/*
 * Copyright 2015 Red Hat, Inc. and/or its affiliates.
 *
 * Licensed under the Apache License, Version 2.0 (the "License");
 * you may not use this file except in compliance with the License.
 * 
 *      http://www.apache.org/licenses/LICENSE-2.0
 *
 * Unless required by applicable law or agreed to in writing, software
 * distributed under the License is distributed on an "AS IS" BASIS,
 * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
 * See the License for the specific language governing permissions and
 * limitations under the License.
*/

package org.drools.mvel.compiler.lang;

public class TestDRL {
    String stdout;
    String stderr;

//    @Before
//    public void setUp() throws Exception {
//        // initializes pluggable operators
//        new EvaluatorRegistry();
//    }
//
//    @Test
//    public void testPackage_statement1() throws Exception {
//        // test input: "package foo"
//        Object retval = execParser("package_statement", "package foo", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(package (VT_PACKAGE_ID foo))";
//
//        assertEquals("testing rule "+"package_statement", expecting, actual);
//    }
//
//    @Test
//    public void testPackage_statement2() throws Exception {
//        // test input: "package foo.bar.baz;"
//        Object retval = execParser("package_statement", "package foo.bar.baz;", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(package (VT_PACKAGE_ID foo bar baz))";
//
//        assertEquals("testing rule "+"package_statement", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit1() throws Exception {
//        // test input: ""
//        Object retval = execParser("compilation_unit", "", false);
//        Object actual = examineParserExecResult(8, retval);
//        Object expecting = "VT_COMPILATION_UNIT";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit2() throws Exception {
//        // test input: "package foo; import com.foo.Bar; import com.foo.Baz;"
//        Object retval = execParser("compilation_unit", "package foo; import com.foo.Bar; import com.foo.Baz;", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (package (VT_PACKAGE_ID foo)) (import (VT_IMPORT_ID com foo Bar)) (import (VT_IMPORT_ID com foo Baz)))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit3() throws Exception {
//        // test input: "rule empty \n\nthen\n  \nend"
//        Object retval = execParser("compilation_unit", "rule empty \n\nthen\n  \nend", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (rule empty then\n  \nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit4() throws Exception {
//        // test input: "#the purpose of this is to see what happens when we have some partially damaged syntax\n#as the IDE uses the parsers AST to work out completion suggestions.\npackage test\n\n\nrule simple_rule \n  when\n    foo3 : Bar(\n"
//        Object retval = execParser("compilation_unit", "#the purpose of this is to see what happens when we have some partially damaged syntax\n#as the IDE uses the parsers AST to work out completion suggestions.\npackage test\n\n\nrule simple_rule \n  when\n    foo3 : Bar(\n", false);
//        Object actual = examineParserExecResult(28, retval);
//        Object expecting = "FAIL";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit5() throws Exception {
//        // test input: "package test.templates\n\ntemplate Cheese\n\tString \tname\n\tInteger age\nend\n\ntemplate \"Wine\"\n\tString \t\tname\n\tString \t\tyear\n\tString[] \taccolades\nend\n\n\nrule \"a rule\"\n  when\n\tCheese(name == \"Stilton\", age==2001)\n\tWine(name == \"Grange\", age == \"1978\", accolades contains \"world champion\")\n  then\n  \tbaz();\nend"
//        Object retval = execParser("compilation_unit", "package test.templates\n\ntemplate Cheese\n\tString \tname\n\tInteger age\nend\n\ntemplate \"Wine\"\n\tString \t\tname\n\tString \t\tyear\n\tString[] \taccolades\nend\n\n\nrule \"a rule\"\n  when\n\tCheese(name == \"Stilton\", age==2001)\n\tWine(name == \"Grange\", age == \"1978\", accolades contains \"world champion\")\n  then\n  \tbaz();\nend", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (package (VT_PACKAGE_ID test templates)) (template Cheese (VT_SLOT (VT_DATA_TYPE String) name) (VT_SLOT (VT_DATA_TYPE Integer) age) end) (template \"Wine\" (VT_SLOT (VT_DATA_TYPE String) name) (VT_SLOT (VT_DATA_TYPE String) year) (VT_SLOT (VT_DATA_TYPE String [ ]) accolades) end) (rule \"a rule\" when (VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Cheese) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT name)) (== \"Stilton\")) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT age)) (== 2001)))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Wine) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT name)) (== \"Grange\")) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT age)) (== \"1978\")) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT accolades)) (contains \"world champion\"))))) then\n  \tbaz();\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit6() throws Exception {
//        // test input: "package foo\n\nrule rule_one \n  when\n  \tFoo()\n  then\n  \t if (speed > speedLimit ? true : false;)\n     pullEmOver();\nend"
//        Object retval = execParser("compilation_unit", "package foo\n\nrule rule_one \n  when\n  \tFoo()\n  then\n  \t if (speed > speedLimit ? true : false;)\n     pullEmOver();\nend", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (package (VT_PACKAGE_ID foo)) (rule rule_one when (VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Foo)))) then\n  \t if (speed > speedLimit ? true : false;)\n     pullEmOver();\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit7() throws Exception {
//        // test input: "package foo\n\nfunction String[] yourFunction(String args[]) {\n     baz();\n}\n\nrule \"new rule\"\n\n\twhen\n\t\tSomething()\n\tthen\n\t\tyourFunction(new String[3] {\"a\",\"b\",\"c\"});\n\t\t\nend"
//        Object retval = execParser("compilation_unit", "package foo\n\nfunction String[] yourFunction(String args[]) {\n     baz();\n}\n\nrule \"new rule\"\n\n\twhen\n\t\tSomething()\n\tthen\n\t\tyourFunction(new String[3] {\"a\",\"b\",\"c\"});\n\t\t\nend", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (package (VT_PACKAGE_ID foo)) (function (VT_DATA_TYPE String [ ]) yourFunction (VT_PARAM_LIST (VT_DATA_TYPE String) args [ ]) {\n     baz();\n}) (rule \"new rule\" when (VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Something)))) then\n\t\tyourFunction(new String[3] {\"a\",\"b\",\"c\"});\n\t\t\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit8() throws Exception {
//        // test input: "rule almost_empty \n  when\n  then\nend"
//        Object retval = execParser("compilation_unit", "rule almost_empty \n  when\n  then\nend", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (rule almost_empty when VT_AND_IMPLICIT then\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit9() throws Exception {
//        // test input: "rule \"quoted string name\"\n  when\n  then\nend"
//        Object retval = execParser("compilation_unit", "rule \"quoted string name\"\n  when\n  then\nend", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (rule \"quoted string name\" when VT_AND_IMPLICIT then\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit10() throws Exception {
//        // test input: "rule rule1 \n  no-loop false\n  when\n  \tnot Cheese(type == \"stilton\")\n  then\n\tfunky();\nend"
//        Object retval = execParser("compilation_unit", "rule rule1 \n  no-loop false\n  when\n  \tnot Cheese(type == \"stilton\")\n  then\n\tfunky();\nend", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (rule rule1 (VT_RULE_ATTRIBUTES (no-loop false)) when (VT_AND_IMPLICIT (not (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Cheese) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT type)) (== \"stilton\")))))) then\n\tfunky();\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit11() throws Exception {
//        // test input: "rule rule1 \n  auto-focus true\n  when\n  \tnot Cheese(type == \"stilton\")\n  then\n\tfunky();\nend"
//        Object retval = execParser("compilation_unit", "rule rule1 \n  auto-focus true\n  when\n  \tnot Cheese(type == \"stilton\")\n  then\n\tfunky();\nend", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (rule rule1 (VT_RULE_ATTRIBUTES (auto-focus true)) when (VT_AND_IMPLICIT (not (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Cheese) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT type)) (== \"stilton\")))))) then\n\tfunky();\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit12() throws Exception {
//        // test input: "rule rule1 \n  ruleflow-group \"a group\"\n  when\n  \tnot Cheese(type == \"stilton\")\n  then\n\tfunky();\nend"
//        Object retval = execParser("compilation_unit", "rule rule1 \n  ruleflow-group \"a group\"\n  when\n  \tnot Cheese(type == \"stilton\")\n  then\n\tfunky();\nend", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (rule rule1 (VT_RULE_ATTRIBUTES (ruleflow-group \"a group\")) when (VT_AND_IMPLICIT (not (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Cheese) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT type)) (== \"stilton\")))))) then\n\tfunky();\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit13() throws Exception {
//        // test input: "\nrule myrule \n  when\n  then\n  \tint i = 0;\n\ti = 1;\n\ti / 1;\n\ti == 1;\n\ti(i);\n\ti = 'i';\n\ti.i.i;\n\ti\\i;\n\ti<i;\n\ti>i;\n\ti=\"i\";\t\n\t++i;\n\ti++;\n\t--i;\n\ti--;\n\ti += i;\n\ti -= i;\n\ti *= i;\n\ti /= i;\n\tint i = 5;\n\tfor(int j; j<i; ++j) {\n\t  System.out.println(j);\n\t}\t\n\tObject o = new String(\"Hello\");\n\tString s = (String) o;\t\n\t\nend"
//        Object retval = execParser("compilation_unit", "\nrule myrule \n  when\n  then\n  \tint i = 0;\n\ti = 1;\n\ti / 1;\n\ti == 1;\n\ti(i);\n\ti = 'i';\n\ti.i.i;\n\ti\\i;\n\ti<i;\n\ti>i;\n\ti=\"i\";\t\n\t++i;\n\ti++;\n\t--i;\n\ti--;\n\ti += i;\n\ti -= i;\n\ti *= i;\n\ti /= i;\n\tint i = 5;\n\tfor(int j; j<i; ++j) {\n\t  System.out.println(j);\n\t}\t\n\tObject o = new String(\"Hello\");\n\tString s = (String) o;\t\n\t\nend", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (rule myrule when VT_AND_IMPLICIT then\n  \tint i = 0;\n\ti = 1;\n\ti / 1;\n\ti == 1;\n\ti(i);\n\ti = 'i';\n\ti.i.i;\n\ti\\i;\n\ti<i;\n\ti>i;\n\ti=\"i\";\t\n\t++i;\n\ti++;\n\t--i;\n\ti--;\n\ti += i;\n\ti -= i;\n\ti *= i;\n\ti /= i;\n\tint i = 5;\n\tfor(int j; j<i; ++j) {\n\t  System.out.println(j);\n\t}\t\n\tObject o = new String(\"Hello\");\n\tString s = (String) o;\t\n\t\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit14() throws Exception {
//        // test input: "#check that it can handle true/false literals, and \n#negative numbers\nrule simple_rule \n  when\n\tFoo(bar == false)\n\tFoo(boo > -42)\n\tFoo(boo > -42.42)\n  then\n\tcons();\nend"
//        Object retval = execParser("compilation_unit", "#check that it can handle true/false literals, and \n#negative numbers\nrule simple_rule \n  when\n\tFoo(bar == false)\n\tFoo(boo > -42)\n\tFoo(boo > -42.42)\n  then\n\tcons();\nend", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (rule simple_rule when (VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Foo) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT bar)) (== false)))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Foo) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT boo)) (> -42)))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Foo) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT boo)) (> -42.42))))) then\n\tcons();\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit15() throws Exception {
//        // test input: "package org.kie.test;\n \nimport org.drools.mvel.compiler.Cheese;\n \nrule \"simple rule\"\n    when\n        Cheese( )\n    then\nend "
//        Object retval = execParser("compilation_unit", "package org.kie.test;\n \nimport org.drools.mvel.compiler.Cheese;\n \nrule \"simple rule\"\n    when\n        Cheese( )\n    then\nend ", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (package (VT_PACKAGE_ID org drools test)) (import (VT_IMPORT_ID org drools Cheese)) (rule \"simple rule\" when (VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Cheese)))) then\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit16() throws Exception {
//        // test input: "rule blah\n\n when \n\n\tCol1() from something.doIt( foo,bar,42,\"hello\",{ a => \"b\", \"something\" => 42, \"a\" => foo, x => {x=>y}},\"end\", [a, \"b\", 42] )\n\tCol2()\n then\n\tpartay();\nend\t"
//        Object retval = execParser("compilation_unit", "rule blah\n\n when \n\n\tCol1() from something.doIt( foo,bar,42,\"hello\",{ a => \"b\", \"something\" => 42, \"a\" => foo, x => {x=>y}},\"end\", [a, \"b\", 42] )\n\tCol2()\n then\n\tpartay();\nend\t", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (rule blah when (VT_AND_IMPLICIT (from (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Col1))) (VT_FROM_SOURCE something (. doIt ( foo,bar,42,\"hello\",{ a => \"b\", \"something\" => 42, \"a\" => foo, x => {x=>y}},\"end\", [a, \"b\", 42] )))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Col2)))) then\n\tpartay();\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit17() throws Exception {
//        // test input: "rule blah\n\n when \n\n\tCol1() from doIt( foo,bar,42,\"hello\",{ a => \"b\", \"something\" => 42, \"a\" => foo, x => {x=>y}},\"end\", [a, \"b\", 42] )\n\tCol2()\n then\n\tpartay();\nend\t"
//        Object retval = execParser("compilation_unit", "rule blah\n\n when \n\n\tCol1() from doIt( foo,bar,42,\"hello\",{ a => \"b\", \"something\" => 42, \"a\" => foo, x => {x=>y}},\"end\", [a, \"b\", 42] )\n\tCol2()\n then\n\tpartay();\nend\t", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (rule blah when (VT_AND_IMPLICIT (from (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Col1))) (VT_FROM_SOURCE doIt ( foo,bar,42,\"hello\",{ a => \"b\", \"something\" => 42, \"a\" => foo, x => {x=>y}},\"end\", [a, \"b\", 42] ))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Col2)))) then\n\tpartay();\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit18() throws Exception {
//        // test input: "rule blah\n\n when \n\n\tCol1() from something.doIt\n\tCol2()\n then\n\tpartay();\nend\t"
//        Object retval = execParser("compilation_unit", "rule blah\n\n when \n\n\tCol1() from something.doIt\n\tCol2()\n then\n\tpartay();\nend\t", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (rule blah when (VT_AND_IMPLICIT (from (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Col1))) (VT_FROM_SOURCE something (. doIt))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Col2)))) then\n\tpartay();\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit19() throws Exception {
//        // test input: "rule blah\n\n when \n\n\tCol1() from something.doIt[\"key\"]\n\tCol2()\n then\n\tpartay();\nend\t"
//        Object retval = execParser("compilation_unit", "rule blah\n\n when \n\n\tCol1() from something.doIt[\"key\"]\n\tCol2()\n then\n\tpartay();\nend\t", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (rule blah when (VT_AND_IMPLICIT (from (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Col1))) (VT_FROM_SOURCE something (. doIt [\"key\"]))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Col2)))) then\n\tpartay();\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit20() throws Exception {
//        // test input: "rule blah\n when \n\tCol1() from doIt1( foo,bar,42,\"hello\",{ a => \"b\"}, [a, \"b\", 42] )\n\t            .doIt2(bar, [a, \"b\", 42]).field[\"key\"]\n\tCol2()\n then\n\tpartay();\nend\t"
//        Object retval = execParser("compilation_unit", "rule blah\n when \n\tCol1() from doIt1( foo,bar,42,\"hello\",{ a => \"b\"}, [a, \"b\", 42] )\n\t            .doIt2(bar, [a, \"b\", 42]).field[\"key\"]\n\tCol2()\n then\n\tpartay();\nend\t", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (rule blah when (VT_AND_IMPLICIT (from (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Col1))) (VT_FROM_SOURCE doIt1 ( foo,bar,42,\"hello\",{ a => \"b\"}, [a, \"b\", 42] ) (. doIt2 (bar, [a, \"b\", 42]) (. field [\"key\"])))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Col2)))) then\n\tpartay();\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit21() throws Exception {
//        // test input: "rule simple_rule \n  when\n    foo3 : Bar(a==3)\n    foo4 : Bar(a4:a==4)\n    Baz()\n  then\n  if ( a == b ) {\n    assert( foo3 );\n  } else {\n    retract( foo4 );\n  } \n  System.out.println( a4 );\nend"
//        Object retval = execParser("compilation_unit", "rule simple_rule \n  when\n    foo3 : Bar(a==3)\n    foo4 : Bar(a4:a==4)\n    Baz()\n  then\n  if ( a == b ) {\n    assert( foo3 );\n  } else {\n    retract( foo4 );\n  } \n  System.out.println( a4 );\nend", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (rule simple_rule when (VT_AND_IMPLICIT (VT_PATTERN (VT_FACT_BINDING foo3 (VT_FACT (VT_PATTERN_TYPE Bar) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT a)) (== 3))))) (VT_PATTERN (VT_FACT_BINDING foo4 (VT_FACT (VT_PATTERN_TYPE Bar) (VT_BIND_FIELD a4 (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT a)) (== 4)))))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Baz)))) then\n  if ( a == b ) {\n    assert( foo3 );\n  } else {\n    retract( foo4 );\n  } \n  System.out.println( a4 );\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit22() throws Exception {
//        // test input: "#this is for showing off all the new multi restriction stuff\n\n\n\n\nrule simple_rule \n  when\n  \tPerson(age > 30 && < 40)\n  \tVehicle(type == \"sedan\" || == \"wagon\", age < 3)\n  then\n\tconsequence();\nend"
//        Object retval = execParser("compilation_unit", "#this is for showing off all the new multi restriction stuff\n\n\n\n\nrule simple_rule \n  when\n  \tPerson(age > 30 && < 40)\n  \tVehicle(type == \"sedan\" || == \"wagon\", age < 3)\n  then\n\tconsequence();\nend", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (rule simple_rule when (VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Person) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT age)) (&& (> 30) (< 40))))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Vehicle) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT type)) (|| (== \"sedan\") (== \"wagon\"))) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT age)) (< 3))))) then\n\tconsequence();\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit23() throws Exception {
//        // test input: "package la\n\n\nrule simple_rule \n  when\n  \tBaz()\n  then\n  \t//woot\n  \tfirst\n  \t\n  \t#\n  \t\n  \t/* lala\n  \t\n  \t*/\n  \tsecond  \nend"
//        Object retval = execParser("compilation_unit", "package la\n\n\nrule simple_rule \n  when\n  \tBaz()\n  then\n  \t//woot\n  \tfirst\n  \t\n  \t#\n  \t\n  \t/* lala\n  \t\n  \t*/\n  \tsecond  \nend", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (package (VT_PACKAGE_ID la)) (rule simple_rule when (VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Baz)))) then\n  \t//woot\n  \tfirst\n  \t\n  \t//\n  \t\n  \t/* lala\n  \t\n  \t*/\n  \tsecond  \nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit24() throws Exception {
//        // test input: "rule simple_rule \n  when\n    foo3 : Bar(a==3) ; foo4 : Bar(a4:a==4) ; Baz()\n  then\n  if ( a == b ) {\n    assert( foo3 );\n  } else {\n    retract( foo4 );\n  } \n  System.out.println( a4 );\nend"
//        Object retval = execParser("compilation_unit", "rule simple_rule \n  when\n    foo3 : Bar(a==3) ; foo4 : Bar(a4:a==4) ; Baz()\n  then\n  if ( a == b ) {\n    assert( foo3 );\n  } else {\n    retract( foo4 );\n  } \n  System.out.println( a4 );\nend", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (rule simple_rule when (VT_AND_IMPLICIT (VT_PATTERN (VT_FACT_BINDING foo3 (VT_FACT (VT_PATTERN_TYPE Bar) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT a)) (== 3))))) (VT_PATTERN (VT_FACT_BINDING foo4 (VT_FACT (VT_PATTERN_TYPE Bar) (VT_BIND_FIELD a4 (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT a)) (== 4)))))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Baz)))) then\n  if ( a == b ) {\n    assert( foo3 );\n  } else {\n    retract( foo4 );\n  } \n  System.out.println( a4 );\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit25() throws Exception {
//        // test input: "rule simple_rule \n  when\n  \tnot Cheese(type == \"stilton\")\n  then\n\tfunky();\nend"
//        Object retval = execParser("compilation_unit", "rule simple_rule \n  when\n  \tnot Cheese(type == \"stilton\")\n  then\n\tfunky();\nend", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (rule simple_rule when (VT_AND_IMPLICIT (not (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Cheese) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT type)) (== \"stilton\")))))) then\n\tfunky();\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit26() throws Exception {
//        // test input: "package HR1\n\nimport function abd.def.x\nimport function qed.wah.*\n\nrule simple_rule \n  when  \t\t  \t\n  \tnot ( Cheese(type == \"stilton\") )\n  \texists ( Foo() )\n  then\n\tfunky();\nend"
//        Object retval = execParser("compilation_unit", "package HR1\n\nimport function abd.def.x\nimport function qed.wah.*\n\nrule simple_rule \n  when  \t\t  \t\n  \tnot ( Cheese(type == \"stilton\") )\n  \texists ( Foo() )\n  then\n\tfunky();\nend", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (package (VT_PACKAGE_ID HR1)) (import function (VT_IMPORT_ID abd def x)) (import function (VT_IMPORT_ID qed wah .*)) (rule simple_rule when (VT_AND_IMPLICIT (not (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Cheese) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT type)) (== \"stilton\"))))) (exists (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Foo))))) then\n\tfunky();\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit27() throws Exception {
//        // test input: "package HR1\n\nrule simple_rule \n  when  \t\t  \t\n  \tnot ( Cheese(type == \"stilton\") )\n  \texists ( Foo() )\n  then\n\tfunky();\nend"
//        Object retval = execParser("compilation_unit", "package HR1\n\nrule simple_rule \n  when  \t\t  \t\n  \tnot ( Cheese(type == \"stilton\") )\n  \texists ( Foo() )\n  then\n\tfunky();\nend", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (package (VT_PACKAGE_ID HR1)) (rule simple_rule when (VT_AND_IMPLICIT (not (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Cheese) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT type)) (== \"stilton\"))))) (exists (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Foo))))) then\n\tfunky();\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit28() throws Exception {
//        // test input: "package HR2\n\nrule simple_rule \n  when  \t\t  \t\n  \ta : (not ( Cheese(type == \"stilton\") ))\n  \texists ( Foo() )\n  then\n\tfunky();\nend"
//        Object retval = execParser("compilation_unit", "package HR2\n\nrule simple_rule \n  when  \t\t  \t\n  \ta : (not ( Cheese(type == \"stilton\") ))\n  \texists ( Foo() )\n  then\n\tfunky();\nend", false);
//        Object actual = examineParserExecResult(28, retval);
//        Object expecting = "FAIL";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit29() throws Exception {
//        // test input: "\nquery \"simple_query\" \n    foo3 : Bar(a==3)\n    foo4 : Bar(a4:a==4)\n    Baz()\n\t\nend"
//        Object retval = execParser("compilation_unit", "\nquery \"simple_query\" \n    foo3 : Bar(a==3)\n    foo4 : Bar(a4:a==4)\n    Baz()\n\t\nend", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (query \"simple_query\" (VT_AND_IMPLICIT (VT_PATTERN (VT_FACT_BINDING foo3 (VT_FACT (VT_PATTERN_TYPE Bar) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT a)) (== 3))))) (VT_PATTERN (VT_FACT_BINDING foo4 (VT_FACT (VT_PATTERN_TYPE Bar) (VT_BIND_FIELD a4 (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT a)) (== 4)))))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Baz)))) end))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit30() throws Exception {
//        // test input: "package foo\n\nrule bar\n\twhen\n\t\tBaz()\n\tthen\n\t\tBoo()\nend\n\nquery \"simple_query\" \n    foo3 : Bar(a==3)\n    foo4 : Bar(a4:a==4)\n    Baz()\n\t\nend\n\nrule bar2\n\twhen\n\t\tBaz()\n\tthen\n\t\tBoo()\nend\n\nquery \"simple_query2\" \n    foo3 : Bar(a==3)\n    foo4 : Bar(a4:a==4)\n    Baz()\n\t\nend\n\t"
//        Object retval = execParser("compilation_unit", "package foo\n\nrule bar\n\twhen\n\t\tBaz()\n\tthen\n\t\tBoo()\nend\n\nquery \"simple_query\" \n    foo3 : Bar(a==3)\n    foo4 : Bar(a4:a==4)\n    Baz()\n\t\nend\n\nrule bar2\n\twhen\n\t\tBaz()\n\tthen\n\t\tBoo()\nend\n\nquery \"simple_query2\" \n    foo3 : Bar(a==3)\n    foo4 : Bar(a4:a==4)\n    Baz()\n\t\nend\n\t", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (package (VT_PACKAGE_ID foo)) (rule bar when (VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Baz)))) then\n\t\tBoo()\nend) (query \"simple_query\" (VT_AND_IMPLICIT (VT_PATTERN (VT_FACT_BINDING foo3 (VT_FACT (VT_PATTERN_TYPE Bar) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT a)) (== 3))))) (VT_PATTERN (VT_FACT_BINDING foo4 (VT_FACT (VT_PATTERN_TYPE Bar) (VT_BIND_FIELD a4 (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT a)) (== 4)))))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Baz)))) end) (rule bar2 when (VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Baz)))) then\n\t\tBoo()\nend) (query \"simple_query2\" (VT_AND_IMPLICIT (VT_PATTERN (VT_FACT_BINDING foo3 (VT_FACT (VT_PATTERN_TYPE Bar) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT a)) (== 3))))) (VT_PATTERN (VT_FACT_BINDING foo4 (VT_FACT (VT_PATTERN_TYPE Bar) (VT_BIND_FIELD a4 (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT a)) (== 4)))))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Baz)))) end))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit31() throws Exception {
//        // test input: "package org.kie.test;\n\nimport org.kie.integrationtests.Cheese;\n\nrule \"Like Stilton\"\n    when\n        Cheese( t:type == \"stilton\" )\n    then\n        System.out.println(\"I like \" + t);\nend    \n\nrule \"Like Cheddar\"\n    when\n        Cheese( t:type == \"cheddar\" )\n    then\n        System.out.println(\"I like \" + t );\nend    "
//        Object retval = execParser("compilation_unit", "package org.kie.test;\n\nimport org.kie.integrationtests.Cheese;\n\nrule \"Like Stilton\"\n    when\n        Cheese( t:type == \"stilton\" )\n    then\n        System.out.println(\"I like \" + t);\nend    \n\nrule \"Like Cheddar\"\n    when\n        Cheese( t:type == \"cheddar\" )\n    then\n        System.out.println(\"I like \" + t );\nend    ", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (package (VT_PACKAGE_ID org drools test)) (import (VT_IMPORT_ID org drools integrationtests Cheese)) (rule \"Like Stilton\" when (VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Cheese) (VT_BIND_FIELD t (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT type)) (== \"stilton\")))))) then\n        System.out.println(\"I like \" + t);\nend) (rule \"Like Cheddar\" when (VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Cheese) (VT_BIND_FIELD t (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT type)) (== \"cheddar\")))))) then\n        System.out.println(\"I like \" + t );\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit32() throws Exception {
//        // test input: "package org.kie.test;\n\nimport org.drools.mvel.compiler.Cheese;\n\nrule \"like cheddar\"\n    when\n        Cheese( $type:type )\n    then\n        System.out.println(\"I like \" + $type);\nend    "
//        Object retval = execParser("compilation_unit", "package org.kie.test;\n\nimport org.drools.mvel.compiler.Cheese;\n\nrule \"like cheddar\"\n    when\n        Cheese( $type:type )\n    then\n        System.out.println(\"I like \" + $type);\nend    ", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (package (VT_PACKAGE_ID org drools test)) (import (VT_IMPORT_ID org drools Cheese)) (rule \"like cheddar\" when (VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Cheese) (VT_BIND_FIELD $type (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT type))))))) then\n        System.out.println(\"I like \" + $type);\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit33() throws Exception {
//        // test input: "package org.kie.test;\n\nimport org.drools.mvel.compiler.Cheese;\nimport org.drools.mvel.compiler.Person;\n\nrule \"Who likes Stilton\"\n    when\n        Cheese($type : type == \"stilton\")\n        $person : Person($name : name == \"bob\", likes == $type)        \n    then\n        System.out.println( $name + \" likes \" + $type);\nend    "
//        Object retval = execParser("compilation_unit", "package org.kie.test;\n\nimport org.drools.mvel.compiler.Cheese;\nimport org.drools.mvel.compiler.Person;\n\nrule \"Who likes Stilton\"\n    when\n        Cheese($type : type == \"stilton\")\n        $person : Person($name : name == \"bob\", likes == $type)        \n    then\n        System.out.println( $name + \" likes \" + $type);\nend    ", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (package (VT_PACKAGE_ID org drools test)) (import (VT_IMPORT_ID org drools Cheese)) (import (VT_IMPORT_ID org drools Person)) (rule \"Who likes Stilton\" when (VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Cheese) (VT_BIND_FIELD $type (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT type)) (== \"stilton\"))))) (VT_PATTERN (VT_FACT_BINDING $person (VT_FACT (VT_PATTERN_TYPE Person) (VT_BIND_FIELD $name (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT name)) (== \"bob\"))) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT likes)) (== (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT $type)))))))) then\n        System.out.println( $name + \" likes \" + $type);\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit34() throws Exception {
//        // test input: "import org.drools.compiler.Person\n\nrule simple_rule \n  when\n\tPerson(name == \"mark\") or \n\t( Person(type == \"fan\") and Cheese(type == \"green\") )\n  then\n\tSystem.out.println( \"Mark and Michael\" + bar );\nend"
//        Object retval = execParser("compilation_unit", "import org.drools.compiler.Person\n\nrule simple_rule \n  when\n\tPerson(name == \"mark\") or \n\t( Person(type == \"fan\") and Cheese(type == \"green\") )\n  then\n\tSystem.out.println( \"Mark and Michael\" + bar );\nend", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (import (VT_IMPORT_ID org drools Person)) (rule simple_rule when (VT_AND_IMPLICIT (or (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Person) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT name)) (== \"mark\")))) (and (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Person) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT type)) (== \"fan\")))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Cheese) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT type)) (== \"green\"))))))) then\n\tSystem.out.println( \"Mark and Michael\" + bar );\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit35() throws Exception {
//        // test input: "import org.drools.compiler.Person\n\nrule simple_rule \n  when\n    Person(name == \"mark\") && Cheese(type == \"stilton\")\n    Person(name == \"mark\") || Cheese(type == \"stilton\")\n  then\n\tSystem.out.println( \"Mark and Michael\" );\nend"
//        Object retval = execParser("compilation_unit", "import org.drools.compiler.Person\n\nrule simple_rule \n  when\n    Person(name == \"mark\") && Cheese(type == \"stilton\")\n    Person(name == \"mark\") || Cheese(type == \"stilton\")\n  then\n\tSystem.out.println( \"Mark and Michael\" );\nend", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (import (VT_IMPORT_ID org drools Person)) (rule simple_rule when (VT_AND_IMPLICIT (&& (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Person) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT name)) (== \"mark\")))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Cheese) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT type)) (== \"stilton\"))))) (|| (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Person) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT name)) (== \"mark\")))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Cheese) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT type)) (== \"stilton\")))))) then\n\tSystem.out.println( \"Mark and Michael\" );\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit36() throws Exception {
//        // test input: "import org.drools.compiler.Person\n\nrule simple_rule \n  when\n\tfoo :  ( Person(name == \"mark\") or Person(type == \"fan\") ) \n\tCheese(type == \"green\")\n  then\n\tSystem.out.println( \"Mark and Michael\" + bar );\nend"
//        Object retval = execParser("compilation_unit", "import org.drools.compiler.Person\n\nrule simple_rule \n  when\n\tfoo :  ( Person(name == \"mark\") or Person(type == \"fan\") ) \n\tCheese(type == \"green\")\n  then\n\tSystem.out.println( \"Mark and Michael\" + bar );\nend", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (import (VT_IMPORT_ID org drools Person)) (rule simple_rule when (VT_AND_IMPLICIT (VT_PATTERN (VT_FACT_BINDING foo (or (VT_FACT (VT_PATTERN_TYPE Person) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT name)) (== \"mark\"))) (VT_FACT (VT_PATTERN_TYPE Person) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT type)) (== \"fan\")))))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Cheese) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT type)) (== \"green\"))))) then\n\tSystem.out.println( \"Mark and Michael\" + bar );\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit37() throws Exception {
//        // test input: "\nrule simple_rule \n  when\n\tfoo : ( Person(name == \"mark\") \n\t\tor \n\t\tPerson(type == \"fan\") )\n  then\n\tSystem.out.println( \"Mark and Michael\" + bar );\nend"
//        Object retval = execParser("compilation_unit", "\nrule simple_rule \n  when\n\tfoo : ( Person(name == \"mark\") \n\t\tor \n\t\tPerson(type == \"fan\") )\n  then\n\tSystem.out.println( \"Mark and Michael\" + bar );\nend", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (rule simple_rule when (VT_AND_IMPLICIT (VT_PATTERN (VT_FACT_BINDING foo (or (VT_FACT (VT_PATTERN_TYPE Person) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT name)) (== \"mark\"))) (VT_FACT (VT_PATTERN_TYPE Person) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT type)) (== \"fan\"))))))) then\n\tSystem.out.println( \"Mark and Michael\" + bar );\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit38() throws Exception {
//        // test input: "rule simple_rule \n  when\n\tfoo : ( \n\t\tPerson(name == \"mark\") or Person(type == \"fan\") \n\t\t)\n  then\n\tSystem.out.println( \"Mark and Michael\" + bar );\nend"
//        Object retval = execParser("compilation_unit", "rule simple_rule \n  when\n\tfoo : ( \n\t\tPerson(name == \"mark\") or Person(type == \"fan\") \n\t\t)\n  then\n\tSystem.out.println( \"Mark and Michael\" + bar );\nend", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (rule simple_rule when (VT_AND_IMPLICIT (VT_PATTERN (VT_FACT_BINDING foo (or (VT_FACT (VT_PATTERN_TYPE Person) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT name)) (== \"mark\"))) (VT_FACT (VT_PATTERN_TYPE Person) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT type)) (== \"fan\"))))))) then\n\tSystem.out.println( \"Mark and Michael\" + bar );\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit39() throws Exception {
//        // test input: "rule simple_rule \n  when\n\t ( (not Foo(x==\"a\") or Foo(x==\"y\") ) and ( Shoes() or Butt() ) )\n  then\n\tgo wild\nend"
//        Object retval = execParser("compilation_unit", "rule simple_rule \n  when\n\t ( (not Foo(x==\"a\") or Foo(x==\"y\") ) and ( Shoes() or Butt() ) )\n  then\n\tgo wild\nend", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (rule simple_rule when (VT_AND_IMPLICIT (and (or (not (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Foo) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT x)) (== \"a\"))))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Foo) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT x)) (== \"y\"))))) (or (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Shoes))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Butt)))))) then\n\tgo wild\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit40() throws Exception {
//        // test input: "rule simple_rule \n  when\n\teval(abc(\"foo\") + 5)\n\tFoo()\n\teval(qed())\n\tBar()\n  then\n\tKapow\n\tPoof\n\t\nend"
//        Object retval = execParser("compilation_unit", "rule simple_rule \n  when\n\teval(abc(\"foo\") + 5)\n\tFoo()\n\teval(qed())\n\tBar()\n  then\n\tKapow\n\tPoof\n\t\nend", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (rule simple_rule when (VT_AND_IMPLICIT (eval (abc(\"foo\") + 5)) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Foo))) (eval (qed())) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Bar)))) then\n\tKapow\n\tPoof\n\t\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit41() throws Exception {
//        // test input: "rule simple_rule \n  when\n\tFoo()\n\tBar()\n\teval(abc(\"foo\"))\n  then\n\tKapow\n\t\nend"
//        Object retval = execParser("compilation_unit", "rule simple_rule \n  when\n\tFoo()\n\tBar()\n\teval(abc(\"foo\"))\n  then\n\tKapow\n\t\nend", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (rule simple_rule when (VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Foo))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Bar))) (eval (abc(\"foo\")))) then\n\tKapow\n\t\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit42() throws Exception {
//        // test input: "rule simple_rule \n  when\n\tFoo(name== (a + b))\n  then\n\tKapow\n\t\nend"
//        Object retval = execParser("compilation_unit", "rule simple_rule \n  when\n\tFoo(name== (a + b))\n  then\n\tKapow\n\t\nend", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (rule simple_rule when (VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Foo) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT name)) (== (a + b)))))) then\n\tKapow\n\t\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit43() throws Exception {
//        // test input: "rule simple_rule \n  when\n  \tPerson( $age2:age -> ($age2 == $age1+2 ) ) \n  then\n\tfoo bar\nend"
//        Object retval = execParser("compilation_unit", "rule simple_rule \n  when\n  \tPerson( $age2:age -> ($age2 == $age1+2 ) ) \n  then\n\tfoo bar\nend", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (rule simple_rule when (VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Person) (VT_BIND_FIELD $age2 (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT age)))) (-> ($age2 == $age1+2 ))))) then\n\tfoo bar\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit44() throws Exception {
//        // test input: "package org.kie.test;\n\nimport org.drools.mvel.compiler.Cheese;\n\nglobal java.util.List list;\nglobal java.lang.Integer five;\n\nrule \"not rule test\"\n    when\n        $person : Person( $likes:like )\n        not Cheese( type == $likes )\n    then\n\t\tlist.add( $person );\nend    "
//        Object retval = execParser("compilation_unit", "package org.kie.test;\n\nimport org.drools.mvel.compiler.Cheese;\n\nglobal java.util.List list;\nglobal java.lang.Integer five;\n\nrule \"not rule test\"\n    when\n        $person : Person( $likes:like )\n        not Cheese( type == $likes )\n    then\n\t\tlist.add( $person );\nend    ", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (package (VT_PACKAGE_ID org drools test)) (import (VT_IMPORT_ID org drools Cheese)) (global (VT_DATA_TYPE java util List) list) (global (VT_DATA_TYPE java lang Integer) five) (rule \"not rule test\" when (VT_AND_IMPLICIT (VT_PATTERN (VT_FACT_BINDING $person (VT_FACT (VT_PATTERN_TYPE Person) (VT_BIND_FIELD $likes (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT like))))))) (not (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Cheese) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT type)) (== (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT $likes)))))))) then\n\t\tlist.add( $person );\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit45() throws Exception {
//        // test input: "package org.kie.test;\n\nimport org.drools.mvel.compiler.Cheese;\n\nglobal java.lang.String foo\nglobal java.lang.Integer bar;\n\nrule baz\n    when\n        Cheese( )\n    then\n\nend    "
//        Object retval = execParser("compilation_unit", "package org.kie.test;\n\nimport org.drools.mvel.compiler.Cheese;\n\nglobal java.lang.String foo\nglobal java.lang.Integer bar;\n\nrule baz\n    when\n        Cheese( )\n    then\n\nend    ", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (package (VT_PACKAGE_ID org drools test)) (import (VT_IMPORT_ID org drools Cheese)) (global (VT_DATA_TYPE java lang String) foo) (global (VT_DATA_TYPE java lang Integer) bar) (rule baz when (VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Cheese)))) then\n\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit46() throws Exception {
//        // test input: "import java.lang.String\n\nfunction String functionA(String s, Integer i) {\n\t\n\tfoo();\n\n}\n\nfunction void functionB() {\n\tbar();\t\n}\n\n\nrule something \n\twhen\n\tthen\nend\n\nrule \"one more thing\"\n\twhen\n\tthen\nend\n\n\n\n\t"
//        Object retval = execParser("compilation_unit", "import java.lang.String\n\nfunction String functionA(String s, Integer i) {\n\t\n\tfoo();\n\n}\n\nfunction void functionB() {\n\tbar();\t\n}\n\n\nrule something \n\twhen\n\tthen\nend\n\nrule \"one more thing\"\n\twhen\n\tthen\nend\n\n\n\n\t", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (import (VT_IMPORT_ID java lang String)) (function (VT_DATA_TYPE String) functionA (VT_PARAM_LIST (VT_DATA_TYPE String) s (VT_DATA_TYPE Integer) i) {\n\t\n\tfoo();\n\n}) (function (VT_DATA_TYPE void) functionB VT_PARAM_LIST {\n\tbar();\t\n}) (rule something when VT_AND_IMPLICIT then\nend) (rule \"one more thing\" when VT_AND_IMPLICIT then\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit47() throws Exception {
//        // test input: "#this starts with a comment\npackage foo.bar\n\n//and another comment\n\n/*\nyet\n\t   another\n   \t\t\t\tstyle\n*/\n\nrule \"test\"\n  when\n  then\nend"
//        Object retval = execParser("compilation_unit", "#this starts with a comment\npackage foo.bar\n\n//and another comment\n\n/*\nyet\n\t   another\n   \t\t\t\tstyle\n*/\n\nrule \"test\"\n  when\n  then\nend", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (package (VT_PACKAGE_ID foo bar)) (rule \"test\" when VT_AND_IMPLICIT then\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit48() throws Exception {
//        // test input: "\n\nrule simple_rule \n\t\t#attributes keywork (and colon) is totally optional\n\t\tsalience 42\n\t\tagenda-group \"my_group\"\n\t\tno-loop \n\t\tduration 42\n\t\tactivation-group \"my_activation_group\"\n\t\tlock-on-active true\n\twhen\n\t\tFoo()\n\tthen\n\t\tbar();\nend"
//        Object retval = execParser("compilation_unit", "\n\nrule simple_rule \n\t\t#attributes keywork (and colon) is totally optional\n\t\tsalience 42\n\t\tagenda-group \"my_group\"\n\t\tno-loop \n\t\tduration 42\n\t\tactivation-group \"my_activation_group\"\n\t\tlock-on-active true\n\twhen\n\t\tFoo()\n\tthen\n\t\tbar();\nend", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (rule simple_rule (VT_RULE_ATTRIBUTES (salience 42) (agenda-group \"my_group\") no-loop (duration 42) (activation-group \"my_activation_group\") (lock-on-active true)) when (VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Foo)))) then\n\t\tbar();\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit49() throws Exception {
//        // test input: "\n\nrule simple_rule \n\tattributes: \n\t\tsalience 42, agenda-group \"my_group\", no-loop,  lock-on-active, duration 42, activation-group \"my_activation_group\"\n\twhen\n\t\tFoo()\n\tthen\n\t\tbar();\nend"
//        Object retval = execParser("compilation_unit", "\n\nrule simple_rule \n\tattributes: \n\t\tsalience 42, agenda-group \"my_group\", no-loop,  lock-on-active, duration 42, activation-group \"my_activation_group\"\n\twhen\n\t\tFoo()\n\tthen\n\t\tbar();\nend", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (rule simple_rule (VT_RULE_ATTRIBUTES attributes (salience 42) (agenda-group \"my_group\") no-loop lock-on-active (duration 42) (activation-group \"my_activation_group\")) when (VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Foo)))) then\n\t\tbar();\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit50() throws Exception {
//        // test input: "rule simple_rule \n  when\n  \tFoo(bar == Foo.BAR)\n  then\nend"
//        Object retval = execParser("compilation_unit", "rule simple_rule \n  when\n  \tFoo(bar == Foo.BAR)\n  then\nend", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (rule simple_rule when (VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Foo) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT bar)) (== (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT Foo) (VT_ACCESSOR_ELEMENT BAR))))))) then\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit51() throws Exception {
//        // test input: "rule one\n  when\n    exists Foo()\n    exits Bar()\n  then\nend\n\nrule two \n  when\n    ford = ford = ford\n  then\nend"
//        Object retval = execParser("compilation_unit", "rule one\n  when\n    exists Foo()\n    exits Bar()\n  then\nend\n\nrule two \n  when\n    ford = ford = ford\n  then\nend", false);
//        Object actual = examineParserExecResult(28, retval);
//        Object expecting = "FAIL";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit52() throws Exception {
//        // test input: "rule \"another test\"\n    when\n        s : String()\n        eval(s.equals(\"foo\") && s.startsWith(\"f\"))\n        \n        \n    then\n        list.add( s );\nend "
//        Object retval = execParser("compilation_unit", "rule \"another test\"\n    when\n        s : String()\n        eval(s.equals(\"foo\") && s.startsWith(\"f\"))\n        \n        \n    then\n        list.add( s );\nend ", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (rule \"another test\" when (VT_AND_IMPLICIT (VT_PATTERN (VT_FACT_BINDING s (VT_FACT (VT_PATTERN_TYPE String)))) (eval (s.equals(\"foo\") && s.startsWith(\"f\")))) then\n        list.add( s );\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit53() throws Exception {
//        // test input: "package nesting;\n\n\n\n\nrule \"test something\"\n\n\twhen\n\t\tp: Person( name soundslike \"Michael\" )\n\tthen\n\t\tp.name = \"goober\"\n\t\tSystem.out.println(p.name)\nend"
//        Object retval = execParser("compilation_unit", "package nesting;\n\n\n\n\nrule \"test something\"\n\n\twhen\n\t\tp: Person( name soundslike \"Michael\" )\n\tthen\n\t\tp.name = \"goober\"\n\t\tSystem.out.println(p.name)\nend", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (package (VT_PACKAGE_ID nesting)) (rule \"test something\" when (VT_AND_IMPLICIT (VT_PATTERN (VT_FACT_BINDING p (VT_FACT (VT_PATTERN_TYPE Person) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT name)) (soundslike \"Michael\")))))) then\n\t\tp.name = \"goober\"\n\t\tSystem.out.println(p.name)\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit54() throws Exception {
//        // test input: "package com.foo;\n\nagenda-group \"x\"\n\nimport goo.ber\nimport wee.waa\n\n\ndialect \"java\"\n\n\n\n\nrule bar\n  when\n  then\nend\n\nrule baz\n  dialect \"mvel\"\n  when\n  then\nend"
//        Object retval = execParser("compilation_unit", "package com.foo;\n\nagenda-group \"x\"\n\nimport goo.ber\nimport wee.waa\n\n\ndialect \"java\"\n\n\n\n\nrule bar\n  when\n  then\nend\n\nrule baz\n  dialect \"mvel\"\n  when\n  then\nend", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (package (VT_PACKAGE_ID com foo)) (agenda-group \"x\") (import (VT_IMPORT_ID goo ber)) (import (VT_IMPORT_ID wee waa)) (dialect \"java\") (rule bar when VT_AND_IMPLICIT then\nend) (rule baz (VT_RULE_ATTRIBUTES (dialect \"mvel\")) when VT_AND_IMPLICIT then\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit55() throws Exception {
//        // test input: "package com.foo;\n\nimport im.one\n\nimport im.two\n\nrule foo\n  when\n  then\nend\n\nfunction cheeseIt() {\n\n}\n\nimport im.three;\n\nrule bar\n  when\n  then\nend\n\nfunction uncheeseIt() {\n\n}\n\nimport im.four;"
//        Object retval = execParser("compilation_unit", "package com.foo;\n\nimport im.one\n\nimport im.two\n\nrule foo\n  when\n  then\nend\n\nfunction cheeseIt() {\n\n}\n\nimport im.three;\n\nrule bar\n  when\n  then\nend\n\nfunction uncheeseIt() {\n\n}\n\nimport im.four;", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (package (VT_PACKAGE_ID com foo)) (import (VT_IMPORT_ID im one)) (import (VT_IMPORT_ID im two)) (rule foo when VT_AND_IMPLICIT then\nend) (function cheeseIt VT_PARAM_LIST {\n\n}) (import (VT_IMPORT_ID im three)) (rule bar when VT_AND_IMPLICIT then\nend) (function uncheeseIt VT_PARAM_LIST {\n\n}) (import (VT_IMPORT_ID im four)))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit56() throws Exception {
//        // test input: "rule \"1. Do Stuff!\"\n  when\n  then\nend\n\nrule \"2. Do More Stuff!\"\n  when\n  then\nend"
//        Object retval = execParser("compilation_unit", "rule \"1. Do Stuff!\"\n  when\n  then\nend\n\nrule \"2. Do More Stuff!\"\n  when\n  then\nend", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (rule \"1. Do Stuff!\" when VT_AND_IMPLICIT then\nend) (rule \"2. Do More Stuff!\" when VT_AND_IMPLICIT then\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit57() throws Exception {
//        // test input: "rule simple_rule \n  when\n\tFoo()\n\tBar()\n\teval(\n\t\n\t\n\t\n\t       abc(\n\t       \n\t       \"foo\") + \n\t       5\n\t       \n\t       \n\t       \n\t        \n\t       )\n  then\n\tKapow\n\tPoof\n\t\nend"
//        Object retval = execParser("compilation_unit", "rule simple_rule \n  when\n\tFoo()\n\tBar()\n\teval(\n\t\n\t\n\t\n\t       abc(\n\t       \n\t       \"foo\") + \n\t       5\n\t       \n\t       \n\t       \n\t        \n\t       )\n  then\n\tKapow\n\tPoof\n\t\nend", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (rule simple_rule when (VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Foo))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Bar))) (eval (\n\t\n\t\n\t\n\t       abc(\n\t       \n\t       \"foo\") + \n\t       5\n\t       \n\t       \n\t       \n\t        \n\t       ))) then\n\tKapow\n\tPoof\n\t\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit58() throws Exception {
//        // test input: "rule simple_rule \n  when\n\teval(abc();)\n  then\n\tKapow\n\tPoof\nend"
//        Object retval = execParser("compilation_unit", "rule simple_rule \n  when\n\teval(abc();)\n  then\n\tKapow\n\tPoof\nend", false);
//        Object actual = examineParserExecResult(28, retval);
//        Object expecting = "FAIL";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit59() throws Exception {
//        // test input: "\n\nrule simple_rule \n  when\n\tFoo(\n\t  bar == baz, la==laz\n\t  )\n  then\n\tKapow\n\tPoof\nend\n\t"
//        Object retval = execParser("compilation_unit", "\n\nrule simple_rule \n  when\n\tFoo(\n\t  bar == baz, la==laz\n\t  )\n  then\n\tKapow\n\tPoof\nend\n\t", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (rule simple_rule when (VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Foo) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT bar)) (== (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT baz)))) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT la)) (== (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT laz))))))) then\n\tKapow\n\tPoof\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit60() throws Exception {
//        // test input: "package org.kie.test;\n\nrule \"Who likes Stilton\"\n    when\n        com.cheeseco.Cheese($type : type == \"stilton\")\n    then\n        System.out.println( $name + \" likes \" + $type);\nend    "
//        Object retval = execParser("compilation_unit", "package org.kie.test;\n\nrule \"Who likes Stilton\"\n    when\n        com.cheeseco.Cheese($type : type == \"stilton\")\n    then\n        System.out.println( $name + \" likes \" + $type);\nend    ", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (package (VT_PACKAGE_ID org drools test)) (rule \"Who likes Stilton\" when (VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE com cheeseco Cheese) (VT_BIND_FIELD $type (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT type)) (== \"stilton\")))))) then\n        System.out.println( $name + \" likes \" + $type);\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit61() throws Exception {
//        // test input: "rule \"AccumulateParserTest\"\nwhen\n     Integer() from accumulate( Person( age > 21 ),\n                                init( int x = 0; ),\n                                action( x++; ),\n                                result( new Integer(x) ) );\nthen\nend"
//        Object retval = execParser("compilation_unit", "rule \"AccumulateParserTest\"\nwhen\n     Integer() from accumulate( Person( age > 21 ),\n                                init( int x = 0; ),\n                                action( x++; ),\n                                result( new Integer(x) ) );\nthen\nend", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (rule \"AccumulateParserTest\" when (VT_AND_IMPLICIT (from (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Integer))) (accumulate (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Person) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT age)) (> 21)))) (VT_ACCUMULATE_INIT_CLAUSE (init ( int x = 0; )) (action ( x++; )) (result ( new Integer(x) )))))) then\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit62() throws Exception {
//        // test input: "rule \"AccumulateParserTest\"\nwhen\n     $counter:Integer() from accumulate( $person : Person( age > 21 ),\n                                         init( int x = 0; ),\n                                         action( x++; ),\n                                         result( new Integer(x) ) );\nthen\nend"
//        Object retval = execParser("compilation_unit", "rule \"AccumulateParserTest\"\nwhen\n     $counter:Integer() from accumulate( $person : Person( age > 21 ),\n                                         init( int x = 0; ),\n                                         action( x++; ),\n                                         result( new Integer(x) ) );\nthen\nend", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (rule \"AccumulateParserTest\" when (VT_AND_IMPLICIT (from (VT_PATTERN (VT_FACT_BINDING $counter (VT_FACT (VT_PATTERN_TYPE Integer)))) (accumulate (VT_PATTERN (VT_FACT_BINDING $person (VT_FACT (VT_PATTERN_TYPE Person) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT age)) (> 21))))) (VT_ACCUMULATE_INIT_CLAUSE (init ( int x = 0; )) (action ( x++; )) (result ( new Integer(x) )))))) then\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit63() throws Exception {
//        // test input: "rule \"CollectParserTest\"\nwhen\n     $personList : ArrayList() from collect( Person( age > 21 ) );\nthen\nend"
//        Object retval = execParser("compilation_unit", "rule \"CollectParserTest\"\nwhen\n     $personList : ArrayList() from collect( Person( age > 21 ) );\nthen\nend", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (rule \"CollectParserTest\" when (VT_AND_IMPLICIT (from (VT_PATTERN (VT_FACT_BINDING $personList (VT_FACT (VT_PATTERN_TYPE ArrayList)))) (collect (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Person) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT age)) (> 21))))))) then\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit64() throws Exception {
//        // test input: "rule \"test_Quotes\"\n   when\n      InitialFact()\n   then\n      String s = \"\\\"\\n\\t\\\\\";\nend "
//        Object retval = execParser("compilation_unit", "rule \"test_Quotes\"\n   when\n      InitialFact()\n   then\n      String s = \"\\\"\\n\\t\\\\\";\nend ", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (rule \"test_Quotes\" when (VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE InitialFact)))) then\n      String s = \"\\\"\\n\\t\\\\\";\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit65() throws Exception {
//        // test input: "rule \"test nested CEs\"\t\n\twhen\n\t    not ( State( $state : state ) and\n\t          not( Person( status == $state, $likes : likes ) and\n\t               Cheese( type == $likes ) ) )\n\t    Person( name == \"Bob\" )\n\t    ( Cheese( price == 10 ) or Cheese( type == \"brie\" ) )\n\tthen \n\t\tresults.add(\"OK\");\t\t\nend"
//        Object retval = execParser("compilation_unit", "rule \"test nested CEs\"\t\n\twhen\n\t    not ( State( $state : state ) and\n\t          not( Person( status == $state, $likes : likes ) and\n\t               Cheese( type == $likes ) ) )\n\t    Person( name == \"Bob\" )\n\t    ( Cheese( price == 10 ) or Cheese( type == \"brie\" ) )\n\tthen \n\t\tresults.add(\"OK\");\t\t\nend", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (rule \"test nested CEs\" when (VT_AND_IMPLICIT (not (and (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE State) (VT_BIND_FIELD $state (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT state)))))) (not (and (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Person) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT status)) (== (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT $state)))) (VT_BIND_FIELD $likes (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT likes)))))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Cheese) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT type)) (== (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT $likes)))))))))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Person) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT name)) (== \"Bob\")))) (or (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Cheese) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT price)) (== 10)))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Cheese) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT type)) (== \"brie\")))))) then \n\t\tresults.add(\"OK\");\t\t\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit66() throws Exception {
//        // test input: "rule \"ForallParserTest\"\nwhen\n     forall( Person( age > 21, $likes : likes )\n             Cheese( type == $likes ) );\nthen\nend"
//        Object retval = execParser("compilation_unit", "rule \"ForallParserTest\"\nwhen\n     forall( Person( age > 21, $likes : likes )\n             Cheese( type == $likes ) );\nthen\nend", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (rule \"ForallParserTest\" when (VT_AND_IMPLICIT (forall (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Person) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT age)) (> 21)) (VT_BIND_FIELD $likes (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT likes)))))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Cheese) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT type)) (== (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT $likes)))))))) then\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit67() throws Exception {
//        // test input: "#testing 'in' operator\n\nrule simple_rule \n  when\n  \tPerson(age > 30 && < 40)\n  \tVehicle(type in ( \"sedan\", \"wagon\" ), age < 3)\n  then\n\tconsequence();\nend"
//        Object retval = execParser("compilation_unit", "#testing 'in' operator\n\nrule simple_rule \n  when\n  \tPerson(age > 30 && < 40)\n  \tVehicle(type in ( \"sedan\", \"wagon\" ), age < 3)\n  then\n\tconsequence();\nend", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (rule simple_rule when (VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Person) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT age)) (&& (> 30) (< 40))))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Vehicle) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT type)) (in \"sedan\" \"wagon\")) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT age)) (< 3))))) then\n\tconsequence();\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit68() throws Exception {
//        // test input: "#testing not 'in' operator\n\nrule simple_rule \n  when\n  \tPerson(age > 30 && < 40)\n  \tVehicle(type not in ( \"sedan\", \"wagon\" ), age < 3)\n  then\n\tconsequence();\nend"
//        Object retval = execParser("compilation_unit", "#testing not 'in' operator\n\nrule simple_rule \n  when\n  \tPerson(age > 30 && < 40)\n  \tVehicle(type not in ( \"sedan\", \"wagon\" ), age < 3)\n  then\n\tconsequence();\nend", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (rule simple_rule when (VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Person) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT age)) (&& (> 30) (< 40))))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Vehicle) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT type)) (in not \"sedan\" \"wagon\")) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT age)) (< 3))))) then\n\tconsequence();\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit69() throws Exception {
//        // test input: "package org.kie;\n\nglobal java.util.List list;\n\nrule \"rule1\"\nwhen\n    Pattern1();\n    Pattern2() from x.y.z;\nthen\n    System.out.println(\"Test\");\nend;\n\nquery \"query1\"\n\tPattern5();\n\tPattern6();\n\tPattern7();\nend;\n\nrule \"rule2\"\nwhen\n    Pattern3();\n    Pattern4() from collect( Pattern5() );\nthen\n    System.out.println(\"Test\");\nend;\n\n\t"
//        Object retval = execParser("compilation_unit", "package org.kie;\n\nglobal java.util.List list;\n\nrule \"rule1\"\nwhen\n    Pattern1();\n    Pattern2() from x.y.z;\nthen\n    System.out.println(\"Test\");\nend;\n\nquery \"query1\"\n\tPattern5();\n\tPattern6();\n\tPattern7();\nend;\n\nrule \"rule2\"\nwhen\n    Pattern3();\n    Pattern4() from collect( Pattern5() );\nthen\n    System.out.println(\"Test\");\nend;\n\n\t", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (package (VT_PACKAGE_ID org drools)) (global (VT_DATA_TYPE java util List) list) (rule \"rule1\" when (VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Pattern1))) (from (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Pattern2))) (VT_FROM_SOURCE x (. y (. z))))) then\n    System.out.println(\"Test\");\nend;) (query \"query1\" (VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Pattern5))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Pattern6))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Pattern7)))) end) (rule \"rule2\" when (VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Pattern3))) (from (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Pattern4))) (collect (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Pattern5)))))) then\n    System.out.println(\"Test\");\nend;))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit70() throws Exception {
//        // test input: "package org.kie\n\nrule \"Test Parse\"\n\nwhen\n    eval( 3==3 )\nthen\n    System.out.println(\"OK\");\nend "
//        Object retval = execParser("compilation_unit", "package org.kie\n\nrule \"Test Parse\"\n\nwhen\n    eval( 3==3 )\nthen\n    System.out.println(\"OK\");\nend ", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (package (VT_PACKAGE_ID org drools)) (rule \"Test Parse\" when (VT_AND_IMPLICIT (eval ( 3==3 ))) then\n    System.out.println(\"OK\");\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit71() throws Exception {
//        // test input: "rule \"AccumulateReverseParserTest\"\nwhen\n     Integer() from accumulate( Person( age > 21 ),\n                                init( int x = 0; ),\n                                action( x++; ),\n                                reverse( x--; ),\n                                result( new Integer(x) ) );\nthen\nend"
//        Object retval = execParser("compilation_unit", "rule \"AccumulateReverseParserTest\"\nwhen\n     Integer() from accumulate( Person( age > 21 ),\n                                init( int x = 0; ),\n                                action( x++; ),\n                                reverse( x--; ),\n                                result( new Integer(x) ) );\nthen\nend", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (rule \"AccumulateReverseParserTest\" when (VT_AND_IMPLICIT (from (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Integer))) (accumulate (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Person) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT age)) (> 21)))) (VT_ACCUMULATE_INIT_CLAUSE (init ( int x = 0; )) (action ( x++; )) (reverse ( x--; )) (result ( new Integer(x) )))))) then\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit72() throws Exception {
//        // test input: "rule \"AccumulateReverseParserTest\"\nwhen\n     Number() from accumulate( Person( $age : age > 21 ),\n                               average( $age ) );\nthen\nend"
//        Object retval = execParser("compilation_unit", "rule \"AccumulateReverseParserTest\"\nwhen\n     Number() from accumulate( Person( $age : age > 21 ),\n                               average( $age ) );\nthen\nend", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (rule \"AccumulateReverseParserTest\" when (VT_AND_IMPLICIT (from (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Number))) (accumulate (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Person) (VT_BIND_FIELD $age (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT age)) (> 21))))) (VT_ACCUMULATE_ID_CLAUSE average ( $age ))))) then\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit73() throws Exception {
//        // test input: "rule \"CollectParserTest\"\nwhen\n     #below statement makes no sense, but is useful to test parsing recursiveness\n     $personList : ArrayList() from collect( $p : Person( age > 21 || age < 10 ) from collect( People() from $town.getPeople() ) );\nthen\nend\n\n\t"
//        Object retval = execParser("compilation_unit", "rule \"CollectParserTest\"\nwhen\n     #below statement makes no sense, but is useful to test parsing recursiveness\n     $personList : ArrayList() from collect( $p : Person( age > 21 || age < 10 ) from collect( People() from $town.getPeople() ) );\nthen\nend\n\n\t", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (rule \"CollectParserTest\" when (VT_AND_IMPLICIT (from (VT_PATTERN (VT_FACT_BINDING $personList (VT_FACT (VT_PATTERN_TYPE ArrayList)))) (collect (from (VT_PATTERN (VT_FACT_BINDING $p (VT_FACT (VT_PATTERN_TYPE Person) (|| (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT age)) (> 21)) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT age)) (< 10)))))) (collect (from (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE People))) (VT_FROM_SOURCE $town (. getPeople ())))))))) then\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit74() throws Exception {
//        // test input: "rule \"AccumulateParserTest\"\nwhen\n     #below statement makes no sense, but is useful to test parsing recursiveness\n     $personList : ArrayList() from accumulate( Person( $age : age > 21 || < 10 ) from collect( People() from $town.getPeople() ),\n                                                max( $age ) );\nthen\nend\n\n\t"
//        Object retval = execParser("compilation_unit", "rule \"AccumulateParserTest\"\nwhen\n     #below statement makes no sense, but is useful to test parsing recursiveness\n     $personList : ArrayList() from accumulate( Person( $age : age > 21 || < 10 ) from collect( People() from $town.getPeople() ),\n                                                max( $age ) );\nthen\nend\n\n\t", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (rule \"AccumulateParserTest\" when (VT_AND_IMPLICIT (from (VT_PATTERN (VT_FACT_BINDING $personList (VT_FACT (VT_PATTERN_TYPE ArrayList)))) (accumulate (from (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Person) (VT_BIND_FIELD $age (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT age)) (|| (> 21) (< 10)))))) (collect (from (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE People))) (VT_FROM_SOURCE $town (. getPeople ()))))) (VT_ACCUMULATE_ID_CLAUSE max ( $age ))))) then\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit75() throws Exception {
//        // test input: "package org.kie;\n\nrule \"testing OR CE\"\nwhen\n    $p : Person( name == \"bob\" )\n    $c : Cheese( type == $p.likes ) || Cheese( price == 10 )\nthen\n    // do something\nend "
//        Object retval = execParser("compilation_unit", "package org.kie;\n\nrule \"testing OR CE\"\nwhen\n    $p : Person( name == \"bob\" )\n    $c : Cheese( type == $p.likes ) || Cheese( price == 10 )\nthen\n    // do something\nend ", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (package (VT_PACKAGE_ID org drools)) (rule \"testing OR CE\" when (VT_AND_IMPLICIT (VT_PATTERN (VT_FACT_BINDING $p (VT_FACT (VT_PATTERN_TYPE Person) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT name)) (== \"bob\"))))) (|| (VT_PATTERN (VT_FACT_BINDING $c (VT_FACT (VT_PATTERN_TYPE Cheese) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT type)) (== (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT $p) (VT_ACCESSOR_ELEMENT likes))))))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Cheese) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT price)) (== 10)))))) then\n    // do something\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit76() throws Exception {
//        // test input: "rule \"another test\" salience 10 when eval( true ) then System.out.println(1); end"
//        Object retval = execParser("compilation_unit", "rule \"another test\" salience 10 when eval( true ) then System.out.println(1); end", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (rule \"another test\" (VT_RULE_ATTRIBUTES (salience 10)) when (VT_AND_IMPLICIT (eval ( true ))) then System.out.println(1); end))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit77() throws Exception {
//        // test input: "rule \"another test\" salience 10 when eval( true ) then System.out.println(1);\nend"
//        Object retval = execParser("compilation_unit", "rule \"another test\" salience 10 when eval( true ) then System.out.println(1);\nend", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (rule \"another test\" (VT_RULE_ATTRIBUTES (salience 10)) when (VT_AND_IMPLICIT (eval ( true ))) then System.out.println(1);\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit78() throws Exception {
//        // test input: "rule \"AccumulateMultiPatternParserTest\"\nwhen\n     $counter:Integer() from accumulate( $person : Person( age > 21 ) and Cheese( type == $person.likes ),\n                                         init( int x = 0; ),\n                                         action( x++; ),\n                                         result( new Integer(x) ) );\nthen\nend"
//        Object retval = execParser("compilation_unit", "rule \"AccumulateMultiPatternParserTest\"\nwhen\n     $counter:Integer() from accumulate( $person : Person( age > 21 ) and Cheese( type == $person.likes ),\n                                         init( int x = 0; ),\n                                         action( x++; ),\n                                         result( new Integer(x) ) );\nthen\nend", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (rule \"AccumulateMultiPatternParserTest\" when (VT_AND_IMPLICIT (from (VT_PATTERN (VT_FACT_BINDING $counter (VT_FACT (VT_PATTERN_TYPE Integer)))) (accumulate (and (VT_PATTERN (VT_FACT_BINDING $person (VT_FACT (VT_PATTERN_TYPE Person) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT age)) (> 21))))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Cheese) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT type)) (== (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT $person) (VT_ACCESSOR_ELEMENT likes))))))) (VT_ACCUMULATE_INIT_CLAUSE (init ( int x = 0; )) (action ( x++; )) (result ( new Integer(x) )))))) then\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit79() throws Exception {
//        // test input: "package org.kie;\n\nrule \"test rule\"\n\tsalience 10\n\twhen\n\t\t$c: WorkerPerformanceContext(eval)$c.getBalanceMonth() != null))\n\tthen\n\t\tretract($p);\nend\n\t"
//        Object retval = execParser("compilation_unit", "package org.kie;\n\nrule \"test rule\"\n\tsalience 10\n\twhen\n\t\t$c: WorkerPerformanceContext(eval)$c.getBalanceMonth() != null))\n\tthen\n\t\tretract($p);\nend\n\t", false);
//        Object actual = examineParserExecResult(28, retval);
//        Object expecting = "FAIL";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit80() throws Exception {
//        // test input: "package org.kie;\n\nrule \"Avoid NPE on wrong syntax\"\nwhen\n    not( Cheese( ( type == \"stilton\", price == 10 ) || ( type == \"brie\", price == 15 ) ) from $cheeseList )\nthen\n    System.out.println(\"OK\");\nend"
//        Object retval = execParser("compilation_unit", "package org.kie;\n\nrule \"Avoid NPE on wrong syntax\"\nwhen\n    not( Cheese( ( type == \"stilton\", price == 10 ) || ( type == \"brie\", price == 15 ) ) from $cheeseList )\nthen\n    System.out.println(\"OK\");\nend", false);
//        Object actual = examineParserExecResult(28, retval);
//        Object expecting = "FAIL";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit81() throws Exception {
//        // test input: "package org.kie;\n\nrule \"test pluggable operators\"\nwhen\n    $a : EventA()\n    $b : EventB( this after[1,10] $a )\n    $c : EventC( this finishes $b )\n    $d : EventD( this not starts $a )\n    $e : EventE( this not before [1, 10] $b )\nthen\nend"
//        Object retval = execParser("compilation_unit", "package org.kie;\n\nrule \"test pluggable operators\"\nwhen\n    $a : EventA()\n    $b : EventB( this after[1,10] $a )\n    $c : EventC( this finishes $b )\n    $d : EventD( this not starts $a )\n    $e : EventE( this not before [1, 10] $b )\nthen\nend", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (package (VT_PACKAGE_ID org drools)) (rule \"test pluggable operators\" when (VT_AND_IMPLICIT (VT_PATTERN (VT_FACT_BINDING $a (VT_FACT (VT_PATTERN_TYPE EventA)))) (VT_PATTERN (VT_FACT_BINDING $b (VT_FACT (VT_PATTERN_TYPE EventB) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT this)) (after [1,10] (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT $a))))))) (VT_PATTERN (VT_FACT_BINDING $c (VT_FACT (VT_PATTERN_TYPE EventC) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT this)) (finishes (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT $b))))))) (VT_PATTERN (VT_FACT_BINDING $d (VT_FACT (VT_PATTERN_TYPE EventD) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT this)) (starts not (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT $a))))))) (VT_PATTERN (VT_FACT_BINDING $e (VT_FACT (VT_PATTERN_TYPE EventE) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT this)) (before not [1, 10] (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT $b)))))))) then\nend))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit82() throws Exception {
//        // test input: "rule \"Test\"\nwhen\n( $r :LiteralRestriction( operator == Operator.EQUAL ) )\n        then\n    end"
//        Object retval = execParser("compilation_unit", "rule \"Test\"\nwhen\n( $r :LiteralRestriction( operator == Operator.EQUAL ) )\n        then\n    end", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (rule \"Test\" when (VT_AND_IMPLICIT (VT_PATTERN (VT_FACT_BINDING $r (VT_FACT (VT_PATTERN_TYPE LiteralRestriction) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT operator)) (== (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT Operator) (VT_ACCESSOR_ELEMENT EQUAL)))))))) then\n    end))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testCompilation_unit83() throws Exception {
//        // test input: "rule \"Test2\"\nwhen\n( not $r :LiteralRestriction( operator == Operator.EQUAL ) )\n        then\n    end "
//        Object retval = execParser("compilation_unit", "rule \"Test2\"\nwhen\n( not $r :LiteralRestriction( operator == Operator.EQUAL ) )\n        then\n    end ", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_COMPILATION_UNIT (rule \"Test2\" when (VT_AND_IMPLICIT (not (VT_PATTERN (VT_FACT_BINDING $r (VT_FACT (VT_PATTERN_TYPE LiteralRestriction) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT operator)) (== (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT Operator) (VT_ACCESSOR_ELEMENT EQUAL))))))))) then\n    end))";
//
//        assertEquals("testing rule "+"compilation_unit", expecting, actual);
//    }
//
//    @Test
//    public void testPattern_source1() throws Exception {
//        // test input: "StockTick( symbol==\"ACME\") from entry-point StreamA"
//        Object retval = execParser("pattern_source", "StockTick( symbol==\"ACME\") from entry-point StreamA", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(from (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE StockTick) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT symbol)) (== \"ACME\")))) (entry-point StreamA))";
//
//        assertEquals("testing rule "+"pattern_source", expecting, actual);
//    }
//
//    @Test
//    public void testParen_chunk1() throws Exception {
//        // test input: "( foo )"
//        Object retval = execParser("paren_chunk", "( foo )", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "( foo )";
//
//        assertEquals("testing rule "+"paren_chunk", expecting, actual);
//    }
//
//    @Test
//    public void testParen_chunk2() throws Exception {
//        // test input: "(fnord())"
//        Object retval = execParser("paren_chunk", "(fnord())", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(fnord())";
//
//        assertEquals("testing rule "+"paren_chunk", expecting, actual);
//    }
//
//    @Test
//    public void testParen_chunk3() throws Exception {
//        // test input: "( fnord( \"cheese\" ) )"
//        Object retval = execParser("paren_chunk", "( fnord( \"cheese\" ) )", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "( fnord( \"cheese\" ) )";
//
//        assertEquals("testing rule "+"paren_chunk", expecting, actual);
//    }
//
//    @Test
//    public void testParen_chunk4() throws Exception {
//        // test input: "( %*9dkj)"
//        Object retval = execParser("paren_chunk", "( %*9dkj)", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "( %*9dkj)";
//
//        assertEquals("testing rule "+"paren_chunk", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block1() throws Exception {
//        // test input: ""
//        Object retval = execParser("normal_lhs_block", "", false);
//        Object actual = examineParserExecResult(8, retval);
//        Object expecting = "VT_AND_IMPLICIT";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block2() throws Exception {
//        // test input: "     Country( $cities : city )\n     Person( city memberOf $cities )\n    "
//        Object retval = execParser("normal_lhs_block", "     Country( $cities : city )\n     Person( city memberOf $cities )\n    ", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Country) (VT_BIND_FIELD $cities (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT city)))))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Person) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT city)) (memberOf (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT $cities)))))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block3() throws Exception {
//        // test input: "     Country( $cities : city )\n     Person( city not memberOf $cities )\n    "
//        Object retval = execParser("normal_lhs_block", "     Country( $cities : city )\n     Person( city not memberOf $cities )\n    ", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Country) (VT_BIND_FIELD $cities (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT city)))))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Person) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT city)) (memberOf not (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT $cities)))))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block4() throws Exception {
//        // test input: " Person( age < 42 && location==\"atlanta\") "
//        Object retval = execParser("normal_lhs_block", " Person( age < 42 && location==\"atlanta\") ", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Person) (&& (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT age)) (< 42)) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT location)) (== \"atlanta\"))))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block5() throws Exception {
//        // test input: " Person( age < 42 || location==\"atlanta\") "
//        Object retval = execParser("normal_lhs_block", " Person( age < 42 || location==\"atlanta\") ", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Person) (|| (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT age)) (< 42)) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT location)) (== \"atlanta\"))))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block6() throws Exception {
//        // test input: "Person( age < 42 && location==\"atlanta\" || age > 20 && location==\"Seatle\" || location == \"Chicago\")"
//        Object retval = execParser("normal_lhs_block", "Person( age < 42 && location==\"atlanta\" || age > 20 && location==\"Seatle\" || location == \"Chicago\")", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Person) (|| (|| (&& (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT age)) (< 42)) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT location)) (== \"atlanta\"))) (&& (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT age)) (> 20)) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT location)) (== \"Seatle\")))) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT location)) (== \"Chicago\"))))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block7() throws Exception {
//        // test input: "Person( age < 42 && ( location==\"atlanta\" || age > 20 && location==\"Seatle\") || location == \"Chicago\")"
//        Object retval = execParser("normal_lhs_block", "Person( age < 42 && ( location==\"atlanta\" || age > 20 && location==\"Seatle\") || location == \"Chicago\")", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Person) (|| (&& (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT age)) (< 42)) (|| (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT location)) (== \"atlanta\")) (&& (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT age)) (> 20)) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT location)) (== \"Seatle\"))))) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT location)) (== \"Chicago\"))))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block8() throws Exception {
//        // test input: " Person( ( age == 70 && hair == \"black\" ) || ( age == 40 && hair == \"pink\" ) || ( age == 12 && ( hair == \"yellow\" || hair == \"blue\" ) ) ) "
//        Object retval = execParser("normal_lhs_block", " Person( ( age == 70 && hair == \"black\" ) || ( age == 40 && hair == \"pink\" ) || ( age == 12 && ( hair == \"yellow\" || hair == \"blue\" ) ) ) ", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Person) (|| (|| (&& (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT age)) (== 70)) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT hair)) (== \"black\"))) (&& (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT age)) (== 40)) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT hair)) (== \"pink\")))) (&& (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT age)) (== 12)) (|| (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT hair)) (== \"yellow\")) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT hair)) (== \"blue\"))))))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block9() throws Exception {
//        // test input: " Person( name matches \"mark\" || matches \"bob\" ) "
//        Object retval = execParser("normal_lhs_block", " Person( name matches \"mark\" || matches \"bob\" ) ", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Person) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT name)) (|| (matches \"mark\") (matches \"bob\"))))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block10() throws Exception {
//        // test input: "\tCity( $city : city )\n\tCountry( cities not contains $city )\n\t"
//        Object retval = execParser("normal_lhs_block", "\tCity( $city : city )\n\tCountry( cities not contains $city )\n\t", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE City) (VT_BIND_FIELD $city (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT city)))))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Country) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT cities)) (contains not (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT $city)))))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block11() throws Exception {
//        // test input: " Message( text not matches '[abc]*' ) "
//        Object retval = execParser("normal_lhs_block", " Message( text not matches '[abc]*' ) ", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Message) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT text)) (matches not '[abc]*')))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block12() throws Exception {
//        // test input: "Foo( bar > 1 || == 1 )"
//        Object retval = execParser("normal_lhs_block", "Foo( bar > 1 || == 1 )", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Foo) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT bar)) (|| (> 1) (== 1))))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block13() throws Exception {
//        // test input: "\t(or\n\tnot Person()\n\t\t(and Cheese()\n\t\t\tMeat()\n\t\t\tWine()))\n\t"
//        Object retval = execParser("normal_lhs_block", "\t(or\n\tnot Person()\n\t\t(and Cheese()\n\t\t\tMeat()\n\t\t\tWine()))\n\t", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (or (not (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Person)))) (and (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Cheese))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Meat))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Wine))))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block14() throws Exception {
//        // test input: "Person( ( age ( > 60 && < 70 ) || ( > 50 && < 55 ) && hair == \"black\" ) || ( age == 40 && hair == \"pink\" ) || ( age == 12 && ( hair == \"yellow\" || hair == \"blue\" ) ))"
//        Object retval = execParser("normal_lhs_block", "Person( ( age ( > 60 && < 70 ) || ( > 50 && < 55 ) && hair == \"black\" ) || ( age == 40 && hair == \"pink\" ) || ( age == 12 && ( hair == \"yellow\" || hair == \"blue\" ) ))", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Person) (|| (|| (&& (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT age)) (|| (&& (> 60) (< 70)) (&& (> 50) (< 55)))) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT hair)) (== \"black\"))) (&& (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT age)) (== 40)) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT hair)) (== \"pink\")))) (&& (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT age)) (== 12)) (|| (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT hair)) (== \"yellow\")) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT hair)) (== \"blue\"))))))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block15() throws Exception {
//        // test input: "org   .   drools/*comment*/\t  .Message( text not matches $c#comment\n. property )"
//        Object retval = execParser("normal_lhs_block", "org   .   drools/*comment*/\t  .Message( text not matches $c#comment\n. property )", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE org drools Message) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT text)) (matches not (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT $c) (VT_ACCESSOR_ELEMENT property)))))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block16() throws Exception {
//        // test input: " Test( ( text == null || text matches \"\" ) )  "
//        Object retval = execParser("normal_lhs_block", " Test( ( text == null || text matches \"\" ) )  ", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Test) (|| (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT text)) (== null)) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT text)) (matches \"\"))))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block17() throws Exception {
//        // test input: " $id : Something( duration == \"foo\") "
//        Object retval = execParser("normal_lhs_block", " $id : Something( duration == \"foo\") ", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (VT_PATTERN (VT_FACT_BINDING $id (VT_FACT (VT_PATTERN_TYPE Something) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT duration)) (== \"foo\"))))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block18() throws Exception {
//        // test input: "foo3 : Bar("
//        Object retval = execParser("normal_lhs_block", "foo3 : Bar(", false);
//        Object actual = examineParserExecResult(28, retval);
//        Object expecting = "FAIL";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block19() throws Exception {
//        // test input: "Cheese(name == \"Stilton\", age==2001)\nWine(name == \"Grange\", age == \"1978\", accolades contains \"world champion\")"
//        Object retval = execParser("normal_lhs_block", "Cheese(name == \"Stilton\", age==2001)\nWine(name == \"Grange\", age == \"1978\", accolades contains \"world champion\")", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Cheese) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT name)) (== \"Stilton\")) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT age)) (== 2001)))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Wine) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT name)) (== \"Grange\")) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT age)) (== \"1978\")) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT accolades)) (contains \"world champion\")))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block20() throws Exception {
//        // test input: "Foo()"
//        Object retval = execParser("normal_lhs_block", "Foo()", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Foo))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block21() throws Exception {
//        // test input: "not Cheese(type == \"stilton\")"
//        Object retval = execParser("normal_lhs_block", "not Cheese(type == \"stilton\")", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (not (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Cheese) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT type)) (== \"stilton\"))))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block22() throws Exception {
//        // test input: "Person(age < 42, location==\"atlanta\") \nor\nPerson(name==\"bob\")"
//        Object retval = execParser("normal_lhs_block", "Person(age < 42, location==\"atlanta\") \nor\nPerson(name==\"bob\")", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (or (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Person) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT age)) (< 42)) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT location)) (== \"atlanta\")))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Person) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT name)) (== \"bob\"))))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block23() throws Exception {
//        // test input: "Foo(bar == false)\nFoo(boo > -42)\nFoo(boo > -42.42)"
//        Object retval = execParser("normal_lhs_block", "Foo(bar == false)\nFoo(boo > -42)\nFoo(boo > -42.42)", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Foo) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT bar)) (== false)))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Foo) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT boo)) (> -42)))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Foo) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT boo)) (> -42.42)))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block24() throws Exception {
//        // test input: "Cheese( )"
//        Object retval = execParser("normal_lhs_block", "Cheese( )", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Cheese))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block25() throws Exception {
//        // test input: "Col1() from something.doIt( foo,bar,42,\"hello\",{ a => \"b\", \"something\" => 42, \"a\" => foo, x => {x=>y}},\"end\", [a, \"b\", 42] )\nCol2()"
//        Object retval = execParser("normal_lhs_block", "Col1() from something.doIt( foo,bar,42,\"hello\",{ a => \"b\", \"something\" => 42, \"a\" => foo, x => {x=>y}},\"end\", [a, \"b\", 42] )\nCol2()", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (from (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Col1))) (VT_FROM_SOURCE something (. doIt ( foo,bar,42,\"hello\",{ a => \"b\", \"something\" => 42, \"a\" => foo, x => {x=>y}},\"end\", [a, \"b\", 42] )))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Col2))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block26() throws Exception {
//        // test input: "Col1() from doIt( foo,bar,42,\"hello\",{ a => \"b\", \"something\" => 42, \"a\" => foo, x => {x=>y}},\"end\", [a, \"b\", 42] )\nCol2()"
//        Object retval = execParser("normal_lhs_block", "Col1() from doIt( foo,bar,42,\"hello\",{ a => \"b\", \"something\" => 42, \"a\" => foo, x => {x=>y}},\"end\", [a, \"b\", 42] )\nCol2()", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (from (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Col1))) (VT_FROM_SOURCE doIt ( foo,bar,42,\"hello\",{ a => \"b\", \"something\" => 42, \"a\" => foo, x => {x=>y}},\"end\", [a, \"b\", 42] ))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Col2))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block27() throws Exception {
//        // test input: "Col1() from something.doIt\nCol2()"
//        Object retval = execParser("normal_lhs_block", "Col1() from something.doIt\nCol2()", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (from (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Col1))) (VT_FROM_SOURCE something (. doIt))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Col2))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block28() throws Exception {
//        // test input: "Col1() from something.doIt[\"key\"]\nCol2()"
//        Object retval = execParser("normal_lhs_block", "Col1() from something.doIt[\"key\"]\nCol2()", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (from (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Col1))) (VT_FROM_SOURCE something (. doIt [\"key\"]))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Col2))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block29() throws Exception {
//        // test input: "Col1() from doIt1( foo,bar,42,\"hello\",{ a => \"b\"}, [a, \"b\", 42] )\n            .doIt2(bar, [a, \"b\", 42]).field[\"key\"]\nCol2()"
//        Object retval = execParser("normal_lhs_block", "Col1() from doIt1( foo,bar,42,\"hello\",{ a => \"b\"}, [a, \"b\", 42] )\n            .doIt2(bar, [a, \"b\", 42]).field[\"key\"]\nCol2()", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (from (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Col1))) (VT_FROM_SOURCE doIt1 ( foo,bar,42,\"hello\",{ a => \"b\"}, [a, \"b\", 42] ) (. doIt2 (bar, [a, \"b\", 42]) (. field [\"key\"])))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Col2))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block30() throws Exception {
//        // test input: "foo3 : Bar(a==3)\nfoo4 : Bar(a4:a==4)\nBaz()"
//        Object retval = execParser("normal_lhs_block", "foo3 : Bar(a==3)\nfoo4 : Bar(a4:a==4)\nBaz()", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (VT_PATTERN (VT_FACT_BINDING foo3 (VT_FACT (VT_PATTERN_TYPE Bar) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT a)) (== 3))))) (VT_PATTERN (VT_FACT_BINDING foo4 (VT_FACT (VT_PATTERN_TYPE Bar) (VT_BIND_FIELD a4 (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT a)) (== 4)))))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Baz))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block31() throws Exception {
//        // test input: "Person(age > 30 && < 40)\nVehicle(type == \"sedan\" || == \"wagon\", age < 3)"
//        Object retval = execParser("normal_lhs_block", "Person(age > 30 && < 40)\nVehicle(type == \"sedan\" || == \"wagon\", age < 3)", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Person) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT age)) (&& (> 30) (< 40))))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Vehicle) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT type)) (|| (== \"sedan\") (== \"wagon\"))) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT age)) (< 3)))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block32() throws Exception {
//        // test input: "    foo3 : Bar(a==3) ; foo4 : Bar(a4:a==4) ; Baz()"
//        Object retval = execParser("normal_lhs_block", "    foo3 : Bar(a==3) ; foo4 : Bar(a4:a==4) ; Baz()", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (VT_PATTERN (VT_FACT_BINDING foo3 (VT_FACT (VT_PATTERN_TYPE Bar) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT a)) (== 3))))) (VT_PATTERN (VT_FACT_BINDING foo4 (VT_FACT (VT_PATTERN_TYPE Bar) (VT_BIND_FIELD a4 (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT a)) (== 4)))))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Baz))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block33() throws Exception {
//        // test input: "not ( Cheese(type == \"stilton\") )\nexists ( Foo() )"
//        Object retval = execParser("normal_lhs_block", "not ( Cheese(type == \"stilton\") )\nexists ( Foo() )", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (not (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Cheese) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT type)) (== \"stilton\"))))) (exists (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Foo)))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block34() throws Exception {
//        // test input: "not ( Cheese(type == \"stilton\") )\nexists ( Foo() )"
//        Object retval = execParser("normal_lhs_block", "not ( Cheese(type == \"stilton\") )\nexists ( Foo() )", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (not (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Cheese) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT type)) (== \"stilton\"))))) (exists (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Foo)))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block35() throws Exception {
//        // test input: "a : (not ( Cheese(type == \"stilton\") ))\nexists ( Foo() )"
//        Object retval = execParser("normal_lhs_block", "a : (not ( Cheese(type == \"stilton\") ))\nexists ( Foo() )", false);
//        Object actual = examineParserExecResult(28, retval);
//        Object expecting = "FAIL";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block36() throws Exception {
//        // test input: " Cheese( t:type == \"cheddar\" ) "
//        Object retval = execParser("normal_lhs_block", " Cheese( t:type == \"cheddar\" ) ", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Cheese) (VT_BIND_FIELD t (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT type)) (== \"cheddar\"))))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block37() throws Exception {
//        // test input: "Cheese( $type:type )"
//        Object retval = execParser("normal_lhs_block", "Cheese( $type:type )", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Cheese) (VT_BIND_FIELD $type (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT type)))))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block38() throws Exception {
//        // test input: "    Cheese($type : type == \"stilton\")\n    $person : Person($name : name == \"bob\", likes == $type)        "
//        Object retval = execParser("normal_lhs_block", "    Cheese($type : type == \"stilton\")\n    $person : Person($name : name == \"bob\", likes == $type)        ", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Cheese) (VT_BIND_FIELD $type (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT type)) (== \"stilton\"))))) (VT_PATTERN (VT_FACT_BINDING $person (VT_FACT (VT_PATTERN_TYPE Person) (VT_BIND_FIELD $name (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT name)) (== \"bob\"))) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT likes)) (== (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT $type))))))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block39() throws Exception {
//        // test input: "Person(name == \"mark\") or \n( Person(type == \"fan\") and Cheese(type == \"green\") )"
//        Object retval = execParser("normal_lhs_block", "Person(name == \"mark\") or \n( Person(type == \"fan\") and Cheese(type == \"green\") )", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (or (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Person) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT name)) (== \"mark\")))) (and (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Person) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT type)) (== \"fan\")))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Cheese) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT type)) (== \"green\")))))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block40() throws Exception {
//        // test input: "Person(name == \"mark\") && Cheese(type == \"stilton\")\nPerson(name == \"mark\") || Cheese(type == \"stilton\")"
//        Object retval = execParser("normal_lhs_block", "Person(name == \"mark\") && Cheese(type == \"stilton\")\nPerson(name == \"mark\") || Cheese(type == \"stilton\")", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (&& (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Person) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT name)) (== \"mark\")))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Cheese) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT type)) (== \"stilton\"))))) (|| (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Person) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT name)) (== \"mark\")))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Cheese) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT type)) (== \"stilton\"))))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block41() throws Exception {
//        // test input: "foo :  ( Person(name == \"mark\") or Person(type == \"fan\") ) \nCheese(type == \"green\")"
//        Object retval = execParser("normal_lhs_block", "foo :  ( Person(name == \"mark\") or Person(type == \"fan\") ) \nCheese(type == \"green\")", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (VT_PATTERN (VT_FACT_BINDING foo (or (VT_FACT (VT_PATTERN_TYPE Person) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT name)) (== \"mark\"))) (VT_FACT (VT_PATTERN_TYPE Person) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT type)) (== \"fan\")))))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Cheese) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT type)) (== \"green\")))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block42() throws Exception {
//        // test input: "foo : ( Person(name == \"mark\") \n\tor \n\tPerson(type == \"fan\") )"
//        Object retval = execParser("normal_lhs_block", "foo : ( Person(name == \"mark\") \n\tor \n\tPerson(type == \"fan\") )", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (VT_PATTERN (VT_FACT_BINDING foo (or (VT_FACT (VT_PATTERN_TYPE Person) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT name)) (== \"mark\"))) (VT_FACT (VT_PATTERN_TYPE Person) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT type)) (== \"fan\")))))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block43() throws Exception {
//        // test input: "foo : ( \n\tPerson(name == \"mark\") or Person(type == \"fan\") \n\t)"
//        Object retval = execParser("normal_lhs_block", "foo : ( \n\tPerson(name == \"mark\") or Person(type == \"fan\") \n\t)", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (VT_PATTERN (VT_FACT_BINDING foo (or (VT_FACT (VT_PATTERN_TYPE Person) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT name)) (== \"mark\"))) (VT_FACT (VT_PATTERN_TYPE Person) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT type)) (== \"fan\")))))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block44() throws Exception {
//        // test input: " ( (not Foo(x==\"a\") or Foo(x==\"y\") ) and ( Shoes() or Butt() ) )"
//        Object retval = execParser("normal_lhs_block", " ( (not Foo(x==\"a\") or Foo(x==\"y\") ) and ( Shoes() or Butt() ) )", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (and (or (not (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Foo) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT x)) (== \"a\"))))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Foo) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT x)) (== \"y\"))))) (or (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Shoes))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Butt))))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block45() throws Exception {
//        // test input: "eval(abc(\"foo\") + 5)\nFoo()\neval(qed())\nBar()"
//        Object retval = execParser("normal_lhs_block", "eval(abc(\"foo\") + 5)\nFoo()\neval(qed())\nBar()", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (eval (abc(\"foo\") + 5)) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Foo))) (eval (qed())) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Bar))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block46() throws Exception {
//        // test input: "Foo()\nBar()\neval(abc(\"foo\"))"
//        Object retval = execParser("normal_lhs_block", "Foo()\nBar()\neval(abc(\"foo\"))", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Foo))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Bar))) (eval (abc(\"foo\"))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block47() throws Exception {
//        // test input: "Foo(name== (a + b))"
//        Object retval = execParser("normal_lhs_block", "Foo(name== (a + b))", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Foo) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT name)) (== (a + b))))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block48() throws Exception {
//        // test input: "Person( $age2:age -> ($age2 == $age1+2 ) )"
//        Object retval = execParser("normal_lhs_block", "Person( $age2:age -> ($age2 == $age1+2 ) )", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Person) (VT_BIND_FIELD $age2 (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT age)))) (-> ($age2 == $age1+2 )))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block49() throws Exception {
//        // test input: "Foo(bar == Foo.BAR)"
//        Object retval = execParser("normal_lhs_block", "Foo(bar == Foo.BAR)", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Foo) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT bar)) (== (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT Foo) (VT_ACCESSOR_ELEMENT BAR)))))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block50() throws Exception {
//        // test input: "p: Person( name soundslike \"Michael\" )"
//        Object retval = execParser("normal_lhs_block", "p: Person( name soundslike \"Michael\" )", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (VT_PATTERN (VT_FACT_BINDING p (VT_FACT (VT_PATTERN_TYPE Person) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT name)) (soundslike \"Michael\"))))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block51() throws Exception {
//        // test input: "Foo()\nBar()\neval(\n\n\n\n       abc(\n       \n       \"foo\") + \n       5\n       \n       \n       \n        \n       )"
//        Object retval = execParser("normal_lhs_block", "Foo()\nBar()\neval(\n\n\n\n       abc(\n       \n       \"foo\") + \n       5\n       \n       \n       \n        \n       )", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Foo))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Bar))) (eval (\n\n\n\n       abc(\n       \n       \"foo\") + \n       5\n       \n       \n       \n        \n       )))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block52() throws Exception {
//        // test input: "eval(abc();)"
//        Object retval = execParser("normal_lhs_block", "eval(abc();)", false);
//        Object actual = examineParserExecResult(28, retval);
//        Object expecting = "FAIL";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block53() throws Exception {
//        // test input: "Foo(\n  bar == baz, la==laz\n  )\n "
//        Object retval = execParser("normal_lhs_block", "Foo(\n  bar == baz, la==laz\n  )\n ", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Foo) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT bar)) (== (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT baz)))) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT la)) (== (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT laz)))))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block54() throws Exception {
//        // test input: "com.cheeseco.Cheese($type : type == \"stilton\")"
//        Object retval = execParser("normal_lhs_block", "com.cheeseco.Cheese($type : type == \"stilton\")", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE com cheeseco Cheese) (VT_BIND_FIELD $type (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT type)) (== \"stilton\"))))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block55() throws Exception {
//        // test input: "     Integer() from accumulate( Person( age > 21 ),\n                            init( int x = 0; ),\n                            action( x++; ),\n                            result( new Integer(x) ) );"
//        Object retval = execParser("normal_lhs_block", "     Integer() from accumulate( Person( age > 21 ),\n                            init( int x = 0; ),\n                            action( x++; ),\n                            result( new Integer(x) ) );", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (from (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Integer))) (accumulate (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Person) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT age)) (> 21)))) (VT_ACCUMULATE_INIT_CLAUSE (init ( int x = 0; )) (action ( x++; )) (result ( new Integer(x) ))))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block56() throws Exception {
//        // test input: " $counter:Integer() from accumulate( $person : Person( age > 21 ),\n                                     init( int x = 0; ),\n                                     action( x++; ),\n                                     result( new Integer(x) ) );"
//        Object retval = execParser("normal_lhs_block", " $counter:Integer() from accumulate( $person : Person( age > 21 ),\n                                     init( int x = 0; ),\n                                     action( x++; ),\n                                     result( new Integer(x) ) );", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (from (VT_PATTERN (VT_FACT_BINDING $counter (VT_FACT (VT_PATTERN_TYPE Integer)))) (accumulate (VT_PATTERN (VT_FACT_BINDING $person (VT_FACT (VT_PATTERN_TYPE Person) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT age)) (> 21))))) (VT_ACCUMULATE_INIT_CLAUSE (init ( int x = 0; )) (action ( x++; )) (result ( new Integer(x) ))))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block57() throws Exception {
//        // test input: "$personList : ArrayList() from collect( Person( age > 21 ) );"
//        Object retval = execParser("normal_lhs_block", "$personList : ArrayList() from collect( Person( age > 21 ) );", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (from (VT_PATTERN (VT_FACT_BINDING $personList (VT_FACT (VT_PATTERN_TYPE ArrayList)))) (collect (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Person) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT age)) (> 21)))))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block58() throws Exception {
//        // test input: "\tnot ( State( $state : state ) and\n          not( Person( status == $state, $likes : likes ) and\n               Cheese( type == $likes ) ) )\n    Person( name == \"Bob\" )\n    ( Cheese( price == 10 ) or Cheese( type == \"brie\" ) )"
//        Object retval = execParser("normal_lhs_block", "\tnot ( State( $state : state ) and\n          not( Person( status == $state, $likes : likes ) and\n               Cheese( type == $likes ) ) )\n    Person( name == \"Bob\" )\n    ( Cheese( price == 10 ) or Cheese( type == \"brie\" ) )", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (not (and (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE State) (VT_BIND_FIELD $state (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT state)))))) (not (and (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Person) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT status)) (== (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT $state)))) (VT_BIND_FIELD $likes (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT likes)))))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Cheese) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT type)) (== (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT $likes)))))))))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Person) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT name)) (== \"Bob\")))) (or (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Cheese) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT price)) (== 10)))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Cheese) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT type)) (== \"brie\"))))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block59() throws Exception {
//        // test input: " forall( Person( age > 21, $likes : likes )\n         Cheese( type == $likes ) );"
//        Object retval = execParser("normal_lhs_block", " forall( Person( age > 21, $likes : likes )\n         Cheese( type == $likes ) );", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (forall (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Person) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT age)) (> 21)) (VT_BIND_FIELD $likes (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT likes)))))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Cheese) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT type)) (== (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT $likes))))))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block60() throws Exception {
//        // test input: "  \tPerson(age > 30 && < 40)\n  \tVehicle(type in ( \"sedan\", \"wagon\" ), age < 3)\n\t"
//        Object retval = execParser("normal_lhs_block", "  \tPerson(age > 30 && < 40)\n  \tVehicle(type in ( \"sedan\", \"wagon\" ), age < 3)\n\t", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Person) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT age)) (&& (> 30) (< 40))))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Vehicle) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT type)) (in \"sedan\" \"wagon\")) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT age)) (< 3)))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block61() throws Exception {
//        // test input: "  \tPerson(age > 30 && < 40)\n  \tVehicle(type not in ( \"sedan\", \"wagon\" ), age < 3)\n\t"
//        Object retval = execParser("normal_lhs_block", "  \tPerson(age > 30 && < 40)\n  \tVehicle(type not in ( \"sedan\", \"wagon\" ), age < 3)\n\t", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Person) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT age)) (&& (> 30) (< 40))))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Vehicle) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT type)) (in not \"sedan\" \"wagon\")) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT age)) (< 3)))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block62() throws Exception {
//        // test input: "\t\tPattern1();\n\t\tPattern2() from x.y.z;\n\t\tPattern5();\n\t\tPattern6();\n\t\tPattern7();\n\t\tPattern3();\n\t\tPattern4() from collect( Pattern5() );\n\t\t"
//        Object retval = execParser("normal_lhs_block", "\t\tPattern1();\n\t\tPattern2() from x.y.z;\n\t\tPattern5();\n\t\tPattern6();\n\t\tPattern7();\n\t\tPattern3();\n\t\tPattern4() from collect( Pattern5() );\n\t\t", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Pattern1))) (from (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Pattern2))) (VT_FROM_SOURCE x (. y (. z)))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Pattern5))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Pattern6))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Pattern7))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Pattern3))) (from (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Pattern4))) (collect (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Pattern5))))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block63() throws Exception {
//        // test input: " eval( 3==3 ) "
//        Object retval = execParser("normal_lhs_block", " eval( 3==3 ) ", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (eval ( 3==3 )))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block64() throws Exception {
//        // test input: "\t\tInteger() from accumulate( Person( age > 21 ),\n\t\t                           init( int x = 0; ),\n\t\t                           action( x++; ),\n\t\t                           reverse( x--; ),\n\t\t                           result( new Integer(x) ) );\n\t\t"
//        Object retval = execParser("normal_lhs_block", "\t\tInteger() from accumulate( Person( age > 21 ),\n\t\t                           init( int x = 0; ),\n\t\t                           action( x++; ),\n\t\t                           reverse( x--; ),\n\t\t                           result( new Integer(x) ) );\n\t\t", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (from (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Integer))) (accumulate (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Person) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT age)) (> 21)))) (VT_ACCUMULATE_INIT_CLAUSE (init ( int x = 0; )) (action ( x++; )) (reverse ( x--; )) (result ( new Integer(x) ))))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block65() throws Exception {
//        // test input: "\t     Number() from accumulate( Person( $age : age > 21 ),\n\t                               average( $age ) );\n\t\t"
//        Object retval = execParser("normal_lhs_block", "\t     Number() from accumulate( Person( $age : age > 21 ),\n\t                               average( $age ) );\n\t\t", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (from (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Number))) (accumulate (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Person) (VT_BIND_FIELD $age (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT age)) (> 21))))) (VT_ACCUMULATE_ID_CLAUSE average ( $age )))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block66() throws Exception {
//        // test input: "\t     #below statement makes no sense, but is useful to test parsing recursiveness\n\t     $personList : ArrayList() from collect( $p : Person( age > 21 || age < 10 ) from collect( People() from $town.getPeople() ) );\n\t\t"
//        Object retval = execParser("normal_lhs_block", "\t     #below statement makes no sense, but is useful to test parsing recursiveness\n\t     $personList : ArrayList() from collect( $p : Person( age > 21 || age < 10 ) from collect( People() from $town.getPeople() ) );\n\t\t", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (from (VT_PATTERN (VT_FACT_BINDING $personList (VT_FACT (VT_PATTERN_TYPE ArrayList)))) (collect (from (VT_PATTERN (VT_FACT_BINDING $p (VT_FACT (VT_PATTERN_TYPE Person) (|| (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT age)) (> 21)) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT age)) (< 10)))))) (collect (from (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE People))) (VT_FROM_SOURCE $town (. getPeople ()))))))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block67() throws Exception {
//        // test input: "\t     $personList : ArrayList() from accumulate( Person( $age : age > 21 || < 10 ) from collect( People() from $town.getPeople() ),\n\t                                                max( $age ) );\n\t\t"
//        Object retval = execParser("normal_lhs_block", "\t     $personList : ArrayList() from accumulate( Person( $age : age > 21 || < 10 ) from collect( People() from $town.getPeople() ),\n\t                                                max( $age ) );\n\t\t", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (from (VT_PATTERN (VT_FACT_BINDING $personList (VT_FACT (VT_PATTERN_TYPE ArrayList)))) (accumulate (from (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Person) (VT_BIND_FIELD $age (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT age)) (|| (> 21) (< 10)))))) (collect (from (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE People))) (VT_FROM_SOURCE $town (. getPeople ()))))) (VT_ACCUMULATE_ID_CLAUSE max ( $age )))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block68() throws Exception {
//        // test input: "\t    $p : Person( name == \"bob\" )\n\t    $c : Cheese( type == $p.likes ) || Cheese( price == 10 )\n\t    "
//        Object retval = execParser("normal_lhs_block", "\t    $p : Person( name == \"bob\" )\n\t    $c : Cheese( type == $p.likes ) || Cheese( price == 10 )\n\t    ", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (VT_PATTERN (VT_FACT_BINDING $p (VT_FACT (VT_PATTERN_TYPE Person) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT name)) (== \"bob\"))))) (|| (VT_PATTERN (VT_FACT_BINDING $c (VT_FACT (VT_PATTERN_TYPE Cheese) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT type)) (== (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT $p) (VT_ACCESSOR_ELEMENT likes))))))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Cheese) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT price)) (== 10))))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block69() throws Exception {
//        // test input: "\t\t     $counter:Integer() from accumulate( $person : Person( age > 21 ) and Cheese( type == $person.likes ),\n\t\t                                         init( int x = 0; ),\n\t\t                                         action( x++; ),\n\t\t                                         result( new Integer(x) ) );\n\t\t\t"
//        Object retval = execParser("normal_lhs_block", "\t\t     $counter:Integer() from accumulate( $person : Person( age > 21 ) and Cheese( type == $person.likes ),\n\t\t                                         init( int x = 0; ),\n\t\t                                         action( x++; ),\n\t\t                                         result( new Integer(x) ) );\n\t\t\t", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (from (VT_PATTERN (VT_FACT_BINDING $counter (VT_FACT (VT_PATTERN_TYPE Integer)))) (accumulate (and (VT_PATTERN (VT_FACT_BINDING $person (VT_FACT (VT_PATTERN_TYPE Person) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT age)) (> 21))))) (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE Cheese) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT type)) (== (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT $person) (VT_ACCESSOR_ELEMENT likes))))))) (VT_ACCUMULATE_INIT_CLAUSE (init ( int x = 0; )) (action ( x++; )) (result ( new Integer(x) ))))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block70() throws Exception {
//        // test input: "\t\t    $a : EventA()\n\t\t    $b : EventB( this after[1,10] $a )\n\t\t    $c : EventC( this finishes $b )\n\t\t    $d : EventD( this not starts $a )\n\t\t    $e : EventE( this not before [1, 10] $b )\n\t\t\t"
//        Object retval = execParser("normal_lhs_block", "\t\t    $a : EventA()\n\t\t    $b : EventB( this after[1,10] $a )\n\t\t    $c : EventC( this finishes $b )\n\t\t    $d : EventD( this not starts $a )\n\t\t    $e : EventE( this not before [1, 10] $b )\n\t\t\t", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (VT_PATTERN (VT_FACT_BINDING $a (VT_FACT (VT_PATTERN_TYPE EventA)))) (VT_PATTERN (VT_FACT_BINDING $b (VT_FACT (VT_PATTERN_TYPE EventB) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT this)) (after [1,10] (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT $a))))))) (VT_PATTERN (VT_FACT_BINDING $c (VT_FACT (VT_PATTERN_TYPE EventC) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT this)) (finishes (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT $b))))))) (VT_PATTERN (VT_FACT_BINDING $d (VT_FACT (VT_PATTERN_TYPE EventD) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT this)) (starts not (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT $a))))))) (VT_PATTERN (VT_FACT_BINDING $e (VT_FACT (VT_PATTERN_TYPE EventE) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT this)) (before not [1, 10] (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT $b))))))))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testNormal_lhs_block71() throws Exception {
//        // test input: "StockTick( symbol==\"ACME\") from entry-point StreamA"
//        Object retval = execParser("normal_lhs_block", "StockTick( symbol==\"ACME\") from entry-point StreamA", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(VT_AND_IMPLICIT (from (VT_PATTERN (VT_FACT (VT_PATTERN_TYPE StockTick) (VT_FIELD (VT_ACCESSOR_PATH (VT_ACCESSOR_ELEMENT symbol)) (== \"ACME\")))) (entry-point StreamA)))";
//
//        assertEquals("testing rule "+"normal_lhs_block", expecting, actual);
//    }
//
//    @Test
//    public void testConstraints1() throws Exception {
//        // test input: "eval( $var.equals(\"xyz\") )"
//        Object retval = execParser("constraints", "eval( $var.equals(\"xyz\") )", false);
//        Object actual = examineParserExecResult(10, retval);
//        Object expecting = "(eval ( $var.equals(\"xyz\") ))";
//
//        assertEquals("testing rule "+"constraints", expecting, actual);
//    }
//
//    // Invoke target parser.rule
//    public Object execParser(String testRuleName, String testInput, boolean isFile) throws Exception {
//        CharStream input;
//        /** Set up ANTLR input stream based on input source, file or String */
//        if ( isFile==true ) {
//            input = new ANTLRFileStream(testInput);
//        }
//        else {
//            input = new ANTLRStringStream(testInput);
//        }
//        try {
//            DRLLexer lexer = new DRLLexer(input);
//            CommonTokenStream tokens = new CommonTokenStream(lexer);
//            DRLParser parser = new DRLParser(tokens);
//            /** Use Reflection to get rule method from parser */
//            Method ruleName = Class.forName("org.kie.lang.DRLParser").getMethod(testRuleName);
//
//            /** Start of I/O Redirecting */
//            PipedInputStream pipedIn = new PipedInputStream();
//            PipedOutputStream pipedOut = new PipedOutputStream();
//            PipedInputStream pipedErrIn = new PipedInputStream();
//            PipedOutputStream pipedErrOut = new PipedOutputStream();
//            try {
//                pipedOut.connect(pipedIn);
//                pipedErrOut.connect(pipedErrIn);
//            }
//            catch(IOException e) {
//                System.err.println("connection failed...");
//                System.exit(1);
//            }
//            PrintStream console = System.out;
//            PrintStream consoleErr = System.err;
//            PrintStream ps = new PrintStream(pipedOut);
//            PrintStream ps2 = new PrintStream(pipedErrOut);
//            System.setOut(ps);
//            System.setErr(ps2);
//            /** End of redirecting */
//
//            /** Invoke grammar rule, and store if there is a return value */
//            Object ruleReturn = ruleName.invoke(parser);
//            String astString = null;
//            /** If rule has return value, determine if it's an AST */
//            if ( ruleReturn!=null ) {
//                /** If return object is instanceof AST, get the toStringTree */
//                if ( ruleReturn.toString().indexOf(testRuleName+"_return")>0 ) {
//                    try { // NullPointerException may happen here...
//                        Class _return = Class.forName("org.kie.lang.DRLParser"+"$"+testRuleName+"_return");
//                        Method[] methods = _return.getDeclaredMethods();
//                        for(Method method : methods) {
//                            if ( method.getName().equals("getTree") ) {
//                                Method returnName = _return.getMethod("getTree");
//                                CommonTree tree = (CommonTree) returnName.invoke(ruleReturn);
//                                astString = tree.toStringTree();
//                            }
//                        }
//                    }
//                    catch(Exception e) {
//                        System.err.println(e);
//                    }
//                }
//            }
//// @FIXME etirelli !!!
////            org.antlr.gunit.gUnitExecuter.StreamVacuum stdoutVacuum = new org.antlr.gunit.gUnitExecuter.StreamVacuum(pipedIn);
////            org.antlr.gunit.gUnitExecuter.StreamVacuum stderrVacuum = new org.antlr.gunit.gUnitExecuter.StreamVacuum(pipedErrIn);
////            ps.close();
////            ps2.close();
////            System.setOut(console);            // Reset standard output
////            System.setErr(consoleErr);        // Reset standard err out
////            this.stdout = null;
////            this.stderr = null;
////            stdoutVacuum.start();
////            stderrVacuum.start();
////            stdoutVacuum.join();
////            stderrVacuum.join();
////            // retVal could be actual return object from rule, stderr or stdout
////            if ( stderrVacuum.toString().length()>0 ) {
////                this.stderr = stderrVacuum.toString();
////                return this.stderr;
////            }
////            if ( parser.hasErrors() ) {
////                this.stderr = parser.getErrors().toString();
////                return this.stderr;
////            }
////            if ( stdoutVacuum.toString().length()>0 ) {
////                this.stdout = stdoutVacuum.toString();
////            }
////            if ( astString!=null ) {    // Return toStringTree of AST
////                return astString;
////            }
////            if ( ruleReturn!=null ) {
////                return ruleReturn;
////            }
////            if ( stderrVacuum.toString().length()==0 && stdoutVacuum.toString().length()==0 ) {
////                return null;
////            }
//        } catch (ClassNotFoundException e) {
//            e.printStackTrace(); System.exit(1);
//        } catch (SecurityException e) {
//            e.printStackTrace(); System.exit(1);
//        } catch (NoSuchMethodException e) {
//            e.printStackTrace(); System.exit(1);
//        } catch (IllegalAccessException e) {
//            e.printStackTrace(); System.exit(1);
//        } catch (InvocationTargetException e) {
//            this.stderr = "error";
//            return e.getCause().toString();
////        } catch (InterruptedException e) {
////            e.printStackTrace(); System.exit(1);
//        } catch (Exception e) {
//            e.printStackTrace(); System.exit(1);
//        }
//        return stdout;
//    }
//
//    // Modify the return value if the expected token type is OK or FAIL
//    public Object examineParserExecResult(int tokenType, Object retVal) {
//        if ( tokenType==27 ) { // expected Token: OK
//            if ( this.stderr==null ) {
//                return "OK";
//            }
//            else {
//                return "FAIL";
//            }
//        }
//        else if ( tokenType==28 ) { // expected Token: FAIL
//            if ( this.stderr!=null ) {
//                return "FAIL";
//            }
//            else {
//                return "OK";
//            }
//        }
//        else { // return the same object for the other token types
//            return retVal;
//        }
//    }

}
