http://git-wip-us.apache.org/repos/asf/lens/blob/ae83caae/lens-cube/src/test/java/org/apache/lens/cube/parse/TestUnionQueries.java ---------------------------------------------------------------------- diff --git a/lens-cube/src/test/java/org/apache/lens/cube/parse/TestUnionQueries.java b/lens-cube/src/test/java/org/apache/lens/cube/parse/TestUnionQueries.java index d5bc81c..bed1e7a 100644 --- a/lens-cube/src/test/java/org/apache/lens/cube/parse/TestUnionQueries.java +++ b/lens-cube/src/test/java/org/apache/lens/cube/parse/TestUnionQueries.java @@ -28,13 +28,13 @@ import static org.apache.lens.cube.parse.TestCubeRewriter.*; import static org.testng.Assert.*; import java.util.*; +import java.util.stream.Collectors; -import org.apache.lens.cube.error.LensCubeErrorCode; +import org.apache.lens.cube.error.NoCandidateFactAvailableException; import org.apache.lens.server.api.LensServerAPITestUtil; import org.apache.lens.server.api.error.LensException; import org.apache.hadoop.conf.Configuration; -import org.apache.hadoop.hive.ql.parse.ParseException; import org.testng.annotations.BeforeTest; import org.testng.annotations.Test; @@ -50,12 +50,12 @@ public class TestUnionQueries extends TestQueryRewrite { @BeforeTest public void setupDriver() throws Exception { testConf = LensServerAPITestUtil.getConfiguration( - DRIVER_SUPPORTED_STORAGES, "C0,C1,C2", - DISABLE_AUTO_JOINS, false, - ENABLE_SELECT_TO_GROUPBY, true, - ENABLE_GROUP_BY_TO_SELECT, true, - DISABLE_AGGREGATE_RESOLVER, false, - ENABLE_STORAGES_UNION, true); + DRIVER_SUPPORTED_STORAGES, "C0,C1,C2", + DISABLE_AUTO_JOINS, false, + ENABLE_SELECT_TO_GROUPBY, true, + ENABLE_GROUP_BY_TO_SELECT, true, + DISABLE_AGGREGATE_RESOLVER, false, + ENABLE_STORAGES_UNION, true); } @Override @@ -65,202 +65,191 @@ public class TestUnionQueries extends TestQueryRewrite { @Test public void testUnionQueries() throws Exception { - Configuration conf = getConf(); - conf.set(getValidStorageTablesKey("testfact"), "C1_testFact,C2_testFact"); - conf.set(getValidUpdatePeriodsKey("testfact", "C1"), "DAILY,HOURLY"); - conf.set(getValidUpdatePeriodsKey("testfact2", "C1"), "YEARLY"); - conf.set(getValidUpdatePeriodsKey("testfact", "C2"), "MONTHLY,DAILY"); - conf.setBoolean(CubeQueryConfUtil.ENABLE_STORAGES_UNION, false); - ArrayList<String> storages = Lists.newArrayList("c1_testfact", "c2_testfact"); + Configuration conf = LensServerAPITestUtil.getConfigurationWithParams(getConf(), + CubeQueryConfUtil.DRIVER_SUPPORTED_STORAGES, "C6", + getValidFactTablesKey("basecube"), "testfact", + FAIL_QUERY_ON_PARTIAL_DATA, false); + ArrayList<String> storages = Lists.newArrayList("daily_c6_testfact", "monthly_c6_testfact"); try { - getStorageToUpdatePeriodMap().put("c1_testfact", Lists.newArrayList(HOURLY, DAILY)); - getStorageToUpdatePeriodMap().put("c2_testfact", Lists.newArrayList(MONTHLY)); - // Union query String hqlQuery; String expected; StoragePartitionProvider provider = new StoragePartitionProvider() { @Override public Map<String, String> providePartitionsForStorage(String storage) { - return getWhereForMonthlyDailyAndHourly2monthsUnionQuery(storage); + if (storage.contains("daily_c6_testfact")) { + return getWhereForDays(storage, ONE_MONTH_BACK_TRUNCATED, getTruncatedDateWithOffset(MONTHLY, 0)); + } else if (storage.contains("monthly_c6_testfact")) { + return getWhereForMonthly(storage, THREE_MONTHS_BACK_TRUNCATED, ONE_MONTH_BACK_TRUNCATED); + } + return null; } }; - try { - rewrite("select cityid as `City ID`, msr8, msr7 as `Third measure` " - + "from testCube where " + TWO_MONTHS_RANGE_UPTO_HOURS, conf); - fail("Union feature is disabled, should have failed"); - } catch (LensException e) { - assertEquals(e.getErrorCode(), LensCubeErrorCode.STORAGE_UNION_DISABLED.getLensErrorInfo().getErrorCode()); - } - conf.setBoolean(CubeQueryConfUtil.ENABLE_STORAGES_UNION, true); - - hqlQuery = rewrite("select ascii(cityname) as `City Name`, msr8, msr7 as `Third measure` " - + "from testCube where ascii(cityname) = 'c' and cityname = 'a' and zipcode = 'b' and " - + TWO_MONTHS_RANGE_UPTO_HOURS, conf); + hqlQuery = rewrite("select cityname1 as `City Name`, msr8, msr7 as `Third measure` " + + "from testCube where cityname1 = 'a' and zipcode = 'b' and " + + THREE_MONTHS_RANGE_UPTO_MONTH, conf); expected = getExpectedUnionQuery(TEST_CUBE_NAME, storages, provider, - "SELECT testcube.alias0 as `City Name`, sum(testcube.alias1) + max(testcube.alias2), " - + "case when sum(testcube.alias1) = 0 then 0 else sum(testcube.alias3)/sum(testcube.alias1) end " - + "as `Third Measure`", - null, "group by testcube.alias0", - "select ascii(cubecity.name) as `alias0`, sum(testcube.msr2) as `alias1`, " - + "max(testcube.msr3) as `alias2`, " - + "sum(case when testcube.cityid = 'x' then testcube.msr21 else testcube.msr22 end) as `alias3`", " join " - + getDbName() + "c1_citytable cubecity on testcube.cityid = cubecity.id and (cubecity.dt = 'latest')", - "ascii(cubecity.name) = 'c' and cubecity.name = 'a' and testcube.zipcode = 'b'", - "group by ascii(cubecity.name))"); - compareQueries(hqlQuery, expected); - hqlQuery = rewrite("select asciicity as `City Name`, msr8, msr7 as `Third measure` " - + "from testCube where asciicity = 'c' and cityname = 'a' and zipcode = 'b' and " - + TWO_MONTHS_RANGE_UPTO_HOURS, conf); + "SELECT (testcube.alias0) as `City Name`, (sum((testcube.alias1)) + max((testcube.alias2))) " + + "as `msr8`, case when (sum((testcube.alias1)) = 0) then 0 else (sum((testcube.alias4)) / " + + "sum((testcube.alias1))) end as `Third measure` ", + null, "group by testcube.alias0", + "SELECT (cubecity1.name) as `alias0`, sum((testcube.msr2)) as `alias1`, max((testcube.msr3)) " + + "as `alias2`, sum(case when ((testcube.cityid) = 'x') then (testcube.msr21) " + + "else (testcube.msr22) end) as `alias4` ", " join " + + getDbName() + "c6_citytable cubecity1 on testcube.cityid1 = cubecity1.id " + + "and (cubecity1.dt = 'latest') ", + "((cubecity1.name) = 'a') and ((testcube.zipcode) = 'b')", + "group by (cubecity1.name)"); compareQueries(hqlQuery, expected); hqlQuery = rewrite("select ascii(cityid) as `City ID`, msr8, msr7 as `Third measure` " - + "from testCube where ascii(cityid) = 'c' and cityid = 'a' and zipcode = 'b' and " - + TWO_MONTHS_RANGE_UPTO_HOURS, conf); + + "from testCube where ascii(cityid) = 'c' and cityid = 'a' and zipcode = 'b' and " + + THREE_MONTHS_RANGE_UPTO_MONTH, conf); expected = getExpectedUnionQuery(TEST_CUBE_NAME, storages, provider, - "SELECT testcube.alias0 as `City ID`, sum(testcube.alias1) + max(testcube.alias2), " - + "case when sum(testcube.alias1) = 0 then 0 else sum(testcube.alias3)/sum(testcube.alias1) end " - + "as `Third Measure`", - null, "group by testcube.alias0", - "select ascii(testcube.cityid) as `alias0`, sum(testcube.msr2) as `alias1`, " - + "max(testcube.msr3) as `alias2`, " - + "sum(case when testcube.cityid = 'x' then testcube.msr21 else testcube.msr22 end) as `alias3`", - "ascii(testcube.cityid) = 'c' and testcube.cityid = 'a' and testcube.zipcode = 'b'", - "group by ascii(testcube.cityid)"); + "SELECT (testcube.alias0) as `City ID`, (sum((testcube.alias1)) + max((testcube.alias2))) as `msr8`, " + + "case when (sum((testcube.alias1)) = 0) then 0 else (sum((testcube.alias4)) / sum((testcube.alias1))) " + + "end as `Third measure`", + null, "group by testcube.alias0", + "SELECT ascii((testcube.cityid)) as `alias0`, sum((testcube.msr2)) as `alias1`, max((testcube.msr3)) " + + "as `alias2`, sum(case when ((testcube.cityid) = 'x') then (testcube.msr21) " + + "else (testcube.msr22) end) as `alias4`", + "ascii(testcube.cityid) = 'c' and testcube.cityid = 'a' and testcube.zipcode = 'b'", + "group by ascii(testcube.cityid)"); compareQueries(hqlQuery, expected); hqlQuery = rewrite("select cityid as `City ID`, msr8, msr7 as `Third measure` " - + "from testCube where cityid = 'a' and zipcode = 'b' and " + TWO_MONTHS_RANGE_UPTO_HOURS, conf); + + "from testCube where cityid = 'a' and zipcode = 'b' and " + THREE_MONTHS_RANGE_UPTO_MONTH, conf); expected = getExpectedUnionQuery(TEST_CUBE_NAME, storages, provider, - "SELECT testcube.alias0 as `City ID`, sum(testcube.alias1) + max(testcube.alias2), " - + "case when sum(testcube.alias1) = 0 then 0 else sum(testcube.alias3)/sum(testcube.alias1) end " - + "as `Third Measure`", - null, "group by testcube.alias0", - "select testcube.cityid as `alias0`, sum(testcube.msr2) as `alias1`, " - + "max(testcube.msr3) as `alias2`, " - + "sum(case when testcube.cityid = 'x' then testcube.msr21 else testcube.msr22 end) as `alias3`", - "testcube.cityid = 'a' and testcube.zipcode = 'b'", "group by testcube.cityid"); + "SELECT (testcube.alias0) as `City ID`, (sum((testcube.alias1)) + max((testcube.alias2))) as `msr8`, " + + "case when (sum((testcube.alias1)) = 0) then 0 else (sum((testcube.alias4)) / sum((testcube.alias1)))" + + " end as `Third measure`", + null, "group by testcube.alias0", + "SELECT (testcube.cityid) as `alias0`, sum((testcube.msr2)) as `alias1`, max((testcube.msr3)) as `alias2`, " + + "sum(case when ((testcube.cityid) = 'x') then (testcube.msr21) else (testcube.msr22) end) as `alias4`", + "testcube.cityid = 'a' and testcube.zipcode = 'b'", "group by testcube.cityid"); compareQueries(hqlQuery, expected); hqlQuery = rewrite("select cityid as `City ID`, msr3 as `Third measure` from testCube where " - + TWO_MONTHS_RANGE_UPTO_HOURS + " having msr7 > 10", conf); + + THREE_MONTHS_RANGE_UPTO_MONTH + " having msr7 > 10", conf); expected = getExpectedUnionQuery(TEST_CUBE_NAME, storages, provider, - "SELECT testcube.alias0 as `City ID`, max(testcube.alias1) as `Third measure`", - null, "group by testcube.alias0 having " - + "(case when sum(testcube.alias2)=0 then 0 else sum(testcube.alias3)/sum(testcube.alias2) end > 10 )", - "SELECT testcube.cityid as `alias0`, max(testcube.msr3) as `alias1`, " - + "sum(testcube.msr2) as `alias2`, " - + "sum(case when testcube.cityid='x' then testcube.msr21 else testcube.msr22 end) as `alias3`", - null, "group by testcube.cityid"); + "SELECT testcube.alias0 as `City ID`, max(testcube.alias1) as `Third measure`", + null, "group by testcube.alias0 having " + + "(case when sum(testcube.alias2)=0 then 0 else sum(testcube.alias3)/sum(testcube.alias2) end > 10 )", + "SELECT testcube.cityid as `alias0`, max(testcube.msr3) as `alias1`, " + + "sum(testcube.msr2) as `alias2`, " + + "sum(case when testcube.cityid='x' then testcube.msr21 else testcube.msr22 end) as `alias3`", + null, "group by testcube.cityid"); compareQueries(hqlQuery, expected); hqlQuery = rewrite("select cityid as `City ID`, msr3 as `Third measure` from testCube where " - + TWO_MONTHS_RANGE_UPTO_HOURS + " having msr8 > 10", conf); + + THREE_MONTHS_RANGE_UPTO_MONTH + " having msr8 > 10", conf); expected = getExpectedUnionQuery(TEST_CUBE_NAME, storages, provider, - "SELECT testcube.alias0 as `City ID`, max(testcube.alias1) as `Third measure`", - null, "GROUP BY testcube.alias0 " - + "HAVING (sum(testcube.alias2) + max(testcube.alias1)) > 10 ", - "SELECT testcube.cityid as `alias0`, max(testcube.msr3) as `alias1`, " - + "sum(testcube.msr2)as `alias2`", null, "group by testcube.cityid"); + "SELECT testcube.alias0 as `City ID`, max(testcube.alias1) as `Third measure`", + null, "GROUP BY testcube.alias0 " + + "HAVING (sum(testcube.alias2) + max(testcube.alias1)) > 10 ", + "SELECT testcube.cityid as `alias0`, max(testcube.msr3) as `alias1`, " + + "sum(testcube.msr2)as `alias2`", null, "group by testcube.cityid"); compareQueries(hqlQuery, expected); hqlQuery = rewrite("select msr3 as `Measure 3` from testCube where " - + TWO_MONTHS_RANGE_UPTO_HOURS + " having msr2 > 10 and msr2 < 100", conf); + + THREE_MONTHS_RANGE_UPTO_MONTH + " having msr2 > 10 and msr2 < 100", conf); expected = getExpectedUnionQuery(TEST_CUBE_NAME, storages, provider, - "SELECT max(testcube.alias0) as `Measure 3` ", - null, " HAVING sum(testcube.alias1) > 10 and sum(testcube.alias1) < 100", - "SELECT max(testcube.msr3) as `alias0`, sum(testcube.msr2) as `alias1`", null, null); + "SELECT max(testcube.alias0) as `Measure 3` ", + null, " HAVING sum(testcube.alias1) > 10 and sum(testcube.alias1) < 100", + "SELECT max(testcube.msr3) as `alias0`, sum(testcube.msr2) as `alias1`", null, null); compareQueries(hqlQuery, expected); hqlQuery = rewrite("select zipcode, cityid as `City ID`, msr3 as `Measure 3`, msr4, " - + "SUM(msr2) as `Measure 2` from testCube where " - + TWO_MONTHS_RANGE_UPTO_HOURS + " having msr4 > 10 order by cityid desc limit 5", conf); + + "SUM(msr2) as `Measure 2` from testCube where " + + THREE_MONTHS_RANGE_UPTO_MONTH + " having msr4 > 10 order by cityid desc limit 5", conf); expected = getExpectedUnionQuery(TEST_CUBE_NAME, storages, provider, - "SELECT testcube.alias0, testcube.alias1 as `City ID`, max(testcube.alias2) as `Measure 3`, " - + "count(testcube.alias3), sum(testcube.alias4) as `Measure 2`", - null, "group by testcube.alias0, testcube.alias1 " - + " having count(testcube.alias3) > 10 order by testcube.alias1 desc limit 5", - "select testcube.zipcode as `alias0`, testcube.cityid as `alias1`, " - + "max(testcube.msr3) as `alias2`,count(testcube.msr4) as `alias3`, sum(testcube.msr2) as `alias4`", - null, "group by testcube.zipcode, testcube.cityid "); - compareQueries(hqlQuery, expected); - - conf.setBoolean(CubeQueryConfUtil.ENABLE_GROUP_BY_TO_SELECT, false); - conf.setBoolean(ENABLE_SELECT_TO_GROUPBY, false); - hqlQuery = rewrite("select cityid as `City ID`, msr3 as `Measure 3`, " - + "SUM(msr2) as `Measure 2` from testCube" + " where " - + TWO_MONTHS_RANGE_UPTO_HOURS + " group by zipcode having msr4 > 10 order by cityid desc limit 5", conf); - - expected = getExpectedUnionQuery(TEST_CUBE_NAME, storages, provider, - "SELECT testcube.alias0 as `City ID`,max(testcube.alias1) as `Measure 3`,sum(testcube.alias2) as `Measure 2` ", - null, "group by testcube.alias3 having count(testcube.alias4) > 10 order by testcube.alias0 desc limit 5", - "SELECT testcube.cityid as `alias0`, max(testcube.msr3) as `alias1`, " - + "sum(testcube.msr2) as `alias2`, testcube.zipcode as `alias3`, count(testcube .msr4) as `alias4` FROM ", - null, "GROUP BY testcube.zipcode"); + "SELECT (testcube.alias0) as `zipcode`, (testcube.alias1) as `City ID`, max((testcube.alias2)) " + + "as `Measure 3`, count((testcube.alias3)) as `msr4`, sum((testcube.alias4)) as `Measure 2`", + null, "group by testcube.alias0, testcube.alias1 " + + " having count(testcube.alias3) > 10 order by testcube.alias1 desc limit 5", + "SELECT (testcube.zipcode) as `alias0`, (testcube.cityid) as `alias1`, max((testcube.msr3)) as `alias2`, " + + "count((testcube.msr4)) as `alias3`, sum((testcube.msr2)) as `alias4`", + null, "group by testcube.zipcode, testcube.cityid "); compareQueries(hqlQuery, expected); } finally { getStorageToUpdatePeriodMap().clear(); } } - @Test public void testDimAttrExpressionQuery() throws Exception { - Configuration conf = getConf(); - conf.set(getValidStorageTablesKey("testfact"), "C1_testFact,C2_testFact"); - conf.set(getValidUpdatePeriodsKey("testfact", "C1"), "DAILY,HOURLY"); - conf.set(getValidUpdatePeriodsKey("testfact2", "C1"), "YEARLY"); - conf.set(getValidUpdatePeriodsKey("testfact", "C2"), "MONTHLY,DAILY"); + Configuration conf = LensServerAPITestUtil.getConfigurationWithParams(getConf(), + CubeQueryConfUtil.DRIVER_SUPPORTED_STORAGES, "C6", + getValidFactTablesKey("testcube"), "testfact", + FAIL_QUERY_ON_PARTIAL_DATA, false); + ArrayList<String> storages = Lists.newArrayList("daily_c6_testfact", "monthly_c6_testfact"); + StoragePartitionProvider provider = new StoragePartitionProvider() { + @Override + public Map<String, String> providePartitionsForStorage(String storage) { + if (storage.contains("daily_c6_testfact")) { + return getWhereForDays(storage, ONE_MONTH_BACK_TRUNCATED, getTruncatedDateWithOffset(MONTHLY, 0)); + } else if (storage.contains("monthly_c6_testfact")) { + return getWhereForMonthly(storage, THREE_MONTHS_BACK_TRUNCATED, ONE_MONTH_BACK_TRUNCATED); + } + return null; + } + }; + // exception in following line String hqlQuery = rewrite("select asciicity as `City Name`, cityAndState as citystate, isIndia as isIndia," - + " msr8, msr7 as `Third measure` " - + "from testCube where asciicity = 'c' and cityname = 'a' and zipcode = 'b' and " - + TWO_MONTHS_RANGE_UPTO_HOURS, conf); + + " msr8, msr7 as `Third measure` " + + "from testCube where asciicity = 'c' and cityname = 'a' and zipcode = 'b' and " + + THREE_MONTHS_RANGE_UPTO_MONTH, conf); String joinExpr1 = " join " - + getDbName() + "c1_statetable cubestate on testcube.stateid = cubestate.id and (cubestate.dt = 'latest') join" - + getDbName() + "c1_citytable cubecity on testcube.cityid = cubecity.id and (cubecity.dt = 'latest')"; + + getDbName() + "c6_statetable cubestate on testcube.stateid = cubestate.id and (cubestate.dt = 'latest') join" + + getDbName() + "c6_citytable cubecity on testcube.cityid = cubecity.id and (cubecity.dt = 'latest')"; String joinExpr2 = " join " - + getDbName() + "c1_citytable cubecity on testcube.cityid = cubecity.id and (cubecity.dt = 'latest') join" - + getDbName() + "c1_statetable cubestate on testcube.stateid = cubestate.id and (cubestate.dt = 'latest')"; + + getDbName() + "c6_citytable cubecity on testcube.cityid = cubecity.id and (cubecity.dt = 'latest') join" + + getDbName() + "c6_statetable cubestate on testcube.stateid = cubestate.id and (cubestate.dt = 'latest')"; String expected1 = getExpectedQueryForDimAttrExpressionQuery(joinExpr1); String expected2 = getExpectedQueryForDimAttrExpressionQuery(joinExpr2); assertTrue(new TestQuery(hqlQuery).equals(new TestQuery(expected1)) - || new TestQuery(hqlQuery).equals(new TestQuery(expected2)), - "Actual :" + hqlQuery + " Expected1:" + expected1 + " Expected2 : "+ expected2); + || new TestQuery(hqlQuery).equals(new TestQuery(expected2)), + "Actual :" + hqlQuery + " Expected1:" + expected1 + " Expected2 : "+ expected2); } private String getExpectedQueryForDimAttrExpressionQuery(String joinExpr) { try { - ArrayList<String> storages = Lists.newArrayList("c1_testfact", "c2_testfact"); - getStorageToUpdatePeriodMap().put("c1_testfact", Lists.newArrayList(HOURLY, DAILY)); - getStorageToUpdatePeriodMap().put("c2_testfact", Lists.newArrayList(MONTHLY)); + ArrayList<String> storages = Lists.newArrayList("daily_c6_testfact", "monthly_c6_testfact"); + StoragePartitionProvider provider = new StoragePartitionProvider() { @Override public Map<String, String> providePartitionsForStorage(String storage) { - return getWhereForMonthlyDailyAndHourly2monthsUnionQuery(storage); + if (storage.contains("daily_c6_testfact")) { + return getWhereForDays(storage, ONE_MONTH_BACK_TRUNCATED, getTruncatedDateWithOffset(MONTHLY, 0)); + } else if (storage.contains("monthly_c6_testfact")) { + return getWhereForMonthly(storage, THREE_MONTHS_BACK_TRUNCATED, ONE_MONTH_BACK_TRUNCATED); + } + return null; } }; return getExpectedUnionQuery(TEST_CUBE_NAME, storages, provider, - "SELECT testcube.alias0 as `City Name`, testcube.alias1 as citystate, testcube.alias2 as isIndia, " - + "sum(testcube.alias3) + max(testcube.alias4), " - + "case when sum(testcube.alias3) = 0 then 0 else sum(testcube.alias5)/sum(testcube.alias3) end " - + "as `Third Measure`", - null, " group by testcube.alias0, testcube.alias1, testcube.alias2", - "select ascii(cubecity.name) as `alias0`, concat(cubecity.name, \":\", cubestate.name) as alias1," - + "cubecity.name == 'DELHI' OR cubestate.name == 'KARNATAKA' OR cubestate.name == 'MAHARASHTRA' as alias2," - + "sum(testcube.msr2) as `alias3`, max(testcube.msr3) as `alias4`, " - + "sum(case when testcube.cityid = 'x' then testcube.msr21 else testcube.msr22 end) as `alias5`", joinExpr, - "ascii(cubecity.name) = 'c' and cubecity.name = 'a' and testcube.zipcode = 'b'", - " group by ascii(cubecity.name)), concat(cubecity.name, \":\", cubestate.name)," - + "cubecity.name == 'DELHI' OR cubestate.name == 'KARNATAKA' OR cubestate.name == 'MAHARASHTRA'"); + "SELECT (testcube.alias0) as `City Name`, (testcube.alias1) as `citystate`, (testcube.alias2) as `isIndia`, " + + "(sum((testcube.alias3)) + max((testcube.alias4))) as `msr8`, case when (sum((testcube.alias3)) = 0) " + + "then 0 else (sum((testcube.alias6)) / sum((testcube.alias3))) end as `Third measure` ", + null, " group by testcube.alias0, testcube.alias1, testcube.alias2", + "SELECT ascii((cubecity.name)) as `alias0`, concat((cubecity.name), \":\", (cubestate.name)) as `alias1`, " + + "(((cubecity.name) == 'DELHI') or ((cubestate.name) == 'KARNATAKA') or ((cubestate.name) " + + "== 'MAHARASHTRA')) as `alias2`, sum((testcube.msr2)) as `alias3`, max((testcube.msr3)) as `alias4`, " + + "sum(case when ((testcube.cityid) = 'x') then (testcube.msr21) else (testcube.msr22) end) " + + "as `alias6` ", joinExpr, + "ascii(cubecity.name) = 'c' and cubecity.name = 'a' and testcube.zipcode = 'b'", + " GROUP BY ascii((cubecity.name)), concat((cubecity.name), \":\", (cubestate.name)), " + + "(((cubecity.name) == 'DELHI') or ((cubestate.name) == 'KARNATAKA') " + + "or ((cubestate.name) == 'MAHARASHTRA'))"); } finally { getStorageToUpdatePeriodMap().clear(); } @@ -268,134 +257,34 @@ public class TestUnionQueries extends TestQueryRewrite { @Test public void testNonAggregateOverAggregateFunction() throws Exception { try { - Configuration conf = getConf(); - conf.set(getValidStorageTablesKey("testfact"), "C1_testFact,C2_testFact"); - conf.set(getValidUpdatePeriodsKey("testfact", "C1"), "DAILY,HOURLY"); - conf.set(getValidUpdatePeriodsKey("testfact2", "C1"), "YEARLY"); - conf.set(getValidUpdatePeriodsKey("testfact", "C2"), "MONTHLY,DAILY"); - ArrayList<String> storages = Lists.newArrayList("c1_testfact", "c2_testfact"); - getStorageToUpdatePeriodMap().put("c1_testfact", Lists.newArrayList(HOURLY, DAILY)); - getStorageToUpdatePeriodMap().put("c2_testfact", Lists.newArrayList(MONTHLY)); + Configuration conf = LensServerAPITestUtil.getConfigurationWithParams(getConf(), + CubeQueryConfUtil.DRIVER_SUPPORTED_STORAGES, "C6", + getValidFactTablesKey("testcube"), "testfact", + FAIL_QUERY_ON_PARTIAL_DATA, false); + ArrayList<String> storages = Lists.newArrayList("daily_c6_testfact", "monthly_c6_testfact"); + StoragePartitionProvider provider = new StoragePartitionProvider() { @Override public Map<String, String> providePartitionsForStorage(String storage) { - return getWhereForMonthlyDailyAndHourly2monthsUnionQuery(storage); + if (storage.contains("daily_c6_testfact")) { + return getWhereForDays(storage, ONE_MONTH_BACK_TRUNCATED, getTruncatedDateWithOffset(MONTHLY, 0)); + } else if (storage.contains("monthly_c6_testfact")) { + return getWhereForMonthly(storage, THREE_MONTHS_BACK_TRUNCATED, ONE_MONTH_BACK_TRUNCATED); + } + return null; } }; - String hqlQuery = rewrite("select cityid as `City ID`, msr3 as `Measure 3`, " - + "round(SUM(msr2)) as `Measure 2` from testCube" + " where " - + TWO_MONTHS_RANGE_UPTO_HOURS + " group by zipcode having msr4 > 10 order by cityid desc, stateid asc, zipcode " - + "asc limit 5", - conf); - String expected = getExpectedUnionQuery(TEST_CUBE_NAME, storages, provider, - "SELECT testcube.alias0 as `City ID`,max(testcube.alias1) as `Measure 3`,round(sum(testcube.alias2)) as " - + "`Measure 2` ", null, "group by testcube.alias3 having count(testcube.alias4) > 10 " - + "order by testcube.alias0 desc, testcube.alias5 asc, testcube.alias3 asc limit 5", - "SELECT testcube.cityid as `alias0`, max(testcube.msr3) as `alias1`, sum(testcube.msr2) as `alias2`, " - + "testcube.zipcode as `alias3`, count(testcube .msr4) as `alias4`, (testcube.stateid) as `alias5` FROM ", - null, "GROUP BY testcube.zipcode"); - compareQueries(hqlQuery, expected); - } finally { - getStorageToUpdatePeriodMap().clear(); - } - } - @Test - public void testMultiFactMultiStorage() throws ParseException, LensException { - try { - Configuration conf = LensServerAPITestUtil.getConfigurationWithParams(getConf(), - CubeQueryConfUtil.DRIVER_SUPPORTED_STORAGES, "C1,C2", - getValidStorageTablesKey("testfact"), "C1_testFact,C2_testFact", - getValidUpdatePeriodsKey("testfact", "C1"), "HOURLY", - getValidUpdatePeriodsKey("testfact", "C2"), "DAILY", - getValidUpdatePeriodsKey("testfact2_raw", "C1"), "YEARLY", - getValidUpdatePeriodsKey("testfact2_raw", "C2"), "YEARLY"); - getStorageToUpdatePeriodMap().put("c1_testfact", Lists.newArrayList(HOURLY)); - getStorageToUpdatePeriodMap().put("c2_testfact", Lists.newArrayList(DAILY)); - String whereCond = "zipcode = 'a' and cityid = 'b' and (" + TWO_DAYS_RANGE_SPLIT_OVER_UPDATE_PERIODS + ")"; - String hqlQuery = rewrite("select zipcode, count(msr4), sum(msr15) from testCube where " + whereCond, conf); - System.out.println(hqlQuery); - String possibleStart1 = "SELECT COALESCE(mq1.zipcode, mq2.zipcode) zipcode, mq1.expr2 `count(msr4)`," - + " mq2.expr3 `sum(msr15)` FROM "; - String possibleStart2 = "SELECT COALESCE(mq1.zipcode, mq2.zipcode) zipcode, mq2.expr2 `count(msr4)`," - + " mq1.expr3 `sum(msr15)` FROM "; - - assertTrue(hqlQuery.startsWith(possibleStart1) || hqlQuery.startsWith(possibleStart2)); - compareContains(rewrite("select zipcode as `zipcode`, sum(msr15) as `expr3` from testcube where " + whereCond, - conf), hqlQuery); - compareContains(rewrite("select zipcode as `zipcode`, count(msr4) as `expr2` from testcube where " + whereCond, - conf), hqlQuery); - assertTrue(hqlQuery.endsWith("on mq1.zipcode <=> mq2.zipcode")); - // No time_range_in should be remaining - assertFalse(hqlQuery.contains("time_range_in")); - //TODO: handle having after LENS-813, also handle for order by and limit - } finally { - getStorageToUpdatePeriodMap().clear(); - } - } - - @Test - public void testCubeWhereQueryWithMultipleTables() throws Exception { - Configuration conf = getConf(); - conf.setBoolean(CubeQueryConfUtil.ENABLE_STORAGES_UNION, true); - conf.set(getValidStorageTablesKey("testfact"), "C1_testFact,C2_testFact"); - conf.set(getValidUpdatePeriodsKey("testfact", "C1"), "DAILY"); - conf.set(getValidUpdatePeriodsKey("testfact2", "C1"), "YEARLY"); - conf.set(getValidUpdatePeriodsKey("testfact", "C2"), "HOURLY"); - - getStorageToUpdatePeriodMap().put("c1_testfact", Lists.newArrayList(DAILY)); - getStorageToUpdatePeriodMap().put("c2_testfact", Lists.newArrayList(HOURLY)); - StoragePartitionProvider provider = new StoragePartitionProvider() { - @Override - public Map<String, String> providePartitionsForStorage(String storage) { - return getWhereForDailyAndHourly2days(TEST_CUBE_NAME, storage); - } - }; - try { - // Union query - String hqlQuery = rewrite("select SUM(msr2) from testCube" + " where " + TWO_DAYS_RANGE, conf); - System.out.println("HQL:" + hqlQuery); - - String expected = getExpectedUnionQuery(TEST_CUBE_NAME, - Lists.newArrayList("c1_testfact", "c2_testfact"), provider, - "select sum(testcube.alias0) ", null, null, - "select sum(testcube.msr2) as `alias0` from ", null, null - ); - compareQueries(hqlQuery, expected); - } finally { - getStorageToUpdatePeriodMap().clear(); - } - } - - @Test - public void testCubeWhereQueryWithMultipleTablesForMonth() throws Exception { - Configuration conf = getConf(); - conf.set(DRIVER_SUPPORTED_STORAGES, "C1,C2,C3"); - conf.set(getValidStorageTablesKey("testfact"), ""); - conf.set(getValidUpdatePeriodsKey("testfact", "C1"), "HOURLY"); - conf.set(getValidUpdatePeriodsKey("testfact2", "C1"), "YEARLY"); - conf.set(getValidUpdatePeriodsKey("testfact2_raw", "C3"), "YEARLY"); - conf.set(getValidUpdatePeriodsKey("testfact", "C2"), "DAILY"); - conf.set(getValidUpdatePeriodsKey("testfact", "C3"), "MONTHLY"); - - getStorageToUpdatePeriodMap().put("c1_testfact", Lists.newArrayList(HOURLY)); - getStorageToUpdatePeriodMap().put("c2_testfact", Lists.newArrayList(DAILY)); - getStorageToUpdatePeriodMap().put("c3_testfact", Lists.newArrayList(MONTHLY)); - StoragePartitionProvider provider = new StoragePartitionProvider() { - @Override - public Map<String, String> providePartitionsForStorage(String storage) { - return getWhereForMonthlyDailyAndHourly2monthsUnionQuery(storage); - } - }; - try { - // Union query - String hqlQuery = rewrite("select SUM(msr2) from testCube" + " where " + TWO_MONTHS_RANGE_UPTO_HOURS, conf); - System.out.println("HQL:" + hqlQuery); - ArrayList<String> storages = Lists.newArrayList("c1_testfact", "c2_testfact", "c3_testfact"); + String hqlQuery = rewrite("select cityid as `City ID`, msr3 as `Measure 3`, " + + "round(SUM(msr2)) as `Measure 2` from testCube" + " where " + + THREE_MONTHS_RANGE_UPTO_MONTH + " group by cityid having msr3 > 10 order by cityid desc limit 5", conf); String expected = getExpectedUnionQuery(TEST_CUBE_NAME, storages, provider, - "select sum(testcube.alias0)", null, null, - "select sum(testcube.msr2) as `alias0` from ", null, null - ); + "SELECT (testcube.alias0) as `City ID`, max((testcube.alias1)) as `Measure 3`, round(sum((testcube.alias2))) " + + "as `Measure 2` ", null, "GROUP BY (testcube.alias0) HAVING (max((testcube.alias1)) > 10) " + + "ORDER BY testcube.alias0 desc LIMIT 5", + "SELECT (testcube.cityid) as `alias0`, max((testcube.msr3)) as `alias1`, " + + "sum((testcube.msr2)) as `alias2` FROM ", + null, "GROUP BY testcube.cityid"); compareQueries(hqlQuery, expected); } finally { getStorageToUpdatePeriodMap().clear(); @@ -434,33 +323,77 @@ public class TestUnionQueries extends TestQueryRewrite { @Test public void testSingleFactMultiStorage() throws Exception { Configuration conf = LensServerAPITestUtil.getConfigurationWithParams(getConf(), - CubeQueryConfUtil.DRIVER_SUPPORTED_STORAGES, "C3,C5", - getValidFactTablesKey("testcube"), "testfact", - getValidUpdatePeriodsKey("testfact", "C3"), "DAILY", - getValidUpdatePeriodsKey("testfact", "C5"), "DAILY", - FAIL_QUERY_ON_PARTIAL_DATA, false); + CubeQueryConfUtil.DRIVER_SUPPORTED_STORAGES, "C6", + getValidFactTablesKey("testcube"), "testfact", + FAIL_QUERY_ON_PARTIAL_DATA, false); - String hqlQuery = rewrite("select count(msr4) from testCube where " + TWO_MONTHS_RANGE_UPTO_DAYS, conf); + String hqlQuery = rewrite("select count(msr4) from testCube where " + THREE_MONTHS_RANGE_UPTO_MONTH, conf); System.out.println(hqlQuery); // No time_range_in should be remaining assertFalse(hqlQuery.contains("time_range_in")); - ArrayList<String> storages = Lists.newArrayList("c3_testfact", "c5_testfact"); + ArrayList<String> storages = Lists.newArrayList("daily_c6_testfact", "monthly_c6_testfact"); StoragePartitionProvider provider = new StoragePartitionProvider() { @Override public Map<String, String> providePartitionsForStorage(String storage) { - if (storage.contains("c3")) { - return getWhereForDays(storage, TWO_MONTHS_BACK, getDateWithOffset(DAILY, -10)); - } else if (storage.contains("c5")) { - return getWhereForDays(storage, getDateWithOffset(DAILY, -10), NOW); + if (storage.contains("daily_c6_testfact")) { + return getWhereForDays(storage, ONE_MONTH_BACK_TRUNCATED, getTruncatedDateWithOffset(MONTHLY, 0)); + } else if (storage.contains("monthly_c6_testfact")) { + return getWhereForMonthly(storage, THREE_MONTHS_BACK_TRUNCATED, ONE_MONTH_BACK_TRUNCATED); } return null; } }; String expected = getExpectedUnionQuery(TEST_CUBE_NAME, storages, provider, - "select count(testcube.alias0)", null, null, - "select count(testcube.msr4) as `alias0` from ", null, null + "SELECT count((testcube.alias0)) as `count(msr4)`", null, null, + "select count(testcube.msr4) as `alias0` from ", null, null ); compareQueries(hqlQuery, expected); } + + + @Test + public void testSingleFactSingleStorageWithMultipleTableDescriptions() throws Exception { + Configuration conf = LensServerAPITestUtil.getConfigurationWithParams(getConf(), + CubeQueryConfUtil.DRIVER_SUPPORTED_STORAGES, "C6", + getValidFactTablesKey("testcube"), "testfact", + FAIL_QUERY_ON_PARTIAL_DATA, false); + + //If not beginning of month. Expecting this to pass at beginning of every month (example April 01 00:00) + if (!THREE_MONTHS_RANGE_UPTO_DAYS.equals(THREE_MONTHS_RANGE_UPTO_MONTH)) { + LensException e = getLensExceptionInRewrite("select count(msr4) from testCube where " + + THREE_MONTHS_RANGE_UPTO_DAYS, conf); + assertTrue(e instanceof NoCandidateFactAvailableException); + Set<Map.Entry<StorageCandidate, List<CandidateTablePruneCause>>> causes = + ((NoCandidateFactAvailableException) e).getBriefAndDetailedError() + .entrySet().stream().filter(x -> x.getKey().getStorageTable() + .equalsIgnoreCase("c6_testfact")).collect(Collectors.toSet()); + assertEquals(causes.size(), 1); + List<CandidateTablePruneCause> pruneCauses = causes.iterator().next().getValue(); + assertEquals(pruneCauses.size(), 1); + assertEquals(pruneCauses.get(0).getCause(), CandidateTablePruneCause. + CandidateTablePruneCode.STORAGE_NOT_AVAILABLE_IN_RANGE); + } + + String hqlQuery2 = rewrite("select count(msr4) from testCube where " + THREE_MONTHS_RANGE_UPTO_MONTH, conf); + System.out.println(hqlQuery2); + + ArrayList<String> storages = Lists.newArrayList("daily_c6_testfact", "monthly_c6_testfact"); + StoragePartitionProvider provider = new StoragePartitionProvider() { + @Override + public Map<String, String> providePartitionsForStorage(String storage) { + if (storage.contains("daily_c6_testfact")) { + return getWhereForDays(storage, ONE_MONTH_BACK_TRUNCATED, getTruncatedDateWithOffset(MONTHLY, 0)); + } else if (storage.contains("monthly_c6_testfact")) { + return getWhereForMonthly(storage, THREE_MONTHS_BACK_TRUNCATED, ONE_MONTH_BACK_TRUNCATED); + } + return null; + } + }; + String expected = getExpectedUnionQuery(TEST_CUBE_NAME, storages, provider, + "select count(testcube.alias0) AS `count(msr4)`", null, null, + "select count((testcube.msr4)) AS `alias0` from ", null, null + ); + compareQueries(hqlQuery2, expected); + } }
http://git-wip-us.apache.org/repos/asf/lens/blob/ae83caae/lens-cube/src/test/resources/schema/cubes/base/basecube.xml ---------------------------------------------------------------------- diff --git a/lens-cube/src/test/resources/schema/cubes/base/basecube.xml b/lens-cube/src/test/resources/schema/cubes/base/basecube.xml new file mode 100644 index 0000000..22703ab --- /dev/null +++ b/lens-cube/src/test/resources/schema/cubes/base/basecube.xml @@ -0,0 +1,972 @@ +<?xml version="1.0" encoding="UTF-8" standalone="yes"?> +<!-- + + Licensed to the Apache Software Foundation (ASF) under one + or more contributor license agreements. See the NOTICE file + distributed with this work for additional information + regarding copyright ownership. The ASF licenses this file + to you under the Apache License, Version 2.0 (the + "License"); you may not use this file except in compliance + with the License. You may obtain a copy of the License at + + 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. + +--> +<x_base_cube name="basecube" xmlns="uri:lens:cube:0.1"> + <properties> + <property name="cube.timedim.partition.et" value="et"/> + <property name="cube.timedim.partition.it" value="it"/> + <property name="cube.timedim.partition.d_time" value="dt"/> + <property name="cube.timedim.relation.processing_time" value="test_time_dim+[-5 days,5 days]"/> + <property name="cube.timedim.partition.processing_time" value="pt"/> + <property name="cube.timedim.partition.test_time_dim" value="ttd"/> + <property name="cube.timedim.relation.d_time" value="processing_time+[-5 days,5 days]"/> + <property name="cube.timedim.partition.test_time_dim2" value="ttd2"/> + <property name="cube.basecube.timed.dimensions.list" value="d_time,pt,it,et,test_time_dim,test_time_dim2"/> + <property name="cube.allfields.queriable" value="false"/> + <property name="cube.table.basecube.weight" value="0.0"/> + </properties> + <measures> + <measure _type="FLOAT" default_aggr="SUM" unit="RS" name="msr21" display_string="Measure22" + description="second measure"> + </measure> + <measure _type="BIGINT" default_aggr="COUNT" name="msr4" display_string="Measure4" description="fourth measure"> + </measure> + <measure _type="INT" default_aggr="SUM" unit="RS" name="msr15" display_string="Measure15" + description="fifteenth measure"> + </measure> + <measure _type="INT" name="union_join_ctx_msr3" description="union_join_ctx_third measure"> + </measure> + <measure _type="INT" name="union_join_ctx_msr2" description="union_join_ctx_second measure"> + </measure> + <measure _type="FLOAT" default_aggr="SUM" unit="RS" name="msr2" display_string="Measure2" + description="second measure"> + </measure> + <measure _type="BIGINT" default_aggr="SUM" name="directMsr" display_string="Direct Measure" + description="fifth measure"> + </measure> + <measure _type="DOUBLE" default_aggr="MAX" name="msr3" display_string="Measure3" description="third measure"> + </measure> + <measure _type="FLOAT" default_aggr="SUM" unit="RS" name="msr22" display_string="Measure22" + description="second measure"> + </measure> + <measure _type="BIGINT" name="msr9" description="ninth measure"> + <tags> + <property name="cube.measure.datacompleteness.tag" value="tag1"/> + </tags> + </measure> + <measure _type="INT" name="msr1" description="first measure"> + <tags> + <property name="cube.measure.datacompleteness.tag" value="tag1"/> + </tags> + </measure> + <measure _type="BIGINT" default_aggr="COUNT" name="msr14" display_string="Measure4" description="fourth measure"> + </measure> + <measure _type="BIGINT" name="noAggrMsr" display_string="No aggregateMsr" + description="measure without a default aggregate"> + </measure> + <measure _type="FLOAT" default_aggr="SUM" unit="RS" name="msr12" display_string="Measure2" + description="second measure"> + </measure> + <measure _type="DOUBLE" default_aggr="MAX" name="msr13" display_string="Measure3" description="third measure"> + </measure> + <measure _type="BIGINT" start_time="2017-03-07T19:30:00.000+05:30" name="newmeasure" display_string="New measure" + description="measure available from now"> + </measure> + <measure _type="INT" name="msr11" description="first measure"> + </measure> + <measure _type="INT" name="union_join_ctx_msr1" description="union_join_ctx_first measure"> + </measure> + </measures> + <dim_attributes> + <dim_attribute _type="string" name="union_join_ctx_cityname" display_string="union_join_ctx_city name" + description="union_join_ctx_city name"> + <chain_ref_column chain_name="cubecityjoinunionctx" ref_col="name" dest_table="citydim"/> + </dim_attribute> + <dim_attribute _type="string" name="cityname" display_string="city name" description="city name"> + <chain_ref_column chain_name="cubecity" ref_col="name" dest_table="citydim"/> + </dim_attribute> + <dim_attribute _type="string" name="citycountry" display_string="city country" description=""> + <chain_ref_column chain_name="cubecitystatecountry" ref_col="name" dest_table="countrydim"/> + </dim_attribute> + <dim_attribute _type="int" name="union_join_ctx_zipcode" description="union_join_ctx_the zipcode"> + </dim_attribute> + <dim_attribute _type="string" name="unreachablename" display_string="urdim name" description=""> + <chain_ref_column chain_name="unreachabledim_chain" ref_col="name" dest_table="unreachabledim"/> + </dim_attribute> + <dim_attribute _type="bigint" name="dim2big1" display_string="dim2 refer" description="ref dim"> + <chain_ref_column chain_name="dim2chain" ref_col="bigid1" dest_table="testdim2"/> + </dim_attribute> + <dim_attribute _type="array<string>" name="ysports" display_string="yuser sports" description=""> + <chain_ref_column chain_name="yusersports" ref_col="name" dest_table="sports"/> + </dim_attribute> + <dim_attribute _type="array<int>" name="sportids" display_string="user sports" description=""> + <chain_ref_column chain_name="userinterestids" ref_col="sport_id" dest_table="user_interests"/> + </dim_attribute> + <dim_attribute _type="String" name="cubecountrycapital" display_string="Country capital" description="ref dim"> + <chain_ref_column chain_name="cubestate" ref_col="countrycapital" dest_table="statedim"/> + <chain_ref_column chain_name="cubecitystatecountry" ref_col="capital" dest_table="countrydim"/> + </dim_attribute> + <dim_attribute _type="int" name="cityid1" display_string="City1" description="id to city"> + </dim_attribute> + <dim_attribute _type="int" name="dim12" display_string="Dim2 refer" description="ref dim"> + <chain_ref_column chain_name="dim2chain" ref_col="id" dest_table="testdim2"/> + </dim_attribute> + <dim_attribute _type="int" name="xuserid" description="userid"> + </dim_attribute> + <dim_attribute _type="int" name="cityid2" display_string="City2" description="id to city"> + </dim_attribute> + <dim_attribute _type="string" name="dim11" description="basedim"> + </dim_attribute> + <dim_attribute _type="int" start_time="2017-03-07T19:30:00.000+05:30" name="cdim2" display_string="Dim2 refer" + description="ref dim"> + </dim_attribute> + <dim_attribute _type="int" name="test_time_dim_day_id2" description="ref dim"> + </dim_attribute> + <dim_attribute _type="int" name="union_join_ctx_cityid" description="union_join_ctx_the cityid "> + </dim_attribute> + <dim_attribute _type="int" name="urdimid" display_string="urdim refer" description="ref dim"> + </dim_attribute> + <dim_attribute _type="bigint" name="dim2big2" display_string="dim2 refer" description="ref dim"> + <chain_ref_column chain_name="dim2chain" ref_col="bigid2" dest_table="testdim2"/> + </dim_attribute> + <dim_attribute _type="int" name="user_id_deprecated" description="user_id_deprecated"> + </dim_attribute> + <dim_attribute _type="date" name="test_time_dim2" display_string="Timedim full date" description="chained dim"> + <chain_ref_column chain_name="timehourchain2" ref_col="full_hour" dest_table="hourdim"/> + <chain_ref_column chain_name="timedatechain2" ref_col="full_date" dest_table="daydim"/> + </dim_attribute> + <dim_attribute _type="string" name="citystatecapital" display_string="State's capital thru city" + description="State's capital thru city"> + <chain_ref_column chain_name="citystate" ref_col="capital" dest_table="statedim"/> + </dim_attribute> + <dim_attribute _type="string" name="statecountry" display_string="state country" description=""> + <chain_ref_column chain_name="cubestatecountry" ref_col="name" dest_table="countrydim"/> + </dim_attribute> + <dim_attribute _type="bigint" start_time="2017-03-07T19:30:00.000+05:30" name="dim2bignew" + display_string="Dim2 refer" description="ref dim"> + </dim_attribute> + <dim_attribute _type="int" name="test_time_dim_hour_id2" description="ref dim"> + </dim_attribute> + <dim_attribute _type="int" name="dim2" display_string="dim2 refer" description="ref dim"> + <chain_ref_column chain_name="dim2chain" ref_col="id" dest_table="testdim2"/> + </dim_attribute> + <dim_attribute _type="int" name="test_time_dim_hour_id" display_string="Timedim reference" description="ref dim"> + </dim_attribute> + <dim_attribute _type="timestamp" name="d_time" description="d time"> + </dim_attribute> + <dim_attribute _type="string" name="dim1" description="basedim"> + </dim_attribute> + <dim_attribute _type="int" name="user_id_added_far_future" description="user_id_added_far_future"> + </dim_attribute> + <dim_attribute _type="string" name="testdim3id" display_string="dim3 refer" description="direct id to testdim3"> + <chain_ref_column chain_name="dim3chain" ref_col="id" dest_table="testdim3"/> + </dim_attribute> + <dim_attribute _type="int" name="yuserid" description="userid"> + </dim_attribute> + <dim_attribute _type="array<string>" name="xsports" display_string="xuser sports" description=""> + <chain_ref_column chain_name="xusersports" ref_col="name" dest_table="sports"/> + </dim_attribute> + <dim_attribute _type="string" name="ambigdim1" description="used in testColumnAmbiguity"> + </dim_attribute> + <dim_attribute _type="array<string>" name="sports" display_string="user sports" description=""> + <chain_ref_column chain_name="usersports" ref_col="name" dest_table="sports"/> + </dim_attribute> + <dim_attribute _type="date" name="test_time_dim" display_string="Timedim full date" description="ref dim"> + <chain_ref_column chain_name="timedatechain1" ref_col="full_date" dest_table="daydim"/> + <chain_ref_column chain_name="timehourchain1" ref_col="full_hour" dest_table="hourdim"/> + </dim_attribute> + <dim_attribute _type="string" name="concatedcitystate" display_string="CityState" description="citystate"> + </dim_attribute> + <dim_attribute _type="string" name="dim13" description="basedim"> + </dim_attribute> + <dim_attribute name="location" description="Location hierarchy"> + <hierarchy> + <dim_attribute _type="int" name="zipcode" description="zip"> + </dim_attribute> + <dim_attribute _type="int" name="cityid" description="city"> + </dim_attribute> + <dim_attribute _type="int" name="stateid" description="state"> + </dim_attribute> + <dim_attribute _type="int" name="countryid" description="country"> + </dim_attribute> + <dim_attribute _type="string" num_distinct_values="3" name="regionname" display_string="regionname" + description="region"> + <values>APAC</values> + <values>EMEA</values> + <values>USA</values> + </dim_attribute> + </hierarchy> + </dim_attribute> + <dim_attribute _type="timestamp" name="processing_time" description="processing time"> + </dim_attribute> + <dim_attribute _type="int" name="dim22" display_string="Dim2 refer" description="ref dim"> + <chain_ref_column chain_name="dim2chain" ref_col="id" dest_table="testdim2"/> + </dim_attribute> + <dim_attribute _type="int" name="userid" description="userid"> + </dim_attribute> + <dim_attribute _type="string" name="statename_cube" display_string="state name" description="state name"> + <chain_ref_column chain_name="cubestate" ref_col="name" dest_table="statedim"/> + </dim_attribute> + <dim_attribute _type="int" name="user_id_added_in_past" description="user_id_added_in_past"> + </dim_attribute> + <dim_attribute _type="int" name="test_time_dim_day_id" display_string="Timedim reference" description="ref dim"> + </dim_attribute> + </dim_attributes> + <expressions> + <expression _type="string" name="singlecolchainfield" display_string="cubecityname" description="cubecity.name"> + <expr_spec expr="cubecity.name"/> + </expression> + <expression _type="double" name="msr8" display_string="Sixth Msr" description="measure expression"> + <expr_spec expr="msr2 + msr3"/> + </expression> + <expression _type="double" name="msr2expr" display_string="Nested expr" description="nested expr"> + <expr_spec expr="case when cityStateName = 'xyz' then msr2 else 0 end"/> + </expression> + <expression _type="String" name="cubestatename" display_string="CubeState Name" + description="statename from cubestate"> + <expr_spec expr="substr(cubestate.name, 5)"/> + </expression> + <expression _type="int" name="union_join_ctx_non_zero_msr2_sum" display_string="union_join_ctx_non zero msr2 sum" + description="union_join_ctx_non zero msr2 sum"> + <expr_spec expr="sum(case when union_join_ctx_msr2 > 0 then union_join_ctx_msr2 else 0 end)"/> + </expression> + <expression _type="double" name="flooredmsr12" display_string="Floored msr12" description="floored measure12"> + <expr_spec expr="floor(msr12)"/> + </expression> + <expression _type="String" name="cityandstate" display_string="City and State" + description="city and state together"> + <expr_spec expr="concat(cityname, ":", statename_cube)"/> + <expr_spec expr="substr(concatedcitystate, 10)"/> + </expression> + <expression _type="double" name="avgmsr" display_string="Avg Msr" description="avg measure"> + <expr_spec expr="avg(msr1 + msr2)"/> + </expression> + <expression _type="double" name="equalsums" display_string="equalsums" description="sums are equals"> + <expr_spec expr="msr3 + msr4"/> + <expr_spec expr="(msr3 + msr2)/100"/> + </expression> + <expression _type="array<string>" name="sportids_abbr" display_string="user sports" description=""> + <expr_spec expr="case when sportids == 1 then 'CKT' when sportids == 2 then 'FTB' else 'NON' end"/> + </expression> + <expression _type="double" name="summsrs" display_string="Sum Msrs" description="sum measures"> + <expr_spec expr="(1000 + sum(msr1) + sum(msr2))/100"/> + </expression> + <expression _type="boolean" name="booleancut" display_string="Boolean cut" description="a boolean expression"> + <expr_spec expr="(dim1 != 'x' AND dim2 != 10)"/> + </expression> + <expression _type="int" name="notnullcityid" display_string="Not null cityid Expr" description="Not null cityid"> + <expr_spec expr="case when cityid is null then 0 else cityid end"/> + </expression> + <expression _type="double" name="roundedmsr1" display_string="Rounded msr1" description="rounded measure1"> + <expr_spec expr="round(msr1/1000)"/> + </expression> + <expression _type="double" name="msr5" display_string="Fifth Msr" description="materialized in some facts"> + <expr_spec expr="msr2 + msr3"/> + </expression> + <expression _type="String" name="citystatename" display_string="City State" description="city state"> + <expr_spec expr="concat('CityState:', cubecity.statename)"/> + </expression> + <expression _type="string" name="singlecoldim1expr" display_string="dim1" description="dim1"> + <expr_spec expr="dim1)"/> + </expression> + <expression _type="string" name="singlecolchainrefexpr" display_string="dim3chainid" + description="testcube.testDim3id"> + <expr_spec expr="testcube.testDim3id"/> + </expression> + <expression _type="bigint" name="directmsrexpr" display_string="Direct Measure" description=""> + <expr_spec expr="directMsr + 0"/> + <expr_spec expr="msr13 + msr14"/> + </expression> + <expression _type="double" name="msr7" display_string="Seventh Msr" description="measure expression"> + <expr_spec + expr="case when sum(msr2) = 0 then 0 else sum(case when cityid='x' then msr21 else msr22 end)/sum(msr2) end"/> + </expression> + <expression _type="string" name="substrexpr" display_string="Substr expr" description="a sub-string expression"> + <expr_spec expr="substr(dim1, 3))"/> + <expr_spec expr="substr(ascii(dim2chain.name), 3)"/> + </expression> + <expression _type="string" name="refexpr" display_string="Expr with cube and dim fields" + description="expression which facts and dimensions"> + <expr_spec expr="concat(dim1, ":", citydim.name)"/> + </expression> + <expression _type="string" name="singlecoldim1qualifiedexpr" display_string="dim1" description="testcube.dim1"> + <expr_spec expr="testcube.dim1"/> + </expression> + <expression _type="int" name="countofdistinctcityid" display_string="Count of Distinct CityId Expr" + description="Count of Distinct CityId"> + <expr_spec expr="count(distinct(cityid))"/> + </expression> + <expression _type="array<string>" name="xsports_abbr" display_string="xuser sports" description=""> + <expr_spec expr="substr(xsports, 3)"/> + </expression> + <expression _type="string" name="singlecolchainid" display_string="dim3chainid" description="dim3chain.id"> + <expr_spec expr="dim3chain.id)"/> + </expression> + <expression _type="String" name="asciicity" display_string="ascii cityname substr" description="ascii cityname"> + <expr_spec expr="ascii(cityname)"/> + </expression> + <expression _type="string" name="nocolexpr" display_string="No col expr" + description="expression which non existing colun"> + <expr_spec expr="myfun(nonexist)"/> + </expression> + <expression _type="int" name="union_join_ctx_sum_msr1_msr2" display_string="union_join_ctx_sum of msr1 and msr2" + description="union_join_ctx_sum of msr1 and msr2"> + <expr_spec expr="sum(union_join_ctx_msr1) + sum(union_join_ctx_msr2)"/> + </expression> + <expression _type="array<string>" name="sports_abbr" display_string="user sports" description=""> + <expr_spec expr="substr(sports, 3)"/> + </expression> + <expression _type="boolean" name="indiasubstr" display_string="Nested expr" + description="nested sub string expression"> + <expr_spec expr="substrexpr = 'INDIA'"/> + </expression> + <expression _type="int" name="union_join_ctx_notnullcityid" display_string="union_join_ctx_Not null cityid Expr" + description="union_join_ctx_Not null cityid"> + <expr_spec expr="case when union_join_ctx_cityid is null then 0 else union_join_ctx_cityid end"/> + </expression> + <expression _type="String" name="cityandstatenew" display_string="City and State" + description="city and state together"> + <expr_spec expr="concat(cityname, ":", statename_cube)" end_time="$gregorian{now.month-2months}"/> + <expr_spec expr="substr(concatedcitystate, 10)"/> + </expression> + <expression _type="String" name="isindia" display_string="Is Indian City/state" description="is indian city/state"> + <expr_spec expr="cubecity.name == 'DELHI' OR cubestate.name == 'KARNATAKA' OR cubestate.name == 'MAHARASHTRA'"/> + </expression> + <expression _type="int" name="union_join_ctx_msr1_greater_than_100" + display_string="union_join_ctx_msr1 greater than 100" + description="union_join_ctx_msr1 greater than 100"> + <expr_spec expr="case when sum(union_join_ctx_msr1) > 100 then "high" else "low" end"/> + </expression> + <expression _type="double" name="singlecolmsr2qualifiedexpr" display_string="Msr2" description="testcube.measure2"> + <expr_spec expr="testcube.msr2"/> + </expression> + <expression _type="bigint" name="msr6" display_string="Measure6" description="sixth measure"> + <expr_spec expr="sum(msr2) + max(msr3)/ count(msr4)"/> + </expression> + <expression _type="double" name="nestedexpr" display_string="Nested expr" description="nested expr"> + <expr_spec expr="avg(roundedmsr2)"/> + <expr_spec expr="avg(equalsums)"/> + <expr_spec expr="case when substrexpr = 'xyz' then avg(msr5) when substrexpr = 'abc' then avg(msr4)/100 end"/> + </expression> + <expression _type="String" name="substrsprorts" display_string="substr sports" description="substr of sports"> + <expr_spec expr="substr(sports, 10)"/> + </expression> + <expression _type="array<string>" name="ysports_abbr" display_string="yuser sports" description=""> + <expr_spec expr="substr(ysports, 3)"/> + </expression> + <expression _type="string" name="newexpr" display_string="new measure expr" + description="expression which non existing colun"> + <expr_spec expr="myfun(newmeasure)"/> + </expression> + <expression _type="string" name="substrexprdim2" display_string="Substr expr" description="a sub-string expression"> + <expr_spec expr="substr(dim2, 3))"/> + <expr_spec expr="substr(ascii(dim2chain.name), 3)"/> + </expression> + <expression _type="double" name="singlecolmsr2expr" display_string="Msr2" description="measure2"> + <expr_spec expr="msr2)"/> + </expression> + <expression _type="String" name="substrdim2big1" display_string="dim2big1 substr" description="substr of dim2big1"> + <expr_spec expr="substr(dim2big1, 5)"/> + </expression> + <expression _type="double" name="roundedmsr2" display_string="Rounded msr2" description="rounded measure2"> + <expr_spec expr="round(msr2/1000)"/> + </expression> + <expression _type="double" name="nestedexprwithtimes" display_string="Nested expr" description="nested expr"> + <expr_spec expr="avg(roundedmsr2)"/> + <expr_spec expr="avg(equalsums)"/> + <expr_spec expr="case when substrexpr = 'xyz' then avg(msr5) when substrexpr = 'abc' then avg(msr4)/100 end" + start_time="2017-03-07T19:30:00.000+05:30"/> + <expr_spec expr="avg(newmeasure)"/> + </expression> + </expressions> + <join_chains> + <join_chain dest_table="userdim" name="user_id_added_far_future_chain" + display_string="user_id_added_far_future_chain" description="user_id_added_far_future_chain"> + <paths> + <path> + <edges> + <edge> + <from table="basecube" column="user_id_added_far_future" maps_to_many="false"/> + <to table="userdim" column="user_id_added_far_future" maps_to_many="false"/> + </edge> + </edges> + </path> + </paths> + </join_chain> + <join_chain dest_table="countrydim" name="cubecountry" display_string="cube-country" + description="country thru cube"> + <paths> + <path> + <edges> + <edge> + <from table="basecube" column="countryid" maps_to_many="false"/> + <to table="countrydim" column="id" maps_to_many="false"/> + </edge> + </edges> + </path> + </paths> + </join_chain> + <join_chain dest_table="userdim" name="userchain" display_string="user-chain" description="user chain"> + <paths> + <path> + <edges> + <edge> + <from table="basecube" column="userid" maps_to_many="false"/> + <to table="userdim" column="id" maps_to_many="false"/> + </edge> + </edges> + </path> + </paths> + </join_chain> + <join_chain dest_table="sports" name="usersports" display_string="user-sports" description="user sports"> + <paths> + <path> + <edges> + <edge> + <from table="basecube" column="userid" maps_to_many="false"/> + <to table="userdim" column="id" maps_to_many="false"/> + </edge> + <edge> + <from table="userdim" column="id" maps_to_many="false"/> + <to table="user_interests" column="user_id" maps_to_many="true"/> + </edge> + <edge> + <from table="user_interests" column="sport_id" maps_to_many="false"/> + <to table="sports" column="id" maps_to_many="false"/> + </edge> + </edges> + </path> + </paths> + </join_chain> + <join_chain dest_table="citydim" name="cubecity" display_string="cube-city" description="city thru cube"> + <paths> + <path> + <edges> + <edge> + <from table="basecube" column="cityid" maps_to_many="false"/> + <to table="citydim" column="id" maps_to_many="false"/> + </edge> + </edges> + </path> + <path> + <edges> + <edge> + <from table="basecube" column="dim2" maps_to_many="false"/> + <to table="testdim2" column="id" maps_to_many="false"/> + </edge> + <edge> + <from table="testdim2" column="cityid" maps_to_many="false"/> + <to table="citydim" column="id" maps_to_many="false"/> + </edge> + </edges> + </path> + </paths> + </join_chain> + <join_chain dest_table="testdim4" name="dim4chain" display_string="cube-testdim3" description="cyclicdim thru cube"> + <paths> + <path> + <edges> + <edge> + <from table="basecube" column="dim2" maps_to_many="false"/> + <to table="testdim2" column="id" maps_to_many="false"/> + </edge> + <edge> + <from table="testdim2" column="testdim3id" maps_to_many="false"/> + <to table="testdim3" column="id" maps_to_many="false"/> + </edge> + <edge> + <from table="testdim3" column="testdim4id" maps_to_many="false"/> + <to table="testdim4" column="id" maps_to_many="false"/> + </edge> + </edges> + </path> + <path> + <edges> + <edge> + <from table="basecube" column="dim2big1" maps_to_many="false"/> + <to table="testdim2" column="bigid1" maps_to_many="false"/> + </edge> + <edge> + <from table="testdim2" column="testdim3id" maps_to_many="false"/> + <to table="testdim3" column="id" maps_to_many="false"/> + </edge> + <edge> + <from table="testdim3" column="testdim4id" maps_to_many="false"/> + <to table="testdim4" column="id" maps_to_many="false"/> + </edge> + </edges> + </path> + <path> + <edges> + <edge> + <from table="basecube" column="dim2big2" maps_to_many="false"/> + <to table="testdim2" column="bigid2" maps_to_many="false"/> + </edge> + <edge> + <from table="testdim2" column="testdim3id" maps_to_many="false"/> + <to table="testdim3" column="id" maps_to_many="false"/> + </edge> + <edge> + <from table="testdim3" column="testdim4id" maps_to_many="false"/> + <to table="testdim4" column="id" maps_to_many="false"/> + </edge> + </edges> + </path> + <path> + <edges> + <edge> + <from table="basecube" column="dim2bignew" maps_to_many="false"/> + <to table="testdim2" column="bigidnew" maps_to_many="false"/> + </edge> + <edge> + <from table="testdim2" column="testdim3id" maps_to_many="false"/> + <to table="testdim3" column="id" maps_to_many="false"/> + </edge> + <edge> + <from table="testdim3" column="testdim4id" maps_to_many="false"/> + <to table="testdim4" column="id" maps_to_many="false"/> + </edge> + </edges> + </path> + <path> + <edges> + <edge> + <from table="basecube" column="testdim3id" maps_to_many="false"/> + <to table="testdim3" column="id" maps_to_many="false"/> + </edge> + <edge> + <from table="testdim3" column="testdim4id" maps_to_many="false"/> + <to table="testdim4" column="id" maps_to_many="false"/> + </edge> + </edges> + </path> + <path> + <edges> + <edge> + <from table="basecube" column="dim12" maps_to_many="false"/> + <to table="testdim2" column="id" maps_to_many="false"/> + </edge> + <edge> + <from table="testdim2" column="testdim3id" maps_to_many="false"/> + <to table="testdim3" column="id" maps_to_many="false"/> + </edge> + <edge> + <from table="testdim3" column="testdim4id" maps_to_many="false"/> + <to table="testdim4" column="id" maps_to_many="false"/> + </edge> + </edges> + </path> + </paths> + </join_chain> + <join_chain dest_table="citydim" name="cubecity2" display_string="cube-city" description="city thru cube"> + <paths> + <path> + <edges> + <edge> + <from table="basecube" column="cityid2" maps_to_many="false"/> + <to table="citydim" column="id" maps_to_many="false"/> + </edge> + </edges> + </path> + </paths> + </join_chain> + <join_chain dest_table="statedim" name="citystate" display_string="city-state" description="state thru city"> + <paths> + <path> + <edges> + <edge> + <from table="basecube" column="cityid" maps_to_many="false"/> + <to table="citydim" column="id" maps_to_many="false"/> + </edge> + <edge> + <from table="citydim" column="stateid" maps_to_many="false"/> + <to table="statedim" column="id" maps_to_many="false"/> + </edge> + </edges> + </path> + <path> + <edges> + <edge> + <from table="basecube" column="cityid" maps_to_many="false"/> + <to table="citydim" column="id" maps_to_many="false"/> + </edge> + <edge> + <from table="citydim" column="statename" maps_to_many="false"/> + <to table="statedim" column="name" maps_to_many="false"/> + </edge> + </edges> + </path> + </paths> + </join_chain> + <join_chain dest_table="hourdim" name="timehourchain1" display_string="time chain" + description="time dim thru hour dim"> + <paths> + <path> + <edges> + <edge> + <from table="basecube" column="test_time_dim_hour_id" maps_to_many="false"/> + <to table="hourdim" column="id" maps_to_many="false"/> + </edge> + </edges> + </path> + </paths> + </join_chain> + <join_chain dest_table="zipdim" name="cubezip" display_string="cube-zip" description="Zipcode thru cube"> + <paths> + <path> + <edges> + <edge> + <from table="basecube" column="zipcode" maps_to_many="false"/> + <to table="zipdim" column="code" maps_to_many="false"/> + </edge> + </edges> + </path> + <path> + <edges> + <edge> + <from table="basecube" column="union_join_ctx_zipcode" maps_to_many="false"/> + <to table="zipdim" column="code" maps_to_many="false"/> + </edge> + </edges> + </path> + </paths> + </join_chain> + <join_chain dest_table="sports" name="xusersports" display_string="xuser-sports" description="xuser sports"> + <paths> + <path> + <edges> + <edge> + <from table="basecube" column="xuserid" maps_to_many="false"/> + <to table="userdim" column="id" maps_to_many="false"/> + </edge> + <edge> + <from table="userdim" column="id" maps_to_many="false"/> + <to table="user_interests" column="user_id" maps_to_many="true"/> + </edge> + <edge> + <from table="user_interests" column="sport_id" maps_to_many="false"/> + <to table="sports" column="id" maps_to_many="false"/> + </edge> + </edges> + </path> + </paths> + </join_chain> + <join_chain dest_table="statedim" name="cubestate" display_string="cube-state" description="state thru cube"> + <paths> + <path> + <edges> + <edge> + <from table="basecube" column="stateid" maps_to_many="false"/> + <to table="statedim" column="id" maps_to_many="false"/> + </edge> + </edges> + </path> + </paths> + </join_chain> + <join_chain dest_table="citydim" name="cubecityjoinunionctx" display_string="cube-city" + description="city thru cube"> + <paths> + <path> + <edges> + <edge> + <from table="basecube" column="union_join_ctx_cityid" maps_to_many="false"/> + <to table="citydim" column="id" maps_to_many="false"/> + </edge> + </edges> + </path> + </paths> + </join_chain> + <join_chain dest_table="countrydim" name="cubecitystatecountry" display_string="cube-city-state-country" + description="country through state thru city"> + <paths> + <path> + <edges> + <edge> + <from table="basecube" column="cityid" maps_to_many="false"/> + <to table="citydim" column="id" maps_to_many="false"/> + </edge> + <edge> + <from table="citydim" column="stateid" maps_to_many="false"/> + <to table="statedim" column="id" maps_to_many="false"/> + </edge> + <edge> + <from table="statedim" column="countryid" maps_to_many="false"/> + <to table="countrydim" column="id" maps_to_many="false"/> + </edge> + </edges> + </path> + </paths> + </join_chain> + <join_chain dest_table="zipdim" name="cityzip" display_string="city-zip" description="zip thru city"> + <paths> + <path> + <edges> + <edge> + <from table="basecube" column="cityid" maps_to_many="false"/> + <to table="citydim" column="id" maps_to_many="false"/> + </edge> + <edge> + <from table="citydim" column="zipcode" maps_to_many="false"/> + <to table="zipdim" column="code" maps_to_many="false"/> + </edge> + </edges> + </path> + </paths> + </join_chain> + <join_chain dest_table="daydim" name="timedatechain2" display_string="time chain" + description="time dim thru date dim"> + <paths> + <path> + <edges> + <edge> + <from table="basecube" column="test_time_dim_day_id2" maps_to_many="false"/> + <to table="daydim" column="id" maps_to_many="false"/> + </edge> + </edges> + </path> + </paths> + </join_chain> + <join_chain dest_table="testdim3" name="dim3chain" display_string="cube-testdim3" description="cyclicdim thru cube"> + <paths> + <path> + <edges> + <edge> + <from table="basecube" column="dim2" maps_to_many="false"/> + <to table="testdim2" column="id" maps_to_many="false"/> + </edge> + <edge> + <from table="testdim2" column="testdim3id" maps_to_many="false"/> + <to table="testdim3" column="id" maps_to_many="false"/> + </edge> + </edges> + </path> + <path> + <edges> + <edge> + <from table="basecube" column="dim2big1" maps_to_many="false"/> + <to table="testdim2" column="bigid1" maps_to_many="false"/> + </edge> + <edge> + <from table="testdim2" column="testdim3id" maps_to_many="false"/> + <to table="testdim3" column="id" maps_to_many="false"/> + </edge> + </edges> + </path> + <path> + <edges> + <edge> + <from table="basecube" column="dim2big2" maps_to_many="false"/> + <to table="testdim2" column="bigid2" maps_to_many="false"/> + </edge> + <edge> + <from table="testdim2" column="testdim3id" maps_to_many="false"/> + <to table="testdim3" column="id" maps_to_many="false"/> + </edge> + </edges> + </path> + <path> + <edges> + <edge> + <from table="basecube" column="dim2bignew" maps_to_many="false"/> + <to table="testdim2" column="bigidnew" maps_to_many="false"/> + </edge> + <edge> + <from table="testdim2" column="testdim3id" maps_to_many="false"/> + <to table="testdim3" column="id" maps_to_many="false"/> + </edge> + </edges> + </path> + <path> + <edges> + <edge> + <from table="basecube" column="testdim3id" maps_to_many="false"/> + <to table="testdim3" column="id" maps_to_many="false"/> + </edge> + </edges> + </path> + <path> + <edges> + <edge> + <from table="basecube" column="dim12" maps_to_many="false"/> + <to table="testdim2" column="id" maps_to_many="false"/> + </edge> + <edge> + <from table="testdim2" column="testdim3id" maps_to_many="false"/> + <to table="testdim3" column="id" maps_to_many="false"/> + </edge> + </edges> + </path> + </paths> + </join_chain> + <join_chain dest_table="cycledim1" name="cdimchain" display_string="cube-cyclicdim" + description="cyclicdim thru cube"> + <paths> + <path> + <edges> + <edge> + <from table="basecube" column="cdim2" maps_to_many="false"/> + <to table="cycledim1" column="id" maps_to_many="false"/> + </edge> + </edges> + </path> + </paths> + </join_chain> + <join_chain dest_table="unreachabledim" name="unreachabledim_chain" display_string="cube-unreachableDim" + description="unreachableDim thru cube"> + <paths> + <path> + <edges> + <edge> + <from table="basecube" column="urdimid" maps_to_many="false"/> + <to table="unreachabledim" column="id" maps_to_many="false"/> + </edge> + </edges> + </path> + </paths> + </join_chain> + <join_chain dest_table="citydim" name="cubecity1" display_string="cube-city" description="city thru cube"> + <paths> + <path> + <edges> + <edge> + <from table="basecube" column="cityid1" maps_to_many="false"/> + <to table="citydim" column="id" maps_to_many="false"/> + </edge> + </edges> + </path> + </paths> + </join_chain> + <join_chain dest_table="sports" name="yusersports" display_string="user-sports" description="user sports"> + <paths> + <path> + <edges> + <edge> + <from table="basecube" column="yuserid" maps_to_many="false"/> + <to table="userdim" column="id" maps_to_many="false"/> + </edge> + <edge> + <from table="userdim" column="id" maps_to_many="false"/> + <to table="user_interests" column="user_id" maps_to_many="true"/> + </edge> + <edge> + <from table="user_interests" column="sport_id" maps_to_many="false"/> + <to table="sports" column="id" maps_to_many="false"/> + </edge> + </edges> + </path> + </paths> + </join_chain> + <join_chain dest_table="hourdim" name="timehourchain2" display_string="time chain" + description="time dim thru hour dim"> + <paths> + <path> + <edges> + <edge> + <from table="basecube" column="test_time_dim_hour_id2" maps_to_many="false"/> + <to table="hourdim" column="id" maps_to_many="false"/> + </edge> + </edges> + </path> + </paths> + </join_chain> + <join_chain dest_table="user_interests" name="userinterestids" display_string="user-interestsIds" + description="user interest ids"> + <paths> + <path> + <edges> + <edge> + <from table="basecube" column="userid" maps_to_many="false"/> + <to table="userdim" column="id" maps_to_many="false"/> + </edge> + <edge> + <from table="userdim" column="id" maps_to_many="false"/> + <to table="user_interests" column="user_id" maps_to_many="true"/> + </edge> + </edges> + </path> + </paths> + </join_chain> + <join_chain dest_table="testdim2" name="dim2chain" display_string="cube-testdim2" description="testdim2 thru cube"> + <paths> + <path> + <edges> + <edge> + <from table="basecube" column="dim2" maps_to_many="false"/> + <to table="testdim2" column="id" maps_to_many="false"/> + </edge> + </edges> + </path> + <path> + <edges> + <edge> + <from table="basecube" column="dim2big1" maps_to_many="false"/> + <to table="testdim2" column="bigid1" maps_to_many="false"/> + </edge> + </edges> + </path> + <path> + <edges> + <edge> + <from table="basecube" column="dim2big2" maps_to_many="false"/> + <to table="testdim2" column="bigid2" maps_to_many="false"/> + </edge> + </edges> + </path> + <path> + <edges> + <edge> + <from table="basecube" column="dim2bignew" maps_to_many="false"/> + <to table="testdim2" column="bigidnew" maps_to_many="false"/> + </edge> + </edges> + </path> + <path> + <edges> + <edge> + <from table="basecube" column="dim12" maps_to_many="false"/> + <to table="testdim2" column="id" maps_to_many="false"/> + </edge> + </edges> + </path> + </paths> + </join_chain> + <join_chain dest_table="countrydim" name="cubestatecountry" display_string="cube-state-country" + description="country through state"> + <paths> + <path> + <edges> + <edge> + <from table="basecube" column="stateid" maps_to_many="false"/> + <to table="statedim" column="id" maps_to_many="false"/> + </edge> + <edge> + <from table="statedim" column="countryid" maps_to_many="false"/> + <to table="countrydim" column="id" maps_to_many="false"/> + </edge> + </edges> + </path> + </paths> + </join_chain> + <join_chain dest_table="daydim" name="timedatechain1" display_string="time chain" + description="time dim thru date dim"> + <paths> + <path> + <edges> + <edge> + <from table="basecube" column="test_time_dim_day_id" maps_to_many="false"/> + <to table="daydim" column="id" maps_to_many="false"/> + </edge> + </edges> + </path> + </paths> + </join_chain> + </join_chains> +</x_base_cube>
