Model:
	greetings=Query;

Query:
	(key=QTypekeyWord)? (aggregation=Aggregation)? (measure=MeasureList) ((groupBy+=Group)? &(condition=Condtition)? &(range=Transition)?) ;


QTypekeyWord:
	qKeyword='plot'
;

Aggregation:
	agg=('average'|'number of'|'total')
;

Condtition:
	con+='for' dimVal=DimensionValue 'as' dim=Dimension ('and' dimValue=DimensionValue 'as' dimen=Dimension)* |
	conTimeCurrent= 'for this' thisTimeGroup=ThisTimeGroup |
	conlastTimePast  ='for last ' lastTimeGroup =LastTimeGroup |
	conlastNTimePast  ='for last 'INT lastNTimeGroup =LastNTimeGroup|
	conDayTimeGroup ='for' dayTimeGroup=DayTimeGroup
;

MeasureList : names+=Measure ("and" names+=Measure)*;

Measure:ID+;


Dimension:ID+;

DimensionValue:
	value=ID+
;

GroupList:
 "by" (dimGroup=Dimension("by" timeGroup+=TimeGroup)? )|timeGroup+= TimeGroup
;

Group:

	"by" ((dimGroup=Dimension("by" timeGroup+=TimeGroup)? )|timeGroup+= TimeGroup)

;

Transition:

	'from' dateStart=Date 'to' dateEnd=Date
;

TimeGroup:
	timeGroup=('day'|'week'|'month'|'quarter'|'year')
;

ThisTimeGroup:
	thisTimeGroup=('year'|'month'|'week')
 ;

LastTimeGroup:
	lastTimeGroup= ('year'|'quarter'|'month'|'week')
;

LastNTimeGroup:
	lastTimeGroup= ('days'|'weeks'|'months')
;

DayTimeGroup:
	dayTimeGroup =('today'|'yesterday')
;




Date:
	d=Day m=Month y=Year ;


Day : INT ;
Month : 'Jan'|'Feb'|'Mar'|'Apr' ;
Year : INT ;

@Test
	def void testPlotMeasure1ForTime() {

		val query ="plot profit for "
		val result = parseHelper.parse(query)

		var expected =Arrays.asList("profit")

		Assert.assertEquals(result.greetings.key.getQKeyword,"plot")
		Assert.assertEquals(expected,result.greetings.measure.names)


	}

@Test
	def void testMeasure() {

		val query="comm"
		val result = parseHelper.parse(query)

		var expected =Arrays.asList("comm")
		Assert.assertEquals(expected,result.getMeasureList)

	}


	def List<String> getMeasureList(Model result){

		return result.greetings.measure.names.toList

	}