private void analyzeSelectStatement() throws SemanticAnalyzerException {
SemanticAnalyzer selectAnalzyer =
SemanticAnalyzerFactory.createAnalyzer(multiInsert.getSelects(), getAllSchemas());
SelectWithOutFromAnalyzer sAnalyzer = (SelectWithOutFromAnalyzer) selectAnalzyer;
sAnalyzer.setFromAnalyzeContext(getFromAnalyzeContext());
context.setSelectContext((SelectWithOutFromAnalyzeContext) selectAnalzyer.analyze());
}
@Test
public void test() throws Exception {
WordTree root = new WordTree(new String[] {});
String noun = "noun:Đất nước\n" + "noun:tôi\n" + "noun:thon thả\n" + "noun:giọt đàn bầu";
for (String n : noun.split("\n")) {
SemanticWord w = new SemanticWord();
w.tranform(n);
root.addEntity(w);
}
String s = "Đất nước<i> tôi thon thả</i> giọt đàn bầu";
TokenParser parser = new TokenParser();
List<Token> tokens = parser.parse(s);
Assert.assertEquals(17, tokens.size());
SemanticAnalyzer analyzer = new SemanticAnalyzer(tokens, root);
tokens = analyzer.analyze();
Assert.assertEquals(9, tokens.size());
Assert.assertEquals("Đất nước", tokens.get(0).getOriginal());
Assert.assertEquals("<i>", tokens.get(1).getOriginal());
Assert.assertEquals(" ", tokens.get(2).getOriginal());
Assert.assertEquals("tôi", tokens.get(3).getOriginal());
Assert.assertEquals(" ", tokens.get(4).getOriginal());
Assert.assertEquals("thon thả", tokens.get(5).getOriginal());
Assert.assertEquals("</i>", tokens.get(6).getOriginal());
Assert.assertEquals(" ", tokens.get(7).getOriginal());
Assert.assertEquals("giọt đàn bầu", tokens.get(8).getOriginal());
}
private void analyzeSelectStatement() throws SemanticAnalyzerException {
SemanticAnalyzer selectAnalzyer =
SemanticAnalyzerFactory.createAnalyzer(insertContext.getSelect(), getAllSchemas());
if (selectAnalzyer instanceof SelectStatementAnalyzer) {
((SelectStatementAnalyzer) selectAnalzyer).setOutputStreamName(context.getOutputStreamName());
}
context.setSelectContext((SelectAnalyzeContext) selectAnalzyer.analyze());
}
private SemanticStateMachine produceAst(String s) {
lexer.lex(s);
parser.handleEvent(EOF, -1, -1);
return analyzer.analyze(builder.getFsm());
}
