@Override
public void process(Token token, BuilderState state, TemplateEnvironment environment) {
switch (token.getTokenType()) {
case PARENTHESIS_OPEN:
state.currentNode().appendChild(new ParenthesisModel(token));
state.popParserState();
state.pushParserState(EXPRESSION_OPEN);
return;
case STRING_LITERAL:
state.currentNode().appendChild(new StringLiteralModel(token));
state.popParserState();
state.pushParserState(EXPRESSION_VALUE);
return;
case INTEGER_LITERAL:
state.currentNode().appendChild(new IntegerLiteralModel(token));
state.popParserState();
state.pushParserState(EXPRESSION_VALUE);
return;
case DOUBLE_LITERAL:
state.currentNode().appendChild(new DoubleLiteralModel(token));
state.popParserState();
state.pushParserState(EXPRESSION_VALUE);
return;
case IDENTIFIER:
state.currentNode().appendChild(new IdentifierModel(token));
state.popParserState();
state.pushParserState(EXPRESSION_VALUE);
return;
default:
state.popParserState();
state.popNode();
state.setPendingToken(token);
}
}
@Override
public void process(Token token, BuilderState state, TemplateEnvironment environment) {
switch (token.getTokenType()) {
case TEXT:
if (!token.getTokenString().isEmpty()) {
state.currentNode().appendChild(new TextModel(token));
}
return;
case LINE_BREAK:
state.currentNode().appendChild(new LineBreakModel());
return;
case IDENTIFIER:
switch (token.getTokenString()) {
case "include":
state.pushParserState(INCLUDE_TAG);
state.pushNode(new IncludeModel(token));
return;
case "if":
state.pushParserState(IF_TAG);
state.pushNode(new IfModel(token));
return;
case "with":
state.pushParserState(WITH_TAG);
state.pushNode(new WithModel(token));
return;
case "for":
state.pushParserState(FOR_TAG);
state.pushNode(new ForModel(token));
return;
default:
state.pushParserState(VARIABLE_TAG);
state.pushNode(new VariableModel(token));
state.setPendingToken(token);
return;
}
case SLASH:
state.pushParserState(CLOSE_TAG_START);
return;
case STRING_LITERAL:
case INTEGER_LITERAL:
case DOUBLE_LITERAL:
case PARENTHESIS_OPEN:
case PLUS:
case HYPHEN:
state.pushParserState(VARIABLE_TAG);
state.pushNode(new VariableModel(token));
state.setPendingToken(token);
return;
default:
state.currentNode().appendChild(new SyntaxErrorModel(token));
}
}
@Override
public void process(Token token, BuilderState state, TemplateEnvironment environment) {
switch (token.getTokenType()) {
case TEXT:
case LINE_BREAK:
state.setPendingToken(token);
state.popParserState();
return;
default:
state.currentNode().appendChild(new SyntaxErrorModel(token));
}
}
@Override
public void process(Token token, BuilderState state, TemplateEnvironment environment) {
switch (token.getTokenType()) {
case TEXT:
case LINE_BREAK:
breakTag(token, state);
return;
case IDENTIFIER:
return;
default:
state.currentNode().appendChild(new SyntaxErrorModel(token));
}
}
@Override
public void process(Token token, BuilderState state, TemplateEnvironment environment) {
switch (token.getTokenType()) {
case IDENTIFIER:
if (!(state.currentNode() instanceof TagModel)) {
state.currentNode().appendChild(new UnexpectedCloseTagErrorModel(token));
return;
}
TagModel tag = (TagModel) state.currentNode();
if (!tag.isMatchCloseTag(token.getTokenString())) {
state.currentNode().appendChild(new UnmatchedCloseTagErrorModel(token));
return;
}
state.popNode();
state.popParserState();
return;
default:
startSyntaxErrorMode(token, state);
}
}
@Override
public void process(Token token, BuilderState state, TemplateEnvironment environment) {
switch (token.getTokenType()) {
case IDENTIFIER:
case STRING_LITERAL:
state.currentNode().appendChild(new IncludePathModel(token));
state.pushParserState(ARGUMENTS);
state.pushNode(new ArgumentsModel());
return;
default:
startSyntaxErrorMode(token, state);
}
}
@Override
public void process(Token token, BuilderState state, TemplateEnvironment environment) {
switch (token.getTokenType()) {
case PARENTHESIS_CLOSE:
state.currentNode().appendChild(new ParenthesisModel(token));
state.popParserState();
state.pushParserState(EXPRESSION_NEXT);
return;
case PLUS:
case HYPHEN:
case SLASH:
case MOD:
case MULTIPLIER:
state.currentNode().appendChild(new OperatorModel(token));
state.popParserState();
state.pushParserState(EXPRESSION_OPERATOR);
return;
default:
state.popParserState();
state.popNode();
state.setPendingToken(token);
}
}