Examples with AbstractSyntaxTree com.cinchapi.ccl.syntax.AbstractSyntaxTree used on opensource projects

Example 91 with AbstractSyntaxTree

use of com.cinchapi.ccl.syntax.AbstractSyntaxTree in project concourse by cinchapi.

the class FinderTest method testAndConjunctionShortCircuit.

@Test
public void testAndConjunctionShortCircuit() {
    Queue store = new Queue(16);
    store.insert(Write.add("name", Convert.javaToThrift("jeff"), 1));
    store.insert(Write.add("company", Convert.javaToThrift("Cinchapi"), 1));
    store.insert(Write.add("age", Convert.javaToThrift(100), 1));
    store.insert(Write.add("name", Convert.javaToThrift("jeff"), 2));
    store.insert(Write.add("company", Convert.javaToThrift("Blavity"), 2));
    store.insert(Write.add("age", Convert.javaToThrift(100), 2));
    store.insert(Write.add("name", Convert.javaToThrift("ashleah"), 3));
    store.insert(Write.add("company", Convert.javaToThrift("ARMN Inc."), 3));
    store.insert(Write.add("age", Convert.javaToThrift(50), 3));
    String ccl = "(name = jeff or company = Cinchapi) and age = 70";
    AbstractSyntaxTree ast = ConcourseCompiler.get().parse(ccl);
    Finder visitor = Finder.instance();
    Set<Long> result = ast.accept(visitor, store);
    Assert.assertEquals(Sets.newHashSet(), result);
}

Example 92 with AbstractSyntaxTree

use of com.cinchapi.ccl.syntax.AbstractSyntaxTree in project concourse by cinchapi.

the class FinderTest method testAndConjunction.

@Test
public void testAndConjunction() {
    Queue store = new Queue(16);
    store.insert(Write.add("name", Convert.javaToThrift("jeff"), 1));
    store.insert(Write.add("company", Convert.javaToThrift("Cinchapi"), 1));
    store.insert(Write.add("age", Convert.javaToThrift(100), 1));
    store.insert(Write.add("name", Convert.javaToThrift("jeff"), 2));
    store.insert(Write.add("company", Convert.javaToThrift("Blavity"), 2));
    store.insert(Write.add("age", Convert.javaToThrift(100), 2));
    store.insert(Write.add("name", Convert.javaToThrift("ashleah"), 3));
    store.insert(Write.add("company", Convert.javaToThrift("ARMN Inc."), 3));
    store.insert(Write.add("age", Convert.javaToThrift(50), 3));
    String ccl = "name = jeff and company = Cinchapi";
    AbstractSyntaxTree ast = ConcourseCompiler.get().parse(ccl);
    Finder visitor = Finder.instance();
    Set<Long> result = ast.accept(visitor, store);
    Assert.assertEquals(Sets.newHashSet(1L), result);
}

Example 93 with AbstractSyntaxTree

use of com.cinchapi.ccl.syntax.AbstractSyntaxTree in project concourse by cinchapi.

the class Criteria method parse.

/**
 * Return a {@link Criteria} object that expresses the same as the
 * {@code ccl} statement.
 *
 * @param ccl the CCL statement to parse
 * @return an equivalent {@link Criteria} object
 */
public static Criteria parse(String ccl) {
    try {
        AbstractSyntaxTree ast = ConcourseCompiler.get().parse(ccl);
        BuiltCriteria criteria = new BuiltCriteria();
        criteria.symbols = Lists.newArrayList(ConcourseCompiler.get().tokenize(ast));
        return criteria;
    } catch (Exception e) {
        if (e instanceof SyntaxException || e instanceof IllegalStateException || e.getCause() != null && e.getCause() instanceof com.cinchapi.ccl.generated.ParseException) {
            throw new ParseException(new com.cinchapi.concourse.thrift.ParseException(e.getMessage()));
        } else {
            throw CheckedExceptions.throwAsRuntimeException(e);
        }
    }
}

Example 94 with AbstractSyntaxTree

use of com.cinchapi.ccl.syntax.AbstractSyntaxTree in project concourse by cinchapi.

the class ExportCli method init.

/**
 * Initialize the CLI based on the arguments that are provided.
 */
private void init() {
    ExportOptions opts = (ExportOptions) options;
    // file
    if (!Empty.ness().describes(opts.file)) {
        file = Paths.get(opts.file);
        File $file = file.toFile();
        $file.getParentFile().mkdirs();
        try {
            $file.createNewFile();
        } catch (IOException e) {
            CheckedExceptions.wrapAsRuntimeException(e);
        }
    }
    // records
    if (!Empty.ness().describes(opts.records)) {
        records = AnyObjects.split(opts.records, ',').stream().map(Long::parseLong).collect(Collectors.toCollection(LinkedHashSet::new));
    }
    // keys
    if (!Empty.ness().describes(opts.keys)) {
        keys = AnyObjects.split(opts.keys, ',').stream().collect(Collectors.toCollection(LinkedHashSet::new));
    }
    // order
    if (!Empty.ness().describes(opts.order)) {
        if (!opts.order.toLowerCase().startsWith("order by")) {
            opts.order = "ORDER BY " + opts.order;
        }
        try {
            AbstractSyntaxTree ast = ConcourseCompiler.get().parse(opts.order);
            OrderTree tree = (OrderTree) ast;
            order = Order.from(tree);
        } catch (Exception e) {
            throw new IllegalArgumentException("Invalid order CCL statement");
        }
    }
    // page
    String $page = "";
    if (!Empty.ness().describes(opts.page)) {
        $page += "PAGE " + opts.page + " ";
    }
    if (!Empty.ness().describes(opts.size)) {
        $page += "SIZE " + opts.size;
    }
    if (!Empty.ness().describes($page)) {
        try {
            AbstractSyntaxTree ast = ConcourseCompiler.get().parse($page);
            PageTree tree = (PageTree) ast;
            page = Page.from(tree);
        } catch (Exception e) {
            throw new IllegalArgumentException("Invalid page or size argument");
        }
    }
    excludeRecordId = opts.excludeRecordId;
    condition = opts.condition;
}

Example 95 with AbstractSyntaxTree

use of com.cinchapi.ccl.syntax.AbstractSyntaxTree in project concourse by cinchapi.

the class ConcourseServer method selectKeysCriteriaTimeOrder.

@Override
@TranslateClientExceptions
@VerifyAccessToken
@VerifyReadPermission
public Map<Long, Map<String, Set<TObject>>> selectKeysCriteriaTimeOrder(List<String> keys, TCriteria criteria, long timestamp, TOrder order, AccessToken creds, TransactionToken transaction, String environment) throws TException {
    AbstractSyntaxTree ast = compiler.parse(criteria);
    AtomicSupport store = getStore(transaction, environment);
    SortableTable<Set<TObject>> result = emptySortableResultDataset();
    AtomicOperations.executeWithRetry(store, atomic -> Operations.selectKeysAstAtomic(keys, ast, timestamp, result, null, $result -> $result.sort(Sorting.byValues(Orders.from(order), atomic), timestamp), atomic));
    return result;
}