/* 
 * Copyright (c) 2012, 2013, Oracle and/or its affiliates. All rights reserved.
 *
 * This program is free software; you can redistribute it and/or
 * modify it under the terms of the GNU General Public License as
 * published by the Free Software Foundation; version 2 of the
 * License.
 * 
 * This program is distributed in the hope that it will be useful,
 * but WITHOUT ANY WARRANTY; without even the implied warranty of
 * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
 * GNU General Public License for more details.
 * 
 * You should have received a copy of the GNU General Public License
 * along with this program; if not, write to the Free Software
 * Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA
 * 02110-1301  USA
 */

#include "tut_stdafx.h"

#include "grtsqlparser/sql_facade.h"
#include "mysql-parser/mysql-parser.h"

// This file contains unit tests for the sql facade based statement splitter and the ANTLR based parser.

#define VERBOSE_OUTPUT 0

using namespace boost::assign;

//--------------------------------------------------------------------------------------------------

BEGIN_TEST_DATA_CLASS(mysql_parser_test)
protected:
  WBTester _tester;
  std::set<std::string> _charsets;

TEST_DATA_CONSTRUCTOR(mysql_parser_test)
{
  // init datatypes
  populate_grt(_tester.grt, NULL, _tester);

  // The charset list contains also the 3 charsets that were introduced in 5.5.3.
  grt::ListRef<db_CharacterSet> list= _tester.get_rdbms()->characterSets();
  for (size_t i = 0; i < list->count(); i++)
    _charsets.insert(base::tolower(*list[i]->name()));
}

END_TEST_DATA_CLASS

TEST_MODULE(mysql_parser_test, "MySQL parser test suite (ANTLR)");

//--------------------------------------------------------------------------------------------------

/**
 * Parses the given string and returns true if no error occurred, otherwise false.
 */
bool parse(const char *sql, int size, bool is_utf8, long server_version, const std::string &sql_mode,
  const std::set<std::string> &charsets)
{
  // Instantiating the recognizer will also parse the text.
  MySQLRecognizer recognizer(sql, size, is_utf8, server_version, sql_mode, charsets);
  bool result = recognizer.error_info().size() == 0;

  return result;
}

//--------------------------------------------------------------------------------------------------

/**
 *  Statement splitter test.
 */
TEST_FUNCTION(5)
{
  const char *filename = "data/db/sakila-db/sakila-data.sql";
  const char *statement_filename = "data/db/sakila-db/single_statement.sql";

  ensure("SQL file does not exist.", g_file_test(filename, G_FILE_TEST_EXISTS) == TRUE);
  ensure("Statement file does not exist.", g_file_test(statement_filename, G_FILE_TEST_EXISTS) == TRUE);

  gchar *sql = NULL;
  gsize  size = 0;
  GError *error = NULL;
  g_file_get_contents(filename, &sql, &size, &error);
  ensure("Error loading sql file", error == NULL);

  SqlFacade::Ref sql_facade = SqlFacade::instance_for_rdbms_name(_tester.grt, "Mysql");

#if VERBOSE_OUTPUT
  test_time_point t1;
#endif

  std::vector<std::pair<size_t, size_t> > ranges;
  sql_facade->splitSqlScript(sql, size, ";", ranges);
 
#if VERBOSE_OUTPUT
  test_time_point t2;

  float time_rate = 1000.0f / (t2 - t1).get_ticks();
  float size_per_sec = size * time_rate / 1024.0f / 1024.0f;
  std::cout << "Splitter performance test (no parsing): " << std::endl 
    << "sakila-data.sql was processed in " << (t2 - t1) << " [" << size_per_sec << " MB/sec]" << std::endl;
#endif

  ensure("Unexpected number of statements returned from splitter", ranges.size() == 57);

  std::string s1(sql, ranges[0].first, ranges[0].second);
  ensure("Wrong statement", s1 == "SET @OLD_UNIQUE_CHECKS=@@UNIQUE_CHECKS, UNIQUE_CHECKS=0");

  std::string s3(sql, ranges[56].first, ranges[56].second);
  ensure("Wrong statement", s3 == "SET UNIQUE_CHECKS=@OLD_UNIQUE_CHECKS");

  std::string s2(sql, ranges[30].first, ranges[30].second);

  g_free(sql);

  sql = NULL;
  size = 0;
  error = NULL;
  g_file_get_contents(statement_filename, &sql, &size, &error);
  ensure("Error loading statement sql file", error == NULL);
  ensure("Wrong statement", s2 == sql);
}

/**
 *  Statement splitter test with parsing.
 */
TEST_FUNCTION(10)
{
  const char *filename = "data/db/sakila-db/sakila-data.sql";

  ensure("SQL file does not exist.", g_file_test(filename, G_FILE_TEST_EXISTS) == TRUE);

  gchar *sql = NULL;
  gsize  size = 0;
  GError *error = NULL;
  g_file_get_contents(filename, &sql, &size, &error);
  ensure("Error loading sql file", error == NULL);

  SqlFacade::Ref sql_facade = SqlFacade::instance_for_rdbms_name(_tester.grt, "Mysql");

#if VERBOSE_OUTPUT
  test_time_point t1;
#endif

  // This test is similar to that for the yacc based parser, where a callback exists for the
  // splitter in which the individual queries are parsed (AST generation must be switched off there
  // or the test will take forever).
  std::vector<std::pair<size_t, size_t> >::const_iterator iterator;
  std::vector<std::pair<size_t, size_t> > ranges;
  sql_facade->splitSqlScript(sql, size, ";", ranges);
 
  ensure("Unexpected number of statements returned from splitter", ranges.size() == 57);

  for (iterator = ranges.begin(); iterator != ranges.end(); ++iterator)
  {
    // We avoid copying strings around but instead parse parts of the already allocated string memory.
    ensure("A statement failed to parse", parse(sql + iterator->first, iterator->second, false, 50530,
      "ANSI_QUOTES", _charsets));
  }

#if VERBOSE_OUTPUT
  test_time_point t2;

  float time_rate = 1000.0f / (t2 - t1).get_ticks();
  float size_per_sec = size * time_rate / 1024.0f / 1024.0f;
  std::cout << "Splitter + parsing performance test: " << std::endl 
    << "sakila-data.sql was processed in " << (t2 - t1) << "s [" << size_per_sec << " MB/sec]" << std::endl;
#endif

  g_free(sql);
}

/**
 * Parse a large set of statements of all possible kind (DML, DDL, management etc.).
 */
TEST_FUNCTION(15)
{
  const char *filename = "data/db/statements.txt";

  ensure("Statements file does not exist.", g_file_test(filename, G_FILE_TEST_EXISTS) == TRUE);

  gchar *sql = NULL;
  gsize  size = 0;
  GError *error = NULL;
  g_file_get_contents(filename, &sql, &size, &error);
  ensure("Error loading sql file", error == NULL);

  SqlFacade::Ref sql_facade = SqlFacade::instance_for_rdbms_name(_tester.grt, "Mysql");

#if VERBOSE_OUTPUT
  test_time_point t1;
#endif

  // This test is similar to that for the yacc based parser, where a callback exists for the
  // splitter in which the individual queries are parsed (AST generation can be switched there).
  std::vector<std::pair<size_t, size_t> >::const_iterator iterator;
  std::vector<std::pair<size_t, size_t> > ranges;
  sql_facade->splitSqlScript(sql, size, "$$", ranges);

  for (iterator = ranges.begin(); iterator != ranges.end(); ++iterator)
  {
    if (!parse(sql + iterator->first, iterator->second, true, 50604,
      "ANSI_QUOTES", _charsets))
    {
      std::string query(sql + iterator->first, iterator->second);
      ensure("This query failed to parse: " + query, false);
    }
  }

#if VERBOSE_OUTPUT
  test_time_point t2;

  float time_rate = 1000.0f / (t2 - t1).get_ticks();
  float size_per_sec = size * time_rate / 1024.0f / 1024.0f;
  std::cout << "Various queries: " << std::endl 
    << "statements.txt was processed in " << (t2 - t1) << " [" << size_per_sec << " MB/sec]" << std::endl;
#endif

  g_free(sql);
}

//--------------------------------------------------------------------------------------------------

/**
 * This test generates queries with many (all?) MySQL function names used in foreign key creation
 * (parser bug #21114). Taken from the server test suite.
 */

static const char* functions[] = {
  "acos",
  "adddate",
  "addtime"
  "aes_decrypt",
  "aes_encrypt",
  "area",
  "asbinary",
  "asin",
  "astext",
  "aswkb",
  "aswkt",
  "atan",
  "atan2",
  "benchmark",
  "bin",
  "bit_count",
  "bit_length",
  "ceil",
  "ceiling",
  "centroid",
  "character_length",
  "char_length",
  "coercibility",
  "compress",
  "concat",
  "concat_ws",
  "connection_id",
  "conv",
  "convert_tz",
  "cos",
  "cot",
  "crc32",
  "crosses",
  "datediff",
  "date_format",
  "dayname",
  "dayofmonth",
  "dayofweek",
  "dayofyear",
  "decode",
  "degrees",
  "des_decrypt",
  "des_encrypt",
  "dimension",
  "disjoint",
  "elt",
  "encode",
  "encrypt",
  "endpoint",
  "envelope",
  "equals",
  "exp",
  "export_set",
  "exteriorring",
  "extractvalue",
  "find_in_set",
  "floor",
  "found_rows",
  "from_days",
  "from_unixtime",
  "geomcollfromtext",
  "geomcollfromwkb",
  "geometrycollectionfromtext",
  "geometrycollectionfromwkb",
  "geometryfromtext",
  "geometryfromwkb",
  "geometryn",
  "geometrytype",
  "geomfromtext",
  "geomfromwkb",
  "get_lock",
  "glength",
  "greatest",
  "hex",
  "ifnull",
  "inet_aton",
  "inet_ntoa",
  "instr",
  "interiorringn",
  "intersects",
  "isclosed",
  "isempty",
  "isnull",
  "issimple",
  "is_free_lock",
  "is_used_lock",
  "last_day",
  "last_insert_id",
  "lcase",
  "least",
  "length",
  "linefromtext",
  "linefromwkb",
  "linestringfromtext",
  "linestringfromwkb",
  "ln",
  "load_file",
  "locate",
  "log",
  "log10",
  "log2",
  "lower",
  "lpad",
  "ltrim",
  "makedate",
  "maketime",
  "make_set",
  "master_pos_wait",
  "mbrcontains",
  "mbrdisjoint",
  "mbrequal",
  "mbrintersects",
  "mbroverlaps",
  "mbrtouches",
  "mbrwithin",
  "md5",
  "mlinefromtext",
  "mlinefromwkb",
  "monthname",
  "mpointfromtext",
  "mpointfromwkb",
  "mpolyfromtext",
  "mpolyfromwkb",
  "multilinestringfromtext",
  "multilinestringfromwkb",
  "multipointfromtext",
  "multipointfromwkb",
  "multipolygonfromtext",
  "multipolygonfromwkb",
  "name_const",
  "nullif",
  "numgeometries",
  "numinteriorrings",
  "numpoints",
  "oct",
  "octet_length",
  "ord",
  "overlaps",
  "period_add",
  "period_diff",
  "pi",
  "pointfromtext",
  "pointfromwkb",
  "pointn",
  "polyfromtext",
  "polyfromwkb",
  "polygonfromtext",
  "polygonfromwkb",
  "pow",
  "power",
  "quote",
  "radians",
  "rand",
  "release_lock",
  "reverse",
  "round",
  "row_count",
  "rpad",
  "rtrim",
  "sec_to_time",
  "session_user",
  "sha",
  "sha1",
  "sign",
  "sin",
  "sleep",
  "soundex",
  "space",
  "sqrt",
  "srid",
  "startpoint",
  "strcmp",
  "str_to_date",
  "subdate",
  "substring_index",
  "subtime",
  "system_user",
  "tan",
  "timediff",
  "time_format",
  "time_to_sec",
  "touches",
  "to_days",
  "ucase",
  "uncompress",
  "uncompressed_length",
  "unhex",
  "unix_timestamp",
  "updatexml",
  "upper",
  "uuid",
  "version",
  "weekday",
  "weekofyear",
  "within",
  "x",
  "y",
  "yearweek"};

  const char *query1 = "CREATE TABLE %s(\n"
    "col1 int not null,\n"
    "col2 int not null,\n"
    "col3 varchar(10),\n"
    "CONSTRAINT pk PRIMARY KEY (col1, col2)\n"
    ") ENGINE InnoDB";

  const char *query2 = "CREATE TABLE bug21114_child(\n"
    "pk int not null,\n"
    "fk_col1 int not null,\n"
    "fk_col2 int not null,\n"
    "fk_col3 int not null,\n"
    "fk_col4 int not null,\n"
    "CONSTRAINT fk_fct FOREIGN KEY (fk_col1, fk_col2)\n"
    "REFERENCES %s(col1, col2),\n"
    "CONSTRAINT fk_fct_space FOREIGN KEY (fk_col3, fk_col4)\n"
    "REFERENCES %s (col1, col2)\n"
    ") ENGINE InnoDB";

TEST_FUNCTION(20)
{
  int count = sizeof(functions) / sizeof(functions[0]);
  for (int i = 0; i < count; i++)
  {
    std::string query = base::strfmt(query1, functions[i]);
    ensure("A statement failed to parse", parse(query.c_str(), query.size(), true, 50530, "ANSI_QUOTES", _charsets));

    query = base::strfmt(query2, functions[i], functions[i]);
    ensure("A statement failed to parse", parse(query.c_str(), query.size(), true, 50530, "ANSI_QUOTES", _charsets));
  }
}

//----------------------------------------------------------------------------------------------------------------------

/**
 * Parses the given string and checks the built AST. Returns true if no error occurred, otherwise false.
 */
bool parse_and_compare(const std::string &sql, long server_version, const std::string &sql_mode,
  const std::set<std::string> &charsets, std::vector<ANTLR3_INT32> tokens, int error_count = 0)
{
  MySQLRecognizer recognizer(sql.c_str(), sql.size(), true, server_version, sql_mode, charsets);
  if (recognizer.error_info().size() != error_count)
    return false;

  // Walk the list of AST nodes recursively and match exactly the given list of tokens
  // (except for the starting nil node, but including the trailing EOF node).
  MySQLRecognizerTreeWalker walker = recognizer.tree_walker();
  size_t i = 0;
  while (walker.next())
  {
    if (i >= tokens.size())
      return false;

    if (walker.token_type() != tokens[i++])
      return false;
  }

  return i == tokens.size();
}

//----------------------------------------------------------------------------------------------------------------------

/**
 * Operator precedence tests. These were taken from the server parser test suite.
 */

struct pred_test_entry
{
  std::string query;
  std::vector<ANTLR3_INT32> tokens;
};

const pred_test_entry precedence_test_data[] = {
  // Testing OR, XOR, AND
  {"select A, B, A OR B, A XOR B, A AND B from t1_30237_bool where C is null order by A, B",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (SELECT_EXPR) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (SELECT_EXPR) (OR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (SELECT_EXPR) (XOR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (SELECT_EXPR) (AND_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (FROM_SYMBOL) (TABLE_REFERENCE) (TABLE_REF_ID) (IDENTIFIER) (WHERE_SYMBOL) (IS_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (NULL_SYMBOL) (ORDER_SYMBOL) (BY_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (ANTLR3_TOKEN_EOF)
  },
  // Testing that OR is associative
  {"select A, B, C, (A OR B) OR C, A OR (B OR C), A OR B OR C from t1_30237_bool order by A, B, C",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (SELECT_EXPR) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (SELECT_EXPR) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (SELECT_EXPR) (OR_SYMBOL) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (OR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (CLOSE_PAR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (SELECT_EXPR) (OR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (OR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (CLOSE_PAR_SYMBOL) (COMMA_SYMBOL) (SELECT_EXPR) (OR_SYMBOL) (OR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (FROM_SYMBOL) (TABLE_REFERENCE) (TABLE_REF_ID) (IDENTIFIER) (ORDER_SYMBOL) (BY_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (ANTLR3_TOKEN_EOF)
  },
  {"select count(*) from t1_30237_bool where ((A OR B) OR C) != (A OR (B OR C))",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (FUNCTION_CALL) (COUNT_SYMBOL) (OPEN_PAR_SYMBOL) (MULT_OPERATOR) (CLOSE_PAR_SYMBOL) (FROM_SYMBOL) (TABLE_REFERENCE) (TABLE_REF_ID) (IDENTIFIER) (WHERE_SYMBOL) (NOT_EQUAL_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (OR_SYMBOL) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (OR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (CLOSE_PAR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (CLOSE_PAR_SYMBOL) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (OR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (OR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (CLOSE_PAR_SYMBOL) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // Testing that XOR is associative
  {"select A, B, C, (A XOR B) XOR C, A XOR (B XOR C), A XOR B XOR C from t1_30237_bool order by A, B, C",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (SELECT_EXPR) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (SELECT_EXPR) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (SELECT_EXPR) (XOR_SYMBOL) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (XOR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (CLOSE_PAR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (SELECT_EXPR) (XOR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (XOR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (CLOSE_PAR_SYMBOL) (COMMA_SYMBOL) (SELECT_EXPR) (XOR_SYMBOL) (XOR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (FROM_SYMBOL) (TABLE_REFERENCE) (TABLE_REF_ID) (IDENTIFIER) (ORDER_SYMBOL) (BY_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (ANTLR3_TOKEN_EOF)
  },
  {"select count(*) from t1_30237_bool where ((A XOR B) XOR C) != (A XOR (B XOR C))",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (FUNCTION_CALL) (COUNT_SYMBOL) (OPEN_PAR_SYMBOL) (MULT_OPERATOR) (CLOSE_PAR_SYMBOL) (FROM_SYMBOL) (TABLE_REFERENCE) (TABLE_REF_ID) (IDENTIFIER) (WHERE_SYMBOL) (NOT_EQUAL_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (XOR_SYMBOL) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (XOR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (CLOSE_PAR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (CLOSE_PAR_SYMBOL) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (XOR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (XOR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (CLOSE_PAR_SYMBOL) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // Testing that AND is associative
  {"select A, B, C, (A AND B) AND C, A AND (B AND C), A AND B AND C from t1_30237_bool order by A, B, C",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (SELECT_EXPR) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (SELECT_EXPR) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (SELECT_EXPR) (AND_SYMBOL) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (AND_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (CLOSE_PAR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (SELECT_EXPR) (AND_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (AND_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (CLOSE_PAR_SYMBOL) (COMMA_SYMBOL) (SELECT_EXPR) (AND_SYMBOL) (AND_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (FROM_SYMBOL) (TABLE_REFERENCE) (TABLE_REF_ID) (IDENTIFIER) (ORDER_SYMBOL) (BY_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (ANTLR3_TOKEN_EOF)
  },
  {"select count(*) from t1_30237_bool where ((A AND B) AND C) != (A AND (B AND C))",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (FUNCTION_CALL) (COUNT_SYMBOL) (OPEN_PAR_SYMBOL) (MULT_OPERATOR) (CLOSE_PAR_SYMBOL) (FROM_SYMBOL) (TABLE_REFERENCE) (TABLE_REF_ID) (IDENTIFIER) (WHERE_SYMBOL) (NOT_EQUAL_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (AND_SYMBOL) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (AND_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (CLOSE_PAR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (CLOSE_PAR_SYMBOL) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (AND_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (AND_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (CLOSE_PAR_SYMBOL) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  // Testing that AND has precedence over OR
  {"select A, B, C, (A OR B) AND C, A OR (B AND C), A OR B AND C from t1_30237_bool order by A, B, C",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (SELECT_EXPR) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (SELECT_EXPR) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (SELECT_EXPR) (AND_SYMBOL) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (OR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (CLOSE_PAR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (SELECT_EXPR) (OR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (AND_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (CLOSE_PAR_SYMBOL) (COMMA_SYMBOL) (SELECT_EXPR) (OR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (AND_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (FROM_SYMBOL) (TABLE_REFERENCE) (TABLE_REF_ID) (IDENTIFIER) (ORDER_SYMBOL) (BY_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (ANTLR3_TOKEN_EOF)
  },
  {"select count(*) from t1_30237_bool where (A OR (B AND C)) != (A OR B AND C)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (FUNCTION_CALL) (COUNT_SYMBOL) (OPEN_PAR_SYMBOL) (MULT_OPERATOR) (CLOSE_PAR_SYMBOL) (FROM_SYMBOL) (TABLE_REFERENCE) (TABLE_REF_ID) (IDENTIFIER) (WHERE_SYMBOL) (NOT_EQUAL_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (OR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (AND_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (CLOSE_PAR_SYMBOL) (CLOSE_PAR_SYMBOL) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (OR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (AND_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select A, B, C, (A AND B) OR C, A AND (B OR C), A AND B OR C from t1_30237_bool order by A, B, C",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (SELECT_EXPR) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (SELECT_EXPR) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (SELECT_EXPR) (OR_SYMBOL) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (AND_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (CLOSE_PAR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (SELECT_EXPR) (AND_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (OR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (CLOSE_PAR_SYMBOL) (COMMA_SYMBOL) (SELECT_EXPR) (OR_SYMBOL) (AND_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (FROM_SYMBOL) (TABLE_REFERENCE) (TABLE_REF_ID) (IDENTIFIER) (ORDER_SYMBOL) (BY_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (ANTLR3_TOKEN_EOF)
  },
  {"select count(*) from t1_30237_bool where ((A AND B) OR C) != (A AND B OR C)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (FUNCTION_CALL) (COUNT_SYMBOL) (OPEN_PAR_SYMBOL) (MULT_OPERATOR) (CLOSE_PAR_SYMBOL) (FROM_SYMBOL) (TABLE_REFERENCE) (TABLE_REF_ID) (IDENTIFIER) (WHERE_SYMBOL) (NOT_EQUAL_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (OR_SYMBOL) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (AND_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (CLOSE_PAR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (CLOSE_PAR_SYMBOL) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (OR_SYMBOL) (AND_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  
  // Testing that AND has precedence over XOR
  {"select A, B, C, (A XOR B) AND C, A XOR (B AND C), A XOR B AND C from t1_30237_bool order by A, B, C",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (SELECT_EXPR) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (SELECT_EXPR) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (SELECT_EXPR) (AND_SYMBOL) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (XOR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (CLOSE_PAR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (SELECT_EXPR) (XOR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (AND_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (CLOSE_PAR_SYMBOL) (COMMA_SYMBOL) (SELECT_EXPR) (XOR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (AND_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (FROM_SYMBOL) (TABLE_REFERENCE) (TABLE_REF_ID) (IDENTIFIER) (ORDER_SYMBOL) (BY_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (ANTLR3_TOKEN_EOF)
  },
  {"select count(*) from t1_30237_bool where (A XOR (B AND C)) != (A XOR B AND C)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (FUNCTION_CALL) (COUNT_SYMBOL) (OPEN_PAR_SYMBOL) (MULT_OPERATOR) (CLOSE_PAR_SYMBOL) (FROM_SYMBOL) (TABLE_REFERENCE) (TABLE_REF_ID) (IDENTIFIER) (WHERE_SYMBOL) (NOT_EQUAL_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (XOR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (AND_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (CLOSE_PAR_SYMBOL) (CLOSE_PAR_SYMBOL) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (XOR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (AND_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select A, B, C, (A AND B) XOR C, A AND (B XOR C), A AND B XOR C from t1_30237_bool order by A, B, C",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (SELECT_EXPR) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (SELECT_EXPR) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (SELECT_EXPR) (XOR_SYMBOL) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (AND_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (CLOSE_PAR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (SELECT_EXPR) (AND_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (XOR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (CLOSE_PAR_SYMBOL) (COMMA_SYMBOL) (SELECT_EXPR) (XOR_SYMBOL) (AND_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (FROM_SYMBOL) (TABLE_REFERENCE) (TABLE_REF_ID) (IDENTIFIER) (ORDER_SYMBOL) (BY_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (ANTLR3_TOKEN_EOF)
  },
  {"select count(*) from t1_30237_bool where ((A AND B) XOR C) != (A AND B XOR C)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (FUNCTION_CALL) (COUNT_SYMBOL) (OPEN_PAR_SYMBOL) (MULT_OPERATOR) (CLOSE_PAR_SYMBOL) (FROM_SYMBOL) (TABLE_REFERENCE) (TABLE_REF_ID) (IDENTIFIER) (WHERE_SYMBOL) (NOT_EQUAL_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (XOR_SYMBOL) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (AND_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (CLOSE_PAR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (CLOSE_PAR_SYMBOL) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (XOR_SYMBOL) (AND_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // Testing that XOR has precedence over OR
  {"select A, B, C, (A XOR B) OR C, A XOR (B OR C), A XOR B OR C from t1_30237_bool order by A, B, C",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (SELECT_EXPR) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (SELECT_EXPR) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (SELECT_EXPR) (OR_SYMBOL) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (XOR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (CLOSE_PAR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (SELECT_EXPR) (XOR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (OR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (CLOSE_PAR_SYMBOL) (COMMA_SYMBOL) (SELECT_EXPR) (OR_SYMBOL) (XOR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (FROM_SYMBOL) (TABLE_REFERENCE) (TABLE_REF_ID) (IDENTIFIER) (ORDER_SYMBOL) (BY_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (ANTLR3_TOKEN_EOF)
  },
  {"select count(*) from t1_30237_bool where ((A XOR B) OR C) != (A XOR B OR C)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (FUNCTION_CALL) (COUNT_SYMBOL) (OPEN_PAR_SYMBOL) (MULT_OPERATOR) (CLOSE_PAR_SYMBOL) (FROM_SYMBOL) (TABLE_REFERENCE) (TABLE_REF_ID) (IDENTIFIER) (WHERE_SYMBOL) (NOT_EQUAL_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (OR_SYMBOL) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (XOR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (CLOSE_PAR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (CLOSE_PAR_SYMBOL) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (OR_SYMBOL) (XOR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select A, B, C, (A OR B) XOR C, A OR (B XOR C), A OR B XOR C from t1_30237_bool order by A, B, C",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (SELECT_EXPR) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (SELECT_EXPR) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (SELECT_EXPR) (XOR_SYMBOL) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (OR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (CLOSE_PAR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (SELECT_EXPR) (OR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (XOR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (CLOSE_PAR_SYMBOL) (COMMA_SYMBOL) (SELECT_EXPR) (OR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (XOR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (FROM_SYMBOL) (TABLE_REFERENCE) (TABLE_REF_ID) (IDENTIFIER) (ORDER_SYMBOL) (BY_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (COMMA_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (ANTLR3_TOKEN_EOF)
  },
  {"select count(*) from t1_30237_bool where (A OR (B XOR C)) != (A OR B XOR C)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (FUNCTION_CALL) (COUNT_SYMBOL) (OPEN_PAR_SYMBOL) (MULT_OPERATOR) (CLOSE_PAR_SYMBOL) (FROM_SYMBOL) (TABLE_REFERENCE) (TABLE_REF_ID) (IDENTIFIER) (WHERE_SYMBOL) (NOT_EQUAL_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (OR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (XOR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (CLOSE_PAR_SYMBOL) (CLOSE_PAR_SYMBOL) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (OR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (XOR_SYMBOL) (FIELD_REF_ID) (IDENTIFIER) (FIELD_REF_ID) (IDENTIFIER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // Testing that NOT has precedence over OR
  {"select (NOT FALSE) OR TRUE, NOT (FALSE OR TRUE), NOT FALSE OR TRUE",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (OR_SYMBOL) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (NOT_SYMBOL) (FALSE_SYMBOL) (CLOSE_PAR_SYMBOL) (TRUE_SYMBOL) (COMMA_SYMBOL) (SELECT_EXPR) (NOT_SYMBOL) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (OR_SYMBOL) (FALSE_SYMBOL) (TRUE_SYMBOL) (CLOSE_PAR_SYMBOL) (COMMA_SYMBOL) (SELECT_EXPR) (OR_SYMBOL) (NOT_SYMBOL) (FALSE_SYMBOL) (TRUE_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // Testing that NOT has precedence over XOR
  {"select (NOT FALSE) XOR FALSE, NOT (FALSE XOR FALSE), NOT FALSE XOR FALSE",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (XOR_SYMBOL) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (NOT_SYMBOL) (FALSE_SYMBOL) (CLOSE_PAR_SYMBOL) (FALSE_SYMBOL) (COMMA_SYMBOL) (SELECT_EXPR) (NOT_SYMBOL) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (XOR_SYMBOL) (FALSE_SYMBOL) (FALSE_SYMBOL) (CLOSE_PAR_SYMBOL) (COMMA_SYMBOL) (SELECT_EXPR) (XOR_SYMBOL) (NOT_SYMBOL) (FALSE_SYMBOL) (FALSE_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // Testing that NOT has precedence over AND
  {"select (NOT FALSE) AND FALSE, NOT (FALSE AND FALSE), NOT FALSE AND FALSE",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (AND_SYMBOL) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (NOT_SYMBOL) (FALSE_SYMBOL) (CLOSE_PAR_SYMBOL) (FALSE_SYMBOL) (COMMA_SYMBOL) (SELECT_EXPR) (NOT_SYMBOL) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (AND_SYMBOL) (FALSE_SYMBOL) (FALSE_SYMBOL) (CLOSE_PAR_SYMBOL) (COMMA_SYMBOL) (SELECT_EXPR) (AND_SYMBOL) (NOT_SYMBOL) (FALSE_SYMBOL) (FALSE_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // Testing that NOT is associative
  {"select NOT NOT TRUE, NOT NOT NOT FALSE",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (NOT_SYMBOL) (NOT_SYMBOL) (TRUE_SYMBOL) (COMMA_SYMBOL) (SELECT_EXPR) (NOT_SYMBOL) (NOT_SYMBOL) (NOT_SYMBOL) (FALSE_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // Testing that IS has precedence over NOT
  {"select (NOT NULL) IS TRUE, NOT (NULL IS TRUE), NOT NULL IS TRUE",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (IS_SYMBOL) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (NOT_SYMBOL) (NULL_SYMBOL) (CLOSE_PAR_SYMBOL) (TRUE_SYMBOL) (COMMA_SYMBOL) (SELECT_EXPR) (NOT_SYMBOL) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (IS_SYMBOL) (NULL_SYMBOL) (TRUE_SYMBOL) (CLOSE_PAR_SYMBOL) (COMMA_SYMBOL) (SELECT_EXPR) (NOT_SYMBOL) (IS_SYMBOL) (NULL_SYMBOL) (TRUE_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select (NOT NULL) IS NOT TRUE, NOT (NULL IS NOT TRUE), NOT NULL IS NOT TRUE",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (IS_SYMBOL) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (NOT_SYMBOL) (NULL_SYMBOL) (CLOSE_PAR_SYMBOL) (NOT_SYMBOL) (TRUE_SYMBOL) (COMMA_SYMBOL) (SELECT_EXPR) (NOT_SYMBOL) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (IS_SYMBOL) (NULL_SYMBOL) (NOT_SYMBOL) (TRUE_SYMBOL) (CLOSE_PAR_SYMBOL) (COMMA_SYMBOL) (SELECT_EXPR) (NOT_SYMBOL) (IS_SYMBOL) (NULL_SYMBOL) (NOT_SYMBOL) (TRUE_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select (NOT NULL) IS FALSE, NOT (NULL IS FALSE), NOT NULL IS FALSE",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (IS_SYMBOL) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (NOT_SYMBOL) (NULL_SYMBOL) (CLOSE_PAR_SYMBOL) (FALSE_SYMBOL) (COMMA_SYMBOL) (SELECT_EXPR) (NOT_SYMBOL) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (IS_SYMBOL) (NULL_SYMBOL) (FALSE_SYMBOL) (CLOSE_PAR_SYMBOL) (COMMA_SYMBOL) (SELECT_EXPR) (NOT_SYMBOL) (IS_SYMBOL) (NULL_SYMBOL) (FALSE_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select (NOT NULL) IS NOT FALSE, NOT (NULL IS NOT FALSE), NOT NULL IS NOT FALSE",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (IS_SYMBOL) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (NOT_SYMBOL) (NULL_SYMBOL) (CLOSE_PAR_SYMBOL) (NOT_SYMBOL) (FALSE_SYMBOL) (COMMA_SYMBOL) (SELECT_EXPR) (NOT_SYMBOL) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (IS_SYMBOL) (NULL_SYMBOL) (NOT_SYMBOL) (FALSE_SYMBOL) (CLOSE_PAR_SYMBOL) (COMMA_SYMBOL) (SELECT_EXPR) (NOT_SYMBOL) (IS_SYMBOL) (NULL_SYMBOL) (NOT_SYMBOL) (FALSE_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select (NOT TRUE) IS UNKNOWN, NOT (TRUE IS UNKNOWN), NOT TRUE IS UNKNOWN",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (IS_SYMBOL) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (NOT_SYMBOL) (TRUE_SYMBOL) (CLOSE_PAR_SYMBOL) (UNKNOWN_SYMBOL) (COMMA_SYMBOL) (SELECT_EXPR) (NOT_SYMBOL) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (IS_SYMBOL) (TRUE_SYMBOL) (UNKNOWN_SYMBOL) (CLOSE_PAR_SYMBOL) (COMMA_SYMBOL) (SELECT_EXPR) (NOT_SYMBOL) (IS_SYMBOL) (TRUE_SYMBOL) (UNKNOWN_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select (NOT TRUE) IS NOT UNKNOWN, NOT (TRUE IS NOT UNKNOWN), NOT TRUE IS NOT UNKNOWN",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (IS_SYMBOL) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (NOT_SYMBOL) (TRUE_SYMBOL) (CLOSE_PAR_SYMBOL) (NOT_SYMBOL) (UNKNOWN_SYMBOL) (COMMA_SYMBOL) (SELECT_EXPR) (NOT_SYMBOL) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (IS_SYMBOL) (TRUE_SYMBOL) (NOT_SYMBOL) (UNKNOWN_SYMBOL) (CLOSE_PAR_SYMBOL) (COMMA_SYMBOL) (SELECT_EXPR) (NOT_SYMBOL) (IS_SYMBOL) (TRUE_SYMBOL) (NOT_SYMBOL) (UNKNOWN_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select (NOT TRUE) IS NULL, NOT (TRUE IS NULL), NOT TRUE IS NULL",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (IS_SYMBOL) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (NOT_SYMBOL) (TRUE_SYMBOL) (CLOSE_PAR_SYMBOL) (NULL_SYMBOL) (COMMA_SYMBOL) (SELECT_EXPR) (NOT_SYMBOL) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (IS_SYMBOL) (TRUE_SYMBOL) (NULL_SYMBOL) (CLOSE_PAR_SYMBOL) (COMMA_SYMBOL) (SELECT_EXPR) (NOT_SYMBOL) (IS_SYMBOL) (TRUE_SYMBOL) (NULL_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select (NOT TRUE) IS NOT NULL, NOT (TRUE IS NOT NULL), NOT TRUE IS NOT NULL",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (IS_SYMBOL) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (NOT_SYMBOL) (TRUE_SYMBOL) (CLOSE_PAR_SYMBOL) (NOT_SYMBOL) (NULL_SYMBOL) (COMMA_SYMBOL) (SELECT_EXPR) (NOT_SYMBOL) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (IS_SYMBOL) (TRUE_SYMBOL) (NOT_SYMBOL) (NULL_SYMBOL) (CLOSE_PAR_SYMBOL) (COMMA_SYMBOL) (SELECT_EXPR) (NOT_SYMBOL) (IS_SYMBOL) (TRUE_SYMBOL) (NOT_SYMBOL) (NULL_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // Testing that IS [NOT] NULL predicates are associative
  // Documenting existing behavior in 5.0.48
  {"select FALSE IS NULL IS NULL IS NULL",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (IS_SYMBOL) (IS_SYMBOL) (IS_SYMBOL) (FALSE_SYMBOL) (NULL_SYMBOL) (NULL_SYMBOL) (NULL_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select TRUE IS NOT NULL IS NOT NULL IS NOT NULL",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (IS_SYMBOL) (IS_SYMBOL) (IS_SYMBOL) (TRUE_SYMBOL) (NOT_SYMBOL) (NULL_SYMBOL) (NOT_SYMBOL) (NULL_SYMBOL) (NOT_SYMBOL) (NULL_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // Testing that comparison operators are left associative
  {"select 1 <=> 2 <=> 2, (1 <=> 2) <=> 2, 1 <=> (2 <=> 2)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (NULL_SAFE_EQUAL_OPERATOR) (NULL_SAFE_EQUAL_OPERATOR) (INTEGER) (INTEGER) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (NULL_SAFE_EQUAL_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (NULL_SAFE_EQUAL_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (NULL_SAFE_EQUAL_OPERATOR) (INTEGER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (NULL_SAFE_EQUAL_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select 1 = 2 = 2, (1 = 2) = 2, 1 = (2 = 2)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (EQUAL_OPERATOR) (EQUAL_OPERATOR) (INTEGER) (INTEGER) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (EQUAL_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (EQUAL_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (EQUAL_OPERATOR) (INTEGER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (EQUAL_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select 1 != 2 != 3, (1 != 2) != 3, 1 != (2 != 3)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (NOT_EQUAL_OPERATOR) (NOT_EQUAL_OPERATOR) (INTEGER) (INTEGER) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (NOT_EQUAL_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (NOT_EQUAL_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (NOT_EQUAL_OPERATOR) (INTEGER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (NOT_EQUAL_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select 1 <> 2 <> 3, (1 <> 2) <> 3, 1 <> (2 <> 3)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (NOT_EQUAL2_OPERATOR) (NOT_EQUAL2_OPERATOR) (INTEGER) (INTEGER) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (NOT_EQUAL2_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (NOT_EQUAL2_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (NOT_EQUAL2_OPERATOR) (INTEGER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (NOT_EQUAL2_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select 1 < 2 < 3, (1 < 2) < 3, 1 < (2 < 3)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (LESS_THAN_OPERATOR) (LESS_THAN_OPERATOR) (INTEGER) (INTEGER) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (LESS_THAN_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (LESS_THAN_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (LESS_THAN_OPERATOR) (INTEGER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (LESS_THAN_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select 3 <= 2 <= 1, (3 <= 2) <= 1, 3 <= (2 <= 1)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (LESS_OR_EQUAL_OPERATOR) (LESS_OR_EQUAL_OPERATOR) (INTEGER) (INTEGER) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (LESS_OR_EQUAL_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (LESS_OR_EQUAL_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (LESS_OR_EQUAL_OPERATOR) (INTEGER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (LESS_OR_EQUAL_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select 1 > 2 > 3, (1 > 2) > 3, 1 > (2 > 3)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (GREATER_THAN_OPERATOR) (GREATER_THAN_OPERATOR) (INTEGER) (INTEGER) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (GREATER_THAN_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (GREATER_THAN_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (GREATER_THAN_OPERATOR) (INTEGER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (GREATER_THAN_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select 1 >= 2 >= 3, (1 >= 2) >= 3, 1 >= (2 >= 3)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (GREATER_OR_EQUAL_OPERATOR) (GREATER_OR_EQUAL_OPERATOR) (INTEGER) (INTEGER) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (GREATER_OR_EQUAL_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (GREATER_OR_EQUAL_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (GREATER_OR_EQUAL_OPERATOR) (INTEGER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (GREATER_OR_EQUAL_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // Testing that | is associative
  {"select 0xF0 | 0x0F | 0x55, (0xF0 | 0x0F) | 0x55, 0xF0 | (0x0F | 0x55)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (BITWISE_OR_OPERATOR) (BITWISE_OR_OPERATOR) (HEXNUMBER) (HEXNUMBER) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_OR_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_OR_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_OR_OPERATOR) (HEXNUMBER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_OR_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // Testing that & is associative
  {"select 0xF5 & 0x5F & 0x55, (0xF5 & 0x5F) & 0x55, 0xF5 & (0x5F & 0x55)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (BITWISE_AND_OPERATOR) (BITWISE_AND_OPERATOR) (HEXNUMBER) (HEXNUMBER) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_AND_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_AND_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_AND_OPERATOR) (HEXNUMBER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_AND_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // Testing that << is left associative
  {"select 4 << 3 << 2, (4 << 3) << 2, 4 << (3 << 2)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (SHIFT_LEFT_OPERATOR) (SHIFT_LEFT_OPERATOR) (INTEGER) (INTEGER) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (SHIFT_LEFT_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (SHIFT_LEFT_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (SHIFT_LEFT_OPERATOR) (INTEGER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (SHIFT_LEFT_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // Testing that >> is left associative
  {"select 256 >> 3 >> 2, (256 >> 3) >> 2, 256 >> (3 >> 2)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (SHIFT_RIGHT_OPERATOR) (SHIFT_RIGHT_OPERATOR) (INTEGER) (INTEGER) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (SHIFT_RIGHT_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (SHIFT_RIGHT_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (SHIFT_RIGHT_OPERATOR) (INTEGER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (SHIFT_RIGHT_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // Testing that & has precedence over |
  {"select 0xF0 & 0x0F | 0x55, (0xF0 & 0x0F) | 0x55, 0xF0 & (0x0F | 0x55)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (BITWISE_OR_OPERATOR) (BITWISE_AND_OPERATOR) (HEXNUMBER) (HEXNUMBER) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_OR_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_AND_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_AND_OPERATOR) (HEXNUMBER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_OR_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select 0x55 | 0xF0 & 0x0F, (0x55 | 0xF0) & 0x0F, 0x55 | (0xF0 & 0x0F)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (BITWISE_OR_OPERATOR) (HEXNUMBER) (BITWISE_AND_OPERATOR) (HEXNUMBER) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_AND_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_OR_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_OR_OPERATOR) (HEXNUMBER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_AND_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // Testing that << has precedence over |
  {"select 0x0F << 4 | 0x0F, (0x0F << 4) | 0x0F, 0x0F << (4 | 0x0F)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (BITWISE_OR_OPERATOR) (SHIFT_LEFT_OPERATOR) (HEXNUMBER) (INTEGER) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_OR_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (SHIFT_LEFT_OPERATOR) (HEXNUMBER) (INTEGER) (CLOSE_PAR_SYMBOL) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (SHIFT_LEFT_OPERATOR) (HEXNUMBER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_OR_OPERATOR) (INTEGER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select 0x0F | 0x0F << 4, (0x0F | 0x0F) << 4, 0x0F | (0x0F << 4)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (BITWISE_OR_OPERATOR) (HEXNUMBER) (SHIFT_LEFT_OPERATOR) (HEXNUMBER) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (SHIFT_LEFT_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_OR_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_OR_OPERATOR) (HEXNUMBER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (SHIFT_LEFT_OPERATOR) (HEXNUMBER) (INTEGER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // Testing that >> has precedence over |
  {"select 0xF0 >> 4 | 0xFF, (0xF0 >> 4) | 0xFF, 0xF0 >> (4 | 0xFF)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (BITWISE_OR_OPERATOR) (SHIFT_RIGHT_OPERATOR) (HEXNUMBER) (INTEGER) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_OR_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (SHIFT_RIGHT_OPERATOR) (HEXNUMBER) (INTEGER) (CLOSE_PAR_SYMBOL) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (SHIFT_RIGHT_OPERATOR) (HEXNUMBER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_OR_OPERATOR) (INTEGER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select 0xFF | 0xF0 >> 4, (0xFF | 0xF0) >> 4, 0xFF | (0xF0 >> 4)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (BITWISE_OR_OPERATOR) (HEXNUMBER) (SHIFT_RIGHT_OPERATOR) (HEXNUMBER) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (SHIFT_RIGHT_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_OR_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_OR_OPERATOR) (HEXNUMBER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (SHIFT_RIGHT_OPERATOR) (HEXNUMBER) (INTEGER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // Testing that << has precedence over &
  {"select 0x0F << 4 & 0xF0, (0x0F << 4) & 0xF0, 0x0F << (4 & 0xF0)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (BITWISE_AND_OPERATOR) (SHIFT_LEFT_OPERATOR) (HEXNUMBER) (INTEGER) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_AND_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (SHIFT_LEFT_OPERATOR) (HEXNUMBER) (INTEGER) (CLOSE_PAR_SYMBOL) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (SHIFT_LEFT_OPERATOR) (HEXNUMBER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_AND_OPERATOR) (INTEGER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select 0xF0 & 0x0F << 4, (0xF0 & 0x0F) << 4, 0xF0 & (0x0F << 4)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (BITWISE_AND_OPERATOR) (HEXNUMBER) (SHIFT_LEFT_OPERATOR) (HEXNUMBER) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (SHIFT_LEFT_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_AND_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_AND_OPERATOR) (HEXNUMBER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (SHIFT_LEFT_OPERATOR) (HEXNUMBER) (INTEGER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // Testing that >> has precedence over &
  {"select 0xF0 >> 4 & 0x55, (0xF0 >> 4) & 0x55, 0xF0 >> (4 & 0x55)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (BITWISE_AND_OPERATOR) (SHIFT_RIGHT_OPERATOR) (HEXNUMBER) (INTEGER) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_AND_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (SHIFT_RIGHT_OPERATOR) (HEXNUMBER) (INTEGER) (CLOSE_PAR_SYMBOL) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (SHIFT_RIGHT_OPERATOR) (HEXNUMBER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_AND_OPERATOR) (INTEGER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select 0x0F & 0xF0 >> 4, (0x0F & 0xF0) >> 4, 0x0F & (0xF0 >> 4)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (BITWISE_AND_OPERATOR) (HEXNUMBER) (SHIFT_RIGHT_OPERATOR) (HEXNUMBER) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (SHIFT_RIGHT_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_AND_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_AND_OPERATOR) (HEXNUMBER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (SHIFT_RIGHT_OPERATOR) (HEXNUMBER) (INTEGER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // Testing that >> and << have the same precedence
  {"select 0xFF >> 4 << 2, (0xFF >> 4) << 2, 0xFF >> (4 << 2)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (SHIFT_LEFT_OPERATOR) (SHIFT_RIGHT_OPERATOR) (HEXNUMBER) (INTEGER) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (SHIFT_LEFT_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (SHIFT_RIGHT_OPERATOR) (HEXNUMBER) (INTEGER) (CLOSE_PAR_SYMBOL) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (SHIFT_RIGHT_OPERATOR) (HEXNUMBER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (SHIFT_LEFT_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select 0x0F << 4 >> 2, (0x0F << 4) >> 2, 0x0F << (4 >> 2)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (SHIFT_RIGHT_OPERATOR) (SHIFT_LEFT_OPERATOR) (HEXNUMBER) (INTEGER) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (SHIFT_RIGHT_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (SHIFT_LEFT_OPERATOR) (HEXNUMBER) (INTEGER) (CLOSE_PAR_SYMBOL) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (SHIFT_LEFT_OPERATOR) (HEXNUMBER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (SHIFT_RIGHT_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // Testing that binary + is associative
  {"select 1 + 2 + 3, (1 + 2) + 3, 1 + (2 + 3)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (PLUS_OPERATOR) (PLUS_OPERATOR) (INTEGER) (INTEGER) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (PLUS_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (PLUS_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (PLUS_OPERATOR) (INTEGER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (PLUS_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // Testing that binary - is left associative
  {"select 1 - 2 - 3, (1 - 2) - 3, 1 - (2 - 3)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (MINUS_OPERATOR) (MINUS_OPERATOR) (INTEGER) (INTEGER) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (MINUS_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (MINUS_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (MINUS_OPERATOR) (INTEGER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (MINUS_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // Testing that binary + and binary - have the same precedence
  // and are evaluated left to right
  {"select 1 + 2 - 3, (1 + 2) - 3, 1 + (2 - 3)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (MINUS_OPERATOR) (PLUS_OPERATOR) (INTEGER) (INTEGER) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (MINUS_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (PLUS_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (PLUS_OPERATOR) (INTEGER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (MINUS_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select 1 - 2 + 3, (1 - 2) + 3, 1 - (2 + 3)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (PLUS_OPERATOR) (MINUS_OPERATOR) (INTEGER) (INTEGER) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (PLUS_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (MINUS_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (MINUS_OPERATOR) (INTEGER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (PLUS_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // Testing that binary + has precedence over |
  {"select 0xF0 + 0x0F | 0x55, (0xF0 + 0x0F) | 0x55, 0xF0 + (0x0F | 0x55)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (BITWISE_OR_OPERATOR) (PLUS_OPERATOR) (HEXNUMBER) (HEXNUMBER) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_OR_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (PLUS_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (PLUS_OPERATOR) (HEXNUMBER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_OR_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select 0x55 | 0xF0 + 0x0F, (0x55 | 0xF0) + 0x0F, 0x55 | (0xF0 + 0x0F)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (BITWISE_OR_OPERATOR) (HEXNUMBER) (PLUS_OPERATOR) (HEXNUMBER) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (PLUS_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_OR_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_OR_OPERATOR) (HEXNUMBER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (PLUS_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // Testing that binary + has precedence over &
  {"select 0xF0 + 0x0F & 0x55, (0xF0 + 0x0F) & 0x55, 0xF0 + (0x0F & 0x55)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (BITWISE_AND_OPERATOR) (PLUS_OPERATOR) (HEXNUMBER) (HEXNUMBER) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_AND_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (PLUS_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (PLUS_OPERATOR) (HEXNUMBER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_AND_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select 0x55 & 0xF0 + 0x0F, (0x55 & 0xF0) + 0x0F, 0x55 & (0xF0 + 0x0F)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (BITWISE_AND_OPERATOR) (HEXNUMBER) (PLUS_OPERATOR) (HEXNUMBER) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (PLUS_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_AND_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_AND_OPERATOR) (HEXNUMBER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (PLUS_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // Testing that binary + has precedence over <<
  {"select 2 + 3 << 4, (2 + 3) << 4, 2 + (3 << 4)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (SHIFT_LEFT_OPERATOR) (PLUS_OPERATOR) (INTEGER) (INTEGER) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (SHIFT_LEFT_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (PLUS_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (PLUS_OPERATOR) (INTEGER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (SHIFT_LEFT_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select 3 << 4 + 2, (3 << 4) + 2, 3 << (4 + 2)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (SHIFT_LEFT_OPERATOR) (INTEGER) (PLUS_OPERATOR) (INTEGER) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (PLUS_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (SHIFT_LEFT_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (SHIFT_LEFT_OPERATOR) (INTEGER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (PLUS_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // Testing that binary + has precedence over >>
  {"select 4 + 3 >> 2, (4 + 3) >> 2, 4 + (3 >> 2)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (SHIFT_RIGHT_OPERATOR) (PLUS_OPERATOR) (INTEGER) (INTEGER) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (SHIFT_RIGHT_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (PLUS_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (PLUS_OPERATOR) (INTEGER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (SHIFT_RIGHT_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select 3 >> 2 + 1, (3 >> 2) + 1, 3 >> (2 + 1)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (SHIFT_RIGHT_OPERATOR) (INTEGER) (PLUS_OPERATOR) (INTEGER) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (PLUS_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (SHIFT_RIGHT_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (SHIFT_RIGHT_OPERATOR) (INTEGER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (PLUS_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // Testing that binary - has precedence over |
  {"select 0xFF - 0x0F | 0x55, (0xFF - 0x0F) | 0x55, 0xFF - (0x0F | 0x55)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (BITWISE_OR_OPERATOR) (MINUS_OPERATOR) (HEXNUMBER) (HEXNUMBER) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_OR_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (MINUS_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (MINUS_OPERATOR) (HEXNUMBER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_OR_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select 0x55 | 0xFF - 0xF0, (0x55 | 0xFF) - 0xF0, 0x55 | (0xFF - 0xF0)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (BITWISE_OR_OPERATOR) (HEXNUMBER) (MINUS_OPERATOR) (HEXNUMBER) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (MINUS_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_OR_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_OR_OPERATOR) (HEXNUMBER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (MINUS_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // Testing that binary - has precedence over &
  {"select 0xFF - 0xF0 & 0x55, (0xFF - 0xF0) & 0x55, 0xFF - (0xF0 & 0x55)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (BITWISE_AND_OPERATOR) (MINUS_OPERATOR) (HEXNUMBER) (HEXNUMBER) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_AND_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (MINUS_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (MINUS_OPERATOR) (HEXNUMBER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_AND_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select 0x55 & 0xFF - 0xF0, (0x55 & 0xFF) - 0xF0, 0x55 & (0xFF - 0xF0)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (BITWISE_AND_OPERATOR) (HEXNUMBER) (MINUS_OPERATOR) (HEXNUMBER) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (MINUS_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_AND_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_AND_OPERATOR) (HEXNUMBER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (MINUS_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // Testing that binary - has precedence over <<
  {"select 16 - 3 << 2, (16 - 3) << 2, 16 - (3 << 2)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (SHIFT_LEFT_OPERATOR) (MINUS_OPERATOR) (INTEGER) (INTEGER) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (SHIFT_LEFT_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (MINUS_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (MINUS_OPERATOR) (INTEGER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (SHIFT_LEFT_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select 4 << 3 - 2, (4 << 3) - 2, 4 << (3 - 2)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (SHIFT_LEFT_OPERATOR) (INTEGER) (MINUS_OPERATOR) (INTEGER) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (MINUS_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (SHIFT_LEFT_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (SHIFT_LEFT_OPERATOR) (INTEGER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (MINUS_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // Testing that binary - has precedence over >>
  {"select 16 - 3 >> 2, (16 - 3) >> 2, 16 - (3 >> 2)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (SHIFT_RIGHT_OPERATOR) (MINUS_OPERATOR) (INTEGER) (INTEGER) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (SHIFT_RIGHT_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (MINUS_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (MINUS_OPERATOR) (INTEGER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (SHIFT_RIGHT_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select 16 >> 3 - 2, (16 >> 3) - 2, 16 >> (3 - 2)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (SHIFT_RIGHT_OPERATOR) (INTEGER) (MINUS_OPERATOR) (INTEGER) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (MINUS_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (SHIFT_RIGHT_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (SHIFT_RIGHT_OPERATOR) (INTEGER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (MINUS_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // Testing that * is associative
  {"select 2 * 3 * 4, (2 * 3) * 4, 2 * (3 * 4)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (MULT_OPERATOR) (MULT_OPERATOR) (INTEGER) (INTEGER) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (MULT_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (MULT_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (MULT_OPERATOR) (INTEGER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (MULT_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // Testing that * has precedence over |
  {"select 2 * 0x40 | 0x0F, (2 * 0x40) | 0x0F, 2 * (0x40 | 0x0F)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (BITWISE_OR_OPERATOR) (MULT_OPERATOR) (INTEGER) (HEXNUMBER) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_OR_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (MULT_OPERATOR) (INTEGER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (MULT_OPERATOR) (INTEGER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_OR_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select 0x0F | 2 * 0x40, (0x0F | 2) * 0x40, 0x0F | (2 * 0x40)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (BITWISE_OR_OPERATOR) (HEXNUMBER) (MULT_OPERATOR) (INTEGER) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (MULT_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_OR_OPERATOR) (HEXNUMBER) (INTEGER) (CLOSE_PAR_SYMBOL) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_OR_OPERATOR) (HEXNUMBER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (MULT_OPERATOR) (INTEGER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // Testing that * has precedence over &
  {"select 2 * 0x40 & 0x55, (2 * 0x40) & 0x55, 2 * (0x40 & 0x55)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (BITWISE_AND_OPERATOR) (MULT_OPERATOR) (INTEGER) (HEXNUMBER) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_AND_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (MULT_OPERATOR) (INTEGER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (MULT_OPERATOR) (INTEGER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_AND_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select 0xF0 & 2 * 0x40, (0xF0 & 2) * 0x40, 0xF0 & (2 * 0x40)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (BITWISE_AND_OPERATOR) (HEXNUMBER) (MULT_OPERATOR) (INTEGER) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (MULT_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_AND_OPERATOR) (HEXNUMBER) (INTEGER) (CLOSE_PAR_SYMBOL) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_AND_OPERATOR) (HEXNUMBER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (MULT_OPERATOR) (INTEGER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // Testing that * has precedence over <<.
  {"select 5 * 3 << 4, (5 * 3) << 4, 5 * (3 << 4)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (SHIFT_LEFT_OPERATOR) (MULT_OPERATOR) (INTEGER) (INTEGER) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (SHIFT_LEFT_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (MULT_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (MULT_OPERATOR) (INTEGER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (SHIFT_LEFT_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select 2 << 3 * 4, (2 << 3) * 4, 2 << (3 * 4)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (SHIFT_LEFT_OPERATOR) (INTEGER) (MULT_OPERATOR) (INTEGER) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (MULT_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (SHIFT_LEFT_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (SHIFT_LEFT_OPERATOR) (INTEGER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (MULT_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // Testing that * has precedence over >>.
  {"select 3 * 4 >> 2, (3 * 4) >> 2, 3 * (4 >> 2)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (SHIFT_RIGHT_OPERATOR) (MULT_OPERATOR) (INTEGER) (INTEGER) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (SHIFT_RIGHT_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (MULT_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (MULT_OPERATOR) (INTEGER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (SHIFT_RIGHT_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select 4 >> 2 * 3, (4 >> 2) * 3, 4 >> (2 * 3)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (SHIFT_RIGHT_OPERATOR) (INTEGER) (MULT_OPERATOR) (INTEGER) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (MULT_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (SHIFT_RIGHT_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (SHIFT_RIGHT_OPERATOR) (INTEGER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (MULT_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // Testing that * has precedence over binary +
  {"select 2 * 3 + 4, (2 * 3) + 4, 2 * (3 + 4)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (PLUS_OPERATOR) (MULT_OPERATOR) (INTEGER) (INTEGER) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (PLUS_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (MULT_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (MULT_OPERATOR) (INTEGER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (PLUS_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select 2 + 3 * 4, (2 + 3) * 4, 2 + (3 * 4)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (PLUS_OPERATOR) (INTEGER) (MULT_OPERATOR) (INTEGER) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (MULT_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (PLUS_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (PLUS_OPERATOR) (INTEGER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (MULT_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // Testing that * has precedence over binary -
  {"select 4 * 3 - 2, (4 * 3) - 2, 4 * (3 - 2)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (MINUS_OPERATOR) (MULT_OPERATOR) (INTEGER) (INTEGER) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (MINUS_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (MULT_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (MULT_OPERATOR) (INTEGER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (MINUS_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select 4 - 3 * 2, (4 - 3) * 2, 4 - (3 * 2)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (MINUS_OPERATOR) (INTEGER) (MULT_OPERATOR) (INTEGER) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (MULT_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (MINUS_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (MINUS_OPERATOR) (INTEGER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (MULT_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // Testing that / is left associative
  {"select 15 / 5 / 3, (15 / 5) / 3, 15 / (5 / 3)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (DIV_OPERATOR) (DIV_OPERATOR) (INTEGER) (INTEGER) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (DIV_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (DIV_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (DIV_OPERATOR) (INTEGER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (DIV_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // Testing that / has precedence over |
  {"select 105 / 5 | 2, (105 / 5) | 2, 105 / (5 | 2)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (BITWISE_OR_OPERATOR) (DIV_OPERATOR) (INTEGER) (INTEGER) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_OR_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (DIV_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (DIV_OPERATOR) (INTEGER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_OR_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select 105 | 2 / 5, (105 | 2) / 5, 105 | (2 / 5)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (BITWISE_OR_OPERATOR) (INTEGER) (DIV_OPERATOR) (INTEGER) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (DIV_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_OR_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_OR_OPERATOR) (INTEGER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (DIV_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // Testing that / has precedence over &
  {"select 105 / 5 & 0x0F, (105 / 5) & 0x0F, 105 / (5 & 0x0F)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (BITWISE_AND_OPERATOR) (DIV_OPERATOR) (INTEGER) (INTEGER) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_AND_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (DIV_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (DIV_OPERATOR) (INTEGER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_AND_OPERATOR) (INTEGER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select 0x0F & 105 / 5, (0x0F & 105) / 5, 0x0F & (105 / 5)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (BITWISE_AND_OPERATOR) (HEXNUMBER) (DIV_OPERATOR) (INTEGER) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (DIV_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_AND_OPERATOR) (HEXNUMBER) (INTEGER) (CLOSE_PAR_SYMBOL) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_AND_OPERATOR) (HEXNUMBER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (DIV_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // Testing that / has precedence over <<
  {"select 0x80 / 4 << 2, (0x80 / 4) << 2, 0x80 / (4 << 2)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (SHIFT_LEFT_OPERATOR) (DIV_OPERATOR) (HEXNUMBER) (INTEGER) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (SHIFT_LEFT_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (DIV_OPERATOR) (HEXNUMBER) (INTEGER) (CLOSE_PAR_SYMBOL) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (DIV_OPERATOR) (HEXNUMBER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (SHIFT_LEFT_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select 0x80 << 4 / 2, (0x80 << 4) / 2, 0x80 << (4 / 2)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (SHIFT_LEFT_OPERATOR) (HEXNUMBER) (DIV_OPERATOR) (INTEGER) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (DIV_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (SHIFT_LEFT_OPERATOR) (HEXNUMBER) (INTEGER) (CLOSE_PAR_SYMBOL) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (SHIFT_LEFT_OPERATOR) (HEXNUMBER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (DIV_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // Testing that / has precedence over >>
  {"select 0x80 / 4 >> 2, (0x80 / 4) >> 2, 0x80 / (4 >> 2)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (SHIFT_RIGHT_OPERATOR) (DIV_OPERATOR) (HEXNUMBER) (INTEGER) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (SHIFT_RIGHT_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (DIV_OPERATOR) (HEXNUMBER) (INTEGER) (CLOSE_PAR_SYMBOL) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (DIV_OPERATOR) (HEXNUMBER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (SHIFT_RIGHT_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select 0x80 >> 4 / 2, (0x80 >> 4) / 2, 0x80 >> (4 / 2)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (SHIFT_RIGHT_OPERATOR) (HEXNUMBER) (DIV_OPERATOR) (INTEGER) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (DIV_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (SHIFT_RIGHT_OPERATOR) (HEXNUMBER) (INTEGER) (CLOSE_PAR_SYMBOL) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (SHIFT_RIGHT_OPERATOR) (HEXNUMBER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (DIV_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // Testing that / has precedence over binary +
  {"select 0x80 / 2 + 2, (0x80 / 2) + 2, 0x80 / (2 + 2)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (PLUS_OPERATOR) (DIV_OPERATOR) (HEXNUMBER) (INTEGER) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (PLUS_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (DIV_OPERATOR) (HEXNUMBER) (INTEGER) (CLOSE_PAR_SYMBOL) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (DIV_OPERATOR) (HEXNUMBER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (PLUS_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select 0x80 + 2 / 2, (0x80 + 2) / 2, 0x80 + (2 / 2)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (PLUS_OPERATOR) (HEXNUMBER) (DIV_OPERATOR) (INTEGER) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (DIV_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (PLUS_OPERATOR) (HEXNUMBER) (INTEGER) (CLOSE_PAR_SYMBOL) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (PLUS_OPERATOR) (HEXNUMBER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (DIV_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // Testing that / has precedence over binary -
  {"select 0x80 / 4 - 2, (0x80 / 4) - 2, 0x80 / (4 - 2)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (MINUS_OPERATOR) (DIV_OPERATOR) (HEXNUMBER) (INTEGER) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (MINUS_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (DIV_OPERATOR) (HEXNUMBER) (INTEGER) (CLOSE_PAR_SYMBOL) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (DIV_OPERATOR) (HEXNUMBER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (MINUS_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select 0x80 - 4 / 2, (0x80 - 4) / 2, 0x80 - (4 / 2)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (MINUS_OPERATOR) (HEXNUMBER) (DIV_OPERATOR) (INTEGER) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (DIV_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (MINUS_OPERATOR) (HEXNUMBER) (INTEGER) (CLOSE_PAR_SYMBOL) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (MINUS_OPERATOR) (HEXNUMBER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (DIV_OPERATOR) (INTEGER) (INTEGER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // TODO: %, DIV, MOD

  // Testing that ^ is associative
  {"select 0xFF ^ 0xF0 ^ 0x0F, (0xFF ^ 0xF0) ^ 0x0F, 0xFF ^ (0xF0 ^ 0x0F)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (BITWISE_XOR_OPERATOR) (BITWISE_XOR_OPERATOR) (HEXNUMBER) (HEXNUMBER) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_XOR_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_XOR_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_XOR_OPERATOR) (HEXNUMBER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_XOR_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select 0xFF ^ 0xF0 ^ 0x55, (0xFF ^ 0xF0) ^ 0x55, 0xFF ^ (0xF0 ^ 0x55)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (BITWISE_XOR_OPERATOR) (BITWISE_XOR_OPERATOR) (HEXNUMBER) (HEXNUMBER) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_XOR_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_XOR_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_XOR_OPERATOR) (HEXNUMBER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_XOR_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // Testing that ^ has precedence over |
  {"select 0xFF ^ 0xF0 | 0x0F, (0xFF ^ 0xF0) | 0x0F, 0xFF ^ (0xF0 | 0x0F)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (BITWISE_OR_OPERATOR) (BITWISE_XOR_OPERATOR) (HEXNUMBER) (HEXNUMBER) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_OR_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_XOR_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_XOR_OPERATOR) (HEXNUMBER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_OR_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select 0xF0 | 0xFF ^ 0xF0, (0xF0 | 0xFF) ^ 0xF0, 0xF0 | (0xFF ^ 0xF0)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (BITWISE_OR_OPERATOR) (HEXNUMBER) (BITWISE_XOR_OPERATOR) (HEXNUMBER) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_XOR_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_OR_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_OR_OPERATOR) (HEXNUMBER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_XOR_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // Testing that ^ has precedence over &
  {"select 0xFF ^ 0xF0 & 0x0F, (0xFF ^ 0xF0) & 0x0F, 0xFF ^ (0xF0 & 0x0F)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (BITWISE_AND_OPERATOR) (BITWISE_XOR_OPERATOR) (HEXNUMBER) (HEXNUMBER) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_AND_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_XOR_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_XOR_OPERATOR) (HEXNUMBER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_AND_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select 0x0F & 0xFF ^ 0xF0, (0x0F & 0xFF) ^ 0xF0, 0x0F & (0xFF ^ 0xF0)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (BITWISE_AND_OPERATOR) (HEXNUMBER) (BITWISE_XOR_OPERATOR) (HEXNUMBER) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_XOR_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_AND_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_AND_OPERATOR) (HEXNUMBER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_XOR_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // Testing that ^ has precedence over <<
  {"select 0xFF ^ 0xF0 << 2, (0xFF ^ 0xF0) << 2, 0xFF ^ (0xF0 << 2)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (SHIFT_LEFT_OPERATOR) (BITWISE_XOR_OPERATOR) (HEXNUMBER) (HEXNUMBER) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (SHIFT_LEFT_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_XOR_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_XOR_OPERATOR) (HEXNUMBER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (SHIFT_LEFT_OPERATOR) (HEXNUMBER) (INTEGER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select 0x0F << 2 ^ 0xFF, (0x0F << 2) ^ 0xFF, 0x0F << (2 ^ 0xFF)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (SHIFT_LEFT_OPERATOR) (HEXNUMBER) (BITWISE_XOR_OPERATOR) (INTEGER) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_XOR_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (SHIFT_LEFT_OPERATOR) (HEXNUMBER) (INTEGER) (CLOSE_PAR_SYMBOL) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (SHIFT_LEFT_OPERATOR) (HEXNUMBER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_XOR_OPERATOR) (INTEGER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // Testing that ^ has precedence over >>
  {"select 0xFF ^ 0xF0 >> 2, (0xFF ^ 0xF0) >> 2, 0xFF ^ (0xF0 >> 2)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (SHIFT_RIGHT_OPERATOR) (BITWISE_XOR_OPERATOR) (HEXNUMBER) (HEXNUMBER) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (SHIFT_RIGHT_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_XOR_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_XOR_OPERATOR) (HEXNUMBER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (SHIFT_RIGHT_OPERATOR) (HEXNUMBER) (INTEGER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select 0xFF >> 2 ^ 0xF0, (0xFF >> 2) ^ 0xF0, 0xFF >> (2 ^ 0xF0)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (SHIFT_RIGHT_OPERATOR) (HEXNUMBER) (BITWISE_XOR_OPERATOR) (INTEGER) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_XOR_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (SHIFT_RIGHT_OPERATOR) (HEXNUMBER) (INTEGER) (CLOSE_PAR_SYMBOL) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (SHIFT_RIGHT_OPERATOR) (HEXNUMBER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_XOR_OPERATOR) (INTEGER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // Testing that ^ has precedence over binary +
  {"select 0xFF ^ 0xF0 + 0x0F, (0xFF ^ 0xF0) + 0x0F, 0xFF ^ (0xF0 + 0x0F)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (PLUS_OPERATOR) (BITWISE_XOR_OPERATOR) (HEXNUMBER) (HEXNUMBER) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (PLUS_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_XOR_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_XOR_OPERATOR) (HEXNUMBER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (PLUS_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select 0x0F + 0xFF ^ 0xF0, (0x0F + 0xFF) ^ 0xF0, 0x0F + (0xFF ^ 0xF0)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (PLUS_OPERATOR) (HEXNUMBER) (BITWISE_XOR_OPERATOR) (HEXNUMBER) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_XOR_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (PLUS_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (PLUS_OPERATOR) (HEXNUMBER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_XOR_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // Testing that ^ has precedence over binary -
  {"select 0xFF ^ 0xF0 - 1, (0xFF ^ 0xF0) - 1, 0xFF ^ (0xF0 - 1)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (MINUS_OPERATOR) (BITWISE_XOR_OPERATOR) (HEXNUMBER) (HEXNUMBER) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (MINUS_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_XOR_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_XOR_OPERATOR) (HEXNUMBER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (MINUS_OPERATOR) (HEXNUMBER) (INTEGER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select 0x55 - 0x0F ^ 0x55, (0x55 - 0x0F) ^ 0x55, 0x55 - (0x0F ^ 0x55)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (MINUS_OPERATOR) (HEXNUMBER) (BITWISE_XOR_OPERATOR) (HEXNUMBER) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_XOR_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (MINUS_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (MINUS_OPERATOR) (HEXNUMBER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_XOR_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // Testing that ^ has precedence over *
  {"select 0xFF ^ 0xF0 * 2, (0xFF ^ 0xF0) * 2, 0xFF ^ (0xF0 * 2)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (MULT_OPERATOR) (BITWISE_XOR_OPERATOR) (HEXNUMBER) (HEXNUMBER) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (MULT_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_XOR_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_XOR_OPERATOR) (HEXNUMBER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (MULT_OPERATOR) (HEXNUMBER) (INTEGER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select 2 * 0xFF ^ 0xF0, (2 * 0xFF) ^ 0xF0, 2 * (0xFF ^ 0xF0)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (MULT_OPERATOR) (INTEGER) (BITWISE_XOR_OPERATOR) (HEXNUMBER) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_XOR_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (MULT_OPERATOR) (INTEGER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (MULT_OPERATOR) (INTEGER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_XOR_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // Testing that ^ has precedence over /
  {"select 0xFF ^ 0xF0 / 2, (0xFF ^ 0xF0) / 2, 0xFF ^ (0xF0 / 2)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (DIV_OPERATOR) (BITWISE_XOR_OPERATOR) (HEXNUMBER) (HEXNUMBER) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (DIV_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_XOR_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_XOR_OPERATOR) (HEXNUMBER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (DIV_OPERATOR) (HEXNUMBER) (INTEGER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select 0xF2 / 2 ^ 0xF0, (0xF2 / 2) ^ 0xF0, 0xF2 / (2 ^ 0xF0)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (DIV_OPERATOR) (HEXNUMBER) (BITWISE_XOR_OPERATOR) (INTEGER) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_XOR_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (DIV_OPERATOR) (HEXNUMBER) (INTEGER) (CLOSE_PAR_SYMBOL) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (DIV_OPERATOR) (HEXNUMBER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_XOR_OPERATOR) (INTEGER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // Testing that ^ has precedence over %
  {"select 0xFF ^ 0xF0 % 0x20, (0xFF ^ 0xF0) % 0x20, 0xFF ^ (0xF0 % 0x20)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (MOD_OPERATOR) (BITWISE_XOR_OPERATOR) (HEXNUMBER) (HEXNUMBER) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (MOD_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_XOR_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_XOR_OPERATOR) (HEXNUMBER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (MOD_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select 0xFF % 0x20 ^ 0xF0, (0xFF % 0x20) ^ 0xF0, 0xFF % (0x20 ^ 0xF0)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (MOD_OPERATOR) (HEXNUMBER) (BITWISE_XOR_OPERATOR) (HEXNUMBER) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_XOR_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (MOD_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (MOD_OPERATOR) (HEXNUMBER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_XOR_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // Testing that ^ has precedence over DIV
  {"select 0xFF ^ 0xF0 DIV 2, (0xFF ^ 0xF0) DIV 2, 0xFF ^ (0xF0 DIV 2)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (DIV_SYMBOL) (BITWISE_XOR_OPERATOR) (HEXNUMBER) (HEXNUMBER) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (DIV_SYMBOL) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_XOR_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (INTEGER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_XOR_OPERATOR) (HEXNUMBER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (DIV_SYMBOL) (HEXNUMBER) (INTEGER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select 0xF2 DIV 2 ^ 0xF0, (0xF2 DIV 2) ^ 0xF0, 0xF2 DIV (2 ^ 0xF0)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (DIV_SYMBOL) (HEXNUMBER) (BITWISE_XOR_OPERATOR) (INTEGER) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_XOR_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (DIV_SYMBOL) (HEXNUMBER) (INTEGER) (CLOSE_PAR_SYMBOL) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (DIV_SYMBOL) (HEXNUMBER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_XOR_OPERATOR) (INTEGER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },

  // Testing that ^ has precedence over MOD
  {"select 0xFF ^ 0xF0 MOD 0x20, (0xFF ^ 0xF0) MOD 0x20, 0xFF ^ (0xF0 MOD 0x20)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (MOD_SYMBOL) (BITWISE_XOR_OPERATOR) (HEXNUMBER) (HEXNUMBER) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (MOD_SYMBOL) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_XOR_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_XOR_OPERATOR) (HEXNUMBER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (MOD_SYMBOL) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"select 0xFF MOD 0x20 ^ 0xF0, (0xFF MOD 0x20) ^ 0xF0, 0xFF MOD (0x20 ^ 0xF0)",
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (MOD_SYMBOL) (HEXNUMBER) (BITWISE_XOR_OPERATOR) (HEXNUMBER) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (BITWISE_XOR_OPERATOR) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (MOD_SYMBOL) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (HEXNUMBER) (COMMA_SYMBOL) (SELECT_EXPR) (MOD_SYMBOL) (HEXNUMBER) (PAR_EXPRESSION) (OPEN_PAR_SYMBOL) (BITWISE_XOR_OPERATOR) (HEXNUMBER) (HEXNUMBER) (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  }
};

TEST_FUNCTION(25)
{
  for (int i = 0; i < sizeof(precedence_test_data) / sizeof(precedence_test_data[0]); i++)
    if (!parse_and_compare(precedence_test_data[i].query, 50530, "ANSI_QUOTES", _charsets,
      precedence_test_data[i].tokens))
      ensure("Operator precedence test - query failed: " + precedence_test_data[i].query, false);
}

/**
 * Tests for all relevant SQL modes (ANSI, DB2, MAXDB, MSSQL, ORACLE, POSTGRESQL, MYSQL323, MYSQL40
 * ANSI_QUOTES, PIPES_AS_CONCAT, NO_BACKSLASH_ESCAPES, IGNORE_SPACE, HIGH_NOT_PRECEDENCE and combinations of them).
 */

struct sql_mode_test_entry
{
  std::string query;
  std::string modes;
  int errors;
  std::vector<ANTLR3_INT32> tokens;
};

const sql_mode_test_entry sql_mode_test_data[] = {
  // IGNORE_SPACE
  {"create table count (id int)", "", 0,
    list_of (CREATE_SYMBOL) (TABLE_SYMBOL) (IDENTIFIER) (OPEN_PAR_SYMBOL) (IDENTIFIER) (INT_SYMBOL)
    (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"create table count(id int)", "", 1, 
    list_of (CREATE_SYMBOL) (TABLE_SYMBOL) (ANTLR3_TOKEN_INVALID) (OPEN_PAR_SYMBOL) (IDENTIFIER) (INT_SYMBOL)
    (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"create table count (id int)", "IGNORE_SPACE", 1, 
    list_of (CREATE_SYMBOL) (TABLE_SYMBOL) (ANTLR3_TOKEN_INVALID) (OPEN_PAR_SYMBOL) (IDENTIFIER) (INT_SYMBOL)
    (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"create table count(id int)", "IGNORE_SPACE", 1, 
    list_of (CREATE_SYMBOL) (TABLE_SYMBOL) (ANTLR3_TOKEN_INVALID) (OPEN_PAR_SYMBOL) (IDENTIFIER) (INT_SYMBOL)
    (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"create table xxx (id int)", "", 0,
    list_of (CREATE_SYMBOL) (TABLE_SYMBOL) (IDENTIFIER) (OPEN_PAR_SYMBOL) (IDENTIFIER) (INT_SYMBOL)
    (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"create table xxx(id int)", "", 0,
    list_of (CREATE_SYMBOL) (TABLE_SYMBOL) (IDENTIFIER) (OPEN_PAR_SYMBOL) (IDENTIFIER) (INT_SYMBOL)
    (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"create table xxx (id int)", "IGNORE_SPACE", 0,
    list_of (CREATE_SYMBOL) (TABLE_SYMBOL) (IDENTIFIER) (OPEN_PAR_SYMBOL) (IDENTIFIER) (INT_SYMBOL)
    (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  {"create table xxx(id int)", "IGNORE_SPACE", 0,
    list_of (CREATE_SYMBOL) (TABLE_SYMBOL) (IDENTIFIER) (OPEN_PAR_SYMBOL) (IDENTIFIER) (INT_SYMBOL)
    (CLOSE_PAR_SYMBOL) (ANTLR3_TOKEN_EOF)
  },
  // ANSI_QUOTES
  {"select \"abc\" \"def\" 'ghi''\\n\\Z\\z'", "", 0,
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (STRING) (DOUBLE_QUOTED_TEXT) (DOUBLE_QUOTED_TEXT) (SINGLE_QUOTED_TEXT)
    (ANTLR3_TOKEN_EOF)
  },
  {"select \"abc\" \"def\" 'ghi''\\n\\Z\\z'", "ANSI_QUOTES", 1,
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (FIELD_REF_ID) (DOUBLE_QUOTED_TEXT) (DOUBLE_QUOTED_TEXT) 
    (ANTLR3_TOKEN_EOF)
  },
  // PIPES_AS_CONCAT
  {"select \"abc\" || \"def\"", "", 0,
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (LOGICAL_OR_OPERATOR) (STRING) (DOUBLE_QUOTED_TEXT) (STRING) (DOUBLE_QUOTED_TEXT)
    (ANTLR3_TOKEN_EOF)
  },
  {"select \"abc\" || \"def\"", "PIPES_AS_CONCAT", 0,
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (CONCAT_PIPES_SYMBOL) (STRING) (DOUBLE_QUOTED_TEXT) (STRING) (DOUBLE_QUOTED_TEXT)
    (ANTLR3_TOKEN_EOF)
  },
  // HIGH_NOT_PRECEDENCE
  {"select not 1 between -5 and 5", "", 0,
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (NOT_SYMBOL) (BETWEEN_SYMBOL) (INTEGER) (MINUS_OPERATOR) (INTEGER)
    (AND_SYMBOL) (INTEGER) (ANTLR3_TOKEN_EOF)
  },
  {"select not 1 between -5 and 5", "HIGH_NOT_PRECEDENCE", 0,
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (BETWEEN_SYMBOL) (NOT2_SYMBOL) (INTEGER) (MINUS_OPERATOR) (INTEGER)
    (AND_SYMBOL) (INTEGER) (ANTLR3_TOKEN_EOF)
  },
  // NO_BACKSLASH_ESCAPES
  {"select \"abc \\\"def\"", "", 0,
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (STRING) (DOUBLE_QUOTED_TEXT) (ANTLR3_TOKEN_EOF)
  },
    {"select \"abc \\\"def\"", "NO_BACKSLASH_ESCAPES", 1,
    list_of (SELECT_SYMBOL) (SELECT_EXPR) (STRING) (DOUBLE_QUOTED_TEXT) (IDENTIFIER) (ANTLR3_TOKEN_EOF)
  },

  // TODO: add tests for sql modes that are synonyms for a combination of the base modes.
};

TEST_FUNCTION(30)
{
  for (int i = 0; i < sizeof(sql_mode_test_data) / sizeof(sql_mode_test_data[0]); i++)
    ensure(base::strfmt("30.%i SQL_MODE test", i),
      parse_and_compare(sql_mode_test_data[i].query, 50610, sql_mode_test_data[i].modes,
        _charsets, sql_mode_test_data[i].tokens, sql_mode_test_data[i].errors));

}

/**
 * Tests the parser's string concatenation feature.
 */
TEST_FUNCTION(35)
{
  std::string sql = "select \"abc\" \"def\" 'ghi''\\n\\z'";

  MySQLRecognizer recognizer(sql.c_str(), sql.size(), true, 50610, "", _charsets);
  ensure_equals("35.1 String concatenation", recognizer.error_info().size(), 0);
  
  MySQLRecognizerTreeWalker walker = recognizer.tree_walker();
  ensure("35.2 String concatenation", walker.advance_to_type(STRING, true));
  ensure_equals("35.3 String concatentation", walker.token_text(), "abcdefghi'\nz");
}

// TODO: create tests for all server version dependent features.

END_TESTS;

//----------------------------------------------------------------------------------------------------------------------

