.getText().lastIndexOf(isColdFusionComment ? "--->" : "*/");
if (endIndex != -1) {
String commentText = astNode.getText().substring(0, endIndex);
if (commentText.contains("\n")) {
int startOffset = tag.getTextRange().getStartOffset();
range =
buildRange(
range,
startOffset + (isColdFusionComment ? "<!---" : "/*").length(),
startOffset + commentText.length());
}
}
}
if (range != null) {
descriptors.add(new FoldingDescriptor(astNode, range));
}
// TODO: insert condition
addFoldingDescriptorsFromChildren(descriptors, tag, document);
}
}
@Override
public void updateParameterInfo(
@NotNull JetValueArgumentList argumentList, @NotNull UpdateParameterInfoContext context) {
if (context.getParameterOwner() != argumentList) context.removeHint();
int offset = context.getOffset();
ASTNode child = argumentList.getNode().getFirstChildNode();
int i = 0;
while (child != null && child.getStartOffset() < offset) {
if (child.getElementType() == JetTokens.COMMA) ++i;
child = child.getTreeNext();
}
context.setCurrentParameter(i);
}
protected Set<AbstractElement> computeFollowElements(final CompletionParameters parameters) {
Editor _editor = parameters.getEditor();
Document _document = _editor.getDocument();
PsiElement _position = parameters.getPosition();
ASTNode _node = _position.getNode();
int _startOffset = _node.getStartOffset();
TextRange _textRange = new TextRange(0, _startOffset);
final String text = _document.getText(_textRange);
final Collection<FollowElement> followElements =
this.contentAssistParser.getFollowElements(text, false);
final HashSet<AbstractElement> allElements = CollectionLiterals.<AbstractElement>newHashSet();
this.followElementComputer.computeFollowElements(followElements, allElements);
return allElements;
}
static void registerProblem(
BnfExpression choice,
BnfExpression branch,
String message,
ProblemsHolder problemsHolder,
LocalQuickFix... fixes) {
TextRange textRange = branch.getTextRange();
if (textRange.isEmpty()) {
ASTNode nextOr = TreeUtil.findSibling(branch.getNode(), BnfTypes.BNF_OP_OR);
ASTNode prevOr = TreeUtil.findSiblingBackward(branch.getNode(), BnfTypes.BNF_OP_OR);
int shift = choice.getTextRange().getStartOffset();
int startOffset = prevOr != null ? prevOr.getStartOffset() - shift : 0;
TextRange range =
new TextRange(
startOffset,
nextOr != null
? nextOr.getStartOffset() + 1 - shift
: Math.min(startOffset + 2, choice.getTextLength()));
problemsHolder.registerProblem(choice, range, message, fixes);
} else {
problemsHolder.registerProblem(branch, message, fixes);
}
}
protected int getCloseQuoteOffset() {
PsiElement lastChild = getLastChild();
if (lastChild instanceof PerlParsableStringWrapperlImpl) {
PsiElement realString = lastChild.getFirstChild();
assert realString instanceof PerlStringImplMixin;
return ((PerlStringImplMixin) realString).getCloseQuoteOffset();
}
ASTNode currentNode = lastChild.getNode();
if (PerlParserUtil.CLOSE_QUOTES.contains(currentNode.getElementType()))
return currentNode.getStartOffset();
// unclosed string
return lastChild.getTextOffset() + lastChild.getTextLength();
}
@Nullable
private static TextRange getEndTagRange(ASTNode tagNode) {
final ASTNode endTagStart = XmlChildRole.CLOSING_TAG_START_FINDER.findChild(tagNode);
if (endTagStart == null) {
return null;
}
ASTNode endTagEnd = endTagStart;
while (endTagEnd != null && endTagEnd.getElementType() != XmlTokenType.XML_TAG_END) {
endTagEnd = endTagEnd.getTreeNext();
}
if (endTagEnd == null) {
return null;
}
return new TextRange(endTagStart.getStartOffset(), endTagEnd.getTextRange().getEndOffset());
}
@Override
protected String replaceWithPsiInLeaf(
final TextRange textRange, String whiteSpace, ASTNode leafElement) {
if (!myCanModifyAllWhiteSpaces) {
if (leafElement.getElementType() == TokenType.WHITE_SPACE) return null;
LOG.assertTrue(leafElement.getPsi().isValid());
ASTNode prevNode = TreeUtil.prevLeaf(leafElement);
if (prevNode != null) {
IElementType type = prevNode.getElementType();
if (type == TokenType.WHITE_SPACE) {
final String text = prevNode.getText();
final @NonNls String cdataStartMarker = "<![CDATA[";
final int cdataPos = text.indexOf(cdataStartMarker);
if (cdataPos != -1 && whiteSpace.indexOf(cdataStartMarker) == -1) {
whiteSpace = mergeWsWithCdataMarker(whiteSpace, text, cdataPos);
if (whiteSpace == null) return null;
}
prevNode = TreeUtil.prevLeaf(prevNode);
type = prevNode != null ? prevNode.getElementType() : null;
}
final @NonNls String cdataEndMarker = "]]>";
if (type == XmlTokenType.XML_CDATA_END && whiteSpace.indexOf(cdataEndMarker) == -1) {
final ASTNode at = findElementAt(prevNode.getStartOffset());
if (at != null && at.getPsi() instanceof PsiWhiteSpace) {
final String s = at.getText();
final int cdataEndPos = s.indexOf(cdataEndMarker);
whiteSpace = mergeWsWithCdataMarker(whiteSpace, s, cdataEndPos);
leafElement = at;
} else {
whiteSpace = null;
}
if (whiteSpace == null) return null;
}
}
}
FormatterUtil.replaceWhiteSpace(whiteSpace, leafElement, TokenType.WHITE_SPACE, textRange);
return whiteSpace;
}
/**
* Current handler inserts closing curly brace (right brace) if necessary. There is a possible
* case that it should be located more than one line forward.
*
* <p><b>Example</b>
*
* <pre>
* if (test1()) {
* } else {<caret> if (test2()) {
* foo();
* }
* </pre>
*
* <p>We want to get this after the processing:
*
* <pre>
* if (test1()) {
* } else {
* if (test2()) {
* foo();
* }
* }
* </pre>
*
* I.e. closing brace should be inserted two lines below current caret line. Hence, we need to
* calculate correct offset to use for brace inserting. This method is responsible for that.
*
* <p>In essence it inspects PSI structure and finds PSE elements with the max length that starts
* at caret offset. End offset of that element is used as an insertion point.
*
* @param file target PSI file
* @param text text from the given file
* @param offset target offset where line feed will be inserted
* @return offset to use for inserting closing brace
*/
protected int calculateOffsetToInsertClosingBrace(
PsiFile file, CharSequence text, final int offset) {
PsiElement element = PsiUtilCore.getElementAtOffset(file, offset);
ASTNode node = element.getNode();
if (node != null && node.getElementType() == TokenType.WHITE_SPACE) {
return CharArrayUtil.shiftForwardUntil(text, offset, "\n");
}
for (PsiElement parent = element.getParent(); parent != null; parent = parent.getParent()) {
ASTNode parentNode = parent.getNode();
if (parentNode == null || parentNode.getStartOffset() != offset) {
break;
}
element = parent;
}
if (element.getTextOffset() != offset) {
return CharArrayUtil.shiftForwardUntil(text, offset, "\n");
}
return element.getTextRange().getEndOffset();
}
@Nullable
private static TextRange getStartTagRange(ASTNode tagNode) {
final ASTNode startTagStart = XmlChildRole.START_TAG_START_FINDER.findChild(tagNode);
if (startTagStart == null) {
return null;
}
ASTNode tagName = startTagStart.getTreeNext();
if (tagName == null || tagName.getElementType() != XmlTokenType.XML_NAME) {
return null;
}
ASTNode next = tagName.getTreeNext();
if (next != null && next.getElementType() == XmlTokenType.XML_TAG_END) {
tagName = next;
}
return new TextRange(startTagStart.getStartOffset(), tagName.getTextRange().getEndOffset());
}
public void getLanguagesToInject(
@NotNull final MultiHostRegistrar registrar, @NotNull final PsiElement host) {
Pair<ASTNode, ASTNode> pair = parseConditionalCommentBoundaries(host);
if (pair == null) {
return;
}
final TextRange textRange = host.getTextRange();
final int startOffset = textRange.getStartOffset();
Language language = host.getParent().getLanguage();
ASTNode conditionalStart = pair.first;
ASTNode conditionalEnd = pair.second;
TextRange range =
new TextRange(
conditionalStart.getTextRange().getEndOffset() - startOffset,
conditionalEnd.getStartOffset() - startOffset);
registrar
.startInjecting(language)
.addPlace(null, null, (PsiLanguageInjectionHost) host, range)
.doneInjecting();
}
protected int getOpenQuoteOffset() {
PsiElement firstChild = getFirstChild();
if (firstChild instanceof PerlParsableStringWrapperlImpl) {
PsiElement realString = firstChild.getFirstChild();
assert realString instanceof PerlStringImplMixin;
return ((PerlStringImplMixin) realString).getOpenQuoteOffset();
}
ASTNode currentNode = firstChild.getNode();
while (currentNode != null) {
if (PerlParserUtil.OPEN_QUOTES.contains(currentNode.getElementType()))
return currentNode.getStartOffset();
currentNode = currentNode.getTreeNext();
}
throw new RuntimeException(
"Unable to find opening quote inside: "
+ getText()
+ " "
+ getContainingFile().getVirtualFile());
}
public int getTextOffset() {
final ASTNode name = getNameNode();
return name != null ? name.getStartOffset() : super.getTextOffset();
}
public static void replaceWhiteSpace(
final String whiteSpace,
final ASTNode leafElement,
final IElementType whiteSpaceToken,
@Nullable final TextRange textRange) {
final CharTable charTable = SharedImplUtil.findCharTableByTree(leafElement);
ASTNode treePrev = findPreviousWhiteSpace(leafElement, whiteSpaceToken);
if (treePrev == null) {
treePrev = getWsCandidate(leafElement);
}
if (treePrev != null
&& treePrev.getText().trim().isEmpty()
&& treePrev.getElementType() != whiteSpaceToken
&& treePrev.getTextLength() > 0
&& !whiteSpace.isEmpty()) {
LeafElement whiteSpaceElement =
Factory.createSingleLeafElement(
treePrev.getElementType(),
whiteSpace,
charTable,
SharedImplUtil.getManagerByTree(leafElement));
ASTNode treeParent = treePrev.getTreeParent();
treeParent.replaceChild(treePrev, whiteSpaceElement);
} else {
LeafElement whiteSpaceElement =
Factory.createSingleLeafElement(
whiteSpaceToken, whiteSpace, charTable, SharedImplUtil.getManagerByTree(leafElement));
if (treePrev == null) {
if (!whiteSpace.isEmpty()) {
addWhiteSpace(leafElement, whiteSpaceElement);
}
} else {
if (!(treePrev.getElementType() == whiteSpaceToken)) {
if (!whiteSpace.isEmpty()) {
addWhiteSpace(treePrev, whiteSpaceElement);
}
} else {
if (treePrev.getElementType() == whiteSpaceToken) {
final CompositeElement treeParent = (CompositeElement) treePrev.getTreeParent();
if (!whiteSpace.isEmpty()) {
// LOG.assertTrue(textRange == null ||
// treeParent.getTextRange().equals(textRange));
treeParent.replaceChild(treePrev, whiteSpaceElement);
} else {
treeParent.removeChild(treePrev);
}
// There is a possible case that more than one PSI element is matched by the target text
// range.
// That is the case, for example, for Python's multi-line expression. It may looks like
// below:
// import contextlib,\
// math, decimal
// Here single range contains two blocks: '\' & '\n '. So, we may want to replace that
// range to another text, hence,
// we replace last element located there with it ('\n ') and want to remove any
// remaining elements ('\').
ASTNode removeCandidate = findPreviousWhiteSpace(whiteSpaceElement, whiteSpaceToken);
while (textRange != null
&& removeCandidate != null
&& removeCandidate.getStartOffset() >= textRange.getStartOffset()) {
treePrev = findPreviousWhiteSpace(removeCandidate, whiteSpaceToken);
removeCandidate.getTreeParent().removeChild(removeCandidate);
removeCandidate = treePrev;
}
// treeParent.subtreeChanged();
}
}
}
}
}