mondrian.test
Class SolveOrderScopeIsolationTest

java.lang.Object
  junit.framework.Assert
      junit.framework.TestCase
          mondrian.test.FoodMartTestCase
              mondrian.test.SolveOrderScopeIsolationTest

All Implemented Interfaces:

junit.framework.Test

public class SolveOrderScopeIsolationTest
extends FoodMartTestCase

SolveOrderScopeIsolationTest Test conformance to SSAS2005 solve order scope isolation behavior. Scope Isolation: In SQL Server 2005 Analysis Services, when a cube Multidimensional Expressions (MDX) script contains calculated members, by default the calculated members are resolved before any session-scoped calculations are resolved and before any query-defined calculations are resolved. This is different from SQL Server 2000 Analysis Services behavior, where solve order can explicitly be used to insert a session-scoped or query-defined calculation in between two cube-level calculations. Further details at: http://msdn2.microsoft.com/en-us/library/ms144787.aspx This initial set of tests are added to indicate the kind of behavior that is expected to support this SSAS 2005 feature. All tests start with an underscore so as to not to execute even if the test class is added to Main

Since:

Apr 04, 2008

Author:

ajogleka

Nested Class Summary

Nested classes/interfaces inherited from class mondrian.test.FoodMartTestCase

FoodMartTestCase.QueryAndResult

Field Summary

(package private) SolveOrderMode

defaultSolveOrderMode

Fields inherited from class mondrian.test.FoodMartTestCase

propSaver

Constructor Summary

SolveOrderScopeIsolationTest()

Method Summary

void	_future_testOverrideCubeMemberHappensWithScopeIsolation() Test for future capability: SCOPE_ISOLATION=CUBE which is implemented in Analysis Services but not yet in Mondrian.
TestContext	getTestContext() Returns the test context.
(package private) void	setSolveOrderMode(SolveOrderMode mode)
void	setUp()
void	tearDown()
void	test2LevelOfOverrideCubeMemberDoesNotHappenAbsolute()
void	test2LevelOfOverrideCubeMemberDoesNotHappenScoped()
void	testAggregateMemberEvalAfterOtherMembersAbsolute() This test validates that behavior is consistent with Analysis Services 2000 when Solve order scope is ABSOLUTE.
void	testAggregateMemberEvalAfterOtherMembersScoped()
void	testAllSolveOrderModesHandled()
void	testConditionalAggregateMemberEvalAfterOtherMembersAbsolute() This test validates that behavior is consistent with Analysis Services 2000 when Solve order scope is ABSOLUTE.
void	testConditionalAggregateMemberEvalAfterOtherMembersScoped()
void	testConditionalCubeMemberEvalBeforeOtherMembersAbsolute()
void	testConditionalCubeMemberEvalBeforeOtherMembersScoped()
void	testCubeMemberEvalBeforeQueryMemberAbsolute()
void	testCubeMemberEvalBeforeQueryMemberScoped()
void	testOverrideCubeMemberDoesNotHappenAbsolute()
void	testOverrideCubeMemberDoesNotHappenScoped()
void	testOverrideCubeMemberInTupleDoesNotHappenAbsolute()
void	testOverrideCubeMemberInTupleDoesNotHappenScoped()
void	testOverrideCubeMemberUsingStrToMemberDoesNotHappenAbsolute()
void	testOverrideCubeMemberUsingStrToMemberDoesNotHappenScoped()
void	testSetSolveOrderMode()
void	testStrToMemberReturningAggEvalAfterOtherMembersAbsolute() This test validates that behavior is consistent with Analysis Services 2000 when Solve order scope is ABSOLUTE.
void	testStrToMemberReturningAggEvalAfterOtherMembersScoped()

Methods inherited from class mondrian.test.FoodMartTestCase

allMember, assertAxisReturns, assertAxisThrows, assertBooleanExprReturns, assertExprReturns, assertExprThrows, assertQueriesReturnSimilarResults, assertQueryReturns, assertQueryThrows, assertSize, cubeByName, execute, executeExpr, executeQuery, executeSingletonAxis, genderMembersIncludingAll, getConnection, getDimensionWithName, isDefaultNullMemberRepresentation, isGroupingSetsSupported, member, productMembersPotScrubbersPotsAndPans, storeMembersCAAndOR, storeMembersUsaAndCanada, warehouseMembersCanadaMexicoUsa

Methods inherited from class junit.framework.TestCase

countTestCases, createResult, getName, run, run, runBare, runTest, setName, toString

Methods inherited from class junit.framework.Assert

assertEquals, assertEquals, assertEquals, assertEquals, assertEquals, assertEquals, assertEquals, assertEquals, assertEquals, assertEquals, assertEquals, assertEquals, assertEquals, assertEquals, assertEquals, assertEquals, assertEquals, assertEquals, assertEquals, assertEquals, assertFalse, assertFalse, assertNotNull, assertNotNull, assertNotSame, assertNotSame, assertNull, assertNull, assertSame, assertSame, assertTrue, assertTrue, fail, fail

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait

Field Detail

defaultSolveOrderMode

SolveOrderMode defaultSolveOrderMode

Constructor Detail

SolveOrderScopeIsolationTest

public SolveOrderScopeIsolationTest()

Method Detail

setUp

public void setUp()
           throws Exception

Overrides:

setUp in class junit.framework.TestCase

Throws:

Exception

tearDown

public void tearDown()
              throws Exception

Overrides:

tearDown in class FoodMartTestCase

Throws:

Exception

setSolveOrderMode

final void setSolveOrderMode(SolveOrderMode mode)

getTestContext

public TestContext getTestContext()

Description copied from class: FoodMartTestCase

Returns the test context. Override this method if you wish to use a different source for your FoodMart connection.

Overrides:

getTestContext in class FoodMartTestCase

testAllSolveOrderModesHandled

public void testAllSolveOrderModesHandled()

testSetSolveOrderMode

public void testSetSolveOrderMode()

testOverrideCubeMemberDoesNotHappenAbsolute

public void testOverrideCubeMemberDoesNotHappenAbsolute()

testOverrideCubeMemberDoesNotHappenScoped

public void testOverrideCubeMemberDoesNotHappenScoped()

_future_testOverrideCubeMemberHappensWithScopeIsolation

public void _future_testOverrideCubeMemberHappensWithScopeIsolation()

Test for future capability: SCOPE_ISOLATION=CUBE which is implemented in Analysis Services but not yet in Mondrian.

testCubeMemberEvalBeforeQueryMemberAbsolute

public void testCubeMemberEvalBeforeQueryMemberAbsolute()

testCubeMemberEvalBeforeQueryMemberScoped

public void testCubeMemberEvalBeforeQueryMemberScoped()

testOverrideCubeMemberInTupleDoesNotHappenAbsolute

public void testOverrideCubeMemberInTupleDoesNotHappenAbsolute()

testOverrideCubeMemberInTupleDoesNotHappenScoped

public void testOverrideCubeMemberInTupleDoesNotHappenScoped()

testConditionalCubeMemberEvalBeforeOtherMembersAbsolute

public void testConditionalCubeMemberEvalBeforeOtherMembersAbsolute()

testConditionalCubeMemberEvalBeforeOtherMembersScoped

public void testConditionalCubeMemberEvalBeforeOtherMembersScoped()

testOverrideCubeMemberUsingStrToMemberDoesNotHappenAbsolute

public void testOverrideCubeMemberUsingStrToMemberDoesNotHappenAbsolute()

testOverrideCubeMemberUsingStrToMemberDoesNotHappenScoped

public void testOverrideCubeMemberUsingStrToMemberDoesNotHappenScoped()

testAggregateMemberEvalAfterOtherMembersAbsolute

public void testAggregateMemberEvalAfterOtherMembersAbsolute()

This test validates that behavior is consistent with Analysis Services 2000 when Solve order scope is ABSOLUTE. AS2K will throw an error whenever attempting to aggregate over calculated members (i.e. when the solve order of the Aggregate member is higher than the calculations it intersects with).

testAggregateMemberEvalAfterOtherMembersScoped

public void testAggregateMemberEvalAfterOtherMembersScoped()

testConditionalAggregateMemberEvalAfterOtherMembersAbsolute

public void testConditionalAggregateMemberEvalAfterOtherMembersAbsolute()

This test validates that behavior is consistent with Analysis Services 2000 when Solve order scope is ABSOLUTE. AS2K will throw an error whenever attempting to aggregate over calculated members (i.e. when the solve order of the Aggregate member is higher than the calculations it intersects with).

testConditionalAggregateMemberEvalAfterOtherMembersScoped

public void testConditionalAggregateMemberEvalAfterOtherMembersScoped()

testStrToMemberReturningAggEvalAfterOtherMembersAbsolute

public void testStrToMemberReturningAggEvalAfterOtherMembersAbsolute()

This test validates that behavior is consistent with Analysis Services 2000 when Solve order scope is ABSOLUTE. AS2K will throw an error whenever attempting to aggregate over calculated members (i.e. when the solve order of the Aggregate member is higher than the calculations it intersects with).

testStrToMemberReturningAggEvalAfterOtherMembersScoped

public void testStrToMemberReturningAggEvalAfterOtherMembersScoped()

test2LevelOfOverrideCubeMemberDoesNotHappenAbsolute

public void test2LevelOfOverrideCubeMemberDoesNotHappenAbsolute()

test2LevelOfOverrideCubeMemberDoesNotHappenScoped

public void test2LevelOfOverrideCubeMemberDoesNotHappenScoped()